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" � � y, �0 � , % $, � � � � ~ %#qD For bug reporting instructions, please see: For bug reporting instructions, please see: %s. Go ahead? (y or n) Linker options ============== Options starting with -g, -f, -m, -O, -W, or --param are automatically passed on to the various sub-processes invoked by %s. In order to pass other options on to these processes the -W<letter> options must be used. ldd output with constructors/destructors. write_c_file - output name is %s, prefix is %s Display specific types of command line options. %s %qD <anonymous> -F, --fullname Print full filename -f, --function Print function level info -h, --hotonly Only print info for hot objects/functions -n, --normalize <int64_t> Normalize the profile -o, --object Print object level info -o, --output <dir> Output directory -s, --scale <float or simple-frac> Scale the profile counters -t <float>, --hot_threshold <float> Set the threshold for hotness -v, --verbose Verbose mode -w, --weight <w1,w2> Set weights (float point values) Included at %s:%d: inlined from %qs inlined from %qs at %r%s:%d%R inlined from %qs at %r%s:%d:%d%R by earlier handler for %<%T%> by earlier handler for %qT in pointer to member conversion in pointer to member function conversion %q#D %q+T has a non-trivial destructor %q+T is not an aggregate, does not have a trivial default constructor, and has no %<constexpr%> constructor that is not a copy or move constructor %qE %qE is not equivalent to %qE %qT is a closure type, which is only literal in C++17 and later %qT is an ambiguous base class of %qT %qT is not derived from %qT %s (Use '-v --help' to display command line options of sub-processes). (you can disable this with -fno-deduce-init-list) -### Like -v but options quoted and commands not executed. --help Display this information. --help={common|optimizers|params|target|warnings|[^]{joined|separate|undocumented}}[,...]. --sysroot=<directory> Use <directory> as the root directory for headers and libraries. --target-help Display target specific command line options. --version Display compiler version information. -B <directory> Add <directory> to the compiler's search paths. -E Preprocess only; do not compile, assemble or link. -S Compile only; do not assemble or link. -Wa,<options> Pass comma-separated <options> on to the assembler. -Wl,<options> Pass comma-separated <options> on to the linker. -Wp,<options> Pass comma-separated <options> on to the preprocessor. -Xassembler <arg> Pass <arg> on to the assembler. -Xlinker <arg> Pass <arg> on to the linker. -Xpreprocessor <arg> Pass <arg> on to the preprocessor. -a, --all-blocks Show information for every basic block -b, --branch-probabilities Include branch probabilities in output -c Compile and assemble, but do not link. -c, --branch-counts Output counts of branches taken rather than percentages -d, --display-progress Display progress information -dumpmachine Display the compiler's target processor. -dumpspecs Display all of the built in spec strings. -dumpversion Display the version of the compiler. -f, --function-summaries Output summaries for each function -h, --help Print this help, then exit -h, --help Print this help, then exit -i, --intermediate-format Output .gcov file in intermediate text format -j, --human-readable Output human readable numbers -k, --use-colors Emit colored output -l, --long-file-names Use long output file names for included source files -m, --demangled-names Output demangled function names -n, --no-output Do not create an output file -no-canonical-prefixes Do not canonicalize paths when building relative prefixes to other gcc components. -o <file> Place the output into <file>. -o, --object-directory DIR|FILE Search for object files in DIR or called FILE -p, --preserve-paths Preserve all pathname components -pass-exit-codes Exit with highest error code from a phase. -pie Create a dynamically linked position independent executable. -pipe Use pipes rather than intermediate files. -print-file-name=<lib> Display the full path to library <lib>. -print-libgcc-file-name Display the name of the compiler's companion library. -print-multi-directory Display the root directory for versions of libgcc. -print-multi-lib Display the mapping between command line options and multiple library search directories. -print-multi-os-directory Display the relative path to OS libraries. -print-multiarch Display the target's normalized GNU triplet, used as a component in the library path. -print-prog-name=<prog> Display the full path to compiler component <prog>. -print-search-dirs Display the directories in the compiler's search path. -print-sysroot Display the target libraries directory. -print-sysroot-headers-suffix Display the sysroot suffix used to find headers. -r, --relative-only Only show data for relative sources -s, --source-prefix DIR Source prefix to elide -save-temps Do not delete intermediate files. -save-temps=<arg> Do not delete intermediate files. -shared Create a shared library. -specs=<file> Override built-in specs with the contents of <file>. -std=<standard> Assume that the input sources are for <standard>. -time Time the execution of each subprocess. -u, --unconditional-branches Show unconditional branch counts too -v Display the programs invoked by the compiler. -v, --version Print version number, then exit -v, --version Print version number, then exit -w, --verbose Print verbose informations -x <language> Specify the language of the following input files. Permissible languages include: c c++ assembler none 'none' means revert to the default behavior of guessing the language based on the file's extension. -x, --hash-filenames Hash long pathnames a constructor taking a single argument of its own class type is invalid a qualified-id is required an inherited constructor is not a candidate for initialization from an expression of the same or derived type and each type can be converted to the other as it is a non-system directory that duplicates a system directory base %qT base class %qT of %q+T is non-literal because conversion sequence for the argument is better because the following virtual functions are pure within %qT: but %d required but does not override %<%T(const %T&)%> but does not override %<operator=(const %T&)%> by %qD can't deduce a template for %qT from non-template type %qT candidate conversions include %qD and %qD candidate expects %d argument, %d provided candidate expects %d arguments, %d provided candidate expects at least %d argument, %d provided candidate expects at least %d arguments, %d provided cannot convert %qE (type %qT) to type %qT conversion from return type %qT of template conversion function specialization to %qT is not an exact match conversion of argument %d would be ill-formed: couldn't deduce template parameter %qD crosses initialization of %q#D deduced conflicting types for parameter %qT (%qT and %qT) deduced conflicting values for non-type parameter %qE (%qE and %qE) enters %<constexpr%> if statement enters OpenMP structured block enters catch block enters scope of %q#D which has non-trivial destructor enters scope of %q#D, which has non-trivial destructor enters synchronized or atomic statement enters try block exits OpenMP structured block expected %qD but got %qD expected a class template, got %qE expected a class template, got %qT expected a constant of type %qT, got %qT expected a template of type %qD, got %qT expected a type, got %qE expected a type, got %qT for conversion from %qH to %qI from definition of %q#D from here in call to %qD in evaluation of %<%Q(%#T, %#T)%> in thrown expression inconsistent parameter pack deduction with %qT and %qT inherited here initializing argument %P of %qD matches this %qD under old rules member function type %qT is not a valid template argument merge [options] <dir1> <dir2> Merge coverage file contents mismatched types %qT and %qT no known conversion for argument %d from %qH to %qI no known conversion for implicit %<this%> parameter from %qH to %qI no known conversion from %qH to %qI non-static data member %qD has non-literal type non-static data member %qD has volatile type or %<operator=(const %T&)%> or a %<transaction_may_cancel_outer%> function overlap [options] <dir1> <dir2> Compute the overlap of two profiles passing %qT as %<this%> argument discards qualifiers profiling support are only provided in archive format return type %qT of explicit conversion function cannot be converted to %qT with a qualification conversion rewrite [options] <dir> Rewrite coverage file contents since %q+#D declared in base class skips initialization of %q#D substitution of deduced template arguments resulted in errors seen above template argument %qE does not match %qE template argument %qE does not match pointer-to-member constant %qE template argument deduction/substitution failed: template parameter %qD is not a parameter pack, but argument %qD is template parameters of a template template argument are inconsistent with other deduced template arguments trying to instantiate %qD types %qT and %qT have incompatible cv-qualifiers variable-sized array type %qT is not a valid template argument when initialized here when instantiating default argument for call to %qD (BB %d) (operand type is %qT) (operand types are %qT and %qT) (operand types are %qT, %qT, and %qT) All options with the desired characteristics have already been displayed No options with the desired characteristics were found None found. Use --help=%s to show *all* the options supported by the %s front-end. because all of its copy and move constructors are deleted candidate 1: %q#F candidate 2: %q#F conflicting code gen style switches are used the expression has a constant value but is not a C++ constant-expression !$ACC LOOP %s in PARALLEL region doesn't allow %s arguments at %L !$ACC LOOP %s loops don't form rectangular iteration space at %L !$ACC LOOP cannot be a DO WHILE or DO without loop control at %L !$ACC LOOP iteration variable must be of type integer at %L !$ACC at %C starts a commented line as it neither is followed by a space nor is a continuation line !$OMP ATOMIC CAPTURE capture statement must read from a scalar variable of intrinsic type at %L !$OMP ATOMIC CAPTURE capture statement must set a scalar variable of intrinsic type at %L !$OMP ATOMIC CAPTURE capture statement reads from different variable than update statement writes into at %L !$OMP ATOMIC CAPTURE update statement must set a scalar variable of intrinsic type at %L !$OMP ATOMIC READ statement must read from a scalar variable of intrinsic type at %L !$OMP ATOMIC assignment intrinsic IAND, IOR or IEOR must have two arguments at %L !$OMP ATOMIC assignment intrinsic must be MIN, MAX, IAND, IOR or IEOR at %L !$OMP ATOMIC assignment must be var = var op expr or var = expr op var at %L !$OMP ATOMIC assignment must have an operator or intrinsic on right hand side at %L !$OMP ATOMIC assignment operator must be binary +, *, -, /, .AND., .OR., .EQV. or .NEQV. at %L !$OMP ATOMIC intrinsic arguments except one must not reference %qs at %L !$OMP ATOMIC intrinsic arguments must be scalar at %L !$OMP ATOMIC statement must set a scalar variable of intrinsic type at %L !$OMP ATOMIC var = var op expr not mathematically equivalent to var = var op (expr) at %L !$OMP ATOMIC with ALLOCATABLE variable at %L !$OMP DECLARE REDUCTION %s not found at %L !$OMP DECLARE REDUCTION %s not found for type %s at %L !$OMP DECLARE SIMD should refer to containing procedure %qs at %L !$OMP DECLARE TARGET variable %qs at %L isn't SAVEd !$OMP at %C starts a commented line as it neither is followed by a space nor is a continuation line "::" was expected after module nature at %C but was not found "USE :: module" at %C # %s %.2f %.2f #include "..." search starts here: #include <...> search starts here: #pragma GCC memregs must precede any function decls #pragma GCC memregs takes a number [0..16] #pragma GCC optimize is not allowed inside functions #pragma GCC optimize string... is badly formed #pragma GCC option is not allowed inside functions #pragma GCC target is not supported for this machine #pragma GCC target string... is badly formed #pragma GCC visibility must be followed by push or pop #pragma GCC visibility push() must specify default, internal, hidden or protected #pragma GHS endXXX does not match previous startXXX #pragma GHS endXXXX found without previous startXXX #pragma implementation for %qs appears after file is included #pragma message: %s #pragma pack (pop) encountered without matching #pragma pack (push) #pragma pack has no effect with -fpack-struct - ignored #pragma pack(pop, %E) encountered without matching #pragma pack(push, %E) #pragma redefine_extname ignored due to conflict with __asm__ declaration #pragma redefine_extname ignored due to conflict with previous #pragma redefine_extname #pragma redefine_extname ignored due to conflict with previous rename #pragma vtable no longer supported $ descriptor at %L $ operand number used after format without operand number $ should be the last specifier in format at %L %#qT declared here %#qT defined here %%:canon_for_mlib takes 1 or more pairs of parameters %%:target_mode_check takes an even number of parameters %%LOC() as an rvalue at %C %+qD causes a section type conflict %+qD causes a section type conflict with %qD %+qD declared alias after being used %+qD declared ifunc after being used %+qD declared weak after being used %+qD declared weakref after being used %<!%> not valid in GIMPLE %<#pragma %s%> may only be used in compound statements %<#pragma GCC ivdep%> must be inside a function %<#pragma GCC optimize (string [,string]...)%> does not have a final %<)%> %<#pragma GCC optimize%> is not a string or number %<#pragma GCC option%> is not a string %<#pragma GCC pch_preprocess%> must be first %<#pragma GCC pop_options%> without a corresponding %<#pragma GCC push_options%> %<#pragma GCC target (string [,string]...)%> does not have a final %<)%> %<#pragma GCC unroll%> must be inside a function %<#pragma GCC unroll%> requires an assignment-expression that evaluates to a non-negative integral constant less than %u %<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported for C++ %<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported on this target %<#pragma acc %s data%> has no data movement clause %<#pragma acc routine%> already applied to %qD %<#pragma acc routine%> must be applied before definition %<#pragma acc routine%> must be applied before use %<#pragma acc routine%> must be at file scope %<#pragma acc routine%> names a set of overloads %<#pragma acc routine%> not immediately followed by a single function declaration or definition %<#pragma acc routine%> not immediately followed by function declaration or definition %<#pragma acc update%> must contain at least one %<device%> or %<host%> or %<self%> clause %<#pragma align%> must appear before the declaration of %qD, ignoring %<#pragma omp atomic capture%> uses two different expressions for memory %<#pragma omp atomic capture%> uses two different variables for memory %<#pragma omp atomic update%> uses two different expressions for memory %<#pragma omp atomic update%> uses two different variables for memory %<#pragma omp cancel for%> inside %<nowait%> for construct %<#pragma omp cancel for%> inside %<ordered%> for construct %<#pragma omp cancel sections%> inside %<nowait%> sections construct %<#pragma omp cancel%> must specify one of %<parallel%>, %<for%>, %<sections%> or %<taskgroup%> clauses %<#pragma omp cancellation point%> must specify one of %<parallel%>, %<for%>, %<sections%> or %<taskgroup%> clauses %<#pragma omp declare reduction%> combiner refers to variable %qD which is not %<omp_out%> nor %<omp_in%> %<#pragma omp declare reduction%> initializer refers to variable %qD which is not %<omp_priv%> nor %<omp_orig%> %<#pragma omp declare reduction%> not at file or block scope %<#pragma omp declare simd%> must be followed by function declaration or definition %<#pragma omp declare simd%> must be followed by function declaration or definition or another %<#pragma omp declare simd%> %<#pragma omp declare simd%> not immediately followed by a function declaration or definition %<#pragma omp declare simd%> not immediately followed by a single function declaration or definition %<#pragma omp declare simd%> not immediately followed by function declaration or definition %<#pragma omp declare target%> with clauses in between %<#pragma omp declare target%> without clauses and %<#pragma omp end declare target%> %<#pragma omp end declare target%> without corresponding %<#pragma omp declare target%> %<#pragma omp ordered%> with %<depend%> clause may only be used in compound statements %<#pragma omp section%> may only be used in %<#pragma omp sections%> construct %<#pragma omp simd%> used with class iteration variable %qE %<#pragma omp target data%> must contain at least one %<map%> clause %<#pragma omp target data%> with map-type other than %<to%>, %<from%>, %<tofrom%> or %<alloc%> on %<map%> clause %<#pragma omp target enter data%> must contain at least one %<map%> clause %<#pragma omp target enter data%> with map-type other than %<to%> or %<alloc%> on %<map%> clause %<#pragma omp target exit data%> must contain at least one %<map%> clause %<#pragma omp target exit data%> with map-type other than %<from%>, %<release%> or %<delete%> on %<map%> clause %<#pragma omp target update%> must contain at least one %<from%> or %<to%> clauses %<#pragma omp target%> with map-type other than %<to%>, %<from%>, %<tofrom%> or %<alloc%> on %<map%> clause %<#pragma scalar_storage_order%> is not supported for C++ %<#pragma weak%> declaration of %q+D not allowed, ignored %<#pragma%> is not allowed here %<%%%> constraint used with last operand %<%%%c%> yields only last 2 digits of year %<%%%c%> yields only last 2 digits of year in some locales %<%.*s%> directive argument is null %<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%> %<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095 %<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%> %<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095 %<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu %<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu %<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu %<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu %<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu %<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu %<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output of %wu bytes causes result to exceed %<INT_MAX%> %<%.*s%> directive output of %wu bytes exceeds minimum required size of 4095 %<%.*s%> directive output truncated writing %wu byte into a region of size %wu %<%.*s%> directive output truncated writing %wu bytes into a region of size %wu %<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu %<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu %<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu %<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu %<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu %<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu %<%.*s%> directive precision out of range %<%.*s%> directive width out of range %<%.*s%> directive writing %wu byte into a region of size %wu %<%.*s%> directive writing %wu bytes into a region of size %wu %<%.*s%> directive writing %wu byte into a region of size between %wu and %wu %<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu %<%.*s%> directive writing %wu or more bytes into a region of size %wu %<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu %<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu %<%.*s%> directive writing likely %wu or more bytes into a region of size %wu %<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive writing up to %wu bytes into a region of size %wu %<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu %<%D::%D%> is not a class member %<%D::%D%> is not a member of %qT %<%E::%E%> has not been declared %<%E::%E%> is not a class or namespace %<%E::%E%> is not a class, namespace, or enumeration %<%E::%E%> is not a type %<%E::%E%> scoped attribute directive ignored %<%T::%D%> names constructor in %qT %<%T::%D%> names destructor %<%T::%D%> names the constructor, not the type %<%T::%E%> has not been declared %<%T::%E%> is not a type %<%T::%E%> names the constructor, not the type %<%c%> is not a valid character in an identifier %<%c%> is not a valid first character for an identifier %<%c%E%> not found in protocol(s) %<%s %E%> declared inside parameter list will not be visible outside of this definition or declaration %<%s %s%> construct not closely nested inside of %qs %<%s + %s%> at %L must be less than or equal to BIT_SIZE(%qs) %<%s taskgroup%> construct not closely nested inside of %<taskgroup%> region %<%s%> attribute directive ignored %<%s%> is unknown %<%s=%s%> and %<%s-%s%> are incompatible %<&%> constraint used with no register class %<&%> not allowed by itself in line %d %<&&%> not valid in GIMPLE %<)%> expected at %C %<*%> in boolean context, suggest %<&&%> instead %<*this%> capture only available with -std=c++17 or -std=gnu++17 %<-%s%> conflicts with the other architecture options, which specify a %s processor %<-Wabi=1%> is not supported, using =2 %<-f%s%> and %<%s=%s%> are incompatible %<-fabi-compat-version=1%> is not supported, using =2 %<-fabi-version=1%> is no longer supported %<-fcf-protection=branch%> is not supported for this target %<-fcf-protection=full%> is not supported for this target %<-fcf-protection=return%> is not supported for this target %<-fcheck-pointer-bounds%> is not supported for this target %<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds%> %<-fcheck-pointer-bounds%> is not supported with %<-fsanitize=bounds-strict%> %<-fcheck-pointer-bounds%> is not supported with Address Sanitizer %<-fcheck-pointer-bounds%> is not supported with Thread Sanitizer %<-fd-lines-as-code%> has no effect in free form %<-fd-lines-as-comments%> has no effect in free form %<-femit-struct-debug-detailed=dir:...%> must allow at least as much as %<-femit-struct-debug-detailed=ind:...%> %<-ffriend-injection%> is deprecated %<-fno-fat-lto-objects%> are supported only with linker plugin %<-fno-for-scope%> is deprecated %<-fobjc-abi-version%> >= 2 is not supported on %<-m32%> targets with %<-fnext-runtime%> %<-fobjc-abi-version%> >= 2 must be used for %<-m64%> targets with %<-fnext-runtime%> %<-fobjc-exceptions%> is required to enable Objective-C exception syntax %<-fobjc-gc%> is ignored for %<-fgnu-runtime%> %<-fobjc-sjlj-exceptions%> is ignored for %<-fgnu-runtime%> %<-fobjc-sjlj-exceptions%> is ignored for %<-fnext-runtime%> when %<-fobjc-abi-version%> >= 2 %<-fobjc-sjlj-exceptions%> is the only supported exceptions system for %<-fnext-runtime%> with %<-fobjc-abi-version%> < 2 %<-foffload-abi%> option can be specified only for offload compiler %<-freorder-blocks-and-partition%> does not support unwind info on this architecture %<-freorder-blocks-and-partition%> does not work on this architecture %<-freorder-blocks-and-partition%> does not work with exceptions on this architecture %<-fsanitize-address-use-after-scope%> requires %<-fstack-reuse=none%> option %<-fsanitize-recover=%s%> is not supported %<-fsanitize=address%> and %<-fsanitize=kernel-address%> are incompatible with %<-fsanitize=thread%> %<-fsanitize=address%> is incompatible with %<-fsanitize=kernel-address%> %<-fsanitize=all%> option is not valid %<-fsanitize=leak%> is incompatible with %<-fsanitize=thread%> %<-fsanitize=pointer-compare%> must be combined with %<-fsanitize=address%> or %<-fsanitize=kernel-address%> %<-fsanitize=pointer-subtract%> must be combined with %<-fsanitize=address%> or %<-fsanitize=kernel-address%> %<-fsplit-stack%> currently only supported on GNU/Linux %<-fsplit-stack%> currently only supported on PowerPC64 GNU/Linux with glibc-2.18 or later %<-fsplit-stack%> is not supported by this compiler configuration %<-fsplit-stack%> requires assembler support for CFI directives %<-fstack-check=%> and %<-fstack-clash_protection%> are mutually exclusive. Disabling %<-fstack-check=%> %<-fstack-clash-protection%> is not supported on targets where the stack grows from lower to higher addresses %<-gdwarf%s%> is ambiguous; use %<-gdwarf-%s%> for DWARF version or %<-gdwarf -g%s%> for debug level %<-gnat%> misspelled as %<-gant%> %<-m%s%> not supported in this configuration %<-march=%s%> is not compatible with the selected ABI %<-march=%s%> requires %<-mfp32%> %<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead %<-mdynamic-no-pic%> overrides %<-fpic%>, %<-fPIC%>, %<-fpie%> or %<-fPIE%> %<-mfpxx%> can only be used with the o32 ABI %<-mfpxx%> requires %<-mlra%> %<-mfunction-return=%s%> and %<-mcmodel=large%> are not compatible %<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead %<-mgp32%> and %<-mfp64%> can only be combined if the target supports the mfhc1 and mthc1 instructions %<-mgp32%> and %<-mfp64%> can only be combined when using the o32 ABI %<-mgp32%> used with a 64-bit ABI %<-mgp64%> used with a 32-bit ABI %<-mgp64%> used with a 32-bit processor %<-mindirect-branch=%s%> and %<-mcmodel=large%> are not compatible %<-mindirect-branch=thunk-extern%>, %<-fcf-protection=branch%> and %<-fcheck-pointer-bounds%> are not compatible %<-mintel-syntax%> and %<-mno-intel-syntax%> are deprecated; use %<-masm=intel%> and %<-masm=att%> instead %<-mips3d%> requires %<-mpaired-single%> %<-misel=no%> is deprecated; use %<-mno-isel%> instead %<-misel=yes%> is deprecated; use %<-misel%> instead %<-mmsa%> must be used with %<-mfp64%> and %<-mhard-float%> %<-mno-%s%> turns off %<-m%s%> %<-mno-gpopt%> needs %<-mexplicit-relocs%> %<-mpcommit%> was deprecated %<-mrtd%> is ignored in 64bit mode %<-msse5%> was removed %<-msseregparm%> used without SSE enabled %<-mstring%> is deprecated %<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate %<-mvrsave=no%> is deprecated; use %<-mno-vrsave%> instead %<-mvrsave=yes%> is deprecated; use %<-mvrsave%> instead %<-static-libgfortran%> is not supported in this configuration %<-x %s%> after last input file has no effect %<.%s%> designator used multiple times in the same initializer list %<...%> as arguments.) %<...%> handler must be the last handler for its try block %<...%> has invalid operand number %<...%> not allowed in designated initializer list %<::%> needed in PROCEDURE binding with explicit target at %C %<::%D%> has not been declared %<::%E%> has not been declared %<::%E%> is not a class or namespace %<::%E%> is not a class, namespace, or enumeration %<::%E%> is not a type %<::main%> must return %<int%> %<<:%> is an alternate spelling for %<[%>. Insert whitespace between %<<%> and %<::%> %<<::%> cannot begin a template-argument list %<<<%> in boolean context, did you mean %<<%> ? %<=> target%> is invalid for DEFERRED binding at %C %<>>%> operator is treated as two right angle brackets in C++11 %<>>%> should be %<> >%> within a nested template argument list %<@dynamic%> is not available in Objective-C 1.0 %<@dynamic%> not in @implementation context %<@dynamic%> requires the @interface of the class to be available %<@encode%> must specify a type as an argument %<@end%> missing in implementation context %<@end%> must appear in an @implementation context %<@optional%> is allowed in @protocol context only %<@optional%> is not available in Objective-C 1.0 %<@package%> is not available in Objective-C 1.0 %<@package%> presently has the same effect as %<@public%> %<@property%> is not available in Objective-C 1.0 %<@required%> is allowed in @protocol context only %<@required%> is not available in Objective-C 1.0 %<@synchronized%> argument is not an object %<@synthesize%> can not be used in categories %<@synthesize%> is not available in Objective-C 1.0 %<@synthesize%> not in @implementation context %<@synthesize%> requires the @interface of the class to be available %<@throw%> (rethrow) used outside of a @catch block %<@throw%> argument is not an object %<@try%> without %<@catch%> or %<@finally%> %<G0%> in format at %L %<GCC unroll%> directive does not commence a loop at %C %<GCC unroll%> directive requires a non-negative integral constant less than or equal to %u at %C %<I%> at %L and %<J%>' at %L cannot both be BOZ literal constants %<MOLD%> argument of %<TRANSFER%> intrinsic at %L must not be %s %<[%E] =%> used in a GNU-style designated initializer for class %qT %<[*]%> not allowed in other than function prototype scope %<[*]%> not in a declaration %<_Alignas%> specifiers cannot reduce alignment of %qE %<_Alignas%> specifiers cannot reduce alignment of compound literal %<_Alignas%> specifiers cannot reduce alignment of unnamed field %<_Atomic%> %qD in %<aligned%> clause %<_Atomic%> %qD in %<firstprivate%> clause on %<target%> construct %<_Atomic%> %qD in %<linear%> clause %<_Atomic%> %qD in %qs clause %<_Atomic%> %qD in implicit %<firstprivate%> clause on %<target%> construct %<_Atomic%> %qD in implicit %<map%> clause %<_Atomic%> %qE in %<reduction%> clause %<_Atomic%> %qE in %qs clause %<_Atomic%> applied to a qualified type %<_Atomic%> expression in %<#pragma omp atomic%> %<_Atomic%> in Objective-C %<_Atomic%> iteration variable %qE %<_Atomic%> qualified type in %<#pragma omp declare reduction%> %<_Atomic%>-qualified array type %<_Atomic%>-qualified function type %<_Atomic%>-qualified parameter type %qT of %q+D %<_Atomic%>-qualified return type of %qD %<_Float%d%s%> is not supported on this target %<_Generic%> association has function type %<_Generic%> association has incomplete type %<_Generic%> association has variable length type %<_Generic%> selector matches multiple associations %<_Generic%> selector of type %qT is not compatible with any association %<_Generic%> specifies two compatible types %<_Noreturn%> in empty declaration %<_Sat%> is used without %<_Fract%> or %<_Accum%> %<__BELOW100__%> attribute only applies to variables %<__GIMPLE%> only valid with -fgimple %<__RTL%> function cannot be compiled with %<-flto%> %<__alignof%> applied to a bit-field %<__auto_type%> in empty declaration %<__auto_type%> may only be used with a single declarator %<__auto_type%> requires a plain identifier as declarator %<__auto_type%> requires an initialized data declaration %<__auto_type%> used with a bit-field initializer %<__builtin_complex%> operand not of real binary floating-point type %<__builtin_complex%> operands of different types %<__builtin_longjmp%> second argument must be 1 %<__builtin_next_arg%> called without an argument %<__gcc_host_wide_int__%> is not defined as %<long%> or %<long long%> %<__gcc_host_wide_int__%> is not defined as a type %<__int%d%> is not supported by this target %<__int%d%> is not supported on this target %<__label__%> not at the beginning of a block %<__restrict%> can only be specified for objects and functions %<__thread%> before %<extern%> %<__thread%> before %<static%> %<__thread%> before %qD %<__thread%> can only be specified for objects and functions %<__transaction_atomic%> without transactional memory support enabled %<__transaction_cancel%> not within %<__transaction_atomic%> %<__transaction_cancel%> within a %<__transaction_relaxed%> %<__transaction_cancel%> without transactional memory support enabled %<__transaction_relaxed%> without transactional memory support enabled %<a%d%> argument of %qs intrinsic at %L must be %s(%d) %<a1%> argument of %qs intrinsic at %L must be INTEGER, REAL or CHARACTER %<acc update%> must contain at least one %<device%> or %<host%> or %<self%> clause at %L %<alignas%> argument has non-integral type %qT %<aligned%> clause alignment expression must be integral %<aligned%> clause alignment expression must be positive constant integer expression %<alloca%> bound is unknown %<and%> of mutually exclusive equal-tests is always 0 %<asm%> in %<constexpr%> function %<asm%> operand constraint incompatible with operand size %<asm%> operand has impossible constraints %<asm%> operand requires impossible reload %<asm%> specifiers are not permitted on non-static data members %<assign%> attribute conflicts with %<copy%> attribute %<assign%> attribute conflicts with %<retain%> attribute %<assign%> can be unsafe for Objective-C objects; please state explicitly if you need it %<async%> expression must be integral %<auto%> can only be specified for variables or function declarations %<auto%> changes meaning in C++11; please remove it %<auto%> conflicts with other OpenACC loop specifiers %<auto%> in file-scope empty declaration %<auto%> parameter not permitted in this context %<bank_switch%> has no effect on non-interrupt functions %<builtin_return_address%> contains only 2 bytes of address %<concept%> cannot appear in a typedef declaration %<concept%> only available with -fconcepts %<const%> and %<volatile%> function specifiers on %qD invalid in field declaration %<const%> and %<volatile%> function specifiers on %qD invalid in parameter declaration %<const%> and %<volatile%> function specifiers on %qD invalid in type declaration %<const%> and %<volatile%> function specifiers on %qD invalid in variable declaration %<const%> can only be specified for objects and functions %<constexpr%> call flows off the end of the function %<constexpr%> cannot appear in a typedef declaration %<constexpr%> cannot be used for type declarations %<constexpr%> constructor does not have empty body %<constexpr%> constructor for union %qT must initialize exactly one non-static data member %<constexpr%> evaluation depth exceeds maximum of %d (use -fconstexpr-depth= to increase the maximum) %<constexpr%> lambda only available with -std=c++17 or -std=gnu++17 %<constexpr%> loop iteration count exceeds limit of %d (use -fconstexpr-loop-limit= to increase the limit) %<constexpr%> needed for in-class initialization of static data member %q#D of non-integral type %<constexpr%> static data member %qD must have an initializer %<constexpr%> variable %qD has variably-modified type %qT %<copy%> attribute is only valid for Objective-C objects %<critical%> region may not be nested inside a %<critical%> region with the same name %<custom-%s=%> is not recognized as FPU instruction %<custom-%s=%> requires argument %<default%> label not within a switch statement %<delete[]%> is not a constant expression %<depend(%s)%> is only allowed in %<omp ordered%> %<depend(sink)%> clause waiting for lexically later iteration %<depend(sink)%> refers to iteration never in the iteration space %<depend(source)%> clause specified together with %<depend(sink:)%> clauses on the same construct %<device%> id must be integral %<dim%> argument of %qs intrinsic at %L is not a valid codimension index %<dim%> argument of %qs intrinsic at %L is not a valid dimension index %<dim%> argument of %s intrinsic at %L is not a valid dimension index %<dist_schedule%> chunk size expression must be integral %<distribute%> region must be strictly nested inside %<teams%> construct %<dynamic_cast%> not permitted with -fno-rtti %<else%> without a previous %<if%> %<enum %E%> declared in %<for%> loop initial declaration %<explicit%> can only be specified for constructors %<explicit%> in friend declaration %<explicit%> outside class declaration %<extern "C"%> linkage started here %<externally_visible%> attribute have effect only on public objects %<fallthrough%> attribute not followed by %<;%> %<fallthrough%> attribute specified multiple times %<fallthrough%> attribute specified with a parameter %<fast_interrupt%> attribute directive ignored %<for%> loop initial declarations are only allowed in C99 or C11 mode %<friend%> can only be specified inside a class %<friend%> used outside of class %<gang%> num expression must be integral %<gang%> num value must be positive %<gang%> static expression must be integral %<gang%> static value must be positive %<gcall%> is not defined as a type %<generic%> CPU can be used only for %<-mtune=%> switch %<generic%> CPU can be used only for %<target("tune=")%> attribute %<gnu_inline%> attribute present on %q+D %<goto%> in %<constexpr%> function %<goto%> is not a constant expression %<grainsize%> expression must be integral %<grainsize%> value must be positive %<if constexpr%> only available with -std=c++17 or -std=gnu++17 %<ifunc%> resolver for %qD must return %qT %<ifunc%> resolver for %qD should return %qT %<inbranch%> clause is incompatible with %<notinbranch%> %<inline%> can only be specified for functions %<inline%> in empty declaration %<inline%> is not allowed in declaration of friend template specialization %qD %<inline%> specified for friend class declaration %<inline%> specifier invalid for function %qs declared out of global scope %<inline%> specifier invalid for variable %qD declared at block scope %<intel%> CPU can be used only for %<-mtune=%> switch %<intel%> CPU can be used only for %<target("tune=")%> attribute %<l1-cache-size%> parameter is not a power of two %d %<linear%> clause for variable other than loop iterator specified on construct combined with %<distribute%> %<linear%> clause may not be specified together with %<ordered%> clause with a parameter %<linear%> clause step %qE is neither constant nor a parameter %<linear%> clause step expression must be integral %<linear%> clause step is a parameter %qD not specified in %<uniform%> clause %<location_t%> is not defined as a type %<locus%> is not defined as a type %<long long long%> is too long for GCC %<long long%> invalid for %qs %<long%> and %<short%> specified together for %qs %<long%> invalid for %qs %<long%> or %<short%> invalid for %qs %<long%> or %<short%> specified with char for %qs %<long%> switch expression not converted to %<int%> in ISO C %<long%>, %<int%>, %<short%>, or %<char%> invalid for %qs %<main%> declared %<_Noreturn%> %<master%> region may not be closely nested inside of work-sharing, explicit %<task%> or %<taskloop%> region %<memset%> used with constant zero length parameter; this could be due to transposed parameters %<memset%> used with length equal to number of elements without multiplication by element size %<namespace%> definition is not allowed here %<new%> of type %qT with extended alignment %d %<no-custom-%s%> does not accept arguments %<nonmonotonic%> modifier specified for %qs schedule kind %<nonmonotonic%> schedule modifier specified together with %<ordered%> clause %<noreturn%> function does return %<nowait%> clause must not be used together with %<copyprivate%> %<num_tasks%> expression must be integral %<num_tasks%> value must be positive %<num_teams%> value must be positive %<num_threads%> value must be positive %<operator delete%> must return type %qT %<operator delete%> takes type %qT as first parameter %<operator new%> must not return NULL unless it is declared %<throw()%> (or -fcheck-new is in effect) %<operator new%> must return type %qT %<operator new%> takes type %<size_t%> (%qT) as first parameter %<operator%s%> %<operator%s%> in %<%E %s %E%> %<operator%s%> in %<%E%s%> %<operator%s%> in %<%s%E%> %<operator=%> should return a reference to %<*this%> %<operator[]%> %<operator[]%> in %<%E[%E]%> %<or%> of unmatched not-equal tests is always 1 %<ordered simd threads%> must be closely nested inside of %<for simd%> region %<ordered%> %<simd%> must be closely nested inside %<simd%> region %<ordered%> clause parameter is less than %<collapse%> %<ordered%> clause with parameter may not be specified on %qs construct %<ordered%> construct with %<depend%> clause must be closely nested inside a loop with %<ordered%> clause with a parameter %<ordered%> construct with %<depend%> clause must be closely nested inside an %<ordered%> loop %<ordered%> region may not be closely nested inside of %<critical%>, %<ordered%>, explicit %<task%> or %<taskloop%> region %<ordered%> region must be closely nested inside a loop region with an %<ordered%> clause %<priority%> expression must be integral %<priority%> value must be non-negative %<readonly%> attribute conflicts with %<readwrite%> attribute %<readonly%> attribute conflicts with %<setter%> attribute %<register%> in file-scope empty declaration %<register%> storage class specifier used %<reinterpret_cast<%T>(%E)%> is not a constant expression %<requires%> only available with -fconcepts %<retain%> attribute conflicts with %<copy%> attribute %<retain%> attribute is only valid for Objective-C objects %<return%> with a value, in function returning void %<return%> with no value, in function returning non-void %<safelen%> clause expression must be positive constant integer expression %<seq%> overrides other OpenACC loop specifiers %<shape%> argument of %<reshape%> intrinsic at %L has more than %d elements %<shape%> argument of %<reshape%> intrinsic at %L must be an array of constant size %<short%> invalid for %qs %<short%> or %<long%> invalid for %qs %<signed%> and %<unsigned%> specified together for %qs %<signed%> or %<unsigned%> invalid for %qs %<simdlen%> clause expression must be positive constant integer expression %<simdlen%> clause value is bigger than %<safelen%> clause value %<sizeof%> applied to a bit-field %<sizeof%> on array function parameter %qE will return size of %qT %<sizeof...%> argument must be surrounded by parentheses %<source%> argument of %<shape%> intrinsic at %L must not be an assumed size array %<static%> may not be used when defining (as opposed to declaring) a static data member %<static%> specifier invalid for function %qs declared out of global scope %<std::%s%> is defined in header %qs; did you forget to %<#include %s%>? %<std::%s%> is only available from %s onwards %<std::tuple_size<%T>::value%> is not an integral constant expression %<struct %E%> declared in %<for%> loop initial declaration %<target("rtd")%> is ignored in 64bit mode %<target("sseregparm")%> used without SSE enabled %<target("tune=x86-64")%> is deprecated; use %<target("tune=k8")%> or %<target("tune=generic")%> instead as appropriate %<teams%> construct not closely nested inside of %<target%> construct %<this%> allowed in OpenMP only in %<declare simd%> clauses %<this%> is unavailable for static member functions %<this%> may not be used in this context %<this%> was not captured for this lambda function %<thread_limit%> expression must be integral %<thread_limit%> value must be positive %<threadprivate%> %qD is not file, namespace or block scope variable %<threadprivate%> %qE directive not in %qT definition %<threadprivate%> %qE has incomplete type %<tile%> argument needs integral type %<tile%> argument needs positive integral constant %<transaction_may_cancel_outer%> function call not within outer transaction or %<transaction_may_cancel_outer%> %<transaction_safe_dynamic%> may only be specified for a virtual function %<tree%> is not defined as a pointer type %<tree%> is not defined as a type %<try%> in %<constexpr%> function %<typedef%> was ignored in this declaration %<typeid%> operator cannot appear in a constant-expression %<typename %T::%D%> names %q#T, which is not a class template %<typename %T::%D%> names %q#T, which is not a type %<typeof%> applied to a bit-field %<union %E%> declared in %<for%> loop initial declaration %<va_start%> used in function with fixed args %<vector%> length expression must be integral %<vector%> length value must be positive %<virtual%> can only be specified for functions %<virtual%> outside class declaration %<virtual%> specified more than once in base-specifier %<void%> as only parameter may not be qualified %<void%> must be the only parameter %<volatile%> can only be specified for objects and functions %<wait%> expression must be integral %<warn_if_not_aligned%> may not be specified for %q+D %<weakref%> attribute ignored because function is defined %<weakref%> attribute ignored because variable is initialized %<weakref%> attribute should be accompanied with an %<alias%> attribute %<worker%> num expression must be integral %<worker%> num value must be positive %<||%> not valid in GIMPLE %<~%> on a boolean expression %<~%> on an expression of type bool %<~auto%> only available with -std=c++14 or -std=gnu++14 %E qualifier ignored on asm %G%qD accessing %wu byte at offsets %s and %s may overlap %wu byte at offset %s %G%qD accessing %wu bytes at offsets %s and %s may overlap %wu byte at offset %s %G%qD accessing %wu byte at offsets %s and %s may overlap up to %wu bytes at offset %s %G%qD accessing %wu bytes at offsets %s and %s may overlap up to %wu bytes at offset %s %G%qD accessing %wu byte at offsets %s and %s overlaps %wu byte at offset %s %G%qD accessing %wu byte at offsets %s and %s overlaps %wu bytes at offset %s %G%qD accessing %wu byte at offsets %s and %s overlaps %wu or more bytes at offset %s %G%qD accessing %wu bytes at offsets %s and %s overlaps %wu or more bytes at offset %s %G%qD accessing %wu byte at offsets %s and %s overlaps between %wu and %wu bytes at offset %s %G%qD accessing %wu bytes at offsets %s and %s overlaps between %wu and %wu bytes at offset %s %G%qD accessing %wu byte may overlap %wu byte %G%qD accessing %wu bytes may overlap %wu byte %G%qD accessing %wu byte may overlap up to %wu bytes %G%qD accessing %wu bytes may overlap up to %wu bytes %G%qD accessing %wu bytes at offsets %s and %s overlaps %wu byte at offset %s %G%qD accessing %wu bytes at offsets %s and %s overlaps %wu bytes at offset %s %G%qD accessing %wu or more bytes at offsets %s and %s may overlap %wu byte at offset %s %G%qD accessing %wu or more bytes at offsets %s and %s may overlap up to %wu bytes at offset %s %G%qD accessing %wu or more bytes at offsets %s and %s overlaps %wu byte at offset %s %G%qD accessing %wu or more bytes at offsets %s and %s overlaps %wu bytes at offset %s %G%qD accessing %wu or more bytes at offsets %s and %s overlaps %wu or more bytes at offset %s %G%qD accessing %wu or more bytes at offsets %s and %s overlaps between %wu and %wu bytes at offset %s %G%qD accessing between %wu and %wu bytes at offsets %s and %s may overlap %wu byte at offset %s %G%qD accessing between %wu and %wu bytes at offsets %s and %s may overlap up to %wu bytes at offset %s %G%qD accessing between %wu and %wu bytes at offsets %s and %s overlaps %wu byte at offset %s %G%qD accessing between %wu and %wu bytes at offsets %s and %s overlaps %wu bytes at offset %s %G%qD accessing between %wu and %wu bytes at offsets %s and %s overlaps %wu or more bytes at offset %s %G%qD accessing between %wu and %wu bytes at offsets %s and %s overlaps between %wu and %wu bytes at offset %s %G%qD accessing between %wu and %wu bytes may overlap %wu byte %G%qD accessing between %wu and %wu bytes may overlap up to %wu bytes %G%qD destination unchanged after copying no bytes %G%qD destination unchanged after copying no bytes from a string of length %E %G%qD forming offset %s is out of bounds %G%qD forming offset %s is out of the bounds [0, %wu] %G%qD forming offset %s is out of the bounds [0, %wu] of object %qD with type %qT %G%qD forming offset %s is out of the bounds of object %qD with type %qT %G%qD offset %s from the object at %qE is out of the bounds of %qT %G%qD offset %s from the object at %qE is out of the bounds of referenced subobject %qD with type %qT at offset %wu %G%qD offset %s is out of bounds %G%qD offset %s is out of the bounds [0, %wu] %G%qD offset %s is out of the bounds [0, %wu] of object %qD with type %qT %G%qD offset %s is out of the bounds of object %qD with type %qT %G%qD output may be truncated copying %E byte from a string of length %wu %G%qD output may be truncated copying %E bytes from a string of length %wu %G%qD output may be truncated copying between %wu and %wu bytes from a string of length %wu %G%qD output truncated before terminating nul copying %E byte from a string of the same length %G%qD output truncated before terminating nul copying %E bytes from a string of the same length %G%qD output truncated before terminating nul copying as many bytes from a string as its length %G%qD output truncated copying %E byte from a string of length %wu %G%qD output truncated copying %E bytes from a string of length %wu %G%qD output truncated copying between %wu and %wu bytes from a string of length %wu %G%qD pointer overflow between offset %s and size %s %G%qD pointer overflow between offset %s and size %s accessing array %qD with type %qT %G%qD source argument is the same as destination %G%qD specified bound %E equals destination size %G%qD specified bound %E equals source length %G%qD specified bound %E exceeds destination size %wu %G%qD specified bound depends on the length of the source argument %Gargument %u null where non-null expected %K%qD reading %E byte from a region of size %E %K%qD reading %E bytes from a region of size %E %K%qD reading %E or more bytes from a region of size %E %K%qD reading between %E and %E bytes from a region of size %E %K%qD specified bound %E equals destination size %K%qD specified bound %E exceeds destination size %E %K%qD specified bound %E exceeds maximum object size %E %K%qD specified bound between %E and %E exceeds destination size %E %K%qD specified bound between %E and %E exceeds maximum object size %E %K%qD specified size %E exceeds maximum object size %E %K%qD specified size between %E and %E exceeds maximum object size %E %K%qD writing %E byte into a region of size %E overflows the destination %K%qD writing %E bytes into a region of size %E overflows the destination %K%qD writing %E or more bytes into a region of size %E overflows the destination %K%qD writing between %E and %E bytes into a region of size %E overflows the destination %K%s %wd out of range %wd - %wd %Kargument %d must be a constant immediate %Kargument %i range [%E, %E] exceeds maximum object size %E %Kargument %i range [%E, %E] is negative %Kargument %i value %qE exceeds maximum object size %E %Kargument %i value %qE is negative %Kargument %i value is zero %Kasm not allowed in %<transaction_safe%> function %Kattempt to free a non-heap object %Kattempt to free a non-heap object %qD %Kcall to %qs declared with attribute error: %s %Kcall to %qs declared with attribute warning: %s %Kfirst argument of %qD must be a pointer, second integer constant %Kinvalid use of %<__builtin_va_arg_pack ()%> %Kinvalid use of %<__builtin_va_arg_pack_len ()%> %Klane %wd out of range %wd - %wd %Klane index must be a constant immediate %Klast argument of %qD is not integer constant between 0 and 3 %Kproduct %<%E * %E%> of arguments %i and %i exceeds %<SIZE_MAX%> %Kproduct %<%E * %E%> of arguments %i and %i exceeds maximum object size %E %Ktotal size and element size must be a non-zero constant immediate %d constructor found %d constructors found %d destructor found %d destructors found %d exits recorded for loop %d (having %d exits) %d frame table found %d frame tables found %d least significant bits of %s are ignored %i-bit mode not compiled in %q#D cannot be overloaded with %q#D %q#D conflicts with a previous declaration %q#D conflicts with version inherited from %qT %q#D declared here %q#D does not refer to the unqualified type, so it is not used for linkage %q#D explicitly defaulted here %q#D has incomplete type %q#D hides constructor for %q#D %q#D inherits from multiple base subobjects %q#D invalid; an anonymous union can only have non-static data members %q#D invalid; an anonymous union may only have public non-static data members %q#D is a static data member; it can only be initialized at its definition %q#D is implicitly declared as deleted because %qT declares a move constructor or move assignment operator %q#D is implicitly deleted because the default definition would be ill-formed: %q#D is inaccessible within this context %q#D is not a function template %q#D is not a non-static data member of %qT %q#D is not a valid template argument for type %qT because a reference variable does not have a constant address %q#D is not const %q#D is private within this context %q#D is protected within this context %q#D is public, but requires an existing %q#T object %q#D is volatile %q#D not declared in class %q#D previously declared here %q#D previously defined here %q#D redeclared as different kind of symbol %q#D should be initialized %q#D, declared using local type %qT, is used but never defined %q#D, declared using unnamed type, is used but never defined %q#F is implicitly deleted because its exception-specification does not match the implicit exception-specification %qX %q#T has no member named %qE %q#T has no member named %qE; did you mean %qE? %q#T has no user-provided default constructor %q#T has pointer data members %q#T has virtual base classes %q#T has virtual functions and accessible non-virtual destructor %q#T is not a class %q#T is not a class or a namespace %q#T is not a template %q#T is not a valid type for a template non-type parameter %q#T only defines a private destructor and has no friends %q#T only defines private constructors and has no friends %q#T used where a %qT was expected %q#T used where a floating point value was expected %q#T was previously declared here %q+#D cannot be declared %q+#D is not a static data member of %q#T %q+#D marked %<final%>, but is not virtual %q+#D marked %<override%>, but does not override %q+D alias between function and variable is not supported %q+D aliased to external symbol %qE %q+D aliased to undefined symbol %qE %q+D already declared with dllexport attribute: dllimport ignored %q+D declared as a friend %q+D declared as variadic function %q+D declared to take const reference, but implicit declaration would take non-const %q+D declared with an exception specification %q+D defined as variadic function without prototype %q+D defined both normally and as %qE attribute %q+D has incompatible attributes %qs and %qs %q+D in declare target directive does not have mappable type %q+D is static but declared in inline function %qD which is not static %q+D is usually a function %q+D offset %E in %qT isn%'t aligned to %u %q+D offset %E in %qT may not be aligned to %u %q+D redeclared as different kind of symbol %q+D redeclared inline with %<gnu_inline%> attribute %q+D redeclared inline without %<gnu_inline%> attribute %q+D redeclared without dllimport attribute after being referenced with dll linkage %q+D redeclared without dllimport attribute: previous dllimport ignored %q+D static data member inside of declare target directive %q+D takes only zero or two arguments %q+E is not a constant expression %q+F declared %<static%> but never defined %q+F used but never defined %q+T is not literal because: %qD alias between functions of incompatible types %qT and %qT %qD appears both in data and map clauses %qD appears more than once in %<aligned%> clauses %qD appears more than once in data clauses %qD appears more than once in map clauses %qD appears more than once in motion clauses %qD appears more than once in reduction clauses %qD argument %i declared attribute %<nonstring%> %qD attribute directive ignored %qD attribute is meaningless since members of the anonymous namespace get local symbols %qD attribute requires a single NTBS argument %qD called in a constant expression %qD called in a constant expression before its definition is complete %qD can be marked override %qD cannot appear in a constant-expression %qD cannot be declared %<virtual%>, since it is always static %qD cannot be defaulted %qD cannot be used as a function %qD cannot have default arguments %qD changed semantics in GCC 4.4 %qD clearing an object of non-trivial type %#qT%s %qD clearing an object of type %#qT containing a pointer-to-member%s %qD clearing an object of type %#qT with no trivial copy-assignment%s %qD conflicts with used function %qD copying an object of non-trivial type %#qT from an array of %#qT %qD copying an object of type %#qT with %qs member %qD from an array of %#qT; use assignment or copy-initialization instead %qD declared %<static%> in %<constexpr%> context %qD declared %<static%> in %<constexpr%> function %qD declared %<thread_local%> in %<constexpr%> context %qD declared %<thread_local%> in %<constexpr%> function %qD declared %<transaction_safe_dynamic%> %qD declared as a %<virtual%> field %qD declared as a %<virtual%> parameter %qD declared as a %<virtual%> type %qD declared as a %<virtual%> variable %qD declared as a non-parameter %qD declared as an %<inline%> field %qD declared as an %<inline%> parameter %qD declared as an %<inline%> type %qD declared as array of %qT %qD declared as reference but not initialized %qD declared here %qD declared here, later in the translation unit %qD defined but not used %qD defined here %qD does not have a mappable type in %qs clause %qD does not have integral or enumeration type %qD does not name an enumeration in %qT %qD does not refer to a function %qD does not refer to a namespace scope function %qD has a previous declaration here %qD has already been defined %qD has an incomplete type %qT %qD has incomplete type %qD has invalid argument list %qD has not been declared within %qD %qD has the same name as the class in which it is declared %qD in %<reduction%> clause is a zero size array %qD inherits the %E ABI tag that %qT (used in its return type) has %qD inherits the %E ABI tag that %qT (used in its type) has %qD invalid in %q#T because of local member %q#D with same name %qD invalid in %q#T because of local method %q#D with same name %qD invalid in lambda %qD is a namespace %qD is a usual (non-placement) deallocation function %qD is a usual (non-placement) deallocation function in C++14 (or with -fsized-deallocation) %qD is already a friend of %qT %qD is already a friend of class %qT %qD is already declared in this scope %qD is already defined in %qT %qD is already defined in class %qT %qD is already defined in the class %qT %qD is an enumeration template %qD is both a direct base and an indirect virtual base %qD is defined with tls model %s %qD is deprecated %qD is deprecated: %s %qD is initialized with itself %qD is normally a non-static function %qD is not a class or namespace %qD is not a function template %qD is not a member of %qD %qD is not a member of %qT %qD is not a member template function %qD is not a namespace-name %qD is not a pointer variable %qD is not a static data member of a class template %qD is not a template %qD is not a template function %qD is not a type %qD is not a valid template argument because %qD is a variable, not the address of a variable %qD is not a variable %qD is not a variable in %<aligned%> clause %qD is not a variable in %<depend%> clause %qD is not a variable in %qs clause %qD is not a variable in clause %<firstprivate%> %qD is not a variable in clause %<lastprivate%> %qD is not a variable in clause %qs %qD is not a variable template %qD is not an argument in %<uniform%> clause %qD is not an function argument %qD is not captured %qD is not compatible with %qD %qD is not defined outside of function scope %qD is not usable as a %<constexpr%> function because: %qD is static but used in inline function %qD which is not static %qD is threadprivate variable in %qs clause %qD is too small to hold all values of %q#T %qD is used uninitialized in this function %qD may be used uninitialized in this function %qD may not be declared as static %qD may not be declared within a namespace %qD moving an object of non-trivial type %#qT and size %E into a region of size %E %qD moving an object of non-trivially copyable type %#qT; use %<new%> and %<delete%> instead %qD moving an object of type %#qT with deleted copy constructor; use %<new%> and %<delete%> instead %qD moving an object of type %#qT with deleted destructor %qD must be a global variable in %<#pragma acc declare link%> %qD must be a non-member function %qD must be a nonstatic member function %qD must be either a non-static member function or a non-member function %qD must have an argument of class or enumerated type %qD must have either one or two arguments %qD must have either zero or one argument %qD must have exactly one argument %qD must have exactly two arguments %qD must have no arguments %qD must not have variable number of arguments %qD not declared %qD not defined %qD redeclared with different access %qD redeclared with different visibility %qD referenced in target region does not have a mappable type %qD renamed after being referenced in assembly %qD should be initialized %qD should be initialized in the member initialization list %qD should have been declared inside %qD %qD should return by value %qD source argument is the same as destination %qD specified both in declare target %<link%> and %<to%> clauses %qD used before its definition %qD used in its own initializer %qD used without template parameters %qD violates the C++ One Definition Rule %qD was declared %<extern%> and later %<static%> %qD was declared %qs which implies default visibility %qD was declared here %qD was hidden %qD was not declared %<constexpr%> %qD was not declared in this scope %qD was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation %qD was not initialized with a constant expression %qD was previously declared here %qD was used with no declaration before its definition %qD was used with no prototype before its definition %qD will be initialized after %qD writing to an object of a non-trivial type %#qT leaves %wu byte unchanged %qD writing to an object of a non-trivial type %#qT leaves %wu bytes unchanged %qD writing to an object of non-trivial type %#qT%s %qD writing to an object of non-trivially copyable type %#qT%s %qD writing to an object of type %#qT containing a pointer to data member%s %qD writing to an object of type %#qT with %qs member %qD %qD writing to an object of type %#qT with no trivial copy-assignment %qD writing to an object of type %#qT with no trivial copy-assignment%s %qD writing to an object with a deleted copy constructor %qD: visibility attribute ignored because it conflicts with previous declaration %qE 2.95 vtable-compatibility attribute applies only to C++ classes %qE 2.95 vtable-compatibility attribute applies only when compiling a kext %qE appears more than once in %<aligned%> clauses %qE appears more than once in data clauses %qE appears more than once in map clauses %qE appears more than once on the same %<declare target%> directive %qE argument is not a function %qE argument not an identifier %qE attribute address out of range %qE attribute allows only an integer constant argument %qE attribute applied to %qD with void return type %qE attribute applied to %qT after its definition %qE attribute applied to extern "C" declaration %qD %qE attribute applied to non-class, non-enum type %qT %qE attribute applied to non-function, non-variable %qD %qE attribute applies only to functions %qE attribute applies only to initialized variables with external linkage %qE attribute argument not a string constant %qE attribute argument not an integer constant %qE attribute argument should be between 0 to 255 %qE attribute argument should be between 18 to 255 %qE attribute can only be applied to functions or to class or enumeration types %qE attribute cannot be applied to variables with specific sections %qE attribute cannot be specified for local variables %qE attribute directive ignored %qE attribute does not apply to functions %qE attribute does not apply to types %qE attribute doesn't apply to functions %qE attribute duplicated %qE attribute follows %qE %qE attribute has no effect %qE attribute has no effect on automatic variables %qE attribute has no effect on functions with static linkage %qE attribute has no effect on unit local functions %qE attribute have effect only on public objects %qE attribute ignored %qE attribute ignored because %qT is already defined %qE attribute ignored due to conflict with %qs attribute %qE attribute ignored due to conflict with attribute %qs %qE attribute ignored for %qE %qE attribute ignored for field of type %qT %qE attribute ignored on non-class types %qE attribute ignored on objects of type %qT %qE attribute ignored on types %qE attribute ignored without -mcmse option. %qE attribute ignored. Use -fcf-protection option to enable it %qE attribute is not supported for R8C target %qE attribute is not supported on this platform %qE attribute is only applicable on functions %qE attribute is only valid on %<struct%> type %qE attribute is supported only for SH2A %qE attribute is used for non-class method %qE attribute not allowed with auto storage class %qE attribute not available to functions that return value on the stack %qE attribute not available to functions with arguments passed on the stack %qE attribute not available to functions with variable number of arguments %qE attribute on function returning %<void%> %qE attribute on non-volatile variable %qE attribute only affects top level objects %qE attribute only applies to SH2A %qE attribute only applies to base type of a function pointer %qE attribute only applies to function types %qE attribute only applies to functions %qE attribute only applies to interrupt functions %qE attribute only applies to types %qE attribute only applies to variables %qE attribute only applies to variables in static storage %qE attribute only applies to variadic functions %qE attribute only available for 32-bit %qE attribute only supported for reduced Tiny cores %qE attribute only valid for ARC EM architecture %qE attribute only valid for ARCv2 architecture %qE attribute requires a string argument %qE attribute requires a string constant argument %qE attribute requires a void return type %qE attribute requires an integer constant argument %qE attribute requires prototypes with named arguments %qE cannot be used as a function %qE cannot be used as a member pointer, since it is of type %qT %qE cannot have both %qs and %qs attributes %qE declared %<threadprivate%> after first use %qE declared as function returning a function %qE declared as function returning an array %qE defined as wrong kind of tag %qE does not have a mappable type in %qs clause %qE does not have pointer or array type %qE does not name a type %qE does not name a type; did you mean %qs? %qE fails to be a typedef or built in type %qE has both %<extern%> and initializer %qE has const type for %<reduction%> %qE has invalid type for %<reduction(%s)%> %qE has not been declared %qE implies default visibility, but %qD has already been declared with a different visibility %qE in %<aligned%> clause is neither a pointer nor an array %qE in %<aligned%> clause is neither a pointer nor an array nor a reference to pointer or array %qE in %<reduction%> clause is a zero size array %qE in %q#T does not name a template type %qE in %q#T does not name a type %qE in namespace %qE does not name a template type %qE in namespace %qE does not name a type %qE incompatible attribute ignored %qE initialized and declared %<extern%> %qE is a member of a union %qE is a pointer; did you mean to use %<->%>? %qE is an unrecognized format function type %qE is deprecated %qE is deprecated: %s %qE is neither a variable nor a function name in clause %qs %qE is neither function nor member function; cannot be declared friend %qE is not a class or namespace %qE is not a class template %qE is not a class, namespace, or enumeration %qE is not a constant expression %qE is not a constant expression because it refers to an incompletely initialized variable %qE is not a constant expression because it refers to mutable subobjects of %qT %qE is not a template %qE is not a type %qE is not a valid template argument for %qT because it is not the address of a variable %qE is not a valid template argument for type %qT %qE is not a valid template argument for type %qT because %qD does not have external linkage %qE is not a valid template argument for type %qT because %qD has no linkage %qE is not a valid template argument for type %qT because it is a pointer %qE is not a valid template argument for type %qT because it is not an lvalue %qE is not a valid template argument for type %qT because it is not an object with linkage %qE is not a valid template argument for type %qT because it is of type %qT %qE is not a valid template argument for type %qT because object %qD does not have linkage %qE is not a valid template argument for type %qT because of conflicts in cv-qualification %qE is not a valid template argument for type %qT because string literals can never be used in this context %qE is not a valid template argument of type %qT because %qD does not have external linkage %qE is not a valid template argument of type %qT because %qD has no linkage %qE is not a valid template argument of type %qT because %qE is not a variable %qE is not a variable in %<aligned%> clause %qE is not a variable in %<depend%> clause %qE is not a variable in %qs clause %qE is not a variable in clause %<firstprivate%> %qE is not a variable in clause %<lastprivate%> %qE is not a variable in clause %qs %qE is not an Objective-C class name or alias %qE is not an argument in %<uniform%> clause %qE is not at beginning of declaration %qE is not initialized %qE is not of type %qT %qE is only allowed in Objective-C dialects %qE is predetermined %qs for %qs %qE is used uninitialized in this function %qE may be used uninitialized in this function %qE may not respond to %<%c%E%> %qE may write a terminating nul past the end of the destination %qE must be %<threadprivate%> for %<copyin%> %qE needs isa option %s %qE needs unknown isa option %qE not specified in enclosing %qs %qE not specified in enclosing OpenACC %qs construct %qE output %wu byte into a destination of size %wu %qE output %wu bytes into a destination of size %wu %qE output %wu or more bytes (assuming %wu) into a destination of size %wu %qE output %wu or more bytes into a destination of size %wu %qE output between %wu and %wu bytes into a destination of size %wu %qE output may be truncated before the last format character %qE output truncated before the last format character %qE redeclared as different kind of symbol %qE redeclared with conflicting %qs attributes %qE requires %<-fgnu-tm%> %qE requires a %<declare%> directive for use in a %<routine%> function %qE undeclared (first use in this function) %qE undeclared (first use in this function); did you mean %qs? %qE undeclared here (not in a function) %qE undeclared here (not in a function); did you mean %qs? %qE used with %<auto%> %qE used with %<register%> %qE used with %<typedef%> %qE with %<link%> clause used in %<routine%> function %qE writing a terminating nul past the end of the destination %qF declared %<static%> but never defined %qF requires -mvx %qF requires z14 or higher %qT and %qT are in disjoint named address spaces %qT as type rather than plain %<decltype(auto)%> %qT declared here %qT declared with greater visibility than its base %qT %qT declared with greater visibility than the type of its field %qD %qT defined with direct virtual base %qT defined with multiple direct bases %qT does not have the %E ABI tag that %qT (used in the type of %qD) has %qT does not have the %E ABI tag that base %qT has %qT has a base %qT whose type depends on the type %qT which has no linkage %qT has a base %qT whose type has no linkage %qT has a base %qT whose type uses the anonymous namespace %qT has a field %qD whose type depends on the type %qT which has no linkage %qT has a field %qD whose type has no linkage %qT has a field %qD whose type uses the anonymous namespace %qT has a previous declaration here %qT has no member named %qE %qT has no member named %qE; did you mean %qE? %qT has no non-static data member named %qD %qT is a variably modified type %qT is already a friend of %qT %qT is an ambiguous base of %qT %qT is an inaccessible base of %qT %qT is not a base of %qT %qT is not a class or namespace %qT is not a class type %qT is not a class, struct, or union type %qT is not a member class template of %qT %qT is not a member of %qT %qT is not a namespace %qT is not a namespace or unscoped enum %qT is not a nested class of %qT %qT is not a pointer-to-object type %qT is not a template %qT is not a template type %qT is not an accessible base of %qT %qT is not an enumeration type %qT is promoted to %qT when passed through %<...%> %qT is/uses unnamed type %qT referred to as %qs %qT referred to as enum %qT resolves to %qT, which is is not a class type %qT resolves to %qT, which is not an enumeration type %qV qualifiers cannot be applied to %qT %qc conversion used unquoted %qc conversion used within a quoted sequence %qc directive redundant after prior occurence of the same %qs %qs already defined as specific binding for the generic %qs at %C %qs and %<%s-%s%> are incompatible %qs and %<%s=%s%> are incompatible %qs and %qs are incompatible %qs and %qs arguments of %qs intrinsic at %L must have identical shape. %qs and %qs arguments of %qs intrinsic at %L must have the same type %qs and %qs can't be mixed FUNCTION/SUBROUTINE for GENERIC %qs at %L %qs and %qs for GENERIC %qs at %L are ambiguous %qs appears to be a misspelled %qs handler, missing %<__vector%> prefix %qs argument of %qs intrinsic at %L cannot be INTENT(IN) %qs argument of %qs intrinsic at %L cannot be of type %s %qs argument of %qs intrinsic at %L has invalid permutation of dimensions (dimension %qd duplicated) %qs argument of %qs intrinsic at %L has invalid shape in dimension %d (%ld/%ld) %qs argument of %qs intrinsic at %L has negative element (%d) %qs argument of %qs intrinsic at %L has out-of-range dimension (%d) %qs argument of %qs intrinsic at %L has wrong number of elements (%d/%d) %qs argument of %qs intrinsic at %L is empty %qs argument of %qs intrinsic at %L is not a valid dimension index %qs argument of %qs intrinsic at %L must be %s %qs argument of %qs intrinsic at %L must be ALLOCATABLE %qs argument of %qs intrinsic at %L must be INTEGER %qs argument of %qs intrinsic at %L must be INTEGER or LOGICAL %qs argument of %qs intrinsic at %L must be INTEGER or PROCEDURE %qs argument of %qs intrinsic at %L must be INTEGER or REAL %qs argument of %qs intrinsic at %L must be INTEGER or REAL or CHARACTER %qs argument of %qs intrinsic at %L must be REAL or COMPLEX %qs argument of %qs intrinsic at %L must be a POINTER %qs argument of %qs intrinsic at %L must be a POINTER or a TARGET %qs argument of %qs intrinsic at %L must be a POINTER, ALLOCATABLE or procedure pointer %qs argument of %qs intrinsic at %L must be a constant %qs argument of %qs intrinsic at %L must be a data entity %qs argument of %qs intrinsic at %L must be a logical array %qs argument of %qs intrinsic at %L must be a pointer or target VARIABLE or FUNCTION %qs argument of %qs intrinsic at %L must be a scalar %qs argument of %qs intrinsic at %L must be a variable %qs argument of %qs intrinsic at %L must be an array %qs argument of %qs intrinsic at %L must be an interoperable data entity: %s %qs argument of %qs intrinsic at %L must be default real %qs argument of %qs intrinsic at %L must be double precision %qs argument of %qs intrinsic at %L must be less than rank %d %qs argument of %qs intrinsic at %L must be numeric or LOGICAL %qs argument of %qs intrinsic at %L must be of a dummy variable %qs argument of %qs intrinsic at %L must be of a kind not wider than the default kind (%d) %qs argument of %qs intrinsic at %L must be of an OPTIONAL dummy variable %qs argument of %qs intrinsic at %L must be of an extensible type %qs argument of %qs intrinsic at %L must be of intrinsic type %qs argument of %qs intrinsic at %L must be of kind %d %qs argument of %qs intrinsic at %L must be of rank %d %qs argument of %qs intrinsic at %L must be of rank 1 or 2 %qs argument of %qs intrinsic at %L must be positive %qs argument of %qs intrinsic at %L must be the same kind as %qs %qs argument of %qs intrinsic at %L must be the same type and kind as %qs %qs argument of %qs intrinsic at %L must have a numeric type %qs argument of %qs intrinsic at %L must have a type of either REAL or INTEGER %qs argument of %qs intrinsic at %L must have the same rank as %qs or be a scalar %qs argument of %qs intrinsic at %L must not be OPTIONAL %qs argument of %qs intrinsic at %L must not be a subobject of %qs %qs argument of %qs intrinsic at %L must not be present if %<x%> is COMPLEX %qs argument of %qs intrinsic at %L must provide at least as many elements as there are .TRUE. values in %qs (%ld/%d) %qs argument of %qs intrinsic at %L not yet supported %qs argument of %qs intrinsic at %L shall be of type integer, real or character %qs argument of %qs intrinsic at %L shall have the same type as %qs at %L %qs argument of %qs intrinsic at %L shall not be TYPE(*) %qs argument of %qs intrinsic at %L shall not be a procedure %qs argument of %qs intrinsic at %L shall not be an assumed-size array %qs argument of %qs intrinsic at %L shall not be coindexed %qs argument of %qs intrinsic at %L shall specify a valid integer kind %qs argument of intrinsic %qs at %L of must have rank %d or be a scalar %qs at %C is a DEC extension, enable with %<-fdec-structure%> %qs at %C is a redefinition of the declaration in the corresponding interface for MODULE PROCEDURE %qs %qs at %C is already defined as FINAL procedure %qs at %C is not a member of the %qs structure %qs at %C is not a member of the %qs structure; did you mean %qs? %qs at %C is not a variable %qs at %C is the name of a recursive function and so refers to the result variable. Use an explicit RESULT variable for direct recursion (12.5.2.1) %qs at %L already is initialized at %L %qs at %L associated to expression can not be used in a variable definition context (%s) %qs at %L associated to vector-indexed target can not be used in a variable definition context (%s) %qs at %L cannot have the VALUE attribute because it is not a dummy argument %qs at %L has a type, which is not consistent with the CALL at %L %qs at %L has attributes specified outside its INTERFACE body %qs at %L has the CONTIGUOUS attribute but is not an array pointer or an assumed-shape or assumed-rank array %qs at %L is ambiguous %qs at %L is an array and OPTIONAL; IF IT IS MISSING, it cannot be the actual argument of an ELEMENTAL procedure unless there is a non-optional argument with the same rank (12.4.1.5) %qs at %L is not a VALUE %qs at %L is not a function %qs at %L is not a module procedure %qs at %L is of the ABSTRACT type %qs %qs at %L must be less than BIT_SIZE(%qs) %qs at %L must be less than or equal to BIT_SIZE(%qs) %qs at %L must be less than or equal to the BIT_SIZE of INTEGER(KIND=%d) %qs at %L must be nonnegative %qs at %L must have constant character length in this context %qs at %L must have the same number of formal arguments as the overridden procedure %qs at %L must not be DEFERRED as it overrides a non-DEFERRED binding %qs at %L overrides a FUNCTION and must also be a FUNCTION %qs at %L overrides a NOPASS binding and must also be NOPASS %qs at %L overrides a PUBLIC procedure and must not be PRIVATE %qs at %L overrides a PURE procedure and must also be PURE %qs at %L overrides a SUBROUTINE and must also be a SUBROUTINE %qs at %L overrides a binding with PASS and must also be PASS %qs at %L overrides a non-ELEMENTAL procedure and must not be ELEMENTAL, either %qs at %L overrides a procedure binding declared NON_OVERRIDABLE %qs at %L overrides an ELEMENTAL procedure and must also be ELEMENTAL %qs at %L should be a FUNCTION %qs at %L should be a SUBROUTINE %qs attribute ignored %qs attribute only applies to functions %qs attribute only applies to variadic functions %qs attribute requires prototypes with named arguments %qs cannot appear in a constant-expression %qs cannot be extended at %C because it is BIND(C) %qs cannot be extended at %C because it is a SEQUENCE type %qs combined with %<auto%> qualifier for %qE %qs combined with %<register%> qualifier for %qE %qs command-line option is deprecated %qs construct inside of %qs region %qs declared INTRINSIC at %L does not exist %qs declared as function returning a function %qs declared as function returning an array %qs declared at %L is also the name of an intrinsic. It can only be called via an explicit interface or if declared EXTERNAL. %qs declared at %L may shadow the intrinsic of the same name. In order to call the intrinsic, explicit INTRINSIC declarations may be required. %qs declared in a non-class scope %qs defined in a non-class scope %qs does not support MIPS16 code %qs does not support feature %qs %qs entity cannot have an initializer at %C %qs entity cannot have attributes at %C %qs expects 1 argument but %d given %qs expects 2 arguments but %d given %qs expects a constant argument %qs expects a fixed-point value as argument %qs expects a fixed-point value as first argument %qs expects an integer value as second argument %qs expression must be integral %qs feature modifier is incompatible with %s %s %qs function cannot have arguments %qs function cannot return a value %qs function uses %<auto%> type specifier without trailing return type %qs function with trailing return type has %qT as its type rather than plain %<auto%> %qs function with trailing return type not declared with %<auto%> type specifier %qs has both %<extern%> and initializer %qs has overflowed %qs in %<%s %E%> %qs in %s clause at %L is not a proper array section %qs in ALIGNED clause at %L requires a scalar positive constant integer alignment expression %qs in ALIGNED clause must be POINTER, ALLOCATABLE, Cray pointer or C_PTR at %L %qs in DEPEND clause at %L is a zero size array section %qs in EXTENDS expression at %C is not a derived type %qs in LINEAR clause at %L requires a constant integer linear-step expression or dummy argument specified in UNIFORM clause %qs in LINEAR clause at %L requires a scalar integer linear-step expression %qs in cannot appear in COMMON at %L [F2008:C5100] %qs in the pointer assignment at %L cannot be an l-value since it is a procedure %qs in variable definition context (%s) at %L is not a variable %qs incompatible with explicitly disabled options %qs initialized and declared %<extern%> %qs intrinsic with CHARACTER argument at %L %qs intrinsic with KIND argument at %L %qs intrinsic with RADIX argument at %L %qs is a reserved identifier in AVR-LibC. Consider %<#include <avr/interrupt.h>%> before using the %qs macro %qs is already IMPORTed from host scoping unit at %C %qs is an invalid argument to -mcpu= %qs is an unknown -save-temps option %qs is corrupted %qs is deprecated %qs is deprecated and not recommended in any circumstances %qs is deprecated; use -fno-zero-initialized-in-bss %qs is deprecated; use -fstack-check %qs is incompatible with %qs %qs is incompatible with %s %s %qs is narrower than values of its type %qs is neither a defined operator nor a structure component in dotted string at %C %qs is not a directory %qs is not a gcov data file %qs is not a valid base register in %qs %qs is not a valid base register in -mstack-protector-guard-reg= %qs is not a valid number in %qs %qs is not a valid number in -mstack-protector-guard-offset= %qs is not a valid offset in %qs %qs is not a valid offset in -mstack-protector-guard-offset= %qs is not a valid option to the preprocessor %qs is not an option that controls warnings %qs is not supported for 64-bit Darwin; it is incompatible with the installed C and C++ libraries %qs is not supported on little endian systems %qs is not valid for %qs %qs is of a PRIVATE type and cannot be a dummy argument of %qs, which is PUBLIC at %L %qs is version %q.*s, expected version %q.*s %qs length expression must be integral %qs length expression must be positive constant integer expression %qs matching variant is deprecated. %qs matching variant requires z14 or higher %qs must be a module procedure or an external procedure with an explicit interface at %L %qs must be of same type and kind as %qs at %L in %qs %qs must be the first clause of %qs %qs must be used with %qs %qs must not appear in the array specification at %L in the same ALLOCATE statement where it is itself allocated %qs needs a valid base register %qs not allowed outside STRUCTURE at %C %qs not supported by your assembler %qs of %qs is PRIVATE at %L %qs of module %qs, imported at %C, is also the name of the current program unit %qs requires %qs %qs requires %qs or %qs %qs requires PowerPC64 architecture, enabling %qs requires VSX support %qs requires a target that provides the %qs instruction %qs requires branch-likely instructions %qs requires full ISA 3.0 support %qs specified for auto variable %qE %qs specified for parameter %qE %qs specified for structure field %qs specified for structure field %qE %qs specified for unnamed parameter %qs tag used in naming %q#T %qs used with %qE %qs uses dynamic stack allocation %qs uses register r29 %qs value must be positive %qs variable is neither a pointer nor an array %qs variable is neither a pointer, nor an array nor reference to pointer or array %r%s:%d:%R %r%s:%d:%R [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ] %r%s:%d:%R in %<constexpr%> expansion of %qs %r%s:%d:%d:%R %r%s:%d:%d:%R [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ] %r%s:%d:%d:%R in %<constexpr%> expansion of %qs %s %s %s Same as %s. %s !$ACC LOOP loops not perfectly nested at %L %s %#qD %s %#qS %s %<%s%.*s%> expects a matching %<%T%s%> argument %s %<%s%.*s%> expects a matching %<%s%s%> argument %s %<%s%.*s%> expects argument of type %<%T%s%>, but argument %d has type %qT %s %<%s%.*s%> expects argument of type %<%s%s%>, but argument %d has type %qT %s %<%s(%E)%> %p %d %s %qE does not fully implement the %qE protocol %s %qs %s %qs construct inside of %s %qs region %s %qs is an invalid argument to builtin %qs %s %s %p %d %s %s%s %s %wd out of range %wd - %wd %s '%s' %s argument to IMAGE_INDEX must be a rank one array at %L %s at %C is a DEC extension, enable with %<-fdec%> %s at %C is a DEC extension, enable with %<-fdec-static%> %s at %C is a DEC extension, enable with %<-fdec-structure%> %s at %L %s at %L is a DEC extension, enable with %<-fdec-static%> %s at %L must be INTEGER %s at %L must be a scalar %s at %L must be integer %s attribute applied to %s %s at %L %s attribute at %L is not allowed outside of the specification part of a module %s attribute conflicts with %s attribute at %L %s attribute conflicts with %s attribute in %qs at %L %s attribute not allowed in BLOCK DATA program unit at %L %s attribute of %qs conflicts with %s attribute at %L %s between the MODULE PROCEDURE declaration in MODULE %qs and the declaration at %L in (SUB)MODULE %qs %s cannot be a DO CONCURRENT loop at %L %s cannot be a DO WHILE or DO without loop control at %L %s cannot be used in asm here %s clause at %L requires a scalar INTEGER expression %s clause variable %qs at %L is neither a POINTER nor an array %s collapsed loops don't form rectangular iteration space at %L %s conflicts with i386 (arch flags ignored) %s conflicts with ppc (arch flags ignored) %s conflicts with ppc64 (arch flags ignored) %s conflicts with x86_64 (arch flags ignored) %s does not support %%n$ operand number formats %s does not support %s %s does not support %s with the %<%%%c%> %s format %s does not support block_ends_with_call_p %s does not support block_ends_with_condjump_p %s does not support can_duplicate_block_p %s does not support can_merge_blocks_p %s does not support can_remove_branch_p %s does not support create_basic_block %s does not support delete_basic_block %s does not support dump_bb_for_graph %s does not support duplicate_block %s does not support flow_call_edges_add %s does not support force_nonfallthru %s does not support make_forwarder_block %s does not support merge_blocks %s does not support move_block_after %s does not support predict_edge %s does not support predicted_by_p %s does not support redirect_edge_and_branch %s does not support redirect_edge_and_branch_force %s does not support split_block %s does not support split_edge %s does not support the %<%%%c%> %s format %s does not support the %<%%%s%c%> %s format %s does not support the %qs %s length modifier %s does not take any feature options %s expects a compile time integer constant %s expects a compile time long integer constant as first argument %s expects an integer literal in the range [%d, %d] %s expects an integer literal in the range [%d, %d]. (%wd) %s expression list treated as compound expression %s ignored with %s and %<%%%c%> %s format %s ignored with %s in %s format %s in CFString literal %s in format string at %L %s instructions aren't allowed in %s service routine %s instructions aren't allowed in function with no_caller_saved_registers attribute %s is not available for %s architecture %s is not supported by this configuration %s iteration variable must be of type integer at %L %s iteration variable must not be THREADPRIVATE at %L %s iteration variable present on clause other than LASTPRIVATE at %L %s iteration variable present on clause other than LINEAR at %L %s iteration variable present on clause other than PRIVATE or LASTPRIVATE at %L %s must contain at least one MAP clause at %L %s only accepts %d arguments %s only accepts 1 argument %s only accepts 2 arguments %s only supports non-pic code on M-profile targets with the MOVT instruction %s out of range: Range is %i to %i, value is %i %s procedure at %L is already declared as %s procedure %s procedure at %L is already declared as %s procedure. F2008: A pointer function assignment is ambiguous if it is the first executable statement after the specification block. Please add any other kind of executable statement before it. FIXME %s requires a scalar-default-char-expr at %L %s returned %d exit status %s signal terminated program %s %s specifier in %s statement at %C has invalid value %qs %s specifier in %s statement at %C has value %qs %s statement at %C cannot follow %s statement at %L %s statement at %C cannot terminate a non-block DO loop %s statement at %C follows another accessibility specification %s statement at %C in PURE procedure %s statement at %C is not applicable to construct %qs %s statement at %C is not within a construct %s statement at %C is not within construct %qs %s statement at %C leaves CRITICAL construct %s statement at %C leaves DO CONCURRENT construct %s statement at %C leaving OpenACC structured block %s statement at %C leaving OpenMP structured block %s statement expected at %L %s statement is not allowed inside of BLOCK DATA at %C %s statement is not allowed inside of BLOCK at %C %s statement must appear in a MODULE %s statement not allowed in PURE procedure at %C %s string ill-formed %s tag %s tag at %L must be a character string of default kind %s tag at %L must be of type %s %s tag at %L must be scalar %s tag with INQUIRE %s terminated with signal %d [%s]%s %s used with %<%%%c%> %s format %s used within a quoted sequence %s variable %qE is private in outer context %s"%s"%s is invalid %s"%s"%s is not allowed %s%#qD %s%#qD <deleted> %s%#qD <near match> %s%<%D(%T)%> <built-in> %s%<%D(%T, %T)%> <built-in> %s%<%D(%T, %T, %T)%> <built-in> %s%qT <conversion> %s%qs%s is invalid %s%qs%s is not allowed %s%s%s %sversion %s (%s) %s compiled by GNU C version %s, %s%s%s %sversion %s (%s) compiled by CC, %s%sGGC heuristics: --param ggc-min-expand=%d --param ggc-min-heapsize=%d %s%swarning: %s header version %s differs from library version %s. %s-%s is an empty range %s: %d basic blocks and %d edges/basic block %s: %d basic blocks and %d registers; increase --param max-gcse-memory above %d %s: %m %s: %s %s: %s %s: %s compiler not installed on this system %s: %s: %s %s: --param arguments should be of the form NAME=VALUE %s: -fcompare-debug failure %s: -fcompare-debug failure (length) %s: In instantiation of %q#D: %s: In substitution of %qS: %s: PCH file was invalid %s: all warnings being treated as errors %s: attempt to rename spec %qs to already defined spec %qs %s: cannot open as COFF file %s: could not determine length of compare-debug file %s %s: could not open compare-debug file %s %s: couldn%'t open PCH file: %m %s: linker input file unused because linking not done %s: not a COFF file %s: section %s is missing %s: some warnings being treated as errors %s:%d: confused by earlier errors, bailing out %s:%s: %E: %E %s:'%s' has arcs from exit block %s:'%s' has arcs to entry block %s:'%s' lacks entry and/or exit blocks %s:already seen blocks for '%s' %s:cannot open data file, assuming not executed %s:cannot open notes file %s:corrupted %s:graph is unsolvable for '%s' %s:no functions found %s:no lines for '%s' %s:not a gcov data file %s:not a gcov notes file %s:overflowed %s:profile mismatch for '%s' %s:source file is newer than notes file '%s' %s:stamp mismatch with notes file %s:version '%.4s', prefer '%.4s' %s:version '%.4s', prefer version '%.4s' %sarch=%s%s is deprecated and will be removed in future releases; use at least %sarch=z900%s %stune=%s%s is deprecated and will be removed in future releases; use at least %stune=z900%s %u name provided for structured binding %u names provided for structured binding ' ' ' flag '!' flag '#' flag '%%%c' is not a valid operand prefix '%%&' used without any local dynamic TLS references '%%l' operand isn't a label '%s' must have %d operands (excluding match_dups) '%s' must have at least %d operands (excluding match_dups) '%s' must have no more than %d operands (excluding match_dups) '%s' was assigned to '%s', but was not defined during recompilation, or vice versa ''' flag '(' flag '+' flag '-' flag '-mabi=2fp+' option only support when FPU available, must be enable '-mext-fpu-sp' or '-mext-fpu-dp' '0' flag 'B' operand has multiple bits set 'B' operand is not constant 'E' modifier 'I' flag 'O' modifier 'V' modifier on non-integer register '^' flag '_' flag 'a' flag 'assign' property %qs is using bit-field instance variable %qs 'atomic' property %qs is using bit-field instance variable %qs 'getter' attribute of property %qD conflicts with previous declaration 'h' applied to non-register operand 'm' flag 'nonatomic' attribute of property %qD conflicts with previous declaration 'o' operand is not constant 'q' flag 'readonly' attribute of property %qD conflicts with previous declaration 'setter' attribute of property %qD conflicts with previous declaration (C) (Messages without a matching method signature (a pointer to member can only be formed with %<&%E%>) (an out of class initialization is required) (anonymous namespace) (anonymous) (if this is not what you intended, make sure the function template has already been declared and add <> after the function name here) (if you use %<-fpermissive%> or %<-std=c++11%>, or %<-std=gnu++11%> G++ will accept your code) (if you use %<-fpermissive%>, G++ will accept your code, but allowing the use of an undeclared name is deprecated) (near initialization for %qs) (no argument) (perhaps %<typename %T::%E%> was intended) (perhaps a semicolon is missing after the definition of %qT) (so you should pass %qT not %qT to %<va_arg%>) (static destructors for %s) (static initializers for %s) (the message is displayed only once per source file) ({anonymous}) *** WARNING *** there are active plugins, do not report this as a bug unless you can reproduce it without enabling any plugins. *this --help argument %q.*s is ambiguous, please be more specific --help=<class> Display descriptions of a specific class of options. <class> is one or more of optimizers, target, warnings, undocumented, params. --param <param>=<value> Set parameter <param> to value. See below for a complete list of parameters. --param inline-unit-growth limit reached --param large-function-growth limit reached --param large-stack-frame-growth limit reached --param max-inline-insns-auto limit reached --param max-inline-insns-single limit reached -A<question>=<answer> Assert the <answer> to <question>. Putting '-' before <question> disables the <answer> to <question>. -D<macro>[=<val>] Define a <macro> with <val> as its value. If just <macro> is given, <val> is taken to be 1. -E or -x required when input is from standard input -F <dir> Add <dir> to the end of the main framework include path. -G<number> Put global and static data smaller than <number> bytes into a special section (on some targets). -I <dir> Add <dir> to the end of the main include path. -I- specified twice -J<directory> Put MODULE files in 'directory'. -MF <file> Write dependency output to the given file. -MG may only be used with -M or -MM -MQ <target> Add a MAKE-quoted target. -MT <target> Add an unquoted target. -O<number> Set optimization level to <number>. -U<macro> Undefine <macro>. -Waligned-new=[none|global|all] Warn even if 'new' uses a class member allocation function. -Walloc-size-larger-than=<bytes> Warn for calls to allocation functions that attempt to allocate objects larger than the specified number of bytes. -Walloc-zero Warn for calls to allocation functions that specify zero bytes. -Walloca-larger-than=0 is meaningless -Walloca-larger-than=<number> Warn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes. -Werror=%s: -%s is not an option that controls warnings -Werror=%s: no option -%s -Wformat-contains-nul ignored without -Wformat -Wformat-extra-args ignored without -Wformat -Wformat-nonliteral ignored without -Wformat -Wformat-security ignored without -Wformat -Wformat-y2k ignored without -Wformat -Wformat-zero-length ignored without -Wformat -Wframe-larger-than=<number> Warn if a function's stack frame requires more than <number> bytes. -Wlarger-than=<number> Warn if an object is larger than <number> bytes. -Wmisleading-indentation is disabled from this point onwards, since column-tracking was disabled due to the size of the code/headers -Wnormalized=[none|id|nfc|nfkc] Warn about non-normalized Unicode strings. -Wstack-usage=<number> Warn if stack usage might be larger than specified amount. -Wvla-larger-than=0 is meaningless -Wvla-larger-than=<number> Warn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes. -Xbind-now and -Xbind-lazy are incompatible -aux-info <file> Emit declaration information into <file>. -bundle not allowed with -dynamiclib -bundle_loader not allowed with -dynamiclib -c or -S required for Ada -c required for gnat2scil -c required for gnat2why -client_name not allowed with -dynamiclib -current_version only allowed with -dynamiclib -d<letters> Enable dumps from specific passes of the compiler. -dumpbase <file> Set the file basename to be used for dumps. -dumpdir <dir> Set the directory name to be used for dumps. -f%s and -msdata=%s are incompatible -f%s ignored (not supported for DJGPP) -f%s is not supported with CONST16 instructions -f%s not supported: ignored -f%sleading-underscore not supported on this target machine -fPIC and -fpic are not supported in this configuration -fPIC and -mcall-%s are incompatible -fPIC is not supported -fPIC/-fpic not supported for this target -fPIE is not supported -fada-spec-parent=unit Dump Ada specs as child units of given parent. -falign-functions=%d is not between 0 and %d -falign-jumps=%d is not between 0 and %d -falign-labels=%d is not between 0 and %d -falign-labels=%d is not supported -falign-loops=%d is not between 0 and %d -falign-loops=%d is not supported -faligned-new=%d is not a power of two -faligned-new=<N> Use C++17 over-aligned type allocation for alignments greater than N. -fasan-shadow-offset should only be used with -fsanitize=kernel-address -fasan-shadow-offset=<number> Use custom shadow memory offset. -fassociative-math disabled; other options take precedence -fblas-matmul-limit=<n> Size of the smallest matrix for which matmul will use BLAS. -fcall-saved-<register> Mark <register> as being preserved across functions. -fcall-saved-REG is not supported for out registers -fcall-used-<register> Mark <register> as being corrupted by function calls. -fcf-protection=[full|branch|return|none] Instrument functions with checks to verify jump/call/return control-flow transfer instructions have valid targets. -fcheck-pointer-bounds requires %qs name for internal usage -fcheck=[...] Specify which runtime checks are to be performed. -fcoarray=<none|single|lib> Specify which coarray parallelization should be used. -fcompare-debug[=<opts>] Compile with and without e.g. -gtoggle, and compare the final-insns dump. -fconst-string-class=<name> Use class <name> for constant strings. -fconstexpr-depth=<number> Specify maximum constexpr recursion depth. -fconstexpr-loop-limit=<number> Specify maximum constexpr loop iteration count. -fconvert=<big-endian|little-endian|native|swap> The endianness used for unformatted files. -fdata-sections not supported for this target -fdbg-cnt=%s -fdbg-cnt=<counter>:<limit>[,<counter>:<limit>,...] Set the debug counter limit. -fdebug-prefix-map=<old>=<new> Map one directory name to another in debug information. -fdeduce-init-list enable deduction of std::initializer_list for a template type parameter from a brace-enclosed initializer-list. -fdiagnostics-color=[never|always|auto] Colorize diagnostics. -fdiagnostics-show-location=[once|every-line] How often to emit source location at the beginning of line-wrapped diagnostics. -fdirectives-only is incompatible with -Wunused_macros -fdirectives-only is incompatible with -traditional -fdisable-[tree|rtl|ipa]-<pass>=range1+range2 disables an optimization pass. -fdump-<type> Dump various compiler internals to a file. -fdump-final-insns=filename Dump to filename the insns at the end of translation. -fdump-go-spec=filename Write all declarations to file as Go code. -femit-struct-debug-baseonly Aggressive reduced debug info for structs. -femit-struct-debug-detailed=<spec-list> Detailed reduced debug info for structs. -femit-struct-debug-reduced Conservative reduced debug info for structs. -fenable-[tree|rtl|ipa]-<pass>=range1+range2 enables an optimization pass. -fexcess-precision=[fast|standard] Specify handling of excess floating-point precision. -fexcess-precision=standard for Ada -fexcess-precision=standard for C++ -fexcess-precision=standard for Fortran -fexec-charset=<cset> Convert all strings and character constants to character set <cset>. -ffile-prefix-map=<old>=<new> Map one directory name to another in compilation result. -ffixed-<register> Mark <register> as being unavailable to the compiler. -ffixed-line-length-<n> Use n as character line width in fixed mode. -ffp-contract=[off|on|fast] Perform floating-point expression contraction. -ffpe-summary=[...] Print summary of floating point exceptions. -ffpe-trap=[...] Stop on following floating point exceptions. -ffree-line-length-<n> Use n as character line width in free mode. -ffunction-sections not supported for this target -fgnat-encodings=[all|gdb|minimal] Select the balance between GNAT encodings and standard DWARF emitted in the debug information -fgo-c-header=<file> Write Go struct definitions to file as C code. -fgo-debug-escape-hash=<string> Hash value to debug escape analysis. -fgo-dump-<type> Dump Go frontend internal information. -fgo-optimize-<type> Turn on optimization passes in the frontend. -fgo-pkgpath=<string> Set Go package path. -fgo-prefix=<string> Set package-specific prefix for exported Go names. -fgo-relative-import-path=<path> Treat a relative import as relative to path. -fhandle-exceptions has been renamed -fexceptions (and is now on by default) -finit-character=<n> Initialize local character variables to ASCII value n. -finit-integer=<n> Initialize local integer variables to n. -finit-logical=<true|false> Initialize local logical variables. -finit-real=<zero|snan|nan|inf|-inf> Initialize local real variables. -finline-limit=<number> Limit the size of inlined functions to <number>. -finline-matmul-limit=<n> Specify the size of the largest matrix for which matmul will be inlined. -finput-charset=<cset> Specify the default character set for source files. -finstrument-functions-exclude-file-list=filename,... Do not instrument functions listed in files. -finstrument-functions-exclude-function-list=name,... Do not instrument listed functions. -fira-algorithm=[CB|priority] Set the used IRA algorithm. -fira-region=[one|all|mixed] Set regions for IRA. -fira-verbose=<number> Control IRA's level of diagnostic messages. -flto-compression-level=<number> Use zlib compression level <number> for IL. -fmacro-prefix-map=<old>=<new> Map one directory name to another in __FILE__, __BASE_FILE__, and __builtin_FILE(). -fmax-array-constructor=<n> Maximum number of objects in an array constructor. -fmax-errors=<number> Maximum number of errors to report. -fmax-identifier-length=<n> Maximum identifier length. -fmax-stack-var-size=<n> Size in bytes of the largest array that will be put on the stack. -fmax-subrecord-length=<n> Maximum length for subrecords. -fmessage-length=<number> Limit diagnostics to <number> characters per line. 0 suppresses line-wrapping. -fno-elide-type Do not elide common elements in template comparisons. -fno-gnu89-inline is only supported in GNU99 or C99 mode -fno-pretty-templates Do not pretty-print template specializations as the template signature followed by the arguments. -fno-threadsafe-statics Do not generate thread-safe code for initializing local statics. -foffload-abi=[lp64|ilp32] Set the ABI to use in an offload compiler. -foffload=<targets>=<options> Specify offloading targets and options for them. -fopenacc-dim operand is malformed at '%s' -fopt-info[-<type>=filename] Dump compiler optimization details. -force_flat_namespace not allowed with -dynamiclib -fpack-struct=<number> Set initial maximum structure member alignment. -fpermitted-flt-eval-methods=[c11|ts-18661] Specify which values of FLT_EVAL_METHOD are permitted. -fpic and -fPIC not supported without -mdsbt on this target -fpic and -mapcs-reent are incompatible -fpic is not supported -fpie is not supported -fplugin-arg-<name>-<key>[=<value>] Specify argument <key>=<value> for plugin <name>. -fprefetch-loop-arrays is not supported with -Os -fprefetch-loop-arrays not supported for this target -fprefetch-loop-arrays not supported for this target (try -march switches) -fprofile-update=[single|atomic|prefer-atomic] Set the profile update method. -frandom-seed=<string> Make compile reproducible using <string>. -frecord-gcc-switches is not supported by the current target -freorder-blocks-algorithm=[simple|stc] Set the used basic block reordering algorithm. -freorder-blocks-and-partition does not work on this architecture -freorder-blocks-and-partition does not work with exceptions on this architecture -freorder-blocks-and-partition not supported on this architecture -frepo must be used with -c -fsanitize-sections=<sec1,sec2,...> Sanitize global variables in user-defined sections. -fsanitize=address and -fsanitize=kernel-address are not supported for this target -fsanitize=address not supported for this target -fsched-stalled-insns-dep=<number> Set dependence distance checking in premature scheduling of queued insns. -fsched-stalled-insns=<number> Set number of queued insns that can be prematurely scheduled. -fsched-verbose=<number> Set the verbosity level of the scheduler. -fsimd-cost-model=[unlimited|dynamic|cheap] Specifies the vectorization cost model for code marked with a simd directive. -fsplit-stack does not support 2 register parameters for a nested function -fsplit-stack does not support 3 register parameters -fsplit-stack does not support fastcall with nested function -fsplit-stack uses register r29 -fsso-struct=[big-endian|little-endian|native] Set the default scalar storage order. -fstack-check=[no|generic|specific] Insert stack checking code into the program. -fstack-check=specific for Thumb-1 -fstack-check=specific not implemented for MIPS16 -fstack-limit- options are ignored with -mfdpic; use -mstack-check-l1 -fstack-limit- options are not supported on this cpu -fstack-limit-register=<register> Trap if the stack goes past <register>. -fstack-limit-symbol=<name> Trap if the stack goes past symbol <name>. -fstack-protector not supported for this target -fstack-reuse=[all|named_vars|none] Set stack reuse level for local variables. -ftabstop=<number> Distance between tab stops for column reporting. -ftemplate-depth=<number> Specify maximum template instantiation depth. -ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec] Set the default thread-local storage code generation model. -ftrack-macro-expansion=<0|1|2> Track locations of tokens coming from macro expansion and display them in error messages. -ftree-parallelize-loops=<number> Enable automatic parallelization of loops. -fuse-linker-plugin is not supported in this configuration -fuse-linker-plugin, but %s not found -fvisibility=[default|internal|hidden|protected] Set the default symbol visibility. -fvisibility=[private|protected|public|package] Set the default symbol visibility. -fvtable-verify=preinit is not supported in this configuration -fvtable-verify=std is not supported in this configuration -fwide-exec-charset=<cset> Convert all wide strings and character constants to character set <cset>. -fwpa and -fltrans are mutually exclusive -g is only supported when using GAS on this processor, -g option disabled -g with -mno-apcs-frame may not give sensible debugging -gdwarf-6 is output as version 5 with incompatibilities -ginline-points is forced disabled without -gstatement-frontiers -ginternal-reset-location-views is forced disabled without -gvariable-location-views -gnat<options> Specify options to GNAT. -gz is not supported in this configuration -gz=<format> Generate compressed debug sections in format <format>. -gz=zlib is not supported in this configuration -idirafter <dir> Add <dir> to the end of the system include path. -iframework <dir> Add <dir> to the end of the system framework include path. -imacros <file> Accept definition of macros in <file>. -imultiarch <dir> Set <dir> to be the multiarch include subdirectory. -imultilib <dir> Set <dir> to be the multilib include subdirectory. -include <file> Include the contents of <file> before other files. -install_name only allowed with -dynamiclib -iplugindir <dir> option not passed from the gcc driver -iplugindir=<dir> Set <dir> to be the default plugin directory. -iprefix <path> Specify <path> as a prefix for next two options. -iquote <dir> Add <dir> to the end of the quote include path. -isysroot <dir> Set <dir> to be the system root directory. -isystem <dir> Add <dir> to the start of the system include path. -iwithprefix <dir> Add <dir> to the end of the system include path. -iwithprefixbefore <dir> Add <dir> to the end of the main include path. -keep_private_externs not allowed with -dynamiclib -m%s not supported in this configuration -m64 requires PowerPC64 architecture, enabling -m64 requires a PowerPC64 cpu -mabi=ABI Generate code that conforms to the given ABI. -mabi=ABI Generate code that conforms to the specified ABI. -mabi=ms not supported with X32 ABI -mabs=MODE Select the IEEE 754 ABS/NEG instruction execution mode. -maix64 required: 64-bit computation with 32-bit addressing not yet supported -maix64 requires PowerPC64 architecture remain enabled -malign-functions is obsolete, use -falign-functions -malign-functions=%d is not between 0 and %d -malign-jumps is obsolete, use -falign-jumps -malign-jumps=%d is not between 0 and %d -malign-loops is obsolete, use -falign-loops -malign-loops=%d is not between 0 and %d -malign-power is not supported for 64-bit Darwin; it is incompatible with the installed C and C++ libraries -mallow-movmisalign requires -mvsx -maltivec=le not allowed for big-endian targets -mapcs-stack-check incompatible with -mno-apcs-frame -march= Generate code for given RISC-V ISA (e.g. RV64IM). ISA strings must be lower-case. -march=%s: ISA string must begin with rv32 or rv64 -march=%s: invalid ISA string -march=%s: unsupported ISA substring %qs -march=ARCH Generate code for the specified chip or CPU version. -march=ARCH Use features of architecture ARCH. -march=ISA Generate code for the given ISA. -mas100-syntax is incompatible with -gdwarf -masm=intel not supported in this configuration -max-stackframe=%d is not usable, not between 0 and %d -mbackchain -mpacked-stack -mhard-float are not supported in combination -mbig-endian and -mlittle-endian may not be used together -mbranch-cost=%d is not between 0 and 5 -mbranch-cost=COST Set the cost of branches to roughly COST instructions. -mbranch-cost=N Set the cost of branches to roughly N instructions. -mcall-ABI Select ABI calling convention. -mcall-aixdesc incompatible with -mabi=elfv2 -mcall-ms2sysv-xlogues is not compatible with %s -mcall-ms2sysv-xlogues isn%'t currently supported with SEH -mcmodel incompatible with other toc options -mcmodel= is not supported on 32-bit systems -mcode-readable=SETTING Specify when instructions are allowed to access code. -mcode-region=upper requires 430X-compatible cpu -mcorea and -mcoreb can%'t be used together -mcorea should be used with -mmulticore -mcoreb should be used with -mmulticore -mcpu= Use features of and schedule code for given CPU. -mcpu=%s conflicts with -march=%s -mcpu=%s has invalid silicon revision -mcpu=%s is not valid -mcpu=CPU Compile code for ARC variant CPU. -mcpu=CPU Use features of and optimize for CPU. -mcpu=CPU Use features of and schedule code for given CPU. -mcpu=PROCESSOR Use features of and schedule code for given CPU. -mcpu=TUNE Tune code for given ARC variant. -mcpu=m16c Compile code for M16C variants. -mcpu=m32c Compile code for M32C variants. -mcpu=m32cm Compile code for M32CM variants. -mcpu=r8c Compile code for R8C variants. -mcrypto requires -maltivec -mdata-region=upper requires 430X-compatible cpu -mdebug= Enable debug output. -mdirect-move requires -mvsx -mdiv requires -march to subsume the %<M%> extension -mefficient-unaligned-vsx requires -mallow-movmisalign -mefficient-unaligned-vsx requires -mvsx -memregs= Number of memreg bytes (default: 16, range: 0..16). -mes0 can only be used with C -mexr is used without -ms -mexr is used without -ms or -msx -mfdpic is not supported, please use a bfin-linux-uclibc target -mfentry isn%'t supported for 32-bit in combination with -fpic -mfloat-abi=hard and VFP -mfloat-abi=hard: selected processor lacks an FPU -mfloat-abi=soft and -mfloat-abi=hard may not be used together -mfloat-gprs= Select GPR floating point method. -mfloat128 requires -mfloat128-type -mfloat128 requires VSX support -mfloat128-hardware requires -m64 -mfloat128-hardware requires -mfloat128-type -mfloat128-hardware requires full ISA 3.0 support -mfloat128-type requires VSX support -mflush-func=FUNC Use FUNC to flush the cache before calling stack trampolines. -mfpu= Specify FP (sp, dp, sp-lite, dp-lite) (implies -mxilinx-fpu). -mfunction-return* options require -march=z900 or higher -mgpopt not supported with PIC. -mgprel-sec= argument is not a valid regular expression. -mgprel-sec= not supported with PIC. -mhard-dfp can%'t be used in conjunction with -msoft-float -mhard-dfp requires -mhard-float -mhard-float not supported -mincoming-stack-boundary=%d is not between %d and 12 -mindirect-branch* options require -march=z900 or higher -mint32 is not supported for H8300 and H8300L targets -mipsN Generate code for ISA level N. -mlarge requires a 430X-compatible -mmcu= -mlarge-data-threshold=<number> Data greater than given threshold will go into .ldata section in x86-64 medium model. -mlong-double-64 not allowed with -m64 -mlong-double-<n> Specify size of long double (64 or 128 bits). -mlong-double-[64,128] Specify size of long double. -mmax-stackframe=SIZE Warn when a stackframe is larger than the specified size. -mmcu=MCU Select the target MCU. -mmpy-option=MPY Compile ARCv2 code with a multiplier design option. -mmul=g13 cannot be used with -mcpu=g10 -mmul=g13 cannot be used with -mcpu=g14 -mmul=g14 cannot be used with -mcpu=g10 -mmul=g14 cannot be used with -mcpu=g13 -mmulticore can only be used with BF561 -mmultiple is not supported on little endian systems -mn is not supported for linux targets -mn is used without -mh or -ms or -msx -mnan=ENCODING Select the IEEE 754 NaN data encoding. -mno-%s turns off -m%s -mno-allow-string-insns forbids the generation of the RMPA instruction -mno-altivec disables vsx -mno-dpfp-lrsr supported only with -mdpfp -mno-exr valid only with -ms or -msx - Option ignored! -mno-fentry isn%'t compatible with SEH -mno-mpy supported only for ARC700 or ARCv2 -mno-pic-data-is-text-relative cannot be used without -fpic/-fPIC -mno-power9-vector turns off -mpower9-dform -mno-serialize-volatile Do not serialize volatile memory references with MEMW instructions. -mnop-mcount is not compatible with this target -mnop-mcount is not implemented for -fPIC -moverride=STRING Power users only! Override CPU optimization parameters. -mpcrel -fPIC is not currently supported on selected cpu -mpic-register= is useless without -fpic -mpointer-size=[no,32,short,64,long] Set the default pointer size. -mpower8-fusion-sign requires -mpower8-fusion -mpower8-vector requires -maltivec -mpower8-vector requires -mvsx -mpower9-dform requires -mpower9-vector -mpower9-dform requires -mupper-regs-df -mpower9-dform requires -mupper-regs-sf -mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar require -mdirect-move -mpower9-fusion requires -mpower8-fusion -mpower9-minmax incompatible with explicitly disabled options -mpower9-vector requires -mpower8-vector -mpreferred-stack-boundary is not supported for this target -mpreferred-stack-boundary=%d is not between %d and %d -mpreferred-stack-boundary=%d must be between %d and %d -mquad-memory is not available in little endian mode -mquad-memory requires 64-bit mode -mquad-memory-atomic requires 64-bit mode -mr0rel-sec= argument is not a valid regular expression. -mr0rel-sec= not supported with PIC. -mr10k-cache-barrier=SETTING Specify when r10k cache barriers should be inserted. -mrecip requires -ffinite-math or -ffast-math -mrecip requires -fno-trapping-math or -ffast-math -mrecip requires -freciprocal-math or -ffast-math -mregparm is ignored for Intel MCU psABI -mregparm is ignored in 64-bit mode -mregparm=%d is not between 0 and %d -mrelax is only supported for RTP PIC -mrelocatable and -mcall-%s are incompatible -mrelocatable and -mno-minimal-toc are incompatible -mrelocatable and -msdata=%s are incompatible -ms2600 is used without -ms -msdata=%s and -mcall-%s are incompatible -msdata=[none,data,sysv,eabi] Select method for sdata handling. -msecure-plt not supported by your assembler -mshared-library-id= specified without -mid-shared-library -mshared-library-id=%s is not between 0 and %d -msim Use simulator runtime. -msim Use simulator runtime. -msimple-fpu option ignored -msingle-float and -msoft-float cannot both be specified -msingle-float option equivalent to -mhard-float -msmall-data-limit=N Put global and static data smaller than <number> bytes into a special section (on some targets). -mspfp_fast not available on ARC600 or ARC601 -mstack-guard implies use of -mstack-size -mstack-protector-guard=tls needs a valid base register -mstring is not supported on little endian systems -mstringop-strategy=rep_8byte not supported for 32-bit code -msve-vector-bits=N Set the number of bits in an SVE vector register to N. -msx is not supported in coff -mtls-size=[16,32] Specify bit size of immediate TLS offsets. -mtoc-fusion requires -mpower8-fusion -mtoc-fusion requires 64-bit -mtoc-fusion requires medium/large code model -mtraceback= Select full, part, or no traceback table. -mtraceback=[full,part,no] Select type of traceback table. -mtune= Schedule code for given CPU. -mtune= expects mn10300, am33, am33-2, or am34 -mtune=ARCH Tune alignment for the specified chip or CPU version. -mtune=CPU Optimize for CPU. -mtune=PROCESSOR Optimize the output for PROCESSOR. -mupper-regs-df requires -mvsx -mupper-regs-di requires -mvsx -mupper-regs-sf requires -mpower8-vector -mvsx and -mno-altivec are incompatible -mvsx and -mpaired are incompatible -mvsx needs indexed addressing -mvsx requires hardware floating point -mvsx-small-integer requires -mpower8-vector, -mupper-regs-di, and -mdirect-move -mvsx-timode might need -mlra -mvsx-timode requires -mvsx -mxl-multiply-high can be used only with -mcpu=v6.00.a or greater -mxl-multiply-high requires -mno-xl-soft-mul -mxl-reorder can be used only with -mcpu=v8.30.a or greater -mxl-reorder requires -mxl-pattern-compare for -mcpu=v8.30.a -o <file> Place output into <file>. -pg and -fomit-frame-pointer are incompatible -pie is not supported in this configuration -pipe ignored because -save-temps specified -pipe not supported -private_bundle not allowed with -dynamiclib -trigraphs Support ISO C trigraphs. ...this statement, but the latter is misleadingly indented as if it were guarded by the %qs .NOT. operator in expression at %L must have a LOGICAL operand .XOR. operator at %C 128-bit long double not supported for VAX floats 31 bit ABI. 387 instruction set disabled, using SSE arithmetics 64 bit ABI. 64-bit ABI not supported in ESA/390 mode 64-bit SPE not supported ; use assignment instead ; use assignment or value-initialization instead ; use copy-assignment instead ; use copy-assignment or copy-initialization instead ; use copy-initialization instead ; use value-initialization instead <During initialization> <anonymous> <brace-enclosed initializer list> <built-in> <command-line> <declaration error> <enumerator> <erroneous-expression> <expression error> <lambda <lambda> <missing> <return value> <return-value> <statement> <structured bindings> <tag-error> <template arguments error> <template parameter error> <throw-expression> <type error> <type-error> <typedef-error> <typeprefixerror> <ubsan routine call> <unknown operator> <unknown> <unnamed %s> <unnamed-fixed: <unnamed-float: <unnamed-unsigned: <unnamed> <unparsed> <unresolved overloaded function type> ?: using integer constants in boolean context ?: using integer constants in boolean context, the expression will always evaluate to %<true%> @catch parameter can not be protocol-qualified @catch parameter is not a known Objective-C class type @interface of class %qE not found A basic block profile count is considered hot if it contributes to the given permillage of the entire profiled execution. A factor for tuning the upper bound that swing modulo scheduler uses for scheduling a loop. A floatig point to integer truncation may be replaced with rounding to save mode switching. A parameter name is required at %C A synonym for -std=c89 (for C) or -std=c++98 (for C++). A threshold on the average loop count considered by the swing modulo scheduler. AAPCS does not support -mcallee-super-interworking AAPCS does not support -mcaller-super-interworking ABI requires -march=rv%d ABSTRACT INTERFACE %qs must not be referenced at %L ABSTRACT INTERFACE at %C ABSTRACT type %qs used at %L ABSTRACT type at %C AC-IMPLIED-DO final expression references control variable at %L AC-IMPLIED-DO initial expression references control variable at %L AC-IMPLIED-DO step expression references control variable at %L ACC CACHE directive must be inside of loop %C ACCESS specification at %L was already specified ACQUIRED_LOCK variable ACQUIRED_LOCK= argument at %L must be a scalar LOGICAL variable ACTION type conflicts with READONLY specifier at %C ALLOCATABLE attribute at %C in a TYPE definition ALLOCATABLE object %qs in %s clause at %L ALLOCATABLE object %qs of derived type in %s clause at %L ALLOCATABLE object %qs of polymorphic type in %s clause at %L ALLOCATABLE specified outside of INTERFACE body at %L ALLOCATE object ALLOCATE of coarray at %C in CRITICAL block ALLOCATE of coarray at %C in DO CONCURRENT block ALTERNATE RETURN not permitted at %L APCS reentrant code not supported. Ignored ARMv8-M Security Extensions incompatible with selected FPU ASSERT_EXPR with an always-false condition ASSIGN statement at %C ASSIGN statement at %L requires a scalar default INTEGER variable ASSIGNED GOTO statement at %L requires an INTEGER variable ASSIGNED variable in FORMAT tag at %L ASSOCIATE construct at %C ASSOCIATE name %qs in %s clause at %L ASSOCIATE name %qs in SHARED clause at %L ASYNCHRONOUS attribute at %C ASYNCHRONOUS statement at %C ASYNCHRONOUS= at %C not allowed in Fortran 95 ASYNCHRONOUS= specifier at %L must be an initialization expression ATOM argument at %L of the %s intrinsic function shall be a coarray or coindexed ATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KIND ATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KIND or a logical of ATOMIC_LOGICAL_KIND ATOM argument of the %s intrinsic function at %L shall be definable AUX pointer initialized for edge %d->%d AVX vector argument without AVX enabled changes the ABI AVX vector return without AVX enabled changes the ABI AVX512F vector argument without AVX512F enabled changes the ABI AVX512F vector return without AVX512F enabled changes the ABI Absolute value of SHIFT shall be less than or equal to SIZE at %C Abstract interface %qs is invalid in procedure pointer assignment at %L Accept extensions to support legacy code. Access data in the same section from shared anchor points. Access specification of the %s operator at %C has already been specified Access specification of the .%s. operator at %C has already been specified Access variables in 32-bit PPU objects (default). Access variables in 64-bit PPU objects. Accumulate outgoing function arguments and acquire/release the needed stack space for outgoing function arguments in function prologue/epilogue. Without this option, outgoing arguments are pushed before calling a function and popped afterwards. This option can lead to reduced code size for functions that call many functions that get their arguments on the stack like, for example printf. Actual CLASS array argument for %qs must be a full array at %L Actual argument at %L for INTENT(%s) dummy %qs of ELEMENTAL subroutine %qs is a scalar, but another actual argument is an array Actual argument at %L to allocatable or pointer dummy argument %qs must have a deferred length type parameter if and only if the dummy has one Actual argument at %L to assumed-type dummy is of derived type with type-bound or FINAL procedures Actual argument contains too few elements for dummy argument %qs (%lu/%lu) at %L Actual argument for %qs cannot be an assumed-size array at %L Actual argument for %qs must be ALLOCATABLE at %L Actual argument for %qs must be a pointer at %L Actual argument of EVENT_TYPE or with EVENT_TYPE component at %L requires an explicit interface for procedure %qs Actual argument of LOCK_TYPE or with LOCK_TYPE component at %L requires an explicit interface for procedure %qs Actual argument to %qs at %L must be a coarray Actual argument to %qs at %L must be polymorphic Actual argument to %qs at %L must be simply contiguous or an element of such an array Actual argument to %qs at %L must be unlimited polymorphic since the formal argument is a pointer or allocatable unlimited polymorphic entity [F2008: 12.5.2.5] Actual argument to %qs at %L must have the same declared type Actual argument to contiguous pointer dummy %qs at %L must be simply contiguous Actual argument to non-INTENT(INOUT) dummy %qs at %L, which is EVENT_TYPE or has a EVENT_TYPE component Actual argument to non-INTENT(INOUT) dummy %qs at %L, which is LOCK_TYPE or has a LOCK_TYPE component Actual string length does not match the declared one for dummy argument '%s' (%ld/%ld) Actual string length is shorter than the declared one for dummy argument '%s' (%ld/%ld) Add Pointer Bounds Checker instrumentation. fchkp-* flags are used to control instrumentation. Currently available for C, C++ and ObjC. Add a common subexpression elimination pass after loop optimizations. Add explicit checks for division by zero. Add explicit checks for division overflow in INT_MIN / -1. Add extra commentary to assembler output. Additional debug prints. After diagnosing undefined behavior attempt to continue execution. Aggressively optimize loops using language constraints. Alias and target's comdat groups differs Alias and target's section differs Alias chain for instrumented node is broken Alias for --help=target. Alias for -mcpu=g10. Alias for -mcpu=g13. Alias for -mcpu=g14. Alias has call edges Alias has more than one alias reference Alias has non-alias reference Align all labels. Align all loops to 32 byte boundary. Align code and data to 32 bits. Align destination of the string operations. Align doubles at 64-bit boundaries. Align function entry to 4 byte. Align labels which are only reached by jumping. Align some doubles on dword boundary. Align the start of functions. Align the start of loops. Align to the base type of the bit-field. Align to the base type of the bit-field. Don't assume that unaligned accesses are handled by the system. Align variables on a 32-bit boundary. All intrinsics procedures are available regardless of selected standard. All memory accesses use I/O load/store instructions. All the LEN type parameters in the TYPE IS statement at %C must be ASSUMED Allocatable %qs at %L cannot have an initializer Allocatable array %qs at %L must have a deferred shape or assumed rank Allocatable coarray variable %qs at %L must have deferred shape Allocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type EVENT_TYPE Allocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type LOCK_TYPE Allocatable component %s at %L of type EVENT_TYPE must have a codimension Allocatable component %s at %L of type LOCK_TYPE must have a codimension Allocatable component of structure at %C must have a deferred shape Allocatable function %qs at %L must have an explicit function interface Allocate local variables on the stack to allow indirect recursion. Allocate-object at %C is not a nonprocedure pointer nor an allocatable variable Allocate-object at %L also appears at %L Allocate-object at %L is neither a data pointer nor an allocatable variable Allocate-object at %L is subobject of object at %L Allocate-object at %L must be ALLOCATABLE or a POINTER Allocate-object at %L with a deferred type parameter requires either a type-spec or SOURCE tag or a MOLD tag Allocating %s at %L with type-spec requires the same character-length parameter as in the declaration Allocating %s of ABSTRACT base type at %L requires a type-spec or source-expr Allocation would exceed memory limit Allow 128-bit integers in VSX registers. Allow 64-bit integer variables in upper registers with -mcpu=power7 or -mvsx. Allow Pointer Bounds Checker optimizations. By default allowed on optimization levels >0. Allow access to instance variables as if they were local declarations within instance method implementations. Allow arbitrary character line width in fixed mode. Allow arbitrary character line width in free mode. Allow bit-fields to cross word boundaries. Allow branches to be packed with other instructions. Allow built-in functions ceil, floor, round, trunc to raise "inexact" exceptions. Allow conversions between __ea and generic pointers (default). Allow dollar signs in entity names. Allow double variables in upper registers with -mcpu=power7 or -mvsx. Allow fast jumps to the message dispatcher. Allow float variables in upper registers with -mcpu=power8 or -mpower8-vector. Allow float/double variables in upper registers if cpu allows it. Allow function addresses to be held in registers. Allow gcc to generate LIW instructions. Allow gcc to generate the SETLB and Lcc instructions. Allow hardware floating-point instructions to cover both 32-bit and 64-bit operations. Allow implicit conversions between vectors with differing numbers of subparts and/or differing element types. Allow interposing function (or variables) by ones with different semantics (or initializer) respectively by dynamic linker. Allow math optimizations that may violate IEEE or ISO standards. Allow new data races on stores to be introduced. Allow optimization for floating-point arithmetic which may change the result of the operation due to rounding. Allow premature scheduling of queued insns. Allow readonly data in sdata. Allow sign extension in fusion operations. Allow speculative motion of more loads. Allow speculative motion of non-loads. Allow speculative motion of some loads. Allow the IEEE 128-bit types without requiring the __float128 keyword. Allow the arguments of the '?' operator to have different types. Allow the store merging pass to introduce unaligned stores if it is legal to do so. Allow the use of MDMX instructions. Allow the use of MT instructions. Allow the use of hardware floating point instructions for V850E2V3 and up. Allow the use of hardware floating-point ABI and instructions. Allow to use *_nobnd versions of string functions by Pointer Bounds Checker. Allow to use *_nochk versions of string functions by Pointer Bounds Checker. Allow to use truncation instead of rounding towards zero for fractional fixed-point types. Allow two instructions to be issued per cycle. Allow usage of __gcc_isr pseudo instructions in ISR prologues and epilogues. Allow variadic functions without named parameter. Already inside a CONTAINS block at %C Alternate RETURN statement at %C is only allowed within a SUBROUTINE Alternate RETURN statement at %L requires a SCALAR-INTEGER return specifier Alternate calling convention. Alternate return at %L is not permitted in a DTIO procedure Alternate return cannot appear in operator interface at %L Alternate return specifier in elemental subroutine %qs at %L is not allowed Alternate return specifier in function %qs at %L is not allowed Alternate-return argument at %C Although not referenced, %qs has ambiguous interfaces at %L AltiVec and SPE instructions cannot coexist AltiVec argument passed to unprototyped function AltiVec not supported in this target Always align function entry, jump target and return address. Always generate long calls. Always save $lp in the stack. Always treat bitfields as int-sized. Always use Dynamic Realigned Argument Pointer (DRAP) to realign stack. Always use JSR, never BSR, for calls. Ambiguous !$OMP DECLARE REDUCTION from module %s at %L Ambiguous interfaces in %s for %qs at %L and %qs at %L Ambiguous symbol in TYPE definition at %C Amend appropriate diagnostic messages with the command line option that controls them. An alias for minterlink-compressed provided for backward-compatibility. An alternate return at %L without a * dummy argument An indirect edge from %s is not marked as indirect or has associated indirect_info, the corresponding statement is: An outer FORALL construct already has an index with this name %L Analyze and remove doubleword swaps from VSX computations. Analyzed alias has no reference Analyzed node has no reference to instrumented version Annotate assembler instructions with estimated addresses. Append a second underscore if the name already contains an underscore. Append underscores to externally visible names. Apply negative sign to zero values. Apply special rules for compiling runtime package. Apply variable expansion when loops are unrolled. Approximate maximum number of instructions to allow between a hint and its branch [125]. Argument %<A%> with INTENT(INOUT) at %L of the intrinsic subroutine %s shall not have a vector subscript Argument %<S%> of NEAREST at %L shall not be zero Argument %qs appears twice in call to %qs at %L Argument %qs of %qs with PASS(%s) at %L may not be ALLOCATABLE Argument %qs of %qs with PASS(%s) at %L may not have the POINTER attribute Argument %qs of %qs with PASS(%s) at %L must be of the derived type %qs Argument %qs of %qs with PASS(%s) at %L must be of the derived-type %qs Argument %qs of %qs with PASS(%s) at %L must be scalar Argument %qs of elemental procedure %qs at %L must have its INTENT specified or have the VALUE attribute Argument %qs of elemental procedure at %L cannot have the ALLOCATABLE attribute Argument %qs of elemental procedure at %L cannot have the POINTER attribute Argument %qs of elemental procedure at %L must be scalar Argument %qs of pure function %qs at %L must be INTENT(IN) or VALUE Argument %qs of pure function %qs at %L with VALUE attribute but without INTENT(IN) Argument %qs of pure subroutine %qs at %L must have its INTENT specified or have the VALUE attribute Argument %qs of pure subroutine %qs at %L with VALUE attribute but without INTENT Argument '%s' of statement function '%s' at %L must be scalar Argument CPTR at %L to C_F_POINTER shall have the type TYPE(C_PTR) Argument CPTR at %L to C_F_PROCPOINTER shall have the type TYPE(C_FUNPTR) Argument C_PTR_1 at %L to C_ASSOCIATED shall have the type TYPE(C_PTR) or TYPE(C_FUNPTR) Argument C_PTR_2 at %L to C_ASSOCIATED shall have the same type as C_PTR_1: %s instead of %s Argument FPTR at %L to C_F_POINTER must be a pointer Argument FPTR at %L to C_F_POINTER shall not be coindexed Argument FPTR at %L to C_F_PROCPOINTER shall be a procedure pointer Argument FPTR at %L to C_F_PROCPOINTER shall not be coindexed Argument NCOPIES of REPEAT intrinsic is negative (its value is %ld) Argument NCOPIES of REPEAT intrinsic is negative at %L Argument NCOPIES of REPEAT intrinsic is too large Argument NCOPIES of REPEAT intrinsic is too large at %L Argument X at %L to C_FUNLOC shall be a procedure or a procedure pointer Argument X at %L to C_FUNLOC shall not be coindexed Argument X at %L to C_LOC shall be not be a zero-sized string Argument X at %L to C_LOC shall have either the POINTER or the TARGET attribute Argument X at %L to C_LOC shall not be coindexed Argument at %L to C_LOC shall not be polymorphic Argument dim at %L must be of INTEGER type Argument dim at %L must be scalar Argument mismatch for the overriding procedure %qs at %L: %s Argument of %s at %L must be of length one Argument of %s function at %L is negative Argument of %s function at %L is too large for the collating sequence of kind %d Argument of %s function at %L outside of range [0,127] Argument of ACOS at %L must be between -1 and 1 Argument of ACOSH at %L must not be less than 1 Argument of ASIN at %L must be between -1 and 1 Argument of ATANH at %L must be inside the range -1 to 1 Argument of FINAL procedure at %L must be of type %qs Argument of FINAL procedure at %L must not be ALLOCATABLE Argument of FINAL procedure at %L must not be INTENT(OUT) Argument of FINAL procedure at %L must not be OPTIONAL Argument of FINAL procedure at %L must not be a POINTER Argument of IACHAR at %L must be of length one Argument of IACHAR function at %L outside of range 0..127 Argument of ICHAR at %L must be of length one Argument of LOG at %L cannot be less than or equal to zero Argument of LOG10 at %L cannot be less than or equal to zero Argument of SELECT statement at %L cannot be %s Argument of SELECT statement at %L must be a scalar expression Argument of SQRT at %L has a negative value Argument to %<-fcheck%> is not valid: %s Argument to %<-ffpe-summary%> is not valid: %s Argument to %<-ffpe-trap%> is not valid: %s Argument types of %qs intrinsic at %L must match (%s/%s) Arithmetic IF statement at %C Arithmetic IF statement at %L requires a scalar REAL or INTEGER expression Arithmetic NaN at %L Arithmetic NaN converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%> Arithmetic NaN of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%> Arithmetic OK at %L Arithmetic OK converting %s to %s at %L Arithmetic overflow at %L Arithmetic overflow converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%> Arithmetic overflow of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%> Arithmetic underflow at %L Arithmetic underflow converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%> Arithmetic underflow of bit-wise transferred BOZ at %L. This check can be disabled with the option %<-fno-range-check%> Array %qs at %L cannot have a deferred shape Array %qs at %L is a variable, which does not reduce to a constant expression Array %qs at %L with non-constant bounds cannot be an EQUIVALENCE object Array %qs is not permitted in reduction at %L Array TYPE_DOMAIN is not integer type Array component of structure at %C must have an explicit shape Array component of structure at %C must have explicit or deferred shape Array constructor including type specification at %C Array constructor value at %L shall not be unlimited polymorphic [F2008: C4106] Array index at %L is an array of rank %d Array index at %L must be of INTEGER type, found %s Array index at %L must be scalar Array of interoperable type at %L to C_LOC which is nonallocatable and neither assumed size nor explicit size Array operands are incommensurate at %L Array operands are incommensurate converting %s to %s at %L Array pointer %qs at %L must have a deferred shape or assumed rank Array reference at %C cannot have more than %d dimensions Array reference at %C has more than 7 dimensions Array reference at %L is out of bounds (%ld < %ld) in codimension %d Array reference at %L is out of bounds (%ld < %ld) in dimension %d Array reference at %L is out of bounds (%ld > %ld) in codimension %d Array reference at %L is out of bounds (%ld > %ld) in dimension %d Array reference at %L out of bounds (%ld < %ld) in loop beginning at %L Array reference at %L out of bounds (%ld > %ld) in loop beginning at %L Array reference in EQUIVALENCE at %C cannot be an array section Array reference out of bounds Array section at %L to C_LOC Array section designator, e.g. '(:)', is required besides the coarray designator '[...]' at %C Array section with a vector subscript at %L shall not be the target of a pointer Array sections: %qs not allowed in !$ACC DECLARE at %L Array specification at %C has more than %d dimensions Array specification at %C with more than 7 dimensions Array specification for symbol %qs in COMMON at %C must be explicit Array specification must be deferred at %L Array specification or array-valued SOURCE= expression required in ALLOCATE statement at %L Array specification required in ALLOCATE statement at %L Array-section actual argument at %L is incompatible with the non-assumed-shape dummy argument %qs due to VOLATILE attribute Array-section actual argument with vector subscripts at %L is incompatible with INTENT(OUT), INTENT(INOUT), VOLATILE or ASYNCHRONOUS attribute of the dummy argument %qs As extending type %qs at %L has a coarray component, parent type %qs shall also have one Assembler options ================= Assigned GOTO statement at %C Assigned label is not a target label Assigning value other than 0 or 1 to LOGICAL has undefined result at %L Assignment of scalar to unallocated array Assignment operator interface at %L must be a SUBROUTINE Assignment operator interface at %L must have two arguments Assignment operator interface at %L must not redefine an INTRINSIC type assignment Assignment to a FORALL index variable at %L Assignment to an allocatable polymorphic variable at %L Assignment to an allocatable polymorphic variable at %L requires %<-frealloc-lhs%> Assignment to coindexed variable at %L in a PURE procedure Assignment to contiguous pointer from non-contiguous target at %L Assignment to polymorphic coarray at %L is not permitted Associate-name %qs at %L is used as array Associate-name %qs can not appear in a variable definition context (%s) at %L because its target at %L can not, either Association target at %C must not be coindexed Assume ES is zero throughout program execution, use ES: for read-only data. Assume ICPLBs are enabled at runtime. Assume a large TLS segment. Assume all symbols have 32-bit values. Assume all variable arg functions are prototyped. Assume assembler support for (DWARF2+) .loc directives Assume assembler support for view in (DWARF2+) .loc directives Assume code will be assembled by GAS. Assume code will be linked by GNU ld. Assume code will be linked by HP ld. Assume common declarations may be overridden with ones with a larger trailing array. Assume data segments are relative to text segment. Assume floating-point operations can trap. Assume incoming stack aligned to this power of 2. Assume labels and symbols can be addressed using 16 bit absolute addresses. Assume loading data from flash is slower than fetching instructions. Assume no NaNs or infinities are generated. Assume normal C execution environment. Assume pointer overflow wraps around. Assume possible double misalignment. Assume round to nearest is selected for purposes of scheduling. Assume signed arithmetic overflow wraps around. Assume small address space. Assume strict aliasing rules apply. Assume target CPU is configured as big endian. Assume target CPU is configured as little endian. Assume that all data in static storage can be accessed by LDS / STS. This option is only useful for reduced Tiny devices. Assume that floating-point stores and loads are not likely to cause conflict when placed into one instruction group. Assume that receivers of Objective-C messages may be nil. Assume that run-time support has been provided, so omit -lsim from the linker command line. Assume that the reciprocal estimate instructions provide more accuracy. Assume that the source file is fixed form. Assume that the source file is free form. Assume that values of enumeration type are always within the minimum range of that type. Assume that zero displacement conditional branches are fast. Assume the VxWorks RTP environment. Assume the VxWorks vThreads environment. Assume unified syntax for inline assembly code. Assumed or deferred character length variable %qs in constant expression at %L Assumed rank array %qs in %s clause at %L Assumed shape array %qs at %L is not permitted in an initialization expression Assumed shape array at %L must be a dummy argument Assumed size array %qs at %L is not permitted in an initialization expression Assumed size array %qs in %s clause at %L Assumed size array %qs in COPYPRIVATE clause at %L Assumed size array %qs in namelist %qs at %C is not allowed Assumed size array %qs in namelist %qs at %L is not allowed Assumed size array at %L must be a dummy argument Assumed size polymorphic objects or components, such as that at %C, have not yet been implemented Assumed type at %C Assumed type at %C is not allowed for components Assumed type of variable %s at %L is only permitted for dummy variables Assumed-rank argument at %L is only permitted as actual argument to intrinsic inquiry functions Assumed-rank argument at %L is only permitted as first actual argument to the intrinsic inquiry function %s Assumed-rank argument requires an explicit interface at %L Assumed-rank array at %C Assumed-rank array at %L may not have the VALUE or CODIMENSION attribute Assumed-rank array at %L must be a dummy argument Assumed-rank variable %s at %L as actual argument to an inquiry function shall be the first argument Assumed-rank variable %s at %L may only be used as actual argument Assumed-rank variable %s at %L shall not have a subobject reference Assumed-shape actual argument at %L is incompatible with the non-assumed-shape dummy argument %qs due to VOLATILE attribute Assumed-shape array %qs at %L as dummy argument to the BIND(C) procedure %qs at %L Assumed-size dummy array with !$ACC DECLARE at %L Assumed-type actual argument at %L requires that dummy argument %qs is of assumed type Assumed-type argument %s at %L requires an explicit interface Assumed-type argument at %L is not permitted as actual argument to the intrinsic %s Assumed-type argument at %L is only permitted as first actual argument to the intrinsic %s Assumed-type variable %s at %L as actual argument to an inquiry function shall be the first argument Assumed-type variable %s at %L may not have the ALLOCATABLE, CODIMENSION, POINTER or VALUE attribute Assumed-type variable %s at %L may not have the INTENT(OUT) attribute Assumed-type variable %s at %L may only be used as actual argument Assumed-type variable %s at %L shall not be an explicit-shape array Assumed-type variable %s at %L shall not have a subobject reference At global scope: At most %i profile runs is supported. Perhaps corrupted profile? At top level: Atomically write back software data cache lines (default). Attempt to DEALLOCATE unallocated '%s' Attempt to avoid generating instruction sequences containing ret bytes. Attempt to fill delay slots of branch instructions. Attempt to indirectly overlap COMMON blocks %s and %s by EQUIVALENCE at %C Attempt to keep stack aligned to this power of 2. Attempt to merge identical constants across compilation units. Attempt to merge identical constants and constant variables. Attempt to merge identical debug strings across compilation units. Attempting to allocate already allocated variable Attempting to allocate already allocated variable '%s' Attribute %s at %L in a TYPE definition Attribute at %L is not allowed in a TYPE definition Attribute at %L is not allowed outside a TYPE definition Augment variable location lists with progressive views. AutoFDO profile magic number does not match AutoFDO profile version %u does match %u Automatic array %qs at %L cannot have an initializer Automatically align branch targets to reduce branch penalties. Average number of iterations of a loop. Avoid all range limits on call instructions. Avoid generating pc-relative calls; use indirection. Avoid generation of indexed load/store instructions when possible. Avoid overlapping destination and address registers on LDRD instructions that may trigger Cortex-M3 errata. Avoid placing any readable data in program memory Avoid speculative loads to work around a hardware anomaly. Avoid use of the DIV and MOD instructions BACK argument to %qs intrinsic not yet implemented BB %i can not throw but has an EH edge BB %i has incorrect edge BB %i has incorrect fallthru edge BB %i has multiple EH edges BB %i is missing an EH edge BB %i is missing an edge BB %i last statement has incorrectly set lp BB %i too many fallthru edges BB_RTL flag not set for block %d BIND(C) Variable %qs at %L must have length one BIND(C) applied to %s %s at %L BIND(C) at %L BIND(C) attribute at %C requires an interface with BIND(C) BIND(C) attribute at %L can only be used for variables or common blocks BIND(C) attribute at %L may not be specified for an internal procedure BIND(C) procedure with NAME may not have POINTER attribute at %C BIND(C) statement at %C BLANK= at %C not allowed in Fortran 95 BLOCK DATA element %qs at %L must be in COMMON BLOCK construct at %C BMX instructions are only supported with R2 architecture BOZ constant at %C uses non-standard postfix syntax BOZ constant at %L is too large (%ld vs %ld bits) BOZ literal at %L is bitwise transferred non-integer symbol %qs BOZ literal at %L outside a DATA statement and outside INT/REAL/DBLE/CMPLX BOZ literal at %L used to initialize non-integer variable %qs BOZ used outside a DATA statement at %C BYTE type at %C BYTE type used at %C is not available on the target machine Bad 128-bit move Bad GPR fusion Bad INTENT specification at %C Bad IO basetype (%d) Bad allocate-object at %C for a PURE procedure Bad array dimension at %L Bad array reference at %L Bad array specification for an explicitly shaped array at %C Bad array specification for assumed shape array at %C Bad array specification for implied-shape array at %C Bad array specification in ALLOCATE statement at %L Bad character %qc in OPERATOR name at %C Bad coarray specification in ALLOCATE statement at %L Bad continuation line at %C Bad kind expression for function %qs at %L Bad kind for logical constant at %C Bad name Bad operator Bad specification for assumed size array at %C Bad specification for assumed size array at %L Bad specification for deferred shape array at %C Bad target in pointer assignment in PURE procedure at %L Bad type in constant expression Bad type in gfc_simplify_sign Base object for NOPASS type-bound procedure call at %L must be scalar Base object for procedure-pointer component call at %L is of ABSTRACT type %qs Base object for type-bound procedure call at %L is of ABSTRACT type %qs Binding at %C must have the same access as already defined binding %qs Binding attributes already specify passing, illegal NOPASS at %C Binding attributes already specify passing, illegal PASS at %C Blank BLOCK DATA at %C conflicts with prior BLOCK DATA at %L Blank required in %s statement near %C Blanket SAVE statement at %C follows previous SAVE statement Block label is not appropriate for IF statement at %C Block label not appropriate for arithmetic IF statement at %C Board name [and memory region]. Both section and comdat group is set Bound on number of candidates below that all candidates are considered in iv optimizations. Bound on number of iv uses in loop optimized in iv optimizations. Bound on number of runtime checks inserted by the vectorizer's loop versioning for alias check. Bound on number of runtime checks inserted by the vectorizer's loop versioning for alignment check. Bound on size of expressions used in the scalar evolutions analyzer. Bound on the complexity of the expressions in the scalar evolutions analyzer. Bound on the cost of an expression to compute the number of iterations. Bound on the number of iterations the brute force # of iterations analysis algorithm evaluates. Bounds specification for %qs in pointer assignment at %L Branch at %L may result in an infinite loop Branches are this expensive (arbitrary units). Branches executed:%s of %d Build for Core A. Build for Core B. Build for SDRAM. Builtin %qF requires z14 or higher. Builtin function %s is not supported with the current options Builtin function %s is only valid for the cell processor Builtin function %s not supported in this compiler configuration Builtin function %s requires Nios II R%d Builtin function %s requires the -maltivec option Builtin function %s requires the -mcpu=power9 and -m64 options Builtin function %s requires the -mcpu=power9 option Builtin function %s requires the -mfloat128 option Builtin function %s requires the -mhard-dfp and -mpower8-vector options Builtin function %s requires the -mhard-dfp option Builtin function %s requires the -mhard-float and -mlong-double-128 options Builtin function %s requires the -mhard-float option Builtin function %s requires the -mhtm option Builtin function %s requires the -mpaired option Builtin function %s requires the -mpower8-vector option Builtin function %s requires the -mspe option Builtin function %s requires the -mvsx option By-value argument at %L cannot be an array or an array section By-value argument at %L is not allowed in this context By-value argument at %L is not of numeric type C interoperable character dummy variable %qs at %L with VALUE attribute must have length one C kind type parameter is for type %s but type at %L is %s C++ constructors and destructors will not be invoked for Objective-C fields C++ designated initializers only available with -std=c++2a or -std=gnu++2a C++ lookup of %qD would return a field, not a type C++ requires promoted type, not enum type, in %<va_arg%> C++11 %<constexpr%> only available with -std=c++11 or -std=gnu++11 C++11 %<noexcept%> only available with -std=c++11 or -std=gnu++11 C++11 %<thread_local%> allows dynamic initialization and destruction C++11 %<thread_local%> only available with -std=c++11 or -std=gnu++11 C++11 auto only available with -std=c++11 or -std=gnu++11 C99 designator %qE is not an integral constant-expression C99 designator %qE outside aggregate initializer CASE label at %L overlaps with CASE label at %L CCTL intrinsic function subtype out of range! CDX instructions are only supported with R2 architecture CFString literal expression is not a string constant CFString literal is missing CHANGE TEAM statement at %C CHARACTER expression at %L is being truncated (%ld/%ld) CHARACTER expression will be truncated in assignment (%ld/%ld) at %L CHARACTER length in !$OMP DECLARE REDUCTION %s not constant at %L CHARACTER length must be a constant at %L CHARACTER(*) function %qs at %L CHARACTER(*) function %qs at %L cannot be array-valued CHARACTER(*) function %qs at %L cannot be pointer-valued CHARACTER(*) function %qs at %L cannot be pure CHARACTER(*) function %qs at %L cannot be recursive CLASS selector at %L needs a temporary which is not yet implemented CLASS statement at %C CLASS variable %qs at %L cannot have the PARAMETER attribute CLASS variable %qs at %L must be dummy, allocatable or pointer CLOSE statement at %L requires a UNIT number CLOSE statement not allowed in PURE procedure at %C CODIMENSION specified for %qs outside its INTERFACE body at %L COLLAPSE clause argument not constant positive integer at %C COLLECT_GCC must be set COLLECT_GCC must be set. COLLECT_LTO_WRAPPER must be set COMMON %qs at %L does not exist COMMON %qs at %L requires %d bytes of padding; reorder elements or use %<-fno-align-commons%> COMMON at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directive COMMON at %L requires %d bytes of padding; reorder elements or use %<-fno-align-commons%> COMMON block %qs at %L can not have the EXTERNAL attribute COMMON block %qs at %L is also an intrinsic procedure COMMON block %qs at %L is used as PARAMETER at %L COMMON block %qs at %L that is also a function result COMMON block %qs at %L that is also a global procedure COMMON block %qs at %L uses the same global identifier as entity at %L COMMON block /%s/ not found at %C COMMON block at %L with binding label %qs uses the same global identifier as entity at %L COMMON block member %qs at %L cannot be an EQUIVALENCE object in the pure procedure %qs COMMON variable %qs at %L must have constant character length COMPLEX argument %qs of %qs intrinsic at %L COMPLEX quantities cannot be compared at %L CONTAINS block in derived type definition at %C CONTAINS statement at %C is already in a contained program unit CONTAINS statement without FUNCTION or SUBROUTINE statement at %L CONTIGUOUS attribute at %C CONTIGUOUS statement at %C CONVERT tag at %L COUNT argument of the EVENT_QUERY intrinsic function at %L shall be definable COUNT argument of the EVENT_QUERY intrinsic function at %L shall have at least the range of the default integer COUNT argument to SYSTEM_CLOCK at %L has non-default kind COUNT_MAX argument to SYSTEM_CLOCK at %L has non-default kind COUNT_RATE argument to SYSTEM_CLOCK at %L has non-default kind CPU you selected does not support x86-64 instruction set CPUs older than z900 are not supported for -fsplit-stack CRIS-port assertion failed: CRITICAL block inside of OpenACC region at %C CRITICAL block inside of OpenMP region at %C CRITICAL statement at %C CYCLE statement at %C is not applicable to non-loop construct %qs CYCLE statement at %C to non-innermost collapsed !$ACC LOOP loop CYCLE statement at %C to non-innermost collapsed !$OMP DO loop Call mcount for profiling before a function prologue. Caller copies function arguments passed by hidden reference. Calls executed:%s of %d Can't USE the same %smodule we're building Can't compute the length of the char array at %L. Can't construct ABSTRACT type %qs at %L Can't convert %qs to %qs at %L Can't convert %s to %s at %L Can't delete module file %qs: %s Can't delete temporary module file %qs: %s Can't find an intrinsic module named %qs at %C Can't find keyword named %qs in call to %qs at %L Can't initialize implied-shape array at %L with scalar Can't open file %qs Can't open module file %qs for reading at %C: %s Can't open module file %qs for writing at %C: %s Can't overwrite GENERIC %qs at %L Can't rename module file %qs to %qs: %s Cannot IMPORT %qs from host scoping unit at %C - does not exist. Cannot assign to a named constant at %C Cannot call %<__builtin_custom_%s%> without specifying switch %<-mcustom-%s%> Cannot change attributes of USE-associated symbol %s at %L Cannot change attributes of USE-associated symbol at %L Cannot change directory to %s Cannot convert %qs to interoperable type at %L Cannot get current directory name Cannot initialize parameter array at %L with variable length elements Cannot make directory %s Cannot map %s Cannot open %s Cannot open intermediate output file %s Cannot open source file %s Cannot read %s Cannot read module file %qs opened at %C, because it was created by a different version of GNU Fortran Cannot specify IMPLICIT at %C after IMPLICIT NONE Catch typos. Cause gas to print tomcat statistics. Cgraph edge statement index not found Cgraph edge statement index out of range Chained transparent aliases Change of value in conversion from %qs to %qs at %L Change of value in conversion from %qs to %qs at %L Change only the low 8 bits of the stack pointer. Change the ABI to allow double word insns. Change the amount of scheduler lookahead. Change the maximum length of conditionally-executed sequences. Change the number of temporary registers that are available to conditionally-executed sequences. Change the stack pointer without disabling interrupts. Changes visibility to match Microsoft Visual Studio by default. Character %qs in string at %C is not representable in character kind %d Character %qs in string at %L cannot be converted into character kind %d Character argument %qs at %L must be length 1 because procedure %qs is BIND(C) Character component %qs of %qs at %L with deferred length must be a POINTER or ALLOCATABLE Character dummy variable %qs at %L with VALUE attribute must have constant length Character length mismatch (%ld/%ld) between actual argument and assumed-shape dummy argument %qs at %L Character length mismatch (%ld/%ld) between actual argument and pointer or allocatable dummy argument %qs at %L Character length of actual argument shorter than of dummy argument %qs (%lu/%lu) at %L Character length of component %qs needs to be a constant specification expression at %L Character-valued argument %qs of statement function at %L must have constant length Character-valued internal function %qs at %L must not be assumed length Character-valued module procedure %qs at %L must not be assumed length Character-valued statement function %qs at %L must have constant length Check for stack overflow at runtime. Check for syntax errors, then stop. Check the return value of new in C++. Chose strategy to generate stringop using. Chunk size of omp schedule for loops parallelized by parloops. Clause AUTO conflicts with GANG at %L Clause AUTO conflicts with VECTOR at %L Clause AUTO conflicts with WORKER at %L Clause SEQ conflicts with AUTO at %L Clause SEQ conflicts with GANG at %L Clause SEQ conflicts with INDEPENDENT at %L Clause SEQ conflicts with VECTOR at %L Clause SEQ conflicts with WORKER at %L Clear all tune features. Clear hardware capabilities when linking. Clear the BSS to zero and place zero initialized in BSS. Coarray component %qs at %L must be allocatable with deferred shape Coarray declaration at %C Coarray designator at %C but %qs is not a coarray Coarray dummy argument %qs at %L to elemental procedure Coarray dummy variable %qs at %L not allowed in BIND(C) procedure %qs Coarray specification required in ALLOCATE statement at %L Coarray variable %qs at %L shall not have codimensions with deferred shape Coarrays disabled at %C, use %<-fcoarray=%> to enable Coarrays disabled at %L, use %<-fcoarray=%> to enable Coarrays not supported in %s clause at %L Code for reallocating the allocatable array at %L will be added Code for reallocating the allocatable variable at %L will be added Code size: small, medium or large. Coindex of codimension %d must be a scalar at %L Coindex rank mismatch in array reference at %L (%d/%d) Coindexed ASYNCHRONOUS or VOLATILE actual argument at %L requires that dummy %qs has neither ASYNCHRONOUS nor VOLATILE Coindexed actual argument at %L in PURE procedure is passed to a POINTER dummy argument Coindexed actual argument at %L in PURE procedure is passed to an INTENT(%s) argument Coindexed actual argument at %L to allocatable dummy %qs requires INTENT(IN) Coindexed actual argument at %L to pointer dummy %qs Coindexed actual argument at %L with allocatable ultimate component to dummy %qs requires either VALUE or INTENT(IN) Coindexed actual argument at %L with ultimate pointer component Coindexed allocatable object at %L Coindexed expression at %L is assigned to a derived type variable with a POINTER component in a PURE procedure Coindexed expression to pointer component %qs in structure constructor at %L Coindexed object with polymorphic allocatable subcomponent at %L Coindexed polymorphic actual argument at %L is passed polymorphic dummy argument %qs Coindexed procedure-pointer component at %C Coindexed variable must not have an allocatable ultimate component in assignment at %L Collect and dump debug information into temporary file if ICE in C/C++ compiler occurred. Comma before i/o item list at %L Comma required after P descriptor Compile code for big endian mode. Compile code for little endian mode. This is the default. Compile code that relies on Cygwin DLL wrappers to support C++ operator new/delete replacement. Compile for 32-bit pointers. Compile for 64-bit pointers. Compile for ETRAX 100 (CRIS v8). Compile for ETRAX 4 (CRIS v3). Compile for V8+ ABI. Compile for the DSBT shared library ABI. Compile for the m32r. Compile for the m32r2. Compile for the m32rx. Compile for the v850 processor. Compile for the v850e processor. Compile for the v850e1 processor. Compile for the v850e2 processor. Compile for the v850e2v3 processor. Compile for the v850e3v5 processor. Compile for the v850es variant of the v850e1. Compile whole compilation unit at a time. Compile with 32 bit longs and pointers, which is the only supported behavior and thus the flag is ignored. Compile with 32 bit longs and pointers. Compile with 64 bit longs and pointers. Compile-time bonus IPA-CP assigns to candidates which make an array index known.. Compile-time bonus IPA-CP assigns to candidates which make loop bounds or strides known.. Complex argument of LOG at %L cannot be zero Complex multiplication and division follow Fortran rules. Component %qs at %C already declared at %L Component %qs at %C already in the parent type at %L Component %qs at %C is a PRIVATE component of %qs Component %qs at %L cannot have the ALLOCATABLE attribute because it is a member of the BIND(C) derived type %qs at %L Component %qs at %L cannot have the POINTER attribute because it is a member of the BIND(C) derived type %qs at %L Component %qs at %L has the CONTIGUOUS attribute but is not an array pointer Component %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarray Component %qs at %L with coarray component shall be a nonpointer, nonallocatable scalar Component %qs in derived type %qs at %L may not be C interoperable Component %qs in derived type %qs at %L may not be C interoperable, even though derived type %qs is BIND(C) Component %qs is initialized twice in the structure constructor at %L Component %qs of %qs at %L has the same name as an inherited type-bound procedure Component %qs of BIND(C) type at %L must have length one Component %qs with CLASS at %C must be allocatable or pointer Component %s at %L of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attribute Component %s at %L of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attribute Component %s of SEQUENCE type declared at %L does not have the SEQUENCE attribute Component at %C must have the POINTER attribute Component initializer without name after component named %s at %L Component to the right of a part reference with nonzero rank must not have the ALLOCATABLE attribute at %L Component to the right of a part reference with nonzero rank must not have the POINTER attribute at %L Component with KIND attribute at %C must be INTEGER Component with KIND attribute at %C must be default integer kind (%d) Component with LEN attribute at %C must be INTEGER Component with LEN attribute at %C must be default integer kind (%d) Components in TYPE at %C must precede CONTAINS Compute locview reset points based on insn length estimates Computed GOTO at %C Concat operator at %L must concatenate strings of the same kind Concatenation operator in expression at %L must have two CHARACTER operands Configured with: %s Conflicting initializers in union at %L and %L Conform more closely to IBM XLC semantics. Conform to nothing in particular. Conform to the ISO 1990 C standard as amended in 1994. Conform to the ISO 1990 C standard with GNU extensions. Conform to the ISO 1990 C standard. Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum with GNU extensions. Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum. Conform to the ISO 1999 C standard with GNU extensions. Conform to the ISO 1999 C standard. Conform to the ISO 2011 C standard with GNU extensions. Conform to the ISO 2011 C standard. Conform to the ISO 2011 C++ standard with GNU extensions. Conform to the ISO 2011 C++ standard. Conform to the ISO 2014 C++ standard with GNU extensions. Conform to the ISO 2014 C++ standard. Conform to the ISO 2017 C standard (expected to be published in 2018) with GNU extensions. Conform to the ISO 2017 C standard (expected to be published in 2018). Conform to the ISO 2017 C++ standard with GNU extensions. Conform to the ISO 2017 C++ standard. Conform to the ISO 2020(?) C++ draft standard (experimental and incomplete support). Conform to the ISO 2020(?) C++ draft standard with GNU extensions (experimental and incomplete support). Conform to the ISO Fortran 2003 standard. Conform to the ISO Fortran 2008 standard including TS 29113. Conform to the ISO Fortran 2008 standard. Conform to the ISO Fortran 2018 standard. Conform to the ISO Fortran 95 standard. Conform to the Objective-C 1.0 language as implemented in GCC 4.0. Conform to the o32 FPXX ABI. Consider access to byte sized memory slow. Consider type 'int' to be 16 bits wide. Consider type 'int' to be 32 bits wide. Constant expression in FORMAT tag at %L must be of type default CHARACTER Constant expression required at %C Constant logical value in CASE statement is repeated at %L Construct webs and split unrelated uses of single variable. Contained function %qs at %L has no IMPLICIT type Contained procedure %qs at %C clashes with procedure defined at %L Contained procedure %qs at %C is already ambiguous Contained procedure %qs at %L has the same name as its encompassing procedure Contained procedure %qs at %L of a PURE procedure must also be PURE Control generation of reciprocal estimates. Control how Pointer Bounds Checker handle pointers to object fields. When narrowing is on, field bounds are used. Otherwise full object bounds are used. Control register number must be in range 0-31 for %s Control the IEEE trap mode. Control the generated fp rounding mode. Control the precision given to fp exceptions. Conversion from %qs to %qs at %L Conversion from %s to %s at %L Conversion from %s to default-kind COMPLEX(%d) at %L might lose precision, consider using the KIND argument Conversion of an Infinity or Not-a-Number at %L to INTEGER Convert conditional jumps in innermost loops to branchless equivalents. Convert floating point constants to single precision constants. Convert function return to call and return thunk. Convert indirect call and jump to call and return thunks. Copy array sections into a contiguous block on procedure entry. Copyright %s 2018 Free Software Foundation, Inc. Corank mismatch in argument %qs at %L (%d and %d) Cost at which GCSE optimizations will not constraint the distance an expression can travel. Cost to assume for a branch insn. Cost to assume for a multiply insn. Cost to assume for a multiply instruction, with 4 being equal to a normal insn. Could not generate addis value for fusion Could not open output file '%s' Couldn't set Cray pointee array spec. Couldn't set pointee array spec. Count speculative dependencies while calculating priority of instructions. Cray Pointee at %C cannot be assumed shape array Cray Pointee at %L appears in multiple pointer() statements Cray pointee %qs in %s clause at %L Cray pointee %qs in SHARED clause at %L Cray pointee object %qs in %s clause at %L Cray pointee object %qs of derived type in %s clause at %L Cray pointee object %qs of polymorphic type in %s clause at %L Cray pointer %qs in %s clause at %L Cray pointer at %C has %d bytes of precision; memory addresses require %d bytes Cray pointer at %C must be an integer Cray pointer declaration at %C requires -fcray-pointer flag Cray pointer object %qs in %s clause at %L Cray pointer object %qs of derived type in %s clause at %L Cray pointer object %qs of polymorphic type in %s clause at %L Create GUI application. Create a dynamically linked position independent executable. Create a shared library. Create a static position independent executable. Create canonical induction variables in loops. Create console application. Create data files needed by "gcov". Creating '%s' Creating array temporary at %L Creating array temporary at %L for argument %qs DATA array %qs at %L must be specified in a previous declaration DATA element %qs at %L cannot have a coindex DATA element %qs at %L is a pointer and so must be a full array DATA statement at %C after the first executable statement DATA statement at %C cannot appear within an INTERFACE DATA statement at %C is not allowed in a PURE procedure DATA statement at %L has more values than variables DATA statement at %L has more variables than values DC format specifier not allowed at %C DEALLOCATE object DEALLOCATE of coarray at %C in CRITICAL block DEALLOCATE of coarray at %C in DO CONCURRENT block DECIMAL= at %C not allowed in Fortran 95 DECL_GIMPLE_REG_P set on a variable with address taken DEF_INTERNAL_FLT_FN (%s) has no associated built-in functions DEF_INTERNAL_INT_FN (%s) has no associated built-in functions DELIM= at %C not allowed in Fortran 95 DEPEND SINK used together with DEPEND SOURCE on the same construct at %L DIM argument at %L is out of bounds DIM argument without COARRAY argument not allowed for THIS_IMAGE intrinsic at %L DIMENSION specified for %qs outside its INTERFACE body at %L DISTANCE= argument to NUM_IMAGES at %L DISTANCE= argument to THIS_IMAGE at %L DIST_SCHEDULE clause's chunk_size at %L requires a scalar INTEGER expression DO CONCURRENT construct at %C DO loop at %L is undefined as it overflows DO loop at %L is undefined as it underflows DO loop at %L will be executed zero times DO step value is zero DO termination statement which is not END DO or CONTINUE with label %d at %C DO-iterator %qs at %L is inside iterator of the same name DOUBLE COMPLEX at %C DP format specifier not allowed at %C DTIO %s procedure at %L must be recursive DTIO character argument at %L must have assumed length DTIO dummy argument at %L must be a scalar DTIO dummy argument at %L must be an ASSUMED SHAPE ARRAY DTIO dummy argument at %L must be of KIND = %d DTIO dummy argument at %L must be of type %s DTIO dummy argument at %L must have INTENT %s DTIO procedure %qs at %L must be a subroutine Data element above array upper bound at %L Data element below array lower bound at %L Data is stored in big-endian format. Data is stored in little-endian format. (Default). Data target at %L shall not have a coindex Data transfer element at %L cannot be a full reference to an assumed-size array Data transfer element at %L cannot be polymorphic unless it is processed by a defined input/output procedure Data transfer element at %L cannot have ALLOCATABLE components unless it is processed by a defined input/output procedure Data transfer element at %L cannot have POINTER components unless it is processed by a defined input/output procedure Data transfer element at %L cannot have PRIVATE components Data transfer element at %L cannot have PRIVATE components unless it is processed by a defined input/output procedure Data transfer element at %L cannot have procedure pointer components Data-pointer-object at %L must be unlimited polymorphic, or of a type with the BIND or SEQUENCE attribute, to be compatible with an unlimited polymorphic target Declaring method %qD final would enable devirtualization of %i call Declaring method %qD final would enable devirtualization of %i calls Declaring method %qD final would enable devirtualization of %i call executed %lli times Declaring method %qD final would enable devirtualization of %i calls executed %lli times Declaring type %qD final would enable devirtualization of %i call Declaring type %qD final would enable devirtualization of %i calls Declaring type %qD final would enable devirtualization of %i call executed %lli times Declaring type %qD final would enable devirtualization of %i calls executed %lli times Declaring virtual destructor of %qD final would enable devirtualization of %i call Declaring virtual destructor of %qD final would enable devirtualization of %i calls Declaring virtual destructor of %qD final would enable devirtualization of %i call executed %lli times Declaring virtual destructor of %qD final would enable devirtualization of %i calls executed %lli times Defer popping functions args from stack until later. Deferred array %qs at %L is not permitted in an initialization expression Deferred type parameter not yet supported Delete dead instructions that may throw exceptions. Delete useless null pointer checks. Deleted feature: Deprecated in GCC 8. This switch has no effect. Deprecated in favor of -std=c++11. Deprecated in favor of -std=c++14. Deprecated in favor of -std=c++17. Deprecated in favor of -std=c11. Deprecated in favor of -std=c99. Deprecated in favor of -std=gnu++11. Deprecated in favor of -std=gnu++14. Deprecated in favor of -std=gnu++17. Deprecated in favor of -std=gnu11. Deprecated in favor of -std=gnu99. Deprecated in favor of -std=iso9899:1999. Deprecated option. Use -misel instead. Deprecated option. Use -mno-isel instead. Deprecated option. Use -mno-spe instead. Deprecated option. Use -mno-vrsave instead. Deprecated option. Use -mspe instead. Deprecated option. Use -mvrsave instead. Deprecated. This switch has no effect. Derived type %qs at %C is being used before it is defined Derived type %qs at %L cannot be declared with both PRIVATE and BIND(C) attributes Derived type %qs at %L cannot have the SEQUENCE attribute because it is BIND(C) Derived type %qs at %L may not be ABSTRACT Derived type %qs at %L must be an extension of %qs Derived type %qs at %L must be extensible Derived type %qs cannot be used as a variable at %C Derived type %qs declared at %L must have the BIND attribute to be C interoperable Derived type %qs with BIND(C) attribute at %L is empty, and may be inaccessible by the C companion processor Derived type at %C can only be PRIVATE in the specification part of a module Derived type at %C can only be PUBLIC in the specification part of a module Derived type at %C has not been previously defined and so cannot appear in a derived type definition Derived type component %C is not a permitted EQUIVALENCE member Derived type declaration with FINAL at %C must be in the specification part of a MODULE Derived type definition at %C with empty CONTAINS section Derived type definition at %C without components Derived type definition of %qs at %C has already been defined Derived type name %qs at %C already has a basic type of %s Derived type variable %qs at %L cannot have ALLOCATABLE components to be an EQUIVALENCE object Derived type variable %qs at %L must have SEQUENCE attribute to be an EQUIVALENCE object Derived type variable %qs at %L with default initialization cannot be in EQUIVALENCE with a variable in COMMON Derived type variable %qs at %L with pointer component(s) cannot be an EQUIVALENCE object Derived type variable %qs in COMMON at %L has an ultimate component that is allocatable Derived type variable %qs in COMMON at %L has neither the SEQUENCE nor the BIND(C) attribute Derived type variable %qs in COMMON at %L may not have default initializer Derived-type %qs declared at %L must be ABSTRACT because %qs is DEFERRED and not overridden Derived-type %qs with BIND(C) must not have a CONTAINS section at %C Derived-type %qs with SEQUENCE must not have a CONTAINS section at %C Derived-type dummy argument %qs at %L was declared INTENT(OUT) but was not set and does not have a default initializer Description for mxl-mode-bootstrap. Description for mxl-mode-executable. Description for mxl-mode-novectors. Description for mxl-mode-xmdstub. Detect paths that trigger erroneous or undefined behavior due to a null value being used in a way forbidden by a returns_nonnull or nonnull attribute. Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap. Detect paths that trigger erroneous or undefined behavior due to dereferencing a null pointer. Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap. Determine which dependences between insns are considered costly. Different CHARACTER lengths (%ld/%ld) in array constructor Different CHARACTER lengths (%ld/%ld) in array constructor at %L Different kind type parameters in pointer assignment at %L Different ranks in pointer assignment at %L Different shape for %s at %L on dimension %d (%d and %d) Different shape for arguments %qs and %qs at %L for intrinsic %<dot_product%> Different shape on dimension 1 for arguments %qs and %qs at %L for intrinsic matmul Different shape on dimension 2 for argument %qs and dimension 1 for argument %qs at %L for intrinsic matmul Different type kinds at %L Different types in pointer assignment at %L; attempted assignment of %s to %s Dimensions specified for %s at %L after its initialization Disable ARCompact specific pass to generate conditional execution instructions. Disable FP regs. Disable FPU ISA, the ABI option must be enable '-mfloat-abi=soft' Disable LR and SR instructions from using FPX extension aux registers. Disable Scalar to Vector optimization pass transforming 64-bit integer computations into a vector ones. Disable floating point optimizations that ignore the IEEE signedness of zero. Disable hardware floating point. Disable indexed addressing. Disable optimizations observable by IEEE signaling NaNs. Disable optimizations that assume default FP rounding behavior. Disable position-independent code (PIC) for use in OS kernel code. Disable preprocessing. Disable space regs. Disable the use of RX FPU instructions. Disallow direct calls to global functions. Disallow more than 'msched-max-memory-insns' in instruction group. Otherwise, limit is 'soft' (prefer non-memory operations when limit is reached). Discover pure and const functions. Discover readonly and non addressable static variables. Display compile time statistics. Display statistics accumulated during compilation. Display the code tree after front end optimization. Display the code tree after parsing. Display the code tree after parsing; deprecated option. Display the compiler's version. Display this information. Division by zero at %L Division by zero converting %s to %s at %L Division strategy, one of: call-div1, call-fp, call-table. Do CFG-sensitive rematerialization in LRA. Do alignment optimizations for call instructions. Do dispatch scheduling if processor is bdver1, bdver2, bdver3, bdver4 or znver1 and Haifa scheduling is selected. Do no generate BRcc instructions in arc_reorg. Do not allow constant data to be placed in code sections. Do not assume a large TLS segment. Do not assume that standard C libraries and "main" exist. Do not disable space regs. Do not discard comments in macro expansions. Do not discard comments. Do not display functions compiled or elapsed time. Do not emit addressing modes with side-effect assignment. Do not emit complex integer constants to read-only memory. Do not emit function prologue or epilogue. Do not enforce strict alignment. Do not generate #line directives. Do not generate .size directives. Do not generate a single exit point for each function. Do not generate code that can only run in supervisor mode (default). Do not generate load/store with update instructions. Do not generate millicode thunks (needed only with -Os). Do not generate mpy instructions for ARC700. Do not generate unaligned memory accesses. Do not inline integer division. Do not inline square root. Do not link against the device-specific library lib<MCU>.a. Do not load the PIC register in function prologues. Do not look for object files in standard path. Do not mark ABI switches in e_flags. Do not perform optimizations increasing noticeably stack usage. Do not place floating point constants in TOC. Do not place symbol+offset constants in TOC. Do not predefine system-specific and GCC-specific macros. Do not pretend that branches are expensive. Do not provide a default start-address 0x100 of the program. Do not push extended registers on stack in monitor functions. Do not put uninitialized globals in the common section. Do not search standard system include directories (those specified with -isystem will still be used). Do not search standard system include directories for C++. Do not support SSE4.1 and SSE4.2 built-in functions and code generation. Do not suppress C++ class debug information. Do not suppress warnings from system headers. Do not treat local variables and COMMON blocks as if they were named in SAVE statements. Do not tune code and read-only data alignment. Do not tune stack alignment. Do not tune writable data alignment. Do not use MDMX instructions. Do not use MIPS-3D instructions. Do not use VAX fp. Do not use a cache-flushing function before calling stack trampolines. Do not use addresses that allocate global registers. Do not use condition codes from normal instructions. Do not use hardware FP. Do not use hardware floating point. Do not use hardware fp. Do not use hardware quad fp instructions. Do not use inline patterns for copying memory. Do not use the AltiVec ABI extensions. Do not use the SPE ABI extensions. Do not use the bit-field instructions. Do not use the callt instruction (default). Do not use the fabsd custom instruction. Do not use the fabss custom instr. Do not use the faddd custom instruction. Do not use the fadds custom instruction. Do not use the fatand custom instruction. Do not use the fatans custom instruction. Do not use the fcmpeqd custom instruction. Do not use the fcmpeqs custom instruction. Do not use the fcmpged custom instruction. Do not use the fcmpges custom instruction. Do not use the fcmpgtd custom instruction. Do not use the fcmpgts custom instruction. Do not use the fcmpled custom instruction. Do not use the fcmples custom instruction. Do not use the fcmpltd custom instruction. Do not use the fcmplts custom instruction. Do not use the fcmpned custom instruction. Do not use the fcmpnes custom instruction. Do not use the fcosd custom instruction. Do not use the fcoss custom instruction. Do not use the fdivd custom instruction. Do not use the fdivs custom instruction. Do not use the fexpd custom instruction. Do not use the fexps custom instruction. Do not use the fextsd custom instruction. Do not use the fixdi custom instruction. Do not use the fixdu custom instruction. Do not use the fixsi custom instruction. Do not use the fixsu custom instruction. Do not use the floatid custom instruction. Do not use the floatis custom instruction. Do not use the floatud custom instruction. Do not use the floatus custom instruction. Do not use the flogd custom instruction. Do not use the flogs custom instruction. Do not use the fmaxd custom instruction. Do not use the fmaxs custom instruction. Do not use the fmind custom instruction. Do not use the fmins custom instruction. Do not use the fmuld custom instruction. Do not use the fmuls custom instruction. Do not use the fnegd custom instruction. Do not use the fnegs custom instruction. Do not use the frdxhi custom instruction. Do not use the frdxlo custom instruction. Do not use the frdy custom instruction. Do not use the fsind custom instruction. Do not use the fsins custom instruction. Do not use the fsqrtd custom instruction. Do not use the fsqrts custom instruction. Do not use the fsubd custom instruction. Do not use the fsubs custom instruction. Do not use the ftand custom instruction. Do not use the ftans custom instruction. Do not use the ftruncds custom instruction. Do not use the fwrx custom instruction. Do not use the fwry custom instruction. Do not use the round custom instruction. Do not use unaligned memory references. Do not warn about using "long long" when -pedantic. Do stack checking using bounds in L1 scratch memory. Does nothing. Preserved for backward compatibility. Does nothing. Preserved for backward compatibility. Don't align items in code or data. Don't allocate floats and doubles in extended-precision registers. Don't assume that unaligned accesses are handled by the system. Don't call any cache flush functions. Don't call any cache flush trap. Don't create a dynamically linked position independent executable. Don't emit DWARF additions beyond selected version. Don't emit dllexported inline functions unless needed. Don't generate DWARF pubnames and pubtypes sections. Don't generate checks for control speculation in selective scheduling. Don't generate privileged-mode only code; implies -mno-inline-ic_invalidate if the inline code would not work in user mode. Don't indicate any priority with TARGET_REGISTER_PRIORITY. Don't optimize block moves, use memcpy. Don't optimize block moves. Don't use P-mnemonics for branches. Don't use any of r32..r63. Don't use less than 25 bit addressing range for calls. Don't warn about uses of Microsoft extensions. Double CLASS IS block in SELECT TYPE statement at %L Double-precision floating point unit. Downgrade conformance errors to warnings. Driving: Dummy %qs at %L cannot have an initializer Dummy argument %qs at %L cannot be INTENT(OUT) Dummy argument %qs at %L cannot be OPTIONAL Dummy argument %qs at %L of EVENT_TYPE shall not be INTENT(OUT) Dummy argument %qs at %L of LOCK_TYPE shall not be INTENT(OUT) Dummy argument %qs at %L was declared INTENT(OUT) but was not set Dummy argument %qs has to be a pointer, assumed-shape or assumed-rank array without CONTIGUOUS attribute - as actual argument at %L is not simply contiguous and both are ASYNCHRONOUS or VOLATILE Dummy argument %qs not allowed in expression at %L Dummy argument %qs of %qs at %L should be named %qs as to match the corresponding argument of the overridden procedure Dummy argument %qs with INTENT(IN) in pointer association context (%s) at %L Dummy argument %qs with INTENT(IN) in variable definition context (%s) at %L Dummy flag. This is the default unless FPX switches are provided explicitly. Dummy procedure %qs at %C cannot have a generic interface Dummy procedure %qs at %L shall not be elemental Dummy procedure %qs not allowed in elemental procedure %qs at %L Dummy procedure %qs of PURE procedure at %L must also be PURE Dummy procedure at %C may not have BIND(C) attribute with NAME Dump declarations to a .decl file. Dump detailed information on GCC's internal representation of source code locations. Dump optimization passes. Duplicate %s attribute at %L Duplicate %s attribute specified at %L Duplicate %s label specification at %C Duplicate %s specification at %C Duplicate ASYNCHRONOUS attribute specified at %L Duplicate AUTOMATIC attribute specified at %L Duplicate BIND attribute specified at %L Duplicate DEFERRED at %C Duplicate ELSE statements at %L and %C Duplicate EXTENDS attribute specified at %L Duplicate IMPLICIT NONE statement at %C Duplicate NML specification at %C Duplicate NON_OVERRIDABLE at %C Duplicate POINTER attribute at %C Duplicate PRIVATE statement at %C Duplicate PROTECTED attribute specified at %L Duplicate SAVE attribute specified at %L Duplicate SEQUENCE statement at %C Duplicate UNIT specification at %C Duplicate VALUE attribute specified at %L Duplicate VOLATILE attribute specified at %L Duplicate access-specifier at %C Duplicate argument %qs at %L to intrinsic %s Duplicate array spec for Cray pointee at %C Duplicate construct label %qs at %C Duplicate format specification at %C Duplicate name %qs in association at %C Duplicate name %qs in parameter list at %C Duplicate statement label %d at %L and %L Duplicate symbol %qs in formal argument list at %C During link time optimization warn about mismatched types of global declarations. Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine. This may be worked around by avoiding functions with aggregate return. Dynamically allocate cc registers. E specifier not allowed with g0 descriptor E500 and FPRs not supported EDGE_CROSSING incorrectly set across same section EDGE_CROSSING missing across section boundary EH edge crosses section boundary in bb %i EH landing pad label ELEMENTAL function %qs at %L must have a scalar result ELEMENTAL non-INTRINSIC procedure %qs is not allowed as an actual argument at %L ELEMENTAL prefix in MODULE PROCEDURE interface is missing at %L ELEMENTAL procedure pointer component %qs is not allowed as an actual argument at %L ELSE IF statement at %C cannot follow ELSE statement at %L ELSEWHERE statement at %C follows previous unmasked ELSEWHERE ELSEWHERE statement at %C not enclosed in WHERE block ENCODING= at %C not allowed in Fortran 95 END TEAM statement at %C END statement instead of %s statement at %L END tag at %C not allowed in output statement END tag label %d at %L not defined ENTRY %qs at %L cannot be called recursively, as function %qs is not RECURSIVE ENTRY %qs at %L cannot be called recursively, as subroutine %qs is not RECURSIVE ENTRY %qs at %L has no IMPLICIT type ENTRY result %s can't be a POINTER in FUNCTION %s at %L ENTRY result %s can't be an array in FUNCTION %s at %L ENTRY result %s can't be of type %s in FUNCTION %s at %L ENTRY statement at %C ENTRY statement at %C cannot appear in a contained procedure ENTRY statement at %C cannot appear within a BLOCK DATA ENTRY statement at %C cannot appear within a DERIVED TYPE block ENTRY statement at %C cannot appear within a DO block ENTRY statement at %C cannot appear within a FORALL block ENTRY statement at %C cannot appear within a MODULE ENTRY statement at %C cannot appear within a PROGRAM ENTRY statement at %C cannot appear within a SELECT block ENTRY statement at %C cannot appear within a STRUCTURE block ENTRY statement at %C cannot appear within a SUBMODULE ENTRY statement at %C cannot appear within a WHERE block ENTRY statement at %C cannot appear within a contained subprogram ENTRY statement at %C cannot appear within an IF-THEN block ENTRY statement at %C cannot appear within an INTERFACE ENTRY_BLOCK has IL associated with it ENUM and ENUMERATOR at %C ENUM declaration at %C has no ENUMERATORS ENUM definition statement expected before %C ENUMERATOR %L not initialized with integer expression EOR tag label %d at %L not defined EQUIVALENCE at %C requires two or more objects ERR tag label %d at %L not defined ERRMSG at %L ERRMSG at %L is useless without a STAT tag ERRMSG tag at %L ERRMSG variable ERRMSG= argument at %L must be a scalar CHARACTER variable ERROR STOP statement at %C ESA/390 architecture. EVENT POST statement at %C EVENT WAIT statement at %C EVENT argument at %L to the intrinsic EVENT_QUERY shall be of type EVENT_TYPE EXIT statement at %C terminating !$ACC LOOP loop EXIT statement at %C terminating !$OMP DO loop EXIT statement with no do-construct-name at %C EXIT_BLOCK has IL associated with it EXTENDS at %L EXTERNAL attribute conflicts with FUNCTION attribute in %qs at %L Either all or none of the objects in the EQUIVALENCE set at %L shall have the PROTECTED attribute Either all or none of the upper bounds must be specified at %L Element %d of actual argument of RESHAPE at %L cannot be negative Element in %s array constructor at %L is %s Element of assumed-shaped or pointer array passed to array dummy argument %qs at %L Elemental function as initialization expression with non-integer/non-character arguments at %L Elements with the same value at %L and %L in vector subscript in a variable definition context (%s) Eliminate multiple function invocations also for impure functions. Emit .gnu_attribute tags. Emit 16-bit relocations to the small data areas. Emit 32-bit relocations to the small data areas. Emit IEEE-conformant code, without inexact exceptions. Emit call graph information. Emit checks causing "break 8" instructions to execute when applying atomic builtins on misaligned memory. Emit code for the byte/word ISA extension. Emit code for the counting ISA extension. Emit code for the fp move and sqrt ISA extension. Emit code for the motion video ISA extension. Emit code using explicit relocation directives. Emit common-like symbols as weak symbols. Emit debug annotations during preprocessing. Emit debugging information related to the escape analysis pass when run with -fgo-optimize-allocs. Emit direct branches to local functions. Emit errors when run-time relocations are generated. Emit extra code in the function prologue in order to trap if the stack size exceeds the given limit. Emit function prologues only before parts of the function that need it, rather than at the top of the function. Emit function-calls using global offset table when generating PIC. Emit implicit instantiations of inline templates. Emit implicit instantiations of templates. Emit indirect branches to local functions. Emit long load/store sequences. Emit profiling counter call at function entry before prologue. Emit progressive recommended breakpoint locations. Emit rdval instead of rduniq for thread pointer. Emit static const variables even if they are not used. Emit stop bits before and after volatile extended asms. Emit traps as "break 8", default for CRIS v3 and up. If disabled, calls to abort() are used. Emit verbose debug information in assembly code. Emit warnings when run-time relocations are generated. Empty FINAL at %C Empty IMPLICIT statement at %C Empty array constructor at %C is not allowed Empty old style initializer list at %C Empty set of digits in BOZ constant at %C Enable 'q' instruction alternatives. Enable 16-entry register file. Enable 64-bit Time-Stamp Counter extension instruction. Enable C++14 sized deallocation support. Enable CFI tables via GAS assembler directives. Enable DEC-style STATIC and AUTOMATIC attributes. Enable DIV, DIVU. Enable DIV-REM instructions for ARCv2. Enable DSP 3.1 Pack A extensions. Enable DWARF line debug info via GNU as. Enable Dual and Single Operand Instructions for Telephony. Enable Full Redundancy Elimination (FRE) on trees. Enable Function Descriptor PIC mode. Enable Graphite Identity transformation. Enable ID based shared library. Enable IEEE 128-bit floating point via the __float128 keyword. Enable Local Register Allocation. Enable Locked Load/Store Conditional extension. Enable MUL instructions. Enable MUL.X and UMUL.X instructions. Enable MULX instructions, assume fast shifter. Enable Objective-C exception and synchronization syntax. Enable Objective-C setjmp exception handling runtime. Enable OpenACC. Enable OpenMP (implies -frecursive in Fortran). Enable OpenMP's SIMD directives. Enable PIC support for building libraries. Enable Plan 9 language extensions. Enable Rcq constraint handling - most short code generation depends on this. Enable Rcw constraint handling - ccfsm condexec mostly depends on this. Enable Read-Modify-Write (RMW) instructions support/use. Enable SSA coalescing of user variables. Enable SSA code sinking on trees. Enable SSA dead code elimination optimization on trees. Enable SSA-BIT-CCP optimization on trees. Enable SSA-CCP optimization on trees. Enable SSA-PRE optimization on trees. Enable TPF-OS tracing code. Enable Virtual Hosting support. Enable XY Memory extension (DSP version 3). Enable alignment of COMMON blocks. Enable all -Wunused- warnings. Enable all DEC language extensions. Enable all optimization info dumps on stderr. Enable an RTL peephole pass before sched2. Enable asan allocas/VLAs protection. Enable asan builtin functions protection. Enable asan detection of use-after-return bugs. Enable asan globals protection. Enable asan load operations protection. Enable asan stack protection. Enable asan store operations protection. Enable assembler and linker relaxation. Enabled by default at -Os. Enable atomic instructions. Enable automatic template instantiation. Enable backend debugging. Enable backward propagation of use properties at the SSA level. Enable barrel shift instructions. Enable basic block vectorization (SLP) on trees. Enable basic program profiling code. Enable bbit peephole2. Enable cache bypass for volatile references. Enable code density instructions for ARCv2. Enable code hoisting. Enable common options for generating profile info for profile feedback directed optimizations, and set -fprofile-dir=. Enable common options for generating profile info for profile feedback directed optimizations. Enable common options for performing profile feedback directed optimizations, and set -fprofile-dir=. Enable common options for performing profile feedback directed optimizations. Enable compact casesi pattern. Enable conditional dead code elimination for builtin calls. Enable conditional execution other than moves/scc. Enable conditional moves. Enable constructor/destructor feature. Enable copy propagation of scalar-evolution information. Enable copy propagation on trees. Enable correction of flow inconsistent profile data input. Enable dead store elimination. Enable debug output. Enable decimal floating point hardware support. Enable default conversions between __float128 & long double. Enable divide and modulus instructions. Enable dominator optimizations. Enable double load/store instructions for ARC HS. Enable dual viterbi butterfly extension. Enable earlier placing stop bits for better scheduling. Enable early gimple folding of builtins. Enable exception handling. Enable forward propagation on trees. Enable front end optimization. Enable function profiling. Enable function reordering that improves code placement. Enable garbage collection (GC) in Objective-C/Objective-C++ programs. Enable generation of ARC SIMD instructions via target-specific builtins. Enable generation of R2 BMX instructions. Enable generation of R2 CDX instructions. Enable guessing of branch probabilities. Enable hardware floating point. Enable hoisting adjacent loads to encourage generating conditional move instructions. Enable hoisting loads from conditional pointers. Enable in and out of Graphite representation. Enable inline checks for nil receivers with the NeXT runtime and ABI version 2. Enable inlining of PLT in function calls. Enable inlining of function declared "inline", disabling disables all inlining. Enable kind-specific variants of integer intrinsic functions. Enable label alignment optimizations. Enable legacy math intrinsics for compatibility. Enable link-time optimization. Enable linker optimizations. Enable linker relaxation. Enable linker relaxations. Enable linker relaxing. Enable load/store bonding. Enable loop distribution for patterns transformed into a library call. Enable loop distribution on trees. Enable loop epilogue vectorization using smaller vector size. Enable loop header copying on trees. Enable loop interchange on trees. Enable loop invariant motion on trees. Enable loop nest transforms. Same as -floop-nest-optimize. Enable loop optimizations on tree level. Enable loop vectorization on trees. Enable lra. Enable machine specific peephole optimizations. Enable more verbose RTX cost dumps during debug. For GCC developers use only. Enable most warning messages. Enable multicore support. Enable multiply instructions. Enable nested conditional execution optimizations. Enable optimizing &&/|| in conditional execution. Enable parsing GIMPLE. Enable pre-reload use of cbranchsi pattern. Enable preprocessing. Enable range checking during compilation. Enable reassociation on tree level. Enable register pressure sensitive insn scheduling. Enable relaxing in the assembler. Enable scheduling across basic blocks. Enable separate data segment. Enable setting GPRs to the result of comparisons. Enable shadow stack built-in functions from Control-flow Enforcement Technology (CET). Enable sign extend instructions. Enable small integers to be in VSX registers. Enable split of 32 bit immediate loads into low / high part. Enable stack probing. Enable strict 32-bit psABI struct return checking. Enable string length optimizations on trees. Enable support for C++ concepts. Enable support for DEC STRUCTURE/RECORD. Enable support for GNU transactional memory. Enable support for the RH850 ABI. This is the default. Enable support for the old GCC ABI. Enable swap byte ordering extension instruction. Enable tail merging on trees. Enable the critical path heuristic in the scheduler. Enable the dependent count heuristic in the scheduler. Enable the division approximation. Enabling this reduces precision of division results to about 16 bits for single precision and to 32 bits for double precision. Enable the group heuristic in the scheduler. Enable the last instruction heuristic in the scheduler. Enable the loop nest optimizer. Enable the normal mode. Enable the rank heuristic in the scheduler. Enable the reciprocal square root approximation. Enabling this reduces precision of reciprocal square root results to about 16 bits for single precision and to 32 bits for double precision. Enable the speculative instruction heuristic in the scheduler. Enable the square root approximation. Enabling this reduces precision of square root results to about 16 bits for single precision and to 32 bits for double precision. If enabled, it implies -mlow-precision-recip-sqrt. Enable the use of 64-bit floating point registers in fmov instructions. See -mdalign if 64-bit alignment is required. Enable the use of RX FPU instructions. This is the default. Enable the use of indexed loads. Enable the use of pre/post modify with register displacement. Enable the use of the LRA register allocator. Enable the use of the fsca instruction. Enable the use of the fsrra instruction. Enable the use of the old, broken, ABI where all stacked function arguments are aligned to 32-bits. Enable the use of the short load instructions. Enable the use the standard RX ABI where all stacked function arguments are naturally aligned. This is the default. Enable the z vector language extension providing the context-sensitive vector macro and enable the Altivec-style builtins in vecintrin.h. Enable traditional preprocessing. Enable unaligned word and halfword accesses to packed data. Enable use of GPREL for read-only data in FDPIC. Enable use of NPS400 bit operations. Enable use of NPS400 xld/xst extension. Enable use of POST_INC / POST_DEC. Enable use of POST_MODIFY. Enable use of odd-numbered single-precision registers. Enable use of sdata/scommon/sbss. Enable user-defined instructions. Enable using IEEE 128-bit floating point instructions. Enable v850e3v5 loop instructions. Enable variable polynomial CRC extension. Enable vectorization on trees. Enable verbose output. Enable workaround for single erratum of AT697F processor (corresponding to erratum #13 of AT697E processor). Enable workarounds for the errata of the GR712RC processor. Enable workarounds for the errata of the UT699 processor. Enable workarounds for the errata of the UT699E/UT700 processor. Enable/Disable the traditional scheduling in loops that already passed modulo scheduling. Enable/disable GP-relative addressing. Enabled ID based shared library. Enables Position-Independent-Data (PID) mode. Enables or disables the use of the SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE and RMPA instructions. Enabled by default. Enables the dynamic vectorizer cost model. Preserved for backward compatibility. Enables verbose cost model dumping in the debug dump files. Encode SSE instructions with VEX prefix. End expression in DO loop End of nonblock DO statement at %C is interwoven with another DO loop End of nonblock DO statement at %C is within another block End of scalar initializer expected at %C End of search list. Enforce class member access control semantics. Entity %qs at %L has a deferred type parameter and requires either the POINTER or ALLOCATABLE attribute Entity %qs at %L is already present in the interface Entity with assumed character length at %L must be a dummy argument or a PARAMETER Enum value is not CONST_DECL or INTEGER_CST Enum value name is not IDENTIFIER_NODE Enum value type is not INTEGER_TYPE nor convertible to the enum Enumerator exceeds the C integer type at %C Equivalence for %qs does not match ordering of COMMON %qs at %L Equivalent to -mgpopt=local. Equivalent to -mgpopt=none. Errmsg-variable at %L shall not be %sd within the same %s statement Error Error converting PARAMETER constant in complex constant at %C Error converting integer Error in pointer initialization at %C Error in type-spec at %L Error writing module file %qs for writing: %s Error writing modules file: %s Error writing output file '%s' Evaluation of nonstandard initialization expression at %L Evaluation of string longer than 2**28 at %L deferred to runtime, expect bugs Event Event variable argument at %L must be a coarray but not coindexed Event variable argument at %L must be a coarray or coindexed Event variable at %L must be a scalar of type EVENT_TYPE Exit condition of DO WHILE loop at %L must be a scalar LOGICAL expression Exit on the first error occurred. Expand 32bit/64bit integer divide into 8bit unsigned integer divide with run-time check. Expand adddi3 and subdi3 at rtl generation time into add.f / adc etc. Expected ")" at %C Expected "," at %C Expected %<(%> at %C Expected %<)%> or %<,%> at %C Expected %<,%> at %C Expected %<,%> or end of statement at %C Expected %<::%> after binding-attributes at %C Expected %<::%> at %C Expected %<=>%> at %C Expected %<END INTERFACE ASSIGNMENT (=)%> at %C Expected '*' in coindex specification in ALLOCATE statement at %L Expected :: in TYPE definition at %C Expected = sign in PARAMETER statement at %C Expected DO loop at %C Expected P edit descriptor Expected PARAMETER symbol in complex constant at %C Expected SHAPE argument to C_F_POINTER with array FPTR at %L Expected TYPE IS, CLASS IS or END SELECT statement following SELECT TYPE at %C Expected a CASE or END SELECT statement following SELECT CASE at %C Expected a nameless interface at %C Expected a procedure for argument %qs at %L Expected a procedure pointer for argument %qs at %L Expected a right parenthesis in expression at %C Expected a step value in iterator at %C Expected access-specifier at %C Expected alternate return label at %C Expected an initialization expression at %C Expected another dimension in array declaration at %C Expected argument list at %C Expected array subscript at %C Expected array subscript stride at %C Expected association at %C Expected association list at %C Expected attribute bit name Expected binding attribute at %C Expected binding name at %C Expected binding target after %<=>%> at %C Expected block name %qs of SELECT construct at %C Expected block name of %qs in %s statement at %L Expected bounds specification for %qs at %L Expected coarray variable as %qs argument to the %s intrinsic at %L Expected comma in I/O list at %C Expected component reference at %C Expected data constant after repeat spec at %C Expected entity-list in AUTOMATIC statement at %C Expected entity-list in STATIC statement at %C Expected exponent in expression at %C Expected expression at %C in PARAMETER statement Expected expression in %s statement at %C Expected expression in array specification at %C Expected expression type Expected formal argument list in function definition at %C Expected generic name or operator descriptor at %C Expected initialization expression at %C Expected initialization expression in CASE at %C Expected integer Expected integer string Expected label %qs for %s statement at %C Expected left parenthesis Expected module procedure name at %C Expected name Expected parameter list in type declaration at %C Expected real string Expected right parenthesis Expected scalar initialization expression at %C Expected specific binding name at %C Expected string Expected structure component name at %C Expected structure component or operator name after '.' at %C Expected terminating name at %C Expected type-bound procedure or procedure pointer component at %C Expected variable in READ statement at %C Expected variable name at %C Expected variable name at %C in PARAMETER statement Expecting %<END INTERFACE %s%> at %C Expecting %<END INTERFACE OPERATOR (%s)%> at %C Expecting %<END INTERFACE OPERATOR (%s)%> at %C, but got %qs Expecting %<END INTERFACE OPERATOR (.%s.)%> at %C Expecting %s at %C Expecting %s statement at %L Expecting a comma in EQUIVALENCE at %C Expecting a scalar INTEGER expression at %C, found %s Expecting list of named entities at %C Explain what alignment considerations lead to the decision to make an insn short or long. Explicit interface required for %qs at %L: %s Explicit interface required for component %qs at %L: %s Explicit shaped array with nonconstant bounds at %C Export functions even if they can be inlined. Expression at %L in this context must be constant Expression at %L must be of INTEGER type, found %s Expression at %L must be scalar Expression in CASE selector at %L cannot be %s Expression in CASE statement at %L is not in the range of %s Expression in CASE statement at %L must be of kind %d Expression in CASE statement at %L must be of type %s Expression in CASE statement at %L must be scalar Extension: %s specifier in %s statement at %C has value %qs Extension: Conversion from %s to %s at %L Extension: Scalar non-default-kind, non-C_CHAR-kind CHARACTER actual argument with array dummy argument %qs at %L Extension: Unary operator following arithmetic operator (use parentheses) at %C Extension: Zero width after L descriptor at %L Extension: backslash character at %C Extension: exponent-letter %<q%> in real-literal-constant at %C External %qs at %L cannot have an initializer External IO UNIT cannot be an array at %L External object %qs at %L may not have an initializer Extraneous characters in format at %L F2008: C1210 IMPORT statement at %C is not permitted in a module procedure interface body FAIL IMAGE statement at %C FAILED= argument to NUM_IMAGES at %L FINAL clause at %L requires a scalar LOGICAL expression FINAL declaration at %C must be inside CONTAINS FINAL declaration at %C must be inside a derived type CONTAINS section FINAL procedure %qs at %L is not a SUBROUTINE FINAL procedure %qs declared at %L has the same rank (%d) as %qs FINAL procedure at %L must have exactly one argument FINAL procedure declaration at %C FLUSH statement at %C FORALL end expression at %L must be a scalar INTEGER FORALL index %qs may not appear in triplet specification at %L FORALL index-name at %L must be a scalar INTEGER FORALL index-name at %L must be a scalar variable of type integer FORALL mask clause at %L requires a scalar LOGICAL expression FORALL start expression at %L must be a scalar INTEGER FORALL stride expression at %L cannot be zero FORALL stride expression at %L must be a scalar %s FORM TEAM statement at %C FORMAT label %d at %L not defined FORMAT statement at %C cannot appear within an INTERFACE FORMAT statement at %L does not have a statement label FORMAT tag at %L must be of type default-kind CHARACTER or of INTEGER FP exceptions are enabled. FPTR argument at %L to C_F_POINTER shall not be polymorphic FPX fast and compact options cannot be specified together FPX: Enable Argonaut ARC CPU Double Precision Floating Point extensions. FPX: Generate Double Precision FPX (compact) instructions. FPX: Generate Double Precision FPX (fast) instructions. FPX: Generate Single Precision FPX (compact) instructions. FPX: Generate Single Precision FPX (fast) instructions. FUNCTION result %s can't be a POINTER in FUNCTION %s at %L FUNCTION result %s can't be an array in FUNCTION %s at %L FUNCTION result %s can't be of type %s in FUNCTION %s at %L Factor complex constructors and destructors to favor space over speed. Failed to create structure type '%s' at %C Failure getting length of a constant array. Fatal Error File %qs opened at %C is not a GNU Fortran module file Fine grain control of tune features. First argument of defined assignment at %L must be INTENT(OUT) or INTENT(INOUT) First argument of operator interface at %L cannot be optional First argument of operator interface at %L must be INTENT(IN) First or last !$OMP ATOMIC intrinsic argument must be %qs at %L Fix min_int calculation Fixed line length must be at least seven Flag %<-fmax-stack-var-size=%d%> overwrites %<-frecursive%> implied by %<-fopenmp%> Flag %<-fno-automatic%> overwrites %<-fmax-stack-var-size=%d%> Flag %<-fno-automatic%> overwrites %<-frecursive%> Flag %<-fno-automatic%> overwrites %<-frecursive%> implied by %<-fopenmp%> Flag %<-frecursive%> overwrites %<-fmax-stack-var-size=%d%> Floating point custom instruction configuration name. Floating point unit does not support divide & sqrt. Follow Renesas (formerly Hitachi) / SuperH calling conventions. Follow the C++17 evaluation order requirements for assignment expressions, shift, member function calls, etc. Follow the EABI linkage requirements. For dummy procedure %s, no binding name is allowed in BIND(C) at %C For intrinsics library: pass all parameters in registers. For nested functions on stack executable permission is set. For targets that normally need trampolines for nested functions, always generate them instead of using descriptors. Force all calls to be made via a jli instruction. Force assembly output to always use hex constants. Force bitfield accesses to match their type width. Force creation of temporary to test infrequently-executed forall code. Force functions to be aligned to a 4 byte boundary. Force indirect call and jump via register. Force the underlying type for "wchar_t" to be "unsigned short". Force the usage of delay slots for conditional branches. Forces Pointer Bounds Checker to treat all trailing arrays in structures as possibly flexible. By default only arrays fields with zero length or that are marked with attribute bnd_variable_size are treated as flexible. Forces Pointer Bounds Checker to use bounds of the innermost arrays in case of nested static arrays access. By default outermost array is used. Forces Pointer Bounds Checker to use narrowed bounds for address of the first field in the structure. By default pointer to the first field has the same bounds as pointer to the whole structure. Format statement in module main block at %C Fortran 2003: %s specifier in %s statement at %C has value %qs Fortran 2003: Character for %qs argument of %qs intrinsic at %L Fortran 2003: DT format specifier not allowed at %C Fortran 2003: Scalar CHARACTER actual argument with array dummy argument %qs at %L Fortran 2008 obsolescent feature: Fortran 2008: COMMON block %qs with binding label at %L sharing the identifier with global non-COMMON-block entity at %L Fortran 2008: Non-pointer actual argument at %L to pointer dummy %qs Fortran 2008: Null pointer at %L to non-pointer dummy %qs Fortran 2008: Pointer functions in variable definition context (%s) at %L Fortran 2008: Semicolon at %C without preceding statement Fortran 2018 deleted feature: Fortran 2018 obsolescent feature: Fortran 2018: Fortran 95 requires default INTEGER in %s tag at %L Found no matching specific binding for the call to the GENERIC %qs at %L Free line length must be at least three Function %qs as initialization expression at %L Function %qs at %L cannot be called recursively, as it is not RECURSIVE Function %qs at %L cannot have an initializer Function %qs at %L has no IMPLICIT type Function %qs at %L has no IMPLICIT type; did you mean %qs? Function %qs at %L is INTRINSIC but is not compatible with an intrinsic Function %qs at %L must be PURE Function %qs in initialization expression at %L must be an intrinsic function Function %qs is declared CHARACTER(*) and cannot be used at %L since it is not a dummy argument Function %qs requires an argument list at %C Function %s at %L has entries with mismatched array specifications Function %s at %L with entries returning variables of different string lengths Function result %qs at %L cannot have an initializer Function result %qs at %L has no IMPLICIT type Function result %qs at %L is invalid as X argument to C_FUNLOC Function result %qs at %L shall not be a coarray or have a coarray component Function result %qs is invalid as proc-target in procedure pointer assignment at %L Function result variable %qs at %L of elemental function %qs shall not have an ALLOCATABLE or POINTER attribute Function starts are aligned to this power of 2. Function versions cannot be marked as gnu_inline, bodies have to be generated Functions which return values must end with return statements. Fuse certain integer operations together for better performance on power8. Fuse certain operations together for better performance on power9. Fuse medium/large code model toc references with the memory instruction. GCC cannot support operators with integer types and fixed-point types that have too many integral and fractional bits together GCC is not configured to support %s as offload target GCC supports only %u nested scopes GCC vector passed by reference: non-standard ABI extension with no compatibility guarantee GCC vector returned by reference: non-standard ABI extension with no compatibility guarantee GCSE disabled GENERIC %qs at %L can't overwrite specific binding with the same name GENERIC %qs at %L must target a specific binding, %qs is GENERIC, too GENERIC at %C must be inside a derived-type CONTAINS GENERIC binding at %C GENERIC procedure %qs is not allowed as an actual argument at %L GMP version %s, MPFR version %s, MPC version %s, isl version %s GNU C no longer supports -traditional without -E GNU Extension: GNU Objective C no longer supports traditional compilation GOTO statement at %L leaves CRITICAL construct for label at %L GOTO statement at %L leaves DO CONCURRENT construct for label at %L Garbage after PARAMETERIZED TYPE declaration at %C Generate 16-bit instructions. Generate 16bit i386 code. Generate 32-bit code. Generate 32-bit offsets in switch tables. Generate 32bit i386 code. Generate 32bit x86-64 code. Generate 32x16 multiply and mac instructions. Generate 64-bit code. Generate 64bit x86-64 code. Generate APCS conformant stack frames. Generate ARCompact 32-bit code for ARC600 processor. Generate ARCompact 32-bit code for ARC601 processor. Generate ARCompact 32-bit code for ARC700 processor. Generate AT&T-style stubs for Mach-O. Generate AltiVec instructions using big-endian element order. Generate AltiVec instructions using little-endian element order. Generate C header of platform-specific features. Generate C prototypes from BIND(C) declarations. Generate Cell microcode. Generate DWARF pubnames and pubtypes sections with GNU extensions. Generate DWARF pubnames and pubtypes sections. Generate ELF FDPIC code. Generate Extended arithmetic instructions. Currently only divaw, adds, subs and sat16 are supported. Generate GFLOAT double precision code. Generate H8/300H code. Generate H8S code. Generate H8S/2600 code. Generate H8SX code. Generate ILP32 code. Generate IT blocks appropriate for ARMv8. Generate LP64 code. Generate MIPS16 code. Generate PA1.0 code. Generate PA1.1 code. Generate PA2.0 code (requires binutils 2.10 or later). Generate PPC750CL paired-single instructions. Generate SBIT, CBIT instructions. Generate SH1 code. Generate SH2 code. Generate SH2a FPU-less code. Generate SH2e code. Generate SH3 code. Generate SH3e code. Generate SH4 FPU-less code. Generate SH4 code. Generate SH4-100 FPU-less code. Generate SH4-100 code. Generate SH4-200 FPU-less code. Generate SH4-200 code. Generate SH4-300 FPU-less code. Generate SH4-300 code. Generate SH4a FPU-less code. Generate SH4a code. Generate SH4al-dsp code. Generate SPE SIMD instructions on E500. Generate VRSAVE instructions when generating AltiVec code. Generate __mcount_loc section with all mcount or __fentry__ calls. Generate a #line directive pointing at the current working directory. Generate a call to abort if a noreturn function returns. Generate a single exit point for each function. Generate absolute source path names for gcov. Generate aggregate parameter passing code with at most 64-bit alignment. Generate assembler output that is compatible with the Renesas AS100 assembler. This may restrict some of the compiler's capabilities. The default is to generate GAS compatible syntax. Generate auto-inc/dec instructions. Generate big endian code. Generate big-endian code. Generate bit instructions. Generate bounds passing for calls. Generate bounds stores for pointer writes. Generate branch hints for branches. Generate call insns as direct calls. Generate call insns as indirect calls, if necessary. Generate call insns as indirect calls. Generate call insns as register indirect calls. Generate checks for all read accesses to memory. Generate checks for all write accesses to memory. Generate cld instruction in the function prologue. Generate code for 18 bit addressing. Generate code for 32 bit addressing. Generate code for CR16C architecture. Generate code for CR16C+ architecture (Default). Generate code for GNU as. Generate code for GNU assembler (gas). Generate code for GNU ld. Generate code for GNU runtime environment. Generate code for NeXT (Apple Mac OS X) runtime environment. Generate code for OpenMP offloading: enables -msoft-stack and -muniform-simt. Generate code for SH4 340 series (MMU/FPU-less). Generate code for SH4 400 series (MMU/FPU-less). Generate code for SH4 500 series (FPU-less). Generate code for Thumb state. Generate code for UNIX assembler. Generate code for a 32-bit ABI. Generate code for a 5206e. Generate code for a 520X. Generate code for a 528x. Generate code for a 5307. Generate code for a 5407. Generate code for a 64-bit ABI. Generate code for a 68000. Generate code for a 68010. Generate code for a 68020. Generate code for a 68030. Generate code for a 68040, without any new instructions. Generate code for a 68040. Generate code for a 68060, without any new instructions. Generate code for a 68060. Generate code for a 68302. Generate code for a 68332. Generate code for a 68851. Generate code for a ColdFire v4e. Generate code for a DLL. Generate code for a Fido A. Generate code for a cpu32. Generate code for an 11/10. Generate code for an 11/40. Generate code for an 11/45. Generate code for darwin loadable kernel extensions. Generate code for functions even if they are fully inlined. Generate code for given CPU. Generate code for old exec BSS PLT. Generate code for static functions even if they are never called. Generate code for the Android platform. Generate code for the M*Core M210 Generate code for the M*Core M340 Generate code for the kernel or loadable kernel extensions. Generate code for the supervisor mode (default). Generate code for the user mode. Generate code in 32 bit ARM state. Generate code in big endian mode. Generate code in big-endian mode. Generate code in little endian mode. Generate code in little-endian mode. Generate code suitable for executables (NOT shared libs). Generate code suitable for fast turn around debugging. Generate code that can be used in SVR4-style dynamic objects. Generate code that can keep local state uniform across all lanes. Generate code that conforms to Intel MCU psABI. Generate code that conforms to the given ABI. Generate code that is link-compatible with MIPS16 and microMIPS code. Generate code that uses 68881 floating-point instructions. Generate code that won't be linked against any other ID shared libraries, but may be used as a shared library. Generate code to check bounds before indexing arrays. Generate code to check exception specifications. Generate code to use a non-exec PLT and GOT. Generate code which uses hardware floating point instructions. Generate code which uses only the general registers. Generate code with library calls for floating point. Generate code without GP reg. Generate compile-time CFString objects. Generate compressed debug sections. Generate conditional move instructions. Generate cpp defines for server IO. Generate cpp defines for workstation IO. Generate debug information in DWARF v2 (or later) format. Generate debug information in STABS format. Generate debug information in VMS format. Generate debug information in XCOFF format. Generate debug information in default extended format. Generate debug information in default format. Generate debug information in default version of DWARF format. Generate debug information in extended STABS format. Generate debug information in extended XCOFF format. Generate debug information in separate .dwo files. Generate default double-precision SH2a-FPU code. Generate default single-precision SH2a-FPU code. Generate default single-precision SH4 code. Generate default single-precision SH4-100 code. Generate default single-precision SH4-200 code. Generate default single-precision SH4-300 code. Generate default single-precision SH4a code. Generate discontiguous stack frames. Generate divide results with reminder having the same sign as the divisor (not the dividend). Generate double-precision floating-point instructions. Generate extended entry point information for inlined functions Generate fast indirect calls. Generate floating point mathematics using given instruction set. Generate floating-point multiply-accumulation instructions. Generate inline floating point division, optimize for latency. Generate inline floating point division, optimize for throughput. Generate inline integer division, optimize for latency. Generate inline integer division, optimize for throughput. Generate inline square root, optimize for latency. Generate inline square root, optimize for throughput. Generate instructions supported by barrel shifter. Generate isel instructions. Generate lazy class lookup (via objc_getClass()) for use in Zero-Link mode. Generate little endian code. Generate little-endian code. Generate load/store multiple instructions. Generate load/store with update instructions. Generate make dependencies and compile. Generate make dependencies. Generate mcount/__fentry__ calls as nops. To activate they need to be patched in. Generate mul64 and mulu64 instructions. Generate norm instruction. Generate normal-mode code. Generate only single-precision SH2a-FPU code. Generate only single-precision SH4 code. Generate only single-precision SH4-100 code. Generate only single-precision SH4-200 code. Generate only single-precision SH4-300 code. Generate only single-precision SH4a code. Generate pc-relative code. Generate performance extension instructions. Generate performance extension version 2 instructions. Generate phony targets for all headers. Generate pointer bounds checks for variables with incomplete type. Generate position-independent code for executables if possible (large mode). Generate position-independent code for executables if possible (small mode). Generate position-independent code if possible (large mode). Generate position-independent code if possible (small mode). Generate prefetch instructions, if available, for arrays in loops. Generate re-entrant, PIC code. Generate reciprocals instead of divss and sqrtss. Generate run time type descriptor information. Generate sdata references. This is the default, unless you compile for PIC. Generate sections .s390_indirect_jump, .s390_indirect_call, .s390_return_reg, and .s390_return_mem to contain the indirect branch locations which have been patched as part of using one of the -mindirect-branch* or -mfunction-return* options. The sections consist of an array of 32 bit elements. Each entry holds the offset from the entry to the patched location. Generate self-relocatable code. Generate sin, cos, sqrt for FPU. Generate single-precision floating-point instructions. Generate software reciprocal divide and square root for better throughput. Generate special Objective-C methods to initialize/destroy non-POD C++ ivars, if needed. Generate string extension instructions. Generate string instructions for block moves. Generate swap instruction. Generate the integer modulo instructions. Generate the quad word memory atomic instructions (lqarx/stqcx). Generate the quad word memory instructions (lq/stq). Generate unwind tables that are exact at each instruction boundary. Generate v3 push25/pop25 instructions. Generate vzeroupper instruction before a transfer of control flow out of the function. Generic function %qs at %L is not consistent with a specific intrinsic interface Generic name %qs of function %qs at %L being the same name as derived type at %L Generic subroutine %qs at %L is not consistent with an intrinsic subroutine interface Give branches their default cost. Give external symbols a leading underscore. Global binding name %qs at %L is already being used as a %s at %L Global binding name %qs at %L is already being used at %L Global name %qs at %L is already being used as a %s at %L Global name %qs at %L is already being used at %L Graphite loop optimizations cannot be used (isl is not available) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all) Graphite loop optimizations cannot be used (isl is not available). Guide linker to relax instructions. HLE_ACQUIRE not used with ACQUIRE or stronger memory model HLE_RELEASE not used with RELEASE or stronger memory model HSA SSA name defined by instruction that is supposed to be using it HSA SSA name not among operands of instruction that is supposed to use it HSA SSA verification failed HSA has not been enabled during configuration HSA image ops not handled HSA instruction uses a register but is not among recorded register uses HSA instruction verification failed Handle atomic builtins that may be applied to unaligned data by calling library functions. Overrides -mtrap-unaligned-atomic. Hardware autoprefetcher scheduler model control flag. Number of lookahead cycles the model looks into; at '0' only enable instruction sorting heuristic. Disabled by default. Hexadecimal constant at %C uses non-standard syntax Histogram value statement does not correspond to the statement it is associated with Hollerith constant at %C Host associated variable %qs may not be in the DATA statement at %C How much can given compilation unit grow because of the inlining (in percent). How much can given compilation unit grow because of the interprocedural constant propagation (in percent). IBITS: Bad bit ICE: emit_insn used where emit_jump_insn needed: ID of shared library to build. ID shared libraries and FD-PIC mode can%'t be used together IEEE_ARITHMETIC module at %C IEEE_EXCEPTIONS module at %C IEEE_FEATURES module at %C IF clause at %L requires a scalar LOGICAL expression IF clause modifier %s at %L not appropriate for the current OpenMP construct IF clause without modifier at %L used together with IF clauses with modifiers IMPLICIT NONE (type) statement at %L following an IMPLICIT statement IMPLICIT statement at %C following an IMPLICIT NONE (type) statement IMPORT NONE with spec list at %C IMPORT statement at %C IMPORT statement at %C only permitted in an INTERFACE body IMPURE procedure at %C INDIRECT_REF in gimple IL INQUIRE statement at %L cannot contain both FILE and UNIT specifiers INQUIRE statement at %L requires a PENDING= specifier with the ID= specifier INQUIRE statement at %L requires either FILE or UNIT specifier INQUIRE statement not allowed in PURE procedure at %C INTEGER expression of %s clause at %L must be non-negative INTEGER expression of %s clause at %L must be positive INTEGER expression of SCHEDULE clause's chunk_size at %L must be positive INTEGER(KIND=8) is not available for %<-fdefault-integer-8%> option INTEGER(KIND=8) is not available for %<-finteger-4-integer-8%> option INTENT (%s) conflicts with INTENT(%s) at %L INTENT is not allowed inside of BLOCK at %C INTENT(%s) actual argument at %L might interfere with actual argument at %L. INTENT(IN) POINTER %qs in %s clause at %L INTENT(IN) POINTER %qs in COPYPRIVATE clause at %L INTENT(OUT) argument %qs of pure procedure %qs at %L may not be polymorphic INTERFACE procedure %qs at %L has the same name as the enclosing procedure IO definition for %q+D needs an address IOLENGTH tag invalid in INQUIRE statement at %C IOMSG must be a scalar-default-char-variable at %L IOMSG tag at %L ISO C does not allow %<%E (expression)%> ISO C does not allow extra %<;%> outside of a function ISO C does not permit %<_Alignof%> applied to a function type ISO C does not support %<#pragma STDC FLOAT_CONST_DECIMAL64%> ISO C does not support %<++%> and %<--%> on complex types ISO C does not support %<__FUNCTION__%> predefined identifier ISO C does not support %<__PRETTY_FUNCTION__%> predefined identifier ISO C does not support %<__int%d%> types ISO C does not support %<~%> for complex conjugation ISO C does not support complex integer types ISO C does not support decimal floating point ISO C does not support fixed-point types ISO C does not support plain %<complex%> meaning %<double complex%> ISO C does not support saturating types ISO C does not support the %<_Float%d%s%> type ISO C forbids %<goto *expr;%> ISO C forbids %<return%> with expression, in function returning void ISO C forbids an empty translation unit ISO C forbids assignment between function pointer and %<void *%> ISO C forbids braced-groups within expressions ISO C forbids casting nonscalar to the same type ISO C forbids casts to union type ISO C forbids comparison of %<void *%> with function pointer ISO C forbids conditional expr between %<void *%> and function pointer ISO C forbids conditional expr with only one void side ISO C forbids const or volatile function types ISO C forbids conversion of function pointer to object pointer type ISO C forbids conversion of object pointer to function pointer type ISO C forbids empty initializer braces ISO C forbids forward parameter declarations ISO C forbids forward references to %<enum%> types ISO C forbids initialization between function pointer and %<void *%> ISO C forbids label declarations ISO C forbids member declarations with no members ISO C forbids nested functions ISO C forbids omitting the middle term of a ?: expression ISO C forbids ordered comparisons of pointers to functions ISO C forbids passing argument %d of %qE between function pointer and %<void *%> ISO C forbids qualified function types ISO C forbids return between function pointer and %<void *%> ISO C forbids specifying range of elements to initialize ISO C forbids subscripting %<register%> array ISO C forbids zero-size array ISO C forbids zero-size array %qE ISO C prohibits argument conversion to union type ISO C requires a named argument before %<...%> ISO C restricts enumerator values to range of %<int%> ISO C++ 1998 does not support %<long long%> ISO C++ 1998 forbids the use of %<extern%> on explicit instantiations ISO C++ allows bit-field attributes only before the %<:%> token ISO C++ does not allow %<alignof%> with a non-type ISO C++ does not allow ?: with omitted middle operand ISO C++ does not allow C99 designated initializers ISO C++ does not allow GNU designated initializers ISO C++ does not permit %<%T::%D%> to be defined as %<%T::%D%> ISO C++ does not permit %<alignof%> applied to a function type ISO C++ does not support %<__int%d%> for %qs ISO C++ does not support plain %<complex%> meaning %<double complex%> ISO C++ forbids applying %<__alignof%> to an expression of function type ISO C++ forbids applying %<sizeof%> to an expression of function type ISO C++ forbids braced-groups within expressions ISO C++ forbids calling %<::main%> from within program ISO C++ forbids casting to an array type %qT ISO C++ forbids comparison between pointer and integer ISO C++ forbids comparison between pointer of type %<void *%> and pointer-to-function ISO C++ forbids compound-literals ISO C++ forbids computed gotos ISO C++ forbids conditional expression between pointer of type %<void *%> and pointer-to-function ISO C++ forbids conversion between pointer of type %<void *%> and pointer-to-function ISO C++ forbids converting a string constant to %qT ISO C++ forbids declaration of %qs with no type ISO C++ forbids decrementing a pointer of type %qT ISO C++ forbids decrementing an enum ISO C++ forbids empty unnamed enum ISO C++ forbids flexible array member %qs ISO C++ forbids flexible array members ISO C++ forbids in-class initialization of non-const static member %qD ISO C++ forbids incrementing a pointer of type %qT ISO C++ forbids incrementing an enum ISO C++ forbids initialization of member constant %qD of non-integral type %qT ISO C++ forbids nested type %qD with same name as enclosing class ISO C++ forbids omitting the middle term of a ?: expression ISO C++ forbids taking address of function %<::main%> ISO C++ forbids taking the address of a bound member function to form a pointer to member function. Say %<&%T::%D%> ISO C++ forbids taking the address of an unqualified or parenthesized non-static member function to form a pointer to member function. Say %<&%T::%D%> ISO C++ forbids the use of %qE on explicit instantiations ISO C++ forbids typename key in template template parameter; use -std=c++17 or -std=gnu++17 ISO C++ forbids using a floating-point literal in a constant-expression ISO C++ forbids using pointer of type %<void *%> in subtraction ISO C++ forbids using pointer to a function in subtraction ISO C++ forbids using pointer to a method in subtraction ISO C++ forbids variable length array ISO C++ forbids variable length array %qD ISO C++ forbids zero-size array ISO C++ forbids zero-size array %qD ISO C++ prohibits anonymous structs ISO C++ prohibits overloading operator ?: ISO C++ says that these are ambiguous, even though the worst conversion for the first is better than the worst conversion for the second: ISO C++17 does not allow %<register%> storage class specifier ISO C++17 does not allow dynamic exception specifications ISO C90 does not support %<[*]%> array declarators ISO C90 does not support %<_Alignas%> ISO C90 does not support %<_Generic%> ISO C90 does not support %<_Noreturn%> ISO C90 does not support %<_Static_assert%> ISO C90 does not support %<__func__%> predefined identifier ISO C90 does not support %<long long%> ISO C90 does not support %<static%> or type qualifiers in parameter array declarators ISO C90 does not support %qE ISO C90 does not support boolean types ISO C90 does not support complex types ISO C90 does not support flexible array members ISO C90 does not support the %<_Atomic%> qualifier ISO C90 doesn%'t support unnamed structs/unions ISO C90 forbids array %qE whose size can%'t be evaluated ISO C90 forbids array whose size can%'t be evaluated ISO C90 forbids compound literals ISO C90 forbids mixed declarations and code ISO C90 forbids specifying subobject to initialize ISO C90 forbids subscripting non-lvalue array ISO C90 forbids variable length array ISO C90 forbids variable length array %qE ISO C99 does not support %<_Alignas%> ISO C99 does not support %<_Generic%> ISO C99 does not support %<_Noreturn%> ISO C99 does not support %<_Static_assert%> ISO C99 does not support %qE ISO C99 does not support the %<_Atomic%> qualifier ISO C99 doesn%'t support unnamed structs/unions ISO_C_BINDING module at %C ISO_FORTRAN_ENV intrinsic module at %C If -ftree-vectorize is used, the minimal loop bound of a loop to be considered for vectorization. If -fvariable-expansion-in-unroller is used, the maximum number of times that an individual variable will be expanded during loop unrolling. If first argument of ATAN2 %L is zero, then the second argument must not be zero If number of candidates in the set is smaller, we always try to remove unused ivs during its optimization. If scheduling post reload, do superblock scheduling. Ignore 'D' in column one in fixed form. Ignore dllimport for functions. Ignored. Illegal allocate-object at %C for a PURE procedure Illegal character in BOZ constant at %C Illegal id in copy_walk_reduction_arg Illegal preprocessor directive Illegal reference type at %L as EQUIVALENCE object Illegal stride of zero at %L Image control statement %s at %C in CRITICAL block Image control statement %s at %C in DO CONCURRENT block Image control statement %s at %C in PURE procedure Image control statement CRITICAL at %C in DO CONCURRENT block Image control statement CRITICAL at %C in PURE procedure Image control statement EVENT %s at %C in CRITICAL block Image control statement EVENT %s at %C in DO CONCURRENT block Image control statement EVENT %s at %C in PURE procedure Image control statement RETURN at %C in CRITICAL block Image control statement RETURN at %C in DO CONCURRENT block Image control statement STOP at %C in CRITICAL block Image control statement STOP at %C in DO CONCURRENT block Image control statement SYNC at %C in CRITICAL block Image control statement SYNC at %C in DO CONCURRENT block Image control statement SYNC at %C in PURE procedure Imageset argument at %L must be a scalar or rank-1 INTEGER expression Imageset argument at %L must between 1 and num_images() Implement C++17 inheriting constructor semantics. Implement __atomic operations via libcalls to legacy __sync functions. Implement resolution of DR 150 for matching of template template arguments. Implicitly declared BIND(C) function %qs at %L may not be C interoperable Implicitly declared BIND(C) variable %qs at %L may not be C interoperable Implicitly declared function %s used in !$OMP DECLARE REDUCTION at %L Implicitly declared subroutine %s used in !$OMP DECLARE REDUCTION at %L Implicitly declared variable %qs at %L may not be C interoperable but it is a dummy argument to the BIND(C) procedure %qs at %L Implicitly typed PARAMETER %qs at %L doesn't match a later IMPLICIT type Implied SAVE for module variable %qs at %L, needed due to the default initialization Implied-shape array at %L In %s at %L procedures must be all FUNCTIONs as the generic name is also the name of a derived type In %s at %L procedures must be either all SUBROUTINEs or all FUNCTIONs In C++, nonzero means warn about deprecated conversion from string literals to 'char *'. In C, similar warning, except that the conversion is of course not deprecated by the ISO C standard. In Fortran 2003 COMMON %qs block at %L is a global identifier and must thus have the same binding name as the same-named COMMON block at %L: %s vs %s In SSA-PRE optimization on trees, enable partial-partial redundancy elimination. In constructor %qs In copy constructor %qs In destructor %qs In function %qs In lambda function In member function %qs In static member function %qs Include directory %qs: %s Incompatible allocate-object at %C for CHARACTER type-spec at %L Incompatible derived type in PARAMETER at %L Incompatible ranks %d and %d in assignment at %L Incompatible ranks in %s (%d and %d) at %L Incompatible types in DATA statement at %L; attempted conversion of %s to %s Incompatible typespec for array element at %L Incompatible use of TILE and COLLAPSE at %L Inconsistent equivalence rules involving %qs at %L and %qs at %L Inconsistent ranks for operator at %%L and %%L Incorrect EH edge %i->%i Incorrect function return value Increase the IEEE compliance for floating-point comparisons. Index in dimension %d is out of bounds at %L Indicate presence of a processor erratum. Indicate priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY. Inhibit the use of hardware floating point instructions. Initialization at %C is not allowed in a PURE procedure Initialization at %C isn't for a pointer variable Initialization of allocatable component at %C is not allowed Initialization of pointer at %C is not allowed in a PURE procedure Initialization of variable at %C is not allowed in a PURE procedure Initialization string at %L was truncated to fit the variable (%ld/%ld) Initialize components of derived type variables according to other init flags. Initialize local variables to zero (from g77). Initialized symbol %qs at %C can only be COMMON in BLOCK DATA Initialized variable %qs at %L is in a blank COMMON but initialization is only allowed in named common blocks Initializer not allowed for PARAMETER %qs at %C Initializing already initialized variable at %C Inject friend functions into enclosing namespace. Inline __atomic operations when a lock free instruction sequence is available. Inline all known string operations. Inline constants if it can be done in 2 insns or less. Inline memset/memcpy string operations, but perform inline version only for small blocks. Inline recursively only when the probability of call being executed exceeds the parameter. Insert NOP instructions at each function entry. Insert arc-based program profiling code. Insert code to probe each page of stack space as it is allocated to protect from stack-clash style attacks. Insert code to profile values of expressions. Insert hbrp instructions after hinted branch targets to avoid the SPU hang issue. Insert nops when it might improve performance by allowing dual issue (default). Insert relax hint for linker to do relaxation. Insert stack checking code into the program. Same as -fstack-check=specific. Insn addresses not set after shorten_branches Instrument function entry and exit with profiling calls. Instrument only functions marked with bnd_instrument attribute. Instrumentation clone does not reference original node Instrumentation thunk has wrong edge callee Instrumented node has wrong original declaration Integer division truncated to constant %qs at %L Integer expression required at %C Integer id (N) of fabsd custom instruction. Integer id (N) of fabss custom instruction. Integer id (N) of faddd custom instruction. Integer id (N) of fadds custom instruction. Integer id (N) of fatand custom instruction. Integer id (N) of fatans custom instruction. Integer id (N) of fcmpeqd custom instruction. Integer id (N) of fcmpeqs custom instruction. Integer id (N) of fcmpged custom instruction. Integer id (N) of fcmpges custom instruction. Integer id (N) of fcmpgtd custom instruction. Integer id (N) of fcmpgts custom instruction. Integer id (N) of fcmpled custom instruction. Integer id (N) of fcmples custom instruction. Integer id (N) of fcmpltd custom instruction. Integer id (N) of fcmplts custom instruction. Integer id (N) of fcmpned custom instruction. Integer id (N) of fcmpnes custom instruction. Integer id (N) of fcosd custom instruction. Integer id (N) of fcoss custom instruction. Integer id (N) of fdivd custom instruction. Integer id (N) of fdivs custom instruction. Integer id (N) of fexpd custom instruction. Integer id (N) of fexps custom instruction. Integer id (N) of fextsd custom instruction. Integer id (N) of fixdi custom instruction. Integer id (N) of fixdu custom instruction. Integer id (N) of fixsi custom instruction. Integer id (N) of fixsu custom instruction. Integer id (N) of floatid custom instruction. Integer id (N) of floatis custom instruction. Integer id (N) of floatud custom instruction. Integer id (N) of floatus custom instruction. Integer id (N) of flogd custom instruction. Integer id (N) of flogs custom instruction. Integer id (N) of fmaxd custom instruction. Integer id (N) of fmaxs custom instruction. Integer id (N) of fmind custom instruction. Integer id (N) of fmins custom instruction. Integer id (N) of fmuld custom instruction. Integer id (N) of fmuls custom instruction. Integer id (N) of fnegd custom instruction. Integer id (N) of fnegs custom instruction. Integer id (N) of frdxhi custom instruction. Integer id (N) of frdxlo custom instruction. Integer id (N) of frdy custom instruction. Integer id (N) of fsind custom instruction. Integer id (N) of fsins custom instruction. Integer id (N) of fsqrtd custom instruction. Integer id (N) of fsqrts custom instruction. Integer id (N) of fsubd custom instruction. Integer id (N) of fsubs custom instruction. Integer id (N) of ftand custom instruction. Integer id (N) of ftans custom instruction. Integer id (N) of ftruncds custom instruction. Integer id (N) of fwrx custom instruction. Integer id (N) of fwry custom instruction. Integer id (N) of round custom instruction. Integer kind %d at %C not available Integer outside symmetric range implied by Standard Fortran at %L Integer outside symmetric range implied by Standard Fortran converting %s to %s at %L Integer overflow when calculating the amount of memory to allocate Integer too big for integer kind %i at %C Integer too big for its kind at %C. This check can be disabled with the option -fno-range-check Integer too large at %C Integer value too large in expression at %C Integrate functions into their callers when code size is known not to grow. Integrate functions not declared "inline" into their callers when profitable. Integrate functions only required by their single caller. Intel MCU psABI isn%'t supported in %s mode Intel MPX does not support x32 Interchanging loops at %L Interface %qs at %L is declared in a later PROCEDURE statement Interface %qs at %L may not be a statement function Interface %qs at %L may not be generic Interface %qs at %L must be explicit Interface mismatch for procedure-pointer component %qs in structure constructor at %L: %s Interface mismatch in dummy procedure %qs at %L: %s Interface mismatch in global procedure %qs at %L: %s Interface mismatch in procedure pointer assignment at %L: %qs is not a subroutine Interface mismatch in procedure pointer assignment at %L: %s Interface must be specified for DEFERRED binding at %C Interface-name expected after %<(%> at %C Internal compiler error: Error reporting routines re-entered. Internal file at %L with namelist Internal procedure %qs in %s at %L Internal procedure %qs is invalid in procedure pointer assignment at %L Internal procedure %qs is used as actual argument at %L Internal unit with vector subscript at %L Interpret any INTEGER(4) as an INTEGER(8). Interpret any REAL(4) as a REAL(10). Interpret any REAL(4) as a REAL(16). Interpret any REAL(4) as a REAL(8). Interpret any REAL(8) as a REAL(10). Interpret any REAL(8) as a REAL(16). Interpret any REAL(8) as a REAL(4). Interpret imaginary, fixed-point, or other gnu number suffix as the corresponding number literal rather than a user-defined number literal. Intersperse literal pools with code in the text section. Interval in which to probe the stack expressed as a power of two. Intrinsic %qs (is %s) is used at %L Intrinsic %qs at %L cannot have an initializer Intrinsic %qs at %L is invalid in procedure pointer assignment Intrinsic %qs at %L is not allowed as an actual argument Intrinsic %qs at %L must have at least two arguments Intrinsic TRANSFER at %L has partly undefined result: source size %ld < result size %ld Intrinsic function %qs (%d) not recognized Intrinsic function %qs at %L is not permitted in an initialization expression Intrinsic function %s at %L is not permitted for CO_REDUCE Intrinsic function NULL at %L cannot be an actual argument to STORAGE_SIZE, because it returns a disassociated pointer Intrinsic operator %qs referenced at %L not found in module %qs Intrinsic operator interface at %L must be a FUNCTION Intrinsic procedure %qs not allowed in PROCEDURE statement at %L Intrinsic procedure at %L cannot be a MODULE PROCEDURE Intrinsic subroutine %qs at %L shall not have a type specifier Invalid C identifier in NAME= specifier at %C Invalid Hollerith constant at %L contains a wide character Invalid Hollerith constant: %L must contain at least one character Invalid Hollerith constant: Integer kind at %L should be default Invalid KIND parameter of %s at %L Invalid NULL at %L Invalid character %<$%> at %L. Use %<-fdollar-ok%> to allow it as an extension Invalid character 0x%s at %C Invalid character in name at %C Invalid clause in module with !$ACC DECLARE at %L Invalid codimension %d at %C, only %d codimensions exist Invalid context for NULL () intrinsic at %L Invalid context for NULL() pointer at %%L Invalid exponent-letter %<q%> in real-literal-constant at %C Invalid expression in gfc_element_size. Invalid expression in gfc_target_encode_expr. Invalid expression in gfc_target_interpret_expr. Invalid expression in the structure constructor for pointer component %qs at %L in PURE procedure Invalid form of PROGRAM statement at %C Invalid form of WRITE statement at %L, UNIT required Invalid form of array reference at %C Invalid form of coarray reference at %C Invalid image number %d in SYNC IMAGES Invalid initialization expression for ALLOCATABLE component %qs in structure constructor at %L Invalid initializer %s in Data statement at %C Invalid kind %d for CHARACTER constant at %C Invalid kind for %s at %L Invalid old style initialization for derived type component at %C Invalid operator for !$OMP DECLARE REDUCTION %s at %L Invalid procedure argument at %L Invalid procedure pointer assignment at %L Invalid range %s in option %s Invalid real kind %d at %C Invalid standard code on intrinsic %qs (%d) Invalid substring in data-implied-do at %L in DATA statement Invalid type-spec at %C Invalid value for %s specification at %C Issue warnings needed for strict compliance to the standard. Iterator step at %L cannot be zero Jump targets are aligned to this power of 2. Junk after ASSOCIATE statement at %C Junk after CALL at %C Junk after GENERIC binding at %C Junk after MAP statement at %C Junk after UNION statement at %C Junk after non-nested STRUCTURE statement at %C Just generate unwind tables for exception handling. Just use icc0/fcc0. KIND attribute at %C in a TYPE definition KIND parameter of %s at %L must be an initialization expression Keyword %qs at %C has already appeared in the current argument list Keyword argument %qs at %L is already associated with another actual argument Keyword argument %qs at %L is invalid in a statement function Keyword argument %qs at %L is not in the procedure Keyword argument %qs at %L is not in the procedure; did you mean %qs? Keyword argument requires explicit interface for procedure %qs at %L Keyword argument requires explicit interface for procedure pointer component %qs at %L Kind %d is not supported for CHARACTER at %C Kind %d not supported for type %s at %C Kind type parameter for entity at %L differs from the kind type parameter of the typespec Known AArch64 ABIs (for use with the -mabi= option): Known ABIs (for use with the -mabi= option): Known ARC CPUs (for use with the -mcpu= option): Known ARM ABIs (for use with the -mabi= option): Known ARM CPUs (for use with the -mcpu= and -mtune= options): Known ARM FPUs (for use with the -mfpu= option): Known ARM architectures (for use with the -march= option): Known C6X ISAs (for use with the -march= option): Known CPUs (for use with the -mcpu= and -mtune= options): Known FR-V CPUs (for use with the -mcpu= option): Known IQ2000 CPUs (for use with the -mcpu= option): Known Itanium CPUs (for use with the -mtune= option): Known M68K CPUs (for use with the -mcpu= option): Known M68K ISAs (for use with the -march= option): Known M68K microarchitectures (for use with the -mtune= option): Known MIPS ABIs (for use with the -mabi= option): Known MIPS CPUs (for use with the -march= and -mtune= options): Known MIPS IEEE 754 settings (for use with the -mabs= and -mnan= options): Known MIPS ISA levels (for use with the -mips option): Known TILE-Gx CPUs (for use with the -mcpu= option): Known TILEPro CPUs (for use with the -mcpu= option): Known TLS dialects (for use with the -mtls-dialect= option): Known __fp16 formats (for use with the -mfp16-format= option): Known address mode (for use with the -maddress-mode= option): Known arch types (for use with the -march= option): Known assembler dialects (for use with the -masm= option): Known cmodel types (for use with the -mcmodel= option): Known code models (for use with the -mcmodel= option): Known cpu types (for use with the -mcpu= option): Known data alignment choices (for use with the -malign-data= option): Known floating-point ABIs (for use with the -mfloat-abi= option): Known floating-point number of registers (for use with the -mconfig-fpu= option): Known indirect branch choices (for use with the -mindirect-branch=/-mfunction-return= options): Known preferred register vector length (to use with the -mprefer-vector-width= option) Known stack protector guard (for use with the -mstack-protector-guard= option): Known vectorization library ABIs (for use with the -mveclibabi= option): L%d cache latency unknown for %s LEN attribute at %C in a TYPE definition LEXER_DEBUGGING_ENABLED_P is not set to true LHS in noreturn call LINEAR clause modifier used on DO or SIMD construct at %L LINEAR clause specified together with ORDERED clause with argument at %L LINEAR dummy argument %qs with VALUE attribute with %s modifier at %L LINEAR variable %qs must be INTEGER at %L LOCK statement at %C LOCK_EVENT in variable definition context (%s) at %L LOCK_TYPE in variable definition context (%s) at %L LOGICAL dummy argument %qs at %L with non-C_Bool kind in BIND(C) procedure %qs LOGICAL operands are required in expression at %L LOGICAL result variable %qs at %L with non-C_Bool kind in BIND(C) procedure %qs LTO support has not been enabled in this configuration Label %d at %C already referenced as a format label Label %d at %C already referenced as branch target Label %d at %C previously used as a FORMAT label Label %d at %C previously used as branch target Label %d at %L defined but cannot be used Label %d at %L defined but not used Label %d referenced at %L is never defined Label %qs at %C doesn't match IF label %qs Label %qs at %C doesn't match WHERE label %qs Label at %L is not in the same block as the GOTO statement at %L Label name %qs at %C is ambiguous Left parenthesis required after %<*%> Legacy Extension: Letter %qc already has an IMPLICIT type at %C Letter %qc already set in IMPLICIT statement at %C Letters must be in alphabetic order in IMPLICIT statement at %C Level of hsa debug stores verbosity Lift restrictions on GOT size. Like -M but ignore system header files. Like -MD but ignore system header files. Like -pedantic but issue them as errors. Limit of %d continuations exceeded in statement at %C Line truncated at %L Lines executed:%s of %d Link in code for a __main kernel. Link to emit program in ELF format (rather than mmo). Link with HAL BSP. Link with a limited version of the C library. Link with libads.a, libc.a and crt0.o. Link with libc.a and libdebug.a. Link with libc.a and libsim.a. Link with libmvme.a, libc.a and crt0.o. Link with libsim.a, libc.a and sim-crt0.o. Link with libyk.a, libc.a and crt0.o. Link with the fast floating-point library. Link with the library-pic libraries. Link-time optimization with number of parallel jobs or jobserver. List all available debugging counters with their limits and counts. Local declaration from a different function Lock variable at %L must be a scalar of type LOCK_TYPE Logical SELECT CASE block at %L has more that two cases Logical range in CASE statement at %L is not allowed Logicals at %%L must be compared with %s instead of %s Look for and use PCH files even when preprocessing. Looks for opportunities to reduce stack adjustments and stack references. Loop code aligned to this power of 2. Loop iterates infinitely Loop parallelized across gangs is not allowed inside another loop parallelized across gangs at %L Loop parallelized across gangs is not allowed inside loop parallelized across workers at %L Loop parallelized across vectors is not allowed inside another loop parallelized across vectors at %L Loop parallelized across workers is not allowed inside another loop parallelized across vectors at %L Loop parallelized across workers is not allowed inside another loop parallelized across workers at %L Loop variable Loop variable at %C cannot be a coarray Loop variable at %C cannot be a sub-component Loop variable at %C cannot be an array Loop variable has been modified Loops iterating at least selected number of iterations will get loop alignment.. Lower array reference at %L is out of bounds (%ld < %ld) in dimension %d Lower array reference at %L is out of bounds (%ld > %ld) in dimension %d Lower bound has to be present at %L MCU '%s' does not have hardware multiply support, but -mhwmult is set to %s MCU '%s' supports %s ISA but -mcpu option is set to %s MCU '%s' supports %s hardware multiply, but -mhwmult is set to 16-bit MCU '%s' supports %s hardware multiply, but -mhwmult is set to 32-bit MCU '%s' supports %s hardware multiply, but -mhwmult is set to f5series MIPS16 -mxgot code MIPS16 PIC for ABIs other than o32 and o64 MMIX Internal: %s is not a shiftable int MMIX Internal: Bad register: %d MMIX Internal: Bad value for 'm', not a CONST_INT MMIX Internal: Cannot decode this operand MMIX Internal: Expected a CONST_INT, not this MMIX Internal: Expected a constant, not this MMIX Internal: Expected a register, not this MMIX Internal: Last named vararg would not fit in a register MMIX Internal: Missing %qc case in mmix_print_operand MMIX Internal: This is not a constant: MMIX Internal: This is not a recognized address MMIX Internal: Trying to output invalidly reversed condition: MMIX Internal: What is the CC of this? MMIX Internal: What's the CC of this? MMX vector argument without MMX enabled changes the ABI MMX vector return without MMX enabled changes the ABI MODIFY_EXPR not expected while having tuples MODULE PROCEDURE at %C must be in a generic module interface MODULE PROCEDURE declaration at %C MODULE prefix at %C MOLD argument to NULL required at %L MOLD tag at %L MOLD tag at %L conflicts with SOURCE tag at %L MOLD tag at %L conflicts with the typespec at %L MOLD= required in NULL() argument at %L: Ambiguity between specific functions %s and %s MSA MIPS16 code MSP430 builtin functions only work inside interrupt handlers MULT case in cris_op_str Magnitude of second argument of %s exceeds bit size at %L Magnitude of second argument of ISHFTC exceeds BIT_SIZE of first argument at %C Main variant is not defined Maintain backchain pointer. Make "char" signed by default. Make "char" unsigned by default. Make all function calls indirect. Make integers 32 bits wide. Make structs a multiple of 4 bytes (warning: ABI altered). Make sure loads and stores are not moved past DMA instructions. Make the linker relaxation machine assume that a program counter wrap-around occurs. Malformed GENERIC statement at %C Malloc data into P2 space. Mark MAC register as call-clobbered. Mark __tls_get_addr calls with argument info. Mark all loops as parallel. Marks all inlined functions and methods as having hidden visibility. Max basic blocks number in loop for loop invariant motion. Max loops number for regional RA. Max number of bytes to compare with loops. Max number of bytes to compare without loops. Max number of bytes to move inline. Max number of pairs of load insns for compare. Max size of conflict table in MB. Max. count of debug markers to expand or inline. Max. number of generated reload insns per insn is achieved (%d) Max. recursion depth for expanding var tracking expressions. Max. size of loc list for which reverse ops should be added. Max. size of var tracking hash tables. Maximal code growth caused by tail duplication (in percent). Maximal estimated growth of function body caused by early inlining of single call. Maximal estimated outcome of branch considered predictable. Maximal growth due to inlining of large function (in percent). Maximal size of a partition for LTO (in estimated instructions). Maximal stack frame growth due to inlining (in percent). Maximum allowed growth of number and total size of new parameters that ipa-sra replaces a pointer to an aggregate with. Maximum amount of iterations of the pass over a function. Maximum amount of similar bbs to compare a bb with. Maximum depth of search in the dominator tree for expressions to hoist. Maximum depth of sqrt chains to use when synthesizing exponentiation by a real constant. Maximum extension level reached with type %qs at %L Maximum length of candidate scans for straight-line strength reduction. Maximum length of partial antic set when performing tree pre optimization. Maximum number of LRA assignment passes is achieved (%d) Maximum number of active local stores in RTL dead store elimination. Maximum number of aggregate content items for a parameter in jump functions and lattices. Maximum number of arguments a PHI may have before the FSM threader will not try to thread through its block. Maximum number of arguments in a PHI supported by TREE if-conversion unless the loop is marked with simd pragma. Maximum number of assertions to add along the default edge of a switch statement during VRP Maximum number of basic blocks on a finite state automaton jump thread path. Maximum number of bits for which we avoid creating FMAs. Maximum number of conditional store pairs that can be sunk. Maximum number of constant stores to merge in the store merging pass. Maximum number of datarefs in loop for building loop data dependencies. Maximum number of disambiguations to perform per memory access. Maximum number of fields in a structure before pointer analysis treats the structure as a single variable. Maximum number of insns in a basic block to consider for RTL if-conversion. Maximum number of instructions in basic block to be considered for SLP vectorization. Maximum number of instructions in the ready list that are considered eligible for renaming. Maximum number of instructions to copy when duplicating blocks on a finite state automaton jump thread path. Maximum number of loop peels to enhance alignment of data references in a loop. Maximum number of may-defs visited when devirtualizing speculatively Maximum number of namespaces to search for alternatives when name lookup fails. Maximum number of nested calls to search for control dependencies during uninitialized variable analysis. Maximum number of new jump thread paths to create for a finite state automaton. Maximum number of nops to insert for a hint (Default 2). Maximum number of statements allowed in a block that needs to be duplicated when threading jumps. Maximum number of statements that will be visited by IPA formal parameter analysis based on alias analysis in any given function. Maximum number of statements to be included into a single static constructor generated by Pointer Bounds Checker. Maximum number of strings for which strlen optimization pass will track string lengths. Maximum number of times that an insn could be scheduled. Maximum permissible cost for the sequence that would be generated by the RTL if-conversion pass for a branch that is considered predictable. Maximum permissible cost for the sequence that would be generated by the RTL if-conversion pass for a branch that is considered unpredictable. Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen. Maximum recursion depth allowed when querying a property of an SSA name. Maximum size (in bytes) of objects tracked bytewise by dead store elimination. Maximum size in bytes of constant values allowed as operands. Maximum size of a SCC before SCCVN stops processing a function. Maximum size of a list of values associated with each parameter for interprocedural constant propagation. Maximum size of global and static variables which can be placed into the small data area. Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for size. Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for speed. Maximum subrecord length cannot exceed %d Maximum supported identifier length is %d Maximum unroll factor for the unroll-and-jam transformation. Memory allocation failed Merge C++ types using One Definition Rule. Merge adjacent stores. Merge subcomand usage: Min. ratio of insns to mem ops to enable prefetching in a loop. Min. ratio of insns to prefetches to enable prefetching for a loop with an unknown trip count. Minimal distance between possibly conflicting store and load. Minimal fall-through edge probability in percentage used to add BB to inheritance EBB in LRA. Minimal size of a partition for LTO (in estimated instructions). Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap. Minimum heap size before we start collecting garbage, in kilobytes. Minimum number of iterations per thread of an innermost parallelized loop. Minimum percentage of memrefs that must go away for unroll-and-jam to be considered profitable. Mismatch in ELEMENTAL attribute between MODULE PROCEDURE at %L and its interface in %s Mismatch in MODULE PROCEDURE formal argument names (%s/%s) at %C Mismatch in PURE attribute between MODULE PROCEDURE at %L and its interface in %s Mismatch in RECURSIVE attribute between MODULE PROCEDURE at %L and its interface in %s Mismatch in number of MODULE PROCEDURE formal arguments at %C Mismatch in the procedure pointer assignment at %L: mismatch in the calling convention Missing !$OMP END ATOMIC after !$OMP ATOMIC CAPTURE at %C Missing %<&%> in continued character constant at %C Missing %<(%> in statement at or before %L Missing %<)%> in statement at or before %L Missing %qs argument to %qs intrinsic at %L for %qs of type %qs Missing %qs argument to the %s intrinsic at %L Missing INITIALIZER clause for !$OMP DECLARE REDUCTION of derived type without default initializer at %L Missing actual argument %qs in call to %qs at %L Missing actual argument for argument %qs at %L Missing alternate return spec in subroutine call at %L Missing argument list in function %qs at %C Missing argument to %qs at %C Missing array specification at %L in CODIMENSION statement Missing array specification at %L in DIMENSION statement Missing character range in IMPLICIT at %C Missing closing paren for binding label at %C Missing codimension specification at %C Missing comma at %L Missing counts for called function %s Missing dimension specification at %C Missing entity or common block name for attribute specification statement at %C Missing exponent in real number at %C Missing format label at %C Missing format with default unit at %C Missing generic specification in USE statement at %C Missing keyword name in actual argument list at %C Missing kind-parameter at %C Missing leading left parenthesis Missing positive width after L descriptor at %L Missing required parentheses before BIND(C) at %C Missing right parenthesis at %C Missing right parenthesis or comma at %C Missing symbol Module %qs at line %d column %d: %s Module file %qs has not been generated, either because the module does not contain a MODULE PROCEDURE or there is an error in the module. Module nature in USE statement at %C shall be either INTRINSIC or NON_INTRINSIC More actual than formal arguments in procedure call at %L More than one edge out of thunk node Move loop invariant computations out of loops. Multiple identifiers provided with single NAME= specifier at %C Multiple loop axes specified for routine NAME not allowed on BIND(C) for ABSTRACT INTERFACE at %C NAME= specifier at %C should be a constant expression NAME= specifier at %C should be a scalar of default character kind NAMELIST %qs in READ statement at %L contains the symbol %qs which may not appear in a variable definition context NAMELIST array object %qs with assumed shape in namelist %qs at %L NAMELIST array object %qs with nonconstant shape in namelist %qs at %L NAMELIST object %qs has PRIVATE components and cannot be a member of PUBLIC namelist %qs at %L NAMELIST object %qs has use-associated PRIVATE components and cannot be member of namelist %qs at %L NAMELIST object %qs in namelist %qs at %L has ALLOCATABLE or POINTER components and thus requires a defined input/output procedure NAMELIST object %qs in namelist %qs at %L is polymorphic and requires a defined input/output procedure NAMELIST object %qs in namelist %qs at %L with ALLOCATABLE or POINTER components NAMELIST object %qs was declared PRIVATE and cannot be member of PUBLIC namelist %qs at %L NAMELIST object %qs with nonconstant character length in namelist %qs at %L NEWUNIT specifier at %L NEWUNIT specifier must have FILE= or STATUS='scratch' at %C NON_OVERRIDABLE and DEFERRED can't both appear at %C NOPASS or explicit interface required at %C NOTE_INSN_BASIC_BLOCK %d in middle of basic block %d NOTE_INSN_BASIC_BLOCK is missing for block %d NO_ARG_CHECK attribute NULL appears on right-hand side in assignment at %L NULL intrinsic with allocatable MOLD at %L NULL pointer at %L is not permitted as actual argument of %qs intrinsic function NULL used in arithmetic NULL() initialization at %C is ambiguous NULL() initialization at %C may not have MOLD Name %qs at %C is already defined as a generic interface at %L Name %qs at %C is an ambiguous reference to %qs from current program unit Name %qs at %C is an ambiguous reference to %qs from module %qs Name %qs at %C is the name of the procedure Name %qs in %s statement at %C is not a construct name Name %qs in %s statement at %C is unknown Name %qs of ABSTRACT INTERFACE at %C cannot be the same as an intrinsic type Name after !$omp critical and !$omp end critical does not match at %C Name at %C is too long Name of system library to link against. Name of the startfile. Name too long Named COMMON block %qs at %L shall be of the same size as elsewhere (%lu vs %lu bytes) Named block DO at %L requires matching ENDDO name Named constant %qs at %L cannot be an EQUIVALENCE object Named constant %qs in variable definition context (%s) at %L Named constant at %C in an EQUIVALENCE Namelist %qs can not be an argument at %L Namelist %qs can not be an argument to subroutine or function at %L Namelist %s cannot be renamed by USE association to %s Namelist group name %qs at %C already has a basic type of %s Namelist group name %qs at %C already is USE associated and cannot be respecified. Namelist group name at %L cannot have the SAVE attribute Need either entity or common block name for attribute specification statement at %C Negative argument N at %L Negative exponent of integer has zero result at %L Nested CRITICAL block at %C No FPX/FPU mixing allowed No binding name is allowed in BIND(C) at %C No branches No calls No default crt0.o. No dispatcher found for %s No dispatcher found for the versioning attributes No dispatcher found for the versioning attributes : %s No edge out of thunk node No executable lines No initializer for allocatable component %qs given in the structure constructor at %C No initializer for component %qs given in the structure constructor at %C No location in expression near %L No location in statement No longer supported. No region crossing jump at section boundary in bb %i Node has more than one chkp reference Non-ELEMENTAL user-defined assignment in WHERE at %L Non-PARAMETER symbol %qs at %L can't be implied-shape Non-POINTER in pointer association context (%s) at %L Non-RECURSIVE procedure %qs at %L is possibly calling itself recursively. Declare it RECURSIVE or use %<-frecursive%> Non-THREADPRIVATE object %qs in COPYIN clause at %L Non-character assumed shape array element in FORMAT tag at %L Non-character assumed size array element in FORMAT tag at %L Non-character in FORMAT tag at %L Non-character pointer array element in FORMAT tag at %L Non-constant lower bound in implied-shape declaration at %L Non-default LOGICAL kind in %s tag at %L Non-extensible derived-type %qs at %L must not be ABSTRACT Non-numeric character in statement label at %C Non-polymorphic passed-object dummy argument of %qs at %L Non-scalar FINAL procedure at %L should have assumed shape argument Non-significant digits in %qs number at %C, maybe incorrect KIND Non-variable expression in variable definition context (%s) at %L Non-zero imaginary part discarded in conversion from %qs to %qs at %L Nonallocatable variable must not be polymorphic in intrinsic assignment at %L - check that there is a matching specific subroutine for '=' operator Noncoarray component %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent) Noncoarray component %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists) Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent) Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists) Nonconforming tab character at %C Nonconforming tab character in column %d of line %d Nonconforming tab character in format at %C Nonconstant array section at %L in DATA statement Noncontiguous deferred shape array %qs in %s clause at %L Nonexistent include directory %qs Noninteger exponent in an initialization expression at %L Noninteroperable array FPTR at %L to C_F_POINTER: %s Noninteroperable array at %L as argument to C_LOC: %s Noninteroperable procedure at %L to C_FUNLOC Noninteroperable procedure pointer at %L to C_F_PROCPOINTER Nonintrinsic elemental procedure %qs is invalid in procedure pointer assignment at %L Nonnegative width required Nonpolymorphic reference to abstract type at %C Nonstandard type declaration %s*%d at %C Not enough elements in array initializer at %C Not expected TAG. Not instrumented node has non-NULL original declaration Number of partitions the program should be split to. Number of registers used to pass integer arguments. Numeric PARAMETER required in complex constant at %C Numeric operands are required in expression at %L Numeric or CHARACTER operands are required in expression at %L OLD argument of the %s intrinsic function at %L shall be definable OMP DECLARE TARGET COMMON at %L previously mentioned in LINK clause and later in TO clause OMP DECLARE TARGET COMMON at %L previously mentioned in TO clause and later in LINK clause OMP DECLARE TARGET variable at %L is an element of a COMMON block OMP DECLARE TARGET variable at %L previously mentioned in LINK clause and later in TO clause OMP DECLARE TARGET variable at %L previously mentioned in TO clause and later in LINK clause OMP TARGET UPDATE at %L requires at least one TO or FROM clause OPEN statement at %C must have UNIT or NEWUNIT specified OPEN statement not allowed in PURE procedure at %C OPERATOR argument at %L must be a PURE function OPTIONAL is not allowed inside of BLOCK at %C ORDERED clause argument not constant positive integer at %C ORDERED clause parameter is less than COLLAPSE at %L Object %qs is not a variable at %L Objective-C declarations may only appear in global scope Obsolescent feature: Offline tool to handle gcda counts Old-style character length at %C Old-style initialization at %C Old-style type declaration %s*%d not supported at %C Omit frame pointer for leaf functions. Omit range reduction step when performing complex division. Omit the frame pointer in leaf functions. One of actual subroutine arguments in INITIALIZER clause of !$OMP DECLARE REDUCTION must be OMP_PRIV at %L Only DWARF debug format is supported for interrupt service routine. Only SOURCE or SINK dependence types are allowed on ORDERED directive at %L Only array FINAL procedures declared for derived type %qs defined at %L, suggest also scalar one Only generate absolute relocations on word sized values. Only intrinsic operators can be used in expression at %L Only issue one instruction per cycle. Only retained for backward compatibility. Only the !$ACC ROUTINE form without list is allowed in interface block at %C Only the !$OMP DECLARE TARGET form without clauses is allowed in interface block at %C Only use 32 FPRs. Only use 32 GPRs. OpenACC construct inside of non-OpenACC region OpenACC directive inside of CRITICAL block at %C OpenACC directives at %C may not appear in PURE procedures OpenACC loop directive must be associated with an OpenACC compute region OpenACC region inside of OpenACC routine, nested parallelism not supported yet OpenMP constructs other than %<#pragma omp ordered simd%> may not be nested inside %<simd%> region OpenMP directives other than SIMD or DECLARE TARGET at %C may not appear in PURE or ELEMENTAL procedures Operand of .not. operator at %%L is %s Operand of unary numeric operator %%<%s%%> at %%L is %s Operand of user operator %%<%s%%> at %%L is %s Operands of binary numeric operator %%<%s%%> at %%L are %s/%s Operands of comparison operator %%<%s%%> at %%L are %s/%s Operands of logical operator %%<%s%%> at %%L are %s/%s Operands of string concatenation operator at %%L are %s/%s Operands of user operator %%<%s%%> at %%L are %s/%s Operator interface at %L conflicts with intrinsic interface Operator interface at %L has the wrong number of arguments Operator interface at %L must have, at most, two arguments Optimize amount of stdarg registers saved to stack at start of function. Optimize conditional patterns using SSA PHI nodes. Optimize for debugging experience rather than speed or size. Optimize for space rather than speed. Optimize for speed disregarding exact standards compliance. Optimize frame header. Optimize induction variables on trees. Optimize lui/addiu address loads. Optimize opcode sizes at link time. Optimize partition neutering. Optimize sibling and tail recursive calls. Optimize tail call instructions in assembler and linker. Option %<-fallow-leading-underscore%> is for use only by gfortran developers, and should not be used for implicitly typed variables Option %s not used consistently in all LTO input files Option %s with different values Options: Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY lower bound is %ld) Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY upper bound is %ld) Out of stack space. Output .debug_types section when using DWARF v4 debuginfo. Output lto objects containing both the intermediate language and binary output. Output stack usage information on a per-function basis. Output vtable verification counters. Output vtable verification pointer sets information. Overlap subcomand usage: Overlapping unequal initializers in EQUIVALENCE at %C Overlapping unequal initializers in EQUIVALENCE at %L Override -mbest-lib-options. P descriptor requires leading scale factor PAD= at %C not allowed in Fortran 95 PARAMETER %qs is used at %L before its definition is complete PARAMETER at %L is missing an initializer PARAMETER object %qs is not allowed at %L PARAMETER symbol in complex constant at %C PARAMETER without '()' at %C PAUSE statement at %C PC relative literal loads. PCS variant PHI argument is missing for edge %d->%d PHI argument is not SSA_NAME, or invariant PHI node with location PHI node with wrong VUSE on edge from BB %d PIC code generation is not compatible with fast indirect calls PIC code generation is not supported in the portable runtime model PIC is not supported for %s. Generating non-PIC code only.. PIC is only supported for RTPs PIC is required but not supported with CONST16 instructions PIC register clobbered by %qs in %<asm%> PIC register isn't set up PIC support for -fstack-limit-symbol POINTER attribute is required for procedure pointer component at %C POINTER object %qs in %s clause at %L POINTER object %qs of derived type in %s clause at %L POINTER object %qs of polymorphic type in %s clause at %L POINTER-valued function appears on right-hand side of assignment at %L PRE disabled PRINT namelist at %C is an extension PRINT statement at %C not allowed within PURE procedure PRINT_OPERAND null pointer PRINT_OPERAND, invalid insn for %%C PRINT_OPERAND, invalid insn for %%N PRINT_OPERAND: Unknown punctuation '%c' PRINT_OPERAND_ADDRESS, null pointer PRIVATE statement at %C is only allowed in the specification part of a module PRIVATE statement at %C must precede procedure bindings PRIVATE statement at %C must precede structure components PRIVATE statement in TYPE at %C must be inside a MODULE PROCEDURE %qs at %L may not be used as its own interface PROCEDURE at %C must be in a generic interface PROCEDURE attribute conflicts with INTENT attribute in %qs at %L PROCEDURE attribute conflicts with NAMELIST attribute in %qs at %L PROCEDURE attribute conflicts with PROTECTED attribute at %L PROCEDURE attribute conflicts with RESULT attribute in %qs at %L PROCEDURE attribute conflicts with SAVE attribute in %qs at %L PROCEDURE list at %C PROCEDURE statement at %C PROCEDURE(interface) at %C should be declared DEFERRED PROTECTED at %C only allowed in specification part of a module PROTECTED attribute at %C PROTECTED attribute conflicts with EXTERNAL attribute at %L PROTECTED statement at %C PTX does not support weak declarations (only weak definitions) PUBLIC %s %qs at %L of PRIVATE derived type %qs PUBLIC function %qs at %L of PRIVATE type %qs PUBLIC statement at %C is only allowed in the specification part of a module PURE and IMPURE must not appear both at %C PURE prefix in MODULE PROCEDURE interface is missing at %L Pack VLIW instructions. Pack structure members together without holes. Padding of %d bytes required before %qs in COMMON %qs at %L; reorder elements or use -fno-align-commons Padding of %d bytes required before %qs in COMMON at %L; reorder elements or use -fno-align-commons Parameter %qs at %L has not been declared or is a variable, which does not reduce to a constant expression Parameter array %qs at %L cannot be automatic or of deferred shape Parameter pack __bases only valid in template declaration Parameter to builtin must be a string constant or literal Parameter to builtin not valid: %s Parameterized derived type at %C is ambiguous Parameterized type %qs does not have a component corresponding to parameter %qs at %L Pass -EB option through to linker. Pass -EL option through to linker. Pass -marclinux option through to linker. Pass -marclinux_prof option through to linker. Pass -z text to linker. Pass the address of the ra save location to _mcount in $12. Passed-object at %L must be scalar Passed-object dummy argument of %qs at %L must be at the same position as the passed-object dummy argument of the overridden procedure Passed-object dummy argument of %qs at %L must be scalar Passed-object dummy argument of %qs at %L must not be ALLOCATABLE Passed-object dummy argument of %qs at %L must not be POINTER Passes on a request to the assembler to enable fixes for various silicon errata. Passes on a request to the assembler to warn about various silicon errata. Passing coarray at %L to allocatable, noncoarray dummy argument %qs, which is invalid if the allocation status is modified Passing coarray at %L to allocatable, noncoarray, INTENT(OUT) dummy argument %qs Passing internal procedure at %L by location not allowed Patchable function entry > size Percentage penalty functions containing a single call to another function will receive when they are evaluated for cloning.. Percentage penalty the recursive functions will receive when they are evaluated for cloning.. Perform IPA Value Range Propagation. Perform Identical Code Folding for functions and read-only variables. Perform Identical Code Folding for functions. Perform Identical Code Folding for variables. Perform SMS based modulo scheduling before the first scheduling pass. Perform SMS based modulo scheduling with register moves allowed. Perform VR4130-specific alignment optimizations. Perform Value Range Propagation on trees. Perform a forward propagation pass on RTL. Perform a number of minor, expensive optimizations. Perform a register copy-propagation optimization pass. Perform a register renaming optimization pass. Perform a target dependent instruction fusion optimization pass. Perform branch target load optimization after prologue / epilogue threading. Perform branch target load optimization before prologue / epilogue threading. Perform cloning to make Interprocedural constant propagation stronger. Perform comparison elimination after register allocation has finished. Perform conversion of conditional jumps to branchless equivalents. Perform conversion of conditional jumps to conditional execution. Perform conversions of switch initializations. Perform cross-jumping optimization. Perform early inlining. Perform enhanced load motion during global common subexpression elimination. Perform function-local points-to analysis on trees. Perform global common subexpression elimination after register allocation has finished. Perform global common subexpression elimination. Perform indirect inlining. Perform internal consistency checkings. Perform interprocedural bitwise constant propagation. Perform interprocedural constant propagation. Perform interprocedural points-to analysis. Perform interprocedural profile propagation. Perform interprocedural reduction of aggregates. Perform jump threading optimizations. Perform live range splitting during the SSA->normal pass. Perform loop peeling. Perform loop splitting. Perform loop unrolling for all loops. Perform loop unrolling when iteration count is known. Perform loop unswitching. Perform partial inlining. Perform redundant load after store elimination in global common subexpression elimination. Perform scalar replacement of aggregates. Perform software pipelining of inner loops during selective scheduling. Perform software pipelining of outer loops during selective scheduling. Perform speculative devirtualization. Perform store motion after global common subexpression elimination. Perform straight-line strength reduction. Perform superblock formation via tail duplication. Perform unroll-and-jam on loops. Perform unused symbol elimination in debug info. Perform unused type elimination in debug info. Perform variable tracking and also tag variables that are uninitialized. Perform variable tracking by annotating assignments. Perform variable tracking. Perform whole program optimizations. Period required in format specifier Period required in format specifier %s at %L Period required in format specifier at %L Permit '$' as an identifier character. Permit nonconforming uses of the tab character. Permit scheduling of a function's prologue sequence. Permit universal character names (\u and \U) in identifiers. Place a stop bit after every cycle when scheduling. Place data items into their own section. Place each function into its own section. Place floating point constants in TOC. Place symbol+offset constants in TOC. Please submit a full bug report, with preprocessed source if appropriate. Plugins Pointer Checker requires MPX support on this target. Use -mmpx options to enable MPX. Pointer array component of structure at %C must have a deferred shape Pointer assignment target has PROTECTED attribute at %L Pointer assignment target is neither TARGET nor POINTER at %L Pointer assignment target is not a POINTER at %L Pointer assignment with vector subscript on rhs at %L Pointer at %L in pointer assignment might outlive the pointer target Pointer component %s at %L has a noncoarray subcomponent of type EVENT_TYPE, which must have a codimension or be a subcomponent of a coarray Pointer component %s at %L has a noncoarray subcomponent of type LOCK_TYPE, which must have a codimension or be a subcomponent of a coarray Pointer initialization at %C requires %<=>%>, not %<=%> Pointer initialization target at %L must have the SAVE attribute Pointer initialization target at %L must have the TARGET attribute Pointer initialization target at %L must not be ALLOCATABLE Pointer object at %C shall not be coindexed Pointer object at %L shall not have a coindex Pointer procedure assignment at %L Pointer-array actual argument at %L requires an assumed-shape or pointer-array dummy argument %qs due to VOLATILE attribute Pointers are 32-bit. Pointers are 64-bit. Policies available for use with -mcompact-branches=: Polymorphic FPTR at %L to C_F_POINTER Polymorphic component %s at %L in SEQUENCE or BIND(C) type %s Polymorphic scalar passed to array dummy argument %qs at %L Polymorphic subobject of coindexed object at %L Positive exponent width required Positive width required Positive width required in format specifier %s at %L Positive width required with T descriptor Possible change of value in conversion from %s to %s at %L Power9 target option is incompatible with -mcpu=<xxx> for <xxx> less than power9 Prefer branches over conditional execution. Prefer word accesses over byte accesses. Prepend global symbols with ":" (for use with PREFIX). Preprocess directives only. Preprocessed source stored into %s file, please attach this to your bugreport. Preserve the PowerPC 476's link stack by matching up a blr with the bcl/bl insns used for GOT accesses. Pretend a branch-around-a-move is a conditional move. Pretend that branches are expensive. Prevent the use of all floating-point operations. Prevent the use of all hardware floating-point instructions. Previous !$OMP DECLARE REDUCTION at %L Previous !$OMP DECLARE REDUCTION from module %s at %L Print CPU tuning information as comment in assembler file. This is an option used only for regression testing of the compiler and not intended for ordinary use in compiling code. Print code coverage information. Print extra (possibly unwanted) warnings. Print fix-it hints in machine-readable form. Print fix-it hints to stderr in unified diff format. Print hierarchical comparisons when template types are mismatched. Print the name of header files as they are used. Probability that COMDAT function will be shared with different compilation unit. Procedure %qs at %C has an explicit interface from a previous declaration Procedure %qs at %C is already defined at %L Procedure %qs at %L already has basic type of %s Procedure %qs at %L has the same name as a component of %qs Procedure %qs at %L has the same name as an inherited component of %qs Procedure %qs at %L may not have basic type of %s Procedure %qs at %L must have the BIND(C) attribute to be C interoperable Procedure %qs called at %L is not explicitly declared Procedure %qs called at %L is not explicitly declared; did you mean %qs? Procedure %qs called with an implicit interface at %L Procedure %qs defined in interface body at %L clashes with internal procedure defined at %C Procedure %qs in %s at %L has no explicit interface Procedure %qs in %s at %L has no explicit interface; did you mean %qs? Procedure %qs in %s at %L is neither function nor subroutine Procedure %qs in %s at %L is neither function nor subroutine; did you mean %qs? Procedure %qs in PUBLIC interface %qs at %L takes dummy arguments of %qs which is PRIVATE Procedure %qs with PASS at %L must have at least one argument Procedure %qs with PASS(%s) at %L has no argument %qs Procedure %qs with binding label %qs at %L uses the same global identifier as entity at %L Procedure argument at %L is local to a PURE procedure and has the POINTER attribute Procedure pointer %qs at %L shall not be elemental Procedure pointer %qs in %s clause at %L Procedure pointer at %C Procedure pointer component %qs at %L cannot be a member of the BIND(C) derived type %qs at %L Procedure pointer component %qs called with an implicit interface at %L Procedure pointer component %qs requires an argument list at %C Procedure pointer component %qs with PASS at %L must have at least one argument Procedure pointer component %qs with PASS(%s) at %L has no argument %qs Procedure pointer component at %C Procedure pointer initialization target at %L may not be a procedure pointer Procedure pointer result %qs at %L is missing the pointer attribute Procedure pointer target %qs at %L must be either an intrinsic, host or use associated, referenced or have the EXTERNAL attribute Process #ident directives. Processing spec (%s), which is '%s' Produce a backtrace when a runtime error is encountered. Produce a warning at runtime if a array temporary has been created for a procedure argument. Produce big endian code. Produce code relocatable at runtime. Produce little endian code. Profile data for function %u is corrupted Profile information in %s corrupted Program is entirely located in low 64k of memory. Prohibit PC relative function calls. Prohibit PC relative jumps. Protect parentheses in expressions. Provide libraries for the simulator. Push extended registers on stack in monitor functions. Put all local arrays on stack. Put everything in the regular TOC. Put jump tables for switch statements into the .data section rather than the .code section. Put relocated read-only data into .data section. Put uninitialized constants in ROM (needs -membedded-data). Put zero initialized data in the bss section. R2 architecture is little-endian only REAL array index at %L REAL(KIND=10) is not available for %<-fdefault-real-10%> option REAL(KIND=10) is not available for %<-freal-4-real-10%> option REAL(KIND=10) is not available for %<-freal-8-real-10%> option REAL(KIND=10) is not available for %<-freal-8-real-16%> option REAL(KIND=16) is not available for %<-fdefault-real-16%> option REAL(KIND=16) is not available for %<-freal-4-real-16%> option REAL(KIND=4) is not available for %<-freal-8-real-4%> option REAL(KIND=8) is not available for %<-fdefault-real-8%> option REAL(KIND=8) is not available for %<-freal-4-real-8%> option RECORD at %C is an extension, enable it with -fdec-structure RECURSIVE prefix in MODULE PROCEDURE interface is missing at %L RESULT variable %qs at %L prohibits FUNCTION name %qs at %C from appearing in a specification statement RESULT variable at %C must be different than function name RESULT_DECL should be read only when DECL_BY_REFERENCE is set RETURN statement in main program at %C ROUND= at %C not allowed in Fortran 95 RTL check: access of elt %d of '%s' with last elt %d in %s, at %s:%d RTL check: access of elt %d of vector with last elt %d in %s, at %s:%d RTL check: access of hwi elt %d of vector with last elt %d in %s, at %s:%d RTL check: attempt to treat non-block symbol as a block symbol in %s, at %s:%d RTL check: expected code '%s' or '%s', have '%s' in %s, at %s:%d RTL check: expected code '%s', have '%s' in %s, at %s:%d RTL check: expected elt %d type '%c' or '%c', have '%c' (rtx %s) in %s, at %s:%d RTL check: expected elt %d type '%c', have '%c' (rtx %s) in %s, at %s:%d RTL flag check: %s used with unexpected rtx code '%s' in %s, at %s:%d RTP PIC is incompatible with -msingle-pic-base RTP PIC is incompatible with Thumb RTTI will not work on this type RX FPU instructions do not support NaNs and infinities Raising a negative REAL at %L to a REAL power is prohibited Range specification at %L can never be matched Rank mismatch in argument %qs at %L (rank-%d and rank-%d) Rank mismatch in argument %qs at %L (rank-%d and scalar) Rank mismatch in argument %qs at %L (scalar and rank-%d) Rank mismatch in array reference at %L (%d/%d) Rank remapping target is not rank 1 at %L Rank remapping target is smaller than size of the pointer (%ld < %ld) at %L Rank remapping target must be rank 1 or simply contiguous at %L Reading file %qs as free form Reading module %qs at line %d column %d: %s Reading specs from %s Real COUNT_RATE argument to SYSTEM_CLOCK at %L Real constant overflows its kind at %C Real constant underflows its kind at %C Real number at %C has a %<d%> exponent and an explicit kind Real number at %C has a %<q%> exponent and an explicit kind Realign stack in prologue. Reallocate the LHS in assignments. Recognize C++ keywords like "compl" and "xor". Recognize GNU-defined keywords. Recognize built-in functions. Recognize the "asm" keyword. Record DW_AT_decl_column and DW_AT_call_column in DWARF. Record gcc command line switches in DWARF DW_AT_producer. Record gcc command line switches in the object file. Record times taken by sub-phases separately. Redefinition of !$OMP DECLARE REDUCTION at %L Redefinition of predefined !$OMP DECLARE REDUCTION at %L Redefinition of predefined %s !$OMP DECLARE REDUCTION at %L Reduce priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY. Redundant !$ACC END LOOP at %C Redundant ACQUIRED_LOCK tag found at %L Redundant ERRMSG tag found at %L Redundant MOLD tag found at %L Redundant SOURCE tag found at %L Redundant STAT tag found at %L Redundant UNTIL_COUNT tag found at %L Reference statement index not found Reference statement index out of range Reference to impure function %qs at %L inside a DO CONCURRENT %s Reference to impure function %qs at %L inside a FORALL %s Reference to impure function %qs at %L within a PURE procedure Region crossing jump across same section in bb %i Register number must be in range 0-31 for %s Regular expression matching additional GP-addressible section names. Regular expression matching section names for r0-relative addressing. Relax branches. Relax literals in assembler and place them automatically in the text section. Relief of register pressure through live range shrinkage. Remap file names when including files. Remove redundant membars. Removing '%s' Removing call to function %qs at %L Renaming operators in USE statements at %C Reorder basic blocks and partition into hot and cold sections. Reorder basic blocks to improve code placement. Reorder functions to improve code placement. Reorder top level functions, variables, and asms. Repeat spec invalid in scalar initializer at %C Repeat spec must be an integer at %C Replace add, compare, branch with branch on count register. Replace temporary expressions in the SSA->normal pass. Report on consistency of profile. Report on memory allocation before interprocedural optimization. Report on permanent memory allocation in WPA only. Report on permanent memory allocation. Report the time taken by each compiler pass. Report various link-time optimization statistics for WPA only. Report various link-time optimization statistics. Request IEEE-conformant math library routines (OSF/1). Reschedule instructions after register allocation. Reschedule instructions before register allocation. Reschedule pipelined regions without pipelining. Reserve space for outgoing arguments in the function prologue. Reshaped array too large at %C Restrict target load migration not to re-use registers in any basic block. Restrict the use of hardware floating-point instructions to 32-bit operations. Result %qs of contained function %qs at %L has no IMPLICIT type Result mismatch for the overriding procedure %qs at %L: %s Result of %s gives range error for its kind at %L Result of %s is NaN at %L Result of %s overflows its kind at %L Result of %s underflows its kind at %L Result of BESSEL_YN is -INF at %L Result of NEAREST is NaN at %L Result of SCALE overflows its kind at %L Return 8-byte vectors in memory. Return all structures in memory (AIX default). Return floating-point results in ac0 (fr0 in Unix assembler syntax). Return pointers in both a0 and d0. Return small aggregates in memory, not registers. Return small aggregates in registers. Return small structures in registers (SVR4 default). Return type mismatch of function %qs at %L (%s/%s) Return type of BIND(C) function %qs at %L cannot be a character string Return type of BIND(C) function %qs at %L cannot be an array Return value %qs of function %qs declared at %L not set Return value of function %qs at %L not set Return values of functions in FPU registers. Reuse r30 on a per function basis. Rewrite subcommand usage: Right parenthesis expected at %C Rightmost upper bound of assumed size array section not specified at %L Run only the second compilation of -fcompare-debug. Run predictive commoning optimization. Run selective scheduling after reload. Run self-tests, using the given path to locate test files. Run the link-time optimizer in local transformation (LTRANS) mode. Run the link-time optimizer in whole program analysis (WPA) mode. Running spec function '%s' with %d args Runtime name. SAVE attribute at %L cannot be specified in a PURE procedure SAVE statement at %C follows blanket SAVE statement SCHEDULE clause's chunk_size at %L requires a scalar INTEGER expression SELECTED_REAL_KIND with neither %<P%> nor %<R%> argument at %L SEQUENCE attribute at %C already specified in TYPE statement SEQUENCE statement at %C must precede CONTAINS SEQUENCE statement at %C must precede structure components SH2a does not support little-endian SHAPE argument at %L to C_F_POINTER must have the same size as the RANK of FPTR SIGN= at %C not allowed in Fortran 95 SINK addend not a constant integer at %L SINK dependence type only allowed on ORDERED directive at %L SIZE at %L must be positive SOURCE dependence type only allowed on ORDERED directive at %L SOURCE tag at %L SOURCE tag at %L conflicts with the typespec at %L SOURCE tag at %L with more than a single allocate object SPE not supported in this target SSA corruption SSA name in freelist but still referenced SSA name undeclared SSA_NAME created in two different blocks %i and %i SSA_NAME_DEF_STMT is wrong SSA_NAME_OCCURS_IN_ABNORMAL_PHI should be set SSE instruction set disabled, using 387 arithmetics SSE register argument with SSE disabled SSE register return with SSE disabled SSE vector argument without SSE enabled changes the ABI SSE vector return without SSE enabled changes the ABI STABS debugging information for Ada is obsolete and not supported anymore STAT variable STAT= argument at %L must be a scalar INTEGER variable STAT= argument to %s at %L STAT= attribute in %C misplaced STOP code at %C cannot be negative STOP code at %C contains too many digits STOP code at %L must be a scalar CHARACTER constant or digit[digit[digit[digit[digit]]]] STOP code at %L must be default character KIND=%d STOP code at %L must be default integer KIND=%d STOP code at %L must be either INTEGER or CHARACTER type STOP code at %L must be scalar SUBMODULE declaration at %C SUBMODULE declaration at %C cannot appear within another scoping unit SUBROUTINE %qs at %L cannot be called recursively, as it is not RECURSIVE SYNC TEAM statement at %C SYNC statement at %C Same actual argument associated with INTENT(%s) argument %qs and INTENT(%s) argument %qs at %L Same as %s. Use the latter option instead. Same as -fassociative-math for expressions which include division. Same as -mA6. Same as -mA7. Same as: -mep -mprolog-function. Save registers around function calls. Save the TOC in the prologue for indirect calls rather than inline. Scalar %qs in FORMAT tag at %L is not an ASSIGNED variable Scalar INTEGER expression expected at %L Scalar PARAMETER required in complex constant at %C Scalar object %qs at %L may not be ALLOCATABLE Scalar variable %qs at %L with POINTER or ALLOCATABLE in procedure %qs with BIND(C) is not yet supported Scalarization using DIMEN_RANGE unimplemented Scale factor to apply to the number of blocks in a threading path when comparing to the number of (scaled) statements. Scale factor to apply to the number of statements in a threading path when comparing to the number of (scaled) blocks. Scaling factor in calculation of maximum distance an expression can be moved by GCSE optimizations. Schedule code for given CPU. Schedule given CPU. Schedule instructions using selective scheduling algorithm. Schedule the start and end of the procedure. Schedule type of omp schedule for loops parallelized by parloops (static, dynamic, guided, auto, runtime). Scope of for-init-statement variables is local to the loop. Second argument of %s is negative at %L Second argument of MODULO at %L is zero Second argument of defined assignment at %L must be INTENT(IN) Second argument of operator interface at %L cannot be optional Second argument of operator interface at %L must be INTENT(IN) See %s for instructions. Segmentation Fault Segmentation Fault (code) Select ABI calling convention. Select code model. Select fraction of the maximal frequency of executions of basic block in function given basic block get alignment. Select fraction of the maximal frequency of executions of basic block in function given basic block needs to have to be considered hot. Select large model - 20-bit addresses/pointers. Select method for sdata handling. Select return address signing scope. Select small model - 16-bit addresses/pointers (default). Select the runtime. Select type of coverage sanitization. Select what to sanitize. Selection expression in computed GOTO statement at %L must be a scalar integer expression Selector at %L cannot be NULL() Selector at %L has no type Selector at %L must not be coindexed Selector in SELECT TYPE at %C is not a named variable; use associate-name=> Selector shall be polymorphic in SELECT TYPE statement at %L Selects the type of RL78 core being targeted (g10/g13/g14). The default is the G14. If set, also selects the hardware multiply support to be used. Selects the type of hardware multiplication and division to use (none/g13/g14). Self-referential argument %qs at %L is not allowed Semicolon at %C needs to be preceded by statement Set 80387 floating-point precision to 32-bit. Set 80387 floating-point precision to 64-bit. Set 80387 floating-point precision to 80-bit. Set Windows defines. Set branch cost. Set default accessibility of module entities to PRIVATE. Set dependence distance checking in premature scheduling of queued insns. Set errno after built-in math functions. Set linker output type (used internally during LTO optimization) Set name of main routine for the debugger. Set name of output ALI file (internal switch). Set number of bytes on the stack preallocated for use by the callee. Set probability threshold for unaligning branches. Set register to hold -1. Set sizeof(bool) to 1. Set start-address of data. Set start-address of the program. Set the PPC_EMB bit in the ELF flags header. Set the branch costs for conditional branch instructions. Reasonable values are small, non-negative integers. The default branch cost is 0. Set the branch costs for conditional branch instructions. Reasonable values are small, non-negative integers. The default branch cost is 1. Set the cost of branches. Set the default double precision kind to an 8 byte wide type. Set the default integer kind to an 8 byte wide type. Set the default real kind to an 10 byte wide type. Set the default real kind to an 16 byte wide type. Set the default real kind to an 8 byte wide type. Set the estimated probability in percentage for builtin expect. The default value is 90% probability. Set the max size of data eligible for the SDA area. Set the max size of data eligible for the TDA area. Set the max size of data eligible for the ZDA area. Set the max. number of bytes which has to be left to stack size before a trap instruction is triggered. Set the maximum amount for a single stack increment operation. Set the maximum number of instructions executed in parallel in reassociated tree. If 0, use the target dependent heuristic.. Set the maximum number of template instantiation notes for a single warning or error. Set the number of 64 KiB flash segments. Set the target CPU type. Set the top-level directory for storing the profile data. The default is 'pwd'. Sets LP_COUNT register width. Possible values are 8, 16, 20, 24, 28, and 32. Setting spec %s to '%s' Shape specification for allocatable scalar at %C Shapes for operands at %L and %L are not conformable Share slots for saving different hard registers. Share stack slots for spilled pseudo-registers. Shared DO termination label %d at %C Shorten address references during linking. Show column numbers in diagnostics, when available. Default on. Show the source line with a caret indicating the column. Shrink-wrap parts of the prologue and epilogue separately. Simplification error Simplification of SPREAD at %C not yet implemented Single-precision floating point unit. Size (in KB) of software data cache. Size in bytes after which thread-local aggregates should be instrumented with the logging functions instead of save/restore pairs. Size of %qs argument of %qs intrinsic at %L too small (%i/%i) Size of the stack guard expressed as a power of two. Skip setting up RAX register when passing variable arguments. Small data area: none, sdata, use. Soft limit on number of memory insns per instruction group, giving lower priority to subsequent memory insns attempting to schedule in the same insn group. Frequently useful to prevent cache bank conflicts. Default value is 1. Sorry, !$ACC DECLARE at %L is not allowed in BLOCK construct Sorry, allocatable/pointer components in polymorphic (CLASS) type coarrays at %L are unsupported Sorry, coindexed access to an unlimited polymorphic component at %L is not supported Sorry, coindexed access to an unlimited polymorphic object at %L is not supported Sorry, only support for integer kind %d implemented for image-set at %L Sorry, the event component of derived type at %L is not yet supported Sorry, the lock component of derived type at %L is not yet supported Source-expr at %L and allocate-object at %L must have the same shape Source-expr at %L must be scalar or have the same rank as the allocate-object at %L Specification function %qs at %L cannot be RECURSIVE Specification function %qs at %L cannot be a statement function Specification function %qs at %L cannot be an internal function Specification function %qs at %L must be PURE Specifies bit size of immediate TLS offsets. Valid values are 12, 24, 32, 48. Specifies the cost model for vectorization. -fvect-cost-model=[unlimited|dynamic|cheap] Specifies the cost model for vectorization. Specifies the number of registers replicated in second register bank on entry to fast interrupt. Specifies the number of registers to reserve for interrupt handlers. Specifies the registers that the processor saves on an interrupt entry and exit. Specifies whether interrupt functions should save and restore the accumulator register. Specify CPU for code generation purposes. Specify CPU for scheduling purposes. Specify CPU for scheduling purposes. Valid arguments are 700, 7100, 7100LC, 7200, 7300, and 8000. Specify TLS dialect. Specify UNIX standard for predefines and linking. Specify Xilinx FPU. Specify a file to which a list of files output by LTRANS is written. Specify a fpu configuration value from 0 to 7; 0-3 is as FPU spec says, and 4-7 is corresponding to 0-3. Specify a plugin to load. Specify alignment of structure fields default/natural. Specify an ABI. Specify bit size of immediate TLS offsets. Specify cache flush function. Specify cache flush trap number. Specify configuration of instruction mul: fast1, fast2 or slow. The default is fast1. Specify cost of branches (Default 20). Specify default OpenACC compute dimensions. Specify how many bytes should be moved inline before calling out to memcpy/memmove. Specify how many read/write ports for n9/n10 cores. The value should be 3r2w or 2r1w. Specify how to access the thread pointer. Specify if floating point hardware should be used. Specify integer and floating-point calling convention. Specify main object for TPF-OS. Specify memcpy expansion strategy when expected size is known. Specify memset expansion strategy when expected size is known. Specify name for 32 bit signed division function. Specify range of registers to make fixed. Specify scheduling priority for dispatch slot restricted insns. Specify size of .local memory used for stack when the exact amount is not known. Specify that an external BLAS library should be used for matmul calls on large-size arrays. Specify that backslash in string introduces an escape character. Specify that no implicit typing is allowed, unless overridden by explicit IMPLICIT statements. Specify that the compiler should target secure code as per ARMv8-M Security Extensions. Specify the ISA to build for: msp430, msp430x, msp430xv2. Specify the MCU to build for. Specify the __fp16 floating-point format. Specify the address generation strategy for code model. Specify the algorithm to partition symbols and vars at linktime. Specify the code model. Specify the compact branch usage policy. Specify the cpu for pipeline model. Specify the maximum number pairs of load instructions that should be generated inline for the compare. If the number needed exceeds the limit, a call to memcmp will be generated instead. Specify the maximum number pairs of load instructions that should be generated inline for the compare. If the number needed exceeds the limit, a call to strncmp will be generated instead. Specify the memory model in effect for the program. Specify the minimum bit alignment of structures. (Deprecated). Specify the model for atomic operations. Specify the name of the target CPU. Specify the name of the target architecture. Specify the name of the target floating point configuration. Specify the name of the target floating point hardware/format. Specify the register to be used for PIC addressing. Specify the size of each cache block, which must be a power of 2 between 4 and 512. Specify the size of each interrupt vector, which must be 4 or 16. Specify the target CPU. Specify the target RX cpu type. Specify the type of hardware multiply to support. Specify thread local storage scheme. Specify thread pointer register number. Specify use soft floating point ABI which mean alias to -mabi=2. Specify use soft floating point ABI which mean alias to -mabi=2fp+. Specify where to find the compiled intrinsic modules. Specify whether functions should be placed into low or high memory. Specify whether variables should be placed into low or high memory. Specify which ABI to use for Objective-C family code and meta-data generation. Specify which ABI type to generate code for: 2, 2fp+. Specify which post scheduling nop insertion scheme to apply. Specifying VOLATILE for coarray variable %qs at %C, which is use-/host-associated Split 32-byte AVX unaligned load. Split 32-byte AVX unaligned store. Split lifetimes of induction variables when loops are unrolled. Split paths leading to loop backedges. Split unaligned 8 byte vector moves before post-modify address generation. Split wide types into independent registers. Stack frame larger than 2G is not supported for -fsplit-stack Start expression in DO loop Stat-variable at %L must be a scalar INTEGER variable Stat-variable at %L shall not be %sd within the same %s statement Statement at %L is not a valid branch target statement for the branch statement at %L Statement function %qs at %L is not allowed as an actual argument Statement function %qs at %L may not have pointer or allocatable attribute Statement function %qs is invalid in procedure pointer assignment at %L Statement function %qs requires argument list at %C Statement function at %C Statement function at %L cannot appear within an INTERFACE Statement function at %L is recursive Statement label at %C is zero Statement label in END CRITICAL at %C does not match CRITICAL label Statement label in ENDDO at %C doesn't match DO label Statement label list in GOTO at %C cannot be empty Statement label without statement at %L Statically link the GNU Fortran helper library (libgfortran). Step expression in DO loop Step expression in DO loop at %L cannot be zero Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is available. Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is not available. Stop reverse growth if the reverse probability of best edge is less than this threshold (in percent). Store doubles in 64 bits. Store function names in object code. Stores doubles in 32 bits. This is the default. Stores the MDUC registers in interrupt handlers for G13 target. Stream extra data to support more aggressive devirtualization in LTO local transformation mode. Stride must not be present at %L Stride should not be specified for array section in %s clause at %L Strides not allowed in coarray subscript at %C String length at %L is too large Structure component %qs at %L cannot be an EQUIVALENCE object Structure constructor with missing optional arguments at %C Structure constructor with named arguments at %C Structure name %qs at %C cannot be the same as an intrinsic type Structure name expected after RECORD at %C Structure name expected in non-nested structure declaration at %C Subroutine %qs at %L is INTRINSIC but is not compatible with an intrinsic Subroutine call to %qs at %L is not PURE Subroutine call to %qs in DO CONCURRENT block at %L is not PURE Subroutine call to %qs in FORALL block at %L is not PURE Subroutine call to intrinsic %qs at %L is not PURE Subroutine call to intrinsic %qs in DO CONCURRENT block at %L is not PURE Subroutine call with alternate returns in INITIALIZER clause of !$OMP DECLARE REDUCTION at %L Subroutine call with alternate returns in combiner of !$OMP DECLARE REDUCTION at %L Substring at %L has length zero Substring end index at %L exceeds the string length Substring end index at %L is too large Substring end index at %L must be of type INTEGER Substring end index at %L must be scalar Substring start index at %L is less than one Substring start index at %L must be of type INTEGER Substring start index at %L must be scalar Suggest that the override keyword be used when the declaration of a virtual function overrides another. Sum of array rank %d and corank %d at %C exceeds maximum allowed dimensions of %d Sum of second and third arguments of IBITS exceeds bit size at %L Support 3DNow! built-in functions. Support AES built-in functions and code generation. Support AVX512VNNI built-in functions and code generation. Support Athlon 3Dnow! built-in functions. Support BMI built-in functions and code generation. Support BMI2 built-in functions and code generation. Support C++17 allocation of over-aligned types. Support CLFLUSHOPT instructions. Support CLWB instruction. Support CLZERO built-in functions and code generation. Support F16C built-in functions and code generation. Support FMA4 built-in functions and code generation. Support FSGSBASE built-in functions and code generation. Support FXSAVE and FXRSTOR instructions. Support GFNI built-in functions and code generation. Support Hardware Lock Elision prefixes. Support LWP built-in functions and code generation. Support LZCNT built-in function and code generation. Support MMX and SSE built-in functions and code generation. Support MMX built-in functions. Support MMX, SSE and SSE2 built-in functions and code generation. Support MMX, SSE, SSE2 and SSE3 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3 and SSE4A built-in functions and code generation. Support MMX, SSE, SSE2, SSE3 and SSSE3 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3 and SSE4.1 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 and SSE4.2 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 and AVX built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and AVX2 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512BW built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512CD built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512DQ built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512ER built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512IFMA built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512PF built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VBMI built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VL built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124FMAPS built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124VNNIW built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512BITALG built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VBMI2 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VPOPCNTDQ built-in functions and code generation. Support MOVDIR64B built-in functions and code generation. Support MOVDIRI built-in functions and code generation. Support MPX code generation. Support MWAITX and MONITORX built-in functions and code generation. Support PCLMUL built-in functions and code generation. Support PCONFIG built-in functions and code generation. Support PKU built-in functions and code generation. Support PREFETCHW instruction. Support PREFETCHWT1 built-in functions and code generation. Support RDPID built-in functions and code generation. Support RDRND built-in functions and code generation. Support RDSEED instruction. Support RTM built-in functions and code generation. Support SGX built-in functions and code generation. Support SHA1 and SHA256 built-in functions and code generation. Support TBM built-in functions and code generation. Support TLS segment larger than 64K. Support VAES built-in functions and code generation. Support VPCLMULQDQ built-in functions and code generation. Support WBNOINVD built-in functions and code generation. Support XOP built-in functions and code generation. Support XSAVE and XRSTOR instructions. Support XSAVEC instructions. Support XSAVEOPT instruction. Support XSAVES and XRSTORS instructions. Support alignments of up to 64-bits. Support calls between Thumb and ARM instruction sets. Support code generation of Advanced Bit Manipulation (ABM) instructions. Support code generation of cmpxchg16b instruction. Support code generation of crc32 instruction. Support code generation of movbe instruction. Support code generation of popcnt instruction. Support code generation of sahf instruction in 64bit x86-64 code. Support dynamic initialization of thread-local variables in a different translation unit. Support flag-preserving add-carry instructions. Support for HSA does not implement immediate 16 bit FPU operands Support for the A argument at %L which is polymorphic A argument or has allocatable components is not yet implemented Support for the A argument at %L with allocatable components is not yet implemented Support legacy multi-threading. Support message passing with the Parallel Environment. Support more than 8192 GOT entries on ColdFire. Support multi-threading. Support multiply accumulate instructions. Support synchronous non-call exceptions. Supported AArch64 return address signing scope (for use with -msign-return-address= option): Supported ABIs (for use with the -mabi= option): Suppress output of addresses in debugging dumps. Suppress output of instruction numbers, line number notes and addresses in debugging dumps. Suppress output of previous and next insn numbers in debugging dumps. Suppress warnings. Switch ARM/Thumb modes on alternating functions for compiler testing. Switch on/off MIPS16 ASE on alternating functions for compiler testing. Switches off the -mstack-guard= option. Switches off the -mstack-size= option. Symbol %qs already declared Symbol %qs at %C already declared Symbol %qs at %C also declared as a type at %L Symbol %qs at %C has already been host associated Symbol %qs at %C has no IMPLICIT type Symbol %qs at %C has not been previously defined Symbol %qs at %C is already in a COMMON block Symbol %qs at %C is ambiguous Symbol %qs at %C must be a NAMELIST group name Symbol %qs at %L already has an explicit interface Symbol %qs at %L already has basic type of %s Symbol %qs at %L cannot have a type Symbol %qs at %L conflicts with symbol from module %qs, use-associated at %L Symbol %qs at %L has no IMPLICIT type Symbol %qs at %L has no IMPLICIT type; did you mean %qs? Symbol %qs at %L is ambiguous Symbol %qs at %L is marked PRIVATE but has been given the binding label %qs Symbol %qs in COMMON at %C cannot be a POINTER array Symbol %qs in namelist %qs is INTENT(IN) at %C Symbol %qs is used before it is typed at %L Symbol %qs must be a PARAMETER in DATA statement at %C Symbol %qs present on both FROM and TO clauses at %L Symbol %qs present on multiple clauses at %L Symbol %qs referenced at %L not found in intrinsic module ISO_C_BINDING Symbol %qs referenced at %L not found in intrinsic module ISO_FORTRAN_ENV Symbol %qs referenced at %L not found in module %qs Symbol %qs, in COMMON block %qs at %C is being indirectly equivalenced to another COMMON block %qs Symbol at %C is not appropriate for an expression Symbol at %L is not a DUMMY variable Synonym for -Wcomment. Synonym of -gnatk8. Syntax error in !$ACC DECLARE list at %C Syntax error in !$ACC ROUTINE ( NAME ) at %C Syntax error in !$ACC ROUTINE ( NAME ) at %C, expecting ')' after NAME Syntax error in !$ACC ROUTINE ( NAME ) at %C, invalid function name %s Syntax error in !$OMP DECLARE TARGET list at %C Syntax error in !$OMP THREADPRIVATE list at %C Syntax error in !GCC$ ATTRIBUTES statement at %C Syntax error in !GCC$ UNROLL directive at %C Syntax error in %s statement at %C Syntax error in ABSTRACT INTERFACE statement at %C Syntax error in ASYNCHRONOUS statement at %C Syntax error in AUTOMATIC statement at %C Syntax error in CASE specification at %C Syntax error in CHARACTER declaration at %C Syntax error in CLASS IS specification at %C Syntax error in COMPLEX constant at %C Syntax error in ENUMERATOR definition at %C Syntax error in EQUIVALENCE statement at %L Syntax error in FORALL iterator at %C Syntax error in I/O iterator at %C Syntax error in IF-clause at %C Syntax error in IF-expression at %C Syntax error in IMPORT statement at %C Syntax error in NAME= specifier for binding label at %C Syntax error in OpenACC expression list at %C Syntax error in OpenMP DEPEND SINK list at %C Syntax error in OpenMP variable list at %C Syntax error in PROCEDURE statement at %C Syntax error in PROTECTED statement at %C Syntax error in SAVE statement at %C Syntax error in STATIC statement at %C Syntax error in SUBMODULE statement at %C Syntax error in SUBSTRING specification at %C Syntax error in TYPE IS specification at %C Syntax error in VALUE statement at %C Syntax error in VOLATILE statement at %C Syntax error in anonymous structure declaration at %C Syntax error in argument list at %C Syntax error in array constructor at %C Syntax error in character length specification at %C Syntax error in common block name at %C Syntax error in data declaration at %C Syntax error in expression at %C Syntax error in generic specification at %C Syntax error in iterator at %C Syntax error in nested structure declaration at %C Syntax error in old style initialization of %s at %C Syntax error in old style initializer list at %C Syntax error in procedure pointer component at %C Syntax error: Trailing garbage in END INTERFACE statement at %C Syntax error: Trailing garbage in INTERFACE statement at %C TARGET ENTER DATA with map-type other than TO, or ALLOC on MAP clause at %L TARGET EXIT DATA with map-type other than FROM, RELEASE, or DELETE on MAP clause at %L TARGET%s with map-type other than TO, FROM, TOFROM, or ALLOC on MAP clause at %L TEAM argument at %L to the intrinsic TEAM_NUMBER shall be of type TEAM_TYPE TEAM= attribute in %C misplaced THREADPRIVATE object %qs in %s clause at %L THREADPRIVATE object %qs in SHARED clause at %L TILE requires constant expression at %L TLS dialect to use: TODO: Vector sections in data statements TODO: type-bound defined assignment(s) at %L not done because multiple part array references would occur in intermediate expressions. TREE_PURPOSE is non-NULL in TYPE_ARG_TYPES list TYPE IS at %L overlaps with TYPE IS at %L TYPE with intrinsic-type-spec at %C TYPE_ARRAY_MAX_SIZE not INTEGER_CST TYPE_BINFO is not TREE_BINFO TYPE_BINFO type is not TYPE_MAIN_VARIANT TYPE_CACHED_VALUES is not TREE_VEC TYPE_CACHED_VALUES_P is %i while TYPE_CACHED_VALUES is %p TYPE_CACHED_VALUES_P is set while it should not TYPE_CANONICAL has different TYPE_CANONICAL TYPE_CANONICAL is not compatible TYPE_CANONICAL of main variant is not main variant TYPE_FIELDS defined in incomplete type TYPE_LANG_SLOT_1 (binfo) field is non-NULL TYPE_MAIN_VARIANT has different TYPE_MAIN_VARIANT TYPE_MAX_VALUE_RAW non-NULL TYPE_METHOD_BASETYPE is not main variant TYPE_METHOD_BASETYPE is not record nor union TYPE_MODE of TYPE_CANONICAL is not compatible TYPE_NEXT_PTR_TO is not POINTER_TYPE TYPE_NEXT_REF_TO is not REFERENCE_TYPE TYPE_OFFSET_BASETYPE is not record nor union TYPE_STRING_FLAG is set on wrong type code TYPE_VALUES_RAW field is non-NULL TYPE_VFIELD is not FIELD_DECL nor TREE_LIST Take advantage of linker relaxations to reduce the number of instructions required to materialize symbol addresses. Taken at least once:%s of %d Takes two non-negative integer numbers separated by a comma. Prepend the function label with the number of two-byte Nop instructions indicated by the first. Append Nop instructions covering the number of halfwords indicated by the second after the label. Nop instructions of the largest possible size are used (six, four or two bytes), beginning with the largest possible size. Using 0 for both values disables hotpatching. Target DFLOAT double precision code. Target block's relative execution frequency (as a percentage) required to sink a statement. Target expression in pointer assignment at %L must deliver a pointer result Target has split I&D. Target of rank remapping is too small (%ld < %ld) Target the AM33 processor. Target the AM33/2.0 processor. Target the AM34 processor. Target: %s Tell DSE that the storage for a C++ object is dead when the constructor starts and when the destructor finishes. The %s directive cannot be specified within a %s region at %L The --param option recognizes the following as parameters The -mfloat128 option may not be fully supported The A argument at %L has type %s but the function passed as OPERATOR at %L returns %s The A argument at %L of CO_REDUCE shall not be polymorphic The A argument at %L to the intrinsic %s shall not be coindexed The ABI for passing parameters with %d-byte alignment has changed in GCC 4.6 The AUTOMATIC object %qs at %L must not have the SAVE attribute or be a variable declared in the main program, a module or a submodule(F08/C513) The CHARACTER elements of the array constructor at %L must have the same length (%ld/%ld) The DEFAULT CASE at %L cannot be followed by a second DEFAULT CASE at %L The DISTANCE argument may not be specified together with the COARRAY or DIM argument in intrinsic at %L The ENI instruction operand must be either 0 or 1 The FORALL with index %qs is not used on the left side of the assignment at %L and so might cause multiple assignment to this object The FROM and TO arguments at %L violate aliasing restrictions (F2003 12.4.1.7) The FROM and TO arguments of the MOVE_ALLOC intrinsic at %L must have the same corank %d/%d The FROM and TO arguments of the MOVE_ALLOC intrinsic at %L must have the same rank %d/%d The FROM argument to MOVE_ALLOC at %L shall not be coindexed The H format specifier at %L is a Fortran 95 deleted feature The Hollerith constant at %L is too long to convert to %qs The INTENT(OUT) dummy argument %qs at %L is ASSUMED SIZE and so cannot have a default initializer The KIND parameter %qs at %C cannot either be ASSUMED or DEFERRED The KIND parameter %qs in the PDT constructor at %C has no value The NULL in the structure constructor at %L is being applied to component %qs, which is neither a POINTER nor ALLOCATABLE The TO argument to MOVE_ALLOC at %L shall not be coindexed The TO arguments in MOVE_ALLOC at %L must be polymorphic if FROM is polymorphic The absolute value of SHIFT at %L must be less than or equal to BIT_SIZE(%qs) The absolute value of SHIFT at %L must be less than or equal to SIZE at %L The allocatable object %qs at %L must have an explicit function interface or be declared as array The allocate-object at %L and the source-expr at %L shall have the same kind type parameter The argument list functions %%VAL, %%LOC or %%REF are not allowed in this context at %L The argument of the RANK intrinsic at %L must be a data object The assignment to a KIND or LEN component of a parameterized type at %L is not allowed The assumed-rank array %qs at %L shall not have a codimension The assumed-rank array at %C shall not have a codimension The assumed-rank array at %L requires that the dummy argument %qs has assumed-rank The bug is not reproducible, so it is likely a hardware or OS problem. The character length of the A argument at %L and of the arguments of the OPERATOR at %L shall be the same The character length of the A argument at %L and of the function result of the OPERATOR at %L shall be the same The code model option names for -mcmodel: The component at %C that appears in the type parameter list at %L has neither the KIND nor LEN attribute The component at %C which is a type parameter must be a scalar The component with KIND or LEN attribute at %C does not not appear in the type parameter list at %L The derived parameter %qs at %C does not have a default value The derived type %qs at %L is of type %qs, which has not been defined The device has no SPH special function register. This option will be overridden by the compiler driver with the correct setting if presence/absence of SPH can be deduced from -mmcu=MCU. The earliest MacOS X version on which this program will run. The element in the structure constructor at %L, for pointer component %qs should be a POINTER or a TARGET The element in the structure constructor at %L, for pointer component %qs, is %s but should be %s The equivalence set for %qs cause an invalid extension to COMMON %qs at %L The equivalence set for variable %qs declared at %L violates alignment requirements The errmsg= argument at %L must be a default-kind character variable The event variable at %L shall not be coindexed The following options are language-independent The following options are language-related The following options are not documented The following options are specific to just the language The following options are supported by the language The following options are target specific The following options control compiler warning messages The following options control optimizations The following options take joined arguments The following options take separate arguments The function passed as OPERATOR at %L has arguments of type %s and %s but shall have type %s The function passed as OPERATOR at %L shall have scalar nonallocatable nonpointer arguments and return a nonallocatable nonpointer scalar The function passed as OPERATOR at %L shall have the ASYNCHRONOUS attribute either for none or both arguments The function passed as OPERATOR at %L shall have the TARGET attribute either for none or both arguments The function passed as OPERATOR at %L shall have the VALUE attribute either for none or both arguments The function passed as OPERATOR at %L shall have two arguments The function passed as OPERATOR at %L shall not have the OPTIONAL attribute for either of the arguments The function result on the lhs of the assignment at %L must have the pointer attribute. The immediate value must fit into a %d-bit integer for %s The impure variable at %L is assigned to a derived type variable with a POINTER component in a PURE procedure (12.6) The intrinsic %qs at %L is not included in the selected standard but %s and %qs will be treated as if declared EXTERNAL. Use an appropriate -std=* option or define -fall-intrinsics to allow this intrinsic. The intrinsic %qs declared INTRINSIC at %L is not available in the current standard settings but %s. Use an appropriate %<-std=*%> option or enable %<-fall-intrinsics%> in order to use it. The leftmost part-ref in a data-ref can not be a function reference at %C The lower bound for a buffer to be considered for stack smashing protection. The max number of reload pseudos which are considered during spilling a non-reload pseudo. The maximum amount of memory to be allocated by GCSE. The maximum conflict delay for an insn to be considered for speculative motion. The maximum depth of a loop nest we completely peel. The maximum depth of recursive inlining for inline functions. The maximum depth of recursive inlining for non-inline functions. The maximum expansion factor when copying basic blocks. The maximum instructions CSE process before flushing. The maximum length of path considered in cse. The maximum length of scheduling's pending operations list. The maximum memory locations recorded by cselib. The maximum number of RTL nodes that can be recorded as combiner's last value. The maximum number of backtrack attempts the scheduler should make when modulo scheduling a loop. The maximum number of blocks in a region to be considered for interblock scheduling. The maximum number of branches on the path through the peeled sequence. The maximum number of incoming edges to consider for crossjumping. The maximum number of insns combine tries to combine. The maximum number of insns in a region to be considered for interblock scheduling. The maximum number of insns in loop header duplicated by the copy loop headers pass. The maximum number of insns of a completely peeled loop. The maximum number of insns of a peeled loop that rolls only once. The maximum number of insns of a peeled loop. The maximum number of insns of an unswitched loop. The maximum number of insns to duplicate when unfactoring computed gotos. The maximum number of instructions in a single function eligible for inlining. The maximum number of instructions inline function can grow to via recursive inlining. The maximum number of instructions non-inline function can grow to via recursive inlining. The maximum number of instructions ready to be issued to be considered by the scheduler during the first scheduling pass. The maximum number of instructions to consider to fill a delay slot. The maximum number of instructions to consider to find accurate live register information. The maximum number of instructions to consider to unroll in a loop on average. The maximum number of instructions to consider to unroll in a loop. The maximum number of instructions to search backward when looking for equivalent reload. The maximum number of instructions when automatically inlining. The maximum number of iterations through CFG to extend regions. The maximum number of loop iterations we predict statically. The maximum number of nested indirect inlining performed by early inliner. The maximum number of peelings of a single loop that is peeled completely. The maximum number of peelings of a single loop. The maximum number of stmts in loop nest for loop interchange. The maximum number of unrollings of a single loop. The maximum number of unswitchings in a single loop. The maximum ratio between array size and switch branches for a switch conversion to take place. The maximum ratio of insertions to deletions of expressions in GCSE. The maximum size of the lookahead window of selective scheduling. The minimal estimated speedup allowing inliner to ignore inline-insns-single and inline-insns-auto. The minimal probability of speculation success (in percents), so that speculative insn will be scheduled. The minimum UID to be used for a nondebug insn. The minimum cost of an expensive expression in the loop invariant motion. The minimum fraction of profile runs a given basic block execution count must be not to be considered unlikely. The minimum number of matching instructions to consider for crossjumping. The minimum probability an edge must have for the scheduler to save its state across it. The minimum probability of reaching a source block for interblock speculative scheduling. The minimum size of variables taking part in stack slot sharing when not optimizing. The minimum stride ratio for loop interchange to be profitable The minimum value of stage count that swing modulo scheduler will generate. The module or main program array %qs at %L must have constant shape The name %qs at %C has already been used as an external module name The name %qs cannot be used as a defined operator at %C The number of array elements of the SUB argument to IMAGE_INDEX at %L shall be %d (corank) not %d The number of cycles the swing modulo scheduler considers when checking conflicts using DFA. The number of elements (%d) in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> option. The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> option The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit. See -fmax-array-constructor option The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> option The number of insns executed before prefetch is completed. The number of prefetches that can run at the same time. The number of registers in each class kept unused by loop invariant motion. The object %qs at %L has a deferred LEN parameter %qs and is neither allocatable nor a pointer The object %qs at %L with ASSUMED type parameters must be a dummy or a SELECT TYPE selector(F08/4.2) The parameter expression at %C must be of INTEGER type and not %s type The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is available. The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is not available. The pointer component %qs of %qs at %L is a type that has not been declared The pointer object %qs at %L must have an explicit function interface or be declared as array The possible SVE vector lengths: The possible TLS dialects: The rank of the element in the structure constructor at %L does not match that of the component (%d/%d) The resolution file. The size of L1 cache line. The size of L1 cache. The size of L2 cache. The size of function body to be considered large. The size of stack frame to be considered large. The size of translation unit to be considered large. The smallest number of different values for which it is best to use a jump-table instead of a tree of conditional branches, if 0, use the default for the machine. The source-expr at %L shall neither be of type EVENT_TYPE nor have a EVENT_TYPE component if allocate-object at %L is a coarray The source-expr at %L shall neither be of type LOCK_TYPE nor have a LOCK_TYPE component if allocate-object at %L is a coarray The stat= argument at %L must be a kind=4 integer variable The symbol %qs, referenced at %L, is not in the selected standard The threshold ratio for performing partial redundancy elimination after reload. The threshold ratio of critical edges execution count that permit performing redundancy elimination after reload. The type %qs cannot be host associated at %L because it is blocked by an incompatible object of the same name declared at %L The type for function %qs at %L is not accessible The type parameter spec list at %C cannot contain both ASSUMED and DEFERRED parameters The type parameter spec list at %C contains too many parameter expressions The type parameter spec list at %C does not contain enough parameter expressions The type parameter spec list in the type-spec at %L cannot contain DEFERRED parameters The type-spec at %L shall specify that each length type parameter is assumed The type-spec shall not specify a sequence derived type or a type with the BIND attribute in SELECT TYPE at %C [F2003:C815] The upper bound for sharing integer constants. The upper bound in the last dimension must appear in the reference to the assumed size array %qs at %L The value for the KIND parameter %qs at %C does not reduce to a constant expression The value of n in %<-finit-character=n%> must be between 0 and 127 The value of the PDT LEN parameter '%s' does not agree with that in the dummy declaration The version of ld64 in use for this toolchain. The version of the C++ ABI in use. The version of the C++ ABI used for -Wabi warnings and link compatibility aliases. There is already a procedure with binding name %qs for the derived type %qs at %C There is no specific function for the generic %qs at %L There is no specific subroutine for the generic %qs at %L There's already a non-generic procedure with binding name %qs for the derived type %qs at %C This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. This option lacks documentation. This switch is deprecated; do not use. This switch is deprecated; use -Werror=implicit-function-declaration instead. This switch is deprecated; use -Wextra instead. This switch is deprecated; use -fsanitize-recover= instead. Thread model: %s Threadprivate at %L isn't SAVEd Threadprivate variable at %C is an element of a COMMON block Threshold ipa-cp opportunity evaluation that is still considered beneficial to clone.. Thumb-1 hard-float VFP ABI Thumb: Assume function pointers may go to non-Thumb aware code. Thumb: Assume non-static functions may be called from ARM code. Thumb: Generate (leaf) stack frames even if not needed. Thumb: Generate (non-leaf) stack frames even if not needed. Thunk is not supposed to have body Tiled loop cannot be parallelized across gangs, workers and vectors at the same time at %L To enable preprocessing, use %<-cpp%> Together with -fpic and -fPIC, do not use GOTPLT references. Toggle -fvar-tracking-assignments. Toggle debug information generation. Too few codimensions at %C, expected %d not %d Too few dummy arguments in DTIO procedure %qs at %L Too many arguments in call to %qs at %L Too many arguments to %s at %L Too many codimensions at %C, expected %d not %d Too many components in structure constructor at %L Too many digits in statement label at %C Too many dummy arguments in DTIO procedure %qs at %L Too many elements in array initializer at %C Transform condition stores into unconditional ones. Transform instrumented builtin calls into calls to wrappers. Transformational function %qs at %L is invalid in an initialization expression Transparent alias and target's assembler names differs Trap for signed overflow in addition, subtraction and multiplication. Trap on integer divide by zero. Treat a throw() exception specification as noexcept to improve code size. Treat all warnings as errors. Treat data references as near, far or medium. medium is default. Treat integers as 32-bit. Treat known sprintf return values as constants. Treat lines with 'D' in column one as comments. Treat main as if it had attribute OS_task. Treat missing header files as generated files. Treat signed overflow as undefined. Negated as -fwrapv -fwrapv-pointer. Treat specified warning as error. Treat the input file as already preprocessed. Try running '%s' in the shell to raise its limit. Try to allow the linker to turn PIC calls into direct calls. Try to convert virtual calls to direct ones. Try to interchange loops if profitable. Try to lay out derived types as compactly as possible. Tune code for the given processor. Tune expected memory latency. Tune for the specified target CPU or architecture. Turn on CET instrumentation for switch statements that use a jump table and an indirect jump. Turn on Redundant Extensions Elimination pass. Tweak register allocation to help 16-bit instruction generation. Two main PROGRAMs at %L and %C Two or more part references with nonzero rank must not be specified at %L Two symbols with same comdat_group are not linked by the same_comdat_group list. Type %qs containing DEFERRED binding at %C is not ABSTRACT Type %qs of CLASS variable %qs at %L is not extensible Type declaration %qs at %L is not C interoperable but it is BIND(C) Type definition of %qs at %C was already defined at %L Type inaccessible in variable definition context (%s) at %L Type mismatch in argument %qs at %L; passed %s to %s Type name %qs at %C cannot be the same as an intrinsic type Type name %qs at %C conflicts with previously declared entity at %L, which has the same name Type name %qs at %C is ambiguous Type of argument %qs in call to %qs at %L should be %s, not %s Type of entity at %L is type incompatible with source-expr at %L Type of entity at %L is type incompatible with typespec Type parameter %qs at %C has no corresponding entry in the type parameter name list at %L Type specified for intrinsic function %qs at %L is ignored Type-bound operator at %L can't be NOPASS Type-bound procedure at %C Type-spec at %L cannot contain a deferred type parameter Type-spec at %L cannot contain an asterisk for a type parameter UNIT not specified at %L UNIT number in CLOSE statement at %L must be non-negative UNIT number in INQUIRE statement at %L can not be %d UNIT number in statement at %L must be non-negative UNIT number missing in statement at %L UNIT specification at %L must be an INTEGER expression or a CHARACTER variable UNIT specifier not allowed with NEWUNIT at %C UNLOCK statement at %C UNTIL_COUNT= argument at %L must be a scalar INTEGER expression USE statement at %C has no ONLY qualifier Unable to find a specific INTRINSIC procedure for the reference %qs at %L Unable to find symbol %qs Unable to generate load/store offset for fusion Unable to resolve the specific function %qs at %L Unable to resolve the specific subroutine %qs at %L Unclassifiable GCC directive at %C Unclassifiable OpenACC directive at %C Unclassifiable OpenMP directive at %C Unclassifiable statement at %C Unclassifiable statement in IF-clause at %C Undefined specific binding %qs as target of GENERIC %qs at %L Under -ffast-math, generate a FRIZ instruction for (double)(long long) conversions. Under the control of Object Size type, warn about buffer overflow in string manipulation functions like memcpy and strcpy. Unequal character lengths (%ld/%ld) in %s Unequal character lengths (%ld/%ld) in %s at %L Unexpected %<%c%> for nonderived-type variable %qs at %C Unexpected %<*%> for codimension %d of %d at %C Unexpected %<*%> in coarray subscript at %C Unexpected %s statement at %C Unexpected %s statement at %C in INTERFACE body Unexpected %s statement in BLOCK DATA at %C Unexpected %s statement in CONTAINS section at %C Unexpected %s statement in FORALL block at %C Unexpected %s statement in INTERFACE block at %C Unexpected %s statement in MODULE at %C Unexpected %s statement in WHERE block at %C Unexpected CASE statement at %C Unexpected DIM argument with noncoarray argument at %L Unexpected END statement at %C Unexpected ENTRY statement at %C Unexpected EOF Unexpected NULL() intrinsic at %L to dummy %qs Unexpected OpenACC parallelism. Unexpected SHAPE argument at %L to C_F_POINTER with scalar FPTR Unexpected TYPE IS statement at %C Unexpected alternate return spec in subroutine call at %L Unexpected character in variable list at %C Unexpected characters in PARAMETER statement at %C Unexpected coarray designator at %C Unexpected element %qc in format string at %L Unexpected end of file in %qs Unexpected end of format string Unexpected end of module Unexpected intrinsic type %qs at %L Unexpected junk after !$ACC DECLARE at %C Unexpected junk after !$OMP DECLARE REDUCTION at %C Unexpected junk after !$OMP DECLARE TARGET at %C Unexpected junk after $OMP ATOMIC statement at %C Unexpected junk after $OMP BARRIER statement at %C Unexpected junk after $OMP CANCELLATION POINT statement at %C Unexpected junk after $OMP CRITICAL statement at %C Unexpected junk after $OMP FLUSH statement at %C Unexpected junk after $OMP MASTER statement at %C Unexpected junk after $OMP TASKGROUP statement at %C Unexpected junk after $OMP WORKSHARE statement at %C Unexpected junk after ELSE IF statement at %C Unexpected junk after ELSE statement at %C Unexpected junk after NOWAIT clause at %C Unexpected junk after OMP THREADPRIVATE at %C Unexpected junk after TASKWAIT clause at %C Unexpected junk after TASKYIELD clause at %C Unexpected junk after function declaration at %C Unexpected junk in formal argument list at %C Unexpected thumb1 far jump Unexpected use of subroutine name %qs at %C Uninitialized probability of edge %i->%i Unit number in I/O statement too large Unit number in I/O statement too small Unknown argument %qs at %L to intrinsic %s Unknown argument list function at %L Unknown attribute in !GCC$ ATTRIBUTES statement at %C Unknown form for stack limit expression Unknown intrinsic op Unknown operator %%<%s%%> at %%L Unknown operator %%<%s%%> at %%L; did you mean '%s'? Unknown procedure name %qs at %C Unlimited polymorphic allocate-object at %L requires either a type-spec or SOURCE tag or a MOLD tag Unrecognized MCU name '%s', assuming that it has no hardware multiply. Use the -mhwmult option to set this explicitly. Unrecognized MCU name '%s', assuming that it is just a MSP430 with no hardware multiply. Use the -mcpu and -mhwmult options to set these explicitly. Unrecognized MCU name '%s', assuming that it just supports the MSP430 ISA. Use the -mcpu option to set the ISA explicitly. Unrecognized MCU name '%s'. Unrecognized option to %<-finit-logical%>: %s Unrecognized option to endianness value: %qs Unrecognized option to floating-point init value: %qs Unrecognized option: %qs Unsupported code '%c' for fixed-point: Unsupported cpu name returned from kernel for -mcpu=native: %s Please use an explicit cpu name. Valid cpu names are: %s Unsupported operand for code '%c' Unsupported statement inside WHERE at %L Unsupported value for mmpy-option Unterminated character constant beginning at %C Unused PRIVATE module variable %qs declared at %L Unused dummy argument %qs at %L Unused initialization string at %L because variable has zero length Unused module variable %qs which has been explicitly imported at %L Unused parameter %qs declared at %L Unused parameter %qs which has been explicitly imported at %L Unused variable %qs declared at %L Upper array reference at %L is out of bounds (%ld < %ld) in dimension %d Upper array reference at %L is out of bounds (%ld > %ld) in dimension %d Upper bound of last coarray dimension must be %<*%> at %C Usage: %s [OPTION]... SUB_COMMAND [OPTION]... Usage: %s [options] file... Usage: gcov [OPTION...] SOURCE|OBJ... Use "-Wa,OPTION" to pass "OPTION" to the assembler. Use "-Wl,OPTION" to pass "OPTION" to the linker. Use %reloc() operators, rather than assembly macros, to load addresses. Use -G for data that is not defined by the current object. Use -G for object-local data. Use 128-bit AVX instructions instead of 256-bit AVX instructions in the auto-vectorizer. Use 128-bit long double. Use 16 bit int. Use 32 bit float. Use 32 bit int. Use 32-bit ABI. Use 32-bit floating-point registers. Use 32-bit general registers. Use 32-bit offsets in jump tables rather than 16-bit offsets. Use 4 byte entries in switch tables. Use 4 media accumulators. Use 4-operand madd.s/madd.d and related instructions where applicable. Use 4xx half-word multiply instructions. Use 4xx string-search dlmzb instruction. Use 64 FPRs. Use 64 GPRs. Use 64 bit float. Use 64-bit ABI. Use 64-bit floating-point registers. Use 64-bit general registers. Use 64-bit long double. Use 8 media accumulators. Use 80-bit long double. Use ABI reserved registers. Use AltiVec instructions. Use Bionic C library. Use Branch Likely instructions, overriding the architecture default. Use CONST16 instruction to load constants. Use EABI. Use Enhanced Virtual Addressing instructions. Use Floating-point Multiply Single to Double (FsMULd) instruction. Use GNU C library. Use GP relative sdata/sbss sections. Use GP-relative addressing to access small data. Use H8/300 alignment rules. Use IEEE math for fp comparisons. Use IRA based register pressure calculation in RTL hoist optimizations. Use IRA based register pressure calculation in RTL loop optimizations. Use ISA 2.07 Category:Vector.AES and Category:Vector.SHA2 instructions. Use ISA 2.07 direct move between GPR & VSX register instructions. Use ISA 2.07 transactional memory (HTM) instructions. Use LRA instead of reload (transitional). Use LRA instead of reload. Use MCU instructions. Use MIPS MSA Extension instructions. Use MIPS-3D instructions. Use MIPS-DSP REV 2 instructions. Use MIPS-DSP instructions. Use Mingw-specific thread support. Use Neon double-word (rather than quad-word) registers for vectorization. Use Neon quad-word (rather than double-word) registers for vectorization. Use Neon to perform 64-bits operations rather than core registers. Use NewABI-style %reloc() assembly operators. Use P-mnemonics for branches statically predicted as taken. Use PLT for PIC calls (-fno-plt: load the address from GOT at call site). Use PMC-style 'mad' instructions. Use PowerPC General Purpose group optional instructions. Use PowerPC Graphics group optional instructions. Use PowerPC V2.01 single field mfcr instruction. Use PowerPC V2.02 floating point rounding instructions. Use PowerPC V2.02 popcntb instruction. Use PowerPC V2.05 compare bytes instruction. Use PowerPC V2.06 popcntd instruction. Use PowerPC-64 instruction set. Use RJMP / RCALL even though CALL / JMP are available. Use ROM instead of RAM. Use SSE register passing conventions for SF and DF mode. Use STB_GNU_UNIQUE if supported by the assembler. Use SmartMIPS instructions. Use UNIX assembler syntax. Use UltraSPARC Compare-and-Branch extensions. Use UltraSPARC Fused Multiply-Add extensions. Use UltraSPARC Population-Count instruction. Use UltraSPARC Subtract-Extended-with-Carry instruction. Use UltraSPARC Visual Instruction Set version 1.0 extensions. Use UltraSPARC Visual Instruction Set version 2.0 extensions. Use UltraSPARC Visual Instruction Set version 3.0 extensions. Use UltraSPARC Visual Instruction Set version 4.0 extensions. Use VAX fp. Use VAXC structure conventions. Use VMS exit codes instead of posix ones. Use Virtualization (VZ) instructions. Use __cxa_atexit to register destructors. Use __cxa_get_exception_ptr in exception handling. Use a 32-bit long type. Use a 4-byte record marker for unformatted files. Use a 64-bit long type. Use a minimum runtime (no static initializers or ctors) for memory-constrained devices. Use a smart stack protection method for certain functions. Use a stack protection method for every function. Use additional VIS instructions introduced in OSA2017. Use addresses that allocate global registers. Use all registers, reserving none for interrupt handlers. Use alternate register names. Use an 8-bit 'int' type. Use an 8-byte record marker for unformatted files. Use arbitrary sized immediates in bit operations. Use big-endian byte order. Use branch-and-break sequences to check for integer divide by zero. Use bras for executable < 64k. Use call-clobbered registers for parameters and return value. Use callbacks instead of inline code if number of accesses in function becomes greater or equal to this number. Use caller save register across calls if possible. Use certain scalar instructions added in ISA 3.0. Use control speculation. Use custom stacks instead of local memory for automatic storage. Use data speculation after reload. Use data speculation before reload. Use decimal floating point instructions. Use default method for sdata handling. Use different calling convention using 'rtd'. Use direct poisoning/unpoisoning instructions for variables smaller or equal to this number. Use direct references against %gs when accessing tls data. Use eXtended Physical Address (XPA) instructions. Use epsilon-respecting floating point compare instructions. Use expression value profiles in optimizations. Use extended PowerPC V2.05 move floating point to/from GPR instructions. Use f2c calling convention. Use features of and schedule code for given CPU. Use features of and schedule given CPU. Use flat register window model. Use fp double instructions. Use fp registers. Use full-set registers for register allocation. Use given SPARC-V9 code model. Use given TILE-Gx code model. Use given address mode. Use given assembler dialect. Use given register vector width instructions instead of maximum register width in the auto-vectorizer. Use given stack-protector guard. Use given thread-local storage dialect. Use given x86-64 code model. Use hardware FP (default). Use hardware FP. Use hardware division instructions on ColdFire. Use hardware floating point conversion instructions. Use hardware floating point instructions. Use hardware floating point square root instruction. Use hardware floating point. Use hardware floating-point divide and square root instructions. Use hardware fp. Use hardware instructions for integer division. Use hardware prefetch instruction Use hardware quad FP instructions. Use hardware transactional execution instructions. Use hardware vector facility instructions and enable the vector ABI. Use in block control speculation. Use in block data speculation after reload. Use in block data speculation before reload. Use in/loc/out register names. Use indirect CALLXn instructions for large programs. Use indirect calls. Use inline patterns for copying memory. Use integer madd/msub instructions. Use jump tables for sufficiently large switch statements. Use libgcc stubs to save and restore registers clobbered by 64-bit Microsoft to System V ABI calls. Use little-endian byte order. Use ll, sc and sync instructions. Use lwxc1/swxc1/ldxc1/sdxc1 instructions where applicable. Use media instructions. Use microMIPS instructions. Use multiply add/subtract instructions. Use multiply high instructions for high part of 32x32 multiply. Use musl C library. Use native (MS) bitfield layout. Use new adddi3/subdi3 patterns. Use normal calling convention. Use of intrinsic module %qs at %C conflicts with non-intrinsic module name used previously Use of non-intrinsic module %qs at %C conflicts with intrinsic module name used previously Use of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %C is incompatible with option %s Use of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %L is incompatible with option %qs Use only one TOC entry per procedure. Use ordinarily cached memory accesses for volatile references. Use packed stack layout. Use paired-single floating-point instructions. Use pattern compare instructions. Use pc-relative switch case tables - this enables case table shortening. Use portable calling conventions. Use profiling information for branch probabilities. Use propolice as a stack protection method. Use push instructions to save outgoing arguments. Use r11 to hold the static link in calls to functions via pointers. Use red-zone in the x86-64 code. Use reduced-set registers for register allocation. Use register stack for parameters and return value. Use register+offset memory instructions added in ISA 3.0. Use registers for argument passing. Use registers r2 and r5. Use reorder instructions (swap and byte reversed load/store) (default). Use sample profile information for call graph node weights. The default profile file is fbdata.afdo in 'pwd'. Use sample profile information for call graph node weights. The profile file is specified in the argument. Use scalar register+offset memory instructions added in ISA 3.0. Use shared libraries. Use simple data speculation check for control speculation. Use simple data speculation check. Use simulator runtime. Use smaller but slower prologue and epilogue code. Use software emulation for floating point (default). Use software floating point comparisons. Use software floating point. Use stack bias. Use stack protection method only for functions with the stack_protect attribute. Use standard main function as entry for startup. Use statically initialized variable for constant bounds instead of generating them each time it is required. Use statically initialized variable for vars bounds instead of generating them each time it is required. Use structs on stronger alignment for double-word copies. Use stubs for function prologues. Use subroutines for function prologues and epilogues. Use synci instruction to invalidate i-cache. Use table based fast divide (default at -O3). Use table lookup optimization for small signed integer divisions. Use tas.b instruction for __atomic_test_and_set. Use the AltiVec ABI extensions. Use the Cray Pointer extension. Use the DEC assembler syntax. Use the ELFv1 ABI. Use the ELFv2 ABI. Use the GNU extension to the PE format for aligned common data. Use the RTL dead code elimination pass. Use the RTL dead store elimination pass. Use the SPE ABI extensions. Use the bfd linker instead of the default linker. Use the bit-field instructions. Use the divide instruction. Use the floating point unit for integer add/subtract. Use the given base register for addressing the stack-protector guard. Use the given data alignment. Use the given offset for addressing the stack-protector guard. Use the given symbol for addressing the stack-protector guard. Use the gold linker instead of the default linker. Use the hardware barrel shifter instead of emulation. Use the most feature-enabling options allowed by other options. Use the mvcle instruction for block moves. Use the narrowest integer type possible for enumeration types. Use the new min/max instructions defined in ISA 3.0. Use the simulator runtime. Use the soft multiply emulation (default). Use the software emulation for divides (default). Use traditional GNU semantics for inline functions. Use trap instead of a library function for undefined behavior sanitization. Use trap instructions to check for integer divide by zero. Use uClibc C library. Use unicode startup and define UNICODE macro. Use vector and scalar instructions added in ISA 2.07. Use vector instructions added in ISA 3.0. Use vector register+offset memory instructions added in ISA 3.0. Use vector/scalar (VSX) instructions. Use zero bounds for all incoming arguments in 'main' function. It helps when instrumented binaries are used with legacy libs. Use zero-extending memory loads, not sign-extending ones. Used in Fix-and-Continue mode to indicate that object files may be swapped in at runtime. User defined non-ELEMENTAL function %qs at %L not allowed in WORKSHARE construct User operator %qs referenced at %L not found in module %qs User operator procedure %qs at %L cannot be assumed character length User operator procedure %qs at %L must be a FUNCTION User operator procedure %qs at %L must have at least one argument Uses of this option are diagnosed. Using IBM extended precision long double Using IEEE extended precision long double Using built-in specs. VALUE argument of the %s intrinsic function at %L shall be definable VALUE attribute at %C VALUE is not allowed inside of BLOCK at %C VALUE object %qs in %s clause at %L VALUE statement at %C VOIDmode on an output VOLATILE attribute at %C VOLATILE statement at %C VSX and SPE instructions cannot coexist Valid Nios II ISA levels (for -march): Valid arguments for the -msdata= option. Valid arguments to -malign-: Valid arguments to -mcode-readable=: Valid arguments to -mfloat-gprs=: Valid arguments to -mfpmath=: Valid arguments to -mr10k-cache-barrier=: Valid arguments to -mstack-protector-guard=: Valid arguments to -mstringop-strategy=: Valid arguments to -mtp=: Valid options for GP-relative addressing (for -mgpopt): Validate vtable pointers before using them. Variable %qs at %C cannot be redefined inside loop beginning at %L Variable %qs at %C with an initializer already appears in a DATA statement Variable %qs at %L cannot be BIND(C) because it is neither a COMMON block nor declared at the module level scope Variable %qs at %L cannot have both the ALLOCATABLE and BIND(C) attributes Variable %qs at %L cannot have both the OPTIONAL and the VALUE attribute because procedure %qs is BIND(C) Variable %qs at %L cannot have both the POINTER and BIND(C) attributes Variable %qs at %L has not been assigned a format label Variable %qs at %L in common block %qs at %C must be declared with a C interoperable kind since common block %qs is bind(c) Variable %qs at %L in this context must be constant Variable %qs at %L is INTENT(OUT) and can thus not be an allocatable coarray or have coarray components Variable %qs at %L is a coarray and is not ALLOCATABLE, SAVE nor a dummy argument Variable %qs at %L is a dummy argument of the BIND(C) procedure %qs but may not be C interoperable Variable %qs at %L is a dummy argument to the BIND(C) procedure %qs but is not C interoperable because derived type %qs is not C interoperable Variable %qs at %L is a dummy argument to the BIND(C) procedure %qs but is not C interoperable because it is polymorphic Variable %qs at %L is in COMMON but only in BLOCK DATA initialization is allowed Variable %qs at %L may not be a C interoperable kind but it is BIND(C) Variable %qs at %L not definable inside loop beginning at %L as INTENT(INOUT) argument to function %qs Variable %qs at %L not definable inside loop beginning at %L as INTENT(INOUT) argument to subroutine %qs Variable %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarray Variable %qs at %L set to undefined value inside loop beginning at %L as INTENT(OUT) argument to subroutine %qs Variable %qs at %L set to undefined value inside loop beginning at %L as INTENT(OUT) argument to function %qs Variable %qs at %L with ALLOCATABLE attribute in procedure %qs with BIND(C) Variable %qs at %L with OPTIONAL attribute in procedure %qs which is BIND(C) Variable %qs at %L with POINTER attribute in procedure %qs with BIND(C) Variable %qs at %L with coarray component shall be a nonpointer, nonallocatable scalar, which is not a coarray Variable %qs can not appear in a variable definition context (%s) at %L in PURE procedure Variable %qs cannot appear in the expression at %L Variable %qs from module %qs with binding label %qs at %L uses the same global identifier as entity at %L from module %qs Variable %qs has not been assigned a target label at %L Variable %qs in %s clause is used in NAMELIST statement at %L Variable %qs in common block %qs at %C can not be bind(c) since it is not global Variable %qs in common block %qs at %C must be declared with a C interoperable kind since common block %qs is BIND(C) Variable %qs in common block %qs at %L cannot be declared with BIND(C) since it is not a global Variable %qs in common block %qs at %L may not be a C interoperable kind though common block %qs is BIND(C) Variable %qs is PROTECTED and can not appear in a pointer association context (%s) at %L Variable %qs is PROTECTED and can not appear in a variable definition context (%s) at %L Variable %qs is not a dummy argument at %L Variable %qs is used at %L before the ENTRY statement in which it is a parameter Variable %qs with binding label %qs at %L uses the same global identifier as entity at %L Variable %qs, used in a specification expression, is referenced at %L before the ENTRY statement in which it is a parameter Variable %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must be a coarray Variable %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must be a coarray Variable %s at %L with NO_ARG_CHECK attribute may not have the ALLOCATABLE, CODIMENSION, POINTER or VALUE attribute Variable %s at %L with NO_ARG_CHECK attribute may not have the INTENT(OUT) attribute Variable %s at %L with NO_ARG_CHECK attribute may only be used as actual argument Variable %s at %L with NO_ARG_CHECK attribute shall be a dummy argument Variable %s at %L with NO_ARG_CHECK attribute shall be of type TYPE(*) or of an numeric intrinsic type Variable %s at %L with NO_ARG_CHECK attribute shall either be a scalar or an assumed-size array Variable %s at %L with NO_ARG_CHECK attribute shall not have a subobject reference Variable %s cannot be INTENT(IN) at %C Variable %s cannot be assigned in PURE procedure at %C Variable at %C is an element of a COMMON block Variable at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directive Variable is USE-associated with !$ACC DECLARE at %L Variable other than OMP_OUT or OMP_IN used in combiner of !$OMP DECLARE REDUCTION at %L Variable other than OMP_PRIV or OMP_ORIG used in INITIALIZER clause of !$OMP DECLARE REDUCTION at %L Variable type is UNKNOWN in assignment at %L Variable with NO_ARG_CHECK attribute at %L is only permitted as argument to the intrinsic functions C_LOC and PRESENT Vector library ABI to use. Vectorize for double-word operations. Virtual function multiversioning not supported Volatile memory accesses do not use I/O load/store instructions. Volatile memory accesses use I/O load/store instructions. WAIT at %C not allowed in Fortran 95 WAIT clause at %L requires a scalar INTEGER expression WAIT statement not allowed in PURE procedure at %C WHERE assignment target at %L has inconsistent shape WHERE mask at %L has inconsistent shape WHERE/ELSEWHERE clause at %L requires a LOGICAL array Warn about "extern" declarations not at file scope. Warn about "suspicious" constructs. Warn about 'new' of type with extended alignment without -faligned-new. Warn about @selector()s without previously declared methods. Warn about C constructs that are not in the common subset of C and C++. Warn about C++ constructs whose meaning differs between ISO C++ 1998 and ISO C++ 2011. Warn about C++ constructs whose meaning differs between ISO C++ 2011 and ISO C++ 2014. Warn about C++ constructs whose meaning differs between ISO C++ 2014 and ISO C++ 2017. Warn about C++ polymorphic types where adding final keyword would improve code quality. Warn about C++ virtual methods where adding final keyword would improve code quality. Warn about C++11 inheriting constructors when the base has a variadic constructor. Warn about NULL being passed to argument slots marked as requiring non-NULL. Warn about PCH files that are found but not used. Warn about USE statements that have no ONLY qualifier. Warn about __TIME__, __DATE__ and __TIMESTAMP__ usage. Warn about alignment of COMMON blocks. Warn about all enumerated switches missing a specific case. Warn about an empty body in an if or else statement. Warn about an invalid DO loop. Warn about boolean expression compared with an integer value different from true/false. Warn about buffer overflow in string manipulation functions like memcpy and strcpy. Warn about called procedures not explicitly declared. Warn about calls to snprintf and similar functions that truncate output. Warn about calls to snprintf and similar functions that truncate output. Same as -Wformat-truncation=1. Warn about calls with implicit interface. Warn about casting functions to incompatible types. Warn about casts between incompatible function types. Warn about casts which discard qualifiers. Warn about catch handlers of non-reference type. Warn about certain operations on boolean expressions. Warn about code which might break strict aliasing rules. Warn about comparison of different enum types. Warn about compile-time integer division by zero. Warn about constant integer divisions with truncated results. Warn about creation of array temporaries. Warn about dangling else. Warn about declarations of entities that may be missing attributes that related entities have been declared with it. Warn about deleting polymorphic objects with non-virtual destructors. Warn about deprecated 'vector long ...' AltiVec type usage. Warn about duplicated branches in if-else statements. Warn about duplicated conditions in an if-else-if chain. Warn about enumerated switches missing a "default:" statement. Warn about enumerated switches, with no default, missing a case. Warn about equality comparisons involving REAL or COMPLEX expressions. Warn about features not present in ISO C90, but present in ISO C99. Warn about features not present in ISO C99, but present in ISO C11. Warn about features not present in traditional C. Warn about format strings that are not literals. Warn about format strings that contain NUL bytes. Warn about function call elimination. Warn about function calls with format strings that write past the end of the destination region. Warn about function calls with format strings that write past the end of the destination region. Same as -Wformat-overflow=1. Warn about function parameters declared without a type specifier in K&R-style functions. Warn about function pointer arithmetic. Warn about functions which might be candidates for __attribute__((cold)). Warn about functions which might be candidates for __attribute__((const)). Warn about functions which might be candidates for __attribute__((malloc)). Warn about functions which might be candidates for __attribute__((noreturn)). Warn about functions which might be candidates for __attribute__((pure)). Warn about functions which might be candidates for format attributes. Warn about global functions without previous declarations. Warn about global functions without prototypes. Warn about implicit conversions from "float" to "double". Warn about implicit declarations. Warn about implicit function declarations. Warn about inappropriate attribute usage. Warn about incompatible integer to pointer and pointer to integer conversions. Warn about invalid uses of the "offsetof" macro. Warn about macros defined in the main file that are not used. Warn about maybe uninitialized automatic variables. Warn about memory access errors found by Pointer Bounds Checker. Warn about missing ampersand in continued character constants. Warn about missing fields in struct initializers. Warn about missing sized deallocation functions. Warn about misuses of pragmas. Warn about most implicit conversions. Warn about multiple declarations of the same object. Warn about narrowing conversions within { } that are ill-formed in C++11. Warn about non-virtual destructors. Warn about none ISO msvcrt scanf/printf width extensions. Warn about optimizations that assume that signed overflow is undefined. Warn about overflow in arithmetic expressions. Warn about overloaded virtual function names. Warn about overriding initializers with side effects. Warn about overriding initializers without side effects. Warn about packed bit-fields whose offset changed in GCC 4.4. Warn about pointer casts which increase alignment. Warn about positional initialization of structs requiring designated initializers. Warn about possible aliasing of dummy arguments. Warn about possible security problems with format functions. Warn about possible violations of sequence point rules. Warn about possibly incorrect subscripts in do loops. Warn about possibly missing braces around initializers. Warn about possibly missing parentheses. Warn about possibly nested block comments, and C++ comments spanning more than one physical line. Warn about printf/scanf/strftime/strfmon format string anomalies. Warn about questionable usage of the macros used to retrieve variable arguments. Warn about real-literal-constants with 'q' exponent-letter. Warn about returning a pointer/reference to a local or temporary variable. Warn about returning structures, unions or arrays. Warn about semicolon after in-class function definition. Warn about sign differences with format functions. Warn about signed-unsigned comparisons. Warn about some C++ One Definition Rule violations during link time optimization. Warn about statements between switch's controlling expression and the first case. Warn about stray tokens after #else and #endif. Warn about strftime formats yielding 2-digit years. Warn about subscripts whose type is "char". Warn about suspicious calls to memset where the third argument contains the number of elements not multiplied by the element size. Warn about suspicious calls to memset where the third argument is constant literal zero and the second is not. Warn about suspicious declarations of "main". Warn about suspicious divisions of two sizeof expressions that don't work correctly with pointers. Warn about suspicious length parameters to certain string functions if the argument uses sizeof. Warn about suspicious uses of memory addresses. Warn about switches with boolean controlling expression. Warn about things that change between the current -fabi-version and the specified version. Warn about things that will change when compiling with an ABI-compliant compiler. Warn about truncated character expressions. Warn about truncated source lines. Warn about truncation in string manipulation functions like strncat and strncpy. Warn about type and rank mismatches between arguments and parameters. Warn about type safety and similar errors in attribute alias and related. Warn about uncasted NULL used as sentinel. Warn about underflow of numerical constant expressions. Warn about uninitialized automatic variables. Warn about unprototyped function declarations. Warn about unrecognized pragmas. Warn about unsafe macros expanding to multiple statements used as a body of a clause such as if, else, while, switch, or for. Warn about unsuffixed float constants. Warn about unused dummy arguments. Warn about use of multi-character character constants. Warn about useless casts. Warn about user-specified include directories that do not exist. Warn about uses of __attribute__((deprecated)) declarations. Warn about uses of register storage specifier. Warn about using variadic macros. Warn about variables that might be changed by "longjmp" or "vfork". Warn about variables which are initialized to themselves. Warn about violations of Effective C++ style rules. Warn about zero-length formats. Warn about zero-trip DO loops. Warn for conditionally-supported constructs. Warn for converting NULL from/to a non-pointer type. Warn for implicit type conversions between signed and unsigned integers. Warn for implicit type conversions that cause loss of floating point precision. Warn for implicit type conversions that may change a value. Warn for obsolescent usage in a declaration. Warn for placement new expressions with undefined behavior. Warn for suspicious integer expressions in boolean context. Warn for unsafe raw memory writes to objects of class types. Warn if "defined" is used outside #if. Warn if C++17 noexcept function type will change the mangled name of a symbol. Warn if a C-style cast is used in a program. Warn if a caller of a function, marked with attribute warn_unused_result, does not use its return value. Warn if a class type has a base or a field whose type uses the anonymous namespace or depends on a type with no linkage. Warn if a comparison always evaluates to true or false. Warn if a comparison is always true or always false due to the limited range of the data type. Warn if a deprecated compiler feature, class, method, or field is used. Warn if a function uses alloca or creates an array with dynamic size. Warn if a local declaration hides an instance variable. Warn if a loop with constant number of iterations triggers undefined behavior. Warn if a property for an Objective-C object has no assign semantics specified. Warn if a selector has multiple methods. Warn if a simd directive is overridden by the vectorizer cost model. Warn if a single function's framesize exceeds the given framesize. Warn if a string is longer than the maximum portable length specified by the standard. Warn if a subobject has an abi_tag attribute that the complete object type does not have. Warn if a throw expression will always result in a call to terminate(). Warn if a user-procedure has the same name as an intrinsic. Warn if a variable length array is used. Warn if a virtual base has a non-trivial move assignment operator. Warn if an MCU name is unrecognized or conflicts with other options (default: on). Warn if an array is accessed out of bounds. Warn if an old-style parameter definition is used. Warn if an undefined macro is used in an #if directive. Warn if comparing pointer parameter with nonnull attribute with NULL. Warn if constant CFString objects contain non-portable characters. Warn if dereferencing a NULL pointer may lead to erroneous or undefined behavior. Warn if inherited methods are unimplemented. Warn if left shift of a signed value overflows. Warn if left shifting a negative value. Warn if loops have been interchanged. Warn if passing too many arguments to a function for its format string. Warn if qualifiers on arrays which are pointer targets are discarded. Warn if shift count >= width of type. Warn if shift count is negative. Warn if testing floating point numbers for equality. Warn if the ISR is misspelled, i.e. without __vector prefix. Enabled by default. Warn if the address space of an address is changed. Warn if the pointer in a pointer assignment might outlive its target. Warn if the type of a variable might be not interoperable with C. Warn if trigraphs are encountered that might affect the meaning of the program. Warn if type qualifiers on pointers are discarded. Warn if type signatures of candidate methods do not match exactly. Warn in case profiles in -fprofile-use do not match. Warn of prototypes causing type conversions different from what would happen in the absence of prototype. Warn on any use of alloca. Warn on direct multiple inheritance. Warn on direct virtual inheritance. Warn on intrinsics not part of the selected standard. Warn on namespace definition. Warn on primary template declaration. Warn on suspicious constructs involving reverse scalar storage order. Warn when __builtin_frame_address or __builtin_return_address is used unsafely. Warn when __sync_fetch_and_nand and __sync_nand_and_fetch built-in functions are used. Warn when a #warning directive is encountered. Warn when a Cell microcoded instruction is emitted. Warn when a built-in function is declared with the wrong signature. Warn when a built-in preprocessor macro is undefined or redefined. Warn when a const variable is unused. Warn when a declaration does not specify a type. Warn when a declaration has duplicate const, volatile, restrict or _Atomic specifier. Warn when a declaration is found after a statement. Warn when a function cannot be expanded to HSAIL. Warn when a function is unused. Warn when a function parameter is only set, otherwise unused. Warn when a function parameter is unused. Warn when a jump misses a variable initialization. Warn when a label is unused. Warn when a left-hand-side array variable is reallocated. Warn when a left-hand-side variable is reallocated. Warn when a literal '0' is used as null pointer. Warn when a logical operator is suspiciously always evaluating to true or false. Warn when a noexcept expression evaluates to false even though the expression can't actually throw. Warn when a pointer differs in signedness in an assignment. Warn when a pointer is cast to an integer of a different size. Warn when a pointer is compared with a zero character constant. Warn when a register variable is declared volatile. Warn when a string or character literal is followed by a ud-suffix which does not begin with an underscore. Warn when a switch case falls through. Warn when a variable is only set, otherwise unused. Warn when a variable is unused. Warn when a vector operation is compiled outside the SIMD. Warn when all constructors and destructors are private. Warn when an argument passed to a restrict-qualified parameter aliases with another argument. Warn when an atomic memory model parameter is known to be outside the valid range. Warn when an expression value is unused. Warn when an inlined function cannot be inlined. Warn when an optimization pass is disabled. Warn when attempting to free a non-heap object. Warn when converting the type of pointers to member functions. Warn when deleting a pointer to incomplete type. Warn when fields in a struct with the packed attribute are misaligned. Warn when logical not is used on the left hand side operand of a comparison. Warn when multiple, different, fast interrupt handlers are in the compilation unit. Warn when non-templatized friend functions are declared within a template. Warn when not issuing stack smashing protection for some reason. Warn when one local variable shadows another local variable or parameter of compatible type. Warn when one local variable shadows another local variable or parameter. Warn when one variable shadows another (globally). Warn when one variable shadows another. Same as -Wshadow=global. Warn when overload promotes from unsigned to signed. Warn when padding is required to align structure members. Warn when sizeof is applied on a parameter declared as an array. Warn when the compiler reorders code. Warn when the field in a struct is not aligned. Warn when the indentation of the code does not reflect the block structure. Warn when the packed attribute has no effect on struct layout. Warn when there is a cast to a pointer from an integer of a different size. Warn when there is a conversion between pointers that have incompatible types. Warn when typedefs locally defined in a function are not used. Warn whenever a function's return type defaults to "int" (C), or about inconsistent return types (C++). Warn whenever a trampoline is generated. Warn whenever an Objective-C assignment is being intercepted by the garbage collector. Warn whenever attributes are ignored. Warn whenever type qualifiers are ignored. Warning When "signed" or "unsigned" is not given make the bitfield signed. When "signed" or "unsigned" is not given make the bitfield unsigned. When accessing RAM, use X as imposed by the hardware, i.e. just use pre-decrement, post-increment and indirect addressing with the X register. Without this option, the compiler may assume that there is an addressing mode X+const similar to Y+const and Z+const and emit instructions to emulate such an addressing mode for X. When generating -fpic code, allow the use of PLTs. Ignored for fno-pic. When generating -mabicalls code, allow executables to use PLTs and copy relocations. When generating -mabicalls code, make the code suitable for use in shared libraries. When linking for big-endian targets, generate a BE8 format image. When linking for big-endian targets, generate a legacy BE32 format image. When possible do not generate stack frames. When running CSE, follow jumps to their targets. Where shorter, use canonicalized paths to systems headers. Whether to use canonical types. Which -fsched-pressure algorithm to apply. While setting up signal handler: %m While setting up signal stack: %m Whole program analysis (WPA) mode with number of parallel jobs specified. With this option zero size obtained dynamically for objects with incomplete type will be treated as infinite. Without padding, there are not enough elements in the intrinsic RESHAPE source at %L to match the shape Work around VR4130 mflo/mfhi errata. Work around a hardware anomaly by adding a number of NOPs before a CSYNC or SSYNC instruction. Work around an early 4300 hardware bug. Work around bug in multiplication instruction. Work around certain 24K errata. Work around certain R10000 errata. Work around certain R4000 errata. Work around certain R4400 errata. Work around certain RM7000 errata. Work around certain VR4120 errata. Work around errata for early SB-1 revision 2 cores. Work around hardware multiply bug. Workaround for ARM Cortex-A53 Erratum number 835769. Workaround for ARM Cortex-A53 Erratum number 843419. Wrap all indirect branches into execute in order to disable branch prediction. Wrap all indirect calls into execute in order to disable branch prediction. Wrap all indirect return branches into execute in order to disable branch prediction. Wrap indirect return branches into execute in order to disable branch prediction. This affects only branches where the return address doesn't need to be restored from memory. Wrap indirect return branches into execute in order to disable branch prediction. This affects only branches where the return address is going to be restored from memory. Wrap indirect table jumps and computed gotos into execute in order to disable branch prediction. Using thunk or thunk-extern with this option requires the thunks to be considered signal handlers to order to generate correct CFI. For environments where unwinding (e.g. for exceptions) is required please use thunk-inline instead. Write all declarations as Ada code for the given file only. Write all declarations as Ada code transitively. Writing module %qs at line %d column %d: %s Wrong OpenACC continuation at %C: expected !$ACC, got !$OMP Wrong OpenMP continuation at %C: expected !$OMP, got !$ACC Wrong entry in TYPE_ARG_TYPES list Wrong node is referenced with chkp reference Wrong tree in TYPE_FIELDS list X argument at %L to C_LOC shall not be polymorphic X descriptor requires leading space count at %L X32 does not support ms_abi attribute XXX entering pop_everything () XXX leaving pop_everything () You cannot take the address of a nested function if you use the -mno-pointers-to-nested-functions option. You must enable NEON instructions (e.g. -mfloat-abi=softfp -mfpu=neon) to use these intrinsics. You must enable VFP instructions to use these intrinsics. You must enable crypto instructions (e.g. include -mfloat-abi=softfp -mfpu=crypto-neon...) to use these intrinsics. You need a C startup file for -msys-crt0= Your target platform does not support -fcheck-pointer-bounds Zero is not a valid statement label at %C Zero width in format descriptor [...] [...] style array constructors at %C [Leaving %s] [cannot find %s] [default] [disabled] [enabled] [super ...] must appear in a method context __BELOW100__ attribute not allowed with auto storage class __builtin_arc_aligned with non-constant alignment __builtin_cmpb only accepts 2 arguments __builtin_eh_return not supported on this target __builtin_rx_%s takes 'C', 'Z', 'S', 'O', 'I', or 'U' __builtin_saveregs not supported by this subtarget __builtin_saveregs not supported by this target __builtin_set_thread_pointer is not supported on this target __builtin_shuffle argument vector(s) inner type must have the same size as inner type of the mask __builtin_shuffle argument vectors must be of the same type __builtin_shuffle arguments must be vectors __builtin_shuffle last argument must be an integer vector __builtin_shuffle number of elements of the argument vector(s) and the mask vector should be the same __builtin_thread_pointer is not supported on this target __builtin_unreachable or __builtin_trap call with arguments __delay_cycles is limited to 32-bit loop counts __delay_cycles only takes non-negative cycle counts __delay_cycles() only takes constant arguments __float128 and __ibm128 cannot be used in the same expression __float128 and long double cannot be used in the same expression __fp16 and no ldrh __ibm128 and long double cannot be used in the same expression __label__ declarations are only allowed in function scopes ` `custom-%s=' argument requires numeric digits a brace-enclosed initializer is not allowed here a call to a constructor cannot appear in a constant-expression a cast to a type other than an integral or enumeration type cannot appear in a constant-expression a class template declaration must not declare anything else a comma operator cannot appear in a constant-expression a concept cannot be a member function a constructor cannot be %<concept%> a conversion function cannot have a trailing return type a destructor cannot be %<concept%> a destructor cannot be %<constexpr%> a different type is defined in another translation unit a field of same name but different type is defined in another translation unit a field with different name is defined in another translation unit a function call cannot appear in a constant-expression a function-definition is not allowed here a label can only be part of a statement and a declaration is not a statement a lambda closure type has a deleted copy assignment operator a lambda closure type has a deleted default constructor a later -fabi-version= (or =0) avoids this error with a change in mangling a member of a structure or union cannot have a variably modified type a nested function is not supported for reduced registers a nested namespace definition cannot be inline a nested namespace definition cannot have attributes a non-template variable cannot be %<concept%> a parameter cannot be declared %<concept%> a parameter cannot be declared %<constexpr%> a parameter list with an ellipsis can%'t match an empty parameter name list declaration a reinterpret_cast is not a constant expression a requires expression cannot appear outside a template a statement expression is an insufficient context for overload resolution a storage class can only be specified for objects and functions a storage class on an anonymous aggregate in class scope is not allowed a template cannot be defaulted a template declaration cannot appear at block scope a template-id may not appear in a using-declaration a temporary bound to %qD only persists until the constructor exits a transaction expression cannot appear in a constant-expression a type defined in another translation unit is not polymorphic a type defined in another translation unit is polymorphic a type with different alignment is defined in another translation unit a type with different attributes is defined in another translation unit a type with different bases is defined in another translation unit a type with different number of fields is defined in another translation unit a type with different precision is defined in another translation unit a type with different qualifiers is defined in another translation unit a type with different signedness is defined in another translation unit a type with different size is defined in another translation unit a type with different virtual table pointers is defined in another translation unit a using-declaration cannot specify a template-id. Try %<using %D%> a wide string is invalid in this context abnormal call edges for non-call insn in bb %i abnormal edges for no purpose in bb %i abort in %s, at %s:%d abstract declarator %qT used as declaration access declarations are deprecated in favour of using-declarations; suggestion: add the %<using%> keyword accessing %qD member instead of initialized %qD member in constant expression accessing a member %qE of an atomic structure %qE accessing a member %qE of an atomic union %qE accessing data memory with program memory address accessing program memory with data memory address accessing thread-local storage is not currently supported with -mpure-code or -mslow-flash-data accessing uninitialized array element accessing uninitialized member %qD accessing value of %qE through a %qT glvalue in a constant expression accumulator is not a constant integer accumulator number is out of bounds actual argument to INTENT = OUT/INOUT add %<using namespace std::complex_literals%> (from <complex>) to enable the C++14 user-defined literal suffixes add parentheses around left hand side expression to silence this warning add_sym(): Bad sizing mode address area attribute cannot be specified for functions address area of %q+D conflicts with previous declaration address mode %qs not supported in the %s bit mode address of array with reverse scalar storage order requested address of explicit register variable %qD requested address of global register variable %qD requested address of label %qD returned address of local variable %qD returned address of overloaded function with no contextual type information address of register variable %qD requested address offset not a constant address operand requires constraint for X, Y, or Z register address requested for %qD, which is declared %<register%> address space %qs not supported for devices with flash size up to %d KiB address spaces are not supported for reduced Tiny devices address taken, but ADDRESSABLE bit not set address-of an object %qE with thread local or automatic storage is not a constant expression aggregate %q#D has incomplete type and cannot be defined aggregate value used where a complex was expected aggregate value used where a fixed-point was expected aggregate value used where a float was expected aggregate value used where an integer was expected aka alias definitions not supported in Mach-O; ignored alias definitions not supported in this configuration aliased declaration here alignment %u of %qT is less than %u alignment (%u) for %s exceeds maximum alignment for global common data. Using %u alignment for %q+D must be at least %d alignment for %q+D was previously specified as %d and may not be decreased alignment may not be specified for %q+D alignment must be a small power of two, not %d alignment of %q+D is greater than maximum object file alignment %d alignment of %qD increased in -fabi-version=9 (GCC 5.2) alignment of %qD is bigger than original declaration alignment of %qD will increase in -fabi-version=9 alignment of array elements is greater than element size alignment specified for %<register%> object %qE alignment specified for bit-field %qE alignment specified for function %qE alignment specified for parameter %qE alignment specified for type name in %<sizeof%> alignment specified for type name in %qE alignment specified for type name in cast alignment specified for typedef %qE alignment specified for unnamed bit-field alignment specified for unnamed parameter all member functions in class %qT are private alloc_align parameter outside range alloc_size parameter outside range allocatable argument already captured %qD in lambda expression also found %<%c%s%> alternatives not allowed in asm flag output always_inline function might not be inlinable ambiguating new declaration %q+#D ambiguating new declaration of %q+#D ambiguous conversion for array subscript ambiguous default type conversion from %qT ambiguous method %s%s%s ambiguous overload for ambiguous overload for intrinsic %qs ambiguous template instantiation for %q#D ambiguous template instantiation for %q#T ambiguous template specialization %qD for %q+D an address area attribute cannot be specified for local variables an argument type that has a default promotion can%'t match an empty parameter name list declaration an array of different size is defined in another translation unit an array reference cannot appear in a constant-expression an asm-specification is not allowed on a function-definition an assignment cannot appear in a constant-expression an attribute that appertains to a type-specifier is ignored an decrement cannot appear in a constant-expression an empty string cannot be in %<target_clones%> attribute an enum with different value name is defined in another translation unit an enum with different values is defined in another translation unit an enum with mismatching number of values is defined in another translation unit an explicit specialization must be preceded by %<template <>%> an increment cannot appear in a constant-expression an indirect edge from %s has no corresponding call_stmt an indirect edge with unknown callee corresponding to a call_stmt with a known declaration: an interrupt handler cannot be compiled with -muser-mode anachronism anachronism: anachronistic old-style base class initializer and %qT has no template constructors and field and the implicitly-defined constructor does not initialize %q#D anonymous %s declared inside parameter list will not be visible outside of this definition or declaration anonymous SSA name cannot have default definition anonymous struct not inside named type anonymous union with no members applying #pragma weak %q+D after first use results in unspecified behavior architecture %qs supported for assembler only are_identical_variables: Bad type args to be formatted is not %<...%> argument %d is an unsigned literal that is out of range argument %d must be an unsigned literal argument %d of %qE might be a candidate for a format attribute argument %d of %qE must be a pointer to a constant size type argument %d of %qE must be a pointer type argument %d of %qE must not be a pointer to a function argument %d of '%s' did not have the expected name argument %d to the built-in must be a constant in range %d to %d argument %i in the range [%E, %E] argument %q+D might be clobbered by %<longjmp%> or %<vfork%> argument %qD declared here argument %qD doesn%'t match built-in prototype argument %qD doesn%'t match prototype argument %qd is not a constant argument %qs to %<-Waligned-new%> not recognized argument %qs to %<-Wnormalized%> not recognized argument %qs to %<-femit-struct-debug-detailed%> not recognized argument %qs to %<-femit-struct-debug-detailed%> unknown argument %u in call to function %qE does not have integral type argument %u of %<__builtin_tgmath%> has no arguments argument %u of %<__builtin_tgmath%> has variable arguments argument %u of %<__builtin_tgmath%> has wrong number of arguments argument %u of %<__builtin_tgmath%> is not a function pointer argument %u of %<__builtin_tgmath%> is unprototyped argument 1 must be 0 or 2 argument 1 must be a 1-bit unsigned literal argument 1 must be a 5-bit signed literal argument 1 must be a 6-bit unsigned literal argument 1 must be a map argument 1 must be an 8-bit field value argument 1 of %qE must be a non-void pointer type argument 1 of %qE must be a pointer to a constant size type argument 1 of %qE must be a pointer to a nonzero size object argument 1 of %qs is out of range argument 1 of %qs must be a constant argument 1 of %s must be a constant argument 1 of __builtin_altivec_predicate is out of range argument 1 of __builtin_altivec_predicate must be a constant argument 1 of __builtin_paired_predicate is out of range argument 1 of __builtin_paired_predicate must be a constant argument 1 of __builtin_spe_predicate is out of range argument 1 of __builtin_spe_predicate must be a constant argument 2 must be 0 or 1 argument 2 must be a 1-bit unsigned literal argument 2 must be a 5-bit unsigned literal argument 2 must be a 6-bit unsigned literal argument 2 must be a 7-bit unsigned literal argument 3 in call to function %qE does not have pointer to integral type argument 3 in call to function %qE has boolean type argument 3 in call to function %qE has enumerated type argument 3 in call to function %qE has pointer to boolean type argument 3 in call to function %qE has pointer to enumerated type argument 3 must be a 1-bit unsigned literal argument 3 must be a 2-bit unsigned literal argument 3 must be a 4-bit unsigned literal argument 3 must be in the range 0..15 argument list function at %C argument must be a field reference argument must be array or slice or channel argument must be channel argument must be string or array or slice or map or channel argument must have complex type argument not permitted on %qs clause in OpenACC %<parallel%> argument of %<__builtin_eh_return_regno%> must be constant argument of %qE attribute ignored argument of %qE attribute is missing argument of %qE attribute is not "ilink" or "firq" argument of %qE attribute is not "ilink1" or "ilink2" argument of %qE attribute is not "reset", "software_exception", "page_miss", "timer0", "timer1", "message", "dma0", "dma1", "wand" or "swi" argument of %qE attribute is not a string constant argument of %qE attribute is not a string constant or number argument of Offsetof implies indirection of an embedded field argument of function call might be a candidate for a format attribute argument to %%:compare-debug-auxbase-opt does not end in .gk argument to %<-O%> should be a non-negative integer, %<g%>, %<s%> or %<fast%> argument to %<alloca%> is too large argument to %<alloca%> is zero argument to %<alloca%> may be too large argument to %<alloca%> may be too large due to conversion from %qT to %qT argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to dereference it? argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to provide an explicit length? argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to remove the addressof? argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to dereference it? argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to provide an explicit length? argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to remove the addressof? argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to dereference it? argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to provide an explicit length? argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to remove the addressof? argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to dereference it? argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to provide an explicit length? argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to remove the addressof? argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to use the size of the destination? argument to %<sizeof%> in %qD call is the same pointer type %qT as the destination; expected %qT or an explicit length argument to %<sizeof%> in %qD call is the same pointer type %qT as the first source; expected %qT or an explicit length argument to %<sizeof%> in %qD call is the same pointer type %qT as the second source; expected %qT or an explicit length argument to %<sizeof%> in %qD call is the same pointer type %qT as the source; expected %qT or an explicit length argument to %qE attribute is neither eic, nor vector=<line> argument to %qE attribute is neither zero, nor one argument to %qE attribute is not (keep|thunk|thunk-extern) argument to %qE attribute is not (keep|thunk|thunk-inline|thunk-extern) argument to %qE attribute is not intstack argument to %qE attribute larger than %d argument to %qs is not between %d and %d argument to %qs is too large (max. %d) argument to %qs must be a 2-bit unsigned literal argument to %qs should be a non-negative integer argument to __integer_pack must be between 0 and %d argument to decltype must be an expression argument to dss must be a 2-bit unsigned literal argument to interrupt attribute is unsupported for weak functions argument to variable-length array is too large argument to variable-length array is zero argument to variable-length array may be too large argument to variable-length array may be too large due to conversion from %qT to %qT arguments '%s' and '%s' for intrinsic %s arguments '%s' and '%s' for intrinsic '%s' arguments 'a%d' and 'a%d' for intrinsic '%s' arguments to %qs should be non-negative integers arguments to destructor are not allowed arguments to the %qE attribute must be narrow string literals arguments to the %qE attribute must contain valid identifiers arith_power(): Bad base arith_power(): unknown type arithmetic IF arithmetic involving a null pointer in %qE arithmetic on pointer to an empty aggregate arithmetic on pointer to an incomplete type array %q+D assumed to have one element array %qD declared here array %qD initialized by parenthesized string literal %qE array assignment array bound forbidden after parenthesized type-id array bound is not an integer constant array index in initializer exceeds array bounds array index in initializer is not an integer constant expression array index in initializer not of integer type array index in non-array initializer array index range in initializer exceeds array bounds array initialized from non-constant array expression array initialized from parenthesized string constant array member %q#D declared here array must be initialized with a brace-enclosed initializer array of inappropriate type initialized from string constant array of runtime bound cannot be captured by copy, only by reference array result array section does not have mappable type in %qs clause array section in %<#pragma acc declare%> array section is not contiguous in %qs clause array size in new-expression must be constant array size missing in %q+D array size missing in %qD array size missing in %qT array subscript %E is above array bounds of %qT array subscript %E is below array bounds of %qT array subscript %wi is below array bounds of %qT array subscript %wu is above array bounds of %qT array subscript [%E, %E] is outside array bounds of %qT array subscript has type %<char%> array subscript is not an integer array subscript value %qE is outside the bounds of array %qD of type %qT array subscript value %qE is outside the bounds of array type %qT array type has incomplete element type %qT array types have different bounds array used as initializer arrays of functions are not meaningful asm clobber conflict with input operand asm clobber conflict with output operand asm declaration ignored due to conflict with previous rename asm not allowed in %<transaction_safe%> function asm not allowed in atomic transaction asm operand %d probably doesn%'t match constraints asm-specifier for variable %qE conflicts with asm clobber list assembler does not support -mabi=ilp32 assembler name hash list corrupted assertion missing after %qs assign semantics attributes of property %qD conflict with previous declaration assigning to an array from an initializer list assignment assignment (not initialization) in declaration assignment discards %qv qualifier from pointer target type assignment from distinct Objective-C type assignment from pointer to non-enclosed address space assignment left-hand side might be a candidate for a format attribute assignment makes %q#v qualified function pointer from unqualified assignment of constant field %qD assignment of function %qD assignment of member %qD in read-only object assignment of read-only location %qE assignment of read-only member %qD assignment of read-only named return value %qD assignment of read-only parameter %qD assignment of read-only reference %qD assignment of read-only variable %qD assignment suppression assignment to %qT from %qT makes integer from pointer without a cast assignment to %qT from %qT makes pointer from integer without a cast assignment to %qT from incompatible pointer type %qT assignment to expression with array type associate_integer_pointer(): Already associated assume_aligned parameter not integer constant assumed-rank argument assumed-shape argument assumed-type argument assuming cast to type %qT from overloaded function assuming directive output of %wu byte assuming directive output of %wu bytes assuming pointer to member %qD assuming signed overflow does not occur when combining constants around a comparison assuming signed overflow does not occur when reducing constant in comparison assuming signed overflow does not occur when simplifying %</%> or %<%%%> to %<>>%> or %<&%> assuming signed overflow does not occur when simplifying %<abs (X)%> to %<X%> or %<-X%> assuming signed overflow does not occur when simplifying %<min/max (X,Y)%> to %<X%> or %<Y%> assuming signed overflow does not occur when simplifying conditional assuming signed overflow does not occur when simplifying conditional to constant assuming signed overflow does not occur when simplifying range test asynchronous argument atexit failed atomic_cancel attempt to take address of bit-field attempt to take address of bit-field structure member %qD attribute %<deprecated%> can appear at most once in an attribute-list attribute %<fallthrough%> not preceding a case label or default label attribute %<noreturn%> can appear at most once in an attribute-list attribute %<target%> argument not a string attribute %qE argument not a string attribute %qs applies to array types only attribute declaration attribute for %q#T must follow the %qs keyword attribute ignored attribute ignored in declaration of %q#T attribute ignored in explicit instantiation %q#T attribute using prefix only available with -std=c++17 or -std=gnu++17 attribute using prefix used together with scoped attribute token attribute(target("%s")) is unknown attributes after parenthesized initializer ignored attributes are not allowed on a function-definition attributes at the beginning of statement are ignored attributes ignored on elaborated-type-specifier that is not a forward declaration attributes ignored on local using directive attributes ignored on template instantiation attributes ignored on uninstantiated type attributes in parameter array declarator ignored attributes may not be specified before the %<@%D%> Objective-C++ keyword attributes should be specified before the declarator in a function definition auto fpu selection not currently permitted here automatic variable %qE cannot be %<threadprivate%> aux field set for edge %s->%s aux field set for indirect edge from %s backend decl for module variable %qs already exists bad address bad address, not (reg+disp): bad address, not a constant: bad address, not an I/O address: bad address, not post_inc or pre_dec: bad alignment: %d bad amount of stack space removal: %d bad builtin code bad builtin fcode bad builtin icode bad condition code bad expression bad expression type during walk (%d) bad insn for 'A' bad insn in frv_print_operand, 0 case bad insn in frv_print_operand, bad const_double bad insn in frv_print_operand, z case bad insn to frv_print_operand, 'F' modifier: bad insn to frv_print_operand, 'L' modifier: bad insn to frv_print_operand, 'M/N' modifier: bad insn to frv_print_operand, 'O' modifier: bad insn to frv_print_operand, 'e' modifier: bad insn to frv_print_operand, 'f' modifier: bad insn to frv_print_operand, 'g' modifier: bad insn to frv_print_operand, P modifier: bad insn to frv_print_operand_address: bad insn to frv_print_operand_memory_reference: bad move bad op bad operand bad option %qs to attribute %<optimize%> bad option %qs to pragma %<optimize%> bad output_condmove_single operand bad output_move_double operand bad output_move_single operand bad register bad register to frv_print_operand_memory_reference_reg: bad return type for function argument %u of %<__builtin_tgmath%> bad shift insn: bad test bad type for argument %u of function argument %u of %<__builtin_tgmath%> bad usage of spec function %qs bad value %<%s%> for -mtls-size= switch bad value %qs for -mcpu switch bad value %qs for -mfp-rounding-mode switch bad value %qs for -mfp-trap-mode switch bad value %qs for -mmemory-latency bad value %qs for -mtls-size switch bad value %qs for -mtrap-precision switch bad value %qs for -mtune switch bad value (%qs) for %<-march=%> switch bad value (%qs) for %<-mtune=%> switch bad value (%qs) for %<target("arch=")%> attribute bad value (%qs) for %<target("tune=")%> attribute bad value (%s) for -march= switch bad value (%s) for -mcmodel= switch bad value (%s) for -mtune= switch bad value for %<%s-%s%> bad value for %<%s=%s%> bad value for -mcall-%s bad value for -msdata=%s badly nested C headers from preprocessor barrier region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> region base %qT will be initialized after base class %q#T has accessible non-virtual destructor base class %q#T should be explicitly initialized in the copy constructor base initializer expansion %qT contains no parameter packs base operand of %<->%> has non-pointer type %qT base operand of %<->%> is not a pointer base type %qT fails to be a struct or class type base variable or SSA name undeclared basic block %d pred edge is corrupted basic block %d should be marked irreducible basic block %d should not be marked irreducible basic block %i edge lists are corrupted basic blocks not laid down consecutively bb %d does not belong to loop %d bb %d has father loop %d, should be loop %d bb %d on wrong place because it is a member of %qT because it is used as a glvalue because the array element type %qT has variable size binary argument %u to decimal-only type-generic function binary expression in operand of fold-expression binary operator does not support mixing vector bool with floating point vector operands binary operator does not support two vector bool operands binary operator does not support vector bool operand bind(c) procedure binding reference of type %qH to %qI discards qualifiers bit-field %q+#D with non-integral type bit-field %q+D width not an integer constant bit-field %qD with non-integral type bit-field %qE has atomic type bit-field %qE in %qs clause bit-field %qs has invalid type bit-field %qs width not an integer constant bit-field %qs width not an integer constant expression bit-field has atomic type bitwise comparison always evaluates to false bitwise comparison always evaluates to true block IF body of %<constexpr%> constructor cannot be a function-try-block body of %<constexpr%> function %qD not a return-statement bogus DISPOSE construction: %d bogus JARL construction: %d bogus JR construction: %d bogus PREPEARE construction: %d bogus comparison result type boolean registers required for the floating-point option both %<__thread%> and %<thread_local%> specified both %<monotonic%> and %<nonmonotonic%> modifiers specified both %s and %qE attribute provide address both arguments in binary fold have unexpanded parameter packs both arguments to %<__builtin___clear_cache%> must be pointers both binary and decimal floating-point arguments to type-generic function both complex and decimal floating-point arguments to type-generic function braced spec %qs ends in escape braced spec %qs is invalid at %qc braced spec body %qs is invalid braced-group within expression allowed only inside a function braces around scalar initializer braces around scalar initializer for type %qT branch %2d never executed branch %2d taken %s%s branch target register load optimization is not intended to be run twice break statement not within loop or switch break statement used with OpenMP for loop break statement within %<#pragma simd%> loop body build_dt: format with namelist built-in function %q+D declared as non-function built-in function %qD declared as non-function built-in function %qD requires the %<-mconstant-cfstrings%> flag built-in function %qD takes one argument only built-in function %qE must be directly called built-in function %qE not supported for MIPS16 builtin %qF is deprecated. builtin %qF is for GCC internal use only. builtin %qF is not supported without -mhtm (default with -march=zEC12 and higher). builtin %qF requires -mvx (default with -march=z13 and higher). builtin %qs is only valid in 64-bit mode builtin %qs needs GLIBC (2.23 and newer) that exports hardware capability bits builtin %qs only accepts 1 argument builtin %qs only accepts 2 arguments builtin %qs only accepts 3 arguments builtin %qs only accepts a string argument builtin %qs requires builtin %qs builtin %s is only valid in 64-bit mode builtin %s only accepts a string argument builtin function %qs is not supported with the current options builtin function %qs is only valid for the cell processor builtin function %qs not supported in this compiler configuration builtin function %qs requires ISA 3.0 IEEE 128-bit floating point builtin function %qs requires the %qs (or newer), and %qs or %qs options builtin function %qs requires the %qs and %qs options builtin function %qs requires the %qs option builtin requires an immediate for operand %d builtin vec_step can only be used on vector types. but %qD does not throw; perhaps it should be declared %<noexcept%> but is prevailed by one without from other translation unit but not here bytecode stream in file %qs generated with LTO version %d.%d instead of the expected %d.%d bytecode stream: expected tag %s instead of %s bytecode stream: found empty cgraph node bytecode stream: found multiple instances of cgraph node with uid %d bytecode stream: found non-null terminated string bytecode stream: garbage at the end of symbols section bytecode stream: no callee found while reading edge bytecode stream: no caller found while reading edge bytecode stream: string too long for the string table bytecode stream: tag %s is not in the expected range [%s, %s] bytecode stream: trying to read %d bytes after the end of the input buffer bytecode stream: unexpected LTO section %s bytecode stream: unexpected tag %s bytecode stream: unknown GIMPLE statement tag %s c++11 attributes only available with -std=c++11 or -std=gnu++11 call %2d never executed call %2d returned %s call has circular dependency call is unlikely and code size would grow call of %<(%T) (%A)%> is ambiguous call of overloaded %<%D(%A)%> is ambiguous call of overloaded %<%s(%A)%> is ambiguous call to %<__builtin_custom_%s%> conflicts with switch %<-mcustom-%s%> call to %qD uses the default argument for parameter %P, which is not yet defined call to function %qD which throws incomplete type %q#T call to function which throws incomplete type %q#T call to internal function %qE call to non-%<constexpr%> function %qD call to non-function %qD call-clobbered register used for global register variable called from here called from this function called object %qD is not a function or function pointer called object %qE is not a function or function pointer called object is not a function or function pointer callee refers to comdat-local symbols caller edge count does not match BB count caller edge count invalid caller is instrumentation thunk caller is not optimized calling %qD with SSE calling convention without SSE/SSE2 enabled calling %qD with a nonzero argument is unsafe calling %qD with attribute sseregparm without SSE/SSE2 enabled calling %qT with attribute sseregparm without SSE/SSE2 enabled calls to overloaded operators cannot appear in a constant-expression can not find instance variable associated with property can not use -mtp=cp15 with 16-bit Thumb can not use an object as parameter to a method can only use %qE attribute on file-scope definitions of objects of class type can%'t apply both longcall and shortcall attributes to the same function can%'t convert a value of type %qT to vector type %qT which has different size can%'t convert a vector of type %qT to type %qT which has different size can%'t convert from incomplete type %qH to %qI can%'t convert value to a vector can%'t create precompiled header %s: %m can%'t create repository information file %qs can%'t define friend function %qs in a local class definition can%'t extend PCH file: %m can%'t find a register in class %qs while reloading %<asm%> can%'t get position in PCH file: %m can%'t mix operands of decimal float and complex types can%'t mix operands of decimal float and other float types can%'t mix operands of decimal float and vector types can%'t open %qs for writing: %m can%'t open %s for writing: %m can%'t open %s: %m can%'t read %s: %m can%'t read PCH file: %m can%'t set %qE attribute after definition can%'t set position in PCH file: %m can%'t use %qs as a call-saved register can%'t use %qs as a call-used register can%'t use %qs as a fixed register can%'t use multiple stack checking methods together can%'t write %s: %m can%'t write PCH file can%'t write PCH file: %m can%'t write padding to PCH file: %m can%'t write to %s: %m can't get program status: %m can't open %s: %m can't open input file: %s can't open ldd output: %m can't open nm output: %m can't use non gp relative absolute address candidate 1: candidate 2: candidate is: candidates are: candidates are: cannot add an enumerator list to a template instantiation cannot allocate an object of abstract type %qT cannot allocate stack for variable %q+D, naked function. cannot apply %<offsetof%> to a non constant address cannot apply %<offsetof%> to an enumerator %qD cannot apply %<offsetof%> to destructor %<~%T%> cannot apply %<offsetof%> to member function cannot apply %<offsetof%> to member function %qD cannot apply %<offsetof%> to static data member %qD cannot apply %<offsetof%> when %<operator[]%> is overloaded cannot apply member pointer %qE to %qE, which is of non-class type %qT cannot bind bitfield %qE to %qT cannot bind non-const lvalue reference of type %qH to an rvalue of type %qI cannot bind packed field %qE to %qT cannot bind rvalue %qE to %qT cannot bind rvalue reference of type %qH to lvalue of type %qI cannot call constructor %<%T::%D%> directly cannot call function %qD cannot call member function %qD without object cannot capture %qE by reference cannot capture member %qD of anonymous union cannot catch type %qT because it involves types of variable size cannot close receive-only channel cannot convert %qE from type %qH to type %qI cannot convert %qE from type %qT to type %qT cannot convert %qH to %qI cannot convert %qH to %qI in argument passing cannot convert %qH to %qI in assignment cannot convert %qH to %qI in default argument cannot convert %qH to %qI in initialization cannot convert %qH to %qI in return cannot convert from base class %qT to derived class %qT because the base is virtual cannot convert from base class %qT to derived class %qT via virtual base %qT cannot convert from pointer to base class %qT to pointer to derived class %qT because the base is virtual cannot convert from pointer to base class %qT to pointer to derived class %qT via virtual base %qT cannot convert to a pointer type cannot convert type %qH to type %qI cannot create pointer to reference member %qD cannot create type information for type %qT because it involves types of variable size cannot declare %<::main%> to be %<constexpr%> cannot declare %<::main%> to be a global variable cannot declare %<::main%> to be a template cannot declare %<::main%> to be inline cannot declare %<::main%> to be static cannot declare %qD to be a bit-field type cannot declare bit-field %qD with %<warn_if_not_aligned%> type cannot declare bit-field %qD with function type cannot declare bit-field %qs with %<warn_if_not_aligned%> type cannot declare catch parameter to be of abstract class type %qT cannot declare catch parameter to be of rvalue reference type %qT cannot declare field %q+D to be of abstract type %qT cannot declare member %<%T::%s%> within %qT cannot declare member function %<%T::%s%> within %qT cannot declare member function %qD to have static linkage cannot declare parameter %q+D to be of abstract type %qT cannot declare parameter to be of abstract type %qT cannot declare pointer to %q#T cannot declare pointer to %q#T member cannot declare pointer to qualified function type %qT cannot declare reference to %q#T cannot declare reference to %q#T, which is not a typedef or a template type argument cannot declare reference to qualified function type %qT cannot declare static function inside another function cannot declare variable %q+D to be of abstract type %qT cannot decompose address cannot decompose class type %qT because it has an anonymous struct member cannot decompose class type %qT because it has an anonymous union member cannot decompose class type %qT without non-static data members cannot decompose class type %qT: both it and its base class %qT have non-static data members cannot decompose class type %qT: its base classes %qT and %qT have non-static data members cannot decompose inaccessible member %qD of %qT cannot decompose lambda closure type %qT cannot decompose non-array non-class type %qT cannot decompose union type %qT cannot decompose variable length array %qT cannot decompose variable length vector %qT cannot decrement a pointer to incomplete type %qT cannot deduce template arguments for %qT from () cannot deduce template arguments for copy-initialization of %qT, as it has no non-explicit deduction guides or user-declared constructors cannot deduce template arguments of %qT, as it has no viable deduction guides cannot define member function %<%T::%s%> within %qT cannot define member of dependent typedef %qT cannot delete a function. Only pointer-to-objects are valid arguments to %<delete%> cannot derive from %<final%> base %qT in derived type %qT cannot disable built-in function %qs cannot dynamic_cast %qE (of type %q#T) to type %q#T (%s) cannot emit unaligned pointers in ptx assembly cannot expand initializer for member %qD cannot explicitly declare member %q#D to have extern linkage cannot fallthrough final case in switch cannot find %s in plugin %s %s cannot find '%s' cannot find 'ldd' cannot find 'nm' cannot find LTO cgraph in %s cannot find LTO section refs in %s cannot find a valid counter:value pair: cannot find class %qE cannot find interface declaration for %qE cannot find interface declaration for %qE, superclass of %qE cannot find protocol declaration for %qE cannot find reference tag for class %qE cannot form pointer to member of non-class %q#T cannot generate position-independent code for %qs cannot handle inconsistent calls to %qs cannot increment a pointer to incomplete type %qT cannot inherit constructors from indirect base %qT cannot initialize aggregate of type %qT with a compound literal cannot inline function %<main%> cannot load plugin %s %s cannot merge separate %s counters for function %u cannot nest more than %d namespaces cannot open %s cannot open %s: %m cannot open '%s' cannot open intermediate ptx file cannot open profile file %s cannot pass argument in vector register because altivec instructions are disabled, use %qs to enable them cannot pass argument in vector register because altivec instructions are disabled, use -maltivec to enable them cannot pass rvalue to reference parameter cannot put object with volatile field into register cannot read %s: %m cannot read LTO decls from %s cannot read LTO mode table from %s cannot read function profile from %s cannot read string table from %s cannot read working set from %s cannot receive reference type %qT through %<...%> cannot reload integer constant operand in %<asm%> cannot resolve overloaded function %qD based on conversion to type %qT cannot return from a handler of a function-try-block of a constructor cannot return value in vector register because altivec instructions are disabled, use %qs to enable them cannot return value in vector register because altivec instructions are disabled, use -maltivec to enable them cannot set interrupt attribute: no current function cannot set interrupt attribute: no such identifier cannot specialize concept %q#D cannot specify %<override%> for a class cannot specify -o with -c, -S or -E with multiple files cannot specify -static with -fsanitize=address cannot specify -static with -fsanitize=thread cannot specify both -msep-data and -mid-shared-library cannot tail-call: %s cannot take address of %qs cannot take address of bit-field %qD cannot take address of scalar with reverse storage order cannot take the address of %<this%>, which is an rvalue expression cannot throw expression of type %qT because it involves types of variable size cannot type switch on non-interface value cannot update SSA form cannot use %<-%> as input filename for a precompiled header cannot use %<::%> in parameter declaration cannot use %<typeid%> with -fno-rtti cannot use %<va_arg%> with reverse storage order cannot use mode %qs for enumeral types cannot use mshared and static together cannot use mthreads and mlegacy-threads together cannot use obsolete binding %qD because it has a destructor cannot use small-data accesses for %qs cannot use type %s as type %s cannot use va_start in interrupt function cannot value-initialize array of unknown bound %qT canonical types differ for identical types %qT and %qT capture by copy of incomplete type %qT capture of non-variable %qE capture of variable %qD with non-automatic storage duration capture of variably-modified type %qT that is not an N3639 array of runtime bound case label %qE not within a switch statement case label does not reduce to an integer constant case label is not an integer constant expression case label not within a switch statement case label value exceeds maximum value for type case label value is less than minimum value for type case labels not sorted in switch statement case labels not sorted: case value %qs not in enumerated type case value %qs not in enumerated type %qT cast adds %q#v qualifier to function type cast between incompatible function types from %qH to %qI cast between incompatible function types from %qT to %qT cast between incompatible pointer to member types from %qH to %qI cast discards %qv qualifier from pointer target type cast from %qH to %qI increases required alignment of target type cast from %qH to %qI loses precision cast from function call of type %qT to non-matching type %qT cast from pointer to integer of different size cast from type %qT to type %qT casts away qualifiers cast increases required alignment of target type cast specifies array type cast specifies function type cast to %s address space pointer from disjoint %s address space pointer cast to %s address space pointer from disjoint generic address space pointer cast to generic address space pointer from disjoint %s address space pointer cast to non-integral type %qT in a constant expression cast to pointer from integer of different size cast to union type from type not present in union casting %qT to %qT does not dereference pointer casting between pointer-to-function and pointer-to-object is conditionally-supported catching non-reference type %q#T catching polymorphic type %q#T by value catching type %q#T by value category attributes are not available in Objective-C 1.0 category attributes are not available in this version of the compiler, (ignored) cdecl and thiscall attributes are not compatible cgraph count invalid cgraph_node has wrong clone list cgraph_node has wrong clone_of cgraph_node has wrong prev_clone pointer cgraph_node is in clone list but it is not clone changes meaning of %qD from %q#D char-array initialized from wide string check_data_variable(): Bad expression check_dimension(): Bad array reference check_dummy_characteristics: Unexpected result %i of gfc_dep_compare_expr check_init_expr(): Unknown expression type check_intents(): List mismatch check_restricted(): Unknown expression type check_result_characteristics (1): Unexpected result %i of gfc_dep_compare_expr check_result_characteristics (2): Unexpected result %i of gfc_dep_compare_expr check_some_aliasing(): List mismatch check_some_aliasing(): corrupted data checksum is (%x,%x) instead of (%x,%x) chkp_find_bounds: Cannot find bounds for pointer chkp_find_bounds: Unexpected tree code %s chkp_get_bounds_by_definition: Unexpected GIMPLE code %s chkp_get_bounds_by_definition: Unexpected var of type %s chkp_make_addressed_object_bounds: Unexpected tree code %s chkp_walk_pointer_assignments: unexpected RHS type: %s choosing %qD over %qD chunk size value must be positive circular pointer delegation detected class %qE already exists class %qE is deprecated class %qT does not have any field named %qD class %qT is implicitly friends with itself class %qs does not implement the %qE protocol class attributes are not available in Objective-C 1.0 class definition may not be declared a friend class extension for class %qE declared after its %<@implementation%> class extensions are not available in Objective-C 1.0 class template argument deduction failed: class template argument deduction is only available with -std=c++17 or -std=gnu++17 class type %qT is incomplete cleanup argument not a function cleanup argument not an identifier clones for %<target_clones%> attribute cannot be created close: %s closing LTRANS output list %s: %m closing dependency file %s: %m coarray argument code may be misoptimized unless -fno-strict-aliasing is used code model %qs not supported in the %s bit mode code model %qs not supported in x32 mode code model %qs with -f%s code model %s does not support PIC mode collapse argument needs positive constant integer expression collapsed %s loops not perfectly nested at %L collapsed loops not perfectly nested collect2 version %s collect: reading %s collect: recompiling %s collect: relinking collect: tweaking %s in %s collection in fast enumeration is not an object comdat-local function called by %s outside its comdat comdat-local symbol referred to by %s outside its comdat comma at end of enumerator list comma-separated list in using-declaration only available with -std=c++17 or -std=gnu++17 command line option %qs is not supported by this configuration command line option %qs is valid for %s but not for %s command line option %qs is valid for the driver but not for %s common symbol debug info is not structured as symbol+offset compact-casesi is not applicable to ARCv2 compare_actual_expr(): Bad component code compare_bound_int(): Bad expression compare_real(): Bad operator comparing final insns dumps comparing floating point with == or != is unsafe comparing vectors with different element types comparing vectors with different number of elements comparison always false due to limited range of data type comparison always true due to limited range of data type comparison between %q#T and %q#T comparison between %qT and %qT comparison between distinct pointer types %qT and %qT lacks a cast comparison between distinct pointer-to-member types %qT and %qT lacks a cast comparison between pointer and integer comparison between pointer and zero character constant comparison between types %qT and %qT comparison is always %d comparison is always %d due to width of bit-field comparison is always false due to limited range of data type comparison is always true due to limited range of data type comparison of complete and incomplete pointers comparison of constant %qE with boolean expression is always false comparison of constant %qE with boolean expression is always true comparison of distinct Objective-C types lacks a cast comparison of distinct pointer types lacks a cast comparison of integer expressions of different signedness: %qT and %qT comparison of pointers to disjoint address spaces comparison of promoted ~unsigned with constant comparison of promoted ~unsigned with unsigned comparison of unsigned expression < 0 is always false comparison of unsigned expression >= 0 is always true comparison with string literal results in unspecified behavior comparisons like %<X<=Y<=Z%> do not have their mathematical meaning compatible type is here compilation terminated due to -Wfatal-errors. compilation terminated due to -fmax-errors=%u. compilation terminated. complex argument %u to decimal-only type-generic function complex arguments must have floating-point type complex arguments must have identical types complex floating point overflow in expression %qE of type %qT results in %qE complex floating point overflow in expression of type %qT results in %qE complex integer overflow in expression %qE of type %qT results in %qE complex integer overflow in expression of type %qT results in %qE complex invalid for %qs component %qs at %L has already been set by a parent derived type constructor compound literal has variable size compound literal of non-object type %qT compound literal qualified by address-space qualifier compound-statement in %<constexpr%> function compressed stream: %s concept %q#D declared with a deduced return type concept %q#D declared with function parameters concept %q#D with non-%<bool%> return type %qT concept %qD has no definition concept must have type %<bool%> condition expression refers to iteration variable %qD conditional expression between distinct pointer types %qT and %qT lacks a cast conditional expression between distinct pointer-to-member types %qT and %qT lacks a cast conditional expression in operand of fold-expression conflicting C language linkage declaration %q#D conflicting access specifications for field %qE, ignored conflicting access specifications for method %q+D, ignored conflicting declaration %q+#D conflicting declaration of %q+#D with %qL linkage conflicting declaration of C function %q+#D conflicting declaration of template %q+#D conflicting named address spaces (%s vs %s) conflicting named address spaces (%s vs %s) for %q+D conflicting named address spaces (%s vs generic) for %q+D conflicting named address spaces (generic vs %s) for %q+D conflicting return type specified for %q+#D conflicting specifiers in declaration of %qs conflicting super class name %qE conflicting type attributes specified for %q+#D conflicting type qualifiers for %q+D conflicting types for %<%c%s%> conflicting types for %q+D conflicting types for built-in function %q+D conflicting use of -mcustom switches, target attributes, and/or __builtin_custom_ functions conflicts with %qD consider using '-pg' instead of '-p' with gprof(1) consider using `-pg' instead of `-p' with gprof (1) consider using `-pg' instead of `-p' with gprof(1) const %qs cannot be declared %<mutable%> const, volatile or __restrict qualified type %qT in %<#pragma omp declare reduction%> const, volatile or restrict qualified type in %<#pragma omp declare reduction%> const/copy propagation disabled const_double_split got a bad insn: constant argument %d for builtin %qF is out of range ( constant argument %d for builtin %qF is out of range (0.. constant argument %d for builtin %qF is out of range for target type constant argument out of range for %qs constant argument out of range for %s constant field %qD used as %<asm%> output constant not recomputed when ADDR_EXPR changed constant refers to itself constant value required for builtin %qF argument %d constraint mismatch at argument %d in template parameter list for %qD constructor cannot be static member function constructor delegates to itself constructor delegation follows mem-initializer for %qD constructor for alien class %qT cannot be a member constructor is not user-provided because it is explicitly defaulted in the class body constructor priorities are not supported constructor priorities from 0 to %d are reserved for the implementation constructor priorities must be integers from 0 to %d inclusive constructor syntax used, but no constructor declared for type %qT constructors cannot be declared %<virtual%> constructors may not be cv-qualified constructors may not be ref-qualified containing loop containing loop here contains additional virtual method %qD continue statement not within a loop continue statement within %<#pragma simd%> loop body control flow in the middle of basic block %d control reaches end of non-void function conversion between distinct pointer types %qT and %qT lacks a cast conversion between distinct pointer-to-member types %qT and %qT lacks a cast conversion casts away constness conversion from %q#T to %q#T conversion from %qH to %qI discards qualifiers conversion from %qH to %qI in a converted constant expression conversion from %qH to %qI is ambiguous conversion from %qH to non-scalar type %qI requested conversion from %qT to %qT changes the value of %qE conversion from %qT to %qT changes value from %qE to %qE conversion from %qT to %qT discards imaginary component conversion from %qT to %qT may change value conversion from address space %qs to address space %qs conversion from normal type to notinheap type conversion from pointer type %qT to arithmetic type %qT in a constant expression conversion lacks type at end of format conversion of %qE from %qH to %qI is ambiguous conversion of %qT null pointer to %qT is not a constant expression conversion of an SSA_NAME on the left hand side conversion of register to a different size conversion of scalar %qH to vector %qI involves truncation conversion of scalar %qT to vector %qT involves truncation conversion to %qT from %qT may change the sign of the result conversion to %qT from boolean expression conversion to a base class will never use a type conversion operator conversion to a reference to a base class will never use a type conversion operator conversion to a reference to the same type will never use a type conversion operator conversion to a reference to void will never use a type conversion operator conversion to incomplete type conversion to non-const reference type %q#T from rvalue of type %qT conversion to non-scalar type requested conversion to the same type will never use a type conversion operator conversion to void cannot resolve address of overloaded function conversion to void will never use a type conversion operator conversion to void will not access object %qE of incomplete type %qT conversion to void will not access object of incomplete type %qT conversion to void will not access object of non-trivially-copyable type %qT conversion to void will not access object of type %qT conversion to volatile reference type %q#T from rvalue of type %qT converting %<false%> to pointer type %qT converting %<false%> to pointer type for argument %P of %qD converting NULL to non-pointer type converting an array compound literal to a pointer is ill-formed in C++ converting far pointer to near pointer converting from %qH to %qI converting lambda that uses %<...%> to function pointer converting overloaded function %qD to type %q#T is ambiguous converting to %qH from %qI requires direct-initialization converting to %qT from initializer list would use explicit constructor %qD converting to non-pointer type %qT from NULL copying non-static data member %q#D of rvalue reference type copyprivate variable %qE is not threadprivate or private in outer context corrupt loop tree root corrupted exits list of loop %d corrupted head of the exits list of loop %d corrupted profile info: edge from %i to %i exceeds maximal count corrupted profile info: number of executions for edge %d-%d thought to be %i corrupted profile info: number of iterations for basic block %d thought to be %i corrupted profile info: profile data is not flow-consistent corrupted profile info: sum_all is smaller than sum_max corrupted value profile: %s profile counter (%d out of %d) inconsistent with basic-block count (%d) could not close Go dump file: %m could not close final insn dump file %qs: %m could not close response file %s could not close temporary response file %s could not close zeroed insn dump file %qs: %m could not convert %qE from %<void%> to %<bool%> could not convert %qE from %qH to %qI could not convert template argument %qE from %qT to %qT could not emit HSAIL for function %s: function cannot be cloned could not find a spill register could not find an integer type of the same size as %qT could not find class %qE could not find interface for class %qE could not find setter/getter for %qE in class %qE could not find specs file %s could not open Go dump file %qs: %m could not open dump file %qs: %m could not open final insn dump file %qs: %m could not open response file %s could not open symbol resolution file: %m could not open temporary response file %s could not parse file offset could not parse hex number could not read the BRIG file could not resolve typename type could not split insn could not write to response file %s could not write to temporary response file %s couldn%'t understand kern.osversion %q.*s couldn%'t understand version %s couldn%'t unmap pch_address_space: %m cpu %qs is an invalid argument to builtin %qs cpu %s is an invalid argument to builtin %s created and used with different ABIs created and used with different architectures / ABIs created and used with different endianness created and used with different settings of -fpic created and used with different settings of -fpie created and used with differing settings of '%s' creating array of %qT creating array of %qT, which is an abstract class type creating array of function members creating array of functions creating array of references creating array of void creating pointer to member function of non-class type %qT creating pointer to member of non-class type %qT creating pointer to member of type void creating pointer to member reference type %qT creating run-time relocation creating run-time relocation for %qD creating selector for nonexistent method %qE custom instruction opcode must be compile time constant in the range 0-255 for __builtin_custom_%s custom-fpu-cfg option does not support %<no-%> custom-fpu-cfg option requires configuration argument cv-qualified type parameter data area attributes cannot be specified for local variables data area of %q+D conflicts with previous declaration data declaration data definition has no type or storage class data member %qD cannot be a member template data member may not have variably modified type %qT data type of %q+D isn%'t suitable for a register data-model=far not valid for cr16c architecture dead STMT in EH table dead histogram debug debug format %qs conflicts with prior selection debug output level %qs is too high debug: decimal floating-point argument %u to binary-only type-generic function decimal floating-point argument %u to complex-only type-generic function decl-specifier in declaration of deduction guide decl-specifier invalid in condition declaration %qD does not declare anything declaration does not declare anything declaration for parameter %qD but no such parameter declaration of %<constexpr%> variable %qD is not a definition declaration of %<extern%> variable %qD in %<for%> loop initial declaration declaration of %<std::initializer_list%> does not match %<#include <initializer_list>%>, isn't a template declaration of %<~%T%> as member of %qT declaration of %q#D declaration of %q#D conflicts with built-in declaration %q#D declaration of %q#D has %<extern%> and is initialized declaration of %q#D has no initializer declaration of %q#D outside of class is not definition declaration of %q#D shadows a parameter declaration of %q#T declaration of %q+#D conflicts with built-in declaration %q#D declaration of %q+#D shadows template parameter declaration of %q+D shadows a built-in function declaration of %q+D shadows previous non-variable declaration of %q+D with attribute %qs follows inline declaration declaration of %q+D with no linkage follows extern declaration declaration of %qD ambiguates earlier template instantiation for %qD declaration of %qD as %<typedef%> declaration of %qD as array of function members declaration of %qD as array of functions declaration of %qD as array of references declaration of %qD as array of void declaration of %qD as member of %qT declaration of %qD as multidimensional array must have bounds for all dimensions except the first declaration of %qD as non-function declaration of %qD as non-member declaration of %qD as parameter declaration of %qD in %qD which does not enclose %qD declaration of %qD in namespace %qD which does not enclose %qD declaration of %qD not in a namespace surrounding %qD declaration of %qD shadows a global declaration declaration of %qD shadows a member of %qT declaration of %qD shadows a parameter declaration of %qD shadows a previous local declaration of %qE as array of functions declaration of %qE as array of voids declaration of %qE as multidimensional array must have bounds for all dimensions except the first declaration of %qF has a different exception specifier declaration of function %qD in invalid context declaration of multidimensional array must have bounds for all dimensions except the first declaration of non-variable %qD in %<for%> loop initial declaration declaration of static variable %qD in %<for%> loop initial declaration declaration of template parameter %q+D shadows template parameter declaration of type name as array of functions declaration of type name as array of voids declarations in dependent base %qT are not found by unqualified lookup declarator-id missing; using reserved word %qD declared here declared private here declared protected here decltype cannot resolve address of overloaded function decltype evaluates to %qT, which is not a class or enumeration type decrement of a boolean expression decrement of constant field %qD decrement of enumeration value is invalid in C++ decrement of function %qD decrement of member %qD in read-only object decrement of pointer to an incomplete type %qT decrement of read-only location %qE decrement of read-only member %qD decrement of read-only named return value %qD decrement of read-only parameter %qD decrement of read-only reference %qD decrement of read-only variable %qD deduced class type %qD in function return type deduced expression type does not satisfy placeholder constraints deduced initializer does not satisfy placeholder constraints deduced return type does not satisfy placeholder constraints deduced return type only available with -std=c++14 or -std=gnu++14 deducing %qT as %qT deducing from brace-enclosed initializer list requires %<#include <initializer_list>%> deduction guide %qD must be declared at namespace scope deduction guide %qD must not have a function body deduction guide for %qT must have trailing return type default %<target_clones%> attribute was not set default %d minimum %d maximum %d default argument %qE uses %qD default argument %qE uses local variable %qD default argument for template parameter for class enclosing %qD default argument given for parameter %d of %q#D default argument mismatch in overload resolution default argument missing for parameter %P of %q+#D default argument specified for lambda parameter default argument specified in explicit specialization default arguments are not allowed in declaration of friend template specialization %qD default arguments are only permitted for function parameters default member initializer for %qD required before the end of its enclosing class default member initializer for unnamed bit-field default member initializers for bit-fields only available with -std=c++2a or -std=gnu++2a default target was not set default template arguments may not be used in function template friend re-declaration default template arguments may not be used in function templates without -std=c++11 or -std=gnu++11 default template arguments may not be used in partial specializations default template arguments may not be used in template friend declarations default type conversion can't deduce template argument for %qD defaulted and deleted functions only available with -std=c++11 or -std=gnu++11 defaulted constructor calls non-%<constexpr%> %qD defaulted declaration %q+D does not match the expected signature defaulted default constructor does not initialize %q#D defaulted default constructor does not initialize any non-static data member defaulted function %q+D with default argument defaulted move assignment for %qT calls a non-trivial move assignment operator for virtual base %qT deferred type parameter at %C defined here defining a type in a cast is invalid in C++ defining a type in a compound literal is invalid in C++ defining explicit specialization %qD in friend declaration defining type in %qs expression is invalid in C++ definition in block %i does not dominate use in block %i definition in block %i follows the use definition of %q#D ambiguates built-in declaration %q#D definition of %q#D is marked %<dllimport%> definition of %q#T inside template parameter list definition of %q#T is not complete until the closing brace definition of %qD does not match %<#include <initializer_list>%> definition of %qD is not in namespace enclosing %qT definition of explicitly-defaulted %q+D definition of implicitly-declared %qD definition of protocol %qE not found definition of static data member %q+D of dllimport%'d class definition provided for explicit instantiation delegating constructors only available with -std=c++11 or -std=gnu++11 deleted definition of %q+D deleted function %q+D overriding non-deleted function deleting %qT is undefined deleting LTRANS file %s: %m deleting array %q#E deleting file %s: %m deleting object of abstract class type %qT which has non-virtual destructor will cause undefined behavior deleting object of polymorphic class type %qT which has non-virtual destructor might cause undefined behavior dependent-name %qE is parsed as a non-type, but instantiation yields a type deprecated conversion from string constant to %qT deprecated message is not a string dereferencing %<void *%> pointer dereferencing a null pointer dereferencing a null pointer in %qE dereferencing pointer to incomplete type %qT dereferencing type-punned pointer might break strict-aliasing rules dereferencing type-punned pointer will break strict-aliasing rules derived type declaration derived union %qT invalid designator order for field %qD does not match declaration order in %qT destructor %qD declared as member template destructor cannot be static member function destructor for %qE shall not be run either destructor for alien class %qT cannot be a member destructor priorities are not supported destructor priorities from 0 to %d are reserved for the implementation destructor priorities must be integers from 0 to %d inclusive destructors may not be cv-qualified destructors may not be ref-qualified destructors may not have parameters did you mean to dereference the pointer? did you mean to use logical not (%<!%>)? did you mean to use logical not? difference between %qE and %qD does not have integer type different number of parameters different number of results different parameter types different receiver types different result types different underlying type in enum %q#T different varargs direct base %qT inaccessible in %qT due to ambiguity direct-list-initialization of %<auto%> requires exactly one element directive argument %qE directive argument in the range [%E, %E] disable pass %s for function %s disable pass %s for functions in the range of [%u, %u] distinct Objective-C type in return division %<sizeof (%T) / sizeof (%T)%> does not compute the number of array elements division by zero division by zero is not a constant expression do not specify both -march=... and -mcpu=... do_check(): too many args do_simplify(): Too many args for intrinsic does not match member template declaration here does not match previous declaration %q#D does not support multilib dominator of %d should be %d, not %d dominator of %d status unknown don't support performance extension instructions don't support performance extension version 2 instructions don't support string extension instructions double colon in MODULE PROCEDURE statement at %L double linked list of assembler names corrupted double linked list of clones corrupted due to different exception specifications dump file: %s duplicate %<_Atomic%> duplicate %<_Thread_local%> or %<__thread%> duplicate %<const%> duplicate %<default%> case in %<_Generic%> duplicate %<mutable%> duplicate %<restrict%> duplicate %<volatile%> duplicate %qD duplicate %qE duplicate %qE declaration specifier duplicate %qs duplicate (or overlapping) case value duplicate asm operand name %qs duplicate base type %qT invalid duplicate case value duplicate cv-qualifier duplicate declaration for protocol %qE duplicate declaration of method %<%c%E%> with conflicting types duplicate definition of '%s' duplicate explicit instantiation of %q#D duplicate explicit instantiation of %q#T duplicate initialization of %qD duplicate insn UID: %i duplicate instance variable %q+D duplicate interface declaration for category %<%E(%E)%> duplicate interface declaration for class %qE duplicate label %qD duplicate label declaration %qE duplicate member %q+D duplicate type-generic parameter type for function argument %u of %<__builtin_tgmath%> duplicate virt-specifier duplicated %<if%> condition during %s pass: %s during -fcompare-debug recompilation dwarf version %d is not supported dynamic dependency %s not found dynamic exception specifications are deprecated in C++11 dynamic_cast of %q#D to %q#T can never succeed each undeclared identifier is reported only once for each function it appears in edge %s->%s has no corresponding call_stmt edge from %d to %d should be marked irreducible edge from %d to %d should not be marked irreducible edge points to wrong declaration: either -fopenacc or -fopenmp must be set either all initializer clauses should be designated or none of them should be elaborated-type-specifier for a scoped enum must not use the %qD keyword element types must be the same element_number(): Bad dimension type elemental binary operation elemental function arguments at %C are not compliant elemental procedure elements of array %q#D have incomplete type elements of array %q#T have incomplete type embedded %<\0%> in format emit_fusion_p9_load not MEM emit_fusion_p9_load, bad reg #1 emit_fusion_p9_load, bad reg #2 emit_fusion_p9_store not MEM emit_fusion_p9_store, bad reg #1 emit_fusion_p9_store, bad reg #2 emitting PIC operand, but PIC register isn%'t set up emitting conditional microcode insn %s [%s] #%d emitting microcode insn %s [%s] #%d empty class %qT parameter passing ABI changes in -fabi-version=12 (GCC 8) empty declaration empty declaration with %<_Alignas%> does not redeclare tag empty declaration with storage class specifier does not redeclare tag empty declaration with type qualifier does not redeclare tag empty enum is invalid empty index range in initializer empty initializer for lambda init-capture empty initializer in lambda init-capture empty introduction-list empty left precision in %s format empty precision in %s format empty range specified empty scalar initializer empty string in attribute %<target%> empty struct has size 0 in C, size 1 in C++ empty structured binding declaration empty union has size 0 in C, size 1 in C++ enable FT32B code compression enable conditional move instruction usage. enable pass %s for function %s enable pass %s for functions in the range of [%u, %u] enabling backtrace support is only meaningful when compiling for the Thumb enabling callee interworking support is only meaningful when compiling for the Thumb enclosing %qs enclosing OpenACC %qs construct enclosing class of %<constexpr%> non-static member function %q+#D is not a literal type enclosing class templates are not explicitly specialized enclosing target region enclosing task end insn %d for block %d not found in the insn stream end of implied-do loop at %L could not be simplified to a constant value enters OpenMP structured block enters catch block enters constexpr if statement enters synchronized or atomic statement enters try block enum constant defined here enum constant in boolean context enum conversion from %qT to %qT in assignment is invalid in C++ enum conversion from %qT to %qT in initialization is invalid in C++ enum conversion from %qT to %qT in return is invalid in C++ enum conversion in assignment is invalid in C++ enum conversion in initialization is invalid in C++ enum conversion when passing argument %d of %qE is invalid in C++ enum type defined here enumeral and non-enumeral type in conditional expression enumeral mismatch in conditional expression: %qT vs %qT enumeration value %qE not handled in switch enumeration values exceed range of largest integer enumerator value %qE is outside the range of underlying type %qT enumerator value for %qD is not an integer constant enumerator value for %qD must have integral or unscoped enumeration type enumerator value for %qE is not an integer constant enumerator value for %qE is not an integer constant expression environment variable %qs not defined environment variable COLLECT_GCC must be set environment variable COLLECT_GCC_OPTIONS must be set environment variable DJGPP not defined environment variable DJGPP points to corrupt file '%s' environment variable DJGPP points to missing file '%s' environment variable SOURCE_DATE_EPOCH must expand to a non-negative integer less than or equal to %wd error error closing %s: %m error in args to spec function %qs error in removing %s error writing %qs error writing to %s: %m errors during merging of translation units eval_intrinsic(): Bad operator eval_type_intrinsic0(): op NULL exception cleanup for this placement new selects non-placement operator delete exception handling disabled, use -fexceptions to enable exception handling personality mismatch exception of type %<%T%> will be caught exception of type %qT will be caught exception specification of %qD depends on itself excess elements in array initializer excess elements in char array initializer excess elements in scalar initializer excess elements in struct initializer excess elements in union initializer excess elements in vector initializer excess use operand for stmt execution counts assumed to be zero execution counts estimated exit %d->%d not recorded expand_binop failed in movsi got expansion pattern %qE contains no argument packs expansion pattern %qT contains no argument packs expansion point is location %i expected %<#pragma acc%> clause expected %<#pragma omp section%> or %<}%> expected %<#pragma omp%> clause expected %<(%> expected %<(%> or end of line expected %<)%> expected %<*%> expected %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> or identifier expected %<,%> expected %<,%> or %<)%> expected %<,%> or %<...%> expected %<,%> or %<;%> expected %<,%> or %<}%> expected %<,%>, %<;%> or %<}%> expected %<.%> expected %<...%> expected %<:%> expected %<:%> or %<)%> expected %<:%> or %<...%> expected %<:%> or %<::%> expected %<:%>, %<,%>, %<;%>, %<}%> or %<__attribute__%> expected %<::%> expected %<;%> expected %<;%> after class definition expected %<;%> after struct definition expected %<;%> after union definition expected %<;%> at end of member declaration expected %<;%> or %<{%> expected %<;%> or %<{%> after method attribute definition expected %<;%>, %<,%> or %<)%> expected %<;%>, identifier or %<(%> expected %<<%> expected %<=%> expected %<=%>, %<,%>, %<;%>, %<asm%> or %<__attribute__%> expected %<>%> expected %<@end%> expected %<@synchronized%> expected %<@throw%> expected %<@try%> expected %<[%> expected %<]%> expected %<__label__%> expected %<__transaction_atomic%> expected %<__transaction_relaxed%> expected %<asm%> expected %<catch%> expected %<class%> expected %<class%> or %<typename%> expected %<class%>, %<typename%>, or %<template%> expected %<data%> expected %<data%> after %<#pragma acc %s%> expected %<data%>, %<update%>, %<enter%> or %<exit%> expected %<declare%> expected %<decltype%> expected %<delete%> expected %<extern%> expected %<for%> after %qs expected %<namespace%> expected %<new%> expected %<none%> or %<present%> expected %<none%> or %<shared%> expected %<omp_priv%> or function-name expected %<operator%> expected %<parallel%> or %<target%> %<if%> clause modifier expected %<point%> expected %<return%> expected %<scalar%> expected %<simd%> or %<reduction%> or %<target%> expected %<static_assert%> expected %<target%> expected %<template%> expected %<throw%> expected %<tofrom%> expected %<try%> expected %<using%> expected %<while%> expected %<{%> expected %<{%> or %<:%> expected %<}%> expected %<}%> before %<else%> expected %<~%> expected %d levels of template parms for %q#D, got %d expected %qT but argument is of type %qT expected %qs %<if%> clause modifier rather than %qs expected ... expected [big-endian|little-endian|default] after %<#pragma scalar_storage_order%> expected [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%> expected a string after %<#pragma message%> expected an SSA_NAME object expected an identifier for the attribute name expected attribute before %<...%> expected binary operator expected boolean expression expected boolean type expected case label or goto statement expected channel expected class name expected class-key expected class-name expected constructor, destructor, or type conversion expected declaration expected declaration or statement expected declaration specifiers expected declaration specifiers or %<...%> expected declarator expected else statement expected empty string after %<operator%> keyword expected end of capture-list expected end of line expected expression expected expression-list or type-id expected function expected function name expected function-name %<(%> expected goto expression expected id-expression expected id-expression (arguments) expected identifier expected identifier or %<(%> expected identifier or %<)%> expected identifier or %<*%> expected initializer expected integer expected integer expression expected integer expression before ')' expected interface or pointer to interface expected iteration declaration or initialization expected iteration-statement expected jump-statement expected label expected labeled-statement expected map index on right hand side expected namespace-name expected nested-name-specifier expected numeric type expected operator expected parameter pack before %<...%> expected pass name expected pointer expected pointer as argument of unary %<*%> expected primary-expression expected ptr-operator expected qualified name in friend declaration for constructor %qD expected qualified name in friend declaration for destructor %qD expected selection-statement expected semicolon expected signature: %qD expected specifier-qualifier-list expected statement expected string literal expected string-literal expected suffix identifier expected template-argument expected template-id expected template-id for type expected template-name expected type specifier expected type-name expected type-specifier expected unqualified-id explicit by-copy capture of %<this%> redundant with by-copy capture default explicit by-copy capture of %qD redundant with by-copy capture default explicit by-reference capture of %qD redundant with by-reference capture default explicit conversion operators only available with -std=c++11 or -std=gnu++11 explicit deduction guides not considered for copy-initialization explicit goto at end of bb %d explicit instantiation of %q#D explicit instantiation of %q#T before definition of template explicit instantiation of %qD but no definition available explicit instantiation of %qD in namespace %qD (which does not enclose namespace %qD) explicit instantiation of %qD outside its namespace must use a nested-name-specifier explicit instantiation of non-class template %qD explicit instantiation of non-template %q#D explicit instantiation of non-template type %qT explicit instantiation shall not use %<constexpr%> specifier explicit instantiation shall not use %<inline%> specifier explicit qualification in declaration of %qD explicit specialization %q#D may be missing attributes explicit specialization declared %<concept%> explicit specialization in non-namespace scope %qD explicit specialization of %qD after first use explicit specialization of %qD must be introduced by %<template <>%> explicit specialization of %qD outside its namespace must use a nested-name-specifier explicit specialization of function concept %qD explicit specialization of non-template %qT explicit template argument list not allowed explicit template specialization cannot have a storage class explicitly defaulted function %q+D cannot be declared as %<constexpr%> because the implicit declaration is not %<constexpr%>: explicitly used regs must be grouped at top of stack exponent-letter 'q' in real-literal-constant at %C expr in !$OMP ATOMIC WRITE assignment var = expr must be scalar and cannot reference var at %L expr in !$OMP ATOMIC assignment var = var op expr must be scalar and cannot reference var at %L expression %qE does not designate a %<constexpr%> function expression %qE has side-effects expression %qE is not a constant expression expression cannot be used as a function expression in new-declarator must have integral or enumeration type expression in static assertion is not an integer expression in static assertion is not an integer constant expression expression in static assertion is not constant expression list treated as compound expression in functional cast expression list treated as compound expression in initializer expression list treated as compound expression in mem-initializer expression must be integral expression of abstract class type %qT cannot be used in throw-expression expression statement has incomplete type expression_rank(): Two array specs extend_ref(): Bad tail extended initializer lists only available with -std=c++11 or -std=gnu++11 extended registers have no high halves extern declaration of %q+D follows declaration with no linkage extern model globalvalue external TLS initialization functions not supported on this target external linkage required for symbol %q+D because of %qE attribute externally visible inline clone extra %<;%> extra %<;%> after in-class function definition extra brace group at end of initializer extra elements in scalar initializer extra outgoing edge %d->%d extra qualification %<%T::%> on member %qs extra qualification not allowed extra semicolon extra semicolon in method definition specified extra semicolon in struct or union specified extra type qualifiers in format argument (argument %d) fail to initialize plugin %s failed to create map component '%s' failed to create union component '%s' failed to expand built-in function failed to get exit status: %m failed to get process times: %m failed to open temporary file %s for LTO output failed to open temporary file %s with LTO output failed to reclaim unneeded function failed to reclaim unneeded function in same comdat group failure memory model cannot be stronger than success memory model for %<__atomic_compare_exchange%> failure to simplify substring reference in DATA statement at %L failure trying to reload: fallthru edge after a control statement in bb %d fallthru edge after unconditional jump in bb %i fallthru edge crosses section boundary in bb %i fallthru to exit from bb %d fast enumeration is not available in Objective-C 1.0 fastcall and cdecl attributes are not compatible fastcall and regparm attributes are not compatible fastcall and stdcall attributes are not compatible fastcall and thiscall attributes are not compatible fatal error: fclose %s: %m fe_runtime_error string must be null terminated fe_runtime_error: Wrong number of arguments (%d instead of %d) field %q#D can be accessed via %q#D field %q#D with same name as class field %q+D invalidly declared function type field %q+D invalidly declared method type field %qD has incomplete type %qT field %qE declared as a function field %qE has incomplete type field name not in record or union initializer field precision specifier field width field width in printf format field width in scanf format field width in strfmon format field width in strftime format field width specifier fields have different layout in another translation unit file %qs left but not entered file ends in default argument file-scope declaration of %qE specifies %<auto%> file-scope declaration of %qE specifies %<register%> fill character fill character in strfmon format find_array_spec(): Missing spec find_array_spec(): unused as(1) find_array_spec(): unused as(2) find_enum(): Enum not found fini function found in object %s first %<sizeof%> operand was declared here first argument must be []byte first argument of %q+D should be %<int%> first argument to %<__builtin_call_with_static_chain%> must be a call expression first argument to %<__builtin_choose_expr%> not a constant first argument to %<va_arg%> not of type %<va_list%> first mismatch is field first offset must be in opposite direction of loop iterations first register must be R0 fixed ebp register requires %<-maccumulate-outgoing-args%> fixed ebp register requires %<target("accumulate-outgoing-args")%> fixed register %s used to pass parameter to function fixed-point overflow in expression %qE of type %qT results in %qE fixed-point overflow in expression of type %qT results in %qE fixed-point types not supported for this target fixed-point types not supported in C++ flexible array member %qD in an otherwise empty %q#T flexible array member %qD in union flexible array member %qD not at end of %q#T flexible array member in a struct with no named members flexible array member in union flexible array member not at end of struct floating constant exceeds range of %qT floating constant misused floating constant truncated to zero floating literal exceeds range of %qT type floating literal truncated to zero floating point overflow in expression %qE of type %qT results in %qE floating point overflow in expression of type %qT results in %qE floating point suffix %qs shadowed by implementation floating-point constant not a valid immediate operand flow control insn inside a basic block fold check: original tree changed by fold fold of empty expansion over %O fold-expressions only available with -std=c++17 or -std=gnu++17 fopen %s: %m fopen: %s: %m for %qD for a function-style cast, remove the redundant %<::%D%> for deduction to %<std::initializer_list%>, use copy-list-initialization (i.e. add %<=%> before the %<{%>) for increment expression cannot resolve address of overloaded function for increment expression has no effect for increment expression is a reference, not call, to function %qE for pointer type length expression must be specified for statement expected for template declaration %q+D for the option -mcache-block-size=X, the valid X must be: 4, 8, 16, 32, 64, 128, 256, or 512 for the option -misr-vector-size=X, the valid X must be: 4 or 16 for unknown bound array type length expression must be specified for, while or do statement expected format format argument %d unused before used argument %d in $-style format format argument %d used more than once in %s format format argument should be a %qs reference format argument should be a %qs reference but a string was found format is a wide character string format not a string literal and no format arguments format not a string literal, argument types not checked format not a string literal, format string not checked format string argument follows the args to be formatted format string argument is not a string type format string has invalid operand number format string is defined here forming pointer to qualified function type %qT forming pointer to reference type %qT forming reference to qualified function type %qT forming reference to reference type %qT forming reference to void forward declaration of %q#T found %<%c%s%> found %<-%E%> instead of %<+%E%> in protocol(s) found %<:%> in nested-name-specifier, expected %<::%> found a %qT but the format argument should be a string found a %qs reference but the format argument should be a string found a default name with a non-empty defining statement found a real definition for a non-register found a virtual definition for a GIMPLE register found an SSA_NAME that had been released into the free pool found default case not at the start of case vector fp software completion requires -mtrap-precision=i fr30_print_operand: invalid %%F code fr30_print_operand: invalid %%x code fr30_print_operand: invalid operand to %%A code fr30_print_operand: unhandled MEM fr30_print_operand: unknown code fr30_print_operand: unrecognized %%B code fr30_print_operand: unrecognized %%b code fr30_print_operand: unrecognized %%p code fr30_print_operand_address: unhandled address frame pointer required, but reserved frame size of %qs is %wd bytes frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes. An unconditional trap is added. frame size of function %qs is %wd bytes which is more than half the stack size. The dynamic check would not be reliable. No check emitted for this function. frame size too large for reliable stack checking free_expr0(): Bad expr type free_pi_tree(): Unresolved fixup friend declaration %q#D declares a non-template function friend declaration %qD in local class without prior local declaration friend declaration %qD is not visible to explicit specialization friend declaration %qD may not have virt-specifiers friend declaration does not name a class or function friend declaration here friend declaration not in class definition friend declaration requires class-key, i.e. %<friend %#T%> friend declaration requires class-key, i.e. %<friend class %T::%D%> from previous declaration %qF frv_print_operand: unknown code func can only be compared to nil function %q#D is initialized like a variable function %q+D defaulted on its redeclaration with an exception-specification that differs from the implicit exception-specification %qX function %q+D definition is marked dllimport function %q+D part of alias cycle function %q+F can never be copied because it has %<noclone%> attribute function %q+F can never be copied because it receives a non-local goto function %q+F can never be copied because it saves address of local label in a static variable function %q+F can never be inlined because it contains a computed goto function %q+F can never be inlined because it is suppressed using -fno-inline function %q+F can never be inlined because it uses __builtin_return or __builtin_apply_args function %q+F can never be inlined because it uses alloca (override using the always_inline attribute) function %q+F can never be inlined because it uses attributes conflicting with inlining function %q+F can never be inlined because it uses non-local goto function %q+F can never be inlined because it uses setjmp function %q+F can never be inlined because it uses setjmp-longjmp exception handling function %q+F can never be inlined because it uses variable argument lists function %qD declared %<virtual%> inside a union function %qD is initialized like a variable function %qD might be a candidate for %qs format attribute function %qD redeclared as variable function %qD used as %<asm%> output function %qs cannot be declared %<mutable%> function arguments of %<__builtin_tgmath%> all have the same type function arguments of %<__builtin_tgmath%> lack type-generic parameter function attribute mismatch function attributes %qs and %qs are mutually exclusive function body can be overwritten at link time function body not available function call has aggregate value function called through a non-compatible type function cannot be instrumented function declaration isn%'t a prototype function declared %<noreturn%> has a %<return%> statement function definition declared %<auto%> function definition declared %<register%> function definition declared %<typedef%> function definition declared %qs function definition does not declare parameters function definition has qualified void return type function does not return string type function may return address of local variable function might be candidate for attribute %qs function might be candidate for attribute %qs if it is known to return normally function not considered for inlining function not declared inline and code size would grow function not inlinable function not inline candidate function or array type %qT in %<#pragma omp declare reduction%> function or array type in %<#pragma omp declare reduction%> function parameter function result count mismatch function return type cannot be function function return types not compatible due to %<volatile%> function returning a function function returning an array function returns address of label function returns address of local variable function returns an aggregate function symbol is not function function template %qD redeclared as a class template function template-id %qD in nested-name-specifier function types not truly compatible in ISO C function with qualified void return type called function-scope %qE implicitly auto and declared %qs function-scope %qs implicitly auto and declared %<__thread%> function_profiler support function_profiler support for MMIX functional cast to array type %qT garbage at end of '#pragma nomember_alignment' gcc driver version %s %sexecuting gcc version %s gcc version %s %s gcov %s%s generic thunk code fails for method %qD which uses %<...%> get_mpz(): Not an integer constant getting core file size maximum limit: %m gfc_add_interface(): Bad interface type gfc_arith_divide(): Bad basic type gfc_arith_error(): Bad error code gfc_arith_minus(): Bad basic type gfc_arith_plus(): Bad basic type gfc_arith_times(): Bad basic type gfc_arith_uminus(): Bad basic type gfc_array_dimen_size(): Bad EXPR_ARRAY expr gfc_array_dimen_size(): Bad dimension gfc_ascii_statement(): Bad statement code gfc_basic_typename(): Undefined type gfc_caf_attr(): Bad array reference gfc_caf_attr(): Expression isn't a variable gfc_check_dependency: expecting an EXPR_VARIABLE gfc_check_digit(): bad radix gfc_code2string(): Bad code gfc_compare_array_spec(): Array spec clobbered gfc_compare_derived_types: invalid derived type gfc_compare_expr(): Bad basic type gfc_conv_constant_to_tree(): invalid type: %s gfc_convert_constant(): Unexpected type gfc_copy_expr(): Bad expr node gfc_find_array_ref(): No ref found gfc_free_statement(): Bad statement gfc_get_constant_expr(): locus %<where%> cannot be NULL gfc_get_default_type(): Bad symbol %qs gfc_is_constant_expr(): Unknown expression type gfc_match(): Bad match code %c gfc_match_sym_complex_part(): Bad type gfc_op2string(): Bad code gfc_range_check() returned bad value gfc_range_check(): Bad type gfc_ref_dimen_size(): Bad dimen_type gfc_ref_dimen_size(): Bad dimension gfc_resolve_blocks(): Bad block type gfc_resolve_code(): Bad statement code gfc_resolve_code(): No expression on DO WHILE gfc_resolve_expr(): Bad expression type gfc_set_default_type(): symbol already has a type gfc_simplify_abs(): Bad type gfc_simplify_dcmplx(): Bad type (x) gfc_simplify_dcmplx(): Bad type (y) gfc_simplify_dim(): Bad type gfc_simplify_floor(): Bad kind gfc_simplify_log: bad type gfc_simplify_mod(): Bad arguments gfc_simplify_modulo(): Bad arguments gfc_trans_code(): Bad statement code gfc_trans_omp_workshare(): Bad statement code gfc_trans_select(): Bad type for case expr. gfc_typename(): Undefined type gfc_validate_kind(): Got bad kind gfc_validate_kind(): Got bad type gfc_variable_attr(): Bad array reference gfc_variable_attr(): Expression isn't a variable gfortran does not support -E without -cpp gfortran: Only one %<-J%> option allowed gimple call has no target gimple call has two targets gimple check: expected %s(%s), have %s(%s) in %s, at %s:%d gimple_bb (phi) is set to a wrong basic block gimple_bb (stmt) is set to a wrong basic block gimplification failed global constructors not supported on this target global destructors not supported on this target global qualification of class name is invalid global register variable %qD used in nested function global register variable follows a function definition global register variable has initial value global/static variable assignment has been intercepted got %d template parameters for %q#D got %d template parameters for %q#T goto destination is neither a label nor a pointer gp is constant (but save/restore gp on indirect calls). gp_offset (%ld) or end_offset (%ld) is less than zero had to relocate PCH hard-float MIPS16 code for ABIs other than o32 and o64 hardware decimal floating point instructions not available in ESA/390 mode hardware decimal floating point instructions not available on %s hardware vector support not available on %s hardware vector support not available with -msoft-float has different parameters in another translation unit has different return value in another translation unit head insn %d for block %d not found in the insn stream here high bound %qE above array section size in %qs clause hwcap %s is an invalid argument to builtin %s iWMMXt and NEON are incompatible iWMMXt unsupported under Thumb mode ia64_print_operand: unknown code identical_array_ref(): inconsistent dimensions identifier %qE conflicts with C++ keyword identifier %qE is a keyword in C++11 identifier expected after %<@protocol%> if any %<if%> clause has modifier, then all %<if%> clauses have to use modifier if this code is reached, the program will abort ifunc is not supported in this configuration ifunc is not supported on this target ignoring #pragma %s %s ignoring %<#pragma align%> for explicitly aligned %q+D ignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified non-%<uniform%> argument ignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified return type ignoring %qD attribute on anonymous namespace ignoring %qD attribute on non-inline namespace ignoring %qE attribute applied to template instantiation %qT ignoring %qE attribute applied to template specialization %qT ignoring -fschedule-insns because of exception handling bug ignoring asm-specifier for non-static local variable %q+D ignoring attribute %<%E (%u)%> because it conflicts with attribute %<%E (%u)%> ignoring attribute %qE because it conflicts with attribute %qs ignoring attribute %qE in declaration of a built-in function %qD because it conflicts with attribute %qs ignoring attributes applied to %qT after definition ignoring attributes applied to class type %qT outside of definition ignoring attributes applied to dependent type %qT without an associated declaration ignoring attributes in template argument %qE ignoring attributes on template argument %qT ignoring duplicate directory "%s" ignoring large linear step ignoring loop annotation ignoring malformed #pragma longcall ignoring nonexistent directory "%s" ignoring packed attribute because of unpacked non-POD field %q#D ignoring possibly conflicting option %<-fopt-info-%s%> ignoring return value of %qD, declared with attribute nodiscard ignoring return value of %qD, declared with attribute warn_unused_result ignoring return value of function declared with attribute warn_unused_result ignoring returned value of type %qT, declared with attribute nodiscard ignoring sink clause with offset that is not a multiple of the loop step ignoring the %q#D declaration ignoring unknown option %q.*s in %<-fdump-%s%> ignoring unrecognized switch %<-mcustom-fpu-cfg%> value %<%s%> ignoring zero linear step illegal OP in optimize_comparison illegal aggregate type %qE specified for instance variable %qs illegal operand illegal operand address (1) illegal operand address (2) illegal operand address (3) illegal operand address (4) illegal operand detected illegal reference type specified for instance variable %qs implicit conversion from %qH to %qI to match other operand of binary expression implicit conversion from %qH to %qI to match other result of conditional implicit conversion from %qH to %qI when passing argument to function implicit conversion from %qT to %qT to match other operand of binary expression implicit conversion from %qT to %qT to match other result of conditional implicit conversion from %qT to %qT when passing argument to function implicit declaration of function %qE implicit declaration of function %qE; did you mean %qs? implicit dereference will not access object of type %qT in for increment expression implicit dereference will not access object of type %qT in left operand of comma operator implicit dereference will not access object of type %qT in right operand of comma operator implicit dereference will not access object of type %qT in second operand of conditional expression implicit dereference will not access object of type %qT in statement implicit dereference will not access object of type %qT in third operand of conditional expression implicit mapping of assumed size array %qD implicit templates may not be %<virtual%> implicit this pointer type mismatch implicit_section flag is set but section isn't implicitly popped regs must be grouped at top of stack implied END DO import_iso_c_binding_module(): Unable to create symbol for %s impossible constraint in %<asm%> impossible register constraint in %<asm%> impossible type assertion: type does not implement interface in %s, at %s:%d in C++03 a class-key must be used when declaring a friend in C++11 and above a default constructor can be explicit in C++11 destructors default to noexcept in C++11 this throw will terminate because destructors default to noexcept in C++98 %<template%> (as a disambiguator) is only allowed within templates in C++98 %q+D may not be static because it is a member of a union in C++98 %qD must be initialized by constructor, not by %<{...}%> in a call to allocation function %qD declared here in a call to built-in allocation function %qD in a call to built-in function %qD in a call to function %qD declared here in argument to unary ! in basic block %d: in call to %qD, declared here in declaration %q+D in definition of macro %qs in expansion of macro %qs in gfc_simplify_acos(): Bad type in gfc_simplify_acosh(): Bad type in gfc_simplify_asin(): Bad type in gfc_simplify_asinh(): Bad type in gfc_simplify_atan(): Bad type in gfc_simplify_atan2d(): Bad type in gfc_simplify_atanh(): Bad type in gfc_simplify_atrigd(): Bad type in gfc_simplify_cos(): Bad type in gfc_simplify_exp(): Bad type in gfc_simplify_sin(): Bad type in gfc_simplify_trigd(): Bad type in initialization of structured binding variable %qD in passing argument %P of %qD in simplify_trig_call(): Bad intrinsic in statement in template argument for type %qT in the definition of %q#T in-class initialization of static data member %q#D of incomplete type in-class initialization of static data member %q#D of non-literal type inaccessible plugin file %s expanded from short plugin name %s: %m inappropriate accumulator for %qs include %qs or provide a declaration of %qD incoming edge count does not match number of PHI arguments incompatible address space qualifiers %qs and %qs incompatible data clause with reduction on %qE; promoting to present_or_copy incompatible floating point / vector register operand for '%%%c' incompatible implicit declaration of built-in function %qD incompatible implicit declaration of function %qD incompatible type for argument %d of %qE incompatible type for map index incompatible type for method %s%s%s incompatible type for method %s%s%s (%s) incompatible type for receiver incompatible types in PHI argument %u incompatible types in assignment of %qT to %qT incompatible types in binary expression incompatible types in send incompatible types when assigning to type %qT from type %qT incompatible types when initializing type %qT using type %qT incompatible types when returning type %qT but %qT was expected incompatible vector types in conditional expression: %qT, %qT and %qT incomplete implementation of category %qE incomplete implementation of class %qE incomplete type %qT does not have member %qD incomplete type %qT used in nested name specifier inconsistent begin/end types in range-based %<for%> statement: %qT and %qT inconsistent deduction for %qT: %qT and then %qT inconsistent deduction for auto return type: %qT and then %qT inconsistent instance variable specification inconsistent operand constraints in an %<asm%> inconsistent types %qT and %qT deduced for lambda return type inconsistent user-defined literal suffixes %qD and %qD in string literal incorrect comparison mode incorrect entry in label_to_block_map incorrect format in scaling, using 1/1 incorrect hint operand incorrect insn: incorrect number of arguments to function %qE incorrect number of vector CONSTRUCTOR elements incorrect rounding operand incorrect setting of landing pad number incorrect sharing of tree nodes incorrect type of vector CONSTRUCTOR elements incorrectly nested OpenACC loop parallelism increment expression refers to iteration variable %qD increment of a boolean expression increment of constant field %qD increment of enumeration value is invalid in C++ increment of function %qD increment of member %qD in read-only object increment of pointer to an incomplete type %qT increment of read-only location %qE increment of read-only member %qD increment of read-only named return value %qD increment of read-only parameter %qD increment of read-only reference %qD increment of read-only variable %qD incremented enumerator value is too large for %<long%> incremented enumerator value is too large for %<unsigned long%> index %E denotes an offset greater than size of %qT index in dimension %d is out of bounds at %L index must be integer index value instead of field name in union initializer index value is out of bound indirect call count does not match BB count indirect function %q+D cannot be declared weak indirect function %q+D cannot be declared weakref indirect function call with a yet undetermined callee indirect jumps are not available on this target indirection will not access object of incomplete type %qT in for increment expression indirection will not access object of incomplete type %qT in left operand of comma operator indirection will not access object of incomplete type %qT in right operand of comma operator indirection will not access object of incomplete type %qT in second operand of conditional expression indirection will not access object of incomplete type %qT in statement indirection will not access object of incomplete type %qT in third operand of conditional expression indirection will not access object of non-trivially-copyable type %qT in for increment expression indirection will not access object of non-trivially-copyable type %qT in left operand of comma operator indirection will not access object of non-trivially-copyable type %qT in right operand of comma operator indirection will not access object of non-trivially-copyable type %qT in second operand of conditional expression indirection will not access object of non-trivially-copyable type %qT in statement indirection will not access object of non-trivially-copyable type %qT in third operand of conditional expression inferred scalar type %qT is not an integer or floating point type of the same size as %qT inherited constructor %qD is not %<constexpr%> inheriting constructors only available with -std=c++11 or -std=gnu++11 init function found in object %s init-statement in selection statements only available with -std=c++17 or -std=gnu++17 init_arglist(): too many arguments initialization discards %qv qualifier from pointer target type initialization from distinct Objective-C type initialization from pointer to non-enclosed address space initialization left-hand side might be a candidate for a format attribute initialization makes %q#v qualified function pointer from unqualified initialization of %qT from %qT makes integer from pointer without a cast initialization of %qT from %qT makes pointer from integer without a cast initialization of %qT from incompatible pointer type %qT initialization of a flexible array member initialization of common block variable %qs in DATA statement at %C initialization of flexible array member in a nested context initialization of new-expression for type %<auto%> requires exactly one element initialization of non-const reference type %q#T from rvalue of type %qT initialization of volatile reference type %q#T from rvalue of type %qT initializations for multiple members of %qT initialized field overwritten initialized field with side-effects overwritten initialized variable %q+D is marked dllimport initializer element is not a constant expression initializer element is not computable at load time initializer element is not constant initializer ends prematurely initializer expression refers to iteration variable %qD initializer fails to determine size of %q+D initializer fails to determine size of %qD initializer fails to determine size of %qT initializer for %<decltype(auto) %D%> has function type (did you forget the %<()%> ?) initializer for %q#D is invalid initializer for %qT must be brace-enclosed initializer for flexible array member %q#D initializer for floating value is not a floating constant initializer for integer/fixed-point value is too complicated initializer in range-based %<for%> loop initializer invalid for static member with constructor initializer provided for function initializer specified for friend function %qD initializer specified for non-virtual method %q+D initializer specified for static member function %qD initializer-string for array of chars is too long initializing %qH with %qI in converted constant expression does not bind directly injected friend %qD is visible due to %<-ffriend-injection%> injected-class-name %qD used as template template argument inline clone in same comdat group list inline clone is forced to output inline clone with address taken inline code to invalidate instruction cache entries after setting up nested function trampolines. inline declaration of %qD follows declaration with attribute %qs inline function %q+D declared as dllimport: attribute ignored inline function %q+D declared but never defined inline function %q+D declared weak inline function %q+D given attribute noinline inline function %qD given attribute noinline inline function %qD used but never defined inline namespace must be specified at initial definition inline namespaces only available with -std=c++11 or -std=gnu++11 inline variables are only available with -std=c++17 or -std=gnu++17 inlined_to pointer is set but no predecessors found inlined_to pointer is wrong inlined_to pointer refers to itself inlined_to pointer set for noninline callers inlining failed in call to %q+F: %s inlining failed in call to always_inline %q+F: %s inner loop uses same OpenACC parallelism as containing loop input file %qs is the same as output file input operand constraint contains %qc insert_bbt(): Duplicate key found insertion out of range in BIT_INSERT_EXPR insn %d basic block pointer is %d, should be %d insn %d in footer of bb %d has non-NULL basic block insn %d in header of bb %d has non-NULL basic block insn %d is in multiple basic blocks (%d and %d) insn %d outside of basic blocks has non-NULL bb field insn addresses not freed insn contains an invalid address ! insn does not satisfy its constraints: insn outside basic block insn with UID %i not found for operand %i (`%s') of insn %i insn with UID %i not found for operand %i of insn %i install: %s%s installation error, can't find crtoffloadtable.o instance variable %qE accessed in class method instance variable %qE is %s; this will be a hard error in the future instance variable %qE is declared %s instance variable %qE is declared private instance variable %qs has unknown size instance variable %qs is declared private instance variable %qs uses flexible array member instance variable assignment has been intercepted instruction never executed instruction scheduling not supported on this target machine insufficient arguments to overloaded function %s insufficient contextual information to determine type insufficient partitioning available to parallelize element loop insufficient partitioning available to parallelize loop insufficient partitioning available to parallelize tile loop int-array initialized from incompatible wide string int-array initialized from non-wide string integer constant is too large for %<unsigned long%> type integer division by zero integer literal exceeds range of %qT type integer overflow in array size integer overflow in expression %qE of type %qT results in %qE integer overflow in expression of type %qT results in %qE integer suffix %qs shadowed by implementation integral expression %qE is not constant integral result type precision does not match field size of BIT_FIELD_REF inter-module optimizations not implemented for C++ interface %qE does not have valid constant string layout internal compiler error internal compiler error. Bad address: internal compiler error. Incorrect shift: internal compiler error. Unknown mode: internal compiler error: internal consistency failure internal error: bad register: %d internal error: builtin function %qs already processed internal error: builtin function %qs had an unexpected return type %qs internal error: builtin function %qs, argument %d had unexpected argument type %qs internal error: builtin function %s already processed internal error: builtin function %s had an unexpected return type %s internal error: builtin function %s, argument %d had unexpected argument type %s internal error: cris_side_effect_mode_ok with bad operands internal error: sideeffect-insn affecting main effect internal procedure %qs at %L conflicts with DUMMY argument internal unit in WRITE interrupt Service Routines cannot be coded in Thumb mode interrupt and naked attributes are not compatible interrupt handlers cannot be MIPS16 functions interrupt handlers cannot have arguments interrupt service routine can only have a pointer argument and an optional integer argument interrupt service routine can't be called directly interrupt service routine can't have non-void return value interrupt service routine should have a pointer as the first argument interrupt service routine should have unsigned %sint as the second argument interrupt vector to %qE attribute is not vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5) interrupt_thread is available only on fido intrinsic register index is out of range intrinsic variable which isn't a procedure invalid #pragma %s invalid %%%c operand invalid %%-code invalid %%A operand invalid %%B operand invalid %%C operand invalid %%C value invalid %%D operand invalid %%D value invalid %%E value invalid %%F value invalid %%G mode invalid %%G value invalid %%H operand invalid %%H specifier invalid %%I operand invalid %%J code invalid %%J value invalid %%K value invalid %%L operand invalid %%L value invalid %%M operand invalid %%M value invalid %%N operand invalid %%N value invalid %%O value invalid %%P operand invalid %%P value invalid %%R value invalid %%T value invalid %%U value invalid %%Y operand invalid %%c operand invalid %%d operand invalid %%d value invalid %%e value invalid %%f operand invalid %%f value invalid %%h operand invalid %%h value invalid %%i operand invalid %%j code invalid %%j operand invalid %%j value invalid %%k value invalid %%m value invalid %%p value invalid %%q value invalid %%r operand invalid %%r value invalid %%s operand invalid %%s value invalid %%t operand invalid %%t operand ' invalid %%t/%%b value invalid %%u value invalid %%v value invalid %%x value invalid %%xn code invalid %%y value, try using the 'Z' constraint invalid 'asm': invalid (pointer) operands to plus/minus invalid --param name %qs invalid --param name %qs; did you mean %qs? invalid --param value %qs invalid CASE_CHAIN invalid IACC argument invalid LHS in gimple call invalid Objective-C++ selector name invalid OpenACC clause at file scope invalid PHI argument invalid PHI result invalid UNSPEC as operand invalid UNSPEC as operand: %d invalid _Literal invalid abstract parameter type %qT invalid abstract return type %qT invalid abstract return type for function %q+#D invalid abstract return type for member function %q+#D invalid abstract type %qT for %qE invalid abstract type for %q+D invalid access to non-static data member %qD in virtual base of NULL object invalid address invalid address for 'O' output modifier invalid address for 'R' output modifier invalid address for 'S' output modifier invalid address mode invalid address operand in MEM_REF invalid address operand in TARGET_MEM_REF invalid addressing mode invalid alignment for %<#pragma align%>, ignoring invalid alignment value for __builtin_arc_aligned invalid application of %<__alignof%> to a bit-field invalid application of %<sizeof%> to a bit-field invalid application of %<sizeof%> to a function type invalid application of %qs to a member function invalid application of %qs to a void type invalid application of %qs to array type %qT of incomplete element type invalid application of %qs to incomplete type %qT invalid architecture for target attribute or pragma %qs invalid argument %d for builtin %qF invalid argument %qs to %qs invalid argument of %qE attribute invalid argument of %qs attribute invalid argument of SQRT at %L invalid argument to %qD invalid argument to built-in function invalid argument to built-in function %s invalid argument to gimple call invalid arguments invalid arguments for %<-fpatchable_function_entry%> invalid array assignment invalid base %qE for SSA name invalid base-class specification invalid branch to/from %s structured block invalid case label in switch statement invalid case range in switch statement invalid cast from type %qT to type %qT invalid cast of an rvalue expression of type %qT to type %qT invalid cast to abstract class type %qT invalid cast to function type %qT invalid class name in declaration of %qD invalid combination of multiple type-specifiers invalid comparison code in gimple cond invalid comparison of generated array invalid comparison of generated struct invalid comparison of nil with nil invalid comparison of non-comparable array invalid comparison of non-comparable struct invalid comparison of non-comparable type invalid comparison of non-ordered type invalid comparison operator for 'E' output modifier invalid conditional operand invalid const_cast from type %qT to type %qT invalid const_cast of an rvalue of type %qT to type %qT invalid const_double operand invalid constant invalid constant - try using an output modifier invalid constant for output modifier '%c' invalid constant in %<#pragma %s%> invalid constant in %<#pragma pack%> - ignored invalid constant vector for output modifier '%c' invalid constrained type parameter invalid constraints for operand invalid constructor; you probably meant %<%T (const %T&)%> invalid controlling predicate invalid conversion from %<__fpreg%> invalid conversion from %qH to %qI invalid conversion in gimple call invalid conversion in return statement invalid conversion to %<__fpreg%> invalid conversion to type %qT from type %qT invalid covariant return type for %q#D invalid covariant return type for %q+#D invalid cpu "%s" for %s"%s"%s invalid cpu %qs for %s%qs%s invalid data model option -mdata-model=%s invalid declaration of %<%T::%E%> invalid declaration of member template in local class invalid declarator invalid default argument for a template template parameter invalid default case label in switch statement invalid definition of qualified type %qT invalid depend kind invalid depend kind in omp %<ordered%> %<depend%> invalid dist_schedule kind invalid element type for attribute %qs invalid encoding prefix in literal operator invalid entry to %s structured block invalid exit from %s structured block invalid exit from OpenMP structured block invalid explicit specialization invalid expression - try using an output modifier invalid expression as operand invalid expression for min lvalue invalid expression for output modifier '%c' invalid expression type for %<#pragma omp atomic%> invalid failure memory model for %<__atomic_compare_exchange%> invalid feature modifier in %<-march=%s%> invalid feature modifier in %<-mcpu=%s%> invalid first operand of MEM_REF invalid form of %<#pragma omp atomic%> invalid format of %s invalid fpu for target attribute or pragma %qs invalid function declaration invalid function in gimple call invalid id value for interrupt/exception attribute invalid id value for reset attribute invalid in-class initialization of static data member of non-integral type %qT invalid increment expression invalid initial value for member %qE invalid initialization of non-const reference of type %qH from an rvalue of type %qI invalid initialization of reference of type %qH from expression of type %qI invalid initializer invalid initializer clause invalid initializer for %q#D invalid initializer for array member %q#D invalid initializer for member function %qD invalid initializer for structured binding declaration invalid insn: invalid iterating variable in fast enumeration invalid labels in gimple cond invalid left hand side of assignment invalid line in the resolution file invalid linkage-specification invalid location for %<pragma %s%>, ignored invalid lvalue in asm output %d invalid map kind invalid mask invalid mask type in vector permute expression invalid member function declaration invalid member template declaration %qD invalid memory model argument %d of %qE invalid memory model argument to builtin invalid memory model for %<__atomic_load%> invalid memory model for %<__atomic_store%> invalid name ("%s") in %<target("arch=")%> pragma or attribute invalid name ("%s") in %<target("cpu=")%> pragma or attribute invalid name ("%s") in %<target("tune=")%> pragma or attribute invalid new-expression of abstract class type %qT invalid nmi function for reset attribute invalid non-type template argument invalid non-vector operands to vector valued plus invalid number in -mrgf-banked-regs=%s valid values are 0, 4, 8, 16, or 32 invalid number of operands to __FMA invalid offload table in %s invalid offset operand in MEM_REF invalid offset operand in TARGET_MEM_REF invalid offset operand of MEM_REF invalid operand invalid operand address invalid operand code '%c' invalid operand for '%%%c' invalid operand for 'A' modifier invalid operand for 'D' modifier invalid operand for 'H' modifier invalid operand for 'O' modifier invalid operand for 'T' modifier invalid operand for 'b' modifier invalid operand for 'e' modifier invalid operand for 'm' modifier invalid operand for 'o' modifier invalid operand for 'p' modifier invalid operand for 'r' specifier invalid operand for 'z' modifier invalid operand for code '%c' invalid operand in indirect reference invalid operand in return statement invalid operand in unary expression invalid operand in unary operation invalid operand modifier letter invalid operand output code invalid operand prefix invalid operand prefix '%%%c' invalid operand size for operand code 'O' invalid operand size for operand code 'Z' invalid operand size for operand code 'z' invalid operand to %%H/%%L code invalid operand to %%M code invalid operand to %%N code invalid operand to %%O code invalid operand to %%R invalid operand to %%R code invalid operand to %%S invalid operand to %%T/%%B code invalid operand to %%U code invalid operand to %%V code invalid operand to %%Z code invalid operand to %%p code invalid operand to %%s code invalid operand to %%z code invalid operand to plus/minus, type is a pointer invalid operand to pointer diff, operand is not a pointer invalid operand to pointer plus, first operand is not a pointer invalid operand to pointer plus, second operand is not an integer type of appropriate width invalid operand to switch statement invalid operand type used with operand code 'Z' invalid operands in binary operation invalid operands in gimple comparison invalid operands in ternary operation invalid operands of types %qT and %qT to binary %qO invalid operands to %%c code invalid operands to array reference invalid operands to binary %s (have %qT and %qT) invalid operation invalid operation (%s) invalid operation on %<__fpreg%> invalid operator for %<#pragma omp atomic%> invalid parameter %qs invalid parameter combination for AltiVec intrinsic %qs invalid parameter combination for AltiVec intrinsic %s invalid parameter combination for intrinsic %qs invalid parameter type %qT invalid pass positioning operation invalid pointer mode %qs invalid pointer to bit-field %qD invalid position or size in BIT_INSERT_EXPR invalid position or size operand to BIT_FIELD_REF invalid private reduction on %qE invalid proc_bind kind invalid property declaration invalid prototype for '%s' invalid punctuation %qc in constraint invalid pure const state for function invalid pure specifier (only %<= 0%> is allowed) invalid qualifiers on non-member function type invalid qualifying scope in pseudo-destructor name invalid receive on send-only channel invalid receiver type %qs invalid reduction-identifier invalid reference for 'J' output modifier invalid reference prefix invalid register name for %q+D invalid resolution in the resolution file invalid return type %qT of %<constexpr%> function %q+D invalid rhs for gimple memory store invalid rtl sharing found in the insn invalid schedule kind invalid second argument to %<__builtin_prefetch%>; using zero invalid send on receive-only channel invalid setter, it must have one argument invalid shift operand invalid static chain in gimple call invalid static_cast from type %qT to type %qT invalid storage class for function %qE invalid target memregs value '%d' invalid template declaration of %qD invalid template non-type parameter invalid template-id invalid third argument to %<__builtin_prefetch%>; using zero invalid type %<void%> for new invalid type %qT as initializer for a vector of type %qT invalid type %qT declared %<friend%> invalid type argument (have %qT) invalid type argument of %<->%> (have %qT) invalid type argument of %<->*%> (have %qT) invalid type argument of array indexing (have %qT) invalid type argument of implicit conversion (have %qT) invalid type argument of unary %<*%> (have %qT) invalid type for asm flag output invalid type for instance variable invalid type for iteration variable %qE invalid type for make function invalid type for parameter %d of %<constexpr%> function %q+#D invalid type for pointer diff invalid type for property invalid type of %<__MEM%> operand invalid type of argument %u of type-generic function invalid type-generic return type for argument %u of %<__builtin_tgmath%> invalid type-generic type for argument %u of argument %u of %<__builtin_tgmath%> invalid types %<%T[%T]%> for array subscript invalid types in address space conversion invalid types in conversion to floating point invalid types in conversion to integer invalid types in fixed-point conversion invalid types in nop conversion invalid use of %%d, %%x, or %%X invalid use of %<...%> calling non-variadic function invalid use of %<...%> with builtin function invalid use of %<...%> with non-slice invalid use of %<::%> invalid use of %<auto%> in conversion operator invalid use of %<auto%> in default template argument invalid use of %<auto%> in exception-specification invalid use of %<auto%> in template argument invalid use of %<extern%> variable %qD in %<#pragma acc declare%> invalid use of %<global%> variable %qD in %<#pragma acc declare%> invalid use of %<restrict%> invalid use of %<this%> at top level invalid use of %<this%> in non-member function invalid use of %q#T with a flexible array member in %q#T invalid use of %q#T with a zero-size array in %q#D invalid use of %qD invalid use of %qD in linkage specification invalid use of %qE to form a pointer-to-member-function invalid use of %qT invalid use of %qT in template argument invalid use of '%%%c' invalid use of ':' modifier invalid use of a pointer to an incomplete type in pointer arithmetic invalid use of array indexing on pointer to member invalid use of array with unspecified bounds invalid use of asm flag output invalid use of attribute %<fallthrough%> invalid use of brace-enclosed initializer list invalid use of const_cast with type %qT, which is a pointer or reference to a function type invalid use of const_cast with type %qT, which is not a pointer, reference, nor a pointer-to-data-member type invalid use of constructor as a template invalid use of cv-qualified type %qT in parameter declaration invalid use of dependent type %qT invalid use of destructor %qD as a type invalid use of destructor %qE as a type invalid use of flexible array member invalid use of implicit conversion on pointer to member invalid use of incomplete type %q#T invalid use of incomplete typedef %qT invalid use of member %qD (did you forget the %<&%> ?) invalid use of member %qD in static member function invalid use of member function %qD (did you forget the %<()%> ?) invalid use of method value as argument of Offsetof invalid use of non-lvalue array invalid use of non-static data member %qD invalid use of non-static member function %qD invalid use of non-static member function of type %qT invalid use of nonstatic data member %qE invalid use of pack expansion expression invalid use of placeholder %qT invalid use of qualified-name %<%D::%D%> invalid use of qualified-name %<%T::%D%> invalid use of qualified-name %<::%D%> invalid use of register '%s' invalid use of structure with flexible array member invalid use of template template parameter %qT invalid use of template type parameter %qT invalid use of template-id %qD in declaration of primary template invalid use of template-name %qE without an argument list invalid use of type invalid use of type %<void%> in parameter declaration invalid use of type %qT as a default value for a template template-parameter invalid use of unary %<*%> on pointer to member invalid use of undefined type %qT invalid use of void expression invalid use of volatile lvalue inside %<transaction_safe%> function invalid use of volatile lvalue inside transaction invalid user-defined conversion from %qH to %qI invalid value ("%s") in %<target()%> pragma or attribute invalid value-initialization of reference type invalid vector comparison resulting type invalid vector constant invalid vector immediate invalid vector type for attribute %qE invalid version number %qs invalid warm function for reset attribute invalid zero extract inverted slice range io_kind_name(): bad I/O-kind ipa inline summary is missing in input file ipa reference summary is missing in ltrans unit is_c_interoperable(): gfc_simplify_expr failed it is defined as a pointer in different address space in another translation unit it is defined as a pointer to different type in another translation unit it must be a pointer-to-member of the form %<&X::Y%> it must be the address of a function with external linkage it must be the name of a function with external linkage it was later defined here item in READ iterating variable in fast enumeration is not an object iteration %s invokes undefined behavior iteration variable %qD should not be firstprivate iteration variable %qD should not be reduction iteration variable %qE is predetermined linear iteration variable %qE should be private iteration variable %qE should not be firstprivate iteration variable %qE should not be lastprivate iteration variable %qE should not be linear iteration variable %qE should not be private iteration variable %qE should not be reduction iterator variable its dest_idx should be %d, not %d ivar %qs used by %<@synthesize%> declaration must be an existing ivar iwmmxt abi requires an iwmmxt capable cpu iwmmxt requires an AAPCS compatible ABI for proper operation jump into scope of identifier with variably modified type jump into statement expression jump skips variable initialization jump to case label jump to label %qD junk at end of #pragma %s junk at end of #pragma ADDRESS junk at end of #pragma GCC memregs [0..16] junk at end of #pragma __nostandard junk at end of #pragma __standard junk at end of #pragma ghs endsda junk at end of #pragma ghs endtda junk at end of #pragma ghs endzda junk at end of #pragma ghs interrupt junk at end of #pragma ghs section junk at end of #pragma ghs startsda junk at end of #pragma ghs starttda junk at end of #pragma ghs startzda junk at end of #pragma longcall junk at end of %<#pragma %s%> junk at end of %<#pragma GCC pch_preprocess%> junk at end of %<#pragma GCC visibility%> junk at end of %<#pragma align%> junk at end of %<#pragma fini%> junk at end of %<#pragma init%> junk at end of %<#pragma message%> junk at end of %<#pragma pack%> junk at end of %<#pragma pop_options%> junk at end of %<#pragma push_options%> junk at end of %<#pragma redefine_extname%> junk at end of %<#pragma reset_options%> junk at end of %<#pragma weak%> junk at end of '#pragma extern_model' junk at end of '#pragma ms_struct' junk at end of '#pragma options' junk at end of '#pragma unused' keyword %<export%> not implemented, and will be ignored keyword %<template%> not allowed in class-head-name keyword %<template%> not allowed in declarator-id keyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type) keyword %<typename%> not allowed in this context (the base class is implicitly a type) keyword %<typename%> not allowed outside of templates label label %q+D declared but not defined label %q+D defined but not used label %q+D used but not defined label %qD defined here label %qE referenced outside of any function label at end of compound statement label's context is not the current function decl lambda capture initializers only available with -std=c++14 or -std=gnu++14 lambda capture of %qE is not a constant expression lambda expressions only available with -std=c++11 or -std=gnu++11 lambda in local class %q+T cannot capture variables from the enclosing context lambda templates are only available with -std=c++14 or -std=gnu++14 lambda templates are only available with -std=c++2a or -std=gnu++2a lambda-expression in a constant expression lambda-expression in template-argument lambda-expression in unevaluated context lambda-expression is not a constant expression before C++17 lambdas are implicitly %<constexpr%> only in C++17 and later lane %wd out of range %wd - %wd lang_* check: failed in %s, at %s:%d language %s not recognized language string %<"%E"%> not recognized large fixed-point constant implicitly truncated to fixed-point type last argument must be an immediate last register name %s must be an odd register ld returned %d exit status left argument must be a slice left hand operand of %<->*%> must be a pointer to class, but is a pointer to member of type %qT left operand of comma operator cannot resolve address of overloaded function left operand of comma operator has no effect left operand of comma operator is a reference, not call, to function %qE left operand of shift expression %q+E is negative left precision left precision in strfmon format left rotate count >= width of type left rotate count is negative left shift count >= width of type left shift count >= width of vector element left shift count is negative left shift of negative value left-hand operand of comma expression has no effect left-hand side of assignment might be a candidate for a format attribute len larger than cap length %qE above array section size in %qs clause length %qE of array section does not have integral type length computed here length modifier length modifier in printf format length modifier in scanf format length modifier in strfmon format length required when allocating a slice letter %c was found & insn was not CONST_INT libraries: %s library function %q#D redeclared as non-function %q#D library lib%s not found limit is %u bytes, but argument is %s limit is %u bytes, but argument may be as large as %s linear clause applied to non-integral non-pointer variable with %qT type linear clause applied to non-integral non-pointer variable with type %qT linear clause with %qs modifier applied to non-reference variable with %qT type linear step expression must be integral list-initializer for non-class type must not be parenthesized literal operator suffixes not preceded by %<_%> are reserved for future standardization literal operator template %q+D conflicts with raw literal operator %qD literal operator template %qD has invalid parameter list. Expected non-type template argument pack <char...> literal operator template %qD has invalid parameter list. Expected non-type template argument pack <char...> or <typename CharT, CharT...> literal operator with C linkage lo_sum not of register local class %q#T shall not have static data member %q#D local declaration of %qE hides instance variable local external declaration %q#D local label %qE conflicts with existing label local member %q#D declared here local method %q#D declared here local symbols must be defined local variable %qD may not appear in this context local variable memory requirements exceed capacity location references block not in block tree logical %<and%> applied to non-boolean constant logical %<and%> of equal expressions logical %<and%> of mutually exclusive tests is always false logical %<or%> applied to non-boolean constant logical %<or%> of collectively exhaustive tests is always true logical %<or%> of equal expressions logical not is only applied to the left hand side of comparison logical_to_bitwise(): Bad intrinsic long, short, signed or unsigned used invalidly for %qs lookup of %qT in %qT is ambiguous loop %d%'s header does not belong directly to it loop %d%'s header does not have exactly 2 entries loop %d%'s header is not a loop header loop %d%'s latch does not belong directly to it loop %d%'s latch does not have an edge to its header loop %d%'s latch does not have exactly 1 successor loop %d%'s latch does not have header as successor loop %d%'s latch is marked as part of irreducible region loop %d%'s latch is not dominated by its header loop uses OpenACC parallelism disallowed by containing routine loop verification on loop tree that needs fixup loop with header %d marked for removal loop with header %d not in loop tree looser throw specifier for %q+#F low bound %qE above array section size in %qs clause low bound %qE of array section does not have integral type lower value in case label range less than minimum value for type lp_array does not match region_tree lp_array is corrupted for lp %i lseek failed while reading export data lto_obj_file_open() failed lvalue required as decrement operand lvalue required as increment operand lvalue required as left operand of assignment lvalue required as unary %<&%> operand lvalue required in asm statement machine independent builtin code out of range macro expands to multiple statements macro name missing after %qs make_generic(): Can't find generic symbol %qs making multiple clones of %qD malformed #pragma ADDRESS variable address malformed #pragma GCC visibility push malformed #pragma builtin malformed #pragma ghs section malformed #pragma redefine_extname, ignored malformed #pragma weak, ignored malformed %<#pragma %s%>, ignored malformed %<#pragma %s%>, ignoring malformed %<#pragma align%> malformed %<#pragma align%>, ignoring malformed %<#pragma fini%> malformed %<#pragma fini%>, ignoring malformed %<#pragma init%> malformed %<#pragma init%>, ignoring malformed %<#pragma message%>, ignored malformed %<#pragma pack%> - ignored malformed %<#pragma pack(pop[, id])%> - ignored malformed %<#pragma pack(push[, id][, <n>])%> - ignored malformed %<target("%s")%> pragma or attribute malformed %<target()%> pragma or attribute malformed '#pragma __extern_prefix', ignoring malformed '#pragma extern_model', ignoring malformed '#pragma member_alignment' malformed '#pragma member_alignment', ignoring malformed '#pragma ms_struct {on|off|reset}', ignoring malformed '#pragma ms_struct', ignoring malformed '#pragma options align={mac68k|power|reset}', ignoring malformed '#pragma options', ignoring malformed COLLECT_GCC_OPTIONS malformed option -fplugin-arg-%s (missing -<key>[=<value>]) malformed ptx file malformed spec function arguments malformed spec function name mangled name for %qD will change in C++17 because the exception specification is part of a function type mangling %C mangling __underlying_type mangling of %q#D as %qE conflicts with a previous mangle mangling typeof, use decltype instead mangling unknown fixed point type map can only be compared to nil mapping field %qE of variable length structure mask must be an immediate match_attr_spec(): Bad attribute match_level_4(): Bad operator match_string_constant(): Delimiter not found matches this %qD under ISO standard rules matching constraint does not allow a register matching constraint not valid in output operand matching constraint references invalid operand number maximum limit of %d namespaces searched for %qE maximum number of arrays per scop. maximum number of isl operations, 0 means unlimited maximum number of parameters in a SCoP. maximum value of parameter %qs is %u may not use both -EB and -EL may not use both -m32 and -m64 mduc registers only saved for G13 target media functions are not available unless -mmedia is used mem-initializer for %qD follows constructor delegation member %q+#D with constructor not allowed in anonymous aggregate member %q+#D with constructor not allowed in union member %q+#D with copy assignment operator not allowed in anonymous aggregate member %q+#D with copy assignment operator not allowed in union member %q+#D with destructor not allowed in anonymous aggregate member %q+#D with destructor not allowed in union member %q+D cannot be declared as a %<mutable%> reference member %q+D cannot be declared both %<const%> and %<mutable%> member %qD cannot be declared both %<virtual%> and %<constexpr%> member %qD cannot be declared both %<virtual%> and %<static%> member %qD conflicts with virtual function table field name member %qD declared as friend before type %qT defined member %qD in read-only object used as %<asm%> output member %qD is uninitialized reference member %qD must be initialized by mem-initializer in %<constexpr%> constructor member %qD with uninitialized reference fields member functions are implicitly friends of their class member template %qD may not have virt-specifiers members of an explicitly specialized class are defined without a template header memory access check always fail memory allocation failed while reading export data memory input %d is not directly addressable memory reference expected for 'S' output modifier method %<%c%E%> declared %<@optional%> and %<@required%> at the same time method %s%s%s is marked go:nointerface method %s%s%s requires a pointer receiver method argument attributes are not available in Objective-C 1.0 method attributes are not available in Objective-C 1.0 method attributes can not be specified in @implementation context method attributes must be specified at the end method attributes must be specified at the end only method declaration not in @interface context method declared %qE overriding %qE method method definition for %<%c%E%> not found method definition not in @implementation context method overrides both %<transaction_pure%> and %qE methods method possibly missing a [super dealloc] call method type does not match object type min partition size cannot be greater than max partition size minimum value of parameter %qs is %u mio_array_ref(): Unknown array ref mips16 function profiling mismatch in number of arguments for builtin %qF. Expected: %d got %d mismatched argument pack lengths while expanding %qE mismatched argument pack lengths while expanding %qT mismatched arguments mismatched declarations during linktime optimization mismatched operator in fold-expression mismatching comparison operand types mismatching parens misplaced %<@%D%> Objective-C++ construct missing $ operand number in format missing %<(%> after %<#pragma GCC visibility push%> - ignored missing %<(%> after %<#pragma pack%> - ignored missing %<=%> (after %<getter%> attribute) missing %<=%> (after %<setter%> attribute) missing %<target%> attribute for multi-versioned %qD missing '(' after '#pragma unused', ignoring missing ')' after '#pragma unused', ignoring missing PHI def missing REG_EH_REGION note at the end of bb %i missing [big-endian|little-endian|default] after %<#pragma scalar_storage_order%> missing [error|warning|ignored|push|pop] after %<#pragma GCC diagnostic%> missing arch name in %<-march=%s%> missing argument to %qs missing barrier after block %i missing braces around initializer missing braces around initializer for %qT missing callgraph edge for call stmt: missing close brace for named operand missing close paren missing collection in fast enumeration missing controlling predicate missing cpu name in %<-mcpu=%s%> missing cpu name in %<-mtune=%s%> missing definition missing device or architecture after %qs missing edge %i->%i missing filename after %qs missing fill character at end of strfmon format missing increment expression missing initializer for field %qD of %qT missing initializer for member %qD missing loop condition in loop with %<GCC ivdep%> pragma missing loop condition in loop with %<GCC unroll%> pragma missing makefile target after %qs missing method %s%s%s missing name in %<target("arch=")%> pragma or attribute missing name in %<target("cpu=")%> pragma or attribute missing number missing open paren missing operand missing option after %<#pragma GCC diagnostic%> kind missing path after %qs missing primary template attribute %s missing primary template attributes %s missing resolution data for %s missing sentinel in function call missing template arguments missing template arguments after %qT missing terminating %c character missing type-name in typedef-declaration missing value in %<target()%> pragma or attribute mixing declarations and function-definitions is forbidden mixing different types of symbol in same comdat groups is not supported mode %qs applied to inappropriate type mode size of non-integral result does not match field size of BIT_FIELD_REF modification of %qE is not a constant expression modifier should not be specified in %<linear%> clause on %<simd%> or %<for%> constructs module nature in USE statement at %C more than %d operands in %<asm%> more than one %<depend(source)%> clause on an %<ordered%> construct more than one 'crtl' directive more than one access specifier in base-specifier ms_abi and sysv_abi attributes are not compatible ms_hook_prologue attribute isn%'t compatible with -mfentry for 32-bit ms_hook_prologue is not compatible with nested function msp430_select_hwmult_lib needs one or more arguments multidimensional array must have bounds for all dimensions except the first multilib exclusion %qs is invalid multilib exclusions %qs is invalid multilib select %qs %qs is invalid multilib select %qs is invalid multilib spec %qs is invalid multiple -mcpu= options specified. multiple EH personalities are supported only with assemblers supporting .cfi_personality directive multiple declarations in range-based %<for%> loop multiple default labels in one switch multiple definition of %q#T multiple fast interrupt routines seen: %qE and %qE multiple fields in union %qT initialized multiple function type attributes specified multiple hot/cold transitions found (bb %i) multiple initializations given for %qD multiple initializations given for base %qT multiple inline callers multiple interrupt attributes not allowed multiple interrupt attributes to function %qD multiple iterating variables in fast enumeration multiple loop axes specified for routine multiple methods named %<%c%E%> found multiple nested types attributes to function %qD multiple parameters named %qD multiple prevailing defs for %qE multiple ref-qualifiers multiple save reg attributes to function %qD multiple selectors named %<%c%E%> found multiple storage classes in declaration of %qs multiple storage classes in declaration specifiers multiple types in one declaration multiple virtual PHI nodes in BB %d multiple-value argument in single-value context multiple-value function call in single-value context multiply option implies r%d is fixed multiversioning needs ifunc which is not supported on this target must %<#include <typeinfo>%> before using %<typeid%> must use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%> mutable %qD is not usable in a constant expression mysterious repository information in %s naked attribute only applies to functions name %qD used in a GNU-style designated initializer for an array name %qT has incomplete type name lookup of %qD changed name lookup of %qD changed for ISO %<for%> scoping name missing for member function name of class shadows template template parameter %qD name used in a GNU-style designated initializer for an array named return values are no longer supported namespace %qD entered namespace %qD not allowed in using-declaration namespace alias %qD not allowed here, assuming %qD namespace name required namespace-scope anonymous aggregates must be static narrowing conversion of %qE from %qH to %qI inside { } narrowing conversion of %qE from %qH to %qI inside { } is ill-formed in C++11 need %<typename%> before %<%T::%D::%E%> because %<%T::%D%> is a dependent scope need %<typename%> before %<%T::%E%> because %qT is a dependent scope need %<typename%> before %qE because %qT is a dependent scope need explicit conversion need explicit conversion; missing method %s%s%s negative insn length negative length in array section in %qs clause negative low bound in array section in %qs clause negative nesting depth of region %i negative shift count negative width in bit-field %q+D negative width in bit-field %qs neither the destructor nor the class-specific operator delete [] will be called, even if they are declared when the class is defined neither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is defined nested assembly dialect alternatives nested extern declaration of %qD nested function %q+D declared but never defined nested function %qE declared %<extern%> nested function %qs declared %<extern%> nested function trampolines not supported on this target nested functions not supported on this target nested name specifier %qT for enum declaration does not name a class or namespace nested namespace definitions only available with -std=c++17 or -std=gnu++17 nested namespace name required nested quoting directive nested redefinition of %<enum %E%> nested redefinition of %<struct %E%> nested redefinition of %<union %E%> new cannot be applied to a function type new cannot be applied to a reference type new declaration %q#D ambiguates built-in declaration %q#D new types may not be defined in a return type new_symbol(): Symbol name too long next member %q#D declared here no %<%D(int)%> declared for postfix %qs no %<%D(int)%> declared for postfix %qs, trying prefix operator instead no %<%c%E%> method found no %q#D member function declared in class %qT no %qs getter found no FUNCTION_PROFILER for CRIS no LTRANS output list filename provided no arguments no arguments for spec function no attribute can be applied to an explicit instantiation no class name specified with %qs no class template named %q#T in %q#T no closing %<]%> for %<%%[%> format no closing brace no context to resolve type of %qE no conversion operators declared no corresponding deallocation function for %qD no data type for mode %qs no declaration matches %q#D no declaration of property %qs found in the interface no default argument for %qD no description yet. no field %qD found in union being initialized no functions named %qD no immediate_use list no input files no input files; unwilling to write output files no integral type can represent all of the enumerator values for %qT no low registers available for popping high registers no match for no match for call to %<(%T) (%A)%> no matches converting function %qD to type %q#T no matching concept for template-introduction no matching fixed-point overload found for %qs no matching function for call to %<%D(%A)%> no matching function for call to %<%T::%s%E(%A)%#V%> no matching function for call to %<%T::operator %T(%A)%#V%> no matching function for call to %<%s(%A)%> no matching function for type-generic call no matching push for %<#pragma GCC visibility pop%> no matching template for %qD found no member function %qD declared in %qT no members matching %<%T::%D%> in %q#T no post-decrement operator for type no post-increment operator for type no pre-decrement operator for type no pre-increment operator for type no previous declaration for %qD no previous prototype for %qD no processor type specified for linking no profiling of 64-bit code for this ABI no register in address no return statement in function returning non-void no return statements in function returning %qT no sclass for %s stab (0x%x) no semicolon at end of struct or union no suitable %<operator %s%> for %qT no suitable %qD found in class %qT no super class declared in @interface for %qE no super class declared in interface for %qE no type named %q#T in %q#T no type or storage class may be specified here, no unexpanded parameter packs in binary fold no unique final overrider for %qD in %qT no valid clauses specified in %<#pragma acc declare%> no_sanitize argument not a string node differs from node->decl->decl_with_vis.symtab_node node has body_removed but is definition node has unknown type node is alias but not definition node is alias but not implicit alias node is alone in a comdat group node is analyzed but it is not a definition node is in same_comdat_group list but has no comdat_group node is transparent_alias but not an alias node is weakref but not an transparent_alias node not found in symtab assembler name hash node not found node->decl->decl_with_vis.symtab_node nodes with unreleased memory found noexcept-expression evaluates to %<false%> because of a call to %qD non double precision REAL argument to %s intrinsic at %L non-AAPCS derived PCS variant non-NULL pointer initialization at %C non-OpenACC construct inside of OpenACC region non-OpenACC construct inside of OpenACC routine non-call exception handling mismatch non-class template %qT used without template arguments non-class, non-variable partial specialization %qD is not allowed non-cold basic block %d reachable only by paths crossing the cold partition non-const integer argument %u in call to function %qE non-constant argument 1 to __atomic_always_lock_free non-constant array in DATA statement %L non-constant array initialization non-constant array new length must be specified directly, not by typedef non-constant array new length must be specified without parentheses around the type-id non-constant compound literals cannot appear in a constant-expression non-constant condition for static assertion non-constant element in constant CONSTRUCTOR non-constant in-class initialization invalid for non-inline static member %qD non-constant in-class initialization invalid for static member %qD non-constant initialization expression at %L non-decl/MEM_REF LHS in clobber statement non-default INTEGER kind argument to %s intrinsic at %L non-delegitimized UNSPEC %s (%d) found in variable location non-deleted function %q+D overriding deleted function non-floating-point argument in call to function %qE non-floating-point arguments in call to function %qE non-function %qD declared as implicit template non-function in gimple call non-integer argument 1 to __atomic_is_lock_free non-integer argument 3 in call to function %qE non-integer memory model argument %d of %qE non-integer operand used with operand code 'z' non-integral type switch statement non-integral used in condition non-local variable %qD declared %<__thread%> has a non-trivial destructor non-local variable %qD declared %<__thread%> needs dynamic initialization non-loop with header %d not marked for removal non-lvalue array in conditional expression non-member %qs cannot be declared %<mutable%> non-member function %qD cannot have cv-qualifier non-member function %qD cannot have ref-qualifier non-member-template declaration of %qD non-memory input %d must stay in memory non-nested function with variably modified type non-object member %qs cannot be declared %<mutable%> non-objective-c type %qT cannot be caught non-parameter %qs cannot be a parameter pack non-pointer argument to %<__builtin_launder%> non-register as LHS of binary operation non-register as LHS of ternary operation non-register as LHS of unary operation non-scalar BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPR non-scalar type non-standard suffix on floating constant non-static const member %q#D in class without a constructor non-static const member %q#D, can%'t use default assignment operator non-static data member %q+D in a union may not have reference type %qT non-static data member %qE declared %<concept%> non-static data member %qE declared %<constexpr%> non-static data member declared with placeholder %qT non-static data member initializers only available with -std=c++11 or -std=gnu++11 non-static declaration of %q+D follows static declaration non-static initialization of a flexible array member non-static reference %q#D in class without a constructor non-static reference member %q#D, can%'t use default assignment operator non-template %qD used as template non-template type %qT used as a template non-thread-local declaration of %q#D follows thread-local declaration non-thread-local declaration of %q+D follows thread-local declaration non-top-level BIT_FIELD_REF, IMAGPART_EXPR or REALPART_EXPR non-trivial conversion at assignment non-trivial conversion in unary operation non-trivial designated initializers not supported non-type partial specialization %qD is not allowed non-variable %qD in declaration with more than one declarator with placeholder type non-vector CONSTRUCTOR with elements non-vector operands in vector comparison non-zero array subscript %qE is used with array %qD of type %qT with unknown bounds non-zero array subscript %qE is used with array of type %qT with unknown bounds nonconstant array index in initializer nonempty exits list of loop %d, but exits are not recorded nonlocal label nonnull argument %qD compared to NULL nonnull argument has invalid operand number (argument %lu) nonnull argument references non-pointer operand (argument %lu, operand %lu) nonnull argument with out-of-range operand number (argument %lu, operand %lu) nonnull attribute without arguments on a non-prototype normalization cannot co-exist with scaling not allowed type combination in BIT_INSERT_EXPR not configured for SPE ABI not configured for SPE instruction set not configured with sysroot headers suffix not enough DO loops for %s !$ACC LOOP at %L not enough DO loops for collapsed %s at %L not enough arguments not enough arguments to return not enough for loops to collapse not enough perfectly nested loops not enough type information not enough variable arguments to fit a sentinel not generating patch area, nops not supported note note: null argument where non-null required (argument %lu) null destination pointer null format string null pointer null pointer dereference number must be 0 or 1 number of arguments doesn%'t match built-in prototype number of arguments doesn%'t match prototype number of bb notes in insn chain (%d) != n_basic_blocks (%d) number of components of the vector not a power of two number of components of vector not a power of two number of counters is %d instead of %d number of results does not match number of values number of variables in %<depend(sink)%> clause does not match number of iteration variables numeric argument of %qE attribute must be in range 0..63 objc++-cpp-output is deprecated; please use objective-c++-cpp-output instead objc-cpp-output is deprecated; please use objective-c-cpp-output instead object is not a method object missing in use of %qE object property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%> object type %qT does not match destructor name ~%qT object with variably modified type must have no linkage objective-c method declaration is expected objective-c++ message argument(s) are expected objective-c++ message receiver expected objective-c++ method declaration is expected obsolete Maverick format code '%c' obsolete option -I- used, please use -iquote instead obsolete use of designated initializer with %<:%> obsolete use of designated initializer without %<=%> odr-used inline variable %qD is not defined offload compiler %s not found offset %qwi outside bounds of constant string offset exceeds 16 bytes offset of %qD is not ABI-compliant and may change in a future version of GCC offset of packed bit-field %qD has changed in GCC 4.4 offsetof within non-standard-layout type %qT is conditionally-supported old declaration %q#D old-style function definition old-style parameter declarations in prototyped function definition omitted middle operand to %<?:%> operand cannot be mangled one field is bitfield while other is not one of the initializer call arguments should be %<&omp_priv%> one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%> only %<distribute%> or %<parallel%> regions are allowed to be strictly nested inside %<teams%> region only %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attribute only %u name provided for structured binding only %u names provided for structured binding only 0.0 can be loaded as an immediate only Objective-C object types can be qualified with a protocol only attribute %<fallthrough%> can be applied to a null statement only constructors take member initializers only declarations of constructors and conversion operators can be %<explicit%> only here as a %<friend%> only plain %<auto%> return type can be deduced to %<void%> only uninitialized variables can be placed in a .bss section only uninitialized variables can be placed in the .noinit section only weak aliases are supported in this configuration only zero initializers are allowed in section %qs opaque vector types cannot be initialized opaque-enum-specifier must use a simple identifier opaque-enum-specifier without name open %s failed: %s open /dev/zero: %m opening LTRANS output list %s: %m opening dependency file %s: %m opening output file %qs: %s opening output file %s: %m operand %d should be a 3 bit unsigned immediate operand %d should be a 6 bit unsigned immediate operand %d should be a 8 bit unsigned immediate operand 1 should be an unsigned 3-bit immediate operand 1 should be an unsigned 3-bit value (I0-I7) operand 2 should be an even 3-bit value (subreg 0,2,4,6) operand 2 should be an unsigned 3-bit value (I0-I7) operand 2 should be an unsigned 3-bit value (subreg 0-7) operand 2 should be an unsigned 8-bit value operand 3 should be an unsigned 3-bit value (I0-I7) operand 3 should be an unsigned 8-bit value operand 4 should be an unsigned 8-bit value (0-255) operand constraint contains incorrectly positioned %<+%> or %<=%> operand constraints for %<asm%> differ in number of alternatives operand is not a condition code, invalid operand code '%c' operand is not a condition code, invalid operand code 'D' operand is not a condition code, invalid operand code 'Y' operand is not a specific integer, invalid operand code 'R' operand is not a specific integer, invalid operand code 'r' operand is not an integer, invalid operand code 'K' operand is not an integer, invalid operand code 'R' operand is not an offsettable memory reference, invalid operand code 'H' operand must be an immediate of the right size operand number missing after %%-letter operand number out of range operand number out of range in format operand number specified for format taking no argument operand number specified with suppressed assignment operand of ?: changes signedness from %qT to %qT due to unsignedness of other operand operand of fold expression has no unexpanded parameter packs operand type %qT is incompatible with argument %d of %qE operand types are %qT and %qT operands to %T/%t must be reg + const_int: operands to ?: have different types %qT and %qT operation on %qE may be undefined optimization attribute on %qD follows definition but the attribute doesn%'t match optimization level attribute mismatch optimization may eliminate reads and/or writes to register variables option %<-mstructure-size-boundary%> is deprecated option %qs is valid for %s but not for %s option %s is not supported together with -fopenacc option -mirq-ctrl-saved valid only for ARC v2 processors option -mrgf-banked-regs valid only for ARC v2 processors option("%s") was already specified optional argument options enabled: options or targets missing after %qs options passed: or use %<j%> instead of %<i%> for the GNU built-in suffix ordered argument needs positive constant integer expression ordered comparison of pointer with integer zero ordered comparison of pointer with null pointer original %<default%> is here original declaration appeared here original definition appeared here originally defined here originally indirect function call not considered for inlining originally specified here orphaned %qs construct other match is here ought to match virtual method %qD but does not out-of-bounds access may be optimized away outer %<__transaction_cancel%> not within outer %<__transaction_atomic%> outer block of region %i is wrong outer transaction in %<transaction_may_cancel_outer%> function outer transaction in %<transaction_safe%> function outer transaction in transaction output constraint %d cannot be specified together with "%s" clobber output constraint %d must specify a single register output constraint %qc for operand %d is not at the beginning output file %s already exists in folder %s output file not specified output filename may not be empty output filename specified twice output number %d not directly addressable output operand %d must use %<&%> constraint output operand constraint lacks %<=%> output operand is constant in %<asm%> output regs must be grouped at top of stack output_move_single: overflow in array dimension overflow in constant expression overflow in conversion from %qT to %qT changes the value of %qE overflow in conversion from %qT to %qT changes value from %qE to %qE overflow in enumeration values overflow in enumeration values at %qD overflowed output arg list for %qs overloaded function name %qE in clause %qs overloaded function with no contextual type information overridden function is %q#D overridden function is %q#F overridden function is %qD override controls (override/final) only available with -std=c++11 or -std=gnu++11 overriding %qD declared %<transaction_safe%> pack expansion argument for non-pack parameter %qD of alias template %qD pack expansion argument for non-pack parameter %qD of concept %qD pack expansion in using-declaration only available with -std=c++17 or -std=gnu++17 packed attribute causes inefficient alignment packed attribute causes inefficient alignment for %q+D packed attribute causes inefficient alignment for %qE packed attribute is unnecessary packed attribute is unnecessary for %q+D packed attribute is unnecessary for %qE padding struct size to alignment boundary padding struct to align %q+D parameter %P has incomplete type %qT parameter %P of %qD has incomplete type %qT parameter %q+D declared %<_Noreturn%> parameter %q+D declared %<inline%> parameter %q+D has just a forward declaration parameter %qD declared with void type parameter %qD has incomplete type parameter %qD includes pointer to array of unknown bound %qT parameter %qD includes reference to array of unknown bound %qT parameter %qD invalidly declared method type parameter %qD is initialized parameter %qD set but not used parameter %qP of %qD might be a candidate for a format attribute parameter %u (%q+D) has incomplete type parameter %u (%q+D) has void type parameter %u has incomplete type parameter %u has void type parameter declared %<auto%> parameter list does not match a valid signature for %s() parameter may not have variably modified type %qT parameter might be a candidate for a format attribute parameter name missing from parameter list parameter name omitted parameter names (without types) in function declaration parameter pack %q+D must be at the end of the template parameter list parameter pack %qD cannot have a default argument parameter pack argument %qE must be at the end of the template argument list parameter pack argument %qT must be at the end of the template argument list parameter pack cannot have a default argument parameter packs not expanded with %<...%>: parameter passing for argument of type %qT changed in GCC 7.1 parametrized derived type argument parent subprogram cannot be inlined parentheses around %qE cannot be used to form a pointer-to-member-function parentheses required around this composite literal to avoid parsing ambiguity parenthesized initialization is not allowed in OpenMP %<for%> loop parenthesized initializer in array new parse error in SELECT TYPE statement at %C parse error in template argument list partial specialization %q+D does not specialize any template arguments and is not more constrained than the primary template; to define the primary template, remove the template argument list partial specialization %q+D does not specialize any template arguments; to define the primary template, remove the template argument list partial specialization %qD is not more specialized than partial specialization %qT declared %<friend%> partial specialization is not more specialized than the primary template because it replaces multiple parameters with a pack expansion partial specialization of %qD after instantiation of %qD partition found but function partition flag not set pass %qs not found but is referenced by new pass %qs pass %s does not support cloning pass %s needs a set_pass_param implementation to handle the extra argument in NEXT_PASS passing %qT as %<this%> argument discards qualifiers passing %qT chooses %qT over %qT passing NULL to non-pointer argument %P of %qD passing arg %d of %qE discards qualifiers from pointer target type passing argument %d of %qE as %<float%> rather than %<double%> due to prototype passing argument %d of %qE as %qT rather than %qT due to prototype passing argument %d of %qE as complex rather than floating due to prototype passing argument %d of %qE as complex rather than integer due to prototype passing argument %d of %qE as floating rather than complex due to prototype passing argument %d of %qE as floating rather than integer due to prototype passing argument %d of %qE as integer rather than complex due to prototype passing argument %d of %qE as integer rather than floating due to prototype passing argument %d of %qE as signed due to prototype passing argument %d of %qE as unsigned due to prototype passing argument %d of %qE discards %qv qualifier from pointer target type passing argument %d of %qE from distinct Objective-C type passing argument %d of %qE from incompatible pointer type passing argument %d of %qE from pointer to non-enclosed address space passing argument %d of %qE makes %q#v qualified function pointer from unqualified passing argument %d of %qE makes integer from pointer without a cast passing argument %d of %qE makes pointer from integer without a cast passing argument %d of %qE with different width due to prototype passing argument %i to restrict-qualified parameter aliases with argument %Z passing argument %i to restrict-qualified parameter aliases with arguments %Z passing arguments to ellipsis of inherited constructor %qD passing objects of non-trivially-copyable type %q#T through %<...%> is conditionally supported passing too large argument on stack pch_preprocess pragma should only be used with -fpreprocessed pedwarn pedwarn: perhaps you need explicit template arguments in your nested-name-specifier perhaps you want to explicitly add %<%T::%> permerror permerror: pex_init failed: %m placeholder constraints not satisfied placement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size %qwi placement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size %qwi placement new constructing an object of type %qT and size %qwu in a region of type %qT and size %qwi plugin %s is not licensed under a GPL-compatible license %s plugin %s registered a null callback function for event %s plugin %s should be specified before -fplugin-arg-%s in the command line plugin %s was specified with different paths: %s %s plugin cannot register a missing pass plugin cannot register an unnamed pass plugin cannot register pass %qs without reference pass name plugin support is disabled; configure with --enable-plugin pointer pointer argument pointer arithmetic for garbage-collected objects not allowed pointer assignment pointer bounds were lost due to unexpected expression %s pointer of type %<void *%> used in arithmetic pointer of type %<void *%> used in subtraction pointer offset from symbol maybe incorrect pointer or allocatable result pointer target types incompatible in C++ pointer targeting address space %qs must be const in %qT pointer targeting address space %qs must be const in %s %q+D pointer targets in assignment from %qT to %qT differ in signedness pointer targets in initialization of %qT from %qT differ in signedness pointer targets in passing argument %d of %qE differ in signedness pointer targets in returning %qT from a function with return type %qT differ in signedness pointer to a function used in arithmetic pointer to a function used in subtraction pointer to array loses qualifier in conditional expression pointer to interface type has no methods pointer to member conversion via virtual base %qT pointer to member type %qT incompatible with object type %qT pointer type mismatch in conditional expression pointer value used where a complex was expected pointer value used where a floating point value was expected pointer-to-member function %qE cannot be called without an object; consider using %<.*%> or %<->*%> pointer-to-member-function type %qT requires an lvalue pointer-to-member-function type %qT requires an lvalue before C++2a pointer-to-member-function type %qT requires an rvalue pointer/integer type mismatch in conditional expression pointers are not permitted as case values pointers to arrays with different qualifiers are incompatible in ISO C pointers to disjoint address spaces used in conditional expression polymorphic argument position plus size exceeds size of referenced object in BIT_FIELD_REF position-independent code not supported position-independent code requires %qs position-independent code requires the Linux ABI positional initialization of field in %<struct%> declared with %<designated_init%> attribute possible problem detected in invocation of delete [] operator: possible problem detected in invocation of delete operator: post-increment address is not a register postfix %qD must have %<int%> as its argument postfix %qD must have %<int%> as its second argument postfix %qD should return %qT potential null pointer dereference power9 target option is incompatible with %<%s=<xxx>%> for <xxx> less than power9 pragma or attribute %<target("%s")%> does not accept an argument pragma or attribute %<target("%s")%> does not allow a negated form pragma or attribute %<target("%s")%> is not valid pragma or attribute %<target("%s=%s")%> is not valid pre-decrement address is not a register pre-increment address is not a register precision precision in printf format predeclared arithmetic type %qT in %<#pragma omp declare reduction%> predeclared arithmetic type in %<#pragma omp declare reduction%> predicated Thumb instruction predicated instruction in conditional sequence preferentially allocate registers that allow short instruction generation. prefix %qD should return %qT prefix attributes are ignored before %<@%D%> prefix attributes are ignored for implementations prefix attributes are ignored for methods prev_bb of %d should be %d, not %d previous %<#pragma omp declare reduction%> previous %<pragma omp declare reduction%> declaration previous declaration previous declaration %q#D previous declaration %qD previous declaration %qD used %d template parameter previous declaration %qD used %d template parameters previous declaration as %q#D previous declaration here previous declaration of %<%c%E%> previous declaration of %<%c%E%> as %<@optional%> previous declaration of %<%c%E%> as %<@required%> previous declaration of %<%c%s%> previous declaration of %q+D previous declaration of %q+D was here previous declaration of %qD previous declaration of %qD was here previous declaration of %qE previous declaration with %qL linkage previous definition here previous definition of %q#T previous definition of %q+D was here previous definition of %qD was here previous implicit declaration of %q+D was here previous label previous mangling %q#D previous non-prototype definition here previous specification in %q#D here previously declared here previously defined here previously defined here as %s previously used here primary template %qD primary template here private member %q#D in anonymous union problem with building target image for %s profiler support for CR16 profiler support for VxWorks profiling is not yet implemented for this architecture profiling not supported with -mg programs: %s promoted argument %qD doesn%'t match built-in prototype promoted argument %qD doesn%'t match prototype promoted ~unsigned is always non-zero property %qs already specified in %<@dynamic%> property %qs already specified in %<@synthesize%> property %qs is using instance variable %qs of incompatible type property %qs is using the same instance variable as property %qs property can not be a bit-field property can not be an array property declaration not in @interface or @protocol context protected member %q#D in anonymous union protected visibility attribute not supported in this configuration; ignored protocol %qE has circular dependency protocol %qE is deprecated protocol attributes are not available in Objective-C 1.0 prototype declaration prototype for %q+D declares argument %d with incompatible type prototype for %q+D declares fewer arguments than previous old-style definition prototype for %q+D declares more arguments than previous old-style definition prototype for %q+D follows non-prototype definition prototype for '%s' has required operands after optional operands prototype specified for %q#D provided for %qD pseudo-destructor is not called pure virtual %q#D called from constructor pure virtual %q#D called from destructor pure virtual %q#D called from non-static data member initializer pure-specifier on function-definition q/Q modifiers invalid for symbol references qsort checking failed qsort comparator non-negative on sorted output: %d qsort comparator not anti-commutative: %d, %d qsort comparator not transitive: %d, %d, %d qualified name does not name a class qualified type %qT does not match destructor name ~%qT qualified-id in declaration qualifiers are not allowed on constructor declaration qualifiers are not allowed on declaration of %<operator %T%> qualifiers are not allowed on declaration of deduction guide qualifiers are not allowed on destructor declaration qualifying type %qT does not match destructor name ~%qT r0 needs to be available as a call-clobbered register range clause must have array, slice, string, map, or channel type range expressions in switch statements are non-standard range-based %<for%> expression of type %qT has incomplete type range-based %<for%> loops only available with -std=c++11 or -std=gnu++11 raw literal operator %q+D conflicts with literal operator template %qD rdynamic is not supported re-initialization of %qs at %L read failed while reading export data read-only location %qE used as %<asm%> output read-only member %qD used as %<asm%> output read-only named return value %qD used as %<asm%>output read-only parameter %qD use as %<asm%> output read-only reference %qD used as %<asm%> output read-only variable %qD used as %<asm%> output reading input file reading through null pointer (argument %d) readonly property can not be set receiving objects of non-trivially-copyable type %q#T through %<...%> is conditionally-supported recompiling with -fcompare-debug recursive evaluation of default argument for %q#D recursive inlining recursive instantiation of default member initializer for %qD recursive type %qT undefined recursively required by substitution of %qS recursively required from %q#D recursively required from here redeclaration %q#D with different constraints redeclaration %qD differs in %<constexpr%> from previous declaration redeclaration of %<enum %E%> redeclaration of %<pragma omp declare reduction%> redeclaration of %q#D redeclaration of %q#D may not have default arguments redeclaration of %q+D with different visibility (old visibility preserved) redeclaration of %q+D with no linkage redeclaration of %qD adds abi tag %qE redeclaration of %qT as a non-template redeclaration of %qs %<#pragma omp declare reduction%> for type %qT redeclaration of C++ built-in type %qT redeclaration of Objective-C class %qs redeclaration of enumerator %q+D redeclaration of friend %q#D may not have default template arguments redeclaration of property %qD redeclared here as %q#D redeclared with %d template parameter redeclared with %d template parameters redefined extern inline functions are not considered for inlining redefinition of %<struct %E%> redefinition of %<union %E%> redefinition of %q#D redefinition of %q#T redefinition of %q+D redefinition of default argument for %q#D redefinition of parameter %q+D redefinition of typedef %q+D redefinition of typedef %q+D with different type redefinition of typedef %q+D with variably modified type redundant redeclaration of %<constexpr%> static data member %qD redundant redeclaration of %q+D redundant redeclaration of %qD in same scope ref-qualifiers only available with -std=c++11 or -std=gnu++11 reference %qD is initialized with itself reference %qs cannot be declared %<mutable%> reference to %<%T::%D%> is ambiguous reference to %qD is ambiguous reference to dead statement reference to local variable %qD returned reference to non-lvalue returned reference type %qT in %<#pragma omp declare reduction%> region of lp %i is wrong region_array does not match region_tree region_array is corrupted for region %i register name given for non-register variable %q+D register name not specified for %q+D register number must be a compile-time constant. Try giving higher optimization levels register of %qD used for multiple global register variables register or memory expression expected for 'M' output modifier register or memory expression expected for 'N' output modifier register specified for %q+D isn%'t suitable for data type register variable %qD used in nested function regparam and thiscall attributes are not compatible reimplementation of class %qE reinterpret_cast from integer to pointer reinterpret_cast from type %qT to type %qT casts away qualifiers relaxed transaction in %<transaction_safe%> function relaxed transaction in atomic transaction removed loop %d in loop tree removing .rpo file: %m rename spec %s to %s renaming .rpo file: %m repeated %<@%> before Objective-C string repeated %s in format repository file '%s' does not contain command-line arguments request for implicit conversion from %qT to %qT not permitted in C++ request for member %qD in %qE, which is of non-class type %qT request for member %qD in %qE, which is of pointer type %qT (maybe you meant to use %<->%> ?) request for member %qD is ambiguous request for member %qD is ambiguous in multiple inheritance lattice request for member %qE in non-class type %qT request for member %qE in something not a structure or union requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d) requested ABI requires -march to subsume the %qc extension requested alignment %d is larger than %d requested alignment for %q+D is greater than implemented alignment of %wu requested alignment is not a positive power of 2 requested alignment is not an integer constant requested alignment is too large requested init_priority is not an integer constant requested init_priority is out of range requested init_priority is reserved for internal use requested position is less than zero requested position is not an integer constant require_atom(): bad atom type required required by substitution of %qS required from %q#D required from here requires-clause on declaration of non-function type %qT requires-clause on return type requires-clause on type-id requires-clause on typedef resolution sub id %wx not in object file resolve_function(): bad function type resolve_intrinsic(): Too many args for intrinsic resolve_operator(): Bad intrinsic resolve_ref(): Bad array reference resolve_subroutine(): bad function type resolver indirect function declared here result of %<operator->()%> yields non-pointer result result of %qE requires %u bits to represent, but %qT only has %u bits result with non-constant character length return address signing is only supported for -mabi=lp64 return discards %qv qualifier from pointer target type return edge does not point to exit in bb %d return from pointer to non-enclosed address space return makes %q#v qualified function pointer from unqualified return not followed by barrier return type %q#T is incomplete return type defaults to %<int%> return type is an incomplete type return type might be a candidate for a format attribute return type of %qD is not %<int%> return type of function return type specification for constructor invalid return type specification for destructor invalid return type specified for %<operator %T%> return type specified for deduction guide return value type mismatch return with value in function with no return type return-statement with a value, in function returning %qT return-statement with no value, in function returning %qT returning %qT from a function with incompatible return type %qT returning %qT from a function with return type %qT makes integer from pointer without a cast returning %qT from a function with return type %qT makes pointer from integer without a cast returning a value from a constructor returning a value from a destructor returning initializer list returning reference to temporary returns_nonnull attribute on a function not returning a pointer reverse floating-point scalar storage order reverse scalar storage order reverse storage order for %smode right operand of comma operator cannot resolve address of overloaded function right operand of comma operator has no effect right operand of comma operator is a reference, not call, to function %qE right operand of shift expression %q+E is >= than the precision of the left operand right operand of shift expression %q+E is negative right precision right precision in strfmon format right rotate count >= width of type right rotate count is negative right shift count >= width of type right shift count >= width of vector element right shift count is negative right-hand operand of comma expression has no effect rounding mode not supported for VAX floats rounding result will always be 0 rounding to %d bits has no effect for fixed-point value with %d fractional bits routine %qD declared here routine call uses OpenACC parallelism disallowed by containing routine routine call uses same OpenACC parallelism as containing loop rx100 cpu does not have FPU hardware rx200 cpu does not have FPU hardware same canonical type node for different types %qT and %qT same variable used in %<firstprivate%> and %<lastprivate%> clauses on %<distribute%> construct same_comdat_group is not a circular list same_comdat_group list across different groups saw %d %<template<>%>, need %d for specializing a member function template say %<typename %E%> if a type is meant scalar object %qD requires one element in initializer scalar_storage_order argument must be one of "big-endian" or "little-endian" scalar_storage_order is not supported because endianness is not uniform scale needs to be non-negative scaling cannot co-exist with normalization, skipping schedule %<auto%> does not take a %<chunk_size%> parameter schedule %<runtime%> does not take a %<chunk_size%> parameter schedule chunk size expression must be integral scope %qT before %<~%> is not a class-name scoped enum %qT passed through ... as %qT before -fabi-version=6, %qT after scoped enums only available with -std=c++11 or -std=gnu++11 scoped/unscoped mismatch in enum %q#T second argument must be slice or string second argument of %q+D should be %<char **%> second argument to %<__builtin_call_with_static_chain%> must be a pointer type second argument to %<__builtin_prefetch%> must be a constant second argument to %<va_arg%> is of incomplete type %qT second argument to %qs must be 0..12 second argument to function %qE must be a constant integer power of 2 between %qi and %qu bits second argument to vec_vextract4b must be 0..12 second operand of conditional expression cannot resolve address of overloaded function second operand of conditional expression has no effect second operand of conditional expression is a reference, not call, to function %qE second operand to the conditional operator is of type %<void%>, but the third operand is neither a throw-expression nor of type %<void%> second parameter of %<va_start%> not last named argument section anchors must be disabled when toplevel reorder is disabled section anchors must be disabled when unit-at-a-time is disabled section attribute argument not a string constant section attribute cannot be specified for local variables section attribute not allowed for %q+D section attributes are not supported for this target section of %q+D cannot be overridden section of %q+D conflicts with previous declaration section of alias %q+D must match section of its target section type conflict section type conflict with %qD selected fp16 options are incompatible selector must be an immediate selector must be an integer constant in the range 0..%wi self-comparison always evaluates to false self-comparison always evaluates to true self-tests are not enabled in this build self-tests incompatible with -E set number of nops to emit before each insn pattern. setjmp/longjmp inside simd construct setter name must terminate with %<:%> setting core file size limit to maximum: %m shadowed declaration is here shadowing built-in function %q#D shadowing library function %q#D shadowing previous type declaration of %q#D shared SSA name info shared and mdll are not compatible shared call_stmt: shared is not supported shared rtx shift count not unsigned integer shift expression %q+E overflows shift of non-integer operand short read while reading export data show_array_ref(): Unknown array reference show_array_spec(): Unhandled array shape type. show_code_node(): Bad statement code show_expr(): Bad intrinsic in expression show_expr(): Don't know how to show expr show_ref(): Bad component code sibcall edges for non-call insn in bb %i side effects not recomputed when ADDR_EXPR changed side-effects element in no-side-effects CONSTRUCTOR signed conversion from %qT to %qT changes the value of %qE signed conversion from %qT to %qT changes value from %qE to %qE signedness of type and machine mode %qs don%'t match simple IF simplify_intrinsic_op(): Bad operator simplify_min_max(): Bad type in arglist single %<target_clones%> attribute is ignored size in array new must have integral type size mismatch in argument %d of %qE size of %q+D is %d bytes size of %q+D is larger than %wd bytes size of %qD differ from the size of original declaration size of array %qD has non-integral type %qT size of array %qD is negative size of array %qD is not an integral constant-expression size of array %qE has incomplete type size of array %qE has non-integer type size of array %qE is negative size of array %qE is too large size of array has non-integral type %qT size of array is negative size of array is not an integral constant-expression size of array is too large size of loop %d should be %d, not %d size of return value of %q+D is %u bytes size of return value of %q+D is larger than %wd bytes size of tiles for loop blocking. size of type %qT is too large (%qE bytes) size of unnamed array has incomplete type size of unnamed array has non-integer type size of unnamed array is negative size of unnamed array is too large size of variable %q+D is too large size optimization level: 0:none 1:opportunistic 2: regalloc 3:drop align, -Os. size ranges of option %qs should be increasing sizeof(long double) is 12. sizeof(long double) is 16. slice can only be compared to nil slice capacity must be integer slice end must be integer slice of unaddressable value so any instantiation with a non-empty parameter pack would be ill-formed soft-float and long-double-128 are incompatible some parts of macro expansion are not guarded by this %qs clause sorry, unimplemented sorry, unimplemented: sorry: semantics of inline function static data %q#D are wrong (you%'ll wind up with multiple copies) sorry: semantics of inline variable %q#D are wrong (you%'ll wind up with multiple copies) source is a pointer to incomplete type source is not a pointer source is not a pointer to class source is not of class type source is of incomplete class type source locations for function %qE have changed, the profile data may be out of date source type is not polymorphic spec %qs has invalid %<%%0%c%> spec %qs has invalid %<%%W%c%> spec %qs has invalid %<%%x%c%> spec %qs invalid spec failure: %<%%*%> has not been initialized by pattern match spec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPEC spec failure: more than one arg to SYSROOT_SUFFIX_SPEC spec failure: unrecognized spec option %qc spec file has no spec for linking spec is '%s' spec-generated switch is just %<-%> spec_dimen_size(): Bad dimension specialization %qT after instantiation %qT specialization of %qD after instantiation specialization of %qD in different namespace specialization of %qD must appear at namespace scope specialization of %qT after instantiation specialization of alias template %qD specialization of implicitly-declared special member function specialization of variable concept %q#D specialization of variable template %qD declared as function specializing %q#T in different namespace specializing member %<%T::%E%> requires %<template<>%> syntax specified bound %wu exceeds %<INT_MAX%> specified bound %wu exceeds maximum object size %wu specified bound %wu exceeds the size %wu of the destination object specified mode too small for enumeral values specified option %qs more than once specifying vector types with __attribute__ ((mode)) is deprecated specs %%include syntax malformed after %ld characters specs %%rename syntax malformed after %ld characters specs %s spec was not found to be renamed specs file malformed after %ld characters specs unknown %% command after %ld characters spurious %<>>%>, use %<>%> to terminate a template argument list spurious trailing %<%%%> in format stack frame must be smaller than 64K stack frame not a multiple of 8 bytes: %wd stack frame not a multiple of octabyte: %wd stack frame too large stack guard value must be an exact power of 2 stack limit expression is not supported stack limits not supported on this target stack probes for SVE frames stack probing requires %<-maccumulate-outgoing-args%> for correctness stack probing requires %<target("accumulate-outgoing-args")%> for correctness stack protector not protecting function: all local arrays are less than %d bytes long stack protector not protecting local variables: variable length buffer stack register used for global register variable stack size must be an exact power of 2 stack size must be greater than the stack guard value stack size must not be greater than 64k stack usage computation not supported for this target stack usage is %wd bytes stack usage might be %wd bytes stack usage might be unbounded stack_offset must be a multiple of 4 stack_offset must be at least 4 stackframe too big: %d bytes start of RTL fragment must be on an earlier line than end start of implied-do loop at %L could not be simplified to a constant value start/end of RTL fragment are in different files statement cannot resolve address of overloaded function statement has no effect statement is a reference, not call, to function %qE statement is not a constant expression statement marked for throw in middle of block statement marked for throw, but doesn%'t statement uses released SSA name: statement will never be executed statement with no effect statement-expression in a constant expression statement-expressions are not allowed outside functions nor in template-argument lists static %qs cannot be declared %<mutable%> static IO declaration for %q+D needs an address static assertion failed static assertion failed: %E static assertion failed: %s static chain with function that doesn%'t use one static data member %qD in unnamed class static data member %qE declared %<concept%> static declaration of %q+D follows non-static declaration static initialization of variable %q+D in %<.shared%> memory is not supported static is not supported on TPF-OS static member %qD cannot be a bit-field static member %qD declared %<register%> static member function %q#D declared with type qualifiers static member function %qD cannot have cv-qualifier static member function %qD cannot have ref-qualifier static or type qualifiers in non-parameter array declarator static_assert without a message only available with -std=c++17 or -std=gnu++17 static_cast from type %qT to type %qT casts away qualifiers statically allocated instance of Objective-C class %qE stdcall and cdecl attributes are not compatible stdcall and fastcall attributes are not compatible stdcall and thiscall attributes are not compatible step of implied-do loop at %L could not be simplified to a constant value stmt (%p) marked modified after optimization pass: stmt volatile flag not up-to-date stmt with wrong VUSE storage class %<__thread%> invalid for function %qs storage class %<auto%> invalid for function %qs storage class %<register%> invalid for function %qs storage class %<thread_local%> invalid for function %qs storage class %qD applied to template instantiation storage class specified for %qs storage class specified for parameter %qE storage class specified for parameter %qs storage class specified for structure field storage class specified for structure field %qE storage class specified for template parameter %qs storage class specified for typename storage class specified for unnamed parameter storage class specifiers invalid in friend function declarations storage class specifiers invalid in parameter declarations storage size of %q+D isn%'t constant storage size of %q+D isn%'t known storage size of %qD isn%'t constant storage size of %qD isn%'t known strange device name %qs after %qs: bad character %qc strategy name %qs specified for option %qs not supported for 32-bit code stray %<,%> at end of member declaration stray %<@%> in program stray %<\%o%> in program stray %qc in program stray %qs between Objective-C++ methods stray %qs in program streaming subprocess failed streaming subprocess was killed by signal strftime formats cannot format arguments string length %qd is greater than the length %qd ISO C%d compilers are required to support string literal in function template signature strong using directive no longer supported strong-cast assignment has been intercepted strong-cast may possibly be needed struct defined here struct has no members struct has no named members structure alignment must be a small power of two, not %d structure field structure size boundary can only be set to 8 or 32 structure size boundary can only be set to 8, 32 or 64 structured binding declaration cannot be %<concept%> structured binding declaration cannot be %<constexpr%> structured binding declaration cannot be %<extern%> structured binding declaration cannot be %<inline%> structured binding declaration cannot be %<mutable%> structured binding declaration cannot be %<register%> structured binding declaration cannot be %<static%> structured binding declaration cannot be %<typedef%> structured binding declaration cannot be %qs structured binding declaration cannot be C++98 %<auto%> structured binding declaration cannot have type %qT structured binding declaration set but not used structured binding refers to incomplete class type %qT structured binding refers to incomplete type %qT structured bindings only available with -std=c++17 or -std=gnu++17 subframework include %s conflicts with framework include subprogram %q+F not marked Inline subprogram %q+F not marked Inline_Always subscript missing in array reference subscripted value is neither array nor pointer subscripted value is neither array nor pointer nor vector subscripted value is pointer to function subscripting array declared %<register%> suggest braces around empty body in %<do%> statement suggest braces around empty body in an %<else%> statement suggest braces around empty body in an %<if%> statement suggest explicit braces around empty body in %<do%> statement suggest explicit braces to avoid ambiguous %<else%> suggest parentheses around %<&&%> within %<||%> suggest parentheses around %<+%> in operand of %<&%> suggest parentheses around %<+%> inside %<<<%> suggest parentheses around %<+%> inside %<>>%> suggest parentheses around %<-%> in operand of %<&%> suggest parentheses around %<-%> inside %<<<%> suggest parentheses around %<-%> inside %<>>%> suggest parentheses around %<>>%> expression suggest parentheses around arithmetic in operand of %<^%> suggest parentheses around arithmetic in operand of %<|%> suggest parentheses around assignment used as truth value suggest parentheses around comparison in operand of %<!=%> suggest parentheses around comparison in operand of %<&%> suggest parentheses around comparison in operand of %<==%> suggest parentheses around comparison in operand of %<^%> suggest parentheses around comparison in operand of %<|%> suggest parentheses around operand of %<!%> or change %<&%> to %<&&%> or %<!%> to %<~%> suggest parentheses around operand of %<!%> or change %<|%> to %<||%> or %<!%> to %<~%> suggested alternative: suggested alternatives: suggested alternative: %qs support for mode %qs supported core architectures:%s switch %<-mcustom-%s%> conflicts with switch %<-mcustom-%s%> switch %<-mcustom-%s%> has no effect unless -ffinite-math-only is specified switch %<-mcustom-%s%> has no effect unless -fno-math-errno is specified switch %<-mcustom-%s%> has no effect unless -funsafe-math-optimizations is specified switch %<-mcustom-%s%> is required for double precision floating point switch %<-mcustom-%s%> value %d must be between 0 and 255 switch %qs does not start with %<-%> switch %qs is no longer supported switch %qs no longer supported switch -mcpu=%s conflicts with -march=%s switch switch condition has boolean value switch jumps into statement expression switch jumps over variable initialization switch missing default case switch quantity not an integer switch starts here switch statement of size %lu entries too large symbol used as immediate operand symbol used with both base and indexed registers symbol with offset used in PIC mode symbolic memory references are only supported on z10 or later symtab_node::verify failed synthesized method %qD first required here sysctl for kern.osversion failed: %m system path %qs is not absolute taking address of constructor %qD taking address of destructor %qD taking address of expression of type %<void%> taking address of temporary taking address of temporary array taking address of xvalue (rvalue reference) taking the address of a label is non-standard target CPU does not support ARM mode target CPU does not support ARMv8-M Security Extensions target CPU does not support THUMB instructions target CPU does not support interworking target CPU does not support unaligned accesses target OS does not support unaligned accesses target argument target attribute is not supported on this machine target attribute or pragma changes AltiVec ABI target attribute or pragma changes SPE ABI target attribute or pragma changes darwin64 ABI target attribute or pragma changes double precision floating point target attribute or pragma changes long double size target attribute or pragma changes single precision floating point target does not support atomic profile update, single mode is selected target does not support function version dispatcher target format does not support infinity target is not pointer or reference target is not pointer or reference to class target is not pointer or reference to complete type target of conversion might be a candidate for a format attribute target of initialization might be a candidate for a format attribute target specific builtin not available target specific option mismatch target system does not support debug output target system does not support the %qs debug format target the FT32B architecture target the software simulator. target_clones attribute needs GLIBC (2.23 and newer) that exports hardware capability bits template %qD declared template %qE in clause %qs template argument %d is invalid template argument %qE for type %qT not a constant integer template argument %qE involves template parameter(s) template argument for %qD uses local type %qT template argument required for %<%s %T%> template arguments to %qD do not match original template %qD template class without a name template constraint failure template declaration of %<typedef%> template declaration of %q#D template definition of non-template %q#D template instantiation depth exceeds maximum of %d (use -ftemplate-depth= to increase the maximum) template instantiation depth exceeds maximum of %d instantiating %q+D, possibly from virtual table generation (use -ftemplate-depth= to increase the maximum) template parameter %q+#D template parameter %qD declared here template parameter %qD of type %qT is not allowed in an integral constant expression because it is not of integral or enumeration type template parameter list used in explicit instantiation template parameter lists provided don%'t match the template parameters of %qD template parameter pack %qD cannot have a default argument template parameter pack cannot have a default argument template parameter packs cannot have default arguments template parameter type %qT declared %<friend%> template parameters cannot be friends template parameters do not match template %qD template parameters not deducible in partial specialization: template placeholder type %qT must be followed by a simple declarator-id template specialization of %qD not allowed by ISO C++ template specialization with C linkage template specifiers not specified in declaration of %qD template template parameter %qT in declaration of deduction guide template type parameters must use the keyword %<class%> or %<typename%> template with C linkage template-id %qD for %q+D does not match any template declaration template-id %qD in declaration of primary template template-id %qD used as a declarator template-parameter- templates may not be %<virtual%> temporary of non-literal type %qT in a constant expression ternary %<operator?:%> ternary %<operator?:%> in %<%E ? %E : %E%> the "%s" debug format cannot be used with pre-compiled headers the %<getter%> attribute may only be specified once the %<interrupt%> attribute requires a MIPS32r2 processor or greater the %<setter%> attribute may only be specified once the %qE attribute requires arguments the %qs architecture does not support %<-m%s=2008%> the %qs architecture does not support %<-m%s=legacy%> the %qs architecture does not support %<-mfp32%> the %qs architecture does not support DSP instructions the %qs architecture does not support branch-likely instructions the %qs architecture does not support madd or msub instructions the %qs architecture does not support odd single-precision registers the %qs architecture does not support paired-single instructions the %qs architecture does not support the synci instruction the ' ' printf flag the '!' strfmon flag the '#' printf flag the '#' strftime flag the ''' printf flag the ''' scanf flag the '(' strfmon flag the '+' printf flag the '+' strfmon flag the '-' printf flag the '-' strfmon flag the '-' strftime flag the '0' printf flag the '0' strftime flag the 'E' strftime modifier the 'I' printf flag the 'I' scanf flag the 'O' modifier the 'O' strftime modifier the '^' strfmon flag the '^' strftime flag the '_' strftime flag the 'a' scanf flag the 'm' scanf flag the 'q' diagnostic flag the -shared option is not currently supported for VAX ELF the ABI of passing aggregates with %d-byte alignment has changed in GCC 5 the ABI of passing homogeneous float aggregates has changed in GCC 5 the ABI of passing struct with a flexible array member has changed in GCC 4.4 the ABI of passing structure with complex float member has changed in GCC 4.4 the ABI of passing union with long double has changed in GCC 4.4 the RX100 cpu does not have FPU hardware the RX200 cpu does not have FPU hardware the address of %qD is not a valid template argument the address of %qD is not a valid template argument because it does not have static storage duration the address of %qD will always evaluate as %<true%> the address of %qD will never be NULL the address of a label cannot appear in a constant-expression the address of the %qT subobject of %qD is not a valid template argument the assignment suppression scanf feature the call requires ifunc, which is not supported by this target the combination of %qs and %qs is incompatible with %qs the comparison will always evaluate as %<false%> for the address of %qD will never be NULL the comparison will always evaluate as %<true%> for the address of %qD will never be NULL the compiler can assume that the address of %qD will always evaluate to %<true%> the compiler can assume that the address of %qD will never be NULL the component %qs is a PRIVATE type and cannot be a component of %qs, which is PUBLIC at %L the conflicting type defined in another translation unit the conflicting type defined in another translation unit has virtual table of different size the conflicting type defined in another translation unit has virtual table with different contents the conflicting type defined in another translation unit has virtual table with more entries the conflicting type defined in another translation unit with different RTTI information the control flow of function %qE does not match its profile data (counter %qs) the count should be no less than 0. please check the intrinsic _mm_sll_pi16 in code. the count should be no less than 0. please check the intrinsic _mm_sll_pi32 in code. the count should be no less than 0. please check the intrinsic _mm_sll_si64 in code. the count should be no less than 0. please check the intrinsic _mm_slli_pi16 in code. the count should be no less than 0. please check the intrinsic _mm_slli_pi32 in code. the count should be no less than 0. please check the intrinsic _mm_slli_si64 in code. the count should be no less than 0. please check the intrinsic _mm_sra_pi16 in code. the count should be no less than 0. please check the intrinsic _mm_sra_pi32 in code. the count should be no less than 0. please check the intrinsic _mm_sra_si64 in code. the count should be no less than 0. please check the intrinsic _mm_srai_pi16 in code. the count should be no less than 0. please check the intrinsic _mm_srai_pi32 in code. the count should be no less than 0. please check the intrinsic _mm_srai_si64 in code. the count should be no less than 0. please check the intrinsic _mm_srl_pi16 in code. the count should be no less than 0. please check the intrinsic _mm_srl_pi32 in code. the count should be no less than 0. please check the intrinsic _mm_srl_si64 in code. the count should be no less than 0. please check the intrinsic _mm_srli_pi16 in code. the count should be no less than 0. please check the intrinsic _mm_srli_pi32 in code. the count should be no less than 0. please check the intrinsic _mm_srli_si64 in code. the dot syntax is not available in Objective-C 1.0 the ellipsis in %qD is not inherited the extra base is defined here the fifth argument must be an 8-bit immediate the first argument of a VEC_COND_EXPR must be of a boolean vector type of the same number of elements as the result the first difference of corresponding definitions is field %qD the first difference of corresponding definitions is method %qD the first parameter of %<operator new%> cannot have a default argument the forth argument must be scale 1, 2, 4, 8 the frame size of %wd bytes is larger than %wd bytes the immediate argument must be a 4-bit immediate the immediate argument must be a 5-bit immediate the immediate argument must be an 8-bit immediate the incompatible type defined in another translation unit the incompatible type is defined here the lambda has no capture-default the last argument must be a 1-bit immediate the last argument must be a 2-bit immediate the last argument must be a 3-bit immediate the last argument must be a 32-bit immediate the last argument must be a 4-bit immediate the last argument must be a 5-bit immediate the last argument must be an 1-bit immediate the last argument must be an 8-bit immediate the last argument must be scale 1, 2, 4, 8 the layout of aggregates containing vectors with %d-byte alignment has changed in GCC 5 the m210 does not have little endian support the macro %qs had not yet been defined the mangled name of %qD changed between %<%s=%d%> (%qD) and %<%s=%d%> (%qD) the mangled name of %qD changes between %<%s=%d%> (%qD) and %<%s=%d%> (%qD) the mangled name of %qD changes between -fabi-version=%d and -fabi-version=%d the mangled name of a thunk for %qD changes between -fabi-version=%d and -fabi-version=%d the mangled name of the initialization guard variable for %qD changes between -fabi-version=%d and -fabi-version=%d the max value for the last size range should be -1 for option %qs the next to last argument must be an 8-bit immediate the omitted middle operand in ?: will always be %<true%>, suggest explicit middle operand the program should also define %qD the range of count should be in 0 to 32. please check the intrinsic _mm_ror_pi16 in code. the range of count should be in 0 to 32. please check the intrinsic _mm_ror_pi32 in code. the range of count should be in 0 to 32. please check the intrinsic _mm_rori_pi16 in code. the range of count should be in 0 to 32. please check the intrinsic _mm_rori_pi32 in code. the range of count should be in 0 to 64. please check the intrinsic _mm_ror_si64 in code. the range of count should be in 0 to 64. please check the intrinsic _mm_rori_si64 in code. the range of mask should be in 0 to 255 the range of selector should be in 0 to 1 the range of selector should be in 0 to 3 the range of selector should be in 0 to 7 the register specified for %q+D cannot be accessed by the current target the register specified for %q+D is not general enough to be used as a register variable the result of the conversion is unspecified because %qE is outside the range of type %qT the third argument must be an 8-bit immediate the third argument must be comparison constant the type %qT of %<constexpr%> variable %qD is not literal the type being destroyed is %qT, but the destructor refers to %qT the use of _OBJC_-prefixed variable names to select meta-data sections is deprecated at 4.6 and will be removed in 4.7 the value of %qD is not usable in a constant expression the xabort's argument must be an 8-bit immediate there are no arguments to %qD that depend on a template parameter, so a declaration of %qD must be available third argument of %q+D should probably be %<char **%> third argument to %<__builtin_prefetch%> must be a constant third argument to %qs must be 0..12 third argument to function %qE must be a constant integer third argument to vec_vinsert4b must be 0..12 third operand of conditional expression cannot resolve address of overloaded function third operand of conditional expression has no effect third operand of conditional expression is a reference, not call, to function %qE third operand to the conditional operator is of type %<void%>, but the second operand is neither a throw-expression nor of type %<void%> this %qs clause does not guard... this builtin function is only available on the fr405 and fr450 this builtin function is only available on the fr450 this builtin function is only available on the fr500 and fr550 this builtin function is only available on the v3f toolchain this builtin function is only available on the v3s or v3f toolchain this builtin function not support on the v3m toolchain this builtin is not supported for this target this compiler does not support %s this compiler does not support PowerPC (arch flags ignored) this compiler does not support X86 (arch flags ignored) this condition has identical branches this decimal constant is unsigned only in ISO C90 this decimal constant would be unsigned in ISO C90 this flexibility is deprecated and will be removed this is a GCC bug that can be worked around by adding attribute used to function called this is the first default label this is the first entry overlapping that value this is the insn: this media function is only available on the fr400 and fr550 this media function is only available on the fr500 this statement may fall through this target does not support %qs this target is little-endian this target machine does not have delayed branches thread-local COMMON data not implemented thread-local declaration of %q#D follows non-thread-local declaration thread-local declaration of %q+D follows non-thread-local declaration threadprivate variable %qE used in target region threadprivate variable %qE used in untied task throw will always call terminate() throwing NULL, which has integral, not pointer type thunk-inline is only supported with -mindirect-branch-jump tls_model argument must be one of "local-exec", "initial-exec", "local-dynamic" or "global-dynamic" tls_model argument not a string to be safe all intermediate pointers in cast from %qT to %qT must be %<const%> qualified to generate dependencies you must specify either -M or -MM to match this %qs to refer to a type member of a template parameter, use %<typename %E%> token %u has x-location == %u token %u has x-location == y-location == %u token %u has y-location == %u too few arguments to %%:compare-debug-auxbase-opt too few arguments to %%:replace-extension too few arguments to %%:version-compare too few arguments to %<__builtin_tgmath%> too few arguments to constructor %q#D too few arguments to function too few arguments to function %<va_start%> too few arguments to function %q#D too few arguments to function %qE too few arguments to member function %q#D too few arguments to method %q#D too few expressions for struct too few template parameter lists in declaration of %qD too few template-parameter-lists too large function value type, needs %d registers, have only %d registers for this too late for # directive to set debug directory too many #pragma options align=reset too many %<if%> clauses too many %<if%> clauses with %qs modifier too many %<if%> clauses without modifier too many %<static%> arguments too many %qs clauses too many alternatives in %<asm%> too many arguments too many arguments for format too many arguments to %%:compare-debug-auxbase-opt too many arguments to %%:compare-debug-dump-opt too many arguments to %%:compare-debug-self-opt too many arguments to %%:version-compare too many arguments to constructor %q#D too many arguments to function too many arguments to function %q#D too many arguments to function %qE too many arguments to make too many arguments to member function %q#D too many arguments to method %q#D too many arguments to method %qE too many arguments to overloaded function %s too many braces around initializer for %qT too many exception handling edges in bb %i too many expressions for struct too many filenames given. Type %s --help for usage too many initializers for %qT too many input files too many loop exits recorded too many open parens too many outgoing branch edges from bb %i too many size ranges specified in option %qs too many template headers for %qD (should be %d) too many template parameter lists in declaration of %qD too many template-parameter-lists too many values in return statement too many variables for range clause with channel too much stack space to dispose of: %d too much stack space to prepare: %d top-level declaration of %qs specifies %<auto%> toplevel reorder must be disabled when unit-at-a-time is disabled total size of local objects too large total size of local variables exceeds architecture limit track topn target addresses in indirect-call profile. traditional C lacks a separate namespace for labels, identifier %qE conflicts traditional C rejects ISO C style function definitions traditional C rejects automatic aggregate initialization traditional C rejects initialization of unions traditional C rejects string constant concatenation traditional C rejects the unary plus operator trailing return type %qT of deduction guide is not a specialization of %qT trailing return type only available with -std=c++11 or -std=gnu++11 trampoline generated for nested function %qD transactional memory is not supported with %<-fsanitize=address%> transactional memory is not supported with %<-fsanitize=kernel-address%> transactional memory is not supported with non-call exceptions transformational intrinsic %qs at %L is not permitted in an initialization expression trap mode not supported for VAX floats tree check: %s, have %s in %s, at %s:%d tree check: accessed elt %d of tree_int_cst with %d elts in %s, at %s:%d tree check: accessed elt %d of tree_vec with %d elts in %s, at %s:%d tree check: accessed operand %d of %s with %d operands in %s, at %s:%d tree check: accessed operand %d of omp_clause %s with %d operands in %s, at %s:%d tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d tree check: expected class %qs, have %qs (%s) in %s, at %s:%d tree check: expected none of %s, have %s in %s, at %s:%d tree check: expected omp_clause %s, have %s in %s, at %s:%d tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d tree code %qs is not supported in LTO streams tree list ends on depth %i true/false edge after a non-GIMPLE_COND in bb %d try removing the parentheses around the type-id try using %qE instead trying to capture %qD in instantiation of generic lambda trying to encode non-integer type as a bitfield trying to finish struct, but kicked out due to previous parse errors trying to make class %qT a friend of global scope tuning string missing in option (%s) two consecutive %<[%> shall only introduce an attribute two or more data types in declaration of %qs two or more data types in declaration specifiers two or more sections for %s type %q#T argument given to %<delete%>, expected pointer type %qE has a user-defined constructor type %qE has a user-defined destructor type %qE has no default constructor to call type %qE has virtual member functions type %qT defined in anonymous namespace can not match across the translation unit boundary type %qT defined in anonymous namespace can not match type %qT across the translation unit boundary type %qT does not have a known size type %qT for explicit instantiation %qD does not match declared type %qT type %qT is not a base type for type %qT type %qT is not a direct base of %qT type %qT is not a direct or virtual base of %qT type %qT is too large type %qT itself violates the C++ One Definition Rule type %qT of template argument %qE depends on a template parameter type %qT of template argument %qE depends on template parameters type %qT should match type %qT type %qT violates the C++ One Definition Rule type %qT with no linkage used to declare function %q#D with linkage type %qT with no linkage used to declare variable %q#D with linkage type %qs does not conform to the %qE protocol type assertion only valid for interface types type attributes ignored after type is already defined type defaults to %<int%> in declaration of %qE type defaults to %<int%> in type name type has no methods type is deprecated type is deprecated: %s type is not compatible with its variant type mismatch between an SSA_NAME and its symbol type mismatch for case label in switch statement type mismatch in BIT_INSERT_EXPR type mismatch in address expression type mismatch in array range reference type mismatch in array reference type mismatch in binary expression type mismatch in complex expression type mismatch in component reference type mismatch in conditional expression type mismatch in dot product reduction type mismatch in fused multiply-add expression type mismatch in parameter %i type mismatch in pointer diff expression type mismatch in pointer plus expression type mismatch in real/imagpart reference type mismatch in sad expression type mismatch in series expression type mismatch in shift expression type mismatch in vector pack expression type mismatch in vector permute expression type mismatch in vector widening multiplication type mismatch in widening multiply-accumulate expression type mismatch in widening sum reduction type mismatch in widening vector shift expression type must be cv-qualified %<auto%> or reference to cv-qualified %<auto%> type name %qs should match type name %qs type name declared as function returning a function type name declared as function returning an array type of %qD defaults to %<int%> type of %qD does not match original declaration type of %qE is unknown type of array %q+D completed incompatibly with implicit initialization type of asm operand %qE could not be determined type of bit-field %qs is a GCC extension type of formal parameter %d is incomplete type of property %qD conflicts with previous declaration type precision mismatch in switch statement type qualifiers ignored on cast result type type qualifiers ignored on function return type type to vector delete is neither pointer or array type type transparent %q#T cannot be made transparent because the type of the first field has a different ABI from the class overall type transparent %q#T does not have any fields type transparent class %qT has base classes type transparent class %qT has virtual functions type variant differs by %s type variant has different TREE_TYPE type variant has different TYPE_BINFO type variant has different TYPE_FIELDS type variant has different TYPE_SIZE_UNIT type variant has different TYPE_VFIELD type variant with TYPE_ALIAS_SET_KNOWN_P type variant's TREE_TYPE type variant's TYPE_BINFO type variant's TYPE_SIZE_UNIT type was previously declared %qE type's TREE_TYPE type's TYPE_BINFO type's TYPE_SIZE_UNIT type-punning to incomplete type might break strict-aliasing rules type/value mismatch at argument %d in template parameter list for %qD typedef %q+D declared %<_Noreturn%> typedef %q+D declared %<inline%> typedef %qD is initialized (use __typeof__ instead) typedef %qD is initialized (use decltype instead) typedef %qD locally defined but not used typedef declaration invalid in parameter declaration typedef declared %<auto%> typedef name may not be a nested-name-specifier typedef-name %qD used as destructor declarator typeid of qualified function type %qT typeid-expression is not a constant expression because %qE is of polymorphic type types are not quite compatible types differ in signedness types have different parameter counts types may not be defined in %<decltype%> expressions types may not be defined in %<noexcept%> expressions types may not be defined in a %<typeid%> expression types may not be defined in a conversion-type-id types may not be defined in a for-range-declaration types may not be defined in a new-expression types may not be defined in a new-type-id types may not be defined in alias template declarations types may not be defined in an exception-specification types may not be defined in casts types may not be defined in conditions types may not be defined in declare reduction type list types may not be defined in exception-declarations types may not be defined in parameter types types may not be defined in template arguments types may not be defined within __builtin_offsetof typespec in ALLOCATE at %L unable to compute real location of stacked parameter unable to deduce %qT from %qE unable to deduce lambda return type from %qE unable to emulate %qs unable to find a register to spill unable to find a register to spill in class %qs unable to find character literal operator %qD with %qT argument unable to find numeric literal operator %qD unable to find string literal operator %qD with %qT, %qT arguments unable to generate reloads for: unable to locate default linker script %qs in the library search paths unable to open dynamic dependency '%s' unable to open file unable to open log file %<vtv_class_set_sizes.log%>: %m unable to open log file %<vtv_count_data.log%>: %m unable to open log file %<vtv_set_ptr_data.log%>: %m unable to print out operand yet; code == %d (%c) unable to register info for plugin %qs - plugin name not found unable to use '%s' for PIC register unbounded use of %<alloca%> unbounded use of variable-length array unconditional %2d never executed unconditional %2d taken %s undeclared selector %qE undefined behavior when second parameter of %<va_start%> is declared with %<register%> storage undefined named operand %qs underlying type %qT of %qT must be an integral type underlying type mismatch in enum %q#T unexpected !$OMP ATOMIC expression at %L unexpected AST of kind %s unexpected argument unexpected argument to msp430_select_hwmult_lib: %s unexpected attribute unexpected base-type in cris_print_base unexpected expression %qE of kind %s unexpected file name %s in linker resolution file. Expected %s unexpected first argument to msp430_select_hwmult_lib: %s unexpected index-type in cris_print_index unexpected keyword; remove space between quotes and suffix identifier unexpected multiplicative operand unexpected offset unexpected operand unexpected side-effects in address unhandled alignment for '#pragma nomember_alignment' unidentifiable call op uninitialized const %qD uninitialized const %qD is invalid in C++ uninitialized const in %<new%> of %q#T uninitialized const member in %q#T uninitialized const member in %q#T using %<new%> without new-initializer uninitialized const member in %qT is invalid in C++ uninitialized const member in base %q#T of %q#T uninitialized const member in base %q#T of %q#T using %<new%> without new-initializer uninitialized reference member in %q#T uninitialized reference member in %q#T using %<new%> without new-initializer uninitialized reference member in base %q#T of %q#T uninitialized reference member in base %q#T of %q#T using %<new%> without new-initializer uninitialized variable %q+D put into program memory area uninitialized variable %qD in %<constexpr%> context uninitialized variable %qD in %<constexpr%> function union cannot be made transparent union defined here union has no members union has no named members union member %q+D with non-trivial %qD unknown '#pragma extern_model' model '%s' unknown '#pragma member_alignment' name %s unknown -mdebug-%s switch unknown CRIS cpu version specification in -mtune= : %s unknown CRIS version specification in -march= or -mcpu= : %s unknown Control-Flow Protection Level %qs unknown IRA algorithm %qs unknown IRA region %qs unknown LTO partitioning model %qs unknown Stack Reuse Level %qs unknown TLS model %qs unknown action %qE for %<#pragma pack%> - ignored unknown alignment %qs specified for option %qs unknown architecture specific memory model unknown architecture specifier in memory model to builtin unknown array size in delete unknown asm flag output %qs unknown basic block reordering algorithm %qs unknown builtin immediate operand type for operand %d unknown callback event registered by plugin %s unknown cc_attr value unknown conversion type character %qc in format unknown core architecture %qs specified with %qs unknown cpu %qs for -mtune unknown demangling style '%s' unknown dest unknown excess precision style %qs unknown flag passed in -moverride=%s (%s) unknown floating point contraction style %qs unknown insn mode unknown linker output %qs unknown machine mode %qE unknown move insn: unknown offload ABI %qs unknown operator %qs in %%:version-compare unknown option %q.*s in %<-fopt-info-%s%> unknown option after %<#pragma GCC diagnostic%> kind unknown option for %<%s=%s%> unknown option for -mrecip=%s unknown parameter to option -mtune-ctrl: %s unknown pass %s specified in -fdisable unknown pass %s specified in -fenable unknown pointer size model %qs unknown profile update method %qs unknown property attribute unknown punctuation '%c' unknown register name %qs in %<asm%> unknown register name: %s unknown relocation unspec unknown spec function %qs unknown specification for the set of FLT_EVAL_METHOD values to permit %qs unknown src unknown stack check parameter %qs unknown switch -mlong-double-%s unknown target attribute or pragma %qs unknown tuning option (%s) unknown type %<%T%> found during Objective-C encoding unknown type name %qE unknown type name %qE; did you mean %qs? unknown type name %qE; use %<enum%> keyword to refer to the type unknown type name %qE; use %<struct%> keyword to refer to the type unknown type name %qE; use %<union%> keyword to refer to the type unknown value %qs for -march unknown value %qs for -mcpu unknown value %qs for -mtune unknown value %qs of -mmacosx-version-min unknown vectorization library ABI type (%qs) for %qs switch unknown vectorization library ABI type (%s) for -mveclibabi= switch unknown vectorizer cost model %qs unknown vtable verify initialization priority %qs unmatched color reset directive unmatched quoting directive unnamed class defined here unnamed field has incomplete type unnamed initializer for %qT, which has no base classes unnamed initializer for %qT, which uses multiple inheritance unnamed scoped enum is not allowed unnamed struct/union that defines no instances unnamed type with no linkage used to declare function %q#D with linkage unnamed type with no linkage used to declare variable %q#D with linkage unnamed variable or field declared void unnecessary parentheses in declaration of %qs unordered comparison on non-floating point argument unquote_string(): got bad string unreachable unrecognizable argument of option unrecognizable insn: unrecognized %s target: %s unrecognized -mfpu target: %s unrecognized address unrecognized argument in option %qs unrecognized argument of -mcpu: %s unrecognized argument to --help= option: %q.*s unrecognized argument to -f%ssanitize%s= option: %q.*s unrecognized argument to -f%ssanitize%s= option: %q.*s; did you mean %qs? unrecognized command line option %<-%s%> unrecognized command line option %<-%s%>; did you mean %<-%s%>? unrecognized command line option %<-fdump-%s%> unrecognized command line option %<-fopt-info-%s%> unrecognized command line option %qs unrecognized control register number: %d - using 'psw' unrecognized debug output level %qs unrecognized edge flag: '%s' unrecognized enum value: '%s' unrecognized format specifier unrecognized gcc debugging option: %c unrecognized hwpy field in msp430_mcu_data[%d]: %d unrecognized include_flags 0x%x passed to print_specific_help unrecognized interrupt vector argument of %qE attribute unrecognized ivar visibility value %qs unrecognized operand to %%:asm_auto_mfpu unrecognized operand to %%:canon_for_mlib unrecognized option -fdisable unrecognized option -fenable unrecognized option passed to %%:target_mode_check unrecognized register name %qs unrecognized scalar storage order value %qs unrecognized section name %qE unrecognized shadow offset %qs unrecognized supposed constant unrecognized visibility value %qs unrecoverable error unresolved overload for Altivec builtin %qF unresolved overloaded builtin unrestricted unions only available with -std=c++11 or -std=gnu++11 unsafe function call %qD within %<transaction_safe%> function unsafe function call %qD within atomic transaction unsafe function call %qE within %<transaction_safe%> function unsafe function call %qE within atomic transaction unsafe indirect function call within %<transaction_safe%> function unsafe indirect function call within atomic transaction unsigned conversion from %qT to %qT changes the value of %qE unsigned conversion from %qT to %qT changes value from %qE to %qE unsuffixed float constant unsupported argument to %qD unsupported argument type %qT for simd unsupported argument type to builtin function unsupported combination: %qs %s unsupported combination: %qs%s %s unsupported combination: %s unsupported fixed-point conversion unsupported mode %s unsupported non-standard concatenation of string literals unsupported non-standard suffix on floating constant unsupported operand for code '%c' unsupported operand size for extended register unsupported operation or type for vector comparison returning a boolean unsupported return type %qT for simd unsupported simdlen %d unsupported size for integer register unterminated assembly dialect alternative unterminated color directive unterminated format string unterminated quoting directive unused arguments in $-style format unused parameter %qD unused structured binding declaration unused variable %q+D unused variable %qD unwind tables currently require either a frame pointer or -maccumulate-outgoing-args for correctness upper value in case label range exceeds maximum value for type use #include instead use %<%T::%D%> instead use %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified name use %<%T::template %D%> to indicate that it is a template use %<-faligned-new%> to enable C++17 over-aligned new support use %<...%> to expand argument pack use %<template<>%> for an explicit specialization use %<this->%D%> instead use -Winvalid-pch for more information use -fext-numeric-literals to enable more built-in suffixes use -flax-vector-conversions to permit conversions between vectors with differing element types or numbers of subparts use __attribute__ ((vector_size)) instead use __builtin_rx_mvtc (0, ... ) to write arbitrary values to PSW use internal function id in profile lookup. use of %<alloca%> use of %<alloca%> within a loop use of %<auto%> in lambda parameter declaration only available with -std=c++14 or -std=gnu++14 use of %<auto%> in member template conversion operator can never be deduced use of %<auto%> in parameter declaration only available with -fconcepts use of %<auto%> in parameter declaration only available with -std=c++14 or -std=gnu++14 use of %<complex%> in AltiVec types is invalid use of %<double%> in AltiVec types is invalid without %qs use of %<double%> in AltiVec types is invalid without -mvsx use of %<long double%> in AltiVec types is invalid use of %<long long%> in AltiVec types is invalid without %qs use of %<long long%> in AltiVec types is invalid without -mvsx use of %<long%> in AltiVec types is deprecated; use %<int%> use of %<long%> in AltiVec types is invalid for 64-bit code without %qs use of %<long%> in AltiVec types is invalid for 64-bit code without -mvsx use of %<this%> in a constant expression use of %qD before deduction of %<auto%> use of %qs in template use of %qs length modifier with %qc type character has either no effect or undefined behavior use of %s and %s together in %s format use of %s and %s together with %<%%%c%> %s format use of an operand of type %qT in %<operator++%> is deprecated use of an operand of type %qT in %<operator++%> is forbidden in C++17 use of an operand of type %qT in %<operator--%> is forbidden use of boolean types in AltiVec types is invalid use of built-in parameter pack %qD outside of a template use of built-in trait %qE in function signature; use library traits instead use of class template %qT as expression use of decimal floating point types in AltiVec types is invalid use of deleted function %qD use of enum %q#D without previous declaration use of invalid variable template %qE use of local variable with automatic storage from containing function use of multiversioned function without a default use of namespace %qD as expression use of old-style cast to %q#T use of parameter from containing function use of parameter outside function body use of untyped nil use operand missing for stmt use option -std=c99, -std=gnu99, -std=c11 or -std=gnu11 to compile your code used array that cannot be converted to pointer where scalar is required used struct type value where scalar is required used union type value where scalar is required used vector type where scalar is required useless %<_Alignas%> in empty declaration useless %qs in empty declaration useless cast to type %q#T useless storage class specifier in empty declaration useless type name in empty declaration useless type qualifier in empty declaration user defined reduction lookup is ambiguous user defined reduction not found for %qE user defined reduction with constructor initializer for base class %qT user-defined %qD always evaluates both arguments user-defined literals only available with -std=c++11 or -std=gnu++11 uses %qD, which does not have an alignment parameter using %<%c%s%> using %qs with unsigned type has no effect using IBM extended precision long double using IEEE extended precision long double using alias template specialization %qT after %qs using darwin64 ABI using invalid field %qD using num_workers (%d), ignoring %d using obsolete binding %qD using old darwin ABI using result of function returning %<void%> using template type parameter %qT after %qs using temporary as lvalue using the range [%E, %E] for directive argument using typedef-name %qD after %qs using vector_length (%d), ignoring %d using vector_length (%d), ignoring runtime setting using xvalue (rvalue reference) as lvalue using-declaration for non-member at class scope valid arguments are: %s valid arguments are: %s; did you mean %qs? valid arguments to %<-march=%> switch are: %s valid arguments to %<-march=%> switch are: %s; did you mean %qs? valid arguments to %<-mtune=%> switch are: %s valid arguments to %<-mtune=%> switch are: %s; did you mean %qs? valid arguments to %<target("arch=")%> attribute are: %s valid arguments to %<target("arch=")%> attribute are: %s; did you mean %qs? valid arguments to %<target("tune=")%> attribute are: %s valid arguments to %<target("tune=")%> attribute are: %s; did you mean %qs? valid arguments to %qs are: %s valid arguments to %qs are: %s; did you mean %qs? valid feature names are: %s valid feature names are: %s; did you mean %qs? valid values for builtin %qF argument %d are 64, 128, 256, 512, 1024, 2048, and 4096 validate_value_data: Loop in regno chain (%u) validate_value_data: [%u] Bad next_regno for empty chain (%u) validate_value_data: [%u] Bad oldest_regno (%u) validate_value_data: [%u] Non-empty reg in chain (%s %u %i) value %qE of type %qT is not a constant expression value %qs is not supported by attribute %<target%> value argument value computed is not used value of -mfixed-range must have form REG1-REG2 value of -mirq-ctrl-saved must have form R0-REGx value passed in %qs is too large value-initialization of function type %qT value-initialization of incomplete type %qT value-initialization of reference type %qT var-tracking-assignments changes selective scheduling variable variable %q#D has initializer but incomplete type variable %q+D declared %<_Noreturn%> variable %q+D declared %<inline%> variable %q+D definition is marked dllimport variable %q+D might be clobbered by %<longjmp%> or %<vfork%> variable %q+D must be const in order to be put into read-only section by means of %qs variable %q+D part of alias cycle variable %q+D with dynamic initialization put into program memory area variable %qD has function type variable %qD has initializer but incomplete type variable %qD of non-literal type %qT in %<constexpr%> function variable %qD redeclared as function variable %qD set but not used variable %qD used more than once with %<#pragma acc declare%> variable %qE declared in enclosing %<host_data%> region variable %qE is not an iteration of outermost loop %d, expected %qE variable %qE of incomplete type %qT will not be accessed in for increment expression variable %qE of incomplete type %qT will not be accessed in left operand of comma operator variable %qE of incomplete type %qT will not be accessed in right operand of comma operator variable %qE of incomplete type %qT will not be accessed in second operand of conditional expression variable %qE of incomplete type %qT will not be accessed in statement variable %qE of incomplete type %qT will not be accessed in third operand of conditional expression variable concept has no initializer variable length array %qD is used variable length array is used variable length element type in array %<reduction%> clause variable of same assembler name as the virtual table is defined in another translation unit variable or field %qE declared void variable or field declared void variable previously declared %<static%> redeclared %<extern%> variable symbol is not variable variable template declared here variable template-id %qD in nested-name-specifier variable templates only available with -std=c++14 or -std=gnu++14 variable tracking requested, but not supported by this debug format variable tracking requested, but useless unless producing debug info variable tracking size limit exceeded variable tracking size limit exceeded with -fvar-tracking-assignments, retrying without variable-length array bound is unknown variable-sized compound literal variable-sized object may not be initialized variably modified %qE at file scope variably modified field at file scope variably modified type not allowed in new-expression variadic constraint introduced without %<...%> variadic functions must use the base AAPCS variant variadic templates only available with -std=c++11 or -std=gnu++11 variadic thunk call vec_adde only accepts 3 arguments vec_addec only accepts 3 arguments vec_cmpne only accepts 2 arguments vec_duplicate should be from a scalar to a like vector vec_extract only accepts 2 arguments vec_insert only accepts 3 arguments vec_lvsl is deprecated for little endian; use assignment for unaligned loads and stores vec_lvsr is deprecated for little endian; use assignment for unaligned loads and stores vec_mul only accepts 2 arguments vector CONSTRUCTOR element is not a GIMPLE value vector CONSTRUCTOR with non-NULL element index vector argument passed to unprototyped function vector condition will be expanded piecewise vector insertion not at element boundary vector operation will be expanded in parallel vector operation will be expanded piecewise vector operation will be expanded with a single scalar operation vector overflow in expression %qE of type %qT results in %qE vector overflow in expression of type %qT results in %qE vector shuffling operation will be expanded piecewise vector size not an integral multiple of component size vector type expected in series expression vector types expected in sad expression vector types expected in vector permute expression vectorization did not happen for a simd loop vectors with different element number found in vector permute expression verify_bind_c_derived_type(): Given symbol is unexpectedly NULL verify_cgraph_node failed verify_eh_tree failed verify_flow_info failed verify_flow_info: Basic block %d succ edge is corrupted verify_flow_info: Block %i has loop_father, but there are no loops verify_flow_info: Block %i lacks loop_father verify_flow_info: Duplicate edge %i->%i verify_flow_info: Incorrect blocks for fallthru %i->%i verify_flow_info: Incorrect fallthru %i->%i verify_flow_info: Missing count of block %i verify_flow_info: REG_BR_PROB does not match cfg %i %i verify_flow_info: REG_BR_PROB is set but cfg probability is not verify_flow_info: Wrong count of block %i verify_flow_info: Wrong probability of edge %i->%i verify_gimple failed verify_histograms failed verify_ssa failed verify_type failed version attribute is not a string version control conflict marker in file version inherited from %qT declared here virt-specifiers in %qs not allowed outside a class definition virtual PHI with argument locations virtual SSA name for non-VOP decl virtual base %qT inaccessible in %qT due to ambiguity virtual def operand missing for stmt virtual definition is not an SSA name virtual definition of statement not up-to-date virtual function %q+D overriding final function virtual function cannot have deduced return type virtual functions cannot be friends virtual method %qD virtual non-class function %qs virtual table of type %qD contains RTTI information virtual table of type %qD violates one definition rule virtual table of type %qD violates one definition rule virtual use of statement not up-to-date virtual use operand missing for stmt visibility argument must be one of "default", "hidden", "protected" or "internal" visibility argument not a string visibility attribute not supported in this configuration; ignored vms '#pragma __message' is ignored void value not ignored as it ought to be volatile argument volatile must be specified on any memory that is effected by DMA. vtable for waitpid failed warning: consider linking with '-static' as system libraries with was expecting `%s' weak %q+D cannot be defined %qE weak declaration of %q+D being applied to a already existing, static definition weak declaration of %q+D must be public weak declaration of %q+D not supported weakref %q+D must have static linkage weakref %q+D ultimately targets itself weakref attribute must appear before alias attribute weakref is not supported in this configuration weights need to be non-negative when writing output to %s: %m whether codegen errors should be ICEs when -fchecking. while %qT decomposes into %E elements while %qT decomposes into %wu element while %qT decomposes into %wu elements wide character array initialized from incompatible wide string wide character array initialized from non-wide string wide string literal in %<asm%> width of %qD exceeds its type width of %qs exceeds its type width of bit-field %qD has non-integral type %qT will be assumed to return %<id%> and accept will not generate %qs instructions because assembler lacks %qs support will not generate power5 instructions because assembler lacks power5 support will not generate power6 instructions because assembler lacks power6 support will not generate power7 instructions because assembler lacks power7 support will not generate power8 instructions because assembler lacks power8 support will not generate power9 instructions because assembler lacks power9 support with within this loop without -gdwarf-5, -gvariable-location-views=incompat5 is equivalent to -gvariable-location-views work-sharing region may not be closely nested inside of work-sharing, %<critical%>, %<ordered%>, %<master%>, explicit %<task%> or %<taskloop%> region write of %wu-bit data outside the bound of destination object, data truncated into %wu-bit write_atom(): Trying to write dab atom write_symbol(): bad module symbol %qs write_symtree(): Symbol not written writing into constant object (argument %d) writing output file writing through null pointer (argument %d) writing to LTRANS output list %s: %m writing to address space %qs not supported wrong TYPE_CACHED_VALUES entry wrong amount of branch edges after conditional jump in bb %i wrong amount of branch edges after unconditional jump %i wrong argument %qs to option %qs wrong edge %d->%d for PHI argument wrong immediate use list wrong insn in the fallthru edge wrong list of exited loops for edge %d->%d wrong number of arguments specified for %qE attribute wrong number of arguments to %%:debug-level-gt wrong number of arguments to %<__builtin_addressof%> wrong number of arguments to %<__builtin_call_with_static_chain%> wrong number of arguments to %<__builtin_choose_expr%> wrong number of arguments to %<__builtin_complex%> wrong number of arguments to %<__builtin_launder%> wrong number of arguments to %<__builtin_shuffle%> wrong number of arguments to function %<__builtin_next_arg%> wrong number of arguments to function %<va_start%> wrong number of branch edges after unconditional jump in bb %i wrong number of template arguments (%d, should be %d) wrong number of template arguments (%d, should be at least %d) wrong outgoing edge flags at end of bb %d wrong strategy name %qs specified for option %qs wrong type argument to %s wrong type argument to abs wrong type argument to bit-complement wrong type argument to conjugation wrong type argument to decrement wrong type argument to increment wrong type argument to unary exclamation mark wrong type argument to unary minus wrong type argument to unary plus x87 register return with x87 disabled xstormy16_print_operand: unknown code you can work around this by removing the initializer you cannot take the address of a nested function if you use the %qs option you may use an inline namespace instead z/Architecture mode not supported on %s z/Architecture. zero as null pointer constant zero length array section in %qs clause zero or negative size array %q+D zero vector size zero width for bit-field %q+D zero width for bit-field %qs zero width in %s format zero-length %s format string zero-size array %qD zero-size array %qT zero-size array member %qD in an otherwise empty %q#T zero-size array member %qD not at end of %q#T {anonymous} Project-Id-Version: gcc 8.1.0 Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/ POT-Creation-Date: 2018-07-25 14:25+0000 PO-Revision-Date: 2018-06-03 11:52+0200 Last-Translator: Frédéric Marchal <fmarchal@perso.be> Language-Team: French <traduc@traduc.org> Language: fr MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8-bit X-Bugs: Report translation errors to the Language-Team address. Plural-Forms: nplurals=2; plural=(n >= 2); %#qD Pour les instructions afin de rapporter des anomalies, consultez : Pour les instructions afin de rapporter des anomalies, consultez : %s. Continuer ? (y ou n) Options de l'éditeur de liens ============================= Options débutant par -g, -f, -m, -O, -W, ou --param sont automatiquement passées aux divers sous-processus invoqués par %s. Afin de passer les autres options à ces processus l'option -W<lettre> doit être utilisé. sortie de ldd avec constructeurs/destructeurs. write_c_file - le nom de sortie est %s, le préfixe est %s Afficher les types spécifiques des options de la ligne de commande. %s %qD <anonyme> -F, --fullname Afficher le nom complet du fichier -f, --function Afficher les informations au niveau de la fonction -h, --hotonly Afficher seulement les informations sur les fonctions/objets chargés (hot) -n, --normalize <int64_t> Normaliser le profil -o, --object Afficher les informations au niveau de l'objet -o, --output <rép> Répertoire de sortie -s, --scale <décimal ou frac simple> Met à l'échelle les compteurs de profils -t <décimal>, --hot_threshold <décimal> Changer le seuil pour déclarer une fonction ou objet « hot » -v, --verbose Mode verbeux -w, --weight <p1,p2> Définir les poids (valeurs décimales) Inclus à %s:%d: mis en ligne depuis %qs mis en ligne depuis %qs à %r%s:%d%R mis en ligne depuis %qs à %r%s:%d:%d%R par un gestionnaire antérieur pour %<%T%> par le gestionnaire antérieur pour %qT dans la conversion d'un pointeur vers un membre dans la conversion d'un pointeur vers une fonction membre %q#D %q+T a un destructeur non trivial %q+T n'est pas un agrégat, n'a pas de constructeur par défaut trivial et n'a pas de constructeur %<constexpr%> qui n'est pas un constructeur de copie ou par déplacement %qE %qE n'est pas équivalent à %qE %qT est un type de fermeture qui n'est un littéral qu'à partir du C++17 %qT est une classe de base ambigüe de %qT %qT n'est pas dérivé de %qT %s (Utilisez « -v --help » pour afficher les options de la ligne de commande des sous-processus). (vous pouvez désactiver ceci avec -fno-deduce-init-list) -### Identique à -v mais les options et les commandes entre guillemets ne sont pas exécutées. --help Afficher cette aide. --help={common|optimizers|params|target|warnings|[^]{joined|separate|undocumented}}[,…]. --sysroot=<répertoire> Utiliser <répertoire> comme répertoire racine pour les en-têtes et les bibliothèques. --target-help Afficher les options de ligne de commande spécifiques à la cible. --version Afficher des informations sur la version du compilateur. -B <répertoire> Ajouter le <répertoire> aux chemins de recherche du compilateur. -E Pré-traitement seul ; ne pas compiler, assembler ou éditer les liens. -S Compilation seule ; ne pas assembler ou éditer les liens. -Wa,<options> Passer les <options> séparées par des virgules à l'assembleur. -Wl,<options> Passer les <options> séparées par des virgules à l'éditeur de liens. -Wp,<options> Passer les <options> séparées par des virgules au préprocesseur. -Xassembler <argument> Passer l'<argument> à l'assembleur. -Xlinker <argument> Passer l’<argument> à l'éditeur de liens. -Xpreprocessor <argument> Passer l'<argument> au préprocesseur. -a, --all-blocks Afficher l'information pour chaque bloc de base -b, --branch-probabilities Inclure les probabilités de branchement dans la sortie -c Compiler et assembler, mais ne pas éditer les liens. -c, --branch-counts Afficher le décompte des branchements pris plutôt que les pourcentages -d, --display-progress Afficher les informations de progression -dumpmachine Afficher le processeur ciblé par le compilateur. -dumpspecs Afficher toutes les chaînes de specs internes. -dumpversion Afficher la version du compilateur. -f, --function-summaries Produire des résumés pour chaque fonction -h, --help Afficher cette aide, et quitter -h, --help Afficher cette aide puis quitter -i, --intermediate-format Sortir le fichier .gcov dans un format texte intermédiaire -j, --human-readable Afficher les nombres sous forme lisible par un humain -k, --use-colors Produire une sortie colorée -l, --long-file-names Utiliser des noms longs pour les fichiers de sortie des fichiers sources inclus -m, --demangled-names Afficher les noms de fonctions sans la décoration des noms -n, --no-output Ne pas créer de fichier de sortie -no-canonical-prefixes Ne pas normaliser les chemins lors de la compilation de préfixes relatifs à d'autres composants de gcc. -o <fichier> Placer la sortie dans le <fichier>. -o, --object-directory RÉP|FICHIER Rechercher les fichiers objets dans le RÉPertoire ou appelés FICHIER -p, --preserve-paths Préserver tous les composants des chemins d'accès -pass-exit-codes Quitter avec le plus grand code d’erreur d’une phase. -pie Créer un exécutable indépendant de la position en mémoire (PIE) lié dynamiquement. -pipe Utiliser des pipes au lieu de fichiers intermédiaires. -print-file-name=<lib> Afficher le chemin complet vers la bibliothèque <lib>. -print-libgcc-file-name Afficher le nom de la bibliothèque accompagnant le compilateur. -print-multi-directory Afficher la racine du répertoire des versions de libgcc. -print-multi-lib Afficher la table de correspondance entre les options de la ligne de commande et les multiples répertoires de recherche des bibliothèques. -print-multi-os-directory Afficher le chemin relatif vers les bibliothèques de l'OS. -print-multiarch Afficher le triplet GNU normalisé de la cible, utilisé comme un composant dans le chemin d’accès de la bibliothèque. -print-prog-name=<prog> Afficher le chemin complet vers le composant <prog> du compilateur. -print-search-dirs Afficher les répertoires du chemin de recherche du compilateur. -print-sysroot Afficher le répertoire des bibliothèques de la cible. -print-sysroot-headers-suffix Afficher le suffixe de la racine système utilisé pour trouver les en-têtes. -r, --relative-only Afficher seulement les données des sources relatives -s, --source-prefix RÉP Préfixe a retirer des sources -save-temps Ne pas détruire les fichiers intermédiaires. -save-temps=<arg> Ne pas effacer les fichiers intermédiaires. -shared Créer une bibliothèque partagée. -specs=<fichier> Remplacer les specs internes par le contenu du <fichier>. -std=<standard> Supposer que les fichiers sources respectent le <standard>. -time Mesurer le temps d'exécution de chaque sous-processus. -u, --unconditional-branches Afficher aussi les compteurs de branchements inconditionnels -v Afficher les programmes invoqués par le compilateur. -v, --version Afficher le numéro de version, et quitter -v, --version Afficher le numéro de version puis quitter -w, --verbose Afficher des informations verbeuses -x <langage> Spécifier le langage des fichiers d'entrée suivants. Les langages permis sont: c c++ assembler none « none » signifiant d'utiliser le comportement par défaut en tentant d'identifier le langage par l'extension du fichier. -x, --hash-filenames Hacher les longs noms de chemins un constructeur acceptant un unique argument de son propre type de classe est invalide un qualified-id est requis un constructeur hérité n'est pas un candidat pour une initialisation depuis une expression du même type ou d'un type dérivé et chaque type peut être converti en l'autre car il s'agit d'un répertoire non système dupliquant un répertoire système la base %qT la classe de base %qT de %q+T n'est pas littérale parce que la séquence de conversion pour l'argument est meilleure parce que les fonctions virtuelles suivantes sont pures dans %qT: mais %d son requis mais il ne surcharge pas %<%T(const %T&)%> mais il ne surcharge pas %<operator=(const %T&)%> par %qD impossible de déduire un patron pour %qT depuis le type non patron %qT les conversions candidates incluent %qD et %qD le candidat attend %d argument, %d fourni(s) le candidat attend %d arguments, %d fourni(s) le candidat attend au moins %d argument, %d fourni(s) le candidat attend au moins %d arguments, %d fourni(s) ne peut convertir %qE (type %qT) vers le type %qT la conversion depuis le type de retour %qT de la spécialisation de la fonction de conversion du patron vers %qT n'est pas une correspondance exacte la conversion de l'argument %d serait mal formée: n'a pu déduire le paramètre %qD du patron croise l'initialisation de %q#D types déduits conflictuels pour le paramètre %qT (%qT et %qT) valeurs déduites conflictuelles pour le paramètre non type %qE (%qE et %qE) entre dans l'instruction « if » %<constexpr%> entre dans le bloc structuré OpenMP entre dans le bloc « catch » entre dans la portée de %q#D qui a un destructeur non trivial entre dans la portée de %q#D qui a un destructeur non trivial entre dans l'instruction synchronisée ou atomique entre dans le bloc « try » sort du block structuré OpenMP on attendait %qD, on a obtenu %qD on attendait un patron de classe, on a obtenu %qE on attendait un patron de classe, on a obtenu %qT on attendait une constante de type %qT, on a obtenu %qT on attendait un patron de type %qD, on a obtenu %qT on attendait un type, on a obtenu %qE on attendait un type, on a obtenu %qT pour la conversion de %qH vers %qI à partir de la définition de %q#D à partir d'ici dans l'appel de %qD lors de l'évaluation de %<%Q(%#T, %#T)%> dans l'expression de l'exception générée déduction du paquet de paramètres inconsistante entre %qT et %qT hérité ici initialisation de l'argument %P de %qD concorde avec %qD selon les vieilles règles le type fonction membre %qT n'est pas un argument de patron valable merge [options] <rép1> <rép2> Fusionner les contenus des fichiers de couverture types %qT et %qT non concordants pas de conversion connue pour convertir l'argument %d depuis %qH vers %qI pas de conversion connue de %qH vers %qI pour le paramètre implicite %<this%> pas de conversion connue pour convertir %qH en %qI le membre de donnée non statique %qD a un type non littéral le membre de donnée non statique %qD a un type volatile ou %<operator=(const %T&)%> ou une fonction %<transaction_may_cancel_outer%> overlap [options] <rép1> <rép2> Calcule le recouvrement de deux profils passer %qT comme argument %<this%> élimine les qualificatifs support pour le profilage sont uniquement fournies dans ce format d'archive le type de retour %qT de la fonction de conversion explicite ne peut pas être converti en %qT avec une conversion qualifiée rewrite [options] <rép> Réécrire le contenu des fichiers de couverture puisque %q+#D est déclaré dans la classe de base passe outre l'initialisation de %q#D la substitution des arguments du patron déduit a provoqué les erreurs vues plus haut l'argument de patron %qE ne correspond pas à %qE l'argument %qE du patron ne correspond pas à la constante %qE qui est un pointeur vers un membre la déduction/substitution de l'argument du patron a échoué: le paramètre %qD du patron n'est pas un paquet de paramètres mais l'argument %qD en est un les paramètres du patron d'un argument de patron qui est lui-même un patron sont inconsistants avec les autres arguments déduits pour le patron tentative d'instancier %qD les types %qT et %qT ont des qualificatifs CV incompatibles le type tableau %qT dimensionné par une variable n'est pas un argument de patron valable quand elle est initialisée ici lors de l'instanciation de l'argument par défaut pour l'appel à %qD (BB %d) (le type de l'opérande est %qT) (les types des opérandes sont %qT et %qT) (les types des opérandes sont %qT, %qT et %qT) Toutes les options avec les caractéristiques désirées ont déjà été affichées Aucune option avec les caractéristiques désirées a été trouvée Aucune trouvée. Utilisez --help=%s pour voir *toutes* les options acceptées par l'interface %s. car tous ses constructeurs par copie et déplacement sont supprimés candidat 1: %q#F candidat 2: %q#F les sélecteurs de style de génération de code utilisés sont en conflit l'expression a une valeur constante mais elle n'est pas une expression constante du C++ La boucle %s !$ACC LOOP dans la région PARALLEL n'autorise pas les arguments %s à %L Les boucles %s !$ACC LOOP ne forment pas un espace d'itération rectangulaire à %L !$ACC LOOP ne peut pas être DO WHILE ou DO sans contrôle de boucle à %L La variable d'itération !$ACC LOOP doit être d'un type entier à %L !$ACC à %C débute une ligne commentée car il n'est ni suivi d'un espace ni n'est une ligne continuée L'instruction de capture !$OMP ATOMIC CAPTURE doit lire depuis une variable scalaire d'un type intrinsèque à %L L'instruction de capture !$OMP ATOMIC CAPTURE doit définir une variable scalaire d'un type intrinsèque à %L L'instruction de capture !$OMP ATOMIC CAPTURE lit depuis une variable différente de celle dans laquelle la mise à jour écrit à %L L'instruction de mise à jour !$OMP ATOMIC CAPTURE doit définir une variable scalaire d'un type intrinsèque à %L L'instruction !$OMP ATOMIC READ doit lire depuis une variable scalaire ou un type intrinsèque à %L L'affectation intrinsèque IAND, IOR ou IEOR de !$OMP ATOMIC doit avoir deux arguments à %L L'affectation intrinsèque !$OMP ATOMIC doit être MIN, MAX, IAND, IOR ou IEOR à %L L'affectation !$OMP ATOMIC doit être var = var op expr ou var = expr op var à %L L'affectation de !$OMP ATOMIC doit avoir un opérateur ou un intrinsèque dans le membre de droite à %L L'opérateur d'affectation !$OMP ATOMIC doit être un opérateur binaire dans la liste +, *, -, /, .AND., .OR., .EQV. ou .NEQV. à %L Les arguments intrinsèques de !$OMP ATOMIC sauf un ne doivent pas faire référence à %qs à %L Les arguments intrinsèques de !$OMP ATOMIC doivent être scalaires à %L L'instruction !$OMP ATOMIC doit définir une variable scalaire ou un type intrinsèque à %L !$OMP ATOMIC var = var op expr n'est pas mathématiquement équivalent à var = var op (expr) à %L !$OMP ATOMIC avec une variable ALLOCATABLE à %L !$OMP DECLARE REDUCTION %s pas trouvé à %L !$OMP DECLARE REDUCTION %s pas trouvé pour le type %s à %L !$OMP DECLARE SIMD devrait faire référence à la procédure contenante %qs à %L La variable !$OMP DECLARE TARGET %qs à %L n'est pas sauvegardée avec SAVE !$OMP à %C débute une ligne commentée car il n'est ni suivi d'un espace ni une ligne continuée « :: » était attendu après la nature du module à %C mais on ne l'a pas trouvé « USE :: module » à %C # %s %.2f %.2f la recherche pour #include "..." débute ici : la recherche pour #include <...> débute ici: #pragma GCC memregs doit précéder toute déclaration de fonction #pragma GCC memregs accepte un nombre [0..16] #pragma GCC optimize n'est pas permis à l'intérieur des fonctions #pragma GCC optimize chaîne... est mal formé #pragma GCC option n'est pas permis à l'intérieur des fonctions « #pragma GCC target » n'est pas supporté pour cette machine #pragma GCC target chaîne... est mal formé #pragma GCC visibility doit être suivi de « push » ou « pop » #pragma GCC visibility push() peut spécifier « default », « internal », « hidden » ou « protected » #pragma GHS endXXX ne concorde pas avec le précédent startXXX #pragma GHS endXXXX repéré sans être précédé de startXXX l'implémentation de #pragma pour %qs apparaît après l'inclusion du fichier #pragma message: %s #pragma pack (pop) rencontré sans #pragma pack (push) correspondant #pragma pack n'a aucun effet avec -fpack-struct – ignoré #pragma pack(pop, %E) rencontré sans #pragma pack(push, %E) correspondant #pragma redefine_extname ignoré à cause du conflit avec la déclaration __asm__ #pragma redefine_extname ignoré à cause du conflit avec le #pragma redefine_extname précédent #pragma redefine_extname ignoré à cause du conflit avec le renommage précédent #pragma vtable n'est plus supporté Descripteur $ à %L un numéro d'opérande $ est utilisé après un format sans numéro d'opérande $ devrait être le dernier spécificateur dans le format à %L %#qT déclaré ici %#qT est défini ici %%:canon_for_mlib prend une ou plusieurs paires de paramètres %%:target_mode_check prend un nombre paire de paramètres %%LOC() a une r-valeur à %C %+qD cause un conflit du type de section %+qD cause un conflit du type de section avec %qD %+qD est déclaré comme un alias après avoir été utilisé %+qD est déclaré « ifunc » après avoir été utilisé %+qD déclaré faible après avoir été utilisé %+qD est déclaré « weakref » après avoir été utilisé %<!%> n'est pas valable dans GIMPLE %<#pragma %s%> ne peut être utilisé que dans des instructions composées %<#pragma GCC ivdep%> doit être à l'intérieur d'une fonction %<#pragma GCC optimize (chaîne [,chaîne]...)%> n'a pas de %<)%> finale %<#pragma GCC optimize%> n'est pas une chaîne ou un nombre %<#pragma GCC option%> n'est pas une chaîne %<#pragma GCC pch_preprocess%> doit être le premier %<#pragma GCC pop_options%> sans %<#pragma GCC push_options%> correspondant %<#pragma GCC target (chaîne [,chaîne]...)%> n'a pas de %<)%> finale %<#pragma GCC unroll%> doit être à l'intérieur d'une fonction %<#pragma GCC unroll%> requiert une expression d'affectation qui est évaluée en une constante entière non négative plus petite que %u %<#pragma STDC FLOAT_CONST_DECIMAL64%> n'est pas supporté en C++ %<#pragma STDC FLOAT_CONST_DECIMAL64%> n'est pas supporté sur cette cible %<#pragma acc %s data%> n'a pas clause de mouvement de données %<#pragma acc routine%> déjà appliqué à %qD %<#pragma acc routine%> doit être appliqué avant la définition %<#pragma acc routine%> doit être appliqué avant l'utilisation %<#pragma acc routine%> doit être dans la portée au niveau du fichier %<#pragma acc routine%> nomme un ensemble de surcharges %<#pragma acc routine%> n'est pas immédiatement suivi d'une seule déclaration ou définition de fonction %<#pragma acc routine%> n'est pas immédiatement suivi d'une déclaration ou d'une définition de fonction %<#pragma acc update%> doit contenir au moins une clause %<device%> ou %<host%> ou %<self%> %<#pragma align%> doit apparaître avant la déclaration de %qD, ignoré %<#pragma omp atomic capture%> utilise deux expressions différentes pour la mémoire %<#pragma omp atomic capture%> utilise deux variables différentes pour la mémoire %<#pragma omp atomic update%> utilise deux expressions différentes pour la mémoire %<#pragma omp atomic update%> utilise deux variables différentes pour la mémoire %<#pragma omp cancel for%> à l'intérieur de %<nowait%> pour la construction %<#pragma omp cancel for%> à l'intérieur de %<ordered%> pour la construction %<#pragma omp cancel sections%> à l'intérieur d'une construction de sections %<nowait%> %<#pragma omp cancel%> doit spécifier l'une des clauses %<parallel%>, %<for%>, %<sections%> ou %<taskgroup%> %<#pragma omp cancellation point%> doit spécifier l'une des clauses %<parallel%>, %<for%>, %<sections%> ou %<taskgroup%> le combinateur %<#pragma omp declare reduction%> fait référence à la variable %qD qui n'est ni %<omp_out%> ni %<omp_in%> l'initialiseur %<#pragma omp declare reduction%> fait référence à la variable %qD qui n'est ni %<omp_priv%> ni %<omp_orig%> %<#pragma omp declare reduction%> pas au niveau d'un fichier ou d'un bloc %<#pragma omp declare simd%> doit être suivi d'une déclaration ou une définition de fonction %<#pragma omp declare simd%> doit être suivi d'une déclaration ou une définition de fonction ou un autre %<#pragma omp declare simd%> %<#pragma omp declare simd%> pas immédiatement suivi d'une déclaration ou une définition de fonction %<#pragma omp declare simd%> pas immédiatement suivi par une seule déclaration ou définition de fonction %<#pragma omp declare simd%> pas immédiatement suivi par une déclaration ou une définition de fonction %<#pragma omp declare target%> avec des clauses entre %<#pragma omp declare target%> sans clauses et %<#pragma omp end declare target%> %<#pragma omp end declare target%> sans %<#pragma omp declare target%> correspondant %<#pragma omp ordered%> avec une clause %<depend%> peut uniquement être utilisé dans des instructions composées %<#pragma omp section%> ne peut être utilisé que dans une construction %<#pragma omp sections%> %<#pragma omp simd%> utilisé avec la variable d'itération de classe %qE %<#pragma omp target data%> doit contenir au moins une clause %<map%> %<#pragma omp target data%> avec un type avec correspondance autre que %<to%>, %<from%>, %<tofrom%> ou %<alloc%> sur un clause %<map%> %<#pragma omp target enter data%> doit contenir au moins une clause %<map%> %<#pragma omp target enter data%> avec un type avec correspondance autre que %<to%> ou %<alloc%> sur une clause %<map%> %<#pragma omp target exit data%> doit contenir au moins une clause %<map%> %<#pragma omp target exit data%> avec un type « map » autre que %<from%>, %<release%> ou %<delete%> sur une clause %<map%> %<#pragma omp target update%> doit contenir au moins une clause %<from%> ou %<to%> %<#pragma omp target%> avec un type avec correspondance autre que %<to%>, %<from%>, %<tofrom%> ou %<alloc%> sur une clause %<map%> %<#pragma scalar_storage_order%> n'est pas supporté pour le C++ la déclaration %<#pragma weak%> de %q+D n'est pas permise, ignoré %<#pragma%> n'est pas permis ici contrainte %<%%%> utilisée avec le dernier opérande %<%%%c%> laisse seulement les 2 derniers chiffres de l'année %<%%%c%> laisse seulement les 2 derniers chiffres de l'année dans certaines configurations linguistiques l'argument de la directive %<%.*s%> est nul la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets fait déborder le résultat au delà de %<INT_MAX%> la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets dépasse la taille minimum requise de 4095 la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets peut faire déborder le résultat au delà de %<INT_MAX%> la sortie de la directive %<%.*s%> qui contient entre %wu et %wu octets peut dépasser la taille minimum requise de 4095 la sortie de la directive %<%.*s%> peut être tronquée en écrivant %wu octet dans une région dont la taille est %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant %wu octets dans une région dont la taille est %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant %wu octet dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant %wu octets dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant %wu octets ou plus dans une région dont la taille est %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant %wu octets ou plus dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant entre %wu et %wu octets dans une région dont la taille est %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant entre %wu et %wu octets dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant probablement %wu octets ou plus dans une région dont la taille est %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant probablement %wu octets ou plus dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant jusqu'à %wu octets dans une région dont la taille est %wu la sortie de la directive %<%.*s%> peut être tronquée en écrivant jusqu'à %wu octets dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> qui a %wu octets fait déborder le résultat au delà de %<INT_MAX%> la sortie de la directive %<%.*s%> qui a %wu octets dépasse la taille minimum requise de 4095 la sortie de la directive %<%.*s%> a été tronquée en écrivant %wu octet dans une région dont la taille est %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant %wu octets dans une région dont la taille est %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant %wu octet dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant %wu octets dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant %wu ou plus d'octets dans une région dont la taille est %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant %wu octets ou plus dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant entre %wu et %wu octets dans une région dont la taille est %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant entre %wu et %wu octets dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant probablement %wu octets ou plus dans une région dont la taille est %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant probablement %wu octets ou plus dans une région dont la taille est comprise entre %wu et %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant jusqu'à %wu octets dans une région dont la taille est %wu la sortie de la directive %<%.*s%> a été tronquée en écrivant jusqu'à %wu octets dans une région dont la taille est comprise entre %wu et %wu la précision de la directive %<%.*s%> est hors limites la largeur de la directive %<%.*s%> est hors limites la directive %<%.*s%> écrit %wu octet dans une région dont la taille est %wu la directive %<%.*s%> écrit %wu octets dans une région dont la taille est %wu la directive %<%.*s%> écrit %wu octet dans une région dont la taille est comprise entre %wu et %wu la directive %<%.*s%> écrit %wu octets dans une région dont la taille est comprise entre %wu et %wu la directive %<%.*s%> écrit %wu ou plus d'octets dans une région dont la taille est %wu la directive %<%.*s%> écrit %wu octets ou plus dans une région dont la taille est comprise entre %wu et %wu la directive %<%.*s%> écrit entre %wu et %wu octets dans une région dont la taille est %wu la directive %<%.*s%> écrit entre %wu et %wu octets dans une région dont la taille est comprise entre %wu et %wu la directive %<%.*s%> écrit probablement %wu octets ou plus dans une région dont la taille est %wu la directive %<%.*s%> écrit probablement %wu octets ou plus dans une région dont la taille est comprise entre %wu et %wu la directive %<%.*s%> écrit jusqu'à %wu octets dans une région dont la taille est %wu la directive %<%.*s%> écrit jusqu'à %wu octets dans une région dont la taille est comprise entre %wu et %wu %<%D::%D%> n'est pas un membre de classe %<%D::%D%> n'est pas un membre de %qT %<%E::%E%> n'a pas été déclaré %<%E::%E%> n'est pas une classe ou un espace de noms %<%E::%E%> n'est pas une classe, un espace de noms ou une énumération %<%E::%E%> n'est pas un type directive d'attribut de portée %<%E::%E%> ignorée %<%T::%D%> nomme le constructeur dans %qT %<%T::%D%> nomme le destructeur %<%T::%D%> nomme le constructeur, pas le type %<%T::%E%> n'a pas été déclaré %<%T::%E%> n'est pas un type %<%T::%E%> nomme le constructeur, pas le type %<%c%> n'est pas un caractère valable dans un identificateur %<%c%> n'est pas un premier caractère valable pour un identificateur %<%c%E%> n'a pas été trouvé dans le(s) protocole(s) %<%s %E%> est déclaré à l'intérieur d'une liste de paramètres et ne sera pas visible en dehors de cette définition ou déclaration construction %<%s %s%> pas étroitement imbriquée à l'intérieur de %qs %<%s + %s%> à %L doit être plus petit ou égal à BIT_SIZE(%qs) la construction %<%s taskgroup%> n'est pas étroitement imbriquée à l'intérieur de la région %<taskgroup%> directive d'attribut %<%s%> ignorée %<%s%> est inconnu %<%s=%s%> et %<%s-%s%> sont incompatibles contrainte %<&%> utilisée sans classe de registre %<&%> pas permis seul à la ligne %d %<&&%> n'est pas valable en GIMPLE %<)%> attendu à %C %<*%> dans un contexte booléen, %<&&%> est suggéré à la place la capture de %<*this%> est uniquement disponible avec -std=c++17 ou -std=gnu++17 %<-%s%> est en conflit avec d'autres options d'architecture, lesquelles spécifient un processeur %s %<-Wabi=1%> n'est pas supporté, on utilise =2 %<-f%s%> et %<%s=%s%> sont incompatibles %<-fabi-compat-version=1%> n'est pas supporté, on utilise =2 %<-fabi-version=1%> n'est plus supporté %<-fcf-protection=branch%> n'est pas supporté pour cette cible %<-fcf-protection=full%> n'est pas supporté pour cette cible %<-fcf-protection=return%> n'est pas supporté pour cette cible %<-fcheck-pointer-bounds%> n'est pas supporté pour cette cible %<-fcheck-pointer-bounds%> n'est pas supporté avec %<-fsanitize=bounds%> %<-fcheck-pointer-bounds%> n'est pas supporté avec %<-fsanitize=bounds-strict%> %<-fcheck-pointer-bounds%> n'est pas supporté avec l'assainisseur d'adresses (Address Sanitizer) %<-fcheck-pointer-bounds%> n'est pas supporté avec l'assainisseur de thread %<-fd-lines-as-code%> n'a pas d'effet dans le format libre %<-fd-lines-as-comments%> n'a pas d'effet dans le format libre %<-femit-struct-debug-detailed=dir:...%> doit autoriser au moins autant que %<-femit-struct-debug-detailed=ind:...%> %<-ffriend-injection%> est obsolète %<-fno-fat-lto-objects%> n'est supporté qu'avec des greffons de l'éditeur de liens %<-fno-for-scope%> a été rendue obsolète %<-fobjc-abi-version%> >= 2 n'est pas supporté sur les cibles %<-m32%> avec %<-fnext-runtime%> %<-fobjc-abi-version%> >= 2 doit être utilisé sur les cibles %<-m64%> avec %<-fnext-runtime%> %<-fobjc-exceptions%> est requis pour activer la syntaxe des exceptions en Objective-C %<-fobjc-gc%> est ignoré pour %<-fgnu-runtime%> %<-fobjc-sjlj-exceptions%> est ignoré pour %<-fgnu-runtime%> %<-fobjc-sjlj-exceptions%> est ignoré pour %<-fnext-runtime%> lorsque %<-fobjc-abi-version%> >= 2 %<-fobjc-sjlj-exceptions%> est le seul système d'exceptions supporté pour %<-fnext-runtime%> avec %<-fobjc-abi-version%> < 2 l'option %<-foffload-abi%> ne peut être spécifiée qu'avec un compilateur pour le délestage %<-freorder-blocks-and-partition%> ne supporte pas les informations de retour en arrière sur cette architecture %<-freorder-blocks-and-partition%> ne fonctionne pas sur cette architecture %<-freorder-blocks-and-partition%> ne fonctionne pas avec les exceptions sur cette architecture %<-fsanitize-address-use-after-scope%> requiert l'option %<-fstack-reuse=none%> %<-fsanitize-recover=%s%> n'est pas supporté %<-fsanitize=address%> et %<-fsanitize=kernel-address%> sont incompatibles avec %<-fsanitize=thread%> %<-fsanitize=address%> est incompatible avec %<-fsanitize=kernel-address%> l'option %<-fsanitize=all%> n'est pas valide %<-fsanitize=leak%> est incompatible avec %<-fsanitize=thread%> %<-fsanitize=pointer-compare%> doit être combiné avec %<-fsanitize=address%> ou %<-fsanitize=kernel-address%> %<-fsanitize=pointer-subtract%> doit être combiné avec %<-fsanitize=address%> ou %<-fsanitize=kernel-address%> %<-fsplit-stack%> n'est actuellement uniquement supporté que par GNU/Linux %<-fsplit-stack%> est actuellement uniquement supporté sous PowerPC64 GNU/Linux avec glibc-2.18 ou ultérieur %<-fsplit-stack%> n'est pas supporté par cette configuration du compilateur %<-fsplit-stack%> a besoin de l'assistance d'un assembleur pour les directives CFI %<-fstack-check=%> et %<-fstack-clash_protection%> sont mutuellement exclusives. %<-fstack-check=%> est désactivée %<-fstack-clash-protection%> n'est pas supporté sur des cibles où la pile grandi depuis les adresses basses vers les adresses hautes %<-gdwarf%s%> est ambigu; utilisez %<-gdwarf-%s%> pour la version DWARF ou %<-gdwarf -g%s%> pour le niveau de débogage %<-gnat%> mal orthographié sous la forme %<-gant%> %<-m%s%> n'est pas supporté par cette configuration %<-march=%s%> n'est pas compatible avec l'ABI sélectionnée %<-march=%s%> requiert %<-mfp32%> %<-mcpu=%> est déprécié; utilisez plutôt %<-mtune=%> ou %<-march=%> %<-mdynamic-no-pic%> écrase %<-fpic%>, %<-fPIC%>, %<-fpie%> ou %<-fPIE%> %<-mfpxx%> peut uniquement être utilisé avec l'ABI o32 %<-mfpxx%> requiert %<-mlra%> %<-mfunction-return=%s%> et %<-mcmodel=large%> sont incompatibles %<-mfused-madd%> est dépréciée. Utilisez plutôt %<-ffp-contract=%> %<-mgp32%> et %<-mfp64%> peuvent uniquement être combinés si la cible supporte les instructions mfhc1 et mthc1 %<-mgp32%> et %<-mfp64%> peuvent uniquement être combinés en utilisant l'ABI o32 %<-mgp32%> utilisé avec une ABI 64 bits %<-mgp64%> utilisé avec une ABI 32 bits %<-mgp64%> utilisé avec un processeur 32 bits %<-mindirect-branch=%s%> et %<-mcmodel=large%> sont incompatibles %<-mindirect-branch=thunk-extern%>, %<-fcf-protection=branch%> et %<-fcheck-pointer-bounds%> sont incompatibles %<-mintel-syntax%> et %<-mno-intel-syntax%> sont dépréciés; utilisez plutôt %<-masm=intel%> et %<-masm=att%> %<-mips3d%> requiert %<-mpaired-single%> %<-misel=no%> est déprécié; utilisez plutôt %<-mno-isel%> %<-misel=yes%> est déprécié; utilisez plutôt %<-misel%> %<-mmsa%> doit être utilisé avec %<-mfp64%> et %<-mhard-float%> %<-mno-%s%> désactive %<-m%s%> %<-mno-gpopt%> à besoin de %<-mexplicit-relocs%> %<-mpcommit%> a été rendue obsolète %<-mrtd%> est ignoré en mode 64 bits %<-msse5%> a été supprimé %<-msseregparm%> utilisé sans que SSE soit activé %<-mstring%> est obsolète %<-mtune=x86-64%> est déprécié; utilisez plutôt %<-mtune=k8%> ou %<-mtune=generic%> selon ce qui est approprié %<-mvrsave=no%> est déprécié; utilisez plutôt %<-mno-vrsave%> %<-mvrsave=yes%> est dépréciée. Utilisez plutôt %<-mvrsave%> %<-static-libgfortran%> n'est pas supporté par cette configuration %<-x %s%> n'a pas d'effet après le dernier fichier d'entrée désignateur %<.%s%> utilisé plusieurs fois dans la même liste d'initialiseurs %<...%> comme arguments.) le gestionnaire %<...%> doit être le dernier gestionnaire de son bloc « try » %<...%> a un numéro d'opérande invalide %<...%> pas permis dans une liste d'initialisation par désignation %<::%> nécessaire dans une liaison PROCEDURE avec une cible explicite à %C %<::%D%> n'a pas été déclaré %<::%E%> n'a pas été déclaré %<::%E%> n'est pas une classe ou un espace de noms %<::%E%> n'est pas une classe, un espace de noms ou une énumération %<::%E%> n'est pas un type %<::main%> doit retourner %<int%> %<<:%> est une écriture alternative pour %<[%>. Insérer un espace entre %<<%> et %<::%> %<<::%> ne peut pas être au début d'une liste d'arguments d'un patron %<<<%> dans un contexte booléen, vouliez-vous plutôt utiliser %<<%> ? %<=> target%> est invalide pour la liaison DEFERRED à %C l'opérateur %<>>%> est traité comme deux caractères > en C++11 %<>>%> devrait être %<> >%> à l'intérieur d'une liste d'arguments de patron imbriqués %<@dynamic%> n'est pas disponible en Objective-C 1.0 %<@dynamic%> pas dans dans le contexte @implementation %<@dynamic%> requiert qu'une @interface de la classe soit disponible %<@encode%> doit spécifier un type comme un argument %<@end%> manquant dans le contexte d'implémentation %<@end%> doit apparaître dans un contexte @implementation %<@optional%> est autorisé uniquement dans le contexte @protocol %<@optional%> n'est pas disponible en Objective-C 1.0 %<@package%> n'est pas disponible en Objective-C 1.0 %<@package%> a actuellement le même effet que %<@public%> %<@property%> n'est pas disponible en Objective-C 1.0 %<@required%> est autorisé uniquement dans le contexte @protocol %<@required%> n'est pas disponible en Objective-C 1.0 l'argument de %<@synchronized%> n'est pas un objet %<@synthesize%> ne peut pas être utilisé dans des catégories %<@synthesize%> n'est pas disponible en Objective-C 1.0 %<@synthesize%> pas dans le contexte @implementation %<@synthesize%> requiert qu'une @interface de la classe soit disponible %<@throw%> (rethrow) utilisé en dehors d'un bloc @catch l'argument de %<@throw%> n'est pas un objet %<@try%> sans %<@catch%> ni %<@finally%> %<G0%> dans le format à %L la directive %<GCC unroll%> ne commence pas à la boucle à %C Directive %<GCC unroll%> requiert une constante entière non négative plus petite ou égale à %u à %C %<I%> à %L et %<J%> à %L ne peuvent pas être tous les deux des constantes littérales BOZ L'argument %<MOLD%> de l'intrinsèque %<TRANSFER%> à %L ne doit pas être %s %<[%E] =%> utilisé dans une initialisation par désignation dans le style GNU pour la classe %qT %<[*]%> n'est pas permis ailleurs que dans la portée du prototype d'une fonction %<[*]%> n'est pas dans une déclaration les spécificateurs %<_Alignas%> ne peuvent pas réduire l'alignement de %qE les spécificateurs %<_Alignas%> ne peuvent pas réduire l'alignement d'un littéral composé les spécificateurs %<_Alignas%> ne peuvent pas réduire l'alignement du champ sans nom %<_Atomic%> %qD dans la clause %<aligned%> %<_Atomic%> %qD dans la clause %<firstprivate%> dans la construction %<target%> %<_Atomic%> %qD dans la clause %<linear%> %<_Atomic%> %qD dans la clause %qs %<_Atomic%> %qD dans la clause implicite %<firstprivate%> dans la construction %<target%> %<_Atomic%> %qD dans la clause implicite %<map%> %<_Atomic%> %qE dans la clause %<reduction%> %<_Atomic%> %qE dans la clause %qs %<_Atomic%> appliqué à un type qualifié expression %<_Atomic%> dans %<#pragma omp atomic%> %<_Atomic%> en Objective-C variable d'itération %<_Atomic%> %qE type qualifié par %<_Atomic%> dans %<#pragma omp declare reduction%> type de tableau qualifié avec %<_Atomic%> type de fonction qualifié par %<_Atomic%> le type du paramètre %qT est qualifié avec %<_Atomic%> dans %q+D type de retour qualifié avec %<_Atomic%> pour %qD %<_Float%d%s%> n'est pas supporté sur cette cible l'association %<_Generic%> a un type fonction l'association %<_Generic%> a un type incomplet l'association %<_Generic%> a un type de longueur variable le sélecteur %<_Generic%> correspond à plusieurs associations le sélecteur %<_Generic%> du type %qT n'est compatible avec aucune association %<_Generic%> spécifie deux types compatibles %<_Noreturn%> dans une déclaration vide %<_Sat%> est utilisé sans %<_Fract%> ou %<_Accum%> l'attribut %<__BELOW100__%> s'applique uniquement aux variables %<__GIMPLE%> uniquement valable avec -fgimple la fonction %<__RTL%> ne peut pas être compilée avec %<-flto%> %<__alignof%> appliqué sur un champ de bits %<__auto_type%> dans une déclaration vide %<__auto_type%> peut uniquement être utilisé avec un seul déclarateur %<__auto_type%> exige un simple identificateur comme déclarateur %<__auto_type%> requiert une déclaration de donnée initialisée %<__auto_type%> utilisé avec un initialisateur de champ de bits l'opérande de %<__builtin_complex%> n'est pas un type binaire en virgule flottante réel opérandes de %<__builtin_complex%> de types différents le deuxième argument de %<__builtin_longjmp%> doit être 1 %<__builtin_next_arg%> appelé sans argument %<__gcc_host_wide_int__%> n'est pas défini comme %<long%> ou %<long long%> %<__gcc_host_wide_int__%> n'est pas défini comme un type %<__int%d%> n'est pas supporté par la cible %<__int%d%> n'est pas supporté sur cette cible %<__label__%> pas au début du bloc %<__restrict%> peut seulement être spécifié pour des objets et des fonctions %<__thread%> avant %<extern%> %<__thread%> avant %<static%> %<__thread%> avant %qD %<__thread%> peut seulement être spécifié pour des objets et des fonctions %<__transaction_atomic%> sans avoir activé le support pour la mémoire transactionnelle %<__transaction_cancel%> pas à l'intérieur de %<__transaction_atomic%> %<__transaction_cancel%> à l'intérieur de %<__transaction_relaxed%> %<__transaction_cancel%> sans avoir activé le support pour la mémoire transactionnelle %<__transaction_relaxed%> sans avoir activé le support pour la mémoire transactionnelle L'argument %<a%d%> de l'intrinsèque %qs à %L doit être %s(%d) L'argument %<a1%> de l'intrinsèque %qs à %L doit être INTEGER, REAL ou CHARACTER %<acc update%> doit contenir au moins une clause %<device%> ou %<host%> ou %<self%> à %L l'argument de %<alignas%> a le type non entier %qT l'expression d'alignement de la clause %<aligned%> doit être un entier l'expression d'alignement %<aligned%> doit être une expression entière constante positive la limite de %<alloca%> est inconnue un %<and%> de tests d'égalités mutuellement exclusifs est toujours 0 %<asm%> dans une fonction %<constexpr%> la contrainte de l'opérande %<asm%> est incompatible avec la taille de l'opérande l'opérande %<asm%> a des contraintes impossibles l'opérande %<asm%> requiert un rechargement impossible les spécificateurs %<asm%> ne sont pas permis sur des membres de données non statiques l'attribut %<assign%> est en conflit avec l'attribut %<copy%> l'attribut %<assign%> est en conflit avec l'attribut %<retain%> %<assign%> n'est pas sûr pour des objets Objective-C; veuillez l'indiquer explicitement si vous en avez besoin l'expression de %<async%> doit être un entier %<auto%> peut seulement être spécifié pour des déclarations de variables ou de fonctions %<auto%> a changé de signification en C++11; retirez-le %<auto%> entre en conflit avec d'autres spécificateurs de boucle de OpenACC %<auto%> dans une déclaration vide ayant tout le fichier comme portée le paramètre %<auto%> n'est pas permis dans ce contexte %<bank_switch%> n'a pas d'effet sur les fonctions qui ne gèrent pas une interruption %<builtin_return_address%> ne contient que 2 octets d'adresse %<concept%> ne peut pas apparaître dans une déclaration typedef %<concept%> uniquement disponible avec -fconcepts les spécificateurs de fonction %<const%> et %<volatile%> sur %qD sont invalides dans la déclaration de champ les spécificateurs de fonction %<const%> et %<volatile%> sur %qD sont invalides dans la déclaration de paramètre les spécificateurs de fonction %<const%> et %<volatile%> sur %qD sont invalides dans la déclaration de type les spécificateurs de fonction %<const%> et %<volatile%> sur %qD sont invalides dans la déclaration de variable %<const%> peut seulement être spécifié pour des objets et des fonctions l'appel %<constexpr%> déborde au delà de la fin de la fonction %<constexpr%> ne peut pas apparaître dans une déclaration typedef %<constexpr%> ne peut pas être utilisé pour des déclarations de types le constructeur %<constexpr%> n'a pas de corps vide le constructeur %<constexpr%> de l'union %qT doit initialiser exactement un membre de donnée non statique la profondeur d'évaluation de la %<constexpr%> dépasse le maximum permis %d (utilisez -fconstexpr-depth= pour augmenter le maximum) les lambda %<constexpr%> sont uniquement disponibles avec -std=c++17 ou -std=gnu++17 le décompte des itérations de la boucle %<constexpr%> dépasse la limite permise %d (utilisez -fconstexpr-loop-limit= pour augmenter la limite) %<constexpr%> est requis pour l'initialisation intra-classe du membre de donnée statique %q#D d'un type non entier le membre statique %<constexpr%> %qD doit avoir une initialisation la variable %<constexpr%> %qD a le type %qT modifié par une variable l'attribut %<copy%> est uniquement valable pour des objets Objective-C une région %<critical%> ne peut pas être imbriquée à l'intérieur d'une région %<critical%> portant le même nom %<custom-%s=%> n'est pas reconnu comme instruction FPU %<custom-%s=%> exige un argument étiquette %<default%> en dehors de tout « switch » %<delete[]%> n'est pas une expression constante %<depend(%s)%> est uniquement autorisé dans %<omp ordered%> la clause %<depend(sink)%> attend une itération lexicale ultérieure %<depend(sink)%> fait référence à une itération qui n'est jamais dans l'espace d'itération une clause %<depend(source)%> a été spécifiée avec des clauses %<depend(sink:)%> sur la même construction l'identifiant de %<device%> doit être entier L'argument %<dim%> de l'intrinsèque %qs à %L n'est pas un index de co-dimension valable L'argument %<dim%> de l'intrinsèque %qs à %L n'est pas un index de dimension valable L'argument %<dim%> de l'intrinsèque %s à %L n'est pas un index de dimension valide l'expression de la taille des tranches de %<dist_schedule%> doit être un entier une région %<distribute%> doit être strictement imbriquées à l'intérieur d'une construction %<teams%> %<dynamic_cast%> pas permis avec -fno-rtti %<else%> sans %<if%> précédent %<enum %E%> déclarée dans la déclaration initiale de la boucle %<for%> %<explicit%> peut seulement être spécifié pour des constructeurs %<explicit%> dans une déclaration amie %<explicit%> en dehors de la déclaration de la classe édition de liens %<extern "C"%> démarrée ici l'attribut %<externally_visible%> n'a d'effet que dans des objets publiques l'attribut %<fallthrough%> n'est pas suivi par %<;%> l'attribut %<fallthrough%> est spécifié plusieurs fois l'attribut %<fallthrough%> est spécifié avec un paramètre l'attribut %<fast_interrupt%> est ignoré les déclarations initiales de boucles %<for%> ne sont permises qu'en mode C99 et C11 %<friend%> peut seulement être spécifié à l'intérieur d'une classe %<friend%> utilisé en dehors d'une classe l'expression numérique de %<gang%> doit être un entier la valeur numérique de %<gang%> doit être positive l'expression statique %<gang%> doit être un entier la valeur statique de %<gang%> doit être positive %<gcall%> n'est pas défini comme un type le processeur %<generic%> ne peut être utilisé qu'avec l'option %<-mtune=%> le processeur %<generic%> ne peut être utilisé qu'avec l'attribut %<target("tune=")%> l'attribut %<gnu_inline%> est présent sur %q+D %<goto%> dans une fonction %<constexpr%> %<goto%> n'est pas une expression constante l'expression de %<grainsize%> doit être un entier la valeur de %<grainsize%> doit être positive %<if constexpr%> uniquement disponible avec -std=c++17 ou -std=gnu++17 le résolveur %<ifunc%> pour %qD doit retourner %qT le résolveur %<ifunc%> pour %qD devrait retourner %qT la clause %<inbranch%> est incompatible avec %<notinbranch%> %<inline%> peut seulement être spécifié pour des fonctions %<inline%> dans une déclaration vide %<inline%> n'est pas permis dans la déclaration de la spécialisation du patron ami %qD %<inline%> spécifié pour la déclaration d'une classe amie le spécificateur %<inline%> est invalide pour la fonction %qs déclarée en dehors de la portée globale spécificateur %<inline%> invalide pour la variable %qD déclarée au niveau du bloc le processeur %<intel%> ne peut être utilisé qu'avec l'option %<-mtune=%> le processeur %<intel%> ne peut être utilisé qu'avec l'attribut %<target("tune=")%> le paramètre %<l1-cache-size%> n'est pas une puissance de deux %d la clause %<linear%> pour une variable autre qu'un itérateur de boucle est spécifiée sur une construction combinée avec %<distribute%> la clause %<linear%> ne peut pas être spécifiée avec la clause %<ordered%> comportant un paramètre le pas %qE de la clause %<linear%> n'est ni une constante ni un paramètre l'expression du pas de %<linear%> doit être fondamentale le pas de la clause %<linear%> est un paramètre %qD pas spécifié dans la clause %<uniform%> %<location_t%> n'est pas défini comme un type %<locus%> n'est pas défini comme un type %<long long long%> est trop long pour GCC %<long long%> invalide pour %qs %<long%> et %<short%> spécifiés ensemble pour %qs %<long%> invalide pour %qs %<long%> ou %<short%> sont invalides pour %qs %<long%> ou %<short%> spécifié avec « char » pour %qs l'expression %<long%> du « switch » n'est pas convertie en %<int%> avec le C ISO %<long%>, %<int%>, %<short%> ou %<char%> sont invalides pour %qs %<main%> est déclarée %<_Noreturn%> une région %<master%> ne peut pas être étroitement imbriquée à l'intérieur d'un partage de tâche, un %<task%> explicite ou une région %<taskloop%> %<memset%> utilisé avec un paramètre de longueur qui est la constante zéro; cela pourrait être dû à des paramètres transposés %<memset%> utilisé avec une longueur égale au nombre d'éléments sans être multiplié par la taille des éléments la définition %<namespace%> n'est pas permise ici %<new%> de type %qT avec l'alignement étendu %d %<no-custom-%s%> n'accepte pas d'argument modificateur %<nonmonotonic%> spécifié pour le type d'ordonnancement %qs modificateur d'ordonnancement %<nonmonotonic%> spécifié en même temps que la clause %<ordered%> une fonction avec %<noreturn%> retourne une valeur la clause %<nowait%> ne doit pas être utilisée avec %<copyprivate%> l'expression de %<num_tasks%> doit être un entier la valeur de %<num_tasks%> doit être positive la valeur de %<num_teams%> doit être positive la valeur de %<num_threads%> doit être positive %<operator delete%> doit retourner le type %qT %<operator delete%> prend le type %qT comme premier paramètre %<operator new%> ne doit pas retourner NULL à moins qu'il soit déclaré %<throw()%> (ou -fcheck-new est actif) %<operator new%> doit retourner le type %qT %<operator new%> prend le type %<size_t%> (%qT) comme premier paramètre %<operator%s%> %<operator%s%> dans %<%E %s %E%> %<operator%s%> dans %<%E%s%> %<operator%s%> dans %<%s%E%> %<operator=%> devrait retourner une référence à %<*this%> %<operator[]%> %<operator[]%> dans %<%E[%E]%> un %<or%> de tests de non égalités non appariés est toujours 1 %<ordered simd threads%> doit être étroitement imbriquée à l'intérieur d'une région %<for simd%> %<ordered%> %<simd%> doit être étroitement imbriquée à l'intérieur d'une région %<simd%> le paramètre de la clause %<ordered%> est plus petit que %<collapse%> la clause %<ordered%> avec un paramètre ne devrait pas être spécifiée sur la construction %qs une construction %<ordered%> avec une clause %<depend%> doit être étroitement imbriquée dans une boucle avec une clause %<ordered%> avec un paramètre une construction %<ordered%> avec une clause %<depend%> doit être étroitement imbriquée à l'intérieur d'une boucle %<ordered%> une région %<ordered%> ne peut pas être étroitement imbriquée à l'intérieur d'une région %<critical%>, %<ordered%>, %<task%> explicite ou %<taskloop%> une région %<ordered%> doit être étroitement imbriquée à l'intérieur d'une région de boucle avec la clause %<ordered%> l'expression de %<priority%> doit être un entier la valeur de %<priority%> doit être positive ou nulle l'attribut %<readonly%> est en conflit avec l'attribut %<readwrite%> l'attribut %<readonly%> est en conflit avec l'attribut %<setter%> %<register%> dans une déclaration vide ayant tout le fichier comme portée spécificateur de classe de stockage %<register%> utilisé %<reinterpret_cast<%T>(%E)%> n'est pas une expression constante %<requires%> uniquement disponible avec -fconcepts l'attribut %<retain%> est en conflit avec l'attribut %<copy%> l'attribut %<retain%> est uniquement valable pour des objets Objective-C %<return%> avec une valeur dans une fonction retournant un void %<return%> sans valeur dans une fonction retournant autre chose que void l'expression %<safelen%> doit être une expression entière constante positive %<seq%> écrase d'autres spécificateurs de boucle de OpenACC L'argument %<shape%> de l'intrinsèque %<reshape%> à %L a plus de %d éléments L'argument %<shape%> de l'intrinsèque %<reshape%> à %L doit être un tableau de taille constante %<short%> invalide pour %qs %<short%> ou %<long%> sont invalides pour %qs %<signed%> et %<unsigned%> spécifiés ensemble pour %qs %<signed%> ou %<unsigned%> sont invalides pour %qs l'expression %<simdlen%> doit être une expression entière constante positive la valeur de la clause %<simdlen%> est plus grande que la valeur de la clause %<safelen%> %<sizeof%> appliqué sur un champ de bits %<sizeof%> sur le tableau %qE en paramètre de fonction retournera la taille de %qT l'argument %<sizeof...%> doit être entouré de parenthèses L'argument %<source%> de l'intrinsèque %<shape%> à %L ne doit pas être un tableau de taille tacite %<static%> ne peut pas être utilisé lors de la définition (contrairement à la déclaration) d'un membre de donnée statique le spécificateur %<static%> est invalide pour la fonction %qs déclarée en dehors de la portée globale %<std::%s%> est défini dans l'en-tête %qs ; avez-vous oublié %<#include %s%> ? %<std::%s%> est uniquement disponible à partir de %s %<std::tuple_size<%T>::value%> n'est pas une expression constante entière %<struct %E%> déclarée dans la déclaration initiale de la boucle %<for%> %<target("rtd")%> est ignoré en mode 64 bits %<target("sseregparm")%> utilisé sans que SSE soit activé %<target("tune=x86-64")%> est déprécié; utilisez plutôt %<target("tune=k8")%> ou %<target("tune=generic")%> selon ce qui est approprié la construction %<teams%> n'est pas étroitement imbriquée dans une construction %<target%> %<this%> est autorisé dans OpenMP uniquement dans les clauses %<declare simd%> %<this%> n'est pas disponible pour les fonctions membres statiques %<this%> ne peut pas être utilisé dans ce contexte %<this%> n'a pas été capturé pour cette fonction lambda l'expression de %<thread_limit%> doit être un entier la valeur de %<thread_limit%> doit être positive %<threadprivate%> %qD n'est pas un fichier, un espace de noms ou une variable déclarée dans un bloc la directive %<threadprivate%> %qE n'est pas dans la définition de %qT %<threadprivate%> %qE a un type incomplet l'argument de %<tile%> doit être de type entier l'argument %<tile%> a besoin d'une constante entière positive appel de fonction %<transaction_may_cancel_outer%> pas à l'intérieur d'une transaction extérieure ou %<transaction_may_cancel_outer%> %<transaction_safe_dynamic%> ne peut être spécifié que pour une fonction virtuelle %<tree%> n'est pas défini comme un type pointeur %<tree%> n'est pas défini comme un type %<try%> dans une fonction %<constexpr%> %<typedef%> a été ignoré dans cette déclaration l'opérateur %<typeid%> ne peut pas apparaître dans une expression constante %<typename %T::%D%> nomme %q#T qui n'est pas un patron de classe %<typename %T::%D%> nomme %q#T qui n'est pas un type %<typeof%> appliqué à un champ de bits %<union %E%> déclarée dans la déclaration initiale de la boucle %<for%> %<va_start%> utilisé dans une fonction ayant des arguments fixes l'expression de longueur de %<vector%> doit être un entier la valeur de longueur de %<vector%> doit être positive %<virtual%> peut seulement être spécifié pour des fonctions %<virtual%> en dehors de la déclaration de classe %<virtual%> spécifié plus d'une fois dans le spécificateur de base un %<void%> comme seul paramètre ne peut être qualifié %<void%> doit être le seul paramètre %<volatile%> peut seulement être spécifié pour des objets et des fonctions l'expression %<wait%> doit être un nombre entier %<warn_if_not_aligned%> ne peut pas être spécifié pour %q+D l'attribut %<weakref%> est ignoré car la fonction est définie l'attribut %<weakref%> est ignoré car la variable est initialisée l'attribut %<weakref%> devrait être accompagné d'un attribut %<alias%> l'expression numérique de %<worker%> doit être un entier la valeur numérique de %<worker%> doit être positive %<||%> n'est pas valable en GIMPLE %<~%> sur une expression booléenne %<~%> sur une expression de type booléen %<~auto%> est uniquement disponible avec -std=c++14 ou -std=gnu++14 qualificatif %E ignoré avec asm %G%qD accède à %wu octet aux décalages %s et %s qui peut chevaucher %wu octet au décalage %s %G%qD accède à %wu octets aux décalages %s et %s qui peut chevaucher %wu octet au décalage %s %G%qD accède à %wu octet aux décalages %s et %s qui peut chevaucher jusqu'à %wu octets au décalage %s %G%qD accède à %wu octets aux décalages %s et %s qui peut chevaucher jusqu'à %wu octets au décalage %s %G%qD accède à %wu octet aux décalages %s et %s qui chevauchent %wu octet au décalage %s %G%qD accède à %wu octet aux décalages %s et %s qui chevauchent %wu octets au décalage %s %G%qD accède à %wu octet aux décalages %s et %s qui chevauchent %wu ou plus d'octets au décalage %s %G%qD accède à %wu octets aux décalages %s et %s qui chevauchent %wu ou plus d'octets au décalage %s %G%qD accède à %wu octet aux décalages %s et %s qui chevauchent entre %wu et %wu octets au décalage %s %G%qD accède à %wu octets aux décalages %s et %s qui chevauchent entre %wu et %wu octets au décalage %s %G%qD accède à %wu octet qui peut chevaucher %wu octet %G%qD accède à %wu octets qui peut chevaucher %wu octet %G%qD accède à %wu octet qui peut chevaucher jusqu'à %wu octets %G%qD accède à %wu octets qui peut chevaucher jusqu'à %wu octets %G%qD accède à %wu octets aux décalages %s et %s qui chevauchent %wu octet au décalage %s %G%qD accède à %wu octets aux décalages %s et %s qui chevauchent %wu octets au décalage %s %G%qD accède à %wu ou plus d'octets aux décalages %s et %s qui peuvent chevaucher %wu octet au décalage %s %G%qD accède à %wu ou plus d'octets aux décalages %s et %s qui peuvent chevaucher jusqu'à %wu octets au décalage %s %G%qD accède à %wu ou plus d'octets aux offsets %s et %s qui chevauchent %wu octet au décalage %s %G%qD accède à %wu ou plus d'octets aux offsets %s et %s qui chevauchent %wu octets au décalage %s %G%qD accède à %wu ou plus d'octets aux offsets %s et %s qui chevauchent %wu ou plus d'octets au décalage %s %G%qD accède à %wu ou plus d'octets aux offsets %s et %s qui chevauchent entre %wu et %wu octets au décalage %s %G%qD accède à entre %wu et %wu octets aux décalages %s et %s qui peuvent chevaucher %wu octet au décalage %s %G%qD accède à entre %wu et %wu octets aux décalages %s et %s qui peuvent chevaucher jusqu'à %wu octets au décalage %s %G%qD accède à entre %wu et %wu octets aux décalages %s et %s qui chevauchent %wu octet au décalage %s %G%qD accède à entre %wu et %wu octets aux décalages %s et %s qui chevauchent %wu octets au décalage %s %G%qD accède à entre %wu et %wu octets aux offsets %s et %s qui chevauchent %wu ou plus d'octets au décalage %s %G%qD accède à entre %wu et %wu octets aux offsets %s et %s qui chevauchent entre %wu et %wu octets au décalage %s %G%qD accède à entre %wu et %wu octets qui peuvent chevaucher %wu octet %G%qD accède à entre %wu et %wu octets qui peuvent chevaucher jusqu'à %wu octets la destination %G%qD n'a pas été changée après n'avoir copié aucun octet la destination %G%qD n'a pas été changée après n'avoir copié aucun octet depuis une chaîne de longueur %E %G%qD qui forme le décalage %s est hors des limites %G%qD qui forme le décalage %s est hors des limites [0, %wu] %G%qD forme le décalage %s qui est hors des limites [0, %wu] de l'objet %qD avec le type %qT %G%qD forme le décalage %s qui est hors des limites de l'objet %qD avec le type %qT %G%qD le décalage %s depuis l'objet à %qE est hors des limites de %qT %G%qD le décalage %s depuis l'objet à %qE est hors des limites du sous-objet référencé %qD avec le type %qT au décalage %wu %G%qD le décalage %s est hors des limites %G%qD le décalage %s est hors des limites [0, %wu] %G%qD décalage %s hors des limites [0, %wu] de l'objet %qD avec le type %qT %G%qD le décalage %s est hors des limites de l'objet %qD avec le type %qT la sortie de %G%qD peut être tronquée en copiant %E octet depuis une chaîne de longueur %wu la sortie de %G%qD peut être tronquée en copiant %E octets depuis une chaîne de longueur %wu la sortie de %G%qD peut être tronquée en copiant entre %wu et %wu octets depuis une chaîne de longueur %wu la sortie de %G%qD a été tronquée avant le zéro de fin en copiant %E octet depuis une chaîne de la même longueur la sortie de %G%qD a été tronquée avant le zéro de fin en copiant %E octets depuis une chaîne de la même longueur la sortie de %G%qD a été tronquée avant le zéro final en copiant autant d'octets depuis la chaîne que sa longueur la sortie de %G%qD a été tronquée en copiant %E octet depuis une chaîne de longueur %wu la sortie de %G%qD a été tronquée en copiant %E octets depuis une chaîne de longueur %wu la sortie de %G%qD a été tronquée en copiant entre %wu et %wu octets depuis une chaîne de longueur %wu %G%qD subit un débordement de pointeur entre le décalage %s et la taille %s %G%qD subit un débordement de pointeur entre le décalage %s et la taille %s en accédant au tableau %qD avec le type %qT %G%qD l'argument source est le même que la destination la limite spécifiée par %G%qD (%E) est égale à la taille de la destination la limite spécifiée par %G%qD (%E) est égale la longueur de la destination la limite spécifiée par %G%qD (%E) excède la taille de la destination (%wu) la limite spécifiée par %G%qD dépend de la longueur de l'argument source %Gargument %u nul où un non-nul est attendu %K%qD lecture de %E octet depuis une région de taille %E %K%qD lecture de %E octets depuis une région de taille %E %K%qD lecture de %E octets ou plus depuis une région de taille %E %K%qD lecture entre %E et %E octets depuis une région de taille %E %K%qD la limite %E spécifiée est égale à la taille de la destination %K%qD: la limite spécifiée (%E) excède la taille de la destination (%E) %K%qD: la limite spécifiée (%E) excède la taille maximale de l'objet (%E) %K%qD: la limite spécifiée entre %E et %E excède la taille de la destination (%E) %K%qD: la limite spécifiée entre %E et %E excède la taille maximale de l'objet (%E) %K%qD: la taille %E spécifiée excède la taille maximale %E de l'objet %K%qD: la taille spécifiée entre %E et %E excède la taille maximale %E de l'objet %K%qD: l'écriture de %E octet dans une région de taille %E déborde de la destination %K%qD: l'écriture de %E octets dans une région de taille %E déborde de la destination %K%qD: l'écriture de %E octets ou plus dans une région de taille %E déborde de la destination %K%qD: écrire entre %E et %E octets dans une région de taille %E déborde de la destination %K%s %wd hors des limites %wd - %wd %Kl'argument %d doit être une constante immédiate %Kl'argument %i, ayant une plage [%E, %E], excède la taille maximale de l'objet (%E) %Kl'argument %i ayant une plage [%E, %E] est négatif %1$Kla valeur %3$qE de l'argument %2$i excède la taille maximale de l'objet (%4$E) %Kl'argument %i a la valeur %qE qui est négative %Kla valeur de l'argument %i est zéro %Kasm pas permis dans une fonction %<transaction_safe%> %Ktentative de libérer un objet qui n'est pas sur le tas %Ktentative de libérer un objet %qD qui n'est pas sur le tas %Kappel à %qs déclaré avec une erreur d'attribut: %s %Kappel à %qs déclaré avec un avertissement d'attribut: %s %Kle premier argument de %qD doit être un pointeur et le second une constante entière %Kutilisation invalide de %<__builtin_va_arg_pack ()%> %Kutilisation invalide de %<__builtin_va_arg_pack_len ()%> %Kl'avenue %wd est hors des limites %wd - %wd %Kl'index de l'avenue doit être une constante immédiate %Kle dernier argument de %qD n'est pas une constante entière entre 0 et 3 %Kle produit %<%E * %E%> des arguments %i et %i excède %<SIZE_MAX%> %Kle produit %<%E * %E%> des arguments %i et %i excède la taille maximale de l'objet (%E) %Kla taille totale et la taille de l'élément doivent être des constantes immédiates non nulles %d constructeur trouvé %d constructeurs trouvés %d destructeur trouvé %d destructeurs trouvés %d sorties enregistrées pour la boucle %d (qui a %d sorties) %d table de trame trouvée %d tables de trame trouvées les %d bits les moins significatifs de %s sont ignorés mode %i bits pas compilé %q#D ne peut pas être surchargé par %q#D %q#D entre en conflit avec une déclaration précédente %q#D est en conflit avec la version héritée de %qT %q#D déclaré ici %q#D ne réfère pas au type non qualifié, aussi n'est-il pas utilisé pour la liaison %q#D explicitement par défaut ici %q#D a un type incomplet %q#D cache le constructeur pour %q#D %q#D hérite depuis plusieurs sous-objets de base %q#D est invalide; une union anonyme ne peut avoir que des membres de données non statiques %q#D est invalide; une union anonyme ne peut avoir que des membres de données publiques non statiques %q#D est un membre de donnée statique; il peut seulement être initialisé lors de sa définition %q#D est implicitement déclaré comme supprimé car %qT déclare un constructeur par déplacement ou un opérateur d'affectation par déplacement %q#D est implicitement supprimé car la définition par défaut serait mal formée: %q#D est inaccessible dans ce contexte %q#D n'est pas un patron de fonction %q#D n'est pas un membre de donnée non statique de %qT %q#D n'est pas un argument de patron valable pour le type %qT car une variable de référence n'a pas une adresse constante %q#D n'est pas const %q#D est privé dans ce contexte %q#D est protégé dans ce contexte %q#D est public mais requiert un objet %q#T existant %q#D est volatile %q#D pas déclaré dans une classe %q#D précédemment déclaré ici %q#D précédemment défini ici %q#D redéclaré comme une sorte différente de symbole %q#D devrait être initialisé %q#D, déclaré avec le type local %qT, est utilisé mais jamais défini %q#D, déclaré avec un type non nommé, est utilisé mais jamais défini %q#F est implicitement supprimé car sa spécification d'exception ne correspond pas à la spécification d'exception implicite %qX %q#T n'a pas de membre nommé %qE %q#T n'a pas de membre nommé %qE; vouliez-vous utiliser %qE ? %q#T n'a pas de constructeur par défaut fourni par l'utilisateur %q#T a des membres de données qui sont des pointeurs %q#T a des classes virtuelles de base %q#T a des fonctions virtuelles et un destructeur non virtuel accessible %q#T n'est pas une classe %q#T n'est pas une classe ou un espace de noms %q#T n'est pas un patron %q#T n'est pas un type valide pour un paramètre non type du patron %q#T définit uniquement un destructeur privé et n'a pas d'amis %q#T définit uniquement des constructeurs privés et n'a pas d'amis %q#T utilisé là où un %qT était attendu %q#T utilisé là où une valeur en virgule flottante était attendue %q#T a été précédemment déclaré ici %q+#D ne peut pas être déclaré %q+#D n'est pas un membre de donnée statique de %q#T %q+#D est marqué %<final%> mais il n'est pas virtuel %q+#D est marqué %<override%> mais il ne surcharge rien l'alias %q+D entre une fonction et une variable n'est pas supporté %q+D est un synonyme vers le symbole externe %qE %q+D est un synonyme vers le symbole non défini %qE %q+D déjà déclaré avec l'attribut dllexport: dllimport est ignoré %q+D déclaré comme un ami %q+D est déclarée comme fonction variadique %q+D est déclaré pour prendre une référence const mais la déclaration implicite prendrait un non-const %q+D déclaré avec une spécification d'exception %q+D est définie comme fonction variadique sans prototype %q+D est défini à la fois normalement et en tant qu'attribut %qE %q+D a les attributs incompatibles %qs et %qs %q+D dans la directive de déclaration de cible n'a pas de type pour lequel une correspondance peut être établie (mappable type) %q+D est statique mais est déclaré dans la fonction en ligne %qD qui n'est pas statique %q+D est habituellement une fonction %q+D le décalage %E dans %qT n'est pas aligné sur %u %q+D le décalage %E dans %qT ne peut pas être aligné sur %u %q+D redéclaré comme une sorte de symbole différent %q+D redéclaré en ligne avec l'attribut %<gnu_inline%> %q+D redéclaré en ligne sans l'attribut %<gnu_inline%> %q+D redéclaré sans l'attribut dllimport après avoir été référencé avec une liaison pour une dll %q+D redéclaré sans l'attribut dllimport: le dllimport précédent est ignoré membre de donnée statique %q+D à l'intérieur de la directive de déclaration de cible %q+D prend soit aucun argument ou soit deux arguments %q+E n'est pas une expression constante %q+F déclaré %<static%> mais jamais défini %q+F utilisé mais jamais défini %q+T n'est pas littéral à cause de: alias %qD entre des fonctions de types incompatibles %qT et %qT %qD apparaît à la fois dans les clauses « data » et « map » %qD apparaît plus d'une fois dans les clauses %<aligned%> %qD apparaît plus d'une fois dans les clauses de données %qD apparaît plus d'une fois dans les clauses %<map%> %qD apparaît plus d'une fois dans les clauses de mouvement %qD apparaît plus d'une fois dans les clauses de réduction l'argument %qD %i a déclaré l'attribut %<nonstring%> la directive d'attribut %qD est ignorée l'attribut %qD n'a pas de signification puisque les membres de l'espace de noms anonyme obtiennent des symboles locaux l'attribut %qD requiert un seul argument NTBS %qD appelé dans une expression constante %qD est appelé dans une expression constante avant que sa définition soit complète %qD peut être marqué « override » %qD ne peut pas apparaître dans une expression constante %qD ne peut pas être déclaré %<virtual%> puisqu'il est toujours statique %qD ne peut pas être imposé par défaut %qD ne peut pas être utilisé comme une fonction %qD ne peut avoir d'arguments par défaut %qD a changé de sémantique dans GCC 4.4 %qD effacement d'un objet du type non trivial %#qT%s %qD effacement d'un objet de type %#qT contenant un pointeur vers un membre%s %qD effacement d'un objet de type %#qT sans affectation par copie triviale%s %qD est en conflit avec la fonction utilisée %qD copie un objet du type non trivial %#qT depuis un tableau de %#qT %qD copie un objet de type %#qT avec le membre %qs de %qD depuis un tableau de %#qT; utilisez plutôt une affectation ou une initialisation par copie %qD déclaré %<static%> dans un contexte %<constexpr%> %qD déclaré %<static%> dans une fonction %<constexpr%> %qD déclaré %<thread_local%> dans un contexte %<constexpr%> %qD déclaré %<thread_local%> dans une fonction %<constexpr%> %qD est déclaré %<transaction_safe_dynamic%> %qD déclaré comme un champ %<virtual%> %qD déclaré comme un paramètre %<virtual%> %qD déclaré comme un type %<virtual%> %qD est déclaré comme une variable %<virtual%> %qD déclaré comme un non paramètre %qD déclaré comme un champ %<inline%> %qD déclaré comme un paramètre %<inline%> %qD déclaré comme un type %<inline%> %qD est déclaré comme tableau de %qT %qD est déclaré comme référence mais n'est pas initialisé %qD déclaré ici %qD déclaré ici, plus loin dans l'unité de traduction %qD défini mais pas utilisé %qD défini ici %qD n'a pas un type pour lequel la correspondance peut être établie (mappable type) dans la clause %qs %qD n'a pas un type entier ou énuméré %qD ne nomme pas une énumération dans %qT %qD ne fait pas référence à une fonction %qD ne fait pas référence à une fonction à l'intérieur de l'espace de noms %qD a une déclaration précédente ici %qD a déjà été défini %qD a un type incomplet %qT %qD a un type incomplet %qD a une liste d'arguments invalide %qD n'a pas été déclaré dans %qD %qD a le même nom que la classe dans laquelle il est déclaré %qD dans la clause %<reduction%> est un tableau de taille nulle %qD hérite de l'étiquette de l'ABI %E que %qT (utilisé dans son type de retour) a déjà %qD hérite de l'étiquette de l'ABI %E que %qT (utilisé dans son type) a déjà %qD invalide dans %q#T à cause du membre local %q#D avec le même nom %qD invalide dans %q#T à cause de la méthode locale %q#D avec le même nom %qD est invalide dans une lambda %qD est un espace de noms %qD est une fonction de désallocation habituelle (sans placement) %qD est une fonction de désallocation habituelle (sans placement) en C++14 (ou avec -fsized-deallocation) %qD est déjà un ami de %qT %qD est déjà un ami de la classe %qT %qD est déjà déclaré dans cette portée %qD est déjà défini dans %qT %qD est déjà défini dans la classe %qT %qD est déjà défini dans la classe %qT %qD est un patron d'énumération %qD est à la fois une base directe et une base virtuelle indirecte %qD est défini avec le modèle tls %s %qD est obsolète %qD est obsolète: %s %qD est initialisé avec lui-même %qD est normalement une fonction non statique %qD n'est pas une classe ou un espace de noms %qD n'est pas un patron de fonction %qD n'est pas un membre de %qD %qD n'est pas un membre de %qT %qD n'est pas une fonction patron membre %qD n'est pas un espace de noms %qD n'est pas une variable pointeur %qD n'est pas un membre de données statique d'un patron de classe %qD n'est pas un patron %qD n'est pas un patron de fonction %qD n'est pas un type %qD n'est pas un argument de patron valable car %qD est une variable, pas une adresse d'une variable %qD n'est pas une variable %qD n'est pas une variable dans la clause %<aligned%> %qD n'est pas une variable dans la clause %<depend%> %qD n'est pas une variable dans la clause %qs %qD n'est pas une variable dans la clause %<firstprivate%> %qD n'est pas une variable dans la clause %<lastprivate%> %qD n'est pas une variable dans la clause %qs %qD n'est pas un patron de variable %qD n'est pas un argument dans la clause %<uniform%> %qD n'est pas un argument de fonction %qD n'est pas capturé %qD n'est pas compatible avec %qD %qD n'est pas défini à l'extérieur de la portée de la fonction %qD n'est pas utilisable comme une fonction %<constexpr%> car: %qD est statique mais il est utilisé dans la fonction en ligne %qD qui n'est pas statique %qD est une variable « threadprivate » dans la clause %qs %qD est trop petit pour contenir toutes les valeurs de %q#T %qD est utilisé sans être initialisé dans cette fonction %qD pourrait être utilisé sans être initialisé dans cette fonction %qD ne peut pas être déclaré statique %qD ne peut pas être déclaré dans un espace de noms %qD déplacement d'un objet du type non trivial %#qT et de taille %E dans une région de taille %E %qD déplacement d'un objet du type non trivialement copiable %#qT; utilisez plutôt %<new%> et %<delete%> %qD déplacement d'un objet de type %#qT avec un constructeur par copie supprimé; utilisez plutôt %<new%> et %<delete%> %qD déplacement d'un objet de type %#qT avec un destructeur supprimé %qD doit être une variable globale dans %<#pragma acc declare link%> %qD doit être une fonction non membre %qD doit être une fonction membre non statique %qD doit être soit une fonction membre non statique ou une fonction non membre %qD doit avoir un argument de type classe ou énuméré %qD doit avoir un ou deux arguments %qD doit avoir zéro ou un argument %qD doit avoir exactement un argument %qD doit avoir exactement deux arguments %qD ne doit avoir aucun argument %qD ne doit pas avoir un nombre variables d'arguments %qD n'est pas déclaré %qD n'est pas défini %qD redéclaré avec un accès différent %qD est redéclaré avec une visibilité différente %qD est référencé dans une région cible qui n'a pas de type pour lequel une correspondance peut être établie (mappable type) %qD renommé après avoir été référencé dans l'assembleur %qD devrait être initialisé %qD devrait être initialisé dans la liste d'initialisation du membre %qD aurait dû être déclaré à l'intérieur de %qD %qD devrait retourner par valeur l'argument source %qD est le même que la destination %qD est spécifié à la fois dans les clauses declare target %<link%> et %<to%> %qD utilisé avant sa définition %qD utilisé dans sa propre initialisation %qD utilisé sans paramètres du patron %qD viole la règle de la définition unique du C++ %qD a été déclaré %<extern%> puis, plus loin, %<static%> %qD a été déclaré %qs ce qui implique la visibilité par défaut %qD a été déclaré ici %qD était caché %qD n'a pas été déclaré %<constexpr%> %qD n'a pas été déclaré dans cette portée %qD n'a pas été déclaré dans cette portée et aucune déclaration a été trouvée par le recherche dépendant des arguments au point d'instanciation %qD n'a pas été initialisé par une expression constante %qD précédemment déclaré ici %qD a été utilisé sans déclaration avant sa définition %qD a été utilisé sans prototype avant sa définition %qD sera initialisé après %qD écriture dans un objet du type non trivial %#qT laisse %wu octet inchangé %qD écriture dans un objet du type non trivial %#qT laisse %wu octets inchangés écriture %qD vers un objet de type non trivial %#qT%s %qD écriture dans un objet du type non trivialement copiable %#qT%s écriture %qD vers un objet de type %#qT contenant un pointer vers le membre de donnée%s écriture %qD vers un objet de type %#qT avec le membre %qs de %qD écriture %qD vers un objet de type %#qT sans affectation par copie triviale %qD écriture dans un objet de type %#qT sans affectation par copie triviale%s %qD écriture dans un objet avec un constructeur par copie supprimé %qD: attribut de visibilité ignoré car il est en conflit avec la déclaration précédente l'attribut de compatibilité %qE 2.95 ne s'applique qu'à des classes C++ l'attribut de compatibilité %qE 2.95 ne s'applique qu'à la compilation d'un kext (extension du noyau) %qE apparaît plus d'une fois dans les clause %<aligned%> %qE apparaît plus d'une fois dans les clauses de données %qE apparaît plus d'une fois dans la clause de correspondance (map) %qE apparaît plus d'une fois dans la même directive %<declare target%> l'argument de %qE n'est pas une fonction l'argument %qE n'est pas un identificateur l'adresse de l'attribut %qE est hors limites l'attribut %qE n'accepte qu'une constante entière comme argument attribut %qE appliqué à %qD avec un type de retour void attribut %qE appliqué à %qT après sa définition attribut %qE appliqué à la déclaration extern "C" %qD attribut %qE appliqué au type %qT qui n'est ni une classe ni un enum attribut %qE appliqué à %qD qui n'est ni une fonction ni une variable l'attribut %qE ne s'applique qu'à des fonctions l'attribut %qE ne s'applique qu'aux variables externes initialisées l'argument de l'attribut %qE n'est pas une constante de chaîne de caractères l'argument de l'attribut %qE n'est pas une constante entière l'argument de l'attribut %qE devrait être entre 0 et 255 l'argument de l'attribut %qE doit être compris entre 18 et 255 l'attribut %qE peut uniquement être appliqué aux fonctions ou aux classes ou aux types énumérés l'attribut %qE ne peut pas être appliqué aux variables avec des sections spécifiques l'attribut %qE ne peut être spécifié pour des variables locales directive d'attribut %qE ignorée l'attribut %qE ne s'applique pas aux fonctions l'attribut %qE ne s'applique pas aux types l'attribut %qE ne s'applique pas aux fonctions attribut %qE dupliqué l'attribut %qE suit %qE l'attribut %qE n'a pas d’effet l'attribut %qE n'a pas d'effet sur les variables automatiques l'attribut %qE n'a pas d'effet sur les fonctions statiques l'attribut %qE n'a pas d'effet sur les fonctions locales dans l'unité l'attribut %qE n'a d'effet que sur les objets publics attribut %qE ignoré l'attribut %qE est ignoré car %qT est déjà défini l'attribut %qE est ignoré à cause d'un conflit avec l'attribut %qs l'attribut %qE est ignoré à cause d'un conflit avec l'attribut %qs l'attribut %qE est ignoré pour %qE l'attribut %qE est ignoré pour le champ de type %qT l'attribut %qE est ignoré pour un type qui n'est pas une classe l'attribut %qE est ignoré pour l'objet de type %qT l'attribut %qE est ignoré sur les types l'attribut %qE est ignoré sans l'option -mcmse. l'attribut %qE est ignoré. Utilisez l'option -fcf-protection pour l'activer l'attribut %qE n'est pas supporté pour la cible R8C l'attribut %qE n'est pas supporté sur cette plate-forme l'attribut %qE s'applique uniquement aux fonctions l'attribut %qE est uniquement valable sur un type %<struct%> l'attribut %qE est uniquement supporté pour SH2A l'attribut %qE est utilisé pour une méthode qui n'est pas une classe l'attribut %qE n'est pas permis avec une classe de stockage auto l'attribut %qE n'est pas disponible pour les fonctions qui retournent une valeur sur la pile l'attribut %qE n'est pas disponible pour les fonctions avec des arguments passés sur la pile l'attribut %qE n'est pas disponible pour les fonctions avec un nombre variable d'arguments attribut %qE sur une fonction retournant %<void%> attribut %qE sur une variable non volatile l'attribut %qE affecte uniquement les objets au niveau le plus haut l'attribut %qE s'applique uniquement au SH2A l'attribut %qE ne s'applique qu'au type de base d'un pointeur vers une fonction l'attribut %qE ne s'applique qu'à des types de fonction l'attribut %qE s'applique uniquement aux fonctions l'attribut %qE s'applique seulement à des fonctions d'interruption l'attribut %qE ne s'applique qu'à des types l'attribut %qE ne s'applique qu'aux variables l'attribut %qE ne s'applique qu'aux variables statiques l'attribut %qE s'applique uniquement aux fonctions variadiques l'attribut %qE est uniquement disponible en 32 bits l'attribut %qE n'est supporté que par les cœurs Tiny réduits l'attribut %qE est uniquement valable pour l'architecture ARC EM l'attribut %qE est uniquement valable pour l'architecture ARCv2 l'attribut %qE requiert une chaîne comme argument l'attribut %qE requiert un argument de type constante chaîne de caractères l'attribut %qE requiert un type de retour « void » l'attribut %qE requiert un argument de type constante entière l'attribut %qE exige des prototypes avec des arguments nommés %qE ne peut pas être utilisé comme une fonction %qE ne peut pas être utilisé comme pointeur de membre puisqu'il est de type %qT %qE ne peut pas avoir les deux attributs %qs et %qs en même temps %qE est déclaré %<threadprivate%> après la première utilisation %qE déclaré comme une fonction retournant une fonction %qE déclaré comme une fonction retournant un tableau %qE est défini comme un mauvais type de balise %qE n'a pas un type pour lequel une correspondance peut être établie (mappable type) dans la clause %qs %qE n'a pas un type pointeur ou tableau %qE ne nomme pas un type %qE ne nomme pas un type; vouliez-vous utiliser %qs ? %qE échoue a être un typedef ou un type interne %qE a, à la fois, %<extern%> et un initialiseur %qE a le type const pour %<reduction%> %qE a un type invalide pour %<reduction(%s)%> %qE n'a pas été déclaré %qE implique la visibilité par défaut mais %qD a déjà été déclaré avec une visibilité différente %qE dans la clause %<aligned%> n'est ni un pointeur ni un tableau %qE dans la clause %<aligned%> n'est ni un pointeur ni un tableau ni une référence vers un pointeur ou un tableau %qE dans la clause %<reduction%> est un tableau de taille nulle %qE dans %q#T ne nomme pas pas un type de patron %qE dans %q#T ne nomme pas un type %qE dans l'espace de noms %qE ne nomme pas un type de patron %qE dans l'espace de noms %qE ne nomme pas un type l'attribut incompatible %qE est ignoré %qE initialisé et déclaré %<extern%> %qE est un membre d'une union %qE est un pointeur; vouliez-vous utiliser %<->%> ? %qE est un type non reconnu de fonction avec format %qE est obsolète %qE est obsolète: %s %qE n'est ni une variable ni un nom de fonction dans la clause %qs %qE n'est ni une fonction ni une fonction membre; il ne peut pas être déclaré ami %qE n'est pas une classe ou un espace de noms %qE n'est pas un patron de classe %qE n'est pas une classe, un espace de noms ou une énumération %qE n'est pas une expression constante %qE n'est pas une expression constante car il fait référence à une variable incomplètement initialisée %qE n'est pas une expression constante car il fait référence aux sous-objets mutables de %qT %qE n'est pas un patron %qE n'est pas un type %qE n'est pas un argument de patron valable pour %qT car ce n'est pas l'adresse d'une variable %qE n'est pas un argument de patron valide pour le type %qT %qE n'est pas un argument de patron valable pour le type %qT car %qD n'a pas de classe de liaison externe %qE n'est pas un argument de patron valable pour le type %qT car %qD n'a pas de classe de liaison %qE n'est pas un argument de patron valable pour le type %qT car il est un pointeur %qE n'est pas un argument de patron valable pour le type %qT car ce n'est pas une l-valeur %qE n'est pas un argument de patron valable pour le type %qT car ce n'est pas un objet avec une classe de liaison %qE n'est pas un argument de patron valable pour le type %qT car il est du type %qT %qE n'est pas un argument de patron valable pour le type %qT car l'objet %qD n'a pas de classe de liaison %qE n'est pas un argument de patron valable pour le type %qT à cause de conflits dans les qualificatifs CV %qE n'est pas un argument de patron valable pour le type %qT car les chaînes littérales ne peuvent jamais être utilisées dans ce contexte %qE n'est pas un argument de patron valable de type %qT car %qD n'a pas une classe de liaison externe %qE n'est pas un argument de patron valable pour le type %qT car %qD n'a pas de classe de liaison %qE n'est pas un argument de patron valable pour le type %qT car %qE n'est pas une variable %qE n'est pas une variable dans la clause %<aligned%> %qE n'est pas une variable dans la clause %<depend%> %qE n'est pas une variable dans la clause %qs %qE n'est pas une variable dans la clause %<firstprivate%> %qE n'est pas une variable dans la clause %<lastprivate%> %qE n'est pas une variable dans la clause %qs %qE n'est pas un nom de classe Objective-C ou un alias %qE n'est pas un argument dans la clause %<uniform%> %qE n'est pas au début de la déclaration %qE n'est pas initialisé %qE n'est pas un type %qT %qE est uniquement autorisé dans les dialectes Objective-C %qE est prédéterminé %qs pour %qs %qE est utilisé sans être initialisé dans cette fonction %qE pourrait être utilisé sans être initialisé dans cette fonction %qE peut ne pas répondre à %<%c%E%> %qE peut écrire un zéro terminal au delà de la fin de la destination %qE doit être %<threadprivate%> pour %<copyin%> %qE a besoin de l'option isa %s %qE a besoin d'une option isa inconnue %qE non spécifié dans la région %qs englobante %qE non spécifié dans la construction OpenACC %qs englobante %qE écrit %wu octet dans une destination dont la taille est %wu %qE écrit %wu octets dans une destination dont la taille est %wu %qE écrit %wu octets ou plus (%wu supposé) dans une destination dont la taille est %wu %qE écrit %wu octets ou plus dans une destination dont la taille est %wu %qE écrit entre %wu et %wu octets dans une destination dont la taille est %wu la sortie de %qE peut être tronquée avant le dernier caractère de format la sortie de %qE peut être tronquée avant le dernier caractère de format %qE redéclaré comme une autre sorte de symbole %qE redéclaré avec les attributs conflictuels %qs %qE requiert %<-fgnu-tm%> %qE requiert une directive %<declare%> pour l'utilisation dans une fonction %<routine%> %qE non déclaré (première utilisation dans cette fonction) %qE non déclaré (première utilisation dans cette fonction); vouliez-vous utiliser %qs ? %qE non déclaré ici (hors de toute fonction) %qE non déclaré ici (hors de toute fonction); vouliez-vous utiliser %qs ? %qE utilisé avec %<auto%> %qE utilisé avec %<register%> %qE utilisé avec %<typedef%> %qE avec une clause %<link%> utilisée dans une fonction %<routine%> %qE écrit un zéro terminal au delà de la fin de la destination %qF déclaré %<static%> mais jamais défini %qF requiert -mvx %qF requiert z14 ou supérieur %qT et %qT sont dans des espaces d'adresses nommés disjoints %qT en tant que type plutôt qu'un simple %<decltype(auto)%> %qT déclaré ici %qT est déclaré avec une plus grande visibilité que sa base %qT %qT est déclaré avec une plus grande visibilité que le type de son champs %qD %qT est défini avec des bases virtuelles directes %qT est défini avec des bases directes multiples %qT ne possède pas l'étiquette de l'ABI %E que %qT (utilisé dans le type de %qD) possède %qT n'a pas l'étiquette de l'ABI %E que la classe de base %qT a %qT a la base %qT dont le type dépend du type %qT qui n'a pas de classe de liaison %qT a la base %qT dont le type n'a pas de classe de liaison %qT a la base %qT dont le type utilise l'espace de noms anonyme %qT a un champ %qD dont le type dépend du type %qT qui n'a pas de classe de liaison %qT a un champ %qD dont le type n'a pas de classe de liaison %qT a un champ %qD dont le type utilise l'espace de noms anonyme %qT a une déclaration précédente ici %qT n'a pas de membre nommé %qE %qT n'a pas de membre nommé %qE; vouliez-vous employer %qE ? %qT n'a pas de membre de données non statique nommé %qD %qT est un type modifié par une variable %qT est déjà un ami de %qT %qT est une base ambiguë de %qT %qT est une base inaccessible de %qT %qT n'est pas une base de %qT %qT n'est pas une classe ou un espace de noms %qT n'est pas un type de classe %qT n'est pas un type class, struct ou union %qT n'est pas un patron de classe membre de %qT %qT n'est pas un membre de %qT %qT n'est pas un espace de noms %qT n'est pas un enum dans l'espace de noms ou hors de toute portée %qT n'est pas une classe imbriquée dans %qT %qT n'est pas un type pointeur vers un objet %qT n'est pas un patron %qT n'est pas un type de patron %qT n'est pas une base accessible de %qT %qT n'est pas un type énuméré %qT a été promu en %qT lors du passage à travers %<...%> %qT est/utilise un type anonyme %qT référé en tant que %qs il est fait référence à %qT comme un enum %qT est résolu en %qT qui n'est pas un type de classe %qT est résolu en %qT qui n'est pas un type d'énumération les qualificatifs %qV ne peuvent pas être appliqués à %qT conversion %qc utilisée sans guillemets conversion %qc utilisée dans une séquence entre guillemets directive %qc redondante après une occurrence précédente du même %qs %qs est déjà défini comme liaison spécifique pour le %qs générique à %C %qs et %<%s-%s%> sont incompatibles %qs et %<%s=%s%> sont incompatibles %qs et %qs sont incompatibles Les arguments %qs et %qs de l'intrinsèque %qs à %L doivent avoir des formes identiques. Les arguments %qs et %qs de l'intrinsèque %qs à %L doivent avoir le même type %qs et %qs ne peuvent pas être FUNCTION/SUBROUTINE mixte pour GENERIC %qs à %L %qs et %qs pour GENERIC %qs à %L sont ambigus %qs semble être un gestionnaire avec l'attribut %qs mal orthographié, il manque le préfixe %<__vector%> L'argument %qs de l'intrinsèque %qs à %L ne peut pas être INTENT(IN) L'argument %qs de l'intrinsèque %qs à %L ne peut pas être du type %s L'argument %qs de l'intrinsèque %qs à %L a une permutation invalide des dimensions (dimension %qd dupliquée) L'argument %qs de l'intrinsèque %qs à %L a une forme invalide dans la dimension %d (%ld/%ld) L'argument %qs de l'intrinsèque %qs à %L a un élément négatif (%d) L'argument %qs de l'intrinsèque %qs à %L a une dimension hors limite (%d) L'argument %qs de l'intrinsèque %qs à %L a un mauvais nombre d'éléments (%d/%d) L'argument %qs de l'intrinsèque %qs à %L est vide L'argument %qs de l'intrinsèque %qs à %L n'est pas un index de dimension valide L'argument %qs de l'intrinsèque %qs à %L doit être %s L'argument %qs de l'intrinsèque %qs à %L doit être ALLOCATABLE L'argument %qs de l'intrinsèque %qs à %L doit être un INTEGER L'argument %qs de l'intrinsèque %qs à %L doit être INTEGER ou LOGICAL L'argument %qs de l'intrinsèque %qs à %L doit être INTEGER ou PROCEDURE L'argument %qs de l'intrinsèque %qs à %L doit être INTEGER ou REAL L'argument %qs de l'intrinsèque %qs à %L doit être INTEGER, REAL ou CHARACTER L'argument %qs de l'intrinsèque %qs à %L doit être REAL ou COMPLEX L'argument %qs de l'intrinsèque %qs à %L doit être un POINTER L'argument %qs de l'intrinsèque %qs à %L doit être un POINTER ou un TARGET L'argument %qs de l'intrinsèque %qs à %L doit être POINTER, ALLOCATABLE ou un pointeur de procédure L'argument %qs de l'intrinsèque %qs à %L doit être une constante L'argument %qs de l'intrinsèque %qs à %L doit être une entité de donnée L'argument %qs de l'intrinsèque %qs à %L doit être un tableau logique L'argument %qs de l'intrinsèque %qs à %L doit être un pointeur ou une VARIABLE ou FONCTION cible L'argument %qs de l'intrinsèque %qs à %L doit être scalaire L'argument %qs de l'intrinsèque %qs à %L doit être une variable L'argument %qs de l'intrinsèque %qs à %L doit être un tableau L'argument %qs de l'intrinsèque %qs à %L doit être une entité de données interopérable: %s L'argument %qs de l'intrinsèque %qs à %L doit être un réel par défaut L'argument %qs de l'intrinsèque %qs à %L doit être en double précision L'argument %qs de l'intrinsèque %qs à %L doit être moins que le rang %d L'argument %qs de l'intrinsèque %qs à %L doit être numérique ou LOGICAL L'argument %qs de l'intrinsèque %qs à %L doit être une variable muette L'argument %qs de l'intrinsèque %qs à %L doit être d'un sous-type pas plus large que le sous-type par défaut (%d) L'argument %qs de l'intrinsèque %qs à %L doit être une variable muette OPTIONAL L'argument %qs de l'intrinsèque %qs à %L doit être d'un type extensible L'argument %qs de l'intrinsèque %qs à %L doit être d'un type intrinsèque L'argument %qs de l'intrinsèque %qs à %L doit être du sous-type %d L'argument %qs de l'intrinsèque %qs à %L doit être de rang %d L'argument %qs de l'intrinsèque %qs à %L doit être de rang 1 ou 2 L'argument %qs de l'intrinsèque %qs à %L doit être positif L'argument %qs de l'intrinsèque %qs à %L doit être du même sous-type que %qs L'argument %qs de l'intrinsèque %qs à %L doit être du même type et du même sous-type que %qs L'argument %qs de l'intrinsèque %qs à %L doit avoir un type numérique L'argument %qs de l'intrinsèque %qs à %L doit avoir un type soit REAL ou soit INTEGER L'argument %qs de l'intrinsèque %qs à %L doit avoir le même rang que %qs ou être un scalaire L'argument %qs de l'intrinsèque %qs à %L ne peut pas être OPTIONAL L'argument %qs de l'intrinsèque %qs à %L ne doit pas être un sous-objet de %qs L'argument %qs de l'intrinsèque %qs à %L ne doit pas être présent si %<x%> est COMPLEX L'argument %qs de l'intrinsèque %qs à %L doit fournir au moins autant d'éléments qu'il y a de valeurs .TRUE. dans %qs (%ld/%d) L'argument %qs de l'intrinsèque %qs à %L n'est pas encore supporté L'argument %qs de l'intrinsèque %qs à %L sera du type entier, réel ou caractère L'argument %qs de l'intrinsèque %qs à %L aura le même type que %qs à %L L'argument %qs de l'intrinsèque %qs à %L ne sera point TYPE(*) L'argument %qs de l'intrinsèque %qs à %L ne sera point une procédure L'argument %qs de l'intrinsèque %qs à %L ne sera point un tableau de taille tacite L'argument %qs de l'intrinsèque %qs à %L ne sera point co-indexé L'argument %qs de l'intrinsèque %qs à %L spécifiera un sous-type entier valide L'argument %qs de l'intrinsèque %qs à %L doit avoir le rang %d ou être un scalaire %qs à %C est une extension DEC, activez-la avec %<-fdec-structure%> %qs à %C est une redéfinition de la déclaration dans l'interface correspondante pour MODULE PROCEDURE %qs %qs à %C est déjà défini comme procédure FINAL %qs à %C n'est pas un membre de la structure %qs %qs à %C n'est pas un membre de la structure %qs; vouliez-vous employer %qs ? %qs à %C n'est pas une variable %qs à %C est le nom d'une fonction récursive et, par conséquent, il fait référence à la variable résultat. Utilisez une variable RESULT explicite pour diriger la récursion (12.5.2.1) %qs à %L a déjà été initialisé à %L %qs à %L associé a une expression ne peut pas être utilisé dans un contexte de définition de variable (%s) %qs à %L associé à la cible vecteur indexé ne peut pas être utilisé dans le contexte de définition de variable (%s) %qs à %L ne peut pas avoir l'attribut VALUE car ce n'est pas un argument muet %qs à %L a un type, ce qui n'est pas cohérent avec l'appel CALL à %L %qs à %L a des attributs spécifiés en dehors du corps de son INTERFACE %qs à %L a l'attribut CONTIGUOUS mais il n'est pas un pointeur de tableau ou un tableau de forme tacite ou de rang tacite %qs à %L est ambigüe %qs à %L est un tableau et est OPTIONAL; SI IL EST MANQUANT, il ne peut pas être l'argument effectif d'une procédure ELEMENTAL à moins qu'il y ait un argument non optionnel avec le même rang (12.4.1.5) %qs à %L n'est pas une VALUE %qs à %L n'est pas une fonction %qs à %L n'est pas une procédure de module %qs à %L est du type ABSTRACT %qs %qs à %L doit être plus petit que BIT_SIZE(%qs) %qs à %L doit être plus petit ou égal à BIT_SIZE(%qs) %qs à %L doit être plus petit ou égal au BIT_SIZE de INTEGER(KIND=%d) %qs à %L doit être non négatif %qs à %L doit avoir une longueur de caractère constante dans ce contexte %qs à %L doit avoir le même nombre d'arguments formels que la procédure surchargeante %qs à %L ne doit pas être DEFERRED car il surcharge une liaison non DEFERRED %qs à %L surcharge une FUNCTION et doit aussi être une FUNCTION %qs à %L surcharge une liaison NOPASS et doit aussi être NOPASS %qs à %L surcharge une procédure PUBLIC et ne doit pas être PRIVATE %qs à %L surcharge une procédure PURE et doit aussi être PURE %qs à %L surcharge une SUBROUTINE et doit aussi être une SUBROUTINE %qs à %L surcharge une liaison PASS et doit aussi être PASS %qs à %L surcharge une procédure non ELEMENTAL et ne doit pas être ELEMENTAL non plus %qs à %L surcharge une liaison de procédure déclarée NON_OVERRRIDABLE %qs à %L surcharge une procédure ELEMENTAL et doit aussi être ELEMENTAL %qs à %L devrait être une FUNCTION %qs à %L devrait être une SUBROUTINE attribut %qs ignoré l'attribut %qs ne s'applique qu'aux fonctions l'attribut %qs s’applique seulement aux fonctions variadiques l'attribut %qs requiert des prototypes avec des arguments nommés %qs ne peut pas apparaître dans une expression de constante %qs ne peut pas être étendu à %C car il est BIND(C) %qs ne peut pas être étendu à %C car il est un type SEQUENCE %qs combiné avec le qualificatif %<auto%> pour %qE %qs combiné avec le qualificatif %<register%> pour %qE l'option de la ligne de commande %qs est obsolète la construction %qs est à l'intérieur de la région %qs %qs déclaré INTRINSIC à %L n'existe pas %qs déclaré comme une fonction retournant une fonction %qs déclaré comme une fonction retournant un tableau %qs, déclaré à %L, est aussi le nom d'un intrinsèque. Il peut uniquement être appelé via une interface explicite ou si il est déclaré EXTERNAL. %qs, déclaré à %L, pourrait masquer l'intrinsèque du même nom. Pour appeler l'intrinsèque, des déclarations INTRINSIC explicites peuvent être nécessaires. %qs déclaré en dehors d'un contexte de classe %qs défini en dehors d'un contexte de classe %qs ne supporte pas le code MIPS16 %qs ne supporte pas la fonctionnalité %qs L'entité %qs ne peut pas avoir un initialiseur à %C L'entité %qs ne peut pas avoir d'attribut à %C %qs attend 1 argument mais %d sont fournis %qs attend 2 arguments mais %d sont fournis %qs attend un argument constant %qs attend une valeur en virgule fixe comme argument %qs attend une valeur en virgule fixe comme premier argument %qs attend une valeur entière comme deuxième argument l'expression %qs doit être un entier le modificateur de fonctionnalité %qs est incompatible avec %s %s la fonction avec l'attribut %qs ne peut pas avoir d'argument la fonction avec l'attribut %qs ne peut pas retourner une valeur la fonction %qs utilise le spécificateur de type %<auto%> sans type de retour à la fin la fonction %qs avec un type de retour à la fin a %qT comme étant son type au lieu d'un simple %<auto%> la fonction %qs avec le type de retour à la fin n'est pas déclarée avec le spécificateur de type %<auto%> %qs a, à la fois, %<extern%> et une initialisation %qs a débordé %qs dans %<%s %E%> %qs dans la clause %s à %L n'est pas une section de tableau convenable %qs dans la clause ALIGNED à %L requiert une expression d'alignement qui est un entier constant positif et scalaire %qs dans la clause ALIGNED doit être POINTER, ALLOCATABLE, pointeur Cray ou C_PTR à %L %qs dans la clause DEPEND à %L est une section de tableau de taille nulle %qs dans l'expression EXTENDS à %C n'est pas un type dérivé %qs dans la clause LINEAR à %L requiert une expression de pas linéaire qui soit un entier constant ou un argument muet spécifié dans une clause UNIFORM %qs dans la clause LINEAR à %L requiert une expression de pas linéaire qui soit un entier scalaire %qs ne peut pas apparaître dans COMMON à %L [F2008:C5100] %qs dans l'affectation de pointeur à %L ne peut pas être une l-valeur puisqu'il est une procédure %qs dans le contexte de définition de variable (%s) à %L n'est pas une variable %qs est incompatible avec les options explicitement désactivées %qs initialisé et déclaré %<extern%> Intrinsèque %qs avec un argument CHARACTER à %L Intrinsèque %qs avec l'argument KIND à %L Intrinsèque %qs avec un argument RADIX à %L %qs est un identificateur réservé de AVR-LibC. Envisagez %<#include <avr/interrupt.h>%> avant d'utiliser la macro %qs %qs est déjà IMPORTé depuis l'unité dans la portée de l'hôte à %C %qs est un argument invalide pour -mcpu= %qs est une option inconnue de -save-temps %qs est corrompu %qs est obsolète %qs est déprécié et recommandé dans aucune circonstance %qs est déprécié; utilisez -fno-zero-initialized-in-bss %qs est obsolète; utilisez -fstack-check. %qs est incompatible avec %qs %qs est incompatible avec %s %s %qs est plus étroit que les valeurs de son type %qs n'est ni un opérateur défini ni un composant de structure dans la chaîne avec un point à %C %qs n'est pas un répertoire %qs n'est pas un fichier de données gcov %qs n'est pas un registre de base valable dans %qs %qs n'est pas un registre de base valable dans -mstack-protector-guard-reg= %qs n'est pas un nombre valide dans %qs %qs n'est pas un nombre valable dans -mstack-protector-guard-offset= %qs n'est pas un décalage valide dans %qs %qs n'est pas un décalage valable dans -mstack-protector-guard-offset= %qs n'est pas une option valide pour le préprocesseur %qs n'est pas une option qui contrôle les avertissements %qs n'est pas supporté sur Darwin 64 bits; il est incompatible avec les bibliothèques C et C++ installées %qs n'est pas supporté sur des systèmes petits boutistes %qs n'est pas valide pour %qs %qs est d'un type PRIVATE et ne peut pas être un argument muet de %qs, qui est PUBLIC à %L %qs est à la version %q.*s, version %q.*s attendue l'expression de longueur de %qs doit être un entier l'expression de longueur %qs doit être une expression entière constante positive la variante correspondant à %qs est obsolète. la variante correspondant à %qs requiert z14 ou supérieur %qs doit être une procédure de module ou une procédure externe avec une interface explicite à %L %qs doit être du même type et du même sous-type que %qs à %L dans %qs %qs doit être la première clause de %qs %qs doit être utilisé avec %qs %qs ne doit pas apparaître dans la spécification de tableau à %L dans la même instruction ALLOCATE où il est lui-même alloué %qs a besoin d'un registre de base valable %qs n'est pas autorisé en dehors de STRUCTURE à %C %qs n'est pas supporté par votre assembleur %qs de %qs est PRIVATE à %L %qs du module %qs, importé à %C, est aussi le nom de l'unité actuelle du programme %qs requiert %qs %qs requiert %qs ou %qs %qs requiert une architecture PowerPC64, elle est maintenant activée %qs requiert le support VSX %qs requiert une cible qui fourni l'instruction %qs %qs requiert les instructions de branchement probable %qs requiert le support ISA 3.0 complet %qs est spécifié pour la variable auto %qE %qs est spécifié pour le paramètre %qE %qs spécifié pour un champ d'une structure %qs spécifié pour le champ %qE de la structure %qs est spécifié pour un paramètre non nommé étiquette %qs utilisée en nommant %q#T %qs utilisé avec %qE %qs utilise l'allocation de pile dynamique %qs utilise le registre r29 la valeur de %qs doit être positive la variable %qs n'est ni un pointeur ni un tableau la variable %qs n'est ni un pointeur ni un tableau ni une référence à un pointeur ou un tableau %r%s:%d:%R %r%s:%d:%R [ passe outre %d contextes d'instanciation, utilisez -ftemplate-backtrace-limit=0 pour désactiver ] %r%s:%d:%R dans l'expansion %<constexpr%> de %qs %r%s:%d:%d:%R %r%s:%d:%d:%R [ passe outre %d contextes d'instanciation, utilisez -ftemplate-backtrace-limit=0 pour désactiver ] %r%s:%d:%d:%R dans l'expansion %<constexpr%> de %qs %s %s %s Comme %s. Les boucles %s !$ACC LOOP sont imparfaitement imbriquées à %L %s %#qD %s %#qS %s %<%s%.*s%> attend un argument %<%T%s%> correspondant %s %<%s%.*s%> attend un argument %<%s%s%> correspondant %s %<%s%.*s%> attend un argument de type %<%T%s%> mais l'argument %d a le type %qT %s %<%s%.*s%> attend un argument de type %<%s%s%> mais l'argument %d a le type %qT %s %<%s(%E)%> %p %d %s %qE n'implémente pas complètement le protocole %qE %s %qs une construction %s %qs est à l'intérieur d'une région %s %qs %s %qs est un argument invalide pour la fonction interne %qs %s %s %p %d %s %s%s %s %wd hors des limites %wd - %wd %s « %s » L'argument %s pour IMAGE_INDEX doit être un tableau de rang un à %L %s à %C est une extension DEC, activez-la avec %<-fdec%> %s à %C est une extension DEC, activez-la avec %<-fdec-static%> %s à %C est une extension DEC, activez-la avec %<-fdec-structure%> %s à %L %s à %L est une extension DEC, activez-la avec %<-fdec-static%> %s à %L doit être INTEGER %s à %L doit être un scalaire %s à %L doit être un entier Attribut %s appliqué à %s %s à %L L'attribut %s à %L n'est pas permis en dehors de la partie de la spécification d'un module L'attribut %s est en conflit avec l'attribut %s à %L L'attribut %s est en conflit avec l'attribut %s dans %qs à %L L'attribut %s n'est pas permis dans le BLOCK DATA de l'unité de programme à %L L'attribut %s de %qs est en conflit avec l'attribut %s à %L %s entre la déclaration MODULE PROCEDURE dans MODULE %qs et la déclaration à %L dans (SUB)MODULE %qs %s ne peut pas être une boucle DO CONCURRENT à %L %s ne peut pas être DO WHILE ou DO sans contrôle de boucle à %L %s ne peut être utilisé dans asm ici La clause %s à %L requiert une expression INTEGER scalaire Dans la clause %s, la variable %qs à %L n'est ni un POINTER ni un tableau Les boucles coalescées %s ne forment pas un espace d'itération rectangulaire à %L %s est en conflit avec i386 (fanions arch ignorés) %s est en conflit avec ppc (fanions arch ignorés) %s est en conflit avec ppc64 (fanions arch ignorés) %s est en conflit avec x86_64 (fanions arch ignorés) %s ne supporte pas les numéros d'opérandes %%n$ dans le format %s ne supporte pas %s %s ne supporte pas %s avec le format %<%%%c%> %s %s ne supporte pas block_ends_with_call_p %s ne supporte pas block_ends_with_condjump_p %s ne supporte pas can_duplicate_block_p %s ne supporte pas can_merge_blocks_p %s ne supporte pas can_remove_branch_p %s ne supporte pas create_basic_block %s ne supporte pas delete_basic_block %s ne supporte pas dump_bb_for_graph %s ne supporte pas duplicate_block %s ne supporte pas flow_call_edges_add %s ne supporte pas force_nonfallthru %s ne supporte pas make_forwarder_block %s ne supporte pas merge_blocks %s ne supporte pas move_block_after %s ne supporte pas predict_edge %s ne supporte pas predicted_by_p %s ne supporte pas redirect_edge_and_branch %s ne supporte pas redirect_edge_and_branch_force %s ne supporte pas split_block %s ne supporte pas split_edge %s ne supporte par le format %<%%%c%> %s %s ne supporte pas le format %<%%%s%c%> %s %s ne supporte pas %qs %s comme modificateur de longueur %s ne prend aucune option de fonctionnalité %s attend une constante entière à la compilation %s attend une constante sous forme d'entier long à la compilation comme premier argument %s attend un littéral entier dans la plage [%d, %d] %s attend un littéral entier dans la plage [%d, %d]. (%wd) la liste d'expressions dans « %s » est traitée comme une expression composée %s ignoré avec %s et le format %<%%%c%> %s %s ignoré avec %s dans le format %s %s dans une CFString littérale %s dans la chaîne de format à %L les instructions %s ne sont pas autorisées dans la routine de service de type « %s » les instructions %s ne sont pas autorisées dans la fonction avec l'attribut no_caller_saved_registers %s n'est pas disponible pour l'architecture %s %s n'est pas supporté par cette configuration La variable d'itération %s doit être d'un type entier à %L La variable d'itération %s ne doit pas être THREADPRIVATE à %L Variable d'itération %s présente sur une clause autre que LASTPRIVATE à %L Variable d'itération %s présente sur une clause autre que LINEAR à %L Variable d'itération %s présente sur une clause autre que PRIVATE ou LASTPRIVATE à %L %s doit contenir au moins une clause MAP à %L %s accepte uniquement %d arguments %s accepte uniquement 1 argument %s accepte uniquement 2 arguments %s ne supporte que du code non pic sur les cibles M-profile avec l'instruction MOVT %s hors limites: La plage va de %i à %i, la valeur est %i La procédure %s à %L est déjà déclarée comme procédure %s La procédure %s à %L est déjà déclarée comme procédure %s. F2008: Une affectation à une fonction pointeur est ambigüe si elle est la première instruction exécutable après la spécification du bloc. Veuillez ajouter n'importe quel autre type d'instruction exécutable avant elle. FIXME %s requiert une expression scalaire caractère par défaut à %L %s a retourné %d comme valeur de sortie le signal %s a terminé le programme %s Le spécificateur %s dans l'instruction %s à %C a la valeur invalide %qs Le spécificateur %s dans l'instruction %s à %C à la valeur %qs L'instruction « %s » à %C ne peut pas suivre l'instruction « %s » à %L L'instruction %s à %C ne peut pas terminer une boucle DO non bloc L'instruction %s à %C suit un autre spécificateur d'accessibilité Instruction %s à %C dans une procédure PURE L'instruction %s à %C n'est pas applicable à la construction %qs L'instruction %s à %C n'est pas à l'intérieur d'une construction L'instruction %s à %C n'est pas à l'intérieur de la construction %qs L'instruction %s à %C quitte la construction CRITICAL L'instruction %s à %C quitte la construction DO CONCURRENT L'instruction %s à %C quitte le bloc structuré OpenACC L'instruction %s à %C quitte le bloc structuré OpenMP Instruction %s attendue à %L L'instruction %s n'est pas permise à l'intérieur de BLOCK DATA à %C L'instruction %s n'est pas permise à l'intérieur de BLOCK à %C L'instruction %s doit apparaître dans un MODULE L'instruction %s n'est pas permise dans une procédure PURE à %C chaîne %s mal formée étiquette %s La balise %s à %L doit être une chaîne de caractères du sous-type par défaut La balise %s à %L doit être du type %s La balise %s à %L doit être un scalaire étiquette %s avec INQUIRE %s terminé par le signal %d [%s]%s %s utilisé avec le format %<%%%c%> %s %s utilisé dans une séquence entre guillemets la variable « %s » %qE est privée dans le contexte extérieur %s"%s"%s est invalide %s"%s"%s n'est pas permis %s%#qD %s%#qD <supprimé> %s%#qD <concordance proche> %s%<%D(%T)%> <fonction interne> %s%<%D(%T, %T)%> <fonction interne> %s%<%D(%T, %T, %T)%> <fonction interne> %s%qT <conversion> %s"%s"%s est invalide %s"%s"%s n'est pas permis %s%s%s %sversion %s (%s) %s compilé par GNU C version %s, %s%s%s %sversion %s (%s) compilé par CC, heuristiques %s%sGGC: --param ggc-min-expand=%d --param ggc-min-heapsize=%d %s%savertissement: l'en-tête %s version %s diffère de la version %s de la bibliothèque. %s-%s est une plage vide %s: %d blocs de base et %d arêtes/blocs de base %s: %d blocs de base et %d registres; augmentez --param max-gcse-memory au delà de %d %s: %m %s: %s %s: %s %s: le compilateur %s n'est pas installé sur ce système %s: %s: %s %s: les arguments de --param devraient être de la forme NOM=VALEUR %s: échec de -fcompare-debug %s: échec de -fcompare-debug (longueur) %s: Dans l'instanciation de %q#D : %s: Dans la substitution de %qS : %s: le fichier PCH était invalide %s : tous les avertissements sont traités comme des erreurs %s: tentative de renommer la spécification %qs en une spécification %qs déjà définie %s: ne peut ouvrir en tant que fichier COFF %s: impossible de déterminer la longueur du fichier de comparaison pour le débogage %s %s: ne peut ouvrir le fichier de comparaison pour le débogage %s %s: impossible d'ouvrir le fichier PCH: %m %s: le fichier d'entrée de l'édition de liens n'est pas utilisé parce que l'édition de liens n'a pas été faite %s: pas un fichier COFF %s: la section %s est manquante %s : certains avertissements sont traités comme des erreurs %s:%d: embrouillé par les erreurs précédentes, abandon %s:%s: %E: %E %s: « %s » possède des arcs à partir du bloc de sortie %s: « %s » possède des arcs vers un bloc d'entrée %s: il manque les blocs d'entrée ou de sortie de « %s » %s: blocs déjà vus pour « %s » %s: ne peut ouvrir le fichier de données, supposé non exécuté %s: Impossible d'ouvrir le fichier de notes %s: corrompu %s: le graphe n'a pas de solution pour « %s » %s: aucune fonction trouvée %s: pas de ligne pour « %s » %s: pas un fichier de données gcov %s: n'est pas un fichier de notes gcov %s: débordement %s: profile ne concorde pas pour « %s » %s: fichier source est plus récent que le fichier de notes « %s » %s: l'estampille ne concorde par avec le fichier de notes %s: version « %.4s », préférée « %.4s » %s: version « %.4s », version préférée « %.4s » %sarch=%s%s est déprécié et sera supprimé dans les versions futures; utilisez au moins %sarch=z900%s %stune=%s%s est déprécié et sera supprimé dans les versions futures; utilisez au moins %stune=z900%s %u nom fourni pour la liaison structurée %u noms fournis pour la liaison structurée » fanion « » fanion « ! » fanion « # » « %%%c » n'est pas un préfixe d'opérande valide « %%& » utilisé sans référence à un TLS dynamique local l'opérande « %%l » n'est pas une étiquette « %s » doit avoir %d opérandes (en excluant match_dups) « %s » doit avoir au moins %d opérandes (en excluant match_dups) « %s » ne peut pas avoir plus de %d opérandes (en excluant match_dups) « %s » a été affecté à « %s » mais il n'a pas été défini durant la recompilation, ou inversement fanion « ' » fanion « ( » fanion « + » fanion « - » L'option « -mabi=2fp+ » est supportée si un FPU est disponible, doit activer « -mext-fpu-sp » ou « -mext-fpu-dp » fanion « 0 » l'opérande « B » a plusieurs bits activés l'opérande « B » n'est pas une constante modificateur « E » fanion « I » modificateur « O » modificateur « V » sur un registre non entier fanion « ^ » fanion « _ » fanion « a » la propriété « assign » %qs utilise la variable d'instance %qs qui est un champ de bits la propriété « atomic » %qs utilise la variable d'instance %qs qui est un champ de bits l'attribut « getter » de la propriété %qD est en conflit avec la déclaration précédente « h » appliqué à un opérande qui n'est pas un registre fanion « m » l'attribut « nonatomic » de la propriété %qD est en conflit avec la déclaration précédente l'opérande « o » n'est pas une constante fanion « q » l'attribut « readonly » de la propriété %qD est en conflit avec la déclaration précédente l'attribut « setter » de la propriété %qD est en conflit avec la déclaration précédente © (Les messages sans signature de méthode concordante (un pointeur vers un membre peut seulement être formé avec %<&%E%>) (une initialisation en dehors de la classe est requise) (espace de noms anonyme) (anonyme) (si ce n'est pas ce que vous vouliez faire, assurez-vous que le patron de la fonction a déjà été déclaré et ajoutez <> après le nom de la fonction ici) (si vous utilisez %<-fpermissive%> ou %<-std=c++11%> ou %<-std=gnu++11%> G++ acceptera votre code) (si vous utilisez %<-fpermissive%>, G++ acceptera votre code, mais permettre l'utilisation d'un nom non déclaré est obsolète) (près de l'initialisation de %qs) (pas d'argument) (peut-être que %<typename %T::%E%> était votre intention) (un point virgule est peut-être manquant après la définition de %qT) (vous devriez donc passer %qT et non %qT à %<va_arg%>) (destructeurs statiques pour %s) (initialiseurs statiques pour %s) (le message est affiché une seule fois par fichier source) ({anonyme}) *** ATTENTION *** il y a des extensions actives, ne rapportez pas ceci comme un bogue à moins de savoir le reproduire sans activer les extensions. *this l'argument %q.*s de --help est ambigu, veuillez être plus précis --help=<classe> Afficher la description d'une classe spécifiée d'options. <classe> peut prendre une ou plusieurs valeurs dans la liste: optimizers, target, warnings, undocumented, params. --param <paramètre>=<valeur> Initialiser le <paramètre> avec la valeur. Voir ci-dessous pour la liste complète des paramètres. --param inline-unit-growth limite atteinte --param large-function-growth limite atteinte --param large-stack-frame-growth limite atteinte --param max-inline-insns-auto limite atteinte --param max-inline-insns-single limite atteinte -A<question>=<réponse> Associer la <réponse> à la <question>. Placez « - » devant la <question> pour désactiver la <réponse> à la <question>. -D<macro>[=<valeur>] Définir la <macro> avec la <valeur>. Si seule la <macro> est fournie, <valeur> vaut 1. -E ou -x est requis lorsque l'entrée vient de l'entrée standard -F <répertoire> Ajouter le <répertoire> à la fin du chemin d'inclusion du framework principal. -G<nombre> Placer les données globales et statiques plus petites que <nombre> octets dans une section spéciale (sur certaines cibles). -I <répertoire> Ajouter le <répertoire> à la fin du chemin d'inclusion principal. -I- spécifié deux fois -J<répertoire> Place les fichiers de MODULE dans « répertoire ». -MF <fichier> Écrire la sortie des dépendances dans le fichier indiqué. -MG ne peut être utilisé qu'avec -M ou -MM -MQ <cible> Ajouter une cible make avec échappement des caractères spéciaux de make. -MT <cible> Ajouter une cible make sans échappement des caractères spéciaux de make. -O<nombre> Utiliser le niveau d'optimisation <nombre>. -U<macro> Abandonner la définition <macro>. -Waligned-new=[none|global|all] Avertir même si « new » utilise une fonction d'allocation qui est un membre de la classe. -Walloc-size-larger-than=<octets> Avertir à propos d'appels à des fonctions d'allocation qui tentent d'allouer des objets plus grands que le nombre d'octets spécifié. -Walloc-zero Avertir à propos d'appels à des fonctions d'allocation qui demandent zéro octets. -Walloca-larger-than=0 n'a pas de signification -Walloca-larger-than=<nombre> Avertir à propos d'utilisations de alloca sans limite et à propos d'utilisations de alloca dont la limite peut être plus grande que <nombre> octets. -Werror=%s: -%s n'est pas une option qui contrôle les avertissements -Werror=%s: pas d'option -%s -Wformat-contains-nul ignoré sans -Wformat -Wformat-extra-args ignoré sans -Wformat -Wformat-nonliteral ignoré sans -Wformat -Wformat-security ignorée sans -Wformat -Wformat-y2k ignoré sans -Wformat -Wformat-zero-length ignoré sans -Wformat -Wframe-larger-than=<nombre> Avertir si la trame de pile d'une fonction a besoin de plus de <nombre> octets. -Wlarger-than=<nombre> Avertir si un objet est plus grand que <nombre> octets. -Wmisleading-indentation est désactivé à partir de ce point puisque le suivi des colonnes a été désactivé à cause de la taille du code et des en-têtes -Wnormalized=[none|id|nfc|nfkc] Avertir à propos de chaînes Unicode non normalisées. -Wstack-usage=<number> Avertir si l'utilisation de la pile pourrait être plus grande que le montant spécifié. -Wvla-larger-than=0 n'a pas de signification -Wvla-larger-than=<nombre> Avertir à propos de l'utilisation de tableaux de longueur variable sans limite et sur l'utilisation de tableaux de longueur variable avec une limite qui peut être plus grande que <nombre> octets. -Xbind-now et -Xbind-lazy sont incompatibles -aux-info <fichier> Produire des informations de déclarations dans le <fichier>. -bundle n'est pas permis avec -dynamiclib -bundle_loader n'est pas permis avec -dynamiclib -c ou -S requis pour Ada -c requis pour gnat2scil -c requis pour gnat2why -client_name n'est pas permis avec -dynamiclib -current_version permis seulement avec -dynamiclib -d<lettres> Activer les vidanges pour des étapes spécifiques du compilateur. -dumpbase <fichier> Définir le nom de base du fichier à utiliser pour les vidanges. -dumpdir <répertoire> Définir le nom du répertoire à utiliser pour les vidanges. -f%s et -msdata=%s sont incompatibles -f%s ignoré (pas supporté par DJGPP) -f%s n'est pas supporté avec les instructions CONST16 -f%s n'est pas supporté: ignoré -f%sleading-underscore n'est pas supporté sur cette machine cible -fPIC et -fpic ne sont pas supportés dans cette configuration -fPIC et -mcall-%s sont incompatibles -fPIC n'est pas supporté -fPIC/-fpic pas supporté sur cette cible -fPIE n'est pas supporté -fada-spec-parent=unit Décharger les specs Ada comme unités enfants du parent donné. -falign-functions=%d n'est pas entre 0 et %d -falign-jumps=%d n'est pas entre 0 et %d -falign-labels=%d n'est pas entre 0 et %d -falign-labels=%d n'est pas supporté -falign-loops=%d n'est pas entre 0 et %d -falign-loops=%d n'est pas supporté -faligned-new=%d n'est pas une puissance de deux -faligned-new=<N> Utiliser l'allocation de types sur-alignés du C++17 pour les alignements plus grands que N. -fasan-shadow-offset ne devrait être utilisé qu'avec -fsanitize=kernel-address -fasan-shadow-offset=<nombre> Utiliser un décalage personnalisé pour la mémoire des informations de validation (shadow memory). -fassociative-math désactivé; d'autres options prennent le pas -fblas-matmul-limit=<n> Taille de la plus petite matrice pour laquelle matmul utilise BLAS. -fcall-saved-<registre> Marquer le <registre> comme étant préservé au travers des fonctions. -fcall-saved-REG n'est pas supporté pour les registres de sortie -fcall-used-<registre> Marquer le <registre> comme étant corrompu par les appels de fonctions. -fcf-protection=[full|branch|return|none] Instrumentaliser les fonctions avec des contrôles pour vérifier que les instructions de contrôle de flux jump/call/return ont une cible valable. -fcheck-pointer-bounds exige le nom %qs pour usage interne -fcheck=[...] Spécifier quels contrôles à l'exécution doivent être réalisés. -fcoarray=<none|single|lib> Spécifier quelle parallélisation co-tableau utiliser. -fcompare-debug[=<opts>] Compiler avec et sans l'option (par ex. -gtoggle) et comparer la vidange des insns finales. -fconst-string-class=<nom> Utiliser la classe <nom> pour les chaînes constantes. -fconstexpr-depth=<nombre> Spécifier la profondeur maximale de récursion de constexpr. -fconstexpr-loop-limit=<nombre> Spécifier le nombre maximum d'itérations d'une boucle de constexpr. -fconvert=<big-endian|little-endian|native|swap> Le type de boutisme à utiliser pour des fichiers non formatés. -fdata-sections n'est pas supporté pour cette cible -fdbg-cnt=%s -fdbg-cnt=<compteur>:<limite>[,<compteur>:<limite>,…] Définir la limite du compteur de débogage. -fdebug-prefix-map=<old>=<new> Remplacer un nom de répertoire par un autre dans les informations de débogage. -fdeduce-init-list autoriser la déduction de std::initializer_list pour un paramètre de type d'un patron depuis la liste d'initialisation entre accolades. -fdiagnostics-color=[never|always|auto] Afficher les diagnostiques en couleur. -fdiagnostics-show-location=[once|every-line] Indiquer combien de fois les informations sur l'emplacement dans le code source doivent être répétées au début des lignes de diagnostiques écrites sur plusieurs lignes. -fdirectives-only est incompatible avec -Wunused_macros -fdirectives-only est incompatible avec -traditional -fdisable-[tree|rtl|ipa]-<étape>=range1+range2 désactiver une étape d'optimisation. -fdump-<type> Vidanger diverses données internes du compilateur dans un fichier. -fdump-final-insns=fichier Vidanger dans un fichier les insns à la fin d'une traduction. -fdump-go-spec=fichier Écrire toutes les déclarations dans un fichier sous forme de code Go. -femit-struct-debug-baseonly Informations de débogage agressivement réduites pour les structs. -femit-struct-debug-detailed=<liste-spec> Informations de débogage réduites mais détaillées pour les structs. -femit-struct-debug-reduced Informations de débogage modérément réduites pour les structs. -fenable-[tree|rtl|ipa]-<étape>=range1+range2 activer une étape d'optimisation. -fexcess-precision=[fast|standard] Spécifier la manière de gérer l'excédant de précision en virgule flottante. -fexcess-precision=standard pour Ada -fexcess-precision=standard pour C++ -fexcess-precision=standard doit être utilisé pour le Fortran -fexec-charset=<jeucar> Convertir toutes les chaînes et les constantes de caractères vers le jeu de caractères <jeucar>. -ffile-prefix-map=<old>=<new> Remplacer un nom de répertoire par un autre dans le résultat de la compilation. -ffixed-<registre> Marquer le <registre> comme n'étant pas disponible pour le compilateur. -ffixed-line-length-<n> Utiliser une longueur de ligne n en mode fixe. -ffp-contract=[off|on|fast] Réaliser la contraction d'expression en virgule flottante. -ffpe-summary=[...] Afficher le résumé des exceptions en virgule flottante. -ffpe-trap=[...] Stopper sur les exceptions en virgule flottante suivantes. -ffree-line-length-<n> Utiliser une longueur de ligne n en mode libre. -ffunction-sections n'est pas supporté pour cette cible -fgnat-encodings=[all|gdb|minimal] Sélectionner l'équilibre entre les encodages GNAT et le DWARF standard produit dans les informations de débogage. -fgo-c-header=<fichier> Écrire les définitions des structures Go dans un fichier sous forme de code C. -fgo-debug-escape-hash=<string> Valeur de hachage pour l'analyse d'échappement de débogage. -fgo-dump-<type> Décharger les informations internes de l'interface Go. -fgo-optimize-<type> Activer les étapes d'optimisation dans l'interface. -fgo-pkgpath=<chaîne> Définir le chemin du paquet Go. -fgo-prefix=<chaîne> Définir le préfixe spécifique au paquet pour les noms Go exportés. -fgo-relative-import-path=<chemin> Traiter une importation relative comme étant relative au chemin. -fhandle-exceptions a été renommé en -fexceptions (et est maintenant utilisé par défaut) -finit-character=<n> Initialiser les variables locales de type caractère à la valeur ASCII n. -finit-integer=<n> Initialiser les variables locales de type entier à la valeur n. -finit-logical=<true|false> Initialiser les variables locales logiques. -finit-real=<zero|snan|nan|inf|-inf> Initialiser les variables locales de type réel. -finline-limit=<nombre> Limiter la taille des fonction mises en ligne à <nombre>. -finline-matmul-limit=<n> Spécifier la taille de la plus grande matrice pour laquelle matmul sera codé en ligne. -finput-charset=<jeucar> Spécifier le jeu de caractères par défaut pour les fichiers source. -finstrument-functions-exclude-file-list=fichier,... Ne pas ajouter les appels de profilage aux fonctions listées dans les fichiers. -finstrument-functions-exclude-function-list=nom,... Ne pas ajouter les appels de profilage aux fonctions listées. -fira-algorithm=[CB|priority] Définir l'algorithme IRA utilisé. -fira-region=[one|all|mixed] Définir les régions pour IRA. -fira-verbose=<nombre> Contrôler le niveau des messages de diagnostique de IRA. -flto-compression-level=<nombre> Utiliser le niveau de compression <nombre> de zlib pour le langage intermédiaire (IL). -fmacro-prefix-map=<ancien>=<nouveau> Remplacer un nom de répertoire par un autre dans __FILE__, __BASE_FILE__ et __builtin_FILE(). -fmax-array-constructor=<n> Le nombre maximum d'objets dans le constructeur d'un tableau. -fmax-errors=<nombre> Nombre maximum d'erreurs à rapporter. -fmax-identifier-length=<n> La longueur maximale d'un identificateur. -fmax-stack-var-size=<n> La taille en octets du plus grand tableau qui sera placé sur la pile. -fmax-subrecord-length=<n> La longueur maximale des sous-enregistrements. -fmessage-length=<nombre> Limiter la longueur des diagnostiques à <nombre> caractères par ligne. 0 supprime le retour automatique à la ligne. -fno-elide-type Ne pas éliminer les éléments en communs dans les comparaisons de patrons. -fno-gnu89-inline est uniquement supporté dans les modes GNU99 ou C99 -fno-pretty-templates Ne pas embellir l'affichage des spécialisations de patrons sous la forme de la signature du patron suivie des arguments. -fno-threadsafe-statics Ne pas générer de code sûr du point de vue des threads pour initialiser les statiques locaux. -foffload-abi=[lp64|ilp32] Définir l'ABI à utiliser dans un compilateur de déchargement. -foffload=<cible>=<options> Spécifier les cibles pour les déchargements et leurs options. l'opérande -fopenacc-dim est mal formé à « %s » -fopt-info[-<type>=fichier] Vidanger les détails de l'optimisation du compilateur. -force_flat_namespace n'est pas permis avec -dynamiclib -fpack-struct=<nombre> Définir l'alignement initial maximum des membres d'une structure. -fpermitted-flt-eval-methods=[c11|ts-18661] Spécifier les valeurs permises pour FLT_EVAL_METHOD. -fpic et -fPIC ne sont pas supportés sans -mdsbt sur cette cible -fpic et -mapcs-reent sont incompatibles -fpic n'est pas supporté -fpie n'est pas supporté -fplugin-arg-<nom>-<clé>[=<valeur>] Spécifier l'argument <clé>=<valeur> pour le greffon <nom>. -fprefetch-loop-arrays n'est pas supporté avec -Os -fprefetch-loop-arrays n'est pas supporté pour cette cible -fprefetch-loop-arrays n'est pas supporté pour cette cible (essayez les options -march) -fprofile-update=[single|atomic|prefer-atomic] Définir la méthode de mise à jour du profil. -frandom-seed=<chaîne> Rendre la compilation reproductible en utilisant <chaîne>. -frecord-gcc-switches n'est pas supporté par la cible actuelle -freorder-blocks-algorithm=[simple|stc] Définir l'algorithme de réorganisation des blocs de base. -freorder-blocks-and-partition ne fonctionne pas sur cette architecture -freorder-blocks-and-partition ne fonctionne pas avec les exceptions sur cette architecture -freorder-blocks-and-partition n'est pas supporté sur cette architecture -frepo doit être utilisé avec -c -fsanitize-sections=<sec1,sec2,…> Assainir les variables globales dans les sections définies par l'utilisateur. -fsanitize=adresse et -fsanitize=adresse-kernel ne sont pas supportés pour cette cible -fsanitize=adresse n'est pas supporté pour cette cible -fsched-stalled-insns-dep=<nombre> Définir la distance de vérification de la dépendance dans l'ordonnancement prématuré des insns dans la queue. -fsched-stalled-insns=<nombre> Fixer le nombre d'insns dans la queue qui peuvent être prématurément ordonnancées. -fsched-verbose=<numéro> Définir le niveau de verbosité de l'ordonnanceur. -fsimd-cost-model=[unlimited|dynamic|cheap] Spécifier le modèle de coût de la vectorisation pour du code marqué par la directive simd. -fsplit-stack ne supporte pas deux paramètres registres pour une fonction imbriquée -fsplit-stack ne supporte pas trois paramètres registres -fsplit-stack ne supporte pas fastcall avec des fonctions imbriquées -fsplit-stack utilise le registre r29 -fsso-struct=[big-endian|little-endian|native] Fixer l'ordre de stockage par défaut des scalaires. -fstack-check=[no|generic|specific] Insérer du code de vérification de la pile dans le programme. -fstack-check=specific pour Thumb-1 -fstack-check=specific pas implémenté pour MIPS16 les options -fstack-limit- sont ignorées avec -mfdpic, utilisez -mstack-check-l1 les options -fstack-limit- ne sont pas supportées sur ce processeur -fstack-limit-register=<registre> Faire un déroutement si la pile va au delà du <registre>. -fstack-limit-symbol=<nom> Faire un déroutement si la pile va au delà du symbole <nom>. -fstack-protector n'est pas supporté pour cette cible -fstack-reuse=[all|named_vars|none] Définir le niveau de réutilisation de la pile pour les variables locales. -ftabstop=<nombre> Distance entre les tabulations pour un rapport en colonnes. -ftemplate-depth=<nombre> Spécifier la profondeur maximale d'instanciation d'un patron. -ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec] Définir le modèle de génération de code par défaut pour le stockage local au thread. -ftrack-macro-expansion=<0|1|2> Tracer les emplacements des éléments qui proviennent des remplacement des macros et les afficher dans les messages d'erreurs. -ftree-parallelize-loops=<number> Activer la parallélisation automatique des boucles. -fuse-linker-plugin n'est pas supporté par cette configuration -fuse-linker-plugin, mais %s introuvable -fvisibility=[default|internal|hidden|protected] Définir la visibilité par défaut des symboles. -fvisibility=[private|protected|public|package] Détermine la visibilité par défaut des symboles. -fvtable-verify=preinit n'est pas supporté par cette configuration -fvtable-verify=std n'est pas supporté par cette configuration -fwide-exec-charset=<jeucar> Convertir toutes les chaînes et les constantes de caractères larges vers le jeu de caractères <jeucar>. -fwpa et -fltrans sont mutuellement exclusifs L'option -g est seulement supportée lorsque GAS est utilisé sur ce processeur, option -g désactivée -g avec -mno-apcs-frame peut ne pas donner un débogage pertinent -gdwarf-6 est émis sous la version 5 avec des incompatibilités -ginline-points est forcé désactivé sans -gstatement-frontiers -ginternal-reset-location-views est forcé désactivé sans -gvariable-location-views -gnat<options> Spécifier les options pour GNAT. -gz n'est pas supporté par cette configuration -gz=<format> Générer les sections de débogage compressées dans le format <format>. -gz=zlib n'est pas supporté par cette configuration -idirafter <répertoire> Ajouter <répertoire> à la fin du chemin système d'inclusion. -iframework <répertoire> Ajouter <répertoire> à la fin du chemin d'inclusion du framework système. -imacros <fichier> Accepter la définition de macros dans le <fichier>. -imultiarch <répertoire> Définir le <répertoire> comme étant le sous-répertoire d'inclusion multiarch. -imultilib <répertoire> Choisir <répertoire> comme le sous-répertoire d'inclusion de multilib. -include <fichier> Inclure le contenu du <fichier> avant les autres fichiers. -install_name permis seulement avec -dynamiclib l'option -iplugindir <rép> n'a pas été passée par le pilote gcc -iplugindir=<répertoire> Définir le <répertoire> comme étant le répertoire par défaut des modules externes. -iprefix <chemin> Sélectionner le <chemin> comme préfixe pour les deux prochaines options. -iquote <répertoire> Ajouter le <répertoire> à la fin du chemin d'inclusion avec guillemets. -isysroot <répertoire> Sélectionner le <répertoire> comme répertoire racine système. -isystem <répertoire> Ajouter le <répertoire> au début du chemin d'inclusion système. -iwithprefix <répertoire> Ajouter le <répertoire> à la fin du chemin d'inclusion système. -iwithprefixbefore <répertoire> Ajouter le <répertoire> à la fin du chemin d'inclusion principal. -keep_private_externs n'est pas permis avec -dynamiclib -m%s n'est pas supporté par cette configuration -m64 requiert une architecture PowerPC64, elle est maintenant activée -m64 requiert un processeur PowerPC64 -mabi=ABI Générer du code conforme à l'ABI donnée. -mabi=ABI Générer du code conforme à l'ABI spécifiée. -mabi=ms pas supporté avec l'ABI X32 -mabs=MODE Sélectionner le mode d'exécution des instructions ABS/NEG de IEEE 754. -maix64 requis: les calculs 64 bits avec un adressage 32 bits ne sont pas encore supportés -maix64 exige que l'architecture PowerPC64 demeure sélectionnée -malign-functions est obsolète, utilisez -falign-functions -malign-functions=%d n'est pas entre 0 et %d -malign-jumps est obsolète, utilisez -falign-jumps -malign-jumps=%d n'est pas entre 0 et %d -malign-loops est obsolète, utilisez -falign-loops -malign-loops=%d n'est pas entre 0 et %d -malign-power n'est pas supporté sur Darwin 64 bits; il est incompatible avec les bibliothèques C et C++ installées -mallow-movmisalign requiert -mvsx -maltivec=le pas permis pour des cibles gros-boutistes -mapcs-stack-check incompatible avec -mno-apcs-frame -march= Générer du code pour l'ISA RISC-V demandée (par ex. RV64IM). Les chaînes ISA doivent être en minuscules. -march=%s: la chaîne ISA doit commencer par rv32 ou rv64 -march=%s: chaîne ISA invalide -march=%s: sous-chaîne ISA %qs non supportée -march=ARCH Générer du code pour la version de processeur ou de circuit spécifiée. -march=ARCH Utiliser les fonctionnalités de l'architecture ARCH. -march=ISA Générer le code pour l'ISA donnée. -mas100-syntax incompatible avec -gdwarf -masm=intel n'est pas supporté dans cette configuration -max-stackframe=%d n'est pas utilisable, n'est pas entre 0 et %d -mbackchain -mpacked-stack -mhard-float ne sont pas supportés en combinaison -mbig-endian et -mlittle-endian ne peuvent être utilisés ensemble -mbranch-cost=%d n'est pas entre 0 et 5 -mbranch-cost=COÛT Définir le coût des branchements à, approximativement, COÛT instructions. -mbranch-cost=N Définir le coût des branchements à, approximativement, N instructions. -mcall-ABI Sélectionner la convention d'appel de l'ABI. -mcall-aixdesc incompatible avec -mabi=elfv2 -mcall-ms2sysv-xlogues est incompatible avec %s -mcall-ms2sysv-xlogues n'est actuellement pas supporté avec SEH -mcmodel est incompatible avec les autres options toc -mcmodel= n'est pas supporté sur les systèmes 32 bits -mcode-readable=PARAMÈTRE Spécifier quand les instructions ont la permission d'accéder au code. -mcode-region=upper requiert un processeur compatible avec le 430X -mcorea et -mcoreb ne peuvent être utilisés ensemble -mcorea devrait être utilisé avec -mmulticore -mcoreb devrait être utilisé avec -mmulticore -mcpu= Utiliser les fonctionnalités et ordonnancer le code pour le processeur donné. -mcpu=%s est en conflit avec -march=%s -mcpu=%s a une révision de silicium invalide -mcpu=%s n'est pas valable -mcpu=CPU Compiler le code pour la variante du processeur ARC. -mcpu=CPU Utiliser les fonctionnalités et optimiser pour ce processeur. -mcpu=CPU Utiliser les fonctionnalités et ordonnancer le code pour le processeur donné. -mcpu=PROCESSEUR Utiliser les fonctionnalités et ordonnancer le code pour le processeur donné. -mcpu=TUNE Ajuste le code pour la variante ARC spécifiée. -mcpu=m16c Compiler le code pour les variantes M16C. -mcpu=m32c Compiler le code pour les variantes M32C. -mcpu=m32cm Compiler le code pour les variantes M32CM. -mcpu=r8c Compiler le code pour les variantes R8C. -mcrypto requiert -maltivec -mdata-region=upper requiert un processeur compatible avec le 430X -mdebug= Activer la sortie de débogage. -mdirect-move requiert -mvsx -mdiv requiert -march pour incorporer l'extension %<M%> -mefficient-unaligned-vsx requiert -mallow-movmisalign -mefficient-unaligned-vsx requiert -mvsx -memregs= Le nombre d'octets memreg (par défaut: 16, plage: 0..16). -mes0 ne peut être utilisé qu'avec le C -mexr est utilisé sans -ms -mexr est utilisé sans -ms ou -msx -mfdpic n'est pas supporté, veuillez utiliser une cible bfin-linux-uclibc -mfentry n'est pas supporté en 32 bits en combinaison avec -fpic -mfloat-abi=hard et VFP -mfloat-abi=hard: le processeur sélectionné n'a pas de FPU -mfloat-abi=soft et -mfloat-abi=hard ne peuvent pas être utilisés ensemble -mfloat-gprs= Sélectionner la méthode pour le stockage des nombres en virgule flottante dans les registres généraux (General Purpose Registers). -mfloat128 requiert -mfloat128-type -mfloat128 requiert le support VSX -mfloat128-hardware requiert -m64 -mfloat128-hardware requiert -mfloat128-type -mfloat128-hardware requiert le support ISA 3.0 complet -mfloat128-type requiert le support VSX -mflush-func=FONC Utiliser FONC pour purger la cache avant d'appeler des trampolines sur la pile. -mfpu= Spécifier la virgule flottante (sp, dp, sp-lite, dp-lite) (implique -mxilinx-fpu). les options -mfunction-return* requièrent -march=z900 ou supérieur -mgpopt pas supporté avec PIC. l'argument de -mgprel-sec= n'est pas une expression rationnelle valide. -mgprel-sec= pas supporté avec PIC. -mhard-dfp ne peut être utilisé en conjonction avec -msoft-float -mhard-dfp requiert -mhard-float -mhard-float n'est pas supporté -mincoming-stack-boundary=%d n'est pas entre %d et 12 les options -mindirect-branch* requièrent -march=z900 ou supérieur -mint32 n'est pas supporté pour les cibles H8300 et H8300L -mipsN Générer du code pour l'ISA niveau N. -mlarge requiert un -mmcu= compatible avec le 430X -mlarge-data-threshold=<number> Les données plus grandes que la limite spécifiée iront dans la section .ldata dans le modèle moyen du x86-64. -mlong-double-64 n'est pas permis avec -m64 -mlong-double-<n> Spécifier la taille des long double (64 ou 128 bits). -mlong-double-[64,128] Spécifier la taille des long double. -mmax-stackframe=TAILLE Avertir lorsqu'une trame de pile est plus grande que la taille spécifiée. -mmcu=MCU Sélectionner le MCU cible. -mmpy-option=MPY Compiler le code ARCv2 pour une option de multiplication choisie à la conception du processeur. -mmul=g13 ne peut être utilisé avec -mcpu=g10 -mmul=g13 ne peut être utilisé avec -mcpu=g14 -mmul=g14 ne peut être utilisé avec -mcpu=g10 -mmul=g14 ne peut être utilisé avec -mcpu=g13 -mmulticore ne peut être utilisé qu'avec un BF561 -mmultiple n'est pas supporté sur des systèmes petits boutistes -mn n'est pas supporté sur les cibles linux -mn est utilisé sans -mh ou -ms ou -msx -mnan=ENCODAGE Sélectionner la manière d'encoder une donnée NaN (Not a Number) de IEEE 754. -mno-%s désactive -m%s -mno-allow-string-insns interdit la génération de l'instruction RMPA -mno-altivec désactive vsx -mno-dpfp-lrsr n'est supporté qu'avec -mdpfp -mno-exr est uniquement valable avec -ms ou -msx – Option ignorée ! -mno-fentry n'est pas compatible avec SEH (gestionnaire d'exceptions structuré) -mno-mpy n'est supporté que sur ARC700 ou ARCv2 -mno-pic-data-is-text-relative ne peut pas être utilisé sans -fpic/-fPIC -mno-power9-vector désactive -mpower9-dform -mno-serialize-volatile Ne pas sérialiser les références à la mémoire volatile avec des instructions MEMW. -mnop-mcount n'est pas compatible avec cette cible -mnop-mcount n'est pas implémenté pour -fPIC -moverride=CHAÎNE Uniquement pour les utilisateurs avertis ! Outrepasser les paramètres d'optimisation du processeur. -mpcrel -fPIC n'est actuellement pas supporté sur le processeur sélectionné -mpic-register= est inutile sans -fpic -mpointer-size=[no,32,short,64,long] Définir la taille par défaut des pointeurs. -mpower8-fusion-sign requiert -mpower8-fusion -mpower8-vector requiert -maltivec -mpower8-vector requiert -mvsx -mpower9-dform requiert -mpower9-vector -mpower9-dform requiert -mupper-regs-df -mpower9-dform requiert -mupper-regs-sf -mpower9-dform, -mpower9-dform-vector, -mpower9-dform-scalar requièrent -mdirect-move -mpower9-fusion requiert -mpower8-fusion -mpower9-minmax est incompatible avec les options explicitement désactivées -mpower9-vector requiert -mpower8-vector -mpreferred-stack-boundary n'est pas supporté pour cette cible -mpreferred-stack-boundary=%d n'est pas entre %d et %d -mpreferred-stack-boundary=%d doit être entre %d et %d -mquad-memory n'est pas disponible en mode petit-boutiste -mquad-memory requiert le mode 64 bits -mquad-memory-atomic requiert le mode 64 bits l'argument de -mr0rel-sec= n'est pas une expression rationnelle valable. -mr0rel-sec= pas supporté avec PIC. -mr10k-cache-barrier=PARAMÈTRE Spécifier quand des barrières de cache r10k doivent être insérées. -mrecip requiert -ffinite-math ou -ffast-math -mrecip requiert -fno-trapping-math ou -ffast-math -mrecip requiert -freciprocal-math ou -ffast-math -mregparm est ignoré avec la psABI du MCU Intel -mregparm est ignoré en mode 64 bits -mregparm=%d n'est pas entre 0 et %d -mrelax est uniquement supporté pour le PIC RTP -mrelocatable et -mcall-%s sont incompatibles -mrelocatable et -mno-minimal-toc sont incompatibles -mrelocatable et -msdata=%s sont incompatibles -ms2600 est utilisé sans -ms -msdata=%s et -mcall-%s sont incompatibles -msdata=[none,data,sysv,eabi] Sélectionner la méthode de traitement de sdata. -msecure-plt n'est pas supporté par votre assembleur -mshared-library-id= spécifié sans -mid-shared-library -mshared-library-id=%s n'est pas entre 0 et %d -msim Produire l'exécutable pour un simulateur. -msim Produire l'exécutable pour un simulateur. option -msimple-fpu ignorée -msingle-float et -msoft-float ne peuvent être spécifiés ensemble l'option -msingle-float est équivalente à -mhard-float -msmall-data-limit=N Placer les données globales et statiques plus petites que <nombre> octets dans une section spéciale (sur certaines cibles). -mspfp_fast pas disponible sur ARC600 ou ARC601 -mstack-guard implique l'utilisation de -mstack-size -mstack-protector-guard=tls a besoin d'un registre de base valable -mstring n'est pas supporté sur des systèmes petits boutistes -mstringop-strategy=rep_8byte pas supporté pour du code 32 bits -msve-vector-bits=N Fixe le nombre de bits dans le registre vectoriel SVE à N. -msx n'est pas supporté en coff -mtls-size=[16,32] Spécifier la taille en bits des décalages TLS immédiats. -mtoc-fusion requiert -mpower8-fusion -mtoc-fusion requiert le mode 64 bits -mtoc-fusion requiert le modèle de code moyen/large -mtraceback= Sélectionner « full » (complète), « part » (partielle) ou « no » (aucune) pour la table de retraçage. -mtraceback=[full,part,no] Sélectionner le type de table de retraçage. -mtune= Ordonnancer le code pour le processeur donné. -mtune= attend mn10300, am33, am33-2, ou am34 -mtune=ARCH Ajuster l'alignement pour la version de processeur ou de circuit spécifiée. -mtune=CPU Optimiser pour ce processeur. -mtune=PROCESSEUR Optimiser la sortie pour le PROCESSEUR. -mupper-regs-df requiert -mvsx -mupper-regs-di requiert -mvsx -mupper-regs-sf requiert -mpower8-vector -mvsx et -mno-altivec sont incompatibles -mvsx et -mpaired sont incompatibles -mvsx nécessite l'adressage indexé -mvsx nécessite une unité matérielle en virgule flottante -mvsx-small-integer requiert -mpower8-vector, -mupper-regs-di et -mdirect-move -mvsx-timode pourrait nécessiter -mlra -mvsx-timode requiert -mvsx -mxl-multiply-high ne peut être utilisé qu'avec -mcpu=v6.00 ou supérieur -mxl-multiply-high requiert -mno-xl-soft-mul -mxl-reorder ne peut être utilisé qu'avec -mcpu=v8.30.a ou supérieur -mxl-reorder exige -mxl-pattern-compare pour -mcpu=v8.30.a -o <fichier> Placer la sortie dans le <fichier>. -pg et -fomit-frame-pointer sont incompatibles -pie n'est pas supporté par cette configuration -pipe est ignoré parce que -save-temps est spécifié -pipe n'est pas supporté -private_bundle n'est pas permis avec -dynamiclib -trigraphs Supporter les trigrammes du C ISO. …cette instruction, mais l'indentation de cette dernière est trompeuse car elle fait croire qu'elle est gardée par le %qs L'opérateur .NOT. dans l'expression à %L doit avoir un opérande LOGICAL Opérateur .XOR. à %C les longs doubles de 128 bits ne sont pas supportés pour les flottants sur VAX ABI de 31 bits. jeu d'instructions 387 désactivé, l'arithmétique SSE est utilisée ABI de 64 bits. l'ABI 64 bits n'est pas supportée en mode ESA/390 le SPE 64 bits n'est pas supporté ; utilisez plutôt une affectation ; utilisez plutôt une affectation ou une initialisation par valeur ; utilisez plutôt une affectation par copie ; utilisez plutôt une affectation par copie ou une initialisation par copie ; utilisez plutôt une initialisation par copie ; utilisez plutôt une initialisation par valeur <Pendant l'initialisation> <anonyme> <initialisation de liste entre accolades> <interne> <ligne-de-commande> <erreur de déclaration> <enumérateur> <expression erronée> <erreur d'expression> <lambda <lambda> <manquant> <valeur de retour> <valeur de retour> <déclaration> <liaisons structurées> <erreur d'étiquette> <erreur dans les arguments du patron> <erreur de paramètre du patron> <levée d'exception> <erreur de type> <erreur de type> <erreur de typedef> <erreurprefixtype> <appel de routine UBSan> <opérateur inconnu> <inconnu> <sans nom %s> <virgule fixe sans nom: <virgule flottante sans nom: <non signé sans nom: <sans nom> <non analysé> <type de fonction surchargée non résolu> ?: utilisation de constantes entières dans un contexte booléen ?: utilisation de constantes entières dans un contexte booléen, l'expression sera toujours évaluée à %<true%> le paramètre de @catch ne peut pas être qualifié avec un protocole le paramètre de @catch n'est pas un type de classe Objective-C connu @interface de la classe %qE introuvable Le décompte du profilage d'un bloc de base est considéré comme « chaud » si il contribue à hauteur du pour mille spécifié au profilage entier de l'exécution. Un facteur pour ajuster la limite supérieure que le « Swing Modulo Scheduler » utilise pour ordonnancer une boucle. La troncature d'un nombre décimal en nombre entier peut être remplacée par un arrondi pour économiser un changement de mode. Un nom de paramètre est requis à %C Un synonyme de -std=c89 (en C) ou -std=c++98 (en C++). Un seuil sur le nombre moyen d'itérations prises en compte par le « Swing Modulo Scheduler ». AAPCS ne supporte pas -mcallee-super-interworking AAPCS ne supporte pas -mcaller-super-interworking l'ABI requiert -march=rv%d ABSTRACT INTERFACE %qs ne doit pas être référencée à %L ABSTRACT INTERFACE à %C Type ABSTRACT %qs utilisé à %L Type ABSTRACT à %C L'expression finale de AC-IMPLIED-DO fait référence à la variable de contrôle à %L L'expression initiale de AC-IMPLIED-DO fait référence à la variable de contrôle à %L L'expression de pas de AC-IMPLIED-DO fait référence à la variable de contrôle à %L La directive ACC CACHE doit être à l'intérieur d'une boucle %C La spécification ACCESS à %L a déjà été spécifiée variable ACQUIRED_LOCK L'argument ACQUIRED_LOCK= à %L doit être une variable LOGICAL scalaire Le type ACTION est en conflit avec le spécificateur READONLY à %C Attribut ALLOCATABLE à %C dans une définition TYPE Objet ALLOCATABLE %qs dans la clause %s à %L Objet ALLOCATABLE %qs de type dérivé dans la clause %s à %L Objet ALLOCATABLE %qs de type polymorphique dans la clause %s à %L ALLOCATABLE spécifié en dehors du corps de INTERFACE à %L objet ALLOCATE ALLOCATE sur un co-tableau à %C dans un bloc CRITICAL ALLOCATE sur un co-tableau à %C dans un bloc DO CONCURRENT ALTERNATE RETURN pas permis à %L Le code réentrant APCS n'est pas supporté. Ignoré Les extensions de sécurité ARMv8-M sont incompatibles avec le FPU sélectionné ASSERT_EXPR avec une condition toujours fausse Instruction ASSIGN à %C L'instruction ASSIGN à %L requiert une variable scalaire INTEGER par défaut L'instruction ASSIGNED GOTO à %L requiert une variable INTEGER Variable ASSIGNED dans l'étiquette du FORMAT à %L Construction ASSOCIATE à %C Nom ASSOCIATE %qs dans la clause %s à %L Nom ASSOCIATE %qs dans la clause SHARED à %L Attribut ASYNCHRONOUS à %C Instruction ASYNCHRONOUS à %C ASYNCHRONOUS= à %C n'est pas permis en Fortran 95 Le spécificateur ASYNCHRONOUS= à %L doit être une expression d'initialisation L'argument ATOM à %L de la fonction intrinsèque %s sera un co-tableau ou un co-indexé L'argument ATOM à %L pour la fonction intrinsèque %s sera un entier du sous-type ATOMIC_INT_KIND L'argument ATOM à %L pour la fonction intrinsèque %s sera un entier du sous-type ATOMIC_INT_KIND ou un logique du sous-type ATOMIC_LOGICAL_KIND L'argument ATOM de la fonction intrinsèque %s à %L sera définissable pointeur AUX initialisé pour l'arête %d->%d l'argument vectoriel AVX sans activer AVX change l'ABI le retour vectoriel AVX sans activer AVX change l'ABI l'argument vectoriel AVX512F sans activer AVX512F change l'ABI le retour vectoriel AVX512F sans activer AVX512F change l'ABI La valeur absolue de SHIFT sera plus petite ou égale à SIZE à %C L'interface abstraite %qs est invalide dans l'affectation du pointeur de procédure à %L Accepter les extensions pour prendre en charge du code ancien. Accéder au données dans la même section à partir du point d'ancrage partagé. La spécification d'accès de l'opérateur %s à %C a déjà été spécifiée La spécification d'accès de l'opérateur .%s. à %C a déjà été spécifiée Accéder aux variables dans des objets PPU sur 32 bits (par défaut). Accéder aux variables dans des objets PPU sur 64 bits. Accumuler les arguments sortants d'une fonction et acquérir/libérer l'espace nécessaire sur la pile pour les arguments sortants lors du prologue/épilogue de la fonction. Sans cette option, les arguments sortants sont empilés avant d'appeler une fonction et sont dépilés après. Cette option peut conduire à un code plus petit pour des fonctions qui appellent beaucoup de fonctions qui prennent leurs arguments sur la pile comme, par exemple, printf. L'argument effectif qui est un tableau de CLASS pour %qs doit être un tableau complet à %L L'argument effectif à %L pour le muet INTENT(%s) %qs de la sous-routine ELEMENTAL %qs est un scalaire mais un autre argument effectif est un tableau L'argument effectif à %L pour l'argument muet allouable ou pointeur %qs doit avoir un paramètre de type différé si et uniquement si le muet en a un L'argument effectif à %L pour le muet de type tacite est d'un type dérivé avec une connexion de type ou des procédures FINAL L'argument effectif contient trop peu d'éléments pour l'argument muet %qs (%lu/%lu) à %L L'argument effectif pour %qs ne peut pas être un tableau de taille tacite à %L L'argument effectif pour %qs doit être ALLOCATABLE à %L L'argument effectif pour %qs doit être un pointeur à %L L'argument effectif de EVENT_TYPE ou avec un composant EVENT_TYPE à %L requiert une interface explicite pour la procédure %qs L'argument effectif de LOCK_TYPE ou avec un composant LOCK_TYPE à %L requiert une interface explicite pour la procédure %qs L'argument effectif de %qs à %L doit être un co-tableau L'argument effectif de %qs à %L doit être polymorphique L'argument effectif de %qs à %L doit être simplement contigu ou un élément vers un tel tableau L'argument effectif de %qs à %L doit être polymorphique illimité puisque l'argument de format est un pointeur ou une entité polymorphique illimité allouable [F2008: 12.5.2.5] L'argument effectif de %qs à %L doit avoir le même type déclaré L'argument effectif au pointeur contigus du muet %qs à %L doit être simplement contigu Argument effectif vers le muet %qs non INTENT(INOUT) à %L qui est EVENT_TYPE ou a un composant EVENT_TYPE Argument effectif vers le muet %qs non INTENT(INOUT) à %L qui est LOCK_TYPE ou a un composant LOCK_TYPE La longueur réelle de la chaîne ne correspond pas à celle déclarée pour l'argument fictif « %s » (%ld/%ld) La longueur réelle de la chaîne est plus courte que celle déclarée pour l'argument fictif « %s » (%ld/%ld) Ajouter du code pour valider les limites des pointeurs. Les fanions fchkp-* sont utilisés pour contrôler l'ajout du code. Actuellement disponible pour C, C++ et ObjC. Ajouter une étape d'élimination des sous-expressions communes après l'optimisation des boucles. Ajouter des vérifications explicites pour la division par zéro. Ajouter des vérifications explicites pour les débordements de divisions dans INT_MIN / -1. Ajouter des commentaires additionnels à la sortie de l'assembleur. Imprimer des informations additionnelles de débogage. Essayer de continuer l'exécution après avoir diagnostiqué un comportement indéfini. Optimiser agressivement les boucles en utilisant les contraintes du langage. Les groupes comdat de l'alias et de la cible diffèrent Les sections de l'alias et de la cible diffèrent La chaine des alias pour le nœud avec le code ajouté est rompue Synonyme pour --help=target. Synonyme de -mcpu=g10. Synonyme de -mcpu=g13. Synonyme de -mcpu=g14. L'alias a des arêtes d'appel L'alias a plus d'une référence alias L'alias a une référence qui n'est pas un alias Aligner toutes les étiquettes. Aligner toutes les boucles sur des frontières de 32 octets. Aligner le code et les données sur 32 bits. Aligner la destination des opérations sur les chaînes. Aligner les « double » sur des frontières de 64 bits. Aligner l'entrée d'une fonction sur 4 octets. Aligner les étiquettes qui sont uniquement atteintes par sauts. Aligner quelques doubles sur des frontières de mots doubles. Aligner le début des fonctions. Aligner le début des boucles. Aligner au type de base du champ de bits. Aligner sur le type de base du champ de bits. Ne pas supposer que les accès non alignés sont traités par le système. Aligner les variables sur des frontières de 32 bits. Toutes les procédures intrinsèques sont disponibles quelque soit le standard sélectionné. Tous les accès mémoire utilisent les instructions de chargement/stockage E/S. Tous les paramètres de type LEN dans l'instruction TYPE IS à %C doivent être ASSUMED L'allouable %qs à %L ne peut pas avoir une initialisation Le tableau allouable %qs à %L doit avoir une forme différée ou un rang tacite La variable co-tableau allouable %qs à %L doit avoir une forme différée Le composant allouable %s à %L doit avoir une co-dimension car il a un sous-composant non co-tableau du type EVENT_TYPE Le composant allouable %s à %L doit avoir une co-dimension car il a un sous-composant non co-tableau de type LOCK_TYPE Le composant allouable %s à %L du type EVENT_TYPE doit avoir une co-dimension Le composant allouable %s à %L du type LOCK_TYPE doit avoir une co-dimension Le composant allouable de structures à %C doit avec une forme différée La fonction allouable %qs à %L doit avoir une interface de fonction explicite Allouer les variables locales sur la pile pour autoriser la récursion indirecte. L'objet allouable à %C n'est ni un pointeur vers une non procédure ni une variable allouable L'objet alloué à %L apparaît aussi à %L L'objet d'allocation à %L n'est ni un pointeur de données ni une variable allouable L'objet alloué à %L est un sous-objet d'un objet à %L L'objet allouable à %L doit être ALLOCATABLE ou un POINTER L'objet allouable à %L avec un paramètre de type différé requiert soit une spécification de type ou une balise SOURCE ou une balise MOLD L'allocation de %s à %L avec la spécification de type requiert la même longueur de caractères dans le paramètre que dans la déclaration L'allocation de %s du type de base ABSTRACT à %L requiert une spécification de type ou une expression source L'allocation dépasserait la limite de la mémoire Autoriser des entiers 128 bits dans les registres VSX. Autoriser des variables entières 64 bits dans les registres supérieurs avec -mcpu=power7 ou -mvsx. Autoriser les optimisations du contrôleur de limites des pointeurs. Par défaut, l'optimisation est autorisée au delà du niveau d'optimisation 0. Autoriser l'accès aux variables d'instance comme si elles étaient déclarées localement dans les implémentations des méthodes d'instances. Autoriser des longueurs de lignes arbitraires en mode fixe. Autoriser des longueurs de lignes arbitraires en mode libre. Permettre aux champs de bits de traverser des frontières de mots. Autoriser les branchements à être entassés avec d'autres instructions. Autoriser les fonctions internes ceil, floor, round, trunc à déclencher des exceptions « inexactes ». Permettre les conversions entre __ea et les pointeurs génériques (par défaut). Autoriser le signe dollar dans les noms d'entités. Autoriser des variables « double » dans les registres supérieurs avec -mcpu=power7 ou -mvsx. Autoriser des sauts rapides vers le répartiteur de messages. Autoriser des variables « float » dans les registres supérieurs avec -mcpu=power8 ou -mpower8-vector. Autoriser des variables « float » ou « double » dans les registres supérieurs si le processeur le permet. Autoriser le maintien des adresses de fonctions dans les registres. Autoriser gcc à générer des instructions LIW. Autoriser gcc à générer les instruction SETLB et Lcc. Autoriser les instructions en virgule flottante matérielles à couvrir des opérations 32 et 64 bits. Autoriser les conversions implicites entre des vecteurs avec des nombres de sous-parties différentes ou des types d'éléments différents. Permettre l'interposition des fonctions (ou des variables) par d'autres avec une sémantique différente (ou initialiseur) par l'éditeur de lien dynamique. Permettre les optimisations mathématiques qui peuvent violer les standards IEEE ou ISO. Permet l'introduction de compétitions sur de nouvelles données durant un stockage. Autoriser l'optimisation de l'arithmétique en virgule flottante qui peut changer le résultat de l'opération à cause de l'arrondi. Autoriser l'ordonnancement prématuré de insns dans la queue. Autoriser des données en lecture seule dans sdata. Autoriser l'extension de signe dans les opérations de fusion. Autoriser le mouvement spéculatif de plus de chargements. Autoriser le mouvement spéculatif des non chargements. Autoriser le mouvement spéculatif de certains chargements. Autoriser les types IEEE 128 bits sans exiger le mot clé __float128. Permettre aux arguments de l'opérateur « ? » d'avoir des types différents. Autoriser l'étape de fusion des stockages à introduire des stockages non alignés si il est légal de faire ainsi. Autoriser l'utilisation des instructions MDMX. Autoriser l'utilisation des instructions MT. Autoriser l'utilisation des instructions matérielles en virgule flottante pour le V850E2V3 et suivants. Autoriser l'utilisation de l'ABI et des instructions en virgule flottante matérielles. Autoriser l'utilisation des versions *_nobnd des fonctions de chaînes par le contrôleur de limites des pointeurs. Autoriser l'utilisation des versions *_nochk des fonctions de chaînes par le contrôleur de limites des pointeurs. Autoriser l'utilisation d'une troncature au lieu d'un arrondi vers le bas pour les types entiers fractionnels en virgule fixe. Autoriser l'émission de deux instructions par cycle. Autoriser l'utilisation des pseudo-instructions __gcc_isr dans les prologues et épilogues ISR. Autoriser les fonctions variadiques sans paramètre nommé. Déjà à l'intérieur d'un bloc CONTAINS à %C L'instruction RETURN avec retour alternatif à %C est uniquement autorisé dans une SUBROUTINE L'instruction RETURN alternatif à %L requiert un spécificateur de retour SCALAR-INTEGER Convention d'appel alternative. Le retour alternatif à %L n'est pas permis dans une procédure DTIO Un retour alternatif ne peut pas apparaître dans l'interface de l'opérateur à %L Le spécificateur de retour alternatif dans la sous-routine élémentale %qs à %L n'est pas permis Le spécificateur de retour alternatif dans la fonction %qs à %L n'est pas permis Argument de retour alternatif à %C Bien que non référencé, %qs a des interfaces ambigües à %L les instructions AltiVec et SPE ne peuvent coexister Argument AltiVec passé à une fonction sans prototype AltiVec pas supporté par cette cible Toujours aligner l'entrée de la fonction, la cible du saut et l'adresse de retour. Toujours générer des appels longs. Toujours sauvegarder $lp sur la pile. Toujours traiter les champs de bits comme ayant la taille d'un « int ». Toujours utiliser DRAP (Dynamic Realigned Argument Pointer) pour ré-aligner la pile. Toujours utiliser JSR pour les appels, jamais BSR. !$OMP DECLARE REDUCTION ambigu dans le module %s à %L Interfaces ambigües dans %s pour %qs à %L et %qs à %L Symbole ambigu dans la définition TYPE à %C Amender les messages de diagnostiques appropriés avec les options de la ligne de commande qui les contrôlent. Un synonyme pour minterlink-compressed fourni pour rétro-compatibilité. Un retour alternatif à %L n'a pas d'argument muet * Une arête indirecte depuis %s n'est pas marquée comme indirecte ou a un indirect_info associé, l'instruction correspondante est: Une construction de boucle FORALL extérieure a déjà un index avec ce nom à %L Analyser et supprimer les échanges de doubles mots dans les calculs VSX. L'alias analysé n'a pas de référence Le nœud analysé n'a aucune référence vers la version où le code a été ajouté Annoter les instructions assembleur avec les adresses estimées. Ajouter un deuxième souligné si le nom contient déjà un souligné. Ajouter un souligné aux noms visibles depuis l'extérieur. Appliquer le signe négatif aux valeurs zéro. Appliquer des règles spéciales pour compiler le paquet runtime. Appliquer l'expansion des variables quand les boucles dont dépliées. Nombre maximum approximatif d'instructions à permettre entre un indice et sa branche [125]. L'argument %<A%> avec INTENT(INOUT) à %L de la sous-routine intrinsèque %s n'aura pas d'indice vectoriel L'argument %<S%> de NEAREST à %L ne sera point zéro L'argument %qs apparaît deux fois dans l'appel de %qs à %L L'argument %qs de %qs avec PASS(%s) à %L ne peut pas être ALLOCATABLE L'argument %qs de %qs avec PASS(%s) à %L ne peut pas avoir l'attribut POINTER L'argument %qs de %qs avec PASS(%s) à %L doit être du type dérivé %qs L'argument %qs de %qs avec PASS(%s) à %L doit être du type dérivé %qs L'argument %qs de %qs avec PASS(%s) à %L doit être scalaire L'argument %qs de la procédure élémentale %qs à %L doit avoir un INTENT spécifié ou avoir l'attribut VALUE L'argument %qs de la procédure élémentale à %L ne peut pas avoir l'attribut ALLOCATABLE L'argument %qs de la procédure élémentale à %L ne peut pas avoir l'attribut POINTER L'argument %qs de la procédure élémentale à %L doit être scalaire L'argument %qs de la fonction pure %qs à %L doit être INTENT(IN) ou VALUE Argument %qs de la fonction pure %qs à %L avec l'attribut VALUE mais sans INTENT(IN) L'argument %qs de la sous-routine pure %qs à %L doit avoir un INTENT spécifié ou avoir l'attribut VALUE Argument %qs de la sous-routine pure %qs à %L avec l'attribut VALUE mais sans INTENT L'argument « %s » de la fonction-instruction « %s » à %L doit être scalaire L'argument CPTR à %L pour C_F_POINTER aura le type TYPE(C_PTR) L'argument CPTR à %L pour C_F_PROCPOINTER n'aura point le type TYPE(C_FUNPTR) L'argument C_PTR_1 à %L pour C_ASSOCIATED aura le type TYPE(C_PTR) ou TYPE(C_FUNPTR) L'argument C_PTR_2 à %L pour C_ASSOCIATED aura le même type que C_PTR_1: %s au lieu de %s L'argument FPTR à %L pour C_F_POINTER doit être un pointeur L'argument FPTR à %L pour C_F_POINTER ne sera point co-indexé L'argument FPTR à %L pour C_F_PROCPOINTER sera un pointeur de procédure L'argument FPTR à %L pour C_F_PROCPOINTER ne sera point co-indexé L'argument NCOPIES de l'intrinsèque REPEAT est négatif (sa valeur est %ld) L'argument NCOPIES de l'intrinsèque REPEAT est négatif à %L L'argument NCOPIES de l'intrinsèque REPEAT est trop grand L'argument NCOPIES de l'intrinsèque REPEAT est trop grand à %L L'argument X à %L pour C_FUNLOC ne sera point une procédure ou un pointeur de procédure L'argument X à %L pour C_FUNLOC ne sera point co-indexé L'argument X à %L pour C_LOC ne sera point une chaîne de longueur nulle L'argument X à %L pour C_LOC aura soit l'attribut POINTER ou soit l'attribut TARGET L'argument X à %L pour C_LOC ne sera point co-indexé L'argument à %L pour C_LOC ne sera point polymorphique L'argument dim à %L doit être du type INTEGER L'argument dim à %L doit être scalaire Argument non concordant pour la procédure surchargeante %qs à %L: %s L'argument de %s à %L doit être de longueur un L'argument de la fonction %s à %L est négatif L'argument de la fonction %s à %L est trop grand pour la séquence alphanumérique du sous-type %d L'argument de la fonction %s à %L est en dehors de la plage [0,127] L'argument de ACOS à %L doit être compris entre -1 et 1 L'argument de ACOSH à %L ne peut pas être inférieur à 1 L'argument de ASIN à %L doit être compris entre -1 et 1 L'argument de ATANH à %L doit être à l'intérieur de la plage -1 à 1 L'argument de la procédure FINAL à %L doit être du type %qs L'argument de la procédure FINAL à %L ne peut pas être ALLOCATABLE L'argument de la procédure FINAL à %L ne peut pas être INTENT(OUT) L'argument de la procédure FINAL à %L ne peut pas être OPTIONAL L'argument de la procédure FINAL à %L ne peut pas être un POINTER L'argument de IACHAR à %L doit être de longueur un L'argument de la fonction IACHAR à %L est en dehors de la plage 0..127 L'argument de ICHAR à %L doit être de longueur un L'argument de LOG à %L ne peut pas être inférieur ou égal à zéro L'argument de LOG10 à %L ne peut pas être inférieur ou égal à zéro L'argument de l'instruction SELECT à %L ne peut pas être %s L'argument de l'expression SELECT à %L doit être une expression scalaire L'argument de SQRT à %L a une valeur négative L'argument de %<-fcheck%> n'est pas valide: %s L'argument de %<-ffpe-summary%> est invalide: %s L'argument de %<-ffpe-trap%> est invalide: %s Les types des arguments de l'intrinsèque %qs à %L doivent correspondre (%s/%s) Instruction IF arithmétique à %C L'instruction IF arithmétique à %L requiert une expression scalaire REAL ou INTEGER Arithmétique NaN à %L NaN arithmétique obtenu en convertissant %s vers %s à %L. Cette vérification peut être désactivée avec l'option %<-fno-range-check%> NaN (pas un nombre) arithmétique du BOZ transféré bit à bit à %L. Cette vérification peut être désactivée avec l'option %<-fno-range-check%> Arithmétique OK à %L OK arithmétique en convertissant %s vers %s à %L Débordement arithmétique à %L Débordement arithmétique en convertissant %s vers %s à %L. Cette vérification peut être désactivée avec l'option %<-nfo-range-check%> Débordement arithmétique du BOZ transféré bit à bit à %L. Cette vérification peut être désactivée avec l'option %<-fno-range-check%> Dépassement de capacité arithmétique par le bas à %L Débordement arithmétique vers le bas en convertissant %s vers %s à %L. Cette vérification peut être désactivée avec l'option %<-fno-range-check%> Débordement arithmétique vers le bas du BOZ transféré bit à bit à %L. Cette vérification peut être désactivée avec l'option %<-fno-range-check%> Le tableau %qs à %L ne peut pas avoir une forme différée Le tableau %qs à %L est une variable qui ne se réduit pas en une expression constante Le tableau %qs à %L avec des limites non constantes ne peut pas être un objet EQUIVALENCE Le tableau %qs n'est pas permis dans la réduction à %L le TYPE_DOMAIN du tableau n'est pas d'un type entier Le composant tableau de structures à %C doit avoir une forme explicite Le composant tableau de structures à %C doit avoir une forme explicite ou différée Constructeur de tableau incluant la spécification de type à %C La valeur du constructeur du tableau à %L ne sera point polymorphique sans limite [F2008: C4106] L'index de tableau à %L est un tableau de rang %d L'index de tableau à %L doit être du type INTEGER, on a trouvé %s L'index de tableau à %L doit être scalaire Tableau d'un type interopérable à %L pour C_LOC qui n'est pas allouable et n'a pas de taille tacite ni de taille explicite Les opérandes de tableau ne sont pas comparables à %L Les opérandes du tableau sont incommensurables en convertissant %s vers %s à %L Le pointeur tableau %qs à %L doit avoir une forme différée ou un rang tacite La référence de tableau à %C ne peut pas avoir plus de %d dimensions La référence de tableau à %C a plus de 7 dimensions La référence au tableau à %L est en dehors des limites (%ld < %ld) dans la co-dimension %d La référence au tableau à %L est en dehors des limites (%ld < %ld) dans la dimension %d La référence au tableau à %L est en dehors des limites (%ld > %ld) dans la co-dimension %d La référence au tableau à %L est en dehors des limites (%ld > %ld) dans la dimension %d La référence au tableau à %L est en dehors des limites (%ld < %ld) dans la boucle commençant à %L La référence au tableau à %L est en dehors des limites (%ld > %ld) dans la boucle commençant à %L La référence au tableau dans EQUIVALENCE à %C ne peut pas être une section de tableau Référence de tableau hors limites Section de tableau à %L pour C_LOC Un désignateur de section de tableau (c-à-d. « (:) ») est requis en plus du désignateur de co-tableau « [...] » à %C La section de tableau avec un indice de vecteur à %L ne sera point la cible d'un pointeur Les sections de tableaux %qs ne sont pas permises dans !$ACC DECLARE à %L La spécification de tableau à %C a plus de %d dimensions Spécification de tableau à %C avec plus de 7 dimensions La spécification de tableau pour le symbole %qs dans COMMON à %C doit être explicite La spécification de tableau doit être différée à %L Une spécification de tableau ou une expression SOURCE= avec une valeur tableau est requise dans l'instruction ALLOCATE à %L Spécification de tableau requise dans l'instruction ALLOCATE à %L L'argument effectif qui est une section de tableau à %L est incompatible avec l'argument muet de forme non tacite %qs à cause de l'attribut VOLATILE L'argument effectif qui est une section de tableau avec des indices de vecteur à %L est incompatible avec l'attribut INTENT(OUT), INTENT(INOUT), VOLATILE ou ASYNCHRONOUS de l'argument muet %qs Puisque l'extension du type %qs à %L a un composant co-tableau, le type parent %qs en aura un aussi Options de l'assembleur ======================= Instruction GOTO assigné à %C L'étiquette assignée n'est pas une étiquette cible Affecter une valeur autre que 0 ou 1 à un LOGICAL produit un résultat indéfini à %L Assignation d'un scalaire à un tableau non alloué L'interface de l'opérateur d'affectation à %L doit avoir une SUBROUTINE L'interface de l'opérateur d'affectation à %L doit avoir deux arguments L'interface de l'opérateur d'affectation à %L ne doit pas redéfinir l'affectation d'un type INTRINSIC Affectation à une variable d'index FORALL à %L Affectation à une variable polymorphique allouable à %L L'affectation à une variable polymorphique allouable à %L requiert %<-frealloc-lhs%> Affectation à une variable co-indexée à %L dans une procédure PURE Affectation à un pointeur contigu depuis une cible non contigüe à %L L'affectation à un co-tableau polymorphique à %L n'est pas permise Le nom associé %qs à %L est utilisé comme tableau Le nom associé %qs ne peut pas apparaître dans le contexte de définition de variable (%s) à %L car sa cible à %L ne le peut pas non plus La cible de l'association à %C ne doit pas être co-indexée Supposer que ES vaut zéro pendant toute l'exécution du programme. Utiliser ES: pour des données en lecture seule. Supposer que les ICPLB sont activés à l'exécution. Supposer un grand segment TLS. Supposer que tous les symboles ont des valeurs 32 bits. Supposer que toutes les variables passées en argument aux fonctions ont un prototype. Supposer que l'assembleur supporte les directives .loc (DWARF2+) Supposer que l'assembleur supporte les vues dans les directives .loc (DWARF2+) Supposer que le code sera assemblé par GAS. Supposer que le code sera lié par GNU ld. Supposer que le code sera lié par HP ld. Supposer que les déclarations communes peuvent être remplacées par d'autres se terminant par un tableau plus grand. Supposer que les segments de données sont relatifs au segment texte. Supposer que les opérations en virgule flottante peuvent générer des déroutements. Supposer que l'alignement de la pile entrante est sur cette puissance de 2. Supposer que les étiquettes et les symboles peuvent être adressés en utilisant des adresses absolues sur 16 bits. Supposer que le chargement de données depuis la flash est plus lent que de lire des instructions. Supposer qu'aucun NaN ni aucun infini ne sont générés. Présumer que l'environnement d'exécution C est normal. Supposer que le débordement de pointeur revient au départ. Présumer un possible mauvais alignement des doubles. Supposer que l'arrondi au plus proche est sélectionné quand il s'agit d'ordonnancer. Supposer que le débordement de l'arithmétique signée boucle sur la plage accessible. Supposer un petit espace d'adressage. Supposer que la règle selon laquelle une zone mémoire ne peut être accessible que par un seul pointeur (strict aliasing) s'applique. Supposer que le processeur cible est configuré comme gros-boutiste. Supposer que le processeur cible est configuré comme petit-boutiste. Supposer que toutes les données dans une zone de stockage statique peuvent être accédées par LDS / STS. Cette option est uniquement utile pour des périphériques Tiny réduits. Supposer que les stockages et chargements de nombres en virgule flottante ne produiront probablement pas de conflits si ils sont placés dans un groupe d'instructions. Supposer que les récepteurs des messages Objective-C peuvent être NIL. Supposer que le support pour l'exécution a été fourni, donc, omet -lsim dans la ligne de commande du lieur. Supposer que les instructions d'estimations des inverses sont plus précises. Présumer que le fichier source est au format fixe. Présumer que le fichier source est au format libre. Supposer que les valeurs d'un type énuméré sont toujours dans la plage minimum de ce type. Supposer que les branchements conditionnels avec un déplacement nul sont rapides. Supposer que l'environnement est VxWorks RTP. Supposer que l'environnement est VxWorks vThreads. Supposer la syntaxe unifiée pour du code assembleur en ligne. Variable de longueur de caractère tacite ou différée %qs dans l'expression constante à %L Tableau de rang tacite %s dans la clause %s à %L Le tableau de forme tacite %qs à %L n'est pas permis dans une expression d'initialisation Le tableau de forme tacite à %L doit être un argument muet Le tableau de taille tacite %qs à %L n'est pas permis dans une expression d'initialisation Tableau de taille tacite %qs dans la clause %s à %L Tableau de taille tacite %qs dans la clause COPYPRIVATE à %L Le tableau de taille tacite %qs dans la liste de noms %qs à %C n'est pas permis Le tableau de taille tacite %qs dans la liste de noms %qs à %L n'est pas permis Le tableau de taille tacite à %L doit être un argument muet Les objets ou composants polymorphiques avec une taille tacite, tel que celui à %C, n'ont pas encore été implémentés Type tacite à %C Le type tacite à %C n'est pas autorisé pour des composants Le type tacite de la variable %s à %L est uniquement permis pour des variables muettes L'argument de rang tacite à %L est uniquement permis comme argument effectif de fonctions de requêtes L'argument de rang tacite à %L est uniquement permis comme premier argument effectif de la fonction de requête intrinsèque %s Un argument de rang tacite requiert une interface explicite à %L Tableau de rang tacite à %C Le tableau de rang tacite à %L ne peut pas avoir les attributs VALUE ou CODIMENSION Le tableau de rang tacite à %L doit être un argument muet La variable de rang tacite %s à %L comme argument effectif à une fonction intrinsèque sera le premier argument La variable de rang tacite %s à %L peut uniquement être utilisée comme argument effectif La variable de rang tacite %s à %L n'aura point de référence à un sous-objet L'argument effectif de forme tacite à %L est incompatible avec l'argument muet de forme non tacite %qs à cause de l'attribut VOLATILE Tableau de forme tacite %qs à %L comme argument muet à la procédure BIND(C) %qs à %L Tableau muet de taille tacite avec !$ACC DECLARE à %L L'argument effectif du type tacite à %L requiert que l'argument muet %qs soit d'un type tacite L'argument de type tacite %s à %L requiert une interface explicite L'argument de type tacite à %L n'est pas permis comme argument effectif de l'intrinsèque %s L'argument de type tacite à %L est uniquement permis comme premier argument effectif de l'intrinsèque %s La variable de type tacite %s à %L comme argument effectif à une fonction de requête sera le premier argument La variable de type tacite %s à %L ne peut pas avoir les attributs ALLOCATABLE, CODIMENSION, POINTER ou VALUE La variable de type tacite %s à %L ne peut pas avoir l'attribut INTENT(OUT) La variable de type tacite %s à %L peut uniquement être utilisée comme argument effectif La variable de type tacite %s à %L ne sera point un tableau de forme explicite La variable de type tacite %s à %L n'aura point de référence à un sous-objet Au niveau global: Un maximum de %i exécutions d'un profile est supporté. Le profile est peut-être corrompu ? Au plus haut niveau: Écrire atomiquement dans les lignes de cache des données logicielles (par défaut). Tentative d'utiliser DEALLOCATE sur « %s » qui n'est pas alloué Essayer d'éviter de générer des séquences d'instructions contenant des octets « ret ». Tenter de remplir les créneaux de retard (delay slots) des instructions de branchement. Tentative de faire se chevaucher indirectement les blocs COMMON %s et %s par EQUIVALENCE à %C Essayer de conserver l'alignement de la pile sur cette puissance de 2. Tenter de fusionner les constantes identiques au travers des unités de compilation. Tenter de fusionner les constantes et les variables constantes identiques. Tenter de fusionner les chaînes de débogage identiques au travers des unités de compilation. Tentative d'allouer une variable déjà allouée Tentative d'allouer la variable « %s » qui est déjà allouée Attribut %s à %L dans une définition TYPE L'attribut à %L n'est pas permis dans une définition TYPE L'attribut à %L n'est pas permis en dehors d'une définition TYPE Augmenter les listes de positions de variables avec des vues progressives. le nombre magique du profil AutoFDO ne correspond pas la version %u du profil AutoFDO ne correspond pas à %u Le tableau automatique %qs à %L ne peut pas avoir une initialisation Aligner automatiquement les cibles des branchements pour réduire les pénalités des branchements. Le nombre moyen d'itérations d'une boucle. Éviter toutes les limites de portée sur les instructions d'appels. Éviter des générer des appels relatifs au PC; utiliser des indirections. Éviter la génération des instructions de chargement/stockage indexées lorsque c'est possible. Éviter le chevauchement entre la destination et les registres d'adresses sur les instructions LDRD qui peuvent déclencher un errata du Cortex-M3. Évite de placer des données lisibles dans la mémoire du programme Éviter les chargements spéculatifs pour contourner une anomalie matérielle. Éviter l'utilisation des instructions DIV et MOD L'argument BACK de l'intrinsèque %qs n'est pas encore implémenté le BB %i ne peut pas produire d'exception mais il a une arête pour la gestion des exceptions le BB %i a une arête incorrecte le BB %i a une arête fallthru incorrecte le BB %i a plusieurs arêtes de gestion des exceptions le BB %i n'a pas d'arête de gestion des exceptions il manque une arête dans le BB %i la dernière instruction du BB %i a défini incorrectement la zone d'atterrissage des exceptions le BB %i a trop d'arêtes falltrhu fanion BB_RTL manquant pour le bloc %d La variable BIND(C) %qs à %L doit avoir la longueur un BIND(C) appliqué à %s %s à %L BIND(C) à %L L'attribut BIND(C) à %C requiert une interface avec BIND(C) L'attribut BIND(C) à %L peut uniquement être utilisé pour des variables ou des blocs communs L'attribut BIND(C) à %L ne peut pas être spécifié pour une procédure interne La procédure BIND(C) avec NAME ne peut pas avoir l'attribut POINTER à %C Instruction BIND(C) à %C BLANK= à %C n'est pas permis en Fortran 95 L'élément BLOCK DATA %qs à %L doit être dans COMMON Construction BLOCK à %C les instructions BMX sont uniquement supportées avec l'architecture R2 La constante BOZ à %C utilise une syntaxe suffixée non standard La constante BOZ à %L est trop grande (%ld vs %ld bits) Le littéral BOZ à %L est le symbole non entier %qs transféré bit à bit Littéral BOZ à %L en dehors d'une instruction DATA et en dehors de INT/REAL/DBLE/CMPLX Un littéral BOZ à %L est utilisé pour initialiser la variable non entière %qs BOZ utilisée en dehors d'une instruction DATA à %C Type BYTE à %C Le type BYTE utilisé à %C n'est pas disponible sur la machine cible Mauvais déplacement sur 128 bits Mauvaise fusion GPR Mauvaise spécification INTENT à %C Mauvais type de base d'E/S (%d) Mauvais objet d'allocation à %C pour une procédure PURE Mauvaise dimension de tableau à %L Mauvaise référence à un tableau à %L Mauvaise spécification de tableau pour le tableau de forme explicite à %C Mauvaise spécification de tableau pour le tableau de forme tacite à %C Mauvaise spécification de tableau pour le tableau de forme implicite à %C Mauvaise spécification de tableau dans l'instruction ALLOCATE à %L Caractère %qc invalide dans le nom de OPERATOR à %C Mauvaise spécification de co-tableau dans l'instruction ALLOCATE à %L Mauvaise ligne de continuation à %C Mauvaise expression « kind » pour la fonction %qs à %L Mauvais sous-type pour la constante logique à %C Mauvais nom Mauvais opérateur Mauvaise spécification pour le tableau de taille tacite à %C Mauvaise spécification pour le tableau de taille tacite à %L Mauvaise spécification pour le tableau de forme différée à %C Mauvaise cible dans l'affectation du pointeur dans la procédure PURE à %L Mauvais type dans l'expression constante Mauvais type dans gfc_simplify_sign L'objet de base pour l'appel de procédure liée au type NOPASS à %L doit être scalaire L'objet de base pour l'appel de composant pointeur de procédure à %L est du type ABSTRACT %qs L'objet de base pour l'appel de procédure liée au type à %L est du type ABSTRACT %qs La liaison à %C doit avoir le même accès que la liaison %qs déjà définie Les attributs de liaison spécifient déjà « PASS », NOPASS illégal à %C Les attributs de liaison spécifient déjà « PASS »; PASS illégal à %C Le BLOCK DATA blanc à %C est en conflit avec le BLOCK DATA précédent à %L Espace requis dans l'instruction %s près de %C L'instruction SAVE générale à %C suit une instruction SAVE précédente L'étiquette de bloc est inappropriée pour l'instruction IF à %C Étiquette de bloc inappropriée pour l'instruction IF arithmétique à %C Nom de la carte [et région mémoire]. La section et le groupe comdat sont tous les deux définis Limite sur le nombre de candidats en dessous de laquelle tous les candidats sont pris en compte dans les optimisations d'IV. Limite sur le nombre d'utilisations d'IV dans une boucle optimisée dans des optimisations d'IV. Limite sur le nombre de vérifications à l'exécution pour détecter les pointeurs qui se recouvrent (pointer aliasing) que le code qui décline les versions des boucles vectorisées doit insérer. Limite sur le nombre de vérifications à l'exécution de l'alignement que le code qui décline les versions des boucles vectorisées doit insérer. Limite sur la taille des expressions utilisées dans l'analyseur d'évolution de scalaires. Limite sur la complexité des expressions dans l'analyseur d'évolution de scalaires. Limite sur le coût d'une expression pour calculer le nombre d'itérations. Limite le nombre d'itérations que l'algorithme d'analyse du nombre d'itérations évalue par la force brute. Spécification des limites pour %qs dans une affectation de pointeur à %L Le branchement à %L peut conduire à une boucle infinie Les branchements sont coûteux à ce point (unités arbitraires). Branchements exécutés: %s sur %d Compiler pour le cœur A. Compiler pour le cœur B. Compiler pour SDRAM. La fonction interne %qF requiert z14 ou supérieur. La fonction interne %s n'est pas supportée avec les options actuelles La fonction interne %s est uniquement valable pour le processeur cell La fonction interne %s n'est pas supportée dans cette configuration du compilateur La fonction intégrée %s requiert Nios II R%d La fonction interne %s requiert l'option -maltivec La fonction interne %s requiert les options -mcpu=power9 et -m64 La fonction interne %s requiert l'option -mcpu=power9 La fonction interne %s requiert l'option -mfloat128 La fonction interne %s requiert les options -mhard-dfp et -mpower8-vector La fonction interne %s requiert l'option -mhard-dfp La fonction interne %s requiert les options -mhard-float et -mlong-double-128 La fonction interne %s requiert l'option -mhard-float La fonction interne %s requiert l'option -mhtm La fonction interne %s requiert l'option -mpaired La fonction interne %s requiert l'option -mpower8-vector La fonction interne %s requiert l'option -mspe La fonction interne %s requiert l'option -mvsx L'argument par valeur à %L ne peut pas être un tableau ou une section de tableau L'argument par valeur à %L n'est pas permis dans ce contexte L'argument par valeur à %L n'est pas un type numérique La variable muette caractère %qs, interopérable avec le C, à %L avec l'attribut VALUE doit avoir la longueur un Le paramètre d'un type du sous-type C est pour le type %s mais le type à %L est %s les constructeurs et destructeurs C++ ne seront pas invoqués pour les champs Objective-C les initialisations désignées du C++ sont uniquement disponibles avec -std=c++2a ou -std=gnu++2a la recherche de %qD par le C++ retournerait un champ, pas un type le C++ exige un type promu, pas un type enum, dans %<va_arg%> le %<constexpr%> du C++11 est uniquement disponible avec -std=c++11 ou -std=gnu++11 le %<noexcept%> du C++11 est uniquement disponible avec -std=c++11 ou -std=gnu++11 %<thread_local%> en C++11 permet l'initialisation et la destruction dynamique le %<thread_local%> du C++11 est uniquement disponible avec -std=c++11 ou -std=gnu++11 le auto du C++11 est uniquement disponible avec -std=c++11 ou -std=gnu++11 le champ désigné par l'indicateur C99 %qE n'est pas une expression constante entière le champ désigné par l'indicateur C99 %qE est hors de l'initialisation de l'agrégat L'étiquette CASE à %L chevauche l'étiquette CASE à %L le sous-type de fonction intrinsèque CCTL est hors limite ! les instructions CDX sont uniquement supportées avec l'architecture R2 l'expression CFString littérale n'est pas une constante de type chaîne de caractères la CFString littérale est manquante Instruction CHANGE TEAM à %C L'expression CHARACTER à %L est tronquée (%ld/%ld) L'expression CHARACTER sera tronquée dans l'affectation (%ld/%ld) à %L La longueur de CHARACTER dans !$OMP DECLARE REDUCTION %s n'est pas constante à %L La longueur de CHARACTER doit être une constante à %L Fonction CHARACTER(*) %qs à %L La fonction CHARACTER(*) %qs à %L ne peut pas avoir la valeur d'un tableau La fonction CHARACTER(*) %qs à %L ne peut pas avoir la valeur d'un pointeur La fonction CHARACTER(*) %qs à %L ne peut pas être pure La fonction CHARACTER(*) %qs à %L ne peut pas être récursive Le sélecteur CLASS à %L a besoin d'un temporaire qui n'est pas encore implémenté Instruction CLASS à %C La variable CLASS %qs à %L ne peut pas avoir l'attribut PARAMETER La variable CLASS %qs à %L doit être muette, allouable ou pointeur L'instruction CLOSE à %L requiert le numéro d'un UNIT L'instruction CLOSE n'est pas permise dans une procédure PURE à %C CODIMENSION spécifié pour %qs en dehors du corps de son INTERFACE à %L L'argument de la clause COLLAPSE n'est pas une constante entière positive à %C COLLECT_GCC doit être défini COLLECT_GCC doit être défini. COLLECT_LTO_WRAPPER doit être défini COMMON %qs à %L n'existe pas Le COMMON %qs à %L requiert %d octets de rembourrage; réorganisez les éléments ou utilisez %<-fno-align-commons%> COMMON à %L mentionné plusieurs fois dans des clauses ayant la même directive OMP DECLARE TARGET Le COMMON à %L requiert %d octets de rembourrage; réorganisez les éléments ou utilisez %<-fno-align-commons%> Le bloc COMMON %qs à %L ne peut pas avoir d'attribut EXTERNAL Le bloc COMMON %qs à %L est aussi une procédure intrinsèque Le bloc COMMON %qs à %L est utilisé comme PARAMETER à %L Le bloc COMMON %qs à %L qui est aussi un résultat de fonction Le bloc COMMON %qs à %L qui est aussi une procédure globale Le bloc COMMON %qs à %L utilise le même identificateur global que l'entité à %L Bloc COMMON /%s/ pas trouvé à %C Le bloc COMMON à %L avec le label de liaison %qs utilise le même identificateur global que l'entité à %L Le membre %qs du bloc COMMON à %L ne peut pas être un objet EQUIVALENCE dans la procédure pure %qs La variable COMMON %qs à %L doit avoir une longueur de caractère constante Argument COMPLEX %qs de l'intrinsèque %qs à %L Les quantités COMPLEX ne peuvent pas être comparées à %L Bloc CONTAINS dans une définition de type dérivé à %C L'instruction CONTAINS à %C est déjà dans une unité de programme contenue Instruction CONTAINS sans instruction FUNCTION ou SUBROUTINE à %L Attribut CONTIGUOUS à %C Instruction CONTIGUOUS à %C Balise CONVERT à %L L'argument COUNT de la fonction intrinsèque EVENT_QUERY à %L sera définissable L'argument COUNT de la fonction intrinsèque EVENT_QUERY à %L couvrira au moins la plage de l'entier par défaut L'argument COUNT de SYSTEM_CLOCK à %L a un sous-type pas par défaut L'argument COUNT_MAX de SYSTEM_CLOCK à %L a un sous-type pas par défaut L'argument COUNT_RATE de SYSTEM_CLOCK à %L a un sous-type pas par défaut le processeur sélectionné ne supporte pas le jeu d'instructions x86-64 les processeurs plus vieux que le z900 ne sont pas supportés par -fsplit-stack l'assertion de portage CRIS a échoué: Bloc CRITICAL à l'intérieur d'une région OpenACC à %C Bloc CRITICAL à l'intérieur d'une région OpenMP à %C Instruction CRITICAL à %C L'instruction CYCLE à %C n'est pas applicable à la construction %qs qui n'est pas une boucle Instruction CYCLE à %C pour une boucle !$ACC LOOP coalescée qui n'est pas la plus à l'intérieur Instruction CYCLE à %C pour une boucle !$OMP DO coalescée qui n'est pas la plus à l'intérieur Appeler mcount pour le profilage avant le prologue d'une fonction. L'appelant copie les arguments de la fonction passés par référence cachée. Appels exécutés: %s sur %d Impossible d'utiliser le même %smodule que celui qui est en cours de construction Impossible de calculer la longueur du tableau de caractères à %L. Impossible de construire le type ABSTRACT %qs à %L Impossible de convertir %qs en %qs à %L Impossible de convertir %s en %s à %L Impossible d'effacer le fichier module %qs: %s Impossible de supprimer le fichier temporaire du module %qs: %s N'a pu trouver un module intrinsèque nommé %qs à %C Impossible de trouver le mot-clé nommé %qs dans l'appel de %qs à %L Impossible d'initialiser un tableau de forme implicite à %L avec un scalaire Ne peut ouvrir le fichier %qs Ne peut ouvrir le fichier module %qs en lecture à %C: %s N'a pu ouvrir le fichier module %qs en écriture à %C: %s Ne peut surcharger GENERIC %qs à %L Impossible de renommer le fichier module %qs en %qs: %s Impossible d'utiliser IMPORT %qs depuis l'unité dans la portée de l'hôte à %C – n'existe pas. Impossible d'affecter à une constante nommé à %C Impossible d'appeler %<__builtin_custom_%s%> sans spécifier l'option %<-mcustom-%s%> Impossible de changer les attributs du symbole %s associé à USE à %L Impossible de changer les attributs du symbole associé à USE à %L Ne peut changer le répertoire vers %s Ne peut convertir %qs en un type interopérable à %L Ne peut récupérer le nom du répertoire courant Impossible d'initialiser un tableau de paramètres à %L avec des éléments de longueur variable Ne peut créer le répertoire %s Impossible de mapper %s Impossible d'ouvrir %s Impossible d'ouvrir le fichier de sortie intermédiaire %s N'a pu ouvrir le fichier source %s Impossible de lire %s Impossible de lire le fichier module %qs ouvert à %C car il a été créé par une version différente de GNU Fortran Impossible de spécifier IMPLICIT à %C après IMPLICIT NONE Intercepter les typos. Faire afficher les statistiques du processeur tomcat par gas. L'index d'instruction de l'arête cgraph n'a pas été trouvé L'index d'instruction de l'arête cgraph est hors limites Alias transparents enchaînés Changement de valeur dans la conversion depuis %qs vers %qs à %L Changement de valeur dans la conversion depuis %qs vers %qs à %L Changer seulement les 8 bits inférieurs du pointeur de pile. Changer l'ABI pour autoriser les insns double mots. Changer la quantité d'anticipation de l'ordonnanceur. Changer la longueur maximale des séquences exécutées conditionnellement. Changer le nombre de registres temporaires qui sont disponibles pour les séquences exécutées conditionnellement. Changer le pointeur de pile sans désactiver les interruptions. Changer la visibilité pour correspondre à Microsoft Visual Studio par défaut. Le caractère %qs dans la chaîne à %C n'a pas de représentation dans le caractère du sous-type %d Le caractère %qs dans la chaîne à %L ne peut pas être converti en un caractère du sous-type %d L'argument caractère %qs à %L doit avoir la longueur 1 car la procédure %qs est BIND(C) Le composant caractère %qs de %qs à %L avec une longueur différée doit être POINTER ou ALLOCATABLE La variable muette caractère %qs à %L avec l'attribut VALUE doit avoir une longueur constante Désaccord dans la longueur de CHARACTER (%ld/%ld) entre l'argument effectif et l'argument muet de forme tacite %qs à %L Désaccord dans la longueur de CHARACTER (%ld/%ld) entre l'argument effectif et l'argument muet pointeur ou allouable %qs à %L La longueur de CHARACTER de l'argument effectif est plus court que celui de l'argument muet %qs (%lu/%lu) à %L La longueur de caractère du composant %qs doit être une expression de spécification constante à %L L'argument %qs avec une valeur de caractère pour la fonction-instruction à %L doit avoir une longueur constante La fonction interne %qs avec une valeur de caractère à %L ne peut pas avoir une longueur tacite La procédure de module %qs avec une valeur de caractère à %L ne peut pas avoir une longueur tacite La fonction-instruction %qs avec une valeur de caractère à %L doit avoir une longueur constante Vérifier les débordements de la pile à l'exécution. Vérifier les erreurs de syntaxes et puis stopper. Vérifier la valeur retournée par new en C++. Choisir la stratégie pour générer du code en ligne pour les opérations sur des chaînes. Taille des fragments de l'ordonnanceur OMP pour des boucles parallélisées par parloops. La clause AUTO est en conflit avec GANG à %L La clause AUTO est en conflit avec VECTOR à %L La clause AUTO est en conflit avec WORKER à %L La clause SEQ est en conflit avec AUTO à %L La clause SEQ est en conflit avec GANG à %L La clause SEQ est en conflit avec INDEPENDENT à %L La clause SEQ est en conflit avec VECTOR à %L La clause SEQ est en conflit avec WORKER à %L Effacer toutes les fonctionnalités d'ajustement. Effacer les capacités matérielles lors de l'édition de liens. Effacer la BSS à zéro et placer zéro initialisé dans la BSS. Le composant co-tableau %qs à %L doit être allouable avec une forme différée Déclaration de co-tableau à %C Un désignateur de co-tableau est rencontré à %C mais %qs n'est pas un co-tableau Argument muet co-tableau %qs à %L pour une procédure élémentale La variable muette co-tableau %qs à %L n'est pas permise dans la procédure BIND(C) %qs Spécification de co-tableau requise dans l'instruction ALLOCATE à %L La variable co-tableau %qs à %L n'aura pas de co-dimensions avec une forme différée Co-tableaux désactivés à %C, utilisez %<-fcoarray=%> pour l'activer Co-tableaux désactivés à %L, utilisez %<-fcoarray=%> pour l'activer Co-tableaux pas supportés dans la clause %s à %L Le code pour réallouer le tableau allouable à %L sera ajouté Du code pour réallouer la variable allouable à %L va être ajouté Taille du code: small, medium ou large. Le co-index de la co-dimension %d doit être un scalaire à %L Désaccord du rang du co-index dans la référence au tableau à %L (%d/%d) L'argument effectif co-indexé ASYNCHRONOUS ou VOLATILE à %L requiert que le muet %qs n'ait ni ASYNCHRONOUS ni VOLATILE L'argument effectif co-indexé à %L dans une procédure PURE est passé à un argument muet de type POINTER L'argument effectif co-indexé à %L dans une procédure PURE est passé à un argument INTENT(%s) L'argument effectif co-indexé à %L vers le muet allouable %qs requiert INTENT(IN) Argument effectif co-indexé à %L vers le muet pointeur %qs L'argument effectif co-indexé à %L avec un composant ultimement allouable pour le muet %qs requiert soit VALUE ou INTENT(IN) Argument effectif co-indexé à %L avec un composant pointeur ultime Objet allouable co-indexé à %L L'expression co-indexée à %L est affectée à une variable de type dérivé avec un composant POINTER dans une procédure PURE Expression co-indexée vers le composant pointeur %qs dans le constructeur de structure à %L Objet co-indexé avec un sous-composant allouable polymorphique à %L L'argument effectif polymorphique co-indexé à %L est passé à l'argument muet polymorphique %qs Composant pointeur de procédure co-indexé à %C La variable co-indexée ne doit pas avoir un composant ultimement allouable dans l'affectation à %L Collecter et décharger les informations de débogage dans un fichier temporaire si une erreur interne du compilateur a eu lieu dans le compilateur C/C++. Virgule avant la liste des éléments e/s à %L Virgule requise après le descripteur P Compiler le code pour le mode gros-boutiste. Compiler le code pour le mode petit-boutiste. Ceci est le mode par défaut. Compiler du code qui repose sur la surcouche de la DLL Cygwin pour supporter le remplacement des opérateurs new et delete du C++. Compiler pour des pointeurs de 32 bits. Compiler pour des pointeurs de 64 bits. Compiler pour ETRAX 100 (CRIS v8). Compiler pour ETRAX 4 (CRIS v3). Compiler pour l'ABI V8+. Compiler pour l'ABI de la bibliothèque partagée DSBT. Compiler pour le m32r. Compiler pour le m32r2. Compiler pour le m32rx. Compiler pour le processeur v850. Compiler pour le processeur v850e. Compiler pour le processeur v850e1. Compiler pour le processeur v850e2. Compiler pour le processeur v850e2v3. Compiler pour le processeur v850e3v5. Compiler pour la variante v850es du processeur v850e1. Compiler une unité de compilation entière à la fois. Compiler avec des « long » et des pointeurs de 32 bits. Comme c'est le seul comportement supporté, ce fanion est ignoré. Compiler avec des pointeurs et des entiers longs de 32 bits. Compiler avec des pointeurs et des entiers longs de 64 bits. Bonus à la compilation que IPA-CP assigne aux candidats qui rendent connus l'index dans un tableau. Bonus à la compilation que IPA-CP assigne aux candidats qui rendent les limites ou les pas des boucles connus. L'argument complexe de LOG à %L ne peut pas être zéro Les multiplications et les divisions complexes suivent les règles du Fortran. Le composant %qs à %C est déjà déclaré à %L Le composant %qs à %C est déjà dans le type parent à %L Le composant %qs à %C est un composant PRIVATE de %qs Le composant %qs à %L ne peut pas avoir l'attribut ALLOCATABLE car il est un membre du type dérivé BIND(C) %qs à %L Le composant %qs à %L ne peut pas avoir l'attribut POINTER car il est un membre du type dérivé BIND(C) %qs à %L Le composant %qs à %L a l'attribut CONTIGUOUS mais n'est pas un pointeur de tableau Le composant %qs à %L ayant TYPE(C_PTR) ou TYPE(C_FUNPTR) ne sera point un co-tableau Le composant %qs à %L avec le composant co-tableau sera un scalaire non pointeur, non allouable Le composant %qs dans le type dérivé %qs à %L peut ne pas être interopérable avec le C Le composant %qs dans le type dérivé %qs à %L peut ne pas être interopérable avec le C bien que le type dérivé %qs soit BIND(C) Le composant %qs est initialisé deux fois dans le constructeur de structure à %L Le composant %qs de %qs à %L a le même nom qu'une procédure liée au type héritée Le composant %qs du type BIND(C) à %L doit avoir la longueur un Le composant %qs avec CLASS à %C doit être allouable ou un pointeur Le composant %s à %L du type EVENT_TYPE doit avoir une co-dimension ou être un sous-composant d'un co-tableau, ce qui n'est pas possible puisque le composant a l'attribut pointeur Le composant %s à %L du type LOCK_TYPE doit avec une co-dimension ou être un sous-composant d'un co-tableau, ce qui est impossible puisque le composant a l'attribut pointeur Le composant %s du type SEQUENCE déclaré à %L n'a pas l'attribut SEQUENCE Le composant à %C doit avoir l'attribut POINTER Initialisation de composant sans nom après le composant nommé %s à %L Le composant à droite d'une référence de partie avec un rang non nul ne doit pas avoir l'attribut ALLOCATABLE à %L Le composant à droite d'une référence de partie avec un rang non nul ne doit pas avoir l'attribut POINTER à %L Le composant avec l'attribut KIND à %C doit être un INTEGER Le composant avec l'attribut KIND à %C doit être du sous-type entier par défaut (%d) Le composant avec l'attribut LEN à %C doit être un INTEGER Le composant avec l'attribut LEN à %C doit être du sous-type entier par défaut (%d) Les composants dans TYPE à %C doivent précéder CONTAINS Calculer les points de réinitialisation locview sur base des estimations des longueurs des insns GOTO calculé à %C L'opérateur de concaténation à %L doit concaténer des chaînes du même sous-type L'opérateur de concaténation dans l'expression à %L doit avoir deux opérandes de type CHARACTER Configuré avec: %s Initialisations conflictuelles dans l'union à %L et %L Être conforme plus fidèlement aux sémantiques IBM XLC. Pas de conformité particulière. Être conforme au standard C ISO 1990 tel que amendé en 1994. Être conforme au standard C ISO 1990 avec les extensions GNU. Être conforme au standard C ISO 1990. Être conforme au standard C++ ISO 1998 révisé par les corrections techniques de 2003 avec les extensions GNU. Être conforme au standard C++ ISO 1998 révisé par les corrections techniques de 2003. Être conforme au standard C ISO 1999 avec les extensions GNU. Être conforme au standard C ISO 1999. Être conforme au standard C ISO 2011 avec les extensions GNU. Être conforme au standard C ISO 2011. Être conforme au standard C++ ISO 2011 avec les extensions GNU. Être conforme au standard C++ ISO 2011. Être conforme au standard C++ ISO 2014 avec les extensions GNU. Être conforme au standard C++ ISO 2014. Être conforme au standard C ISO 2017 (publication prévue en 2018) avec les extensions GNU. Être conforme au standard C ISO 2017 (publication prévue en 2018). Être conforme au standard C++ ISO 2017 avec les extensions GNU. Être conforme au standard C++ ISO 2017. Être conforme au brouillon du standard C++ ISO 2020(?) (support expérimental et incomplet). Être conforme au brouillon du standard C++ ISO 2020(?) avec les extensions GNU (support expérimental et incomplet). Être conforme au standard Fortran ISO 2003. Être conforme au standard Fortran ISO 2008 y compris TS 29113. Être conforme au standard Fortran ISO 2008. Être conforme au standard Fortran ISO 2018. Être conforme au standard Fortran ISO 95. Respecter la conformité avec le langage Objective-C 1.0 comme implémenté dans GCC 4.0. Être conforme à l'ABI FPXX o32. Considérer que l'accès à une mémoire de un octet est lente. Considérer le type « int » comme ayant une largeur de 16 bits. Considérer le type « int » comme ayant une largeur de 32 bits. L'expression constante dans l'étiquette du FORMAT à %L doit être de type CHARACTER par défaut Expression constante requise à %C La valeur logique constante est répétée dans l'instruction CASE à %L Construire une toile et séparer les utilisations sans relations d'une variable seule. La fonction contenue %qs à %L n'a pas le type IMPLICIT La procédure contenue %qs à %C entre en conflit avec la procédure définie à %L La procédure contenue %qs à %C est déjà ambigüe La procédure contenue %qs à %L a le même nom que sa procédure contenante La procédure contenue %qs à %L d'une procédure PURE doit aussi être PURE Contrôle la génération des estimations des inverses. Contrôler comment le contrôleur de limites des pointeurs gère des pointeurs vers les champs d'un objet. Lorsque des limites plus étroites sont en vigueur, les limites des champs sont utilisées. Sinon, les limites de l'objet entier sont utilisées. Le numéro du registre de contrôle doit être dans la plage 0-31 pour %s Contrôler le mode de déroutage en cas d'exception IEEE. Contrôler le mode d'arrondissement FP généré. Contrôler la précision donnée aux exceptions FP. Conversion depuis %qs vers %qs à %L Conversion de %s vers %s à %L La conversion depuis %s vers le sous-type par défaut COMPLEX(%d) à %L pourrait perdre en précision, envisagez d'utiliser l'argument KIND Conversion d'un infini ou de Pas-un-Nombre à %L en INTEGER Convertir les sauts conditionnels des boucles les plus à l'intérieur en équivalents sans branchement. Convertir les constantes en virgule flottante en constantes en simple précision. Convertir le retour de fonction en un fragment d'appel et de retour. Convertir les appel et saut indirects en fragment d'appel et de saut Copier les sections de tableaux dans un bloc contigu lors de l'entrée dans une procédure. Copyright %s 2018 Free Software Foundation, Inc. Co-rang non concordant dans l'argument %qs à %L (%d et %d) Coût auquel les optimisations de GCSE ne contraindront pas la distance de déplacement d'une expression. Coût supposé pour une insn de branchement. Coût supposé d'une insn de multiplication. Coût supposé d'une instruction de multiplication où 4 est égal à une insn normale. N'a pu générer de valeur addis pour la fusion Impossible d'ouvrir le fichier de sortie « %s » N'a pu définir la spécification de tableau dans le pointé de type Cray Impossible de définir la spécification du tableau pointé Compter les dépendances spéculatives tout en calculant la priorité des instructions. Le pointé de type Cray à %C ne peut pas être un tableau de forme tacite Le pointé Cray à %L apparaît dans plusieurs instructions pointer() Pointé Cray %qs dans la clause %s à %L Pointé Cray %qs dans la clause SHARED à %L Objet pointé Cray %qs dans la clause %s à %L Objet pointé Cray %qs du type dérivé dans la clause %s à %L Objet pointé Cray %qs du type polymorphique dans la clause %s à %L Pointeur Cray %qs dans la clause %s à %L Le pointeur Cray à %C a %d octets de précision; les adresses mémoire requièrent %d octets Le pointeur Cray à %C doit être un entier La déclaration de pointeur Cray à %C requiert l'option -fcray-pointer Objet pointeur Cray %qs dans la clause %s à %L Objet pointeur Cray %qs du type dérivé dans la clause %s à %L Objet pointeur Cray %qs du type polymorphique dans la clause %s à %L Créer une application de type GUI. Créer un exécutable indépendant de la position dynamiquement lié. Créer une bibliothèque partagée. Créer un exécutable statique indépendant de la position. Créer des variables d'induction canoniques dans les boucles. Créer une application de type console. Créer les fichiers de données nécessaires à « gcov ». Création de « %s » Création d'un tableau temporaire à %L Création d'un temporaire pour le tableau à %L dans l'argument %qs Le tableau DATA %qs à %L doit être spécifié dans une déclaration précédente L'élément DATA %qs à %L ne peut pas avoir un co-index L'élément DATA %qs à %L est un pointeur et doit donc être un tableau à part entière Instruction DATA à %C après la première instruction exécutable L'instruction DATA à %C ne peut pas apparaître dans une INTERFACE L'instruction DATA à %C n'est pas permise dans une procédure PURE L'instruction DATA à %L a plus de valeurs que de variables L'instruction DATA à %L a plus de variables que de valeurs Spécificateur de format DC interdit à %C objet DEALLOCATE DEALLOCATE d'un co-tableau à %C dans un bloc CRITICAL DEALLOCATE d'un co-tableau à %C dans un bloc DO CONCURRENT DECIMAL= à %C n'est pas permis en Fortran 95 DECL_GIMPLE_REG_P est défini sur une variable dont l'adresse est prise DEF_INTERNAL_FLT_FN (%s) n'a pas de fonction interne associée DEF_INTERNAL_INT_FN (%s) n'a pas de fonction interne associée DELIM= à %C pas permis en Fortran 95 DEPEND SINK utilisé avec DEPEND SOURCE sur la même construction à %L L'argument DIM à %L est en dehors des limites L'argument DIM sans argument COARRAY n'est pas permis pour l'intrinsèque THIS_IMAGE à %L DIMENSION spécifié pour %qs en dehors du corps de son INTERFACE à %L Argument DISTANCE= pour NUM_IMAGES à %L Argument DISTANCE= pour THIS_IMAGE à %L Le chunk_size de la clause DIST_SCHEDULE à %L requiert une expression INTEGER scalaire Construction DO CONCURRENT à %C La boucle DO à %L est indéfinie car elle déborde La boucle DO à %L est indéfinie car elle déborde vers le bas La boucle DO à %L sera exécutée zéro fois La valeur de pas de DO est zéro Instruction de fin de DO qui n'est pas END DO ou CONTINUE avec l'étiquette %d à %C L'itérateur DO %qs à %L est à l'intérieur d'un itérateur du même nom DOUBLE COMPLEX à %C Spécificateur de format DP interdit à %C La procédure DTIO %s à %L doit être récursive L'argument caractère DTIO à %L doit avoir une longueur tacite L'argument muet DTIO à %L doit être un scalaire L'argument muet DTIO à %L doit être ASSUMED SHAPE ARRAY L'argument muet DTIO à %L doit avoir KIND = %d L'argument muet DTIO à %L doit être du type %s L'argument muet DTIO à %L doit avoir INTENT %s La procédure DTIO %qs à %L doit être une sous-routine Élément de donnée au dessus de la limite supérieure du tableau à %L Élément de donnée en dessous de la limite inférieure du tableau à %L Les données sont stockées dans le format gros-boutiste. Les données sont stockées dans le format petit-boutiste. (Par défaut). La cible de données à %L n'aura point de co-index L'élément de transfert de données à %L ne peut pas être une référence complète à un tableau de taille tacite L'élément de transfert de données à %L ne peut pas être polymorphique à moins qu'il soit traité par une procédure d'entrée/sortie définie L'élément de transfert de données à %L ne peut pas avoir de composants ALLOCATABLE à moins qu'il soit traité par une procédure d'entrée/sortie définie L'élément de transfert de données à %L ne peut pas avoir de composants POINTER à moins qu'il soit traité par une procédure d'entrée/sortie définie L'élément de transfert de données à %L ne peut pas avoir de composants PRIVATE L'élément de transfert de données à %L ne peut pas avoir de composants PRIVATE à moins qu'il soit traité par une procédure d'entrée/sortie définie L'élément de transfert de données à %L ne peut pas avoir de composants de pointeur de procédure L'objet pointeur de données à %L doit être polymorphique illimité ou être d'un type avec l'attribut BIND ou SEQUENCE pour être compatible avec une cible polymorphique illimitée La déclaration de la méthode %qD comme étant finale permettrait la dévirtualisation de %i appel La déclaration de la méthode %qD comme étant finale permettrait la dévirtualisation de %i appels La déclaration de la méthode %qD comme étant finale permettrait la dévirtualisation de %i appel exécuté %lli fois La déclaration de la méthode %qD comme étant finale permettrait la dévirtualisation de %i appels exécutés %lli fois La déclaration du type %qD comme étant final permettrait la dévirtualisation de %i appel La déclaration du type %qD comme étant final permettrait la dévirtualisation de %i appels La déclaration du type %qD comme étant final permettrait la dévirtualisation de %i appel exécuté %lli fois La déclaration du type %qD comme étant final permettrait la dévirtualisation de %i appels exécutés %lli fois La déclaration du destructeur virtuel de %qD comme étant final permettrait la dévirtualisation de %i appel La déclaration du destructeur virtuel de %qD comme étant final permettrait la dévirtualisation de %i appels La déclaration du destructeur virtuel de %qD comme étant final permettrait la dévirtualisation de %i appel exécuté %lli fois La déclaration du destructeur virtuel de %qD comme étant final permettrait la dévirtualisation de %i appels exécutés %lli fois Retarder à plus tard le dépilage des arguments des fonctions hors de la pile. Le tableau différé %qs à %L n'est pas permis dans une expression d'initialisation Paramètre de type différé pas encore supporté Supprimer les instructions inutiles qui peuvent déclencher des exceptions. Supprimer les vérifications inutiles des pointeurs nuls. Fonctionnalité supprimée : Obsolète dans GCC 8. Cette option n'a aucun effet. Rendu obsolète en faveur de -std=c++11. Rendu obsolète en faveur de -std=c++14. Rendu obsolète en faveur de -std=c++17. Rendu obsolète en faveur de -std=c11. Rendu obsolète en faveur de -std=c99. Rendu obsolète en faveur de -std=gnu++11. Rendu obsolète en faveur de -std=gnu++14. Rendu obsolète en faveur de -std=gnu++17. Rendu obsolète en faveur de -std=gnu11. Rendu obsolète en faveur de -std=gnu99. Rendu obsolète en faveur de -std=iso9899:1999. Option obsolète. Utilisez -misel à la place. Option obsolète. Utilisez -mno-isel à la place. Option obsolète. Utilisez -mno-spe à la place. Option obsolète. Utilisez -mno-vrsave à la place. Option obsolète. Utilisez -mspe à la place. Option obsolète. Utilisez -mvrsave à la place. Obsolète. Cette option n'a aucun effet. Le type dérivé %qs à %C est utilisé avant sa définition Le type dérivé %qs à %L ne peut pas être déclaré avec les deux attributs PRIVATE et BIND(C) à la fois Le type dérivé %qs à %L ne peut pas avoir l'attribut SEQUENCE car il est BIND(C) Le type dérivé %qs à %L ne peut pas être ABSTRACT Le type dérivé %qs à %L doit être une extension de %qs Le type dérivé %qs à %L doit être extensible Le type dérivé %qs ne peut pas être utilisé comme une variable à %C Le type dérivé %qs, déclaré à %L, doit avoir l'attribut BIND pour être interopérable avec le C Le type dérivé %qs avec l'attribut BIND(C) à %L est vide et peut être inaccessible pour le processeur C compagnon Le type dérivé à %C peut uniquement être PRIVATE dans la partie de spécification d'un module Le type dérivé à %C peut uniquement être PUBLIC dans la partie de spécification d'un module Le type dérivé à %C n'a pas été précédemment défini et, par conséquent, il ne peut pas apparaître dans une définition de type dérivé Le composant de type dérivé %C n'est pas un membre EQUIVALENCE permis La déclaration de type dérivé avec FINAL à %C doit être dans la partie de spécification d'un MODULE Définition de type dérivé à %C avec une section CONTAINS vide Définition du type dérivé à %C sans composants La définition du type dérivé %qs à %C a déjà été défini Le nom du type dérivé %qs à %C a déjà le type de base %s La variable de type dérivé %qs à %L ne peut pas avoir des composants ALLOCATABLE pour être un objet EQUIVALENCE La variable de type dérivé %qs à %L doit avoir l'attribut SEQUENCE pour être un objet EQUIVALENCE La variable de type dérivé %qs à %L avec une initialisation par défaut ne peut pas être dans une EQUIVALENCE avec une variable dans COMMON La variable de type dérivé %qs à %L avec un ou des composants pointeurs ne peut pas être dans un objet EQUIVALENCE La variable %qs, d'un type dérivé, dans COMMON à %L a un composant ultime qui est allouable La variable %qs, d'un type dérivé, dans COMMON à %L n'a ni l'attribut SEQUENCE ni l'attribut BIND(C) La variable %qs, d'un type dérivé, dans COMMON à %L ne peut pas avoir une initialisation par défaut Le type dérivé %qs déclaré à %L doit être ABSTRACT car %qs est DEFERRED et pas surchargé Le type dérivé %qs avec BIND(C) ne doit pas avoir de section CONTAINS à %C Le type dérivé %qs avec SEQUENCE ne doit pas avoir de section CONTAINS à %C L'argument muet %qs d'un type dérivé à %L a été déclaré INTENT(OUT) mais n'a pas reçu de valeur et n'a pas d'initialisation par défaut Description pour mxl-mode-bootstrap. Description pour mxl-mode-executable. Description pour mxl-mode-novectors. Description pour mxl-mode-xmdstub. Détecter les chemins qui déclenchent un comportement erroné ou indéfini dû à une valeur nulle utilisée d'une manière interdite par l'attribut returns_nonnull ou nonnull. Isoler ces chemins du flux de contrôle principal et transformer l'instruction avec un comportement erroné ou indéfini en une instruction de déroutement. Détecter les chemins qui déclenchent un comportement erroné ou indéfini dû au déréférencement d'un pointeur nul. Isoler ces chemins du flux de contrôle principal et transformer les instructions avec un comportement erroné ou indéfini en instructions de déroutement. Déterminer quelles sont les dépendances qui sont considérées coûteuses entre les insns. Longueurs de CHARACTER différentes (%ld/%ld) dans le constructeur de tableau Longueurs de CHARACTER différentes (%ld/%ld) dans le constructeur du tableau à %L Paramètres de type de sous-type différents dans l'affectation de pointeur à %L Rangs différents dans l'affectation du pointeur à %L Forme différente pour %s à %L sur la dimension %d (%d et %d) Formes différentes pour les arguments %qs et %qs à %L pour l'intrinsèque %<dot_product%> Formes différentes sur la dimension 1 des arguments %qs et %qs à %L pour l'intrinsèque matmul Formes différentes sur la dimension 2 de l'argument %qs et la dimension 1 de l'argument %qs à %L pour l'intrinsèque matmul Sous-types différents à %L Types différents dans une affectation de pointeur à %L; tentative d'affecter %s à %s Dimensions spécifiées pour %s à %L après son initialisation Désactiver la passe spécifique à ARCompact pour générer des instructions d'exécution conditionnelle. Désactiver les registres FP. Désactiver l'ISA FPU, l'option ABI doit activer « -mfloat-abi=soft » Empêcher les instructions LR et SR d'utiliser les registres « aux » de l'extension FPX. Désactiver l'étape d'optimisation de scalaires en vecteurs qui transforme les calculs sur des entiers de 64 bits en calculs sur des vecteurs. Désactiver les optimisations des virgules flottantes qui ignorent le signe du zéro défini par IEEE. Désactiver l'unité matérielle en virgule flottante. Désactiver l'adressage indexé. Désactiver les optimisations observables par les NaN (Not a Number: pas un nombre) IEEE si ces NaN produisent un effet visible. Interdire les optimisations qui supposent un comportement par défaut pour l'arrondis des virgules flottantes. Désactiver le code indépendant de la position (PIC) pour l'utilisation dans du code du noyau de l'OS. Désactiver le pré-traitement. Désactiver les registres d'espace. Désactiver l'utilisation des instructions FPU du RX. Interdire les appels directs aux fonctions globales. Interdit plus que « msched-max-memory-insns » dans le groupe d'instructions. Autrement, la limite est « souple » (préfère les opérations non-mémoire quand la limite est atteinte). Découvrir les fonctions pures et const. Découvrir les variables statiques en lecture seule et non adressables. Afficher les statistiques du temps de compilation. Afficher les statistiques accumulées durant la compilation. Afficher l'arbre du code après l'optimisation en première ligne. Afficher l'arbre du code après analyse. Afficher l'arbre du code après analyse; option dépréciée. Afficher la version du compilateur. Afficher cette information. Division par zéro à %L Division par zéro en convertissant %s vers %s à %L Stratégie de division, une valeur dans la liste: call-div1, call-fp, call-table. Faire une rematérialisation sensible au CFG pendant LRA. Faire des optimisations d'alignement pour les instructions d'appel. Effectuer le changement de contexte de l'ordonnanceur si le processeur est un bdver1, bdver2, bdver3, bdver4 ou znver1 et l'ordonnancement Haifa est sélectionné. Ne pas générer des instructions BRcc dans arc_reorg. Ne pas autoriser les données constantes à être placées dans les sections de code. Ne pas supposer un grand segment TLS. Ne pas supposer que les bibliothèques standards du C et « main » existent. Ne pas désactiver les registres d'espace. Ne pas éliminer les commentaires dans les expansions des macros. Ne pas éliminer les commentaires. Ne pas afficher les fonctions compilées ni le temps écoulé. Ne pas produire de modes d'adressages avec des affectations avec effets de bords. Ne pas produire des constantes entières complexes dans une mémoire en lecture seule. Ne pas générer de prologue ou d’épilogue de fonction. Ne pas imposer d'alignement strict. Ne pas générer de directives #line. Ne pas générer de directives .size. Ne pas générer un point de sortie unique pour chaque fonction. Ne pas générer du code qui ne peut tourner qu'en mode superviseur (par défaut). Ne pas générer les instructions de chargement/stockage avec mise à jour. Ne pas générer des appels millicode (nécessaire uniquement avec -Os). Ne pas générer des instructions mpy sur un ARC700. Ne pas générer des accès mémoire non alignées. Ne pas mettre en ligne la division entière. Ne pas mettre en ligne la racine carrée. Ne pas réaliser l'édition de liens avec la bibliothèque lib<MCU>.a spécifique au périphérique. Ne pas charger le registre PIC dans les prologues des fonctions. Ne pas chercher les fichiers objets dans le chemin standard. Ne pas marquer les commutateurs de l'ABI dans e_flags. Ne pas appliquer les optimisations qui augmentent notablement l'utilisation de la pile. Ne pas placer les constantes en virgule flottante dans la TOC. Ne pas placer les constantes des symboles et des décalages dans la TOC. Ne pas prédéfinir les macros spécifiques au système et à GCC. Ne pas prétendre que les branches sont onéreuses. Ne pas fournir d'adresse de départ par défaut 0x100 du programme. Ne pas pousser les registres étendus sur la pile dans les fonctions de monitoring. Ne pas placer les globaux non initialisés dans la section commune. Ne pas rechercher dans les répertoires d'inclusion standards du système (ceux spécifiés avec -isystem seront quand même utilisés). Ne pas rechercher dans les répertoires d'inclusion standards du système pour le C++. Ne pas supporter les fonctions internes SSE4.1 et SSE4.2 et la génération de code. Ne pas supprimer les informations de débogage des classes C++. Ne pas supprimer les avertissements pour les en-têtes système. Ne pas traiter les variables locales et les blocs COMMON comme s'ils étaient nommés dans des déclarations SAVE. Ne pas ajuster l'alignement du code et des données en lecture seule. Ne pas ajuster l'alignement de la pile. Ne pas ajuster l'alignement des donnés accessibles en écriture. Ne pas utiliser les instructions MDMX. Ne pas utiliser les instructions MIPS-3D. Ne pas utiliser les registres FP du VAX. Ne pas utiliser une fonction pour purger la cache avant d'appeler des trampolines sur la pile. Ne pas utiliser des adresses qui allouent des registres globaux. Ne pas utiliser les codes de condition des instructions normales. Ne pas utiliser l'unité en virgule flottante matérielle. Ne pas utiliser l'unité matérielle pour les opérations en virgule flottante. Ne pas utiliser le coprocesseur mathématique. Ne pas utiliser les instructions matérielles quad FP. Ne pas utiliser des motifs en lignes pour copier de la mémoire. Ne pas utiliser les extensions de l'ABI AltiVec. Ne pas utiliser les extensions de l'ABI SPE. Ne pas utiliser les instructions de champs de bits. Ne pas utiliser l'instruction callt (par défaut). Ne pas utiliser l'instruction personnalisée fabsd. Ne pas utiliser l'instruction personnalisée fabss. Ne pas utiliser l'instruction personnalisée faddd. Ne pas utiliser l'instruction personnalisée fadds. Ne pas utiliser l'instruction personnalisée fatand. Ne pas utiliser l'instruction personnalisée fatans. Ne pas utiliser l'instruction personnalisée fcmpeqd. Ne pas utiliser l'instruction personnalisée fcmpeqs. Ne pas utiliser l'instruction personnalisée fcmpged. Ne pas utiliser l'instruction personnalisée fcmpges. Ne pas utiliser l'instruction personnalisée fcmpgtd. Ne pas utiliser l'instruction personnalisée fcmpgts. Ne pas utiliser l'instruction personnalisée fcmpled. Ne pas utiliser l'instruction personnalisée fcmples. Ne pas utiliser l'instruction personnalisée fcmpltd. Ne pas utiliser l'instruction personnalisée fcmplts. Ne pas utiliser l'instruction personnalisée fcmpned. Ne pas utiliser l'instruction personnalisée fcmpnes. Ne pas utiliser l'instruction personnalisée fcosd. Ne pas utiliser l'instruction personnalisée fcoss. Ne pas utiliser l'instruction personnalisée fdivd. Ne pas utiliser l'instruction personnalisée fdivs. Ne pas utiliser l'instruction personnalisée fexpd. Ne pas utiliser l'instruction personnalisée fexps. Ne pas utiliser l'instruction personnalisée fextsd. Ne pas utiliser l'instruction personnalisée fixdi. Ne pas utiliser l'instruction personnalisée fixdu. Ne pas utiliser l'instruction personnalisée fixsi. Ne pas utiliser l'instruction personnalisée fixsu. Ne pas utiliser l'instruction personnalisée floatid. Ne pas utiliser l'instruction personnalisée floatis. Ne pas utiliser l'instruction personnalisée floatud. Ne pas utiliser l'instruction personnalisée floatus. Ne pas utiliser l'instruction personnalisée flogd. Ne pas utiliser l'instruction personnalisée flogs. Ne pas utiliser l'instruction personnalisée fmaxd. Ne pas utiliser l'instruction personnalisée fmaxs. Ne pas utiliser l'instruction personnalisée fmind. Ne pas utiliser l'instruction personnalisée fmins. Ne pas utiliser l'instruction personnalisée fmuld. Ne pas utiliser l'instruction personnalisée fmuls. Ne pas utiliser l'instruction personnalisée fnegd. Ne pas utiliser l'instruction personnalisée fnegs. Ne pas utiliser l'instruction personnalisée frdxhi. Ne pas utiliser l'instruction personnalisée frdxlo. Ne pas utiliser l'instruction personnalisée frdy. Ne pas utiliser l'instruction personnalisée fsind. Ne pas utiliser l'instruction personnalisée fsins. Ne pas utiliser l'instruction personnalisée fsqrtd. Ne pas utiliser l'instruction personnalisée fsqrts. Ne pas utiliser l'instruction personnalisée fsubd. Ne pas utiliser l'instruction personnalisée fsubs. Ne pas utiliser l'instruction personnalisée ftand. Ne pas utiliser l'instruction personnalisée ftans. Ne pas utiliser l'instruction personnalisée ftruncds. Ne pas utiliser l'instruction personnalisée fwrx. Ne pas utiliser l'instruction personnalisée fwry. Ne pas utiliser l'instruction personnalisée round. Ne pas utiliser des références mémoire non alignées. Ne pas avertir à propos de l'utilisation de « long long » avec -pedantic. Vérifier la pile en utilisant des limites dans la mémoire temporaire L1. Ne fait rien. Préservé pour rétro-compatibilité. Ne fait rien. Préservé pour rétro-compatibilité. Ne pas aligner les éléments dans le code ou les données. Ne pas allouer des float ni des double dans des registres en précision étendue. Ne pas supposer que les accès non alignés sont traités par le système. N'appeler aucune fonction de vidange de la cache. N'appeler aucune fonction de déroutement de vidange de la cache. Ne pas créer un exécutable indépendant de la position dynamiquement lié. Ne pas produire les suppléments DWARF au delà de la version sélectionnée. Ne pas générer des fonctions déclarées « en ligne » avec l'attribut « dllexport » à moins que ce ne soit nécessaire. Ne pas générer les sections DWARF pubnames et pubtypes. Ne pas générer de vérifications pour la spéculation de contrôle dans l'ordonnancement sélectif. Ne pas générer de code qui ne fonctionne qu'en mode privilégié. Implique -mno-inline-ic_invalidate si le code en ligne devait ne pas fonctionner en mode utilisateur. N'indiquer aucune priorité avec TARGET_REGISTER_PRIORITY. Ne pas optimiser les déplacements de blocs, utiliser memcpy. Ne pas optimiser les déplacements de blocs. Ne pas utiliser les mnémoniques P pour les branchements. N'utiliser aucun des r32..r63. Ne pas utiliser une plage d'adressage avec moins de 25 bits pour les appels. Ne pas avertir au sujet de l'utilisation des extensions de Microsoft. Bloc CLASS IS en double dans l'instruction SELECT TYPE à %L Unité en virgule flottante double précision. Transformer les erreurs de conformité en simples avertissements. Pilotage: Le muet %qs à %L ne peut pas avoir une initialisation L'argument muet %qs à %L ne peut pas être INTENT(OUT) L'argument muet %qs à %L ne peut pas être OPTIONAL L'argument muet %qs à %L qui est EVENT_TYPE ne sera point INTENT(OUT) L'argument muet %qs à %L qui est LOCK_TYPE ne sera point INTENT(OUT) L'argument muet %qs à %L a été déclaré INTENT(OUT) mais n'a pas reçu de valeur L'argument muet %qs doit être un pointeur, un tableau de forme tacite ou de rang tacite sans attribut CONTIGUOUS – car l'argument effectif à %L n'est pas simplement contigu et les deux sont ASYNCHRONOUS ou VOLATILE L'argument muet %qs n'est pas autorisé dans l'expression à %L L'argument muet %qs de %qs à %L devrait être nommé %qs pour correspondre à l'argument équivalent de la procédure qui surcharge Argument muet %qs avec INTENT(IN) dans un contexte d'association de pointeur (%s) à %L Argument muet %qs avec INTENT(IN) dans le contexte de définition de variable (%s) à %L Fanion fictif. Ceci est la sélection par défaut à moins que des commutateurs FPX soient explicitement fournis. La procédure muette %qs à %C ne peut pas avoir une interface générique La procédure muette %qs à %L ne sera point élémentale La procédure muette %qs n'est pas permise dans la procédure élémentale %qs à %L La procédure muette %qs d'une procédure PURE à %L doit aussi être PURE La procédure muette à %C ne peut pas avoir d'attribut BIND(C) avec NAME Vidanger les déclarations dans un fichier .decl. Vidanger les informations détaillées sur la représentation interne de GCC des emplacements du code source. Vidanger les étapes d'optimisation. Attribut %s dupliqué à %L Attribut %s spécifié en double à %L Spécification de l'étiquette %s dupliquée à %C Spécification %s dupliquée à %C Attribut ASYNCHRONOUS spécifié en double à %L Attribut AUTOMATIC spécifié en double à %L L'attribut BIND est spécifié en double à %L DEFERRED dupliqué à %C Instructions ELSE dupliquées à %L et %C L'attribut EXTENDS est spécifié en double à %L Instruction IMPLCIT NONE dupliquée à %C Spécification NML dupliquée à %C NON_OVERRIDABLE dupliqué à %C Attribut POINTER dupliqué à %C Instruction PRIVATE dupliquée à %C Attribut PROTECTED spécifié en double à %L Attribut SAVE spécifié en double à %L Instruction SEQENCE dupliquée à %C Spécificateur UNIT dupliqué à %C Attribut SAVE spécifié en double à %L Attribut VOLATILE spécifié en double à %L Spécificateurs d'accès dupliqués à %C Argument %qs dupliqué à %L pour l'intrinsèque %s Spécificateur de tableau dupliqué pour le pointé de type Cray à %C Étiquette de construction %qs dupliquée à %C Spécificateur de format dupliqué à %C Nom %qs dupliqué dans l'association à %C Nom %qs en double dans la liste des paramètres à %C Étiquette d'instruction %d dupliquée à %L et %L Symbole %qs dupliqué dans la liste d'arguments formels à %C Avertir à propos de types qui ne correspondent pas dans les déclarations globales durant l'optimisation lors de l'édition de liens. DRAP (Dynamic Realign Argument Pointer) n'est pas supporté dans une routine de service d'interruption. Ceci peut être contourné en évitant les fonctions avec un retour agrégé. Allouer dynamiquement les registres cc. Spécificateur E pas permis avec le descripteur g0 E500 et FPR ne sont pas supportés EDGE_CROSSING incorrectement défini au travers de la même section EDGE_CROSSING manquant au travers d'une frontière de section une arête EH traverse une frontière de section dans le bb %i étiquette de la zone d'atterrissage du gestionnaire d'exceptions La fonction ELEMENTAL %qs à %L doit avoir un résultat scalaire La procédure ELEMENTAL non INTRINSIC %qs n'est pas permise comme argument effectif à %L Le préfixe ELEMENTAL dans l'interface MODULE PROCEDURE est manquant à %L Le composant pointeur de procédure ELEMENTAL %qs n'est pas permis comme argument effectif à %L L'instruction ELSE IF à %C ne peut pas suivre une instruction ELSE à %L L'instruction ELSEWHERE à %C suit un ELSEWHERE précédent qui n'est pas masqué Instruction ELSEWHERE à %C pas englobée dans un bloc WHERE ENCODING= à %C n'est pas permis en Fortran 95 Instruction END TEAM à %C Instruction END au lieu de l'instruction %s à %L L'étiquette END à %C n'est pas permise dans l'instruction de sortie L'étiquette de la balise END %d à %L n'est pas définie ENTRY %qs à %L ne peut pas être appelé récursivement car la fonction %qs n'est pas RECURSIVE ENTRY %qs à %L ne peut pas être appelé récursivement car la sous-routine %qs n'est pas RECURSIVE ENTRY %qs à %L n'a pas de type IMPLICIT Le résultat de ENTRY %s ne peut pas être un POINTER dans FUNCTION %s à %L Le résultat de ENTRY %s ne peut pas être un tableau dans FUNCTION %s à %L Le résultat de ENTRY %s ne peut pas être du type %s dans FUNCTION %s à %L Instruction ENTRY à %C L'instruction ENTRY à %C ne peut pas apparaître dans une procédure contenue L'instruction ENTRY à %C ne peut apparaître dans un BLOCK DATA L'instruction ENTRY à %C ne peut pas apparaître dans un bloc DERIVED TYPE L'instruction ENTRY à %C ne peut pas apparaître dans un bloc DO L'instruction ENTRY à %C ne peut pas apparaître dans un bloc FORALL L'instruction ENTRY à %C ne peut pas apparaître dans un MODULE L'instruction ENTRY à %C ne peut pas apparaître dans un PROGRAM L'instruction ENTRY à %C ne peut pas apparaître dans un bloc SELECT L'instruction ENTRY à %C ne peut pas apparaître dans un bloc STRUCTURE L'instruction ENTRY à %C ne peut pas apparaître dans un SUBMODULE L'instruction ENTRY à %C ne peut pas apparaître dans un bloc WHERE L'instruction ENTRY à %C ne peut pas apparaître dans un sous programme contenu L'instruction ENTRY à %C ne peut pas apparaître dans un bloc IF-THEN L'instruction ENTRY à %C ne peut pas apparaître dans une INTERFACE ENTRY_BLOCK a un nœud dans le langage intermédiaire (IL) qui lui est associé ENUM et ENUMERATOR à %C La déclaration ENUM à %C n'a aucun ENUMERATOR Instruction de définition ENUM attendue avant %C ENUMERATOR %L pas initialisé avec une expression entière L'étiquette de la balise EOR %d à %L n'est pas définie EQUIVALENCE à %C requiert deux objets ou plus L'étiquette de la balise ERR %d à %L n'est pas définie ERRMSG à %L ERRMSG à %L est inutile sans la balise STAT Balise ERRMSG à %L variable ERRMSG L'argument ERRMSG= à %L doit être une variable CHARACTER scalaire Instruction ERROR STOP à %C Architecture ESA/390. Instruction EVENT POST à %C Instruction EVENT WAIT à %C L'argument EVENT à %L pour l'intrinsèque EVENT_QUERY sera du type EVENT_TYPE L'instruction EXIT à %C termine la boucle !$ACC LOOP L'instruction EXIT à %C termine la boucle !$OMP DO Instruction EXIT sans nom de construction « do » à %C EXIT_BLOCK a un nœud dans le langage intermédiaire (IL) qui lui est associé EXTENDS à %L L'attribut EXTERNAL est en conflit avec l'attribut FUNCTION dans %qs à %L Soit aucun ou tous les objets dans l'ensemble EQUIVALENCE à %L aura l'attribut PROTECTED Soit aucune ou soit toutes les limites supérieurs doivent être spécifiées à %L L'élément %d de l'argument effectif de RESHAPE à %L ne peut pas être négatif L'élément dans le constructeur du tableau %s à %L est %s Un élément d'un tableau de forme tacite ou pointeur est passé à l'argument tableau muet %qs à %L Fonction élémentaire comme expression d'initialisation avec des arguments non entiers/non caractères à %L Éléments avec la même valeur à %L et %L dans l'indice de vecteur dans le contexte de définition de variable (%s) Éliminer les appels de fonctions multiples aussi pour les fonctions impures. Produire les étiquettes .gnu_attribute. Produire des relocalisations 16 bits vers les zones de petites données. Produire des relocalisations 32 bits vers les zones de petites données. Produire du code conforme à IEEE, sans exceptions inexactes. Produire les informations du graphe d'appel. Produire des vérifications qui entraînent l'exécution des instructions « break 8 » quand des fonctions atomiques intégrées sont appliquées à une mémoire mal alignée. Produire du code pour l'extension octets/mots de l'ISA. Produire du code pour l'extension de comptage de l'ISA. Produire du code pour l'extension de déplacements en virgule flottante et la racine carrée de l'ISA. Produire du code pour l'extension vidéo de l'ISA. Produire du code utilisant des directives de relocalisations explicites. Produire les symboles communs comme des symboles faibles. Produire des annotations de débogage pendant le pré-traitement. Produire les informations de débogage relatives à l'étape d'analyse d'échappement quand l'option -fgo-optimize-allocs est active. Produire des branchements directs vers les fonctions locales. Émettre des erreurs quand des relocalisations à l'exécution sont générées. Générer du code supplémentaire dans le prologue de la fonction pour intercepter si la taille de la pile dépasse la limite donnée. Produire les prologues des fonctions uniquement devant les parties qui en ont besoin au lieu de les produire au début des fonctions. Produire des appels de fonctions en utilisant la table de décalage globale lors de la génération de code indépendant de la position (PIC). Produire des instanciations implicites pour des patrons en ligne. Produire des instanciations implicites pour les patrons. Produire des branchements indirects vers les fonctions locales. Générer des séquences longues de chargement/stockage. Émettre un appel au compteur de profilage avant le prologue lors de l'entrée dans une fonction. Émettre des emplacements de points d'arrêt progressifs recommandés Produire rdval au lieu de rduniq pour le pointeur de thread. Produire les variables constantes statiques même si elles ne sont pas utilisées. Produire des bits de stop avant et après les asms étendues volatiles. Produire des déroutements sous forme de « break 8 ». C'est le comportement par défaut pour CRIS v3 et supérieurs. Si désactivé, des appels à abort() sont utilisés. Produire des informations verbeuses de mise au point dans le code assemblé. Émettre des avertissements quand des relocalisations à l'exécution sont générées. FINAL vide à %C Instruction IMPLICIT vide à %C Le constructeur de tableau vide à %C n'est pas permis Liste d'initialisation vide dans l'ancien style à %C Ensemble de chiffres vide dans la constante BOZ à %C Activer les alternatives à l'instruction « q ». Activer le fichier de registre à 16 entrées. Activer l'instruction de l'extension du compteur d'horodatage 64 bits. Activer le support pour les désallocations avec taille connue du C++14. Activer les tables CFI via les directives de l'assembleur GAS. Activer les attributs STATIC et AUTOMATIC du style DEC. Activer DIV, DIVU. Activer les instructions DIV-REM du ARCv2. Activer les extensions DSP 3.1 Pack A. Activer les infos DWARF de débogage des lignes via GNU as. Activer les instructions à double et simple opérande pour la téléphonie. Activer l'élimination redondante totale (Full Redundancy Elimination) sur les arbres. Activer le mode PIC avec descripteurs de fonctions. Activer la transformation d'identité Graphite. Activer la bibliothèque partagée basée sur un ID. Activer les virgules flottantes IEEE 128 bits via le mot clé __float128. Activer l'allocation de registres locaux. Activer l'extension conditionnelle de chargement/stockage avec verrou. Activer les instructions MUL. Activer les instructions MUL.X et UMUL.X. Activer les instructions MULX, supposer qu'il y a une logique de décalage rapide. Autoriser la syntaxe d'exception et de synchronisation de Objective-C. Activer la gestion des exceptions Objective-C en utilisant setjmp à l'exécution. Activer OpenACC. Activer OpenMP (implique -frecursive en Fortran). Activer les directives SIMD de OpenMP. Activer le support PIC pour construire des bibliothèques. Activer les extensions de langage Plan 9. Activer la gestion de la contrainte Rcq. La plupart des générations de code court dépend de ceci. Activer la gestion de la contrainte Rcw. ccfsm condexec dépend principalement de ceci. Activer le support et l'utilisation des instructions Lire-Modifier-Écrire (Read-Modify-Write). Activer la coalescence SSA sur les variables utilisateur. Activer la descente du code SSA sur les arbres. Activer l'optimisation de l'élimination du code mort SSA sur les arbres. Activer les optimisations SSA-BIT-CCP sur les arbres. Activer les optimisations SSA-CCP sur les arbres. Activer l'optimisation SSA-PRE sur les arbres. Activer le code de pistage du TPF-OS. Activer le support Virtual Hosting. Activer l'extension XY Memory (DSP version 3). Activer l'alignement des blocs COMMON. Activer tous les avertissements -Wunused-. Activer toutes les extensions du langage DEC. Activer toutes les vidanges des informations d'optimisation sur stderr. Activer une étape d'optimisation sur de petits segments de code (peephole) par RTL avant sched2. Autoriser la protection allocas/VLAs de ASan. Autoriser ASan à protéger les fonctions intégrées. Autoriser la détection par ASan des bogues d'utilisation après retour. Autoriser ASan à protéger les globales. Autoriser ASan à protéger les opérations de chargement. Autoriser ASan à protéger la pile. Autoriser ASan à protéger les opérations d'écriture. Activer la relaxation de l'assembleur et de l'éditeur de liens. Activé par défaut à -Os. Activer les instructions atomiques. Activer l'instanciation automatique de patron. Activer le débogage par un backend. Activer la propagation vers le haut des propriétés d'utilisation au niveau SSA. Activer les instructions Barrel Shift. Activer la vectorisation des blocs de base (SLP) sur les arbres. Autoriser le code de profilage de base du programme. Activer bbit peephole2. Activer le contournement de la cache pour les références volatiles. Activer les instructions de densité de code du ARCv2. Activer la sortie du code hors des boucles. Activer les options communes pour la génération d'informations de profilage pour l'optimisation directe à partir des données collectées par le profilage et définir -fprofile-dir=. Activer les options communes pour la génération d'informations de profilage pour l'optimisation directe à partir des données collectées par le profilage. Activer les options communes pour réaliser une optimisation directe à partir des informations recueillies par le profilage et définir -fprofile-dir=. Activer les options communes pour réaliser une optimisation directe à partir des informations recueillies par le profilage. Activer le motif casesi compact. Activer l'élimination conditionnelle du code mort pour les appels internes. Activer l'exécution conditionnelle autre que moves/scc. Activer les déplacements conditionnels. Activer la fonctionnalité constructeur/destructeur. Activer la propagation par copie des informations sur l'évolution scalaire. Activer la propagation de copie sur les arbres. Autoriser la correction des inconsistances dans le flux d'entrée du profil. Activer l'élimination des stockages morts. Activer la sortie de débogage. Activer le support matériel pour les nombres décimaux en virgule flottante. Activer les conversions par défaut entre __float128 et long double. Activer les instructions de division et de modulo. Activer l'optimisation des dominateurs. Activer les instructions de chargement/stockage double pour ARC HS. Activer l'extension dual viterbi butterfly. Activer l'insertion plus tôt de bits de stop pour un meilleur ordonnancement. Activer la fusion gimple précoce des fonctions internes. Activer le traitement des exceptions. Activer la propagation vers l'avant sur les arbres. Activer les optimisations de première ligne. Autoriser le profilage des fonctions. Activer la réorganisation des fonctions qui améliore le placement du code. Activer le ramasse-miettes (Garbage Collection) dans les programmes Objective-C/Objective-C++. Activer la génération d'instructions SIMD ARC via des fonctions intrinsèques spécifiques à la cible. Activer la génération des instructions BMX du R2. Activer la génération des instructions CDX du R2. Activer l'estimation des probabilités de branchement. Activer l'unité matérielle en virgule flottante. Activer la sortie de chargements adjacents hors d'une boucle pour encourager la génération d'instructions de déplacements conditionnels. Activer la sortie hors des boucles des chargements par des pointeurs conditionnels. Activer les entrées et sorties de la représentation Graphite. Activer la vérification en ligne des récepteurs nuls avec le moteur NeXT et la version 2 de l'ABI. Activer la mise en ligne de PLT dans les appels de fonctions. Activer la mise en ligne de fonctions déclarées « inline ». Le désactiver désactive toutes les mises en ligne. Activer les variantes spécifiques au sous-type pour les fonctions intrinsèques entières. Activer l'optimisation de l'alignement des étiquettes. Activer les intrinsèques mathématiques historiques pour compatibilité. Activer les optimisations durant l'édition de liens. Activer les optimisations par l'éditeur de liens. Activer la relâche par l'éditeur de liens. Autoriser la relâche de l'éditeur de liens. Activer la relâche par l'éditeur de liens. Activer la liaison entre load/store. Activer la distribution des boucles pour les motifs transformés en appels de bibliothèque. Activer la distribution des boucles sur les arbres. Activer la vectorisation de l'épilogue d'une boucle en utilisant une taille de vecteur plus petite. Activer la copie des en-têtes de boucles sur les arbres. Activer l'échange de boucles sur les arbres. Activer les mouvements invariants de boucles sur les arbres. Activer les transformations de boucles imbriquées. Identique à -floop-nest-optimize. Activer les optimisations de boucles au niveau de l'arbre. Activer la vectorisation des boucles sur les arbres. Activer lra. Activer les optimisations sur de petits segments de code (peephole) spécifiques à la machine. Activer des décharges de coût RTX plus verbeux durant le débogage. Uniquement pour les développeurs de GCC. Activer la plupart des messages d'avertissement. Activer le support multicœur. Activer les instructions de multiplications. Activer les optimisations de l'exécution de conditions imbriquées. Activer l'optimisation de && et || dans les exécutions conditionnelles. Activer l'analyse de GIMPLE. Activer l'utilisation du pré-rechargement du motif cbranchsi. Activer le pré-traitement. Activer la validation des limites pendant la compilation. Activer la réassociation au niveau de l'arbre. Activer l'ordonnancement des insns sensible à la pression sur les registres. Activer la relaxe dans l'assembleur. Activer l'ordonnancement à travers les blocs de base. Activer des segments de données séparés. Activer le stockage des résultats des comparaisons dans les GPR. Activer les fonctions internes de la pile masquée de CET (Control-flow Enforcement Technology). Activer les instructions d'extension de signe. Activer le placement de petits entiers dans les registres VSX. Autoriser la scission des chargements d'immédiats sur 32 bits en partie basse / haute. Autoriser le sondage de la pile. Activer la vérification stricte du retour d'une structure selon l'ABI 32 bits spécifique au processeur. Activer l'optimisation des longueurs de chaînes sur les arbres. Activer le support pour les concepts du C++. Activer le support pour les STRUCTURE/RECORD DEC. Activer le support pour la mémoire transactionnelle GNU. Activer le support de l'ABI du RH850. Ceci est l'option par défaut. Activer le support pour l'ancienne ABI de GCC. Activer l'instruction de l'extension d'inversion de l'ordre des octets. Activer la fusion des appels en fin de fonction (tail call) sur les arbres. Activer l'heuristique du chemin critique dans l'ordonnanceur. Activer l'heuristique du décompte des dépendances dans l'ordonnanceur. Activer l'approximation de la division. Activer cette option réduit la précision des résultats de la division à 16 bits en simple précision et 32 bits en double précision. Activer l'heuristique de groupe dans l'ordonnanceur. Activer l'heuristique de la dernière instruction dans l'ordonnancement. Activer l'optimisation de boucles imbriquées. Activer le mode normal. Activer l'heuristique de rang dans l'ordonnanceur. Activer l'approximation de l'inverse de la racine carrée. Activer cette option réduit la précision des résultats de l'inverse de la racine carrée à 16 bits en simple précision et 32 bits en double précision. Activer l'heuristique des instructions spéculatives dans l'ordonnanceur. Activer l'approximation de la racine carrée. Activer cette option réduit la précision des résultats de la racine carrée à 16 bits en simple précision et 32 bits en double précision. Si activée, elle implique -mlow-precision-recip-sqrt. Activer l'utilisation de registres 64 bits en virgule flottante dans les instructions fmov. Voyez -mdalign si un alignement 64 bits est requis. Activer l'utilisation des instructions FPU du RX. Ceci est la valeur par défaut. Activer l'utilisation des chargements indexés. Activer l'utilisation de pré/post modifications avec un déplacement sur le registre. Activer l'utilisation de l'allocateur de registre LRA. Activer l'utilisation de l'instruction fsca. Activer l'utilisation de l'instruction fsrra. Activer l'utilisation de la vieille ABI défectueuse où tous les arguments des fonctions empilées sont alignés sur 32 bits. Activer l'utilisation d'instructions courtes de chargement. Activer l'utilisation de l'ABI RX standard où tous les arguments des fonctions empilées sont alignés naturellement. C'est l'option par défaut. Activer l'extension du langage vecteur z qui fourni la macro sensible au contexte « vector » et activer les fonctions internes dans le style Altivec dans vecintrin.h. Activer le pré-traitement traditionnel. Activer les accès sur des mots et demi-mots non alignés aux données compactées. Activer l'utilisation de GPREL pour les données en lecture seule dans FDPIC. Activer l'utilisation des opérations de bits du NPS400. Activer l'utilisation de l'extension xld/xst du NPS400. Activer l'utilisation de POST_INC / POST_DEC. Activer l'utilisation de POST_MODIFY. Activer l'utilisation des registres simple précision avec un numéro impair. Activer l'utilisation de sdata/scommon/sbss. Activer les instructions définies par l'utilisateur. Activer l'utilisation des instructions en virgule flottante IEEE 128 bits. Activer les instructions de boucle du v850e3v5. Activer l'extension CRC à polynôme variable. Activer la vectorisation sur les arbres. Activer la sortie en mode bavard. Activer le contournement du seul errata du processeur AT697F (qui correspond à l'errata #13 du processeur AT697E). Activer les contournements des erratas du processeur GR712RC. Activer les contournements des erratas du processeur UT699. Activer les contournements des erratas des processeurs UT699E/UT700. Activer/Désactiver l'ordonnancement traditionnel dans les boucles qui sont déjà passées par l'ordonnancement modulo. Activer/désactiver l'adressage relatif à GP. Autoriser les bibliothèques partagées basées sur un ID. Activer le mode de données indépendantes de la position (PID=Position Independent Data). Activer ou désactiver l'utilisation des instructions SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE et RMPA. Elles sont activées par défaut. Activer le modèle de coût du vectoriseur dynamique. Préservé pour rétro-compatibilité. Activer la vidange verbeuse du modèle de coût dans les fichiers de vidange de débogage. Encoder les instructions SSE avec le préfixe VEX. Expression de fin dans la boucle DO La fin de l'instruction DO non bloc à %C est enchevêtrée dans une autre boucle DO La fin de l'instruction DO non bloc à %C est à l'intérieur d'un autre bloc Fin de l'initialisation du scalaire attendue à %C Fin de la liste de recherche. Faire respecter la sémantique du contrôle d'accès à un membre de classe. L'entité %qs à %L a un paramètre de type différé et requiert soit l'attribut POINTER ou ALLOCATABLE L'entité %qs à %L est déjà présente dans l'interface L'entité avec une longueur de caractère tacite à %L doit être un argument muet ou un PARAMETER La valeur de l'enum n'est pas CONST_DECL ou INTEGER_CST Le nom de la valeur de l'enum n'est pas IDENTIFIER_NODE Le type de la valeur de l'enum n'est pas INTEGER_TYPE et n'est pas convertible en l'enum L'énumérateur excède le type entier du C à %C L'équivalence pour %qs ne correspond pas à l'ordre du COMMON %qs à %L Équivalent à -mgpopt=local. Équivalent à -mgpopt=none. La variable errmsg à %L ne sera point qualifiée par %s dans la même instruction %s Erreur Erreur lors de la conversion de la constante PARAMETER dans la constante complexe à %C Erreur de conversion de l'entier Erreur dans l'initialisation du pointeur à %C Erreur dans la spécification de type à %L Erreur en écrivant dans le fichier module %qs: %s Erreur en écrivant le fichier des modules: %s Erreur d’écriture du fichier de sortie « %s » Évaluation d'une expression d'initialisation non standard à %L L'évaluation d'une chaîne plus grande que 2**28 à %L est différée à l'exécution, attendez-vous à des bogues Événement L'argument variable d'événement à %L doit être un co-tableau mais pas co-indexé L'argument variable d'événement à %L doit être un co-tableau ou co-indexé La variable d'événement à %L doit être un scalaire de type EVENT_TYPE La condition de sortie de la boucle DO WHILE à %L doit être une expression LOGICAL scalaire Arrêter à la première erreur rencontrée. Remplacer les divisions entières sur 32 ou 64 bits par des divisions sur 8 bits non signées avec vérification à l'exécution. Développer adddi3 et subdi3 lors de la génération du rtl en add.f / adc etc. « ) » attendue à %C « , » attendu à %C %<(%> attendu à %C %<)%> ou %<,%> attendue à %C %<,%> attendu à %C %<,%> ou fin d'instruction attendue à %C %<::%> attendu après les attributs de liaison à %C %<::%> attendu à %C %<=>%> attendu à %C %<END INTERFACE ASSIGNMENT (=)%> attendu à %C « * » attendu dans la spécification du co-index dans l'instruction ALLOCATE à %L :: attendu dans la définition de TYPE à %C Signe = attendu dans l'instruction PARAMETER à %C Boucle DO attendue à %C Descripteur d'édition P attendu Symbole PARAMETER attendu dans la constante complexe à %C Argument SHAPE inattendu pour C_F_POINTER avec FPTR tableau à %L Une instruction TYPE IS, CLASS IS ou END SELECT est attendue à la suite de SELECT TYPE à %C Une instruction CASE ou END SELECT est attendue à la suite de SELECT CASE à %C Interface sans nom attendue à %C Procédure attendue pour l'argument %qs à %L Pointeur de procédure attendu pour l'argument %qs à %L Une parenthèse droite est attendue dans l'expression à %C Valeur de pas attendue dans l'itérateur à %C Spécificateur d'accès attendu à %C Étiquette de retour alternatif attendue à %C Une expression d'initialisation est attendue à %C Une autre dimension est attendue dans la déclaration de tableau à %C Liste d'arguments attendue à %C Indice de tableau attendu à %C Longueur de pas d'indice de tableau attendu à %C Association attendue à %C Liste d'association attendue à %C Nom de bit d'attribut attendu Attribut de liaison attendu à %C Nom de liaison attendu à %C Cible de liaison attendue après %<=>%> à %C Nom de bloc %qs attendu pour la construction SELECT à %C On attendait le nom du bloc de %qs dans l'instruction %s à %L Spécification de limites attendue pour %qs à %L Variable co-tableau attendue comme argument %qs de l'intrinsèque %s à %L Virgule attendue dans la liste des E/S à %C Référence à un composant attendue à %C Donnée constante attendue après le spécificateur de répétition à %C Liste d'entités attendue dans l'instruction AUTOMATIC à %C Liste d'entités attendue dans l'instruction STATIC à %C Exposant attendu dans l'expression à %C Expression attendue à %C dans l'instruction PARAMETER Expression attendue dans l'instruction %s à %C Expression attendue dans la spécification de tableau à %C Type d'expression attendue Liste d'arguments formels attendue dans la définition de la fonction à %C Nom générique ou descripteur d'opérateur attendu à %C Expression d'initialisation attendue à %C Expression d'initialisation attendue dans CASE à %C Entier attendu Chaîne contenant un entier attendue On attendait l'étiquette %qs pour l'instruction %s à %C Parenthèse gauche attendue Nom de procédure de module attendu à %C Nom attendu Liste de paramètres attendue dans la déclaration du type à %C Chaîne contenant un réel attendue Parenthèse droite attendue Expression d'initialisation d'un scalaire attendue à %C Nom de liaison spécifique attendu à %C Chaîne attendue Nom de composant de structure attendu à %C Composant de structure ou nom d'opérateur attendu après « . » à %C On attendait un nom de terminaison à %C Procédure liée à un type ou composant pointeur de procédure attendu à %C Variable attendue dans l'instruction READ à %C Nom de variable attendu à %C Nom de variable attendu à %C dans l'instruction PARAMETER %<END INTERFACE %s%> attendu à %C %<END INTERFACE OPERATOR (%s)%> attendu à %C %<END INTERFACE OPERATOR (%s)%> attendu à %C mais on a eu %qs %<END INTERFACE OPERATOR (.%s.)%> attendu à %C %s attendu à %C On attendait l'instruction %s à %L Une virgule est attendue dans EQUIVALENCE à %C Expression INTEGER scalaire attendue à %C, %s trouvé Liste d'entités nommées attendue à %C Expliquer ce qui rentre en considération dans l'alignement pour conduire à la décision de rendre une insn courte ou longue. Interface explicite requise pour %qs à %L: %s Interface explicite requise pour le composant %qs à %L: %s Tableau de forme explicite avec des limites non constantes à %C Exporter les fonctions même si elles peuvent être mises en ligne. L'expression à %L doit être une constante dans ce contexte L'expression à %L doit être du type INTEGER et non %s L'expression à %L doit être un scalaire L'expression dans le sélecteur CASE à %L ne peut pas être %s L'expression dans l'instruction CASE à %L n'est pas dans la plage de %s L'expression dans l'instruction CASE à %L doit être du sous-type %d L'expression dans l'instruction CASE à %L doit être du type %s L'expression dans l'instruction CASE à %L doit être scalaire Extension: Le spécificateur %s dans l'instruction %s à %C a la valeur %qs Extension: Conversion de %s vers %s à %L Extension: Argument effectif scalaire du sous-type pas par défaut, du sous-type non C_CHAR avec un argument muet tableau %qs à %L Extension: Opérateur unaire qui suit un opérateur arithmétique (utilisez des parenthèses) à %C Extension: Largeur zéro après le descripteur L à %L Extension: caractère barre oblique inversée à %C Extension: lettre d'exposant %<q%> dans une constante littérale réelle à %C L'externe %qs à %L ne peut pas avoir une initialisation La IO UNIT externe ne peut pas être un tableau à %L L'objet externe %qs à %L ne peut pas avoir d'initialisation Caractères superflus dans le format à %L F2008: l'instruction IMPORT C1210 à %C n'est pas permise dans le corps d'interface d'une procédure d'un module Instruction FAIL IMAGE à %C Argument FAILED= pour NUM_IMAGES à %L La clause FINAL à %L requiert une expression LOGICAL scalaire La déclaration FINAL à %C doit être à l'intérieur de CONTAINS La déclaration FINAL à %C doit être à l'intérieur d'une section CONTAINS du type dérivé La procédure FINAL %qs à %L n'est pas une SUBROUTINE La procédure FINAL %qs déclarée à %L a le même rang (%d) que %qs La procédure FINAL à %L doit avoir exactement un argument Déclaration de procédure FINAL à %C Instruction FLUSH à %C L'expression de fin de FORALL à %L doit être un INTEGER scalaire L'index %qs de FORALL ne peut pas apparaître dans une spécification de triplet à %L Le nom d'index FORALL à %L doit être un INTEGER scalaire Le nom d'index de FORALL à %L doit être une variable scalaire de type entier La clause de masque FORALL à %L requiert une expression scalaire LOGICAL L'expression de départ de FORALL à %L doit être un INTEGER scalaire L'expression de pas de FORALL à %L ne peut pas être zéro L'expression de pas de FORALL à %L doit être un %s scalaire Instruction FORM TEAM à %C L'étiquette FORMAT %d à %L n'est pas définie L'instruction FORMAT à %C ne peut pas apparaître dans une INTERFACE L'instruction FORMAT à %L n'a pas d'étiquette d'instruction L'étiquette du FORMAT à %L doit être du type CHARACTER ou INTEGER du sous-type par défaut Les exceptions FP sont activées. L'argument FPTR à %L pour C_F_POINTER ne sera point polymorphique les options FPX « fast » et « compact » ne peuvent pas être spécifiées ensemble FPX: Activer les extensions en virgule flottante double précision du processeur ARC Argonaut. FPX: Générer des instructions FPX (compacte) en double précision. FPX: Générer des instructions FPX (rapide) en double précision. FPX: Générer des instructions FPX (compacte) en simple précision. FPX: Générer des instructions FPX (rapide) en simple précision. Le résultat de FUNCTION %s ne peut pas être un POINTER dans FUNCTION %s à %L Le résultat de FUNCTION %s ne peut pas être un tableau dans FUNCTION %s à %L Le résultat de FUNCTION %s ne peut pas être du type %s dans FUNCTION %s à %L Factoriser les constructeurs et destructeurs complexes pour favoriser l'espace par rapport à la vitesse. Échec lors de la création du type structure « %s » à %C Échec en récupérant la longueur d'un tableau constant. Erreur fatale Le fichier %qs ouvert à %C n'est pas un fichier module GNU Fortran Contrôle fin des fonctionnalités d'ajustement. Le premier argument de l'affectation définie à %L doit être INTENT(OUT) ou INTENT(INOUT) Le premier argument de l'interface opérateur à %L ne peut pas être optionnel Le premier argument de l'interface de l'opérateur à %L doit être INTENT(IN) Le premier ou le dernier argument intrinsèque de !$OMP ATOMIC doit être %qs à %L Corrigez le calcul de min_int La longueur de ligne fixe doit être au moins sept Le fanion %<-fmax-stack-var-size=%d%> écrase %<-frecursive%> impliqué par %<-fopenmp%> Le fanion %<-fno-automatic%> écrase %<-fmax-stack-var-size=%d%> Le fanion %<-fno-automatic%> écrase %<-frecursive%> Le fanion %<-fno-automatic%> écrase %<-frecursive%> impliqué par %<-fopenmp%> Le fanion %<-frecursive%> écrase %<-fmax-stack-var-size=%d%> Nom de la configuration des instructions personnalisées en virgule flottante. L'unité en virgule flottante ne supporte pas la division et la racine carrée. Suivre les conventions d'appels du SuperH de Renesas (anciennement Hitachi). Suivre les exigences du C++17 concernant l'ordre d'évaluation des expressions d'affectations, des décalages, des appels aux fonctions membres, etc. Suivre les prescriptions pour l'édition de liens de l'EABI. Pour la procédure muette %s, aucun nom de liaison est autorisé dans BIND(C) à %C Pour les bibliothèques intrinsèques : passer tous les paramètres dans des registres. Activer la permission d'exécution sur la pile pour les fonctions imbriquées. Pour les cibles qui requièrent normalement des trampolines pour les fonctions imbriquées, toujours les générer au lieu d'utiliser des descripteurs. Forcer tous les appels à être faits via une instruction jli. Forcer la sortie en assembleur à toujours utiliser des constantes en hexadécimal. Forcer les accès aux champs de bits à correspondre à la largeur de leur type. Forcer la création d'un temporaire pour tester du code « forall » peu fréquemment exécuté. Forcer les fonctions à être alignées sur une frontière de 4 octets. Forcer les appels indirects et les sauts via un registre. Forcer le type sous-jacent de « wchar_t » à être « unsigned short ». Forcer l'utilisation de créneaux de retard (delay slots) pour les branchements conditionnels. Forcer le contrôleur de limites des pointeurs à traiter tous les tableaux à la fin des structures comme étant peut-être flexibles. Par défaut, seuls les tableaux avec une longueur zéro ou qui sont marqués avec l'attribut bnd_variable_size sont traités comme étant flexibles. Forcer le contrôleur de limites des pointeurs à utiliser les limites du tableau le plus à l'intérieur en cas d'accès à des tableaux statiques imbriqués. Par défaut, le tableau le plus à l'extérieur est utilisé. Forcer le contrôleur de limites des pointeurs à utiliser des limites étroites pour l'adresse du premier champ d'une structure. Par défaut, un pointeur vers le premier champ a les mêmes limites qu'un pointeur vers la structure entière. Instruction de format dans le bloc principal du module à %C Fortran 2003: Le spécificateur %s dans l'instruction %s à %C a la valeur %qs Fortran 2003: Caractère pour l'argument %qs de l'intrinsèque %qs à %L Fortan 2003: Spécificateur de format DT interdit à %C Fortran 2003: Argument effectif scalaire CHARACTER avec un argument muet tableau %qs à %L Fonctionnalité Fortran 2008 obsolète : Fortran 2008: Le bloc COMMON %qs avec l'étiquette de liaison à %L partage l'identificateur avec l'entité de bloc non COMMON globale à %L Fortran 2008: Argument effectif non pointeur à %L vers le muet pointeur %qs Fortran 2008: Pointeur null à %L pour un muet non pointeur %qs Fortran 2008: Fonctions pointeurs dans le contexte de la définition de variable (%s) à %L Fortran 2008: Point-virgule à %C sans instruction avant lui Fonctionnalité Fortran 2018 supprimée : Fonctionnalité Fortran 2018 obsolète : Fortran 2018 : Le Fortran 95 exige un INTEGER par défaut dans la balise %s à %L Aucune liaison spécifique correspondante pour l'appel à GENERIC %qs à %L La longueur de ligne libre doit être au moins trois Fonction %qs comme expression d'initialisation à %L La fonction %qs à %L ne peut pas être appelée récursivement car elle n'est pas RECURSIVE La fonction %qs à %L ne peut pas avoir une initialisation La fonction %qs à %L n'a pas de type IMPLICIT La fonction %qs à %L n'a pas de type IMPLICIT, vouliez-vous employer %qs ? La fonction %qs à %L est INTRINSIC mais elle est incompatible avec un intrinsèque La fonction %qs à %L doit être PURE La fonction %qs dans l'expression d'initialisation à %L doit être une fonction intrinsèque La fonction %qs est déclarée CHARACTER(*) et ne peut pas être utilisée à %L car elle n'est pas un argument muet La fonction %qs requiert une liste d'arguments à %C La fonction %s à %L a des entrées avec des spécifications de tableau non concordantes La fonction %s à %L a des entrées qui retournent des variables de longueurs de chaînes différentes Le résultat de fonction %qs à %L ne peut pas avoir une initialisation Le résultat de la fonction %qs à %L n'a pas de type IMPLICIT Le résultat %qs de la fonction à %L est invalide comme argument X pour C_FUNLOC Le résultat %qs de la fonction à %L ne sera point un co-tableau et n'aura point un composant co-tableau Le résultat de la fonction %qs est invalide comme cible de procédure dans l'affectation du pointeur de procédure à %L La variable résultat %qs de la fonction à %L de la fonction élémentale %qs n'aura point l'attribut ALLOCATABLE ou POINTER Aligner les débuts des fonctions sur une puissance de 2 de cette valeur. Les versions de fonctions ne peuvent pas être marquées avec gnu_inline, des corps de fonctions doivent être générés Les fonctions qui retournent des valeurs doivent être terminées par des expressions de retour. Fusionner certaines opérations sur des entiers pour une meilleure performance sur un power8. Fusionner certaines opérations pour une meilleure performance sur un power9. Fusionner les références à la toc des modèles de code medium/large avec l'instruction mémoire. GCC ne supporte pas les opérateurs avec des types entiers et des types en virgule fixe qui, ensemble, ont trop de bits entiers et fractionnels GCC n'est pas configuré pour supporter %s comme cible de délestage GCC ne supporte que %u portées imbriquées vecteur GCC passé par référence: extension ABI non standard sans aucune garantie de compatibilité vecteur GCC retourné par référence: extension ABI non standard sans aucune garantie de compatibilité GCSE désactivé GENERIC %qs à %L ne peut écraser la liaison spécifique avec le même nom GENERIC %qs à %L doit cibler une liaison spécifique, %qs est GENERIC aussi Le GENERIC à %C doit être à l'intérieur du type dérivé CONTAINS Liaison GENERIC à %C La procédure GENERIC %qs n'est pas permise comme argument effectif à %L GMP version %s, MPFR version %s, MPC version %s, isl version %s GNU C ne supporte plus -traditional sans -E Extension GNU : GNU Objective C ne supporte plus la compilation traditionnelle L'instruction GOTO à %L quitte une construction CRITICAL pour l'étiquette à %L L'instruction GOTO à %L quitte une construction DO CONCURRENT pour l'étiquette à %L Rebut après la déclaration PARAMETERIZED TYPE à %C Générer des instructions 16 bits. Générer du code 16 bits pour i386. Générer du code 32 bits. Générer des décalages 32 bits dans les tables de « switch ». Générer du code 32 bits pour i386. Générer du code 32 bits pour x86-64. Générer des instructions mac et multiplication 32×16. Générer du code 64 bits. Générer du code 64 bits pour x86-64. Générer des trames de pile conformes à APCS. Générer du code 32 bits ARCompact pour le processeur ARC600. Générer du code 32 bits ARCompact pour le processeur ARC601. Générer du code 32 bits ARCompact pour le processeur ARC700. Générer des stubs dans le style AT&T pour Mach-O. Générer les instructions AltiVec en utilisant un ordre des éléments gros-boutiste. Générer les instructions AltiVec en utilisant un ordre des éléments petit-boutiste. Générer les en-têtes C des options spécifiques à la plate-forme. Générer des prototypes C pour les déclarations BIND(C). Générer du microcode pour le Cell. Générer les sections DWARF pubnames et pubtypes avec les extensions GNU. Générer les sections DWARF pubnames et pubtypes. Générer du code FDPIC ELF. Générer des instructions en arithmétique étendue. Actuellement, seules divaw, adds, subs et sat16 sont supportées. Générer du code double précision avec GFLOAT. Générer du code H8/300H. Générer du code H8S. Générer du code H8S/S2600. Générer du code H8SX. Générer du code ILP32. Générer des blocs IT (If-Then) appropriés pour ARMv8. Générer du code LP64. Générer du code pour MIPS16. Générer du code pour un PA1.0. Générer du code pour un PA1.1. Générer du code pour un PA2.0 (nécessite binutils 2.10 ou supérieur). Générer des instructions simples précisions appariées (paired-single) du PPC750CL. Générer des instructions SBIT et CBIT. Générer du code SH1. Générer du code SH2. Générer du code pour un SH2a sans FPU. Générer du code SH2e. Générer du code SH3. Générer du code SH3e. Générer du code pour le SH4 sans FPU. Générer du code SH4. Générer du code pour le SH4-100 sans FPU. Générer du code SH4-100. Générer du code pour le SH4-200 sans FPU. Générer du code SH4-200. Générer du code pour le SH4-300 sans FPU. Générer du code SH4-300. Générer du code pour le SH4a sans FPU. Générer du code SH4a. Générer du code SH4al-dsp. Générer des instructions SIMD SPE sur un E500. Générer les instructions VRSAVE lors de la génération de code AltiVec. Générer une section __mcount_loc avec tous des appels à mcount ou __fentry__. Générer une directive #line pointant sur le répertoire de travail courant. Générer un appel pour stopper l'application si une fonction qui ne devrait par retourner un résultat retourne quand même un résultat. Générer un point de sortie unique pour chaque fonction. Générer des noms de chemins absolus vers le code source pour gcov. Générer du code de passage de paramètres agrégés avec, au plus, un alignement 64 bits. Générer une sortie assembleur qui est compatible avec l'assembleur AS100 de Renesas. Ceci peut restreindre certaines capacités du compilateur. Par défaut, une syntaxe compatible avec GAS est générée. Générer des instructions auto-inc/dec. Générer du code gros-boutiste. Générer du code gros-boutiste. Générer des instructions « bit ». Générer du code pour passer les limites dans les appels. Générer des stockages avec limites pour l'écriture des pointeurs. Générer des indices de branchement pour les branches. Générer les insns d'appels comme appels directs. Générer des insns d'appels comme appels indirects, si nécessaire. Générer les insns d'appels comme appels indirects. Générer des insns d'appels comme appels indirects aux registres. Générer des contrôles pour tous les accès en lecture à la mémoire. Générer des contrôles pour tous les accès en écriture à la mémoire. Générer l'instruction cld dans le prologue de fonctions. Générer du code pour un adressage sur 18 bits. Générer du code pour un adressage sur 32 bits. Générer du code pour l'architecture CR16C. Générer du code pour l'architecture CR16C+ (par défaut). Générer du code pour GNU as. Générer du code pour l'assembleur GNU (gas). Générer du code pour GNU ld. Générer du code pour l'environnement d'exécution GNU. Générer le code pour l'environnement d'exécution NeXT (Apple Mac OS X). Générer du code pour le déchargement vers OpenMP: active -msoft-stack et -muniform-simt. Générer du code pour les processeurs de la série SH4 340 (sans MMU/FPU). Générer du code pour les processeurs de la série SH4 400 (sans MMU/FPU). Générer du code pour les processeurs de la série SH4 500 (sans FPU). Générer du code pour l'état Thumb. Générer du code pour l'assembleur UNIX. Générer du code pour une ABI 32 bits. Générer du code pour un 5206e. Générer du code pour un 520X. Générer du code pour un 528x. Générer du code pour un 5307. Générer du code pour un 5407. Générer du code pour une ABI 64 bits. Générer du code pour un 68000. Générer du code pour un 68010. Générer du code pour un 68020. Générer du code pour un 68030. Générer du code pour un 68040 sans les nouvelles instructions. Générer du code pour un 68040. Générer du code pour un 68060 sans les nouvelles instructions. Générer du code pour un 68060. Générer du code pour un 68302. Générer du code pour un 68332. Générer du code pour un 68851. Générer du code pour un ColdFire v4e. Générer le code pour une DLL. Générer du code pour un Fido A. Générer du code pour un cpu32. Générer du code pour un 11/10. Générer du code pour un 11/40. Générer du code pour un 11/45. Générer du code pour des extensions à charger dans le noyau de darwin. Générer le code pour les fonctions même si elles sont complètement mises en ligne. Générer du code pour le processeur donné. Générer le code pour la PLT dans la BSS d'un ancien exécutable. Générer le code pour les fonctions statiques même si elles ne sont jamais appelées. Générer du code pour la plateforme Android. Générer du code pour M*Core M210 Générer du code pour M*Core M340 Générer du code pour le noyau ou pour des extensions à charger dans le noyau. Générer le code pour le mode superviseur (par défaut). Générer le code pour le mode utilisateur. Générer du code dans l'état ARM 32 bits. Générer du code en mode gros-boutiste. Générer du code en mode gros-boutiste. Générer du code en mode petit-boutiste. Générer du code en mode petit-boutiste. Générer du code adapté pour les exécutables (PAS pour les bibliothèques partagées). Générer du code adapté pour un débogage avec cycle court. Générer du code qui peut être utilisé avec des objets dynamiques dans le style SVR4. Générer du code qui peut garder les états locaux uniformes d'une avenue SIMD à l'autre (SIMD lane) Générer du code conforme à l'ABI spécifique au processeur (psABI) du MCU Intel. Générer du code conforme à l'ABI spécifiée. Générer du code qui est compatible lors de l'édition de liens avec du code MIPS16 et microMIPS. Générer du code qui utilise les instructions en virgules flottantes du 68881. Générer du code qui ne sera pas lié avec une autre bibliothèque partagée par son ID mais qui pourra être utilisé comme bibliothèque partagée. Générer du code pour vérifier les bornes avant d'indexer les tableaux. Générer du code pour vérifier les spécifications des exceptions. Générer du code pour utiliser une PLT (Procedure Linkage Table) et une GOT (Global Offsets Table) non exécutables. Générer du code qui utilise les instructions en virgule flottante matérielles. Générer du code qui n'utilise que des registres généraux. Générer du code avec des appels de bibliothèque pour la virgule flottante. Générer du code sans registre GP. Générer les objets CFString à la compilation. Générer des sections de débogage compressées. Générer des instructions de déplacements conditionnels. Générer les définitions cpp pour les E/S d'un serveur. Générer les définitions cpp pour les E/S d'une station de travail. Générer les informations de débogage dans le format DWARF v2 (ou ultérieur). Générer les informations de débogage dans le format STABS. Générer les informations de débogage dans le format VMS. Générer les informations de débogage dans le format XCOFF. Générer les informations de débogage dans le format étendu par défaut. Générer les informations de débogage dans le format par défaut. Générer les informations de débogage dans la version par défaut du format DWARF. Générer les informations de débogage dans le format STABS étendu. Générer les informations de débogage dans le format XCOFF étendu. Générer les informations de débogage dans des fichiers .dwo séparés. Générer du code pour le FPU du SH2a en double précision par défaut. Générer du code pour le FPU du SH2a en simple précision par défaut. Générer du code SH4 simple précision par défaut. Générer du code SH4-100 simple précision par défaut. Générer du code SH4-200 simple précision par défaut. Générer du code SH4-300 simple précision par défaut. Générer du code SH4a simple précision par défaut. Générer des trames de pile discontinues. Générer des résultats de divisions où le reste a le même signe que le diviseur (pas le dividende). Générer des instructions en virgule flottante double précision. Générer des information étendues pour les points d'entrées des fonctions en ligne Générer des appels indirects rapides. Générer les mathématiques en virgule flottante avec le jeu d'instructions donné. Générer les instructions multiplie-accumule en virgule flottante. Générer une version en ligne de la division en virgule flottante, optimiser pour la latence. Générer une version en ligne de la division en virgule flottante, optimiser pour le débit. Générer une version en ligne de la division entière, optimiser pour la latence. Générer une version en ligne de la division entière, optimiser pour le débit. Générer une version en ligne de la racine carrée, optimiser pour la latence. Générer une version en ligne de la racine carrée, optimiser pour le débit. Générer les instructions supportées par le Barrel Shifter. Générer des instructions isel. Générer une recherche de classes molle (via objc_getClass()) pour l'utilisation en mode Zero-Link. Générer du code petit-boutiste. Générer du code petit-boutiste. Générer les instructions de chargement/stockage de mots multiples. Générer les instructions de chargement/stockage avec mise à jour. Générer les dépendances pour make et compiler. Générer les dépendances pour make. Générer les appels mcount/__fentry__ sous forme de nops. Pour les activer, il faut insérer les instructions réelles. Générer les instructions mul64 et mulu64. Générer l'instruction norm. Générer du code en mode normal. Générer du code pour le FPU du SH2a en simple précision uniquement. Générer du code SH4 simple précision uniquement. Générer du code SH4-100 simple précision uniquement. Générer du code SH4-200 simple précision uniquement. Générer du code SH4-300 simple précision uniquement. Générer du code SH4a simple précision uniquement. Générer du code relatif au compteur de programme (PC). Générer des instructions de l'extension de performance. Générer des instructions de l'extension de performance version 2. Générer les cibles bidons pour tous les en-têtes. Générer des contrôles de limites des pointeurs pour les variables avec un type incomplet. Générer du code indépendant de la position pour les exécutables si possible (mode large). Générer du code indépendant de la position pour les exécutables si possible (mode petit). Générer du code indépendant de la position si possible (mode large). Générer du code indépendant de la position si possible (mode petit). Générer des instructions de préchargement, si disponible, pour les tableaux dans les boucles. Générer du code PIC ré-entrant. Générer des inverses au lieu de divss et sqrtss. Générer l'information pour les types de descripteurs lors de l'exécution. Générer des références à sdata. Ceci est l'option par défaut à moins que vous compiliez pour PIC. Générer les sections .s390_indirect_jump, .s390_indirect_call, .s390_return_reg et .s390_return_mem pour contenir les emplacements des branches indirectes qui ont été corrigées par l'utilisation d'une des options -mindirect-branch* ou -mfunction-return*. Les sections consistent en un tableau d'éléments sur 32 bits. Chaque entrée contient le décalage depuis l'entrée de l'emplacement corrigé. Générer du code auto-relocalisable. Générer sin, cos, sqrt pour le coprocesseur mathématique. Générer des instructions en virgule flottante simple précision. Générer les inverses de la racine carrée et de la division par logiciel pour un meilleur débit. Générer des méthodes Objective-C spéciales pour initialiser et détruire des ivars C++ non-POD, si nécessaire. Générer des instructions de l'extension de chaînes. Générer des instructions sur des chaînes pour les déplacements de blocs. Générer l'instruction swap. Générer les instructions avec modulo entier. Générer les instructions de mémoire atomique quadruple mots (lqarx/stqcx). Générer les instructions de mémoire quadruple mots (lq/stq). Générer des tables de retour en arrière (unwind tables) qui sont exactes à chaque limite d'instruction. Générer des instructions push25/pop25 v3. Générer l'instruction vzeroupper avant un transfert du flux de contrôle hors d'une fonction. La fonction générique %qs à %L n'est pas cohérente avec l'interface intrinsèque spécifique Nom générique %qs de la fonction %qs à %L étant le même nom que le type dérivé à %L La sous-routine générique %qs à %L n'est pas cohérente avec l'interface de sous-routine intrinsèque Donner aux branches leur coût par défaut. Préfixer les symboles externes avec un caractère de soulignement. Le nom de liaison globale %qs à %L est déjà utilisé comme un(e) %s à %L Le nom de liaison globale %qs à %L est déjà utilisé à %L Le nom global %qs à %L est déjà utilisé comme un(e) %s à %L Le nom global %qs à %L est déjà utilisé à %L Les optimisations de boucles Graphite ne peuvent pas être utilisées (isl n'est pas disponible) (-fgraphite, -fgraphite-identity, -floop-nest-optimize, -floop-parallelize-all) Les optimisations de boucles par Graphite ne peuvent pas être utilisées (isl n'est pas disponible). Guider l'éditeur de liens pour relâcher les instructions. HLE_ACQUIRE n'est pas utilisé avec le modèle mémoire ACQUIRE ou un autre plus contraignant HLE_RELEASE n'est pas utilisé avec le modèle mémoire RELEASE ou un autre plus contraignant Le nom HSA SSA est défini par l'instruction qui est censée l'utiliser Le nom HSA SSA n'est pas parmi les opérandes de l'instruction qui est censée l'utiliser La vérification HSA SSA a échoué HSA n'a pas été activé durant la configuration Les opérandes d'image HSA ne sont pas gérés L'instruction HSA utilise un registre qui n'est pas parmi les utilisations de registres enregistrées La vérification de l'instruction HSA a échoué Traiter les fonctions internes atomiques qui pourraient être appliquées à des données non alignées en appelant des fonctions de la bibliothèque. Outrepasse -mtrap-unaligned-atomic. Fanion de contrôle du modèle de l'ordonnanceur avec pré-extraction automatique matérielle. Nombre de cycles d'anticipation que le modèle examine; la valeur « 0 » active uniquement l'heuristique de tri des instructions. Désactivé par défaut. La constante hexadécimale à %C utilise une syntaxe non standard L'instruction de la valeur de l'histogramme ne correspond pas à l'instruction à laquelle il est associé Constante Hollerith à %C La variable %qs associée à l'hôte ne peut pas être dans l'instruction DATA à %C Quelle croissance d'une unité de compilation peut être tolérée en raison de la mise en ligne (en pourcentage). Quelle croissance d'une unité de compilation peut être tolérée à cause de la propagation interprocédurale de constantes (en pourcentage). IBITS: Bit incorrect ICE: emit_insn utilisé là où emit_jump_insn est attendu : Identification de la bibliothèque partagée à construire. les bibliothèques partagées utilisant un ID et FD-PIC ne peuvent pas être utilisés ensemble Module IEEE_ARITHMETIC à %C Module IEEE_EXCEPTIONS à %C Module IEEE_FEATURES à %C La clause IF à %L requiert une expression LOGICAL scalaire Le modificateur %s de la clause IF à %L n'est pas approprié pour la construction OpenMP actuelle La clause IF sans modificateur à %L est utilisée avec des clauses IF avec modificateurs L'instruction IMPLICIT NONE (type) à %L suit une instruction IMPLICIT L'instruction IMPLICIT à %C suit une instruction IMPLICIT NONE (type) IMPORT NONE avec une liste de spécifications à %C Instruction IMPORT à %C L'instruction IMPORT à %C est uniquement permise dans un corps d'INTERFACE Procédure IMPURE à %C INDIRECT_REF dans gimple IL L'instruction INQUIRE à %L ne peut pas contenir les deux spécificateurs FILE et UNIT en même temps L'instruction INQUIRE à %L requiert un spécificateur PENDING= avec le spécificateur ID= L'instruction INQUIRE à %L requiert l'un des deux spécificateurs FILE ou UNIT L'instruction INQUIRE n'est pas permise dans une procédure PURE à %C l'expression INTEGER de la clause %s à %L doit être non négative L'expression INTEGER de la clause %s à %L doit être positive L'expression INTEGER de chunk_size dans la clause SCHEDULE à %L doit être positive INTEGER(KIND=8) n'est pas disponible avec l'option %<-fdefault-integer-8%> INTEGER(KIND=8) n'est pas disponible avec l'option %<-finteger-4-integer-8%> INTENT (%s) est en conflit avec INTENT(%s) à %L INTENT n'est pas permis à l'intérieur de BLOCK à %C L'argument effectif de INTENT(%s) à %L pourrait interférer avec l'argument effectif à %L. INTENT(IN) POINTER %qs dans la clause %s à %L INTENT(IN) POINTER %qs dans la clause COPYPRIVATE à %L L'argument INTENT(OUT) %qs de la procédure pure %qs à %L ne peut pas être polymorphique La procédure %qs de INTERFACE à %L a le même nom que la procédure englobante la définition IO pour %q+D a besoin d'une adresse L'étiquette IOLENGTH est invalide dans l'instruction INQUIRE à %C IOMSG doit être une variable scalaire caractère par défaut à %L Balise IOMSG à %L le C ISO ne permet pas %<%E (expression)%> le C ISO n'autorise pas de %<;%> supplémentaire en dehors d'une fonction le C ISO ne permet pas l'utilisation de %<_Alignof%> sur un type fonction le C ISO ne supporte pas %<#pragma STDC FLOAT_CONST_DECIMAL64%> le C ISO ne permet pas %<++%> ni %<--%> sur les types complexes le C ISO ne supporte pas l'identificateur prédéfini %<__FUNCTION__%> le C ISO ne supporte pas l'identificateur prédéfini %<__PRETTY_FUNCTION__%> le C ISO ne supporte pas les types %<__int%d%> le C ISO ne permet pas d'utiliser %<~%> pour calculer le conjugué d'un complexe le C ISO interdit les types entiers complexes le C ISO ne supporte pas les virgules flottantes décimales le C ISO ne supporte pas les types en virgule fixe le C ISO ne supporte pas un simple %<complex%> signifiant %<double complex%> le C ISO ne supporte pas les types saturants le C ISO ne supporte pas le type %<_Float%d%s%> le C ISO interdit %<goto *expr;%> le C ISO interdit %<return%> avec une expression dans une fonction qui retourne un void le C ISO interdit une unité de traduction vide le C ISO interdit l'affectation entre un pointeur de fonction et %<void *%> le C ISO interdit les groupes entre accolades à l'intérieur d'expressions le C ISO interdit le transtypage d'un type non scalaire vers lui-même le C ISO interdit le transtypage vers un type union le C ISO interdit la comparaison de %<void *%> avec un pointeur de fonction le C ISO interdit une expression conditionnelle entre %<void *%> et un pointeur de fonction le C ISO interdit une expression conditionnelle dont un seul côté est « void » le C ISO interdit les fonctions de type volatile ou constante le C ISO interdit la conversion d'un pointeur de fonction en un type de pointeur vers un objet le C ISO interdit la conversion d'un pointeur vers un objet en un type de pointeur vers une fonction le C ISO interdit d'initialiser avec des accolades vides le C ISO interdit la déclaration anticipée des paramètres le C ISO interdit les références anticipées vers un type %<enum%> le C ISO interdit l'initialisation entre un pointeur de fonction et %<void *%> le C ISO interdit la déclaration d'étiquette le C ISO interdit les déclarations de membre sans aucun membre le C ISO interdit les fonctions imbriquées le C ISO interdit l'omission du terme central de l'expression ?: le C ISO interdit les comparaisons ordonnées de pointeurs vers des fonctions le C ISO interdit de passer l'argument %d de %qE entre un pointeur de fonction et %<void *%> le C ISO interdit les types de fonction qualifiés le C ISO interdit le retour entre un pointeur de fonction et %<void *%> le C ISO interdit de spécifier les bornes des éléments à initialiser le C ISO interdit d'accéder aux tableaux %<register%> par un indice le C ISO interdit le tableau de taille nulle le C ISO interdit le tableau de taille nulle %qE le C ISO interdit la conversion d'argument en type union le C ISO requiert un argument nommé devant %<...%> le C ISO restreint les valeurs de l'énumérateur à la plage d'un %<int%> le C++ ISO 1998 ne permet pas %<long long%> le C++ ISO 1998 interdit l'utilisation de %<extern%> sur des instanciations explicites le C++ ISO autorise les attributs de champs de bits uniquement avant l'élément %<:%> le C++ ISO ne permet pas %<alignof%> avec un non type le C++ ISO ne permet pas d'omettre l'opérande du milieu de ?: le C++ ISO ne permet pas des initialisations par désignation du C99 le C++ ISO ne permet pas des initialisations par désignation de GNU le C++ ISO ne permet pas que %<%T::%D%> soit défini comme %<%T::%D%> le C++ ISO ne permet pas l'utilisation de %<alignof%> sur un type fonction le C++ ISO ne supporte pas %<__int%d%> pour %qs le C++ ISO n'accepte pas qu'un simple %<complex%> signifie %<double complex%> le C++ ISO interdit l'application de %<__alignof%> à une expression d'un type de fonction le C++ ISO interdit l'application de %<sizeof%> à une expression d'un type de fonction le C++ ISO interdit les groupes d'accolades à l'intérieur des expressions le C++ ISO interdit l'appel de %<::main%> depuis l'intérieur du programme le C++ ISO interdit le transtypage vers un type tableau %qT le C++ ISO interdit la comparaison entre un pointeur et un entier le C++ ISO interdit la comparaison entre les pointeurs de type %<void *%> et les pointeurs de fonctions le C++ ISO interdit les littéraux composés le C++ ISO interdit les gotos calculés le C++ ISO interdit l'expression conditionnelle entre les pointeurs de type %<void *%> et les pointeurs de fonctions le C++ ISO interdit la conversion entre les pointeurs de type %<void *%> et les pointeurs de fonctions le C++ ISO interdit la conversion d'une chaîne constante vers %qT le C++ ISO interdit la déclaration de %qs sans type le C++ ISO interdit de décrémenter un pointeur du type %qT le C++ ISO interdit de décrémenter un enum le C++ ISO interdit un enum vide et sans nom le C++ ISO interdit le membre tableau flexible %qs le C++ ISO interdit les tableaux flexibles comme membres le C++ ISO interdit l'initialisation intra-classe du membre statique non constant %qD le C++ ISO interdit d'incrémenter un pointeur du type %qT le C++ ISO interdit d'incrémenter un enum le C++ ISO interdit l'initialisation du membre constant %qD du type non entier %qT le C++ ISO interdit le type imbriqué %qD avec le même nom que la classe englobante le C++ ISO interdit l'omission du terme au milieu de l'expression ?: le C++ ISO interdit de prendre l'adresse de la fonction %<::main%> le C++ ISO interdit de prendre l'adresse d'une fonction membre liée pour former un pointeur vers une fonction membre. Utilisez %<&%T::%D%> le C++ ISO interdit de prendre l'adresse d'une fonction membre non statique non qualifié ou entre parenthèses pour former un pointeur vers une fonction membre. Utilisez %<&%T::%D%> le C++ ISO interdit l'utilisation de %qE sur des instanciations explicites le C++ ISO interdit le mot-clé typename dans un paramètre de patron qui est un patron; utilisez -std=c++17 ou -std=gnu++17 le C++ ISO interdit l'utilisation d'un littéral en virgule flottante dans une expression constante le C++ ISO interdit l'utilisation d'un pointeur de type %<void *%> dans une soustraction le C++ ISO interdit l'utilisation d'un pointeur vers une fonction dans une soustraction le C++ ISO interdit l'utilisation d'un pointeur vers une méthode dans une soustraction le C++ ISO interdit le tableau de taille variable le C++ ISO interdit le tableau de taille variable %qD le C++ ISO interdit le tableau de taille zéro le C++ ISO interdit le tableau de taille zéro %qD le C++ ISO interdit les structures anonymes le C++ ISO interdit la surcharge de l'opérateur ?: le C++ ISO indique que ceux-ci sont ambigus même si la plus mauvaise conversion pour le premier est meilleures que la plus mauvaise conversion pour le second: le C++17 ISO n'autorise pas le spécificateur de classe de stockage %<register%> le C++17 ISO n'autorise pas la spécification dynamique des exceptions le C90 ISO ne supporte pas %<[*]%> dans les déclarateurs de tableau le C90 ISO ne permet pas %<_Alignas%> le C90 ISO ne supporte pas %<_Generic%> le C90 ISO ne supporte pas %<_Noreturn%> le C90 ISO ne supporte pas %<_Static_assert%> le C90 ISO ne supporte pas l'identificateur prédéfini %<__func__%> le C90 ISO ne supporte pas %<long long%> le C90 ISO ne supporte pas %<static%> ou les qualificatifs de types dans les déclarateurs de tableau de paramètres le C90 ISO ne supporte pas %qE le C90 ISO ne supporte pas les types booléens le C90 ISO ne supporte pas les types « complex » le C90 ISO ne supporte pas les membres qui sont des tableaux flexibles le C90 ISO ne permet pas le qualificatif %<_Atomic%> le C90 ISO ne supporte pas les structures et unions sans nom le C90 ISO interdit le tableau %qE dont la taille ne peut être évaluée le C90 ISO interdit le tableau dont la taille ne peut être évaluée le C90 ISO interdit les littéraux composés le C90 ISO interdit les mélanges de déclarations et de code le C90 ISO interdit de spécifier des sous-objets à initialiser le C90 ISO interdit d'accéder à un tableau par un indice si le tableau n'est pas une l-valeur le C90 ISO interdit le tableau de taille variable le C90 ISO interdit le tableau %qE de taille variable le C99 ISO ne permet pas %<_Alignas%> le C99 ISO ne supporte pas %<_Generic%> le C99 ISO ne supporte pas %<_Noreturn%> le C99 ISO ne supporte pas %<_Static_assert%> le C99 ISO ne supporte pas %qE le C99 ISO ne supporte pas le qualificatif %<_Atomic%> le C99 ISO ne supporte pas les structures et unions sans nom Module ISO_C_BINDING à %C Module intrinsèque ISO_FORTRAN_ENV à %C Si -ftree-vectorize est utilisé, la limite minimale de boucle d'une boucle prise en compte pour la vectorisation. Si -fvariable-expansion-in-unroller est utilisé, le nombre maximum de fois qu'une variable individuelle sera développée pendant le dépliage de la boucle. Si le premier argument de ATAN2 à %L est zéro, alors le second argument ne doit pas être zéro Si le nombre de candidats dans l'ensemble est plus petit, on essaie toujours de retirer les IV inutilisés durant son optimisation. Si l'ordonnancement est fait après le rechargement, faire un ordonnancement des super blocs. Ignorer « D » dans la colonne 1 du format fixe. Ignorer dllimport pour les fonctions. Ignoré. Objet allouable illégal à %C pour une procédure PURE Caractère illégal dans la constante BOZ à %C Identifiant illégal dans copy_walk_reduction_arg Directive du préprocesseur illégale Type de référence illégale à %L comme objet EQUIVALENCE Pas nul illégal à %L Instruction %s de contrôle d'image à %C dans un bloc CRITICAL Instruction %s de contrôle d'image à %C dans un bloc DO CONCURRENT Instruction %s de contrôle d'image à %C dans une procédure PURE Instruction CRITICAL de contrôle d'image à %C dans un bloc DO CONCURRENT Instruction CRITICAL de contrôle d'image à %C dans une procédure PURE Instruction EVENT %s de contrôle d'image à %C dans un bloc CRITICAL Instruction EVENT %s de contrôle d'image à %C dans un bloc DO CONCURRENT Instruction EVENT %s de contrôle d'image à %C dans une procédure PURE Instruction RETURN de contrôle d'image à %C dans un bloc CRITICAL Instruction RETURN de contrôle d'image à %C dans un bloc DO CONCURRENT Instruction STOP de contrôle d'image à %C dans un bloc CRITICAL Instruction STOP de contrôle d'image à %C dans un bloc DO CONCURRENT Instruction SYNC de contrôle d'image à %C dans un bloc CRITICAL Instruction SYNC de contrôle d'image à %C dans un bloc DO CONCURRENT Instruction SYNC de contrôle d'image à %C dans une procédure PURE L'argument imageset à %L doit être une expression scalaire ou INTEGER de rang 1 L'argument imageset à %L doit être entre 1 et num_images() Implémenter les sémantiques C++17 des constructeurs qui héritent. Implémenter les opérations __atomic via des appels de bibliothèque aux fonctions historiques __sync. Implémenter la résolution du DR 150 pour faire correspondre les arguments de patron des patrons. La déclaration implicite de la fonction BIND(C) %qs à %L pourrait ne pas être interopérable avec le C La variable BIND(C) %qs implicitement déclarée à %L pourrait ne pas être interopérable avec le C La fonction %s déclarée implicitement est utilisée dans !$OMP DECLARE REDUCTION à %L La sous-routine %s déclarée implicitement est utilisé dans !$OMP DECLARE REDUCTION à %L La variable %qs implicitement déclarée à %L peut ne pas être interopérable avec le C mais elle est un argument muet à la procédure BIND(C) %qs à %L Le PARAMETER %qs implicitement typé à %L ne concorde pas avec le type IMPLICIT ultérieur SAVE implicite pour la variable module %qs à %L, nécessaire à cause de l'initialisation par défaut Tableau de forme implicite à %L Dans %s à %L, les procédures doivent toutes être des FUNCTION car le nom générique est également le nom du type dérivé Dans %s à %L, les procédures doivent être soit toutes des SUBROUTINE ou soit toutes des FUNCTION En C++, une valeur non nulle signifie qu'il faut avertir à propos des conversions dépréciées de chaînes littérales en « char * ». En C, le même avertissement est émis sauf que la conversion n'est, bien entendu, pas dépréciée par le standard C ISO. En Fortran 2003, le bloc COMMON %qs à %L est un identificateur global et doit donc avoir le même nom de liaison que le bloc COMMON similairement nommé à %L: %s vs %s Dans l'optimisation SSA-PRE sur les arbres, activer l'élimination de la redondance partielle-partielle. Dans le constructeur %qs Dans le constructeur de copie %qs Dans le destructeur %qs Dans la fonction %qs Dans la fonction lambda Dans la fonction membre %qs Dans la fonction membre statique %qs Répertoire d'inclusion %qs: %s Objet allouable incompatible à %C pour la spec de type CHARACTER à %L Type dérivé incompatible dans PARAMETER à %L Rangs incompatibles %d et %d dans l'affectation à %L Rangs incompatibles dans %s (%d et %d) à %L Types incompatibles dans l'instruction DATA à %L; tentative de conversion de %s en %s Typespec incompatible pour l'élément de tableau à %L Utilisation incompatible de TILE et COLLAPSE à %L Règles d'équivalence incohérentes impliquant %qs à %L et %qs à %L Rangs inconsistant pour l'opérateur à %%L et %%L arête incorrecte de gestions des exceptions %i->%i Valeur de retour de fonction invalide Augmenter la conformité IEEE pour les comparaisons en virgule flottante. L'index dans la dimension %d est hors des limites à %L Indiquer la présence d'un errata pour le processeur. Indiquer les priorités pour r0..r3 / r12..r15 avec TARGET_REGISTER_PRIORITY. Inhiber l'utilisation des instructions matérielles en virgule flottante. L'initialisation à %C n'est pas permise dans une procédure PURE L'initialisation à %C n'est pas pour une variable pointeur L'initialisation du composant allouable à %C n'est pas permise L'initialisation du pointeur à %C n'est pas permise dans une procédure PURE L'initialisation de la variable à %C n'est pas permise dans une procédure PURE La chaine d'initialisation à %L a été tronquée pour tenir dans la variable (%ld/%ld) Initialiser les composants de variables de types dérivés en fonction d'autres fanions d'initialisation. Initialiser les variables locales à zéro (provient de g77). Le symbole %qs initialisé à %C peut uniquement être COMMON dans BLOCK DATA La variable %qs à %L est initialisée dans un COMMON blanc mais l'initialisation est uniquement permise dans des communs nommés Initialisation interdite pour PARAMETER %qs à %C Initialisation d'une variable déjà initialisée à %C Injecter les fonctions amies dans l'espace de noms englobant. Mettre en ligne les opérations __atomic quand une séquence d'instructions sans blocage est disponible. Mettre en ligne toutes les opérations connues sur des chaînes. Mettre les constantes en ligne si cela peut être fait en 2 insns ou moins. Mettre en ligne les opérations memset/memcpy sur des chaînes mais n'exécuter la version en ligne que pour des petits blocs. Mettre en ligne récursif uniquement quand la probabilité que l'appel soit exécuté dépasse le paramètre. Insérer des instructions NOP à chaque entrée de fonction. Insérer le code de profilage basé sur arc du programme. Insérer du code pour sonder chaque page de l'espace de la pile quand il est alloué pour protéger contre des attaques visant une collision de pile (stack-clash). Insérer du code pour profiler les valeurs des expressions. Insérer des instructions hbrp après des cibles de branchements avec indices pour éviter de planter le SPU. Insérer des nops quand cela pourrait améliorer la performance en permettant des doubles émissions dans les pipelines (par défaut). Insérer des indices de relaxation pour que l'éditeur de lien fasse la relaxation. Insérer du code de vérification de la pile dans le programme. Identique à -fstack-check=specific. les adresses des insn ne sont pas définies après shorten_branches Ajouter des appels de profilage aux entrées et aux sorties des fonctions. Uniquement générer le code de contrôle pour les fonctions marquées avec l'attribut bnd_instrument. Le clone modifié pour ajouter du code ne fait pas référence au nœud original Le fragment pour ajouter du code a une mauvaise arête vers l'appelé Le nœud modifié pour ajouter du code à une mauvaise déclaration originale Division entière tronquée vers la constante %qs à %L Expression entière requise à %C ID entier (N) de l'instruction personnalisée fabsd. ID entier (N) de l'instruction personnalisée fabss. ID entier (N) de l'instruction personnalisée faddd. ID entier (N) de l'instruction personnalisée fadds. ID entier (N) de l'instruction personnalisée fatand. ID entier (N) de l'instruction personnalisée fatans. ID entier (N) de l'instruction personnalisée fcmpeqd. ID entier (N) de l'instruction personnalisée fcmpeqs. ID entier (N) de l'instruction personnalisée fcmpged. ID entier (N) de l'instruction personnalisée fcmpges. ID entier (N) de l'instruction personnalisée fcmpgtd. ID entier (N) de l'instruction personnalisée fcmpgts. ID entier (N) de l'instruction personnalisée fcmpled. ID entier (N) de l'instruction personnalisée fcmples. ID entier (N) de l'instruction personnalisée fcmpltd. ID entier (N) de l'instruction personnalisée fcmplts. ID entier (N) de l'instruction personnalisée fcmpned. ID entier (N) de l'instruction personnalisée fcmpnes. ID entier (N) de l'instruction personnalisée fcosd. ID entier (N) de l'instruction personnalisée fcoss. ID entier (N) de l'instruction personnalisée fdivd. ID entier (N) de l'instruction personnalisée fdivs. ID entier (N) de l'instruction personnalisée fexpd. ID entier (N) de l'instruction personnalisée fexps. ID entier (N) de l'instruction personnalisée fextsd. ID entier (N) de l'instruction personnalisée fixdi. ID entier (N) de l'instruction personnalisée fixdu. ID entier (N) de l'instruction personnalisée fixsi. ID entier (N) de l'instruction personnalisée fixsu. ID entier (N) de l'instruction personnalisée floatid. ID entier (N) de l'instruction personnalisée floatis. ID entier (N) de l'instruction personnalisée floatud. ID entier (N) de l'instruction personnalisée floatus. ID entier (N) de l'instruction personnalisée flogd. ID entier (N) de l'instruction personnalisée flogs. ID entier (N) de l'instruction personnalisée fmaxd. ID entier (N) de l'instruction personnalisée fmaxs. ID entier (N) de l'instruction personnalisée fmind. ID entier (N) de l'instruction personnalisée fmins. ID entier (N) de l'instruction personnalisée fmuld. ID entier (N) de l'instruction personnalisée fmuls. ID entier (N) de l'instruction personnalisée fnegd. ID entier (N) de l'instruction personnalisée fnegs. ID entier (N) de l'instruction personnalisée frdxhi. ID entier (N) de l'instruction personnalisée frdxlo. ID entier (N) de l'instruction personnalisée frdy. ID entier (N) de l'instruction personnalisée fsind. ID entier (N) de l'instruction personnalisée fsins. ID entier (N) de l'instruction personnalisée fsqrtd. ID entier (N) de l'instruction personnalisée fsqrts. ID entier (N) de l'instruction personnalisée fsubd. ID entier (N) de l'instruction personnalisée fsubs. ID entier (N) de l'instruction personnalisée ftand. ID entier (N) de l'instruction personnalisée ftans. ID entier (N) de l'instruction personnalisée ftruncds. ID entier (N) de l'instruction personnalisée fwrx. ID entier (N) de l'instruction personnalisée fwry. ID entier (N) de l'instruction personnalisée round. Le sous-type %d à %C n'est pas disponible pour un entier L'entier est hors de la plage symétrique impliquée par le standard Fortran à %L Entier en dehors de la plage symétrique impliquée par le Standard Fortran en convertissant %s vers %s à %L Débordement d'entier en calculant la quantité de mémoire à allouer Entier trop grand pour l'entier du sous-type %i à %C L'entier est trop grand pour son sous-type à %C. Cette vérification peut être désactivée avec l'option -fno-range-check Entier trop grand à %C Valeur entière trop grande dans l'expression à %C Intégrer les fonctions à l'intérieur de leurs appelants si il est établi que la taille du code ne grandira pas. Intégrer les fonctions qui ne sont pas déclarées « inline » dans leurs appelants quand cela est profitable. Intégrer les fonctions qui ne sont requises que par leur unique appelant. la psABI du MCU Intel n'est pas supportée dans le mode %s le MPX de Intel ne supporte pas x32 Interchangeage de boucles à %L L'interface %qs à %L est déclarée dans une instruction PROCEDURE ultérieure L'interface %qs à %L ne peut pas être une fonction-instruction L'interface %qs à %L ne peut pas être générique L'interface %qs à %L doit être explicite Désaccord d'interface pour le composant pointeur de procédure %qs dans le constructeur de structure à %L: %s Interface non concordante dans la procédure muette %qs à %L: %s Non concordance de l'interface dans la procédure globale %qs à %L: %s Désaccord d'interface dans l'affectation du pointeur de procédure à %L: %qs n'est pas une sous-routine Interface non concordante dans l'affectation du pointeur de procédure à %L: %s Une interface doit être spécifiée pour une liaison DEFERRED à %C Nom d'interface attendu après %<(%> à %C Erreur interne du compilateur : Erreur en rapportant les routines ré-entrées. Fichier interne à %L avec une liste de noms Procédure interne %qs dans %s à %L La procédure interne %qs est invalide dans l'affectation du pointeur de procédure à %L Procédure interne %qs utilisée comme argument effectif à %L Unité interne avec un indice vecteur à %L Interpréter tout INTEGER(4) comme un INTEGER(8). Interpréter tout REAL(4) comme un REAL(10). Interpréter tout REAL(4) comme un REAL(16). Interpréter tout REAL(4) comme un REAL(8). Interpréter tout REAL(8) comme un REAL(10). Interpréter tout REAL(8) comme un REAL(16). Interpréter tout REAL(8) comme un REAL(4). Interpréter les nombres imaginaires, en virgule fixe ou avec d'autres suffixes gnu comme le nombre littéral correspondant au lieu d'un nombre littéral défini par l'utilisateur. Entrecouper les lots de littéraux avec le code dans la section texte. Intervalle durant lequel sonder la pile, exprimé comme une puissance de deux. L'intrinsèque %qs (est %s) est utilisé à %L L'intrinsèque %qs à %L ne peut pas avoir une initialisation L'intrinsèque %qs à %L est invalide dans une affectation du pointeur de procédure L'intrinsèque %qs à %L n'est pas permis comme argument effectif L'intrinsèque %qs à %L doit avoir au moins deux arguments L'intrinsèque TRANSFER à %L a un résultat partiellement indéfini: taille de la source %ld < taille du résultat %ld Fonction intrinsèque %qs (%d) non reconnue La fonction intrinsèque %qs à %L n'est pas permise dans une expression d'initialisation La fonction intrinsèque %s à %L n'est pas permise pour CO_REDUCE La fonction intrinsèque NULL à %L ne peut pas être un argument effectif de STORAGE_SIZE car il retourne un pointeur dissocié L'opérateur intrinsèque %qs référencé à %L n'est pas trouvé dans le module %qs L'interface de l'opérateur intrinsèque à %L doit être une FUNCTION La procédure intrinsèque %qs n'est pas permise dans une instruction PROCEDURE à %L La procédure intrinsèque à %L ne peut pas être un MODULE PROCEDURE La sous-routine intrinsèque %qs à %L n'aura point de spécificateur de type Identificateur C invalide dans le spécificateur NAME= à %C Constante Hollerith invalide à %L car elle contient un caractère large Constante Hollerith invalide: %L doit contenir au moins un caractère Constante Hollerith invalide: L'entier à %L devrait avoir le sous-type par défaut Paramètre KIND %s invalide à %L NULL invalide à %L Caractère %<$%> invalide à %L. Utilisez %<-fdollar-ok%> pour l'autoriser comme une extension Caractère 0x%s invalide à %C Caractère invalide dans le nom à %C Clause invalide dans le module avec !$ACC DECLARE à %L Co-dimension %d invalide à %C, seules %d co-dimensions existes Contexte invalide pour l'intrinsèque NULL () à %L Contexte invalide pour un pointeur NULL() à %%L Lettre d'exposant %<q%> invalide dans une constante littérale réelle à %C Expression invalide dans gfc_element_size. Expression invalide dans gfc_target_encode_expr. Expression invalide dans gfc_target_interpret_expr. Expression invalide dans le constructeur de structure pour le composant pointeur %qs à %L dans une procédure PURE Forme invalide pour l'instruction PROGRAM à %C La forme de l'instruction WRITE est invalide à %L, UNIT est requis Forme invalide pour la référence de tableau à %C Forme invalide pour la référence au co-tableau à %C Numéro d'image %d invalide dans SYNC IMAGES Expression d'initialisation invalide pour le composant ALLOCATABLE %qs dans le constructeur de structure à %L Initialisation %s invalide dans l'instruction Data à %C Sous-type %d invalide pour la constante CHARACTER à %C Sous-type invalide pour %s à %L Initialisation dans l'ancien style invalide pour le composant de type dérivé à %C Opérateur invalide pour !$OMP DECLARE REDUCTION %s à %L Argument de procédure invalide à %L Affectation de pointeur de procédure invalide à %L Plage %s invalide dans l'option %s Sous-type %d invalide pour un réel à %C Code standard invalide pour l'intrinsèque %qs (%d) Sous-chaîne invalide dans le « do » avec donnée implicite à %L dans l'instruction DATA Spécification de type invalide à %C Valeur invalide pour la spécification %s à %C Émettre les avertissements nécessaires pour être strictement conforme au standard. Le pas de l'itération à %L ne peut pas être zéro Aligner les cibles des sauts sur une puissance de 2 de cette valeur. Rebut après l'instruction ASSOCIATE à %C Rebut après CALL à %C Rebut après la liaison GENERIC à %C Rebut après l'instruction MAP à %C Rebut après l'instruction UNION à %C Rebut après l'instruction STRUCTURE non imbriquée à %C Générer uniquement les tables de retour en arrière pour la gestion des exceptions. Utiliser simplement icc0/fcc0. Attribut KIND à %C dans une définition TYPE Le paramètre KIND de %s à %L doit être une expression d'initialisation Le mot-clé %qs à %C est déjà apparu dans la liste des arguments actuelle L'argument mot-clé %qs à %L est déjà associé à un autre argument effectif L'argument mot-clé %qs à %L est invalide dans une fonction instruction L'argument mot-clé %qs à %L n'est pas dans une procédure L'argument mot-clé %qs à %L n'est pas dans une procédure, vouliez-vous employer %qs ? L'argument mot-clé requiert une interface explicite pour la procédure %qs à %L L'argument mot-clé requiert une interface explicite pour le composant pointeur de procédure %qs à %L Le sous-type %d n'est pas supporté pour CHARACTER à %C Le sous-type %d n'est pas supporté pour le type %s à %C Le paramètre de sous-type pour l'entité à %L diffère du paramètre de sous-type du typespec ABI AArch64 connues (à utiliser avec l'option -mabi=): ABI connues (à utiliser avec l'option -mabi=): Processeurs ARC connus (à utiliser avec l'option -mcpu=): ABI ARM connues (à utiliser avec l'option -mabi=): Processeurs ARM connus (à utiliser avec les options -mcpu= et -mtune=): Unités en virgule flottante ARM connues (à utiliser avec l'option -mfpu=): Architectures ARM connues (à utiliser avec l'option -march=): ISA C6X connues (à utiliser avec l'option -march=): Processeurs connus (à utiliser avec les options -mcpu= et -mtune=): Processeurs FR-V connus (à utiliser avec l'option -mcpu=): Processeurs IQ2000 connus (à utiliser avec l'option -mcpu=): Processeurs Itanium connus (à utiliser avec l'option -mtune=): Processeurs M68K connus (à utiliser avec l'option -mcpu=): ISA connues pour M68K (à utiliser avec l'option -march=): Microarchitectures M68K connues (à utiliser avec l'option -mtune=): ABI MIPS connues (à utiliser avec l'option -mabi=): Processeurs MIPS connus (à utiliser avec les options -march= et -mtune=): Paramètres MIPS IEEE 754 connus (à utiliser avec les options -mabs= et -mnan=): Niveaux ISA MIPS connus (à utiliser avec l'option -mips): Processeurs TILE-Gx connus (à utiliser avec l'option -mcpu=): Processeurs TILEPro connus (à utiliser avec l'option -mcpu=): Dialectes TLS connus (à utiliser avec l'option -mtls-dialect=): Formats connus pour __fp16 (à utiliser avec l'option -mfp16-format=): Modes d'adressage connus (à utiliser avec l'option -maddress-mode=): Types d'architectures connues (à utiliser avec l'option -march=): Dialectes d'assembleurs connus (à utiliser avec l'option -masm=): Types de cmodel connus (à utiliser avec l'option -mcmodel=): Modèles de code connus (à utiliser avec l'option -mcmodel=): Types de processeurs connus (à utiliser avec l'option -mcpu=): Choix connus pour l'alignement de données (à utiliser avec l'option -malign-data=): ABI en virgule flottante connues (à utiliser avec l'option -mfloat-abi=): Nombre de registres en virgule flottante connus (à utiliser avec l'option -mconfig-fpu=): Choix connus pour le branchement indirect (à utiliser avec les options -mindirect-branch=/-mfunction-return=): Longueur de registre vectoriel préférée connue (à utiliser avec l'option -mprefer-vector-width=): Méthodes connues pour protéger la pile (à utiliser avec l'option -mstack-protector-guard=): ABI des bibliothèques vectorielles connues (à utiliser avec l'option -mveclibabi=): latence de la cache L%d inconnue pour %s Attribut LEN à %C dans une définition TYPE LEXER_DEBUGGING_ENABLED_P n'est pas défini à vrai membre de gauche dans un appel qui ne retourne rien Modificateur de clause LINEAR utilisé sur la construction DO ou SIMD à %L Clause LINEAR spécifiée avec la clause ORDERED avec argument à %L Argument muet LINEAR %qs avec l'attribut VALUE et le modificateur %s à %L La variable LINEAR %qs doit être INTEGER à %L Instruction LOCK à %C LOCK_EVENT dans un contexte de définition de variable (%s) à %L LOCK_TYPE dans le contexte de définition de variable (%s) à %L Argument muet LOGICAL %qs à %L avec le sous-type non C_Bool dans la procédure BIND(C) %qs Des opérandes LOGICAL sont requis dans l'expression à %L Variable résultat LOGICAL %qs à %L avec le sous-type non C_Bool dans la procédure BIND(C) %qs le support LTO n'a pas été activé dans cette configuration L'étiquette %d à %C est déjà référencée comme une étiquette de format L'étiquette %d à %C est déjà référencée comme cible d'un branchement Étiquette %d à %C précédemment utilisée comme étiquette de FORMAT Étiquette %d à %C précédemment utilisée comme cible de branchement L'étiquette %d à %L est définie mais ne peut pas être utilisée L'étiquette %d à %L est définie mais non utilisée L'étiquette %d référencée à %L n'est jamais définie L'étiquette %qs à %C ne correspond pas à l'étiquette %qs du IF L'étiquette %qs à %C ne correspond pas à l'étiquette %qs de WHERE L'étiquette à %L n'est pas dans le même bloc que l'instruction GOTO à %L Le nom de l'étiquette %qs à %C est ambigu Parenthèse gauche requise après %<*%> Extension antique : La lettre %qc a déjà un type IMPLICIT à %C La lettre %qc est déjà définie dans l'instruction IMPLICIT à %C Les lettres doivent être dans l'ordre alphabétique dans l'instruction IMPLICIT à %C Le niveau de verbosité des stockages de débogage de hsa Lever les restrictions sur la taille de la GOT. Identique à -M mais ignore les fichiers d'en-tête système. Identique à -MD mais ignore les fichiers d'en-tête système. Comme -pedantic mais les avertissements sont rapportés comme des erreurs. La limite de %d lignes continuées est dépassée dans l'instruction %C Ligne tronquée à %L Lignes exécutées: %s sur %d Lier du code pour un noyau __main. Faire l'édition de liens pour produire le programme au format ELF (au lieu de mmo). Éditer les liens avec le BSP HAL. Éditer les liens avec une version limitée de la bibliothèque C. Faire l'édition de liens avec libads.a, libc.a et crt0.o. Faire l'édition de liens avec libc.a et libdebug.a. Faire l'édition de liens avec libc.a et libsim.a. Faire l'édition de liens avec libmvme.a, libc.a et crt0.o. Faire l'édition de liens avec libsim.a, libc.a et sim-crt0.o. Faire l'édition de liens avec libyk.a, libc.a et crt0.o. Faire l'édition de liens avec la bibliothèque en virgule flottante rapide. Faire l'édition de liens avec la bibliothèques library-pic. Les optimisations durant l'édition de liens sont faites avec un nombre de tâches parallèles ou un serveur de tâches. Lister tous les compteurs de débogage disponibles avec leurs limites et leurs valeurs. Déclaration locale depuis une fonction différente La variable verrou à %L doit être un scalaire de type LOCK_TYPE Le bloc SELECT CASE logique à %L a plus de deux cas Une plage logique n'est pas permise dans l'instruction CASE à %L Les valeurs logiques à %%L doivent être comparées avec %s au lieu de %s Rechercher et utiliser les fichiers PCH même pendant le pré-traitement. Chercher des opportunités de réduire les ajustements de pile et les références à la pile. Aligner le code des boucles sur une puissance de 2 de cette valeur. La boucle itère sans fin Une boucle parallélisée sur plusieurs « gangs » n'est pas permise à l'intérieur d'une autre boucle parallélisée sur plusieurs « gangs » à %L Une boucle parallélisée sur plusieurs « gangs » n'est pas permise à l'intérieur d'une boucle parallélisée sur plusieurs « workers » à %L Une boucle parallélisée sur plusieurs vecteurs n'est pas permise à l'intérieur d'une autre boucle parallélisée sur plusieurs vecteurs à %L Une boucle parallélisée sur plusieurs « workers » n'est pas permise à l'intérieur d'une autre boucle parallélisée sur plusieurs vecteurs à %L Une boucle parallélisée sur plusieurs « workers » n'est pas permise à l'intérieur d'une autre boucle parallélisée sur plusieurs « workers » à %L Variable de boucle La variable de boucle à %C ne peut pas être un co-tableau La variable de boucle à %C ne peut pas être un sous-composant La variable de boucle à %C ne peut pas être un tableau La variable de boucle a été modifiée Les boucles qui itèrent au moins le nombre de fois sélectionné recevront un alignement de boucle.. La référence inférieure au tableau à %L est hors des limites (%ld < %ld) dans la dimension %d La référence inférieure au tableau à %L est en dehors des limites (%ld > %ld) dans la dimension %d La limite inférieur doit être présente à %L le MCU « %s » n'a pas d'unité de multiplication matérielle mais -mhwmult demande « %s » le MCU « %s » supporte l'ISA %s mais -mcpu est défini à %s le MCU « %s » supporte la multiplication matérielle %s mais -mhwmult demande « 16-bit » le MCU « %s » supporte la multiplication matérielle %s mais -mhwmult demande « 32-bit » le MCU « %s » supporte la multiplication matérielle %s mais -mhwmult demande « f5series » code -mxgot MIPS16 PIC MIPS16 pour des ABI autres que o32 et o64 MMIX interne: %s n'est pas un entier pouvant décalé MMIX interne: Registre erroné: %d MMIX interne: Valeur erronée pour « m », pas un CONST_INT MMIX interne: Ne peut décoder cet opérande MMIX interne: Attendait CONST_INT, pas ceci MMIX interne: Attendait une constante, pas ceci MMIX interne: Attendait un registre, pas ceci MMIX interne: Le dernier vararg nommé ne tiendra pas dans un registre MMIX interne: Cas %qc manquant dans mmix_print_operand MMIX interne: Ce n'est pas une constante: MMIX interne: Ce n'est pas une adresse reconnue MMIX interne: Tentative de produire une condition incorrectement inversée: MMIX interne: Quel est le CC de ceci ? MMIX interne: Quel est le CC de ceci ? l'argument vectoriel MMX sans activer MMX modifie l'ABI le retour vectoriel MMX sans activer MMX change l'ABI MODIFY_EXPR inattendu avec des tuples MODULE PROCEDURE à %C doit être dans une interface de module générique Déclaration de MODULE PROCEDURE à %C Préfixe de MODULE à %C Argument MOLD requis pour NULL à %L Balise MOLD à %L La balise MOLD à %L est en conflit avec la balise SOURCE à %L La balise MOLD à %L est en conflit avec le typespec à %L MOLD= est requis dans l'argument NULL() à %L: Ambigüité entre les fonctions spécifiées %s et %s code MIPS16 MSA les fonctions internes du MSP430 ne fonctionnent qu'à l'intérieur des gestionnaires d'interruptions MULT rencontré dans cris_op_str L'amplitude du deuxième argument de %s dépasse la taille des bits à %L L'amplitude du deuxième argument de ISHFTC excède le BIT_SIZE du premier argument à %C La variante principale n'est pas définie Tenir à jour une liste inversée de pointeurs. Rendre les « char » signés par défaut. Rendre les « char » non signés par défaut. Rendre indirects tous les appels de fonctions. Rendre les entiers larges de 32 bits. Produire les « struct » avec une taille multiples de 4 octets (attention: altéré par l'ABI). S'assurer que les chargements et les stockages ne sont pas déplacés au delà d'instructions DMA. Faire supposer à la machine de relaxation de l'éditeur de lien qu'un bouclage du compteur du programme survient. Instruction GENERIC mal formée à %C Allouer les données avec malloc dans l'espace P2. Marquer le registre MAC comme étant écrasé par un appel. Marquer les appels à __tls_get_addr avec des informations sur les arguments. Marquer toutes les boucles comme étant parallèles. Marquer toutes les fonctions et méthodes mises en ligne comme ayant la visibilité « cachée ». Le nombre max de blocs de base dans une boucle pour un déplacement de boucle invariant. Le nombre max de boucles pour l'allocation de registre régional. Nombre max d'octets à comparer dans des boucles. Nombre max d'octets à comparer sans boucles. Nombre max d'octets à déplacer en ligne. Nombre max de paires de chargement d'insns pour une comparaison. La taille max de la table des conflits en Mo. Nombre max de marqueurs de débogage à étendre ou mettre en ligne. Le nombre maximum d'insns de rechargement générées par insn est atteint (%d) La profondeur de récursion max pour développer les expressions de pistage de variables. La taille max de la liste des emplacements pour laquelle des opérations inverses devraient être ajoutées. La taille max des tables de hachage pour le pistage des variables. Croissance maximale du code par la duplication de queue (en pourcentage). Croissance maximale estimée du corps d'une fonction causée par la première vague de mises en ligne des appels uniques. Estimation maximale de la conclusion des branches considérées prévisibles. Croissance maximale due à la mise en ligne d'une grande fonction (en pourcentage). La taille maximale d'une partition pour LTO (en instructions estimées). Croissance maximale de la trame de pile causée par la mise en ligne (en pourcentage). La croissance maximale autorisée du nombre et de la taille totale des nouveaux paramètres que IPA-SRA remplace par un pointeur vers un agrégat. Le nombre maximum d'itérations du passage sur une fonction. La quantité maximale de bbs similaires à comparer avec un bb. Profondeur maximum de recherche dans l'arbre des dominateurs pour trouver des expressions à élever. Profondeur maximum des chaînes de racines carrées à utiliser lors de la synthèse d'une élévation à la puissance par une constante réelle. Niveau d'extension maximum atteint avec le type %qs à %L La longueur maximale de la recherche dans les candidats pour la simplification des instructions dupliquées lors de l'aplatissage d'une boucle (Straight-Line Strength Reduction). La longueur maximale de l'ensemble ANTIC partiel lors de la pré-optimisation de l'arbre. Le nombre maximum d'étapes d'affectations LRA est atteint (%d) Le nombre maximum de stockages locaux actifs dans l'élimination des stockages morts de RTL. Le nombre maximum d'éléments contenus dans un agrégat d'un paramètre dans des fonctions de saut ou des maillages. Le nombre maximum d'arguments qu'un PHI peut avoir avant que le FSM qui est responsable de l'enchaînement arrête d'essayer d'enchaîner les sauts dans ses blocs. Nombre maximum d'arguments dans un PHI supporté par la conversion de « if » TREE à moins que la boucle soit marquée avec un pragma simd. Le nombre maximum d'assertions à ajouter le long de l'arête par défaut d'une instruction switch pendant le VRP Le nombre maximum de blocs de base sur le chemin de sauts enchaînés d'un automate à états finis. Le nombre maximum de bits pour lesquels on évite de créer des FMA. Le nombre maximum de paires de stockage conditionnel qui peuvent être descendues. Le nombre maximum de stockages constants à fusionner dans l'étape de fusion des stockages. Le nombre maximum de datarefs dans une boucle pour construire les dépendances de données de la boucle. Le nombre maximum de désambiguïsations à réaliser par accès mémoire. Le nombre maximum de champs dans une structure avant que l'analyse de pointeur traite la structure comme une seule variable. Le nombre maximum d'insns dans un bloc de base pour considérer une conversion du if par RTL. Le nombre maximum d'instructions dans un bloc de base à considérer pour la vectorisation SLP. Le nombre maximum d'instructions dans la liste « prêtes » qui sont considérées éligibles pour être renommées. Le nombre maximum d'instructions à copier en dupliquant des blocs le long du chemin de sauts enchaînés d'un automate à états finis. Le nombre maximum d'aplatissages de boucles pour améliorer l'alignement des références aux données dans une boucle. Le nombre maximum de may-defs visités lors d'une dévirtualisation spéculative Le nombre maximum d'espaces de noms à parcourir pour chercher des alternatives quand la recherche de nom a échoué. Nombre maximum d'appels imbriqués pour rechercher une dépendance de contrôle pendant l'analyse d'une variable non initialisée. Le nombre maximum de nouveaux chemins pour enchaîner des sauts pour un automate à états finis. Le nombre maximum de nops à insérer pour un indice (2 par défaut). Le nombre maximum d'expressions autorisées dans un bloc qui doit être dupliqué pour enchaîner des sauts. Le nombre maximum d'expressions qui seront visitées par l'analyse des paramètres formels de IPA basé sur l'analyse d'alias dans une fonction quelconque. Le nombre maximum d'expressions à inclure dans un seul constructeur statique généré par Pointer Bounds Checker. Le nombre maximum de chaînes pour lesquelles l'optimisation de strlen conserve la longueur des chaînes. Le nombre maximum de fois qu'une insn peut être ordonnancée. Coût maximum admissible pour la séquence qui serait générée par l'étape de conversion des « if » du RTL pour un branchement qui est considéré comme prévisible. Coût maximum admissible pour la séquence qui serait générée par l'étape de conversion des « if » du RTL pour un branchement qui est considéré comme imprévisible. Probabilité maximum que l'entrée B8 d'une région scindée (en pourcent relatif à l'entrée B8 de la fonction) pour réaliser la mise en ligne partielle. La profondeur de récursion maximum permise en interrogeant une propriété d'un nom SSA. La taille maximale (en octets) des objets pistés octet par octet par l'élimination des stockages morts. Taille maximale, en octets, des valeurs constantes permises comme opérandes. La taille maximale d'un composant fortement connecté (SCC) avant que SCCVN arrête de traiter une fonction. La taille maximale d'une liste de valeurs associées à chaque paramètre pour la propagation de constantes interprocédurale. La taille maximale des variables globales et statiques qui peuvent être placées dans la zone des petites données. La taille maximale, en unité de stockage, d'un agrégat qui devrait être considéré pour une conversion scalaire lors d'une compilation pour l'espace. La taille maximale, en unité de stockage, d'un agrégat qui devrait être considéré pour une conversion scalaire lors d'une compilation pour la vitesse. La longueur maximale d'un sous-enregistrement ne peut pas dépasser %d La longueur maximale supportée pour un identificateur est %d Facteur de déroulement maximum pour le unroll-and-jam L'allocation de mémoire a échoué Fusionner les types C++ en utilisant la règle de la définition unique. Fusionner les stockages adjacents. Utilisation de la sous-commande de fusion: Le rapport min entre les insns et les opérandes mémoire pour activer la pré-extraction dans une boucle. Le rapport min entre les insns et les pré-extractions pour activer la pré-extraction dans une boucle avec un nombre inconnu d'itérations. Distance minimale entre un « store » et un « load » qui peuvent entrer en conflit. La probabilité minimale, en pourcents, qu'une arrête enchaîne immédiatement sur une autre pour décider d'ajouter un BB à un EBB d'héritage dans LRA. La taille minimale d'une partition pour LTO (en instructions estimées). L'expansion minimale du tas pour lancer la collecte des rebuts, en pourcentage de la taille totale du tas. La taille minimale du tas avant de commencer la collecte des rebuts, en kilooctets. Le nombre minimum d'itérations par thread d'une boucle parallélisée la plus à l'intérieur. Pourcentage minimum de memrefs qui doit être éliminé pour que le unroll-and-jam soit estimé profitable. Désaccord sur l'attribut ELEMENTAL entre MODULE PROCEDURE à %L et son interface dans %s Désaccord dans les noms des arguments formels de MODULE PROCEDURE (%s/%s) à %C Désaccord sur l'attribut PURE entre MODULE PROCEDURE à %L et son interface dans %s Désaccord sur l'attribut RECURSIVE entre MODULE PROCEDURE à %L et son interface dans %s Désaccord dans le nombre d'arguments formels de MODULE PROCEDURE à %C Désaccord dans l'affectation du pointeur de procédure à %L: désaccord dans la convention d'appel !$OMP END ATOMIC requis après !$OMP ATOMIC CAPTURE à %C %<&%> manquant dans la suite de la constante de caractère à %C %<(%> manquante dans l'instruction à ou avant %L %<)%> manquante dans l'instruction à ou avant %L L'argument %qs de l'intrinsèque %qs est manquant à %L pour %qs du type %qs Argument %qs manquant pour l'intrinsèque %s à %L Clause INITIALIZER manquante pour !$OMP DECLARE REDUCTION du type dérivé sans initialisation par défaut à %L Argument effectif %qs manquant dans l'appel de %qs à %L Argument effectif manquant pour l'argument %qs à %L Spécification de retour alternatif manquant dans l'appel de la sous-routine à %L Liste d'arguments manquante dans la fonction %qs à %C Argument manquant pour %qs à %C Spécification de tableau manquante à %L dans l'instruction CODIMENSION Spécification de tableau manquante à %L dans l'instruction DIMENSION Plage de caractères manquante dans IMPLICIT à %C Parenthèse fermante manquante pour l'étiquette de liaison à %C Spécification de co-dimension manquante à %C Virgule manquante à %L Décomptes manquants pour la fonction appelée %s Spécification de dimension manquante à %C Il manque le nom d'entité ou le nom de bloc commun pour l'instruction de spécification d'attribut à %C Exposant manquant dans le nombre réel à %C Étiquette de format manquante à %C Format manquant avec l'unité par défaut à %C Spécification générique manquante dans l'instruction USE à %C Nom de mot-clé manquant dans la liste des arguments effectifs à %C Paramètre « kind » manquant à %C Parenthèse gauche d'ouverture manquante Il manque une largeur positive après le descripteur L à %L Parenthèse requise manquante avant BIND(C) à %C Parenthèse droite manquante à %C Parenthèse droite ou virgule manquante à %C Symbole manquant Module %qs à la ligne %d colonne %d: %s Le fichier module %qs n'a pas été généré, soit parce que le module ne contient pas de MODULE PROCEDURE ou il y a une erreur dans le module. La nature du module dans l'instruction USE à %C sera soit INTRINSIC ou soit NON_INTRINSIC Plus d'arguments effectifs que d'arguments formels dans l'appel de la procédure à %L Plus d'une arête sortante hors du nœud du fragment Déplacer hors des boucles les calculs invariants par rapport aux boucles. Identificateurs multiples fournis avec un seul spécificateur NAME= à %C Plusieurs axes de boucles spécifiés pour la routine NAME pas autorisé sur BIND(C) pour ABSTRACT INTERFACE à %C Le spécificateur NAME= à %C devrait être une expression constante Le spécificateur NAME= à %C devrait être un scalaire du sous-type de caractère par défaut NAMELIST %qs dans l'instruction READ à %L contient le symbole %qs qui ne peut pas apparaître dans le contexte d'une définition de variable Objet tableau NAMELIST %qs avec la forme tacite dans la liste de noms %qs à %L Objet tableau NAMELIST %qs avec la forme non constante dans la liste de noms %qs à %L L'objet NAMELIST %qs a des composants PRIVATE et ne peut pas être un membre de la liste de noms PUBLIC %qs à %L L'objet NAMELIST %qs a des composants PRIVATE associés à USE et ne peut pas être membre de la liste de noms %qs à %L L'objet NAMELIST %qs dans la liste de noms %qs à %L a des composants ALLOCATABLE ou POINTER et requiert donc une procédure d'entrée/sortie définie L'objet NAMELIST %qs dans la liste de noms %qs à %L est polymorphique et requiert une procédure d'entrée/sortie définie Objet NAMELIST %qs dans la liste de noms %qs à %L avec des composants ALLOCATABLE ou POINTER L'objet NAMELIST %qs a été déclaré PRIVATE et ne peut pas être membre de la liste de noms PUBLIC %qs à %L Objet NAMELIST %qs avec une longueur de caractère non constante dans la liste de noms %qs à %L Spécificateur NEWUNIT à %L Le spécificateur NEWUNIT doit avoir FILE= ou STATUS='scratch' à %C NON_OVERRIDABLE et DEFERRED ne peuvent pas apparaître tous les deux à %C NOPASS ou interface explicite requise à %C NOTE_INSN_BASIC_BLOCK %d au milieu du bloc de base %d NOTE_INSN_BASIC_BLOCK manquant pour le bloc %d attribut NO_ARG_CHECK NULL apparaît dans le membre de droite de l'affectation à %L Intrinsèque NULL avec MOLD allouable à %L Le pointeur NULL à %L n'est pas permis comme argument effectif de la fonction intrinsèque %qs NULL utilisé en arithmétique L'initialisation NULL() à %C est ambiguë L'initialisation NULL() à %C ne peut pas avoir MOLD Le nom %qs à %C est déjà défini comme une interface générique à %L Le nom %qs à %C est une référence ambigüe à %qs depuis l'unité de programme actuelle Le nom %qs à %C est une référence ambigüe à %qs depuis le module %qs Le nom %qs à %C est le nom de la procédure Le nom %qs dans l'instruction %s à %C n'est pas un nom de construction Le nom %qs dans l'instruction %s à %C est inconnu Le nom %qs de ABSTRACT INTERFACE à %C ne peut pas être le même qu'un type intrinsèque Les noms après !$omp critical et !$omp end critical ne correspondent pas à %C Le nom à %C est trop long Nom de la bibliothèque système avec laquelle il faut faire l'édition de liens. Nom du startfile. Nom trop long Le bloc COMMON nommé %qs à %L sera de la même taille que celui ailleurs (%lu vs %lu octets) Le bloc DO nommé à %L requiert un nom ENDDO correspondant La constante nommée %qs à %L ne peut pas être un objet EQUIVALENCE Constante nommée %qs dans le contexte de la définition de variable (%s) à %L La constante nommée à %C est une EQUIVALENCE La liste de noms %qs ne peut pas être un argument à %L La liste de noms %qs ne peut pas être un argument de la sous-routine ou de la fonction à %L La liste de noms %s ne peut pas être renommée par association USE à %s Le nom du groupe de la liste de noms %qs à %C a déjà le type de base %s Le nom du groupe de la liste de noms %qs à %C est déjà associé à use et ne peut pas être respécifié Le nom de groupe de la liste de noms à %L ne peut pas avoir l'attribut SAVE L'instruction de spécification d'attribut a besoin de soit un nom d'entité ou soit un nom de bloc commun à %C Argument négatif N à %L L'exposant négatif d'un entier a zéro pour résultat à %L Bloc CRITICAL imbriqué à %C Le mélange de FPX/FPU est interdit Le nom de liaison n'est pas permis dans BIND(C) à %C Pas de branchement Pas d'appel Pas de crt0.o par défaut. Pas de répartiteur trouvé pour %s Pas de répartiteur trouvé pour les attributs de version Pas de répartiteur trouvé pour les attributs de version : %s Pas d'arête hors du nœud du fragment Aucune ligne exécutable Aucune initialisation pour le composant allouable %qs donné dans le constructeur de structure à %C Pas d'initialisation donnée pour le composant %qs dans le constructeur de structure à %C Pas d'emplacement dans l'expression près de %L Pas d'emplacement dans l'instruction Prise en charge supprimée. Pas de saut pour traverser une région à la frontière de section dans le bb %i Le nœud a plus d'une référence chkp Affectation définie par l'utilisateur non ELEMENTAL dans WHERE à %L Le symbole non PARAMETER %qs à %L ne peut pas avoir une forme implicite Non POINTER dans le contexte d'association de pointeur (%s) à %L La procédure non RECURSIVE %qs à %L semble s'appeler elle-même récursivement. Déclarez là RECURSIVE ou utilisez %<-frecursive%> Objet non THREADPRIVATE %qs dans la clause COPYIN à %L Élément non caractère d'un tableau de forme tacite dans l'étiquette du FORMAT à %L Élément non caractère d'un tableau de taille tacite dans l'étiquette du FORMAT à %L Non caractère dans l'étiquette du FORMAT à %L Élément non caractère d'un tableau de pointeurs dans l'étiquette du FORMAT à %L Limite inférieure non constante dans la déclaration avec une forme implicite à %L Sous-type LOGICAL pas par défaut dans la balise %s à %L Le type dérivé non extensible %qs à %L ne peut pas être ABSTRACT Caractère non-numérique dans l'étiquette d'instruction à %C Argument muet passé comme objet non polymorphique de %qs à %L La procédure FINAL non scalaire à %L devrait avoir un argument de forme tacite Chiffres non significatifs dans le nombre %qs à %C, KIND est peut-être incorrect Expression non variable dans le contexte de définition de variable (%s) à %L Partie imaginaire non nulle perdue durant la conversion de %qs vers %qs à %L La variable non allouable ne doit pas être polymorphique dans l'affectation intrinsèque à %L – vérifiez qu'il existe une sous-routine spécifique correspondante pour l'opérateur « = » Le composant non co-tableau %s à %L du type EVENT_TYPE ou avec un sous-composant de type EVENT_TYPE doit avoir une co-dimension ou être un sous-composant d'un co-tableau. (Les variables du type %s ne peuvent pas avoir de co-dimension car %s à %L a une co-dimension ou un sous-composant co-tableau) Le composant non co-tableau %s à %L du type EVENT_TYPE ou avec un sous-composant de type EVENT_TYPE doit avoir une co-dimension ou être un sous-composant d'un co-tableau. (Les variables du type %s ne peuvent pas avoir une co-dimension car un sous-composant de co-tableau existe déjà) Le composant non co-tableau %s à %L du type LOCK_TYPE ou avec un sous-composant de type LOCK_TYPE doit avoir une co-dimension ou être un sous-composant d'un co-tableau. (Les variables du type %s ne peuvent pas avoir de co-dimension car %s à %L a une co-dimension ou un sous-composant qui est un co-tableau) Le composant non co-tableau %s à %L du type LOCK_TYPE ou avec un sous-composant de type LOCK_TYPE doit avoir une co-dimension ou être un sous-composant d'un co-tableau. (Les variables du type %s ne peuvent pas avoir une co-dimension puisqu'un sous-composant co-tableau existe déjà) Caractère de tabulation non conforme à %C Caractère de tabulation non conforme à la colonne %d de la ligne %d Caractère de tabulation non conforme dans le format à %C Section de tableau non constante à %L dans l'instruction DATA Tableau de forme différée non contigu %qs dans la clause %s à %L Répertoire d'inclusion %qs non existant Exposant non entier dans une expression d'initialisation à %L Tableau FPTR non interopérable à %L pour C_F_POINTER: %s Tableau non interopérable à %L comme argument pour C_LOC: %s Procédure non interopérable à %L pour C_FUNLOC Pointeur de procédure non interopérable à %L pour C_F_PROCPOINTER La procédure élémentaire non intrinsèque %qs est invalide dans l'affectation du pointeur de procédure à %L Largeur non négative requise Référence non polymorphique au type abstrait à %C Déclaration du type non standard %s*%d à %C Pas assez d'éléments dans l'initialisation du tableau à %C TAG inattendu. Le nœud, bien que non modifié pour ajouter du code, déclare un nœud original non NULL Le nombre de partitions dans lesquelles il faudrait scinder le programme. Nombre de registres utilisés pour passer les arguments entiers. PARAMETER numérique requis dans la constante complexe à %C Des opérandes numériques sont requis dans l'expression à %L Opérandes numérique ou CHARACTER requis dans l'expression à %L L'argument OLD de la fonction intrinsèque %s à %L sera définissable OMP DECLARE TARGET COMMON à %L précédemment mentionné dans une clause LINK et plus tard dans une clause TO OMP DECLARE TARGET COMMON à %L précédemment mentionné dans une clause TO et plus tard dans une clause LINK La variable OMP DECLARE TARGET à %L est un élément d'un bloc COMMON La variable OMP DECLARE TARGET à %L est précédemment mentionnée dans la clause LINK et plus tard dans la clause TO La variable OMP DECLARE TARGET à %L est précédemment mentionnée dans la clause TO et plus tard dans la clause LINK OMP TARGET UPDATE à %L requiert au moins une clause TO ou FROM L'instruction OPEN à %C doit avoir le spécificateur UNIT ou NEWUNIT L'instruction OPEN n'est pas permise dans une procédure PURE à %C L'argument OPERATOR à %L doit être une fonction PURE OPTIONAL n'est pas permis à l'intérieur du BLOCK à %C L'argument de la clause ORDERED n'est pas une constante entière positive à %C Le paramètre de la clause ORDERED est plus petit que COLLAPSE à %L L'objet %qs n'est pas une variable à %L les déclarations Objective-C peuvent seulement apparaître dans l'étendue globale Fonctionnalité obsolète : Outil hors ligne pour gérer les décomptes gcda Longueur de caractère dans l'ancien style à %C Initialisation dans l'ancien style à %C La déclaration du type %s*%d dans l'ancien style n'est pas supportée à %C Omettre le pointeur de trame dans les fonctions feuilles. Omettre l'étape de réduction de plage en réalisant des divisions complexes. Omettre le pointeur de trame dans les fonctions feuilles. Un des arguments effectifs de la sous-routine dans la clause INITIALIZER de !$OMP DECLARE REDUCTION doit être OMP_PRIV à %L Seul le format de débogage DWARF est supporté pour les routines de service d'interruptions. Seuls les types de dépendances SOURCE et SINK sont permis dans la directive ORDERED à %L Seules des procédures FINAL tableaux déclarées pour le type dérivé %qs à %L, une scalaire est également suggérée Ne générer des relocalisations absolues que sur des valeurs de la taille d'un mot. Seuls des opérateurs intrinsèques peuvent être utilisés dans l'expression à %L Émettre seulement une instruction par cycle. Uniquement conservé pour rétro-compatibilité. Seule la forme !$ACC ROUTINE sans liste est autorisée dans un bloc d'interface à %C Seule la forme !$OMP DECLARE TARGET sans clause est autorisée dans un bloc d'interface à %C Utiliser uniquement 32 FPR. Utiliser uniquement 32 GPR. construction OpenACC à l'intérieur d'une région qui n'est pas OpenACC Directive OpenACC à l'intérieur du bloc CRITICAL à %C Les directives OpenACC à %C ne peuvent pas apparaître dans des procédures PURE une directive de boucle OpenACC doit être associée avec une région de calcul de OpenACC une région OpenACC est à l'intérieur d'une routine OpenACC, le parallélisme imbriqué n'est pas encore supporté les constructions OpenMP autres que %<#pragma omp ordered simd%> ne peuvent pas être imbriquées à l'intérieur d'une région %<simd%> Les directives OpenMP autres que SIMD ou DECLARE TARGET à %C ne peuvent pas apparaître dans des procédures PURE ou ELEMENTAL L'opérande de l'opérateur .not. à %%L est %s L'opérande de l'opérateur numérique unaire %%<%s%%> à %%L est %s L'opérande de l'opérateur utilisateur %%<%s%%> à %%L est %s Les opérandes de l'opérateur numérique binaire %%<%s%%> à %%L sont %s/%s Les opérandes de l'opérateur de comparaison %%<%s%%> à %%L sont %s/%s Les opérandes de l'opérateur logique %%<%s%%> à %%L sont %s/%s Les opérandes de l'opérateur de concaténation de chaînes à %%L sont %s/%s Les opérandes de l'opérateur utilisateur %%<%s%%> à %%L sont %s/%s L'interface de l'opérateur à %L est en conflit avec l'interface intrinsèque L'interface de l'opérateur à %L a le mauvais nombre d'arguments L'interface opérateur à %L doit avoir, au plus, deux arguments Optimiser le nombre de registres stdarg sauvegardés sur la pile au début d'une fonction. Optimiser les motifs conditionnels utilisant les nœuds PHI SSA. Optimiser pour la facilité de débogage plutôt que pour la vitesse ou la taille. Optimiser l'occupation de l'espace plutôt que la vitesse. Optimiser pour la vitesse au détriment d'une conformité exacte avec les standards. Optimiser l'en-tête de trame. Optimiser les variables d'induction dans les arbres. Optimiser les chargements d'adresses lui/addiu. Optimiser la taille des opcodes lors de la liaison. Optimiser la neutralisation de la partition. Optimiser les appels récursifs dans des fonctions apparentées (sibbling call) et à la fin de la fonction (tail call). Optimiser les instructions d'appel en fin de fonction (tail call) avec l'assembleur et l'éditeur de liens. L'option %<-fallow-leading-underscore%> est réservée aux développeurs de gfortran et ne devrait pas être utilisée pour des variables implicitement typées Option %s pas utilisée de manière cohérente dans tous les fichiers d'entrée LTO Option %s avec des valeurs différentes Options : Limites enfreintes dans IMAGE_INDEX à %L pour la dimension %d, SUB vaut %ld et la limite inférieure de COARRAY est %ld) Limites enfreintes dans IMAGE_INDEX à %L pour la dimension %d, SUB vaut %ld et la limite supérieure de COARRAY est %ld) Manque d'espace sur la pile. Écrire une section .debug_types lorsque debuginfo de DWARF v4 est utilisé. Produire les objets LTO contenant à la fois le langage intermédiaire et la sortie binaire. Fournir les informations d'utilisation de la pile pour chaque fonction. Sortir les compteurs de vérifications des vtables. Sortir les informations sur les ensembles de pointeurs pour la vérification des vtables. Utilisation de la sous-commande de recouvrement: Initialisations inégales et se chevauchant dans EQUIVALENCE à %C Initialisations inégales et se chevauchant dans EQUIVALENCE à %L Écraser -mbest-lib-options. Le descripteur P doit être annoncé par un facteur d'échelle PAD= à %C pas permis en Fortran 95 PARAMETER %qs est utilisé à %L avant que sa définition soit complète Le PARAMETER à %L n'a pas d'initialisation L'objet PARAMETER %qs n'est pas permis à %L Symbole PARAMETER dans la constante complexe à %C PARAMETER sans « () » à %C Instruction PAUSE à %C Chargements littéraux relatifs au PC. variante PCS l'argument PHI est manquant pour l'arête %d->%d l'argument PHI n'est pas SSA_NAME ou invariant nœud PHI avec emplacement nœud PHI avec un mauvais VUSE sur l'arête depuis le BB %d la génération de code PIC n'est pas compatible avec les appels indirects rapides la génération de code PIC n'est pas supportée dans le modèle d'exécution portable PIC n'est pas supporté pour %s. Seul du code non PIC sera généré. PIC est uniquement supporté pour RTP PIC est requis mais non supporté avec des instructions CONST16 le registre PIC est écrasé par %qs dans %<asm%> le registre PIC n'est pas initialisé support PIC pour -fstack-limit-symbol L'attribut POINTER est requis pour un composant de pointeur de procédure à %C Objet POINTER %qs dans la clause %s à %L Objet POINTER %qs du type dérivé dans la clause %s à %L Objet POINTEUR %qs du type polymorphique dans la clause %s à %L Une fonction avec la valeur d'un POINTER apparaît dans le membre de droite de l'affectation à %L PRE désactivé La liste de noms dans PRINT à %C est une extension L'instruction PRINT à %C n'est pas permise dans une procédure PURE PRINT_OPERAND pointeur nul PRINT_OPERAND, insn invalide pour %%C PRINT_OPERAND, insn invalide pour %%N PRINT_OPERAND: Ponctuation « %c » inconnue PRINT_OPERAND_ADDRESS, pointeur nul L'instruction PRIVATE à %C est uniquement permise dans la partie de la spécification d'un module L'instruction PRIVATE à %C doit précéder les liaisons de procédures L'instruction PRIVATE à %C doit précéder les composants de la structure L'instruction PRIVATE dans TYPE à %C doit être à l'intérieur d'un MODULE La PROCEDURE %qs à %L ne peut pas être utilisée comme sa propre interface PROCEDURE à %C doit être une interface générique L'attribut PROCEDURE est en conflit avec l'attribut INTENT dans %qs à %L L'attribut PROCEDURE est en conflit avec l'attribut NAMELIST dans %qs à %L L'attribut PROCEDURE est en conflit avec l'attribut PROTECTED à %L L'attribut PROCEDURE est en conflit avec l'attribut RESULT dans %qs à %L L'attribut PROCEDURE est en conflit avec l'attribut SAVE dans %qs à %L Liste PROCEDURE à %C Instruction PROCEDURE à %C PROCEDURE(interface) à %C devrait être déclarée DEFERRED PROTECTED à %C est uniquement autorisé dans la partie de la spécification d'un module Attribut PROTECTED à %C L'attribut PROTECTED est en conflit avec l'attribut EXTERNAL à %L Instruction PROTECTED à %C PTX ne supporte pas les déclarations faibles (uniquement les définitions faibles) PUBLIC %s %qs à %L du type dérivé PRIVATE %qs Fonction PUBLIC %qs à %L du type PRIVATE %qs L'instruction PUBLIC à %C est uniquement permise dans la partie de la spécification d'un module PURE et IMPURE ne peuvent pas apparaître ensemble à %C Le préfixe PURE dans l'interface MODULE PROCEDURE est manquant à %L Entasser les instructions VLIW. Empaqueter les membres des structures ensemble sans trous. Rembourrage de %d octets requis avant %qs dans le COMMON %qs à %L; réorganisez les éléments ou utilisez -fno-align-commons Rembourrage de %d octets requis avant %qs dans le COMMON à %L; réorganisez les éléments ou utilisez -fno-align-commons Le paramètre %qs à %L n'a pas été déclaré ou est une variable qui ne se réduit pas en une expression constante Le tableau paramètre %qs à %L ne peut pas être automatique ou de forme différée Le paquet de paramètres __bases est uniquement valable dans la déclaration d'un patron Le paramètre à une fonction interne doit être une chaîne sous forme constante ou littérale Le paramètre à la fonction interne n'est pas valable: %s Le type dérivé paramétrisé à %C est ambigu Le type paramétrisé %qs n'a pas de composant correspondant au paramètre %qs à %L Passer l'option -EB à l'éditeur de liens. Passer l'option -EL à l'éditeur de liens. Passer l'option -marclinux à l'éditeur de liens. Passer l'option -marclinux_prof à l'éditeur de liens. Passer le texte -z à l'éditeur de liens. Passer dans $12 de _mcount l'adresse de l'emplacement où est sauvegardé ra. L'objet passé à %L doit être scalaire L'argument muet %qs de type objet passé à %L doit être à la même position que l'argument muet de type objet passé à la procédure surchargée L'argument muet de type objet passé de %qs à %L doit être scalaire L'argument muet de type objet passé de %qs à %L ne peut pas être ALLOCATABLE L'argument muet de type objet passé de %qs à %L ne peut pas être POINTER Passer une requête à l'assembleur pour corriger divers erratas du silicium. Passer une requête à l'assembleur pour avertir à propos de divers erratas du silicium. Passage d'un co-tableau à %L pour l'argument %qs allouable, non co-tableau et muet qui est invalide si le statut d'allocation est modifié Passage d'un co-tableau à %L pour l'argument %qs allouable, non co-tableau, muet INTENT(OUT) Passer la procédure interne à %L par position n'est pas permis Entrée de fonction patchable > taille Le pourcentage de pénalité que des fonctions contenant un unique appel à une autre fonction recevront quand elles seront évaluées pour un clonage. Le pourcentage de pénalité que des fonctions récursives recevront quand elles seront évaluées pour un clonage. Effectuer la propagation des plages de valeurs IPA. Fusionner le code identique (Identical Code Folding) pour les fonctions et les variables en lecture seule. Fusionner le code identique (Identical Code Folding) pour les fonctions. Fusionner le code identique (Identical Code Folding) pour les variables. Réaliser l'ordonnancement modulo basé sur SMS avant la première étape de l'ordonnancement. Réaliser l'ordonnancement modulo basé sur SMS en autorisant les déplacements de registres. Réaliser les optimisations d'alignement spécifiques au VR4130. Réaliser une propagation de la plage de valeurs sur les arbres. Réaliser une étape de propagation dans RTL (Register Transfer Language). Effectuer un nombre d'optimisations mineures et coûteuses. Effectuer une étape d'optimisation par propagation des copies des registres. Effectuer une étape d'optimisation pour renommer les registres. Effectuer une étape d'optimisation de fusion des instructions selon la cible. Effectuer l'optimisation du chargement de la cible du branchement après l'enfilage du prologue ou de l'épilogue. Effectuer l'optimisation du chargement de la cible du branchement avant l'enfilage du prologue ou de l'épilogue. Réaliser un clonage pour rendre plus forte la propagation interprocédurale des constantes. Réaliser l'élimination des comparaisons après que l'allocation des registres ait été terminée. Convertir les sauts conditionnels en équivalents sans branchements. Convertir les sauts conditionnels en exécutions conditionnelles. Réaliser la conversion des initialisations de « switch ». Exécuter l'optimisation des sauts croisés. Exécuter la mise en ligne très tôt. Exécuter le mouvement de chargement amélioré lors de l'élimination des sous-expressions communes globales. Réaliser une analyse de ce qui est pointé, locale à la fonction, sur les arbres. Exécuter l'élimination des sous-expressions communes globales après que l'allocation des registres soit terminée. Exécuter l'élimination des sous-expressions communes globales. Réaliser la mise en ligne indirecte. Réaliser des validations internes d'intégrité. Réaliser la propagation interprocédurale des constantes de bits. Réaliser la propagation interprocédurale des constantes. Réaliser l'analyse interprocédurale des pointeurs et références. Réaliser la propagation interprocédurale de profiles. Réaliser la réduction interprocédurale des agrégats. Réaliser les optimisations d'enfilage des sauts. Réaliser une scission de la portée active durant l'étape SSA->normale. Effectuer l'aplatissage des boucles. Scinder les boucles pour éliminer des conditions qui sont constantes sur une plage de la boucle (Loop Splitting). Dérouler toutes les boucles. Dérouler les boucles quand le nombre d'itérations est connu. Déplacer les boucles à l'intérieur des branchements quand c'est possible. Réaliser une mise en ligne partielle. Réaliser les chargements redondants après l'élimination des stockages dans les sous-expressions communes globales. Exécuter le remplacement des scalaires des agrégats. Réaliser la mise en pipeline logicielle des boucles internes durant l'ordonnancement sélectif. Réaliser la mise en pipeline logicielle des boucles externes durant l'ordonnancement sélectif. Réaliser une dévirtualisation spéculative. Exécuter le mouvement de stockage après l'élimination des sous-expressions communes globales. Exécuter la simplification des instructions dupliquées lors de l'aplatissage d'une boucle (Straight-Line Strength Reduction). Exécuter la formation du super bloc via la duplication de la queue. Réaliser le unroll-and-jam. Effectuer l'élimination des symboles inutilisés dans les informations de débogage. Effectuer l'élimination des types inutilisés dans l'information de débogage. Réaliser le pistage des variables et aussi étiqueter les variables qui ne sont pas initialisées. Réaliser le pistage des variables en annotant les affectations. Réaliser le pistage des variables. Réaliser les optimisations sur tout le programme. Point requis dans le spécificateur de format Point requis dans le spécificateur de format %s à %L Point requis dans le spécificateur de format à %L Autoriser « $ » comme caractère dans les identificateurs. Permettre l'utilisation non conforme du caractère de tabulation. Permettre l'ordonnancement de la séquence du prologue d'une fonction. Permettre des noms de caractères universels (\u et \U) dans les identificateurs. Placer un bit de stop après chaque cycle lors de l'ordonnancement. Placer les éléments de données dans leur propre section. Placer chaque fonction dans sa propre section. Placer les constantes en virgule flottante dans la TOC. Placer les constantes des symboles et des décalages dans la TOC. Veuillez soumettre un rapport d’anomalies complet, avec la sortie du préprocesseur si nécessaire. Extensions Le contrôleur de pointeurs requiert le support MPX sur cette cible. Utilisez les options -mmpx pour activer MPX. Le composant tableau de pointeurs de structures à %C doit avoir une forme différée La cible de l'affectation du pointeur a l'attribut PROTECTED à %L La cible de l'affectation du pointeur n'est ni TARGET ni POINTER à %L La cible de l'affectation du pointeur n'est pas un POINTER à %L Affectation de pointeur avec un indice de vecteur dans le membre de droite à %L Le pointeur à %L dans l'affectation de pointeur pourrait vivre plus longtemps que la cible pointée Le composant pointeur %s à %L a un sous-composant non co-tableau du type EVENT_TYPE qui doit avoir une co-dimension ou être un sous-composant d'un co-tableau Le composant pointeur %s à %L a un sous-composant non co-tableau de type LOCK_TYPE, qui doit avoir une co-dimension ou être un sous-composant d'un co-tableau L'initialisation du pointeur à %C requiert %<=>%> et non %<=%> La cible de l'initialisation du pointeur à %L doit avoir l'attribut SAVE La cible de l'initialisation du pointeur à %L ne doit pas avoir l'attribut TARGET La cible de l'initialisation de pointeur à %L ne doit pas être ALLOCATABLE L'objet pointeur à %C ne sera point co-indexé L'objet pointeur à %L ne sera point un co-index Affectation à une procédure pointeur à %L L'argument effectif qui est un tableau de pointeurs à %L requiert un argument muet de forme tacite ou un tableau de pointeurs %qs à cause de l'attribut VOLATILE Les pointeurs sont de 32 bits. Les pointeurs sont de 64 bits. Politiques disponibles pour -mcompact-branches=: FPTR polymorphique à %L pour C_F_POINTER Le composant polymorphique %s à %L dans le type %s SEQUENCE ou BIND(C) Scalaire polymorphique passé à l'argument tableau muet %qs à %L Sous-objet polymorphique d'un objet co-indexé à %L Largeur d'exposant positive requise Largeur positive requise Largeur positive requise dans le spécificateur de format %s à %L Largeur positive requise avec le descripteur T Changement possible de valeur dans la conversion de %s vers %s à %L L'option de la cible power9 est incompatible avec -mcpu=<xxx> pour <xxx> inférieur à power9 Privilégier les branchements au lieu d'une exécution conditionnelle. Préférer des accès par mots plutôt que des accès par octets. Préfixer les symboles globaux avec « : » (pour l'utilisation avec PREFIX). Prétraiter uniquement les directives. La source convertie par le préprocesseur a été stockée dans le fichier %s, veuillez l'attacher à votre rapport d'anomalie. Préserver la pile de liens du PowerPC 476 en faisant correspondre un blr avec l'insns bcl/bl utilisée pour les accès à la GOT. Prétendre qu'un branchement autour d'un déplacement est un déplacement conditionnel. Prétendre que les branches sont onéreuses. Interdire l'utilisation de toutes les opérations en virgule flottante. Interdire l'utilisation de toutes les instructions matérielles en virgule flottante. !$OMP DECLARE REDUCTION précédent à %L !$OMP DECLARE REDUCTION précédent du module %s à %L Écrire les informations d'ajustement du processeur sous forme de commentaires dans le fichier assembleur. C'est une option utilisée uniquement pour tester les régressions du compilateur. Elle n'est pas destinée à un usage ordinaire pour compiler du code. Afficher les informations de couverture du code. Afficher des avertissements complémentaires (au risque qu'ils soient non désirés). Afficher les indices pour la correction sous forme lisible par une machine. Afficher les indices pour la correction vers stderr au format diff unifié. Afficher des comparaisons hiérarchiques quand des types de patrons ne concordent pas. Afficher les noms des en-têtes de fichiers au fur et à mesure qu'ils sont utilisés. Probabilité qu'une fonction COMDAT soit partagée avec des unités de compilation différentes. La procédure %qs à %C a une interface explicite d'une déclaration précédente La procédure %qs à %C est déjà définie à %L La procédure %qs à %L a déjà le type de base de %s La procédure %qs à %L a le même nom qu'un composant de %qs La procédure %qs à %L a le même nom qu'un composant hérité de %qs La procédure %qs à %L ne peut pas avoir le type de base %s La procédure %qs à %L doit avoir l'attribut BIND(C) pour être interopérable avec le C La procédure %qs appelée à %L n'est pas explicitement déclarée La procédure %qs appelée à %L n'est pas explicitement déclarée, vouliez-vous employer %qs ? Procédure %qs appelée avec une interface implicite à %L La procédure %qs définie dans le corps de l'interface à %L entre en conflit avec la procédure interne définie à %C La procédure %qs dans %s à %L n'a pas d'interface explicite La procédure %qs dans %s à %L n'a pas d'interface explicite, vouliez-vous employer %qs ? La procédure %qs dans %s à %L n'est ni une fonction ni une sous-routine La procédure %qs dans %s à %L n'est ni une fonction ni une sous-routine; vouliez-vous employer %qs ? La procédure %qs dans l'interface PUBLIC %qs à %L prend des arguments muets de %qs qui est PRIVATE La procédure %qs avec PASS à %L doit avoir au moins un argument La procédure %qs avec PASS(%s) à %L n'a pas d'argument %qs La procédure %qs avec l'étiquette de liaison %qs à %L utilise le même identificateur global que l'entité à %L L'argument de procédure à %L est local dans une procédure PURE et a l'attribut POINTER Le pointeur de procédure %qs à %L ne sera point élémental Pointeur de procédure %qs dans la clause %s à %L Pointeur de procédure à %C Le composant pointeur de procédure %qs à %L ne peut pas être un membre du type dérivé BIND(C) %qs à %L Composant pointeur de procédure %qs appelé avec une interface implicite à %L Le composant pointeur de procédure %qs requiert une liste d'arguments à %C Le composant pointeur de procédure %qs avec PASS à %L doit avoir au moins un argument Le composant pointeur de procédure %qs avec PASS(%s) à %L n'a pas d'argument %qs Composant de pointeur de procédure à %C La cible de l'initialisation du pointeur de procédure à %L ne peut pas être un pointeur de procédure Le résultat du pointeur de procédure %qs à %L n'a pas d'attribut pointeur La cible du pointeur de procédure %qs à %L doit être un intrinsèque, associé à l'hôte or à use, référencé ou avoir l'attribut EXTERNAL Traiter les directives #ident. Traitement du spec (%s), lequel est « %s » Produire une trace de débogage quand une erreur à l'exécution est rencontrée. Produit un avertissement à l'exécution si un temporaire de tableau a été créé pour un argument d'une procédure. Produire du code gros-boutiste. Produire du code relocalisable au moment de l'exécution. Produire du code petit-boutiste. Les données de profilage de la fonction %u sont corrompues Les informations de profile dans %s sont corrompues Le programme est entièrement situé dans les 64k inférieurs de la mémoire. Interdire les appels de fonctions relatifs au PC. Interdire les sauts relatifs au PC. Protéger les parenthèses dans les expressions. Fournir les bibliothèques pour le simulateur. Pousser les registres étendus sur la pile dans les fonctions de monitoring. Placer tous les tableaux locaux sur la pile. Place tout dans la TOC normale. Placer les tables de sauts pour les instructions switch dans la section .data plutôt que dans la section .code. Placer les données relocalisées en lecture seule dans la section .data. Placer les constantes non initialisées dans la ROM (a besoin de -membedded-data). Placer des données initialisées à zéros dans la section bss. l'architecture R2 est exclusivement petit boutiste Index de tableau REAL à %L REAL(KIND=10) n'est pas disponible avec l'option %<-fdefault-real-10%> REAL(KIND=10) n'est pas disponible avec l'option %<-freal-4-real-10%> REAL(KIND=10) n'est pas disponible avec l'option %<-freal-8-real-10%> REAL(KIND=10) n'est pas disponible avec l'option %<-freal-8-real-16%> REAL(KIND=16) n'est pas disponible avec l'option %<-fdefault-real-16%> REAL(KIND=16) n'est pas disponible avec l'option %<-freal-4-real-16%> REAL(KIND=4) n'est pas disponible avec l'option %<-freal-8-real-4%> REAL(KIND=8) n'est pas disponible avec l'option %<-fdefault-real-8%> REAL(KIND=8) n'est pas disponible avec l'option %<-freal-4-real-8%> RECORD à %C est une extension, activez-la avec -fdec-structure Le préfixe RECURSIVE dans l'interface MODULE PROCEDURE est manquant à %L La variable RESULT %qs à %L interdit le nom de FUNCTION %qs à %C d'apparaître dans une instruction de spécification La variable RESULT à %C doit être différente du nom de la fonction RESULT_DECL devrait être en lecture seule quand DECL_BY_REFERENCE est défini Instruction RETURN dans le programme principal à %C ROUND= à %C n'est pas permis en Fortran 95 vérification RTL: accès à elt %d de « %s » avec le dernier elt %d dans %s, à %s:%d vérification RTL: accès à elt %d du vecteur avec le dernier elt %d dans %s, à %s:%d vérification RTL: accès à elt hwi %d du vecteur avec le dernier elt %d dans %s, at %s:%d vérification RTL: tentative de traiter un symbole non bloc comme un symbole bloc dans %s, à %s:%d vérification RTL: code attendu « %s » ou « %s », a trouvé « %s » dans %s, à %s:%d vérification RTL: code attendu « %s », a trouvé « %s » dans %s, à %s:%d vérification RTL: elt %d attendu de type « %c » ou « %c », a trouvé « %c » (rtx %s) dans %s, à %s:%d vérification RTL: elt %d attendu de type « %c », a « %c » (rtx %s) dans %s, à %s:%d vérification du fanion RTL: %s utilisé avec un code rtx inattendu « %s » dans %s, à %s:%d RTP PIC est incompatible avec -msingle-pic-base RTP PIC est incompatible avec Thumb RTTI ne fonctionnera pas sur ce type Les instructions du FPU RX ne supportent pas les NaN et les infinis Élever un REAL négatif à %L vers une puissance REAL est interdit La spécification d'étendue à %L ne peut jamais correspondre à quoi que ce soit Rang non concordant dans l'argument %qs à %L (rang %d et rang %d) Rang non concordant dans l'argument %qs à %L (rang %d et scalaire) Rang non concordant dans l'argument %qs à %L (scalaire et rang %d) Désaccord de rang dans la référence au tableau à %L (%d/%d) La cible de réorganisation du rang n'a pas le rang 1 à %L La cible de réorganisation du rang est plus petite que la taille du pointeur (%ld < %ld) à %L La cible de réorganisation du rang doit avoir le rang 1 ou être simplement contigüe à %L Lecture du fichier %qs au format libre Lecture du module %qs à la ligne %d colonne %d: %s Lecture des spécifications à partir de %s Argument réel COUNT_RATE de SYSTEM_CLOCK à %L La constante réelle déborde de son sous-type à %C La constante réelle déborde vers le bas hors de son sous-type à %C Le nombre réel à %C a un exposant %<d%> et un sous-type explicite Le nombre réel à %C a un exposant %<q%> et un sous-type explicite Ré-aligner la pile dans le prologue. Ré-allouer le membre de gauche dans les affectations. Reconnaître les mots clés C++ comme « compl » et « xor ». Reconnaître les mots clés définis par GNU. Reconnaître les fonctions intégrées. Reconnaître le mot clef « asm ». Enregistrer DW_AT_decl_column et DW_AT_call_column dans DWARF. Enregistrer les options de la ligne de commande de gcc dans DW_AT_producer de DWARF. Enregistrer, dans le fichier objet, les options en ligne de commande passées à gcc. Enregistrer le temps pris par chaque sous-étape séparément. Redéfinition de !$OMP DECLARE REDUCTION à %L Redéfinition de !$OMP DECLARE REDUCTION prédéfini à %L Redéfinition de %s !$OMP DECLARE REDUCTION prédéfini à %L Réduire la priorité pour r0..r3 / r12..r15 avec TARGET_REGISTER_PRIORITY. !$ACC END LOOP redondant à %C Balise ACQUIRED_LOCK redondante trouvée à %L Balise ERRMSG redondante trouvée à %L Balise MOLD redondante trouvée à %L Balise SOURCE redondante trouvée à %L Balise STAT redondante trouvée à %L Balise UNTIL_COUNT redondante trouvée à %L L'index de l'instruction de référence n'a pas été trouvé L'index de l'instruction de référence est hors limites Référence à la fonction impure %qs à %L à l'intérieur d'un DO CONCURRENT %s Référence à la fonction impure %qs à %L à l'intérieur d'un FORALL %s Référence à la fonction impure %qs à %L dans une procédure PURE Saut traversant une région au travers de la même section dans le bb %i Le numéro de registre doit être dans la plage 0-31 pour %s Expression régulière correspondant à des noms de sections adressables par GP supplémentaires Expression régulière correspondant à des noms de sections pour l'adressage relatif à r0. Relaxer les branchements. Relaxer les littéraux en assembleur et les placer automatiquement dans la section texte. Soulager la pression sur les registres en réduisant la portée pendant laquelle une valeur peut rester dans un registre. Remapper les noms des fichiers lors de l'inclusion des fichiers. Supprimer les instructions « membar » redondantes. Suppression de « %s » Suppression de l'appel à la fonction %qs à %L Opérateurs renommés dans les instructions USE à %C Réorganiser les blocs de base et les partitions dans des sections chaude et froide. Réorganiser les blocs de base pour améliorer le placement du code. Réorganiser les fonctions pour améliorer le placement du code. Réorganiser les fonctions, les variables et l'assembleur au plus haut niveau. Le spécificateur de répétition est invalide dans l'initialisation d'un scalaire à %C Le spécificateur de répétition doit être un entier à %C Remplacer add, compare, branch par des branchements utilisant un registre compteur. Remplacer les expressions temporaires durant l'étape SSA->normale. Rapport sur la cohérence du profilage. Produire un rapport sur l'allocation de mémoire avant l'optimisation interprocédurale. Produire un rapport sur l'allocation de mémoire permanente dans le mode d'analyse complète du programme (WPA mode). Produire un rapport sur l'allocation de mémoire permanente. Rapporter le temps pris par chaque étape de la compilation. Rapporter diverses statistiques d'optimisation durant l'édition de liens uniquement dans le mode d'analyse complète du programme (mode WPA). Rapporter diverses statistiques d'optimisation durant l'édition de liens. Demander des routines de la bibliothèque mathématique conformes à IEEE (OSF/1). Réordonnancer les instructions après l'allocation de registres. Réordonnancer les instructions avant l'allocation de registres. Réordonnancer les régions mises en pipeline sans la mise en pipeline. Réserver de l'espace dans le prologue d'une fonction pour les arguments de sortie. Le tableau qui a changé de forme est trop grand à %C Restreindre la migration du chargement de la cible pour que les registres ne soient réutilisés dans aucun bloc de base. Restreindre l'utilisation d'instructions en virgule flottante matérielles à des opérations 32 bits. Le résultat %qs de la fonction contenue %qs à %L n'a pas le type IMPLICIT Résultat non concordant pour la surcharge de la procédure %qs à %L: %s Le résultat de %s produit une erreur de plage pour son sous-type à %L Le résultat de %s est NaN (pas un nombre) à %L Le résultat de %s déborde de son sous-type à %L Le résultat de %s déborde vers le bas hors de son sous-type à %L Le résultat de BESSEL_YN est -INF à %L Le résultat de NEAREST est NaN à %L Le résultat de SCALE déborde de son sous-type à %L Retourner des vecteurs de 8 octets en mémoire. Retourner toutes les structures en mémoire (par défaut sur AIX). Retourner les résultats en virgule flottante dans ac0 (fr0 dans la syntaxe de l'assembleur Unix). Retourner les pointeurs dans a0 et d0 en même temps. Retourner les petits agrégats en mémoire, pas dans les registres. Retourner les petits agrégats dans les registres. Retourner les petites structures dans des registres (par défaut sur SVR4). Désaccord dans le type de retour de la fonction %qs à %L (%s/%s) Le type de retour de la fonction BIND(C) %qs à %L ne peut pas être une chaîne de caractères Le type de retour de la fonction BIND(C) %qs à %L ne peut pas être un tableau La valeur de retour %qs de la fonction %qs est déclarée à %L mais ne reçoit pas de valeur La valeur de retour de la fonction %qs à %L n'est pas définie Retourner les valeurs de fonctions dans les registres du coprocesseur mathématique. Réutiliser r30 à chaque fonction. Utilisation de la sous-commande de réécriture: Parenthèse droite attendue à %C La limite supérieure la plus à droite de la section du tableau de taille tacite n'est pas spécifiée à %L N'exécuter que la seconde compilation de -fcompare-debug. Exécuter l'optimisation de mise en commun prédictive. Exécuter l'ordonnancement sélectif après le rechargement. Exécuter les autodiagnostics en utilisant le chemin donné pour trouver les fichiers de tests. Réaliser l'optimisation lors de l'édition de liens dans le mode de transformation locale (LTRANS=Local Transformation). Réaliser l'optimisation lors de l'édition de liens dans le mode d'analyse du programme complet (WPA=Whole Program Analysis). Exécution de la fonction spec « %s » avec %d args Nom du runtime. L'attribut SAVE à %L ne peut pas être spécifié dans une procédure PURE L'instruction SAVE à %C suit une instruction SAVE générale Le chunk_size de la clause SCHEDULE à %L requiert une expression INTEGER scalaire SELECTED_REAL_KIND sans argument %<P%> ni %<R%> à %L L'attribut SEQUENCE à %C est déjà spécifié dans l'instruction TYPE L'instruction SEQUENCE à %C doit précéder CONTAINS L'instruction SEQUENCE à %C doit précéder les composants de la structure SH2a ne supporte pas les petits-boutistes L'argument SHAPE à %L pour C_F_POINTER doit avoir la même taille que le RANK de FPTR SIGN= à %C n'est pas permis en Fortran 95 Le terme SINK n'est pas un entier constant à %L Type de dépendance SINK uniquement permis dans une directive ORDERED à %L SIZE à %L doit être positif Type de dépendance SOURCE uniquement permis dans une directive ORDERED à %L Balise SOURCE à %L La balise SOURCE à %L est en conflit avec le typespec à %L Balise SOURCE à %L avec plus d'un seul objet allouable SPE pas supporté par cette cible SSA corrompu le nom SSA est dans la liste libre mais il est toujours référencé nom SSA pas déclaré SSA_NAME créé dans deux blocs différents %i et %i SSA_NAME_DEF_STMT est faux SSA_NAME_OCCURS_IN_ABNORMAL_PHI devrait être défini jeu d'instructions SSE désactivé, l'arithmétique 387 est utilisée argument dans un registre SSE alors que SSE est désactivé retour d'un registre SSE alors que SSE est désactivé l'argument vectoriel SSE sans activer SSE modifie l'ABI le retour vectoriel SSE sans activer SSE change l'ABI les informations de débogage STABS de Ada sont obsolètes et ne sont plus supportées variable STAT L'argument STAT= à %L doit être une variable INTEGER scalaire Argument STAT= pour %s à %L Attribut STAT= mal placé dans %C Le code de STOP à %C ne peut pas être négatif Le code de STOP à %C contient trop de chiffres Le code STOP à %L doit être une constante CHARACTER scalaire ou chiffre[chiffre[chiffre[chiffre[chiffre]]]] Le code STOP à %L doit être un caractère par défaut avec KIND=%d Le code STOP à %L doit être un entier par défaut avec KIND=%d Le code STOP à %L doit être soit le type INTEGER ou CHARACTER Le code STOP à %L doit être scalaire Déclaration de SUBMODULE à %C La déclaration SUBMODULE à %C ne peut pas apparaître dans une autre unité de portée SUBROUTINE %qs à %L ne peut pas être appelée récursivement car elle n'est pas RECURSIVE Instruction SYNC TEAM à %C Instruction SYNC à %C Le même argument effectif est associé avec l'argument INTENT(%s) %qs et l'argument INTENT(%s) %qs à %L Comme %s. Utilisez plutôt cette dernière option. Identique à -fassociative-math pour les expressions contenant des divisions. Identique à -mA6. Identique à -mA7. Identique à: -mep -mprolog-function. Sauvegarder les registres autour des appels de fonctions. Sauvegarder la TOC dans le prologue pour des appels indirects plutôt que en ligne. Le scalaire %qs dans l'étiquette du FORMAT à %L n'est pas une variable ASSIGNED Expression INTEGER scalaire attendue à %L PARAMETER scalaire requis dans la constante complexe à %C L'objet scalaire %qs à %L ne peut pas être ALLOCATABLE La variable scalaire %qs à %L avec POINTER ou ALLOCATABLE dans la procédure %qs avec BIND(C) n'est pas encore supportée La transformation en scalaire grâce à DIMEN_RANGE n'est pas implémentée Facteur d'échelle à appliquer au nombre de blocs dans un chemin de sauts enchaînés lors de la comparaison avec le nombre d'expressions (mises à l'échelle). Facteur d'échelle à appliquer au nombre d'expressions dans un chemin de sauts enchaînés lors de la comparaison de blocs (mis à l'échelle). Facteur d'échelle dans le calcul de la distance maximale qu'une expression peut être déplacée par les optimisations de GCSE. Ordonnancer le code pour le processeur donné. Ordonnancer le processeur donné. Ordonnancer les instructions en utilisant l'algorithme d'ordonnancement sélectif. Ordonnancer le début et la fin de la procédure. Type d'ordonnancement de l'ordonnanceur OMP pour des boucles parallélisées par parloops (static, dynamic, guided, auto, runtime). L'étendue des variables dans l'initialisation de la boucle « for » est locale à la boucle. Le deuxième argument de %s est négatif à %L Le deuxième argument de MODULO à %L est zéro Le deuxième argument de l'affection définie à %L doit être INTENT(IN) Le deuxième argument de l'interface opérateur à %L ne peut pas être optionnel Le deuxième argument de l'interface de l'opérateur à %L doit être INTENT(IN) Voir %s pour les instructions. Faute de segmentation Faute de segmentation (code) Sélectionner la convention d'appel de l'ABI. Sélectionner le modèle de code. Sélectionner la fraction de la fréquence maximale d'exécutions du bloc de base dans la fonction selon l'alignement que le bloc de base reçoit. Sélectionner la fraction de la fréquence maximale d'exécutions du bloc de base dans la fonction selon le bloc de base donné doit être considéré comme « chaud ». Sélectionner le modèle large – adresses/pointeurs sur 20 bits. Sélectionner la méthode de traitement de sdata. Sélectionner la portée pour la signature de l'adresse de retour. Sélectionner le modèle court – adresses/pointeurs sur 16 bits (défaut). Sélectionner le runtime. Sélectionner le type de la couverture d'assainissement. Sélectionner quoi assainir. L'expression de sélection dans le GOTO calculé à %L doit être une expression entière scalaire Le sélecteur à %L ne peut pas NULL() Le sélecteur à %L n'a pas de type Le sélecteur à %L ne doit pas être co-indexé Le sélecteur dans SELECT TYPE à %C n'est pas une variable nommée; utilisez associate-name=> Le sélecteur sera polymorphique dans l'instruction SELECT TYPE à %L Sélectionner le type de cœur RL78 ciblé (g10/g13/g14). Le G14 est sélectionné par défaut. Si l'option est utilisée, elle sélectionne aussi le support pour la multiplication matérielle à utiliser. Sélectionner le type de multiplication et division matérielle à utiliser (none/g13/g14). L'argument %qs qui fait référence à lui-même à %L n'est pas permis Le point-virgule à %C doit être précédé d'une instruction Fixer la précision en virgule flottante du 80387 à 32 bits. Fixer la précision en virgule flottante du 80387 à 64 bits. Fixer la précision en virgule flottante du 80387 à 80 bits. Initialiser les définitions Windows. Définir le coût d'un branchement. Fixer l'accessibilité par défaut des entités du module à PRIVATE. Définir la distance de vérification de la dépendance dans l'ordonnancement prématuré des insns dans la queue. Changer la valeur de errno après les fonctions mathématiques internes. Définir le type de sortie pour l'éditeur de liens (utilisé en interne pendant l'optimisation LTO) Définir le nom de la routine principale pour le débogueur. Fixer le nom du fichier de sortie ALI (commutateur interne). Définir le nombre d'octets pré-alloués sur la pile destinés à être utilisés par l'appelé. Définir le seuil de probabilité pour désaligner les branchements. Définir le registre pour contenir -1. Faire en sorte que sizeof(bool) vaille 1. Fixer l'adresse de départ des données. Fixer l'adresse de départ du programme. Initialiser le bit PPC_EMB dans l'en-tête des fanions ELF. Définir le coût du branchement dans des instructions de branchements conditionnels. Les valeurs raisonnables sont de petits entiers positifis ou nuls. Le coût par défaut est 0. Définir le coût du branchement dans des instructions de branchements conditionnels. Les valeurs raisonnables sont de petits entiers positifs ou nuls. Le coût par défaut est 1. Définir le coût des branchements. Fixer le type de précision double par défaut à un type avec 8 octets de large. Fixer le type d'entier par défaut à un type avec 8 octets de large. Fixer le type de réel par défaut à un type avec 10 octets de large. Fixer le type de réel par défaut à un type avec 16 octets de large. Fixer le type de réel par défaut à un type avec 8 octets de large. Fixe la probabilité estimée en pourcentage pour « builtin expect ». La valeur par défaut est une probabilité de 90%. Définir la taille maximale des données éligibles pour la zone SDA. Définir la taille maximale des données éligibles pour la zone TDA. Définir la taille maximale des données éligibles pour la zone ZDA. Définir le nombre maximum d'octets qui doivent rester sur la pile avant qu'une instruction de déroutement soit déclenchée. Fixer le montant maximum pour une seule opération d'incrémentation de la pile. Fixe le nombre maximum d'instructions exécutées en parallèle dans un arbre ré-associé. Si 0, utilise l'heuristique dépendant de la cible. Fixer le nombre maximum de notes d'instanciations de patrons pour un seul avertissement ou erreur. Définir le nombre de segments de 64Kio de flash. Spécifier le type du processeur cible. Définir le répertoire racine pour stocker les données de profilage. Le répertoire retourné par « pwd » est utilisé par défaut. Définir la largeur du registre LP_COUNT. Les valeurs possibles sont 8, 16, 20, 24, 28 et 32. Initialisation des specs %s à « %s » Spécification de forme pour un scalaire allouable à %C Les formes pour les opérandes à %L et %L ne sont pas conformes Partager les emplacements pour sauvegarder différents registres matériels. Partager les emplacements sur la pile pour faire déborder les pseudo registres. Étiquette de fin de DO %d partagée à %C Réduire les références aux adresses pendant l'édition de liens. Afficher les numéros des colonnes dans les diagnostiques quand ils sont disponibles. Activé par défaut. Montrer la ligne source avec un curseur indiquant la colonne. Emballer séparément les parties du prologue et de l'épilogue. Erreur de simplification La simplification de SPREAD à %C n'est pas encore implémentée Unité en virgule flottante simple précision. La taille (en Ko) de la cache des données logicielles. La taille en octets au delà de laquelle des agrégats locaux au thread doivent être manipulés par les fonctions de journalisation au lieu de paires de save/restore. La taille de l'argument %qs de l'intrinsèque %qs à %L est trop petite (%i/%i) Taille de la protection de la pile exprimée comme une puissance de deux. Passer outre la préparation du registre RAX lors du passage d'arguments variables. Petite zone de données: none, sdata, use. Limite souple sur le nombre d'insns mémoire par groupe d'instructions. Donne une priorité plus basse aux insns mémoire suivantes qui tentent d'être ordonnancées dans le même groupe d'insn. Fréquemment utilisé pour éviter des conflits dans les zones de cache. La valeur par défaut est 1. Désolé, !$ACC DECLARE à %L n'est pas permis dans une construction BLOCK Désolé, les composants allouables/pointeurs dans des co-tableaux de types polymorphiques (CLASS) à %L ne sont pas supportés Désolé, un accès co-indexé à un composant polymorphique illimité à %L n'est pas supporté Désolé, un accès co-indexé à un objet polymorphique illimité à %L n'est pas supporté Désolé, seul le support pour les entiers du sous-type %d est implémenté pour l'ensemble d'images à %L Désolé, le composant de l'événement du type dérivé à %L n'est pas encore supporté Désolé, le composant verrou du type dérivé à %L n'est pas encore supporté L'expression source à %L et l'objet allouable à %L doivent avoir la même forme L'expression source à %L doit être scalaire ou avoir le même rang que l'objet allouable à %L La fonction de spécification %qs à %L ne peut pas être RECURSIVE La fonction de spécification %qs à %L ne peut pas être une fonction-instruction La fonction de spécification %qs à %L ne peut pas être une fonction interne La fonction de spécification %qs à %L doit être PURE Spécifier la taille en bits des décalages TLS immédiats. Les valeurs valides sont 12, 24, 32, 48. Spécifie le modèle de coût pour la vectorisation. -fvect-cost-model=[unlimited|dynamic|cheap] Spécifie le modèle de coût pour la vectorisation. Spécifier le nombre de registres à répliquer dans la deuxième banque de registres à l'entrée d'une interruption rapide. Spécifier le nombre de registres à réserver pour les gestionnaires d'interruptions. Spécifier les registres que le processeur sauvegarde à l'entrée et à la sortie d'une interruption. Spécifier si les fonctions d'interruptions doivent sauvegarder et récupérer le registre de l'accumulateur. Spécifier le processeur pour les besoins de la génération de code. Spécifier le processeur pour les besoins de l'ordonnancement. Spécifier le processeur pour l'ordonnancement. Les arguments valides sont 700, 7100, 7100LC, 7200, 7300 et 8000. Spécifier le dialecte TLS. Spécifier le standard UNIX pour les pré-définitions et l'édition de liens. Spécifier un FPU Xilinx. Spécifier un fichier dans lequel est écrite une liste des fichiers produits par LTRANS. Spécifie une valeur de configuration fpu entre 0 et 7: 0-3 respecte la spec du FPU et 4-7 correspondent à 0-3. Spécifier un greffon à charger. Spécifier l'alignement des champs de structure par défaut/naturel. Spécifier une ABI. Spécifier la taille en bits des décalages TLS immédiats. Spécifier la fonction de vidange de la cache. Spécifier le numéro de la fonction de déroutement de vidange de la cache. Spécifier la configuration de l'instruction mul: fast1, fast2 ou slow. fast1 est la valeur par défaut. Spécifier le coût des branches (20 par défaut). Spécifier les dimensions de calculs par défaut pour OpenACC. Spécifier le nombre maximum d'octets qui peuvent être déplacés par du code en ligne. Au delà, memcpy et memmove sont utilisés. Spécifier combien de port lecture/écriture pour les cœurs n9/n10. La valeur devrait être 3r2w ou 2r1w Spécifier comment accéder au pointeur du thread. Spécifier si le matériel en virgule flottante doit être utilisé. Spécifier la convention d'appel pour les entiers et les virgules flottantes. Spécifier l'objet principal pour TPF-OS. Spécifier la stratégie d'expansion de memcpy quand la taille attendue est connue. Spécifier la stratégie d'expansion de memset quand la taille attendue est connue. Spécifier un nom pour la fonction de division signée 32 bits. Spécifier la plage des registres à rendre fixes. Spécifier la priorité d'ordonnancement des insns qui ont des restrictions sur la fenêtre d'émission. Spécifier la taille de la mémoire .local utilisée pour la pile quand la quantité exacte est inconnue. Spécifier qu'une bibliothèque BLAS externe doit être utilisée pour les appels matmul sur des tableaux de grande taille. Spécifier que la barre oblique inverse dans des chaînes annonce un caractère d'échappement. Spécifier qu'aucun type implicite est autorisé à moins qu'il soit explicitement spécifié par des expressions IMPLICIT. Spécifier que le compilateur doit cibler du code sûr selon les extensions de sécurité ARMv8-M. Spécifier l'ISA pour laquelle compiler: msp430, msp430x, msp430xv2. Spécifier le MCU pour lequel compiler. Spécifier le format en virgule flottante de __fp16. Spécifier la stratégie de génération d'adresse pour le modèle de code. Spécifier l'algorithme pour partitionner les symboles et les variables durant l'édition de liens. Spécifier le modèle de code. Spécifier la politique d'utilisation du branchement compacte. Spécifier le processeur pour le modèle pipeline. Spécifier le nombre maximum de paires d'instructions de chargement qui doivent être générées en ligne pour la comparaison. Si le nombre requis dépasse la limite, un appel à memcmp est généré à la place. Spécifier le nombre maximum de paires d'instructions de chargement qui doivent être générées en ligne pour la comparaison. Si le nombre requis dépasse la limite, un appel à strncmp est généré à la place. Spécifier le modèle mémoire actif pour le programme. Spécifier l'alignement de bits minimum des structures. (Déprécié). Spécifier le modèle pour les opérations atomiques. Spécifier le nom du processeur cible. Spécifier le nom de l'architecture cible. Spécifier le nom de la configuration en virgule flottante de la cible. Spécifier le nom du matériel/format en virgule flottante cible. Spécifier le registre à utiliser pour l'adressage PIC. Spécifier la taille de chaque bloc de cache qui doit être une puissance de 2 entre 4 et 512. Spécifier la taille de chaque vecteur d'interruption qui doit être 4 ou 16. Spécifier le processeur cible. Spécifier le type de processeur RX cible. Spécifier le type de multiplication matérielle à supporter. Spécifier le mécanisme de stockage local au thread. Spécifier le numéro de registre du pointeur du thread. Spécifier l'utilisation de l'ABI en virgule flottante logicielle ce qui est synonyme de -mabi=2. Spécifier l'utilisation de l'ABI en virgule flottante logicielle ce qui est synonyme de -mabi=2fp+. Spécifier où trouver les modules intrinsèques compilés. Spécifier si les fonctions doivent être placées en mémoire basse ou haute. Spécifier si les variables doivent être placées en mémoire basse ou haute. Spécifier l'ABI à utiliser pour la génération du code et des méta-données de Objective-C. Spécifier le type d'ABI pour lequel générer du code: 2, 2fp+. Spécifier la méthode d'insertion de nop après ordonnancement à appliquer. Spécification de VOLATILE pour la variable co-tableau %qs à %C qui est associée à use ou à l'hôte Scinder les chargements AVX non alignés de 32 octets. Scinder les stockages AVX non alignés de 32 octets. Scinder le temps de vie des variables d'induction quand des boucles sont dépliées. Scinder les chemins conduisant à des arêtes de retour d'une boucle. Scinder les déplacements de vecteurs de 8 octets non-alignés avant la génération d'adresse post-modifiée. Scinder les types larges dans des registres indépendants. Une trame de pile plus grande que 2G n'est pas supportée par -fsplit-stack Expression de départ dans la boucle DO La variable stat à %L doit être une variable INTEGER scalaire La variable stat à %L ne sera point qualifiée par %s dans la même instruction %s L'instruction à %L n'est pas une instruction cible valable pour l'instruction de branchement à %L La fonction-instruction %qs à %L n'est pas permise comme argument effectif La fonction-instruction %qs à %L ne peut pas avoir l'attribut pointeur ou allouable La fonction-instruction %qs est invalide dans l'affectation du pointeur de procédure à %L La fonction-instruction %qs requiert une liste d'arguments à %C Fonction-instruction à %C La fonction-instruction à %L ne peut pas apparaître à l'intérieur de INTERFACE La fonction-instruction à %L est récursive L'étiquette de l'instruction à %C est zéro L'étiquette d'instruction dans END CRITICAL à %C ne correspond pas à l'étiquette de CRITICAL L'étiquette d'instruction dans ENDDO à %C ne correspond pas à l'étiquette de DO La liste d'étiquettes d'instructions dans le GOTO à %C ne peut pas être vide Étiquette d'instruction sans instruction à %L Lier statiquement la bibliothèque d'assistance GNU Fortran (libgfortran). Expression de pas dans la boucle DO L'expression de pas dans la boucle DO à %L ne peut pas être zéro Stopper la croissance anticipée si la probabilité des meilleures arêtes est inférieure à ce seuil (en pourcentage). Utilisé lorsque le feedback par profilage est disponible. Stopper la croissance anticipée si la probabilité des meilleures arêtes est inférieure à ce seuil (en pourcentage). Utilisé lorsque le feedback par profilage n'est pas disponible. Stopper la croissance renversée si la probabilité inverse des meilleures arêtes est inférieure à ce seuil (en pourcentage). Stocker les « double » dans 64 bits. Stocker les noms des fonctions dans le code objet. Stocker les « double » dans 32 bits. C'est la valeur par défaut. Stocker les registres MDUC dans les gestionnaires d'interruptions pour les cibles G13. Produire des données supplémentaires pour fournir une dévirtualisation plus agressive dans le mode de transformation local de LTO. Le pas ne doit pas être présent à %L Le pas ne devrait pas être spécifié pour le section de tableau dans la clause %s à %L Longueur de pas interdite dans l'indice du co-tableau à %C La longueur de chaîne à %L est trop grande Le composant de structure %qs à %L ne peut pas être un objet EQUIVALENCE Constructeur de structure avec des arguments optionnels manquants à %C Constructeur de structure avec des arguments nommés à %C Le nom de structure %qs à %C ne peut pas être le même qu'un type intrinsèque Nom de structure attendu après RECORD à %C Nom de structure attendu dans la déclaration de structure non imbriquée à %C La sous-routine %qs à %L est INTRINSIC mais elle n'est pas compatible avec un intrinsèque L'appel de sous-routine à %qs à %L n'est pas PURE L'appel de sous-routine à %qs dans le bloc DO CONCURRENT à %L n'est pas PURE L'appel de sous-routine à %qs dans le bloc FORALL à %L n'est pas PURE L'appel de sous-routine à l'intrinsèque %qs à %L n'est pas PURE L'appel de sous-routine à l'intrinsèque %qs dans un bloc DO CONCURRENT à %L n'est pas PURE Appel à une sous-routine avec des retours alternatifs dans la clause INITIALIZER de !$OMP DECLARE REDUCTION à %L Appel à une sous-routine avec des retours alternatifs dans le combinateur de !$OMP DECLARE REDUCTION à %L La sous-chaîne à %L a une longueur zéro L'index de fin de la sous-chaîne à %L excède la longueur de la chaîne L'index de fin de la sous-chaîne à %L est trop grand L'index de fin de la sous-chaîne à %L doit être du type INTEGER L'index de fin de la sous-chaîne à %L doit être scalaire L'index de départ de la sous-chaîne à %L est plus petit que un L'index de départ de la sous-chaîne à %L doit être du type INTEGER L'index de départ de la sous-chaîne à %L doit être scalaire L'utilisation du mot-clé « override » est suggérée quand la déclaration d'une fonction virtuelle en écrase une autre. La somme du tableau de rang %d et de co-rang %d à %C excède les dimensions maximales autorisées de %d La somme des deuxième et troisième arguments de IBITS excède la taille des bits à %L Supporter les fonctions internes 3DNow!. Supporter les fonctions internes AES et la génération de code. Supporter les fonctions internes AVX512VNNI et la génération de code. Supporter les fonctions internes 3DNow! de l'Athlon. Supporter les fonctions internes BMI et la génération de code. Supporter les fonctions internes BMI2 et la génération de code. Supporter l'allocation C++17 de types sur-alignés. Supporter les instructions CLFLUSHOPT. Supporter l'instruction CLWB. Supporter les fonctions internes CLZERO et la génération de code. Supporter les fonctions internes F16C et la génération de code. Supporter les fonctions internes FMA4 et la génération de code. Supporter les fonctions internes FSGSBASE et la génération de code. Supporter les instructions FXSAVE et FXRSTOR. Supporter les fonctions internes GFNI et la génération de code. Supporter les préfixes pour l'élision matérielle des verrous (Hardware Lock Elision). Supporter les fonctions internes LWP et la génération de code. Supporter les fonctions internes LZCNT et la génération de code. Supporter les fonctions internes MMX et SSE et la génération de code. Supporter les fonctions internes MMX. Supporter les fonctions internes MMX, SSE et SSE2 et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2 et SSE3 et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3 et SSE4A et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3 et SSSE3 et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3 et SSE4.1 et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 et SSE4.2 et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 et AVX et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX et AVX2 et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX et FMA et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512BW et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512CD et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512DQ et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512ER et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512IFMA et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512PF et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512VBMI et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512VL et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 et AVX512F et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX5124FMAPS et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX5124VNNIW et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512BITALG et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512VBMI2 et la génération de code. Supporter les fonctions internes MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F et AVX512VPOPCNTDQ et la génération de code. Supporter les fonctions internes MOVDIR64B et la génération de code. Supporter les fonctions internes MOVDIRI et la génération de code. Supporter la génération de code MPX. Supporter les fonctions internes MWAITX et MONITORX et la génération de code. Supporter les fonctions internes PCLMUL et la génération de code. Supporter les fonctions internes PCONFIG et la génération de code. Supporter les fonctions internes PKU et la génération de code. Supporter l'instruction PREFETCHW. Supporter les fonctions internes PREFETCHWT1 et la génération de code. Supporter les fonctions internes RDPID et la génération de code. Supporter les fonctions internes RDRND et la génération de code. Supporter l'instruction RDSEED. Supporter les fonctions internes RTM et la génération de code. Supporter les fonctions internes SGX et la génération de code. Supporter les fonctions internes SHA1 et SHA256 et la génération de code. Supporter les fonctions internes TBM et la génération de code. Supporter des segments TLS plus grands que 64K. Supporter les fonctions internes VAES et la génération de code. Supporter les fonctions internes VPCLMULQDQ et la génération de code. Supporter les fonctions internes WBNOINVD et la génération de code. Supporter les fonctions internes XOP et la génération de code. Supporter les instructions XSAVE et XRSTOR. Supporter les instructions XSAVEC. Supporter l'instruction XSAVEOPT. Supporter les instructions XSAVES et XRSTORS. Supporter les alignements jusqu'à 64 bits. Supporter les appels entre des jeux d'instructions Thumb et ARM. Supporter la génération de code des instructions ABM (Advanced Bit Manipulation). Supporter la génération de code pour l'instruction cmpxchg16b. Supporter la génération de code pour l'instruction crc32. Supporter la génération de code pour l'instruction movbe. Supporter la génération de code de l'instruction popcnt. Supporter la génération de code pour l'instruction sahf dans le code x86-64 en 64 bit. Supporter l'initialisation dynamique de variables locales au thread dans une unité de traduction différente. Supporter les instructions de préservation du fanion de report de l'addition. Le support de HSA n'implémente pas les opérandes FPU 16 bits immédiats Le support pour l'argument A à %L qui est un argument A polymorphique ou a un composant allouable n'est pas encore implémenté Le support pour l'argument A à %L avec des composants allouables n'est pas encore implémenté Supporter le multi-threading historique. Supporter le passage de messages avec l'environnement parallèle. Supporter plus de 8192 entrées dans la GOT d'un ColdFire. Supporter le multi-threading. Supporter les instructions pour multiplier puis accumuler. Supporter les exceptions émises par des routines de déroutement. Portées supportées pour la signature de l'adresse de retour du AArch64 (à utiliser avec l'option -msign-return-address=): ABI supportées (à utiliser avec l'option -mabi=): Supprimer la sortie des adresses dans les vidanges de débogage. Supprimer la sortie des numéros d'instructions, des numéros de lignes et des adresses dans les vidanges de débogage. Supprimer la sortie des numéros d'insn précédents et suivants dans les vidanges de débogage. Supprimer les avertissements. Basculer entre les modes ARM/Thumb sur des fonctions en alternance pour tester le compilateur. Activer/désactiver le ASE du MIPS16 sur les fonctions en alternance pour tester le compilateur. Arrêter l'option -mstack-guard=. Arrêter l'option -mstack-size=. Symbole %qs déjà déclaré Symbole %qs à %C déjà déclaré Le symbole %qs à %C est aussi déclaré comme un type à %L Le symbole %qs à %C a déjà été associée à un hôte Le symbole %qs à %C n'est pas du type IMPLICIT Le symbole %qs à %C n'a pas été défini précédemment Le symbole %qs à %C est déjà dans le bloc COMMON Le symbole %qs à %C est ambigu Le symbole %qs à %C doit être le nom d'un groupe NAMELIST Le symbole %qs à %L a déjà une interface explicite Le symbole %qs à %L a déjà le type de base %s Le symbole %qs à %L ne peut pas avoir de type Le symbole %qs à %L est en conflit avec le symbole du module %qs, associé à USE à %L Le symbole %qs à %L n'a pas de type IMPLICIT Le symbole %qs à %L n'a pas de type IMPLICIT, vouliez-vous employer %qs ? Le symbole %qs à %L est ambigu Le symbole %qs à %L est marqué PRIVATE mais il a reçu l'étiquette de liaison %qs Le symbole %qs dans COMMON à %C ne peut pas être un tableau de POINTER Le symbole %qs dans la liste de noms %qs est INTENT(IN) à %C Le symbole %qs est utilisé à %L avant qu'un type lui soit assigné Le symbole %qs doit être un PARAMETER de l'instruction DATA à %C Le symbole %qs est présent à la fois dans les clauses FROM et TO à %L Le symbole %qs est présent dans de multiples clauses à %L Le symbole %qs référencé à %L n'est pas trouvé dans le module intrinsèque ISO_C_BINDING Le symbole %qs référencé à %L n'a pas été trouvé dans le modèle intrinsèque ISO_FORTRAN_ENV Le symbole %qs référencé à %L n'est pas trouvé dans le module %qs Le symbole %qs dans le bloc COMMON %qs à %C est indirectement rendu équivalent à l'autre bloc COMMON %qs Le symbole à %C ne convient pas pour une expression Le symbole à %L n'est pas une variable MUETTE Synonyme pour -Wcomment. Synonyme de -gnatk8. Erreur de syntaxe dans la liste !$ACC DECLARE à %C Erreur de syntaxe dans !$ACC ROUTINE ( NOM ) à %C Erreur de syntaxe dans !$ACC ROUTINE ( NOM ) à %C, « ) » attendue après NOM Erreur de syntaxe dans !$ACC ROUTINE ( NOM ) à %C, nom de fonction %s invalide Erreur de syntaxe dans la liste !$OMP DECLARE TARGET à %C Erreur de syntaxe dans la liste !$OMP THREADPRIVATE à %C Erreur de syntaxe dans l'instruction !GCC$ ATTRIBUTES à %C Erreur de syntaxe dans la directive !GCC$ UNROLL à %C Erreur de syntaxe dans l'instruction %s à %C Erreur de syntaxe dans l'instruction ABSTRACT INTERFACE à %C Erreur de syntaxe dans l'instruction ASYNCHRONOUS à %C Erreur de syntaxe dans l'instruction AUTOMATIC à %C Erreur de syntaxe dans la spécification CASE à %C Erreur de syntaxe dans la déclaration CHARACTER à %C Erreur de syntaxe dans la spécification CLASS IS à %C Erreur de syntaxe dans la constante COMPLEX à %C Erreur de syntaxe dans la définition ENUMERATOR à %C Erreur de syntaxe dans l'instruction EQUIVALENCE à %L Erreur de syntaxe dans l'itérateur FORALL à %C Erreur de syntaxe dans l'itérateur E/S à %C Erreur de syntaxe dans la clause IF à %C Erreur de syntaxe de l'expression du IF à %C Erreur de syntaxe dans l'instruction IMPORT à %C Erreur de syntaxe dans le spécificateur NAME= pour l'étiquette de liaison à %C Erreur de syntaxe dans la liste d'expressions OpenACC à %C Erreur de syntaxe dans la liste OpenMP DEPEND SINK à %C Erreur de syntaxe dans la liste de variables OpenMP à %C Erreur de syntaxe dans l'instruction PROCEDURE à %C Erreur de syntaxe dans l'instruction PROTECTED à %C Erreur de syntaxe dans l'instruction SAVE à %C Erreur de syntaxe dans l'instruction STATIC à %C Erreur de syntaxe dans l'instruction SUBMODULE à %C Erreur de syntaxe dans la spécification SUBSTRING à %C Erreur de syntaxe dans la spécification TYPE IS à %C Erreur de syntaxe dans l'instruction VALUE à %C Erreur de syntaxe dans l'instruction VOLATILE à %C Erreur de syntaxe dans la déclaration de la structure anonyme à %C Erreur de syntaxe dans la liste des arguments à %C Erreur de syntaxe dans le constructeur du tableau à %C Erreur de syntaxe dans la spécification de la longueur de caractère à %C Erreur de syntaxe dans le nom du bloc commun à %C Erreur de syntaxe dans la déclaration de donnée à %C Erreur de syntaxe dans l'exception à %C Erreur de syntaxe dans la spécification générique à %C Erreur de syntaxe dans l'itérateur à %C Erreur de syntaxe dans la déclaration d'une structure imbriquée à %C Erreur de syntaxe dans l'initialisation de %s dans l'ancien style à %C Erreur de syntaxe dans la liste d'initialisation dans l'ancien style à %C Erreur de syntaxe dans un composant de pointeur de procédure à %C Erreur de syntaxe: Rebut à la fin de l'instruction END INTERFACE à %C Erreur de syntaxe: Rebut à la fin de l'instruction INTERFACE à %C TARGET ENTER DATA avec un type de correspondance autre que TO ou ALLOC sur la clause MAP à %L TARGET EXIT DATA avec un type de correspondance autre que FROM, RELEASE ou DELETE sur la clause MAP à %L TARGET%s avec un type de correspondance autre que TO, FROM, TOFROM ou ALLOC sur la clause MAP à %L L'argument TEAM à %L pour l'intrinsèque TEAM_NUMBER sera du type TEAM_TYPE Attribut TEAM= mal placé dans %C Objet THREADPRIVATE %qs dans la clause %s à %L Objet THREADPRIVATE %qs dans la clause SHARED à %L TILE requiert une expression constante à %L Dialecte TLS à utiliser: TODO: Sections vecteurs dans les instructions data À FAIRE: la/les affectation(s) liée(s) au type à %L n'ont pas été réalisées car des références multiples à des parties de tableaux apparaîtraient dans des expressions intermédiaires. TREE_PURPOSE n'est pas NULL dans la liste TYPE_ARG_TYPES TYPE IS à %L chevauche TYPE IS à %L TYPE avec une spécification de type intrinsèque à %C TYPE_ARRAY_MAX_SIZE pas INTEGER_CST TYPE_BINFO n'est pas TREE_BINFO le type TYPE_BINFO n'est pas TYPE_MAIN_VARIANT TYPE_CACHED_VALUES n'est pas TREE_VEC TYPE_CACHED_VALUES_P est %i tandis que TYPE_CACHED_VALUES est %p TYPE_CACHED_VALUES_P est défini alors qu'il ne le devrait pas TYPE_CANONICAL a un TYPE_CANONICAL différent TYPE_CANONICAL n'est pas compatible le TYPE_CANONICAL de la variante principale n'est pas la variante principale TYPE_FIELDS défini dans un type incomplet le champ TYPE_LANG_SLOT_1 (binfo) est non NULL TYPE_MAIN_VARIANT a un TYPE_MAIN_VARIANT différent TYPE_MAX_VALUE_RAW non NULL TYPE_METHOD_BASETYPE n'est pas la variante principale TYPE_METHOD_BASETYPE n'est pas un enregistrement ni une union le TYPE_MODE de TYPE_CANONICAL n'est pas compatible TYPE_NEXT_PTR_TO n'est pas POINTER_TYPE TYPE_NEXT_REF_TO n'est pas REFERENCE_TYPE TYPE_OFFSET_BASETYPE n'est pas un enregistrement ni une union TYPE_STRING_FLAG est défini sur le mauvais code de type le champ TYPE_VALUES_RAW n'est pas NULL TYPE_VFIELD n'est pas FIELD_DECL ni TREE_LIST Tirer profit des relaxations de l'éditeur de liens pour réduire le nombre d'instructions requises pour matérialiser les adresses des symboles. Pris au moins une fois: %s sur %d Prends deux nombres entiers non-négatifs séparés par une virgule. Le premier nombre indique le nombre d'instructions Nop de deux octets à ajouter avant l'étiquette de la fonction. Le second nombre indique le nombre d'instructions Nop d'un demi-mot à ajouter après l'étiquette. Des instructions Nop de la taille la plus grande possible sont utilisées (six, quatre ou deux octets) en commençant par la taille la plus grande possible. Si les deux valeurs sont à zéro, la correction à chaud est désactivée. Cibler du code double précision avec DFLOAT. Fréquence d'exécution relative du bloc cible (en pourcent) requis pour faire descendre (sink) une expression. L'expression cible dans l'affectation de pointeur à %L doit fournir un pointeur comme résultat La cible a un bus I&D (Instruction and Data space) séparé. La cible du remappage de rang est trop petite (%ld < %ld) Cibler le processeur AM33. Cibler le processeur AM33/2.0. Cibler le processeur AM34. Cible : %s Informer DSE que la zone de stockage d'un objet C++ est morte quand le constructeur démarre et quand le destructeur se termine. La directive %s ne peut pas être spécifiée dans une région %s à %L L'option --param reconnaît les paramètres suivant L'option -mfloat128 peut ne pas être totalement supportée L'argument A à %L a le type %s mais la fonction passée comme OPERATOR à %L retourne %s L'argument A à %L de CO_REDUCE ne sera point polymorphique L'argument A à %L pour l'intrinsèque %s ne sera pas co-indexé L'ABI pour passer des paramètres avec un alignement de %d octets a changé dans GCC 4.6 L'objet AUTOMATIC %qs à %L ne doit pas avoir l'attribut SAVE ou être une variable déclarée dans le programme principal, un module ou un sous-module(F08/C513) Les éléments CHARACTER dans le constructeur du tableau à %L doivent avoir la même longueur (%ld/%ld) Le DEFAULT CASE à %L ne peut pas être suivi par un second DEFAULT CASE à %L L'argument DISTANCE ne peut pas être spécifié avec l'argument COARRAY ou DIM dans l'intrinsèque à %L L'opérande de l'instruction ENI doit être soit 0 ou soit 1 Le FORALL avec l'index %qs n'est pas utilisé dans le membre de gauche de l'affectation à %L et, par conséquent, pourrait causer de multiples affectations à cet objet Les arguments FROM et TO à %L violent les restrictions d'aliasing (F2003 12.4.1.7) Les arguments FROM et TO de l'intrinsèque MOVE_ALLOC à %L doivent avoir le même co-rang %d/%d Les arguments FROM et TO de l'intrinsèque MOVE_ALLOC à %L doivent avoir le même rang %d/%d L'argument FROM de MOVE_ALLOC à %L ne sera point co-indexé Le spécificateur de format H à %L est une fonctionnalité supprimée du Fortran 95 La constante de Hollerith à %L est trop longue pour être convertie en %qs L'argument muet INTENT(OUT) %qs à %L est ASSUMED SIZE et, par conséquent, ne peut pas avoir une initialisation par défaut Le paramètre KIND %qs à %C ne peut pas être ASSUMED ou DEFERRED Le paramètre KIND %qs dans le constructeur PDT à %C n'a pas de valeur Le NULL dans le constructeur de structure à %L est appliqué au composant %qs qui n'est ni un POINTER ni ALLOCATABLE L'argument TO de MOVE_ALLOC à %L ne sera point co-indexé Les arguments TO dans MOVE_ALLOC à %L doivent être polymorphiques si FROM est polymorphique La valeur absolue de SHIFT à %L doit être plus petite ou égale à BIT_SIZE(%qs) La valeur absolue de SHIFT à %L doit être plus petite ou égale à SIZE à %L L'objet allouable %qs à %L doit avoir une interface de fonction explicite ou être déclaré comme un tableau L'objet allouable à %L et l'expression source à %L auront le même paramètre de sous-type Les fonctions de listes d'arguments %%VAL, %%LOC ou %%REF ne sont pas permises dans ce contexte à %L L'argument de l'intrinsèque RANK à %L doit être un objet de données L'affectation à un composant KIND ou LEN d'un type paramétrisé à %L n'est pas permis Le tableau de rang tacite %qs à %L n'aura point de co-dimension Le tableau de rang tacite à %C n'aura point de co-dimension Le tableau de rang tacite à %L requiert que l'argument muet %qs ait un rang tacite Le bogue n'est pas reproductible, donc c'est probablement un problème matériel ou dans l'OS. La longueur de caractère de l'argument A à %L et des arguments de OPERATOR à %L seront les mêmes La longueur de caractère de l'argument A à %L et de la fonction résultat de OPERATOR à %L seront les mêmes Les noms d'options du modèle de code pour -mcmodel: Le composant à %C qui apparaît dans la liste des paramètres de types à %L n'a ni l'attribut KIND ni l'attribut LEN Le composant à %C, qui est un paramètre de type, doit être un scalaire Le composant avec l'attribut KIND ou LEN à %C n'apparaît pas dans la liste des paramètres de type à %L Le paramètre dérivé %qs à %C n'a pas de valeur par défaut Le type dérivé %qs à %L est du type %qs qui n'a pas été défini Le périphérique n'a pas de registre de fonction spécial SPH. Cette option sera outrepassée par le compilateur avec la valeur correcte si la présence ou l'absence du SPH peut être déduite à partir de -mmcu=MCU. La version la plus ancienne de MacOS X sur laquelle ce programme tournera. L'élément dans le constructeur de structure à %L pour le composant pointeur %qs devrait être un POINTER ou un TARGET L'élément dans le constructeur de structure à %L, pour le composant pointeur %qs, est %s mais il devrait être %s L'ensemble des équivalences pour %qs entraîne une extension invalide au COMMON %qs à %L L'ensemble des équivalences pour la variable %qs déclarée à %L violent les exigences de l'alignement L'argument errmsg= à %L doit être une variable caractère du sous-type par défaut La variable d'événement à %L ne sera point co-indexée Les options suivantes sont indépendantes du langage Les options suivantes concernent des langages Les options suivantes ne sont pas documentées Les options suivantes sont uniquement spécifiques au langage Les options suivantes sont prises en charge par le langage Les options suivantes sont spécifiques à la cible Les options suivantes contrôlent les messages d’avertissement du compilateur Les options suivantes contrôlent les optimisations Les options suivantes prennent des arguments groupés Les options suivantes prennent des arguments séparées La fonction passée comme OPERATOR à %L a des arguments de types %s et %s mais elle aura le type %s La fonction passée comme OPERATOR à %L aura des arguments scalaires non pointeurs, non allouables et retournera un scalaire non pointeur non allouable La fonction passée comme OPERATOR à %L aura l'attribut ASYNCHRONOUS pour aucun ou pour les deux arguments La fonction passée comme OPERATOR à %L aura l'attribut TARGET pour aucun ou pour les deux arguments La fonction passée comme OPERATEUR à %L aura l'attribut VALUE pour aucun ou pour les deux arguments La fonction passée comme OPERATOR à %L aura deux arguments La fonction passée comme OPERATOR à %L aura l'attribut OPTIONAL pour aucun ou pour les deux arguments Le résultat de la fonction dans le membre de gauche de l'affectation à %L doit avoir l'attribut pointeur. La valeur immédiate doit être contenue dans un entier sur %d bits pour %s La variable impure à %L est affectée à une variable de type dérivé avec un composant POINTER dans une procédure PURE (12.6) L'intrinsèque %qs à %L n'est pas inclus dans le standard sélectionné mais %s et %qs seront traités comme si ils avaient été déclarés EXTERNAL. Utilisez l'option -std=* appropriée ou définissez -fall-intrinsics pour autoriser ces intrinsèques L'intrinsèque %qs déclaré INTRINSIC à %L n'est pas disponible avec les paramètres standard actuels mais est %s. Utilisez l'option %<-std=*%> appropriée ou activez %<-fall-intrinsic%> de manière à pouvoir l'utiliser. Le part-ref le plus à gauche dans le data-ref ne peut pas être une référence à une fonction à %C La limite inférieure pour qu'un tampon soit considéré pour être protégé contre l'écrasement de la pile. Le nombre maximum de pseudos rechargeables qui doivent être considérés pendant le déversement de pseudos qui ne peuvent pas être rechargés. La quantité maximale de mémoire à être allouée par GCSE. Le délai conflictuel maximum pour qu'une insn soit prise en compte pour un déplacement spéculatif. La profondeur maximum de boucles imbriquées que nous aplatissons complètement. La profondeur maximum de mise en ligne récursive pour les fonctions en ligne. La profondeur maximum de mise en ligne récursive pour les fonctions pas en ligne. Le facteur d'expansion maximum en copiant des blocs de base. Le nombre maximum d'instructions que CSE traite avant vidange. La longueur maximale des chemins considérés dans cse. La longueur maximale de la liste des opération en attente d'ordonnancement. Les positions mémoire maximum enregistrées par cselib. Le nombre maximum de nœuds RTL qui peuvent être enregistrés comme dernière valeur du combinateur. Le nombre maximum de retours en arrière que l'ordonnanceur doit essayer lors de l'ordonnancement modulo d'une boucle. Le nombre maximum de blocs dans une région à considérer pour l'ordonnancement interblocs. Le nombre maximum de branches sur le chemin pour aplatir une séquence. Le nombre maximum d'arêtes entrantes à considérer pour les sauts croisés. Le nombre maximum de tentatives de combinaisons d'insns à combiner. Le nombre maximum d'insns dans une région à considérer pour l'ordonnancement interblocs. Le nombre maximum d'insns dans l'en-tête d'une boucle qui sont dupliquées par l'étape de copie des en-têtes de boucles. Le nombre maximum d'insns d'une boucle complètement aplatie. Le nombre maximum d'insns d'une boucle aplatie qui tourne une seule fois. Le nombre maximum d'insns dans une boucle aplatie. Le nombre maximum d'insns d'une boucle qui est déplacée à l'intérieur de ses branchements. Le nombre maximum d'insns à dupliquer lors de la défactorisation des goto calculés. Le nombre maximum d'instructions dans une seule fonction éligible à la mise en ligne. Le nombre maximum d'instructions qu'une fonction en ligne peut grandir par la mise en ligne récursive. Le nombre maximum d'instructions qu'une fonction pas en ligne peut grandir par la mise en ligne récursive. Le nombre maximum d'instructions prêtes à être expédiées qui doivent être prises en compte par l'ordonnanceur durant le premier passage de l'ordonnancement. Le nombre maximum d'instructions à considérer pour remplir un créneau de délai. Le nombre maximum d'instructions à considérer pour trouver les informations correctes d'un registre actif. Le nombre maximum d'instructions à envisager de déplier en moyenne dans une boucle. Le nombre maximum d'instructions à envisager de déplier dans une boucle. Le nombre maximum d'instructions à rechercher en arrière lors d'une recherche d'une recharge équivalente. Le nombre maximum d'instructions lors de la mise en ligne automatique. Le nombre maximum d'itérations au travers du CFG pour étendre des régions. Le nombre maximum d’itérations de boucles qui sont prédites statiquement. Le nombre maximum de mises en ligne indirectes imbriquées réalisées par les premières mises en ligne. Le nombre maximum de réductions d'une boucle simple qui est complètement aplatie. Le nombre maximum de dépliages pour aplatir une boucle. Le nombre maximum de stmts dans une boucle imbriquée pour l'échange de boucle. Le nombre maximum de dépliages d'une boucle. Le nombre maximum de déplacements d'une seule boucle à l'intérieur de ses branchements. La rapport maximum entre la taille du tableau et les branchements du switch pour qu'une conversion du switch ait lieu. Le rapport maximum entre les insertions et les suppressions d'expressions dans GCSE. La taille maximum de la fenêtre d'anticipation de l'ordonnanceur sélectif. L'estimation de l'accélération minimale permettant au code de mise en ligne d'ignorer inline-insns-single et inline-insns-auto. La probabilité minimale de succès de spéculation (en pourcent) de telle manière que l'insn spéculative sera ordonnancée. Le UID minimum à utiliser pour une insn qui n'est pas pour le déboguage. Le coût minimum d'une expression onéreuse dans le déplacement d'un invariant de boucle. La fraction minimum des exécutions de profilage que le décompte de l'exécution d'un bloc de base doit être pour qu'il ne soit pas considéré comme improbable. Le nombre minimum d'instructions concordantes à considérer pour les sauts croisés. La probabilité minimale qu'une arête doit avoir pour que l'ordonnanceur sauvegarde son état d'un bout à l'autre. La probabilité minimum d'atteindre un bloc source pour l'ordonnancement spéculatif interblocs. La taille minimale des variables contribuant au partage d'un emplacement de pile quand il n'y a pas d'optimisation. Le rapport du pas minimum pour que l'échange de boucle soit profitable La valeur minimum du décompte des étapes que le « Swing Modulo Scheduler » va générer. Le tableau %qs à %L du module ou du programme principal doit avoir une forme constante Le nom %qs à %C a déjà été utilisé comme nom de module externe Le nom %qs ne peut pas être utilisé comme un opérateur défini à %C Le nombre d'éléments du tableau de l'argument SUB pour IMAGE_INDEX à %L sera %d (co-rang) et non %d Le nombre de cycles que le « Swing Modulo Scheduler » prend en compte lorsqu'il vérifie les conflits en utilisant DFA. Le nombre d'éléments (%d) dans le constructeur du tableau à %L requiert une augmentation de la limite supérieure permise %d. Voyez l'option %<-fmax-array-constructor%>. Le nombre d'éléments dans le constructeur du tableau à %L requiert une augmentation de la limite supérieure autorisée %d. Consultez l'option %<-fmax-array-constructor%> Le nombre d'éléments dans le constructeur du tableau à %L requiert une augmentation de la limite supérieure allouée %d. Voyez l'option -fmax-array-constructor Le nombre d'éléments dans le constructeur du tableau à %L requiert une augmentation de la limite supérieure permise %d. Voyez l'option %<-fmax-array-constructor%> Le nombre d'insns exécutées avant que la pré-extraction soit terminée. Le nombre de pré-extractions qui peuvent se dérouler en même temps. Le nombre de registres de chaque classe laissés inutilisés par les déplacements invariants au niveau des boucles. L'objet %qs à %L a un paramètre LEN différé %qs et n'est ni allouable ni un pointeur L'objet %qs à %L avec des paramètres de type ASSUMED doit être fictif ou un sélecteur SELECT TYPE(F08/4.2) L'expression paramètre à %C doit être de type INTEGER et non de type %s Le pourcentage d'une fonction, pondéré par la fréquence d'exécution, qui doit être couvert par la formation de la trace. Utilisé lorsque le feedback par profilage est disponible. Le pourcentage d'une fonction, pondéré par la fréquence d'exécution, qui doit être couvert par la formation de la trace. Utilisé lorsque le feedback par profilage n'est pas disponible. Le composant pointeur %qs de %qs à %L est un type qui n'a pas été déclaré L'objet pointeur %qs à %L doit avoir une interface de fonction explicite ou être déclaré comme un tableau Les longueurs de vecteurs SVE possibles: Les dialectes TLS possibles: Le rang de l'élément dans le constructeur de structure à %L ne correspond pas à celui du composant (%d/%d) Le fichier de résolution. La taille de ligne du cache L1. La taille du cache L1. La taille du cache L2. La taille du corps d'une fonction à considérer comme étant grand. La taille de la trame de pile qui est considérée comme étant grande La taille d'une unité de traduction à considérer comme grande. Le plus petit nombre de valeurs différentes pour lequel il est préférable d'utiliser une table de sauts plutôt qu'un arbre de branchements conditionnels. Si 0, utilise le choix par défaut pour la machine. L'expression source à %L n'aura ni le type EVENT_TYPE ni un composant EVENT_TYPE si l'objet allouable à %L est un co-tableau L'expression source à %L n'aura ni le type LOCK_TYPE ni un composant LOCK_TYPE si l'objet allouable à %L est un co-tableau L'argument stat= à %L doit être une variable entière avec kind=4 Le symbole %qs, référencé à %L, n'est pas dans le standard sélectionné Le rapport seuil pour réaliser l'élimination des redondances partielles après le rechargement. Le rapport seuil du décompte d'exécution des arêtes critiques qui permet l'élimination des redondances après rechargement. Le type %qs ne peut pas être associé à un hôte à %L car il est bloqué par un objet incompatible du même nom déclaré à %L Le type pour la fonction %qs à %L n'est pas accessible La liste de spec des paramètres de type à %C ne peut pas contenir les paramètres ASSUMED et DEFERRED en même temps La liste de spec des paramètres de type à %C contient trop d'expressions de paramètres La liste de spec des paramètres de types à %C ne contient pas assez d'expressions de paramètres La liste de spec des paramètres de types dans le type-spec à %L ne peut pas contenir de paramètre DEFERRED La spécification de type à %L doit spécifier que chaque paramètre de type de longueur est tacite La spécification de type ne spécifiera point un type dérivé d'une séquence ou un type avec l'attribut BIND dans SELECT TYPE à %C [F2003:C815] La limite supérieure pour partager des entiers constants. La limite supérieure dans la dernière dimension doit apparaître dans la référence du tableau de taille tacite %qs à %L La valeur pour le paramètre KIND à %qs à %C ne se réduit pas en une expression constante La valeur de n dans %<-finit-character=n%> doit être comprise entre 0 et 127 La valeur du paramètre PDT LEN « %s » n'est pas en accord avec celle dans la déclaration fictive La version de ld64 utilisée par cette chaîne de compilation. La version de l'ABI C++ à utiliser. La version de l'ABI C++ utilisée pour les avertissements de -Wabi et les alias de compatibilité de l'édition de liens. Il y a déjà une procédure avec le nom de liaison %qs pour le type dérivé %qs à %C Il n'y a pas de fonction spécifique pour la fonction générique %qs à %L Il n'y a pas de sous-routine spécifique pour le générique %qs à %L Il y a déjà une procédure non générique avec le nom de liaison %qs pour le type dérivé %qs à %C Ce logiciel est un logiciel libre; voir les sources pour les conditions de copie. Il n'y a AUCUNE GARANTIE, pas même pour la COMMERCIALISATION ni L'ADÉQUATION À UNE TÂCHE PARTICULIÈRE. Ce logiciel est un logiciel libre; voir les sources pour les conditions de copie. Il n'y a AUCUNE GARANTIE, pas même pour la COMMERCIALISATION ni L'ADÉQUATION À UNE TÂCHE PARTICULIÈRE. Il manque la documentation pour cette option. Cette option est obsolète; ne l'utilisez pas. Cette option est obsolète ; utilisez -Werror=implicit-function-declaration à la place. Cette option est obsolète; utilisez -Wextra à la place. Cette option est obsolète; utilisez -fsanitize-recover= à la place. Modèle de thread: %s Le threadprivate à %L n'est pas sauvegardé avec SAVE La variable threadprivate à %C est un élément d'un bloc COMMON Le seuil de l'évaluation de l'opportunité de IPA-CP qui est encore considérée comme bénéfique au clone. ABI VFP en virgule flottante matérielle du Thumb-1 Thumb: Supposer que les pointeurs de fonctions peuvent pointer vers du code qui n'est pas conscient de l'état Thumb. Thumb: Supposer que les fonctions non statiques peuvent être appelées par du code ARM. Thumb: Générer des trames de pile (pour fonctions feuilles) même si ce n'est pas nécessaire. Thumb: Générer des trames de pile (pour fonctions non feuilles) même si ce n'est pas nécessaire. Le fragment n'est pas supposé avoir un contenu Une boucle découpée en blocs ne peut pas être parallélisée sur plusieurs « gangs », « workers » ou vecteurs en même temps à %L Pour activez le pré-traitement, utilisez %<-cpp%> Avec -fpic et -fPIC, ne pas utiliser les références à GOTPLT. Basculer -fvar-tracking-assignments. Inverser l'option actuelle de génération des informations de débogage. Trop peu de co-dimensions à %C, %d attendues au lieu de %d Trop peu d'arguments muets dans la procédure DTIO %qs à %L Trop d'arguments dans l'appel à %qs à %L Trop d'arguments pour %s à %L Trop de co-dimensions à %C, %d attendues au lieu de %d Trop de composants dans le constructeur de structure à %L Trop de chiffres dans l'étiquette de l'instruction à %C Trop d'arguments muets dans la procédure DTIO %qs à %L Trop d'éléments dans l'initialisation du tableau à %C Transformer les stockages conditionnels en stockages inconditionnels. Transformer les appels aux fonctions intégrées ayant été complétées par du code de contrôle en appels à des wrappers. La fonction transformationnelle %qs à %L est invalide dans une expression d'initialisation Les noms assembleurs de l'alias transparent et de la cible diffèrent Générer des déroutements pour les débordements signés dans les additions, soustractions et multiplications. Intercepter les divisions par zéros sur des entiers. Traiter une spécification d'exception throw() comme « noexcept » pour améliorer la taille du code. Traiter tous les avertissements comme des erreurs. Traiter les références aux données en tant que proches, lointaines ou moyennes. Moyennes est par défaut. Traiter les entiers comme étant sur 32 bits. Traiter les valeurs de retour connues de sprintf comme des constantes. Traiter les lignes avec « D » dans la colonne 1 comme des commentaires. Traiter « main » comme si il avait l'attribut OS_task. Traiter les fichiers d'en-tête manquants comme des fichiers générés. Traiter les débordements signés comme étant indéfinis. Inversé par -fwrapv -fwrapv-pointer. Traiter les avertissements spécifiés comme des erreurs. Considérer que le fichier d'entrée a déjà été pré-traité. Essayez d'exécuter « %s » dans le shell pour augmenter sa limite. Essayer de permettre à l'éditeur de liens de transformer les appels PIC en appels directs. Essayer de convertir les appels virtuels en appels directs. Essayer d'interchanger les boucles si c'est profitable. Essayer de disposer les types dérivés de manière aussi compacte que possible. Ajuster le code pour le processeur donné. Ajuster la latence mémoire attendue. Ajuster pour le processeur ou l'architecture cible spécifiée. Activer l'instrumentalisation CET pour les instructions switch qui utilisent une table de sauts et un saut indirect. Activer l'étape d'élimination des extensions redondantes. Bidouiller l'allocation des registres pour aider la génération d'instructions 16 bits. Deux PROGRAM principaux à %L et %C Deux références de parties (ou plus) avec un rang non nul ne peuvent pas être spécifiées à %L Deux symboles avec le même comdat_group ne sont pas liés par la liste same_comdat_group. Le type %qs contenant la liaison DEFERRED à %C n'est pas ABSTRACT Le type %qs de la variable CLASS %qs à %L n'est pas extensible La déclaration de type %qs à %L n'est pas interopérable avec le C mais elle est BIND(C) La définition du type de %qs à %C a déjà été définie à %L Type inaccessible dans le contexte de définition de variable (%s) à %L Type non concordant dans l'argument %qs à %L; passé %s à %s Le nom de type %qs à %C ne peut pas être le même qu'un type intrinsèque Le nom du type %qs à %C est en conflit avec l'entité précédemment déclarée à %L qui a le même nom Le nom de type %qs à %C est ambigu Le type de l'argument %qs dans l'appel de %qs à %L devrait être %s au lieu de %s Le type de l'entité à %L a un type incompatible avec l'expression source à %L Le type de l'entité à %L est incompatible sur le type avec typespec Le paramètre de type %qs à %C n'a pas d'entrée correspondante dans la liste des noms de paramètres de types à %L Le type spécifié pour la fonction intrinsèque %qs à %L est ignoré L'opérateur lié au type à %L ne peut pas être NOPASS Procédure liée au type à %C La spécification de type à %L ne peut pas contenir de paramètre de type différé La spécification de type à %L ne peut pas contenir un astérisque pour un paramètre de type UNIT pas spécifié à %L Le numéro de UNIT dans l'instruction CLOSE à %L doit être non négatif Le numéro de UNIT dans l'instruction INQUIRE à %L ne peut pas être %d Le numéro de UNIT dans l'instruction à %L doit être non négatif Numéro de UNIT manquant dans l'instruction à %L La spécification de UNIT à %L doit être une expression INTEGER ou une variable CHARACTER Le spécificateur UNIT n'est pas autorisé avec NEWUNIT à %C Instruction UNLOCK à %C L'argument UNTIL_COUNT= à %L doit être une expression INTEGER scalaire L'instruction USE à %C n'a pas de qualificatif ONLY Impossible de trouver une procédure INTRINSIC spécifique pour la référence %qs à %L Impossible de trouver le symbole %qs Impossible de générer un offset load/store pour la fusion Impossible de résoudre la fonction spécifique %qs à %L Impossible de résoudre la sous-routine spécifique %qs à %L Directive GCC inclassable à %C Directive OpenACC inclassable à %C Directive OpenMP inclassable à %C Instruction inclassable à %C Instruction inclassable dans la clause IF à %C Liaison spécifique %qs non définie comme cible du GENERIC %qs à %L Avec -ffast-math, générer une instruction FRIZ pour les conversions (double)(long long). Sous le contrôle du type de taille d'objet (c.f. Object Size Checking), avertir à propos des débordements de tampon dans les fonctions de manipulation de chaînes telles que memcpy et strcpy. Longueurs de caractères inégales (%ld/%ld) dans %s Longueurs de caractères inégales (%ld/%ld) dans %s à %L %<%c%> inattendu pour la variable %qs du type non dérivé à %C %<*%> inattendu pour la co-dimension %d de %d à %C %<*%> inattendu dans l'indice du co-tableau à %C Instruction %s inattendue à %C Instruction %s inattendue à %C dans le corps de INTERFACE Instruction %s inattendue dans BLOCK DATA à %C Instruction %s inattendue dans la section CONTAINS à %C Instruction %s inattendue dans le bloc FORALL à %C Instruction %s inattendue dans le bloc INTERFACE à %C Instruction %s inattendue dans MODULE à %C Instruction %s inattendue dans le bloc WHERE à %C Instruction CASE inattendue à %C Argument DIM inattendu avec l'argument non co-tableau à %L Instruction END inattendue à %C Instruction ENTRY inattendue à %C Fin de fichier inattendue NULL() intrinsèque inattendu à %L pour le muet %qs Parallélisme OpenACC inattendu. Argument SHAPE inattendu à %L pour C_F_POINTER avec FPTR scalaire Instruction TYPE IS inattendue à %C Spécification de retour alternatif inattendue dans l'appel de la sous-routine à %L Caractère inattendu dans la liste de variable à %C Caractères inattendus dans l'instruction PARAMETER à %C Désignateur de co-tableau inattendu à %C Élément %qc inattendu dans la chaîne de format à %L Fin de fichier inattendue dans %qs Fin inattendue de la chaîne de format Fin de module inattendue Type intrinsèque %qs inattendu à %L Rebut inattendu après !$ACC DECLARE à %C Rebut inattendu après !$OMP DECLARE REDUCTION à %C Rebut inattendu après !$OMP DECLARE TARGET à %C Rebut inattendu après l'instruction $OMP ATOMIC à %C Rebut inattendu après l'instruction $OMP BARRIER à %C Rebut inattendu après l'instruction $OMP CANCELLATION POINT à %C Rebut inattendu après l'instruction $OMP CRITICAL à %C Rebut inattendu après l'instruction $OMP FLUSH à %C Rebut inattendu après l'instruction $OMP MASTER à %C Rebut inattendu après l'instruction $OMP TASKGROUP à %C Rebut inattendu après l'instruction $OMP WORKSHARE à %C Rebut inattendu après l'instruction ELSE IF à %C Rebut inattendu après l'instruction ELSE à %C Rebut inattendu après la clause NOWAIT à %C Rebut inattendu après OMP THREADPRIVATE à %C Rebut inattendu après la clause TASKWAIT à %C Rebut inattendu après la clause TASKYIELD à %C Rebut inattendu après la déclaration de la fonction à %C Rebut inattendu dans la liste d'arguments formels à %C Saut lointain thumb1 inattendu Utilisation inattendue du nom de sous-routine %qs à %C Probabilité non initialisée de l'arête %i->%i Le numéro d'unité dans l'expression E/S est trop grand Le numéro d'unité dans l'expression E/S est trop petit Argument %qs inconnu à %L pour l'intrinsèque %s Fonction de liste d'arguments inconnue à %L Attribut inconnu dans l'instruction !GCC$ ATTRIBUTES à %C Format inconnu pour l'expression de la limite de pile Op intrinsèque inconnue Opérateur %%<%s%%> inconnu à %%L Opérateur %%<%s%%> inconnu à %%L; vouliez-vous utiliser « %s » ? Nom de procédure %qs inconnu à %C L'objet allouable polymorphique illimité à %L requiert soit une spécification de type ou une balise SOURCE ou une balise MOLD Nom de MCU « %s » non reconnu, on va supposer qu'il ne dispose pas de multiplication matérielle. Utilisez l'option -mcwmult pour la définir explicitement. Nom de MCU « %s » non reconnu, on va supposer que c'est simplement un MSP430 sans multiplication matérielle. Utilisez les options -mcpu et -mhwmult pour les définir explicitement. Nom de MCU « %s » non reconnu, on va supposer qu'il supporte uniquement l'ISA du MSP430. Utilisez l'option -mcpu pour définir l'ISA explicitement. Nom de MCU « %s » non reconnu. Option non reconnue pour %<-finit-logical%>: %s Option non reconnue pour la valeur de boutisme : %qs Option non reconnue pour initialiser la valeur en virgule flottante: %qs Option non reconnue : %qs Code « %c » non supporté en virgule fixe: Nom de processeur non supporté retourné par le noyau pour -mcpu=native: %s Veuillez utiliser un nom de processeur explicite. Les noms de processeurs valides sont: %s Opérande non supporté pour le code « %c » Instruction non supportée à l'intérieur de WHERE à %L Valeur non supportée pour mmpy-option La constante caractère qui commence à %C n'est pas terminée La variable de module PRIVATE %qs inutilisée est déclarée à %L Argument muet %qs inutilisé à %L Chaîne d'initialisation inutilisée à %L car la variable a une longueur nulle La variable de module %qs est inutilisée mais elle a été importée explicitement à %L Paramètre %qs inutilisé déclaré à %L Le paramètre %qs est inutilisé mais il a été importé explicitement à %L Variable %qs inutilisée déclarée à %L La référence supérieure au tableau à %L est hors des limites (%ld < %ld) dans la dimension %d La référence supérieure au tableau à %L est hors des limites (%ld > %ld) dans la dimension %d La limite supérieure de la dernière dimension du co-tableau doit être %<*%> à %C Usage : %s [OPTION]… SOUS_COMMANDE [OPTION]… Usage : %s [options] fichier… Usage: gcov [OPTION…] SOURCE|OBJ… Utilisez « -Wa,OPTION » pour passer « OPTION » à l'assembleur. Utilisez « -Wl,OPTION » pour passer « OPTION » à l'éditeur de liens. Utiliser les opérateurs %reloc(), plutôt que les macros en assembleur, pour charger les adresses. Utiliser -G pour les données qui ne sont pas définies dans l'objet actuel. Utiliser -G pour les données locales aux objets. Utiliser les instructions AVX 128 bits au lieu des instructions AVX 256 bits dans le vectoriseur automatique. Utiliser un long double de 128 bits. Utiliser des int de 16 bits. Utiliser des flottants de 32 bits. Utiliser des int de 32 bits. Utiliser l'ABI 32 bits. Utiliser les registres en virgule flottante de 32 bits. Utiliser les registres généraux de 32 bits. Utiliser des décalages sur 32 bits dans les tables de sauts au lieu de décalages sur 16 bits. Utiliser des entrées de 4 octets dans les tables de switch. Utiliser 4 accumulateurs média. Utiliser madd.s/madd.d avec 4 opérandes et les instructions apparentées où cela est pertinent. Utiliser les instructions de multiplication sur des demi-mots des processeurs 4xx. Utiliser l'instruction dlmzb de recherche dans une chaîne des processeurs 4xx. Utiliser 64 FPR. Utiliser 64 GPR. Utiliser des flottants de 64 bits. Utiliser l'ABI 64 bits. Utiliser les registres en virgule flottante de 64 bits. Utiliser les registres généraux de 64 bits. Utiliser un long double de 64 bits. Utiliser 8 accumulateurs média. Utiliser un long double de 80 bits. Utiliser les registres réservés par l'ABI. Utiliser les instructions AltiVec. Utiliser la bibliothèque C Bionic. Utiliser des instructions de branchements probables, ce qui outrepasse le comportement par défaut de l'architecture. Utiliser l'instruction CONST16 pour charger les constantes. Utiliser EABI. Utiliser les instructions d'adressage virtuel amélioré (Enhanced Virtual Addressing). Utiliser l'instruction de multiplication en virgule flottante simple vers double (FsMULd). Utiliser la bibliothèque C GNU. Utiliser des sections sdata/sbss relatives à GP. Utiliser l'adressage relatif à GP pour accéder aux petites données. Utiliser les règles d'alignement du H8/300. Utiliser les mathématiques IEEE pour les comparaisons en virgule flottante. Utiliser le calcul de la pression sur les registres basé sur IRA dans les optimisations qui ont pour but de sortir du code hors d'une boucle durant la phase RTL. Utiliser le calcul de la pression sur les registres basé sur IRA dans les optimisations de boucles durant la phase RTL. Utiliser les instructions Category:Vector.AES et Category:Vector.SHA2 de l'ISA 2.07. Utiliser les instructions de déplacements directs entre les GPR et les registres VSX de l'ISA 2.07. Utiliser les instructions de mémoire transactionnelle (HTM) de l'ISA 2.07. Utiliser LRA au lieu de rechargements (transitionnel). Utiliser LRA au lieu d'un rechargement. Utiliser les instructions MCU. Utiliser les instructions de l'extension MSA MIPS. Utiliser les instructions du MIPS-3D. Utiliser les instructions MIPS-DSP REV 2. Utiliser les instructions MIPS-DSP. Utiliser le support de threads spécifique à Mingw. Utiliser les registres doubles mots (plutôt que quadruples mots) de Neon pour la vectorisation. Utiliser les registres quadruples mots (plutôt que doubles mots) de Neon pour la vectorisation. Utiliser Neon pour réaliser des opérations 64 bits plutôt que les registres du cœur. Utiliser les opérateurs assembleur %reloc() dans le style NewABI. Utiliser les mnémoniques P pour les branchements statiquement prévus comme étant pris. Utiliser la PLT pour les appels PIC (-fno-plt: charger l'adresse depuis la GOT à l'endroit de l'appel). Utiliser les instructions « mad » dans le style PMC. Utiliser les instructions optionnelles du groupe General Purpose du PowerPC. Utiliser les instructions optionnelles du groupe Graphics du PowerPC. Utiliser l'instruction mfcr simple champ du PowerPC V2.01. Utiliser les instructions d'arrondi en virgule flottante du PowerPC V2.02. Utiliser l'instruction popcntb du PowerPC V2.02. Utiliser l'instruction de comparaison d'octets du PowerPC V2.05. Utiliser l'instruction popcntd du PowerPC V2.06. Utiliser le jeu d'instructions du PowerPC-64. Utiliser RJMP / RCALL même si CALL /JMP sont disponibles. Utiliser la ROM au lieu de la RAM. Utiliser les conventions de passage des registres SSE pour les modes SF et DF. Utiliser STB_GNU_UNIQUE si supporté par l'assembleur. Utiliser les instructions SmartMIPS. Utiliser la syntaxe de l'assembleur UNIX. Utiliser les extensions UltraSPARC Compare-and-Branch. Utiliser les extensions UltraSPARC Fused Multiply-Add. Utiliser les extensions UltraSPARC Population-Count. Utiliser l'instruction de soustraction étendue avec une retenue de l'UltraSPARC. Utiliser les extensions UltraSPARC Visual Instruction Set version 1.0. Utiliser les extensions UltraSPARC Visual Instruction Set version 2.0. Utiliser les extensions UltraSPARC Visual Instruction Set version 3.0. Utiliser les extensions UltraSPARC Visual Instruction Set version 4.0. Utiliser les registres FP du VAX. Utiliser les conventions de structures VAXC. Utiliser les codes de sortie de VMS au lieu de ceux de posix. Utiliser les instructions de virtualisation (VZ). Utiliser __cxa_atexit pour enregistrer les destructeurs. Utiliser __cxa_get_exception_ptr dans la gestion des exceptions. Utiliser un type long de 32 bits. Utiliser un marqueur sur 4 octets pour les fichiers non formatés. Utiliser un type long de 64 bits. Utiliser un moteur d'exécution (pas d'initialisations ni de créateurs statiques) pour les périphériques ayant une mémoire limitée. Utiliser une méthode intelligente de protection de la pile pour certaines fonctions. Utiliser une méthode de protection de la pile pour chaque fonction. Utiliser les instructions VIS additionnelles ajoutées dans OSA2017. Utiliser les adresses qui allouent des registres globaux. Utiliser tous les registres sans en réserver un seul pour les gestionnaires d'interruptions. Utiliser les noms alternatifs de registres. Utiliser un type « int » de 8 bits. Utiliser un marqueur sur 8 octets pour les fichiers non formatés. Utiliser des immédiats de taille arbitraire dans les opérations sur les bits. Utiliser l'ordre des octets gros-boutiste. Utiliser des séquences de branchement et interruption pour vérifier la division entière par zéro. Utiliser « bras » pour les exécutables < 64k. Utiliser des registres écrasés durant l'appel pour les paramètres et les valeurs retournées. Utiliser une fonction de rappel au lieu de code en ligne si le nombre d'accès dans la fonction devient plus grand ou égal à ce nombre. Faire sauvegarder les registres par l'appelant au travers des appels si possible. Utiliser certaines instructions scalaires ajoutées dans l'ISA 3.0. Utiliser la spéculation de contrôle. Utiliser des piles personnalisées au lieu de mémoire locale pour le stockage automatique. Utiliser la spéculation de données après le rechargement. Utiliser la spéculation de données avant le rechargement. Utiliser les instructions décimales en virgule flottante. Sélectionner la méthode par défaut de traitement de sdata. Utiliser une convention d'appel différente en utilisant « rtd ». Utiliser des instructions d'empoisonnement/dés-empoisonnement direct pour les variables plus petites ou égales à ce nombre. Utiliser les références directes envers %gs lors de l'accès des données TLS. Utiliser les instructions XPA (eXtended Physical Address). Utiliser des instructions de comparaisons en virgule flottante qui respectent l'epsilon. Utiliser les profils des valeurs des expressions dans les optimisations. Utiliser les instructions pour déplacer un nombre décimal vers/de le GPR du PowerPC V2.05 étendu. Utiliser la convention d'appel f2c. Utiliser les options et ordonnancer le code pour le processeur donné. Utiliser les fonctionnalités et ordonnancer pour le processeur donné. Utiliser le modèle plat pour la fenêtre de registres. Utiliser les instructions double fp. Utiliser les registres FP. Utiliser des registres complets pour l'allocation de registres. Utiliser le modèle de code SPARC-V9 donné. Utiliser le modèle de code TILE-Gx donné. Utiliser le mode d'adressage spécifié. Utiliser le dialecte de l'assembleur donné. Utiliser les instructions de largeur de registre vectoriel donné au lieu de la largeur de registre maximale dans le vectoriseur automatique. Utiliser la méthode donnée pour protéger la pile. Utiliser le dialecte donné pour le stockage local au thread. Utiliser le modèle de code x86-64 donné. Utiliser le FP matériel (par défaut). Utiliser l'unité en virgule flottante matérielle. Utiliser les instructions de divisions matérielles sur un ColdFire. Utiliser les instructions matérielles de conversions en virgule flottante. Utiliser les instructions matérielles en virgule flottante. Utiliser les instructions matérielles pour la racine carrée en virgule flottante. Utiliser l'unité matérielle pour les opérations en virgule flottante. Utiliser les instructions matérielles pour la division et la racine carrée en virgule flottante. Utiliser le coprocesseur mathématique. Utiliser les instructions matérielles pour la division entière. Utiliser l'instruction de pré-extraction matérielle. Utiliser les instructions matérielles quad FP. Utiliser des instructions transactionnelles matérielles. Utiliser des instructions d'assistance vectorielles matérielles et activer l'ABI vectorielle. Utiliser la spéculation sur le contrôle dans le bloc. Utiliser la spéculation sur les données dans le bloc après le rechargement. Utiliser la spéculation sur les données dans le bloc avant le rechargement. Utiliser les noms des registres in/loc/out. Utiliser les instructions indirectes CALLXn pour les grands programmes. Utiliser les appels indirects. Utiliser des motifs en lignes pour copier de la mémoire. Utiliser les instructions madd/msub. Utiliser des tables de sauts pour des instructions switch suffisamment grandes. Utiliser des stubs de libgcc pour sauvegarder et rétablir les registres écrasés par les appels 64 bits de Microsoft vers l'ABI System V Utiliser l'ordre des octets petit-boutiste. Utiliser les instructions ll, sc et sync. Utiliser les instructions lwxc1/swxc1/ldxc1/sdxc1 où cela est pertinent. Utiliser les instructions média. Utiliser les instructions microMIPS. Utiliser les instructions de multiplication et d'addition/soustraction. Utiliser les instructions de multiplications hautes pour la partie haute de la multiplication 32×32. Utiliser la bibliothèque C musl. Utiliser une disposition des champs de bits native (MS). Utiliser les nouveaux motifs adddi3/subdi3. Utiliser la convention d'appels normale. L'utilisation du module intrinsèque %qs à %C est en conflit avec le nom de module non intrinsèque utilisé précédemment L'utilisation du module non intrinsèque %qs à %C est en conflit avec le nom de module intrinsèque utilisé précédemment L'utilisation de la constante nommée NUMERIC_STORAGE_SIZE du module intrinsèque ISO_FORTRAN_ENV à %C est incompatible avec l'option %s L'utilisation de la constante nommée NUMERIC_STORAGE_SIZE du module intrinsèque ISO_FORTRAN_ENV à %L est incompatible avec l'option %qs Utiliser une seule entrée TOC par procédure. Utiliser des accès ordinaires à la mémoire cache pour les références volatiles. Utiliser une disposition de pile compacte. Utiliser les instructions en virgule flottante simple précision appariées (paired-single). Utiliser les instructions de comparaisons de motifs. Utiliser des tables « switch/case » relatives au pc. Ceci permet de raccourcir les tables de « case ». Utiliser les conventions d'appels portables. Utiliser les informations de profilage pour les probabilités de branchements. Utiliser ProPolice comme méthode de protection de la pile. Utiliser les instructions push pour sauvegardes les arguments sortants. Utiliser r11 pour contenir le lien statique dans des appels de fonctions via des pointeurs. Utiliser une zone rouge (espace réservé sur la pile pour usage par l'appelé) dans le code x86-64. Utiliser des registres réduits pour l'allocation de registres. Utiliser la pile de registres pour les paramètres et la valeur retournée. Utiliser les instructions mémoire de type registre+décalage ajoutées dans l'ISA 3.0. Utiliser les registres pour le passage d'arguments. Utiliser les registres r2 et r5. Utiliser les instructions de réorganisation (échanger et charger/stocker des octets inversés) (par défaut). Utiliser des informations de profilage par échantillonnage pour le poids des nœuds du graphe d'appels. Le fichier profile par défaut est fbdata.afdo dans « pwd ». Utiliser des informations de profilage par échantillonnage pour le poids des nœuds du graphe d'appels. Le fichier profile est spécifié en argument. Utiliser les instructions mémoire de type registre scalaire+décalage ajoutées dans l'ISA 3.0. Utiliser des bibliothèques partagées. Utiliser une vérification simple de la spéculation sur les données pour la spéculation du contrôle. Utiliser une vérification simple de la spéculation sur les données. Produire l'exécutable pour un simulateur. Utiliser du code plus petit mais plus lent pour le prologue et l'épilogue. Utiliser l'émulation logicielle des virgules flottantes (par défaut). Utiliser les comparaisons logicielles des virgules flottantes. Utiliser les nombres en virgule flottante logiciels. Utiliser un biais de la pile. N'utiliser une méthode de protection de la pile que sur les fonctions qui ont l'attribut stack_protection. Utiliser la fonction « main » standard comme point d'entrée au démarrage. Utiliser la variable initialisée statiquement pour vérifier les limites des constantes au lieu de les générer chaque fois qu'elles sont requises. Utiliser la variable initialisée statiquement pour vérifier les limites des variables au lieu de les générer chaque fois qu'elles sont requises. Utiliser des structs avec un alignement plus fort pour les copies de mots-doubles. Utiliser des stubs pour les prologues de fonctions. Utiliser des sous-routines pour les prologue et épilogue des fonctions. Utiliser l'instruction synci pour invalider la cache i. Utiliser une division rapide basée sur une table (par défaut à -O3). Utiliser l'optimisation de rechercher dans une table pour les divisions de petits entiers signés. Utiliser l'instruction tas.b pour __atomic_test_and_set. Utiliser les extensions de l'ABI AltiVec. Utiliser l'extension de pointeur Cray. Utiliser la syntaxe de l'assembleur DEC. Utiliser l'ABI ELFv1. Utiliser l'ABI ELFv2. Utiliser l'extension GNU du format PE pour les données communes alignées. Utiliser l'étape d'élimination du code RTL mort. Utiliser l'étape d'élimination des stockages RTL morts. Utiliser les extensions de l'ABI SPE. Utiliser l'éditeur de liens bfd au lieu de l'éditeur par défaut. Utiliser les instructions de champs de bits. Utiliser l'instruction de division. Utiliser l'unité en virgule flottante pour ajouter/soustraire des entiers. Utiliser le registre de base donné pour adresser la protection de la pile. Utiliser l'alignement de données spécifié. Utiliser le décalage donné pour adresser la protection de la pile. Utiliser le symbole donné pour adresser la protection de la pile. Utiliser l'éditeur de liens gold au lieu de l'éditeur par défaut. Utiliser le Barrel Shifter matériel au lieu de l'émulation. Utiliser les options activant le plus de fonctionnalités qui sont permises par les autres options. Utiliser les instructions mvcle pour les déplacements de blocs. Utiliser le type d'entier le plus étroit possible pour les types d'énumérations. Utiliser les nouvelles instructions min/max définies dans l'ISA 3.0. Produire un exécutable pour le simulateur. Utiliser l'émulation logicielle de la multiplication (par défaut). Utiliser l'émulation logicielle pour les divisions (par défaut). Utiliser les sémantiques GNU traditionnelles pour les fonctions mises en lignes. Utiliser un déroutement au lieu d'une fonction de la bibliothèque pour signaler des comportements indéfinis détectés par le code d'assainissement. Utiliser des instructions de déroutement pour vérifier les divisions entières par zéro. Utiliser la bibliothèque C uClibc. Utiliser une amorce unicode et défini la macro UNICODE. Utiliser les instructions vecteurs et scalaires ajoutées dans l'ISA 2.07. Utiliser les instructions vectorielles ajoutées dans l'ISA 3.0. Utiliser les instructions mémoire de type registre vectoriel+décalage ajoutées dans l'ISA 3.0. Utiliser les instructions vecteur/scalaire (VSX). Utiliser une limite à zéro pour tous les arguments reçus par la fonction « main ». Cela aide quand le binaire ainsi contrôlé est utilisé avec des bibliothèques historiques. Utiliser des chargements mémoire qui étendent les zéros au lieu de celles qui étendent le signe. Utilisé avec le mode Fix-and-Continue pour indiquer que les fichiers objets peuvent être insérés pour remplacer ceux du programme durant l'exécution. La fonction %qs non ELEMENTAL définie par l'utilisateur à %L n'est pas permise dans la construction WORKSHARE L'opérateur utilisateur %qs référencé à %L n'est pas trouvé dans le module %qs La procédure opérateur utilisateur %qs à %L ne peut pas être une longueur de caractère tacite La procédure opérateur utilisateur %qs à %L doit être une FUNCTION La procédure opérateur utilisateur %qs à %L doit avoir au moins un argument Les utilisations de cette option sont diagnostiquées. Utilisation du long double en précision étendue de IBM Utilisation du long double en précision étendue de IEEE Utilisation des specs internes. L'argument VALUE de la fonction intrinsèque %s à %L sera définissable Attribut VALUE à %C VALUE n'est pas autorisé à l'intérieur de BLOCK à %C Objet VALUE %qs dans la clause %s à %L Instruction VALUE à %C mode VOID sur une sortie Attribut VOLATILE à %C Instruction VOLATILE à %C les instructions VSX et SPE ne peuvent coexister Niveaux valides pour l'ISA du Nios II (pour -march): Arguments valides pour l'option -msdata=. Arguments valides pour -malign-: Les arguments valides pour -mcode-readable=: Arguments valides pour -mfloat-gprs=: Arguments valides pour -mfpmath=: Arguments valables pour -mr10k-cache-barrier=: Arguments valides pour -mstack-protector-guard=: Les arguments valables pour -mstringop-strategy=: Arguments valables pour -mtp=: Options valides pour l'adressage relatif à GP (pour -mgpopt): Valider les pointeurs dans la vtable avant de les utiliser. La variable %qs à %C ne peut pas être redéfinie à l'intérieur de la boucle commençant à %L La variable %qs à %C avec une initialisation apparaît déjà dans une instruction DATA La variable %qs à %L ne peut pas être BIND(C) car elle n'est ni un bloc COMMON ni déclarée au niveau du module La variable %qs à %L ne peut pas avoir les attributs ALLOCATABLE et BIND(C) en même temps La variable %qs à %L ne peut pas avoir les deux attributs OPTIONAL et VALUE car la procédure %qs est BIND(C) La variable %qs à %L ne peut pas avoir les attributs POINTER et BIND(c) en même temps La variable %qs à %L n'a pas reçu d'étiquette de format La variable %qs à %L dans le bloc commun %qs à %C doit être déclarée avec un sous-type interopérable avec le C puisque le bloc commun %qs est bind(c) La variable %qs à %L doit être une constante dans ce contexte La variable %qs à %L est INTENT(OUT) et ne peut donc pas être un co-tableau allouable ou avoir des composants co-tableaux La variable %qs à %L est un co-tableau qui n'est pas ALLOCATABLE, SAVE ni un argument muet La variable %qs à %L est un argument muet de la procédure BIND(C) %qs mais elle pourrait ne pas être interopérable avec le C La variable %qs à %L est un argument muet de la procédure BIND(C) %qs mais elle n'est pas interopérable avec le C car le type dérivé %qs n'est pas interopérable avec le C La variable %qs à %L est un argument muet de la procédure BIND(C) %qs mais elle n'est pas interopérable avec le C car elle est polymorphique La variable %qs à %L est dans COMMON mais seule l'initialisation dans BLOCK DATA est permise La variable %qs à %L peut ne pas être d'un sous-type interopérable avec le C mais elle est BIND(C) La variable %qs à %L n'est pas définissable à l'intérieur de la boucle commençant à %L comme argument INTENT(INOUT) de la fonction %qs La variable %qs à %L n'est pas définissable à l'intérieur de la boucle commençant à %L comme argument INTENT(INOUT) de la sous-routine %qs La variable %qs à %L du TYPE(C_PTR) ou TYPE(C_FUNPTR) ne sera point un co-tableau La variable %qs à %L a une valeur non définie à l'intérieur de la boucle commençant à %L comme argument INTENT(OUT) de la sous-routine %qs La variable %qs à %L a une valeur non définie à l'intérieur de la boucle commençant à %L comme argument INTENT(OUT) de la fonction %qs Variable %qs à %L avec l'attribut ALLOCATABLE dans la procédure %qs avec BIND(C) Variable %qs à %L avec l'attribut OPTIONAL dans la procédure %qs qui est BIND(C) Variable %qs à %L avec l'attribut POINTER dans la procédure %qs avec BIND(C) La variable %qs à %L avec un composant co-tableau doit être un scalaire non pointeur, non allouable qui n'est pas un co-tableau La variable %qs ne peut pas apparaître dans le contexte de définition de variable (%s) à %L dans la procédure PURE La variable %qs ne peut pas apparaître dans l'expression à %L La variable %qs du module %qs avec l'étiquette de liaison %qs à %L utilise le même identificateur global que l'entité à %L du module %qs Une étiquette cible n'a pas été affectée à la variable %qs à %L La variable %qs dans la clause %s est utilisée dans une instruction NAMELIST à %L La variable %qs dans le bloc commun %qs à %C ne peut pas être bind(c) puisqu'elle n'est pas globale La variable %qs dans le bloc commun %qs à %C doit être déclarée avec un sous-type interopérable avec le C puisque le bloc commun %qs est BIND(C) La variable %qs dans le bloc commun %qs à %L ne peut pas être déclarée avec BIND(C) puisqu'elle n'est pas globale La variable %qs dans le bloc commun %qs à %L ne peut pas être un sous-type interopérable avec le C bien que le bloc commun %qs est BIND(C) La variable %qs est PROTECTED et ne peut pas apparaître dans le contexte d'association de pointeur (%s) à %L La variable %qs est PROTECTED et ne peut pas apparaître dans le contexte de définition de variable (%s) à %L La variable %qs n'est pas un argument muet à %L La variable %qs est utilisée à %L avant l'instruction ENTRY dans laquelle elle est un paramètre La variable %qs avec l'étiquette de liaison %qs à %L utilise le même identificateur global que l'entité à %L La variable %qs, utilisée dans une expression de spécification, est référencée à %L avant l'instruction ENTRY dans laquelle elle est un paramètre La variable %s à %L du type EVENT_TYPE ou avec un sous-composant du type EVENT_TYPE doit être un co-tableau La variable %s à %L du type LOCK_TYPE ou avec un sous-composant de type LOCK_TYPE doit être un co-tableau La variable %s à %L avec l'attribut NO_ARG_CHECK ne peut pas avoir les attributs ALLOCATABLE, CODIMENSION, POINTER ou VALUE La variable %s à %L avec l'attribut NO_ARG_CHECK ne peut pas avoir l'attribut INTENT(OUT) La variable %s à %L avec l'attribut NO_ARG_CHECK peut uniquement être utilisée comme argument effectif La variable %s à %L avec l'attribut NO_ARG_CHECK sera un argument muet La variable %s à %L avec l'attribut NO_ARG_CHECK sera du type TYPE(*) ou d'un type intrinsèque numérique La variable %s à %L avec l'attribut NO_ARG_CHECK sera soit un scalaire ou un tableau de taille tacite La variable %s à %L avec l'attribut NO_ARG_CHECK n'aura point de référence à un sous-objet La variable %s ne peut pas être INTENT(IN) à %C Une valeur ne peut pas être affectée à la variable %s dans une procédure PURE à %C La variable à %C n'est pas un élément d'un bloc COMMON La variable à %L est mentionnée plusieurs fois dans des clauses ayant la même directive OMP DECLARE TARGET La variable est associée grâce à USE avec !$ACC DECLARE à %L Une variable autre que OMP_OUT ou OMP_IN est utilisée dans le combinateur de !$OMP DECLARE REDUCTION à %L Une variable autre que OMP_PRIV ou OMP_ORIG est utilisée dans la clause INITIALIZER de !$OMP DECLARE REDUCTION à %L Le type de la variable est inconnu dans l'affectation à %L La variable avec l'attribut NO_ARG_CHECK à %L est uniquement permise comme argument aux fonctions intrinsèques C_LOC et PRESENT ABI de la bibliothèque vectorielle à utiliser. Vectoriser pour des opérations sur des doubles mots. Des versions multiples de fonctions virtuelles ne sont pas supportées Les accès mémoire volatiles n'utilisent pas les instructions de chargement/stockage E/S. Les accès mémoire volatiles utilisent les instructions de chargement/stockage E/S. WAIT à %C interdit en Fortran 95 La clause WAIT à %L requiert une expression INTEGER scalaire L'instruction WAIT n'est pas permise dans une procédure PURE à %C La cible de l'affectation WHERE à %L a une forme inconsistante Le masque WHERE à %L a une forme inconsistante La clause WHERE/ELSEWHERE à %L requiert un tableau LOGICAL Avertir à propos des déclarations « extern » qui ne sont pas au niveau global du fichier. Avertir à propos des constructions « douteuses ». Avertir à propos d'un « new » d'un type avec un alignement étendu si -faligned-new n'est pas utilisé. Avertir à propos des @selector() sans méthode préalablement déclarée. Avertir à propos de constructions C qui ne sont pas communes au C et au C++. Avertir à propos de constructions C++ dont la signification diffère entre le C++ ISO 1998 et le C++ ISO 2011. Avertir à propos de constructions C++ dont la signification diffère entre le C++ ISO 2011 et le C++ ISO 2014. Avertir à propos de constructions C++ dont la signification diffère entre le C++ ISO 2014 et le C++ ISO 2017. Avertir à propos des types polymorphiques du C++ où l'ajout du mot clé « final » améliorerait la qualité du code. Avertir à propos des méthodes virtuelles du C++ où l'ajout du mot clé « final » améliorerait la qualité du code. Avertir à propos des constructeurs C++11 qui héritent d'une classe de base avec un constructeur variadic. Avertir quand NULL est passé dans un argument marqué comme exigeant une valeur non NULL. Avertir à propos des fichiers PCH qui sont trouvés mais pas utilisés. Avertir à propos d'expressions USE qui n'ont pas de qualificatif ONLY. Avertir à propos de l'utilisation de __TIME__, __DATE__ et __TIMESTAMP__. Avertir à propos de l'alignement de blocs COMMON. Avertir à propos de tous les « switch » sur des énumérations où un « case » spécifique manque. Avertir à propos d'un corps vide dans une expression « if » ou « else ». Avertir à propos des boucles DO invalides. Avertir quand une expression booléenne est comparée avec une valeur entière différente de vrai/faux. Avertir à propos des débordements de tampon dans les fonctions de manipulation de chaînes telles que memcpy et strcpy. Avertir à propos de procédures appelées sans être explicitement déclarées. Avertir à propos d'appels à snprintf et aux fonctions similaires qui tronquent la sortie. Avertir à propos d'appels à snprintf et des fonctions similaires qui tronquent la sortie. Identique à -Wformat-truncation=1. Avertir à propos d'appels avec une interface implicite. Avertir quand des fonctions sont transtypées vers des types incompatibles. Avertir à propos de transtypages entre types de fonctions incompatibles. Avertir à propos des transtypages qui écartent les qualificatifs. Avertir à propos de gestionnaires « catch » de types non référencés. Avertir à propos des certaines opérations sur des expressions booléennes. Avertir à propos du code qui pourrait enfreindre la règle selon laquelle une zone mémoire ne peut être accédée que par une seule variable (strict aliasing). Avertir à propos de comparaisons entre enum de types différents. Avertir au sujet de divisions entières par zéro au moment de la compilation. Avertir à propos de divisions de constantes entières qui produisent un résultat tronqué. Avertir à propos de la création de temporaires de tableaux. Avertir à propos des « else » orphelins. Avertir à propos de déclarations d'entités auxquelles des attributs pourraient être manquants qui sont liées à des entités qui ont été déclarées avec eux. Avertir à propos de la destruction d'un objet polymorphique sans destructeur virtuel. Avertir à propos de l'usage obsolète du type AltiVec « vector long ... ». Avertir à propos de branches dupliquées dans les instructions if-else. Avertir à propos de conditions dupliquées dans une chaîne if-else-if. Avertir à propos des « switch » sur des énumérations et qui n'ont pas de « default: ». Avertir à propos d'un « switch » sur une énumération, sans défaut, et où au moins un élément de l'énumération est manquant. Avertir à propos d'égalités impliquant des comparaisons avec des expressions REAL ou COMPLEX. Avertir à propos de fonctionnalités absentes dans le C90 ISO mais présentes dans le C99 ISO. Avertir à propos de fonctionnalités absentes dans le C99 ISO mais présentes dans le C11 ISO. Avertir à propos des fonctionnalités absentes du C traditionnel. Avertir à propos des chaînes de format qui ne sont pas littérales. Avertir à propos des chaînes de format contenant des octets NUL. Avertir à propos de l'élimination d'appels de fonctions. Avertir à propos des appels de fonctions avec chaîne de format qui écrivent au delà de la fin de la région de destination. Avertir à propos d'appels de fonctions avec chaîne de format qui écrivent au delà de la fin de la région de destination. Identique à -Wformat-overflow=1. Avertir à propos des paramètres de fonctions déclarés sans type dans des fonctions utilisant le style K&R. Avertir à propos d'arithmétiques sur un pointeur de fonction. Avertir à propos des fonctions qui seraient candidates pour __attribute__((cold)). Avertir à propos des fonctions qui seraient candidates pour __attribute__((const)). Avertir à propos des fonctions qui seraient candidates pour __attribute__((malloc)). Avertir à propos des fonctions qui seraient candidates pour __attribute__((noreturn)). Avertir à propos des fonctions qui seraient candidates pour __attribute__((pure)). Avertir à propos des fonctions qui pourraient être candidates pour les attributs de format. Avertir à propos des fonctions globales sans déclaration précédente. Avertir à propos des fonctions globales sans prototype. Avertir à propos des conversions implicites de « float » vers « double ». Avertir à propos des déclarations implicites. Avertir à propos des déclarations de fonctions implicites. Avertir à propos de l'utilisation inappropriée d'un attribut. Avertir à propos des conversions incompatibles d'un entier vers un pointeur et d'un pointeur vers un entier. Avertir à propos d'utilisations invalides de la macro « offsetof ». Avertir à propos de macros définies dans le fichier principal qui ne sont pas utilisées. Avertir à propos des variables automatiques qui pourraient ne pas être initialisées. Avertir à propos des erreurs d'accès mémoire trouvées par Pointer Bounds Checker. Avertir à propos de l'absence d'une esperluette (&) dans des constantes de caractères continuées (sur plusieurs lignes, par exemple). Avertir à propos des champs manquants dans les initialisations des structures. Avertir quand des fonctions de désallocation basées sur la taille sont manquantes. Avertir à propos de pragmas mal employés. Avertir à propos d'une grande partie des conversions implicites. Avertir à propos de déclarations multiples du même objet. Avertir à propos de conversions entre { } qui réduisent la largeur du type et sont mal formées en C++11. Avertir à propos des destructeurs non virtuels. Avertir à propos des extensions de largeur de scanf/printf de msvcrt qui ne sont pas ISO. Avertir à propos d'optimisations qui supposent que le débordement d'un nombre signé est indéfini. Avertir à propos des débordements dans les expressions arithmétiques. Avertir à propos de la surcharge des noms de fonctions virtuelles. Avertir lorsque des initialiseurs sont outrepassés avec effets de bords. Avertir lorsque des initialiseurs sont outrepassés sans effets de bords. Avertir à propos de champs de bits compactés dont l'offset a changé dans GCC 4.4. Avertir à propos des conversions de pointeurs qui accroissent l'alignement. Avertir à propos d'initialisations par positions de struct qui requièrent des initialisations par noms. Avertir à propos de l'emploi d'alias pour des arguments fictifs. Avertir à propos des problèmes de sécurité possibles dans les fonctions avec chaîne de format. Avertir à propos des violations possibles des règles des points de séquence. Avertir à propos d'indices probablement incorrects dans les boucles « do ». Avertir à propos des accolades qui pourraient être manquantes autour des initialisations. Avertir à propos de parenthèses qui pourraient être manquantes. Avertir à propos des blocs de commentaires imbriqués et des commentaires C++ qui s'étendent sur plus d'une ligne physique. Avertir à propos des anomalies dans les chaînes de format de printf/scanf/strftime/strfmon. Avertir à propos de l'usage discutable de macros utilisées pour récupérer des arguments variables. Avertir à propos de constantes littérales réelles ayant la lettre d'exposant « q ». Avertir à propos du retour d'un pointeur ou d'une référence à une variable locale ou temporaire. Avertir à propos de structures, unions ou tableaux retournés. Avertir à propos d'un point-virgule après la définition d'une fonction dans une classe. Avertir à propos des différences de signe dans les fonctions avec chaîne de format. Avertir à propos des comparaisons entre signés et non signés. Avertir à propos de certaines violations de la règle de la définition unique du C++ durant l'optimisation lors de l'édition de liens. Avertir à propos d'instructions entre l'expression de contrôle du « switch » et le premier « case ». Avertir si des éléments sont trouvés à la suite de #else et #endif. Avertir à propos des chaînes de format de strftime ne laissant que 2 chiffres pour l'année. Avertir à propos des indices dont le type est « char ». Avertir à propos des appels douteux à memset où le troisième argument contient le nombre d'éléments sans être multiplié par la taille d'un élément. Avertir à propos des appels douteux à memset où le troisième argument est la constante littérale zéro mais le deuxième ne l'est pas. Avertir à propos des déclarations douteuses de « main ». Avertir à propos de divisions douteuses de deux expressions sizeof qui ne fonctionnent pas correctement avec des pointeurs. Avertir à propos de paramètres de longueur douteux à certaines fonctions manipulant des chaines si l'argument utilise sizeof. Avertir à propos d'utilisations douteuses d'adresses mémoire. Avertir à propos des « switch » qui sont contrôlés par une expression booléenne. Avertir à propos des choses qui changent entre le -fabi-version actuel est la version spécifiée. Avertir à propos des choses qui vont changer lors d'une compilation avec un compilateur conforme à l'ABI. Avertir à propos d'expressions de caractères tronquées. Avertir à propos de lignes sources tronquées. Avertir à propos des chaînes tronquées dans les fonctions de manipulation de chaînes telles que strncat et strncpy. Avertir à propos d'incohérences de type et de rang entre les arguments et les paramètres. Avertir à propos de la sécurité du type et les erreurs similaires dans les alias d'attributs et apparentés. Avertir à propos des NULL sans type qui sont utilisés comme sentinelle. Avertir à propos du débordement vers le bas d'expressions constantes numériques. Avertir à propos des variables automatiques non initialisées. Avertir à propos des déclarations de fonctions sans prototype. Avertir à propos des pragmas non reconnus. Avertir à propos des macros non sûres qui s'étendent en plusieurs instructions utilisées comme contenu d'une instruction telle que if, else, while, switch ou for. Avertir à propos de constantes flottantes sans suffixe. Avertir à propos des arguments fictifs inutilisés. Avertir à propos de l'utilisation de constantes de type caractère utilisant des multi-caractères. Avertir à propos des transtypages inutiles. Avertir si des répertoires d'inclusions définis par l'utilisateur n'existent pas. Avertir à propos des utilisations des déclarations « __attribute__((deprecated)) ». Avertir à propos de l'utilisation des spécificateurs de stockage de registres. Avertir à propos de l'utilisation de macros variadiques. Avertir à propos de variables qui pourraient être changées par « longjmp » ou « vfork ». Avertir au sujet des variables qui sont initialisées par elles-mêmes. Avertir à propos des violations des règles de style de Effective C++. Avertir à propos des chaînes de format de longueur nulle. Avertir à propos des boucles DO sans aucun passage. Avertir à propos des constructions qui reposent sur une condition. Avertir à propos de conversions de NULL vers/de un type qui n'est pas un pointeur. Avertir à propos des conversions implicites entre entiers signés et non signés. Avertir à propos de conversions de types implicites qui peuvent causer une perte de précision en virgule flottante. Avertir pour des conversions de types implicites qui pourraient changer une valeur. Avertir à propos des utilisations obsolètes dans une déclaration. Avertir à propos des expressions « new » avec placement qui ont un comportement indéfini. Avertir à propos d'expressions entières qui apparaissent étrangement dans un contexte booléen. Avertir à propos d'écritures non sûres en mémoire brut vers des objets de types classe. Avertir si « defined » est utilisé en dehors de #if. Avertir si le type de fonction noexcept du C++17 changera le nom décoré d'un symbole. Avertir si un transtypage de type C est utilisé dans un programme. Avertir si l'appelant d'une fonction marquée avec l'attribut « warn_unused_result » n'utilise pas la valeur retournée. Avertir si un type de classe a une base ou un champ dont le type utilise l'espace de noms anonyme ou dépend d'un type sans classe de liaison. Avertir si une comparaison est toujours évaluée à vrai ou à faux. Avertir si une comparaison est toujours vraie ou toujours fausse en raison d'une gamme limitée du type de donnée. Avertir si une fonctionnalité du compilateur, une classe, une méthode ou un champ obsolète est utilisé. Avertir si une fonction utilise alloca ou crée un tableau avec une taille dynamique. Avertir si une déclaration locale masque une variable d'instance. Avertir si une boucle avec un nombre constant d'itérations déclenche un comportement indéfini. Avertir si une propriété d'un objet en Objective-C n'a pas de sémantique d'affectation spécifiée. Avertir si un sélecteur a de multiples méthodes. Avertir si une directive SIMD est outrepassée par le modèle de coût du vectoriseur. Avertir si la taille de trame d'une seule fonction excède la taille de trame donnée. Avertir si une chaîne est plus longue que la longueur maximale spécifiée comme étant portable par le standard. Avertir si le sous-objet a un attribut abi_tag que le type d'objet complet n'a pas. Avertir si une expression « throw » conduira toujours à un appel à terminate(). Avertir si une procédure de l'utilisateur a le même nom qu'un intrinsèque. Avertir si un tableau de longueur variable est utilisé. Avertir si une classe de base virtuelle a un opérateur de déplacement non-trivial. Avertir si le nom d'un MCU n'est pas reconnu ou entre en conflit avec d'autres options (défaut: on). Avertir si un tableau est accédé en dehors de ses limites. Avertir lorsqu'une définition de paramètre dans l'ancien style est utilisée. Avertir si une macro non définie est utilisée dans une directive #if. Avertir si un paramètre pointeur avec l'attribut nonnull est comparé avec NULL. Avertir si des objets CFString constants contiennent des caractères non portables. Avertir si le déréférencement d'un pointeur NULL peut conduire à un comportement erroné ou indéfini. Avertir si les méthodes héritées ne sont pas implémentées. Avertir si le décalage à gauche d'une valeur signée déborde. Avertir à propos des décalages à gauche de valeurs négatives. Avertir si les boucles ont été échangées. Avertir lorsqu'il y a trop d'arguments passés à une fonction par rapport à la chaîne de format. Avertir si le qualificatif d'un tableau qui est un pointeur vers une cible est abandonné. Avertir si le nombre de décalages >= à la largeur du type. Avertir si le nombre de décalages est négatif. Avertir à propos des tests d'égalité sur des nombres flottants. Avertir si le ISR est mal écrit, c.-à-d. sans le préfixe __vector. Activé par défaut. Avertir si l'espace d'adressage d'une adresse est changé. Avertir si le pointeur dans une affectation à un pointeur pourrait vivre plus longtemps que sa cible. Avertir si le type d'une variable pourrait ne pas être compatible avec le C. Avertir si des trigrammes sont rencontrés et qu'ils pourraient affecter le sens du programme. Avertir si le qualificatif de type sur des pointeurs est abandonné. Avertir si la signature d'une méthode candidate ne correspond pas exactement. Avertir si les profiles définis par -fprofile-use ne correspondent pas. Avertir à propos des prototypes qui causent une conversion de type différente de celle qui aurait lieu en l'absence du prototype. Avertir lors de toute utilisation de alloca. Avertir à propos des héritages multiples directs. Avertir à propos d'héritages virtuels directs. Avertir à propos des intrinsèques qui ne font pas partie du standard sélectionné. Avertir à propos des définitions d'espaces de noms. Avertir lors d'une déclaration d'un patron primaire. Avertir à propos de constructions douteuses impliquant un ordre inversé de stockage des scalaires. Avertir quand __builtin_frame_address ou __builtin_return_address n'est pas utilisé de manière sûre. Avertir quand les fonctions intégrées __sync_fetch_and_nand et __sync_nand_and_fetch sont utilisées. Avertir lorsque une directive #warning est rencontrée. Avertir lorsqu'une instruction microcodée du Cell est émise. Avertir lorsque une fonction interne est déclarée avec la mauvaise signature. Avertir quand une macro interne du pré-processeur est annulée ou redéfinie. Avertir lorsqu'une variable const est inutilisée. Avertir lorsqu'une déclaration ne spécifie pas le type. Avertir lorsqu'une déclaration duplique l'un des spécificateurs const, volatile, restrict ou _Atomic. Avertir lorsqu'une déclaration est trouvée après une expression. Avertir lorsque une fonction ne peut pas être déployée en HSAIL. Avertir lorsqu'une fonction est inutilisée. Avertir lorsqu'un paramètre de fonction est seulement défini mais n'est pas autrement utilisé. Avertir lorsqu'un paramètre de fonction est inutilisé. Avertir quand un saut manque l'initialisation d'une variable. Avertir lorsqu'une étiquette est inutilisée. Avertir lorsqu'une variable tableau dans le membre de gauche est ré-allouée. Avertir lorsqu'une variable dans le membre de gauche est ré-allouée. Avertir lorsqu'un « 0 » littéral est utilisé comme pointeur nul. Avertir quand un opérateur logique est toujours étrangement évalué à vrai ou faux. Avertir quand une expression « noexcept » est évaluée à faux alors que l'expression ne peut pas générer d'exception en réalité. Avertir lorsque un pointeur d'un type signé est affecté à un pointeur d'un autre type signé. Avertir quand un pointeur est transtypé vers un entier de taille différente. Avertir quand un pointeur est comparé avec la constante caractère zéro. Avertir quand une variable registre est déclarée volatile. Avertir quand une chaîne ou un caractère littéral est suivi d'un suffixe défini par l'utilisateur qui ne commence pas par un souligné. Avertir quand un « case » d'un « switch » n'a pas d'instruction « break ». Avertir lorsqu'une variable est seulement définie mais n'est pas autrement utilisée. Avertir lorsqu'une variable est inutilisée. Avertir lorsqu'une opération vectorielle est compilée en dehors de SIMD. Avertir lorsque tous les constructeurs et destructeurs sont privés. Avertir quand un argument passé à un paramètre avec le spécificateur « restrict » a un autre argument comme synonyme. Avertir si un paramètre du modèle de mémoire atomique est identifié comme étant en dehors de la plage valide. Avertir lorsque la valeur d'une expression n'est pas utilisée. Avertir lorsque une fonction en ligne ne peut pas être mise en ligne. Avertir lorsque une passe d'optimisation est désactivée. Avertir lors d'une tentative de libérer un objet qui n'est pas sur le tas. Avertir lors de la conversion de types de pointeurs en fonctions membres. Avertir lors de la destruction d'un pointeur vers un type incomplet. Avertir quand des champs dans une structure avec des attributs empaquetés sont mal alignés. Avertir quand le « non » logique est utilisé sur l'opérande de gauche d'une comparaison. Avertir si plusieurs différents gestionnaires d'interruption rapide sont dans l'unité de compilation. Avertir lorsque des fonctions amies sans patron sont déclarées à l'intérieur d'un patron. Avertir lorsque la protection contre l'écrasement de la pile n'est pas produite pour une quelconque raison. Avertir lorsqu'une variable locale masque une autre variable locale ou un paramètre d'un type compatible. Avertir lorsqu'une variable locale masque une autre variable locale ou un paramètre. Avertir lorsqu'une variable en masque une autre (globalement). Avertir lorsqu'une variable en masque une autre. Identique à -Wshadow=global. Avertir lorsque la surcharge promeut un non signé en signé. Avertir lorsque du rembourrage est requis pour aligner les membres d'une structure. Avertir si sizeof est appliqué à un paramètre déclaré comme un tableau. Avertir lorsque le compilateur réordonne le code. Avertir lorsqu'un champ dans une structure n'est pas aligné. Avertir lorsque l'indentation du code ne reflète pas la structure du bloc. Avertir lorsque l'attribut « packed » n'a pas d'effet sur l'agencement d'un struct. Avertir quand il y a un transtypage vers un pointeur à partir d'un entier de taille différente. Avertir quand il y a une conversion entre des pointeurs de types incompatibles. Avertir quand un typedef défini localement dans une fonction n'est pas utilisé. Avertir lorsque une fonction retourne le type par défaut « int » (en C) ou lorsque les types de retour sont inconsistants (en C++). Avertir lorsqu'un trampoline est généré. Avertir quand une affectation Objective-C est interceptée par le ramasse-miettes. Avertir lorsque des attributs sont ignorés. Avertir lorsque des qualificatifs de types sont ignorés. Avertissement Lorsque ni « signed » ni « unsigned » n'est fourni, le champ de bits doit être signé. Lorsque ni « signed » ni « unsigned » n'est fourni, le champ de bits doit être non signé. Lors d'un accès à la RAM, utiliser X comme imposé par le matériel, c'est-à-dire, utiliser la pré-décrémentation, la post-incrémentation et l'adressage indirect avec le registre X. Sans cette option, le compilateur peut supposer qu'il existe un mode d'adressage X+const similaire à Y+const et Z+const et produire des instructions qui émulent un tel mode d'adressage pour X. Lors de la génération de code -fpic, autoriser l'utilisation des PLT. Ignoré avec fno-pic. Lors de la génération de code -mabicalls, autoriser les exécutables à utiliser les PLT et à copier les relocalisations. Lors de la génération de code -mabicalls, rendre le code convenable pour être utilisé dans des bibliothèques partagées. Lors de l'édition de liens pour des cibles gros boutistes, générer une image au format BE8. Lors de l'édition de liens pour des cibles gros-boutistes, générer une image au format historique BE32. Lorsque c'est possible, ne pas générer des trames de pile. Lorsque CSE s'exécute, suivre les sauts jusqu'à leurs cibles. Lorsqu'ils sont plus courts, utiliser des chemins canoniques vers les en-têtes système. Faut-il utiliser les types canoniques. Quel algorithme de -fsched-pressure appliquer. Lors de la configuration du gestionnaire de signal: %m Lors de la configuration de la pile de signaux: %m Mode d'analyse du programme complet (WPA=Whole Program Analysis) avec le nombre de tâches parallèles spécifiées. Avec cette option, les tailles nulles obtenues dynamiquement pour des objets de types incomplets seront traitées comme étant infinies. Sans rembourrage, il n'y a pas assez d'éléments dans la source de l'intrinsèque RESHAPE à %L pour correspondre à la forme Contourner certaines erreurs dans mflo/mfhi du VR4130. Contourner une anomalie du matériel en ajoutant plusieurs NOP devant une instruction CSYNC ou SSYNC. Contourner un bogue matériel des premiers 4300. Contourner l'anomalie dans l'instruction de multiplication. Contourner certaines erreurs du 24K. Contourner certaines erreurs du R10000. Contourner certaines erreurs du R4000. Contourner certaines erreurs du R4400. Contourner certaines erreurs du RM7000. Contourner certaines erreurs du VR4120. Contourner l'erreur pour les premiers cœurs du SB-1 révision 2. Contourner le bogue de la multiplication matérielle. Correctif pour l'erratum numéro 835769 de l'ARM Cortex-A53. Correctif pour l'erratum numéro 843419 de l'ARM Cortex-A53. Emballer toutes les branches indirectes dans une exécution pour désactiver la prédiction de branche. Emballer tous les appels indirects dans une exécution pour désactiver la prédiction de branche. Emballer toutes les branches de retour indirectes dans une exécution pour désactiver la prédiction de branche. Emballer les branches de retour indirectes dans une exécution pour désactiver la prédiction de branche. Ceci affecte uniquement les branches pour lesquelles l'adresse de retour n'a pas besoin d'être restaurée depuis la mémoire. Emballer les branches de retour indirectes dans une exécution pour désactiver la prédiction de branche. Ceci affecte uniquement les branches où l'adresse de retour est restaurée depuis la mémoire. Emballer les sauts de table indirects et les goto calculés dans une exécution pour désactiver la prédiction de branche. L'utilisation de thunk ou thunk-extern avec cette option requière que les fragments soient traités comme des gestionnaires de signaux pour générer le CFI correct. Les environnements où les retours en arrière sont requis (c-à-d les exceptions), veuillez plutôt utiliser thunk-inline. Écrire toutes les déclarations sous forme de code Ada pour le fichier spécifié uniquement. Écrire toutes les déclarations sous forme de code Ada transitivement. Écriture du module %qs à la ligne %d colonne %d: %s Ce qui suit OpenACC est incorrect à %C: on attendait !$ACC et on a trouvé !$OMP Ce qui suit OpenMP est incorrect à %C: on attendait !$OMP et on a trouvé !$ACC Entrée erronée dans la liste TYPE_ARG_TYPES Le mauvais nœud est référencé avec la référence chkp Arbre erroné dans la liste TYPE_FIELDS L'argument X à %L pour C_LOC ne sera point polymorphique Le descripteur X requiert un espace avant le nombre à %L X32 ne supporte pas l'attribut ms_abi XXX entre dans pop_everything () XXX quitte pop_everything () Vous ne pouvez pas prendre l'adresse d'une fonction imbriquée si vous utilisez l'option -mno-pointers-to-nested-functions. Vous devez activer les instructions NEON (par ex. -mfloat-abi=softfp -mfpu=neon) pour utiliser ces intrinsèques. Vous devez activer les instructions VFP pour utiliser ces intrinsèques. Vous devez activer les instructions crypto (par ex. inclure -mfloat-abi=softfp -mfpu=crypto-neon…) pour utiliser ces intrinsèques. Vous avez besoin d'un fichier de démarrage C pour -msys-crt0= Votre plateforme cible ne supporte pas -fcheck-pointer-bounds Zéro n'est pas une étiquette d'instruction valable à %C Largeur zéro dans le descripteur de format [...] Constructeurs de tableau du style [...] à %C [Quitte %s] [%s introuvable] [par défaut] [désactivé] [activé] [super ...] doit apparaître dans le contexte d'une méthode l'attribut __BELOW100__ n'est pas autorisé avec la classe de stockage « auto » __builtin_arc_aligned avec un alignement non constant __builtin_cmpb accepte uniquement 2 arguments « __builtin_eh_return » n'est pas supporté sur cette cible __builtin_rx_%s accepte « C », « Z », « S », « O », « I » ou « U » __builtin_saveregs n'est pas supporté par cette sous-cible « __builtin_saveregs » n'est pas supporté par cette cible __builtin_set_thread_pointer n'est pas supporté sur cette cible le type intérieur du/des argument(s) vectoriel(s) de __builtin_shuffle doivent avoir la même taille que le type intérieur du masque les arguments vectoriels de __builtin_shuffle doivent être du même type les arguments de __builtin_shuffle doivent être des vecteurs le dernier argument de __builtin_shuffle doit être un vecteur d'entiers le nombre d'éléments du/des argument(s) vectoriel(s) et du vecteur de masque de __builtin_shuffle doivent être les mêmes __builtin_thread_pointer n'est pas supporté sur cette cible appel __builtin_unreachable ou __builtin_trap avec des arguments __delay_cycles est limité à des décomptes de boucles sur 32 bits __delay_cycles n'accepte que des décomptes de cycles non négatifs __delay_cycles() ne prend que des arguments constants __float128 et __ibm128 ne peuvent pas être utilisés dans la même expression __float128 et long double ne peuvent pas être utilisés dans la même expression __fp16 et pas de ldrh __ibm128 et long double ne peuvent pas être utilisés dans la même expression les déclarations __label__ sont uniquement permises à l'intérieur des fonctions « l'argument de « custom-%s= » requiert des chiffres une initialisation entre accolades n'est par permise ici un appel à un constructeur ne peut pas apparaître dans une expression constante un transtypage vers un type autre qu'un entier ou une énumération ne peut pas apparaître dans une expression constante une déclaration de patron de classe ne doit rien déclarer d'autre un opérateur virgule ne peut pas apparaître dans une expression constante un concept ne peut être une fonction membre un constructeur ne peut pas être un %<concept%> une fonction de conversion ne peut pas avoir de type de retour à la fin un destructeur ne peut pas être un %<concept%> un destructeur ne peut pas être %<constexpr%> un type différent est défini dans une autre unité de traduction un champ avec le même nom mais un type différent est défini dans une autre unité de traduction un champ avec un nom différent est défini dans une autre unité de traduction un appel de fonction ne peut pas apparaître dans une expression constante une définition de fonction n'est pas permise ici une étiquette peut uniquement faire partie d'une instruction or une déclaration n'est pas une instruction un type de fermeture lambda a un opérateur d'affectation par copie supprimé un type de fermeture lambda a un constructeur par défaut supprimé un -fabi-version= plus récent (ou =0) évite cette erreur avec un changement de décoration un membre d'une structure ou d'une union ne peut pas avoir de type modifié par une variable une fonction imbriquée n'est pas supportée pour les registres réduits une définition d'un espace de noms imbriqué ne peut pas être « inline » une définition d'espace de noms imbriqué ne peut pas avoir d'attribut une variable qui n'est pas un patron ne peut pas avoir %<concept%> un paramètre ne peut pas être déclaré %<concept%> un paramètre ne peut pas être déclaré %<constexpr%> une liste de paramètres avec élision ne peut concorder avec la déclaration d'une liste de noms de paramètres vide un reinterpret_cast n'est pas une expression constante une expression « requires » ne peut pas apparaître en dehors d'un patron une expression-instruction est un contexte insuffisant pour la résolution d'une surcharge une classe de stockage peut seulement être spécifiée pour des objets et des fonctions une classe de stockage sur un agrégat anonyme dans une classe n'est pas permis un patron ne peut pas être imposé par défaut une déclaration de patron ne peut pas apparaître au niveau d'un bloc un template-id ne peut pas apparaître dans l'utilisation de la déclaration une limite temporaire sur %qD existe uniquement jusqu'à la sortie du constructeur une expression de transaction ne peut pas apparaître dans une expression constante un type défini dans une autre unité de traduction n'est pas polymorphique un type défini dans une autre unité de traduction est polymorphique un type avec un alignement différent est défini dans une autre unité de traduction un type avec des attributs différents est défini dans une autre unité de traduction un type avec une base différente est défini dans une autre unité de traduction un type avec un nombre de champs différent est défini dans une autre unité de traduction un type avec une précision différente est défini dans une autre unité de traduction un type avec des qualificatifs différents est défini dans une autre unité de traduction un type avec une plage signée différente est défini dans une autre unité de traduction un type avec une taille différente est défini dans une autre unité de traduction un type avec des pointeurs de tables virtuelles différents est défini dans une autre unité de traduction une déclaration « using » ne peut pas spécifier un template-id. Essayez %<using %D%> une chaîne large est invalide dans ce contexte arêtes d'appels anormales pour une insn qui n'est pas un appel dans le bb %i arête anormale sans aucune utilité dans le bb %i abandon dans %s, à %s:%d déclaration abstraite %qT utilisée comme déclaration les déclarations d'accès sont dépréciées en faveur des déclarations « using »; suggestion: ajoutez le mot-clé %<using%> accès au membre %qD au lieu du membre initialisé %qD dans l'expression constante accès au membre %qE d'une structure %qE atomique accès au membre %qE d'une union %qE atomique accès à la mémoire des données avec une adresse mémoire du programme accès à la mémoire du programme avec une adresse mémoire des données l'accès à un stockage local au thread n'est actuellement pas supporté avec -mpure-code ou -mslow-flash-data accès à un élément non initialisé du tableau accès au membre non initialisé %qD accès à la valeur de %qE au travers d'une gl-valeur %qT dans une expression constante l'accumulateur n'est pas une constante entière le numéro de l'accumulateur est hors limite argument actuel de INTENT = OUT/INOUT ajoutez %<using namespace std::complex_literals%> (de <complex>) pour activer les suffixes littéraux définis par l'utilisateur du C++14 ajoutez des parenthèses autour de l'expression du membre de gauche pour ne plus recevoir cet avertissement add_sym(): Mauvais mode de dimensionnement l'attribut de la zone d'adresse ne peut pas être spécifié pour des fonctions la zone d'adresse %q+D entre en conflit avec une déclaration précédente le mode d'adresse %qs n'est pas supporté en mode %s bits adresse demandée pour un tableau avec un ordre de stockage scalaire inversé adresse de la variable registre explicite %qD requise adresse d'une variable registre globale %qD demandée adresse de l'étiquette %qD retournée adresse de la variable locale %qD retournée adresse de la fonction surchargée sans information contextuelle de type adresse d'une variable registre %qD demandée le décalage d'adresse n'est pas une constante l'opérande d'adresse requiert une contrainte sur le registre X, Y ou Z adresse requise pour %qD qui est déclaré %<register%> l'espace d'adresses %qs n'est pas supporté pour les périphériques avec une taille de flash jusqu'à %d Kio les espaces d'adresses ne sont pas supportés pour les périphériques Tiny réduits l'adresse est prise mais le bit ADDRESSABLE n'est pas défini prendre l'adresse avec address-of d'un objet %qE qui est local au thread ou a un stockage automatique n'est pas une expression constante l'agrégat %q#D a un type incomplet et ne peut être défini valeur d'agrégat utilisée là où un complexe était attendu valeur d'agrégat utilisée là où une virgule flottante était attendue valeur d'agrégat utilisée là où un flottant était attendu valeur d'agrégat utilisée là où un entier était attendu alias les définitions d'alias ne sont pas supportées avec Mach-O; ignoré les définitions d'alias ne sont pas supportées dans cette configuration déclaration alias ici l'alignement %u de %qT est plus petit que %u l'alignement (%u) pour %s excède l'alignement maximum pour les données communes globales. Utilisation de %u l'alignement pour %q+D doit être au moins %d l'alignement pour %q+D a été précédemment spécifié comme étant %d et ne peut plus être diminué l'alignement ne peut pas être spécifié pour %q+D l'alignement doit être une petite puissance de 2, pas %d l'alignement de %q+D est plus grand que l'alignement maximal du fichier objet %d l'alignement de %qD a augmenté avec -fabi-version=9 (GCC 5.2) l'alignement de %qD est plus grand que la déclaration originale l'alignement de %qD augmentera avec -fabi-version=9 l'alignement des éléments du tableau est plus grand que la taille des éléments un alignement est spécifié pour l'objet %<register%> %qE un alignement est spécifié pour le champ de bits %qE un alignement est spécifié pour la fonction %qE un alignement est spécifié pour le paramètre %qE un alignement est spécifié pour le nom de type dans %<sizeof%> un alignement est spécifié pour le nom de type dans %qE un alignement est spécifié pour le nom de type dans le transtypage un alignement est spécifié pour le typedef %qE un alignement est spécifié pour un champ de bits sans nom un alignement est spécifié pour un paramètre sans nom toutes les fonctions membre de la classe %qT sont privées le paramètre alloc_align est hors limites le paramètre alloc_size est hors limites argument qui peut être alloué %qD déjà capturé dans l'expression lambda %<%c%s%> aussi trouvé les alternatives ne sont pas autorisées dans la sortie du fanion asm il pourrait ne pas être possible de mettre en ligne la fonction always_inline rend ambigüe la nouvelle déclaration %q+#D rend ambigüe la nouvelle déclaration de %q+#D conversion ambiguë pour l'indice du tableau la conversion du type par défaut est ambiguë à partir de %qT méthode ambiguë %s%s%s surcharge ambiguë pour surcharge ambigüe pour l'intrinsèque %qs instanciation de patron ambiguë pour %q#D instanciation de patron ambiguë pour %q#T spécialisation de patron %qD ambiguë pour %q+D un attribut de zone d'adresse ne peut pas être spécifié pour des variables locales un type d'argument ayant une promotion par défaut ne peut concorder avec la déclaration d'une liste de noms de paramètres vide un tableau d'une taille différente est défini dans une autre unité de traduction une référence vers un tableau ne peut pas apparaître dans une expression constante une spécification asm n'est pas permise dans une définition de fonction une affectation ne peut pas apparaître dans une expression constante un attribut qui appartient à un spécificateur de type est ignoré une décrémentation ne peut pas apparaître dans une expression constante une chaîne vide ne peut pas être dans l'attribut %<target_clones%> un « enum » avec des noms de valeurs différents est défini dans une autre unité de traduction un « enum » avec des valeurs différentes est défini dans une autre unité de traduction un « enum » avec un nombre de valeurs différents est défini dans une autre unité de traduction une spécialisation explicite doit être précédée par %<template <>%> une incrémentation ne peut pas apparaître dans une expression constante une arête indirecte depuis %s n'a pas de call_stmt correspondant une arête indirecte avec un appelé inconnu correspondant à un call_stmt avec une déclaration connue: un gestionnaire d'interruption ne peut pas être compilé avec -muser-mode anachronisme anachronisme: ancien style anachronique d'initialisation de classe de base et %qT n'a pas de constructeur avec patron et le champ et le constructeur implicitement défini n'initialise pas %q#D le %s anonyme est déclaré à l'intérieur d'une liste de paramètres et ne sera pas visible en dehors de cette définition ou déclaration un nom SSA anonyme ne peut pas avoir de définition par défaut struct anonyme pas à l'intérieur d'un type nommé union anonyme sans aucun membre l'application de #pragma weak %q+D après la première utilisation conduit à un comportement non spécifié l'architecture %qs n'est supportée que par l'assembleur are_identical_variables: Mauvais type les arguments devant être formatés ne sont pas %<...%> l'argument %d est un littéral non signé qui est hors limite l'argument %d doit être un littéral non signé l'argument %d de %qE pourrait être un candidat pour un attribut de format l'argument %d de %qE doit être un pointeur vers un type ayant une taille constante l'argument %d de %qE doit être un type pointeur l'argument %d de %qE doit être un pointeur vers une fonction l'argument %d de « %s » n'avait pas le nom attendu l'argument %d de la fonction interne doit être une constante dans la plage %d à %d l'argument %i est dans la plage [%E, %E] l'argument %q+D pourrait être écrasé par %<longjmp%> ou %<vfork%> l'argument %qD est déclarée ici l'argument %qD ne concorde pas avec le prototype interne l'argument %qD ne concorde pas avec le prototype l'argument %qd n'est pas une constante argument %qs pour %<-Waligned-new%> non reconnu argument %qs vers %<-Wnormalized%> non reconnu l'argument %qs de %<-femit-struct-debug-detailed%> n'est pas reconnu l'argument %qs de %<-femit-struct-debug-detailed%> est inconnu l'argument %u dans l'appel à la fonction %qE n'a pas un type intégral l'argument %u de %<__builtin_tgmath%> n'a pas d'argument l'argument %u de %<__builtin_tgmath%> a des arguments variables l'argument %u de %<__builtin_tgmath%> a le mauvais nombre d'arguments l'argument %u de %<__builtin_tgmath%> n'est pas un pointeur de fonction l'argument %u de %<__builtin_tgmath%> n'a pas été de prototypé l'argument 1 doit être 0 ou 2 l'argument 1 doit être un littéral non signé de 1 bit l'argument 1 doit être un littéral signé de 5 bits l'argument 1 doit être un littéral non signé de 6 bits l'argument 1 doit être un tableau associatif l'argument 1 doit être une valeur de champ sur 8 bits l'argument 1 de %qE doit être un type pointeur non void l'argument 1 de %qE doit être un pointeur vers un type ayant une taille constante l'argument 1 de %qE doit être un pointeur vers un objet de taille non nulle l'argument 1 de %qs est hors limite l'argument 1 de %qs doit être une constante l'argument 1 de %s doit être une constante argument 1 de « __builtin_altivec_predicate » est hors limite argument 1 de « __builtin_altivec_predicate » doit être une constante l'argument 1 de « __builtin_paired_predicate » est hors limite l'argument 1 de « __builtin_paired_predicate » doit être une constante l'argument 1 de « __builtin_spe_predicate » est hors limite l'argument 1 de « __builtin_spe_predicate » doit être une constante l'argument 1 doit être 0 ou 1 l'argument 2 doit être un littéral non signé de 1 bit l'argument 2 doit être un littéral non signé de 5 bits l'argument 2 doit être un littéral non signé de 6 bits l'argument 2 doit être un littéral non signé de 7 bits l'argument 3 dans l'appel à la fonction %qE n'est pas un pointeur vers un type intégral l'argument 3 dans l'appel à la fonction %qE est un type booléen l'argument 3 dans l'appel à la fonction %qE est un type énuméré l'argument 3 dans l'appel à la fonction %qE est un pointeur vers un type booléen l'argument 3 dans l'appel à la fonction %qE est un pointeur vers un type énuméré l'argument 3 doit être un littéral non signé de 1 bit l'argument 3 doit être un littéral non signé de 2 bits l'argument 3 doit être un littéral non signé de 4 bits l'argument 3 doit être dans la plage 0..15 Fonction de liste d'arguments à %C l'argument doit être une référence à un champ l'argument doit être un tableau, une tranche ou un canal l'argument doit être un canal l'argument doit être une chaîne, un tableau, une tranche, un tableau associatif ou un canal l'argument doit avoir le type complexe argument pas permis dans la clause %qs dans %<parallel%> de OpenACC l'argument de %<__builtin_eh_return_regno%> doit être une constante l'argument de l'attribut %qE est ignoré l'argument de l'attribut %qE est manquant l'argument de l'attribut %qE n'est pas « ilink » ni « firq » l'argument de l'attribut %qE n'est pas « ilink1 » ni « ilink2 » l'argument de l'attribut %qE n'est pas « reset », « software_exception », « page_miss », « timer0 », « timer1 », « message », « dma0 », « dma1 », « wand » ou « swi » l'argument de l'attribut %qE n'est pas une constante de type chaîne de caractères l'argument de l'attribut %qE n'est pas une constante de type chaîne de caractères ou un nombre l'argument de Offsetof implique l'indirection d'un champ imbriqué l'argument de l'appel de fonction pourrait être un candidat pour un attribut de format l'argument de %%:compare-debug-auxbase-opt n'est pas terminé par .gk l'argument de %<-O%> doit être un entier non négatif, %<g%>, %<s%> ou %<fast%> l'argument vers %<alloca%> est trop grand l'argument de %<alloca%> est zéro l'argument vers %<alloca%> peut être trop grand l'argument de %<alloca%> peut être trop grand à cause de la conversion de %qT en %qT l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la destination; aviez-vous l'intention de le déréférencer ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la destination; aviez-vous l'intention de fournir une longueur explicite ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la destination; avez-vous oublié de retirer « addressof » ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la première source; aviez-vous l'intention de le déréférencer ? l'argument de %<sizeof%> dans l'appel %qD est la même expression que la première source; aviez-vous l'intention de fournir une longueur explicite ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la première source; avez-vous oublié de retirer « addressof » ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la deuxième source; aviez-vous l'intention de le déréférencer ? l'argument de %<sizeof%> dans l'appel %qD est la même expression que la deuxième source; aviez-vous l'intention de fournir une longueur explicite ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la deuxième source; avez-vous oublié de retirer « addressof » ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la source; aviez-vous l'intention de le déréférencer ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la source; aviez-vous l'intention de fournir une longueur explicite ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la source; avez-vous oublié de retirer « addressof » ? l'argument de %<sizeof%> dans l'appel à %qD est la même expression que la source; ne vouliez-vous pas utiliser la taille de la destination ? l'argument de %<sizeof%> dans l'appel à %qD est le même type de pointeur %qT que la destination; on attendait %qT ou une longueur explicite l'argument de %<sizeof%> dans l'appel à %qD est le même type de pointeur %qT que la première source; on attendait %qT ou une longueur explicite l'argument de %<sizeof%> dans l'appel à %qD est le même type de pointeur %qT que la deuxième source; on attendait %qT ou une longueur explicite l'argument de %<sizeof%> dans l'appel à %qD est le même type de pointeur %qT que la source; on attendait %qT ou une longueur explicite l'argument de l'attribut %qE n'est ni eic ni vector=<ligne> l'argument de l'attribut %qE n'est ni zéro ni un l'argument de l'attribut %qE n'est pas (keep|thunk|thunk-extern) l'argument de l'attribut %qE n'est pas (keep|thunk|thunk-inline|thunk-extern) l'argument de l'attribut %qE n'est pas « intstack » l'argument pour l'attribut %qE est plus grand que %d l'argument de %qs n'est pas entre %d et %d l'argument de %qs est trop grand (max. %d) l'argument de %qs doit être un littéral non signé de 2 bits l'argument de %qs doit être un entier non négatif l'argument de __integer_pack doit être compris entre 0 et %d l'argument de decltype doit être une expression argument de dss doit être un littéral non signé de 2 bits l'argument de l'attribut d'interruption n'est pas supporté pour les fonctions faibles l'argument vers un tableau de longueur variable est trop grand l'argument d'un tableau de longueur variable est zéro l'argument vers un tableau de longueur variable peut être trop grand l'argument d'un tableau de longueur variable peut être trop grand à cause de la conversion de %qT en %qT arguments « %s » et « %s » pour l'intrinsèque %s arguments « %s » et « %s » pour l'intrinsèque « %s » arguments « a%d » et « a%d » pour l'intrinsèque « %s » les arguments de %qs doivent être des entiers non négatifs le destructeur n'accepte pas d'argument les arguments de l'attribut %qE doivent être des chaînes littérales étroites les arguments de l'attribut %qE doivent contenir des identificateurs valables arith_power(): Mauvaise base arith_power(): type inconnu IF arithmétique arithmétique impliquant un pointeur nul dans %qE arithmétique sur un pointeur vers un agrégat vide arithmétique sur un pointeur vers un type incomplet le tableau %q+D est supposé avoir un élément tableau %qD déclaré ici le tableau %qD est initialisé par la chaîne littérale entre parenthèses %qE affectation de tableau les limites de tableau sont interdites après un type-id entre parenthèses la limite du tableau n'est pas une constante entière l'index de tableau dépasse les limites du tableau dans l'initialisation l'index de tableau dans l'initialisation n'est pas une expression entière constante l'index de tableau dans l'initialisation n'est pas un entier index de tableau dans l'initialisation de quelque chose n'étant pas un tableau la plage d'index du tableau excède les limites du tableau dans l'initialisation tableau initialisé à l'aide d'une expression de tableau non constante tableau initialisé depuis une constante chaîne entre parenthèses membre tableau %q#D déclaré ici le tableau doit être initialisé avec une initialisation entre accolades tableau d'un type inapproprié initialisé avec une chaîne constante le tableau avec une limite déterminée à l'exécution ne peut pas être capturée par copie, uniquement par référence résultat tableau la section du tableau n'a pas un type pour lequel une correspondance peut être établie (mappable type) dans la clause %qs section de tableau dans %<#pragma acc declare%> la section du tableau n'est pas contigüe dans la clause %qs la taille du tableau dans l'expression « new » doit être une constante taille de tableau manquante dans %q+D taille de tableau manquante dans %qD taille du tableau manquante dans %qT l'indice du tableau %E est au delà des limites de %qT l'indice du tableau %E est en dessous des limites de %qT l'indice du tableau %wi est en dessous des limites de %qT l'indice du tableau %wu est au delà des limites de %qT l'indice du tableau [%E, %E] est en dehors des limites de %qT l'indice du tableau est de type %<char%> l'indice du tableau n'est pas un entier la valeur %qE de l'indice du tableau est hors des limites du tableau %qD du type %qT la valeur %qE de l'indice du tableau est hors des limites du tableau de type %qT le type du tableau a un élément de type %qT incomplet les types tableaux ont des limites différentes tableau utilisé comme initialisation les tableaux de fonctions ne sont pas pertinents la liste des registres écrasés en asm est en conflit avec l'opérande d'entrée la liste des registres écrasés en asm est en conflit avec l'opérande de sortie déclaration asm ignorée à cause du conflit avec le renommage précédent asm interdit dans une fonction %<transaction_safe%> asm interdit dans une transaction atomique opérande asm %d ne concorde probablement pas avec les contraintes le spécificateur « asm » pour la variable %qE est en conflit avec la liste d'écrasement de l'asm l'assembleur ne supporte pas -mabi=ilp32 la liste de hachage des noms assembleur est corrompue assertion manquante après %qs les attributs de sémantique d'affectation de la propriété %qD sont en conflit avec la déclaration précédente affectation à un tableau depuis une liste d'initialisation affectation affectation (pas une initialisation) dans la déclaration l'affectation abandonne le qualificatif %qv du type pointé affectation depuis un type Objective-C distinct affectation depuis un pointeur vers un espace d'adresses non fermé le membre de gauche de l'affectation pourrait être un candidat pour un attribut de format l'affectation ajoute la qualificatif %q#v au pointeur de fonction qui n'avait pas de qualificatif affectation du champ constant %qD affectation de la fonction %qD affectation au membre %qD d'un objet en lecture seule affectation de l'emplacement %qE en lecture seule affectation du membre %qD en lecture seule affectation à la valeur de retour nommée %qD en lecture seule affectation du paramètre %qD en lecture seule affectation de la référence en lecture seule %qD affectation de la variable %qD en lecture seule suppression d'affectation l'affectation à %qT depuis %qT transforme un pointeur en entier sans transtypage l'affectation à %qT depuis %qT transforme un entier en pointeur sans transtypage affectation à %qT depuis le type pointeur %qT qui est incompatible affectation vers une expression de type tableau associate_integer_pointer(): Déjà associé le paramètre de assume_aligned n'est pas une constante entière argument de rang tacite (assumed-rank) argument de forme tacite (assumed-shape) argument de type tacite (assumed-type) suppose un transtypage vers le type %qT depuis la fonction surchargée on suppose que la sortie de la directive occupe %wu octet on suppose que la sortie de la directive occupe %wu octets on suppose un pointeur vers le membre %qD suppose qu'un débordement signé n'a pas lieu lorsque des constantes sont combinées autour d'une comparaison suppose qu'un débordement signé n'a pas lieu lorsque la constante dans la comparaison est réduite on suppose que le débordement signé n'a pas lieu lors de la simplification de %</%> ou %<%%%> en %<>>%> ou %<&%> on suppose que le débordement signé n'a pas lieu lors de la simplification de %<abs (X)%> en %<X%> ou %<-X%> on suppose que le débordement signé n'a pas lieu lors de la simplification de %<min/max (X,Y)%> en %<X%> ou %<Y%> on suppose qu'un débordement signé n'a pas lieu lors de la simplification de la condition on suppose qu'un débordement signé n'a pas lieu quand la condition est simplifiée en une constante suppose qu'un débordement signé n'a pas lieu quand le test de la plage est simplifié argument asynchrone échec de atexit atomic_cancel tentative de prendre l'adresse d'un champ de bits tentative de prendre l'adresse du membre %qD qui est un champ de bits d'une structure l'attribut %<deprecated%> ne peut apparaître qu'une seule fois au plus dans la liste d'attributs l'attribut %<fallthrough%> ne précède pas un « case » ou un « default » l'attribut %<noreturn%> ne peut apparaître qu'une seule fois au plus dans la liste d'attributs l'argument %<target%> de l'attribut n'est pas une chaîne l'argument de l'attribut %qE n'est pas une chaîne l'attribut %qs s'applique seulement aux types tableaux déclaration d'attribut l'attribut pour %q#T doit suivre le mot-clé %qs attribut ignoré attribut ignoré dans la déclaration de %q#T attribut ignoré dans l'instanciation explicite de %q#T l'attribut de préfixe « using » est uniquement disponible avec -std=c++17 ou -std=gnu++17 l'attribut de préfixe « using » est utilisé en même temps qu'un élément d'attribut agissant sur une portée attribute(target("%s")) est inconnu les attributs après l'initialisation entre parenthèses sont ignorés des attributs ne sont pas permis dans une définition de fonction les attributs au début d'une instruction sont ignorés attributs ignorés sur un spécificateur de type élaboré qui n'est pas une déclaration anticipée attributs ignorés sur une directive « using » locale attributs ignorés sur une instanciation de patron attributs ignorés sur un type non instancié les attributs dans un déclarateur de tableau de paramètres sont ignorés des attributs ne peuvent pas être spécifiés avant le mot-clé %<@%D%> en Objective-C++ les attributs devraient être spécifiés avant le déclarateur dans une définition de fonction la sélection automatique du fpu n'est actuellement pas permise ici la variable automatique %qE ne peut être %<threadprivate%> champ aux défini pour l'arête %s->%s champ aux défini pour une arête indirecte depuis %s Le backend decl pour la variable de module %qs existe déjà mauvaise adresse mauvaise adresse, pas (reg+disp): mauvaise adresse, pas une constante: mauvaise adresse, pas une adresse E/S: mauvaise adresse, pas post_inc ou pre_dec: mauvais alignement: %d mauvaise quantité de volume de pile supprimée: %d code interne erroné fcode interne erroné icode de fonction interne erroné mauvais code de condition mauvaise expression mauvais type d'expression durant le parcours (%d) mauvaise insn pour « A » mauvaise insn dans frv_print_operand, case 0 mauvaise insn dans frv_print_operand, mauvais const_double mauvaise insn dans frv_print_operand, case z mauvaise insn pour frv_print_operand, modificateur « F »: mauvaise insn pour frv_print_operand, modificateur « L »: mauvaise insn pour frv_print_operand, modificateur « M/N »: mauvaise insn pour frv_print_operand, modificateur « O »: mauvaise insn pour frv_print_operand, modificateur « e »: mauvaise insn pour frv_print_operand, modificateur « f »: mauvaise insn pour frv_print_operand, modificateur « g »: mauvaise insn pour frv_print_operand, modificateur « P »: mauvaise insn pour frv_print_operand_addresse: mauvaise insn pour frv_print_operand_memory_reference: mauvais déplacement mauvais op mauvais opérande mauvaise option %qs pour l'attribut %<optimize%> mauvaise option %qs pour le pragma %<optimize%> mauvais opérande output_condmove_single mauvais opérande output_move_double mauvais opérande output_move_single mauvais registre mauvais registre pour frv_print_operand_memory_reference_reg: mauvais type de retour pour l'argument fonction %u de %<__builtin_tgmath%> insn de décalage erronée : mauvais test mauvais type pour l'argument %u de l'argument fonction %u de %<__builtin_tgmath%> mauvaise utilisation de la fonction de spec %qs valeur %<%s%> erronée pour l'option -mtls-size= valeur %qs erronée pour l'option -mcpu valeur %qs erronée pour l'option -mfp-rounding-mode valeur %qs erronée pour l'option -mfp-trap-mode valeur %qs erronée pour -mmemory-latency valeur %qs erronée pour l'option -mtls-size valeur %qs erronée pour l'option -mtrap-precision valeur %qs erronée pour l'option -mtune valeur erronée (%qs) pour l'option %<-march=%> valeur erronée (%qs) pour l'option %<-mtune=%> valeur erronée (%qs) pour l'attribut %<target("arch=")%> valeur erronée (%qs) pour l'attribut %<target("tune=")%> valeur erronée (%s) pour l'option -march= valeur erronée (%s) pour l'option -mcmodel= valeur erronée (%s) pour l'option -mtune= valeur erronée pour %<%s-%s%> valeur erronée pour %<%s=%s%> valeur erronée pour -mcall-%s valeur erronée pour -msdata=%s en-têtes C du préprocesseur incorrectement imbriqués une région barrière ne peut pas être étroitement imbriquée à l'intérieur d'une région de partage de tâche, %<critical%>, %<ordered%>, %<master%>, %<task%> explicite ou %<taskloop%> la base %qT sera initialisée après la classe de base %q#T a un destructeur non virtuel accessible la classe de base %q#T devrait être explicitement initialisée dans le constructeur par copie l'expansion de l'initialisation de base %qT ne contient pas de paquet de paramètres l'opérande de base de %<->%> a un type non pointeur %qT l'opérande de base de %<->%> n'est pas un pointeur le type de base %qT n'est pas un « struct » ou une « class » variable de base ou nom SSA par déclaré l'arête pred du bloc de base %d est corrompue le bloc de base %d devrait être marqué irréductible le bloc de base %d ne devrait pas être marqué irréductible les listes d'arêtes du bloc de base %i sont corrompues les blocs de base n'ont pas été disposés consécutivement le bloc de base %d n'appartient pas à la boucle %d le bloc de base %d a la boucle %d comme parent, cela devrait être la boucle %d bb %d au mauvais endroit car il est un membre de %qT car il est utilisé comme gl-valeur car le type %qT des éléments du tableau a une taille variable argument binaire %u vers une fonction de type générique uniquement décimale expression binaire dans l'opérande d'une expression fold l'opérateur binaire ne supporte pas le mélange d'un booléen vectoriel avec un vecteur en virgule flottante l'opérateur binaire ne supporte pas deux opérandes booléens vectoriels l'opérateur binaire ne supporte pas l'opérande booléen vectoriel procédure bind(c) lier la référence du type %qH à %qI abandonne les qualificatifs champ de bits %q+#D avec un type non entier la largeur du champ de bits %q+D n'est pas une constante entière champ de bits %qD avec un type non entier le champ de bits %qE a un type atomique champ de bits %qE dans la clause %qs le champ de bits %qs a un type invalide la largeur du champ de bits %qs n'est pas une constante entière la largeur du champ de bits %qs n'est pas une expression constante entière le champ de bits a un type atomique la comparaison au niveau du bit est toujours évaluée à faux la comparaison au niveau du bit est toujours évaluée à vrai bloc IF le corps du constructeur %<constexpr%> ne peut pas être un try..catch sur toute la fonction (function-try-block) le corps de la fonction %<constexpr%> %qD n'est pas une unique instruction « return » construction DISPOSE foireuse: %d construction JARL foireuse: %d construction JR foireuse: %d construction PREPEARE foireuse: %d type foireux pour le résultat d'une comparaison registres booléens requis pour l'option de virgule flottante %<__thread%> et %<thread_local%> sont tous les deux spécifiés les deux modificateurs %<monotonic%> et %<nonmonotonic%> sont spécifiés les attributs %s et %qE fournissent tous les deux une adresse les deux arguments dans le fold binaire ont des paquets de paramètres non déroulés les deux arguments de %<__builtin___clear_cache%> doivent être des pointeurs arguments à la fois binaire et en virgule flottante décimale vers une fonction de type générique arguments à la fois complexe et en virgule flottante décimale vers une fonction de type générique la spec entre accolades %qs se termine dans un échappement la spec entre accolades %qs est invalide à %qc le contenu de la spec entre accolades %qs est invalide un groupe entre accolades à l'intérieur d'une expression n'est permis qu'à l'intérieur d'une fonction accolades autour d'une initialisation d'un scalaire accolades autour de l'initialiseur scalaire pour le type %qT branchement %2d jamais exécuté branchement %2d pris %s%s l'optimisation du chargement du registre cible du branchement n'est pas prévue pour être exécutée deux fois mot-clé « break » à l'extérieur de toute boucle ou « switch » mot-clé « break » utilisé dans une boucle OpenMP mot-clé « break » à l'intérieur du corps d'une boucle %<#pragma simd%> build_dt: format avec une liste de noms la fonction interne %q+D est déclarée comme une non fonction la fonction interne %qD est déclarée comme une non fonction la fonction intégrée %qD exige le fanion %<-mconstant-cfstrings%> la fonction intégrée %qD ne prend qu'un seul argument la fonction interne %qE doit être appelée directement la fonction interne %qE n'est pas supportée pour un MIPS16 la fonction interne %qF est obsolète. la fonction interne %qF est réservée pour le propre usage de GCC. la fonction interne %qF n'est pas supportée sans -mhtm (par défaut avec -march=zEC12 et supérieur). la fonction interne %qF requiert -mvx (par défaut avec -march=z13 et supérieur). la fonction interne %qs est uniquement valable en mode 64 bits la fonction interne %qs requiert GLIBC (2.23 ou plus récent) qui exporte des bits de capacité matérielle la fonction interne %qs n'accepte qu'un argument la fonction interne %qs n'accepte que 2 arguments la fonction interne %qs n'accepte que 3 arguments la fonction interne %qs n'accepte qu'une chaîne comme argument l'interne %qs requiert l'interne %qs la fonction interne %s est uniquement valable en mode 64 bits la fonction interne %s n'accepte qu'une chaîne comme argument la fonction interne %qs n'est pas supportée avec les options actuelles la fonction interne %qs est uniquement valable pour le processeur cell la fonction interne %qs n'est pas supportée dans cette configuration du compilateur la fonction interne %qs requiert l'ISA 3.0 en virgule flottante IEEE 128 bits la fonction interne %qs requiert les options %qs (ou plus récente) et %qs ou %qs la fonction interne %qs requiert les options %qs et %qs la fonction interne %qs requiert l'option %qs la fonction intégrée exige une valeur immédiate pour l'opérande %d la fonction interne vec_step peut uniquement être utilisée sur des types vectoriels. mais %qD ne génère pas d'exception; peut-être devrait-il être déclaré %<noexcept%> mais elle est remplacée par une autre qui n'en a pas dans une autre unité de traduction mais pas ici le flux bytecode dans le fichier %qs a été généré par la version %d.%d de LTO au lieu de la version %d.%d attendue flux bytecode: balise %s attendue au lieu de %s flux bytecode: nœud cgraph vide rencontré flux bytecode: plusieurs instances trouvées pour le nœud cgraph avec le uid %d flux bytecode: chaîne trouvée sans zéro terminal flux bytecode: rebut à la fin de la section des symboles flux bytecode: aucun appelé trouvé en lisant l'arête flux bytecode: aucun appelant trouvé en lisant l'arête flux bytecode: chaîne trop longue pour la table des chaînes flux bytecode: la balise %s n'est pas dans la plage [%s, %s] attendue flux bytecode: tentative de lire %d octets au delà de la fin du tampon d'entrée flux bytecode: section LTO %s inattendue flux bytecode: étiquette %s inattendue flux bytecode: étiquette d'instruction GIMPLE %s inconnue les attributs c++11 sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 appel %2d jamais exécuté appel %2d a retourné %s l'appel a une dépendance circulaire l'appel est improbable et la taille du code augmenterait l'appel à %<(%T) (%A)%> est ambigu appel ambigu à la surcharge %<%D(%A)%> appel ambigu à la surcharge %<%s(%A)%> l'appel à %<__builtin_custom_%s%> est en conflit avec l'option %<-mcustom-%s%> l'appel à %qD utilise l'argument par défaut du paramètre %P qui n'est pas encore défini appel à la fonction %qD qui génère une exception du type incomplet %q#T appel à une fonction qui génère une exception du type incomplet %q#T appel à la fonction interne %qE appel à la fonction non %<constexpr%> %qD appel à la non fonction %qD un registre écrasé durant les appels est utilisé pour une variable-registre globale appelé d'ici appelé depuis cette fonction l'objet %qD appelé n'est pas une fonction ou un pointeur de fonction l'objet appelé %qE n'est pas une fonction ou un pointeur de fonction l'objet appelé n'est pas une fonction ou un pointeur de fonction l'appelé fait référence à des symboles locaux à comdat le décompte des arêtes de l'appelant ne correspond pas au décompte du BB le nombre d'arêtes de l'appelant est invalide l'appelant est un fragment ajouté pour le profilage l'appelant n'est pas optimisé appel de %qD avec la convention d'appel SSE sans avoir activé SSE/SSE2 appeler %qD avec un argument non nul n'est pas sûr appel de %qD avec l'attribut sseregparm sans que SSE/SSE2 soit activé appel de %qT avec l'attribut sseregparm sans que SSE/SSE2 soit activé des appels à des opérateurs surchargés ne peuvent pas apparaître dans une expression constante impossible de trouver la variable d'instance associée à une propriété -mtp=cp15 ne peut pas être utilisé avec un Thumb 16 bits ne peut utiliser un objet comme paramètre d'une méthode l'attribut %qE peut uniquement être utilisé sur les définitions dans la portée du fichier d'objets de type classe ne peut appliquer à la fois les attributs longcall et shortcall à la même fonction ne peut convertir une valeur de type %qT vers le type vectoriel %qT qui a une taille différente ne peut convertir un vecteur de type %qT en un type %qT de taille différente ne peut convertir du type incomplet %qH vers %qI ne peut convertir une valeur en un vecteur ne peut créer l'en-tête précompilé %s: %m ne peut créer le fichier %qs pour le dépôt d'informations ne peut définir la fonction amie %qs dans une définition de classe locale ne peut étendre le fichier PCH: %m impossible de trouver un registre dans la classe %qs durant le rechargement de %<asm%> ne peut obtenir la position dans le fichier PCH: %m les opérandes de types décimaux flottants et complexes ne peuvent pas être mélangés les opérandes de types décimaux flottants ne peuvent pas être mélangés avec d'autres flottants les opérandes de types décimaux flottants et vectoriels ne peuvent pas être mélangés ne peut ouvrir %qs en écriture: %m ne peut ouvrir %s en écriture: %m ne peut ouvrir %s: %m ne peut lire %s: %m ne peut lire le fichier PCH: %m l'attribut %qE ne peut pas être appliqué après la définition ne peut définir la position dans le fichier PCH: %m ne peut utiliser %qs comme registre sauvegardé durant l'appel ne peut utiliser %qs comme registre utilisé durant l'appel ne peut utiliser %qs comme registre fixe impossible d'utiliser plusieurs méthodes de validation de la pile en même temps ne peut écrire dans %s: %m ne peut écrire dans le fichier PCH ne peut écrire le fichier PCH: %m ne peut écrire les données de remplissage dans le fichier PCH: %m ne peut écrire dans %s: %m ne peut obtenir le statut du programme: %m ne peut ouvrir %s: %m ne peut ouvrir le fichier d'entrée: %s impossible d'ouvrir la sortie de ldd: %m impossible d'ouvrir la sortie de nm: %m impossible d'utiliser une adresse absolue pas relative à gp candidat 1 : candidat 2 : le candidat est : les candidats sont : les candidats sont : impossible d'ajouter une liste d'énumération à l'instanciation d'un patron ne peut allouer un objet du type abstrait %qT impossible d'allouer la pile pour la variable %q+D, fonction nue. %<offsetof%> ne peut être appliqué à une adresse non constante impossible d'appliquer %<offsetof%> à un énumérateur %qD impossible d'appliquer %<offsetof%> au destructeur %<~%T%> impossible d'appliquer %<offsetof%> à la fonction membre impossible d'appliquer %<offsetof%> à la fonction membre %qD %<offsetof%> ne peut être appliqué au membre de données statique %qD %<offsetof%> ne peut être appliqué quand %<operator[]%> est surchargé ne peut appliquer le pointeur membre %qE à %qE lequel est d'un type non classe %qT ne peut lier le champ de bits %qE avec %qT impossible de lier la référence d'une l-valeur non constante de type %qH à une r-valeur de type %qI ne peut lier le champs empaqueté %qE avec %qT ne peut lier la r-valeur %qE avec %qT impossible de lier la référence d'une r-valeur de type %qH à une l-valeur de type %qI ne peut appeler le constructeur %<%T::%D%> directement impossible d'appeler la fonction %qD impossible d'appeler la fonction membre %qD sans objet ne peut capturer %qE par référence impossible de capturer le membre %qD d'une union anonyme impossible d'intercepter une exception de type %qT car il implique des types de taille variable impossible de fermer un canal en réception uniquement impossible de convertir %qE du type %qH vers le type %qI impossible de convertir %qE du type %qT vers le type %qT ne peut convertir %qH en %qI ne peut convertir %qH en %qI dans le passage d'argument ne peut convertir %qH en %qI dans l'affectation ne peut convertir %qH en %qI dans l'argument par défaut ne peut convertir %qH en %qI dans l'initialisation ne peut convertir %qH en %qI dans le retour impossible de convertir depuis la classe de base %qT vers la classe dérivée %qT car la classe de base est virtuelle impossible de convertir depuis la classe de base %qT vers la classe dérivée %qT via la classe de base virtuelle %qT impossible de convertir depuis un pointeur sur la classe de base %qT vers un pointeur sur la classe dérivée %qT car la classe de base est virtuelle impossible de convertir depuis un pointeur sur la classe de base %qT vers un pointeur sur la classe dérivée %qT via la classe de base virtuelle %qT ne peut convertir en un type pointeur ne peut convertir le type %qH vers le type %qI ne peut créer un pointeur vers le membre de référence %qD ne peut créer une information de type pour le type %qT car il implique des types de taille variable ne peut déclarer %<::main%> comme étant %<constexpr%> ne peut déclarer %<::main%> comme variable globale ne peut déclarer %<::main%> comme étant un patron ne peut déclarer %<::main%> comme étant à mettre en ligne ne peut déclarer %<::main%> comme étant static ne peut déclarer %qD comme étant un type de champ de bits ne peut déclarer le champ de bits %qD avec le type %<warn_if_not_aligned%> ne peut déclarer le champ de bits %qD avec un type de fonction ne peut déclarer le champ de bits %qs avec un type %<warn_if_not_aligned%> ne peut déclarer le paramètre du « catch » comme étant le type de classe abstraite %qT impossible de déclarer le paramètre de « catch » comme étant une r-valeur faisant référence au type %qT ne peut déclarer le champ %q+D comme étant de type abstrait %qT ne peut déclarer le membre %<%T::%s%> à l'intérieur de %qT ne peut déclarer la fonction membre %<%T::%s%> à l'intérieur de %qT ne peut déclarer la fonction membre %qD comme ayant une classe de liaison statique ne peut déclarer le paramètre %q+D comme étant de type abstrait %qT ne peut déclarer le paramètre comme étant de type abstrait %qT ne peut déclarer un pointeur vers %q#T ne peut déclarer un pointeur vers le membre %q#T ne peut déclarer un pointeur vers le type de fonction qualifié %qT ne peut déclarer une référence vers %q#T ne peut déclarer une référence vers %q#T qui n'est pas un typedef ou un argument vers un type d'un patron ne peut déclarer une référence vers le type de fonction qualifié %qT ne peut déclarer une fonction statique à l'intérieur d'une autre fonction ne peut déclarer la variable %q+D comme étant de type abstrait %qT adresse indécomposable impossible de décomposer le type de la classe %qT car il a une structure anonyme comme membre impossible de décomposer le type de la classe %qT car il a une union anonyme comme membre impossible de décomposer le type de classe %qT sans membre de donnée non statique impossible de décomposer le type de classe %qT: lui et sa classe de base %qT ont des membres de données non statiques impossible de décomposer le type de classe %qT: ses classes de base %qT et %qT ont des membres de données non statiques impossible de décomposer le membre inaccessible %qD de %qT impossible de décomposer le type de fermeture lambda %qT impossible de décomposer le type %qT qui n'est ni une classe ni un tableau impossible de décomposer le type union %qT impossible de décomposer le tableau de longueur variable %qT impossible de décomposer le vecteur de longueur variable %qT ne peut décrémenter un pointeur vers le type incomplet %qT impossible de déduire les arguments du patron pour %qT depuis () impossible de déduire les arguments du patron pour l'initialisation par copie de %qT car il n'a pas de guides de déduction non explicites ou de constructeur déclaré par l'utilisateur impossible de déduire les arguments du patron de %qT car il n'a pas de guides de déduction viables ne peut définir la fonction membre %<%T::%s%> à l'intérieur de %qT impossible de définir le membre du typedef dépendant %qT ne peut détruire une fonction. Seuls les pointeurs vers des objets sont des arguments valables pour %<delete%> impossible de dériver de la classe de base %<final%> %qT dans le type dérivé %qT ne peut désactiver la fonction interne %qs ne peut effectuer un dynamic_cast %qE (du type %q#T) vers le type %q#T (%s) ne peut produire des pointeurs non alignés dans l'assembleur ptx impossible de développer l'initialisation du membre %qD ne peut explicitement déclarer le membre %q#D comme ayant une classe de liaison externe le « case » final du « switch » ne peut pas être ouvert impossible de trouver %s dans le greffon %s %s « %s » introuvable « ldd » introuvable « nm » introuvable impossible de trouver le cgraph LTO dans %s impossible de trouver les références des sections LTO dans %s impossible de trouver une paire compteur:valeur valide: impossible de trouver la classe %qE impossible de trouver la déclaration d'interface pour %qE impossible de trouver la déclaration de l'interface pour %qE, super classe de %qE impossible de trouver la déclaration de protocole pour %qE ne peut trouver l'étiquette de référence pour la classe %qE impossible de former un pointeur vers un membre de la non classe %q#T impossible de produire du code indépendant de la position pour %qs ne peut traiter des appels inconstants à %qs ne peut incrémenter un pointeur vers le type incomplet %qT impossible d'hériter des constructeurs depuis la base indirecte %qT impossible d'initialiser l'agrégat du type %qT avec un littéral composé la fonction %<main%> ne peut pas être mise en ligne impossible de charger le greffon %s %s ne peut fusionner les compteurs « %s » séparés pour la fonction %u impossible d'imbriquer plus de %d espaces de noms ne peut ouvrir %s ne peut ouvrir %s: %m ne peut ouvrir « %s » impossible d'ouvrir le fichier ptx intermédiaire n'a pu ouvrir le fichier profil %s l'argument ne peut pas être passé dans le registre vectoriel parce que les instructions altivec sont désactivées, utilisez %qs pour les autoriser l'argument ne peut pas être passé dans le registre vectoriel parce que les instructions altivec sont désactivées, utilisez -maltivec pour les autoriser impossible de passer une r-valeur en paramètre par référence impossible de mettre un objet avec un champ volatile dans un registre ne peut lire %s: %m impossible de lire les déclarations LTO depuis %s impossible de lire la table des modes LTO dans %s impossible de lire le profil de la fonction depuis %s impossible de lire la table des chaînes depuis %s impossible de lire l'ensemble de travail depuis %s impossible de recevoir le type référencé %qT au travers de %<...%> ne peut recharger l'opérande constante entière dans %<asm%> ne peut résoudre la fonction surchargée %qD basé sur la conversion vers le type %qT ne peut retourner depuis le gestionnaire d'un try..catch sur tout le constructeur la valeur ne peut être retournée dans le registre vectoriel parce que les instructions altivec sont désactivées, utilisez %qs pour les autoriser la valeur ne peut être retournée dans le registre vectoriel parce que les instructions altivec sont désactivées, utilisez -maltivec pour les autoriser ne peut définir l'attribut d'interruption: aucune fonction courante ne peut définir l'attribut d'interruption: pas de tel identificateur impossible de spécialiser le concept %q#D ne peut spécifier %<override%> pour une classe ne peut spécifier -o avec -c, -S ou -E et de multiples fichiers impossible de spécifier -static avec -fsanitize=adresse impossible de spécifier -static avec -fsanitize=thread ne peut spécifier à la fois -msep-data et -mid-shared-library impossible d'appeler en fin de fonction (tail-call): %s ne peut prendre l'adresse de %qs ne peut prendre l'adresse du champ de bits %qD ne peut prendre l'adresse d'un scalaire avec un ordre de stockage inversé ne peut prendre l'adresse de %<this%> qui est une expression r-valeur impossible de générer une exception de type %qT car il implique des types de taille variable un « switch » sur un type ne peut pas porter sur une valeur qui n'est pas une interface impossible de mettre à jour le formulaire SSA impossible d'utiliser %<-%> comme nom de fichier d'entrée pour un en-tête précompilé ne peut utiliser %<::%> dans la déclaration d'un paramètre ne peut utiliser %<typeid%> avec -fno-rtti impossible d'utiliser %<va_arg%> avec un ordre de stockage inversé impossible d'utiliser le mode %qs pour des types énumérés impossible d'utiliser simultanément mshared et static impossible d'utiliser simultanément mthreads et mlegacy-threads ne peut utiliser la liaison obsolète à %qD parce qu'il a un destructeur impossible d'utiliser des accès à de petites données pour %qs impossible d'utiliser le type %s comme type %s ne peut utiliser va_start dans une fonction d'interruption impossible d'initialiser par valeur le tableau ayant la limite %qT inconnue les types canoniques diffèrent pour les types identiques %qT et %qT capture par copie du type incomplet %qT capture de %qE qui n'est pas une variable capture de la variable %qD avec une durée de stockage non automatique capture du type modifié par une variable %qT qui n'est pas un tableau N3639 avec une limite déterminée à l'exécution le « case » %qE n'est pas à l'intérieur de l'instruction « switch » l'étiquette du « case » ne se réduit pas en une constante entière l'étiquette du « case » doit être une expression constante entière étiquette « case » en dehors de tout « switch » la valeur de l'étiquette du « case » est plus grande que la valeur maximale du type la valeur de l'étiquette du « case » est plus petite que la valeur minimale du type les « case » ne sont pas triés dans l'instruction « switch » étiquettes « case » pas triées: la valeur %qs du « case » n'est pas dans le type énuméré la valeur %qs du « case » n'est pas dans le type énuméré %qT le transtypage ajoute le qualificatif %q#v au type de la fonction transtypage entre types de fonctions incompatibles de %qH vers %qI transtypage entre des types de fonction incompatibles de %qT vers %qT transtypage entre des pointeurs incompatibles vers des types membres de %qH vers %qI le transtypage annule le qualificatif %qv du type ciblé par le pointeur le transtypage de %qH vers %qI augmente l'alignement requis pour le type ciblé le transtypage de %qH vers %qI perd en précision transtypage d'un appel de fonction de type %qT vers le type %qT ne correspondant pas transtypage d'un pointeur vers un entier de taille différente le transtypage du type %qT vers le type %qT élimine les qualificatifs le transtypage augmente l'alignement requis pour le type ciblé le transtypage spécifie un type de tableau le transtypage spécifie un type de fonction transtypage vers un pointeur de l'espace d'adresses %s depuis un pointeur de l'espace d'adresses %s disjoint transtypage vers un pointeur de l'espace d'adresses %s depuis un pointeur d'espace d'adresses générique disjoint transtypage vers un pointeur de l'espace d'adresses générique vers un pointeur de l'espace d'adresses %s disjoint transtypage vers le type non entier %qT dans une expression constante transtypage vers un pointeur depuis un entier de taille différente transtypage vers un type union depuis un type absent de l'union le transtypage de %qT vers %qT ne déréférence pas le pointeur le transtypage entre un pointeur vers une fonction et un pointeur vers un objet est supporté conditionnellement interception du type %q#T qui n'est pas une référence interception du type polymorphique %q#T par valeur interception du type %q#T par valeur les attributs de catégories ne sont pas disponibles en Objective-C 1.0 les attributs de catégories ne sont pas disponibles dans cette version du compilateur (ignoré) les attributs cdecl et thiscall sont incompatibles décompte cgraph invalide le cgraph_node a une mauvaise liste de clones le cgraph_node a un mauvais clone_of le cgraph_node a un mauvais pointeur prev_clone le cgraph_node est dans la liste des clones mais il n'est pas un clone change la signification de %qD depuis %q#D tableau de caractères initialisé à l'aide d'une chaîne de caractères larges check_data_variable(): Mauvaise expression check_dimension(): Mauvaise référence de tableau check_dummy_characteristics: Résultat %i inattendu en provenance de gfc_dep_compare_expr check_init_expr(): Type d'expression inconnu check_intents(): Liste non concordante check_restricted(): Type d'expression inconnu check_result_characteristics (1): Résultat %i inattendu en provenance de gfc_dep_compare_expr check_result_characteristics (2): Résultat %i inattendu en provenance de gfc_dep_compare_expr check_some_aliasing(): Liste non concordante check_some_aliasing(): donnée corrompue la somme de contrôle est (%x,%x) au lieu de (%x,%x) chkp_find_bounds: Impossible de trouver les limites du pointeur chkp_find_bounds: Code d'arbre %s inattendu chkp_get_bounds_by_definition: Code GIMPLE %s inattendu chkp_get_bounds_by_definition: Variable inattendue de type %s chkp_make_addressed_object_bounds: Code d'arbre %s inattendu chkp_walk_pointer_assignments: type du membre de droite inattendu: %s choix de %qD à la place de %qD la taille du fragment doit être positive délégation de pointeur circulaire détectée la classe %qE existe déjà la classe %qE est obsolète la classe %qT n'a aucun champ nommé %qD la classe %qT est implicitement amie avec elle-même la classe %qs n'implémente pas le protocole %qE les attributs de classes ne sont pas disponibles en Objective-C 1.0 la définition de classe ne peut pas être déclarée comme amie l'extension de classe pour la classe %qE est déclarée après son %<@implementation%> les extensions de classes ne sont pas disponibles en Objective-C 1.0 la déduction des arguments du patron de classe a échoué: la déduction des arguments d'un patron de classe est uniquement disponible avec -std=c++17 ou -std=gnu++17 le type classe %qT est incomplet l'argument de nettoyage n'est pas une fonction l'argument de nettoyage n'est pas un identificateur les clones pour l'attribut %<target_clones%> ne peuvent pas être créés fermeture: %s fermeture de la liste de sortie LTRANS %s: %m fermeture du fichier de dépendances %s: %m argument co-tableau le code peut être mal optimisé à moins que -fno-strict-aliasing soit utilisé le modèle de code %qs n'est pas supporté en mode %s bits le modèle de code %qs n'est pas supporté en mode x32 modèle de code %qs avec -f%s le modèle de code %s ne supporte pas le mode PIC l'argument « collapse » a besoin d'une expression entière constante positive boucles coalescées %s imparfaitement imbriquées à %L boucles coalescées imparfaitement imbriquées collect2 version %s collect: lecture de %s collect: recompilation de %s collect: réédition des liens collect: ajuste %s dans %s la collection dans l'énumération rapide n'est pas un objet la fonction locale comdat est appelée par %s en dehors de son comdat un symbole comdat local est référencé par %s hors de son comdat virgule à la fin de la liste d'énumerateurs une liste séparée par des virgules dans une déclaration « using » est uniquement disponible avec -std=c++17 ou -std=gnu++17 l'option %qs en ligne de commande n'est pas supportée par cette configuration l'option de la ligne de commande %qs est valable pour %s mais pas pour %s l'option de la ligne de commande %qs est valable pour le pilote mais pas pour %s les informations de débogage des symboles communs ne sont pas structurées sous la forme symbole+offset compact-casesi ne s'applique pas à ARCv2 compare_actual_expr(): Mauvais code de composant compare_bound_int(): Mauvaise expression compare_real(): Mauvais opérateur comparaison des vidanges des insns finales comparer des nombres flottants à l'aide de == ou != n'est pas sûr comparaison de vecteurs avec des types d'éléments différents comparaison de vecteurs avec des nombres d'éléments différents comparaison toujours fausse en raison d'une gamme limitée du type de données comparaison toujours vraie en raison d'une gamme limitée du type de données comparaison entre %q#T et %q#T comparaison entre %qT et %qT la comparaison entre des pointeurs de types distincts %qT et %qT a besoin d'un transtypage la comparaison entre des pointeurs vers des membres de types distincts %qT et %qT a besoin d'un transtypage comparaison entre un pointeur et un entier comparaison entre un pointeur et la constante caractère zéro comparaison entre les types %qT et %qT comparaison est toujours %d la comparaison est toujours %d en raison de la largeur du champ de bits la comparaison est toujours fausse en raison de la gamme limitée du type de données la comparaison est toujours vraie en raison de la gamme limitée du type de données comparaison de pointeurs complet et incomplet la comparaison de la constante %qE avec une expression booléenne est toujours fausse la comparaison de la constante %qE avec une expression booléenne est toujours vraie la comparaison de types Objective-C distincts a besoin d'un transtypage il manque un transtypage pour comparer des types de pointeurs distincts comparaison d'expressions entières de types signés différents: %qT et %qT comparaison de pointeurs vers des espaces d'adresses disjoints comparaison entre un ~unsigned promu et une constante comparaison entre un ~unsigned promu et un non signé la comparaison d'une expression non signée < 0 est toujours fausse la comparaison d'une expression non signée >= 0 est toujours vraie une comparaison avec une chaîne littérale produit un résultat non spécifié les comparaisons telles que %<X<=Y<=Z%> n'ont pas leur signification mathématique le type compatible est ici compilation terminée en raison de -Wfatal-errors. compilation terminée en raison de -fmax-errors=%u. compilation terminée. argument complexe %u vers une fonction de type générique uniquement décimale les arguments complexes doivent avoir un type en virgule flottante les arguments complexes doivent avoir des types identiques débordement d'un nombre en virgule flottante complexe dans l'expression %qE de type %qT résulte en %qE débordement d'un nombre en virgule flottante complexe dans l'expression de type %qT résulte en %qE débordement d'un entier complexe dans l'expression %qE de type %qT résulte en %qE débordement d'un entier complexe dans l'expression de type %qT résulte en %qE « complex » invalide pour %qs Le composant %qs à %L a déjà été défini par le constructeur d'un type parent dérivé le littéral composé a une taille variable littéral composé du type non objet %qT le littéral composé est qualifié par un qualificatif d'espace d'adresse instruction composée dans une fonction %<constexpr%> flux compressé: %s le concept %q#D est déclaré avec un type de retour déduit le concept %q#D est déclaré avec des paramètres de fonction le concept %q#D a le type de retour %qT qui n'est pas %<bool%> le concept %qD n'a pas de définition un concept doit avoir le type %<bool%> l'expression de condition fait référence à la variable d'itération %qD l'expression conditionnelle entre des pointeurs de types distincts %qT et %qT a besoin d'un transtypage l'expression conditionnelle entre des pointeurs vers des membres de types distincts %qT et %qT a besoin d'un transtypage expression conditionnelle dans l'opérande d'une expression fold déclarations conflictuelles de l'édition de liens du langage C %q#D spécifications d'accès conflictuelles pour le champ %qE, ignoré spécifications d'accès conflictuelles pour la méthode %q+D, ignoré entre en conflit avec la déclaration %q+#D déclaration conflictuelle de %q+#D avec la classe de liaison %qL déclaration conflictuelle de la fonction C %q+#D déclaration conflictuelle du patron %q+#D les espaces d'adresses nommés sont en conflits (%s contre %s) espaces d'adresses nommés conflictuels (%s contre %s) pour %q+D espaces d'adresses nommés conflictuels (%s contre générique) pour %q+D espaces d'adresses nommés conflictuels (générique contre %s) pour %q+D types retournés conflictuels spécifiés pour %q+#D spécificateurs conflictuels dans la déclaration de %qs nom de super classe %qE conflictuel attributs de type conflictuels spécifiés pour %q+#D qualificatifs de types conflictuels pour %q+D types conflictuels pour %<%c%s%> types conflictuels pour %q+D types conflictuels pour la fonction interne %q+D utilisation conflictuelle des options -mcustom, des attributs de cible ou des fonctions __builtin_custom_ en conflit avec %qD envisagez d'utiliser « -pg » au lieu de « -p » avec gprof(1) envisagez d'utiliser « -pg » au lieu de « -p » avec gprof (1) envisagez d'utiliser « -pg » au lieu de « -p » avec gprof(1) le %qs constant ne peut pas être déclaré %<mutable%> type %qT qualifié avec const, volatile ou __restrict dans %<#pragma omp declare reduction%> type qualifié par const, volatile ou restrict dans %<#pragma omp declare reduction%> propagation des constantes et copies désactivée const_double_split a reçu une mauvaise insn : l'argument constant %d de la fonction interne %qF est hors limite ( l'argument constant %d de la fonction interne %qF est hors limite (0.. l'argument constant %d de la fonction interne %qF est hors limite pour le type cible argument constant hors limite pour %qs argument constant hors limite pour %s champ constant %qD utilisé comme sortie de %<asm%> la constante n'a pas été recalculée quand ADDR_EXPR a changé la constante fait référence à elle-même valeur constante requise pour l'argument %2$d de la fonction interne %1$qF désaccord de contrainte à l'argument %d dans la liste des paramètres du patron pour %qD le constructeur ne peut être une fonction membre statique le constructeur délègue à lui-même la délégation du constructeur suit l'initialisation en mémoire pour %qD le constructeur pour la classe étrangère %qT ne peut pas être un membre le constructeur n'est pas défini par l'utilisateur car le constructeur par défaut est explicitement demandé dans le corps de la classe les priorités des constructeurs ne sont pas supportées les priorités des constructeurs entre 0 et %d sont réservées pour l'implémentation les priorités des constructeurs doivent être des entiers entre 0 et %d inclus syntaxe de constructeur utilisée mais aucun constructeur déclaré pour le type %qT les constructeurs ne peuvent pas être déclarés %<virtual%> les constructeurs ne peuvent pas être qualifiés avec CV les constructeurs ne peuvent pas être qualifiés comme des références boucle contenante la boucle contenante est ici contient la méthode virtuelle additionnelle %qD mot-clé « continue » à l'extérieur de toute boucle mot-clé « continue » à l'intérieur du corps d'une boucle %<#pragma simd%> contrôle de flux au milieu du bloc de base %d le contrôle a atteint la fin d'une fonction non « void » la conversion entre des pointeurs de types distincts %qT et %qT a besoin d'un transtypage la conversion entre des pointeurs vers des membres de types distincts %qT et %qT a besoin d'un transtypage la conversion supprime l'attribut « const » conversion de %q#T vers %q#T la conversion depuis %qH vers %qI écarte les qualificatifs conversion de %qH vers %qI dans une expression constante convertie la conversion de %qH vers %qI est ambiguë conversion de %qH vers le type non scalaire %qI demandée la conversion de %qT vers %qT change la valeur de %qE la conversion depuis %qT vers %qT change la valeur de %qE en %qE la conversion de %qT vers %qT abandonne la partir imaginaire la conversion de %qT vers %qT peut changer la valeur conversion depuis l'espace d'adresses %qs vers l'espace d'adresses %qs conversion d'un type normal vers un type notinheap conversion depuis le type pointeur %qT vers le type arithmétique %qT dans une expression constante il manque le type dans la conversion à la fin du format la conversion de %qE à partir de %qH vers %qI est ambiguë la conversion du pointeur nul %qT vers %qT n'est pas une expression constante conversion d'un SSA_NAME dans le membre de gauche conversion d'un registre vers une taille différente la conversion du scalaire %qH vers le vecteur %qI implique une troncature la conversion du scalaire %qT vers le vecteur %qT implique une troncature la conversion vers %qT depuis %qT peut changer le signe du résultat conversion d'une expression booléenne vers %qT la conversion vers une classe de base n'utilisera jamais un opérateur de conversion de type la conversion en une référence vers une classe de base n'utilisera jamais un opérateur de conversion de type la conversion en une référence vers le même type n'utilisera jamais un opérateur de conversion de type la conversion en une référence vers void n'utilisera jamais un opérateur de conversion de type conversion vers un type incomplet conversion vers le type référencé non const %q#T depuis une r-valeur du type %qT conversion vers un type non scalaire demandée la conversion vers le même type n'utilisera jamais un opérateur de conversion de type la conversion vers void ne peut résoudre l'adresse de la fonction surchargée la conversion vers void n'utilisera jamais un opérateur de conversion de type la conversion vers void n'accèdera pas à l'objet %qE du type incomplet %qT la conversion vers void n'accèdera pas à l'objet de type incomplet %qT la conversion vers void n'accèdera pas à l'objet du type non trivialement copiable %qT la conversion vers void n'accèdera pas à l'objet du type %qT conversion vers le type référencé volatile %q#T depuis une r-valeur du type %qT conversion de %<false%> vers le type pointeur %qT conversion de %<false%> vers un type pointeur pour l'argument %P de %qD conversion d'un NULL vers un type non pointeur convertir un tableau de littéraux composés en un pointeur est mal formé en C++ conversion du pointeur lointain en pointeur proche conversion de %qH vers %qI conversion d'une fonction lambda qui utilise %<...%> en pointeur de fonction la conversion de la fonction surchargée %qD vers le type %q#T est ambiguë la conversion vers %qH depuis %qI requiert une initialisation directe la conversion de la liste d'initialisation vers %qT utiliserait le constructeur explicite %qD conversion vers un type non pointeur %qT à partir de NULL copie du membre de donnée non statique %q#D du type de référence d'une r-valeur la variable « copyprivate » %qE n'est pas « threadprivate » ou privée dans le contexte extérieur racine corrompue dans l'arbre des boucles liste des sorties corrompue pour la boucle %d en-tête corrompu de la liste des sorties de la boucle %d information de profilage corrompue: l'arête de %i à %i excède le décompte maximal information de profilage corrompue: le nombre d'exécutions pour l'arête %d-%d aurait dû être %i information de profilage corrompue: le nombre d'itérations pour le bloc de base %d aurait dû être %i information de profilage corrompue: les données ne sont pas cohérentes avec le flux information de profilage corrompue: sum_all est plus petit que sum_max valeur de profilage corrompue: %s le compteur de profilage (%d sur %d) est inconsistant avec le décompte du bloc de base (%d) n'a pu fermer le fichier de vidange Go: %m n'a pu fermer le fichier de vidange des insn finales %qs: %m n'a pu fermer le fichier de réponse %s impossible de fermer le fichier de réponse temporaire %s impossible de fermer le fichier de vidange des insn mises à zéro %qs: %m ne peut convertir %qE de %<void%> vers %<bool%> impossible de convertir %qE de %qH vers %qI impossible de convertir l'argument %qE du patron de %qT vers %qT impossible de produire HSAIL pour la fonction %s: la fonction ne peut pas être clonée n'a pu trouver un registre de déversement n'a pu trouver un type entier de la même taille que %qT impossible de trouver la classe %qE impossible de trouver l'interface pour la classe %qE impossible de trouver le setter/getter pour %qE dans la classe %qE impossible de trouver le fichier des specs %s n'a pu ouvrir le fichier de vidange Go %qs: %m ne peut ouvrir le fichier de vidange %qs: %m n'a pu ouvrir le fichier de vidange des insn finales %qs: %m n'a pu ouvrir le fichier de réponse %s n'a pu ouvrir le fichier de résolution des symboles: %m impossible d'ouvrir le fichier de réponse temporaire %s impossible de décoder le décalage dans le fichier impossible de décoder le nombre hexadécimal n'a pu lire le fichier BRIG impossible de résoudre le type de typename n'a pu séparer insn n'a pu écrire dans le fichier de réponse %s impossible d'écrire dans le fichier de réponse temporaire %s kern.osversion %q.*s incompréhensible la version %s n'a pas été comprise ne peut délier la mémoire pch_address_space: %m le processeur %qs est un argument invalide pour la fonction interne %qs le processeur %s est un argument invalide pour la fonction interne %s créé et utilisé avec des ABI différentes créé et utilisé avec des architectures / ABI différentes créé et utilisé avec des boutismes différents créé et utilisé avec des configurations différentes de -fpic créé et utilisé avec des configurations différentes de -fpie créé et utilisé avec des configurations différentes de « %s » création d'un tableau de %qT création d'un tableau de %qT lequel est un type de classe abstraite création d'un tableau de fonctions membres création d'un tableau de fonctions création d'un tableau de références création d'un tableau « void » création d'un pointeur vers la fonction membre d'un type non classe %qT création d'un pointeur vers le membre d'un type non classe %qT création d'un pointeur vers le membre de type void création d'un pointeur vers le type de référence au membre %qT création de relocalisations à l'exécution création de relocalisations à l'exécution pour %qD création d'un sélecteur pour la méthode inexistante %qE l'opcode de l'instruction personnalisée doit être une constante à la compilation dans la plage 0-255 pour __builtin_custom_%s l'option custom-fpu-cfg ne supporte pas %<no-%> l'option custom-fpu-cfg requiert un argument de configuration paramètre de type qualifié avec CV les attributs de zones de données ne peuvent être spécifiés pour des variables locales la zone de données de %q+D entre en conflit avec la déclaration précédente déclaration de données la définition de données n'a pas de type ni de classe de stockage le membre de données %qD ne peut pas être un patron membre les membres de données ne peuvent pas avoir le type %qT modifié par une variable le type de données de %q+D ne convient pas pour un registre data-model=far invalide pour l'architecture cr16c instruction sans effet dans la table EH histogramme mort débogage le format de débogage %qs entre en conflit avec une sélection précédente le niveau de sortie de débogage %qs est trop élevé débogage: argument en virgule flottante décimal %u vers une fonction de type générique uniquement binaire argument en virgule flottante décimal %u vers une fonction de type générique uniquement complexe spécificateur de type « decl-specifier » dans la déclaration du guide de déduction spécificateur de déclaration invalide dans une condition la déclaration %qD ne déclare rien du tout la déclaration ne déclare rien du tout déclaration du paramètre %qD mais pas de tel paramètre la déclaration de la variable %<constexpr%> %qD n'est pas une définition déclaration de la variable %<extern%> %qD dans la déclaration initiale de la boucle %<for%> la déclaration de %<std::initializer_list%> ne correspond pas à %<#include <initializer_list>%> et n'est pas un patron déclaration de %<~%T%> comme membre de %qT la déclaration de %q#D la déclaration de %q#D est en conflit avec la déclaration interne %q#D la déclaration de %q#D est %<extern%> et est initialisée la déclaration de %q#D n'est pas initialisée la déclaration de %q#D en dehors de la classe n'est pas une définition la déclaration de %q#D masque un paramètre déclaration de %q#T la déclaration de %q+#D est en conflit avec la déclaration interne %q#D la déclaration de %q+#D masque un paramètre de patron la déclaration de %q+D masque une fonction interne la déclaration de %q+D masque la déclaration précédente de quelque chose qui n'est pas une variable la déclaration de %q+D avec l'attribut %qs suit la déclaration « inline » la déclaration de %q+D sans classe de liaison suit une déclaration externe la déclaration de %qD rend ambigüe l'instanciation précédente du patron pour %qD déclaration de %qD comme %<typedef%> déclaration de %qD comme un tableau de fonctions membres déclaration de %qD comme un tableau de fonctions déclaration de %qD comme un tableau de références déclaration de %qD comme un tableau de « void » déclaration de %qD comme membre de %qT la déclaration de %qD comme tableau multidimensionnel doit avoir des bornes pour chaque dimension excepté la première déclaration de %qD comme non fonction déclaration de %qD comme non membre déclaration de %qD comme paramètre déclaration de %qD dans %qD lequel n'englobe pas %qD déclaration de %qD dans l'espace de noms %qD lequel n'englobe pas %qD la déclaration de %qD n'est pas dans l'espace de noms entourant %qD la déclaration de %qD masque une déclaration globale la déclaration de %qD masque un membre de %qT la déclaration de %qD masque un paramètre la déclaration de %qD masque la déclaration locale précédente déclaration de %qE comme un tableau de fonctions déclaration de %qE comme un tableau de « void » la déclaration de %qE comme tableau multidimensionnel doit avoir des bornes pour chaque dimension excepté la première la déclaration de %qF spécifie des exceptions différentes déclaration de la fonction %qD dans un contexte invalide la déclaration du tableau multidimensionnel doit avoir des bornes pour chaque dimension excepté la première déclaration de %qD (qui n'est pas une variable) dans la déclaration initiale de la boucle %<for%> déclaration de la variable statique %qD dans la déclaration initiale de la boucle %<for%> la déclaration du paramètre de patron %q+D masque le paramètre de patron déclaration du nom de type comme un tableau de fonctions déclaration du nom de type comme un tableau de « void » les déclarations dans la base dépendante %qT ne sont pas trouvées par une recherche non qualifiée declarator-id manquant; utilisation du mot réservé %qD déclaré ici déclaré privé ici déclaré protégé ici decltype ne sait pas résoudre l'adresse d'une fonction surchargée decltype est évalué en %qT qui n'est ni une classe ni un type énuméré décrémentation d'une expression booléenne décrémentation du champ constant %qD décrémenter une valeur énumérée est invalide en C++ décrémentation de la fonction %qD décrémentation du membre %qD d'un objet en lecture seule décrément d'un pointeur vers un type incomplet %qT décrémentation de l'emplacement %qE en lecture seule décrémentation du membre %qD en lecture seule décrémentation de la valeur de retour nommée %qD en lecture seule décrémentation du paramètre %qD en lecture seule décrémentation de la référence en lecture seule %qD décrémentation de la variable %qD en lecture seule type de classe %qD déduit dans le type de retour de la fonction le type déduit pour l'expression ne satisfait pas les indications de contraintes l'initialisation déduite ne satisfait pas les indications de contraintes le type retourné déduit ne satisfait pas les indications de contraintes le type de retour déduit est uniquement disponible avec -std=c++14 ou -std=gnu++14 %qT est déduit comme étant %qT la déduction à partir d'une liste d'initialisation entre accolades requiert %<#include <initializer_list>%> le guide de déduction %qD doit être déclaré au niveau de l'espace de noms le guide de déduction %qD ne peut pas avoir un corps de fonction le guide de déduction pour %qT doit avoir un type de retour à la fin l'attribut %<target_clones%> par défaut n'a pas été défini par défaut %d minimum %d maximum %d l'argument par défaut %qE utilise %qD l'argument par défaut %qE utilise la variable locale %qD argument par défaut pour le paramètre de patron pour la classe englobant %qD argument par défaut donné pour le paramètre %d de %q#D désaccord dans l'argument par défaut lors de la résolution de la surcharge argument par défaut manquant pour le paramètre %P de %q+#D argument par défaut spécifié pour un paramètre lambda argument par défaut spécifié dans la spécialisation explicite les arguments par défaut ne sont pas permis dans la déclaration de la spécialisation du patron ami %qD des arguments par défaut sont uniquement permis pour des paramètres de fonction l'initialisation du membre par défaut pour %qD est requise avant la fin de sa classe englobante initialiseur d'un membre par défaut pour un champ de bits sans nom les initialiseurs de membre par défaut pour les champs de bits sont uniquement disponibles avec -std=c++2a ou -std=gnu++2a la cible par défaut n'a pas été définie les arguments par défaut du patron ne peuvent pas être utilisés dans la redéclaration d'un ami d'un patron d'une fonction les arguments par défaut du patron ne peuvent pas être utilisés dans des patrons de fonctions sans -std=c++11 ou -std=gnu++11 les arguments par défaut du patron ne peuvent pas être utilisés dans des spécialisations partielles les arguments par défaut du patron ne peuvent pas être utilisés dans les déclarations d'un ami d'un patron la conversion du type par défaut ne peut déduire l'argument du patron pour %qD les fonctions par défaut ou supprimées sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 le constructeur par défaut appelle %qD qui n'est pas %<constexpr%> la déclaration par défaut %q+D ne correspond pas à la signature attendue le constructeur par défaut imposé par défaut n'initialise pas %q#D le constructeur par défaut imposé par défaut n'initialise aucun membre de donnée non statique fonction %q+D imposée par défaut avec un argument par défaut l'affectation par déplacement imposée par défaut pour %qT appelle l'opérateur d'affectation par déplacement non trivial de la base virtuelle %qT paramètre de type différé à %C défini ici définir un type dans un transtypage est invalide en C++ définir un type dans un littéral composé (compound literal) est invalide en C++ définition de la spécialisation explicite %qD dans la déclaration amie définir le type dans l'expression %qs est invalide en C++ la définition dans le bloc %i ne domine pas son utilisation dans le bloc %i la définition dans le bloc %i suit l'utilisation la définition de %q#D rend ambigüe le déclaration interne %q#D la définition de %q#D est marquée %<dllimport%> définition de %q#T à l'intérieur d'une liste de paramètres de patron la définition de %q#T n'est pas complète jusqu'à la fermeture de l'accolade la définition de %qD ne correspond pas à %<#include <initializer_list>%> la définition de %qD n'est pas dans l'espace de noms incluant %qT définition de %qD explicitement par défaut définition de %qD déclaré implicitement définition du protocole %qE pas trouvée définition d'un membre de données statique %q+D de la classe importée avec l'attribut dllimport définition fournie pour une instanciation explicite les constructeurs délégués sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 définition supprimée de %q+D la fonction supprimée %q+D surcharge une fonction non supprimée la destruction de %qT est non définie effacement du fichier LTRANS %s: %m destruction du tableau %q#E suppression du fichier %s: %m la destruction d'un objet de la classe abstraite %qT qui a un destructeur non virtuel provoquera un comportement indéfini la destruction d'un objet de la classe polymorphique %qT qui a un destructeur non virtuel pourrait produire un comportement indéfini le nom dépendant %qE est analysé comme un non type, mais son instanciation produit un type conversion obsolète de la chaîne constante vers %qT le message déprécié n'est pas une chaîne déréférencement d'un pointeur %<void *%> déréférencement d'un pointeur nul déréférencement d'un pointeur nul dans %qE déréférencement d'un pointeur du type incomplet %qT le déréférencement d'un pointeur transtypé à la barbare pourrait enfreindre la règle selon laquelle une zone mémoire ne peut être accédée que par un seul pointeur (strict aliasing) le déréférencement d'un pointeur transtypé à la barbare va enfreindre la règle selon laquelle une zone mémoire ne peut être accédée que par un seul pointeur (strict aliasing) déclaration de type dérivé l'union dérivée %qT est invalide l'ordre du désignateur pour le champ %qD ne correspond pas à l'ordre de la déclaration dans %qT le destructeur %qD est déclaré en tant que patron membre le destructeur ne peut être une fonction membre statique le destructeur de %qE ne sera pas exécuté non plus le destructeur pour la classe étrangère %qT ne peut pas être un membre les priorités des destructeurs ne sont pas supportées les priorités des destructeurs entre 0 et %d sont réservées pour l'implémentation les priorités des destructeurs doivent être des entiers entre 0 et %d inclus les destructeurs ne peuvent pas être qualifiés avec CV les destructeurs ne peuvent pas être qualifiés comme des références destructeurs ne peuvent pas avoir de paramètre vouliez-vous déréférencer le pointeur ? vouliez-vous utiliser le non logique (%<!%>) ? vouliez-vous utiliser le « non » logique ? la différence entre %qE et %qD n'est pas un type entier nombre de paramètres différents nombre de résultats différents types de paramètres différents types de récepteurs différents types de résultats différents types sous-jacents différents dans l'enum %q#T varargs différents la base directe %qT est inaccessible dans %qT en raison de l'ambiguïté l'initialisation par liste directe de %<auto%> requiert exactement un élément argument de directive %qE argument de directive dans la plage [%E, %E] désactive l'étape %s pour la fonction %s désactive l'étape %s pour les fonctions dans la plage [%u, %u] type Objective-C distinct en retour la division %<sizeof (%T) / sizeof (%T)%> ne calcule pas le nombre d'éléments dans le tableau division par zéro la division par zéro n'est pas une expression constante ne spécifiez pas à la fois -march=… et -mcpu=… do_check(): trop d'arguments do_simplify(): Trop d'arguments pour l'intrinsèque ne correspond pas à la déclaration du patron membre ici ne correspond pas à la déclaration précédente %q#D ne supporte pas multilib le dominateur de %d devrait être %d, et non %d statut inconnu pour le dominateur de %d ne pas supporter les instructions de l'extension de performance ne pas supporter les instructions de l'extension de performance version 2 ne pas supporter les instructions de l'extension de chaînes double : dans l'instruction MODULE PROCEDURE à %L la liste doublement liée des noms assembleur est corrompue la liste doublement liée des clones est corrompue à cause de spécifications d'exceptions différentes fichier de vidange: %s %<_Atomic%> dupliqué %<_Thread_local%> ou %<__thread%> dupliqué %<const%> dupliqué branche %<default%> en double dans %<_Generic%> %<mutable%> dupliqué %<restrict%> dupliqué %<volatile%> dupliqué %qD dupliqué %qE dupliqué spécificateur de déclaration %qE dupliqué %qs dupliqué valeur du « case » dupliquée (ou en chevauchant une autre) le nom d'opérande asm %qs apparaît en double le type de base dupliqué %qT est invalide valeur du « case » dupliquée qualificatif CV dupliqué déclaration dupliquée pour le protocole %qE déclaration dupliquée de la méthode %<%c%E%> avec des types conflictuels définition dupliquée de « %s » instanciation explicite dupliquée pour %q#D instanciation explicite dupliquée de %q#T initialisation en double de %qD UID d'insn dupliqué: %i variable d'instance dupliquée %q+D déclaration d'interface dupliquée pour la catégorie %<%E(%E)%> déclaration d'interface dupliquée pour la classe %qE étiquette %qD dupliquée déclaration de l'étiquette %qE en double membre %q+D dupliqué type de paramètre de type générique dupliqué pour l'argument fonction %u de %<__builtin_tgmath%> spécificateurs virtuels (virt-specifier) multiples condition %<if%> dupliquée durant l'étape %s: %s pendant la recompilation avec -fcompare-debug la version dwarf %d n'est pas supportée dépendance dynamique %s introuvable les spécifications dynamiques d'exceptions sont dépréciées en C++11 un dynamic_cast de %q#D vers %q#T ne peut jamais réussir chaque identificateur non déclaré est rapporté une seule fois pour chaque fonction dans laquelle il apparaît l'arête %s->%s n'a pas de call_stmt correspondant l'arête de %d à %d devrait être marquée irréductible l'arête de %d à %d ne devrait pas être marquée irréductible l'arête pointe vers la mauvaise déclaration: soit -fopenacc ou soit -fopenmp doit être défini soit toutes les instructions d'initialisation devraient être désignées ou aucune ne devrait l'être un spécificateur de type élaboré pour un enum fortement typé ne peut pas utiliser le mot-clé %qD les types des éléments doivent être les mêmes element_number(): Mauvais type de dimension opération binaire élémentaire les arguments de fonction élémentaire à %C ne sont pas conformes procédure élémentaire les éléments du tableau %q#D ont un type incomplet les éléments du tableau %q#T ont un type incomplet %<\0%> inclus à l'intérieur du format emit_fusion_p9_load pas MEM emit_fusion_p9_load, mauvais reg #1 emit_fusion_p9_load, mauvais reg #2 emit_fusion_p9_store pas MEM emit_fusion_p9_store, mauvais reg #1 emit_fusion_p9_store, mauvais reg #2 génération d'un opérande PIC mais le registre PIC n'est pas initialisé production d'une insn microcode conditionnelle %s [%s] #%d production d'une insn microcode %s [%s] #%d l'ABI de passage de paramètres pour la classe vide %qT change avec -fabi-version=12 (GCC 8) déclaration vide la déclaration vide avec %<_Alignas%> ne redéclare pas la balise la déclaration vide avec un spécificateur de classe de stockage ne redéclare pas la balise la déclaration vide avec un qualificatif de type ne redéclare pas la balise un enum vide est invalide plage de l'index vide dans l'initialisation initialisation vide pour la capture par initialisation d'une fonction lambda initialisation vide dans l'initialisation par capture de la fonction lambda liste d'instructions vide précision à gauche vide dans le format %s précision vide dans le format %s intervalle vide spécifié initialisation vide d'un scalaire chaîne vide dans l'attribut %<target%> une structure vide a une taille 0 en C et une taille 1 en C++ déclaration de liaison structurée vide une union vide a une taille 0 en C et une taille 1 en C++ activer la compression de code FT32B activer l'utilisation de l'instruction de déplacement conditionnel. active l'étape %s pour la fonction %s active l'étape %s pour les fonctions dans la plage [%u, %u] activer le support de la trace de débogage n'a de sens qu'en compilant pour le Thumb activer le support pour l'interopérabilité de l'appelé n'a de sens qu'en compilant pour le Thumb région %qs englobante construction OpenACC %qs englobante la classe englobant la fonction membre non statique %<constexpr%> %q+#D n'est pas un type littéral les patrons de classe englobants ne sont pas explicitement spécialisés région cible englobante tâche englobante l'insn de fin %d du bloc %d n'a pas été trouvée dans le flot des insn La fin de la boucle DO implicite à %L n'a pas pu être simplifiée en une valeur constante entre dans le bloc structuré OpenMP entre dans le bloc « catch » entre dans l'instruction « if » « constexpr » entre dans l'instruction synchronisée ou atomique entre dans le bloc « try » constante enum définie ici constante « enum » dans un contexte booléen la conversion d'un enum de %qT vers %qT dans une affectation est invalide en C++ la conversion d'un enum de %qT vers %qT durant l'initialisation est invalide en C++ la conversion d'un enum de %qT vers %qT durant le retour est invalide en C++ la conversion en enum dans une affectation est invalide en C++ la conversion en enum durant l'initialisation est invalide en C++ la conversion d'un enum lors du passage de l'argument %d de %qE est invalide en C++ type « enum » défini ici type énuméré et non énuméré dans l'expression conditionnelle non concordance de type énuméré dans l'expression conditionnelle: %qT vs %qT la valeur %qE de l'énumération n'est pas traitée dans le « switch » les valeurs de l'énumération excèdent les limites du plus grand entier la valeur de l'énumération %qE est en dehors de la plage du type sous-jacent %qT la valeur de l'énumération pour %qD n'est pas une constante entière les valeurs énumérées de %qD doivent être de type entier ou une énumération simple (donc, pas fortement typée) la valeur de l'énumérateur pour %qE n'est pas une constante entière la valeur de l'énumérateur pour %qE n'est pas une expression constante entière variable d'environnement %qs non définie la variable d'environnement COLLECT_GCC doit être définie la variable d'environnement COLLECT_GCC_OPTIONS doit être définie la variable d'environnement DJGPP n'est pas définie la variable d'environnement DJGPP pointe vers le fichier corrompu « %s » la variable d'environnement DJGPP pointe vers le fichier inexistant « %s » la variable d'environnement SOURCE_DATE_EPOCH doit fournir un entier non négatif plus petit que ou égal à %wd erreur erreur de fermeture de %s: %m erreur dans les arguments de la fonction de spec %qs erreur en supprimant %s erreur d'écriture dans %qs erreur d'écriture dans %s: %m erreurs durant la fusion des unités de traductions eval_intrinsic(): Mauvais opérateur eval_type_intrinsic0(): op est NULL le nettoyage pendant une exception pour cet opérateur « new » avec placement sélectionne l'opérateur « delete » sans placement le traitement des exceptions est désactivé, utilisez -fexceptions pour l'activer désaccord sur la personnalité du traitement de l'exception l'exception du type %<%T%> sera interceptée une exception du type %qT sera interceptée la spécification d'exception %qD dépend d'elle-même trop d'éléments dans l'initialisation du tableau trop d'éléments dans l'initialisation de tableau de caractères trop d'éléments dans l'initialisation d'un scalaire trop d'éléments dans l'initialisation de la structure trop d'éléments dans l'initialisation de l'union trop d'éléments dans l'initialisation du vecteur trop d'opérandes « use » pour l'instruction les compteurs d'exécution sont supposés être à zéro compteurs d'exécution estimés sortie %d->%d pas enregistrée expand_binop a échoué dans movsi got le motif d'expansion %qE ne contient pas de paquet d'arguments le motif d'expansion %qT ne contient pas de paquet d'arguments le point d'expansion est l'emplacement %i clause %<#pragma acc%> attendue %<#pragma omp section%> ou %<}%> attendu clause %<#pragma omp%> attendue %<(%> attendu %<(%> ou fin de ligne attendue %<)%> attendu %<*%> attendu %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> ou identificateur attendu %<,%> attendu %<,%> ou %<)%> attendu %<,%> ou %<...%> attendu %<,%> ou %<;%> attendu %<,%> ou %<}%> attendu %<,%>, %<;%> ou %<}%> attendu %<.%> attendu %<...%> attendu %<:%> attendu %<:%> ou %<)%> attendu %<:%> ou %<...%> attendu %<;%> ou %<::%> attendu %<:%>, %<,%>, %<;%>, %<}%> ou %<__attribute__%> attendu %<::%> attendu %<;%> attendu %<;%> attendu après la définition de la classe %<;%> attendu après la définition de la structure %<;%> attendu après la définition de l'union %<;%> attendu à la fin de la déclaration du membre %<;%> ou %<{%> attendu %<;%> ou %<{%> attendu après la définition des attributs de la méthode %<;%>, %<,%> ou %<)%> attendu %<;%>, identificateur ou %<(%> attendu %<<%> attendu %<=%> attendu %<=%>, %<,%>, %<;%>, %<asm%> ou %<__attribute__%> attendu %<>%> attendu %<@end%> attendu %<@synchronized%> attendu %<@throw%> attendu %<@try%> attendu %<[%> attendu %<]%> attendu %<__label__%> attendu %<__transaction_atomic%> attendu %<__transaction_relaxed%> attendu %<asm%> attendu %<catch%> attendu %<class%> attendu %<class%> ou %<typename%> attendu %<class%>, %<typename%> ou %<template%> attendu %<data%> attendu %<data%> attendu après %<#pragma acc %s%> %<data%>, %<update%>, %<enter%> ou %<exit%> attendu %<declare%> attendu %<decltype%> attendu %<delete%> attendu %<extern%> attendu %<for%> attendu après %qs %<namespace%> attendu %<new%> attendu %<none%> ou %<present%> attendu %<none%> ou %<shared%> attendu %<omp_priv%> ou nom de fonction attendu %<operator%> attendu modificateurs de clause %<parallel%> ou %<target%> %<if%> attendus %<point%> attendu %<return%> attendu %<scalar%> attendu %<simd%> ou %<reduction%> ou %<target%> attendu %<static_assert%> attendu %<target%> attendu %<template%> attendu %<throw%> attendu %<tofrom%> attendu %<try%> attendu %<using%> attendu %<while%> attendu %<{%> attendu %<{%> ou %<:%> attendu %<}%> attendu %<}%> attendu avant %<else%> %<~%> attendu on attendait %d niveaux de paramètres du patron pour %q#D mais on en a obtenu %d %qT attendu mais l'argument est de type %qT modificateur de clause %qs %<if%> attendu au lieu de %qs ... attendu [big-endian|little-endian|default] attendu après %<#pragma scalar_storage_order%> [error|warning|ignored|push|pop] attendu après %<#pragma GCC diagnostic%> une chaîne est attendue après %<#pragma message%> un objet SSA_NAME était attendu un identificateur est attendu pour le nom d'attribut attribut attendu avant %<...%> opérateur binaire attendu expression booléenne attendue type booléen attendu étiquette « case » ou instruction « goto » attendue canal attendu nom de classe attendu mot-clé de type classe (class ou struct) attendu nom de classe attendu constructeur, destructeur ou conversion de type attendu déclaration attendue déclaration ou instruction attendue spécificateurs de déclaration attendus spécificateurs de déclaration ou %<...%> attendu déclarateur attendu instruction « else » attendue une chaîne vide était attendue après le mot-clé %<operator%> fin de liste de capture attendue fin de ligne attendue expression attendue liste-expression ou type-id attendu fonction attendue nom de fonction attendu nom de fonction %<(%> attendu expression « goto » attendue expression id attendue expression id (arguments) attendue identificateur attendu identificateur ou %<(%> attendu identificateur ou %<)%> attendu identificateur ou %<*%> attendu initialisation attendue entier attendu expression entière attendue expression entière attendue avant « ) » interface ou pointeur vers une interface attendu déclaration ou initialisation d'itération attendue instruction d'itération attendue instruction de saut attendue étiquette attendue instruction étiquetée attendue un index sur un tableau associatif est attendu dans le membre de droite espace de noms attendu spécificateur de nom imbriqué attendu type numérique attendu opérateur attendu paquet de paramètres attendu avant %<...%> nom d'étape attendu pointeur attendu pointeur attendu comme argument au %<*%> unaire expression primaire attendue opérateur pointeur attendu nom qualifié attendu dans la déclaration amie pour le constructeur %qD nom qualifié attendu dans la déclaration amie du destructeur %qD instruction de sélection attendue « ; » attendu signature attendue: %qD liste de qualificatifs et de qualificatifs attendue instruction attendue chaîne littérale attendue chaîne littérale attendue identificateur de suffixe attendu argument de patron attendu template-id attendu template-id attendu pour le type nom de patron attendu spécificateur du type attendu un nom de type attendu spécificateur de type attendu unqualified-id attendu la capture par copie explicite de %<this%> est redondante avec la capture par copie par défaut la capture par copie explicite de %qD est redondante avec la capture par copie par défaut la capture par référence explicite de %qD est redondante avec la capture par référence par défaut les opérateurs de conversion explicites sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 les guides de déduction explicites ne sont pas pris en compte pour l'initialisation par copie « goto » explicite à la fin du bb %d instanciation explicite de %q#D instanciation explicite de %q#T avant la définition de patron instanciation explicite de %qD mais pas de définition disponible instanciation explicite de %qD dans l'espace de noms %qD (qui n'englobe pas l'espace de noms %qD) une instanciation explicite de %qD en dehors de son espace de noms doit utiliser un spécificateur de nom imbriqué instanciation explicite du patron non classe %qD instanciation explicite du non patron %q#D instanciation explicite du type non patron %qT une instanciation explicite ne doit pas utiliser le spécificateur %<constexpr%> une instanciation explicite ne doit pas utiliser le spécificateur %<inline%> qualificatifs explicites dans la déclaration de %qD il pourrait manquer des attributs dans la spécialisation explicite de %q#D la spécialisation explicite doit être déclarée %<concept%> spécialisation explicite dans la portée d'un non espace de noms %qD spécialisation explicite de %qD après la première utilisation la spécialisation explicite de %qD doit être introduite par %<template <>%> une spécialisation explicite de %qD en dehors de son espace de noms doit utiliser un spécificateur de nom imbriqué spécialisation explicite du concept de fonction %qD spécialisation explicite du non patron %qT une liste explicite d'arguments de patron n'est pas permise une spécialisation explicite de patron ne peut pas avoir une classe de stockage la fonction %q+D imposée par défaut explicitement ne peut pas être déclarée %<constexpr%> car la déclaration implicite n'est pas %<constexpr%>: les registres explicitement utilisés doivent être groupés en haut de la pile Lettre d'exposant « q » dans une constante littérale réelle à %C expr dans l'affectation var = expr de !$OMP ATOMIC WRITE doit être scalaire et ne peut pas faire référence à var à %L expr dans l'affectation !$OMP ATOMIC var = var op expr doit être scalaire et ne peut pas faire référence à var à %L l'expression %qE ne désigne pas une fonction %<constexpr%> l'expression %qE à des effets de bord l'expression %qE n'est pas une expression constante l'expression ne peut pas être utilisée comme une fonction l'expression dans la déclaration « new » doit être un type entier ou un type énuméré l'expression dans l'assertion statique n'est pas un entier l'expression dans l'assertion statique n'est pas une expression constante entière l'expression dans l'assertion statique n'est pas une constante la liste d'expressions est traitée comme une expression composée dans le transtypage fonctionnel la liste d'expressions est traitée comme une expression composée dans l'initialisation la liste d'expressions est traitée comme une expression composée dans l'initialisation mémoire l'expression doit être fondamentale l'expression du type de classe abstraite %qT ne peut pas être utilisée dans une expression « throw » l'instruction de l'expression a un type incomplet expression_rank(): Deux specs de tableau extend_ref(): Variable « tail » invalide les listes d'initialisation étendues sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 les registres étendus n'ont pas de moitié haute la déclaration externe de %q+D suit une déclaration sans classe de liaison modèle externe globalvalue les fonctions d'initialisation TLS externes ne sont pas supportées sur cette cible classe de liaison externe requise pour le symbole %q+D en raison de l'attribut %qE clone en ligne visible depuis l'extérieur %<;%> superflu %<;%> supplémentaire après la définition dans la classe groupe d'accolades superflu à la fin de l'initialisation éléments superflus dans l'initialisation d'un scalaire arête sortante supplémentaire %d->%d qualification %<%T::%> additionnelle sur le membre %qs qualification supplémentaire pas permise « ; » superflu point virgule superflu spécifié dans la définition de la méthode point virgule superflu dans la structure ou dans l'union qualificatif de type supplémentaire dans l'argument du format (argument %d) échec à l'initialisation du greffon %s échec lors de la création du composant du tableau associatif « %s » échec lors de la création du composant d'union « %s » échec lors du développement de la fonction interne erreur pour obtenir le statut de sortie: %m erreur à l'obtention des temps du processus: %m échec à l'ouverture du fichier temporaire %s pour la sortie LTO échec à l'ouverture du fichier temporaire %s avec la sortie LTO échec lors de la récupération de la fonction inutile échec lors de la récupération de la fonction inutile dans le même groupe comdat le modèle mémoire en cas d'échec ne peut pas être plus fort que le modèle mémoire en cas de succès pour %<__atomic_compare_exchange%> échec lors de la simplification de la référence à la sous-chaîne dans l'instruction DATA à %L échec en essayant de recharger: arête fallthru après une instruction de contrôle dans le bb %d arête fallthru après un branchement inconditionnel dans le bb %i une arête fallthru traverse une frontière de section dans le bb %i fallthru pour sortir du bloc de base %d l'énumération rapide n'est pas disponible en Objective-C 1.0 les attributs fastcall et cdecl sont incompatibles les attributs fastcall et regparm sont incompatibles les attributs fastcall et stdcall sont incompatibles les attributs fastcall et thiscall sont incompatibles erreur fatale: fclose %s: %m La chaîne fe_runtime_error doit être terminée par un zéro fe_runtime_error: Mauvais nombre d'arguments (%d au lieu de %d) le champ %q#D peut être accessible via %q#D champ %q#D avec le même nom que la classe le champ %q+D est incorrectement déclaré avec le type d'une fonction le champ %q+D est incorrectement déclaré avec le type d'une méthode le champ %qD a le type incomplet %qT champ %qE déclaré comme une fonction le champ %qE est d'un type incomplet le nom du champ n'est pas dans l'initialisation de l'enregistrement ou de l'union spécificateur de champ de précision largeur de champ largeur de champ dans le format de printf largeur de champ dans le format de scanf largeur de champ dans le format de strfmon largeur de champ dans le format de strftime spécificateur de largeur de champ les champs ont un agencement différent dans une autre unité de traduction le fichier %qs a été quitté mais n'a pas été entré fin de fichier dans l'argument par défaut la déclaration de %qE au niveau du fichier spécifie %<auto%> la déclaration de %qE au niveau du fichier spécifie %<register%> caractère de remplissage caractère de remplissage dans le format de strfmon find_array_spec(): Spec manquante find_array_spec(): « as » inutilisé(1) find_array_spec(): « as » inutilisé(2) find_enum(): Énumération introuvable fonction fini() trouvée dans l'objet %s le premier opérande %<sizeof%> a été déclaré ici le premier argument doit être []byte le premier argument de %q+D devrait être %<int%> le premier argument de %<__builtin_call_with_static_chain%> doit être une expression d'appel le premier argument de %<__builtin_choose_expr%> n'est pas une constante le premier argument de %<va_arg%> n'est pas du type %<va_list%> le premier désaccord est le champ le premier offset doit être dans la direction opposée des itérations de la boucle le premier argument doit être R0 le registre ebp fixé requiert %<-maccumulate-outgoing-args%> le registre ebp fixé requiert %<target("accumulate-outgoing-args")%> registre fixe %s utilisé pour passer un paramètre à la fonction débordement d'un nombre en virgule fixe dans l'expression %qE de type %qT résulte in %qE débordement d'un nombre en virgule fixe dans l'expression de type %qT résulte en %qE les types en virgule fixe ne sont pas supportés pour cette cible types en virgule fixe pas supportés en C++ membre tableau flexible %qD dans %q#T par ailleurs vide membre tableau flexible %qD dans l'union le membre tableau flexible %qD n'est pas à la fin de %q#T tableau flexible comme membre d'une structure sans aucun membre nommé tableau flexible comme membre de l'union le tableau flexible n'est pas le dernier membre à la fin de la structure la constante en virgule flottante déborde de la plage de %qT constante flottante mal utilisée constante en virgule flottante tronquée à zéro le littéral en virgule flottante dépasse la plage de type %qT le littéral en virgule flottante est tronqué à zéro débordement d'un nombre en virgule flottante dans l'expression %qE de type %qT résulte en %qE débordement d'un nombre en virgule flottante dans l'expression de type %qT résulte en %qE le suffixe en virgule flottante %qs est masqué par l'implémentation la constante en virgule flottante n'est pas un opérande immédiat valide insn de contrôle de flot à l'intérieur d’un bloc de base vérification fold: arbre originale modifié par fold repli de l'expansion vide sur %O les expressions fold sont uniquement disponibles avec -std=c++17 ou -std=gnu++17 fopen %s: %m fopen: %s: %m pour %qD pour un transtypage de style « fonction », enlevez le %<::%D%> redondant pour la déduction de %<std::initializer_list%>, utilisez l'initialisation par liste copiée (c-à-d ajoutez %<=%> avant le %<{%>) l'expression d'incrémentation de « for » ne peut résoudre l'adresse de la fonction surchargée l'expression d'incrémentation de « for » n'a pas d'effet l'expression d'incrémentation de « for » est une référence, pas un appel, à la fonction %qE l'expression de longueur doit être spécifiée pour un type pointeur instruction « for » attendue pour la déclaration du patron %q+D dans l'option -mcache-block-size=X, les valeurs valides pour X sont: 4, 8, 16, 32, 64, 128, 256, ou 512 dans l'option -misr-vector-size=X, les valeurs valides pour X sont 4 ou 16 l'expression de longueur doit être spécifiée pour un type tableau dont la limite est inconnue instruction « for », « while » ou « do » attendue format l'argument de format %d est inutilisé et se trouve avant l'argument %d qui est utilisé avec un numéro d'argument $ l'argument de format %d est utilisé plus d'une fois dans le format %s l'argument de format aurait dû être une référence à %qs l'argument de format aurait dû être une référence à %qs mais c'est une chaîne qui a été trouvée le format est une chaîne de caractères larges le format n'est pas une chaîne littérale et il n'y a pas d'arguments de format le format n'est pas une chaîne littérale, les types des arguments ne sont pas vérifiés le format n'est pas une chaîne littérale, le format n'est pas vérifié l'argument de la chaîne de format suit les arguments devant être formatés l'argument passé comme chaîne de format n'est pas une chaîne de caractères la chaîne de format a un numéro d'opérande invalide la chaîne de format est définie ici formation d'un pointer vers le type de fonction qualifié %qT formation d'un pointeur vers le type de référence %qT formation d'une référence vers le type de fonction qualifié %qT formation d'une référence vers le type de référence %qT formation d'une référence vers void déclaration anticipée de %q#T %<%c%s%> trouvé %<-%E%> trouvé à la place de %<+%E%> dans le(s) protocole(s) %<:%> trouvé dans le spécificateur de nom imbriqué, %<::%> attendu un %qT a été trouvé mais l'argument de format devrait être une chaîne une référence %qs a été trouvée mais l'argument de format devrait être une chaîne nom par défaut trouvé avec une instruction de définition non vide définition réelle trouvée pour un non registre définition virtuelle trouvée pour un registre GIMPLE un SSA_NAME a été rencontré qui avait été relâché dans le pool des éléments libres « case » par défaut rencontré mais pas au début du vecteur des « case » la couche logicielle pour compléter l'arithmétique requiert -mtrap-precision=i fr30_print_operand: code %%F invalide fr30_print_operand: code %%x invalide fr30_print_operand: opérande invalide pour le code %%A fr30_print_operand: MEM non traité fr30_print_operand: code inconnu fr30_print_operand: code %%B non reconnu fr30_print_operand: code %%b non reconnu fr30_print_operand: code %%p non reconnu fr30_print_operand_address: adresse non traitée un pointeur de trame est requis, mais il est réservé la taille de la trame de %qs est de %wd octets la taille de la trame de la fonction %qs est de %wd octets. Elle dépasse la limite de %d octets de la pile fournie par l'utilisateur. Un déroutement inconditionnel est ajouté. la taille de la trame de la fonction %qs est de %wd octets. C'est plus que la moitié de la taille de la pile. Le contrôle dynamique ne serait pas fiable. Aucun contrôle n'est généré pour cette fonction. taille de trame trop grande pour une vérification fiable de la pile free_expr0(): Mauvais type d'expression free_pi_tree(): Correction non résolue la déclaration amie %q#D déclare une fonction non patron déclaration amie %qD dans la classe locale sans déclaration locale antérieure la déclaration amie %qD n'est pas visible par la spécialisation explicite la déclaration amie %qD ne peut pas avoir de spécificateur de type « virt-specifiers » la déclaration amie ne nomme pas une classe ou une fonction déclaration amie ici la déclaration amie n'est pas dans la définition de la classe une déclaration amie requiert le mot-clé « class », c-à-d %<friend %#T%> une déclaration amie requiert le mot-clé « class », c-à-d. %<friend class %T::%D%> par rapport à la déclaration précédente de %qF frv_print_operand: code inconnu une fonction peut uniquement être comparée à nul la fonction %q#D est initialisée comme une variable la fonction %q+D est imposée par défaut au moment de sa déclaration avec une spécification d'exception qui diffère de la spécification d'exception implicite %qX la définition de la fonction %q+D est marquée dllimport la fonction %q+D fait partie du cycle des alias la fonction %q+F ne peut jamais être copiée car elle a l'attribut %<noclone%> la fonction %q+F ne peut jamais être copiée car elle reçoit un « goto » non local la fonction %q+F ne peut jamais être copiée car elle sauvegarde l'adresse d'une étiquette locale dans une variable statique la fonction %q+F ne peut jamais être mise en ligne parce qu'elle contient un « goto » calculé la fonction %q+F ne peut jamais être mise en ligne parce que cela est supprimé par l'utilisation de -fno-inline la fonction %q+F ne peut jamais être mise en ligne parce qu'elle utilise __builtin_return ou __builtin_apply_args la fonction %q+F ne peut jamais être mise en ligne car elle utilise « alloca » (ce qui sera outrepassé en utilisant l'attribut « always_inline ») la fonction %q+F ne peut jamais être mise en ligne parce qu'elle utilise des attributs en conflit avec la mise en ligne la fonction %q+F ne peut jamais être mise en ligne parce qu'elle utilise un « goto » qui n'est pas local la fonction %q+F ne peut jamais être mise en ligne parce qu'elle utilise setjmp la fonction %q+F ne peut jamais être mise en ligne parce qu'elle utilise setjmp-longjmp pour gérer les exceptions la fonction %q+F ne peut jamais être mise en ligne parce qu'elle utilise une liste variable d'arguments fonction %qD déclarée %<virtual%> à l'intérieur d'une union la fonction %qD est initialisée comme une variable la fonction %qD pourrait peut-être être candidate pour l'attribut de format %qs fonction %qD redéclarée comme une variable la fonction %qD est utilisée comme sortie %<asm%> la fonction %qs ne peut pas être déclarée %<mutable%> les arguments fonctions de %<__builtin_tgmath%> ont tous le même type les arguments fonctions de %<__builtin_tgmath%> n'ont pas de paramètre de type générique attribut de fonction incohérent les attributs de fonction %qs et %qs sont mutuellement exclusifs le corps de la fonction peut être écrasé durant l'édition de liens le corps de la fonction n'est pas disponible l'appel de fonction a une valeur d'agrégat fonction appelée à travers un type non compatible la fonction ne peut pas être modifiée pour ajouter du code la déclaration de fonction n'est pas un prototype la fonction est déclarée avec %<noreturn%> mais elle utilise l'instruction %<return%> définition de fonction déclarée %<auto%> définition de fonction déclarée %<register%> définition de fonction déclarée %<typedef%> définition de fonction déclarée %qs la définition de fonction ne déclare aucun paramètre la définition de la fonction a un type de retour « void » qualifié la fonction ne retourne pas un type « string » la fonction peut retourner l'adresse d'une variable locale la fonction pourrait être une candidate pour l'attribut %qs la fonction pourrait être une candidate pour l'attribut %qs si elle est connue pour retourner normalement fonction pas retenue pour être mise en ligne la fonction n'est pas déclarée en ligne et la taille du code augmenterait la fonction ne peut être mise en ligne la fonction n’est pas une candidate à la mise en ligne type tableau ou fonction %qT dans %<#pragma omp declare reduction%> fonction ou type tableau dans %<#pragma omp declare reduction%> paramètre de fonction Désaccord dans le nombre de résultats de la fonction le type retourné par une fonction ne peut être une fonction les types retournés par les fonctions ne sont pas compatibles en raison de %<volatile%> fonction retournant une fonction fonction retournant un tableau la fonction retourne l'adresse d'une étiquette la fonction retourne l'adresse d'une variable locale la fonction retourne un agrégat le symbole de la fonction n'est pas une fonction le patron de fonction %qD est redéclaré comme un patron de classe template-id de la fonction %qD dans le spécificateur de nom imbriqué types fonctions pas vraiment compatibles en C ISO fonction appelée avec un type de retour void qualifié %qE au niveau de la fonction est implicitement « auto » et déclaré %qs %qs dans le champ de la fonction est implicitement déclaré auto et déclaré %<__thread%> support de function_profiler function_profiler supporté pour MMIX transtypage fonctionnel vers le type tableau %qT rebut à la fin de « #pragma nomember_alignment » pilote gcc version %s %sexécutant gcc version %s gcc version %s %s gcov %s%s le code du fragment générique échoue pour la méthode %qD qui utilise %<...%> get_mpz(): N'est pas une constante entière obtention de la limite maximale de la taille du fichier de vidange (core file): %m gfc_add_interface(): Mauvais type d'interface gfc_arith_divide(): Mauvais type de base gfc_arith_error(): Mauvais code d'erreur gfc_arith_minus(): Mauvais type de base gfc_arith_plus(): Mauvais type de base gfc_arith_times(): Mauvais type de base gfc_arith_uminus(): Mauvais type de base gfc_array_dimen_size(): Mauvaise expression EXPR_ARRAY gfc_array_dimen_size(): Mauvaise dimension gfc_ascii_statement(): Mauvais code d'instruction gfc_basic_typename(): Type non défini gfc_caf_attr(): Mauvaise référence à un tableau gfc_caf_attr(): L'expression n'est pas une variable gfc_check_dependency: on attendait une EXPR_VARIABLE gfc_check_digit(): mauvais radical gfc_code2string(): Mauvais code gfc_compare_array_spec(): Spécification de tableau écrasée gfc_compare_derived_types: type dérivé invalide gfc_compare_expr(): Mauvais type de base gfc_conv_constant_to_tree(): type invalide: %s gfc_convert_constant(): Type inattendu gfc_copy_expr(): Mauvais nœud d'expression gfc_find_array_ref(): Pas de référence trouvée gfc_free_statement(): Mauvaise instruction gfc_get_constant_expr(): le lieu %<where%> ne peut pas être NULL gfc_get_default_type(): Mauvais symbole %qs gfc_is_constant_expr(): Type d'expression inconnu gfc_match(): Mauvais code de correspondance %c gfc_match_sym_complex_part(): Mauvais type gfc_op2string(): Mauvais code gfc_range_check() a retourné une mauvaise valeur gfc_range_check(): Mauvais type gfc_ref_dimen_size(): Mauvais dimen_type gfc_ref_dimen_size(): Mauvaise dimension gfc_resolve_blocks(): Mauvais type de bloc gfc_resolve_code(): Mauvais code d'instruction gfc_resolve_code(): Pas d'expression dans le DO WHILE gfc_resolve_expr(): Mauvais type d'expression gfc_set_default_type(): le symbole a déjà un type gfc_simplify_abs(): Mauvais type gfc_simplify_dcmplx(): Mauvais type (x) gfc_simplify_dcmplx(): Mauvais type (y) gfc_simplify_dim(): Mauvais type gfc_simplify_floor(): Mauvais sous-type gfc_simplify_log: mauvais type gfc_simplify_mod(): Mauvais arguments gfc_simplify_modulo(): Mauvais arguments gfc_trans_code(): Mauvais code d'instruction gfc_trans_omp_workshare(): Mauvais code d'instruction gfc_trans_select(): Mauvais type pour l'expression case gfc_typename(): Type non défini gfc_validate_kind(): Mauvais sous-type obtenu gfc_validate_kind(): Mauvais type obtenu gfc_variable_attr(): Mauvaise référence à un tableau gfc_variable_attr(): L'expression n'est pas une variable gfortran ne supporte pas -E sans -cpp gfortran: Uniquement une option %<-J%> autorisée l'appel gimple n'a pas de cible l'appel gimple a deux cibles vérification gimple: attendait %s(%s), a trouvé %s(%s) dans %s, à %s:%d gimple_bb (phi) est défini avec un mauvais bloc de base gimple_bb (stmt) est défini avec un mauvais bloc de base la gimplification a échoué les constructeurs globaux ne sont pas supportés sur cette cible les destructeurs globaux ne sont pas supportés sur cette cible la qualification globale du nom de la classe est invalide variable globale de registre %qD utilisée dans une fonction imbriquée une variable-registre globale suit une définition de fonction la variable-registre globale a une valeur initiale l'affectation à la variable globale/statique a été interceptée a obtenu %d paramètres de patron pour %q#D a obtenu %d paramètres de patron pour %q#T la destination du « goto » n'est ni une étiquette ni un pointeur gp est constant (mais sauvegarder/rétablir gp lors d'appels indirects). gp_offset (%ld) ou end_offset (%ld) est plus petit que zéro le PCH a dû être relocalisé code MIPS16 avec des flottants matériels pour des ABI autres que o32 et o64 les instructions décimales en virgule flottante matérielles ne sont pas disponibles en mode ESA/390 les instructions décimales en virgule flottante matérielles ne sont pas disponibles sur %s le support des vecteurs matériels n'est pas disponible sur %s le support des vecteurs matériels n'est pas disponible avec -msoft-float a des paramètres différents dans une autre unité de traduction a une valeur de retour différente dans une autre unité de traduction l'insn de tête %d du bloc %d n'a pas été trouvée dans le flot des insn ici limite supérieure %qE au delà de la taille de la section du tableau dans la clause %qs le hwcap %s est un argument invalide pour la fonction interne %s iWMMXt et NEON sont incompatibles iWMMXt non supporté en mode Thumb ia64_print_operand : code inconnu identical_array_ref(): dimensions incohérentes l'identificateur %qE est en conflit avec un mot-clé du C++ l'identificateur %qE est un mot clé en C++11 identificateur attendu après %<@protocol%> si une clause %<if%> a un modificateur, alors toutes les clauses %<if%> doivent utiliser un modificateur si ce code est atteint, le programme s'arrêtera « ifunc » n'est pas supporté par cette configuration « ifunc » n'est pas supporté sur cette cible #pragma %s %s ignoré %<#pragma align%> ignoré pour %q+D explicitement aligné %<#pragma omp declare simd%> est ignoré sur une fonction avec un argument non %<uniform%> avec le qualificatif %<_Atomic%> %<#pragma omp declare simd%> est ignoré sur une fonction avec un type de retour avec le qualificatif %<_Atomic%> l'attribut %qD est ignoré sur l'espace de noms anonyme l'attribut %qD est ignoré sur l'espace de noms pas en ligne l'attribut %qE est ignoré car il est appliqué à l'instanciation du patron %qT l'attribut %qE est ignoré car il est appliqué à la spécialisation du patron %qT -fschedule-insns est ignoré à cause d'un bogue dans la gestion des exceptions spécificateur asm ignoré pour la variable locale non statique %q+D l'attribut %<%E (%u)%> ignoré car il est en conflit avec l'attribut %<%E (%u)%> l'attribut %qE est ignoré car il est en conflit avec l'attribut %qs l'attribut %qE est ignoré dans la déclaration d'une fonction interne %qD car il est en conflit avec l'attribut %qs les attributs appliqués à %qT après sa définition sont ignorés les attributs sont ignorés si ils sont appliqués à la classe de type %qT en dehors de la définition attributs ignorés car ils sont appliqués au type dépendent %qT sans déclaration associée les attributs dans l'argument %qE du patron sont ignorés les attributs sur l'argument %qT du patron sont ignorés le répertoire « %s » est ignoré car présent deux fois le grand pas linéaire est ignoré ignore l'annotation de boucle le #pragma longcall mal composé est ignoré le répertoire « %s » est ignoré car inexistant attribut « packed » ignoré à cause du champ non POD non empaqueté %q#D ignore l'option %<-fopt-info-%s%> qui entre peut-être en conflit la valeur de retour de %qD est ignorée alors qu'elle est déclarée avec l'attribut nodiscard la valeur retournée par %qD est ignorée alors qu'elle est déclarée avec l'attribut warn_unused_result la valeur retournée est ignorée pour une fonction déclarée avec l'attribut warn_unused_result la valeur de retour de type %qT est ignorée alors qu'elle est déclarée avec l'attribut nodiscard la clause « sink » est ignorée car elle a un offset qui n'est pas un multiple du pas de la boucle la déclaration de %q#D est ignorée option inconnue %q.*s ignorée dans %<-fdump-%s%> la valeur non reconnue %<%s%> de l'option %<-mcustom-fpu-cfg%> est ignorée le pas linéaire nul est ignoré OP illégal dans optimize_comparison type d'agrégat %qE illégal spécifié pour la variable d'instance %qs opérande illégal adresse d'opérande illégale (1) adresse d'opérande illégale (2) adresse d'opérande illégale (3) adresse d'opérande illégale (4) opérande illégal détecté type de référence illégal spécifié pour la variable d'instance %qs conversion implicite de %qH vers %qI pour correspondre à d'autres opérandes de l'expression binaire conversion implicite depuis %qH vers %qI pour correspondre à d'autres résultats de la condition conversion implicite de %qH en %qI lors du passage de l'argument à la fonction conversion implicite de %qT vers %qT pour correspondre à d'autres opérandes de l'expression binaire conversion implicite depuis %qT vers %qT pour correspondre à d'autres résultats de la condition conversion implicite de %qT en %qT lors du passage de l'argument à la fonction déclaration implicite de la fonction %qE déclaration implicite de la fonction %qE; vouliez-vous utiliser %qs ? le déréférencement implicite n'accèdera pas à l'objet du type %qT dans l'expression d'incrémentation de « for » le déréférencement implicite n'accèdera pas à l'objet du type %qT dans l'opérande de gauche de l'opérateur virgule le déréférencement implicite n'accèdera pas à l'objet du type %qT dans l'opérande de droite de l'opérateur virgule le déréférencement implicite n'accèdera pas à l'objet du type %qT dans le deuxième opérande de l'expression conditionnelle le déréférencement implicite n'accèdera pas à l'objet du type %qT dans l'instruction le déréférencement implicite n'accèdera pas à l'objet du type %qT dans le troisième opérande de l'expression conditionnelle correspondance implicite du tableau de taille tacite %qD les patrons implicites ne peuvent pas être %<virtual%> désaccord dans le type du pointeur implicite « this » le fanion implicit_section est défini mais la section ne l'est pas les registres implicitement dépilés doivent être groupés en haut de la pile END DO implicite import_iso_c_binding_module(): Impossible de créer le symbole pour %s contrainte impossible dans %<asm%> contrainte de registre impossible dans %<asm%> assertion de type impossible: le type n'implémente pas l'interface dans %s, à %s:%d en C++03, le mot-clé class (ou struct) doit être utilisé lors de la déclaration d'un ami en C++11 et au delà, un constructeur par défaut peut être explicite en C++11, les destructeurs sont noexcept par défaut en C++11, ce throw sera terminal car les destructeurs sont noexcept par défaut en C++98, %<template%> (afin de lever une ambigüité) est seulement permis à l'intérieur des patrons en C++98, %q+D ne peut pas être statique parce qu'il est un membre d'une union en C++98, %qD doit être initialisé par un constructeur et non par %<{...}%> dans un appel à la fonction d'allocation %qD déclarée ici dans un appel à la fonction d'allocation interne %qD dans un appel à la fonction interne %qD dans un appel à la fonction %qD déclarée ici dans l'argument d'un unaire ! dans le bloc de base %d : dans l'appel à %qD, déclaré ici dans la déclaration de %q+D dans la définition de la macro %qs dans l'expansion de la macro %qs dans gfc_simplify_acos(): Mauvais type dans gfc_simplify_acosh(): Mauvais type dans gfc_simplify_asin(): Mauvais type dans gfc_simplify_asinh(): Mauvais type dans gfc_simplify_atan(): Mauvais type dans gfc_simplify_atan2d(): Mauvais type dans gfc_simplify_atanh(): Mauvais type dans gfc_simplify_atrigd(): Mauvais type dans gfc_simplify_cos(): Mauvais type dans gfc_simplify_exp(): Mauvais type dans gfc_simplify_sin(): Mauvais type dans gfc_simplify_trigd(): Mauvais type dans l'initialisation de la variable de liaison structurée %qD dans le passage de l'argument %P de %qD dans simplify_trig_call(): Mauvais intrinsèque dans l'instruction dans l'argument de patron pour le type %qT dans la définition de %q#T initialisation intra-classe du membre de donnée statique %q#D d'un type incomplet initialisation intra-classe du membre de donnée statique %q#D du type non littéral fichier de greffon %s inaccessible développé depuis le nom court du greffon %s: %m accumulateur inapproprié pour %qs incluez %qs ou fournissez une déclaration de %qD le nombre d'arêtes entrantes ne correspond pas au nombre d'arguments PHI les qualificatifs d'espace d'adresses %qs et %qs sont incompatibles clause de données avec réduction sur %qE incompatible; promu en present_or_copy opérande en virgule flottante ou registre vecteur incompatible pour « %%%c » déclaration implicite incompatible pour la fonction interne %qD déclaration implicite incompatible de la fonction %qD type incompatible pour l'argument %d de %qE type incompatible pour l'index du tableau associatif type incompatible pour la méthode %s%s%s type incompatible pour la méthode %s%s%s (%s) type incompatible pour le récepteur types incompatibles dans l'argument PHI %u types incompatibles dans l'affectation de %qT vers %qT types incompatibles dans l'expression binaire type incompatible dans l'envoi types incompatibles dans l'affectation au type %qT depuis le type %qT types incompatibles dans l'initialisation du type %qT en utilisant le type %qT types incompatibles en retournant le type %qT alors que %qT était attendu types vectoriels incompatibles dans l'expression conditionnelle: %qT, %qT et %qT implémentation incomplète de la catégorie %qE implémentation incomplète de la classe %qE le type incomplet %qT n'a pas de membre %qD type %qT incomplet utilisé dans un spécificateur de noms imbriqué types différents pour « begin » et « end » de l'instruction %<for%> parcourant une plage: %qT et %qT déduction incohérente pour %qT: %qT et puis %qT déduction incohérente pour le type de retour auto: %qT et puis %qT spécification de variable d'instance incohérente contraintes d'opérande inconsistantes dans un %<asm%> les types incohérents %qT et %qT sont déduits du type retourné par la lambda les suffixes littéraux définis par l'utilisateur %qD et %qD sont inconsistants dans la chaîne littérale mode de comparaison incorrect entrée incorrecte dans label_to_block_map format incorrect dans la mise à l'échelle, utilise 1/1 opérande d'indice incorrect insn incorrecte : nombre d'arguments incorrect pour la fonction %qE nombre incorrect pour les éléments d'un vecteur CONSTRUCTOR opérande d'arrondi incorrect configuration incorrecte pour le numéro de la zone d'atterrissage des exceptions (landing pad) partage incorrect des nœuds de l'arbre type incorrect pour les éléments d'un vecteur CONSTRUCTOR parallélisme de boucle OpenACC incorrectement imbriqué l'expression d'incrémentation fait référence à la variable d'itération %qD incrémentation d'une expression booléenne incrémentation du champ constant %qD incrémenter une valeur énumérée est invalide en C++ incrémentation de la fonction %qD incrémentation du membre %qD d'un objet en lecture seule incrément d'un pointeur vers un type incomplet %qT incrémentation de l'emplacement %qE en lecture seule incrémentation du membre %qD en lecture seule incrémentation de la valeur de retour nommée %qD en lecture seule incrémentation du paramètre %qD en lecture seule incrémentation de la référence en lecture seule %qD incrémentation de la variable %qD en lecture seule la valeur incrémentée de l'énumération est trop grande pour %<long%> la valeur incrémentée de l'énumération est trop grande pour %<unsigned long%> l'index %E désigne un offset plus grand que la taille de %qT l'index dans la dimension %d est hors de limites à %L l'index doit être un entier valeur d'index au lieu d'un nom de champ dans l'initialisation de l'union la valeur de l'index est hors limites le décompte des appels indirects ne correspond pas au décompte du BB la fonction indirecte %q+D ne peut pas être déclarée faible la fonction indirecte %q+D ne peut pas être déclarée « weakref » appel de fonction indirect vers un appelé encore à déterminer les sauts indirects ne sont pas disponibles sur cette cible l'indirection n'accèdera pas à l'objet du type incomplet %qT dans l'expression d'incrémentation de « for » l'indirection n'accèdera pas à l'objet du type incomplet %qT dans l'opérande de gauche de l'opérateur virgule l'indirection n'accèdera pas à l'objet du type incomplet %qT dans l'opérande de droite de l'opérateur virgule l'indirection n'accèdera pas à l'objet du type incomplet %qT dans le deuxième opérande de l'expression conditionnelle l'indirection n'accèdera pas à l'objet du type incomplet %qT dans l'instruction l'indirection n'accèdera pas à l'objet du type incomplet %qT dans le troisième opérande de l'expression conditionnelle l'indirection n'accèdera pas à l'objet du type non trivialement copiable %qT dans l'expression d'incrémentation de « for » l'indirection n'accèdera pas à l'objet du type non trivialement copiable %qT dans l'opérande de gauche de l'opérateur virgule l'indirection n'accèdera pas à l'objet du type non trivialement copiable %qT dans l'opérande de droite de l'opérateur virgule l'indirection n'accèdera pas à l'objet du type non trivialement copiable %qT dans le deuxième opérande de l'expression conditionnelle l'indirection n'accèdera pas à l'objet du type non trivialement copiable %qT dans l'instruction l'indirection n'accèdera pas à l'objet du type non trivialement copiable %qT dans le troisième opérande de l'expression conditionnelle le type scalaire inféré %qT n'est pas un type entier ou en virgule flottante de la même taille que %qT le constructeur hérité %qD n'est pas %<constexpr%> les constructeurs hérités sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 fonction init trouvée dans l'objet %s l'instruction init dans des instructions de sélection est uniquement disponible avec -std=c++17 ou -std=gnu++17 init_arglist(): trop d'arguments l'initialisation abandonne le qualificatif %qv du type pointé initialisation depuis un type Objective-C distinct initialisation depuis un pointeur vers un espace d'adresses non fermé le membre de gauche de l'initialisation pourrait être un candidat pour un attribut de format l'initialisation ajoute le qualificatif %q#v au pointeur de fonction qui n'avait pas de qualificatif l'initialisation de %qT depuis %qT transforme un pointeur en entier sans transtypage l'initialisation de %qT depuis %qT transforme un entier en pointeur sans transtypage initialisation de %qT depuis le type pointeur %qT qui est incompatible initialisation d'un membre de tableau flexible initialisation de la variable de bloc commun %qs dans l'instruction DATA à %C initialisation d'un membre de tableau flexible dans un contexte imbriqué l'initialisation de l'expression « new » pour le type %<auto%> exige exactement un élément initialisation d'un type référencé non const %q#T depuis une r-valeur du type %qT initialisation d'un type référencé volatile %q#T depuis une r-valeur du type %qT initialisations pour des membres multiples de %qT le champ initialisé est écrasé le champ initialisé a des effets de bord écrasés la variable initialisé %q+D est marquée dllimport un élément de l'initialisation n'est pas une expression constante un élément de l'initialisation n'est pas évaluable lors du chargement un élément de l'initialisation n'est pas une constante fin prématurée de l'initialisation l'expression de l'initialiseur fait référence à la variable d'itération %qD l'initialiseur n'a pu déterminer la taille de %q+D l'initialisation n'a pu déterminer la taille de %qD l'initialisation n'a pu déterminer la taille de %qT l'initialisation pour %<decltype(auto) %D%> a un type fonction (avez-vous oublié les %<()%> ?) l'initialisation pour %q#D est invalide l'initialisation de %qT doit être entre accolades initialisation pour le membre tableau flexible %q#D l'initialiseur pour une valeur en virgule flottante n'est pas une constante en virgule flottante l'initialiseur pour les valeurs entières/virgules fixes est trop compliqué initialisation dans une boucle %<for%> parcourant une plage initialisation invalide pour un membre statique avec constructeur initialisation fournie pour une fonction initialisation spécifiée pour la fonction amie %qD initialisation spécifiée pour une méthode non virtuelle %q+D initialisation spécifiée pour la fonction membre statique %qD la chaîne d'initialisation est trop longue pour le tableau de caractères initialiser %qH avec %qI dans une expression constante convertie n'est pas liée directement l'ami injecté %qD est visible à cause de %<-ffriend-injection%> nom de classe injecté %qD utilisé comme argument de patron qui est lui-même un patron clone en ligne dans la même liste du groupe comdat le clone en ligne est forcé à sortir clone en ligne avec l'adresse prise mettre le code en ligne pour invalider les entrées de la cache des instructions après avoir enchaîné des fonctions trampolines. la déclaration en ligne de %qD suit la déclaration avec l'attribut %qs fonction « inline » %q+D déclarée en tant que dllimport: attribut ignoré la fonction en ligne %q+D est déclarée mais jamais définie la fonction « inline » %q+D est déclarée faible la fonction en ligne %q+D a reçu l'attribut « noinline » la fonction à mettre en ligne %qD a reçu l'attribut « noinline » la fonction en ligne %qD est utilisée mais n'a jamais été définie un espace de nom en ligne doit être spécifié à la définition initiale les espaces de noms en ligne sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 les variables « inline » sont uniquement disponibles avec -std=c++17 ou -std=gnu++17 le pointeur inlined_to est défini mais aucun prédécesseur trouvé le pointeur inlined_to est faux le pointeur inlined_to fait référence à lui même pointeur inlined_to défini pour des appelants pas en ligne la mise en ligne a échoué dans l'appel à %q+F: %s la mise en ligne a échoué dans l'appel à always_inline %q+F: %s la boucle intérieure utilise le même parallélisme OpenACC que la boucle qui la contient le fichier d'entrée %qs est le même que le fichier de sortie la contrainte de l'opérande d'entrée contient %qc insert_bbt(): Clé dupliquée trouvée insertion hors limites dans BIT_INSERT_EXPR le pointeur du bloc de base de l'insn %d est %d, il devrait être %d l'insn %d dans la fin du bb %d a un bloc de base non NULL l'insn %d dans l'en-tête du bb %d a un bloc de base non NULL l'insn %d est dans plusieurs blocs de base (%d et %d) l'insn %d en dehors des blocs de base a un champ bb non NULL les adresses des insn ne sont pas libérées insn contient une adresse invalide ! insn ne satisfait pas à ses contraintes: insn à l'extérieur de tout bloc de base l'insn avec le UID %i n'a pas été trouvée pour l'opérande %i (« %s ») de l'insn %i l'insn avec le UID %i n'a pas été trouvée pour l'opérande %i de l'insn %i installés: %s%s erreur d'installation, impossible de trouver crtoffloadtable.o la variable d'instance %qE est accédée dans la méthode de la classe la variable d'instance %qE est %s; ceci déclenchera une erreur incontournable dans le futur la variable d'instance %qE est déclarée %s la variable d'instance %qE est déclarée privée la variable d'instance %qs a une taille inconnue la variable d'instance %qs est déclarée privée la variable d'instance %qs utilise un membre de tableau flexible l'affectation à la variable d'instance a été interceptée instruction jamais exécutée l'ordonnancement d'instructions n'est pas supporté sur cette machine cible pas assez d'arguments pour la fonction surchargée %s information contextuelle insuffisante pour déterminer le type partitionnement insuffisant pour paralléliser la boucle des éléments partitionnement disponible insuffisant pour paralléliser la boucle partitionnement disponible insuffisant pour paralléliser la boucle découpée en blocs tableau d'entiers initialisé à l'aide d'une chaîne large incompatible tableau d'entiers initialisé à l'aide d'une chaîne non-large la constante entière est trop grande pour le type %<unsigned long%> division entière par zéro le littéral entier dépasse la plage du type %qT débordement d'entier dans la taille du tableau débordement d'entier dans l'expression %qE de type %qT résulte en %qE débordement d'entier dans l'expression de type %qT résulte en %qE le suffixe entier %qs est masqué par l'implémentation l'expression intégrale %qE n'est pas une constante la précision du type résultant intégral ne correspond pas à la taille du champ de BIT_FIELD_REF les optimisations inter-modules ne sont pas implémentées pour le C++ l'interface %qE n'a pas un agencement des chaînes constantes valable erreur interne du compilateur erreur interne du compilateur. Mauvaise adresse: erreur interne du compilateur. Décalage incorrect: erreur interne du compilateur. Mode inconnu: erreur interne du compilateur: défaut d'inconsistance interne erreur interne: registre erroné: %d erreur interne: fonction interne %qs déjà traitée erreur interne: la fonction interne %qs a un type de retour %qs inattendu erreur interne: pour la fonction interne %qs, l'argument %d a le type %qs inattendu erreur interne: fonction interne %s déjà traitée erreur interne: la fonction interne %s a un type de retour %s inattendu erreur interne: pour la fonction interne %s, l'argument %d a le type %s inattendu erreur interne: cris_side_effect_mode_ok avec des opérandes erronées erreur interne: une insn avec un effet de bord change l'effet principal La procédure interne %qs à %L est en conflit avec l'argument DUMMY unité interne dans WRITE les routines du service d'interruption ne peuvent pas être codées en mode Thumb les attributs d'interruption et nus sont incompatibles les gestionnaires d'interruptions ne peuvent pas être des fonctions MIPS16 les gestionnaires d'interruptions ne peuvent pas avoir d'argument la routine de service d'interruption ne peut avoir qu'un argument de type pointeur et un argument entier optionnel une routine de service d'interruption ne peut pas être appelée directement la routine de service d'interruption ne peut pas avoir une valeur de retour non void la routine de service d'interruption devrait avoir un pointeur comme premier argument la routine de service d'interruption devrait avoir un « unsigned %sint » comme deuxième argument le vecteur d'interruption de l'attribut %qE n'est pas vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5) interrupt_thread est disponible uniquement sur fido l'index du registre intrinsèque est hors limite variable intrinsèque qui n'est pas une procédure #pragma %s invalide opérande %%%c invalide %%-code invalide opérande %%A invalide opérande %%B invalide opérande %%C invalide valeur %%C invalide opérande %%D invalide valeur %%D invalide valeur %%E invalide valeur %%F invalide mode %%G invalide valeur %%G invalide opérande %%H invalide spécificateur %%H invalide opérande %%I invalide valeur %%J invalide valeur %%J invalide valeur %%K invalide opérande %%L invalide valeur %%L invalide opérande %%M invalide valeur %%M invalide opérande %%N invalide valeur %%N invalide valeur %%O invalide opérande %%P invalide valeur %%P invalide valeur %%R invalide valeur %%T invalide valeur %%U invalide opérande %%Y invalide opérande %%c invalide opérande %%d invalide valeur %%d invalide valeur %%e invalide opérande %%f invalide valeur %%f invalide opérande %%h invalide valeur %%h invalide opérande %%i invalide valeur %%j invalide opérande %%j invalide valeur %%j invalide valeur %%k invalide valeur %%m invalide valeur %%p invalide valeur %%q invalide opérande %%r invalide valeur %%r invalide opérande %%s invalide valeur %%s invalide opérande %%t invalide opérande %%t invalide ' valeur %%t/%%b invalide valeur %%u invalide valeur %%v invalide valeur %%x invalide valeur %%xn invalide valeur %%y invalide, essayez d'utiliser la contrainte « Z » « asm » invalide : opérandes (pointeurs) invalides pour plus/moins nom de --param %qs invalide nom de --param %qs invalide; vouliez vous utiliser %qs ? valeur de --param %qs invalide CASE_CHAIN invalide argument IACC invalide membre de gauche invalide dans un appel gimple nom de sélecteur Objective-C++ invalide clause OpenACC invalide au niveau global du fichier argument PHI invalide résultat PHI invalide UNSPEC invalide comme opérande UNSPEC invalide comme opérande : %d _Literal invalide paramètre abstrait invalide pour le type %qT le type abstrait %qT retourné est invalide le type abstrait retourné est invalide pour la fonction %q+#D le type abstrait retourné est invalide pour la fonction membre %q+#D type abstrait %qT invalide pour %qE type abstrait invalide pour %q+D accès invalide au membre de donnée non statique %qD dans la base virtuelle d'un objet NULL adresse invalide adresse invalide pour le modificateur de sortie « O » adresse invalide pour le modificateur de sortie « R » adresse invalide pour le modificateur de sortie « S » mode d'adresse invalide opérande d'adresse invalide dans MEM_REF opérande d'adresse invalide dans TARGET_MEM_REF mode d'adressage invalide alignement invalide pour %<#pragma align%>, ignoré valeur d'alignement invalide pour __builtin_arc_aligned application invalide de %<__alignof%> sur un champ de bits application invalide de %<sizeof%> sur un champ de bits utilisation invalide de %<sizeof%> sur un type fonction application invalide de %qs à une fonction membre utilisation invalide de %qs sur un type void utilisation invalide de %qs sur le type tableau %qT dont le type des éléments est incomplet utilisation invalide de %qs sur le type incomplet %qT architecture invalide pour l'attribut ou le pragma cible %qs argument %d invalide pour la fonction interne %qF argument %qs invalide pour %qs argument invalide dans l'attribut %qE argument invalide pour l'attribut %qs argument invalide pour SQRT à %L argument invalide pour %qD argument invalide pour la fonction interne argument invalide pour la fonction interne %s argument invalide dans un appel gimple arguments invalides argument invalide pour %<-fpatchable_function_entry%> affectation de tableau invalide base %qE invalide pour le nom SSA spécification de classe de base invalide branchement invalide vers/depuis le bloc structuré %s étiquette invalide pour un « case » dans l'instruction « switch » plage du « case » invalide dans l'instruction « switch » transtypage invalide à partir du type %qT vers le type %qT transtypage invalide d'une expression r-valeur du type %qT vers le type %qT transtypage invalide vers le type de classe abstraite %qT transtypage invalide vers le type fonction %qT nom de classe invalide dans la déclaration de %qD combinaison invalide de spécificateurs de types multiples code de comparaison invalide dans la condition gimple comparaison invalide d'un tableau généré comparaison invalide d'une structure générée comparaison invalide de nul avec nul comparaison invalide d'un tableau non comparable comparaison invalide d'une structure non comparable comparaison invalide d'un type non comparable comparaison invalide d'un type non ordonné opérateur de comparaison invalide pour le modificateur de sortie « E » opérande conditionnel invalide const_cast invalide à partir du type %qT vers le type %qT const_cast invalide d'une r-valeur du type %qT vers le type %qT opérande const_double invalide constante invalide constante invalide - essayez un modificateur de sortie constante invalide pour le modificateur de sortie « %c » constante invalide dans %<#pragma %s%> constante invalide dans %<#pragma pack%> – ignoré vecteur constant invalide pour le modificateur de sortie « %c » paramètre de type contraint invalide contrainte invalide pour l'opérande constructeur invalide; vous vouliez probablement utiliser %<%T (const %T&)%> prédicat de contrôle invalide conversion invalide depuis %<__fpreg%> conversion invalide de %qH vers %qI conversion invalide dans un appel gimple conversion invalide dans une instruction de retour conversion invalide vers %<__fpreg%> conversion invalide vers le type %qT à partir du type %qT type de retour covariant invalide pour %q#D type de retour covariant invalide pour %q+#D processeur « %s » invalide pour %s"%s"%s processeur %qs invalide pour %s"%s"%s option de modèle de données -mdata-model=%s invalide déclaration invalide de %<%T::%E%> déclaration invalide du patron membre dans la classe locale déclarateur invalide argument par défaut invalide pour un paramètre de patron qui est un patron étiquette invalide pour le « case » par défaut dans l'instruction « switch » définition invalide du type qualifié %qT type de « depend » invalide sous-type dépendant invalide dans omp %<ordered%> %<depend%> type de « dist_schedule » invalide type d'élément invalide pour l'attribut %qs préfixe d'encodage invalide dans l'opérateur littéral entrée invalide dans le bloc structuré %s sortie invalide hors du bloc structuré %s sortie invalide du bloc structuré OpenMP spécialisation explicite invalide expression invalide - essayez un modificateur de sortie expression invalide comme opérande expression invalide pour la l-valeur min expression invalide pour le modificateur de sortie « %c » type d'expression invalide pour %<#pragma omp atomic%> modèle mémoire en cas d'échec invalide pour %<__atomic_compare_exchange%> modificateur de fonctionnalité invalide dans %<-march=%s%> modificateur de fonctionnalité invalide dans %<-mcpu=%s%> premier opérande invalide pour MEM_REF forme invalide de %<#pragma omp atomic%> format invalide de %s fpu invalide pour l'attribut ou le pragma cible %qs déclaration de fonction invalide fonction invalide dans l'appel gimple valeur d'identifiant invalide pour l'attribut d'interruption/exception valeur d'identifiant invalide pour l'attribut de réinitialisation initialisation intra-classe invalide du membre de donnée statique du type non entier %qT expression d'incrémentation invalide valeur initiale invalide pour le membre %qE initialisation invalide pour une référence non constante du type %qH à partir d'une r-valeur de type %qI initialisation invalide pour une référence du type %qH à partir d'une expression de type %qI initialisation invalide clause d'initialisation invalide initialisation invalide pour %q#D initialisation invalide pour le membre tableau %q#D initialisation invalide pour la fonction membre %qD initialisation invalide pour la déclaration de liaison structurée insn invalide : variable d'itération invalide dans l'énumération rapide étiquettes invalides dans la condition gimple membre gauche invalide dans l'affectation ligne invalide dans le fichier de résolution spécification de classe de liaison invalide emplacement invalide pour %<pragma %s%>, ignoré l-valeur invalide dans la sortie asm %d type de « map » invalide masque invalide type de masque invalide dans une expression de permutation vectorielle déclaration de fonction membre invalide déclaration de patron membre %qD invalide modèle mémoire invalide pour l'argument %d de %qE argument de modèle mémoire invalide dans la fonction interne modèle mémoire invalide pour %<__atomic_load%> modèle mémoire invalide pour %<__atomic_store%> nom invalide (« %s ») dans le pragma ou l'attribut %<target("arch=")%> nom invalide (« %s ») dans le pragma ou l'attribut %<target("cpu=")%> nom invalide (« %s ») dans le pragma ou l'attribut %<target("tune=")%> expression « new » invalide pour le type de classe abstraite %qT fonction nmi invalide pour l'attribut de réinitialisation argument de patron invalide car ce n'est pas un type opérandes non vectoriels invalides pour un vecteur plus valeur nombre invalide dans -mrgf-banked-regs=%s les valeurs valables sont 0, 4, 8, 16 ou 32 nombre d'opérandes invalide pour __FMA table de délestage invalide dans %s opérande de décalage invalide dans MEM_REF opérande de décalage invalide dans TARGET_MEM_REF opérande de décalage invalide pour MEM_REF opérande invalide adresse d'opérande invalide opérande invalide pour « %c » opérande invalide pour « %%%c » opérande invalide pour le modificateur « A » opérande invalide pour le modificateur « D » opérande invalide pour le modificateur « H » opérande invalide pour le modificateur « O » opérande invalide pour le modificateur « T » opérande invalide pour le modificateur « b » opérande invalide pour le modificateur « e » opérande invalide pour le modificateur « m » opérande invalide pour le modificateur « o » opérande invalide pour le modificateur « p » opérande invalide pour le spécificateur « r » opérande invalide pour le modificateur « z » opérande invalide pour « %c » opérande invalide dans la référence indirecte opérande invalide dans l'instruction de retour opérande invalide dans une expression unaire opérande invalide dans l'opération unaire lettre de modificateur d'opérande invalide opérande invalide pour le code de sortie préfixe d'opérande invalide préfixe d'opérande invalide « %%%c » taille d'opérande invalide pour le code d'opérande « 0 » taille d'opérande invalide pour le code d'opérande « Z » taille d'opérande invalide pour le code d'opérande « z » opérande invalide pour le code %%H/%%L opérande invalide pour le code %%M opérande invalide pour le code %%N opérande invalide pour le code %%O opérande invalide pour %%R opérande invalide pour le code %%R opérande invalide pour %%S opérande invalide pour le code %%T/%%B opérande invalide pour le code %%U opérande invalide pour le code %%V opérande invalide pour le code %%Z opérande invalide pour le code %%p opérande invalide pour le code %%s opérande invalide pour le code %%z opérande invalide à plus/moins, le type est un pointeur opérande invalide pour le diff pointeur, l'opérande n'est pas un pointeur opérande invalide pour le plus pointeur, le premier opérande n'est pas un pointeur opérande invalide pour le plus pointeur, le deuxième opérande n'est pas un type entier de la bonne taille opérande invalide pour l'instruction « switch » type opérande invalide utilisé avec le code d'opérande « Z » opérandes invalides dans l'opération binaire opérandes invalides dans une comparaison gimple opérandes invalides dans l'opération ternaire les opérandes des types %qT et %qT sont invalides pour le %qO binaire opérandes invalides pour le code %%c opérandes invalides vers la référence au tableau opérandes invalides pour le %s binaire (avec les types %qT et %qT) opération invalide opération invalide (%s) opération invalide sur %<__fpreg%> opération invalide pour %<#pragma omp atomic%> paramètre invalide %qs combinaison invalide de paramètres pour l'intrinsèque Altivec %qs combinaison invalide de paramètres pour l'intrinsèque Altivec %s combinaison de paramètres invalide pour l'intrinsèque %qs type de paramètre %qT invalide opération de positionnement de l'étape invalide mode pointeur %qs invalide pointeur invalide vers le champ de bits %qD position ou taille invalide dans BIT_INSERT_EXPR position ou opérande de taille invalide pour BIT_FIELD_REF réduction privée invalide sur %qE type de « proc_bind » invalide déclaration de propriété invalide prototype invalide pour « %s » ponctuation %qc invalide dans la contrainte type const pure invalide pour la fonction spécificateur pur invalide (seul %<= 0%> est autorisé) qualificatifs invalides sur un type de fonction non membre étendue de qualification invalide dans le nom du pseudo-destructeur réception invalide sur un canal qui ne peut que envoyer type du receveur %qs invalide identificateur de réduction invalide référence invalide pour le modificateur de sortie « J » préfixe de référence invalide nom de registre invalide pour %q+D résolution invalide dans le fichier de résolution type retourné %qT invalide pour la fonction %<constexpr%> %q+D membre de droite invalide pour un stockage mémoire gimple partage rtl invalide repéré dans l'insn type d'ordonnancement invalide le deuxième argument de %<__builtin_prefetch%> est invalide; utilisation de zéro envoi invalide sur un canal qui ne peut que recevoir setter invalide, il doit avoir un argument opérande shift invalide chaîne statique invalide dans un appel gimple « static_cast » invalide depuis le type %qT vers le type %qT classe de stockage invalide pour la fonction %qE valeur memregs cible « %d » invalide déclaration de patron %qD invalide le paramètre non type du patron est invalide template-id invalide le troisième argument de %<__builtin_prefetch%> est invalide; utilisation de zéro type %<void%> invalide pour « new » type %qT invalide pour initialiser un vecteur de type %qT type %qT invalide déclaré %<friend%> argument de type invalide (%qT obtenu) argument de type invalide pour %<->%> (%qT obtenu) argument de type invalide pour %<->*%> (%qT obtenu) argument de type invalide pour l'index d'un tableau (%qT obtenu) argument de type invalide pour la conversion implicite (%qT obtenu) argument de type invalide pour le %<*%> unaire (%qT obtenu) type invalide pour la sortie du fanion asm type invalide pour la variable d'instance type invalide pour la variable d'itération %qE type invalide pour la fonction make type invalide pour le paramètre %d de la fonction %<constexpr%> %q+#D type invalide pour le diff pointeur type invalide pour une propriété type invalide pour l'opérande de %<__MEM%> type invalide pour l'argument %u de la fonction de type générique le type de retour est un type générique, ce qui est invalide, pour l'argument %u de %<__builtin_tgmath%> le type d'un type générique est invalide pour l'argument %u de l'argument %u de %<__builtin_tgmath%> types %<%T[%T]%> invalides pour l'indice du tableau types invalides dans une conversion d'espace d'adresse types invalides dans une conversion vers une virgule flottante types invalides dans une conversion vers un entier types invalides dans une conversion en virgule fixe types invalides dans une conversion nop utilisation invalide de %%d, %%x, ou %%X utilisation invalide de %<...%> dans l'appel d'une fonction pas variadique utilisation invalide de %<...%> avec une fonction interne utilisation invalide de %<...%> avec quelque chose qui n'est pas une tranche utilisation invalide de %<::%> utilisation invalide de %<auto%> dans un opérateur de conversion utilisation invalide de %<auto%> dans l'argument par défaut du patron utilisation invalide de %<auto%> dans une spécification d'exception utilisation invalide de %<auto%> dans un argument de patron utilisation invalide de la variable %<extern%> %qD dans %<#pragma acc declare%> utilisation invalide de la variable %<globale%> %qD dans %<#pragma acc declare%> usage de %<restrict%> invalide utilisation invalide de %<this%> hors de toute fonction utilisation invalide de %<this%> dans une fonction non membre utilisation invalide de %q#T avec un membre sous forme de tableau flexible dans %q#T utilisation invalide de %q#T avec un tableau de taille nulle dans %q#D utilisation invalide de %qD utilisation invalide de %qD dans la spécification de la classe de liaison utilisation invalide de %qE pour former un pointeur vers une fonction membre utilisation invalide de %qT utilisation invalide de %qT dans un argument de patron utilisation invalide de « %%%c » utilisation invalide du modificateur « : » utilisation invalide d'un pointeur vers un type incomplet dans un pointeur arithmétique utilisation invalide de l'indexation de tableau sur un pointeur vers un membre utilisation invalide d'un tableau sans borne spécifiée utilisation invalide de la sortie du fanion asm utilisation invalide de l'attribut %<fallthrough%> utilisation invalide de la liste d'initialisation entre accolades utilisation invalide de const_cast avec le type %qT qui est un pointeur ou une référence à un type fonction utilisation invalide de const_cast avec le type %qT qui n'est pas un pointeur, une référence, ni un type pointeur vers une donnée membre utilisation invalide du constructeur comme patron utilisation invalide du type %qT qualifié CV dans la déclaration du paramètre utilisation invalide du type dépendant %qT utilisation invalide du destructeur %qD comme un type utilisation invalide du destructeur %qE comme un type utilisation invalide d'un membre qui est un tableau flexible utilisation invalide de la conversion implicite d'un pointeur vers un membre utilisation invalide du type incomplet %q#T utilisation invalide du typedef incomplet %qT utilisation invalide du membre %qD (avez-vous oublié le %<&%> ?) utilisation invalide du membre %qD dans une fonction membre statique utilisation invalide de la fonction membre %qD (avez-vous oublié le %<()%> ?) utilisation invalide de la valeur de la méthode comme argument de Offsetof utilisation invalide d'un tableau n'étant pas une l-valeur utilisation invalide du membre de donnée non statique %qD utilisation invalide de la fonction membre non statique %qD utilisation invalide de la fonction membre non statique de type %qT utilisation invalide du membre de donnée non statique %qE utilisation invalide de l'expression d'expansion d'un paquet utilisation invalide de l'espace réservé %qT utilisation invalide du nom qualifié %<%D::%D%> utilisation invalide du nom qualifié %<%T::%D%> utilisation invalide du nom qualifié %<::%D%> utilisation invalide du registre « %s » utilisation invalide d'une structure ayant un membre qui est un tableau flexible utilisation invalide du paramètre de patron %qT qui est un patron utilisation invalide du paramètre de patron %qT qui est un type utilisation invalide du template-id %qD dans la déclaration du patron primaire utilisation invalide du nom de patron %qE sans liste d'arguments utilisation invalide du type utilisation invalide du type %<void%> dans la déclaration du paramètre utilisation invalide du type %qT comme valeur par défaut pour un paramètre de patron qui est lui-même un patron utilisation invalide du %<*%> unaire sur un pointeur vers un membre utilisation invalide du type non défini %qT utilisation invalide de l'expression void utilisation invalide d'une l-valeur volatile à l'intérieur d'une fonction %<transaction_safe%> utilisation invalide d'une l-valeur volatile à l'intérieur d'une transaction la conversion définie par l'utilisateur de %qH vers %qI est invalide valeur invalide (« %s ») dans le pragma ou l'attribut %<target("arch=")%> l'initialisation par valeur du type référence est invalide type invalide comme résultat d'une comparaison vectorielle constante vecteur invalide immédiat vecteur invalide type de vecteur invalide pour l'attribut %qE numéro de version %qs invalide fonction « warm » invalide pour l'attribut de réinitialisation « zero extract » invalide la plage de la tranche est inversée io_kind_name(): mauvais I/O-kind le résumé en ligne ipa est manquant dans le fichier d'entrée le résumé de référence ipa est manquant dans l'unité ltrans is_c_interoperable(): gfc_simplify_expr a échoué il est défini comme un pointeur dans des espaces d'adresses différents dans une autre unité de traduction il est défini comme un pointeur vers un type différent dans une autre unité de traduction il doit être un pointeur vers un membre de la forme %<&X::Y%> il doit être l'adresse d'une fonction avec une classe de liaison externe il doit être le nom d'une fonction avec une classe de liaison externe elle a été définie ici plus tard élément dans READ la variable d'itération dans l'énumération rapide n'est pas un objet l'itération %s invoque un comportement indéfini la variable d'itération %qD ne devrait pas être « firstprivate » la variable d'itération %qD ne devrait pas être une réduction la variable d'itération %qE est prédéterminée linéaire la variable d'itération %qE devrait être privée la variable d'itération %qE ne devrait pas être « firstprivate » la variable d'itération %qE ne devrait pas être « lastprivate » la variable d'itération %qE ne devrait pas être linéaire la variable d'itération %qE ne devrait pas être privée la variable d'itération %qE ne devrait pas être une réduction variable d'itérateur son dest_idx devrait être %d, pas %d ivar %qs utilisée par la déclaration %<@synthesize%> doit être une ivar existante l'abi iwmmxt requiert un processeur avec iwmmxt iwmmxt exige une ABI compatible AAPCS pour fonctionner correctement saut dans la portée de l'identificateur avec un type modifié par une variable saut dans l'expression d'une instruction le saut passe outre l'initialisation d'une variable saut à l'étiquette du « case » saut à l'étiquette %qD rebut à la fin de #pragma %s rebut à la fin de #pragma ADDRESSs rebut à la fin de #pragma GCC memregs [0..16] rebut à la fin de #pragma __nostandard rebut à la fin de #pragma __standard rebut à la fin de #pragma ghs endsda rebut à la fin de #pragma ghs endtda rebut à la fin de #pragma ghs endzda rebut à la fin de #pragma ghs interrupt rebut à la fin de la section #pragma ghs rebut à la fin de #pragma ghs startsda rebut à la fin de #pragma ghs starttda rebut à la fin de #pragma ghs startzda rebut à la fin de #pragma longcall rebut à la fin de %<#pragma %s%> rebut à la fin de %<#pragma GCC pch_preprocess%> rebut à la fin de %<#pragma GCC visibility%> rebut à la fin de %<#pragma align%> rebut à la fin de %<#pragma fini%> rebut à la fin de %<#pragma init%> rebut à la fin de %<#pragma message%> rebut à la fin de %<#pragma pack%> rebut à la fin de %<#pragma pop_options%> rebut à la fin de %<#pragma push_options%> rebut à la fin de %<#pragma redefine_extname%> rebut à la fin de %<#pragma reset_options%> rebut à la fin de %<#pragma weak%> rebut à la fin de « #pragma extern_model » rebut à la fin de « #pragma ms_struct » rebut à la fin de « #pragma options » rebut à la fin de « #pragma unused » le mot-clé %<export%> n'est pas implémenté et sera ignoré le mot-clé %<template%> n'est pas permis dans class-head-name (NdT: nom de classe) le mot-clé %<template%> n'est pas permis dans declarator-id le mot-clé %<typename%> n'est pas permis dans ce contexte (une initialisation de membre qualifiée est implicitement un type) le mot-clé %<typename%> n'est pas permis dans ce contexte (la classe de base est implicitement un type) le mot-clé %<typename%> n'est pas permis en dehors des patrons étiquette étiquette %q+D déclarée mais pas définie étiquette %q+D définie mais non utilisée l'étiquette %q+D est utilisée mais non définie l'étiquette %qD est définie ici l'étiquette %qE est référencée à l'extérieur de toute fonction étiquette à la fin d'une déclaration composée le contexte de l'étiquette n'est pas la déclaration de la fonction actuelle les initialisations par capture des fonctions lambda sont uniquement disponibles avec -std=c++14 ou -std=gnu++14 la capture lambda de %qE n'est pas une expression constante les expressions lambda sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 la lambda dans la classe locale %q+T ne sait pas capturer des variables du contexte englobant les patrons lambda sont uniquement disponibles avec -std=c++14 ou -std=gnu++14 les patrons lambda sont uniquement disponibles avec -std=c++2a ou -std=gnu++2a expression lambda dans une expression constante expression lambda dans l'argument du patron expression lambda dans un contexte non évalué expression lambda dans une expression constante avant C++17 les lambdas ne sont implicitement %<constexpr%> qu'à partir du C++17 avenue %wd hors des limites %wd - %wd vérification lang_* : échec dans %s, à %s:%d le langage %s n'est pas reconnu la chaîne de langage %<"%E"%> n'est pas reconnue la constante de grande taille en virgule fixe a été tronquée implicitement en un type en virgule fixe le dernier argument doit être une valeur immédiate le dernier nom de registre %s doit être un registre impair ld a retourné le statut de sortie %d l'argument de gauche doit être une tranche l'opérande de gauche de %<->*%> doit être un pointeur vers une classe mais il est un pointeur vers un membre du type %qT l'opérande de gauche de l'opérateur virgule ne peut résoudre l'adresse de la fonction surchargée l'opérande de gauche de l'opérateur virgule n'a pas d'effet l'opérande de gauche de l'opérateur virgule est une référence, pas un appel, à la fonction %qE l'opérande de gauche de l'expression de décalage %q+E est négatif précision à gauche précision à gauche dans le format de strfmon le compteur de rotations vers la gauche >= largeur du type le compteur de rotations vers la gauche est négatif compteur de décalages vers la gauche >= à la largeur du type compteur de décalages vers la gauche >= à la largeur de l'élément du vecteur le compteur de décalages vers la gauche est négatif décalage vers la gauche d'une valeur négative l'opérande à gauche de la virgule n'a pas d'effet le membre de gauche de l'affectation pourrait être un candidat pour un attribut de format len plus grand que cap longueur %qE au delà de la taille de la section du tableau dans la clause %qs la longueur %qE de la section du tableau n'a pas un type entier longueur calculée ici modificateur de longueur modificateur de longueur dans le format printf modificateur de longueur dans le format de scanf modificateur de longueur dans le format de strfmon longueur requise en allouant une tranche la lettre %c n'a pas été trouvée et insn n'était pas CONST_INT bibliothèques: %s la fonction %q#D de la bibliothèque est redéclarée comme %q#D n'étant pas une fonction bibliothèque lib%s introuvable la limite est %u octets mais l'argument a %s la limite est %u octets mais l'argument peut être aussi grand que %s clause linéaire appliquée à la variable non entière non pointeur ayant le type %qT clause linéaire appliquée à une variable non entière non pointeur de type %qT la clause linéaire avec le modificateur %qs est appliquée à la variable non référence ayant le type %qT l'expression du pas de « linear » doit être un entier une initialisation par liste pour un type non classe ne doit pas être entre parenthèses les suffixes d'opérateurs littéraux qui ne sont pas précédés par %<_%> sont réservés pour une standardisation future l'opérateur littéral avec patron %q+D est en conflit avec l'opérateur littéral de base %qD le patron de l'opérateur littéral %qD a une liste de paramètres invalide. On attendait un paquet d'arguments de type non patron tel que <char...> le patron de l'opérateur littéral %qD a une liste de paramètres invalide. On attendait un paquet d'arguments de type non patron tels que <char...> ou <typename CharT, CharT...> opérateur littéral avec une classe de liaison C lo_sum n'est pas un registre la classe locale %q#T ne doit pas avoir le membre de donnée statique %q#D la déclaration locale de %qE masque la variable d'instance déclaration externe locale de %q#D l'étiquette locale %qE est en conflit avec l'étiquette existante membre local %q#D déclaré ici méthode locale %q#D, déclarée ici les symboles locaux doivent être définis la variable locale %qD ne peut pas apparaître dans ce contexte les exigences en mémoire pour les variables locales excèdent la capacité le bloc des références vers les emplacements n'est pas dans l'arbre des blocs %<et%> logique appliqué à une constante non booléenne %<et%> logique d'expressions égales le %<et%> logique des tests mutuellement exclusifs est toujours faux %<ou%> logique appliqué à une constante non booléenne le %<ou%> logique des tests collectivement exhaustifs est toujours vrai %<ou%> logique d'expressions égales le non logique est toujours appliqué au membre de gauche de la comparaison logical_to_bitwise(): Mauvais intrinsèque « long », « short », « signed » ou « unsigned » utilisé incorrectement pour %qs la recherche de %qT dans %qT est ambigüe l'en-tête de la boucle %d ne lui appartient pas directement l'en-tête de la boucle %d n'a pas exactement 2 entrées l'en-tête de la boucle %d n'est pas un en-tête de boucle le retour de la boucle %d ne lui appartient pas directement le retour de la boucle %d n'a pas d'arête vers son en-tête le retour de la boucle %d n'a pas exactement 1 successeur le retour de la boucle %d n'a pas un en-tête comme successeur le retour de la boucle %d est marqué comme faisant partie d'une région irréductible le retour de la boucle %d n'est pas dominé par son en-tête la boucle utilise un parallélisme OpenACC interdit par la routine contenante vérification des boucles sur l'arbre des boucles dont les itérations n'ont pas été ajustées (loop fixup) la boucle avec l'en-tête %d est marquée pour être retirée la boucle avec l'en-tête %d n'est pas dans l'arbre des boucles génération d'exception plus lâche pour %q+#F limite inférieure %qE au delà de la taille de la section du tableau dans la clause %qs la borne inférieure %qE de la section du tableau n'a pas un type entier la valeur la plus basse parmi les étiquettes des « case » est inférieure à la valeur minimale du type lp_array ne correspond pas à region_tree lp_array est corrompu pour le lp %i lseek a échoué en lisant les données d'export lto_obj_file_open() a échoué l-valeur exigée comme opérande de décrémentation l-valeur exigée comme opérande d'incrémentation l-valeur exigée comme opérande de gauche de l'affectation l-valeur exigée comme opérande unaire %<&%> l-valeur exigée dans l'instruction asm le code de la fonction intégrée indépendant de la machine est hors limite la macro s'étend en des instructions multiples nom de macro manquant après %qs make_generic(): Impossible de trouver le symbole générique %qs construction de clones multiples de %qD adresse variable de #pragma ADDRESS mal composée #pragma GCC visibility push mal composé #pragma builtin mal composé section mal composée #pragma ghs #pragma redefine_extname mal composé, ignoré #pragma weak mal composé, ignoré %<#pragma %s%> mal composé, ignoré %<#pragma %s%> mal composé, ignoré %<#pragma align%> mal composé %<#pragma align%> mal composé, ignoré %<#pragma fini%> mal composé %<#pragma fini%> mal composé, ignoré %<#pragma init%> mal composé %<#pragma init%> mal composé, ignoré %<#pragma message%> mal composé, ignoré %<#pragma pack%> mal composée – ignoré %<#pragma pack(pop[, id])%> mal composée – ignoré %<#pragma pack(push[, id], <n>)%> mal composée – ignoré le pragma ou l'attribut %<target("%s")%> est mal composé le pragma ou l'attribut %<target()%> est mal composé « #pragma __extern_prefix » mal composé, ignoré « #pragma extern_model » mal composé, ignoré « #pragma member_alignment » mal composé « #pragma member_alignment » mal composé, ignoré « #pragma ms_struct {on|off|reset} » mal composé, ignoré « #pragma ms_struct » mal composé, ignoré « #pragma options align={mac68k|power|reset} » mal composé, ignoré « #pragma options » mal composé, ignoré COLLECT_GCC_OPTIONS mal formé option -fplugin-arg-%s mal formée (il manque -<clé>[=<valeur>]) fichier ptx mal formé arguments pour la fonction de spec mal composés nom de fonction de spec mal composé le nom décoré pour %qD changera dans le C++17 car la spécification de l'exception fait partir du type de la fonction décoration de %C décoration de __underlying_type la décoration de %q#D qui abouti à %qE entre en conflit avec une décoration précédente décoration de typeof, utilisez plutôt decltype décoration du type en virgule fixe inconnu un tableau associatif peut uniquement être comparé à nul champ de correspondance %qE d'une structure de longueur variable le masque doit être un immédiat match_attr_spec(): Mauvais attribut match_level_4(): Mauvais opérateur match_string_constant(): Délimiteur pas trouvé concorde avec %qD selon les règles du standard ISO la contrainte correspondante n'autorise pas un registre la contrainte concordante n'est pas valide dans un opérande de sortie la contrainte correspondante fait référence à un numéro d'opérande invalide limite maximale de %d espaces de noms recherchés pour %qE le nombre maximum de tableaux par scop. le nombre maximum d'opérations isl, 0 pour illimité le nombre maximum de paramètres dans un SCoP. la valeur maximale du paramètre %qs est %u ne peut utiliser -EB et -EL ensemble ne peut utiliser -m32 et -m64 ensemble les registres mduc ne sont sauvegardés que sur la cible G13 les fonctions média ne sont pas disponibles à moins que -mmedia soit utilisé l'initialisation en mémoire pour %qD suit la délégation du constructeur le membre %q+#D avec un constructeur n'est pas permis dans un agrégat anonyme le membre %q+#D avec un constructeur n'est pas permis dans l'union le membre %q+#D avec un opérateur d'affectation par copie n'est pas permis dans un agrégat anonyme le membre %q#D avec un opérateur d’affectation par copie n'est pas permis dans l'union le membre %q+#D avec un destructeur n'est pas permis dans un agrégat anonyme le membre %q+#D avec destructeur n'est pas permis dans l'union le membre %q+D ne peut pas être déclaré comme une référence %<mutable%> le membre %q+D ne peut pas être déclaré à la fois %<const%> et %<mutable%> le membre %qD ne peut pas être déclaré à la fois %<virtual%> et %<constexpr%> le membre %qD ne peut pas être déclaré à la fois %<virtual%> et %<static%> le membre %qD est en conflit avec le nom d'un champ dans la table des fonctions virtuelles le membre %qD est déclaré comme ami avant la définition du type %qT le membre %qD d'un objet en lecture seule est utilisé comme sortie %<asm%> le membre %qD est une référence non initialisée le membre %qD doit être initialisé par l'initialisation des membres dans le constructeur %<constexpr%> membre %qD avec des champs de référence non initialisés les fonctions membres sont implicitement amies de leur classe le patron de membre %qD ne peut pas avoir de spécificateur virtuel (virt-specifier) des membres d'une classe spécialisée explicitement sont définis sans en-tête de patron le contrôle de l'accès mémoire échoue toujours l'allocation de mémoire a échoué en lisant les données d'export l'entrée mémoire %d n'est pas directement adressable référence mémoire attendue pour le modificateur de sortie « S » la méthode %<%c%E%> est déclarée %<@optional%> et %<@required%> en même temps la méthode %s%s%s est marquée comme go:nointerface la méthode %s%s%s exige un récepteur pointeur les attributs d'arguments d'une méthode ne sont pas disponibles en Objective-C 1.0 les attributs de la méthode ne sont pas disponibles dans Objective-C 1.0 les attributs de la méthode ne peuvent pas être spécifiés dans le contexte @implementation les attributs de méthodes doivent être spécifiés à la fin les attributs de méthodes doivent être spécifiés uniquement à la fin la déclaration de la méthode n'est pas dans le contexte @interface la méthode déclarée %qE surcharge la méthode %qE la définition de la méthode pour %<%c%E%> n'a pas été trouvée la définition de la méthode n'est pas dans le contexte @implementation la méthode surcharge à la fois les méthodes %<transaction_pure%> et %qE il manque peut-être un appel à [super dealloc] pour la méthode le type de la méthode ne correspond pas au type de l'objet la taille de partition minimale ne peut pas être plus grande que la taille de partition maximale la valeur minimale du paramètre %qs est %u mio_array_ref(): Référence de tableau inconnue profilage de fonction mips16 désaccord dans le nombre d'arguments de la fonction %qF. Attendu: %d mais %d obtenus les longueurs des paquets d'arguments sont en désaccord durant l'expansion de %qE les longueurs des paquets d'arguments sont en désaccord durant l'expansion de %qT arguments non concordants déclarations non concordantes pendant l'optimisation lors de l'édition de liens opérateur en désaccord dans l'expression fold types d'opérandes de comparaison non concordants parenthèses non appairées construction Objective-C++ %<@%D%> mal placée numéro de l'opérande $ manquant dans le format %<(%> manquante après %<#pragma GCC visibility push%> – ignoré %<(%> manquante après %<#pragma pack%> – ignoré %<=%> manquant (après l'attribut %<getter%>) %<=%> manquant (après l'attribut %<setter%>) attribut %<target%> manquant pour %qD avec plusieurs versions « ( » manquante après « #pragma unused », ignoré « ) » manquante après « #pragma unused », ignoré définition PHI manquante note REG_EH_REGION manquante à la fin du bb %i [big-endian|little-endian|default] manquant après %<#pragma scalar_storage_order%> [error|warning|ignored|push|pop] manquant après %<#pragma GCC diagnostic%> nom d'architecture manquant dans %<-march=%s%> argument manquant à %qs barrière manquante après le bloc %i accolades manquantes autour de l'initialisation accolades manquantes autour de l'initialisation pour %qT arête callgraph manquante pour l'appel stmt: accolade de fermeture manquante pour l'opérande nommé parenthèse fermante manquante collection manquante dans l'énumération rapide prédicat de contrôle manquant nom de processeur manquant dans %<-mcpu=%s%> nom de processeur manquant dans %<-mtune=%s%> définition manquante périphérique ou architecture manquant après %qs arête manquante %i->%i nom de fichier manquant après %qs caractère de remplissage manquant à la fin du format de strfmon expression d'incrémentation manquante initialisation manquante pour le champ %qD de %qT initialisation manquante pour le membre %qD condition de boucle manquante dans la boucle avec le pragma %<GCC ivdep%> condition de boucle manquante dans la boucle avec le pragma %<GCC unroll%> cible manquante dans le makefile après %qs méthode manquante %s%s%s nom manquant dans le pragma ou l'attribut %<target("arch=")%> nom manquant dans le pragma ou l'attribut %<target("cpu=")%> nombre manquant parenthèse ouvrante manquante opérande manquant option manquante après %<#pragma GCC diagnostic%> cible manquante après %qs attribut de patron principal %s manquant attributs de patron principal %s manquant donnée de résolution manquante pour %s sentinelle manquante dans l'appel à la fonction arguments de patron manquants arguments de patron manquants après %qT caractère de terminaison %c manquant nom de type manquant dans la déclaration typedef valeur manquante dans le pragma ou l'attribut %<target()%> mélanger des déclarations et des définitions de fonctions est interdit le mélange de types de symboles différents dans les mêmes groupes comdat n'est pas supporté mode %qs appliqué à un type inapproprié la taille du mode du résultat non intégral ne correspond pas à la taille du champ de BIT_FIELD_REF la modification de %qE n'est pas une expression constante le modificateur ne devrait pas être spécifié dans la clause %<linear%> sur des constructions %<simd%> ou %<for%> nature du module dans l'instruction USE à %C plus que %d opérandes dans %<asm%> plus d'une clause %<depend(source)%> sur une construction %<ordered%> plus d'une directive « ctrl » plus d'un spécificateur d'accès dans le spécificateur de base les attributs ms_abi et sysv_abi sont incompatibles l'attribut ms_hook_prologue est incompatible avec -mfentry pour 32 bits ms_hook_prologue n'est pas compatible avec les fonctions imbriquées msp430_select_hwmult_lib a besoin d'au moins un argument le tableau multidimensionnel doit avoir des bornes pour chaque dimension excepté la première l'exclusion multilib %qs est invalide les exclusions multilib %qs sont invalides le sélecteur multilib %qs %qs est invalide le sélecteur multilib %qs est invalide la spec multilib %qs est invalide l'option -mcpu= a été spécifiée plusieurs fois. les personnalités EH multiples sont uniquement supportées avec les assembleurs qui supportent la directive .cfi_personality déclarations multiples dans une boucle %<for%> parcourant une plage plusieurs étiquettes « default » dans un « switch » définition multiple de %q#T plusieurs routines d'interruptions rapides vues: %qE et %qE champs multiples initialisés dans l'union %qT plusieurs attributs de type de fonction spécifiés transitions chaud/froid multiples trouvées (bb %i) initialisations multiples données pour %qD initialisations multiples données pour la base %qT appelants en ligne multiples plusieurs attributs d'interruption ne sont pas permis attributs d'interruptions multiples pour la fonction %qD variables d'itération multiples dans l'énumération rapide axes de boucles multiples spécifiés pour la routine plusieurs méthodes nommées %<%c%E%> ont été rencontrées attributs de types imbriqués multiples pour la fonction %qD plusieurs paramètres nommés %qD plusieurs définitions existantes pour %qE qualificatifs de référence multiples attributs de sauvegarde de registres multiples pour la fonction %qD plusieurs sélecteurs nommés %<%c%E%> ont été rencontrés classes de stockage multiples dans la déclaration de %qs classes de stockage multiples dans les spécificateurs de la déclaration types multiples dans une déclaration nœuds PHI virtuels multiples dans le BB %d argument à valeur multiple dans un contexte à valeur unique appel de fonction à valeur multiple dans un contexte à valeur unique l'option de multiplication implique que r%d est fixe les versions multiples requièrent ifunc qui n'est pas supporté sur cette cible il faut appeler %<#include <typeinfo>%> avant d'utiliser %<typeid%> il faut utiliser %<.*%> ou %<->*%> pour appeler une fonction via un pointeur vers un membre dans %<%E (...)%>, par ex: %<(... ->* %E) (...)%> le mutable %qD n'est pas utilisable dans une expression constante dépôt mystérieux d'informations dans %s un attribut nu ne peut être appliqué qu'à des fonctions nom %qD utilisé dans une initialisation par désignation dans le style GNU pour un tableau le nom %qT a un type incomplet la recherche du nom de %qD a changé la recherche du nom de %qD a changé pour la portée du %<for%> ISO nom manquant pour la fonction membre le nom de la classe masque le paramètre de patron %qD qui est lui-même un patron nom utilisé dans une initialisation par désignation dans le style GNU pour un tableau les valeurs nommées à retourner ne sont plus supportées entrée dans l'espace de noms %qD l'espace de noms %qD n'est pas permis dans une déclaration « using » l'alias de l'espace de noms %qD n'est pas permis ici, on suppose %qD nom d'espace de nom attendu les agrégats anonymes dans la portée de l'espace de noms doivent être statiques conversion réductrice de %qE depuis %qH vers %qI à l'intérieur de { } la conversion réductrice de %qE depuis %qH vers %qI à l'intérieur de { } est mal formée en C++11 a besoin de %<typename%> avant %<%T::%D::%E%> car %<%T::%D%> est une portée dépendante a besoin de %<typename%> avant %<%T::%E%> car %qT est une portée dépendante %<typename%> doit être utilisé avant %qE car %qT est une portée dépendante conversion explicite nécessaire conversion explicite nécessaire, méthode %s%s%s manquante longueur insn négative longueur négative dans la section du tableau dans la clause %qs limite inférieure négative dans la section du tableau dans la clause %qs profondeur d'imbrication négative pour la région %i nombre de décalages négatif largeur négative dans le champ de bits %q+D largeur négative du champ de bits %qs ni le destructeur ni l'opérateur « delete[] » spécifique à la classe seront appelés, même s'ils sont déclarés lorsque la classe est définie ni le destructeur ni l'opérateur « delete » spécifique à la classe seront appelés, même s'ils sont déclarés lorsque la classe est définie alternatives imbriquées de dialecte assembleur déclaration externe imbriquée de %qD la fonction imbriquée %q+D est déclarée mais jamais définie fonction imbriquée %qE» déclarée %<extern%> fonction imbriquée %qs déclarée %<extern%> trampolines de fonctions imbriquées pas supportés sur cette cible fonctions imbriquées pas supportées sur cette cible le spécificateur de nom imbriqué %qT pour la déclaration d'un enum ne nomme pas une classe ou un espace de noms les définitions d'espace de noms imbriqués sont uniquement disponibles avec -std=c++17 ou -std=gnu++17 nom d'espace de nom imbriqué attendu directive imbriquée de mise entre guillemets redéfinition imbriquée de %<enum %E%> redéfinition imbriquée de %<struct %E%> redéfinition imbriquée de %<union %E%> « new » ne peut être appliqué à un type de fonction « new » ne peut pas être appliqué à un type référencé la nouvelle déclaration %q#D rend ambigüe le déclaration interne %q#D de nouveaux types ne peuvent être définis dans un type à retourner new_symbol(): Nom de symbole trop long membre %q#D suivant déclaré ici pas de %<%D(int)%> déclaré pour l'opérateur suffixé %qs pas de %<%D(int)%> déclaré pour l'opérateur suffixé %qs, on essaie avec l'opérateur préfixé à la place aucune méthode %<%c%E%> trouvée pas de fonction membre %q#D déclarée dans la classe %qT pas de getter %qs trouvé pas de FUNCTION_PROFILER pour CRIS aucun nom de fichier fourni pour la liste de sortie LTRANS pas d'argument aucun argument pour la fonction de spec aucun attribut peut être appliqué à une instanciation explicite aucun nom de classe spécifié avec %qs pas de patron de classe nommé %q#T dans %q#T pas de %<]%> fermant pour le format %<%%[%> pas d'accolade fermante pas de contexte pour résoudre le type de %qE aucun opérateur de conversion déclaré pas de fonction de désallocation correspondante pour %qD aucun type de données pour le mode %qs aucune déclaration ne correspond à %q#D aucune déclaration de la propriété %qs trouvée dans l'interface pas d'argument par défaut pour %qD aucune description pour l'instant. pas de champ %qD trouvé dans l'union initialisée pas de fonction nommée %qD pas de liste immediate_use pas de fichier à l'entrée aucun fichier d'entrée; pas d'accord pour écrire les fichiers de sortie aucun type entier ne peut représenter toutes les valeurs de l'énumération pour %qT pas de registre bas disponible pour dépiler les registres hauts pas de concordance pour pas de concordance pour l'appel à %<(%T) (%A)%> pas de correspondance pour convertir la fonction %qD vers le type %q#T pas de concept correspondant pour l'introduction du patron aucune surcharge en virgule flottante correspond à %qs pas de fonction correspondant à l'appel %<%D(%A)%> pas de fonction concordante pour l'appel à %<%T::%s%E(%A)%#V%> pas de fonction concordante pour l'appel à %<%T::operator %T(%A)%#V%> pas de fonction concordante pour l'appel de %<%s(%A)%> pas de fonction correspondante pour l'appel de type générique pas de « push » correspondant pour %<#pragma GCC visibility pop%> aucun patron correspondant trouvé pour %qD pas de fonction membre %qD déclarée dans %qT aucun membre concordant avec %<%T::%D%> dans %q#T pas d'opérateur de post-décrémentation pour le type pas d'opérateur de post-incrémentation pour le type pas d'opérateur de pré-décrémentation pour le type pas d'opérateur de pré-incrémentation pour le type aucune déclaration précédente pour %qD aucun prototype précédent pour %qD pas de type de processeur spécifié pour l'édition de liens pas de profilage du code 64 bits pour cette ABI pas de registre dans l'adresse « return » manquant dans une fonction devant retourner une valeur « return » manquant dans une fonction retournant %qT pas de sclass pour le stab %s (0x%x) pas de point virgule à la fin de la structure ou de l'union pas de %<operator %s%> adapté pour %qT pas de %qD convenable dans la classe %qT pas de super classe déclarée dans @interface pour %qE pas de super classe déclarée dans l'interface pour %qE pas de type nommé %q#T dans %q#T aucun type ni classe de stockage ne peut être spécifié ici, aucun paquet de paramètres non déroulés dans le fold binaire pas de surcharge finale unique pour %qD dans %qT pas de clause valide spécifiée dans %<#pragma acc declare%> l'argument de no_sanitize n'est pas une chaîne le nœud diffère de node->decl->decl_with_vis.symtab_node le nœud a body_removed mais il est une définition le nœud a un type inconnu le nœud est un alias mais pas une définition le nœud est un alias mais pas un alias implicite le nœud est seul dans un groupe comdat le nœud est analysé mais il n'est pas une définition le nœud est dans la liste same_comdat_group mais il n'a aucun comdat_group le nœud est un transparent_alias mais pas un alias le nœud est une référence faible (weakref) mais pas un transparent_alias le nœud n'a pas été trouvé dans le hachage des noms assembleur symtab nœud pas trouvé node->decl->decl_with_vis.symtab_node des nœuds ont été trouvé avec une mémoire non libérée l'expression « noexcept » est évaluée à %<false%> à cause de l'appel à %qD argument REAL pas en double précision pour l'intrinsèque %s à %L variante PCS qui n'est pas dérivée de AAPCS Initialisation d'un pointeur non NULL à %C construction non OpenACC à l'intérieur d'une région OpenACC construction non OpenACC à l'intérieur d'une routine OpenACC désaccord sur le traitement de l'exception sans appel le patron non classe %qT est utilisé sans arguments de patron la spécialisation partielle de la non variable ou non classe %qD n'est pas permise le bloc de base %d n'est pas froid mais il ne peut être atteint que par des chemins traversant la partition froide argument entier non constant %u dans l'appel à la fonction %qE argument 1 non constant pour __atomic_always_lock_free tableau non constant dans l'instruction DATA à %L initialisation d'un tableau non constant la nouvelle longueur du tableau non constant doit être spécifiée directement, pas par un typedef la nouvelle longueur du tableau non constant doit être spécifiée sans parenthèses autour du id de type un littéral composé non constant ne peut pas apparaître dans une expression constante condition non constante pour l'assertion statique élément non constant dans un CONSTRUCTOR constant l'initialisation non constante dans la classe est invalide pour le membre statique pas en ligne %qD l'initialisation non constante dans la classe est invalide pour le membre statique %qD expression d'initialisation non constante à %L membre de gauche non-decl/MEM_REF dans une instruction écrasée Argument INTEGER du sous-type pas par défaut passé à l'intrinsèque %s à %L UNSPEC non délégitimisé %s (%d) trouvé à l'emplacement de la variable la fonction non supprimée %q+D surcharge la fonction supprimée l'argument dans l'appel de la fonction %qE n'est pas en virgule flottante l'argument dans l'appel de la fonction %qE n'est pas en virgule flottante la non fonction %qD est déclarée comme un patron implicite non fonction dans un appel gimple argument 1 non entier pour __atomic_is_lock_free argument 3 non entier dans l'appel à la fonction %qE modèle mémoire non entier pour l'argument %d de %qE opérande non entier utilise avec le code d'opérande « z » instruction « switch » avec un type non entier non entier utilisé dans la condition la variable non locale %qD déclarée %<__thread%> a un destructeur non trivial la variable non locale %qD déclarée %<__thread%> a besoin d'une initialisation dynamique la non-boucle avec l'en-tête %d n'est pas marquée pour être retirée le tableau n'est pas une l-valeur dans l'expression conditionnelle le non membre %qs ne peut pas être déclaré %<mutable%> la fonction non membre %qD ne peut pas avoir de qualificatif CV la fonction non membre %qD ne peut pas avoir de qualificatif de référence la déclaration du patron non membre de %qD l'entrée %d qui n'est pas une zone mémoire doit rester en mémoire fonction non imbriquée avec un type modifié par une variable le membre non objet %qs ne peut pas être déclaré %<mutable%> le type non-objective-c %qT ne peut être intercepté le non paramètre %qs ne peut pas être un paquet de paramètres l'argument de %<__builtin_launder%> n'est pas un pointeur non registre comme membre de gauche d'une opération binaire non registre comme membre de gauche dans une opération ternaire non registre comme membre de gauche d'une opération unaire BIT_FIELD_REF, IMAGPART_EXPR ou REALPART_EXPR non scalaire type non scalaire suffixe non standard sur une constante en virgule flottante le membre constant non statique %q#D dans la classe sans un constructeur le membre constant non statique %q#D ne peut utiliser l'opérateur d'affectation par défaut le membre de donnée non statique %q+D dans une union ne peut pas avoir le type référencé %qT le membre non statique %qE est déclaré %<concept%> le membre non statique %qE est déclaré %<constexpr%> membre de donnée non statique déclaré avec %qT comme espace réservé les initialisations de membres de données non statiques sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 la déclaration non statique de %q+D suit une déclaration statique initialisation non statique d'un membre de tableau flexible la référence non statique %q#D dans la classe sans un constructeur le membre par référence non statique %q#D ne peut utiliser l'opérateur d'affectation par défaut %qD n'est pas un patron mais il est utilisé comme patron type non patron %qT utilisé comme un patron la déclaration non locale au thread de %q#D suit la déclaration locale au thread la déclaration non locale au thread de %q+D suit une déclaration locale au thread BIT_FIELD_REF, IMAGPART_EXPR ou REALPART_EXPR pas au plus haut niveau conversion non triviale dans l'affectation conversion non triviale dans une opération unaire les initialisations par désignation non triviales ne sont pas supportées la spécialisation partielle du non type %qD n'est pas permise non variable %qD dans la déclaration avec plus d'une déclaration contenant un type à remplacer non vecteur CONSTRUCTOR avec des éléments opérandes non vectoriels dans une comparaison vectorielle l'indice de tableau non nul %qE est utilisé avec le tableau %qD de type %qT dont les limites sont inconnues l'indice de tableau non nul %qE est utilisé avec un tableau de type %qT dont les limites sont inconnues index de tableau non constant dans l'initialisation la liste des sorties de la boucle %d n'est pas vide mais des sorties ne sont pas enregistrées étiquette non locale argument non null %qD comparé à NULL un argument non nul a un numéro d'opérande invalide (argument %lu) un argument non nul référence un opérande qui n'est pas un pointeur (argument %lu, opérande %lu) un argument non nul a un numéro d'opérande hors des bornes (argument %lu, opérande %lu) attribut non nul sans argument sur un non-prototype la normalisation s'oppose à la mise à l'échelle combinaison de types pas permise dans BIT_INSERT_EXPR pas configuré pour l'ABI SPE pas configuré pour le jeu d'instructions SPE pas configuré avec le suffixe d'en-têtes sysroot pas assez de boucles DO pour la boucle %s !$ACC LOOP à %L pas assez de boucle DO pour le %s coalescé à %L pas assez d'arguments pas assez d'arguments à retourner pas assez de boucles « for » à combiner pas assez de boucles parfaitement imbriquées pas assez d'informations sur le type pas assez d'arguments variables pour insérer une sentinelle pas de génération de zone de correctif, nops pas supporté note note: argument nul là où un non-nul est requis (argument %lu) pointeur de destination null chaîne de format nulle pointeur null déréférencement d'un pointeur null le nombre doit être 0 ou 1 le nombre d'arguments ne concorde pas avec celui du prototype interne le nombre d'arguments ne concorde pas avec celui du prototype le nombre d'annotations des bb dans la chaîne des insn (%d) != n_basic_blocks (%d) le nombre d'éléments du vecteur n'est pas une puissance de deux le nombre d'éléments du vecteur n'est pas une puissance de deux nombre de compteurs est %d au lieu de %d le nombre de résultats ne correspond pas au nombre de valeurs le nombre de variables dans la clause %<depend(sink)%> ne correspond pas au nombre de variables d'itérations l'argument numérique de l'attribut %qE doit être dans la plage 0..63 objc++-cpp-output est déprécié; utilisez plutôt objective-c++-cpp-output objc-cpp-output est déprécié; utilisez plutôt objective-c-cpp-output l'objet n'est pas une méthode objet manquant dans l'usage de %qE la propriété de l'objet %qD n'a pas d'attribut %<assign%>, %<retain%> ou %<copy%>; on suppose que c'est %<assign%> l'objet de type %qT ne correspond pas au nom du destructeur ~%qT un objet avec un type modifié par une variable ne peut pas avoir de classe de liaison une déclaration de méthode objective-c est attendue un ou des argument(s) de message objective-c++ est/sont attendu(s) récepteur de message objective-c++ attendu une déclaration de méthode objective-c++ est attendue code de format Maverick « %c » obsolète utilisation de l'option -I- obsolète, veuillez utiliser -iquote à la place utilisation obsolète d'une initialisation désignée avec %<:%> utilisation obsolète d'une initialisation désignée sans %<=%> la variable en ligne %qD utilisée par odr n'est pas définie le compilateur de déchargement %s n'a pas été trouvé le décalage %qwi est hors des limites de la chaîne constante le décalage excède 16 octets le décalage relatif de %qD n'est pas compatible avec l'ABI et peut changer dans une version future de GCC l'offset du champ de bits compacté %qD a changé dans GCC 4.4 l'utilisation de offsetof à l'intérieur du type %qT (qui ne respecte pas l'agencement standard) est supporté conditionnellement ancienne déclaration %q#D définition de fonction selon l'ancien style déclaration de paramètres selon l'ancien style dans la définition de fonction prototypée l'opérande omis au milieu de %<?:%> ne peut pas être décoré un champ est un champ de bits alors que l'autre ne l'est pasq un des arguments de l'appel de l'initialisation devrait être %<&omp_priv%> un des arguments de l'appel de l'initialisation devrait être %<omp_priv%> ou %<&omp_priv%> seules les régions %<distribute%> ou %<parallel%> sont autorisées à être strictement imbriquées à l'intérieur d'une région %<teams%> seuls les fanions %<inbranch%> et %<notinbranch%> sont permis pour l'attribut %<__simd__%> seulement %u nom fourni pour la liaison structurée seulement %u noms fournis pour la liaison structurée seul 0.0 peut être chargé comme valeur immédiate seuls des types d'objets Objective-C peuvent être qualifiés avec un protocole seul l'attribut %<fallthrough%> peut être appliqué à une instruction nulle seuls les constructeurs prennent des initialisions membres seuls les déclarations de constructeurs et les opérateurs de conversion peuvent être %<explicit%> uniquement ici comme un %<friend%> seul un type de retour %<auto%> évident peut être déduit en %<void%> seules les variables non initialisées peuvent être placées dans une section .bss seules les variables non initialisées peuvent être placées dans la section .noinit seulement les alias faibles sont supportés dans cette configuration seuls les initialiseurs à zéro sont autorisés dans la section %qs type de vecteur opaque ne peut être initialisé un spécificateur enum opaque doit utiliser un simple identificateur spécificateur enum opaque sans nom l'ouverture de %s a échoué: %s ouverture de /dev/zero: %m ouverture de la liste de sortie LTRANS %s: %m ouverture du fichier de dépendances %s: %m ouverture du fichier de sortie %qs: %s ouverture du fichier de sortie %s: %m l'opérande %d devrait être une valeur immédiate non signée sur 3 bits l'opérande %d devrait être une valeur immédiate non signée sur 6 bits l'opérande %d devrait être une valeur immédiate non signée sur 8 bits l'opérande 1 devrait être une valeur immédiate non signée sur 3 bits l'opérande 1 devrait être une valeur non signée sur 3 bits (I0-I7) l'opérande 2 devrait être une valeur paire sur 3 bits (sous-registre 0,2,4,6) l'opérande 2 devrait être une valeur non signée sur 3 bits (I0-I7) l'opérande 2 devrait être une valeur non signée sur 3 bits (sous-registre 0-7) l'opérande 2 devrait être une valeur non signée sur 8 bits l'opérande 3 devrait être une valeur non signée sur 3 bits (I0-I7) l'opérande 3 devrait être une valeur non signée sur 8 bits l'opérande 4 devrait être une valeur non signée sur 8 bits (0-255) la contrainte de l'opérande contient un %<+%> ou un %<-%> incorrectement positionné les contraintes de l'opérande pour %<asm%> diffèrent en nombre d'alternatives l'opérande n'est pas du code de condition, code d'opérande « %c » invalide l'opérande n'est pas du code de condition, code d'opérande « D » invalide l'opérande n'est pas du code de condition, code d'opérande « Y » invalide l'opérande n'est pas un entier spécifique, code d'opérande « R » invalide l'opérande n'est pas un entier spécifique, code d'opérande « r » invalide l'opérande n'est pas un entier, code d'opérande « K » invalide l'opérande n'est pas un entier, code d'opérande « R » invalide l'opérande n'est pas une référence mémoire avec décalage, code d'opérande « H » invalide l'opérande doit être une valeur immédiate de la bonne taille numéro d’opérande manquant après %%-lettre numéro d’opérande hors limite le numéro d'opérande est hors limites dans le format numéro d'opérande spécifié pour un format n'acceptant aucun argument numéro d'opérande spécifié avec une affectation supprimée l'opérande de ?: change de type signé de %qT à %qT à cause du caractère non signé de l'autre opérande l'opérande de l'expression fold n'a aucun paquet de paramètres non déroulé le type %qT de l'opérande est incompatible avec l'argument %d de %qE les types des opérandes sont %qT et %qT les opérandes de %T/%t doivent être reg + const_int: les opérandes de ?: ont les types différents %qT et %qT l'opération sur %qE est peut être non définie l'attribut d'optimisation sur %qD suit la définition mais l'attribut ne correspond pas incohérence d'un attribut au niveau de l'optimisation l'optimisation peut éliminer les lectures ou les écritures dans les variables-registres l'option %<-mstructure-size-boundary%> est dépréciée l'option %qs est valide pour %s mais pas pour %s l'option %s n'est pas supportée avec -fopenacc l'option -mirq-ctrl-saved est uniquement valable pour les processeurs ARC v2 l'option -mrgf-banked-regs est uniquement valable pour les processeur ARC v2 option("%s") a déjà été spécifié argument optionnel options activées : options ou cibles manquantes après %qs options passées : ou utilisez %<j%> au lieu de %<i%> pour les suffixes internes GNU les arguments ordonnés ont besoin d'une expression entière constante positive comparaison ordonnée d'un pointeur avec un zéro entier comparaison ordonnée d'un pointeur avec un pointeur nul le %<default%> original est ici la déclaration originale apparaît ici la définition originale apparaît ici défini initialement ici l'appel de fonction initialement indirect n'est pas pris en compte pour la mise en ligne spécifié initialement ici construction %qs orpheline l'autre correspondance est ici aurait dû correspondre à la méthode virtuelle %qD mais ce n'est pas le cas l'accès hors limites peut être éliminé par l'optimisation le %<__transaction_cancel%> extérieur n'est pas à l'intérieur d'un %<__transaction_atomic%> extérieur le bloc extérieur de la région %i n'est pas bon transaction extérieure dans une fonction %<transaction_may_cancel_outer%> transaction extérieure dans une fonction %<transaction_safe%> transaction extérieure dans une transaction la contrainte de sortie %d ne peut pas être spécifiée avec le registre écrasé « %s » la contrainte de sortie %d doit spécifier un seul registre la contrainte de sortie %qc pour l'opérande %d n'est pas au début le fichier de sortie %s existe déjà dans le dossier %s fichier de sortie non spécifié le nom du fichier de sortie ne peut pas être vide nom du fichier de sortie spécifié deux fois la sortie numéro %d n'est pas directement adressable l'opérande de sortie %d doit utiliser la contrainte %<&%> il manque un %<=%> à la contrainte de l'opérande de sortie l'opérande de sortie est une constante dans %<asm%> les registres de sortie doivent être regroupés en haut de la pile output_move_single : débordement dans la dimension du tableau débordement dans l'expression constante le débordement dans la conversion de %qT vers %qT change la valeur en %qE le débordement dans la conversion de %qT vers %qT change la valeur de %qE en %qE débordement dans les valeurs de l'énumération débordement dans les valeurs de l'énumération à %qD débordement de la liste d'arguments de sortie pour %qs nom de fonction surchargée %qE dans la clause %qs fonction surchargée sans information contextuelle de type la fonction surchargée est %q#D la fonction surchargée est %q#F la fonction surchargée est %qD le contrôle de la surcharge (override/final) est uniquement disponible avec -std=c++11 ou -std=gnu++11 dans la surcharge de %qD déclaré %<transaction_safe%> argument d'expansion du paquet pour le paramètre non paquet %qD du patron d'alias %qD argument d'expansion du paquet pour le paramètre non paquet %qD du concept %qD l'expansion de paquets dans une déclaration « using » est uniquement disponible avec -std=c++17 ou -std=gnu++17 l'attribut « packed » provoque un alignement inefficace l'attribut « packed » entraîne un alignement inefficace pour %q+D l'attribut « packed » provoque un alignement inefficace pour %qE l'attribut « packed » n'est pas nécessaire l'attribut « packed » n'est pas nécessaire pour %q+D l'attribut « packed » n'est pas nécessaire pour %qE remplissage de la taille du « struct » jusqu'à la frontière d'alignement remplissage du « struct » pour aligner %q+D le paramètre %P a un type incomplet %qT le paramètre %P de %qD a un type incomplet %qT paramètre %q+D déclaré %<_Noreturn%> paramètre %q+D déclaré %<inline%> le paramètre %q+D n'a qu'une déclaration anticipée paramètre %qD déclaré avec le type « void » le paramètre %qD a un type incomplet le paramètre %qD inclut un pointeur vers un tableau %qT dont les bornes sont inconnues le paramètre %qD inclut une référence vers un tableau %qT dont les bornes sont inconnues le paramètre %qD est incorrectement déclaré comme type de méthode le paramètre %qD est initialisé le paramètre %qD est défini mais pas utilisé le paramètre %qP de %qD pourrait être un candidat pour un attribut de format le paramètre %u (%q+D) a un type incomplet le paramètre %u (%q+D) a le type void le paramètre %u a un type incomplet le paramètre %u a le type void paramètre déclaré %<auto%> la liste de paramètres ne correspond pas à la signature de %s() le paramètre ne peut pas avoir le type %qT modifié par une variable le paramètre pourrait être un candidat pour un attribut de format nom du paramètre manquant dans la liste des paramètres nom de paramètre omis noms de paramètres (sans type) dans la déclaration de fonction le paquet de paramètres %q+D doit être à la fin de la liste des paramètres du patron le paquet de paramètres %qD ne peut pas avoir d'argument par défaut l'argument %qE du paquet de paramètres doit être à la fin de la liste des arguments du patron l'argument %qT du paquet de paramètres doit être à la fin de la liste des arguments du patron le paquet de paramètres ne peut pas avoir d'argument par défaut les paquets de paramètres ne sont pas étendus avec %<...%> le passage de paramètre pour l'argument de type %qT a changé dans GCC 7.1 argument de type dérivé paramétrisé le sous-programme parent ne peut pas être mis en ligne les parenthèses autour de %qE ne peuvent pas être utilisées pour former un pointeur vers une fonction membre des parenthèses sont requises autour de ce littéral composite pour éviter des ambiguïtés dans l'analyse une initialisation entre parenthèses n'est pas permise dans une boucle %<for%> de OpenMP initialisation entre parenthèses dans le « new » du tableau erreur d'analyse dans l'instruction SELECT TYPE à %C erreur d'analyse dans la liste des arguments du patron la spécialisation partielle %q+D ne spécialise aucun argument du patron et n'a pas plus de contrainte que le patron primaire; pour définir le patron primaire, retirez la liste d'arguments du patron la spécialisation partielle %q+D ne spécialise aucun argument du patron; pour définir le patron primaire, retirez la liste d'arguments du patron la spécialisation partielle de %qD n'est pas plus spécialisée que spécialisation partielle %qT déclarée %<friend%> la spécialisation partielle n'est pas plus spécialisée que le patron primaire car elle remplace des paramètres multiples par une expansion d'un paquet spécialisation partielle de %qD après l'instanciation de %qD une partition a été trouvée mais le fanion de partition de fonction n'est pas mis l'étape %qs n'a pas été trouvée mais elle est référencée par la nouvelle étape %qs l'étape %s ne supporte pas le clonage l'étape %s a besoin d'une implémentation de set_pass_param pour gérer l'argument supplémentaire dans NEXT_PASS le passage de %qT comme argument %<this%> abandonne les qualificatifs le passage de %qT choisi %qT au lieu de %qT passage de NULL pour l'argument non pointeur %P de %qD le passage de l'argument %d de %qE abandonne les qualificatifs du type cible du pointeur passage de l'argument %d de %qE comme %<float%> au lieu de %<double%> à cause du prototype passage de l'argument %d de %qE comme %qT au lieu de %qT à cause du prototype passage de l'argument %d de %qE comme complexe au lieu de flottant à cause du prototype passage de l'argument %d de %qE comme complexe au lieu d'entier à cause du prototype passage de l'argument %d de %qE comme flottant au lieu de complexe à cause du prototype passage de l'argument %d de %qE comme flottant au lieu d'entier à cause du prototype passage de l'argument %d de %qE comme entier au lieu de complexe à cause du prototype passage de l'argument %d de %qE comme entier au lieu de flottant à cause du prototype passage de l'argument %d de %qE comme signé à cause du prototype passage de l'argument %d de %qE comme un non signé à cause du prototype passer l'argument %d de %qE abandonne le qualificatif %qv du type pointé passage de l'argument %d de %qE depuis un type Objective-C distinct passage de l'argument %d de %qE depuis un type pointeur incompatible passage de l'argument %d de %qE depuis un pointeur vers un espace d'adresses non fermé passer l'argument %d de %qE ajoute le qualificatif %q#v au pointeur de fonction qui n'avait pas de qualificatif le passage de l'argument %d de %qE transforme un pointeur en entier sans transtypage le passage de l'argument %d de %qE transforme un entier en pointeur sans transtypage passage de l'argument %d de %qE avec des largeurs différentes à cause du prototype l'argument %i est passé à un paramètre avec un qualificatif restrictif alors qu'il est également passé dans l'argument %Z l'argument %i est passé à un paramètre avec un qualificatif restrictif alors qu'il est également passé dans les arguments %Z passage des arguments à l'élision du constructeur hérité %qD le passage d'objets du type %q#T non trivialement copiables au travers de %<...%> est supporté conditionnellement passage d'un argument trop grand sur la pile le pragma pch_preprocess ne devrait être utilisé qu'avec -fpreprocessed pédant pédant: vous avez peut-être besoin d'arguments de patron explicites dans votre spécificateur de nom imbriqué vous voulez peut-être ajouter %<%T::%> explicitement erreur de permission permerreur: échec de pex_init: %m les indications de contraintes ne sont pas satisfaites l'opérateur « new » avec placement construit un tableau d'objets de type %qT et de taille %qwu dans une région de type %qT et de taille %qwi l'opérateur « new » avec placement construit un objet de type %<%T [%wu]%> et de taille %qwu dans une région de type %qT et de taille %qwi l'opérateur « new » avec placement construit un objet de type %qT et de taille %qwu dans une région de type %qT et de taille %qwi le greffon %s n'est pas sous une licence compatible avec GPL %s le greffon %s a enregistré une fonction de rappel nulle pour l'événement %s le greffon %s devrait être spécifié avant -fplugin-arg-%s dans la ligne de commande le greffon %s a été spécifié avec des chemins différents: %s %s le greffon ne peut pas enregistrer une étape manquante le greffon ne peut pas enregistrer une étape sans nom le greffon ne peut enregistrer l'étape %qs sans nom d'étape de référence le support des greffons est désactivé; configurez avec --enable-plugin pointeur argument pointeur l'arithmétique de pointeur pour des objets collectés par le ramasse-miettes est interdit affectation de pointeur les limites du pointeur ont été perdues à cause de l'expression inattendue %s un pointeur du type %<void *%> est utilisé dans une arithmétique pointeur de type %<void *%> utilisé dans une soustraction l'offset du pointeur par rapport au symbole peut être incorrect résultat pointeur ou allouable les types ciblés par les pointeurs sont incompatibles en C++ un pointeur visant l'espace d'adresses %qs doit être « const » dans %qT un pointeur visant l'espace d'adresses %qs doit être const dans le/la %s %q+D les cibles pointées dans l'affectation de %qT vers %qT diffèrent dans la plage signée les cibles pointées dans l'initialisation de %qT depuis %qT diffèrent dans la plage signée les cibles pointées dans le passage de l'argument %d de %qE diffèrent dans la plage signée les cibles pointées en retournant %qT depuis une fonction qui retourne le type %qT diffèrent dans la plage signée un pointeur vers une fonction est utilisé dans une arithmétique pointeur vers une fonction utilisé dans une soustraction le pointeur vers le tableau perd le qualificatif dans l'expression conditionnelle le pointeur vers le type d'interface n'a pas de méthode conversion d'un pointeur vers un membre via la base virtuelle %qT le pointeur vers le type membre %qT est incompatible avec le type d'objet %qT non concordance de type de pointeurs dans une expression conditionnelle valeur de pointeur utilisée là où un complexe était attendu valeur de pointeur utilisée là où une valeur en virgule flottante était attendue le pointeur vers la fonction membre %qE ne peut être appelé sans un objet; utilisez %<.*%> ou %<->*%> le type pointeur vers une fonction membre %qT requiert une l-valeur le type pointeur vers une fonction membre %qT requiert une l-valeur avant C++2a le type pointeur vers une fonction membre %qT requiert une r-valeur non concordance entre un pointeur et un entier dans une expression conditionnelle les pointeurs ne sont pas permis comme valeurs de « case » des pointeurs vers des tableaux avec des qualificatifs différents sont incompatibles en C ISO pointeurs vers des espaces d'adresses disjoints utilisés dans une expression conditionnelle argument polymorphique la position plus la taille dépasse la taille de l'objet référencé dans BIT_FIELD_REF le code indépendant de la position n'est pas supporté le code indépendant de la position requiert %qs le code indépendant de la position requiert l'ABI Linux initialisation par position de champs dans une %<struct%> qui est déclarée avec l'attribut %<designated_init%> problème possible détecté dans l'invocation de l'opérateur delete[]: problème possible détecté dans l'invocation de l'opérateur delete: le post-incrément d'adresse n'est pas un registre %qD suffixé doit avoir %<int%> comme argument %qD suffixé doit avoir %<int%> comme second argument %qD suffixé devrait retourner %qT déréférencement d'un pointeur potentiellement null l'option de la cible power9 est incompatible avec %<%s=<xxx>%> pour <xxx> inférieur à power9 le pragma ou l'attribut %<target("%s")%> n'accepte pas d'argument le pragma ou l'attribut %<target("%s")%> n'autorise pas de forme négative le pragma ou l'attribut %<target("%s")%> n'est pas valide le pragma ou l'attribut %<target("%s=%s")%> n'est pas valide le pré-décrément d'adresse n'est pas un registre le pré-incrément d'adresse n'est pas un registre précision précision dans le format de printf type arithmétique %qT prédéclaré dans %<#pragma omp declare reduction%> type arithmétique prédéclaré dans %<#pragma omp declare reduction%> instruction Thumb établie instruction établie dans la séquence conditionnelle allouer de préférence des registres qui autorisent la génération d'instructions courtes. %qD préfixé devrait retourner %qT les attributs de préfixes sont ignorés avant %<@%D%> les attributs de préfixes sont ignorés pour les implémentations les attributs de préfixes sont ignorés pour les méthodes prev_bb de %d devrait être %d, pas %d %<#pragma omp declare reduction%> précédent déclaration %<pragma omp declare reduction%> précédente déclaration précédente déclaration précédente de %q#D déclaration précédente de %qD la déclaration précédente %qD utilisait %d paramètre dans le patron la déclaration précédente %qD utilisait %d paramètres dans le patron déclaré précédemment en tant que %q#D déclaration précédente ici déclaration précédente de %<%c%E%> déclaration précédente de %<%c%E%> comme %<@optional%> déclaration précédente de %<%c%E%> comme %<@required%> déclaration précédente de %<%c%s%> déclaration précédente de %q+D la déclaration précédente de %q+D était ici déclaration précédente de %qD la déclaration précédente de %qD était ici déclaration précédente de %qE déclaration précédente avec la classe de liaison %qL définition précédente ici définition précédente de %q#T la définition précédente de %q+D était ici la définition précédente de %qD était ici la déclaration implicite précédente de %q+D était ici étiquette précédente décoration précédente de %q#D la définition non prototype précédente est ici la spécification précédente dans %q#D est ici précédemment déclarée ici précédemment défini ici précédemment défini ici comme %s précédemment utilisée ici le patron primaire %qD le patron primaire ici membre privé %q#D dans une union anonyme problème lors de la construction de l'image cible pour %s support du profilage pour CR16 support du profilage pour VxWorks le profilage n'a pas encore été implémenté sur cette architecture le profilage n'est pas supporté avec -mg programmes: %s l'argument promu %qD ne concorde pas avec le prototype interne l'argument promu %qD ne concorde pas avec le prototype un ~unsigned promu est toujours non nul la propriété %qs est déjà spécifiée dans %<@dynamic%> la propriété %qs est déjà spécifiée dans %<@synthesize%> la propriété %qs utilise la variable d'instance %qs d'un type incompatible la propriété %qs utilise la même variable d'instance que la propriété %qs une propriété ne peut pas être un champ de bits une propriété ne peut pas être un tableau la déclaration de la propriété n'est pas dans le contexte @interface ou @protocol membre protégé %q#D dans une union anonyme l'attribut de visibilité protégée n'est pas supporté dans cette configuration; ignoré le protocole %qE a une dépendance circulaire le protocole %qE est obsolète les attributs de protocole ne sont pas disponibles en Objective-C 1.0 déclaration de prototype le prototype pour %q+D déclare l'argument %d avec un type incompatible le prototype pour %q+D déclare moins d'arguments que la définition précédente dans l'ancien style le prototype pour %q+D déclare plus d'arguments que la définition précédente dans l'ancien style le prototype pour %q+D suit une définition qui n'est pas un prototype le prototype de « %s » exige des opérandes après des opérandes optionnels prototype spécifié pour %q#D fournis pour %qD le pseudo-destructeur n'est pas appelé appel à %q#D qui est pur virtuel depuis le constructeur appel à %q#D qui est pur virtuel depuis le destructeur appel à %q#D qui est pur virtuel depuis un initialisateur qui n'est pas un membre statique spécificateur pur sur une définition de fonction modificateurs q/Q invalides pour des références de symboles la vérification qsort a échoué le comparateur qsort est non-négatif sur une sortie triée: %d le comparateur qsort n'est pas anti-cumulatif: %d, %d le comparateur qsort n'est pas transitif: %d, %d, %d le nom qualifié ne nomme pas une classe le type qualifié %qT ne concorde pas avec le nom du destructeur ~%qT qualified-id dans une déclaration les qualificatifs ne sont pas permis dans la déclaration d'un constructeur les qualificatifs ne sont pas permis dans la déclaration de %<operator %T%> les qualificatifs ne sont pas permis dans la déclaration du guide de déduction les qualificatifs ne sont pas permis dans la déclaration d'un destructeur le type qualifié %qT ne correspond pas au nom du destructeur ~%qT r0 a besoin d'être disponible comme registre qui sera écrasé lors des appels l'instruction « range » doit avoir un type tableau, tranche, chaîne, tableau associatif ou canal les expressions avec une plage ne sont pas standard dans les instructions « switch » l'expression %<for%> parcourant une plage de type %qT a un type incompatible les boucles %<for%> parcourant une plage sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 l'opérateur littéral de base %q+D est en conflit avec l'opérateur littéral avec patron %qD rdynamic n'est pas supporté ré-initialisation de %qs à %L la lecture a échoué en lisant les données d'export l'emplacement %qE, en lecture seule, est utilisé comme sortie %<asm%> le membre %qD, en lecture seule, est utilisé comme sortie %<asm%> la valeur de retour nommée %qD, en lecture seule, est utilisée comme sortie %<asm%> le paramètre %qD, en lecture seule, est utilisé comme sortie %<asm%> référence en lecture seule %qD utilisée comme sortie de %<asm%> la variable %qD, en lecture seule, est utilisée comme sortie %<asm%> lecture du fichier d'entrée lecture à travers un pointeur nul (argument %d) la propriété en lecture seule ne peut pas être définie la réception d'objets du type %q#T non trivialement copiables au travers de %<...%> est supporté conditionnellement recompilation avec -fcompare-debug évaluation récursive de l'argument par défaut pour %q#D mise en ligne récursive instanciation récursive de l'initialisation du membre par défaut pour %qD type récursif %qT non défini requis récursivement par la substitution de %qS requis récursivement par %q#D requis récursivement depuis ici redéclaration de %q#D avec des contraintes différentes la redéclaration de %qD diffère de la déclaration précédente sur le %<constexpr%> redéclaration de %<enum %E%> redéclaration de %<pragma omp declare reduction%> redéclaration de %q#D la redéclaration de %q#D peut ne pas avoir d'arguments par défaut redéclaration de %q+D avec une visibilité différente (visibilité précédente conservée) redéclaration de %q+D sans classe de liaison la redéclaration de %qD ajoute l'étiquette d'ABI %qE redéclaration de %qT sous une forme qui n'est pas un patron redéclaration de %qs %<#pragma omp declare reduction%> pour le type %qT redéclaration du type interne C++ %qT redéclaration de la classe Objective-C %qs redéclaration de l'énumération %q+D la redéclaration de l'ami %q#D ne peut pas avoir d'arguments de patron par défaut redéclaration de la propriété %qD redéclaré ici comme %q#D redéclaré avec %d paramètre dans le patron redéclaré avec %d paramètres dans le patron les fonctions externes enlignes redéfinies ne sont pas retenues pour être mises en ligne redéfinition de %<struct %E%> redéfinition de %<union %E%> redéfinition de %q#D redéfinition de %q#T redéfinition de %q+D redéfinition de l'argument par défaut pour %q#D redéfinition du paramètre %q+D redéfinition du typedef %q+D redéfinition du typedef %q+D avec un type différent redéfinition du typedef %q+D avec un type modifié par une variable redéclaration redondante du membre statique %<constexpr%> %qD déclaration redondante de %q+D déclaration redondante de %qD dans la même étendue les qualificatifs de références sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 la référence %qD est initialisée avec elle-même la référence %qs ne peut pas être déclarée %<mutable%> la référence à %<%T::%D%> est ambiguë la référence à %qD est ambiguë référence à une instruction morte référence vers la variable locale %qD retournée référence vers une non l-valeur retournée type référence %qT dans %<#pragma omp declare reduction%> la région du lp %i n'est pas bonne region_array ne correspond pas à region_tree region_array est corrompu pour la région %i nom de registre donné pour la variable non registre %q+D le nom du registre n'est pas spécifié pour %q+D le numéro de registre doit être une constante à la compilation. Essayez à des niveaux d'optimisation supérieurs le registre de %qD est utilisé pour plusieurs variables-registre globales registre ou expression mémoire attendue pour le modificateur de sortie « M » registre ou expression mémoire attendue pour le modificateur de sortie « N » le registre spécifié pour %q+D ne convient pas pour un type de données variable de registre %qD utilisée dans une fonction imbriquée les attributs regparam et thiscall sont incompatibles ré-implémentation de la classe %qE reinterpret_cast d'un entier vers un pointeur utiliser « reinterpret_cast » pour transtyper du type %qT vers le type %qT élimine les qualificatifs transaction relâchée dans une fonction %<transaction_safe%> transaction relâchée dans une transaction atomique boucle %d retirée de l'arbre des boucles effacement du fichier .rpo: %m renommer les specs %s à %s renommage du fichier .rpo: %m %<@%> répété avant la chaîne Objective-C %s répété dans le format le fichier dépôt « %s » ne contient pas des arguments pour la ligne de commande la conversion implicite de %qT vers %qT n'est pas permise en C++ requête du membre %qD dans %qE, lequel est de type non classe %qT requête du membre %qD dans %qE, lequel est le type pointeur %qT (vous avez peut-être oublié d'utiliser %<->%> ?) la requête pour le membre %qD est ambiguë l'accès au membre %qD est ambigu dans un réseau d'héritages multiples requête du membre %qE dans le type %qT qui n'est pas une classe accès au membre %qE de quelque chose qui n'est ni une structure ni une union l'attribut %qE demandé n'est pas une paire de constantes entières non négatives séparées par une virgule ou est trop grand (max. %d) l'ABI demandée requiert -march pour incorporer l'extension %qc l'alignement %d demandé est plus grand que %d l'alignement requis pour %q+D est plus grand que l'alignement implémenté de %wu l'alignement demandé n'est pas une puissance de 2 positive l'alignement demandé n'est pas une constante entière l'alignement demandé est trop grand le init_priority demandé n'est pas une constante entière le init_priority demandé est hors limite le init_priority demandé est réservé pour un usage interne la position demandée est plus petite que zéro la position demandée n'est pas une constante entière require_atom(): mauvais type atomique requis requis par la substitution de %qS requis par %q#D requis depuis ici clause « requires » dans la déclaration du type non fonction %qT clause « requires » sur le type de retour clause « requires » sur type-id clause « requires » sur un typedef la résolution avec le sub id %wx n'est pas dans le fichier objet resolve_function(): mauvais type de fonction resolve_intrinsic(): Trop d'arguments pour l'intrinsèque resolve_operator(): Mauvais intrinsèque resolve_ref(): Mauvaise référence de tableau resolve_subroutine(): mauvais type de fonction fonction indirect du résolveur déclarée ici le résultat de %<operator->()%> est un non pointeur le résultat de %qE a besoin de %u bits pour être représenté mais %qT n'a que %u bits résultat avec une longueur de caractères non constante la signature de l'adresse de retour n'est supportée qu'avec -mabi=lp64 le retour abandonne le qualificatif %qv du type pointé l'arête de retour ne pointe pas vers la sortie dans le bb %d retour depuis un pointeur vers un espace d'adresses non fermé le retour ajoute le qualificatif %q#v au pointeur de fonction qui n'avait pas de qualificatif return n’est pas suivi d’une barrière le type retourné %q#T est incomplet le type du retour devient %<int%> par défaut le type du retour est un type incomplet le type de retour pourrait être un candidat pour un attribut de format le type de retour de %qD n'est pas %<int%> type de retour d'une fonction la spécification d'un type retourné pour un constructeur est invalide la spécification d'un type retourné pour un destructeur est invalide type de retour spécifié pour %<operator %T%> type de retour spécifié pour le guide de déduction désaccord dans le type de la valeur retournée retour avec valeur rencontré dans une fonction sans type de retour instruction « return » avec une valeur dans une fonction retournant %qT instruction « return » sans valeur dans une fonction retournant %qT retour de %qT depuis une fonction avec le type de retour %qT qui est incompatible retourner %qT depuis une fonction qui retourne le type %qT transforme un pointeur en entier sans transtypage retourner %qT depuis une fonction avec le type de retour %qT transforme un entier en pointeur sans transtypage retourne une valeur depuis un constructeur retourne une valeur depuis un destructeur liste d'initialisation retournée retourne une référence vers un temporaire attribut returns_nonnull sur une fonction qui ne retourne pas un pointeur ordre de stockage inverse des scalaires en virgule flottante ordre de stockage inverse des scalaires ordre de stockage inverse pour le mode %s l'opérande de droite de l'opérateur virgule ne peut résoudre l'adresse de la fonction surchargée l'opérande de droite de l'opérateur virgule n'a pas d'effet l'opérande de droite de l'opérateur virgule est une référence, pas un appel, à la fonction %qE l'opérande de droite de l'expression de décalage %q+E est >= à la précision de l'opérande de gauche l'opérande de droite de l'expression de décalage %q+E est négatif précision à droite précision à droite dans le format de strfmon le compteur de rotations vers la droite >= largeur du type le compteur de rotations vers la droite est négatif compteur de décalages vers la droite >= à la largeur du type compteur de décalages vers la droite >= à la largeur de l'élément du vecteur le compteur de décalages vers la droite est négatif l'opérande à droite de la virgule n'a pas d'effet le mode d'arrondissement n'est pas supporté pour les flottants sur VAX le résultat de l'arrondi sera toujours 0 arrondir à %d bits n'a pas d'effet pour une valeur en virgule fixe avec %d bits fractionnels la routine %qD est déclarée ici l'appel de routine utilise un parallélisme OpenACC interdit par la routine contenante l'appel de routine utilise le même parallélisme OpenACC que la boucle qui la contient le processeur rx100 n'a pas d'unité FPU matérielle le processeur rx200 n'a pas d'unité FPU matérielle nœud de type canonique identique pour les types différents %qT et %qT la même variable est utilisée dans les clauses %<firstprivate%> et %<lastprivate%> dans la construction %<distribute%> same_comdat_group n'est pas une liste circulaire liste same_comdat_group au travers de groupes différents on a vu %d %<template<>%>, on a besoin de %d pour spécialiser un patron de fonction membre utilisez %<typename %E%> si un type est désiré l'objet scalaire %qD requiert un élément dans l'initialisation l'argument de scalar_storage_order doit être soit « big-endian » ou soit « little-endian » scalar_storage_order n'est pas supporté car le boutisme n'est pas uniforme le facteur d'échelle doit être non négatif la mise à l'échelle s'oppose à la normalisation, ignoré schedule %<auto%> ne prend pas de paramètre %<chunk_size%> schedule %<runtime%> ne prend pas de paramètre %<chunk_size%> l'expression de taille des tranches d'ordonnancement doit être un entier la portée %qT avant %<~%> n'est pas un nom de classe l'énumération %qT dans une portée limitée est passée au travers de ... en tant que %qT avant -fabi-version=6 et en tant que %qT après les enums fortement typés sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 non concordance entre un enum simple et un enum fortement typé pour %q#T le deuxième argument doit être une tranche ou une chaîne le deuxième argument de %q+D devrait être %<char **%> le deuxième argument de %<__builtin_call_with_static_chain%> doit être un type pointeur le deuxième argument de %<__builtin_prefetch%> doit être une constante le deuxième argument de %<va_arg%> est du type incompatible %qT le deuxième argument de %qs doit être 0..12 le deuxième argument de la fonction %qE doit être une constante entière qui est une puissance de 2 comprise entre %qi et %qu bits le deuxième argument de vec_vextract4b doit être 0..12 le deuxième opérande de l'expression conditionnelle ne peut résoudre l'adresse de la fonction surchargée le deuxième opérande de l'expression conditionnelle n'a pas d'effet le deuxième opérande de l'expression conditionnelle est une référence, pas un appel, à la fonction %qE le deuxième opérande de l'opérateur conditionnel a le type %<void%> mais le troisième opérande n'est ni une expression qui génère une exception ni le type %<void%> le deuxième paramètre de %<va_start%> n'est pas le dernier argument nommé les ancres de sections doivent être désactivées quand la réorganisation au plus haut niveau est désactivée les ancres de sections doivent être désactivées quand unit-at-a-time (une unité à la fois) est désactivé l'argument de l'attribut de section n'est pas une constante de type chaîne de caractères l'attribut de section ne peut pas être spécifié pour des variables locales l'attribut de section n'est pas permis pour %q+D les attributs de sections ne sont pas supportés pour cette cible la section de %q+D ne peut pas être contournée la section de %q+D est en conflit avec la déclaration précédente la section de l'alias %q+D doit correspondre à la section de sa cible conflit du type de section conflit du type de section avec %qD les options fp16 sélectionnées sont incompatibles sélecteur doit être un immédiat le sélecteur doit être une constante entière dans la plage 0..%wi la comparaison avec soi-même retourne toujours faux la comparaison avec soi-même retourne toujours vrai les auto-tests ne sont pas activés dans cet exécutable auto-tests incompatibles avec -E fixer le nombre de nops a émettre avant chaque motif d'insn. setjmp/longjmp à l'intérieur d'une construction simd le nom du « setter » doit être terminé par %<:%> initialisation de la limite maximale de la taille du fichier de vidange (core file): %m la déclaration masquée est ici masquage de la fonction interne %q#D masquage de la fonction %q#D de la bibliothèque masque la déclaration précédente du type de %q#D information sur le nom SSA partagé shared et mdll ne sont pas compatibles call_stmt partagé: shared n'est pas supporté rtx partagé le compteur du nombre de décalages n'est pas un entier non signé l'expression de décalage %q+E déborde décalage d'un opérande non entier trop peu de données lues en lisant les données d'export show_array_ref(): Référence de tableau inconnue show_array_spec(): Type de forme de tableau pas géré. show_code_node(): Mauvais code d'instruction show_expr(): Mauvais intrinsèque dans l'expression show_expr(): Ne sais pas comment afficher l'expression show_ref(): Mauvais code de composant arêtes « sibcall » (appel d'une fonction similaire en fin de fonction) pour une insn qui n'est pas un appel dans le bb %i les effets de bords n'ont pas été recalculés quand ADDR_EXPR a changé élément avec des effets de bord dans un CONSTRUCTOR sans effets de bord la conversion signée de %qT vers %qT change la valeur de %qE la conversion signée de %qT vers %qT change la valeur de %qE en %qE la plage signée du type et le mode machine %qs ne correspondent pas IF simple simplify_intrinsic_op(): Mauvais opérateur simplify_min_max(): Mauvais type dans la liste d'arguments l'attribut %<target_clones%> isolé est ignoré la taille du tableau dans « new » doit avoir un type entier désaccord de taille dans l'argument %d de %qE la taille de %q+D est de %d octets la taille de %q+D est plus grande que %wd octets la taille de %qD diffère de la taille de la déclaration originale la taille du tableau %qD a le type non entier %qT la taille du tableau %qD est négative la taille du tableau %qD n'est pas une expression constante de type entier la taille du tableau %qE a un type incomplet la taille du tableau %qE a un type qui n'est pas un entier la taille du tableau %qE est négative la taille du tableau %qE est trop grande la taille du tableau a le type non entier %qT la taille du tableau est négative la taille du tableau n'est pas une expression constante entière la taille du tableau est trop grande la taille de la boucle %d devrait être %d, et non %d la valeur retournée par %q+D a une taille de %u octets la taille de la valeur retournée par %q+D est supérieure à %wd octets la taille des blocs pour le découpage de boucle en blocs (loop blocking). la taille du type %qT est trop grande (%qE octets) la taille du tableau sans nom a un type incomplet la taille du tableau sans nom a un type qui n'est pas un entier la taille du tableau sans nom est négative la taille du tableau sans nom est trop grande la taille de la variable %q+D est trop grande niveau d'optimisation de taille: 0:aucune 1: opportuniste 2: regalloc 3: abandonner alignement, -Os. les plages de tailles de l'option %qs devraient être croissantes sizeof(long double) vaut 12. sizeof(long double) vaut 16. une tranche peut uniquement être comparée à nul la capacité de la tranche doit être un entier la fin de la tranche doit être un entier tranche d'une valeur qui ne peut pas être adressée ainsi, toute instanciation avec un paquet de paramètres non vide serait mal formée soft-float et long-double-128 sont incompatibles certaines parties de l'expansion de la macro ne sont pas protégées par cette instruction %qs désolé, non implémenté désolé, pas implémenté: désolé: les sémantiques de la fonction statique en ligne %q#D sont erronées (vous obtiendrez de multiples copies) désolé: les sémantiques de la variable en ligne %q#D sont erronées (vous obtiendrez de multiples copies) la source est un pointeur vers un type incomplet la source n'est pas un pointeur la source n'est pas un pointeur vers une classe la source n'est pas de type « class » la source est d'un type « class » incomplet l'emplacement des sources de la fonction %qE a changé, les données de profilage sont périmées le type source n'est pas polymorphique la spec %qs a un %<%%0%c%> invalide la spec %qs a un %<%%W%c%> invalide la spec %qs a un %<%%x%c%> invalide spec %qs invalide échec du spec: %<%%*%> n'a pas été initialisé par concordance du patron échec de spec: plus d'un argument à SYSROOT_HEADERS_SUFFIX_SPEC échec de spec: plus d'un argument à SYSROOT_SUFFIX_SPEC échec de spec: option de spec %qc non reconnue le fichier de spec n'a pas de spécification pour l'édition de liens spec est « %s » le commutateur généré par la spec est un simple %<-%> spec_dimen_size(): Mauvaise dimension spécialisation de %qT après instanciation %qT spécialisation de %qD après instanciation spécialisation de %qD dans différents espaces de noms la spécialisation de %qD doit apparaître dans la portée de l'espace de noms spécialisation de %qT après instanciation spécialisation du patron d'alias %qD spécialisation d'une fonction membre spéciale déclarée implicitement spécialisation du concept de variable %q#D spécialisation du patron de variable %qD déclaré comme une fonction spécialisation de %q#T dans différents espaces de noms la syntaxe %<template<>%> est requise pour spécialiser %<%T::%E%> la limite spécifiée %wu excède %<INT_MAX%> la limite spécifiée %wu excède la taille maximale de l'objet (%wu) la limite spécifiée %wu dépasse la taille %wu de l'objet de destination le mode spécifié est trop petit pour les valeurs de l'énumération option %qs spécifiée plus d'une fois spécifier les types vectoriels avec __attribute__ ((mode)) est obsolète la syntaxe des specs %%include est mal formée après %ld caractères la syntaxe des specs %%rename est mal formée après %ld caractères la spécification des specs %s à renommer n'a pas été trouvée fichier de specs mal composé après %ld caractères commande specs %% inconnue après %ld caractères le %<>>%> est faux, utilisez %<>%> pour terminer la liste d'arguments du patron des caractères %<%%%> douteux traînent dans le format la trame de pile doit être plus petite que 64K la trame de pile n'est pas un multiple de 8 octets: %wd la trame de pile n'est pas un multiple de 8 octets: %wd trame de pile trop grande la valeur de protection de la pile doit être une puissance de 2 l'expression limitant la pile n'est pas supportée les limites de la pile ne sont pas supportées sur cette cible sondes de pile pour les trames SVE le sondage de la pile requiert %<-maccumulate-outgoing-args%> pour être correcte le sondage de la pile requiert %<target("accumulate-outgoing-args")%> pour être correcte la protection de la pile ne protège pas la fonction: tous les tableaux locaux font moins de %d octets de longueur la protection de la pile ne protège pas les variables locales: tampon de longueur variable registre de pile utilisé pour une variable-registre globale la taille de la pile doit être une puissance de 2 la taille de la pile doit être plus grande que la valeur de la protection de la pile la taille de la pile ne peut pas être plus grande que 64k le calcul de l'utilisation de la pile n'est pas supporté pour cette cible l'utilisation de la pile est de %wd octets l'utilisation de la pile pourrait être de %wd octets l'utilisation de la pile pourrait peut-être ne pas avoir de limite stack_offset doit être un multiple de 4 stack_offset doit être au moins 4 trame de pile trop grande: %d octets le début du fragment RTL doit être sur une ligne avant la fin Le début de la boucle DO implicite à %L n'a pas pu être simplifiée en une valeur constante le début et la fin du fragment RTL sont dans des fichiers différents l'instruction ne peut résoudre l'adresse de la fonction surchargée l'instruction n'a pas d'effet l'instruction est une référence, pas un appel, à la fonction %qE l'instruction n'est pas une expression constante une instruction est marquée comme produisant une exception au milieu du bloc l'instruction est marquée comme produisant une exception mais elle ne le fait pas l'instruction utilise un nom SSA libéré: l'instruction ne sera jamais exécutée déclaration sans effet expression instruction dans une expression constante les expressions-instructions ne sont pas permises en dehors des fonctions ni dans les listes d'arguments du patron le %qs statique ne peut pas être déclaré %<mutable%> la déclaration IO statique pour %q+D a besoin d'une adresse l'assertion statique a échoué échec de l'assertion statique: %E l'assertion statique a échoué: %s chaîne statique avec une fonction qui n'en utilise pas membre de donnée statique %qD dans une classe sans nom membre statique %qE déclaré %<concept%> la déclaration statique de %q+D suit une déclaration non statique l'initialisation statique de la variable %q+D dans la mémoire %<.shared%> n'est pas supportée static n'est pas supporté sur TPF-OS le membre statique %qD ne peut pas être un champ de bits membre statique %qD déclaré %<register%> la fonction membre statique %q#D est déclarée avec des qualificatifs de type la fonction membre statique %qD ne peut pas avoir de qualificatif CV la fonction membre statique %qD ne peut pas avoir de qualificatif de référence « static » ou qualificatifs de type dans un déclarateur de tableau n'étant pas un paramètre un static_assert sans message est uniquement disponible avec -std=c++17 ou -std=gnu++17 utiliser « static_cast » pour transtyper du type %qT vers le type %qT élimine les qualificatifs instance allouée statiquement de la classe Objective-C %qE les attributs stdcall et cdecl sont incompatibles les attributs stdcall et fastcall sont incompatibles les attributs stdcall et thiscall sont incompatibles Le pas de la boucle DO implicite à %L n'a pas pu être simplifiée en une valeur constante instruction (%p) marquée comme modifiée après l'étape d'optimisation: fanion volatile de l'instruction pas à jour instruction avec un mauvais VUSE la classe de stockage %<__thread%> est invalide pour la fonction %qs la classe de stockage %<auto%> est invalide pour la fonction %qs la classe de stockage %<register%> est invalide pour la fonction %qs la classe de stockage %<thread_local%> est invalide pour la fonction %qs classe de stockage %qD appliquée à l'instanciation du patron classe de stockage spécifiée pour %qs classe de stockage spécifiée pour le paramètre %qE classe de stockage spécifiée pour le paramètre %qs classe de stockage spécifiée pour le champ de la structure classe de stockage spécifiée pour le champ de la structure %qE classe de stockage spécifiée pour le paramètre %qs du patron classe de stockage spécifiée pour un typename classe de stockage spécifiée pour le paramètre sans nom spécificateurs de classe de stockage invalides dans les déclarations de fonctions amies spécificateurs de classe de stockage invalides dans la déclaration des paramètres la taille de stockage de %q+D n'est pas une constante la taille de stockage de %q+D est inconnue la taille de stockage de %qD n'est pas constante la taille de stockage de %qD n'est pas connue nom de périphérique %qs étrange après %qs: mauvais caractère %qc le nom de stratégie %qs spécifié pour l'option %qs n'est pas supporté pour du code 32 bits %<,%> égarée à la fin de la déclaration du membre %<@%> égaré dans le programme %<\%o%> égaré dans le programme %qc égaré dans le programme %qs égaré entre des méthodes Objective-C++ %qs égaré dans le programme la mise en ligne du sous processus a échoué la mise en ligne du sous processus a été tuée par un signal les formats de strftime ne peuvent pas formater d'arguments la chaîne de longueur %qd est plus grande que la longueur %qd que les compilateurs C%d ISO doivent supporter chaîne littérale dans la signature du patron de la fonction la directive « using » forte n'est plus supportée l'affectation avec transtypage fort a été interceptée un transtypage fort pourrait être nécessaire « struct » défini ici la structure n'a aucun membre la structure n'a aucun membre nommé l'alignement de la structure doit être une petite puissance de 2, pas %d champ de structure la frontière de la taille de la structure peut seulement être 8 ou 32 la frontière de la taille de la structure peut seulement être 8, 32 ou 64 une déclaration de liaison structurée ne peut pas être %<concept%> une déclaration de liaison structurée ne peut pas être %<constexpr%> une déclaration de liaison structurée ne peut pas être %<extern%> une déclaration de liaison structurée ne peut pas être %<inline%> une déclaration de liaison structurée ne peut pas être %<mutable%> une déclaration de liaison structurée ne peut pas être %<register%> une déclaration de liaison structurée ne peut pas être %<static%> une déclaration de liaison structurée ne peut pas être %<typedef%> la déclaration d'une liaison structurée ne peut pas être %qs une déclaration de liaison structurée ne peut pas avoir le %<auto%> du C++98 une déclaration de liaison structurée ne peut pas avoir le type %qT déclaration de liaison structurée définie mais pas utilisée la liaison structurée fait référence au type de classe incomplet %qT la liaison structurée fait référence au type incomplet %qT les liaisons structurées sont uniquement disponibles avec -std=c++17 ou -std=gnu++17 le fichier include %s du sous-framework est en conflit avec le fichier include du framework le sous-programme %q+F n'est pas marqué comme étant Inline le sous-programme %q+F n'est pas marqué comme étant Inline_Always indice manquant dans la référence du tableau la valeur indicée n'est ni un tableau ni un pointeur la valeur de l'indice n'est ni un tableau ni un pointeur ni un vecteur la valeur de l'indice est un pointeur vers une fonction l'accès indicé du tableau est déclaré %<register%> accolades suggérées autour du corps vide de l'instruction %<do%> accolades suggérées autour du corps vide d'une instruction %<else%> accolades suggérées autour du corps vide d'une instruction %<if%> des accolades explicites sont suggérées autour du corps vide de l'instruction %<do%> des accolades explicites sont suggérées pour éviter toute ambiguïté sur le %<else%> parenthèses suggérées autour de %<&&%> à l'intérieur de %<||%> parenthèses suggérées autour de %<+%> dans l'opérande de %<&%> parenthèses suggérées autour de %<+%> à l'intérieur de %<<<%> parenthèses suggérées autour de %<+%> à l'intérieur de %<>>%> parenthèses suggérées autour de %<-%> dans l'opérande de %<&%> parenthèses suggérées autour de %<-%> à l'intérieur de %<<<%> parenthèses suggérées autour de %<-%> à l'intérieur de %<>>%> parenthèses suggérées autour de l'expression %<>>%> parenthèses suggérées autour de l'arithmétique dans l'opérande de %<^%> parenthèses suggérées autour de l'arithmétique dans l'opérande de %<|%> parenthèses suggérées autour de l'affectation utilisée comme valeur dans une condition parenthèses suggérées autour de la comparaison dans l'opérande de %<!=%> parenthèses suggérées autour de la comparaison dans l'opérande de %<&%> parenthèses suggérées autour de la comparaison dans l'opérande de %<==%> parenthèses suggérées autour de la comparaison dans l'opérande de %<^%> parenthèses suggérées autour de la comparaison dans l'opérande de %<|%> parenthèses suggérées autour de l'opérande de %<!%> ou changez %<&%> en %<&&%> ou %<!%> en %<~%> parenthèses suggérées autour de l'opérande de %<!%> ou changez %<|%> en %<||%> ou %<!%> en %<~%> alternative suggérée: alternatives suggérées: alternatives suggérées: %qs support du mode %qs architectures de cœurs supportées:%s l'option %<-mcustom-%s%> est en conflit avec l'option %<-mcustom-%s%> l'option %<-mcustom-%s%> n'a pas d'effet à moins que -ffinite-math-only soit spécifié l'option %<-mcustom-%s%> n'a pas d'effet à moins que -fno-math-errno soit spécifié l'option %<-mcustom-%s%> n'a pas d'effet à moins que -funsafe-math-optimizations soit spécifié l'option %<-mcustom-%s%> est requise pour la virgule flottante en double précision la valeur %2$d de l'option %<-mcustom-%1$s%> doit être comprise entre 0 et 255 le commutateur %qs ne débute pas par %<-%> l'option %qs n'est plus supportée l'option %qs n'est plus supportée l'option -mcpu=%s est en conflit avec l'option -march=%s la condition du « switch » a une valeur booléenne le « switch » saute dans l'expression d'une instruction le « switch » passe outre l'initialisation d'une variable le « switch » n'a pas de branche par défaut la quantité du switch n'est pas un entier le « switch » débute ici l'instruction « switch » d'une taille de %lu entrées est trop grande symbole utilisé comme opérande immédiat symbole utilisé conjointement avec des registres de base et d'index symbole avec offset utilisé en mode PIC les références mémoire symboliques sont uniquement supportées sur z10 ou ultérieur symtab_node::verify a échoué la méthode synthétisée %qD est requise ici pour la première fois échec de sysctl pour kern.osversion: %m le chemin système %qs n'est pas absolu prise de l'adresse du destructeur %qD prise de l'adresse du destructeur %qD prise de l'adresse d'une expression de type %<void%> prise de l'adresse du temporaire prise de l'adresse d'un tableau temporaire prise de l'adresse d'une x-valeur (référence à une r-valeur) prendre l'adresse d'une étiquette n'est pas standard le processeur cible ne supporte pas ARM le processeur cible ne supporte pas les extensions de sécurité ARMv8-M le processeur cible ne supporte pas les instructions THUMB le processeur cible ne supporte pas l'interopérabilité le processeur cible ne supporte pas les accès non alignés le système d'exploitation cible ne supporte pas les accès non alignés argument cible l'attribut cible n'est pas supporté sur cette machine l'attribut cible ou le pragma change l'ABI AltiVec l'attribut cible ou le pragma change l'ABI SPE l'attribut cible ou le pragma change l'ABI darwin64 l'attribut cible ou le pragma change la virgule flottante double précision l'attribut cible ou le pragma change la taille du double long l'attribut cible ou le pragma change la virgule flottante simple précision la cible ne supporte pas la mise à jour atomique du profilage, le mode simple est sélectionné la cible ne supporte pas le répartiteur de version de fonction le format cible ne supporte pas l'infini la cible n'est pas un pointeur ni une référence la cible n'est pas un pointeur ni une référence à une classe la cible n'est pas un pointeur ni une référence à un type complet la cible de la conversion pourrait être une candidate pour un attribut de format la cible de l'initialisation pourrait être une candidate pour un attribut de format la fonction intégrée spécifique à la cible n'est pas disponible option spécifique à la cible incohérente le système cible ne supporte pas la sortie de débogage le système cible ne supporte par le format de débogage %qs cibler l'architecture FT32B cible le simulateur logiciel. l'attribut target_clones requiert GLIBC (2.23 ou plus récent) qui exporte des bits de capacité matérielle patron %qD déclaré patron %qE dans la clause %qs l'argument %d du patron est invalide l'argument de patron %qE pour le type %qT n'est pas un entier constant l'argument %qE du patron implique des paramètres du patron l'argument du patron pour %qD utilise le type local %qT argument du patron requis pour %<%s %T%> les arguments du patron %qD ne correspondent pas à ceux du patron original %qD patron de classe sans nom échec de la contrainte du patron déclaration de patron de %<typedef%> déclaration du patron de %q#D définition de patron d'un non patron %q#D la profondeur d'instanciation du patron excède le maximum qui est %d (utilisez -ftemplate-depth= pour augmenter le maximum) la profondeur d'instanciation du patron excède le maximum de %d lors de l'instanciation de %q+D, peut-être via la génération de la table virtuelle (utilisez -ftemplate-depth= pour augmenter le maximum) paramètre %q+#D du patron le paramètre de patron %qD est déclaré ici le paramètre %qD du patron, du type %qT, n'est pas permis dans une expression constante intégrale parce qu'il n'est pas d'un type intégral ou énuméré liste de paramètres de patron utilisée dans une instanciation explicite la liste des paramètres du patron fournie ne correspond pas aux paramètres du patron de %qD le paquet de paramètres %qD du patron ne peut pas avoir d'argument par défaut le paquet de paramètres du patron ne peut pas avoir d'argument par défaut les paquets de paramètres des patrons ne peuvent pas avoir d'arguments par défaut le type paramètre du patron %qT est déclaré %<friend%> les paramètres du patron ne peuvent pas être amis les paramètres du patron ne correspondent pas au patron %qD les paramètres du patron ne peuvent pas être déduits dans la spécialisation partielle: l'espace réservé par le type %qT dans le patron doit être suivi d'un simple declarator-id la spécialisation du patron de %qD n'est pas permise par le C++ ISO spécialisation de patron avec édition de liens C spécificateurs de patron pas spécifiés dans la déclaration de %qD paramètre de patron %qT, qui est lui-même un patron, dans la déclaration du guide de déduction les paramètres de type du patron doivent utiliser le mot-clé %<class%> ou %<typename%> patron avec liaison C template-id %qD pour %q+D ne concorde avec aucune déclaration de patron template-id %qD dans la déclaration de patron primaire template-id %qD utilisé comme un déclarateur paramètre-patron- les patrons ne peuvent pas être %<virtual%> temporaire du type %qT non littéral dans une expression constante %<operator?:%> ternaire %<operator?:%> ternaire dans %<%E ? %E : %E%> le format de débogage « %s » ne peut pas être utilisé avec des en-têtes précompilés l'attribut %<getter%> ne peut être spécifié qu'une seule fois l'attribut %<interrupt%> requiert un processeur MIPS32r2 ou supérieur l'attribut %<setter%> ne peut être spécifié qu'une seule fois l'attribut %qE requiert des arguments l'architecture %qs ne supporte pas %<-m%s=2008%> l'architecture %qs ne supporte pas %<-m%s=legacy%> l'architecture %qs ne supporte pas %<-mfp32%> l'architecture %qs ne supporte pas les instructions DSP l'architecture %qs ne supporte pas les instructions de branchement probable l'architecture %qs ne supporte pas les instructions madd ou msub l'architecture %qs ne supporte pas les registres impairs en simple précision l'architecture %qs ne supporte pas les instructions en simple précision appariées (paired-single) l'architecture %qs ne supporte pas l'instruction synci le fanion « » de printf le fanion « ! » de strfmon le fanion « # » de printf le fanion « # » de strftime le fanion « ' » de printf la fanion « ' » de scanf le fanion « ( » de strfmon le fanion « + » de printf le fanion « + » de strfmon le fanion « - » de printf le fanion « - » de strfmon le fanion « - » de strftime le fanion « 0 » de printf le fanion « 0 » de strftime le modificateur « E » de strftime le fanion « I » de printf le fanion « I » de scanf le modificateur « O » le modificateur « O » de strftime le fanion « ^ » de strfmon la fanion « ^ » de strftime le fanion « _ » de strftime le fanion « a » de scanf la fanion « m » de scanf le fanion « q » de diagnostique l'option -shared n'est actuellement pas supportée pour un ELF VAX. l'ABI pour passer des agrégats avec un alignement sur %d octets a changé avec GCC 5 l'ABI pour passer des agrégats de flottants homogènes a changé avec GCC 5 l'ABI pour passer une structure possédant un tableau flexible comme membre a changé dans GCC 4.4 l'ABI pour passer une structure possédant un nombre décimal complexe comme membre a changé dans GCC 4.4 l'ABI pour passer une union avec un double long a changé dans GCC 4.4 le processeur RX100 n'a pas d'unité mathématique matérielle le processeur RX200 n'a pas d'unité mathématique matérielle l'adresse de %qD n'est pas un argument de patron valable l'adresse de %qD n'est pas un argument de patron valable car elle n'a pas une durée de stockage statique l'adresse de %qD sera toujours évaluée comme étant %<true%> l'adresse de %qD ne sera jamais NULL l'adresse d'une étiquette ne peut pas apparaître dans une expression constante l'adresse du sous-objet %qT de %qD n'est pas un argument de patron valable la fonctionnalité de suppression d'affectation de scanf l'appel requiert ifunc qui n'est pas supporté par cette cible la combinaison de %qs et %qs est incompatible avec %qs la comparaison sera toujours %<false%> car l'adresse de %qD ne sera jamais NULL la comparaison sera toujours %<true%> car l'adresse de %qD ne sera jamais NULL le compilateur peut supposer que l'adresse de %qD sera toujours évaluée à %<true%> le compilateur peut supposer que l'adresse de %qD ne sera jamais NULL le composant %qs est un type PRIVATE et ne peut pas être un composant de %qs, qui est PUBLIC à %L le type en conflit défini dans une autre unité de traduction le type en conflit défini dans une autre unité de traduction a une table virtuelle d'une taille différente le type en conflit défini dans une autre unité de traduction a une table virtuelle avec un contenu différent le type en conflit défini dans une autre unité de traduction a une table virtuelle avec plus d'entrées le type en conflit défini dans une autre unité de traduction avec des informations RTTI différentes le flot de contrôle de la fonction %qE ne correspond pas aux données de profilage (compteur %qs) le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_sll_pi16 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_sll_pi32 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_sll_si64 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_slli_pi16 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_slli_pi32 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_slli_si64 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_sra_pi16 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_sra_pi32 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_sra_si64 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srai_pi16 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srai_pi32 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srai_si64 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srl_pi16 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srl_pi32 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srl_si64 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srli_pi16 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srli_pi32 dans le code le décompte ne devrait pas être inférieur à 0. Veuillez vérifier l'intrinsèque _mm_srli_si64 dans le code la syntaxe pointée n'est pas disponible en Objective-C 1.0 l'élision dans %qD n'est pas héritée la base supplémentaire est définie ici le cinquième argument doit être une valeur immédiate sur 8 bits le premier argument d'un VEC_COND_EXPR doit être d'un type vectoriel booléen du même nombre d'éléments que le résultat la première différence des définitions correspondantes est le champ %qD la première différence des définitions correspondantes est la méthode %qD le premier paramètre de %<operator new%> ne peut pas avoir d'argument par défaut le quatrième argument doit être une échelle 1, 2, 4, 8 la taille de trame de %wd octets est plus grande que %wd octets l'argument immédiat doit être une valeur immédiate sur 4 bits l'argument immédiat doit être une valeur immédiate sur 5 bits l'argument immédiat doit être une valeur immédiate sur 8 bits le type incomplet défini dans une autre unité de traduction le type incompatible est défini ici la lambda n'a pas de capture par défaut le dernier argument doit être une valeur immédiate sur 1 bit le dernier argument doit être une valeur immédiate sur 2 bits le dernier argument doit être une valeur immédiate sur 3 bits le dernier argument doit être une valeur immédiate sur 32 bits le dernier argument doit être une valeur immédiate sur 4 bits le dernier argument doit être une valeur immédiate sur 5 bits le dernier argument doit être une valeur immédiate sur 1 bit le dernier argument doit être une valeur immédiate sur 8 bits le dernier argument doit être une échelle 1, 2, 4, 8 l'agencement des agrégats contenant des vecteurs alignés sur %d octets a changé avec GCC 5 le m210 ne supporte pas les systèmes petits-boutistes la macro %qs n'a pas encore été définie le nom décoré de %qD a changé entre %<%s=%d%> (%qD) et %<%s=%d%> (%qD) le nom décoré de %qD change entre %<%s=%d%> (%qD) et %<%s=%d%> (%qD) le nom décoré de %qD change entre -fabi-version=%d et -fabi-version=%d le nom décoré d'un fragment pour %qD change entre -fabi-version=%d et -fabi-version=%d le nom décoré de la variable de protection de l'initialisation pour %qD change entre -fabi-version=%d et -fabi-version=%d la valeur maximale pour la dernière plage de taille de l'option %qs devrait être -1 l'avant dernier argument doit être une valeur immédiate sur 8 bits l'opérande omis au milieu de ?: sera toujours %<vrai%>, il est suggéré de spécifier explicitement l'opérande du milieu le programme devrait aussi définir %qD la plage du décompte doit être entre 0 et 32. Veuillez vérifier l'intrinsèque _mm_ror_pi16 dans le code. la plage du décompte doit être entre 0 et 32. Veuillez vérifier l'intrinsèque _mm_ror_pi32 dans le code. la plage du décompte doit être entre 0 et 32. Veuillez vérifier l'intrinsèque _mm_rori_pi16 dans le code. la plage du décompte doit être entre 0 et 32. Veuillez vérifier l'intrinsèque _mm_rori_pi32 dans le code. la plage du décompte doit être entre 0 et 64. Veuillez vérifier l'intrinsèque _mm_ror_si64 dans le code. la plage du décompte doit être entre 0 et 64. Veuillez vérifier l'intrinsèque _mm_rori_si64 dans le code. la plage du masque doit être entre 0 et 255 la plage du sélecteur doit être entre 0 et 1 la plage du sélecteur doit être entre 0 et 3 la plage du sélecteur doit être entre 0 et 7 le registre spécifié pour %q+D n'est pas accessible par la cible actuelle le registre spécifié pour %q+D n'est pas assez général pour être utilisé comme registre de variable le résultat de la conversion n'est pas spécifié car %qE est en dehors de la plage du type %qT le troisième argument doit être une valeur immédiate sur 8 bits le troisième argument doit être une constante de comparaison le type %qT de la variable %<constexpr%> %qD n'est pas littéral le type devant être détruit est %qT, mais le destructeur réfère à %qT l'utilisation de noms de variables préfixés par _OBJC_ pour sélectionner les sections de méta-données est dépréciée dans la version 4.6 et sera supprimée dans la version 4.7 la valeur de %qD n'est pas utilisable dans une expression constante l'argument de xabort doit être une valeur immédiate sur 8 bits il n'y a pas d'argument pour %qD qui dépend d'un paramètre du patron, aussi une déclaration de %qD doit être disponible le troisième argument de %q+D devrait probablement être %<char **%> le troisième argument de %<__builtin_prefetch%> doit être une constante le troisième argument de %qs doit être 0..12 le troisième argument de la fonction %qE doit être une constante entière le troisième argument de « vec_vinsert4b » doit être 0..12 le troisième opérande de l'expression conditionnelle ne peut résoudre l'adresse de la fonction surchargée le troisième opérande de l'expression conditionnelle n'a pas d'effet le troisième opérande de l'expression conditionnelle est une référence, pas un appel, à la fonction %qE le troisième opérande de l'opérateur conditionnel a le type %<void%> mais le deuxième opérande n'est ni une expression qui génère une exception ni le type %<void%> cette instruction %qs ne protège pas… cette fonction interne est seulement disponible sur les fr405 et fr450 cette fonction interne est seulement disponible sur le fr450 cette fonction interne est seulement disponible sur les fr500 et fr550 cette fonction interne est seulement disponible sur la chaîne de compilation v3f cette fonction interne est seulement disponible sur la chaîne de compilation v3s ou v3f cette fonction interne n'est pas supportée sur la chaîne de compilation v3m cette fonction interne n'est pas supportée pour cette cible ce compilateur ne supporte pas %s ce compilateur ne supporte pas PowerPC (fanions arch ignorés) ce compilateur ne supporte pas X86 (fanions arch ignorés) cette condition a des branches identiques cette constante décimale est non signée uniquement en C90 ISO cette constante décimale serait non signée en C90 ISO cette flexibilité est dépréciée et sera supprimée ceci est un bogue de GCC qui peut être contourné en ajoutant l'attribut utilisé à la fonction appelée ceci est la première étiquette « default » ceci est la première entrée chevauchant cette valeur ceci est la insn : cette fonction média est seulement disponible sur les fr400 et fr550 cette fonction média est seulement disponible sur le fr500 cette instruction peut poursuivre son chemin cette cible ne supporte pas %qs cette cible est petit-boutien cette machine cible n'a pas de branchements différés les données COMMON locales au thread ne sont pas implémentées la déclaration locale au thread de %q#D suit la déclaration non locale au thread la déclaration locale au thread de %q+D suit une déclaration non locale au thread la variable privée au thread %qE est utilisée dans la région cible la variable privée au thread %qE est utilisée dans une tâche non liée throw appellera toujours terminate() exception générée sur un NULL avec le type entier au lieu du type pointeur thunk-inline est uniquement supporté avec -mindirect-branch-jump l'argument de tls_model doit être l'une des valeurs « local-exec », « initial-exec », « local-dynamic » ou « global-dynamic » l'argument de tls_model n'est pas une chaîne pour être sûrs, tous les pointeurs intermédiaires dans les transtypages de %qT vers %qT doivent être qualifiés avec %<const%> pour générer les dépendances, vous devez spécifier -M ou -MM pour correspondre à ce %qs pour faire référence à un membre type d'un paramètre de patron, utilisez %<typename %E%> le jeton %u a x-location == %u le jeton %u a x-location == y-location == %u le jeton %u a y-location == %u trop peu d'arguments pour %%:compare-debug-auxbase-opt trop peu d'arguments pour %%:replace-extension trop peu d'arguments pour %%:version-compare trop peu d'arguments pour %<__builtin_tgmath%> pas assez d'arguments pour le constructeur %q#D trop peu d'arguments pour la fonction trop peu d'arguments pour la fonction %<va_start%> trop peu d'arguments pour la fonction %q#D trop peu d'arguments pour la fonction %qE trop peu d'arguments pour la fonction membre %q#D pas assez d'arguments pour la méthode %q#D trop peu d'expressions pour struct trop peu de listes de paramètres de patron dans la déclaration de %qD trop peu de listes de paramètres pour le patron type de valeur de fonction trop grand, a besoin de %d registres mais seuls %d sont disponibles il est trop tard pour définir le répertoire de débogage avec la directive # trop d'options pour #pragma pour align=reset trop de clauses %<if%> trop de %<if%> avec le modificateur %qs trop de clauses %<if%> sans modificateur trop d'arguments pour %<static%> trop de clauses %qs trop d'alternatives dans %<asm%> trop d'arguments trop d'arguments pour le format trop d'arguments pour %%:compare-debug-auxbase-opt trop d'arguments pour %%:compare-debug-dump-opt trop d'arguments pour %%:compare-debug-self-opt trop d'arguments pour %%:version-compare trop d'arguments pour le constructeur %q#D trop d'arguments pour la fonction trop d'arguments pour la fonction %q#D trop d'arguments pour la fonction %qE trop d'arguments passés à make trop d'arguments pour la fonction membre %q#D trop d'arguments pour la méthode %q#D trop d'arguments pour la fonction %qE trop d'arguments pour la fonction surchargée %s trop d'accolades autour de l'initialiseur pour %qT trop d'arêtes de gestion des exceptions dans le bb %i trop d'expressions pour struct trop de noms de fichiers. Tapez %s --help pour connaître l'usage trop d'éléments d'initialisation pour %qT trop de fichiers d'entrée trop de sorties de boucle enregistrées trop de parenthèses ouvertes trop d'arêtes de branchements sortants depuis le bb %i trop de plages de tailles spécifiées dans l'option %qs trop d'en-têtes de patrons pour %qD (devrait être %d) trop de listes de paramètres de patron dans la déclaration de %qD trop de listes de paramètres pour le patron trop de valeurs dans l'instruction de retour trop de variables pour l'instruction « range » avec un canal trop d'espace de pile à disposer: %d trop d'espace de pile à préparer: %d la déclaration de %qs hors de toute fonction spécifie %<auto%> la réorganisation au plus haut niveau doit être désactivée quand unit-at-a-time (une unité à la fois) est désactivé la taille totale des objets locaux est trop grande la taille totale des variables locales excède la limite de l'architecture pister les N adresses cibles les plus fréquentes dans le profilage d'appels indirects. le C traditionnel n'a pas d'espace de noms séparé pour les étiquettes, l'identificateur %qE est en conflit le C traditionnel rejette les définitions de fonctions de style C ISO le C traditionnel rejette l'initialisation automatique d'agrégats le C traditionnel rejette l'initialisation des unions le C traditionnel rejette la concaténation de chaînes constantes le C traditionnel rejette le plus unaire le type de retour %qT à la fin du guide de déduction n'est pas une spécialisation de %qT le type de retour à la fin est uniquement disponible avec -std=c++11 ou -std=gnu++11 trampoline généré pour la fonction imbriquée %qD la mémoire transactionnelle n'est pas supportée avec %<-fsanitize=address%> la mémoire transactionnelle n'est pas supportée avec %<-fsanitize=kernel-address%> la mémoire transactionnelle n'est pas supportée avec des exceptions sans appel L'intrinsèque transformationnel %qs à %L n'est pas permis dans une expression d'initialisation le mode de déroutage n'est pas supporté pour les flottants sur VAX vérification de l'arbre: %s, obtenu %s dans %s, à %s:%d vérification de l'arbre: accès à elt %d de tree_int_cst avec %d elts dans %s, à %s:%d vérification de l'arbre: accès à elt %d de tree_vec avec %d elts dans %s, à %s:%d vérification de l'arbre: opérande accédé %d de %s avec %d opérandes dans %s, à %s:%d vérification de l'arbre: opérande accédé %d de omp_clause %s avec %d opérandes dans %s, à %s:%d vérification de l'arbre: on n'attendait pas la classe %qs, obtenu %qs (%s) dans %s, à %s:%d vérification de l'arbre: attendait la classe %qs, obtenu %qs (%s) dans %s, à %s:%d vérification de l'arbre: n'attendait aucun parmi %s, obtenu %s dans %s, à %s:%d vérification de l'arbre: attendait omp_clause %s, obtenu %s dans %s, à %s:%d vérification de l'arbre: attendait un arbre contenant la structure %qs, obtenu %qs dans %s, à %s:%d le code d'arbre %qs n'est pas supporté dans les flux LTO la liste de l'arbre se termine à la profondeur %i arête vrai/faux après un non GIMPLE_COND dans le bb %d essayez d'enlever les parenthèses autour du type-id essayez d'utiliser %qE à la place tentative de capturer %qD dans une instanciation d'une lambda générique tentative d'encoder un type non entier comme un champ de bits la tentative de terminer la struct a été stoppée nette en raison des erreurs précédentes dans l'analyse syntaxique tentative de rendre amie la classe %qT au niveau de la portée globale chaîne d'ajustement manquante dans l'option (%s) deux %<[%> consécutifs n'introduiront qu'un attribut au moins deux types de données dans la déclaration de %qs deux types de données ou plus dans le spécificateur de déclaration deux sections ou plus pour %s argument de type %q#T donné à %<delete%> alors qu'on attendait un pointeur le type %qE a un constructeur défini par l'utilisateur le type %qE a un destructeur défini par l'utilisateur le type %qE n'a pas de constructeur par défaut à appeler le type %qE a des fonctions membres virtuelles le type %qT défini dans l'espace de noms anonyme ne peut pas correspondre au type de même nom de l'autre côté de la frontière de l'unité de traduction le type %qT défini dans l'espace de noms anonyme ne peut pas correspondre au type %qT de l'autre côté de la frontière de l'unité de traduction le type %qT n'a pas de taille connue le type %qT pour l'instanciation explicite %qD ne correspond pas au type déclaré %qT le type %qT n'est pas un type de base pour le type %qT le type %qT n'est pas une base directe de %qT le type %qT n'est pas une base directe ou virtuelle de %qT le type %qT est trop grand le type %qT enfreint lui-même la règle de la définition unique du C++ le type %qT de l'argument %qE du patron dépend d'un paramètre du patron le type %qT de l'argument %qE du patron dépend de paramètres du patron le type %qT devrait correspondre au type %qT le type %qT enfreint la règle de la définition unique du C++ le type %qT sans classe de liaison est utilisé pour déclarer la fonction %q#D avec une classe de liaison le type %qT sans classe de liaison est utilisé pour déclarer la variable %q#D avec une classe de liaison le type %qs n'est pas conforme au protocole %qE assertion de type uniquement valable pour des types d'interfaces les attributs de type sont ignorés après que le type ait déjà été défini le type %<int%> est utilisé par défaut dans la déclaration de %qE le type %<int%> est utilisé par défaut dans le nom du type le type n'a pas de méthode le type est obsolète le type est obsolète: %s le type n'est pas compatible avec sa variante désaccord de type entre un SSA_NAME et son symbole désaccord de type pour l'étiquette du « case » dans l'instruction « switch » désaccord de type dans BIT_INSERT_EXPR désaccord de type dans une expression d'adresse désaccord de type dans la référence à la plage du tableau désaccord de type dans la référence au tableau désaccord de type dans une expression binaire désaccord de type dans une expression complexe désaccord de type dans la référence au composant non concordance de type dans une expression conditionnelle désaccord de type dans une réduction de produit scalaire désaccord de type dans une expression multiplier et additionner fusionnée désaccord de type dans le paramètre %i désaccord de type dans l'expression diff pointeur désaccord de type dans l'expression plus pointeur désaccord de type dans la référence à la partie réelle/imaginaire désaccord de type dans une expression SAD (Sum of Absolute Difference = Somme des Différences Absolues) désaccord de type dans une expression expression de séries désaccord de type dans une expression de décalage désaccord de type dans une expression pack vectorielle désaccord de type dans une expression de permutation vectorielle désaccord de type dans une multiplication d'élargissement d'un vecteur désaccord de type dans une expression multiplier et accumuler avec élargissement désaccord de type dans une réduction de somme avec élargissement désaccord de type dans une expression de décalage d'un vecteur avec élargissement le type doit être un %<auto%> qualifié avec CV ou une référence à un %<auto%> qualifié avec CV le nom du type %qs devrait correspondre au nom du type %qs nom de type déclaré comme une fonction retournant une fonction nom de type déclaré comme une fonction retournant un tableau le type de %qD devient %<int%> par défaut le type de %qD ne correspond pas à la déclaration originale le type de %qE est inconnu le type du tableau %q+D est complété de manière incompatible avec une initialisation implicite le type de l'opérande asm %qE n'a pas pu être déterminé le type de champ de bit %qs est une extension de GCC le type du paramètre formel %d est incomplet le type de la propriété %qD est en conflit avec la déclaration précédente désaccord dans la précision du type dans l'instruction « switch » les qualificatifs de type sont ignorés sur le type résultant du transtypage les qualificatifs de type sont ignorés sur le type retourné par la fonction le type passé au delete vectoriel n'est ni un pointeur ni un type tableau le type transparent %q#T ne peut être rendu transparent car le type du premier champ a une ABI différente de la classe générale le type transparent %q#T n'a aucun champ la classe de type transparent %qT a des classes de base la classe de type transparent %qT a des fonctions virtuelles la variante du type diffère sur %s la variante du type a un TREE_TYPE différent la variante du type a un TYPE_BINFO différent la variante du type a un TYPE_FIELDS différent la variante du type a un TYPE_SIZE_UNIT différent la variante du type a un TYPE_VFIELD différent variante du type avec TYPE_ALIAS_SET_KNOWN_P TREE_TYPE de la variante du type TYPE_BINFO de la variante du type TYPE_SIZE_UNIT de la variante du type le type a été précédemment déclaré %qE TREE_TYPE du type TYPE_BINFO du type TYPE_SIZE_UNIT du type un transtypage à la barbare vers un type incomplet pourrait enfreindre la règle selon laquelle un seul pointeur pointe vers une zone mémoire (strict aliasing). non concordance de type/valeur pour l'argument %d dans la liste des paramètres du patron de %qD le typedef %q+D est déclaré %<_Noreturn%> le typedef %q+D est déclaré %<inline%> typedef %qD est initialisé (utilisez plutôt __typeof__) typedef %qD est initialisé (utilisez plutôt decltype) le typedef %qD est défini localement sans être utilisé la déclaration typedef est invalide dans la déclaration du paramètre typedef déclaré %<auto%> le nom du typedef ne peut pas être un nom de spécificateur imbriqué nom du typedef %qD utilisé comme déclaration de destructeur typeid du type de fonction qualifié %qT l'expression typeid n'est pas une expression constante car %qE est un type polymorphique les types ne sont pas vraiment compatibles les types diffèrent sur le type signé/non-signé les types ont des nombres de paramètres différents les types ne peuvent pas être définis dans les expressions %<decltype%> les types ne peuvent pas être définis dans des expressions %<noexcept%> les types ne peuvent pas être définis dans une expression %<typeid%> les types ne peuvent pas être définis dans un conversion-type-id des types ne peuvent pas être définis dans la déclaration d'une instruction « for » parcourant une plage les types ne peuvent pas être définis dans une expression « new » les types ne peuvent pas être définis dans un new-type-id les types ne peuvent pas être définis dans des déclarations de patrons d'alias les types ne peuvent pas être définis dans une spécification d'exception les types ne peuvent pas être définis dans les transtypages des types ne peuvent pas être définis dans des conditions des types ne peuvent pas être définis dans une liste de types de réductions des types ne peuvent pas être définis dans une déclaration d'exception des types ne peuvent pas être définis dans des types de paramètres les types ne peuvent pas être définis dans les arguments du patron des types ne peuvent pas être définis dans __builtin_offsetof typespec dans ALLOCATE à %L incapable de calculer la position réelle des paramètres sur la pile impossible de déduire %qT à partir de %qE impossible de déduire le type de retour de la lambda à partir de %qE impossible d'émuler %qs impossible de trouver un registre à déverser impossible de trouver un registre de classe %qs à déverser impossible de trouver l'opérateur littéral de caractère %qD avec l'argument %qT impossible de trouver l'opérateur littéral numérique %qD impossible de trouver l'opérateur littéral de chaîne %qD avec les arguments %qT, %qT incapable de générer des recharges pour: impossible de trouver le script d'édition de liens par défaut %qs dans les chemins de recherche des bibliothèques incapable d'ouvrir la dépendance dynamique « %s » impossible d'ouvrir le fichier impossible d'ouvrir le fichier journal %<vtv_class_set_sizes.log%>: %m impossible d'ouvrir le fichier journal %<vtv_count_data.log%>: %m impossible d'ouvrir le fichier journal %<vtv_set_ptr_data.log%>: %m impossible d'imprimer l'opérande pour l'instant; code == %d (%c) impossible d'enregistrer les informations du greffon %qs – nom de greffon pas trouvé incapable d'utiliser « %s » pour un registre PIC utilisation de %<alloca%> sans limite utilisation d'un tableau de longueur variable sans limite inconditionnel %2d jamais exécuté inconditionnel %2d pris %s sélecteur %qE non déclaré le comportement est indéfini quand le second paramètre de %<va_start%> est déclaré avec le stockage %<register%> opérande nommé %qs non défini le type sous-jacent %qT de %qT doit être un type entier désaccord dans le type sous-jacent de l'enum %q#T expression !$OMP ATOMIC inattendue à %L arbre syntaxique abstrait (AST=Abstract Syntax Tree) de type %s inattendu argument inattendu argument inattendu pour msp430_select_hwmult_lib: %s attribut inattendu type de base inattendu dans cris_print_base l'expression %qE du sous-type %s est inattendue nom de fichier %s inattendu dans la résolution du fichier de l'éditeur de liens. %s attendu premier argument inattendu pour msp430_select_hwmult_lib: %s type d'index inattendu dans cris_print_index mot-clé inattendu; enlevez l'espace entre les guillemets et l'identificateur du suffixe opérande multiplicatif inattendu décalage inattendu opérande inattendu effets de bord inattendus dans l'adresse alignement non géré pour « #pragma nomember_alignment » opérande d'appel non identifiable constante %qD non initialisée la constante %qD non initialisée est invalide en C++ constante non initialisée dans %<new%> de %q#T membre constant non initialisé dans %q#T le membre constant non initialisé dans %q#T utilise %<new%> sans initialisation « new » le membre constant non initialisé dans %qT est invalide en C++ membre constant non initialisé dans la base %q#T de %q#T le membre constant non initialisé dans la base %q#T de %q#T utilise %<new%> sans initialisation « new » membre par référence non initialisé dans %q#T le membre de référence non initialisé dans %q#T utilise %<new%> sans initialisation « new » membre de référence non initialisé dans la base %q#T de %q#T le membre de référence non initialisé dans la base %q#T de %q#T utilise %<new%> sans initialisation « new » variable non initialisée %q+D placée dans la zone mémoire du programme variable %qD non initialisée dans un contexte %<constexpr%> variable %qD non initialisée dans une fonction %<constexpr%> une union ne peut pas être rendue transparente « union » défini ici l'union n'a aucun membre l'union n'a aucun membre nommé membre d'union %q+D avec un %qD non trivial modèle « %s » inconnu pour « #pragma extern_model » nom %s inconnu pour « #pragma member_alignment » option -mdebug-%s inconnue spécification de version du processeur CRIS inconnue dans -mtune= : %s spécification de version CRIS inconnue dans -march= ou -mcpu= : %s niveau de Control-Flow Protection %qs inconnu algorithme IRA %qs inconnu région IRA %qs inconnue modèle de partitionnement LTO %qs inconnu Niveau de réutilisation de la pile %qs inconnu modèle TLS %qs inconnu action %qE inconnue pour %<#pragma pack%> – ignoré alignement %qs inconnu spécifié pour l'option %qs modèle mémoire spécifique à l'architecture inconnu spécificateur d'architecture inconnu dans le modèle mémoire de la fonction interne taille du tableau inconnue dans delete sortie du fanion asm %qs inconnue algorithme de réorganisation des blocs de base %qs inconnu type d'opérande immédiat de la fonction intégrée inconnu pour l'opérande %d événement de rappel inconnu enregistré par le greffon %s valeur cc_attr inconnue caractère de type de conversion %qc inconnu dans le format architecture de cœur %qs inconnue spécifiée avec %qs processeur %qs inconnu pour -mtune style de décodage des noms « %s » inconnu destination inconnue style de précision excédentaire %qs inconnu fanion inconnu passé à -moverride=%s (%s) style de contraction en virgule flottante %qs inconnu mode insn inconnu sortie %qs inconnue pour l'éditeur de liens mode machine %qE inconnu insn de déplacement inconnue : ABI de déchargement %qs inconnue opérateur %qs inconnu dans %%:version-compare option %q.*s inconnue dans %<-fopt-info-%s%> option inconnue après %<#pragma GCC diagnostic%> option inconnue pour %<%s=%s%> option inconnue pour -mrecip=%s paramètre inconnu dans l'option -mtune-ctrl: %s étape %s inconnue spécifiée dans -fdisable étape %s inconnue spécifiée dans -fenable modèle de taille de pointeur %qs inconnu méthode de mise à jour du profil %qs inconnue attribut de propriété inconnu ponctuation « %c » inconnue nom de registre %qs inconnu dans %<asm%> nom de registre inconnu: %s relocalisation unspec inconnue fonction de spec %qs inconnue spécification inconnue pour l'ensemble des valeurs de FLT_EVAL_METHOD à permettre %qs source inconnue paramètre de contrôle de la pile %qs inconnu option -mlong-double-%s inconnue attribut ou pragma cible %qs inconnu option d'ajustement inconnue (%s) type %<%T%> inconnu rencontré pendant l'encodage Objective-C nom de type %qE inconnu nom de type %qE inconnu; vouliez-vous utiliser %qs ? nom de type %qE inconnu; utilisez le mot-clé %<enum%> pour faire référence au type nom de type %qE inconnu; utilisez le mot-clé %<struct%> pour faire référence au type nom de type %qE inconnu; utilisez le mot-clé %<union%> pour faire référence au type valeur %qs inconnue pour -march valeur %qs inconnue pour -mcpu valeur %qs inconnue pour -mtune valeur %qs inconnue pour -mmacosx-version-min type d'ABI de la bibliothèque de vectorisation (%qs) inconnu pour l'option %qs type d'ABI de la bibliothèque de vectorisation (%s) inconnu pour l'option -mveclibabi= modèle de coût de la vectorisation %qs inconnu priorité d'initialisation de la vérification de la vtable %qs inconnue directive de réinitialisation de couleur sans concordante directive de mise entre guillemets non concordante classe sans nom définie ici un champ sans nom a un type incomplet initialisation sans nom pour %qT, lequel n'a pas de classe de base initialisation sans nom pour %qT, lequel utilise de multiples héritages un enum fortement typé sans nom n'est pas permis struct/union sans nom ne définissant aucune instance un type non nommé sans classe de liaison est utilisé pour déclarer la fonction %q#D avec une classe de liaison un type non nommé sans classe de liaison est utilisé pour déclarer la variable %q#D avec une classe de liaison variable non nommée ou champ déclaré void parenthèses inutiles dans la déclaration de %qs comparaison non ordonnée sur un argument n'étant pas en virgule flottante unquote_string(): mauvaise chaîne obtenue inatteignable argument méconnaissable pour l'option insn non reconnaissable: cible %s non reconnue: %s cible -mfpu non reconnue: %s adresse non reconnue argument non reconnu pour l'option %qs argument non reconnu pour -mcpu: %s argument non reconnu pour l'option --help=: %q.*s argument non reconnu pour l'option -f%ssanitize%s=: %q.*s argument non reconnu pour l'option -f%ssanitize%s=: %q.*s; vouliez-vous utiliser %qs ? option %<-%s%> non reconnue sur la ligne de commande option %<-%s%> non reconnue sur la ligne de commande, aviez-vous l'intention d'utiliser %<-%s%> ? l'option %<-fdump-%s%> de la ligne de commande n'est pas reconnue l'option %<-fopt-info-%s%> de la ligne de commande n'est pas reconnue option %qs non reconnue sur la ligne de commande numéro de registre de contrôle non reconnu: %d – utilisation de « psw » niveau de sortie de débogage %qs non reconnu fanion d'arête non reconnu: « %s » valeur d'énumération non reconnue: « %s » spécificateur de format non reconnu option gcc de débogage non reconnue: %c champ hwpy non reconnu dans msp430_mcu_data[%d]: %d include_flags 0x%x non reconnu passé à print_specific_help argument de vecteur d'interruption non reconnu pour l'attribut %qE valeur de visibilité %qs non reconnue dans « ivar_visibility » opérande non reconnu pour %%:asm_auto_mfpu opérande non reconnu pour %%:canon_for_mlib option -fdisable non reconnue option -fenable non reconnue option non reconnue passée à %%:target_mode_check nom de registre %qs non reconnu ordre de stockage des scalaires %qs non reconnu nom de section %qE non reconnu décalage %qs non reconnu pour la mémoire de validation (shadow memory) constante supposée non reconnue valeur de visibilité %qs non reconnue erreur irrécupérable surcharge non résolue pour la fonction Altivec interne %qF fonction interne surchargée non résolue les unions sans restrictions sont disponibles avec -std=c++11 ou -std=gnu++11 l'appel à la fonction %qD n'est pas sûr dans la fonction %<transaction_safe%> l'appel de la fonction %qD n'est pas sûr dans une transaction atomique l'appel à la fonction %qE n'est pas sûr dans la fonction %<transaction_safe%> l'appel de la fonction %qE n'est pas sûr dans une transaction atomique appel de fonction indirect pas sûr dans une fonction %<transaction_safe%> appel de fonction indirect pas sûr dans une transaction atomique la conversion non-signée de %qT vers %qT change la valeur de %qE la conversion non-signée de %qT vers %qT change la valeur de %qE en %qE constante « float » sans suffixe argument non supporté par %qD type d'argument %qT non supporté pour simd type d'argument non supporté pour une fonction interne combinaison non supportée: %qs %s combinaison non supportée: %qs%s %s combinaison non supportée: %s conversion en virgule fixe non supportée mode %s non supporté concaténation non standard de chaînes littérales non supportée suffixe non standard non supporté sur la constante en virgule flottante opérande non supporté pour le code « %c » taille d'opérande non supportée pour un registre étendu opération ou type non supporté pour une comparaison vectorielle retournant un booléen type de retour %qT non supporté pour simd simdlen %d non supportée taille non supportée pour un registre entier alternative non terminée de dialecte assembleur directive de couleur non terminée chaîne de format non terminée directive de mise entre guillemets non terminée arguments inutilisés dans le format avec le style $ paramètre %qD inutilisé déclaration de liaison structurée inutilisée variable inutilisée %q+D variable %qD inutilisée les tables de retour en arrière requièrent soit un pointeur de trame ou soit -maccumulate-outgoing-args pour être correctes la valeur la plus grande parmi les étiquettes des « case » est supérieure à la valeur maximale du type utilisez #include à la place utilisez plutôt %<%T::%D%> utilisez %<%T::%D%> au lieu de %<%T::%D%> pour nommer le constructeur dans un nom qualifié utilisez %<%T::template %D%> pour indiquer que c'est un patron utilisez %<-faligned-new%> pour activer le support du « new » sur-aligné du C++17 utilisez %<...%> pour dérouler le paquet d'arguments utilisez %<template<>%> pour une spécialisation explicite utilisez plutôt %<this->%D%> utilisez -Winvalid-pch pour plus d'informations utilisez -fext-numeric-literals pour activer plus de suffixes internes utilisez -flax-vector-conversions pour autoriser les conversions entre des vecteurs comportant des types d'éléments ou des nombres de sous-parties différents utilisez __attribute__ ((vector_size)) à la place utilisez __builtin_rx_mvtc (0, ... ) pour écrire des valeurs arbitraires dans le PSW utiliser un ID de fonction interne dans la recherche de profilage. utilisation de %<alloca%> utilisation de %<alloca%> dans une boucle l'utilisation de %<auto%> dans la déclaration d'un paramètre lambda est uniquement disponible avec -std=c++14 ou -std=gnu++14 un %<auto%> dans un opérateur de conversion d'un patron membre ne peut jamais être déduit l'utilisation de %<auto%> dans une déclaration de paramètre est uniquement disponible avec -fconcepts l'utilisation de %<auto%> dans une déclaration de paramètre est uniquement disponible avec -std=c++14 ou -std=gnu++14 l'utilisation de %<complex%> dans les types AltiVec est invalide l'utilisation de %<double%> dans les types AltiVec est invalide sans %qs l'utilisation de %<double%> dans les types AltiVec est invalide sans -mvsx l'utilisation de %<long double%> dans les types AltiVec est invalide l'utilisation de %<long long%> dans les types AltiVec est invalide sans %qs l'utilisation de %<long long%> dans les types AltiVec est invalide sans -mvsx l'utilisation de %<long%> dans les types Altivec est obsolète; utilisez %<int%> l'utilisation de %<long%> dans les types AltiVec est invalide pour du code 64 bits sans %qs l'utilisation de %<long%> dans les types AltiVec est invalide pour du code 64 bits sans -mvsx utilisation de %<this%> dans une expression constante utilisation de %qD avant la déduction de %<auto%> utilisation de %qs dans le patron l'utilisation du modificateur de longueur %qs avec le type de caractère %qc a soit aucun effet ou soit un comportement indéfini utilisation de %s et de %s ensemble dans le format %s utilisation de %s et de %s ensemble dans le format %<%%%c%> %s l'utilisation d'un opérande du type %qT dans %<operator++%> est dépréciée l'utilisation d'un opérande du type %qT dans %<operator++%> est interdite en C++17 l'utilisation d'un opérande du type %qT dans %<operator--%> est interdite l'utilisation des types booléens dans les types AltiVec est invalide utilisation du paquet de paramètres intégré %qD en dehors d'un patron utilisation du trait interne %qE dans la signature de la fonction, utilisez plutôt la bibliothèque des traits utilisation du patron de classe %qT comme expression l'utilisation de types décimaux en virgule flottante dans les types AltiVec est invalide utilisation de la fonction supprimée %qD utilisation de l'enum %q#D sans déclaration précédente utilisation du patron de variable invalide %qE utilisation d'une variable locale avec un stockage automatique dans la fonction contenante utilisation d'une fonction ayant plusieurs versions sans version par défaut utilisation de l'espace de noms %qD comme expression utilisation d'un vieux style de transtypage vers %q#T utilisation d'un paramètre dans la fonction contenante utilisation du paramètre en dehors du corps de la fonction utilisation d'un nul sans type opérande « use » manquant pour l'instruction utilisez l'option -std=c99, -std=gnu99, -std=c11 ou -std=gnu11 pour compiler votre code le tableau utilisé ne peut pas être converti en pointeur là où un scalaire est requis valeur de type « struct » utilisée là où un scalaire est requis valeur de type « union » utilisée là où un scalaire est requis valeur de type « vector » utilisée là où un scalaire est requis %<_Alignas%> inutile dans une déclaration vide %qs inutile dans la déclaration vide transtypage inutile vers le type %q#T spécificateur de classe de stockage inutile dans la déclaration vide nom de type inutile dans la déclaration vide qualificatif de type inutile dans la déclaration vide la recherche de la réduction définie par l'utilisateur est ambiguë réduction définie par l'utilisateur pas trouvée pour %qE réduction définie par l'utilisateur avec une initialisation du constructeur pour la classe de base %qT %qD défini par l'usager évalue toujours les 2 arguments les littéraux définis par l'utilisateur sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 utilisation de %qD qui n'a pas de paramètre d'alignement utilisation de %<%c%s%> utiliser %qs avec un type non signé n'a pas d'effet utilisation du long double en précision étendue de IBM utilisation du long double en précision étendue de IEEE utilisation de la spécialisation du patron d'alias %qT après %qs utilisation de l'ABI darwin64 utilisation du champ %qD invalide utilisation de num_workers (%d), %d est ignoré utilisation de la liaison obsolète à %qD utilisation de l'ancienne ABI darwin utilisation du résultat d'une fonction qui retourne %<void%> utilisation du paramètre du type de patron %qT après %qs utilisation d'un temporaire comme l-valeur utilise la plage [%E, %E] pour l'argument de la directive utilisation du nom de typedef %qD après %qs utilisation de vector_length (%d), %d est ignoré utilisation de vector_length (%d), le paramètre à l'exécution est ignoré utilisation d'une x-valeur (référence à une r-valeur) comme l-valeur déclaration « using » pour un non membre au niveau de la portée de la classe les arguments valables sont: %s les arguments valides sont: %s; vouliez-vous utiliser %qs ? les arguments valides pour l'option %<-march=%> sont: %s les arguments valides pour l'option %<-march=%> sont: %s; vouliez-vous utiliser %qs ? les arguments valides pour l'option %<-mtune=%> sont: %s les arguments valides pour l'option %<-mtune=%> sont: %s; vouliez-vous utiliser %qs ? les arguments valides pour l'attribut %<target("arch=")%> sont: %s les arguments valides pour l'attribut %<target("arch=")%> sont: %s; vouliez-vous utiliser %qs ? les arguments valides pour l'attribut %<target("tune=")%> sont: %s les arguments valides pour l'attribut %<target("tune=")%> sont: %s; vouliez-vous utiliser %qs ? les arguments valables pour %qs sont: %s les arguments valables pour %qs sont: %s; vouliez vous utiliser %qs ? les noms de fonctionnalités valables sont: %s les noms de fonctionnalités valides sont: %s; vouliez-vous utiliser %qs ? les valeurs valides pour l'argument %2$d de la fonction interne %1$qF sont 64, 128, 256, 512, 1024, 2048 et 4096 validate_value_data: Boucle dans la chaîne regno (%u) validate_value_data: [%u] next_regno erroné pour une chaîne vide (%u) validate_value_data: [%u] oldest_regno erroné (%u) validate_value_data: [%u] Registre non vide dans la chaîne (%s %u %i) la valeur %qE du type %qT n'est pas une expression constante la valeur %qs n'est pas supportée par l'attribut %<target%> argument valeur la valeur calculée n'est pas utilisée la valeur de -mfixed-range doit avoir la forme REG1-REG2 la valeur de -mirq-ctrl-saved doit avoir la forme R0-REGx la valeur passée dans %qs est trop grande initialisation par valeur du type fonction %qT initialisation par valeur du type incomplet %qT initialisation par valeur du type référencé %qT var-tracking-assignments change l'ordonnancement sélectif variable la variable %q#D a un initialiseur mais a un type incomplet variable %q+D déclarée %<_Noreturn%> variable %q+D déclarée %<inline%> la définition de la variable %q+D est marquée dllimport la variable %q+D pourrait être écrasée par %<longjmp%> ou %<vfork%> la variable %q+D doit être « const » pour être placée dans une section en lecture seule à l'aide de %qs la variable %q+D fait partie du cycle des alias variable %q+D avec une initialisation dynamique placée dans la zone mémoire du programme la variable %qD a un type fonction la variable %qD est initialisée mais a un type incomplet la variable %qD du type non littéral %qT dans la fonction %<constexpr%> variable %qD redéclarée comme une fonction variable %qD définie mais non utilisée variable %qD utilisée plus d'une fois avec %<#pragma acc declare%> la variable %qE est déclarée dans une région %<host_data%> englobante la variable %qE n'est pas une itération de la boucle %d la plus à l'extérieur, %qE attendu la variable %qE du type incomplet %qT ne sera pas accédée dans l'expression d'incrémentation de « for » la variable %qE du type incomplet %qT ne sera pas accédée dans l'opérande de gauche de l'opérateur virgule la variable %qE du type incomplet %qT ne sera pas accédée dans l'opérande de droite de l'opérateur virgule la variable %qE du type incomplet %qT ne sera pas accédée dans le deuxième opérande de l'expression conditionnelle la variable %qE du type incomplet %qT ne sera pas accédée dans l'instruction la variable %qE du type incomplet %qT ne sera pas accédée dans le troisième opérande de l'expression conditionnelle le concept de variable n'a pas d'initialisation le tableau de taille variable %qD est utilisé le tableau de taille variable est utilisé type d'élément de longueur variable dans la table de la clause %<reduction%> une variable avec le même nom assembleur que la table virtuelle est définie dans une autre unité de traduction variable ou champ %qE déclaré « void » variable ou champ déclaré void une variable précédemment déclarée %<static%> est redéclarée %<extern%> le symbole de la variable n'est pas une variable le patron de variable a été déclaré ici template-id de la variable %qD dans le spécificateur de nom imbriqué les patrons de variables sont uniquement disponibles avec -std=c++14 ou -std=gnu++14 le pistage des variables a été demandé mais il n'est pas supporté par ce format de débogage le pistage des variables a été demandé mais il est inutile sans produire d'informations de débogage la limite de la taille de pistage des variables est dépassée la limite de la taille de pistage des variables est dépassée avec -fvar-tracking-assignments, on réessaie sans la limite du tableau de longueur variable est inconnue littéral composé de taille variable un objet de taille variable peut ne pas être initialisé %qE modifié par une variable ayant une portée sur tout le fichier champ modifié par une variable au niveau de la portée du fichier le type modifié par une variable n'est pas permis dans l'expression « new » contrainte variadique introduite sans %<...%> les fonctions variadiques doivent utiliser la variante du AAPCS de base les patrons variadiques sont uniquement disponibles avec -std=c++11 ou -std=gnu++11 appel de fragment variadique vec_adde accepte uniquement 3 arguments vec_addec accepte uniquement 3 arguments vec_cmpne accepte uniquement 2 arguments vec_duplicate devrait être d'un scalaire vers un vecteur similaire vec_extract accepte uniquement 2 arguments vec_insert accepte uniquement 3 arguments vec_lvsl est déprécié pour les petits boutistes; utilisation d'une affectation pour des chargements et des stockages non alignés vec_lvsr est déprécié pour les petits boutistes; utilisation d'une affectation pour des chargements et des stockages non alignés vec_mul accepte uniquement 2 arguments l'élément d'un vecteur CONSTRUCTOR n'est pas une valeur GIMPLE vecteur CONSTRUCTOR avec un index d'élément non nul vecteur passé en argument à une fonction sans prototype la condition vectorielle sera développée à la pièce insertion de vecteur pas à la frontière d'un élément l'opération vectorielle sera développée en parallèle l'opération vectorielle sera développée à la pièce l'opération vectorielle sera développée avec une seule opération scalaire débordement du vecteur dans l'expression %qE de type %qT résulte en %qE débordement du vecteur dans l'expression de type %qT résulte en %qE l'opération de brassage vectoriel sera développée à la pièce la taille du vecteur n'est pas un multiple entier de la taille des éléments type vectoriel attendu dans une expression de séries types vectoriels attendus dans une expression SAD (Sum of Absolute Difference = Somme des Différences Absolues) types vectoriels attendus dans une expression de permutation vectorielle la vectorisation n'a pas eu lieu pour une boucle simd des vecteurs avec un nombre d'éléments différents ont été trouvé dans une expression de permutation vectorielle verify_bind_c_derived_type(): Le symbole donné est NULL de manière inattendue verify_cgraph_node a échoué verify_eh_tree a échoué verify_flow_info a échoué verify_flow_info: L'arête succ du bloc de base %d est corrompue verify_flow_info: Le bloc %i a loop_father mais il n'y a pas de boucles verify_flow_info: Le bloc %i n'a pas de loop_father verify_flow_info: Arête dupliquée %i->%i verify_flow_info: Blocs incorrects pour le fallthru %i->%i verify_flow_info: Fallthru incorrect %i->%i verify_flow_info: Décompte du bloc %i manquant verify_flow_info: REG_BR_PROB ne correspond pas au CFG (Control Flow Graph) %i %i verify_flow_info: REG_BR_PROB est défini mais la probabilité du CFG (Control Flow Graph) ne l'est pas verify_flow_info: Décompte du bloc %i erroné verify_flow_info: Mauvaise probabilité de l'arête %i->%ii verify_gimple a échoué verify_histograms a échoué verify_ssa a échoué verify_type a échoué l'attribut de version n'est pas une chaîne marqueur de conflit de contrôle de version dans le fichier la version héritée de %qT est déclarée ici le spécificateur de type « virt-specifier » sur %qs n'est pas permis en dehors d'une définition de classe PHI virtuel avec des emplacements d'arguments nom SSA virtuel pour une déclaration non VOP la base virtuelle %qT est inaccessible dans %qT en raison de l'ambiguïté opérande « def » virtuel manquant pour l'instruction la définition virtuelle n'est pas un nom SSA la définition virtuelle de l'instruction n'est pas à jour la fonction virtuelle %q+D surcharge une fonction finale une fonction virtuelle ne peut pas avoir un type de retour déduit les fonctions virtuelles ne peuvent pas être amies méthode virtuelle %qD fonction non classe virtuelle %qs la table virtuelle de type %qD contient des informations RTTI la table virtuelle de type %qD enfreint la règle de la définition unique la table virtuelle de type %qD enfreint la règle de la définition unique « use » virtuel de l'instruction pas à jour opérande « use » virtuel manquant pour l'instruction l'argument de visibilité doit être l'un de « default » (par défaut), « hidden » (masqué), « protected » (protégé) ou « internal » (interne) l'argument de visibilité n'est pas une chaîne l'attribut de visibilité n'est pas supporté dans cette configuration; ignoré le « #pragma __message » du vms est ignoré la valeur void n'a pas été ignorée comme elle aurait dû l'être argument volatile « volatile » doit être spécifié sur toute mémoire qui est affectée par le DMA. vtable pour waitpid a échoué attention: envisagez de faire l'édition de liens avec « -static » car les bibliothèques système avec on attendait « %s » le %q+D faible ne peut pas être défini %qE la déclaration faible de %q+D est appliquée à une définition statique qui existe déjà la déclaration faible de %q+D doit être publique la déclaration faible de %q+D n'est pas supportée weakref %q+D doit avoir une classe de liaison statique weakref %q+D pointe vers lui-même en fin de compte l'attribut « weakref » doit apparaître avant l'attribut « alias » « weakref » n'est pas supporté par cette configuration les poids doivent être non négatifs lors de l'écriture de la sortie dans %s: %m est-ce que les erreurs codegen devraient produire des erreurs interne du compilateur (ICE) avec -fchecking. alors que %qT se décompose en %E éléments alors que %qT se décompose en %wu élément alors que %qT se décompose en %wu éléments tableau de caractères larges initialisé depuis une chaîne large incompatible tableau de caractères larges initialisé depuis un chaîne non large littéral de chaîne de caractères larges dans %<asm%> la largeur de %qD dépasse celle de son type la largeur de %qs excède son type la largeur du champ de bits %qD a le type non entier %qT seront supposés retourner %<id%> et accepter ne générera pas d'instructions %s car l'assembleur ne supporte pas %s ne générera pas d'instructions power5 car l'assembleur ne supporte pas power5 ne générera pas d'instructions power6 car l'assembleur ne supporte pas power6 ne générera pas d'instructions power7 car l'assembleur ne supporte pas power7 ne générera pas d'instructions power8 car l'assembleur ne supporte pas power8 ne générera pas d'instructions power9 car l'assembleur ne supporte pas power9 avec dans cette boucle sans -gdwarf-5, -gvariable-location-views=incompat5 est équivalent à -gvariable-location-views la région qui partage une tâche ne peut pas être étroitement imbriquée à l'intérieur d'une région de partage de tâche, %<critical%>, %<ordered%>, %<master%>, %<task%> explicite ou %<taskloop%> écriture de %wu bits de données hors des limites de l'objet de destination, les données ont été tronquées dans %wu bits write_atom(): Tentative d'écrire un atome dab write_symbol(): mauvais symbole de module %qs write_symtree(): Symbole pas écrit écriture dans un objet constant (argument %d) écriture du fichier de sortie écriture à travers un pointeur nul (argument %d) écriture de la liste de sortie LTRANS %s: %m l'écriture dans l'espace d'adresses %qs n'est pas supportée mauvaise entrée TYPE_CACHED_VALUES mauvaise quantité d'arêtes de branchements après le branchement conditionnel dans le bb %i mauvais nombre d'arêtes de branchement après le branchement inconditionnel %i argument %qs erroné pour l'option %qs l'arête %d->%d est erronée pour l'argument PHI liste d'utilisation immédiate erronée insn erronée dans l'arête fallthru mauvaise liste des boucles sorties pour l'arête %d->%d nombre erroné d'arguments spécifié pour l'attribut %qE mauvais nombre d'arguments pour %%:debug-level-gt mauvais nombre d'arguments pour %<__builtin_addressof%> mauvais nombre d'arguments pour %<__builtin_call_with_static_chain%> mauvais nombre d'arguments pour %<__builtin_choose_expr%> mauvais nombre d'arguments pour %<__builtin_complex%> mauvais nombre d'arguments pour %<__builtin_launder%> mauvais nombre d'arguments pour %<__builtin_shuffle%> nombre erroné d'arguments pour la fonction %<__builtin_next_arg%> nombre erroné d'arguments pour la fonction %<va_start%> mauvais nombre d'arêtes de branchements après le branchement inconditionnel dans le bb %i nombre erroné d'arguments du patron (%d, devrait être %d) nombre erroné d'arguments du patron (%d, devrait être au moins %d) mauvais fanions d'une arête sortante à la fin du bb %d nom de stratégie %qs erroné spécifié pour l'option %qs argument de type erroné pour %s type d'argument erroné pour abs type d'argument erroné pour le complément de bit type d'argument erroné pour la conjugaison type d'argument erroné pour un décrément type d'argument erroné pour un incrément type d'argument erroné pour le point d'exclamation unaire type d'argument erroné pour le moins unaire type d'argument erroné pour le plus unaire retour d'un registre x87 alors que x87 est désactivé xstormy16_print_operand: code inconnu vous pouvez contourner cela en enlevant l'initialiseur Vous ne pouvez pas prendre l'adresse d'une fonction imbriquée si vous utilisez l'option %qs vous pouvez utiliser un espace de noms en ligne à la place z/Le mode d'architecture n'est pas supporté sur %s z/Architecture. zéro comme constante de pointeur nul section de tableau ayant une longueur nulle dans la clause %qs tableau %q+D de taille nulle ou négative vecteur de taille nulle largeur nulle pour le champ de bits %q+D largeur nulle pour le champ de bits %qs largeur zéro dans le format %s chaîne de format %s de longueur nulle tableau %qD de taille zéro tableau %qT de taille zéro membre tableau de taille nulle %qD dans un %q#T par ailleurs vide membre tableau de taille nulle %qD pas à la fin de %q#T {anonyme}