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Hzr  9T  Ir < GIx  @> RI  dI p r! r8!I! > r!Irk r! r" s" s#s@#s`# *sh$ 7s$ Bs$ Ms% Xs"js8%~s#sp%KJ%]J% s%Js K & X: Cs P= 9ZDDGDLDQDUD$E4.4.0(GCC) >>a>7> >>>L>r> < < < <<C@C@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@tC@@@@@@@@@@@@\CDC,CCB@@@lBBBBB@@@@@@@@B@@@@@@@@@@@@@@@@@LB@@@@@,B BA@@@@@@@@@@@@@@@AAAA@A@,A@@AtA\ADA@@ F G G G G GF GGFFFFDG G G G G G G GG G G G GFFFFyOKKKKKKKKKKKKKKKKKKKKKKKKKNKKK!SMLLKKQKKKKKKKKKKKKKKKKLKKKKKKKKKKKKKKKKKKKKKKKKKKK}RQKPKKKKKKKKKKKKKKKKKKKKKKKKKKKK:P'P]]^Q]QQQQQm\m\m\m\m\m\m\m\m\QQ[QZ]QQ?@abcdefghijklmnopqrstuvwxyz[\]^_`abcdefghijklmnopqrstuvwxyz{|}~  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`ABCDEFGHIJKLMNOPQRSTUVWXYZ{|}~  %s: couldn't run '%s': %s: %sDo optimistic coalescing.--language %s not recognized../.././gcc/gcc.c.pas-mcld/usr/sfw/bin/gas/usr/ccs/bin/ldmflibusrno-%s %s%s COLLECT_GCC_OPTIONS= /multilib spec '%s' is invalid-o | "# %s %.2f %.2f failed to get exit statusfailed to get process timespex_init failed-D': spec '%s' invalid-L-imultilib-iprefix-isysroot-isystem%includeinclude-fixed.o/dev/nullspec '%s' has invalid '%%W%cspec '%s' has invalid '%%x%c'spec '%s' has invalid '%%0%c'malformed spec function nameunknown spec function '%s'%(VALUE)invalid version number `%s'*link_command%include_noerr%renamerename spec %s to %s Reading specs from %s could not find specs file %s GCC}}}-lgcc_s}}%{shared:}%{shared-libgcc:%{static|static-libgcc:-lgcc-lgcc_ehlibgcc.a%slibgcc_eh.a%sUsing built-in specs. GCC_EXEC_PREFIXCOMPILER_PATHLIBRARY_PATHLPATHTdataTtext-Xlinker--help-dumpspecs-dumpversion-dumpmachine-fversion-fhelp-fhelp=binBINUTILS-Wa,-Wp,--pass-exit-codes--print-search-dirs--print-libgcc-file-name-print-file-name=-chelp-dummy-ftarget-help--target-helplibgcc.a-print-prog-name=--print-multi-lib--print-multi-directory--print-sysroot--print-multi-os-directory-print-sysroot-headers-suffix--sysroot=-Xpreprocessor-XassemblerTbss--imacros-aux-info-idirafter-iwithprefix-iwithprefixbefore-iquote--param--specs-MF-MT-MQfintrinsic-modules-path--dumpbasei386-pc-solaris2.114.4.0GCC_EXEC_PREFIX=ambiguous abbreviation %s-gcc-couldn't run '%s': %sincomplete '%s' option(C)*%s: %s *link_command: %s -Wl,*-l-wrapper-specs=--time-###--save-tempsstatic-libgccshared-libgcc--pipestatic-libgfortrannoneargument to '-%s' is missingargument to '-l' is missingargument to '-x' is missing--combineargument to '-B' is missing. !m32 !m64;m32 m32;-m32COLLECT_GCC=unrecognized option '-%s'install: %s%s programs: %s libraries: %s collect2no input filesTarget: %s Configured with: %s Thread model: %s Usage: %s [options] file... 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%G%D--sysroot=%Rinternal gcc abort in %s, at %s:%dAssembler options ================= Use "-Wa,OPTION" to pass "OPTION" to the assembler. environment variable "%s" not definedInternal error: %s (program %s) Please submit a full bug report. See %s for instructions.error in args to spec function '%s'spec failure: '%%*' has not been initialized by pattern matchwarning: use of obsolete %%[ operator in specsspec failure: unrecognized spec option '%c'no arguments for spec functionmalformed spec function argumentsswitch '%s' does not start with '-'braced spec body '%s' is invalidbraced spec '%s' is invalid at '%c'^([1-9][0-9]*|0)(\.([1-9][0-9]*|0))*$too few arguments to %%:version-comparetoo many arguments to %%:version-compareunknown operator '%s' in %%:version-comparespecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamed%s: attempt to rename spec '%s' to already defined spec '%s'specs unknown %% command after %ld charactersspecs file malformed after %ld charactersspec file has no spec for linkingsystem path '%s' is not absolute}%{!static:%{!static-libgcc:%{!shared:%{!shared-libgcc:'-%c' option must have argumentmissing argument to '%s' optionextraneous argument to '%s' optionCopyright %s 2009 Free Software Foundation, Inc. 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There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. argument to '-Xlinker' is missingargument to '-Xpreprocessor' is missingargument to '-Xassembler' is missingargument to '-specs' is missingargument to '-specs=' is missingargument to '-wrapper' is missing'-%c' must come at the start of the command linewarning: -pipe ignored because -save-temps specifiedwarning: '-x %s' after last input file has no effect%{!g0:%{gstabs*:--gstabs}%{!gstabs*:%{g*:--gdwarf2}}}%{fopenmp|ftree-parallelize-loops=*: -pthread}spec failure: more than one arg to SYSROOT_SUFFIX_SPECspec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPECmultilib exclusions '%s' is invalidmultilib select '%s' is invalidmultilib exclusion '%s' is invalidnot configured with sysroot headers suffix -pass-exit-codes Exit with highest error code from a phase --help Display this information --target-help Display target specific command line options --help={target|optimizers|warnings|params|[^]{joined|separate|undocumented}}[,...] Display specific types of command line options (Use '-v --help' to display command line options of sub-processes) --version Display compiler version information -dumpspecs Display all of the built in spec strings -dumpversion Display the version of the compiler -dumpmachine Display the compiler's target processor -print-search-dirs Display the directories in the compiler's search path -print-libgcc-file-name Display the name of the compiler's companion library -print-file-name= Display the full path to library -print-prog-name= Display the full path to compiler component -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-sysroot Display the target libraries directory -print-sysroot-headers-suffix Display the sysroot suffix used to find headers -Wa, Pass comma-separated on to the assembler -Wp, Pass comma-separated on to the preprocessor -Wl, Pass comma-separated on to the linker -Xassembler Pass on to the assembler -Xpreprocessor Pass on to the preprocessor -Xlinker Pass on to the linker -combine Pass multiple source files to compiler at once -save-temps Do not delete intermediate files -pipe Use pipes rather than intermediate files -time Time the execution of each subprocess -specs= Override built-in specs with the contents of -std= Assume that the input sources are for --sysroot= Use as the root directory for headers and libraries -B Add to the compiler's search paths -b Run gcc for target , if installed -V Run gcc version number , if installed -v Display the programs invoked by the compiler -### Like -v but options quoted and commands not executed -E Preprocess only; do not compile, assemble or link -S Compile only; do not assemble or link -c Compile and assemble, but do not link -o Place the output into -x 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 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 options must be used. For bug reporting instructions, please see: gcc driver version %s %sexecuting gcc version %s cannot specify -o with -c or -S with multiple files%s: %s compiler not installed on this system Linker options ============== Use "-Wl,OPTION" to pass "OPTION" to the linker. %s: linker input file unused because linking not done For bug reporting instructions, please see:%{E|M|MM:%(trad_capable_cpp) %(cpp_options) %(cpp_debug_options)} %{!E:%{!M:%{!MM: %{traditional|ftraditional:%eGNU C no longer supports -traditional without -E} %{!combine: %{save-temps|traditional-cpp|no-integrated-cpp:%(trad_capable_cpp) %(cpp_options) -o %{save-temps:%b.i} %{!save-temps:%g.i} cc1 -fpreprocessed %{save-temps:%b.i} %{!save-temps:%g.i} %(cc1_options)} %{!save-temps:%{!traditional-cpp:%{!no-integrated-cpp: cc1 %(cpp_unique_options) %(cc1_options)}}} %{!fsyntax-only:%(invoke_as)}} %{combine: %{save-temps|traditional-cpp|no-integrated-cpp:%(trad_capable_cpp) %(cpp_options) -o %{save-temps:%b.i} %{!save-temps:%g.i}} %{!save-temps:%{!traditional-cpp:%{!no-integrated-cpp: cc1 %(cpp_unique_options) %(cc1_options)}} %{!fsyntax-only:%(invoke_as)}}}}}}%{!E:%e-E or -x required when input is from standard input} %(trad_capable_cpp) %(cpp_options) %(cpp_debug_options)%{E|M|MM:%(trad_capable_cpp) %(cpp_options) %(cpp_debug_options)} %{!E:%{!M:%{!MM: %{save-temps|traditional-cpp|no-integrated-cpp:%(trad_capable_cpp) %(cpp_options) -o %{save-temps:%b.i} %{!save-temps:%g.i} cc1 -fpreprocessed %{save-temps:%b.i} %{!save-temps:%g.i} %(cc1_options) -o %g.s %{!o*:--output-pch=%i.gch} %W{o*:--output-pch=%*}%V} %{!save-temps:%{!traditional-cpp:%{!no-integrated-cpp: cc1 %(cpp_unique_options) %(cc1_options) -o %g.s %{!o*:--output-pch=%i.gch} %W{o*:--output-pch=%*}%V}}}}}}%{!M:%{!MM:%{!E:cc1 -fpreprocessed %i %(cc1_options) %{!fsyntax-only:%(invoke_as)}}}}%{!M:%{!MM:%{!E:%{!S:as %(asm_debug) %(asm_options) %i %A }}}}%(trad_capable_cpp) -lang-asm %(cpp_options) -fno-directives-only %{E|M|MM:%(cpp_debug_options)} %{!M:%{!MM:%{!E:%{!S:-o %|.s | as %(asm_debug) %(asm_options) %|.s %A }}}}%{!mtune=*:%{!mcpu=*:%{!march=*:-mtune=%(VALUE)}}}%{!m64:%{!mtune=*:%{!mcpu=*:%{!march=*:-mtune=%(VALUE)}}}}%{m64:%{!mtune=*:%{!mcpu=*:%{!march=*:-mtune=%(VALUE)}}}}%{!m64:%{!march=*:-march=%(VALUE)}}%{m64:%{!march=*:-march=%(VALUE)}}%{!fsyntax-only:%{!c:%{!M:%{!MM:%{!E:%{!S: %(linker) %l %{pie:} %X %{o*} %{A} %{d} %{e*} %{m} %{N} %{n} %{r} %{s} %{t} %{u*} %{x} %{z} %{Z} %{!A:%{!nostdlib:%{!nostartfiles:%S}}} %{static:} %{L*} %(mfwrap) %(link_libgcc) %o %{fopenmp|ftree-parallelize-loops=*:%:include(libgomp.spec)%(link_gomp)} %(mflib) %{fprofile-arcs|fprofile-generate|coverage:-lgcov} %{!nostdlib:%{!nodefaultlibs:%(link_ssp) %(link_gcc_c_sequence)}} %{!A:%{!nostdlib:%{!nostartfiles:%E}}} %{T*} }}}}}}--print-missing-file-dependencies--print-sysroot-headers-suffix%{mcpu=*:-mtune=%* %n`-mcpu=' is deprecated. Use `-mtune=' or '-march=' instead. } % Display descriptions of a specific class of options. is one or more of optimizers, target, warnings, undocumented, params--param = Set parameter to value. See below for a complete list of parameters-A= Assert the to . Putting '-' before disables the to Do not discard comments in macro expansions-D[=] Define a with as its value. If just is given, is taken to be 1-F Add to the end of the main framework include path-G Put global and static data smaller than bytes into a special section (on some targets)Print the name of header files as they are used-I Add to the end of the main include pathGenerate make dependencies and compile-MF Write dependency output to the given fileTreat missing header files as generated filesLike -M but ignore system header filesLike -MD but ignore system header filesGenerate phony targets for all headers-MQ Add a MAKE-quoted target-MT Add an unquoted target-O Set optimization level to Optimize for space rather than speedDo not generate #line directivesThis switch is deprecated; use -Wextra insteadWarn about things that will change when compiling with an ABI-compliant compilerWarn about suspicious uses of memory addressesWarn about returning structures, unions or arraysWarn if an array is accessed out of boundsWarn whenever an Objective-C assignment is being intercepted by the garbage collectorWarn about inappropriate attribute usageWarn about casting functions to incompatible typesWarn when a built-in preprocessor macro is undefined or redefinedWarn 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++ 200xWarn about pointer casts which increase alignmentWarn about casts which discard qualifiersWarn about subscripts whose type is "char"Warn about variables that might be changed by "longjmp" or "vfork"Warn about possibly nested block comments, and C++ comments spanning more than one physical lineWarn for implicit type conversions that may change a valueWarn instead of error in case profiles in -fprofile-use do not matchWarn when all constructors and destructors are privateWarn when a declaration is found after a statementWarn if a deprecated compiler feature, class, method, or field is usedWarn about uses of __attribute__((deprecated)) declarationsWarn when an optimization pass is disabledWarn about compile-time integer division by zeroWarn about violations of Effective C++ style rulesWarn about an empty body in an if or else statementWarn about stray tokens after #elif and #endifWarn about comparison of different enum types-Werror-implicit-function-declarationThis switch is deprecated; use -Werror=implicit-function-declaration insteadTreat specified warning as errorPrint extra (possibly unwanted) warningsExit on the first error occurredWarn if testing floating point numbers for equalityWarn about printf/scanf/strftime/strfmon format string anomaliesWarn about format strings that contain NUL bytesWarn if passing too many arguments to a function for its format stringWarn about format strings that are not literalsWarn about possible security problems with format functionsWarn about strftime formats yielding 2-digit yearsWarn about zero-length formats-Wframe-larger-than= Warn if a function's stack frame requires more than bytesWarn whenever type qualifiers are ignored.-Wimplicit-function-declarationWarn about implicit function declarationsWarn when a declaration does not specify a typeWarn about variables which are initialized to themselvesWarn when an inlined function cannot be inlinedWarn when there is a cast to a pointer from an integer of a different sizeWarn about invalid uses of the "offsetof" macroWarn about PCH files that are found but not used-Wlarger-than= Warn if an object is larger than bytesWarn when a logical operator is suspicously always evaluating to true or falseDo not warn about using "long long" when -pedanticWarn about suspicious declarations of "main"Warn about possibly missing braces around initializersWarn about global functions without previous declarationsWarn about missing fields in struct initializersWarn about functions which might be candidates for format attributesWarn about user-specified include directories that do not existWarn about functions which might be candidates for __attribute__((noreturn))Warn about function parameters declared without a type specifier in K&R-style functionsWarn about global functions without prototypesWarn about constructs not instrumented by -fmudflapWarn about use of multi-character character constantsWarn about "extern" declarations not at file scopeWarn when non-templatized friend functions are declared within a templateWarn about non-virtual destructorsWarn about NULL being passed to argument slots marked as requiring non-NULL-Wnormalized= Warn about non-normalised Unicode stringsWarn if a C-style cast is used in a programWarn for obsolescent usage in a declarationWarn if an old-style parameter definition is usedWarn about overflow in arithmetic expressionsWarn if a string is longer than the maximum portable length specified by the standardWarn about overloaded virtual function namesWarn about overriding initializers without side effectsWarn when the packed attribute has no effect on struct layoutWarn about packed bit-fields whose offset changed in GCC 4.4Warn when padding is required to align structure membersWarn about possibly missing parenthesesWarn when converting the type of pointers to member functionsWarn about function pointer arithmeticWarn when a pointer differs in signedness in an assignmentWarn when a pointer is cast to an integer of a different sizeWarn if inherited methods are unimplementedWarn about multiple declarations of the same objectWarn when the compiler reorders codeWarn whenever a function's return type defaults to "int" (C), or about inconsistent return types (C++)Warn if a selector has multiple methodsWarn about possible violations of sequence point rulesWarn when one local variable shadows anotherWarn about signed-unsigned comparisonsWarn for implicit type conversions between signed and unsigned integersWarn when overload promotes from unsigned to signedWarn when not issuing stack smashing protection for some reasonWarn about code which might break strict aliasing rulesWarn about uncasted NULL used as sentinelWarn about optimizations that assume that signed overflow is undefinedWarn about unprototyped function declarationsWarn if type signatures of candidate methods do not match exactlyWarn about enumerated switches, with no default, missing a caseWarn about enumerated switches missing a "default:" statementWarn about all enumerated switches missing a specific caseWarn when __sync_fetch_and_nand and __sync_nand_and_fetch built-in functions are usedDeprecated. This switch has no effectDo not suppress warnings from system headersWarn about features not present in traditional CWarn of prototypes causing type conversions different from what would happen in the absence of prototypeWarn if trigraphs are encountered that might affect the meaning of the programWarn if a comparison is always true or always false due to the limited range of the data typeWarn about @selector()s without previously declared methodsWarn if an undefined macro is used in an #if directiveWarn about uninitialized automatic variablesWarn about unrecognized pragmasWarn about code that will never be executedWarn if the loop cannot be optimized due to nontrivial assumptions.Warn when a function is unusedWarn about macros defined in the main file that are not usedWarn when a function parameter is unusedWarn when an expression value is unusedWarn when a variable is unusedDo not warn about using variadic macros when -pedanticWarn if a variable length array is usedWarn when a register variable is declared volatileIn 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.A synonym for -std=c89 (for C) or -std=c++98 (for C++)-aux-info Emit declaration information into -d Enable dumps from specific passes of the compiler-dumpbase Set the file basename to be used for dumpsGenerate position-independent code if possible (large mode)Generate position-independent code for executables if possible (large mode)Enforce class member access control semanticsAlign labels which are only reached by jumpingChange when template instances are emittedSpecify that arguments may alias each other and globalsAssume arguments may alias globals but not each otherAssume arguments alias no other storageAssume arguments alias neither each other nor globalsAllow optimization for floating-point arithmetic which may change the result of the operation due to rounding.Generate unwind tables that are exact at each instruction boundaryGenerate auto-inc/dec instructionsGenerate code to check bounds before indexing arraysReplace add, compare, branch with branch on count registerUse profiling information for branch probabilitiesPerform branch target load optimization before prologue / epilogue threading-fbranch-target-load-optimize2Perform branch target load optimization after prologue / epilogue threadingRestrict target load migration not to re-use registers in any basic block-fcall-saved- Mark as being preserved across functions-fcall-used- Mark as being corrupted by function callsSave registers around function callsCompare the results of several data dependence analyzers.Do not put uninitialized globals in the common sectionAllow the arguments of the '?' operator to have different typesReduce the size of object filesDo not perform optimizations increasing noticeably stack usage-fconst-string-class= Use class for constant stringsPerform a register copy-propagation optimization passPerform cross-jumping optimizationWhen running CSE, follow jumps to their targetsWhen running CSE, follow conditional jumpsComplex multiplication and division follow Fortran rulesOmit range reduction step when performing complex divisionPlace data items into their own sectionList all available debugging counters with their limits and counts.-fdbg-cnt=:[,:,...] Set the debug counter limit. Use the RTL dead code elimination passMap one directory name to another in debug informationInline member functions by defaultDefer popping functions args from stack until laterAttempt to fill delay slots of branch instructionsDelete useless null pointer checks-fdiagnostics-show-location=[once|every-line] How often to emit source location at the beginning of line-wrapped diagnosticsAmend appropriate diagnostic messages with the command line option that controls themPermit '$' as an identifier characterUse the RTL dead store elimination pass-fdump- Dump various compiler internals to a fileSuppress output of addresses in debugging dumpsSuppress output of instruction numbers, line number notes and addresses in debugging dumpsEnable CFI tables via GAS assembler directives.Perform DWARF2 duplicate elimination-feliminate-unused-debug-symbolsPerform unused type elimination in debug info-feliminate-unused-debug-typesDo not suppress C++ class debug information.-femit-struct-debug-baseonly Aggressive reduced debug info for structs-femit-struct-debug-detailed= Detailed reduced debug info for structs-femit-struct-debug-reduced Conservative reduced debug info for structsGenerate code to check exception specifications-fexec-charset= Convert all strings and character constants to character set Perform a number of minor, expensive optimizationsPermit universal character names (\u and \U) in identifiersAssume no NaNs or infinities are generated-ffixed- Mark as being unavailable to the compilerDon't allocate floats and doubles in extended-precision registersScope of for-init-statement variables is local to the loopDoes nothing. Preserved for backward compatibility.Perform a forward propagation pass on RTLDo not assume that standard C libraries and "main" existInject friend functions into enclosing namespaceAllow function addresses to be held in registersPlace each function into its own sectionPerform global common subexpression eliminationPerform global common subexpression elimination after register allocation has finishedPerform redundant load after store elimination in global common subexpression eliminationPerform enhanced load motion during global common subexpression eliminationPerform store motion after global common subexpression eliminationRecognize GNU-defined keywordsGenerate code for GNU runtime environmentUse traditional GNU semantics for inline functionsEnable in and out of Graphite representationEnable Graphite Identity transformationEnable guessing of branch probabilitiesAssume normal C execution environmentEnable support for huge objectsPerform conversion of conditional jumps to branchless equivalentsPerform conversion of conditional jumps to conditional executionExport functions even if they can be inlinedEmit implicit instantiations of inline templatesEmit implicit instantiations of templatesDo not generate .size directivesPay attention to the "inline" keywordIntegrate simple functions into their callers-finline-functions-called-onceIntegrate functions called once into their callers-finline-limit= Limit the size of inlined functions to Integrate simple functions into their callers when code size is known to not growth-finput-charset= Specify the default character set for source filesInstrument function entry and exit with profiling calls-finstrument-functions-exclude-file-list=-finstrument-functions-exclude-file-list=filename,... Do not instrument functions listed in files-finstrument-functions-exclude-function-list=-finstrument-functions-exclude-function-list=name,... Do not instrument listed functionsPerform Interprocedural constant propagationPerform cloning to make Interprocedural constant propagation strongerPerform matrix layout flattening and transposing based on profiling information.Perform interprocedural points-to analysisDiscover pure and const functionsDiscover readonly and non addressable static variablesPerform structure layout optimizations based on profiling information.Type based escape and alias analysis-fira-algorithm=[CB|priority] Set the used IRA algorithm-fira-region=[one|all|mixed] Set regions for IRAShare slots for saving different hard registers.Share stack slots for spilled pseudo-registers.-fira-verbose= Control IRA's level of diagnostic messages.Optimize induction variables on treesUse jump tables for sufficiently large switch statementsGenerate code for functions even if they are fully inlinedEmit static const variables even if they are not usedAllow implicit conversions between vectors with differing numbers of subparts and/or differing element types.Give external symbols a leading underscoreEnable Loop Blocking transformationEnable Loop Interchange transformationEnable Loop Strip Mining transformationSet errno after built-in math functionsReport on permanent memory allocationAttempt to merge identical constants and constant variablesAttempt to merge identical constants across compilation unitsAttempt to merge identical debug strings across compilation units-fmessage-length= Limit diagnostics to characters per line. 0 suppresses line-wrappingPerform SMS based modulo scheduling before the first scheduling passPerform SMS based modulo scheduling with register moves allowedMove loop invariant computations out of loopsDon't warn about uses of Microsoft extensionsAdd mudflap bounds-checking instrumentation for single-threaded programIgnore read operations when inserting mudflap instrumentationAdd mudflap bounds-checking instrumentation for multi-threaded programGenerate code for NeXT (Apple Mac OS X) runtime environmentAssume that receivers of Objective-C messages may be nilSupport synchronous non-call exceptionsGenerate special Objective-C methods to initialize/destroy non-POD C++ ivars, if neededAllow fast jumps to the message dispatcherEnable Objective-C exception and synchronization syntaxEnable garbage collection (GC) in Objective-C/Objective-C++ programsEnable Objective-C setjmp exception handling runtimeWhen possible do not generate stack framesEnable OpenMP (implies -frecursive in Fortran)Recognize C++ keywords like "compl" and "xor"Do the full register move optimization passOptimize sibling and tail recursive callsPack structure members together without holes-fpack-struct= Set initial maximum structure member alignmentReturn small aggregates in memory, not registersLook for and use PCH files even when preprocessingEnable machine specific peephole optimizationsEnable an RTL peephole pass before sched2Downgrade conformance errors to warningsGenerate position-independent code if possible (small mode)Generate position-independent code for executables if possible (small mode)Report on memory allocation before interprocedural optimizationRun predictive commoning optimization.Generate prefetch instructions, if available, for arrays in loopsTreat the input file as already preprocessedEnable basic program profiling codeInsert arc-based program profiling codeEnable correction of flow inconsistent profile data inputSet the top-level directory for storing the profile data. The default is 'pwd'.Enable common options for generating profile info for profile feedback directed optimizationsEnable common options for generating profile info for profile feedback directed optimizations, and set -fprofile-dir=Enable common options for performing profile feedback directed optimizationsEnable common options for performing profile feedback directed optimizations, and set -fprofile-dir=Insert code to profile values of expressions-frandom-seed= Make compile reproducible using Same as -fassociative-math for expressions which include division.Record gcc command line switches in the object file.Return small aggregates in registersEnables a register move optimizationPerform a register renaming optimization passReorder basic blocks to improve code placement-freorder-blocks-and-partitionReorder basic blocks and partition into hot and cold sectionsReorder functions to improve code placementUsed in Fix-and-Continue mode to indicate that object files may be swapped in at runtimeEnable automatic template instantiationAdd a common subexpression elimination pass after loop optimizations-freschedule-modulo-scheduled-loopsEnable/Disable the traditional scheduling in loops that already passed modulo schedulingDisable optimizations that assume default FP rounding behaviorPerform sequence abstraction optimization on RTLGenerate run time type descriptor informationEnable scheduling across basic blocksAllow speculative motion of non-loadsAllow speculative motion of some loadsAllow speculative motion of more loadsAllow premature scheduling of queued insnsSet dependence distance checking in premature scheduling of queued insns-fsched-stalled-insns-dep= Set dependence distance checking in premature scheduling of queued insns-fsched-stalled-insns= Set number of queued insns that can be prematurely scheduled-fsched-verbose= Set the verbosity level of the schedulerIf scheduling post reload, do superblock schedulingIf scheduling post reload, do trace schedulingReschedule instructions before register allocationReschedule instructions after register allocationAccess data in the same section from shared anchor pointsEliminate redundant sign extensions using LCM.Perform software pipelining of inner loops during selective scheduling-fsel-sched-pipelining-outer-loopsPerform software pipelining of outer loops during selective scheduling-fsel-sched-reschedule-pipelinedReschedule pipelined regions without pipeliningSchedule instructions using selective scheduling algorithmRun selective scheduling after reloadUse the same size for double as for floatUse the narrowest integer type possible for enumeration typesForce the underlying type for "wchar_t" to be "unsigned short"Show column numbers in diagnostics, when available. Default offDisable optimizations observable by IEEE signaling NaNsWhen "signed" or "unsigned" is not given make the bitfield signedDisable floating point optimizations that ignore the IEEE signedness of zeroConvert floating point constants to single precision constantsSplit lifetimes of induction variables when loops are unrolledSplit wide types into independent registersInsert stack checking code into the program. Same as -fstack-check=specific-fstack-check=[no|generic|specific] Insert stack checking code into the program-fstack-limit-register= Trap if the stack goes past -fstack-limit-symbol= Trap if the stack goes past symbol Use propolice as a stack protection methodUse a stack protection method for every functionDisplay statistics accumulated during compilationAssume strict aliasing rules applyTreat signed overflow as undefinedCheck for syntax errors, then stop-ftabstop= Distance between tab stops for column reporting-ftemplate-depth- Specify maximum template instantiation depthCreate data files needed by "gcov"Perform jump threading optimizations-fno-threadsafe-statics Do not generate thread-safe code for initializing local staticsReport the time taken by each compiler pass-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec] Set the default thread-local storage code generation modelReorder top level functions, variables, and asmsPerform superblock formation via tail duplicationAssume floating-point operations can trapTrap for signed overflow in addition, subtraction and multiplicationEnable conditional dead code elimination for builtin callsEnable SSA-CCP optimization on treesEnable loop header copying on treesEnable copy propagation on treesReplace SSA temporaries with better names in copiesTransform condition stores into unconditional onesEnable SSA dead code elimination optimization on treesEnable dominator optimizationsEnable Full Redundancy Elimination (FRE) on treesEnable loop distribution on treesEnable loop invariant motion on treesCreate canonical induction variables in loopsEnable linear loop transforms on treesEnable loop optimizations on tree levelPerform live range splitting during the SSA->normal passEnable automatic parallelization of loopsEnable SSA-PRE optimization on treesEnable reassociation on tree levelEnable copy propagation of scalar-evolution information.Enable SSA code sinking on treesPerform scalar replacement of aggregatesPerform conversions of switch initializations.Replace temporary expressions in the SSA->normal passEnable loop versioning when doing loop vectorization on treesEnable loop vectorization on trees-ftree-vectorizer-verbose= Set the verbosity level of the vectorizerPerform Value Range Propagation on treesCompile whole compilation unit at a timePerform loop unrolling for all loopsPerform loop unrolling when iteration count is knownAllow loop optimizations to assume that the loops behave in normal wayAllow math optimizations that may violate IEEE or ISO standardsWhen "signed" or "unsigned" is not given make the bitfield unsignedMake "char" unsigned by defaultJust generate unwind tables for exception handlingUse __cxa_atexit to register destructorsUse __cxa_get_exception_ptr in exception handlingPerform variable tracking and also tag variables that are uninitialized-fvariable-expansion-in-unrollerApply variable expansion when loops are unrolledEnable use of cost model in vectorizationAdd extra commentary to assembler outputMarks all inlined methods as having hidden visibilityChanges visibility to match Microsoft Visual Studio by default-fvisibility=[default|internal|hidden|protected] Set the default symbol visibilityUse expression value profiles in optimizationsDiscard unused virtual functionsImplement vtables using thunksEmit common-like symbols as weak symbolsConstruct webs and split unrelated uses of single variablePerform whole program optimizations-fwide-exec-charset= Convert all wide strings and character constants to character set Generate a #line directive pointing at the current working directoryAssume signed arithmetic overflow wraps aroundEmit cross referencing informationPut zero initialized data in the bss sectionGenerate lazy class lookup (via objc_getClass()) for use in Zero-Link modeGenerate debug information in default formatGenerate debug information in COFF formatGenerate debug information in DWARF v2 formatDump declarations to a .decl fileGenerate debug information in default extended formatGenerate debug information in STABS formatGenerate debug information in extended STABS formatGenerate debug information in VMS formatGenerate debug information in XCOFF formatGenerate debug information in extended XCOFF format-idirafter Add to the end of the system include path-imacros Accept definition of macros in -imultilib Set to be the multilib include subdirectory-include Include the contents of before other files-iprefix Specify as a prefix for next two options-iquote Add to the end of the quote include path-isysroot Set to be the system root directory-isystem Add to the start of the system include path-iwithprefix Add to the end of the system include path-iwithprefixbefore Add to the end of the main include pathSupport 3DNow! built-in functionsSupport Athlon 3Dnow! built-in functionsSupport code generation of Advanced Bit Manipulation (ABM) instructions.Reserve space for outgoing arguments in the function prologueSupport AES built-in functions and code generationAlign some doubles on dword boundaryFunction starts are aligned to this power of 2Jump targets are aligned to this power of 2Loop code aligned to this power of 2Align destination of the string operationsSupport MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 and AVX built-in functions and code generationBranches are this expensive (1-5, arbitrary units)Generate cld instruction in the function prologue.Support code generation of cmpxchg16b instruction.Generate sin, cos, sqrt for FPUSupport MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generationAlways use Dynamic Realigned Argument Pointer (DRAP) to realign stackReturn values of functions in FPU registersGenerate floating point mathematics using given instruction setEnable automatic generation of fused floating point multiply-add instructions if the ISA supports such instructions. The -mfused-madd option is on by default.Use IEEE math for fp comparisonsAssume incoming stack aligned to this power of 2Inline all known string operations-minline-stringops-dynamicallyInline memset/memcpy string operations, but perform inline version only for small blocksData greater than given threshold will go into .ldata section in x86-64 medium modelSupport MMX built-in functionsUse native (MS) bitfield layoutDo not support SSE4.1 and SSE4.2 built-in functions and code generationOmit the frame pointer in leaf functionsSet 80387 floating-point precision (-mpc32, -mpc64, -mpc80)Support PCLMUL built-in functions and code generationSupport code generation of popcnt instruction.Attempt to keep stack aligned to this power of 2Use push instructions to save outgoing argumentsGenerate reciprocals instead of divss and sqrtss.Use red-zone in the x86-64 codeNumber of registers used to pass integer argumentsSupport code generation of sahf instruction in 64bit x86-64 code.Support MMX and SSE built-in functions and code generationSupport MMX, SSE and SSE2 built-in functions and code generationEncode SSE instructions with VEX prefixSupport MMX, SSE, SSE2 and SSE3 built-in functions and code generationSupport MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 and SSE4.2 built-in functions and code generationSupport MMX, SSE, SSE2, SSE3, SSSE3 and SSE4.1 built-in functions and code generationSupport MMX, SSE, SSE2, SSE3 and SSE4A built-in functions and code generationSupport SSE5 built-in functions and code generationUse SSE register passing conventions for SF and DF modeSupport MMX, SSE, SSE2, SSE3 and SSSE3 built-in functions and code generationChose strategy to generate stringop usingUse given thread-local storage dialectUse direct references against %gs when accessing tls dataDo not search standard system include directories (those specified with -isystem will still be used)Do not search standard system include directories for C++-o Place output into Issue warnings needed for strict compliance to the standardLike -pedantic but issue them as errorsCreate a position independent executableGenerate C header of platform-specific featuresPrint a checksum of the executable for PCH validity checking, and stopDo not display functions compiled or elapsed timeRemap file names when including filesConform to the ISO 1998 C++ standard, with extensions that are likely to become a part of the upcoming ISO C++ standard, dubbed C++0x. Note that the extensions enabled by this mode are experimental and may be removed in future releases of GCC.Conform to the ISO 1998 C++ standardConform to the ISO 1990 C standardConform to the ISO 1999 C standardDeprecated in favor of -std=c99Conform to the ISO 1998 C++ standard, with GNU extensions and extensions that are likely to become a part of the upcoming ISO C++ standard, dubbed C++0x. 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GHHdV]p"Uf_ >H;g#"WeZ9V^Up"U Kc]Up"Uxep\0~e9  9vUH-*E+I:Vxr)+ ../.././gcc/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/includeopts-common.copts.hstddef.h,3?z+WzcGdpaU p93 ../.././gccopts.hoptions.c) ../.././gcccppspec.c`0~G8qJ>:I &q7-tKwcsVwc HrVVGRIsZ,$J?qj(1j p ../.././gcc/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/includeintl.cstddef.h6KW/trKy( ../.././gccprefix.c`7~dG~#T*vI GstHHZn W,T@t +bIe: G,IM:M,+ UX-S/) ../.././gccversion.cN ../.././gcc/config/i386driver-i386.ccpuid.hi386.hD:*?IIW}|Ji .X^G~q,~se !q#U~~q|ȓ.yԮq UW~G`G:z"V*S Gcbb9$}vw 9s(q-0-Rgr+S-HSqU9c^q.q~q}:GLsW~jss|wq>|ys  ../.././libiberty/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/include../.././libiberty/../include/usr/include/isoregex.cstddef.hxregex2.hctype_iso.hE" +X9sI7 W3p?\U.UWI<)Ir ,df:Hl9HJsUq9q9UqLYdHt9+~[9qu qdGl+Zd:uAIOW GHdu9,ryGdersrrIrrE! UsI Ggwr]jR :?Ltoq! 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Options: %s. gcc version %s %s --static/opt/aosug/share/locale`: error trying to exec 'utf-8‘’utf8_ROOT/opt/aosug@--param l1-cache-size=%u--param l1-cache-line-size=%u--param l2-cache-size=%ulink_archi386-std=pentium-mcore2tuneamdfam10-msahf -mcx16 genericgeodek6pentium4pentiumk8-sse3athloni486prescottk8athlon-4pentium-mmxnoconak6-3pentium3pentium2pentiumproalnumalphablankcntrlxdigitgraphlowerprintpunct-fconserve-spaceupperMemory exhausted.r out of memory TMPDIRTMPTEMP/var/tmp/ccXXXXXXmemory exhausted rb-wwbopen temporary output filepipeline already completeclosing pipeline input fileopen temporary fileopen error filepex_get_status failedwaitexecvpvforkexecvdup2closeundocumented error #%d32:. m32 !m64;amd64:amd64 !m32 m64;m64 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%G%D--sysroot=%Rinternal gcc abort in %s, at %s:%dAssembler options ================= Use "-Wa,OPTION" to pass "OPTION" to the assembler. environment variable "%s" not definedInternal error: %s (program %s) Please submit a full bug report. See %s for instructions.error in args to spec function '%s'spec failure: '%%*' has not been initialized by pattern matchwarning: use of obsolete %%[ operator in specsspec failure: unrecognized spec option '%c'no arguments for spec functionmalformed spec function argumentsswitch '%s' does not start with '-'braced spec body '%s' is invalidbraced spec '%s' is invalid at '%c'^([1-9][0-9]*|0)(\.([1-9][0-9]*|0))*$too few arguments to %%:version-comparetoo many arguments to %%:version-compareunknown operator '%s' in %%:version-comparespecs %%include syntax malformed after %ld charactersspecs %%rename syntax malformed after %ld charactersspecs %s spec was not found to be renamed%s: attempt to rename spec '%s' to already defined spec '%s'specs unknown %% command after %ld charactersspecs file malformed after %ld charactersspec file has no spec for linkingsystem path '%s' is not absolute}%{!static:%{!static-libgcc:%{!shared:%{!shared-libgcc:'-%c' option must have argumentmissing argument to '%s' optionextraneous argument to '%s' optionCopyright %s 2009 Free Software Foundation, Inc. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. argument to '-Xlinker' is missingargument to '-Xpreprocessor' is missingargument to '-Xassembler' is missingargument to '-specs' is missingargument to '-specs=' is missingargument to '-wrapper' is missing'-%c' must come at the start of the command linewarning: -pipe ignored because -save-temps specifiedwarning: '-x %s' after last input file has no effect%{!g0:%{gstabs*:--gstabs}%{!gstabs*:%{g*:--gdwarf2}}}%{fopenmp|ftree-parallelize-loops=*: -pthread}spec failure: more than one arg to SYSROOT_SUFFIX_SPECspec failure: more than one arg to SYSROOT_HEADERS_SUFFIX_SPECmultilib exclusions '%s' is invalidmultilib select '%s' is invalidmultilib exclusion '%s' is invalidnot configured with sysroot headers suffix -pass-exit-codes Exit with highest error code from a phase --help Display this information --target-help Display target specific command line options --help={target|optimizers|warnings|params|[^]{joined|separate|undocumented}}[,...] Display specific types of command line options (Use '-v --help' to display command line options of sub-processes) --version Display compiler version information -dumpspecs Display all of the built in spec strings -dumpversion Display the version of the compiler -dumpmachine Display the compiler's target processor -print-search-dirs Display the directories in the compiler's search path -print-libgcc-file-name Display the name of the compiler's companion library -print-file-name= Display the full path to library -print-prog-name= Display the full path to compiler component -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-sysroot Display the target libraries directory -print-sysroot-headers-suffix Display the sysroot suffix used to find headers -Wa, Pass comma-separated on to the assembler -Wp, Pass comma-separated on to the preprocessor -Wl, Pass comma-separated on to the linker -Xassembler Pass on to the assembler -Xpreprocessor Pass on to the preprocessor -Xlinker Pass on to the linker -combine Pass multiple source files to compiler at once -save-temps Do not delete intermediate files -pipe Use pipes rather than intermediate files -time Time the execution of each subprocess -specs= Override built-in specs with the contents of -std= Assume that the input sources are for --sysroot= Use as the root directory for headers and libraries -B Add to the compiler's search paths -b Run gcc for target , if installed -V Run gcc version number , if installed -v Display the programs invoked by the compiler -### Like -v but options quoted and commands not executed -E Preprocess only; do not compile, assemble or link -S Compile only; do not assemble or link -c Compile and assemble, but do not link -o Place the output into -x 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 Options starting with -g, -f, -m, -O, -W, or --param are automatically passed on to the various sub-processes invoked by %s. 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Use `-mtune=' or '-march=' instead. } % Display descriptions of a specific class of options. is one or more of optimizers, target, warnings, undocumented, params--param = Set parameter to value. See below for a complete list of parameters-A= Assert the to . Putting '-' before disables the to Do not discard comments in macro expansions-D[=] Define a with as its value. If just is given, is taken to be 1-F Add to the end of the main framework include path-G Put global and static data smaller than bytes into a special section (on some targets)Print the name of header files as they are used-I Add to the end of the main include pathGenerate make dependencies and compile-MF Write dependency output to the given fileTreat missing header files as generated filesLike -M but ignore system header filesLike -MD but ignore system header filesGenerate phony targets for all headers-MQ Add a MAKE-quoted target-MT Add an unquoted target-O Set optimization level to Optimize for space rather than speedDo not generate #line directivesThis switch is deprecated; use -Wextra insteadWarn about things that will change when compiling with an ABI-compliant compilerWarn about suspicious uses of memory addressesWarn about returning structures, unions or arraysWarn if an array is accessed out of boundsWarn whenever an Objective-C assignment is being intercepted by the garbage collectorWarn about inappropriate attribute usageWarn about casting functions to incompatible typesWarn when a built-in preprocessor macro is undefined or redefinedWarn 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++ 200xWarn about pointer casts which increase alignmentWarn about casts which discard qualifiersWarn about subscripts whose type is "char"Warn about variables that might be changed by "longjmp" or "vfork"Warn about possibly nested block comments, and C++ comments spanning more than one physical lineWarn for implicit type conversions that may change a valueWarn instead of error in case profiles in -fprofile-use do not matchWarn when all constructors and destructors are privateWarn when a declaration is found after a statementWarn if a deprecated compiler feature, class, method, or field is usedWarn about uses of __attribute__((deprecated)) declarationsWarn when an optimization pass is disabledWarn about compile-time integer division by zeroWarn about violations of Effective C++ style rulesWarn about an empty body in an if or else statementWarn about stray tokens after #elif and #endifWarn about comparison of different enum types-Werror-implicit-function-declarationThis switch is deprecated; use -Werror=implicit-function-declaration insteadTreat specified warning as errorPrint extra (possibly unwanted) warningsExit on the first error occurredWarn if testing floating point numbers for equalityWarn about printf/scanf/strftime/strfmon format string anomaliesWarn about format strings that contain NUL bytesWarn if passing too many arguments to a function for its format stringWarn about format strings that are not literalsWarn about possible security problems with format functionsWarn about strftime formats yielding 2-digit yearsWarn about zero-length formats-Wframe-larger-than= Warn if a function's stack frame requires more than bytesWarn whenever type qualifiers are ignored.-Wimplicit-function-declarationWarn about implicit function declarationsWarn when a declaration does not specify a typeWarn about variables which are initialized to themselvesWarn when an inlined function cannot be inlinedWarn when there is a cast to a pointer from an integer of a different sizeWarn about invalid uses of the "offsetof" macroWarn about PCH files that are found but not used-Wlarger-than= Warn if an object is larger than bytesWarn when a logical operator is suspicously always evaluating to true or falseDo not warn about using "long long" when -pedanticWarn about suspicious declarations of "main"Warn about possibly missing braces around initializersWarn about global functions without previous declarationsWarn about missing fields in struct initializersWarn about functions which might be candidates for format attributesWarn about user-specified include directories that do not existWarn about functions which might be candidates for __attribute__((noreturn))Warn about function parameters declared without a type specifier in K&R-style functionsWarn about global functions without prototypesWarn about constructs not instrumented by -fmudflapWarn about use of multi-character character constantsWarn about "extern" declarations not at file scopeWarn when non-templatized friend functions are declared within a templateWarn about non-virtual destructorsWarn about NULL being passed to argument slots marked as requiring non-NULL-Wnormalized= Warn about non-normalised Unicode stringsWarn if a C-style cast is used in a programWarn for obsolescent usage in a declarationWarn if an old-style parameter definition is usedWarn about overflow in arithmetic expressionsWarn if a string is longer than the maximum portable length specified by the standardWarn about overloaded virtual function namesWarn about overriding initializers without side effectsWarn when the packed attribute has no effect on struct layoutWarn about packed bit-fields whose offset changed in GCC 4.4Warn when padding is required to align structure membersWarn about possibly missing parenthesesWarn when converting the type of pointers to member functionsWarn about function pointer arithmeticWarn when a pointer differs in signedness in an assignmentWarn when a pointer is cast to an integer of a different sizeWarn if inherited methods are unimplementedWarn about multiple declarations of the same objectWarn when the compiler reorders codeWarn whenever a function's return type defaults to "int" (C), or about inconsistent return types (C++)Warn if a selector has multiple methodsWarn about possible violations of sequence point rulesWarn when one local variable shadows anotherWarn about signed-unsigned comparisonsWarn for implicit type conversions between signed and unsigned integersWarn when overload promotes from unsigned to signedWarn when not issuing stack smashing protection for some reasonWarn about code which might break strict aliasing rulesWarn about uncasted NULL used as sentinelWarn about optimizations that assume that signed overflow is undefinedWarn about unprototyped function declarationsWarn if type signatures of candidate methods do not match exactlyWarn about enumerated switches, with no default, missing a caseWarn about enumerated switches missing a "default:" statementWarn about all enumerated switches missing a specific caseWarn when __sync_fetch_and_nand and __sync_nand_and_fetch built-in functions are usedDeprecated. This switch has no effectDo not suppress warnings from system headersWarn about features not present in traditional CWarn of prototypes causing type conversions different from what would happen in the absence of prototypeWarn if trigraphs are encountered that might affect the meaning of the programWarn if a comparison is always true or always false due to the limited range of the data typeWarn about @selector()s without previously declared methodsWarn if an undefined macro is used in an #if directiveWarn about uninitialized automatic variablesWarn about unrecognized pragmasWarn about code that will never be executedWarn if the loop cannot be optimized due to nontrivial assumptions.Warn when a function is unusedWarn about macros defined in the main file that are not usedWarn when a function parameter is unusedWarn when an expression value is unusedWarn when a variable is unusedDo not warn about using variadic macros when -pedanticWarn if a variable length array is usedWarn when a register variable is declared volatileIn 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.A synonym for -std=c89 (for C) or -std=c++98 (for C++)-aux-info Emit declaration information into -d Enable dumps from specific passes of the compiler-dumpbase Set the file basename to be used for dumpsGenerate position-independent code if possible (large mode)Generate position-independent code for executables if possible (large mode)Enforce class member access control semanticsAlign labels which are only reached by jumpingChange when template instances are emittedSpecify that arguments may alias each other and globalsAssume arguments may alias globals but not each otherAssume arguments alias no other storageAssume arguments alias neither each other nor globalsAllow optimization for floating-point arithmetic which may change the result of the operation due to rounding.Generate unwind tables that are exact at each instruction boundaryGenerate auto-inc/dec instructionsGenerate code to check bounds before indexing arraysReplace add, compare, branch with branch on count registerUse profiling information for branch probabilitiesPerform branch target load optimization before prologue / epilogue threading-fbranch-target-load-optimize2Perform branch target load optimization after prologue / epilogue threadingRestrict target load migration not to re-use registers in any basic block-fcall-saved- Mark as being preserved across functions-fcall-used- Mark as being corrupted by function callsSave registers around function callsCompare the results of several data dependence analyzers.Do not put uninitialized globals in the common sectionAllow the arguments of the '?' operator to have different typesReduce the size of object filesDo not perform optimizations increasing noticeably stack usage-fconst-string-class= Use class for constant stringsPerform a register copy-propagation optimization passPerform cross-jumping optimizationWhen running CSE, follow jumps to their targetsWhen running CSE, follow conditional jumpsComplex multiplication and division follow Fortran rulesOmit range reduction step when performing complex divisionPlace data items into their own sectionList all available debugging counters with their limits and counts.-fdbg-cnt=:[,:,...] Set the debug counter limit. Use the RTL dead code elimination passMap one directory name to another in debug informationInline member functions by defaultDefer popping functions args from stack until laterAttempt to fill delay slots of branch instructionsDelete useless null pointer checks-fdiagnostics-show-location=[once|every-line] How often to emit source location at the beginning of line-wrapped diagnosticsAmend appropriate diagnostic messages with the command line option that controls themPermit '$' as an identifier characterUse the RTL dead store elimination pass-fdump- Dump various compiler internals to a fileSuppress output of addresses in debugging dumpsSuppress output of instruction numbers, line number notes and addresses in debugging dumpsEnable CFI tables via GAS assembler directives.Perform DWARF2 duplicate elimination-feliminate-unused-debug-symbolsPerform unused type elimination in debug info-feliminate-unused-debug-typesDo not suppress C++ class debug information.-femit-struct-debug-baseonly Aggressive reduced debug info for structs-femit-struct-debug-detailed= Detailed reduced debug info for structs-femit-struct-debug-reduced Conservative reduced debug info for structsGenerate code to check exception specifications-fexec-charset= Convert all strings and character constants to character set Perform a number of minor, expensive optimizationsPermit universal character names (\u and \U) in identifiersAssume no NaNs or infinities are generated-ffixed- Mark as being unavailable to the compilerDon't allocate floats and doubles in extended-precision registersScope of for-init-statement variables is local to the loopDoes nothing. Preserved for backward compatibility.Perform a forward propagation pass on RTLDo not assume that standard C libraries and "main" existInject friend functions into enclosing namespaceAllow function addresses to be held in registersPlace each function into its own sectionPerform global common subexpression eliminationPerform global common subexpression elimination after register allocation has finishedPerform redundant load after store elimination in global common subexpression eliminationPerform enhanced load motion during global common subexpression eliminationPerform store motion after global common subexpression eliminationRecognize GNU-defined keywordsGenerate code for GNU runtime environmentUse traditional GNU semantics for inline functionsEnable in and out of Graphite representationEnable Graphite Identity transformationEnable guessing of branch probabilitiesAssume normal C execution environmentEnable support for huge objectsPerform conversion of conditional jumps to branchless equivalentsPerform conversion of conditional jumps to conditional executionExport functions even if they can be inlinedEmit implicit instantiations of inline templatesEmit implicit instantiations of templatesDo not generate .size directivesPay attention to the "inline" keywordIntegrate simple functions into their callers-finline-functions-called-onceIntegrate functions called once into their callers-finline-limit= Limit the size of inlined functions to Integrate simple functions into their callers when code size is known to not growth-finput-charset= Specify the default character set for source filesInstrument function entry and exit with profiling calls-finstrument-functions-exclude-file-list=-finstrument-functions-exclude-file-list=filename,... Do not instrument functions listed in files-finstrument-functions-exclude-function-list=-finstrument-functions-exclude-function-list=name,... Do not instrument listed functionsPerform Interprocedural constant propagationPerform cloning to make Interprocedural constant propagation strongerPerform matrix layout flattening and transposing based on profiling information.Perform interprocedural points-to analysisDiscover pure and const functionsDiscover readonly and non addressable static variablesPerform structure layout optimizations based on profiling information.Type based escape and alias analysis-fira-algorithm=[CB|priority] Set the used IRA algorithm-fira-region=[one|all|mixed] Set regions for IRAShare slots for saving different hard registers.Share stack slots for spilled pseudo-registers.-fira-verbose= Control IRA's level of diagnostic messages.Optimize induction variables on treesUse jump tables for sufficiently large switch statementsGenerate code for functions even if they are fully inlinedEmit static const variables even if they are not usedAllow implicit conversions between vectors with differing numbers of subparts and/or differing element types.Give external symbols a leading underscoreEnable Loop Blocking transformationEnable Loop Interchange transformationEnable Loop Strip Mining transformationSet errno after built-in math functionsReport on permanent memory allocationAttempt to merge identical constants and constant variablesAttempt to merge identical constants across compilation unitsAttempt to merge identical debug strings across compilation units-fmessage-length= Limit diagnostics to characters per line. 0 suppresses line-wrappingPerform SMS based modulo scheduling before the first scheduling passPerform SMS based modulo scheduling with register moves allowedMove loop invariant computations out of loopsDon't warn about uses of Microsoft extensionsAdd mudflap bounds-checking instrumentation for single-threaded programIgnore read operations when inserting mudflap instrumentationAdd mudflap bounds-checking instrumentation for multi-threaded programGenerate code for NeXT (Apple Mac OS X) runtime environmentAssume that receivers of Objective-C messages may be nilSupport synchronous non-call exceptionsGenerate special Objective-C methods to initialize/destroy non-POD C++ ivars, if neededAllow fast jumps to the message dispatcherEnable Objective-C exception and synchronization syntaxEnable garbage collection (GC) in Objective-C/Objective-C++ programsEnable Objective-C setjmp exception handling runtimeWhen possible do not generate stack framesEnable OpenMP (implies -frecursive in Fortran)Recognize C++ keywords like "compl" and "xor"Do the full register move optimization passOptimize sibling and tail recursive callsPack structure members together without holes-fpack-struct= Set initial maximum structure member alignmentReturn small aggregates in memory, not registersLook for and use PCH files even when preprocessingEnable machine specific peephole optimizationsEnable an RTL peephole pass before sched2Downgrade conformance errors to warningsGenerate position-independent code if possible (small mode)Generate position-independent code for executables if possible (small mode)Report on memory allocation before interprocedural optimizationRun predictive commoning optimization.Generate prefetch instructions, if available, for arrays in loopsTreat the input file as already preprocessedEnable basic program profiling codeInsert arc-based program profiling codeEnable correction of flow inconsistent profile data inputSet the top-level directory for storing the profile data. The default is 'pwd'.Enable common options for generating profile info for profile feedback directed optimizationsEnable common options for generating profile info for profile feedback directed optimizations, and set -fprofile-dir=Enable common options for performing profile feedback directed optimizationsEnable common options for performing profile feedback directed optimizations, and set -fprofile-dir=Insert code to profile values of expressions-frandom-seed= Make compile reproducible using Same as -fassociative-math for expressions which include division.Record gcc command line switches in the object file.Return small aggregates in registersEnables a register move optimizationPerform a register renaming optimization passReorder basic blocks to improve code placement-freorder-blocks-and-partitionReorder basic blocks and partition into hot and cold sectionsReorder functions to improve code placementUsed in Fix-and-Continue mode to indicate that object files may be swapped in at runtimeEnable automatic template instantiationAdd a common subexpression elimination pass after loop optimizations-freschedule-modulo-scheduled-loopsEnable/Disable the traditional scheduling in loops that already passed modulo schedulingDisable optimizations that assume default FP rounding behaviorPerform sequence abstraction optimization on RTLGenerate run time type descriptor informationEnable scheduling across basic blocksAllow speculative motion of non-loadsAllow speculative motion of some loadsAllow speculative motion of more loadsAllow premature scheduling of queued insnsSet dependence distance checking in premature scheduling of queued insns-fsched-stalled-insns-dep= Set dependence distance checking in premature scheduling of queued insns-fsched-stalled-insns= Set number of queued insns that can be prematurely scheduled-fsched-verbose= Set the verbosity level of the schedulerIf scheduling post reload, do superblock schedulingIf scheduling post reload, do trace schedulingReschedule instructions before register allocationReschedule instructions after register allocationAccess data in the same section from shared anchor pointsEliminate redundant sign extensions using LCM.Perform software pipelining of inner loops during selective scheduling-fsel-sched-pipelining-outer-loopsPerform software pipelining of outer loops during selective scheduling-fsel-sched-reschedule-pipelinedReschedule pipelined regions without pipeliningSchedule instructions using selective scheduling algorithmRun selective scheduling after reloadUse the same size for double as for floatUse the narrowest integer type possible for enumeration typesForce the underlying type for "wchar_t" to be "unsigned short"Show column numbers in diagnostics, when available. Default offDisable optimizations observable by IEEE signaling NaNsWhen "signed" or "unsigned" is not given make the bitfield signedDisable floating point optimizations that ignore the IEEE signedness of zeroConvert floating point constants to single precision constantsSplit lifetimes of induction variables when loops are unrolledSplit wide types into independent registersInsert stack checking code into the program. Same as -fstack-check=specific-fstack-check=[no|generic|specific] Insert stack checking code into the program-fstack-limit-register= Trap if the stack goes past -fstack-limit-symbol= Trap if the stack goes past symbol Use propolice as a stack protection methodUse a stack protection method for every functionDisplay statistics accumulated during compilationAssume strict aliasing rules applyTreat signed overflow as undefinedCheck for syntax errors, then stop-ftabstop= Distance between tab stops for column reporting-ftemplate-depth- Specify maximum template instantiation depthCreate data files needed by "gcov"Perform jump threading optimizations-fno-threadsafe-statics Do not generate thread-safe code for initializing local staticsReport the time taken by each compiler pass-ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec] Set the default thread-local storage code generation modelReorder top level functions, variables, and asmsPerform superblock formation via tail duplicationAssume floating-point operations can trapTrap for signed overflow in addition, subtraction and multiplicationEnable conditional dead code elimination for builtin callsEnable SSA-CCP optimization on treesEnable loop header copying on treesEnable copy propagation on treesReplace SSA temporaries with better names in copiesTransform condition stores into unconditional onesEnable SSA dead code elimination optimization on treesEnable dominator optimizationsEnable Full Redundancy Elimination (FRE) on treesEnable loop distribution on treesEnable loop invariant motion on treesCreate canonical induction variables in loopsEnable linear loop transforms on treesEnable loop optimizations on tree levelPerform live range splitting during the SSA->normal passEnable automatic parallelization of loopsEnable SSA-PRE optimization on treesEnable reassociation on tree levelEnable copy propagation of scalar-evolution information.Enable SSA code sinking on treesPerform scalar replacement of aggregatesPerform conversions of switch initializations.Replace temporary expressions in the SSA->normal passEnable loop versioning when doing loop vectorization on treesEnable loop vectorization on trees-ftree-vectorizer-verbose= Set the verbosity level of the vectorizerPerform Value Range Propagation on treesCompile whole compilation unit at a timePerform loop unrolling for all loopsPerform loop unrolling when iteration count is knownAllow loop optimizations to assume that the loops behave in normal wayAllow math optimizations that may violate IEEE or ISO standardsWhen "signed" or "unsigned" is not given make the bitfield unsignedMake "char" unsigned by defaultJust generate unwind tables for exception handlingUse __cxa_atexit to register destructorsUse __cxa_get_exception_ptr in exception handlingPerform variable tracking and also tag variables that are uninitialized-fvariable-expansion-in-unrollerApply variable expansion when loops are unrolledEnable use of cost model in vectorizationAdd extra commentary to assembler outputMarks all inlined methods as having hidden visibilityChanges visibility to match Microsoft Visual Studio by default-fvisibility=[default|internal|hidden|protected] Set the default symbol visibilityUse expression value profiles in optimizationsDiscard unused virtual functionsImplement vtables using thunksEmit common-like symbols as weak symbolsConstruct webs and split unrelated uses of single variablePerform whole program optimizations-fwide-exec-charset= Convert all wide strings and character constants to character set Generate a #line directive pointing at the current working directoryAssume signed arithmetic overflow wraps aroundEmit cross referencing informationPut zero initialized data in the bss sectionGenerate lazy class lookup (via objc_getClass()) for use in Zero-Link modeGenerate debug information in default formatGenerate debug information in COFF formatGenerate debug information in DWARF v2 formatDump declarations to a .decl fileGenerate debug information in default extended formatGenerate debug information in STABS formatGenerate debug information in extended STABS formatGenerate debug information in VMS formatGenerate debug information in XCOFF formatGenerate debug information in extended XCOFF format-idirafter Add to the end of the system include path-imacros Accept definition of macros in -imultilib Set to be the multilib include subdirectory-include Include the contents of before other files-iprefix Specify as a prefix for next two options-iquote Add to the end of the quote include path-isysroot Set to be the system root directory-isystem Add to the start of the system include path-iwithprefix Add to the end of the system include path-iwithprefixbefore Add to the end of the main include pathSupport 3DNow! built-in functionsSupport Athlon 3Dnow! built-in functionsSupport code generation of Advanced Bit Manipulation (ABM) instructions.Reserve space for outgoing arguments in the function prologueSupport AES built-in functions and code generationAlign some doubles on dword boundaryFunction starts are aligned to this power of 2Jump targets are aligned to this power of 2Loop code aligned to this power of 2Align destination of the string operationsSupport MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 and AVX built-in functions and code generationBranches are this expensive (1-5, arbitrary units)Generate cld instruction in the function prologue.Support code generation of cmpxchg16b instruction.Generate sin, cos, sqrt for FPUSupport MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generationAlways use Dynamic Realigned Argument Pointer (DRAP) to realign stackReturn values of functions in FPU registersGenerate floating point mathematics using given instruction setEnable automatic generation of fused floating point multiply-add instructions if the ISA supports such instructions. The -mfused-madd option is on by default.Use IEEE math for fp comparisonsAssume incoming stack aligned to this power of 2Inline all known string operations-minline-stringops-dynamicallyInline memset/memcpy string operations, but perform inline version only for small blocksData greater than given threshold will go into .ldata section in x86-64 medium modelSupport MMX built-in functionsUse native (MS) bitfield layoutDo not support SSE4.1 and SSE4.2 built-in functions and code generationOmit the frame pointer in leaf functionsSet 80387 floating-point precision (-mpc32, -mpc64, -mpc80)Support PCLMUL built-in functions and code generationSupport code generation of popcnt instruction.Attempt to keep stack aligned to this power of 2Use push instructions to save outgoing argumentsGenerate reciprocals instead of divss and sqrtss.Use red-zone in the x86-64 codeNumber of registers used to pass integer argumentsSupport code generation of sahf instruction in 64bit x86-64 code.Support MMX and SSE built-in functions and code generationSupport MMX, SSE and SSE2 built-in functions and code generationEncode SSE instructions with VEX prefixSupport MMX, SSE, SSE2 and SSE3 built-in functions and code generationSupport MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 and SSE4.2 built-in functions and code generationSupport MMX, SSE, SSE2, SSE3, SSSE3 and SSE4.1 built-in functions and code generationSupport MMX, SSE, SSE2, SSE3 and SSE4A built-in functions and code generationSupport SSE5 built-in functions and code generationUse SSE register passing conventions for SF and DF modeSupport MMX, SSE, SSE2, SSE3 and SSSE3 built-in functions and code generationChose strategy to generate stringop usingUse given thread-local storage dialectUse direct references against %gs when accessing tls dataDo not search standard system include directories (those specified with -isystem will still be used)Do not search standard system include directories for C++-o Place output into Issue warnings needed for strict compliance to the standardLike -pedantic but issue them as errorsCreate a position independent executableGenerate C header of platform-specific featuresPrint a checksum of the executable for PCH validity checking, and stopDo not display functions compiled or elapsed timeRemap file names when including filesConform to the ISO 1998 C++ standard, with extensions that are likely to become a part of the upcoming ISO C++ standard, dubbed C++0x. Note that the extensions enabled by this mode are experimental and may be removed in future releases of GCC.Conform to the ISO 1998 C++ standardConform to the ISO 1990 C standardConform to the ISO 1999 C standardDeprecated in favor of -std=c99Conform to the ISO 1998 C++ standard, with GNU extensions and extensions that are likely to become a part of the upcoming ISO C++ standard, dubbed C++0x. Note that the extensions enabled by this mode are experimental and may be removed in future releases of GCC.Conform to the ISO 1998 C++ standard with GNU extensionsConform to the ISO 1990 C standard with GNU extensionsConform to the ISO 1999 C standard with GNU extensionsDeprecated in favor of -std=gnu99Conform to the ISO 1990 C standard as amended in 1994Deprecated in favor of -std=iso9899:1999Enable traditional preprocessing-trigraphs Support ISO C trigraphsDo not predefine system-specific and GCC-specific macrosDisplay the compiler's versionNo previous regular expressionInvalid preceding regular expressionPremature end of regular expressionCannot create temporary file in %s: %s could not create temporary fileboth ERRNAME and PEX_STDERR_TO_PIPE specified.PEX_STDERR_TO_PIPE used in the middle of pipeline %s%sout of memory allocating %lu bytes after a total of %lu bytes $tI$ xxyy.y>yNy^yny~yyyyyyyyyzz.z>zNz^znz~zzzzzzzzz{{.{>{N{^{n{~{{{{{{{{{||.|>|N|^|n|~|||||||||}}.}>}N}^}n}~}}}I*  8< , `x`)``m`ooho`xv0vo`o``" }p?&p4p44444;54Q* 9p0-  Cp *  MpH*  YpL*  ?$* cpP*  opT* pX* p\* p(* p`*  p,* pd* ph* p0* dh4* 48* pl* 4p* pt*  p* p<*  p,& q%  F, `5l- "qt- 4q@* Cqp- Tqx- hqD* 7& px*  yq% q & q& q& q|*  q& q& 7\4ěr4r\4/r8О7r|=r44FrIrh<h<<4x8<hXim 0v xv x }  4Xr"" $ % + + + + + + ,  !"#$%&'()*: + *% 7 % )% <% Q%  \co% z,  + + + + + ~ , , @ ), 5;) B- P U0+ f\R y, 0 - 8a d, - . . .  .  . + % 8 , 3$, G- T- ddvdm - , ԇ  - - > 44 hO } 8 0CĊI QP, W@& d% p- ? 0  - -  8^ . . 5 Г t~ . 7\, GX, Yp- jD* {p - - p - - xp - -  - - "- H, ) 7. , ,A. 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L  : ! & : %  O~?,7intt*L*8%#9#;#< # = # ?,# @, # A, # B, #  C, # D, #  [A Hn Qn# ^ n# p!n# "n#  ':  Q ,O?3 L3 ~38O,-#@O.# Ld9%#;#L=#L?%# LA# MC%#&ME%#G%#2MI # K#$LM#(;MO%#,MMQ#0\MS#4lMU#8uMW%#<MZ$#@M\#DM^#H:3%$M$\Mg#Mj#Mu=#M|X# M#-M#M#N#N# M*%%,%,,%%%%72%X%C%%7^%%%%HOH OO #XO #aO 3#kO 3#tO 3#}O 3#O 3# O 3#$O 3#(O 3#,O 3#0O 3#4O 3#8O 3#<O 3#@O 3#DM\#obj\pid\\L]ret_r`O ,-tKobj M0guobjfd%.N%Mhobjfd%.N%O%)objp.N% P%+#objpidOL%7err$($ !PJ%,?/,objJfdJ%"(PS@OobjS{NSTerrT%Mg} objgdg% Ng8 h, envh,8ini%|outi%Ni%(Mj%j7$errj(#pidl$8Pp} $GPq} 2%%M?%] obj??.N@%M6%} obj66.N7%&OP.d d.%.L.'o :%(M.)XPd$`P~?^9tintb__'\{.O3_Pܢ1P0)P~?9tintP/~;/,N,8 ~P~?r9int|7t*W*8%#9#;#<# =# ?7# @7 # A7 # B7 #  C7 # D7 #  'E  Q PjDy sjy! E uDAd>u,y,mPIPId>,PIQQIDoM Q,b>,PIQIDrd>,?PIay+ QfC0 L+;VXPxC 'Q~?t:int|7t' QCQ"yt, "KQ", UQ", aM$y  j!`Q~?;tint'|QdY6 Q|nQy s5 len!Q ret"y 6 "Q~?;tintQ6TQ6,Q8%% *  Q10 "Q~?6E<intt96CP]jw QZ%6s1Zs2Zp1\7p2]vc1^A c2^At Q_% R`% Qd3 Rm2  :  A, %; '\U #R~?8^<intt3R18^t13E:#=R~?`3=intt': Q[RLn`XL@$ bufTw rpU : : VD ../.././gcc/usr/include/sys/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/include/usr/include../.././gcc/../include./usr/include/isogcc.cstat_impl.hstdarg.hstddef.hstdio_tag.hstdio_impl.hstdio.htypes.htime_impl.hstat.hlibiberty.hxregex2.hsafe-ctype.hobstack.hgcc.hconfigargs.hflags.hmultilib.hstdio_iso.herrno.hversion.h7p>mp>HtId5+[cb$tps$Gp?HsVgp?HsVndoUdVyXd;ip:d:IyzGGƏds\ ဎe  G>H8# ӂOq,ex8dV;rVs2.,I G:svd,fӃe3ժdif)s r*s( cV<Y Ub 'Rq;8~%GfqdOUq:MG`2c #Myq.yW)y%XzhzBXzqU yqXWVjzqz2G,V 6#WI ,g8 U 1$:HHr|U :ՄH:i$mV9zqedHqzq+%~qzw8s+~q|~q|,9~qzqr qII%9qf<z q~v +8::H~q}ӝ֝rrrHIrX:"9}qv G; v +;|,9zq|cdH9|$,~9~q83~q~eԁX}q[;z.d9|<dK9xqd8c 9}qs9-V{qU{ŪӜ* $y:t";{Ӹdd% qI&{q; qv(|q,9q cH< wUtW<=yTV7)9|q~̜{qH )~&{|9c[ ;A}cqn~q}",|qst&qU|G}GVzUz}kc9qVVdsb:rrHsGUvqؑ!'_0h;N-Iz9k XuJW=:ltb}("(䪁.W7+֪cV*JCL~bTG cuϽrH]S~cr-~U@+~TI)| 8.WZ89V 9y9< +z Gc c)'Yos~cq )JYlDqu cԞre U:y~9IemufIJx2x(ᾏI'2In";j  uN qJj JwVq+u'xWaNԪ;Vd:fVVzIqHqr9Wxc;{UIGzihyGWc{+9GC+0ycsWcy+U?IWwq G;:~GF-8yciC/yq++q~GqXHr~ d8;H8H88 :;>K c+cH;z0rf;.)i.vd~q~q:;!:V6q:;!:V@cq.8q~qsGqG+]qwf++-ŞfV|wqybpqXeqvX,$sqUwӒ@M::ycq+|$q)GUGY1mUGtU:El~G  㜜W 9G  (HYIekLic GmGde/s~4<&g[W$,6~:c1%dfQq +>> 99gWxUt}qGj)cZ̄e/WGI5NYnydRG8ocf!+iGwcTfS~9⑂p%YH#H\fNYHxqqnqqVig+NHjGq~#+O94Hv&(K:իsVVe)d[Ep>^!(h dʏ]!Ӽ ӚH? GHHdV]p"Uf_ >H;g#"WeZ9V^Up"U Kc]Up"Uxep\0~e9  9vUH-*E+I:Vxr)+ ../.././gcc/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/includeopts-common.copts.hstddef.h,3?z+WzcGdpaU p93 ../.././gccopts.hoptions.cr) ../.././gccgccspec.cd0G+HpeH'GdsoqctdIsVXdp ../.././gcc/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/includeintl.cstddef.h1KW/trKy( ../.././gccprefix.c2~dG~#T*vI GstHHZn W,T@t +bIe: G,IM:M,+ UX-S/) ../.././gccversion.cN ../.././gcc/config/i386driver-i386.ccpuid.hi386.h5*?IIW}|Ji .X^G~q,~se !q#U~~q|ȓ.yԮq UW~G`G:z"V*S Gcbb9$}vw 9s(q-0-Rgr+S-HSqU9c^q.q~q}:GLsW~jss|wq>|ys  ../.././libiberty/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/include../.././libiberty/../include/usr/include/isoregex.cstddef.hxregex2.hctype_iso.hXA" +X9sI7 W3p?\U.UWI<)Ir ,df:Hl9HJsUq9q9UqLYdHt9+~[9qu qdGl+Zd:uAIOW GHdu9,ryGdersrrIrrE! UsI Ggwr]jR :?Ltoq! 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tackwrapper_stringasm_debugcc1_speccc1plus_speclink_gcc_c_sequence_speclink_ssp_specasm_specasm_final_speclink_specmflib_specmfwrap_speclink_gomp_speclink_libgcc_specendfile_specstartfile_specswitches_need_spaceslinker_name_speclink_command_specstartfile_prefix_specsysroot_specsysroot_suffix_specsysroot_hdrs_suffix_spectrad_capable_cppcpp_unique_optionscpp_optionscpp_debug_optionscc1_optionsasm_optionsinvoke_asmultilib_obstackmultilib_selectmultilib_matchesmultilib_defaultsmultilib_exclusionsmultilib_defaults_rawdriver_self_specsoption_default_specsuser_specs_headuser_specs_tailn_compilersn_default_compilersn_linker_optionsn_assembler_optionsn_preprocessor_optionsexec_prefixesstartfile_prefixesinclude_prefixesjust_machine_suffixgcc_exec_prefixgcc_libexec_prefixstandard_exec_prefixstandard_libexec_prefixstandard_bindir_prefixstandard_startfile_prefixstandard_exec_prefix_1standard_exec_prefix_2md_exec_prefixmd_startfile_prefixmd_startfile_prefix_1standard_startfile_prefix_1standard_startfile_prefix_2tooldir_base_prefixstatic_specsextra_specs_1extra_specsstatic_spec_functionsprocessing_spec_functionhave_o_argbuf_indexhave_chave_otemp_namesexecution_countsignal_countprogramnametemp_filenamealways_delete_queuefailure_delete_queuen_switchesin_added_librariesinput_filenameinput_file_numbersuffixed_basename_lengthinput_basenameinput_suffixinput_stat_setinput_file_compilern_mdswitches__iob_sch_istablesaved_errnopkgversion_stringbug_report_urllang_specific_extra_outfilesis_cpp_driverinput_filename_length../.././gcc/opts-common.ccl_var_typeCLVC_BOOLEANCLVC_EQUALCLVC_BIT_CLEARCLVC_BIT_SETCLVC_STRINGopt_textback_chainopt_lenneg_indexcflagsflag_varcancel_optionorig_next_opt_idxfind_optlang_maskmatch_wrong_langprune_optionscl_optionsneed_pruneopt_indexcontset_regs_matched_donekeepcl_options_countoptions.cVAR_mintel_syntaxtarget_flagswarn_abiwarn_addresswarn_aggregate_returnwarn_array_boundswarn_assign_interceptwarn_attributeswarn_bad_function_castwarn_cxx_compatwarn_cxx0x_compatwarn_cast_alignwarn_cast_qualwarn_char_subscriptswarn_clobberedwarn_conversionwarn_coverage_mismatchwarn_ctor_dtor_privacywarn_declaration_after_statementwarn_deprecatedwarn_deprecated_declwarn_disabled_optimizationwarn_div_by_zerowarn_ecppwarn_empty_bodywarn_enum_comparewarnings_are_errorsflag_fatal_errorswarn_float_equalwarn_format_contains_nulwarn_format_extra_argswarn_format_nonliteralwarn_format_securitywarn_format_y2kwarn_format_zero_lengthwarn_ignored_qualifierswarn_implicit_function_declarationwarn_implicit_intwarn_init_selfwarn_inlinewarn_int_to_pointer_castwarn_invalid_offsetofwarn_logical_opwarn_long_longwarn_missing_braceswarn_missing_declarationswarn_missing_field_initializerswarn_missing_format_attributewarn_missing_noreturnwarn_missing_parameter_typewarn_missing_prototypeswarn_mudflapwarn_nested_externswarn_nontemplate_friendwarn_nonvdtorwarn_nonnullwarn_old_style_castwarn_old_style_declarationwarn_old_style_definitionwarn_overflowwarn_overlength_stringswarn_overloaded_virtualwarn_override_initwarn_packedwarn_packed_bitfield_compatwarn_paddedwarn_parentheseswarn_pmf2ptrwarn_pointer_arithwarn_pointer_signwarn_pointer_to_int_castwarn_pragmaswarn_protocolwarn_psabiwarn_redundant_declswarn_reorderwarn_return_typewarn_selectorwarn_sequence_pointwarn_shadowwarn_sign_comparewarn_sign_conversionwarn_sign_promowarn_stack_protectwarn_strict_aliasingwarn_strict_overflowwarn_strict_prototypeswarn_strict_selector_matchwarn_switchwarn_switch_defaultwarn_switch_enumwarn_sync_nandwarn_synthwarn_system_headerswarn_traditionalwarn_traditional_conversionwarn_type_limitswarn_undeclared_selectorwarn_uninitializedwarn_notreachedwarn_unsafe_loop_optimizationswarn_unused_functionwarn_unused_labelwarn_unused_parameterwarn_unused_valuewarn_unused_variablewarn_vlawarn_volatile_register_varwarn_write_stringsflag_picflag_pieflag_abi_versionalign_functionsalign_jumpsalign_labelsalign_loopsflag_argument_noaliasflag_associative_mathflag_asynchronous_unwind_tablesflag_auto_inc_decflag_bounds_checkflag_branch_on_count_regflag_branch_probabilitiesflag_branch_target_load_optimizeflag_branch_target_load_optimize2flag_btr_bb_exclusiveflag_caller_savesflag_check_data_depsflag_no_commonflag_conserve_stackflag_cprop_registersflag_crossjumpingflag_cse_follow_jumpsflag_cse_skip_blocksflag_cx_fortran_rulesflag_cx_limited_rangeflag_data_sectionsflag_dceflag_defer_popflag_delayed_branchflag_delete_null_pointer_checksflag_dseflag_dump_noaddrflag_dump_unnumberedflag_dwarf2_cfi_asmflag_early_inliningflag_eliminate_dwarf2_dupsflag_debug_only_used_symbolsflag_eliminate_unused_debug_typesflag_emit_class_debug_alwaysflag_exceptionsflag_expensive_optimizationsflag_finite_math_onlyflag_float_storeflag_forward_propagateflag_friend_injectionflag_no_function_cseflag_function_sectionsflag_gcseflag_gcse_after_reloadflag_gcse_lasflag_gcse_lmflag_gcse_smflag_gnu89_inlineflag_graphiteflag_graphite_identityflag_guess_branch_probflag_no_identflag_if_conversionflag_if_conversion2flag_indirect_inliningflag_inhibit_size_directiveflag_no_inlineflag_inline_functionsflag_inline_functions_called_onceflag_inline_small_functionsflag_instrument_function_entry_exitflag_ipa_cpflag_ipa_cp_cloneflag_ipa_matrix_reorgflag_ipa_ptaflag_ipa_pure_constflag_ipa_referenceflag_ipa_struct_reorgflag_ipa_type_escapeflag_ira_coalesceflag_ira_share_save_slotsflag_ira_share_spill_slotsflag_ivoptsflag_jump_tablesflag_keep_inline_functionsflag_keep_static_constsflag_leading_underscoreflag_loop_blockflag_loop_interchangeflag_loop_strip_mineflag_errno_mathpre_ipa_mem_reportflag_merge_constantsflag_merge_debug_stringsflag_modulo_schedflag_modulo_sched_allow_regmovesflag_move_loop_invariantsflag_mudflapflag_mudflap_ignore_readsflag_non_call_exceptionsflag_objc_call_cxx_cdtorsflag_objc_direct_dispatchflag_objc_exceptionsflag_objc_gcflag_objc_sjlj_exceptionsflag_omit_frame_pointerflag_openmpflag_regmoveflag_optimize_sibling_callsflag_pack_structflag_pcc_struct_returnflag_peel_loopsflag_no_peepholeflag_peephole2post_ipa_mem_reportflag_predictive_commoningflag_prefetch_loop_arraysprofile_flagprofile_arc_flagflag_profile_correctionflag_profile_useflag_profile_valuesflag_reciprocal_mathflag_record_gcc_switchesflag_rename_registersflag_reorder_blocksflag_reorder_blocks_and_partitionflag_reorder_functionsflag_rerun_cse_after_loopflag_resched_modulo_schedflag_rounding_mathflag_rtl_seqabstrflag_schedule_interblockflag_schedule_speculativeflag_schedule_speculative_loadflag_schedule_speculative_load_dangerousflag_sched_stalled_insnsflag_sched_stalled_insns_depflag_sched2_use_superblocksflag_sched2_use_tracesflag_schedule_insnsflag_schedule_insns_after_reloadflag_section_anchorsflag_seeflag_sel_sched_pipeliningflag_sel_sched_pipelining_outer_loopsflag_sel_sched_reschedule_pipelinedflag_selective_schedulingflag_selective_scheduling2flag_show_columnflag_signaling_nansflag_signed_zerosflag_single_precision_constantflag_split_ivs_in_unrollerflag_split_wide_typesflag_stack_protectflag_strict_aliasingflag_strict_overflowflag_syntax_onlyflag_test_coverageflag_thread_jumpstime_reportflag_toplevel_reorderflag_tracerflag_trapping_mathflag_trapvflag_tree_builtin_call_dceflag_tree_ccpflag_tree_chflag_tree_copy_propflag_tree_copyrenameflag_tree_cselimflag_tree_dceflag_tree_domflag_tree_dseflag_tree_freflag_tree_loop_distributionflag_tree_loop_imflag_tree_loop_ivcanonflag_tree_loop_linearflag_tree_loop_optimizeflag_tree_live_range_splitflag_tree_parallelize_loopsflag_tree_preflag_tree_reassocflag_tree_scev_cpropflag_tree_sinkflag_tree_sraflag_tree_switch_conversionflag_tree_terflag_tree_vect_loop_versionflag_tree_vectorizeflag_tree_vrpflag_unit_at_a_timeflag_unroll_all_loopsflag_unroll_loopsflag_unsafe_loop_optimizationsflag_unsafe_math_optimizationsflag_unswitch_loopsflag_unwind_tablesflag_var_trackingflag_var_tracking_uninitflag_variable_expansion_in_unrollerflag_vect_cost_modelflag_verbose_asmflag_visibility_ms_compatflag_value_profile_transformationsflag_webflag_whole_programflag_wrapvflag_zero_initialized_in_bssix86_isa_flagsix86_align_funcs_stringix86_align_jumps_stringix86_align_loops_stringix86_arch_stringix86_asm_stringix86_branch_cost_stringix86_cmodel_stringix86_force_drapix86_fpmath_stringix86_incoming_stack_boundary_stringix86_section_threshold_stringix87_precision_stringix86_preferred_stack_boundary_stringix86_regparm_stringix86_sse2avxix86_force_align_arg_pointerix86_stringop_stringix86_tls_dialect_stringix86_tune_stringix86_veclibabi_stringpedanticversion_flaginhibit_warningslang_namescl_lang_count../.././gcc/gccspec.clang_specific_pre_linklang_specific_driverin_argvarglistshared_libgcc../.././gcc/intl.cwchar_tgcc_gettext_widthwmsgstrnwcsgcc_init_libintlencodingopen_quoteclose_quote../.././gcc/prefix.cget_key_valueset_std_prefixtranslate_nameerrcodeold_namekeylenupdate_pathfree_keydest../.././gcc/version.c../.././gcc/config/i386/driver-i386.cprocessor_typePROCESSOR_I386PROCESSOR_I486PROCESSOR_PENTIUMPROCESSOR_PENTIUMPROPROCESSOR_GEODEPROCESSOR_K6PROCESSOR_ATHLONPROCESSOR_PENTIUM4PROCESSOR_K8PROCESSOR_NOCONAPROCESSOR_CORE2PROCESSOR_GENERIC32PROCESSOR_GENERIC64PROCESSOR_AMDFAM10PROCESSOR_maxsizekbcache_typeCACHE_ENDCACHE_DATACACHE_INSTCACHE_UNIFIEDvendor_signaturesSIG_INTELSIG_AMDSIG_GEODEdetect_l2_cachelevel2detect_caches_cpuid4level1describe_cachesetsdetect_caches_cpuid2xeon_mpnum_regsnreps__get_cpuid_max__ext__sig__eax__ebx__ecx__edxdetect_caches_amdmax_ext_levelelsizesize2detect_caches_intelmax_leveldecode_caches_intelhost_detect_local_cpuprocessorvendorfamilyhas_sse3has_ssse3has_cmpxchg16bhas_cmpxchg8bhas_cmovhas_mmxhas_ssehas_sse2has_lahf_lmhas_sse4ahas_longmodehas_3dnowphas_3dnowxre_search../.././libiberty/regex.c/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/libibertyactive_reg_treg_errcode_tre_registersrm_sorm_eoregmatch_tbooleanno_opsucceedexactncharsetcharset_notstart_memorystop_memoryduplicateendlinebegbufendbuffixup_alt_jumpjump_past_althandle_on_failure_jumpon_failure_keep_string_jumppop_failure_jumpmaybe_pop_jumpdummy_failure_jumppush_dummy_failuresucceed_nis_a_jump_nset_number_atnotwordcharwordbegwordendnotwordboundre_opcode_tbyte_fail_stack_eltintegerbyte_fail_stack_elt_tavailbyte_fail_stack_typebyte_alt_match_null_string_pis_activeever_matched_somethingbitsbyte_register_info_typeregnum_tpattern_offset_tbegalt_offsetinner_group_offsetlaststart_offsetthis_group_regnumcompile_stack_elt_tcompile_stack_typebyte_store_op1byte_store_op2arg1arg2init_syntax_oncebyte_at_begline_loc_pxre_compile_patternprev_prev_backslashbyte_at_endline_loc_pnext_backslashbyte_insert_op1pfrombyte_insert_op2group_in_compile_stackthis_elementbufpxre_search_2string1size1string2startposirangestopbyte_compile_rangerange_start_charthis_charend_charbyte_common_op_match_null_string_pwant_reg_infomcntreg_nobyte_group_match_null_string_pxre_set_registersstartsendsxregfreeprivate_pregerrbuferrbuf_sizemsg_sizebyte_regex_compilepending_exactlaststartbegaltnormal_charhandle_plushandle_openhandle_closehandle_althandle_intervalnormal_backslashinvalid_intervalunfetch_intervalhad_char_classrange_startis_alnumis_alphais_blankis_cntrlis_digitis_graphis_loweris_printis_punctis_spaceis_upperis_xdigitincrkeep_string_pzero_times_okmany_times_oklower_boundupper_boundbeg_intervalnbytesinner_group_locbyte_re_compile_fastmapfail_stackdestinationsucceed_n_pfastmap_newlinexregcompbyte_re_match_2_internalend1dend2end_match_1end_match_2just_past_start_memlowest_active_reghighest_active_regold_regendbest_regs_setbest_regstartbest_regendmatch_endreg_dummyreg_info_dummyfailrestore_best_regssucceed_labelon_failureunconditional_jumpsame_str_pbest_match_pnegatedummy_low_regdummy_high_regpdummysdummythis_regstring_tempprevcharthischarregnoxre_match_2xre_matchbyte_re_search_2total_sizeendposadvancexregexecnmatchpmatcheflagsxre_execre_syntax_tablebyte_reg_unset_dummyre_error_msgid__ctypexre_syntax_options__ctype_maskxre_max_failures../.././libiberty/argv.cfreeargvvectorscanwriteargvbuildargvcopybufbsquotedquotemaxargcdupargvvconcat_copyexpandargvargv_dynamicfile_argvfile_argc../.././libiberty/concat.cvconcat_lengthconcat_copy2save_dstreconcatoptrnewstrlibiberty_concat_ptr../.././libiberty/fopen_unlocked.cunlock_1fdopen_unlockedfildesfopen_unlockedfreopen_unlockedunlock_streamunlock_std_streams../.././libiberty/make-relative-prefix.cfree_split_directoriesbin_dirsptr_num_dirsmake_relative_prefix_1bin_prefixresolve_linksprog_dirsprefix_dirsprog_numbin_numprefix_numneeded_lenbailoutmake_relative_prefix_ignore_linksmake_relative_prefix../.././libiberty/make-temp-file.ctry_dirchoose_tmpdirbase_lenusrtmpvartmpmemoized_tmpdir../.././libiberty/obstack.cfooalign_obstack_beginalignment_obstack_begin_1_obstack_newchunkold_chunknew_sizeobj_sizealready_obstack_allocated_p_obstack_memory_usedprint_and_abort_obstack_freeobstack_alloc_failed_handlerobstack_exit_failure../.././libiberty/pex-common.cpid_ttempbasenext_inputnext_input_namenext_input_name_allocatedstderr_pipechildrennumber_waitedpex_input_filepex_read_outputpex_read_errremove_countpex_add_removepex_funcssysdeppex_unix_open_readpex_unix_open_writepex_unix_exec_childtoclosepex_waitpex_unix_fdopenrpex_unix_fdopenw_xexit_cleanuppex_input_pipebinaryusage_errorpex_get_status_and_timepex_freepex_get_timesin_namepex_run_in_environmentexecutableorig_outnameerrnameerrdesoutname_allocatederror_exitpex_runpex_init_common../.././libiberty/pex-one.cpex_one../.././libiberty/pex-unix.csuseconds_ttimevaltv_usecrusageru_utimeru_stimeru_maxrssru_ixrssru_idrssru_isrssru_minfltru_majfltru_nswapru_inblockru_oublockru_msgsndru_msgrcvru_nsignalsru_nvcswru_nivcswpex_unix_cleanuppex_unix_pipepex_unix_waitpex_unix_closepex_child_errorsleep_intervalretriespex_initenviron../.././libiberty/safe-ctype.c_sch_toupper_sch_tolower../.././libiberty/xexit.cxexit../.././libiberty/xmalloc.cxmalloc_set_program_namexreallocoldmemnewmemxcallocnelemxmallocfirst_break../.././libiberty/xmemdup.cxmemdupcopy_sizealloc_size../.././libiberty/xstrdup.cuint_txstrdup../.././libiberty/xstrerror.cxstrerrorerrnumerrstrxstrerror_buf../.././libiberty/strverscmp.cstrverscmpnext_statediffresult_type../.././libiberty/lbasename.clbasename../.././libiberty/lrealpath.clrealpath.interp.SUNW_cap.hash.SUNW_ldynsym.dynsym.dynstr.SUNW_version.SUNW_versym.SUNW_dynsymsort.SUNW_reloc.rel.plt.text.init.fini.rodata.rodata.str1.1.rodata.str1.4.rodata.cst4.got.dynamic.data.bssf.picdata.ctors.dtors.eh_frame.jcr.bss.symtab.strtab.comment.debug_abbrev.debug_info.debug_line.debug_frame.debug_loc.debug_pubnames.debug_aranges.debug_ranges.debug_str.shstrtab o`oxx0s' "/"8<8<,7ohhEoXiXiRRommc 0v0vHo Bxvxv` sxxx}}$K~  j 244V>2XrXrx""" "H$ $H% %h + ++ ++ ++ ++ ++ +, , ,8d  d5$)!5 =AN|YT0*i"x%X$0IeR A0707011abee505000081ed0000000000000000000000014a5bbd7e00003e2d0000012e00000002ffffffffffffffff0000001a00000000root/opt/aosug/bin/gccbug#!/bin/sh # Submit a problem report to a GNATS site. # Copyright (C) 1993, 2000, 2001, 2002, 2003, 2007 Free Software Foundation, Inc. # Contributed by Brendan Kehoe (brendan@cygnus.com), based on a # version written by Heinz G. Seidl (hgs@cygnus.com). # # This file is part of GNU GNATS. # # GNU GNATS is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 3, or (at your option) # any later version. # # GNU GNATS is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with GNU GNATS; see the file COPYING3. If not see # . # The version of this send-pr. VERSION=3.113 # The submitter-id for your site. SUBMITTER=net # The default mail address for PR submissions. GNATS_ADDR=gcc-gnats@gcc.gnu.org # The default release for this host. # We have to guess at what program_transform_name might have done. # "sed 1q" because neither "head -1" nor "head -n 1" is universal, argh. DEFAULT_GCC="`echo $0 | sed -e 's/bug//'`" DEFAULT_RELEASE="`$DEFAULT_GCC --version | sed 1q`" # The default organization. DEFAULT_ORGANIZATION= # What mailer to use. This must come after the config file, since it is # host-dependent. # Copied from cvsbug if [ -f /usr/sbin/sendmail ]; then MAIL_AGENT="/usr/sbin/sendmail -oi -t" else MAIL_AGENT="/usr/lib/sendmail -oi -t" fi MAILER=`echo $MAIL_AGENT | sed -e 's, .*,,'` if [ ! -f "$MAILER" ] ; then echo "$COMMAND: Cannot file mail program \"$MAILER\"." echo "$COMMAND: Please fix the MAIL_AGENT entry in the $COMMAND file." exit 1 fi # How to read the passwd database. PASSWD="cat /etc/passwd" ECHON=bsd if [ $ECHON = bsd ] ; then ECHON1="echo -n" ECHON2= elif [ $ECHON = sysv ] ; then ECHON1=echo ECHON2='\c' else ECHON1=echo ECHON2= fi # if [ -z "$TMPDIR" ]; then TMPDIR=/tmp else if [ "`echo $TMPDIR | grep '/$'`" != "" ]; then TMPDIR="`echo $TMPDIR | sed -e 's,/$,,'`" fi fi if [ yes = yes ]; then TEMP0=`mktemp $TMPDIR/poXXXXXX` || exit 1 TEMP=`mktemp $TMPDIR/pXXXXXX` || exit 1 BAD=`mktemp $TMPDIR/pbadXXXXXX` || exit 1 REF=`mktemp $TMPDIR/pfXXXXXX` || exit 1 REMOVE_TEMP="rm -f $TEMP0 $TEMP $BAD $REF" else TEMPD=$TMPDIR/pd$$ TEMP0=$TEMPD/po$$ TEMP=$TEMPD/p$$ BAD=$TEMPD/pbad$$ REF=$TEMPD/pf$$ mkdir $TEMPD || exit 1 REMOVE_TEMP="rm -rf $TEMPD" fi # find a user name if [ "$LOGNAME" = "" ]; then if [ "$USER" != "" ]; then LOGNAME="$USER" else LOGNAME="UNKNOWN" fi fi FROM="$LOGNAME" REPLY_TO="${REPLY_TO:-${REPLYTO:-$LOGNAME}}" # Find out the name of the originator of this PR. if [ -n "$NAME" ]; then ORIGINATOR="$NAME" elif [ -f $HOME/.fullname ]; then ORIGINATOR="`sed -e '1q' $HOME/.fullname`" else # Must use temp file due to incompatibilities in quoting behavior # and to protect shell metacharacters in the expansion of $LOGNAME $PASSWD | grep "^$LOGNAME:" | awk -F: '{print $5}' | sed -e 's/,.*//' > $TEMP0 ORIGINATOR="`cat $TEMP0`" rm -f $TEMP0 fi if [ -n "$ORGANIZATION" ]; then if [ -f "$ORGANIZATION" ]; then ORGANIZATION="`cat $ORGANIZATION`" fi else if [ -n "$DEFAULT_ORGANIZATION" ]; then ORGANIZATION="$DEFAULT_ORGANIZATION" elif [ -f $HOME/.organization ]; then ORGANIZATION="`cat $HOME/.organization`" fi fi # If they don't have a preferred editor set, then use if [ -z "$VISUAL" ]; then if [ -z "$EDITOR" ]; then EDIT=vi else EDIT="$EDITOR" fi else EDIT="$VISUAL" fi # Find out some information. SYSTEM=`( [ -f /bin/uname ] && /bin/uname -a ) || \ ( [ -f /usr/bin/uname ] && /usr/bin/uname -a ) || echo ""` ARCH=`[ -f /bin/arch ] && /bin/arch` MACHINE=`[ -f /bin/machine ] && /bin/machine` COMMAND=`echo $0 | sed -e 's,.*/,,'` USAGE="Usage: $COMMAND [-PVL] [-t address] [-f filename] [-s severity] [-c address] [--request-id] [--version]" REMOVE= BATCH= CC= SEVERITY_C= while [ $# -gt 0 ]; do case "$1" in -r) ;; # Ignore for backward compat. -t | --to) if [ $# -eq 1 ]; then echo "$USAGE"; $REMOVE_TEMP; exit 1; fi shift ; GNATS_ADDR="$1" EXPLICIT_GNATS_ADDR=true ;; -f | --file) if [ $# -eq 1 ]; then echo "$USAGE"; $REMOVE_TEMP; exit 1; fi shift ; IN_FILE="$1" if [ "$IN_FILE" != "-" -a ! -r "$IN_FILE" ]; then echo "$COMMAND: cannot read $IN_FILE" $REMOVE_TEMP exit 1 fi ;; -b | --batch) BATCH=true ;; -c | --cc) if [ $# -eq 1 ]; then echo "$USAGE"; $REMOVE_TEMP; exit 1; fi shift ; CC="$1" ;; -s | --severity) if [ $# -eq 1 ]; then echo "$USAGE"; $REMOVE_TEMP; exit 1; fi shift ; SEVERITY_C="$1" ;; -p | -P | --print) PRINT=true ;; -L | --list) FORMAT=norm ;; -l | -CL | --lisp) FORMAT=lisp ;; --request-id) REQUEST_ID=true ;; -h | --help) echo "$USAGE"; $REMOVE_TEMP; exit 0 ;; -V | --version) cat < max) { max = length($0); } } END {print max + 1;}'` c=`expr 70 / $l` if [ $c -eq 0 ]; then c=1; fi echo "$CATEGORIES" | \ awk 'BEGIN {print "Known categories:"; i = 0 } { printf ("%-'$l'.'$l's", $0); if ((++i % '$c') == 0) { print "" } } END { print ""; }' $REMOVE_TEMP exit 0 ;; esac ORIGINATOR_C='' ORGANIZATION_C='' SYNOPSIS_C='' if [ -z "$SEVERITY_C" ]; then SEVERITY_C='<[ non-critical | serious | critical ] (one line)>' fi PRIORITY_C='<[ low | medium ] (one line)>' CATEGORY_C='' RELEASE_C='' ENVIRONMENT_C='' DESCRIPTION_C='' HOW_TO_REPEAT_C='' FIX_C='' # Catch some signals. ($xs kludge needed by Sun /bin/sh) xs=0 trap '$REMOVE_TEMP; exit $xs' 0 trap 'echo "$COMMAND: Aborting ..."; $REMOVE_TEMP; xs=1; exit' 1 3 13 15 # If they told us to use a specific file, then do so. if [ -n "$IN_FILE" ]; then if [ "$IN_FILE" = "-" ]; then # The PR is coming from the standard input. if [ -n "$EXPLICIT_GNATS_ADDR" ]; then sed -e "s;^[Tt][Oo]:.*;To: $GNATS_ADDR;" > $TEMP else cat > $TEMP fi else # Use the file they named. if [ -n "$EXPLICIT_GNATS_ADDR" ]; then sed -e "s;^[Tt][Oo]:.*;To: $GNATS_ADDR;" $IN_FILE > $TEMP else cat $IN_FILE > $TEMP fi fi else if [ -n "$PR_FORM" -a -z "$PRINT_INTERN" ]; then # If their PR_FORM points to a bogus entry, then bail. if [ ! -f "$PR_FORM" -o ! -r "$PR_FORM" -o ! -s "$PR_FORM" ]; then echo "$COMMAND: can't seem to read your template file (\`$PR_FORM'), ignoring PR_FORM" sleep 1 PRINT_INTERN=bad_prform fi fi if [ -n "$PR_FORM" -a -z "$PRINT_INTERN" ]; then cp $PR_FORM $TEMP || ( echo "$COMMAND: could not copy $PR_FORM" ; xs=1; exit ) else for file in $TEMP $REF ; do cat > $file << '__EOF__' SEND-PR: -*- send-pr -*- SEND-PR: Lines starting with `SEND-PR' will be removed automatically, as SEND-PR: will all comments (text enclosed in `<' and `>'). SEND-PR: SEND-PR: Please consult the GCC manual if you are not sure how to SEND-PR: fill out a problem report. SEND-PR: Note that the Synopsis field is mandatory. The Subject (for SEND-PR: the mail) will be made the same as Synopsis unless explicitly SEND-PR: changed. SEND-PR: SEND-PR: Choose from the following categories: SEND-PR: __EOF__ # Format the categories so they fit onto lines. l=`echo "$CATEGORIES" | \ awk 'BEGIN {max = 0; } { if (length($0) > max) { max = length($0); } } END {print max + 1;}'` c=`expr 61 / $l` if [ $c -eq 0 ]; then c=1; fi echo "$CATEGORIES" | \ awk 'BEGIN {printf "SEND-PR: "; i = 0 } { printf ("%-'$l'.'$l's", $0); if ((++i % '$c') == 0) { printf "\nSEND-PR: " } } END { printf "\nSEND-PR:\n"; }' >> $file cat >> $file << __EOF__ To: $GNATS_ADDR Subject: From: $FROM Reply-To: $REPLYTO Cc: $CC X-send-pr-version: $VERSION X-GNATS-Notify: >Submitter-Id: $SUBMITTER >Originator: $ORIGINATOR >Organization: ${ORGANIZATION-$ORGANIZATION_C} >Confidential: no SEND-PR: Leave "Confidential" as "no"; all GCC PRs are public. >Synopsis: $SYNOPSIS_C >Severity: $SEVERITY_C SEND-PR: critical GCC is completely not operational; no work-around known. SEND-PR: serious GCC is not working properly; a work-around is possible. SEND-PR: non-critical Report indicates minor problem. >Priority: $PRIORITY_C SEND-PR: medium The problem should be solved in the next release. SEND-PR: low The problem should be solve in a future release. >Category: $CATEGORY_C >Class: <[ doc-bug | accepts-illegal | rejects-legal | wrong-code | ice-on-legal-code| ice-on-illegal-code | pessimizes-code | sw-bug | change-request | support ] (one line)> SEND-PR: doc-bug The documentation is incorrect. SEND-PR: accepts-illegal GCC fails to reject erroneous code. SEND-PR: rejects-legal GCC gives an error message for correct code. SEND-PR: wrong-code The machine code generated by gcc is incorrect. SEND-PR: ice-on-legal-code GCC gives an Internal Compiler Error (ICE) SEND-PR: for correct code SEND-PR: ice-on-illegal-code GCC gives an ICE instead of reporting an error SEND-PR: pessimizes-code GCC misses an important optimization opportunity SEND-PR: sw-bug Software bug of some other class than above SEND-PR: change-request A feature in GCC is missing. SEND-PR: support I need help with gcc. >Release: ${DEFAULT_RELEASE-$RELEASE_C} >Environment: `[ -n "$SYSTEM" ] && echo System: $SYSTEM` `[ -n "$ARCH" ] && echo Architecture: $ARCH` `[ -n "$MACHINE" ] && echo Machine: $MACHINE` $ENVIRONMENT_C host: i386-pc-solaris2.11 build: i386-pc-solaris2.11 target: i386-pc-solaris2.11 __EOF__ cat >> $file << \__EOF__ configured with: ./configure --prefix=/opt/aosug --with-gnu-as --with-as=/usr/sfw/bin/gas --without-gnu-ld --with-ld=/usr/ccs/bin/ld --with-gmp=/opt/aosug --with-mpfr=/opt/aosug __EOF__ cat >> $file << __EOF__ >Description: $DESCRIPTION_C >How-To-Repeat: $HOW_TO_REPEAT_C >Fix: $FIX_C __EOF__ done fi if [ "$PRINT" = true -o "$PRINT_INTERN" = true ]; then cat $TEMP xs=0; exit fi chmod u+w $TEMP if [ -z "$REQUEST_ID" ]; then eval $EDIT $TEMP else ed -s $TEMP << '__EOF__' /^Subject/s/^Subject:.*/Subject: request for a customer id/ /^>Category/s/^>Category:.*/>Category: send-pr/ w q __EOF__ fi if cmp -s $REF $TEMP ; then echo "$COMMAND: problem report not filled out, therefore not sent" xs=1; exit fi fi # # Check the enumeration fields # This is a "sed-subroutine" with one keyword parameter # (with workaround for Sun sed bug) # SED_CMD=' /$PATTERN/{ s||| s|<.*>|| s|^[ ]*|| s|[ ]*$|| p q }' while [ -z "$REQUEST_ID" ]; do CNT=0 # 1) Confidential # PATTERN=">Confidential:" CONFIDENTIAL=`eval sed -n -e "\"$SED_CMD\"" $TEMP` case "$CONFIDENTIAL" in no) CNT=`expr $CNT + 1` ;; *) echo "$COMMAND: \`$CONFIDENTIAL' is not a valid value for \`Confidential'." ;; esac # # 2) Severity # PATTERN=">Severity:" SEVERITY=`eval sed -n -e "\"$SED_CMD\"" $TEMP` case "$SEVERITY" in ""|non-critical|serious|critical) CNT=`expr $CNT + 1` ;; *) echo "$COMMAND: \`$SEVERITY' is not a valid value for \`Severity'." esac # # 3) Priority # PATTERN=">Priority:" PRIORITY=`eval sed -n -e "\"$SED_CMD\"" $TEMP` case "$PRIORITY" in ""|low|medium) CNT=`expr $CNT + 1` ;; high) echo "$COMMAND: \`Priority: high' is reserved for GCC maintainers." ;; *) echo "$COMMAND: \`$PRIORITY' is not a valid value for \`Priority'." esac # # 4) Category # PATTERN=">Category:" CATEGORY=`eval sed -n -e "\"$SED_CMD\"" $TEMP` FOUND= for C in $CATEGORIES do if [ "$C" = "$CATEGORY" ]; then FOUND=true ; break ; fi done if [ -n "$FOUND" ]; then CNT=`expr $CNT + 1` else if [ -z "$CATEGORY" ]; then echo "$COMMAND: you must include a Category: field in your report." else echo "$COMMAND: \`$CATEGORY' is not a known category." fi fi # # 5) Class # PATTERN=">Class:" CLASS=`eval sed -n -e "\"$SED_CMD\"" $TEMP` case "$CLASS" in ""|doc-bug|accepts-illegal|rejects-legal|wrong-code|ice-on-legal-code|ice-on-illegal-code|pessimizes-code|sw-bug|change-request|support) CNT=`expr $CNT + 1` ;; *) echo "$COMMAND: \`$CLASS' is not a valid value for \`Class'." esac # # 6) Check that synopsis is not empty # if grep "^>Synopsis:[ ]*${SYNOPSIS_C}\$" $TEMP > /dev/null then echo "$COMMAND: Synopsis must not be empty." else CNT=`expr $CNT + 1` fi [ $CNT -lt 6 -a -z "$BATCH" ] && echo "Errors were found with the problem report." while true; do if [ -z "$BATCH" ]; then $ECHON1 "a)bort, e)dit or s)end? $ECHON2" read input else if [ $CNT -eq 6 ]; then input=s else input=a fi fi case "$input" in a*) if [ -z "$BATCH" ]; then echo "$COMMAND: the problem report remains in $BAD and is not sent." 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Print code coverage information. -h, --help Print this help, then exit -v, --version Print version number, then exit -a, --all-blocks Show information for every basic block -b, --branch-probabilities Include branch probabilities in output -c, --branch-counts Given counts of branches taken rather than percentages -n, --no-output Do not create an output file -l, --long-file-names Use long output file names for included source files -f, --function-summaries Output summaries for each function -o, --object-directory DIR|FILE Search for object files in DIR or called FILE -p, --preserve-paths Preserve all pathname components -u, --unconditional-branches Show unconditional branch counts too For bug reporting instructions, please see: %s. %s:source file is newer than graph file '%s' (the message is only displayed one per source file) unconditional %2d never executed %s:cannot open data file, assuming not executed %s:version '%.4s', prefer version '%.4s' %s:stamp mismatch with graph file %s:version '%.4s', prefer '%.4s' %s:already seen blocks for '%s' Copyright %s 2009 Free Software Foundation, Inc. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. %s:'%s' lacks entry and/or exit blocks %s:'%s' has arcs to entry block %s:'%s' has arcs from exit block %s:graph is unsolvable for '%s' %9s:%5d:Source is newer than graph %s:error writing output file '%s' %s:could not open output file '%s' %s: option `--%s' doesn't allow an argument %s: option `%c%s' doesn't allow an argument %s: option `%s' requires an argument %s: unrecognized option `--%s' %s: unrecognized option `%c%s' %s: option requires an argument -- %c %s: option `-W %s' is ambiguous %s: option `-W %s' doesn't allow an argument %s%sout of memory allocating %lu bytes after a total of %lu bytes ../.././gcc/gcov-io.c%.*u%%%lld%s '%s' Lines executed:%s of %d No branches No calls No executable lines Branches executed:%s of %d Taken at least once:%s of %d Calls executed:%s of %d call %2d never executed branch %2d taken %s%s call %2d returned %s branch %2d never executed (fallthrough)unconditional %2d taken %s r+b%s:not a gcov data file %s:corrupted %s:profile mismatch for '%s' %s:unknown function '%u' ../.././gcc/gcov-io.h%s:overflowed %s:not a gcov graph file %s:cannot open graph file abcfhlno:puv%s:no functions found /gcov %s%s (C)Function%s:no lines for '%s' File.gcovw%s:creating '%s' --%9s:%5d:Source:%s %9s:%5d:Programs:%u rfunction %s called %s returned %s blocks executed %s#####%9s:%5u:$$$$$%9s:%5u-block %2d /*EOF*/ %9s:%5u:%s%s:cannot open source file %9s:%5d:Graph:%s %9s:%5d:Data:%s %9s:%5d:Runs:%u /opt/aosug/share/localegcc`'utf-8‘’utf8abort in %s, at %s:%d out of memory POSIXLY_CORRECT%s: option `%s' is ambiguous %s: illegal option -- %c %s: invalid option -- %c %s: %s: warning: %s: Internal error: helpversionall-blocksbranch-probabilitiesbranch-countsno-outputlong-file-namesfunction-summariespreserve-pathsobject-directoryobject-fileunconditional-branches?|&6FVfv&6FVfv&6FVfv[ f f  `` ```<oopox(o`o``{MzMz?vp  (   fff hnv{{|}T~T~T~\~d~h~~ !"#$%&'()*+H`~4~ ~0~C ~X~ cjv}~ hT~T~\~d~h~ ~~$8  0~<C > U ' ]! i!6 y~(i$#< `# |#l #  HL~$ %i 8|%e % C~U'Y f~t`( ~~,* pi *q TXPD $zi.8.~ >hF~U~P~f~v8~~~iW t xhp.l7AMZbpP~u|X~d~h~pf `NK $f*}3XP? <<~GdTE RV0 aipx 0d 5 |OF lDdtd! pS ~ hl~(QH i"H'P 19}H et W^d e m@s +}! lf p"`@eG  @~ L~d ' W3 89>DV0 T8P  `PgxX  y  @H~gJ @W3 fP\`0~!0'd& 1P8jEQpVtW eD dkp f. tPz8gHd0 @gJ  Pd! 0m {x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GƏ_kh~,;V/YebU+ceI|+VG+dWKbdqsI|+v|G:9-|9: GGJteu\kԜ:Ԁ{c~d:j5:ev+}GdԜ u bJ.:Xrjb 9<g -1 qHIhqw.73'ǹ\GkVMtWYjBz1r rDc:),r .A++yU:,W9xVu#VV>NG" {I|#%e{UVh tU;IK erYU{G}q~}t9V{U:,V9|G9yVu~q':'3}c9]:‎;fgrX=z+7Hr7u;G# & VQrsH:V,: d/[$rs)WIVuGW GWIsp+9,[q0 U:RL\ v+:<(:Q-J:Qnq|U~cWXe)q~׎:+jgH;-Ǝ~M% +sǜWHd<ń59vcs`j8HfUp>H'qp>Hip>H Oh:Fux9cd ../.././libiberty/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/include/usr/include/usr/include/iso../.././libiberty/../includeargv.cstddef.hstdio_tag.hstdio_impl.hstdio_iso.hsafe-ctype.hXPI;aeJpgHUvhc~U D:I  +UJeLI <J9c:::PsoYc0B@ = 9q~mu +hcHs?s +mcjcGEH⸟sPhV~/#1H!z+,  ../.././libiberty/usr/include/usr/include/isofopen_unlocked.cstdio_impl.hstdio_tag.hstdio_iso.hVrbr tqrjr qrZr(dtc+v9yH ../.././libiberty/usr/include../.././libiberty/../include/usr/include/isogetopt.cstdio_impl.hstdio_tag.hgetopt.hstdlib.hstdio_iso.hstdio.hWqwG ,H'^+(_,H'᝝!rp+{qsVe;fc|+9VW#eV2 * tq +t-)U~w}Ŭ&Vrq{ 9FY+|rk~Ӝ~ǎ fc5)uq3~*qU0|c?&~qdg}+Q{q~cV~{qR+%:WɎ"Ucud~G&+(:drYUd9qcU=:}z&dgwX ../.././libiberty../.././libiberty/../includegetopt1.cgetopt.hPddrUdM1 ../.././libibertylbasename.cd1 G,pv82 ../.././libibertysafe-ctype.cE- ../.././libibertyxexit.cd/d,  ../.././libiberty/opt/pkgs/gcc-4.4.0/host-i386-pc-solaris2.11/prev-gcc/include/usr/include/usr/include/isoxmalloc.cstddef.hstdio_tag.hstdio_impl.hstdio_iso.hddS/h0a v~-9eJKyguxjeuR dK ../.././libiberty/usr/include/sysxstrdup.ctypes.hA| 'AB DF. !AB BX.$!6AB F].$#<AB `#AB |#lAB D #AB Hf.$AB J.|%eAB P.$%AB F. 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V4VszV}VV<V]V^VVFVV & V, V  V, T V9 F Vn v V;-S}SS+]S^sSXiSS M SR m S, T SPP}PnsPXPPR a P  PTP7ePhuP]P"FPPP P PTV(4V7zV]VP:V"FVV VH R V V , VT f Vl 9 VF n Vv V(-S:SH M S  S ~ S , ST S S  S 9 Sc i Sv S P P  P' , P t t utt!u$%t%'t'Eu  P&%Pttutt0u0u01t13t3uP{PPPttuPuPuSu Su SPPtt0uSu*S*0uVu 0V01t13t3^u0>>@S@PuPSSSUuU^Stt2u(/V3#mainX3#7gcc_gettext_widthgcc_init_libintlopen_quote$close_quoteJj$?version_stringfpkgversion_stringbug_report_url%?ctrim_filenameerrorwarningSinternal_errorfancy_abortfatalhave_error,prognameRN(freeargvwriteargvbuildargv3dupargvexpandargvs-DNfdopen_unlockedfopen_unlockedfreopen_unlockedunlock_std_streamsunlock_streamsF0_getopt_internalgetoptoptargoptindopterroptopt__getopt_initialized3&6getopt_long_only"getopt_long7VlbasenameAF8i_sch_istable_sch_toupper_sch_tolower+9Vxexit_xexit_cleanupc9Rxmalloc_set_program_namexmalloc_failedxreallocxcallocMxmallocv<xstrdup  .3#NK<%OhfP8gHgJgJN(XPQ-VF0W &6PdE7d&9d9d^v< ??= ??/ ??' ??! ??- Replacement: [ ] { } # \ ^ | ~ 3. Continued lines are merged into one long line. A continued line is a line which ends with a backslash, `\'. The backslash is removed and the following line is joined with the current one. No space is inserted, so you may split a line anywhere, even in the middle of a word. (It is generally more readable to split lines only at white space.) The trailing backslash on a continued line is commonly referred to as a "backslash-newline". If there is white space between a backslash and the end of a line, that is still a continued line. However, as this is usually the result of an editing mistake, and many compilers will not accept it as a continued line, GCC will warn you about it. 4. All comments are replaced with single spaces. There are two kinds of comments. "Block comments" begin with `/*' and continue until the next `*/'. Block comments do not nest: /* this is /* one comment */ text outside comment "Line comments" begin with `//' and continue to the end of the current line. Line comments do not nest either, but it does not matter, because they would end in the same place anyway. // this is // one comment text outside comment It is safe to put line comments inside block comments, or vice versa. /* block comment // contains line comment yet more comment */ outside comment // line comment /* contains block comment */ But beware of commenting out one end of a block comment with a line comment. // l.c. /* block comment begins oops! this isn't a comment anymore */ Comments are not recognized within string literals. "/* blah */" is the string constant `/* blah */', not an empty string. Line comments are not in the 1989 edition of the C standard, but they are recognized by GCC as an extension. In C++ and in the 1999 edition of the C standard, they are an official part of the language. Since these transformations happen before all other processing, you can split a line mechanically with backslash-newline anywhere. You can comment out the end of a line. You can continue a line comment onto the next line with backslash-newline. You can even split `/*', `*/', and `//' onto multiple lines with backslash-newline. For example: /\ * */ # /* */ defi\ ne FO\ O 10\ 20 is equivalent to `#define FOO 1020'. All these tricks are extremely confusing and should not be used in code intended to be readable. There is no way to prevent a backslash at the end of a line from being interpreted as a backslash-newline. This cannot affect any correct program, however.  File: cpp.info, Node: Tokenization, Next: The preprocessing language, Prev: Initial processing, Up: Overview 1.3 Tokenization ================ After the textual transformations are finished, the input file is converted into a sequence of "preprocessing tokens". These mostly correspond to the syntactic tokens used by the C compiler, but there are a few differences. White space separates tokens; it is not itself a token of any kind. Tokens do not have to be separated by white space, but it is often necessary to avoid ambiguities. When faced with a sequence of characters that has more than one possible tokenization, the preprocessor is greedy. It always makes each token, starting from the left, as big as possible before moving on to the next token. For instance, `a+++++b' is interpreted as `a ++ ++ + b', not as `a ++ + ++ b', even though the latter tokenization could be part of a valid C program and the former could not. Once the input file is broken into tokens, the token boundaries never change, except when the `##' preprocessing operator is used to paste tokens together. *Note Concatenation::. For example, #define foo() bar foo()baz ==> bar baz _not_ ==> barbaz The compiler does not re-tokenize the preprocessor's output. Each preprocessing token becomes one compiler token. Preprocessing tokens fall into five broad classes: identifiers, preprocessing numbers, string literals, punctuators, and other. An "identifier" is the same as an identifier in C: any sequence of letters, digits, or underscores, which begins with a letter or underscore. Keywords of C have no significance to the preprocessor; they are ordinary identifiers. You can define a macro whose name is a keyword, for instance. The only identifier which can be considered a preprocessing keyword is `defined'. *Note Defined::. This is mostly true of other languages which use the C preprocessor. However, a few of the keywords of C++ are significant even in the preprocessor. *Note C++ Named Operators::. In the 1999 C standard, identifiers may contain letters which are not part of the "basic source character set", at the implementation's discretion (such as accented Latin letters, Greek letters, or Chinese ideograms). This may be done with an extended character set, or the `\u' and `\U' escape sequences. The implementation of this feature in GCC is experimental; such characters are only accepted in the `\u' and `\U' forms and only if `-fextended-identifiers' is used. As an extension, GCC treats `$' as a letter. This is for compatibility with some systems, such as VMS, where `$' is commonly used in system-defined function and object names. `$' is not a letter in strictly conforming mode, or if you specify the `-$' option. *Note Invocation::. A "preprocessing number" has a rather bizarre definition. The category includes all the normal integer and floating point constants one expects of C, but also a number of other things one might not initially recognize as a number. Formally, preprocessing numbers begin with an optional period, a required decimal digit, and then continue with any sequence of letters, digits, underscores, periods, and exponents. Exponents are the two-character sequences `e+', `e-', `E+', `E-', `p+', `p-', `P+', and `P-'. (The exponents that begin with `p' or `P' are new to C99. They are used for hexadecimal floating-point constants.) The purpose of this unusual definition is to isolate the preprocessor from the full complexity of numeric constants. It does not have to distinguish between lexically valid and invalid floating-point numbers, which is complicated. The definition also permits you to split an identifier at any position and get exactly two tokens, which can then be pasted back together with the `##' operator. It's possible for preprocessing numbers to cause programs to be misinterpreted. For example, `0xE+12' is a preprocessing number which does not translate to any valid numeric constant, therefore a syntax error. It does not mean `0xE + 12', which is what you might have intended. "String literals" are string constants, character constants, and header file names (the argument of `#include').(1) String constants and character constants are straightforward: "..." or '...'. In either case embedded quotes should be escaped with a backslash: '\'' is the character constant for `''. There is no limit on the length of a character constant, but the value of a character constant that contains more than one character is implementation-defined. *Note Implementation Details::. Header file names either look like string constants, "...", or are written with angle brackets instead, <...>. In either case, backslash is an ordinary character. There is no way to escape the closing quote or angle bracket. The preprocessor looks for the header file in different places depending on which form you use. *Note Include Operation::. No string literal may extend past the end of a line. Older versions of GCC accepted multi-line string constants. You may use continued lines instead, or string constant concatenation. *Note Differences from previous versions::. "Punctuators" are all the usual bits of punctuation which are meaningful to C and C++. All but three of the punctuation characters in ASCII are C punctuators. The exceptions are `@', `$', and ``'. In addition, all the two- and three-character operators are punctuators. There are also six "digraphs", which the C++ standard calls "alternative tokens", which are merely alternate ways to spell other punctuators. This is a second attempt to work around missing punctuation in obsolete systems. It has no negative side effects, unlike trigraphs, but does not cover as much ground. The digraphs and their corresponding normal punctuators are: Digraph: <% %> <: :> %: %:%: Punctuator: { } [ ] # ## Any other single character is considered "other". It is passed on to the preprocessor's output unmolested. The C compiler will almost certainly reject source code containing "other" tokens. In ASCII, the only other characters are `@', `$', ``', and control characters other than NUL (all bits zero). (Note that `$' is normally considered a letter.) All characters with the high bit set (numeric range 0x7F-0xFF) are also "other" in the present implementation. This will change when proper support for international character sets is added to GCC. NUL is a special case because of the high probability that its appearance is accidental, and because it may be invisible to the user (many terminals do not display NUL at all). Within comments, NULs are silently ignored, just as any other character would be. In running text, NUL is considered white space. For example, these two directives have the same meaning. #define X^@1 #define X 1 (where `^@' is ASCII NUL). Within string or character constants, NULs are preserved. In the latter two cases the preprocessor emits a warning message. ---------- Footnotes ---------- (1) The C standard uses the term "string literal" to refer only to what we are calling "string constants".  File: cpp.info, Node: The preprocessing language, Prev: Tokenization, Up: Overview 1.4 The preprocessing language ============================== After tokenization, the stream of tokens may simply be passed straight to the compiler's parser. However, if it contains any operations in the "preprocessing language", it will be transformed first. This stage corresponds roughly to the standard's "translation phase 4" and is what most people think of as the preprocessor's job. The preprocessing language consists of "directives" to be executed and "macros" to be expanded. Its primary capabilities are: * Inclusion of header files. These are files of declarations that can be substituted into your program. * Macro expansion. You can define "macros", which are abbreviations for arbitrary fragments of C code. The preprocessor will replace the macros with their definitions throughout the program. Some macros are automatically defined for you. * Conditional compilation. You can include or exclude parts of the program according to various conditions. * Line control. If you use a program to combine or rearrange source files into an intermediate file which is then compiled, you can use line control to inform the compiler where each source line originally came from. * Diagnostics. You can detect problems at compile time and issue errors or warnings. There are a few more, less useful, features. Except for expansion of predefined macros, all these operations are triggered with "preprocessing directives". Preprocessing directives are lines in your program that start with `#'. Whitespace is allowed before and after the `#'. The `#' is followed by an identifier, the "directive name". It specifies the operation to perform. Directives are commonly referred to as `#NAME' where NAME is the directive name. For example, `#define' is the directive that defines a macro. The `#' which begins a directive cannot come from a macro expansion. Also, the directive name is not macro expanded. Thus, if `foo' is defined as a macro expanding to `define', that does not make `#foo' a valid preprocessing directive. The set of valid directive names is fixed. Programs cannot define new preprocessing directives. Some directives require arguments; these make up the rest of the directive line and must be separated from the directive name by whitespace. For example, `#define' must be followed by a macro name and the intended expansion of the macro. A preprocessing directive cannot cover more than one line. The line may, however, be continued with backslash-newline, or by a block comment which extends past the end of the line. In either case, when the directive is processed, the continuations have already been merged with the first line to make one long line.  File: cpp.info, Node: Header Files, Next: Macros, Prev: Overview, Up: Top 2 Header Files ************** A header file is a file containing C declarations and macro definitions (*note Macros::) to be shared between several source files. You request the use of a header file in your program by "including" it, with the C preprocessing directive `#include'. Header files serve two purposes. * System header files declare the interfaces to parts of the operating system. You include them in your program to supply the definitions and declarations you need to invoke system calls and libraries. * Your own header files contain declarations for interfaces between the source files of your program. Each time you have a group of related declarations and macro definitions all or most of which are needed in several different source files, it is a good idea to create a header file for them. Including a header file produces the same results as copying the header file into each source file that needs it. Such copying would be time-consuming and error-prone. With a header file, the related declarations appear in only one place. If they need to be changed, they can be changed in one place, and programs that include the header file will automatically use the new version when next recompiled. The header file eliminates the labor of finding and changing all the copies as well as the risk that a failure to find one copy will result in inconsistencies within a program. In C, the usual convention is to give header files names that end with `.h'. It is most portable to use only letters, digits, dashes, and underscores in header file names, and at most one dot. * Menu: * Include Syntax:: * Include Operation:: * Search Path:: * Once-Only Headers:: * Alternatives to Wrapper #ifndef:: * Computed Includes:: * Wrapper Headers:: * System Headers::  File: cpp.info, Node: Include Syntax, Next: Include Operation, Up: Header Files 2.1 Include Syntax ================== Both user and system header files are included using the preprocessing directive `#include'. It has two variants: `#include ' This variant is used for system header files. It searches for a file named FILE in a standard list of system directories. You can prepend directories to this list with the `-I' option (*note Invocation::). `#include "FILE"' This variant is used for header files of your own program. It searches for a file named FILE first in the directory containing the current file, then in the quote directories and then the same directories used for `'. You can prepend directories to the list of quote directories with the `-iquote' option. The argument of `#include', whether delimited with quote marks or angle brackets, behaves like a string constant in that comments are not recognized, and macro names are not expanded. Thus, `#include ' specifies inclusion of a system header file named `x/*y'. However, if backslashes occur within FILE, they are considered ordinary text characters, not escape characters. None of the character escape sequences appropriate to string constants in C are processed. Thus, `#include "x\n\\y"' specifies a filename containing three backslashes. (Some systems interpret `\' as a pathname separator. All of these also interpret `/' the same way. It is most portable to use only `/'.) It is an error if there is anything (other than comments) on the line after the file name.  File: cpp.info, Node: Include Operation, Next: Search Path, Prev: Include Syntax, Up: Header Files 2.2 Include Operation ===================== The `#include' directive works by directing the C preprocessor to scan the specified file as input before continuing with the rest of the current file. The output from the preprocessor contains the output already generated, followed by the output resulting from the included file, followed by the output that comes from the text after the `#include' directive. For example, if you have a header file `header.h' as follows, char *test (void); and a main program called `program.c' that uses the header file, like this, int x; #include "header.h" int main (void) { puts (test ()); } the compiler will see the same token stream as it would if `program.c' read int x; char *test (void); int main (void) { puts (test ()); } Included files are not limited to declarations and macro definitions; those are merely the typical uses. Any fragment of a C program can be included from another file. The include file could even contain the beginning of a statement that is concluded in the containing file, or the end of a statement that was started in the including file. However, an included file must consist of complete tokens. Comments and string literals which have not been closed by the end of an included file are invalid. For error recovery, they are considered to end at the end of the file. To avoid confusion, it is best if header files contain only complete syntactic units--function declarations or definitions, type declarations, etc. The line following the `#include' directive is always treated as a separate line by the C preprocessor, even if the included file lacks a final newline.  File: cpp.info, Node: Search Path, Next: Once-Only Headers, Prev: Include Operation, Up: Header Files 2.3 Search Path =============== GCC looks in several different places for headers. On a normal Unix system, if you do not instruct it otherwise, it will look for headers requested with `#include ' in: /usr/local/include LIBDIR/gcc/TARGET/VERSION/include /usr/TARGET/include /usr/include For C++ programs, it will also look in `/usr/include/g++-v3', first. In the above, TARGET is the canonical name of the system GCC was configured to compile code for; often but not always the same as the canonical name of the system it runs on. VERSION is the version of GCC in use. You can add to this list with the `-IDIR' command line option. All the directories named by `-I' are searched, in left-to-right order, _before_ the default directories. The only exception is when `dir' is already searched by default. In this case, the option is ignored and the search order for system directories remains unchanged. Duplicate directories are removed from the quote and bracket search chains before the two chains are merged to make the final search chain. Thus, it is possible for a directory to occur twice in the final search chain if it was specified in both the quote and bracket chains. You can prevent GCC from searching any of the default directories with the `-nostdinc' option. This is useful when you are compiling an operating system kernel or some other program that does not use the standard C library facilities, or the standard C library itself. `-I' options are not ignored as described above when `-nostdinc' is in effect. GCC looks for headers requested with `#include "FILE"' first in the directory containing the current file, then in the directories as specified by `-iquote' options, then in the same places it would have looked for a header requested with angle brackets. For example, if `/usr/include/sys/stat.h' contains `#include "types.h"', GCC looks for `types.h' first in `/usr/include/sys', then in its usual search path. `#line' (*note Line Control::) does not change GCC's idea of the directory containing the current file. You may put `-I-' at any point in your list of `-I' options. This has two effects. First, directories appearing before the `-I-' in the list are searched only for headers requested with quote marks. Directories after `-I-' are searched for all headers. Second, the directory containing the current file is not searched for anything, unless it happens to be one of the directories named by an `-I' switch. `-I-' is deprecated, `-iquote' should be used instead. `-I. -I-' is not the same as no `-I' options at all, and does not cause the same behavior for `<>' includes that `""' includes get with no special options. `-I.' searches the compiler's current working directory for header files. That may or may not be the same as the directory containing the current file. If you need to look for headers in a directory named `-', write `-I./-'. There are several more ways to adjust the header search path. They are generally less useful. *Note Invocation::.  File: cpp.info, Node: Once-Only Headers, Next: Alternatives to Wrapper #ifndef, Prev: Search Path, Up: Header Files 2.4 Once-Only Headers ===================== If a header file happens to be included twice, the compiler will process its contents twice. This is very likely to cause an error, e.g. when the compiler sees the same structure definition twice. Even if it does not, it will certainly waste time. The standard way to prevent this is to enclose the entire real contents of the file in a conditional, like this: /* File foo. */ #ifndef FILE_FOO_SEEN #define FILE_FOO_SEEN THE ENTIRE FILE #endif /* !FILE_FOO_SEEN */ This construct is commonly known as a "wrapper #ifndef". When the header is included again, the conditional will be false, because `FILE_FOO_SEEN' is defined. The preprocessor will skip over the entire contents of the file, and the compiler will not see it twice. CPP optimizes even further. It remembers when a header file has a wrapper `#ifndef'. If a subsequent `#include' specifies that header, and the macro in the `#ifndef' is still defined, it does not bother to rescan the file at all. You can put comments outside the wrapper. They will not interfere with this optimization. The macro `FILE_FOO_SEEN' is called the "controlling macro" or "guard macro". In a user header file, the macro name should not begin with `_'. In a system header file, it should begin with `__' to avoid conflicts with user programs. In any kind of header file, the macro name should contain the name of the file and some additional text, to avoid conflicts with other header files.  File: cpp.info, Node: Alternatives to Wrapper #ifndef, Next: Computed Includes, Prev: Once-Only Headers, Up: Header Files 2.5 Alternatives to Wrapper #ifndef =================================== CPP supports two more ways of indicating that a header file should be read only once. Neither one is as portable as a wrapper `#ifndef' and we recommend you do not use them in new programs, with the caveat that `#import' is standard practice in Objective-C. CPP supports a variant of `#include' called `#import' which includes a file, but does so at most once. If you use `#import' instead of `#include', then you don't need the conditionals inside the header file to prevent multiple inclusion of the contents. `#import' is standard in Objective-C, but is considered a deprecated extension in C and C++. `#import' is not a well designed feature. It requires the users of a header file to know that it should only be included once. It is much better for the header file's implementor to write the file so that users don't need to know this. Using a wrapper `#ifndef' accomplishes this goal. In the present implementation, a single use of `#import' will prevent the file from ever being read again, by either `#import' or `#include'. You should not rely on this; do not use both `#import' and `#include' to refer to the same header file. Another way to prevent a header file from being included more than once is with the `#pragma once' directive. If `#pragma once' is seen when scanning a header file, that file will never be read again, no matter what. `#pragma once' does not have the problems that `#import' does, but it is not recognized by all preprocessors, so you cannot rely on it in a portable program.  File: cpp.info, Node: Computed Includes, Next: Wrapper Headers, Prev: Alternatives to Wrapper #ifndef, Up: Header Files 2.6 Computed Includes ===================== Sometimes it is necessary to select one of several different header files to be included into your program. They might specify configuration parameters to be used on different sorts of operating systems, for instance. You could do this with a series of conditionals, #if SYSTEM_1 # include "system_1.h" #elif SYSTEM_2 # include "system_2.h" #elif SYSTEM_3 ... #endif That rapidly becomes tedious. Instead, the preprocessor offers the ability to use a macro for the header name. This is called a "computed include". Instead of writing a header name as the direct argument of `#include', you simply put a macro name there instead: #define SYSTEM_H "system_1.h" ... #include SYSTEM_H `SYSTEM_H' will be expanded, and the preprocessor will look for `system_1.h' as if the `#include' had been written that way originally. `SYSTEM_H' could be defined by your Makefile with a `-D' option. You must be careful when you define the macro. `#define' saves tokens, not text. The preprocessor has no way of knowing that the macro will be used as the argument of `#include', so it generates ordinary tokens, not a header name. This is unlikely to cause problems if you use double-quote includes, which are close enough to string constants. If you use angle brackets, however, you may have trouble. The syntax of a computed include is actually a bit more general than the above. If the first non-whitespace character after `#include' is not `"' or `<', then the entire line is macro-expanded like running text would be. If the line expands to a single string constant, the contents of that string constant are the file to be included. CPP does not re-examine the string for embedded quotes, but neither does it process backslash escapes in the string. Therefore #define HEADER "a\"b" #include HEADER looks for a file named `a\"b'. CPP searches for the file according to the rules for double-quoted includes. If the line expands to a token stream beginning with a `<' token and including a `>' token, then the tokens between the `<' and the first `>' are combined to form the filename to be included. Any whitespace between tokens is reduced to a single space; then any space after the initial `<' is retained, but a trailing space before the closing `>' is ignored. CPP searches for the file according to the rules for angle-bracket includes. In either case, if there are any tokens on the line after the file name, an error occurs and the directive is not processed. It is also an error if the result of expansion does not match either of the two expected forms. These rules are implementation-defined behavior according to the C standard. To minimize the risk of different compilers interpreting your computed includes differently, we recommend you use only a single object-like macro which expands to a string constant. This will also minimize confusion for people reading your program.  File: cpp.info, Node: Wrapper Headers, Next: System Headers, Prev: Computed Includes, Up: Header Files 2.7 Wrapper Headers =================== Sometimes it is necessary to adjust the contents of a system-provided header file without editing it directly. GCC's `fixincludes' operation does this, for example. One way to do that would be to create a new header file with the same name and insert it in the search path before the original header. That works fine as long as you're willing to replace the old header entirely. But what if you want to refer to the old header from the new one? You cannot simply include the old header with `#include'. That will start from the beginning, and find your new header again. If your header is not protected from multiple inclusion (*note Once-Only Headers::), it will recurse infinitely and cause a fatal error. You could include the old header with an absolute pathname: #include "/usr/include/old-header.h" This works, but is not clean; should the system headers ever move, you would have to edit the new headers to match. There is no way to solve this problem within the C standard, but you can use the GNU extension `#include_next'. It means, "Include the _next_ file with this name". This directive works like `#include' except in searching for the specified file: it starts searching the list of header file directories _after_ the directory in which the current file was found. Suppose you specify `-I /usr/local/include', and the list of directories to search also includes `/usr/include'; and suppose both directories contain `signal.h'. Ordinary `#include ' finds the file under `/usr/local/include'. If that file contains `#include_next ', it starts searching after that directory, and finds the file in `/usr/include'. `#include_next' does not distinguish between `' and `"FILE"' inclusion, nor does it check that the file you specify has the same name as the current file. It simply looks for the file named, starting with the directory in the search path after the one where the current file was found. The use of `#include_next' can lead to great confusion. We recommend it be used only when there is no other alternative. In particular, it should not be used in the headers belonging to a specific program; it should be used only to make global corrections along the lines of `fixincludes'.  File: cpp.info, Node: System Headers, Prev: Wrapper Headers, Up: Header Files 2.8 System Headers ================== The header files declaring interfaces to the operating system and runtime libraries often cannot be written in strictly conforming C. Therefore, GCC gives code found in "system headers" special treatment. All warnings, other than those generated by `#warning' (*note Diagnostics::), are suppressed while GCC is processing a system header. Macros defined in a system header are immune to a few warnings wherever they are expanded. This immunity is granted on an ad-hoc basis, when we find that a warning generates lots of false positives because of code in macros defined in system headers. Normally, only the headers found in specific directories are considered system headers. These directories are determined when GCC is compiled. There are, however, two ways to make normal headers into system headers. The `-isystem' command line option adds its argument to the list of directories to search for headers, just like `-I'. Any headers found in that directory will be considered system headers. All directories named by `-isystem' are searched _after_ all directories named by `-I', no matter what their order was on the command line. If the same directory is named by both `-I' and `-isystem', the `-I' option is ignored. GCC provides an informative message when this occurs if `-v' is used. There is also a directive, `#pragma GCC system_header', which tells GCC to consider the rest of the current include file a system header, no matter where it was found. Code that comes before the `#pragma' in the file will not be affected. `#pragma GCC system_header' has no effect in the primary source file. On very old systems, some of the pre-defined system header directories get even more special treatment. GNU C++ considers code in headers found in those directories to be surrounded by an `extern "C"' block. There is no way to request this behavior with a `#pragma', or from the command line.  File: cpp.info, Node: Macros, Next: Conditionals, Prev: Header Files, Up: Top 3 Macros ******** A "macro" is a fragment of code which has been given a name. Whenever the name is used, it is replaced by the contents of the macro. There are two kinds of macros. They differ mostly in what they look like when they are used. "Object-like" macros resemble data objects when used, "function-like" macros resemble function calls. You may define any valid identifier as a macro, even if it is a C keyword. The preprocessor does not know anything about keywords. This can be useful if you wish to hide a keyword such as `const' from an older compiler that does not understand it. However, the preprocessor operator `defined' (*note Defined::) can never be defined as a macro, and C++'s named operators (*note C++ Named Operators::) cannot be macros when you are compiling C++. * Menu: * Object-like Macros:: * Function-like Macros:: * Macro Arguments:: * Stringification:: * Concatenation:: * Variadic Macros:: * Predefined Macros:: * Undefining and Redefining Macros:: * Directives Within Macro Arguments:: * Macro Pitfalls::  File: cpp.info, Node: Object-like Macros, Next: Function-like Macros, Up: Macros 3.1 Object-like Macros ====================== An "object-like macro" is a simple identifier which will be replaced by a code fragment. It is called object-like because it looks like a data object in code that uses it. They are most commonly used to give symbolic names to numeric constants. You create macros with the `#define' directive. `#define' is followed by the name of the macro and then the token sequence it should be an abbreviation for, which is variously referred to as the macro's "body", "expansion" or "replacement list". For example, #define BUFFER_SIZE 1024 defines a macro named `BUFFER_SIZE' as an abbreviation for the token `1024'. If somewhere after this `#define' directive there comes a C statement of the form foo = (char *) malloc (BUFFER_SIZE); then the C preprocessor will recognize and "expand" the macro `BUFFER_SIZE'. The C compiler will see the same tokens as it would if you had written foo = (char *) malloc (1024); By convention, macro names are written in uppercase. Programs are easier to read when it is possible to tell at a glance which names are macros. The macro's body ends at the end of the `#define' line. You may continue the definition onto multiple lines, if necessary, using backslash-newline. When the macro is expanded, however, it will all come out on one line. For example, #define NUMBERS 1, \ 2, \ 3 int x[] = { NUMBERS }; ==> int x[] = { 1, 2, 3 }; The most common visible consequence of this is surprising line numbers in error messages. There is no restriction on what can go in a macro body provided it decomposes into valid preprocessing tokens. Parentheses need not balance, and the body need not resemble valid C code. (If it does not, you may get error messages from the C compiler when you use the macro.) The C preprocessor scans your program sequentially. Macro definitions take effect at the place you write them. Therefore, the following input to the C preprocessor foo = X; #define X 4 bar = X; produces foo = X; bar = 4; When the preprocessor expands a macro name, the macro's expansion replaces the macro invocation, then the expansion is examined for more macros to expand. For example, #define TABLESIZE BUFSIZE #define BUFSIZE 1024 TABLESIZE ==> BUFSIZE ==> 1024 `TABLESIZE' is expanded first to produce `BUFSIZE', then that macro is expanded to produce the final result, `1024'. Notice that `BUFSIZE' was not defined when `TABLESIZE' was defined. The `#define' for `TABLESIZE' uses exactly the expansion you specify--in this case, `BUFSIZE'--and does not check to see whether it too contains macro names. Only when you _use_ `TABLESIZE' is the result of its expansion scanned for more macro names. This makes a difference if you change the definition of `BUFSIZE' at some point in the source file. `TABLESIZE', defined as shown, will always expand using the definition of `BUFSIZE' that is currently in effect: #define BUFSIZE 1020 #define TABLESIZE BUFSIZE #undef BUFSIZE #define BUFSIZE 37 Now `TABLESIZE' expands (in two stages) to `37'. If the expansion of a macro contains its own name, either directly or via intermediate macros, it is not expanded again when the expansion is examined for more macros. This prevents infinite recursion. *Note Self-Referential Macros::, for the precise details.  File: cpp.info, Node: Function-like Macros, Next: Macro Arguments, Prev: Object-like Macros, Up: Macros 3.2 Function-like Macros ======================== You can also define macros whose use looks like a function call. These are called "function-like macros". To define a function-like macro, you use the same `#define' directive, but you put a pair of parentheses immediately after the macro name. For example, #define lang_init() c_init() lang_init() ==> c_init() A function-like macro is only expanded if its name appears with a pair of parentheses after it. If you write just the name, it is left alone. This can be useful when you have a function and a macro of the same name, and you wish to use the function sometimes. extern void foo(void); #define foo() /* optimized inline version */ ... foo(); funcptr = foo; Here the call to `foo()' will use the macro, but the function pointer will get the address of the real function. If the macro were to be expanded, it would cause a syntax error. If you put spaces between the macro name and the parentheses in the macro definition, that does not define a function-like macro, it defines an object-like macro whose expansion happens to begin with a pair of parentheses. #define lang_init () c_init() lang_init() ==> () c_init()() The first two pairs of parentheses in this expansion come from the macro. The third is the pair that was originally after the macro invocation. Since `lang_init' is an object-like macro, it does not consume those parentheses.  File: cpp.info, Node: Macro Arguments, Next: Stringification, Prev: Function-like Macros, Up: Macros 3.3 Macro Arguments =================== Function-like macros can take "arguments", just like true functions. To define a macro that uses arguments, you insert "parameters" between the pair of parentheses in the macro definition that make the macro function-like. The parameters must be valid C identifiers, separated by commas and optionally whitespace. To invoke a macro that takes arguments, you write the name of the macro followed by a list of "actual arguments" in parentheses, separated by commas. The invocation of the macro need not be restricted to a single logical line--it can cross as many lines in the source file as you wish. The number of arguments you give must match the number of parameters in the macro definition. When the macro is expanded, each use of a parameter in its body is replaced by the tokens of the corresponding argument. (You need not use all of the parameters in the macro body.) As an example, here is a macro that computes the minimum of two numeric values, as it is defined in many C programs, and some uses. #define min(X, Y) ((X) < (Y) ? (X) : (Y)) x = min(a, b); ==> x = ((a) < (b) ? (a) : (b)); y = min(1, 2); ==> y = ((1) < (2) ? (1) : (2)); z = min(a + 28, *p); ==> z = ((a + 28) < (*p) ? (a + 28) : (*p)); (In this small example you can already see several of the dangers of macro arguments. *Note Macro Pitfalls::, for detailed explanations.) Leading and trailing whitespace in each argument is dropped, and all whitespace between the tokens of an argument is reduced to a single space. Parentheses within each argument must balance; a comma within such parentheses does not end the argument. However, there is no requirement for square brackets or braces to balance, and they do not prevent a comma from separating arguments. Thus, macro (array[x = y, x + 1]) passes two arguments to `macro': `array[x = y' and `x + 1]'. If you want to supply `array[x = y, x + 1]' as an argument, you can write it as `array[(x = y, x + 1)]', which is equivalent C code. All arguments to a macro are completely macro-expanded before they are substituted into the macro body. After substitution, the complete text is scanned again for macros to expand, including the arguments. This rule may seem strange, but it is carefully designed so you need not worry about whether any function call is actually a macro invocation. You can run into trouble if you try to be too clever, though. *Note Argument Prescan::, for detailed discussion. For example, `min (min (a, b), c)' is first expanded to min (((a) < (b) ? (a) : (b)), (c)) and then to ((((a) < (b) ? (a) : (b))) < (c) ? (((a) < (b) ? (a) : (b))) : (c)) (Line breaks shown here for clarity would not actually be generated.) You can leave macro arguments empty; this is not an error to the preprocessor (but many macros will then expand to invalid code). You cannot leave out arguments entirely; if a macro takes two arguments, there must be exactly one comma at the top level of its argument list. Here are some silly examples using `min': min(, b) ==> (( ) < (b) ? ( ) : (b)) min(a, ) ==> ((a ) < ( ) ? (a ) : ( )) min(,) ==> (( ) < ( ) ? ( ) : ( )) min((,),) ==> (((,)) < ( ) ? ((,)) : ( )) min() error--> macro "min" requires 2 arguments, but only 1 given min(,,) error--> macro "min" passed 3 arguments, but takes just 2 Whitespace is not a preprocessing token, so if a macro `foo' takes one argument, `foo ()' and `foo ( )' both supply it an empty argument. Previous GNU preprocessor implementations and documentation were incorrect on this point, insisting that a function-like macro that takes a single argument be passed a space if an empty argument was required. Macro parameters appearing inside string literals are not replaced by their corresponding actual arguments. #define foo(x) x, "x" foo(bar) ==> bar, "x"  File: cpp.info, Node: Stringification, Next: Concatenation, Prev: Macro Arguments, Up: Macros 3.4 Stringification =================== Sometimes you may want to convert a macro argument into a string constant. Parameters are not replaced inside string constants, but you can use the `#' preprocessing operator instead. When a macro parameter is used with a leading `#', the preprocessor replaces it with the literal text of the actual argument, converted to a string constant. Unlike normal parameter replacement, the argument is not macro-expanded first. This is called "stringification". There is no way to combine an argument with surrounding text and stringify it all together. Instead, you can write a series of adjacent string constants and stringified arguments. The preprocessor will replace the stringified arguments with string constants. The C compiler will then combine all the adjacent string constants into one long string. Here is an example of a macro definition that uses stringification: #define WARN_IF(EXP) \ do { if (EXP) \ fprintf (stderr, "Warning: " #EXP "\n"); } \ while (0) WARN_IF (x == 0); ==> do { if (x == 0) fprintf (stderr, "Warning: " "x == 0" "\n"); } while (0); The argument for `EXP' is substituted once, as-is, into the `if' statement, and once, stringified, into the argument to `fprintf'. If `x' were a macro, it would be expanded in the `if' statement, but not in the string. The `do' and `while (0)' are a kludge to make it possible to write `WARN_IF (ARG);', which the resemblance of `WARN_IF' to a function would make C programmers want to do; see *Note Swallowing the Semicolon::. Stringification in C involves more than putting double-quote characters around the fragment. The preprocessor backslash-escapes the quotes surrounding embedded string constants, and all backslashes within string and character constants, in order to get a valid C string constant with the proper contents. Thus, stringifying `p = "foo\n";' results in "p = \"foo\\n\";". However, backslashes that are not inside string or character constants are not duplicated: `\n' by itself stringifies to "\n". All leading and trailing whitespace in text being stringified is ignored. Any sequence of whitespace in the middle of the text is converted to a single space in the stringified result. Comments are replaced by whitespace long before stringification happens, so they never appear in stringified text. There is no way to convert a macro argument into a character constant. If you want to stringify the result of expansion of a macro argument, you have to use two levels of macros. #define xstr(s) str(s) #define str(s) #s #define foo 4 str (foo) ==> "foo" xstr (foo) ==> xstr (4) ==> str (4) ==> "4" `s' is stringified when it is used in `str', so it is not macro-expanded first. But `s' is an ordinary argument to `xstr', so it is completely macro-expanded before `xstr' itself is expanded (*note Argument Prescan::). Therefore, by the time `str' gets to its argument, it has already been macro-expanded.  File: cpp.info, Node: Concatenation, Next: Variadic Macros, Prev: Stringification, Up: Macros 3.5 Concatenation ================= It is often useful to merge two tokens into one while expanding macros. This is called "token pasting" or "token concatenation". The `##' preprocessing operator performs token pasting. When a macro is expanded, the two tokens on either side of each `##' operator are combined into a single token, which then replaces the `##' and the two original tokens in the macro expansion. Usually both will be identifiers, or one will be an identifier and the other a preprocessing number. When pasted, they make a longer identifier. This isn't the only valid case. It is also possible to concatenate two numbers (or a number and a name, such as `1.5' and `e3') into a number. Also, multi-character operators such as `+=' can be formed by token pasting. However, two tokens that don't together form a valid token cannot be pasted together. For example, you cannot concatenate `x' with `+' in either order. If you try, the preprocessor issues a warning and emits the two tokens. Whether it puts white space between the tokens is undefined. It is common to find unnecessary uses of `##' in complex macros. If you get this warning, it is likely that you can simply remove the `##'. Both the tokens combined by `##' could come from the macro body, but you could just as well write them as one token in the first place. Token pasting is most useful when one or both of the tokens comes from a macro argument. If either of the tokens next to an `##' is a parameter name, it is replaced by its actual argument before `##' executes. As with stringification, the actual argument is not macro-expanded first. If the argument is empty, that `##' has no effect. Keep in mind that the C preprocessor converts comments to whitespace before macros are even considered. Therefore, you cannot create a comment by concatenating `/' and `*'. You can put as much whitespace between `##' and its operands as you like, including comments, and you can put comments in arguments that will be concatenated. However, it is an error if `##' appears at either end of a macro body. Consider a C program that interprets named commands. There probably needs to be a table of commands, perhaps an array of structures declared as follows: struct command { char *name; void (*function) (void); }; struct command commands[] = { { "quit", quit_command }, { "help", help_command }, ... }; It would be cleaner not to have to give each command name twice, once in the string constant and once in the function name. A macro which takes the name of a command as an argument can make this unnecessary. The string constant can be created with stringification, and the function name by concatenating the argument with `_command'. Here is how it is done: #define COMMAND(NAME) { #NAME, NAME ## _command } struct command commands[] = { COMMAND (quit), COMMAND (help), ... };  File: cpp.info, Node: Variadic Macros, Next: Predefined Macros, Prev: Concatenation, Up: Macros 3.6 Variadic Macros =================== A macro can be declared to accept a variable number of arguments much as a function can. The syntax for defining the macro is similar to that of a function. Here is an example: #define eprintf(...) fprintf (stderr, __VA_ARGS__) This kind of macro is called "variadic". When the macro is invoked, all the tokens in its argument list after the last named argument (this macro has none), including any commas, become the "variable argument". This sequence of tokens replaces the identifier `__VA_ARGS__' in the macro body wherever it appears. Thus, we have this expansion: eprintf ("%s:%d: ", input_file, lineno) ==> fprintf (stderr, "%s:%d: ", input_file, lineno) The variable argument is completely macro-expanded before it is inserted into the macro expansion, just like an ordinary argument. You may use the `#' and `##' operators to stringify the variable argument or to paste its leading or trailing token with another token. (But see below for an important special case for `##'.) If your macro is complicated, you may want a more descriptive name for the variable argument than `__VA_ARGS__'. CPP permits this, as an extension. You may write an argument name immediately before the `...'; that name is used for the variable argument. The `eprintf' macro above could be written #define eprintf(args...) fprintf (stderr, args) using this extension. You cannot use `__VA_ARGS__' and this extension in the same macro. You can have named arguments as well as variable arguments in a variadic macro. We could define `eprintf' like this, instead: #define eprintf(format, ...) fprintf (stderr, format, __VA_ARGS__) This formulation looks more descriptive, but unfortunately it is less flexible: you must now supply at least one argument after the format string. In standard C, you cannot omit the comma separating the named argument from the variable arguments. Furthermore, if you leave the variable argument empty, you will get a syntax error, because there will be an extra comma after the format string. eprintf("success!\n", ); ==> fprintf(stderr, "success!\n", ); GNU CPP has a pair of extensions which deal with this problem. First, you are allowed to leave the variable argument out entirely: eprintf ("success!\n") ==> fprintf(stderr, "success!\n", ); Second, the `##' token paste operator has a special meaning when placed between a comma and a variable argument. If you write #define eprintf(format, ...) fprintf (stderr, format, ##__VA_ARGS__) and the variable argument is left out when the `eprintf' macro is used, then the comma before the `##' will be deleted. This does _not_ happen if you pass an empty argument, nor does it happen if the token preceding `##' is anything other than a comma. eprintf ("success!\n") ==> fprintf(stderr, "success!\n"); The above explanation is ambiguous about the case where the only macro parameter is a variable arguments parameter, as it is meaningless to try to distinguish whether no argument at all is an empty argument or a missing argument. In this case the C99 standard is clear that the comma must remain, however the existing GCC extension used to swallow the comma. So CPP retains the comma when conforming to a specific C standard, and drops it otherwise. C99 mandates that the only place the identifier `__VA_ARGS__' can appear is in the replacement list of a variadic macro. It may not be used as a macro name, macro argument name, or within a different type of macro. It may also be forbidden in open text; the standard is ambiguous. We recommend you avoid using it except for its defined purpose. Variadic macros are a new feature in C99. GNU CPP has supported them for a long time, but only with a named variable argument (`args...', not `...' and `__VA_ARGS__'). If you are concerned with portability to previous versions of GCC, you should use only named variable arguments. On the other hand, if you are concerned with portability to other conforming implementations of C99, you should use only `__VA_ARGS__'. Previous versions of CPP implemented the comma-deletion extension much more generally. We have restricted it in this release to minimize the differences from C99. To get the same effect with both this and previous versions of GCC, the token preceding the special `##' must be a comma, and there must be white space between that comma and whatever comes immediately before it: #define eprintf(format, args...) fprintf (stderr, format , ##args) *Note Differences from previous versions::, for the gory details.  File: cpp.info, Node: Predefined Macros, Next: Undefining and Redefining Macros, Prev: Variadic Macros, Up: Macros 3.7 Predefined Macros ===================== Several object-like macros are predefined; you use them without supplying their definitions. They fall into three classes: standard, common, and system-specific. In C++, there is a fourth category, the named operators. They act like predefined macros, but you cannot undefine them. * Menu: * Standard Predefined Macros:: * Common Predefined Macros:: * System-specific Predefined Macros:: * C++ Named Operators::  File: cpp.info, Node: Standard Predefined Macros, Next: Common Predefined Macros, Up: Predefined Macros 3.7.1 Standard Predefined Macros -------------------------------- The standard predefined macros are specified by the relevant language standards, so they are available with all compilers that implement those standards. Older compilers may not provide all of them. Their names all start with double underscores. `__FILE__' This macro expands to the name of the current input file, in the form of a C string constant. This is the path by which the preprocessor opened the file, not the short name specified in `#include' or as the input file name argument. For example, `"/usr/local/include/myheader.h"' is a possible expansion of this macro. `__LINE__' This macro expands to the current input line number, in the form of a decimal integer constant. While we call it a predefined macro, it's a pretty strange macro, since its "definition" changes with each new line of source code. `__FILE__' and `__LINE__' are useful in generating an error message to report an inconsistency detected by the program; the message can state the source line at which the inconsistency was detected. For example, fprintf (stderr, "Internal error: " "negative string length " "%d at %s, line %d.", length, __FILE__, __LINE__); An `#include' directive changes the expansions of `__FILE__' and `__LINE__' to correspond to the included file. At the end of that file, when processing resumes on the input file that contained the `#include' directive, the expansions of `__FILE__' and `__LINE__' revert to the values they had before the `#include' (but `__LINE__' is then incremented by one as processing moves to the line after the `#include'). A `#line' directive changes `__LINE__', and may change `__FILE__' as well. *Note Line Control::. C99 introduces `__func__', and GCC has provided `__FUNCTION__' for a long time. Both of these are strings containing the name of the current function (there are slight semantic differences; see the GCC manual). Neither of them is a macro; the preprocessor does not know the name of the current function. They tend to be useful in conjunction with `__FILE__' and `__LINE__', though. `__DATE__' This macro expands to a string constant that describes the date on which the preprocessor is being run. The string constant contains eleven characters and looks like `"Feb 12 1996"'. If the day of the month is less than 10, it is padded with a space on the left. If GCC cannot determine the current date, it will emit a warning message (once per compilation) and `__DATE__' will expand to `"??? ?? ????"'. `__TIME__' This macro expands to a string constant that describes the time at which the preprocessor is being run. The string constant contains eight characters and looks like `"23:59:01"'. If GCC cannot determine the current time, it will emit a warning message (once per compilation) and `__TIME__' will expand to `"??:??:??"'. `__STDC__' In normal operation, this macro expands to the constant 1, to signify that this compiler conforms to ISO Standard C. If GNU CPP is used with a compiler other than GCC, this is not necessarily true; however, the preprocessor always conforms to the standard unless the `-traditional-cpp' option is used. This macro is not defined if the `-traditional-cpp' option is used. On some hosts, the system compiler uses a different convention, where `__STDC__' is normally 0, but is 1 if the user specifies strict conformance to the C Standard. CPP follows the host convention when processing system header files, but when processing user files `__STDC__' is always 1. This has been reported to cause problems; for instance, some versions of Solaris provide X Windows headers that expect `__STDC__' to be either undefined or 1. *Note Invocation::. `__STDC_VERSION__' This macro expands to the C Standard's version number, a long integer constant of the form `YYYYMML' where YYYY and MM are the year and month of the Standard version. This signifies which version of the C Standard the compiler conforms to. Like `__STDC__', this is not necessarily accurate for the entire implementation, unless GNU CPP is being used with GCC. The value `199409L' signifies the 1989 C standard as amended in 1994, which is the current default; the value `199901L' signifies the 1999 revision of the C standard. Support for the 1999 revision is not yet complete. This macro is not defined if the `-traditional-cpp' option is used, nor when compiling C++ or Objective-C. `__STDC_HOSTED__' This macro is defined, with value 1, if the compiler's target is a "hosted environment". A hosted environment has the complete facilities of the standard C library available. `__cplusplus' This macro is defined when the C++ compiler is in use. You can use `__cplusplus' to test whether a header is compiled by a C compiler or a C++ compiler. This macro is similar to `__STDC_VERSION__', in that it expands to a version number. A fully conforming implementation of the 1998 C++ standard will define this macro to `199711L'. The GNU C++ compiler is not yet fully conforming, so it uses `1' instead. It is hoped to complete the implementation of standard C++ in the near future. `__OBJC__' This macro is defined, with value 1, when the Objective-C compiler is in use. You can use `__OBJC__' to test whether a header is compiled by a C compiler or a Objective-C compiler. `__ASSEMBLER__' This macro is defined with value 1 when preprocessing assembly language.  File: cpp.info, Node: Common Predefined Macros, Next: System-specific Predefined Macros, Prev: Standard Predefined Macros, Up: Predefined Macros 3.7.2 Common Predefined Macros ------------------------------ The common predefined macros are GNU C extensions. They are available with the same meanings regardless of the machine or operating system on which you are using GNU C or GNU Fortran. Their names all start with double underscores. `__COUNTER__' This macro expands to sequential integral values starting from 0. In conjunction with the `##' operator, this provides a convenient means to generate unique identifiers. Care must be taken to ensure that `__COUNTER__' is not expanded prior to inclusion of precompiled headers which use it. Otherwise, the precompiled headers will not be used. `__GFORTRAN__' The GNU Fortran compiler defines this. `__GNUC__' `__GNUC_MINOR__' `__GNUC_PATCHLEVEL__' These macros are defined by all GNU compilers that use the C preprocessor: C, C++, Objective-C and Fortran. Their values are the major version, minor version, and patch level of the compiler, as integer constants. For example, GCC 3.2.1 will define `__GNUC__' to 3, `__GNUC_MINOR__' to 2, and `__GNUC_PATCHLEVEL__' to 1. These macros are also defined if you invoke the preprocessor directly. `__GNUC_PATCHLEVEL__' is new to GCC 3.0; it is also present in the widely-used development snapshots leading up to 3.0 (which identify themselves as GCC 2.96 or 2.97, depending on which snapshot you have). If all you need to know is whether or not your program is being compiled by GCC, or a non-GCC compiler that claims to accept the GNU C dialects, you can simply test `__GNUC__'. If you need to write code which depends on a specific version, you must be more careful. Each time the minor version is increased, the patch level is reset to zero; each time the major version is increased (which happens rarely), the minor version and patch level are reset. If you wish to use the predefined macros directly in the conditional, you will need to write it like this: /* Test for GCC > 3.2.0 */ #if __GNUC__ > 3 || \ (__GNUC__ == 3 && (__GNUC_MINOR__ > 2 || \ (__GNUC_MINOR__ == 2 && \ __GNUC_PATCHLEVEL__ > 0)) Another approach is to use the predefined macros to calculate a single number, then compare that against a threshold: #define GCC_VERSION (__GNUC__ * 10000 \ + __GNUC_MINOR__ * 100 \ + __GNUC_PATCHLEVEL__) ... /* Test for GCC > 3.2.0 */ #if GCC_VERSION > 30200 Many people find this form easier to understand. `__GNUG__' The GNU C++ compiler defines this. Testing it is equivalent to testing `(__GNUC__ && __cplusplus)'. `__STRICT_ANSI__' GCC defines this macro if and only if the `-ansi' switch, or a `-std' switch specifying strict conformance to some version of ISO C, was specified when GCC was invoked. It is defined to `1'. This macro exists primarily to direct GNU libc's header files to restrict their definitions to the minimal set found in the 1989 C standard. `__BASE_FILE__' This macro expands to the name of the main input file, in the form of a C string constant. This is the source file that was specified on the command line of the preprocessor or C compiler. `__INCLUDE_LEVEL__' This macro expands to a decimal integer constant that represents the depth of nesting in include files. The value of this macro is incremented on every `#include' directive and decremented at the end of every included file. It starts out at 0, its value within the base file specified on the command line. `__ELF__' This macro is defined if the target uses the ELF object format. `__VERSION__' This macro expands to a string constant which describes the version of the compiler in use. You should not rely on its contents having any particular form, but it can be counted on to contain at least the release number. `__OPTIMIZE__' `__OPTIMIZE_SIZE__' `__NO_INLINE__' These macros describe the compilation mode. `__OPTIMIZE__' is defined in all optimizing compilations. `__OPTIMIZE_SIZE__' is defined if the compiler is optimizing for size, not speed. `__NO_INLINE__' is defined if no functions will be inlined into their callers (when not optimizing, or when inlining has been specifically disabled by `-fno-inline'). These macros cause certain GNU header files to provide optimized definitions, using macros or inline functions, of system library functions. You should not use these macros in any way unless you make sure that programs will execute with the same effect whether or not they are defined. If they are defined, their value is 1. `__GNUC_GNU_INLINE__' GCC defines this macro if functions declared `inline' will be handled in GCC's traditional gnu89 mode. Object files will contain externally visible definitions of all functions declared `inline' without `extern' or `static'. They will not contain any definitions of any functions declared `extern inline'. `__GNUC_STDC_INLINE__' GCC defines this macro if functions declared `inline' will be handled according to the ISO C99 standard. Object files will contain externally visible definitions of all functions declared `extern inline'. They will not contain definitions of any functions declared `inline' without `extern'. If this macro is defined, GCC supports the `gnu_inline' function attribute as a way to always get the gnu89 behavior. Support for this and `__GNUC_GNU_INLINE__' was added in GCC 4.1.3. If neither macro is defined, an older version of GCC is being used: `inline' functions will be compiled in gnu89 mode, and the `gnu_inline' function attribute will not be recognized. `__CHAR_UNSIGNED__' GCC defines this macro if and only if the data type `char' is unsigned on the target machine. It exists to cause the standard header file `limits.h' to work correctly. You should not use this macro yourself; instead, refer to the standard macros defined in `limits.h'. `__WCHAR_UNSIGNED__' Like `__CHAR_UNSIGNED__', this macro is defined if and only if the data type `wchar_t' is unsigned and the front-end is in C++ mode. `__REGISTER_PREFIX__' This macro expands to a single token (not a string constant) which is the prefix applied to CPU register names in assembly language for this target. You can use it to write assembly that is usable in multiple environments. For example, in the `m68k-aout' environment it expands to nothing, but in the `m68k-coff' environment it expands to a single `%'. `__USER_LABEL_PREFIX__' This macro expands to a single token which is the prefix applied to user labels (symbols visible to C code) in assembly. For example, in the `m68k-aout' environment it expands to an `_', but in the `m68k-coff' environment it expands to nothing. This macro will have the correct definition even if `-f(no-)underscores' is in use, but it will not be correct if target-specific options that adjust this prefix are used (e.g. the OSF/rose `-mno-underscores' option). `__SIZE_TYPE__' `__PTRDIFF_TYPE__' `__WCHAR_TYPE__' `__WINT_TYPE__' `__INTMAX_TYPE__' `__UINTMAX_TYPE__' These macros are defined to the correct underlying types for the `size_t', `ptrdiff_t', `wchar_t', `wint_t', `intmax_t', and `uintmax_t' typedefs, respectively. They exist to make the standard header files `stddef.h' and `wchar.h' work correctly. You should not use these macros directly; instead, include the appropriate headers and use the typedefs. `__CHAR_BIT__' Defined to the number of bits used in the representation of the `char' data type. It exists to make the standard header given numerical limits work correctly. You should not use this macro directly; instead, include the appropriate headers. `__SCHAR_MAX__' `__WCHAR_MAX__' `__SHRT_MAX__' `__INT_MAX__' `__LONG_MAX__' `__LONG_LONG_MAX__' `__INTMAX_MAX__' Defined to the maximum value of the `signed char', `wchar_t', `signed short', `signed int', `signed long', `signed long long', and `intmax_t' types respectively. They exist to make the standard header given numerical limits work correctly. You should not use these macros directly; instead, include the appropriate headers. `__SIZEOF_INT__' `__SIZEOF_LONG__' `__SIZEOF_LONG_LONG__' `__SIZEOF_SHORT__' `__SIZEOF_POINTER__' `__SIZEOF_FLOAT__' `__SIZEOF_DOUBLE__' `__SIZEOF_LONG_DOUBLE__' `__SIZEOF_SIZE_T__' `__SIZEOF_WCHAR_T__' `__SIZEOF_WINT_T__' `__SIZEOF_PTRDIFF_T__' Defined to the number of bytes of the C standard data types: `int', `long', `long long', `short', `void *', `float', `double', `long double', `size_t', `wchar_t', `wint_t' and `ptrdiff_t'. `__DEPRECATED' This macro is defined, with value 1, when compiling a C++ source file with warnings about deprecated constructs enabled. These warnings are enabled by default, but can be disabled with `-Wno-deprecated'. `__EXCEPTIONS' This macro is defined, with value 1, when compiling a C++ source file with exceptions enabled. If `-fno-exceptions' is used when compiling the file, then this macro is not defined. `__GXX_RTTI' This macro is defined, with value 1, when compiling a C++ source file with runtime type identification enabled. If `-fno-rtti' is used when compiling the file, then this macro is not defined. `__USING_SJLJ_EXCEPTIONS__' This macro is defined, with value 1, if the compiler uses the old mechanism based on `setjmp' and `longjmp' for exception handling. `__GXX_EXPERIMENTAL_CXX0X__' This macro is defined when compiling a C++ source file with the option `-std=c++0x' or `-std=gnu++0x'. It indicates that some features likely to be included in C++0x are available. Note that these features are experimental, and may change or be removed in future versions of GCC. `__GXX_WEAK__' This macro is defined when compiling a C++ source file. It has the value 1 if the compiler will use weak symbols, COMDAT sections, or other similar techniques to collapse symbols with "vague linkage" that are defined in multiple translation units. If the compiler will not collapse such symbols, this macro is defined with value 0. In general, user code should not need to make use of this macro; the purpose of this macro is to ease implementation of the C++ runtime library provided with G++. `__NEXT_RUNTIME__' This macro is defined, with value 1, if (and only if) the NeXT runtime (as in `-fnext-runtime') is in use for Objective-C. If the GNU runtime is used, this macro is not defined, so that you can use this macro to determine which runtime (NeXT or GNU) is being used. `__LP64__' `_LP64' These macros are defined, with value 1, if (and only if) the compilation is for a target where `long int' and pointer both use 64-bits and `int' uses 32-bit. `__SSP__' This macro is defined, with value 1, when `-fstack-protector' is in use. `__SSP_ALL__' This macro is defined, with value 2, when `-fstack-protector-all' is in use. `__TIMESTAMP__' This macro expands to a string constant that describes the date and time of the last modification of the current source file. The string constant contains abbreviated day of the week, month, day of the month, time in hh:mm:ss form, year and looks like `"Sun Sep 16 01:03:52 1973"'. If the day of the month is less than 10, it is padded with a space on the left. If GCC cannot determine the current date, it will emit a warning message (once per compilation) and `__TIMESTAMP__' will expand to `"??? ??? ?? ??:??:?? ????"'. `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_1' `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_2' `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_4' `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_8' `__GCC_HAVE_SYNC_COMPARE_AND_SWAP_16' These macros are defined when the target processor supports atomic compare and swap operations on operands 1, 2, 4, 8 or 16 bytes in length, respectively. `__GCC_HAVE_DWARF2_CFI_ASM' This macro is defined when the compiler is emitting Dwarf2 CFI directives to the assembler. When this is defined, it is possible to emit those same directives in inline assembly.  File: cpp.info, Node: System-specific Predefined Macros, Next: C++ Named Operators, Prev: Common Predefined Macros, Up: Predefined Macros 3.7.3 System-specific Predefined Macros --------------------------------------- The C preprocessor normally predefines several macros that indicate what type of system and machine is in use. They are obviously different on each target supported by GCC. This manual, being for all systems and machines, cannot tell you what their names are, but you can use `cpp -dM' to see them all. *Note Invocation::. All system-specific predefined macros expand to the constant 1, so you can test them with either `#ifdef' or `#if'. The C standard requires that all system-specific macros be part of the "reserved namespace". All names which begin with two underscores, or an underscore and a capital letter, are reserved for the compiler and library to use as they wish. However, historically system-specific macros have had names with no special prefix; for instance, it is common to find `unix' defined on Unix systems. For all such macros, GCC provides a parallel macro with two underscores added at the beginning and the end. If `unix' is defined, `__unix__' will be defined too. There will never be more than two underscores; the parallel of `_mips' is `__mips__'. When the `-ansi' option, or any `-std' option that requests strict conformance, is given to the compiler, all the system-specific predefined macros outside the reserved namespace are suppressed. The parallel macros, inside the reserved namespace, remain defined. We are slowly phasing out all predefined macros which are outside the reserved namespace. You should never use them in new programs, and we encourage you to correct older code to use the parallel macros whenever you find it. We don't recommend you use the system-specific macros that are in the reserved namespace, either. It is better in the long run to check specifically for features you need, using a tool such as `autoconf'.  File: cpp.info, Node: C++ Named Operators, Prev: System-specific Predefined Macros, Up: Predefined Macros 3.7.4 C++ Named Operators ------------------------- In C++, there are eleven keywords which are simply alternate spellings of operators normally written with punctuation. These keywords are treated as such even in the preprocessor. They function as operators in `#if', and they cannot be defined as macros or poisoned. In C, you can request that those keywords take their C++ meaning by including `iso646.h'. That header defines each one as a normal object-like macro expanding to the appropriate punctuator. These are the named operators and their corresponding punctuators: Named Operator Punctuator `and' `&&' `and_eq' `&=' `bitand' `&' `bitor' `|' `compl' `~' `not' `!' `not_eq' `!=' `or' `||' `or_eq' `|=' `xor' `^' `xor_eq' `^='  File: cpp.info, Node: Undefining and Redefining Macros, Next: Directives Within Macro Arguments, Prev: Predefined Macros, Up: Macros 3.8 Undefining and Redefining Macros ==================================== If a macro ceases to be useful, it may be "undefined" with the `#undef' directive. `#undef' takes a single argument, the name of the macro to undefine. You use the bare macro name, even if the macro is function-like. It is an error if anything appears on the line after the macro name. `#undef' has no effect if the name is not a macro. #define FOO 4 x = FOO; ==> x = 4; #undef FOO x = FOO; ==> x = FOO; Once a macro has been undefined, that identifier may be "redefined" as a macro by a subsequent `#define' directive. The new definition need not have any resemblance to the old definition. However, if an identifier which is currently a macro is redefined, then the new definition must be "effectively the same" as the old one. Two macro definitions are effectively the same if: * Both are the same type of macro (object- or function-like). * All the tokens of the replacement list are the same. * If there are any parameters, they are the same. * Whitespace appears in the same places in both. It need not be exactly the same amount of whitespace, though. Remember that comments count as whitespace. These definitions are effectively the same: #define FOUR (2 + 2) #define FOUR (2 + 2) #define FOUR (2 /* two */ + 2) but these are not: #define FOUR (2 + 2) #define FOUR ( 2+2 ) #define FOUR (2 * 2) #define FOUR(score,and,seven,years,ago) (2 + 2) If a macro is redefined with a definition that is not effectively the same as the old one, the preprocessor issues a warning and changes the macro to use the new definition. If the new definition is effectively the same, the redefinition is silently ignored. This allows, for instance, two different headers to define a common macro. The preprocessor will only complain if the definitions do not match.  File: cpp.info, Node: Directives Within Macro Arguments, Next: Macro Pitfalls, Prev: Undefining and Redefining Macros, Up: Macros 3.9 Directives Within Macro Arguments ===================================== Occasionally it is convenient to use preprocessor directives within the arguments of a macro. The C and C++ standards declare that behavior in these cases is undefined. Versions of CPP prior to 3.2 would reject such constructs with an error message. This was the only syntactic difference between normal functions and function-like macros, so it seemed attractive to remove this limitation, and people would often be surprised that they could not use macros in this way. Moreover, sometimes people would use conditional compilation in the argument list to a normal library function like `printf', only to find that after a library upgrade `printf' had changed to be a function-like macro, and their code would no longer compile. So from version 3.2 we changed CPP to successfully process arbitrary directives within macro arguments in exactly the same way as it would have processed the directive were the function-like macro invocation not present. If, within a macro invocation, that macro is redefined, then the new definition takes effect in time for argument pre-expansion, but the original definition is still used for argument replacement. Here is a pathological example: #define f(x) x x f (1 #undef f #define f 2 f) which expands to 1 2 1 2 with the semantics described above.  File: cpp.info, Node: Macro Pitfalls, Prev: Directives Within Macro Arguments, Up: Macros 3.10 Macro Pitfalls =================== In this section we describe some special rules that apply to macros and macro expansion, and point out certain cases in which the rules have counter-intuitive consequences that you must watch out for. * Menu: * Misnesting:: * Operator Precedence Problems:: * Swallowing the Semicolon:: * Duplication of Side Effects:: * Self-Referential Macros:: * Argument Prescan:: * Newlines in Arguments::  File: cpp.info, Node: Misnesting, Next: Operator Precedence Problems, Up: Macro Pitfalls 3.10.1 Misnesting ----------------- When a macro is called with arguments, the arguments are substituted into the macro body and the result is checked, together with the rest of the input file, for more macro calls. It is possible to piece together a macro call coming partially from the macro body and partially from the arguments. For example, #define twice(x) (2*(x)) #define call_with_1(x) x(1) call_with_1 (twice) ==> twice(1) ==> (2*(1)) Macro definitions do not have to have balanced parentheses. By writing an unbalanced open parenthesis in a macro body, it is possible to create a macro call that begins inside the macro body but ends outside of it. For example, #define strange(file) fprintf (file, "%s %d", ... strange(stderr) p, 35) ==> fprintf (stderr, "%s %d", p, 35) The ability to piece together a macro call can be useful, but the use of unbalanced open parentheses in a macro body is just confusing, and should be avoided.  File: cpp.info, Node: Operator Precedence Problems, Next: Swallowing the Semicolon, Prev: Misnesting, Up: Macro Pitfalls 3.10.2 Operator Precedence Problems ----------------------------------- You may have noticed that in most of the macro definition examples shown above, each occurrence of a macro argument name had parentheses around it. In addition, another pair of parentheses usually surround the entire macro definition. Here is why it is best to write macros that way. Suppose you define a macro as follows, #define ceil_div(x, y) (x + y - 1) / y whose purpose is to divide, rounding up. (One use for this operation is to compute how many `int' objects are needed to hold a certain number of `char' objects.) Then suppose it is used as follows: a = ceil_div (b & c, sizeof (int)); ==> a = (b & c + sizeof (int) - 1) / sizeof (int); This does not do what is intended. The operator-precedence rules of C make it equivalent to this: a = (b & (c + sizeof (int) - 1)) / sizeof (int); What we want is this: a = ((b & c) + sizeof (int) - 1)) / sizeof (int); Defining the macro as #define ceil_div(x, y) ((x) + (y) - 1) / (y) provides the desired result. Unintended grouping can result in another way. Consider `sizeof ceil_div(1, 2)'. That has the appearance of a C expression that would compute the size of the type of `ceil_div (1, 2)', but in fact it means something very different. Here is what it expands to: sizeof ((1) + (2) - 1) / (2) This would take the size of an integer and divide it by two. The precedence rules have put the division outside the `sizeof' when it was intended to be inside. Parentheses around the entire macro definition prevent such problems. Here, then, is the recommended way to define `ceil_div': #define ceil_div(x, y) (((x) + (y) - 1) / (y))  File: cpp.info, Node: Swallowing the Semicolon, Next: Duplication of Side Effects, Prev: Operator Precedence Problems, Up: Macro Pitfalls 3.10.3 Swallowing the Semicolon ------------------------------- Often it is desirable to define a macro that expands into a compound statement. Consider, for example, the following macro, that advances a pointer (the argument `p' says where to find it) across whitespace characters: #define SKIP_SPACES(p, limit) \ { char *lim = (limit); \ while (p < lim) { \ if (*p++ != ' ') { \ p--; break; }}} Here backslash-newline is used to split the macro definition, which must be a single logical line, so that it resembles the way such code would be laid out if not part of a macro definition. A call to this macro might be `SKIP_SPACES (p, lim)'. Strictly speaking, the call expands to a compound statement, which is a complete statement with no need for a semicolon to end it. However, since it looks like a function call, it minimizes confusion if you can use it like a function call, writing a semicolon afterward, as in `SKIP_SPACES (p, lim);' This can cause trouble before `else' statements, because the semicolon is actually a null statement. Suppose you write if (*p != 0) SKIP_SPACES (p, lim); else ... The presence of two statements--the compound statement and a null statement--in between the `if' condition and the `else' makes invalid C code. The definition of the macro `SKIP_SPACES' can be altered to solve this problem, using a `do ... while' statement. Here is how: #define SKIP_SPACES(p, limit) \ do { char *lim = (limit); \ while (p < lim) { \ if (*p++ != ' ') { \ p--; break; }}} \ while (0) Now `SKIP_SPACES (p, lim);' expands into do {...} while (0); which is one statement. The loop executes exactly once; most compilers generate no extra code for it.  File: cpp.info, Node: Duplication of Side Effects, Next: Self-Referential Macros, Prev: Swallowing the Semicolon, Up: Macro Pitfalls 3.10.4 Duplication of Side Effects ---------------------------------- Many C programs define a macro `min', for "minimum", like this: #define min(X, Y) ((X) < (Y) ? (X) : (Y)) When you use this macro with an argument containing a side effect, as shown here, next = min (x + y, foo (z)); it expands as follows: next = ((x + y) < (foo (z)) ? (x + y) : (foo (z))); where `x + y' has been substituted for `X' and `foo (z)' for `Y'. The function `foo' is used only once in the statement as it appears in the program, but the expression `foo (z)' has been substituted twice into the macro expansion. As a result, `foo' might be called two times when the statement is executed. If it has side effects or if it takes a long time to compute, the results might not be what you intended. We say that `min' is an "unsafe" macro. The best solution to this problem is to define `min' in a way that computes the value of `foo (z)' only once. The C language offers no standard way to do this, but it can be done with GNU extensions as follows: #define min(X, Y) \ ({ typeof (X) x_ = (X); \ typeof (Y) y_ = (Y); \ (x_ < y_) ? x_ : y_; }) The `({ ... })' notation produces a compound statement that acts as an expression. Its value is the value of its last statement. This permits us to define local variables and assign each argument to one. The local variables have underscores after their names to reduce the risk of conflict with an identifier of wider scope (it is impossible to avoid this entirely). Now each argument is evaluated exactly once. If you do not wish to use GNU C extensions, the only solution is to be careful when _using_ the macro `min'. For example, you can calculate the value of `foo (z)', save it in a variable, and use that variable in `min': #define min(X, Y) ((X) < (Y) ? (X) : (Y)) ... { int tem = foo (z); next = min (x + y, tem); } (where we assume that `foo' returns type `int').  File: cpp.info, Node: Self-Referential Macros, Next: Argument Prescan, Prev: Duplication of Side Effects, Up: Macro Pitfalls 3.10.5 Self-Referential Macros ------------------------------ A "self-referential" macro is one whose name appears in its definition. Recall that all macro definitions are rescanned for more macros to replace. If the self-reference were considered a use of the macro, it would produce an infinitely large expansion. To prevent this, the self-reference is not considered a macro call. It is passed into the preprocessor output unchanged. Consider an example: #define foo (4 + foo) where `foo' is also a variable in your program. Following the ordinary rules, each reference to `foo' will expand into `(4 + foo)'; then this will be rescanned and will expand into `(4 + (4 + foo))'; and so on until the computer runs out of memory. The self-reference rule cuts this process short after one step, at `(4 + foo)'. Therefore, this macro definition has the possibly useful effect of causing the program to add 4 to the value of `foo' wherever `foo' is referred to. In most cases, it is a bad idea to take advantage of this feature. A person reading the program who sees that `foo' is a variable will not expect that it is a macro as well. The reader will come across the identifier `foo' in the program and think its value should be that of the variable `foo', whereas in fact the value is four greater. One common, useful use of self-reference is to create a macro which expands to itself. If you write #define EPERM EPERM then the macro `EPERM' expands to `EPERM'. Effectively, it is left alone by the preprocessor whenever it's used in running text. You can tell that it's a macro with `#ifdef'. You might do this if you want to define numeric constants with an `enum', but have `#ifdef' be true for each constant. If a macro `x' expands to use a macro `y', and the expansion of `y' refers to the macro `x', that is an "indirect self-reference" of `x'. `x' is not expanded in this case either. Thus, if we have #define x (4 + y) #define y (2 * x) then `x' and `y' expand as follows: x ==> (4 + y) ==> (4 + (2 * x)) y ==> (2 * x) ==> (2 * (4 + y)) Each macro is expanded when it appears in the definition of the other macro, but not when it indirectly appears in its own definition.  File: cpp.info, Node: Argument Prescan, Next: Newlines in Arguments, Prev: Self-Referential Macros, Up: Macro Pitfalls 3.10.6 Argument Prescan ----------------------- Macro arguments are completely macro-expanded before they are substituted into a macro body, unless they are stringified or pasted with other tokens. After substitution, the entire macro body, including the substituted arguments, is scanned again for macros to be expanded. The result is that the arguments are scanned _twice_ to expand macro calls in them. Most of the time, this has no effect. If the argument contained any macro calls, they are expanded during the first scan. The result therefore contains no macro calls, so the second scan does not change it. If the argument were substituted as given, with no prescan, the single remaining scan would find the same macro calls and produce the same results. You might expect the double scan to change the results when a self-referential macro is used in an argument of another macro (*note Self-Referential Macros::): the self-referential macro would be expanded once in the first scan, and a second time in the second scan. However, this is not what happens. The self-references that do not expand in the first scan are marked so that they will not expand in the second scan either. You might wonder, "Why mention the prescan, if it makes no difference? And why not skip it and make the preprocessor faster?" The answer is that the prescan does make a difference in three special cases: * Nested calls to a macro. We say that "nested" calls to a macro occur when a macro's argument contains a call to that very macro. For example, if `f' is a macro that expects one argument, `f (f (1))' is a nested pair of calls to `f'. The desired expansion is made by expanding `f (1)' and substituting that into the definition of `f'. The prescan causes the expected result to happen. Without the prescan, `f (1)' itself would be substituted as an argument, and the inner use of `f' would appear during the main scan as an indirect self-reference and would not be expanded. * Macros that call other macros that stringify or concatenate. If an argument is stringified or concatenated, the prescan does not occur. If you _want_ to expand a macro, then stringify or concatenate its expansion, you can do that by causing one macro to call another macro that does the stringification or concatenation. For instance, if you have #define AFTERX(x) X_ ## x #define XAFTERX(x) AFTERX(x) #define TABLESIZE 1024 #define BUFSIZE TABLESIZE then `AFTERX(BUFSIZE)' expands to `X_BUFSIZE', and `XAFTERX(BUFSIZE)' expands to `X_1024'. (Not to `X_TABLESIZE'. Prescan always does a complete expansion.) * Macros used in arguments, whose expansions contain unshielded commas. This can cause a macro expanded on the second scan to be called with the wrong number of arguments. Here is an example: #define foo a,b #define bar(x) lose(x) #define lose(x) (1 + (x)) We would like `bar(foo)' to turn into `(1 + (foo))', which would then turn into `(1 + (a,b))'. Instead, `bar(foo)' expands into `lose(a,b)', and you get an error because `lose' requires a single argument. In this case, the problem is easily solved by the same parentheses that ought to be used to prevent misnesting of arithmetic operations: #define foo (a,b) or #define bar(x) lose((x)) The extra pair of parentheses prevents the comma in `foo''s definition from being interpreted as an argument separator.  File: cpp.info, Node: Newlines in Arguments, Prev: Argument Prescan, Up: Macro Pitfalls 3.10.7 Newlines in Arguments ---------------------------- The invocation of a function-like macro can extend over many logical lines. However, in the present implementation, the entire expansion comes out on one line. Thus line numbers emitted by the compiler or debugger refer to the line the invocation started on, which might be different to the line containing the argument causing the problem. Here is an example illustrating this: #define ignore_second_arg(a,b,c) a; c ignore_second_arg (foo (), ignored (), syntax error); The syntax error triggered by the tokens `syntax error' results in an error message citing line three--the line of ignore_second_arg-- even though the problematic code comes from line five. We consider this a bug, and intend to fix it in the near future.  File: cpp.info, Node: Conditionals, Next: Diagnostics, Prev: Macros, Up: Top 4 Conditionals ************** A "conditional" is a directive that instructs the preprocessor to select whether or not to include a chunk of code in the final token stream passed to the compiler. Preprocessor conditionals can test arithmetic expressions, or whether a name is defined as a macro, or both simultaneously using the special `defined' operator. A conditional in the C preprocessor resembles in some ways an `if' statement in C, but it is important to understand the difference between them. The condition in an `if' statement is tested during the execution of your program. Its purpose is to allow your program to behave differently from run to run, depending on the data it is operating on. The condition in a preprocessing conditional directive is tested when your program is compiled. Its purpose is to allow different code to be included in the program depending on the situation at the time of compilation. However, the distinction is becoming less clear. Modern compilers often do test `if' statements when a program is compiled, if their conditions are known not to vary at run time, and eliminate code which can never be executed. If you can count on your compiler to do this, you may find that your program is more readable if you use `if' statements with constant conditions (perhaps determined by macros). Of course, you can only use this to exclude code, not type definitions or other preprocessing directives, and you can only do it if the code remains syntactically valid when it is not to be used. GCC version 3 eliminates this kind of never-executed code even when not optimizing. Older versions did it only when optimizing. * Menu: * Conditional Uses:: * Conditional Syntax:: * Deleted Code::  File: cpp.info, Node: Conditional Uses, Next: Conditional Syntax, Up: Conditionals 4.1 Conditional Uses ==================== There are three general reasons to use a conditional. * A program may need to use different code depending on the machine or operating system it is to run on. In some cases the code for one operating system may be erroneous on another operating system; for example, it might refer to data types or constants that do not exist on the other system. When this happens, it is not enough to avoid executing the invalid code. Its mere presence will cause the compiler to reject the program. With a preprocessing conditional, the offending code can be effectively excised from the program when it is not valid. * You may want to be able to compile the same source file into two different programs. One version might make frequent time-consuming consistency checks on its intermediate data, or print the values of those data for debugging, and the other not. * A conditional whose condition is always false is one way to exclude code from the program but keep it as a sort of comment for future reference. Simple programs that do not need system-specific logic or complex debugging hooks generally will not need to use preprocessing conditionals.  File: cpp.info, Node: Conditional Syntax, Next: Deleted Code, Prev: Conditional Uses, Up: Conditionals 4.2 Conditional Syntax ====================== A conditional in the C preprocessor begins with a "conditional directive": `#if', `#ifdef' or `#ifndef'. * Menu: * Ifdef:: * If:: * Defined:: * Else:: * Elif::  File: cpp.info, Node: Ifdef, Next: If, Up: Conditional Syntax 4.2.1 Ifdef ----------- The simplest sort of conditional is #ifdef MACRO CONTROLLED TEXT #endif /* MACRO */ This block is called a "conditional group". CONTROLLED TEXT will be included in the output of the preprocessor if and only if MACRO is defined. We say that the conditional "succeeds" if MACRO is defined, "fails" if it is not. The CONTROLLED TEXT inside of a conditional can include preprocessing directives. They are executed only if the conditional succeeds. You can nest conditional groups inside other conditional groups, but they must be completely nested. In other words, `#endif' always matches the nearest `#ifdef' (or `#ifndef', or `#if'). Also, you cannot start a conditional group in one file and end it in another. Even if a conditional fails, the CONTROLLED TEXT inside it is still run through initial transformations and tokenization. Therefore, it must all be lexically valid C. Normally the only way this matters is that all comments and string literals inside a failing conditional group must still be properly ended. The comment following the `#endif' is not required, but it is a good practice if there is a lot of CONTROLLED TEXT, because it helps people match the `#endif' to the corresponding `#ifdef'. Older programs sometimes put MACRO directly after the `#endif' without enclosing it in a comment. This is invalid code according to the C standard. CPP accepts it with a warning. It never affects which `#ifndef' the `#endif' matches. Sometimes you wish to use some code if a macro is _not_ defined. You can do this by writing `#ifndef' instead of `#ifdef'. One common use of `#ifndef' is to include code only the first time a header file is included. *Note Once-Only Headers::. Macro definitions can vary between compilations for several reasons. Here are some samples. * Some macros are predefined on each kind of machine (*note System-specific Predefined Macros::). This allows you to provide code specially tuned for a particular machine. * System header files define more macros, associated with the features they implement. You can test these macros with conditionals to avoid using a system feature on a machine where it is not implemented. * Macros can be defined or undefined with the `-D' and `-U' command line options when you compile the program. You can arrange to compile the same source file into two different programs by choosing a macro name to specify which program you want, writing conditionals to test whether or how this macro is defined, and then controlling the state of the macro with command line options, perhaps set in the Makefile. *Note Invocation::. * Your program might have a special header file (often called `config.h') that is adjusted when the program is compiled. It can define or not define macros depending on the features of the system and the desired capabilities of the program. The adjustment can be automated by a tool such as `autoconf', or done by hand.  File: cpp.info, Node: If, Next: Defined, Prev: Ifdef, Up: Conditional Syntax 4.2.2 If -------- The `#if' directive allows you to test the value of an arithmetic expression, rather than the mere existence of one macro. Its syntax is #if EXPRESSION CONTROLLED TEXT #endif /* EXPRESSION */ EXPRESSION is a C expression of integer type, subject to stringent restrictions. It may contain * Integer constants. * Character constants, which are interpreted as they would be in normal code. * Arithmetic operators for addition, subtraction, multiplication, division, bitwise operations, shifts, comparisons, and logical operations (`&&' and `||'). The latter two obey the usual short-circuiting rules of standard C. * Macros. All macros in the expression are expanded before actual computation of the expression's value begins. * Uses of the `defined' operator, which lets you check whether macros are defined in the middle of an `#if'. * Identifiers that are not macros, which are all considered to be the number zero. This allows you to write `#if MACRO' instead of `#ifdef MACRO', if you know that MACRO, when defined, will always have a nonzero value. Function-like macros used without their function call parentheses are also treated as zero. In some contexts this shortcut is undesirable. The `-Wundef' option causes GCC to warn whenever it encounters an identifier which is not a macro in an `#if'. The preprocessor does not know anything about types in the language. Therefore, `sizeof' operators are not recognized in `#if', and neither are `enum' constants. They will be taken as identifiers which are not macros, and replaced by zero. In the case of `sizeof', this is likely to cause the expression to be invalid. The preprocessor calculates the value of EXPRESSION. It carries out all calculations in the widest integer type known to the compiler; on most machines supported by GCC this is 64 bits. This is not the same rule as the compiler uses to calculate the value of a constant expression, and may give different results in some cases. If the value comes out to be nonzero, the `#if' succeeds and the CONTROLLED TEXT is included; otherwise it is skipped.  File: cpp.info, Node: Defined, Next: Else, Prev: If, Up: Conditional Syntax 4.2.3 Defined ------------- The special operator `defined' is used in `#if' and `#elif' expressions to test whether a certain name is defined as a macro. `defined NAME' and `defined (NAME)' are both expressions whose value is 1 if NAME is defined as a macro at the current point in the program, and 0 otherwise. Thus, `#if defined MACRO' is precisely equivalent to `#ifdef MACRO'. `defined' is useful when you wish to test more than one macro for existence at once. For example, #if defined (__vax__) || defined (__ns16000__) would succeed if either of the names `__vax__' or `__ns16000__' is defined as a macro. Conditionals written like this: #if defined BUFSIZE && BUFSIZE >= 1024 can generally be simplified to just `#if BUFSIZE >= 1024', since if `BUFSIZE' is not defined, it will be interpreted as having the value zero. If the `defined' operator appears as a result of a macro expansion, the C standard says the behavior is undefined. GNU cpp treats it as a genuine `defined' operator and evaluates it normally. It will warn wherever your code uses this feature if you use the command-line option `-pedantic', since other compilers may handle it differently.  File: cpp.info, Node: Else, Next: Elif, Prev: Defined, Up: Conditional Syntax 4.2.4 Else ---------- The `#else' directive can be added to a conditional to provide alternative text to be used if the condition fails. This is what it looks like: #if EXPRESSION TEXT-IF-TRUE #else /* Not EXPRESSION */ TEXT-IF-FALSE #endif /* Not EXPRESSION */ If EXPRESSION is nonzero, the TEXT-IF-TRUE is included and the TEXT-IF-FALSE is skipped. If EXPRESSION is zero, the opposite happens. You can use `#else' with `#ifdef' and `#ifndef', too.  File: cpp.info, Node: Elif, Prev: Else, Up: Conditional Syntax 4.2.5 Elif ---------- One common case of nested conditionals is used to check for more than two possible alternatives. For example, you might have #if X == 1 ... #else /* X != 1 */ #if X == 2 ... #else /* X != 2 */ ... #endif /* X != 2 */ #endif /* X != 1 */ Another conditional directive, `#elif', allows this to be abbreviated as follows: #if X == 1 ... #elif X == 2 ... #else /* X != 2 and X != 1*/ ... #endif /* X != 2 and X != 1*/ `#elif' stands for "else if". Like `#else', it goes in the middle of a conditional group and subdivides it; it does not require a matching `#endif' of its own. Like `#if', the `#elif' directive includes an expression to be tested. The text following the `#elif' is processed only if the original `#if'-condition failed and the `#elif' condition succeeds. More than one `#elif' can go in the same conditional group. Then the text after each `#elif' is processed only if the `#elif' condition succeeds after the original `#if' and all previous `#elif' directives within it have failed. `#else' is allowed after any number of `#elif' directives, but `#elif' may not follow `#else'.  File: cpp.info, Node: Deleted Code, Prev: Conditional Syntax, Up: Conditionals 4.3 Deleted Code ================ If you replace or delete a part of the program but want to keep the old code around for future reference, you often cannot simply comment it out. Block comments do not nest, so the first comment inside the old code will end the commenting-out. The probable result is a flood of syntax errors. One way to avoid this problem is to use an always-false conditional instead. For instance, put `#if 0' before the deleted code and `#endif' after it. This works even if the code being turned off contains conditionals, but they must be entire conditionals (balanced `#if' and `#endif'). Some people use `#ifdef notdef' instead. This is risky, because `notdef' might be accidentally defined as a macro, and then the conditional would succeed. `#if 0' can be counted on to fail. Do not use `#if 0' for comments which are not C code. Use a real comment, instead. The interior of `#if 0' must consist of complete tokens; in particular, single-quote characters must balance. Comments often contain unbalanced single-quote characters (known in English as apostrophes). These confuse `#if 0'. They don't confuse `/*'.  File: cpp.info, Node: Diagnostics, Next: Line Control, Prev: Conditionals, Up: Top 5 Diagnostics ************* The directive `#error' causes the preprocessor to report a fatal error. The tokens forming the rest of the line following `#error' are used as the error message. You would use `#error' inside of a conditional that detects a combination of parameters which you know the program does not properly support. For example, if you know that the program will not run properly on a VAX, you might write #ifdef __vax__ #error "Won't work on VAXen. See comments at get_last_object." #endif If you have several configuration parameters that must be set up by the installation in a consistent way, you can use conditionals to detect an inconsistency and report it with `#error'. For example, #if !defined(UNALIGNED_INT_ASM_OP) && defined(DWARF2_DEBUGGING_INFO) #error "DWARF2_DEBUGGING_INFO requires UNALIGNED_INT_ASM_OP." #endif The directive `#warning' is like `#error', but causes the preprocessor to issue a warning and continue preprocessing. The tokens following `#warning' are used as the warning message. You might use `#warning' in obsolete header files, with a message directing the user to the header file which should be used instead. Neither `#error' nor `#warning' macro-expands its argument. Internal whitespace sequences are each replaced with a single space. The line must consist of complete tokens. It is wisest to make the argument of these directives be a single string constant; this avoids problems with apostrophes and the like.  File: cpp.info, Node: Line Control, Next: Pragmas, Prev: Diagnostics, Up: Top 6 Line Control ************** The C preprocessor informs the C compiler of the location in your source code where each token came from. Presently, this is just the file name and line number. All the tokens resulting from macro expansion are reported as having appeared on the line of the source file where the outermost macro was used. We intend to be more accurate in the future. If you write a program which generates source code, such as the `bison' parser generator, you may want to adjust the preprocessor's notion of the current file name and line number by hand. Parts of the output from `bison' are generated from scratch, other parts come from a standard parser file. The rest are copied verbatim from `bison''s input. You would like compiler error messages and symbolic debuggers to be able to refer to `bison''s input file. `bison' or any such program can arrange this by writing `#line' directives into the output file. `#line' is a directive that specifies the original line number and source file name for subsequent input in the current preprocessor input file. `#line' has three variants: `#line LINENUM' LINENUM is a non-negative decimal integer constant. It specifies the line number which should be reported for the following line of input. Subsequent lines are counted from LINENUM. `#line LINENUM FILENAME' LINENUM is the same as for the first form, and has the same effect. In addition, FILENAME is a string constant. The following line and all subsequent lines are reported to come from the file it specifies, until something else happens to change that. FILENAME is interpreted according to the normal rules for a string constant: backslash escapes are interpreted. This is different from `#include'. Previous versions of CPP did not interpret escapes in `#line'; we have changed it because the standard requires they be interpreted, and most other compilers do. `#line ANYTHING ELSE' ANYTHING ELSE is checked for macro calls, which are expanded. The result should match one of the above two forms. `#line' directives alter the results of the `__FILE__' and `__LINE__' predefined macros from that point on. *Note Standard Predefined Macros::. They do not have any effect on `#include''s idea of the directory containing the current file. This is a change from GCC 2.95. Previously, a file reading #line 1 "../src/gram.y" #include "gram.h" would search for `gram.h' in `../src', then the `-I' chain; the directory containing the physical source file would not be searched. In GCC 3.0 and later, the `#include' is not affected by the presence of a `#line' referring to a different directory. We made this change because the old behavior caused problems when generated source files were transported between machines. For instance, it is common practice to ship generated parsers with a source release, so that people building the distribution do not need to have yacc or Bison installed. These files frequently have `#line' directives referring to the directory tree of the system where the distribution was created. If GCC tries to search for headers in those directories, the build is likely to fail. The new behavior can cause failures too, if the generated file is not in the same directory as its source and it attempts to include a header which would be visible searching from the directory containing the source file. However, this problem is easily solved with an additional `-I' switch on the command line. The failures caused by the old semantics could sometimes be corrected only by editing the generated files, which is difficult and error-prone.  File: cpp.info, Node: Pragmas, Next: Other Directives, Prev: Line Control, Up: Top 7 Pragmas ********* The `#pragma' directive is the method specified by the C standard for providing additional information to the compiler, beyond what is conveyed in the language itself. Three forms of this directive (commonly known as "pragmas") are specified by the 1999 C standard. A C compiler is free to attach any meaning it likes to other pragmas. GCC has historically preferred to use extensions to the syntax of the language, such as `__attribute__', for this purpose. However, GCC does define a few pragmas of its own. These mostly have effects on the entire translation unit or source file. In GCC version 3, all GNU-defined, supported pragmas have been given a `GCC' prefix. This is in line with the `STDC' prefix on all pragmas defined by C99. For backward compatibility, pragmas which were recognized by previous versions are still recognized without the `GCC' prefix, but that usage is deprecated. Some older pragmas are deprecated in their entirety. They are not recognized with the `GCC' prefix. *Note Obsolete Features::. C99 introduces the `_Pragma' operator. This feature addresses a major problem with `#pragma': being a directive, it cannot be produced as the result of macro expansion. `_Pragma' is an operator, much like `sizeof' or `defined', and can be embedded in a macro. Its syntax is `_Pragma (STRING-LITERAL)', where STRING-LITERAL can be either a normal or wide-character string literal. It is destringized, by replacing all `\\' with a single `\' and all `\"' with a `"'. The result is then processed as if it had appeared as the right hand side of a `#pragma' directive. For example, _Pragma ("GCC dependency \"parse.y\"") has the same effect as `#pragma GCC dependency "parse.y"'. The same effect could be achieved using macros, for example #define DO_PRAGMA(x) _Pragma (#x) DO_PRAGMA (GCC dependency "parse.y") The standard is unclear on where a `_Pragma' operator can appear. The preprocessor does not accept it within a preprocessing conditional directive like `#if'. To be safe, you are probably best keeping it out of directives other than `#define', and putting it on a line of its own. This manual documents the pragmas which are meaningful to the preprocessor itself. Other pragmas are meaningful to the C or C++ compilers. They are documented in the GCC manual. `#pragma GCC dependency' `#pragma GCC dependency' allows you to check the relative dates of the current file and another file. If the other file is more recent than the current file, a warning is issued. This is useful if the current file is derived from the other file, and should be regenerated. The other file is searched for using the normal include search path. Optional trailing text can be used to give more information in the warning message. #pragma GCC dependency "parse.y" #pragma GCC dependency "/usr/include/time.h" rerun fixincludes `#pragma GCC poison' Sometimes, there is an identifier that you want to remove completely from your program, and make sure that it never creeps back in. To enforce this, you can "poison" the identifier with this pragma. `#pragma GCC poison' is followed by a list of identifiers to poison. If any of those identifiers appears anywhere in the source after the directive, it is a hard error. For example, #pragma GCC poison printf sprintf fprintf sprintf(some_string, "hello"); will produce an error. If a poisoned identifier appears as part of the expansion of a macro which was defined before the identifier was poisoned, it will _not_ cause an error. This lets you poison an identifier without worrying about system headers defining macros that use it. For example, #define strrchr rindex #pragma GCC poison rindex strrchr(some_string, 'h'); will not produce an error. `#pragma GCC system_header' This pragma takes no arguments. It causes the rest of the code in the current file to be treated as if it came from a system header. *Note System Headers::.  File: cpp.info, Node: Other Directives, Next: Preprocessor Output, Prev: Pragmas, Up: Top 8 Other Directives ****************** The `#ident' directive takes one argument, a string constant. On some systems, that string constant is copied into a special segment of the object file. On other systems, the directive is ignored. The `#sccs' directive is a synonym for `#ident'. These directives are not part of the C standard, but they are not official GNU extensions either. What historical information we have been able to find, suggests they originated with System V. Both `#ident' and `#sccs' are deprecated extensions. The "null directive" consists of a `#' followed by a newline, with only whitespace (including comments) in between. A null directive is understood as a preprocessing directive but has no effect on the preprocessor output. The primary significance of the existence of the null directive is that an input line consisting of just a `#' will produce no output, rather than a line of output containing just a `#'. Supposedly some old C programs contain such lines.  File: cpp.info, Node: Preprocessor Output, Next: Traditional Mode, Prev: Other Directives, Up: Top 9 Preprocessor Output ********************* When the C preprocessor is used with the C, C++, or Objective-C compilers, it is integrated into the compiler and communicates a stream of binary tokens directly to the compiler's parser. However, it can also be used in the more conventional standalone mode, where it produces textual output. The output from the C preprocessor looks much like the input, except that all preprocessing directive lines have been replaced with blank lines and all comments with spaces. Long runs of blank lines are discarded. The ISO standard specifies that it is implementation defined whether a preprocessor preserves whitespace between tokens, or replaces it with e.g. a single space. In GNU CPP, whitespace between tokens is collapsed to become a single space, with the exception that the first token on a non-directive line is preceded with sufficient spaces that it appears in the same column in the preprocessed output that it appeared in the original source file. This is so the output is easy to read. *Note Differences from previous versions::. CPP does not insert any whitespace where there was none in the original source, except where necessary to prevent an accidental token paste. Source file name and line number information is conveyed by lines of the form # LINENUM FILENAME FLAGS These are called "linemarkers". They are inserted as needed into the output (but never within a string or character constant). They mean that the following line originated in file FILENAME at line LINENUM. FILENAME will never contain any non-printing characters; they are replaced with octal escape sequences. After the file name comes zero or more flags, which are `1', `2', `3', or `4'. If there are multiple flags, spaces separate them. Here is what the flags mean: `1' This indicates the start of a new file. `2' This indicates returning to a file (after having included another file). `3' This indicates that the following text comes from a system header file, so certain warnings should be suppressed. `4' This indicates that the following text should be treated as being wrapped in an implicit `extern "C"' block. As an extension, the preprocessor accepts linemarkers in non-assembler input files. They are treated like the corresponding `#line' directive, (*note Line Control::), except that trailing flags are permitted, and are interpreted with the meanings described above. If multiple flags are given, they must be in ascending order. Some directives may be duplicated in the output of the preprocessor. These are `#ident' (always), `#pragma' (only if the preprocessor does not handle the pragma itself), and `#define' and `#undef' (with certain debugging options). If this happens, the `#' of the directive will always be in the first column, and there will be no space between the `#' and the directive name. If macro expansion happens to generate tokens which might be mistaken for a duplicated directive, a space will be inserted between the `#' and the directive name.  File: cpp.info, Node: Traditional Mode, Next: Implementation Details, Prev: Preprocessor Output, Up: Top 10 Traditional Mode ******************* Traditional (pre-standard) C preprocessing is rather different from the preprocessing specified by the standard. When GCC is given the `-traditional-cpp' option, it attempts to emulate a traditional preprocessor. GCC versions 3.2 and later only support traditional mode semantics in the preprocessor, and not in the compiler front ends. This chapter outlines the traditional preprocessor semantics we implemented. The implementation does not correspond precisely to the behavior of earlier versions of GCC, nor to any true traditional preprocessor. After all, inconsistencies among traditional implementations were a major motivation for C standardization. However, we intend that it should be compatible with true traditional preprocessors in all ways that actually matter. * Menu: * Traditional lexical analysis:: * Traditional macros:: * Traditional miscellany:: * Traditional warnings::  File: cpp.info, Node: Traditional lexical analysis, Next: Traditional macros, Up: Traditional Mode 10.1 Traditional lexical analysis ================================= The traditional preprocessor does not decompose its input into tokens the same way a standards-conforming preprocessor does. The input is simply treated as a stream of text with minimal internal form. This implementation does not treat trigraphs (*note trigraphs::) specially since they were an invention of the standards committee. It handles arbitrarily-positioned escaped newlines properly and splices the lines as you would expect; many traditional preprocessors did not do this. The form of horizontal whitespace in the input file is preserved in the output. In particular, hard tabs remain hard tabs. This can be useful if, for example, you are preprocessing a Makefile. Traditional CPP only recognizes C-style block comments, and treats the `/*' sequence as introducing a comment only if it lies outside quoted text. Quoted text is introduced by the usual single and double quotes, and also by an initial `<' in a `#include' directive. Traditionally, comments are completely removed and are not replaced with a space. Since a traditional compiler does its own tokenization of the output of the preprocessor, this means that comments can effectively be used as token paste operators. However, comments behave like separators for text handled by the preprocessor itself, since it doesn't re-lex its input. For example, in #if foo/**/bar `foo' and `bar' are distinct identifiers and expanded separately if they happen to be macros. In other words, this directive is equivalent to #if foo bar rather than #if foobar Generally speaking, in traditional mode an opening quote need not have a matching closing quote. In particular, a macro may be defined with replacement text that contains an unmatched quote. Of course, if you attempt to compile preprocessed output containing an unmatched quote you will get a syntax error. However, all preprocessing directives other than `#define' require matching quotes. For example: #define m This macro's fine and has an unmatched quote "/* This is not a comment. */ /* This is a comment. The following #include directive is ill-formed. */ #include ++foo; Function-like macros are similar in form but quite different in behavior to their ISO counterparts. Their arguments are contained within parentheses, are comma-separated, and can cross physical lines. Commas within nested parentheses are not treated as argument separators. Similarly, a quote in an argument cannot be left unclosed; a following comma or parenthesis that comes before the closing quote is treated like any other character. There is no facility for handling variadic macros. This implementation removes all comments from macro arguments, unless the `-C' option is given. The form of all other horizontal whitespace in arguments is preserved, including leading and trailing whitespace. In particular f( ) is treated as an invocation of the macro `f' with a single argument consisting of a single space. If you want to invoke a function-like macro that takes no arguments, you must not leave any whitespace between the parentheses. If a macro argument crosses a new line, the new line is replaced with a space when forming the argument. If the previous line contained an unterminated quote, the following line inherits the quoted state. Traditional preprocessors replace parameters in the replacement text with their arguments regardless of whether the parameters are within quotes or not. This provides a way to stringize arguments. For example #define str(x) "x" str(/* A comment */some text ) ==> "some text " Note that the comment is removed, but that the trailing space is preserved. Here is an example of using a comment to effect token pasting. #define suffix(x) foo_/**/x suffix(bar) ==> foo_bar  File: cpp.info, Node: Traditional miscellany, Next: Traditional warnings, Prev: Traditional macros, Up: Traditional Mode 10.3 Traditional miscellany =========================== Here are some things to be aware of when using the traditional preprocessor. * Preprocessing directives are recognized only when their leading `#' appears in the first column. There can be no whitespace between the beginning of the line and the `#', but whitespace can follow the `#'. * A true traditional C preprocessor does not recognize `#error' or `#pragma', and may not recognize `#elif'. CPP supports all the directives in traditional mode that it supports in ISO mode, including extensions, with the exception that the effects of `#pragma GCC poison' are undefined. * __STDC__ is not defined. * If you use digraphs the behavior is undefined. * If a line that looks like a directive appears within macro arguments, the behavior is undefined.  File: cpp.info, Node: Traditional warnings, Prev: Traditional miscellany, Up: Traditional Mode 10.4 Traditional warnings ========================= You can request warnings about features that did not exist, or worked differently, in traditional C with the `-Wtraditional' option. GCC does not warn about features of ISO C which you must use when you are using a conforming compiler, such as the `#' and `##' operators. Presently `-Wtraditional' warns about: * Macro parameters that appear within string literals in the macro body. In traditional C macro replacement takes place within string literals, but does not in ISO C. * In traditional C, some preprocessor directives did not exist. Traditional preprocessors would only consider a line to be a directive if the `#' appeared in column 1 on the line. Therefore `-Wtraditional' warns about directives that traditional C understands but would ignore because the `#' does not appear as the first character on the line. It also suggests you hide directives like `#pragma' not understood by traditional C by indenting them. Some traditional implementations would not recognize `#elif', so it suggests avoiding it altogether. * A function-like macro that appears without an argument list. In some traditional preprocessors this was an error. In ISO C it merely means that the macro is not expanded. * The unary plus operator. This did not exist in traditional C. * The `U' and `LL' integer constant suffixes, which were not available in traditional C. (Traditional C does support the `L' suffix for simple long integer constants.) You are not warned about uses of these suffixes in macros defined in system headers. For instance, `UINT_MAX' may well be defined as `4294967295U', but you will not be warned if you use `UINT_MAX'. You can usually avoid the warning, and the related warning about constants which are so large that they are unsigned, by writing the integer constant in question in hexadecimal, with no U suffix. Take care, though, because this gives the wrong result in exotic cases.  File: cpp.info, Node: Implementation Details, Next: Invocation, Prev: Traditional Mode, Up: Top 11 Implementation Details ************************* Here we document details of how the preprocessor's implementation affects its user-visible behavior. You should try to avoid undue reliance on behavior described here, as it is possible that it will change subtly in future implementations. Also documented here are obsolete features and changes from previous versions of CPP. * Menu: * Implementation-defined behavior:: * Implementation limits:: * Obsolete Features:: * Differences from previous versions::  File: cpp.info, Node: Implementation-defined behavior, Next: Implementation limits, Up: Implementation Details 11.1 Implementation-defined behavior ==================================== This is how CPP behaves in all the cases which the C standard describes as "implementation-defined". This term means that the implementation is free to do what it likes, but must document its choice and stick to it. * The mapping of physical source file multi-byte characters to the execution character set. The input character set can be specified using the `-finput-charset' option, while the execution character set may be controlled using the `-fexec-charset' and `-fwide-exec-charset' options. * Identifier characters. The C and C++ standards allow identifiers to be composed of `_' and the alphanumeric characters. C++ and C99 also allow universal character names, and C99 further permits implementation-defined characters. GCC currently only permits universal character names if `-fextended-identifiers' is used, because the implementation of universal character names in identifiers is experimental. GCC allows the `$' character in identifiers as an extension for most targets. This is true regardless of the `std=' switch, since this extension cannot conflict with standards-conforming programs. When preprocessing assembler, however, dollars are not identifier characters by default. Currently the targets that by default do not permit `$' are AVR, IP2K, MMIX, MIPS Irix 3, ARM aout, and PowerPC targets for the AIX operating system. You can override the default with `-fdollars-in-identifiers' or `fno-dollars-in-identifiers'. *Note fdollars-in-identifiers::. * Non-empty sequences of whitespace characters. In textual output, each whitespace sequence is collapsed to a single space. For aesthetic reasons, the first token on each non-directive line of output is preceded with sufficient spaces that it appears in the same column as it did in the original source file. * The numeric value of character constants in preprocessor expressions. The preprocessor and compiler interpret character constants in the same way; i.e. escape sequences such as `\a' are given the values they would have on the target machine. The compiler values a multi-character character constant a character at a time, shifting the previous value left by the number of bits per target character, and then or-ing in the bit-pattern of the new character truncated to the width of a target character. The final bit-pattern is given type `int', and is therefore signed, regardless of whether single characters are signed or not (a slight change from versions 3.1 and earlier of GCC). If there are more characters in the constant than would fit in the target `int' the compiler issues a warning, and the excess leading characters are ignored. For example, `'ab'' for a target with an 8-bit `char' would be interpreted as `(int) ((unsigned char) 'a' * 256 + (unsigned char) 'b')', and `'\234a'' as `(int) ((unsigned char) '\234' * 256 + (unsigned char) 'a')'. * Source file inclusion. For a discussion on how the preprocessor locates header files, *Note Include Operation::. * Interpretation of the filename resulting from a macro-expanded `#include' directive. *Note Computed Includes::. * Treatment of a `#pragma' directive that after macro-expansion results in a standard pragma. No macro expansion occurs on any `#pragma' directive line, so the question does not arise. Note that GCC does not yet implement any of the standard pragmas.  File: cpp.info, Node: Implementation limits, Next: Obsolete Features, Prev: Implementation-defined behavior, Up: Implementation Details 11.2 Implementation limits ========================== CPP has a small number of internal limits. This section lists the limits which the C standard requires to be no lower than some minimum, and all the others known. It is intended that there should be as few limits as possible. If you encounter an undocumented or inconvenient limit, please report that as a bug. *Note Reporting Bugs: (gcc)Bugs. Where we say something is limited "only by available memory", that means that internal data structures impose no intrinsic limit, and space is allocated with `malloc' or equivalent. The actual limit will therefore depend on many things, such as the size of other things allocated by the compiler at the same time, the amount of memory consumed by other processes on the same computer, etc. * Nesting levels of `#include' files. We impose an arbitrary limit of 200 levels, to avoid runaway recursion. The standard requires at least 15 levels. * Nesting levels of conditional inclusion. The C standard mandates this be at least 63. CPP is limited only by available memory. * Levels of parenthesized expressions within a full expression. The C standard requires this to be at least 63. In preprocessor conditional expressions, it is limited only by available memory. * Significant initial characters in an identifier or macro name. The preprocessor treats all characters as significant. The C standard requires only that the first 63 be significant. * Number of macros simultaneously defined in a single translation unit. The standard requires at least 4095 be possible. CPP is limited only by available memory. * Number of parameters in a macro definition and arguments in a macro call. We allow `USHRT_MAX', which is no smaller than 65,535. The minimum required by the standard is 127. * Number of characters on a logical source line. The C standard requires a minimum of 4096 be permitted. CPP places no limits on this, but you may get incorrect column numbers reported in diagnostics for lines longer than 65,535 characters. * Maximum size of a source file. The standard does not specify any lower limit on the maximum size of a source file. GNU cpp maps files into memory, so it is limited by the available address space. This is generally at least two gigabytes. Depending on the operating system, the size of physical memory may or may not be a limitation.  File: cpp.info, Node: Obsolete Features, Next: Differences from previous versions, Prev: Implementation limits, Up: Implementation Details 11.3 Obsolete Features ====================== CPP has some features which are present mainly for compatibility with older programs. We discourage their use in new code. In some cases, we plan to remove the feature in a future version of GCC. 11.3.1 Assertions ----------------- "Assertions" are a deprecated alternative to macros in writing conditionals to test what sort of computer or system the compiled program will run on. Assertions are usually predefined, but you can define them with preprocessing directives or command-line options. Assertions were intended to provide a more systematic way to describe the compiler's target system. However, in practice they are just as unpredictable as the system-specific predefined macros. In addition, they are not part of any standard, and only a few compilers support them. Therefore, the use of assertions is *less* portable than the use of system-specific predefined macros. We recommend you do not use them at all. An assertion looks like this: #PREDICATE (ANSWER) PREDICATE must be a single identifier. ANSWER can be any sequence of tokens; all characters are significant except for leading and trailing whitespace, and differences in internal whitespace sequences are ignored. (This is similar to the rules governing macro redefinition.) Thus, `(x + y)' is different from `(x+y)' but equivalent to `( x + y )'. Parentheses do not nest inside an answer. To test an assertion, you write it in an `#if'. For example, this conditional succeeds if either `vax' or `ns16000' has been asserted as an answer for `machine'. #if #machine (vax) || #machine (ns16000) You can test whether _any_ answer is asserted for a predicate by omitting the answer in the conditional: #if #machine Assertions are made with the `#assert' directive. Its sole argument is the assertion to make, without the leading `#' that identifies assertions in conditionals. #assert PREDICATE (ANSWER) You may make several assertions with the same predicate and different answers. Subsequent assertions do not override previous ones for the same predicate. All the answers for any given predicate are simultaneously true. Assertions can be canceled with the `#unassert' directive. It has the same syntax as `#assert'. In that form it cancels only the answer which was specified on the `#unassert' line; other answers for that predicate remain true. You can cancel an entire predicate by leaving out the answer: #unassert PREDICATE In either form, if no such assertion has been made, `#unassert' has no effect. You can also make or cancel assertions using command line options. *Note Invocation::.  File: cpp.info, Node: Differences from previous versions, Prev: Obsolete Features, Up: Implementation Details 11.4 Differences from previous versions ======================================= This section details behavior which has changed from previous versions of CPP. We do not plan to change it again in the near future, but we do not promise not to, either. The "previous versions" discussed here are 2.95 and before. The behavior of GCC 3.0 is mostly the same as the behavior of the widely used 2.96 and 2.97 development snapshots. Where there are differences, they generally represent bugs in the snapshots. * -I- deprecated This option has been deprecated in 4.0. `-iquote' is meant to replace the need for this option. * Order of evaluation of `#' and `##' operators The standard does not specify the order of evaluation of a chain of `##' operators, nor whether `#' is evaluated before, after, or at the same time as `##'. You should therefore not write any code which depends on any specific ordering. It is possible to guarantee an ordering, if you need one, by suitable use of nested macros. An example of where this might matter is pasting the arguments `1', `e' and `-2'. This would be fine for left-to-right pasting, but right-to-left pasting would produce an invalid token `e-2'. GCC 3.0 evaluates `#' and `##' at the same time and strictly left to right. Older versions evaluated all `#' operators first, then all `##' operators, in an unreliable order. * The form of whitespace between tokens in preprocessor output *Note Preprocessor Output::, for the current textual format. This is also the format used by stringification. Normally, the preprocessor communicates tokens directly to the compiler's parser, and whitespace does not come up at all. Older versions of GCC preserved all whitespace provided by the user and inserted lots more whitespace of their own, because they could not accurately predict when extra spaces were needed to prevent accidental token pasting. * Optional argument when invoking rest argument macros As an extension, GCC permits you to omit the variable arguments entirely when you use a variable argument macro. This is forbidden by the 1999 C standard, and will provoke a pedantic warning with GCC 3.0. Previous versions accepted it silently. * `##' swallowing preceding text in rest argument macros Formerly, in a macro expansion, if `##' appeared before a variable arguments parameter, and the set of tokens specified for that argument in the macro invocation was empty, previous versions of CPP would back up and remove the preceding sequence of non-whitespace characters (*not* the preceding token). This extension is in direct conflict with the 1999 C standard and has been drastically pared back. In the current version of the preprocessor, if `##' appears between a comma and a variable arguments parameter, and the variable argument is omitted entirely, the comma will be removed from the expansion. If the variable argument is empty, or the token before `##' is not a comma, then `##' behaves as a normal token paste. * `#line' and `#include' The `#line' directive used to change GCC's notion of the "directory containing the current file", used by `#include' with a double-quoted header file name. In 3.0 and later, it does not. *Note Line Control::, for further explanation. * Syntax of `#line' In GCC 2.95 and previous, the string constant argument to `#line' was treated the same way as the argument to `#include': backslash escapes were not honored, and the string ended at the second `"'. This is not compliant with the C standard. In GCC 3.0, an attempt was made to correct the behavior, so that the string was treated as a real string constant, but it turned out to be buggy. In 3.1, the bugs have been fixed. (We are not fixing the bugs in 3.0 because they affect relatively few people and the fix is quite invasive.)  File: cpp.info, Node: Invocation, Next: Environment Variables, Prev: Implementation Details, Up: Top 12 Invocation ************* Most often when you use the C preprocessor you will not have to invoke it explicitly: the C compiler will do so automatically. However, the preprocessor is sometimes useful on its own. All the options listed here are also acceptable to the C compiler and have the same meaning, except that the C compiler has different rules for specifying the output file. _Note:_ Whether you use the preprocessor by way of `gcc' or `cpp', the "compiler driver" is run first. This program's purpose is to translate your command into invocations of the programs that do the actual work. Their command line interfaces are similar but not identical to the documented interface, and may change without notice. The C preprocessor expects two file names as arguments, INFILE and OUTFILE. The preprocessor reads INFILE together with any other files it specifies with `#include'. All the output generated by the combined input files is written in OUTFILE. Either INFILE or OUTFILE may be `-', which as INFILE means to read from standard input and as OUTFILE means to write to standard output. Also, if either file is omitted, it means the same as if `-' had been specified for that file. Unless otherwise noted, or the option ends in `=', all options which take an argument may have that argument appear either immediately after the option, or with a space between option and argument: `-Ifoo' and `-I foo' have the same effect. Many options have multi-letter names; therefore multiple single-letter options may _not_ be grouped: `-dM' is very different from `-d -M'. `-D NAME' Predefine NAME as a macro, with definition `1'. `-D NAME=DEFINITION' The contents of DEFINITION are tokenized and processed as if they appeared during translation phase three in a `#define' directive. In particular, the definition will be truncated by embedded newline characters. If you are invoking the preprocessor from a shell or shell-like program you may need to use the shell's quoting syntax to protect characters such as spaces that have a meaning in the shell syntax. If you wish to define a function-like macro on the command line, write its argument list with surrounding parentheses before the equals sign (if any). Parentheses are meaningful to most shells, so you will need to quote the option. With `sh' and `csh', `-D'NAME(ARGS...)=DEFINITION'' works. `-D' and `-U' options are processed in the order they are given on the command line. All `-imacros FILE' and `-include FILE' options are processed after all `-D' and `-U' options. `-U NAME' Cancel any previous definition of NAME, either built in or provided with a `-D' option. `-undef' Do not predefine any system-specific or GCC-specific macros. The standard predefined macros remain defined. *Note Standard Predefined Macros::. `-I DIR' Add the directory DIR to the list of directories to be searched for header files. *Note Search Path::. Directories named by `-I' are searched before the standard system include directories. If the directory DIR is a standard system include directory, the option is ignored to ensure that the default search order for system directories and the special treatment of system headers are not defeated (*note System Headers::) . If DIR begins with `=', then the `=' will be replaced by the sysroot prefix; see `--sysroot' and `-isysroot'. `-o FILE' Write output to FILE. This is the same as specifying FILE as the second non-option argument to `cpp'. `gcc' has a different interpretation of a second non-option argument, so you must use `-o' to specify the output file. `-Wall' Turns on all optional warnings which are desirable for normal code. At present this is `-Wcomment', `-Wtrigraphs', `-Wmultichar' and a warning about integer promotion causing a change of sign in `#if' expressions. Note that many of the preprocessor's warnings are on by default and have no options to control them. `-Wcomment' `-Wcomments' Warn whenever a comment-start sequence `/*' appears in a `/*' comment, or whenever a backslash-newline appears in a `//' comment. (Both forms have the same effect.) `-Wtrigraphs' Most trigraphs in comments cannot affect the meaning of the program. However, a trigraph that would form an escaped newline (`??/' at the end of a line) can, by changing where the comment begins or ends. Therefore, only trigraphs that would form escaped newlines produce warnings inside a comment. This option is implied by `-Wall'. If `-Wall' is not given, this option is still enabled unless trigraphs are enabled. To get trigraph conversion without warnings, but get the other `-Wall' warnings, use `-trigraphs -Wall -Wno-trigraphs'. `-Wtraditional' Warn about certain constructs that behave differently in traditional and ISO C. Also warn about ISO C constructs that have no traditional C equivalent, and problematic constructs which should be avoided. *Note Traditional Mode::. `-Wundef' Warn whenever an identifier which is not a macro is encountered in an `#if' directive, outside of `defined'. Such identifiers are replaced with zero. `-Wunused-macros' Warn about macros defined in the main file that are unused. A macro is "used" if it is expanded or tested for existence at least once. The preprocessor will also warn if the macro has not been used at the time it is redefined or undefined. Built-in macros, macros defined on the command line, and macros defined in include files are not warned about. _Note:_ If a macro is actually used, but only used in skipped conditional blocks, then CPP will report it as unused. To avoid the warning in such a case, you might improve the scope of the macro's definition by, for example, moving it into the first skipped block. Alternatively, you could provide a dummy use with something like: #if defined the_macro_causing_the_warning #endif `-Wendif-labels' Warn whenever an `#else' or an `#endif' are followed by text. This usually happens in code of the form #if FOO ... #else FOO ... #endif FOO The second and third `FOO' should be in comments, but often are not in older programs. This warning is on by default. `-Werror' Make all warnings into hard errors. Source code which triggers warnings will be rejected. `-Wsystem-headers' Issue warnings for code in system headers. These are normally unhelpful in finding bugs in your own code, therefore suppressed. If you are responsible for the system library, you may want to see them. `-w' Suppress all warnings, including those which GNU CPP issues by default. `-pedantic' Issue all the mandatory diagnostics listed in the C standard. Some of them are left out by default, since they trigger frequently on harmless code. `-pedantic-errors' Issue all the mandatory diagnostics, and make all mandatory diagnostics into errors. This includes mandatory diagnostics that GCC issues without `-pedantic' but treats as warnings. `-M' Instead of outputting the result of preprocessing, output a rule suitable for `make' describing the dependencies of the main source file. The preprocessor outputs one `make' rule containing the object file name for that source file, a colon, and the names of all the included files, including those coming from `-include' or `-imacros' command line options. Unless specified explicitly (with `-MT' or `-MQ'), the object file name consists of the name of the source file with any suffix replaced with object file suffix and with any leading directory parts removed. If there are many included files then the rule is split into several lines using `\'-newline. The rule has no commands. This option does not suppress the preprocessor's debug output, such as `-dM'. To avoid mixing such debug output with the dependency rules you should explicitly specify the dependency output file with `-MF', or use an environment variable like `DEPENDENCIES_OUTPUT' (*note Environment Variables::). Debug output will still be sent to the regular output stream as normal. Passing `-M' to the driver implies `-E', and suppresses warnings with an implicit `-w'. `-MM' Like `-M' but do not mention header files that are found in system header directories, nor header files that are included, directly or indirectly, from such a header. This implies that the choice of angle brackets or double quotes in an `#include' directive does not in itself determine whether that header will appear in `-MM' dependency output. This is a slight change in semantics from GCC versions 3.0 and earlier. `-MF FILE' When used with `-M' or `-MM', specifies a file to write the dependencies to. If no `-MF' switch is given the preprocessor sends the rules to the same place it would have sent preprocessed output. When used with the driver options `-MD' or `-MMD', `-MF' overrides the default dependency output file. `-MG' In conjunction with an option such as `-M' requesting dependency generation, `-MG' assumes missing header files are generated files and adds them to the dependency list without raising an error. The dependency filename is taken directly from the `#include' directive without prepending any path. `-MG' also suppresses preprocessed output, as a missing header file renders this useless. This feature is used in automatic updating of makefiles. `-MP' This option instructs CPP to add a phony target for each dependency other than the main file, causing each to depend on nothing. These dummy rules work around errors `make' gives if you remove header files without updating the `Makefile' to match. This is typical output: test.o: test.c test.h test.h: `-MT TARGET' Change the target of the rule emitted by dependency generation. By default CPP takes the name of the main input file, deletes any directory components and any file suffix such as `.c', and appends the platform's usual object suffix. The result is the target. An `-MT' option will set the target to be exactly the string you specify. If you want multiple targets, you can specify them as a single argument to `-MT', or use multiple `-MT' options. For example, `-MT '$(objpfx)foo.o'' might give $(objpfx)foo.o: foo.c `-MQ TARGET' Same as `-MT', but it quotes any characters which are special to Make. `-MQ '$(objpfx)foo.o'' gives $$(objpfx)foo.o: foo.c The default target is automatically quoted, as if it were given with `-MQ'. `-MD' `-MD' is equivalent to `-M -MF FILE', except that `-E' is not implied. The driver determines FILE based on whether an `-o' option is given. If it is, the driver uses its argument but with a suffix of `.d', otherwise it takes the name of the input file, removes any directory components and suffix, and applies a `.d' suffix. If `-MD' is used in conjunction with `-E', any `-o' switch is understood to specify the dependency output file (*note -MF: dashMF.), but if used without `-E', each `-o' is understood to specify a target object file. Since `-E' is not implied, `-MD' can be used to generate a dependency output file as a side-effect of the compilation process. `-MMD' Like `-MD' except mention only user header files, not system header files. `-x c' `-x c++' `-x objective-c' `-x assembler-with-cpp' Specify the source language: C, C++, Objective-C, or assembly. This has nothing to do with standards conformance or extensions; it merely selects which base syntax to expect. If you give none of these options, cpp will deduce the language from the extension of the source file: `.c', `.cc', `.m', or `.S'. Some other common extensions for C++ and assembly are also recognized. If cpp does not recognize the extension, it will treat the file as C; this is the most generic mode. _Note:_ Previous versions of cpp accepted a `-lang' option which selected both the language and the standards conformance level. This option has been removed, because it conflicts with the `-l' option. `-std=STANDARD' `-ansi' Specify the standard to which the code should conform. Currently CPP knows about C and C++ standards; others may be added in the future. STANDARD may be one of: `iso9899:1990' `c89' The ISO C standard from 1990. `c89' is the customary shorthand for this version of the standard. The `-ansi' option is equivalent to `-std=c89'. `iso9899:199409' The 1990 C standard, as amended in 1994. `iso9899:1999' `c99' `iso9899:199x' `c9x' The revised ISO C standard, published in December 1999. Before publication, this was known as C9X. `gnu89' The 1990 C standard plus GNU extensions. This is the default. `gnu99' `gnu9x' The 1999 C standard plus GNU extensions. `c++98' The 1998 ISO C++ standard plus amendments. `gnu++98' The same as `-std=c++98' plus GNU extensions. This is the default for C++ code. `-I-' Split the include path. Any directories specified with `-I' options before `-I-' are searched only for headers requested with `#include "FILE"'; they are not searched for `#include '. If additional directories are specified with `-I' options after the `-I-', those directories are searched for all `#include' directives. In addition, `-I-' inhibits the use of the directory of the current file directory as the first search directory for `#include "FILE"'. *Note Search Path::. This option has been deprecated. `-nostdinc' Do not search the standard system directories for header files. Only the directories you have specified with `-I' options (and the directory of the current file, if appropriate) are searched. `-nostdinc++' Do not search for header files in the C++-specific standard directories, but do still search the other standard directories. (This option is used when building the C++ library.) `-include FILE' Process FILE as if `#include "file"' appeared as the first line of the primary source file. However, the first directory searched for FILE is the preprocessor's working directory _instead of_ the directory containing the main source file. If not found there, it is searched for in the remainder of the `#include "..."' search chain as normal. If multiple `-include' options are given, the files are included in the order they appear on the command line. `-imacros FILE' Exactly like `-include', except that any output produced by scanning FILE is thrown away. Macros it defines remain defined. This allows you to acquire all the macros from a header without also processing its declarations. All files specified by `-imacros' are processed before all files specified by `-include'. `-idirafter DIR' Search DIR for header files, but do it _after_ all directories specified with `-I' and the standard system directories have been exhausted. DIR is treated as a system include directory. If DIR begins with `=', then the `=' will be replaced by the sysroot prefix; see `--sysroot' and `-isysroot'. `-iprefix PREFIX' Specify PREFIX as the prefix for subsequent `-iwithprefix' options. If the prefix represents a directory, you should include the final `/'. `-iwithprefix DIR' `-iwithprefixbefore DIR' Append DIR to the prefix specified previously with `-iprefix', and add the resulting directory to the include search path. `-iwithprefixbefore' puts it in the same place `-I' would; `-iwithprefix' puts it where `-idirafter' would. `-isysroot DIR' This option is like the `--sysroot' option, but applies only to header files. See the `--sysroot' option for more information. `-imultilib DIR' Use DIR as a subdirectory of the directory containing target-specific C++ headers. `-isystem DIR' Search DIR for header files, after all directories specified by `-I' but before the standard system directories. Mark it as a system directory, so that it gets the same special treatment as is applied to the standard system directories. *Note System Headers::. If DIR begins with `=', then the `=' will be replaced by the sysroot prefix; see `--sysroot' and `-isysroot'. `-iquote DIR' Search DIR only for header files requested with `#include "FILE"'; they are not searched for `#include ', before all directories specified by `-I' and before the standard system directories. *Note Search Path::. If DIR begins with `=', then the `=' will be replaced by the sysroot prefix; see `--sysroot' and `-isysroot'. `-fdirectives-only' When preprocessing, handle directives, but do not expand macros. The option's behavior depends on the `-E' and `-fpreprocessed' options. With `-E', preprocessing is limited to the handling of directives such as `#define', `#ifdef', and `#error'. Other preprocessor operations, such as macro expansion and trigraph conversion are not performed. In addition, the `-dD' option is implicitly enabled. With `-fpreprocessed', predefinition of command line and most builtin macros is disabled. Macros such as `__LINE__', which are contextually dependent, are handled normally. This enables compilation of files previously preprocessed with `-E -fdirectives-only'. With both `-E' and `-fpreprocessed', the rules for `-fpreprocessed' take precedence. This enables full preprocessing of files previously preprocessed with `-E -fdirectives-only'. `-fdollars-in-identifiers' Accept `$' in identifiers. *Note Identifier characters::. `-fextended-identifiers' Accept universal character names in identifiers. This option is experimental; in a future version of GCC, it will be enabled by default for C99 and C++. `-fpreprocessed' Indicate to the preprocessor that the input file has already been preprocessed. This suppresses things like macro expansion, trigraph conversion, escaped newline splicing, and processing of most directives. The preprocessor still recognizes and removes comments, so that you can pass a file preprocessed with `-C' to the compiler without problems. In this mode the integrated preprocessor is little more than a tokenizer for the front ends. `-fpreprocessed' is implicit if the input file has one of the extensions `.i', `.ii' or `.mi'. These are the extensions that GCC uses for preprocessed files created by `-save-temps'. `-ftabstop=WIDTH' Set the distance between tab stops. This helps the preprocessor report correct column numbers in warnings or errors, even if tabs appear on the line. If the value is less than 1 or greater than 100, the option is ignored. The default is 8. `-fexec-charset=CHARSET' Set the execution character set, used for string and character constants. The default is UTF-8. CHARSET can be any encoding supported by the system's `iconv' library routine. `-fwide-exec-charset=CHARSET' Set the wide execution character set, used for wide string and character constants. The default is UTF-32 or UTF-16, whichever corresponds to the width of `wchar_t'. As with `-fexec-charset', CHARSET can be any encoding supported by the system's `iconv' library routine; however, you will have problems with encodings that do not fit exactly in `wchar_t'. `-finput-charset=CHARSET' Set the input character set, used for translation from the character set of the input file to the source character set used by GCC. If the locale does not specify, or GCC cannot get this information from the locale, the default is UTF-8. This can be overridden by either the locale or this command line option. Currently the command line option takes precedence if there's a conflict. CHARSET can be any encoding supported by the system's `iconv' library routine. `-fworking-directory' Enable generation of linemarkers in the preprocessor output that will let the compiler know the current working directory at the time of preprocessing. When this option is enabled, the preprocessor will emit, after the initial linemarker, a second linemarker with the current working directory followed by two slashes. GCC will use this directory, when it's present in the preprocessed input, as the directory emitted as the current working directory in some debugging information formats. This option is implicitly enabled if debugging information is enabled, but this can be inhibited with the negated form `-fno-working-directory'. If the `-P' flag is present in the command line, this option has no effect, since no `#line' directives are emitted whatsoever. `-fno-show-column' Do not print column numbers in diagnostics. This may be necessary if diagnostics are being scanned by a program that does not understand the column numbers, such as `dejagnu'. `-A PREDICATE=ANSWER' Make an assertion with the predicate PREDICATE and answer ANSWER. This form is preferred to the older form `-A PREDICATE(ANSWER)', which is still supported, because it does not use shell special characters. *Note Obsolete Features::. `-A -PREDICATE=ANSWER' Cancel an assertion with the predicate PREDICATE and answer ANSWER. `-dCHARS' CHARS is a sequence of one or more of the following characters, and must not be preceded by a space. Other characters are interpreted by the compiler proper, or reserved for future versions of GCC, and so are silently ignored. If you specify characters whose behavior conflicts, the result is undefined. `M' Instead of the normal output, generate a list of `#define' directives for all the macros defined during the execution of the preprocessor, including predefined macros. This gives you a way of finding out what is predefined in your version of the preprocessor. Assuming you have no file `foo.h', the command touch foo.h; cpp -dM foo.h will show all the predefined macros. If you use `-dM' without the `-E' option, `-dM' is interpreted as a synonym for `-fdump-rtl-mach'. *Note Debugging Options: (gcc)Debugging Options. `D' Like `M' except in two respects: it does _not_ include the predefined macros, and it outputs _both_ the `#define' directives and the result of preprocessing. Both kinds of output go to the standard output file. `N' Like `D', but emit only the macro names, not their expansions. `I' Output `#include' directives in addition to the result of preprocessing. `U' Like `D' except that only macros that are expanded, or whose definedness is tested in preprocessor directives, are output; the output is delayed until the use or test of the macro; and `#undef' directives are also output for macros tested but undefined at the time. `-P' Inhibit generation of linemarkers in the output from the preprocessor. This might be useful when running the preprocessor on something that is not C code, and will be sent to a program which might be confused by the linemarkers. *Note Preprocessor Output::. `-C' Do not discard comments. All comments are passed through to the output file, except for comments in processed directives, which are deleted along with the directive. You should be prepared for side effects when using `-C'; it causes the preprocessor to treat comments as tokens in their own right. For example, comments appearing at the start of what would be a directive line have the effect of turning that line into an ordinary source line, since the first token on the line is no longer a `#'. `-CC' Do not discard comments, including during macro expansion. This is like `-C', except that comments contained within macros are also passed through to the output file where the macro is expanded. In addition to the side-effects of the `-C' option, the `-CC' option causes all C++-style comments inside a macro to be converted to C-style comments. This is to prevent later use of that macro from inadvertently commenting out the remainder of the source line. The `-CC' option is generally used to support lint comments. `-traditional-cpp' Try to imitate the behavior of old-fashioned C preprocessors, as opposed to ISO C preprocessors. *Note Traditional Mode::. `-trigraphs' Process trigraph sequences. *Note Initial processing::. `-remap' Enable special code to work around file systems which only permit very short file names, such as MS-DOS. `--help' `--target-help' Print text describing all the command line options instead of preprocessing anything. `-v' Verbose mode. Print out GNU CPP's version number at the beginning of execution, and report the final form of the include path. `-H' Print the name of each header file used, in addition to other normal activities. Each name is indented to show how deep in the `#include' stack it is. Precompiled header files are also printed, even if they are found to be invalid; an invalid precompiled header file is printed with `...x' and a valid one with `...!' . `-version' `--version' Print out GNU CPP's version number. With one dash, proceed to preprocess as normal. With two dashes, exit immediately.  File: cpp.info, Node: Environment Variables, Next: GNU Free Documentation License, Prev: Invocation, Up: Top 13 Environment Variables ************************ This section describes the environment variables that affect how CPP operates. You can use them to specify directories or prefixes to use when searching for include files, or to control dependency output. Note that you can also specify places to search using options such as `-I', and control dependency output with options like `-M' (*note Invocation::). These take precedence over environment variables, which in turn take precedence over the configuration of GCC. `CPATH' `C_INCLUDE_PATH' `CPLUS_INCLUDE_PATH' `OBJC_INCLUDE_PATH' Each variable's value is a list of directories separated by a special character, much like `PATH', in which to look for header files. The special character, `PATH_SEPARATOR', is target-dependent and determined at GCC build time. For Microsoft Windows-based targets it is a semicolon, and for almost all other targets it is a colon. `CPATH' specifies a list of directories to be searched as if specified with `-I', but after any paths given with `-I' options on the command line. This environment variable is used regardless of which language is being preprocessed. The remaining environment variables apply only when preprocessing the particular language indicated. Each specifies a list of directories to be searched as if specified with `-isystem', but after any paths given with `-isystem' options on the command line. In all these variables, an empty element instructs the compiler to search its current working directory. Empty elements can appear at the beginning or end of a path. For instance, if the value of `CPATH' is `:/special/include', that has the same effect as `-I. -I/special/include'. See also *Note Search Path::. `DEPENDENCIES_OUTPUT' If this variable is set, its value specifies how to output dependencies for Make based on the non-system header files processed by the compiler. System header files are ignored in the dependency output. The value of `DEPENDENCIES_OUTPUT' can be just a file name, in which case the Make rules are written to that file, guessing the target name from the source file name. Or the value can have the form `FILE TARGET', in which case the rules are written to file FILE using TARGET as the target name. In other words, this environment variable is equivalent to combining the options `-MM' and `-MF' (*note Invocation::), with an optional `-MT' switch too. `SUNPRO_DEPENDENCIES' This variable is the same as `DEPENDENCIES_OUTPUT' (see above), except that system header files are not ignored, so it implies `-M' rather than `-MM'. However, the dependence on the main input file is omitted. *Note Invocation::.  File: cpp.info, Node: GNU Free Documentation License, Next: Index of Directives, Prev: Environment Variables, Up: Top GNU Free Documentation License ****************************** Version 1.2, November 2002 Copyright (C) 2000,2001,2002 Free Software Foundation, Inc. 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. 0. PREAMBLE The purpose of this License is to make a manual, textbook, or other functional and useful document "free" in the sense of freedom: to assure everyone the effective freedom to copy and redistribute it, with or without modifying it, either commercially or noncommercially. Secondarily, this License preserves for the author and publisher a way to get credit for their work, while not being considered responsible for modifications made by others. This License is a kind of "copyleft", which means that derivative works of the document must themselves be free in the same sense. It complements the GNU General Public License, which is a copyleft license designed for free software. We have designed this License in order to use it for manuals for free software, because free software needs free documentation: a free program should come with manuals providing the same freedoms that the software does. But this License is not limited to software manuals; it can be used for any textual work, regardless of subject matter or whether it is published as a printed book. We recommend this License principally for works whose purpose is instruction or reference. 1. APPLICABILITY AND DEFINITIONS This License applies to any manual or other work, in any medium, that contains a notice placed by the copyright holder saying it can be distributed under the terms of this License. Such a notice grants a world-wide, royalty-free license, unlimited in duration, to use that work under the conditions stated herein. The "Document", below, refers to any such manual or work. Any member of the public is a licensee, and is addressed as "you". You accept the license if you copy, modify or distribute the work in a way requiring permission under copyright law. A "Modified Version" of the Document means any work containing the Document or a portion of it, either copied verbatim, or with modifications and/or translated into another language. A "Secondary Section" is a named appendix or a front-matter section of the Document that deals exclusively with the relationship of the publishers or authors of the Document to the Document's overall subject (or to related matters) and contains nothing that could fall directly within that overall subject. (Thus, if the Document is in part a textbook of mathematics, a Secondary Section may not explain any mathematics.) The relationship could be a matter of historical connection with the subject or with related matters, or of legal, commercial, philosophical, ethical or political position regarding them. The "Invariant Sections" are certain Secondary Sections whose titles are designated, as being those of Invariant Sections, in the notice that says that the Document is released under this License. If a section does not fit the above definition of Secondary then it is not allowed to be designated as Invariant. The Document may contain zero Invariant Sections. If the Document does not identify any Invariant Sections then there are none. The "Cover Texts" are certain short passages of text that are listed, as Front-Cover Texts or Back-Cover Texts, in the notice that says that the Document is released under this License. A Front-Cover Text may be at most 5 words, and a Back-Cover Text may be at most 25 words. A "Transparent" copy of the Document means a machine-readable copy, represented in a format whose specification is available to the general public, that is suitable for revising the document straightforwardly with generic text editors or (for images composed of pixels) generic paint programs or (for drawings) some widely available drawing editor, and that is suitable for input to text formatters or for automatic translation to a variety of formats suitable for input to text formatters. A copy made in an otherwise Transparent file format whose markup, or absence of markup, has been arranged to thwart or discourage subsequent modification by readers is not Transparent. An image format is not Transparent if used for any substantial amount of text. A copy that is not "Transparent" is called "Opaque". Examples of suitable formats for Transparent copies include plain ASCII without markup, Texinfo input format, LaTeX input format, SGML or XML using a publicly available DTD, and standard-conforming simple HTML, PostScript or PDF designed for human modification. Examples of transparent image formats include PNG, XCF and JPG. Opaque formats include proprietary formats that can be read and edited only by proprietary word processors, SGML or XML for which the DTD and/or processing tools are not generally available, and the machine-generated HTML, PostScript or PDF produced by some word processors for output purposes only. The "Title Page" means, for a printed book, the title page itself, plus such following pages as are needed to hold, legibly, the material this License requires to appear in the title page. For works in formats which do not have any title page as such, "Title Page" means the text near the most prominent appearance of the work's title, preceding the beginning of the body of the text. A section "Entitled XYZ" means a named subunit of the Document whose title either is precisely XYZ or contains XYZ in parentheses following text that translates XYZ in another language. (Here XYZ stands for a specific section name mentioned below, such as "Acknowledgements", "Dedications", "Endorsements", or "History".) To "Preserve the Title" of such a section when you modify the Document means that it remains a section "Entitled XYZ" according to this definition. The Document may include Warranty Disclaimers next to the notice which states that this License applies to the Document. These Warranty Disclaimers are considered to be included by reference in this License, but only as regards disclaiming warranties: any other implication that these Warranty Disclaimers may have is void and has no effect on the meaning of this License. 2. VERBATIM COPYING You may copy and distribute the Document in any medium, either commercially or noncommercially, provided that this License, the copyright notices, and the license notice saying this License applies to the Document are reproduced in all copies, and that you add no other conditions whatsoever to those of this License. You may not use technical measures to obstruct or control the reading or further copying of the copies you make or distribute. However, you may accept compensation in exchange for copies. If you distribute a large enough number of copies you must also follow the conditions in section 3. You may also lend copies, under the same conditions stated above, and you may publicly display copies. 3. COPYING IN QUANTITY If you publish printed copies (or copies in media that commonly have printed covers) of the Document, numbering more than 100, and the Document's license notice requires Cover Texts, you must enclose the copies in covers that carry, clearly and legibly, all these Cover Texts: Front-Cover Texts on the front cover, and Back-Cover Texts on the back cover. Both covers must also clearly and legibly identify you as the publisher of these copies. The front cover must present the full title with all words of the title equally prominent and visible. You may add other material on the covers in addition. Copying with changes limited to the covers, as long as they preserve the title of the Document and satisfy these conditions, can be treated as verbatim copying in other respects. If the required texts for either cover are too voluminous to fit legibly, you should put the first ones listed (as many as fit reasonably) on the actual cover, and continue the rest onto adjacent pages. If you publish or distribute Opaque copies of the Document numbering more than 100, you must either include a machine-readable Transparent copy along with each Opaque copy, or state in or with each Opaque copy a computer-network location from which the general network-using public has access to download using public-standard network protocols a complete Transparent copy of the Document, free of added material. If you use the latter option, you must take reasonably prudent steps, when you begin distribution of Opaque copies in quantity, to ensure that this Transparent copy will remain thus accessible at the stated location until at least one year after the last time you distribute an Opaque copy (directly or through your agents or retailers) of that edition to the public. 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List on the Title Page, as authors, one or more persons or entities responsible for authorship of the modifications in the Modified Version, together with at least five of the principal authors of the Document (all of its principal authors, if it has fewer than five), unless they release you from this requirement. C. State on the Title page the name of the publisher of the Modified Version, as the publisher. D. Preserve all the copyright notices of the Document. E. Add an appropriate copyright notice for your modifications adjacent to the other copyright notices. F. Include, immediately after the copyright notices, a license notice giving the public permission to use the Modified Version under the terms of this License, in the form shown in the Addendum below. G. Preserve in that license notice the full lists of Invariant Sections and required Cover Texts given in the Document's license notice. H. Include an unaltered copy of this License. I. Preserve the section Entitled "History", Preserve its Title, and add to it an item stating at least the title, year, new authors, and publisher of the Modified Version as given on the Title Page. If there is no section Entitled "History" in the Document, create one stating the title, year, authors, and publisher of the Document as given on its Title Page, then add an item describing the Modified Version as stated in the previous sentence. J. Preserve the network location, if any, given in the Document for public access to a Transparent copy of the Document, and likewise the network locations given in the Document for previous versions it was based on. These may be placed in the "History" section. You may omit a network location for a work that was published at least four years before the Document itself, or if the original publisher of the version it refers to gives permission. K. 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To do this, add their titles to the list of Invariant Sections in the Modified Version's license notice. These titles must be distinct from any other section titles. You may add a section Entitled "Endorsements", provided it contains nothing but endorsements of your Modified Version by various parties--for example, statements of peer review or that the text has been approved by an organization as the authoritative definition of a standard. You may add a passage of up to five words as a Front-Cover Text, and a passage of up to 25 words as a Back-Cover Text, to the end of the list of Cover Texts in the Modified Version. Only one passage of Front-Cover Text and one of Back-Cover Text may be added by (or through arrangements made by) any one entity. If the Document already includes a cover text for the same cover, previously added by you or by arrangement made by the same entity you are acting on behalf of, you may not add another; but you may replace the old one, on explicit permission from the previous publisher that added the old one. The author(s) and publisher(s) of the Document do not by this License give permission to use their names for publicity for or to assert or imply endorsement of any Modified Version. 5. COMBINING DOCUMENTS You may combine the Document with other documents released under this License, under the terms defined in section 4 above for modified versions, provided that you include in the combination all of the Invariant Sections of all of the original documents, unmodified, and list them all as Invariant Sections of your combined work in its license notice, and that you preserve all their Warranty Disclaimers. The combined work need only contain one copy of this License, and multiple identical Invariant Sections may be replaced with a single copy. If there are multiple Invariant Sections with the same name but different contents, make the title of each such section unique by adding at the end of it, in parentheses, the name of the original author or publisher of that section if known, or else a unique number. Make the same adjustment to the section titles in the list of Invariant Sections in the license notice of the combined work. In the combination, you must combine any sections Entitled "History" in the various original documents, forming one section Entitled "History"; likewise combine any sections Entitled "Acknowledgements", and any sections Entitled "Dedications". You must delete all sections Entitled "Endorsements." 6. COLLECTIONS OF DOCUMENTS You may make a collection consisting of the Document and other documents released under this License, and replace the individual copies of this License in the various documents with a single copy that is included in the collection, provided that you follow the rules of this License for verbatim copying of each of the documents in all other respects. You may extract a single document from such a collection, and distribute it individually under this License, provided you insert a copy of this License into the extracted document, and follow this License in all other respects regarding verbatim copying of that document. 7. AGGREGATION WITH INDEPENDENT WORKS A compilation of the Document or its derivatives with other separate and independent documents or works, in or on a volume of a storage or distribution medium, is called an "aggregate" if the copyright resulting from the compilation is not used to limit the legal rights of the compilation's users beyond what the individual works permit. When the Document is included in an aggregate, this License does not apply to the other works in the aggregate which are not themselves derivative works of the Document. If the Cover Text requirement of section 3 is applicable to these copies of the Document, then if the Document is less than one half of the entire aggregate, the Document's Cover Texts may be placed on covers that bracket the Document within the aggregate, or the electronic equivalent of covers if the Document is in electronic form. Otherwise they must appear on printed covers that bracket the whole aggregate. 8. TRANSLATION Translation is considered a kind of modification, so you may distribute translations of the Document under the terms of section 4. Replacing Invariant Sections with translations requires special permission from their copyright holders, but you may include translations of some or all Invariant Sections in addition to the original versions of these Invariant Sections. You may include a translation of this License, and all the license notices in the Document, and any Warranty Disclaimers, provided that you also include the original English version of this License and the original versions of those notices and disclaimers. In case of a disagreement between the translation and the original version of this License or a notice or disclaimer, the original version will prevail. If a section in the Document is Entitled "Acknowledgements", "Dedications", or "History", the requirement (section 4) to Preserve its Title (section 1) will typically require changing the actual title. 9. TERMINATION You may not copy, modify, sublicense, or distribute the Document except as expressly provided for under this License. Any other attempt to copy, modify, sublicense or distribute the Document is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 10. FUTURE REVISIONS OF THIS LICENSE The Free Software Foundation may publish new, revised versions of the GNU Free Documentation License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. See `http://www.gnu.org/copyleft/'. Each version of the License is given a distinguishing version number. If the Document specifies that a particular numbered version of this License "or any later version" applies to it, you have the option of following the terms and conditions either of that specified version or of any later version that has been published (not as a draft) by the Free Software Foundation. If the Document does not specify a version number of this License, you may choose any version ever published (not as a draft) by the Free Software Foundation. ADDENDUM: How to use this License for your documents ==================================================== To use this License in a document you have written, include a copy of the License in the document and put the following copyright and license notices just after the title page: Copyright (C) YEAR YOUR NAME. Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts. A copy of the license is included in the section entitled ``GNU Free Documentation License''. If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts, replace the "with...Texts." line with this: with the Invariant Sections being LIST THEIR TITLES, with the Front-Cover Texts being LIST, and with the Back-Cover Texts being LIST. If you have Invariant Sections without Cover Texts, or some other combination of the three, merge those two alternatives to suit the situation. If your document contains nontrivial examples of program code, we recommend releasing these examples in parallel under your choice of free software license, such as the GNU General Public License, to permit their use in free software.  File: cpp.info, Node: Index of Directives, Next: Option Index, Prev: GNU Free Documentation License, Up: Top Index of Directives ******************* [index] * Menu: * #assert: Obsolete Features. (line 48) * #define: Object-like Macros. (line 11) * #elif: Elif. (line 6) * #else: Else. (line 6) * #endif: Ifdef. (line 6) * #error: Diagnostics. (line 6) * #ident: Other Directives. (line 6) * #if: Conditional Syntax. (line 6) * #ifdef: Ifdef. (line 6) * #ifndef: Ifdef. (line 40) * #import: Alternatives to Wrapper #ifndef. (line 11) * #include: Include Syntax. (line 6) * #include_next: Wrapper Headers. (line 6) * #line: Line Control. (line 20) * #pragma GCC dependency: Pragmas. (line 53) * #pragma GCC poison: Pragmas. (line 65) * #pragma GCC system_header <1>: System Headers. (line 31) * #pragma GCC system_header: Pragmas. (line 92) * #sccs: Other Directives. (line 6) * #unassert: Obsolete Features. (line 59) * #undef: Undefining and Redefining Macros. (line 6) * #warning: Diagnostics. (line 27)  File: cpp.info, Node: Option Index, Next: Concept Index, Prev: Index of Directives, Up: Top Option Index ************ CPP's command line options and environment variables are indexed here without any initial `-' or `--'. [index] * Menu: * A: Invocation. (line 522) * ansi: Invocation. (line 308) * C: Invocation. (line 581) * C_INCLUDE_PATH: Environment Variables. (line 16) * CPATH: Environment Variables. (line 15) * CPLUS_INCLUDE_PATH: Environment Variables. (line 17) * D: Invocation. (line 39) * dD: Invocation. (line 554) * DEPENDENCIES_OUTPUT: Environment Variables. (line 44) * dI: Invocation. (line 563) * dM: Invocation. (line 538) * dN: Invocation. (line 560) * dU: Invocation. (line 567) * fdirectives-only: Invocation. (line 430) * fdollars-in-identifiers: Invocation. (line 452) * fexec-charset: Invocation. (line 479) * fextended-identifiers: Invocation. (line 455) * finput-charset: Invocation. (line 492) * fno-show-column: Invocation. (line 517) * fno-working-directory: Invocation. (line 502) * fpreprocessed: Invocation. (line 460) * ftabstop: Invocation. (line 473) * fwide-exec-charset: Invocation. (line 484) * fworking-directory: Invocation. (line 502) * H: Invocation. (line 626) * help: Invocation. (line 618) * I: Invocation. (line 71) * I-: Invocation. (line 345) * idirafter: Invocation. (line 387) * imacros: Invocation. (line 378) * imultilib: Invocation. (line 410) * include: Invocation. (line 367) * iprefix: Invocation. (line 394) * iquote: Invocation. (line 422) * isysroot: Invocation. (line 406) * isystem: Invocation. (line 414) * iwithprefix: Invocation. (line 400) * iwithprefixbefore: Invocation. (line 400) * M: Invocation. (line 180) * MD: Invocation. (line 269) * MF: Invocation. (line 215) * MG: Invocation. (line 224) * MM: Invocation. (line 205) * MMD: Invocation. (line 285) * MP: Invocation. (line 234) * MQ: Invocation. (line 260) * MT: Invocation. (line 246) * nostdinc: Invocation. (line 357) * nostdinc++: Invocation. (line 362) * o: Invocation. (line 82) * OBJC_INCLUDE_PATH: Environment Variables. (line 18) * P: Invocation. (line 574) * pedantic: Invocation. (line 170) * pedantic-errors: Invocation. (line 175) * remap: Invocation. (line 613) * std=: Invocation. (line 308) * SUNPRO_DEPENDENCIES: Environment Variables. (line 60) * target-help: Invocation. (line 618) * traditional-cpp: Invocation. (line 606) * trigraphs: Invocation. (line 610) * U: Invocation. (line 62) * undef: Invocation. (line 66) * v: Invocation. (line 622) * version: Invocation. (line 635) * w: Invocation. (line 166) * Wall: Invocation. (line 88) * Wcomment: Invocation. (line 96) * Wcomments: Invocation. (line 96) * Wendif-labels: Invocation. (line 143) * Werror: Invocation. (line 156) * Wsystem-headers: Invocation. (line 160) * Wtraditional: Invocation. (line 113) * Wtrigraphs: Invocation. (line 101) * Wundef: Invocation. (line 119) * Wunused-macros: Invocation. (line 124) * x: Invocation. (line 292)  File: cpp.info, Node: Concept Index, Prev: Option Index, Up: Top Concept Index ************* [index] * Menu: * # operator: Stringification. (line 6) * ## operator: Concatenation. (line 6) * _Pragma: Pragmas. (line 25) * alternative tokens: Tokenization. (line 106) * arguments: Macro Arguments. (line 6) * arguments in macro definitions: Macro Arguments. (line 6) * assertions: Obsolete Features. (line 13) * assertions, canceling: Obsolete Features. (line 59) * backslash-newline: Initial processing. (line 61) * block comments: Initial processing. (line 77) * C++ named operators: C++ Named Operators. (line 6) * character constants: Tokenization. (line 85) * character set, execution: Invocation. (line 479) * character set, input: Invocation. (line 492) * character set, wide execution: Invocation. (line 484) * command line: Invocation. (line 6) * commenting out code: Deleted Code. (line 6) * comments: Initial processing. (line 77) * common predefined macros: Common Predefined Macros. (line 6) * computed includes: Computed Includes. (line 6) * concatenation: Concatenation. (line 6) * conditional group: Ifdef. (line 14) * conditionals: Conditionals. (line 6) * continued lines: Initial processing. (line 61) * controlling macro: Once-Only Headers. (line 35) * defined: Defined. (line 6) * dependencies for make as output: Environment Variables. (line 61) * dependencies, make: Invocation. (line 180) * diagnostic: Diagnostics. (line 6) * differences from previous versions: Differences from previous versions. (line 6) * digraphs: Tokenization. (line 106) * directive line: The preprocessing language. (line 6) * directive name: The preprocessing language. (line 6) * directives: The preprocessing language. (line 6) * empty macro arguments: Macro Arguments. (line 66) * environment variables: Environment Variables. (line 6) * expansion of arguments: Argument Prescan. (line 6) * FDL, GNU Free Documentation License: GNU Free Documentation License. (line 6) * function-like macros: Function-like Macros. (line 6) * grouping options: Invocation. (line 34) * guard macro: Once-Only Headers. (line 35) * header file: Header Files. (line 6) * header file names: Tokenization. (line 85) * identifiers: Tokenization. (line 34) * implementation limits: Implementation limits. (line 6) * implementation-defined behavior: Implementation-defined behavior. (line 6) * including just once: Once-Only Headers. (line 6) * invocation: Invocation. (line 6) * iso646.h: C++ Named Operators. (line 6) * line comments: Initial processing. (line 77) * line control: Line Control. (line 6) * line endings: Initial processing. (line 14) * linemarkers: Preprocessor Output. (line 28) * macro argument expansion: Argument Prescan. (line 6) * macro arguments and directives: Directives Within Macro Arguments. (line 6) * macros in include: Computed Includes. (line 6) * macros with arguments: Macro Arguments. (line 6) * macros with variable arguments: Variadic Macros. (line 6) * make: Invocation. (line 180) * manifest constants: Object-like Macros. (line 6) * named operators: C++ Named Operators. (line 6) * newlines in macro arguments: Newlines in Arguments. (line 6) * null directive: Other Directives. (line 17) * numbers: Tokenization. (line 61) * object-like macro: Object-like Macros. (line 6) * options: Invocation. (line 38) * options, grouping: Invocation. (line 34) * other tokens: Tokenization. (line 120) * output format: Preprocessor Output. (line 12) * overriding a header file: Wrapper Headers. (line 6) * parentheses in macro bodies: Operator Precedence Problems. (line 6) * pitfalls of macros: Macro Pitfalls. (line 6) * predefined macros: Predefined Macros. (line 6) * predefined macros, system-specific: System-specific Predefined Macros. (line 6) * predicates: Obsolete Features. (line 26) * preprocessing directives: The preprocessing language. (line 6) * preprocessing numbers: Tokenization. (line 61) * preprocessing tokens: Tokenization. (line 6) * prescan of macro arguments: Argument Prescan. (line 6) * problems with macros: Macro Pitfalls. (line 6) * punctuators: Tokenization. (line 106) * redefining macros: Undefining and Redefining Macros. (line 6) * repeated inclusion: Once-Only Headers. (line 6) * reporting errors: Diagnostics. (line 6) * reporting warnings: Diagnostics. (line 6) * reserved namespace: System-specific Predefined Macros. (line 6) * self-reference: Self-Referential Macros. (line 6) * semicolons (after macro calls): Swallowing the Semicolon. (line 6) * side effects (in macro arguments): Duplication of Side Effects. (line 6) * standard predefined macros.: Standard Predefined Macros. (line 6) * string constants: Tokenization. (line 85) * string literals: Tokenization. (line 85) * stringification: Stringification. (line 6) * symbolic constants: Object-like Macros. (line 6) * system header files <1>: System Headers. (line 6) * system header files: Header Files. (line 13) * system-specific predefined macros: System-specific Predefined Macros. (line 6) * testing predicates: Obsolete Features. (line 37) * token concatenation: Concatenation. (line 6) * token pasting: Concatenation. (line 6) * tokens: Tokenization. (line 6) * trigraphs: Initial processing. (line 32) * undefining macros: Undefining and Redefining Macros. (line 6) * unsafe macros: Duplication of Side Effects. (line 6) * variable number of arguments: Variadic Macros. (line 6) * variadic macros: Variadic Macros. (line 6) * wrapper #ifndef: Once-Only Headers. (line 6) * wrapper headers: Wrapper Headers. (line 6)  Tag Table: Node: Top1087 Node: Overview3810 Node: Character sets6631 Ref: Character sets-Footnote-18814 Node: Initial processing8995 Ref: trigraphs10554 Node: Tokenization14756 Ref: Tokenization-Footnote-121892 Node: The preprocessing language22003 Node: Header Files24881 Node: Include Syntax26797 Node: Include Operation28434 Node: Search Path30282 Node: Once-Only Headers33472 Node: Alternatives to Wrapper #ifndef35131 Node: Computed Includes36874 Node: Wrapper Headers40032 Node: System Headers42458 Node: Macros44508 Node: Object-like Macros45649 Node: Function-like Macros49239 Node: Macro Arguments50855 Node: Stringification55000 Node: Concatenation58206 Node: Variadic Macros61314 Node: Predefined Macros66101 Node: Standard Predefined Macros66689 Node: Common Predefined Macros72625 Node: System-specific Predefined Macros85535 Node: C++ Named Operators87556 Node: Undefining and Redefining Macros88520 Node: Directives Within Macro Arguments90624 Node: Macro Pitfalls92172 Node: Misnesting92705 Node: Operator Precedence Problems93817 Node: Swallowing the Semicolon95683 Node: Duplication of Side Effects97706 Node: Self-Referential Macros99889 Node: Argument Prescan102298 Node: Newlines in Arguments106052 Node: Conditionals107003 Node: Conditional Uses108833 Node: Conditional Syntax110191 Node: Ifdef110511 Node: If113672 Node: Defined115976 Node: Else117259 Node: Elif117829 Node: Deleted Code119118 Node: Diagnostics120365 Node: Line Control121982 Node: Pragmas125786 Node: Other Directives130056 Node: Preprocessor Output131163 Node: Traditional Mode134364 Node: Traditional lexical analysis135422 Node: Traditional macros137925 Node: Traditional miscellany141727 Node: Traditional warnings142724 Node: Implementation Details144921 Node: Implementation-defined behavior145542 Ref: Identifier characters146294 Node: Implementation limits149369 Node: Obsolete Features152043 Node: Differences from previous versions154880 Node: Invocation159088 Ref: Wtrigraphs163540 Ref: dashMF168315 Ref: fdollars-in-identifiers177698 Node: Environment Variables185861 Node: GNU Free Documentation License188827 Node: Index of Directives211260 Node: Option Index213194 Node: Concept Index219378  End Tag Table 0707011abee569000081a40000000000000000000000014a5bbd7f0000c4270000012e00000002ffffffffffffffff0000002600000000root/opt/aosug/info/cppinternals.infoThis is doc/cppinternals.info, produced by makeinfo version 4.7 from ../.././gcc/doc/cppinternals.texi. INFO-DIR-SECTION Software development START-INFO-DIR-ENTRY * Cpplib: (cppinternals). Cpplib internals. END-INFO-DIR-ENTRY This file documents the internals of the GNU C Preprocessor. Copyright 2000, 2001, 2002, 2004, 2005, 2006, 2007 Free Software Foundation, Inc. Permission is granted to make and distribute verbatim copies of this manual provided the copyright notice and this permission notice are preserved on all copies. Permission is granted to copy and distribute modified versions of this manual under the conditions for verbatim copying, provided also that the entire resulting derived work is distributed under the terms of a permission notice identical to this one. Permission is granted to copy and distribute translations of this manual into another language, under the above conditions for modified versions.  File: cppinternals.info, Node: Top, Next: Conventions, Up: (dir) The GNU C Preprocessor Internals ******************************** 1 Cpplib--the GNU C Preprocessor ******************************** The GNU C preprocessor is implemented as a library, "cpplib", so it can be easily shared between a stand-alone preprocessor, and a preprocessor integrated with the C, C++ and Objective-C front ends. It is also available for use by other programs, though this is not recommended as its exposed interface has not yet reached a point of reasonable stability. The library has been written to be re-entrant, so that it can be used to preprocess many files simultaneously if necessary. It has also been written with the preprocessing token as the fundamental unit; the preprocessor in previous versions of GCC would operate on text strings as the fundamental unit. This brief manual documents the internals of cpplib, and explains some of the tricky issues. It is intended that, along with the comments in the source code, a reasonably competent C programmer should be able to figure out what the code is doing, and why things have been implemented the way they have. * Menu: * Conventions:: Conventions used in the code. * Lexer:: The combined C, C++ and Objective-C Lexer. * Hash Nodes:: All identifiers are entered into a hash table. * Macro Expansion:: Macro expansion algorithm. * Token Spacing:: Spacing and paste avoidance issues. * Line Numbering:: Tracking location within files. * Guard Macros:: Optimizing header files with guard macros. * Files:: File handling. * Concept Index:: Index.  File: cppinternals.info, Node: Conventions, Next: Lexer, Prev: Top, Up: Top Conventions *********** cpplib has two interfaces--one is exposed internally only, and the other is for both internal and external use. The convention is that functions and types that are exposed to multiple files internally are prefixed with `_cpp_', and are to be found in the file `internal.h'. Functions and types exposed to external clients are in `cpplib.h', and prefixed with `cpp_'. For historical reasons this is no longer quite true, but we should strive to stick to it. We are striving to reduce the information exposed in `cpplib.h' to the bare minimum necessary, and then to keep it there. This makes clear exactly what external clients are entitled to assume, and allows us to change internals in the future without worrying whether library clients are perhaps relying on some kind of undocumented implementation-specific behavior.  File: cppinternals.info, Node: Lexer, Next: Hash Nodes, Prev: Conventions, Up: Top The Lexer ********* Overview ======== The lexer is contained in the file `lex.c'. It is a hand-coded lexer, and not implemented as a state machine. It can understand C, C++ and Objective-C source code, and has been extended to allow reasonably successful preprocessing of assembly language. The lexer does not make an initial pass to strip out trigraphs and escaped newlines, but handles them as they are encountered in a single pass of the input file. It returns preprocessing tokens individually, not a line at a time. It is mostly transparent to users of the library, since the library's interface for obtaining the next token, `cpp_get_token', takes care of lexing new tokens, handling directives, and expanding macros as necessary. However, the lexer does expose some functionality so that clients of the library can easily spell a given token, such as `cpp_spell_token' and `cpp_token_len'. These functions are useful when generating diagnostics, and for emitting the preprocessed output. Lexing a token ============== Lexing of an individual token is handled by `_cpp_lex_direct' and its subroutines. In its current form the code is quite complicated, with read ahead characters and such-like, since it strives to not step back in the character stream in preparation for handling non-ASCII file encodings. The current plan is to convert any such files to UTF-8 before processing them. This complexity is therefore unnecessary and will be removed, so I'll not discuss it further here. The job of `_cpp_lex_direct' is simply to lex a token. It is not responsible for issues like directive handling, returning lookahead tokens directly, multiple-include optimization, or conditional block skipping. It necessarily has a minor ro^le to play in memory management of lexed lines. I discuss these issues in a separate section (*note Lexing a line::). The lexer places the token it lexes into storage pointed to by the variable `cur_token', and then increments it. This variable is important for correct diagnostic positioning. Unless a specific line and column are passed to the diagnostic routines, they will examine the `line' and `col' values of the token just before the location that `cur_token' points to, and use that location to report the diagnostic. The lexer does not consider whitespace to be a token in its own right. If whitespace (other than a new line) precedes a token, it sets the `PREV_WHITE' bit in the token's flags. Each token has its `line' and `col' variables set to the line and column of the first character of the token. This line number is the line number in the translation unit, and can be converted to a source (file, line) pair using the line map code. The first token on a logical, i.e. unescaped, line has the flag `BOL' set for beginning-of-line. This flag is intended for internal use, both to distinguish a `#' that begins a directive from one that doesn't, and to generate a call-back to clients that want to be notified about the start of every non-directive line with tokens on it. Clients cannot reliably determine this for themselves: the first token might be a macro, and the tokens of a macro expansion do not have the `BOL' flag set. The macro expansion may even be empty, and the next token on the line certainly won't have the `BOL' flag set. New lines are treated specially; exactly how the lexer handles them is context-dependent. The C standard mandates that directives are terminated by the first unescaped newline character, even if it appears in the middle of a macro expansion. Therefore, if the state variable `in_directive' is set, the lexer returns a `CPP_EOF' token, which is normally used to indicate end-of-file, to indicate end-of-directive. In a directive a `CPP_EOF' token never means end-of-file. Conveniently, if the caller was `collect_args', it already handles `CPP_EOF' as if it were end-of-file, and reports an error about an unterminated macro argument list. The C standard also specifies that a new line in the middle of the arguments to a macro is treated as whitespace. This white space is important in case the macro argument is stringified. The state variable `parsing_args' is nonzero when the preprocessor is collecting the arguments to a macro call. It is set to 1 when looking for the opening parenthesis to a function-like macro, and 2 when collecting the actual arguments up to the closing parenthesis, since these two cases need to be distinguished sometimes. One such time is here: the lexer sets the `PREV_WHITE' flag of a token if it meets a new line when `parsing_args' is set to 2. It doesn't set it if it meets a new line when `parsing_args' is 1, since then code like #define foo() bar foo baz would be output with an erroneous space before `baz': foo baz This is a good example of the subtlety of getting token spacing correct in the preprocessor; there are plenty of tests in the testsuite for corner cases like this. The lexer is written to treat each of `\r', `\n', `\r\n' and `\n\r' as a single new line indicator. This allows it to transparently preprocess MS-DOS, Macintosh and Unix files without their needing to pass through a special filter beforehand. We also decided to treat a backslash, either `\' or the trigraph `??/', separated from one of the above newline indicators by non-comment whitespace only, as intending to escape the newline. It tends to be a typing mistake, and cannot reasonably be mistaken for anything else in any of the C-family grammars. Since handling it this way is not strictly conforming to the ISO standard, the library issues a warning wherever it encounters it. Handling newlines like this is made simpler by doing it in one place only. The function `handle_newline' takes care of all newline characters, and `skip_escaped_newlines' takes care of arbitrarily long sequences of escaped newlines, deferring to `handle_newline' to handle the newlines themselves. The most painful aspect of lexing ISO-standard C and C++ is handling trigraphs and backlash-escaped newlines. Trigraphs are processed before any interpretation of the meaning of a character is made, and unfortunately there is a trigraph representation for a backslash, so it is possible for the trigraph `??/' to introduce an escaped newline. Escaped newlines are tedious because theoretically they can occur anywhere--between the `+' and `=' of the `+=' token, within the characters of an identifier, and even between the `*' and `/' that terminates a comment. Moreover, you cannot be sure there is just one--there might be an arbitrarily long sequence of them. So, for example, the routine that lexes a number, `parse_number', cannot assume that it can scan forwards until the first non-number character and be done with it, because this could be the `\' introducing an escaped newline, or the `?' introducing the trigraph sequence that represents the `\' of an escaped newline. If it encounters a `?' or `\', it calls `skip_escaped_newlines' to skip over any potential escaped newlines before checking whether the number has been finished. Similarly code in the main body of `_cpp_lex_direct' cannot simply check for a `=' after a `+' character to determine whether it has a `+=' token; it needs to be prepared for an escaped newline of some sort. Such cases use the function `get_effective_char', which returns the first character after any intervening escaped newlines. The lexer needs to keep track of the correct column position, including counting tabs as specified by the `-ftabstop=' option. This should be done even within C-style comments; they can appear in the middle of a line, and we want to report diagnostics in the correct position for text appearing after the end of the comment. Some identifiers, such as `__VA_ARGS__' and poisoned identifiers, may be invalid and require a diagnostic. However, if they appear in a macro expansion we don't want to complain with each use of the macro. It is therefore best to catch them during the lexing stage, in `parse_identifier'. In both cases, whether a diagnostic is needed or not is dependent upon the lexer's state. For example, we don't want to issue a diagnostic for re-poisoning a poisoned identifier, or for using `__VA_ARGS__' in the expansion of a variable-argument macro. Therefore `parse_identifier' makes use of state flags to determine whether a diagnostic is appropriate. Since we change state on a per-token basis, and don't lex whole lines at a time, this is not a problem. Another place where state flags are used to change behavior is whilst lexing header names. Normally, a `<' would be lexed as a single token. After a `#include' directive, though, it should be lexed as a single token as far as the nearest `>' character. Note that we don't allow the terminators of header names to be escaped; the first `"' or `>' terminates the header name. Interpretation of some character sequences depends upon whether we are lexing C, C++ or Objective-C, and on the revision of the standard in force. For example, `::' is a single token in C++, but in C it is two separate `:' tokens and almost certainly a syntax error. Such cases are handled by `_cpp_lex_direct' based upon command-line flags stored in the `cpp_options' structure. Once a token has been lexed, it leads an independent existence. The spelling of numbers, identifiers and strings is copied to permanent storage from the original input buffer, so a token remains valid and correct even if its source buffer is freed with `_cpp_pop_buffer'. The storage holding the spellings of such tokens remains until the client program calls cpp_destroy, probably at the end of the translation unit. Lexing a line ============= When the preprocessor was changed to return pointers to tokens, one feature I wanted was some sort of guarantee regarding how long a returned pointer remains valid. This is important to the stand-alone preprocessor, the future direction of the C family front ends, and even to cpplib itself internally. Occasionally the preprocessor wants to be able to peek ahead in the token stream. For example, after the name of a function-like macro, it wants to check the next token to see if it is an opening parenthesis. Another example is that, after reading the first few tokens of a `#pragma' directive and not recognizing it as a registered pragma, it wants to backtrack and allow the user-defined handler for unknown pragmas to access the full `#pragma' token stream. The stand-alone preprocessor wants to be able to test the current token with the previous one to see if a space needs to be inserted to preserve their separate tokenization upon re-lexing (paste avoidance), so it needs to be sure the pointer to the previous token is still valid. The recursive-descent C++ parser wants to be able to perform tentative parsing arbitrarily far ahead in the token stream, and then to be able to jump back to a prior position in that stream if necessary. The rule I chose, which is fairly natural, is to arrange that the preprocessor lex all tokens on a line consecutively into a token buffer, which I call a "token run", and when meeting an unescaped new line (newlines within comments do not count either), to start lexing back at the beginning of the run. Note that we do _not_ lex a line of tokens at once; if we did that `parse_identifier' would not have state flags available to warn about invalid identifiers (*note Invalid identifiers::). In other words, accessing tokens that appeared earlier in the current line is valid, but since each logical line overwrites the tokens of the previous line, tokens from prior lines are unavailable. In particular, since a directive only occupies a single logical line, this means that the directive handlers like the `#pragma' handler can jump around in the directive's tokens if necessary. Two issues remain: what about tokens that arise from macro expansions, and what happens when we have a long line that overflows the token run? Since we promise clients that we preserve the validity of pointers that we have already returned for tokens that appeared earlier in the line, we cannot reallocate the run. Instead, on overflow it is expanded by chaining a new token run on to the end of the existing one. The tokens forming a macro's replacement list are collected by the `#define' handler, and placed in storage that is only freed by `cpp_destroy'. So if a macro is expanded in the line of tokens, the pointers to the tokens of its expansion that are returned will always remain valid. However, macros are a little trickier than that, since they give rise to three sources of fresh tokens. They are the built-in macros like `__LINE__', and the `#' and `##' operators for stringification and token pasting. I handled this by allocating space for these tokens from the lexer's token run chain. This means they automatically receive the same lifetime guarantees as lexed tokens, and we don't need to concern ourselves with freeing them. Lexing into a line of tokens solves some of the token memory management issues, but not all. The opening parenthesis after a function-like macro name might lie on a different line, and the front ends definitely want the ability to look ahead past the end of the current line. So cpplib only moves back to the start of the token run at the end of a line if the variable `keep_tokens' is zero. Line-buffering is quite natural for the preprocessor, and as a result the only time cpplib needs to increment this variable is whilst looking for the opening parenthesis to, and reading the arguments of, a function-like macro. In the near future cpplib will export an interface to increment and decrement this variable, so that clients can share full control over the lifetime of token pointers too. The routine `_cpp_lex_token' handles moving to new token runs, calling `_cpp_lex_direct' to lex new tokens, or returning previously-lexed tokens if we stepped back in the token stream. It also checks each token for the `BOL' flag, which might indicate a directive that needs to be handled, or require a start-of-line call-back to be made. `_cpp_lex_token' also handles skipping over tokens in failed conditional blocks, and invalidates the control macro of the multiple-include optimization if a token was successfully lexed outside a directive. In other words, its callers do not need to concern themselves with such issues.  File: cppinternals.info, Node: Hash Nodes, Next: Macro Expansion, Prev: Lexer, Up: Top Hash Nodes ********** When cpplib encounters an "identifier", it generates a hash code for it and stores it in the hash table. By "identifier" we mean tokens with type `CPP_NAME'; this includes identifiers in the usual C sense, as well as keywords, directive names, macro names and so on. For example, all of `pragma', `int', `foo' and `__GNUC__' are identifiers and hashed when lexed. Each node in the hash table contain various information about the identifier it represents. For example, its length and type. At any one time, each identifier falls into exactly one of three categories: * Macros These have been declared to be macros, either on the command line or with `#define'. A few, such as `__TIME__' are built-ins entered in the hash table during initialization. The hash node for a normal macro points to a structure with more information about the macro, such as whether it is function-like, how many arguments it takes, and its expansion. Built-in macros are flagged as special, and instead contain an enum indicating which of the various built-in macros it is. * Assertions Assertions are in a separate namespace to macros. To enforce this, cpp actually prepends a `#' character before hashing and entering it in the hash table. An assertion's node points to a chain of answers to that assertion. * Void Everything else falls into this category--an identifier that is not currently a macro, or a macro that has since been undefined with `#undef'. When preprocessing C++, this category also includes the named operators, such as `xor'. In expressions these behave like the operators they represent, but in contexts where the spelling of a token matters they are spelt differently. This spelling distinction is relevant when they are operands of the stringizing and pasting macro operators `#' and `##'. Named operator hash nodes are flagged, both to catch the spelling distinction and to prevent them from being defined as macros. The same identifiers share the same hash node. Since each identifier token, after lexing, contains a pointer to its hash node, this is used to provide rapid lookup of various information. For example, when parsing a `#define' statement, CPP flags each argument's identifier hash node with the index of that argument. This makes duplicated argument checking an O(1) operation for each argument. Similarly, for each identifier in the macro's expansion, lookup to see if it is an argument, and which argument it is, is also an O(1) operation. Further, each directive name, such as `endif', has an associated directive enum stored in its hash node, so that directive lookup is also O(1).  File: cppinternals.info, Node: Macro Expansion, Next: Token Spacing, Prev: Hash Nodes, Up: Top Macro Expansion Algorithm ************************* Macro expansion is a tricky operation, fraught with nasty corner cases and situations that render what you thought was a nifty way to optimize the preprocessor's expansion algorithm wrong in quite subtle ways. I strongly recommend you have a good grasp of how the C and C++ standards require macros to be expanded before diving into this section, let alone the code!. If you don't have a clear mental picture of how things like nested macro expansion, stringification and token pasting are supposed to work, damage to your sanity can quickly result. Internal representation of macros ================================= The preprocessor stores macro expansions in tokenized form. This saves repeated lexing passes during expansion, at the cost of a small increase in memory consumption on average. The tokens are stored contiguously in memory, so a pointer to the first one and a token count is all you need to get the replacement list of a macro. If the macro is a function-like macro the preprocessor also stores its parameters, in the form of an ordered list of pointers to the hash table entry of each parameter's identifier. Further, in the macro's stored expansion each occurrence of a parameter is replaced with a special token of type `CPP_MACRO_ARG'. Each such token holds the index of the parameter it represents in the parameter list, which allows rapid replacement of parameters with their arguments during expansion. Despite this optimization it is still necessary to store the original parameters to the macro, both for dumping with e.g., `-dD', and to warn about non-trivial macro redefinitions when the parameter names have changed. Macro expansion overview ======================== The preprocessor maintains a "context stack", implemented as a linked list of `cpp_context' structures, which together represent the macro expansion state at any one time. The `struct cpp_reader' member variable `context' points to the current top of this stack. The top normally holds the unexpanded replacement list of the innermost macro under expansion, except when cpplib is about to pre-expand an argument, in which case it holds that argument's unexpanded tokens. When there are no macros under expansion, cpplib is in "base context". All contexts other than the base context contain a contiguous list of tokens delimited by a starting and ending token. When not in base context, cpplib obtains the next token from the list of the top context. If there are no tokens left in the list, it pops that context off the stack, and subsequent ones if necessary, until an unexhausted context is found or it returns to base context. In base context, cpplib reads tokens directly from the lexer. If it encounters an identifier that is both a macro and enabled for expansion, cpplib prepares to push a new context for that macro on the stack by calling the routine `enter_macro_context'. When this routine returns, the new context will contain the unexpanded tokens of the replacement list of that macro. In the case of function-like macros, `enter_macro_context' also replaces any parameters in the replacement list, stored as `CPP_MACRO_ARG' tokens, with the appropriate macro argument. If the standard requires that the parameter be replaced with its expanded argument, the argument will have been fully macro expanded first. `enter_macro_context' also handles special macros like `__LINE__'. Although these macros expand to a single token which cannot contain any further macros, for reasons of token spacing (*note Token Spacing::) and simplicity of implementation, cpplib handles these special macros by pushing a context containing just that one token. The final thing that `enter_macro_context' does before returning is to mark the macro disabled for expansion (except for special macros like `__TIME__'). The macro is re-enabled when its context is later popped from the context stack, as described above. This strict ordering ensures that a macro is disabled whilst its expansion is being scanned, but that it is _not_ disabled whilst any arguments to it are being expanded. Scanning the replacement list for macros to expand ================================================== The C standard states that, after any parameters have been replaced with their possibly-expanded arguments, the replacement list is scanned for nested macros. Further, any identifiers in the replacement list that are not expanded during this scan are never again eligible for expansion in the future, if the reason they were not expanded is that the macro in question was disabled. Clearly this latter condition can only apply to tokens resulting from argument pre-expansion. Other tokens never have an opportunity to be re-tested for expansion. It is possible for identifiers that are function-like macros to not expand initially but to expand during a later scan. This occurs when the identifier is the last token of an argument (and therefore originally followed by a comma or a closing parenthesis in its macro's argument list), and when it replaces its parameter in the macro's replacement list, the subsequent token happens to be an opening parenthesis (itself possibly the first token of an argument). It is important to note that when cpplib reads the last token of a given context, that context still remains on the stack. Only when looking for the _next_ token do we pop it off the stack and drop to a lower context. This makes backing up by one token easy, but more importantly ensures that the macro corresponding to the current context is still disabled when we are considering the last token of its replacement list for expansion (or indeed expanding it). As an example, which illustrates many of the points above, consider #define foo(x) bar x foo(foo) (2) which fully expands to `bar foo (2)'. During pre-expansion of the argument, `foo' does not expand even though the macro is enabled, since it has no following parenthesis [pre-expansion of an argument only uses tokens from that argument; it cannot take tokens from whatever follows the macro invocation]. This still leaves the argument token `foo' eligible for future expansion. Then, when re-scanning after argument replacement, the token `foo' is rejected for expansion, and marked ineligible for future expansion, since the macro is now disabled. It is disabled because the replacement list `bar foo' of the macro is still on the context stack. If instead the algorithm looked for an opening parenthesis first and then tested whether the macro were disabled it would be subtly wrong. In the example above, the replacement list of `foo' would be popped in the process of finding the parenthesis, re-enabling `foo' and expanding it a second time. Looking for a function-like macro's opening parenthesis ======================================================= Function-like macros only expand when immediately followed by a parenthesis. To do this cpplib needs to temporarily disable macros and read the next token. Unfortunately, because of spacing issues (*note Token Spacing::), there can be fake padding tokens in-between, and if the next real token is not a parenthesis cpplib needs to be able to back up that one token as well as retain the information in any intervening padding tokens. Backing up more than one token when macros are involved is not permitted by cpplib, because in general it might involve issues like restoring popped contexts onto the context stack, which are too hard. Instead, searching for the parenthesis is handled by a special function, `funlike_invocation_p', which remembers padding information as it reads tokens. If the next real token is not an opening parenthesis, it backs up that one token, and then pushes an extra context just containing the padding information if necessary. Marking tokens ineligible for future expansion ============================================== As discussed above, cpplib needs a way of marking tokens as unexpandable. Since the tokens cpplib handles are read-only once they have been lexed, it instead makes a copy of the token and adds the flag `NO_EXPAND' to the copy. For efficiency and to simplify memory management by avoiding having to remember to free these tokens, they are allocated as temporary tokens from the lexer's current token run (*note Lexing a line::) using the function `_cpp_temp_token'. The tokens are then re-used once the current line of tokens has been read in. This might sound unsafe. However, tokens runs are not re-used at the end of a line if it happens to be in the middle of a macro argument list, and cpplib only wants to back-up more than one lexer token in situations where no macro expansion is involved, so the optimization is safe.  File: cppinternals.info, Node: Token Spacing, Next: Line Numbering, Prev: Macro Expansion, Up: Top Token Spacing ************* First, consider an issue that only concerns the stand-alone preprocessor: there needs to be a guarantee that re-reading its preprocessed output results in an identical token stream. Without taking special measures, this might not be the case because of macro substitution. For example: #define PLUS + #define EMPTY #define f(x) =x= +PLUS -EMPTY- PLUS+ f(=) ==> + + - - + + = = = _not_ ==> ++ -- ++ === One solution would be to simply insert a space between all adjacent tokens. However, we would like to keep space insertion to a minimum, both for aesthetic reasons and because it causes problems for people who still try to abuse the preprocessor for things like Fortran source and Makefiles. For now, just notice that when tokens are added (or removed, as shown by the `EMPTY' example) from the original lexed token stream, we need to check for accidental token pasting. We call this "paste avoidance". Token addition and removal can only occur because of macro expansion, but accidental pasting can occur in many places: both before and after each macro replacement, each argument replacement, and additionally each token created by the `#' and `##' operators. Look at how the preprocessor gets whitespace output correct normally. The `cpp_token' structure contains a flags byte, and one of those flags is `PREV_WHITE'. This is flagged by the lexer, and indicates that the token was preceded by whitespace of some form other than a new line. The stand-alone preprocessor can use this flag to decide whether to insert a space between tokens in the output. Now consider the result of the following macro expansion: #define add(x, y, z) x + y +z; sum = add (1,2, 3); ==> sum = 1 + 2 +3; The interesting thing here is that the tokens `1' and `2' are output with a preceding space, and `3' is output without a preceding space, but when lexed none of these tokens had that property. Careful consideration reveals that `1' gets its preceding whitespace from the space preceding `add' in the macro invocation, _not_ replacement list. `2' gets its whitespace from the space preceding the parameter `y' in the macro replacement list, and `3' has no preceding space because parameter `z' has none in the replacement list. Once lexed, tokens are effectively fixed and cannot be altered, since pointers to them might be held in many places, in particular by in-progress macro expansions. So instead of modifying the two tokens above, the preprocessor inserts a special token, which I call a "padding token", into the token stream to indicate that spacing of the subsequent token is special. The preprocessor inserts padding tokens in front of every macro expansion and expanded macro argument. These point to a "source token" from which the subsequent real token should inherit its spacing. In the above example, the source tokens are `add' in the macro invocation, and `y' and `z' in the macro replacement list, respectively. It is quite easy to get multiple padding tokens in a row, for example if a macro's first replacement token expands straight into another macro. #define foo bar #define bar baz [foo] ==> [baz] Here, two padding tokens are generated with sources the `foo' token between the brackets, and the `bar' token from foo's replacement list, respectively. Clearly the first padding token is the one to use, so the output code should contain a rule that the first padding token in a sequence is the one that matters. But what if a macro expansion is left? Adjusting the above example slightly: #define foo bar #define bar EMPTY baz #define EMPTY [foo] EMPTY; ==> [ baz] ; As shown, now there should be a space before `baz' and the semicolon in the output. The rules we decided above fail for `baz': we generate three padding tokens, one per macro invocation, before the token `baz'. We would then have it take its spacing from the first of these, which carries source token `foo' with no leading space. It is vital that cpplib get spacing correct in these examples since any of these macro expansions could be stringified, where spacing matters. So, this demonstrates that not just entering macro and argument expansions, but leaving them requires special handling too. I made cpplib insert a padding token with a `NULL' source token when leaving macro expansions, as well as after each replaced argument in a macro's replacement list. It also inserts appropriate padding tokens on either side of tokens created by the `#' and `##' operators. I expanded the rule so that, if we see a padding token with a `NULL' source token, _and_ that source token has no leading space, then we behave as if we have seen no padding tokens at all. A quick check shows this rule will then get the above example correct as well. Now a relationship with paste avoidance is apparent: we have to be careful about paste avoidance in exactly the same locations we have padding tokens in order to get white space correct. This makes implementation of paste avoidance easy: wherever the stand-alone preprocessor is fixing up spacing because of padding tokens, and it turns out that no space is needed, it has to take the extra step to check that a space is not needed after all to avoid an accidental paste. The function `cpp_avoid_paste' advises whether a space is required between two consecutive tokens. To avoid excessive spacing, it tries hard to only require a space if one is likely to be necessary, but for reasons of efficiency it is slightly conservative and might recommend a space where one is not strictly needed.  File: cppinternals.info, Node: Line Numbering, Next: Guard Macros, Prev: Token Spacing, Up: Top Line numbering ************** Just which line number anyway? ============================== There are three reasonable requirements a cpplib client might have for the line number of a token passed to it: * The source line it was lexed on. * The line it is output on. This can be different to the line it was lexed on if, for example, there are intervening escaped newlines or C-style comments. For example: foo /* A long comment */ bar \ baz => foo bar baz * If the token results from a macro expansion, the line of the macro name, or possibly the line of the closing parenthesis in the case of function-like macro expansion. The `cpp_token' structure contains `line' and `col' members. The lexer fills these in with the line and column of the first character of the token. Consequently, but maybe unexpectedly, a token from the replacement list of a macro expansion carries the location of the token within the `#define' directive, because cpplib expands a macro by returning pointers to the tokens in its replacement list. The current implementation of cpplib assigns tokens created from built-in macros and the `#' and `##' operators the location of the most recently lexed token. This is a because they are allocated from the lexer's token runs, and because of the way the diagnostic routines infer the appropriate location to report. The diagnostic routines in cpplib display the location of the most recently _lexed_ token, unless they are passed a specific line and column to report. For diagnostics regarding tokens that arise from macro expansions, it might also be helpful for the user to see the original location in the macro definition that the token came from. Since that is exactly the information each token carries, such an enhancement could be made relatively easily in future. The stand-alone preprocessor faces a similar problem when determining the correct line to output the token on: the position attached to a token is fairly useless if the token came from a macro expansion. All tokens on a logical line should be output on its first physical line, so the token's reported location is also wrong if it is part of a physical line other than the first. To solve these issues, cpplib provides a callback that is generated whenever it lexes a preprocessing token that starts a new logical line other than a directive. It passes this token (which may be a `CPP_EOF' token indicating the end of the translation unit) to the callback routine, which can then use the line and column of this token to produce correct output. Representation of line numbers ============================== As mentioned above, cpplib stores with each token the line number that it was lexed on. In fact, this number is not the number of the line in the source file, but instead bears more resemblance to the number of the line in the translation unit. The preprocessor maintains a monotonic increasing line count, which is incremented at every new line character (and also at the end of any buffer that does not end in a new line). Since a line number of zero is useful to indicate certain special states and conditions, this variable starts counting from one. This variable therefore uniquely enumerates each line in the translation unit. With some simple infrastructure, it is straight forward to map from this to the original source file and line number pair, saving space whenever line number information needs to be saved. The code the implements this mapping lies in the files `line-map.c' and `line-map.h'. Command-line macros and assertions are implemented by pushing a buffer containing the right hand side of an equivalent `#define' or `#assert' directive. Some built-in macros are handled similarly. Since these are all processed before the first line of the main input file, it will typically have an assigned line closer to twenty than to one.  File: cppinternals.info, Node: Guard Macros, Next: Files, Prev: Line Numbering, Up: Top The Multiple-Include Optimization ********************************* Header files are often of the form #ifndef FOO #define FOO ... #endif to prevent the compiler from processing them more than once. The preprocessor notices such header files, so that if the header file appears in a subsequent `#include' directive and `FOO' is defined, then it is ignored and it doesn't preprocess or even re-open the file a second time. This is referred to as the "multiple include optimization". Under what circumstances is such an optimization valid? If the file were included a second time, it can only be optimized away if that inclusion would result in no tokens to return, and no relevant directives to process. Therefore the current implementation imposes requirements and makes some allowances as follows: 1. There must be no tokens outside the controlling `#if'-`#endif' pair, but whitespace and comments are permitted. 2. There must be no directives outside the controlling directive pair, but the "null directive" (a line containing nothing other than a single `#' and possibly whitespace) is permitted. 3. The opening directive must be of the form #ifndef FOO or #if !defined FOO [equivalently, #if !defined(FOO)] 4. In the second form above, the tokens forming the `#if' expression must have come directly from the source file--no macro expansion must have been involved. This is because macro definitions can change, and tracking whether or not a relevant change has been made is not worth the implementation cost. 5. There can be no `#else' or `#elif' directives at the outer conditional block level, because they would probably contain something of interest to a subsequent pass. First, when pushing a new file on the buffer stack, `_stack_include_file' sets the controlling macro `mi_cmacro' to `NULL', and sets `mi_valid' to `true'. This indicates that the preprocessor has not yet encountered anything that would invalidate the multiple-include optimization. As described in the next few paragraphs, these two variables having these values effectively indicates top-of-file. When about to return a token that is not part of a directive, `_cpp_lex_token' sets `mi_valid' to `false'. This enforces the constraint that tokens outside the controlling conditional block invalidate the optimization. The `do_if', when appropriate, and `do_ifndef' directive handlers pass the controlling macro to the function `push_conditional'. cpplib maintains a stack of nested conditional blocks, and after processing every opening conditional this function pushes an `if_stack' structure onto the stack. In this structure it records the controlling macro for the block, provided there is one and we're at top-of-file (as described above). If an `#elif' or `#else' directive is encountered, the controlling macro for that block is cleared to `NULL'. Otherwise, it survives until the `#endif' closing the block, upon which `do_endif' sets `mi_valid' to true and stores the controlling macro in `mi_cmacro'. `_cpp_handle_directive' clears `mi_valid' when processing any directive other than an opening conditional and the null directive. With this, and requiring top-of-file to record a controlling macro, and no `#else' or `#elif' for it to survive and be copied to `mi_cmacro' by `do_endif', we have enforced the absence of directives outside the main conditional block for the optimization to be on. Note that whilst we are inside the conditional block, `mi_valid' is likely to be reset to `false', but this does not matter since the closing `#endif' restores it to `true' if appropriate. Finally, since `_cpp_lex_direct' pops the file off the buffer stack at `EOF' without returning a token, if the `#endif' directive was not followed by any tokens, `mi_valid' is `true' and `_cpp_pop_file_buffer' remembers the controlling macro associated with the file. Subsequent calls to `stack_include_file' result in no buffer being pushed if the controlling macro is defined, effecting the optimization. A quick word on how we handle the #if !defined FOO case. `_cpp_parse_expr' and `parse_defined' take steps to see whether the three stages `!', `defined-expression' and `end-of-directive' occur in order in a `#if' expression. If so, they return the guard macro to `do_if' in the variable `mi_ind_cmacro', and otherwise set it to `NULL'. `enter_macro_context' sets `mi_valid' to false, so if a macro was expanded whilst parsing any part of the expression, then the top-of-file test in `push_conditional' fails and the optimization is turned off.  File: cppinternals.info, Node: Files, Next: Concept Index, Prev: Guard Macros, Up: Top File Handling ************* Fairly obviously, the file handling code of cpplib resides in the file `files.c'. It takes care of the details of file searching, opening, reading and caching, for both the main source file and all the headers it recursively includes. The basic strategy is to minimize the number of system calls. On many systems, the basic `open ()' and `fstat ()' system calls can be quite expensive. For every `#include'-d file, we need to try all the directories in the search path until we find a match. Some projects, such as glibc, pass twenty or thirty include paths on the command line, so this can rapidly become time consuming. For a header file we have not encountered before we have little choice but to do this. However, it is often the case that the same headers are repeatedly included, and in these cases we try to avoid repeating the filesystem queries whilst searching for the correct file. For each file we try to open, we store the constructed path in a splay tree. This path first undergoes simplification by the function `_cpp_simplify_pathname'. For example, `/usr/include/bits/../foo.h' is simplified to `/usr/include/foo.h' before we enter it in the splay tree and try to `open ()' the file. CPP will then find subsequent uses of `foo.h', even as `/usr/include/foo.h', in the splay tree and save system calls. Further, it is likely the file contents have also been cached, saving a `read ()' system call. We don't bother caching the contents of header files that are re-inclusion protected, and whose re-inclusion macro is defined when we leave the header file for the first time. If the host supports it, we try to map suitably large files into memory, rather than reading them in directly. The include paths are internally stored on a null-terminated singly-linked list, starting with the `"header.h"' directory search chain, which then links into the `' directory chain. Files included with the `' syntax start the lookup directly in the second half of this chain. However, files included with the `"foo.h"' syntax start at the beginning of the chain, but with one extra directory prepended. This is the directory of the current file; the one containing the `#include' directive. Prepending this directory on a per-file basis is handled by the function `search_from'. Note that a header included with a directory component, such as `#include "mydir/foo.h"' and opened as `/usr/local/include/mydir/foo.h', will have the complete path minus the basename `foo.h' as the current directory. Enough information is stored in the splay tree that CPP can immediately tell whether it can skip the header file because of the multiple include optimization, whether the file didn't exist or couldn't be opened for some reason, or whether the header was flagged not to be re-used, as it is with the obsolete `#import' directive. For the benefit of MS-DOS filesystems with an 8.3 filename limitation, CPP offers the ability to treat various include file names as aliases for the real header files with shorter names. The map from one to the other is found in a special file called `header.gcc', stored in the command line (or system) include directories to which the mapping applies. This may be higher up the directory tree than the full path to the file minus the base name.  File: cppinternals.info, Node: Concept Index, Prev: Files, Up: Top Concept Index ************* [index] * Menu: * assertions: Hash Nodes. (line 6) * controlling macros: Guard Macros. (line 6) * escaped newlines: Lexer. (line 6) * files: Files. (line 6) * guard macros: Guard Macros. (line 6) * hash table: Hash Nodes. (line 6) * header files: Conventions. (line 6) * identifiers: Hash Nodes. (line 6) * interface: Conventions. (line 6) * lexer: Lexer. (line 6) * line numbers: Line Numbering. (line 6) * macro expansion: Macro Expansion. (line 6) * macro representation (internal): Macro Expansion. (line 19) * macros: Hash Nodes. (line 6) * multiple-include optimization: Guard Macros. (line 6) * named operators: Hash Nodes. (line 6) * newlines: Lexer. (line 6) * paste avoidance: Token Spacing. (line 6) * spacing: Token Spacing. (line 6) * token run: Lexer. (line 192) * token spacing: Token Spacing. (line 6)  Tag Table: Node: Top955 Node: Conventions2640 Node: Lexer3582 Ref: Invalid identifiers11495 Ref: Lexing a line13444 Node: Hash Nodes18217 Node: Macro Expansion21096 Node: Token Spacing30043 Node: Line Numbering35903 Node: Guard Macros39988 Node: Files44779 Node: Concept Index48245  End Tag Table 0707011dad6004000081a40000000000000000000000014a5bbd7f001d7cb30000012e00000002ffffffffffffffff0000001d00000000root/opt/aosug/info/gcc.infoThis is doc/gcc.info, produced by makeinfo version 4.7 from ../.././gcc/doc/gcc.texi. Copyright (C) 1988, 1989, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008 Free Software Foundation, Inc. Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with the Invariant Sections being "Funding Free Software", the Front-Cover Texts being (a) (see below), and with the Back-Cover Texts being (b) (see below). A copy of the license is included in the section entitled "GNU Free Documentation License". (a) The FSF's Front-Cover Text is: A GNU Manual (b) The FSF's Back-Cover Text is: You have freedom to copy and modify this GNU Manual, like GNU software. Copies published by the Free Software Foundation raise funds for GNU development. INFO-DIR-SECTION Software development START-INFO-DIR-ENTRY * gcc: (gcc). The GNU Compiler Collection. * g++: (gcc). The GNU C++ compiler. END-INFO-DIR-ENTRY This file documents the use of the GNU compilers. Copyright (C) 1988, 1989, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008 Free Software Foundation, Inc. Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with the Invariant Sections being "Funding Free Software", the Front-Cover Texts being (a) (see below), and with the Back-Cover Texts being (b) (see below). A copy of the license is included in the section entitled "GNU Free Documentation License". (a) The FSF's Front-Cover Text is: A GNU Manual (b) The FSF's Back-Cover Text is: You have freedom to copy and modify this GNU Manual, like GNU software. Copies published by the Free Software Foundation raise funds for GNU development.  File: gcc.info, Node: Top, Next: G++ and GCC, Up: (DIR) Introduction ************ This manual documents how to use the GNU compilers, as well as their features and incompatibilities, and how to report bugs. It corresponds to the compilers (GCC) version 4.4.0. The internals of the GNU compilers, including how to port them to new targets and some information about how to write front ends for new languages, are documented in a separate manual. *Note Introduction: (gccint)Top. * Menu: * G++ and GCC:: You can compile C or C++ programs. * Standards:: Language standards supported by GCC. * Invoking GCC:: Command options supported by `gcc'. * C Implementation:: How GCC implements the ISO C specification. * C Extensions:: GNU extensions to the C language family. * C++ Extensions:: GNU extensions to the C++ language. * Objective-C:: GNU Objective-C runtime features. * Compatibility:: Binary Compatibility * Gcov:: `gcov'---a test coverage program. * Trouble:: If you have trouble using GCC. * Bugs:: How, why and where to report bugs. * Service:: How to find suppliers of support for GCC. * Contributing:: How to contribute to testing and developing GCC. * Funding:: How to help assure funding for free software. * GNU Project:: The GNU Project and GNU/Linux. * Copying:: GNU General Public License says how you can copy and share GCC. * GNU Free Documentation License:: How you can copy and share this manual. * Contributors:: People who have contributed to GCC. * Option Index:: Index to command line options. * Keyword Index:: Index of concepts and symbol names.  File: gcc.info, Node: G++ and GCC, Next: Standards, Prev: Top, Up: Top 1 Programming Languages Supported by GCC **************************************** GCC stands for "GNU Compiler Collection". GCC is an integrated distribution of compilers for several major programming languages. These languages currently include C, C++, Objective-C, Objective-C++, Java, Fortran, and Ada. The abbreviation "GCC" has multiple meanings in common use. The current official meaning is "GNU Compiler Collection", which refers generically to the complete suite of tools. The name historically stood for "GNU C Compiler", and this usage is still common when the emphasis is on compiling C programs. Finally, the name is also used when speaking of the "language-independent" component of GCC: code shared among the compilers for all supported languages. The language-independent component of GCC includes the majority of the optimizers, as well as the "back ends" that generate machine code for various processors. The part of a compiler that is specific to a particular language is called the "front end". In addition to the front ends that are integrated components of GCC, there are several other front ends that are maintained separately. These support languages such as Pascal, Mercury, and COBOL. To use these, they must be built together with GCC proper. Most of the compilers for languages other than C have their own names. The C++ compiler is G++, the Ada compiler is GNAT, and so on. When we talk about compiling one of those languages, we might refer to that compiler by its own name, or as GCC. Either is correct. Historically, compilers for many languages, including C++ and Fortran, have been implemented as "preprocessors" which emit another high level language such as C. None of the compilers included in GCC are implemented this way; they all generate machine code directly. This sort of preprocessor should not be confused with the "C preprocessor", which is an integral feature of the C, C++, Objective-C and Objective-C++ languages.  File: gcc.info, Node: Standards, Next: Invoking GCC, Prev: G++ and GCC, Up: Top 2 Language Standards Supported by GCC ************************************* For each language compiled by GCC for which there is a standard, GCC attempts to follow one or more versions of that standard, possibly with some exceptions, and possibly with some extensions. 2.1 C language ============== GCC supports three versions of the C standard, although support for the most recent version is not yet complete. The original ANSI C standard (X3.159-1989) was ratified in 1989 and published in 1990. This standard was ratified as an ISO standard (ISO/IEC 9899:1990) later in 1990. There were no technical differences between these publications, although the sections of the ANSI standard were renumbered and became clauses in the ISO standard. This standard, in both its forms, is commonly known as "C89", or occasionally as "C90", from the dates of ratification. The ANSI standard, but not the ISO standard, also came with a Rationale document. To select this standard in GCC, use one of the options `-ansi', `-std=c89' or `-std=iso9899:1990'; to obtain all the diagnostics required by the standard, you should also specify `-pedantic' (or `-pedantic-errors' if you want them to be errors rather than warnings). *Note Options Controlling C Dialect: C Dialect Options. Errors in the 1990 ISO C standard were corrected in two Technical Corrigenda published in 1994 and 1996. GCC does not support the uncorrected version. An amendment to the 1990 standard was published in 1995. This amendment added digraphs and `__STDC_VERSION__' to the language, but otherwise concerned the library. This amendment is commonly known as "AMD1"; the amended standard is sometimes known as "C94" or "C95". To select this standard in GCC, use the option `-std=iso9899:199409' (with, as for other standard versions, `-pedantic' to receive all required diagnostics). A new edition of the ISO C standard was published in 1999 as ISO/IEC 9899:1999, and is commonly known as "C99". GCC has incomplete support for this standard version; see `http://gcc.gnu.org/gcc-4.4/c99status.html' for details. To select this standard, use `-std=c99' or `-std=iso9899:1999'. (While in development, drafts of this standard version were referred to as "C9X".) Errors in the 1999 ISO C standard were corrected in three Technical Corrigenda published in 2001, 2004 and 2007. GCC does not support the uncorrected version. By default, GCC provides some extensions to the C language that on rare occasions conflict with the C standard. *Note Extensions to the C Language Family: C Extensions. Use of the `-std' options listed above will disable these extensions where they conflict with the C standard version selected. You may also select an extended version of the C language explicitly with `-std=gnu89' (for C89 with GNU extensions) or `-std=gnu99' (for C99 with GNU extensions). The default, if no C language dialect options are given, is `-std=gnu89'; this will change to `-std=gnu99' in some future release when the C99 support is complete. Some features that are part of the C99 standard are accepted as extensions in C89 mode. The ISO C standard defines (in clause 4) two classes of conforming implementation. A "conforming hosted implementation" supports the whole standard including all the library facilities; a "conforming freestanding implementation" is only required to provide certain library facilities: those in `', `', `', and `'; since AMD1, also those in `'; and in C99, also those in `' and `'. In addition, complex types, added in C99, are not required for freestanding implementations. The standard also defines two environments for programs, a "freestanding environment", required of all implementations and which may not have library facilities beyond those required of freestanding implementations, where the handling of program startup and termination are implementation-defined, and a "hosted environment", which is not required, in which all the library facilities are provided and startup is through a function `int main (void)' or `int main (int, char *[])'. An OS kernel would be a freestanding environment; a program using the facilities of an operating system would normally be in a hosted implementation. GCC aims towards being usable as a conforming freestanding implementation, or as the compiler for a conforming hosted implementation. By default, it will act as the compiler for a hosted implementation, defining `__STDC_HOSTED__' as `1' and presuming that when the names of ISO C functions are used, they have the semantics defined in the standard. To make it act as a conforming freestanding implementation for a freestanding environment, use the option `-ffreestanding'; it will then define `__STDC_HOSTED__' to `0' and not make assumptions about the meanings of function names from the standard library, with exceptions noted below. To build an OS kernel, you may well still need to make your own arrangements for linking and startup. *Note Options Controlling C Dialect: C Dialect Options. GCC does not provide the library facilities required only of hosted implementations, nor yet all the facilities required by C99 of freestanding implementations; to use the facilities of a hosted environment, you will need to find them elsewhere (for example, in the GNU C library). *Note Standard Libraries: Standard Libraries. Most of the compiler support routines used by GCC are present in `libgcc', but there are a few exceptions. GCC requires the freestanding environment provide `memcpy', `memmove', `memset' and `memcmp'. Finally, if `__builtin_trap' is used, and the target does not implement the `trap' pattern, then GCC will emit a call to `abort'. For references to Technical Corrigenda, Rationale documents and information concerning the history of C that is available online, see `http://gcc.gnu.org/readings.html' 2.2 C++ language ================ GCC supports the ISO C++ standard (1998) and contains experimental support for the upcoming ISO C++ standard (200x). The original ISO C++ standard was published as the ISO standard (ISO/IEC 14882:1998) and amended by a Technical Corrigenda published in 2003 (ISO/IEC 14882:2003). These standards are referred to as C++98 and C++03, respectively. GCC implements the majority of C++98 (`export' is a notable exception) and most of the changes in C++03. To select this standard in GCC, use one of the options `-ansi' or `-std=c++98'; to obtain all the diagnostics required by the standard, you should also specify `-pedantic' (or `-pedantic-errors' if you want them to be errors rather than warnings). The ISO C++ committee is working on a new ISO C++ standard, dubbed C++0x, that is intended to be published by 2009. C++0x contains several changes to the C++ language, some of which have been implemented in an experimental C++0x mode in GCC. The C++0x mode in GCC tracks the draft working paper for the C++0x standard; the latest working paper is available on the ISO C++ committee's web site at `http://www.open-std.org/jtc1/sc22/wg21/'. For information regarding the C++0x features available in the experimental C++0x mode, see `http://gcc.gnu.org/gcc-4.3/cxx0x_status.html'. To select this standard in GCC, use the option `-std=c++0x'; to obtain all the diagnostics required by the standard, you should also specify `-pedantic' (or `-pedantic-errors' if you want them to be errors rather than warnings). By default, GCC provides some extensions to the C++ language; *Note Options Controlling C++ Dialect: C++ Dialect Options. Use of the `-std' option listed above will disable these extensions. You may also select an extended version of the C++ language explicitly with `-std=gnu++98' (for C++98 with GNU extensions) or `-std=gnu++0x' (for C++0x with GNU extensions). The default, if no C++ language dialect options are given, is `-std=gnu++98'. 2.3 Objective-C and Objective-C++ languages =========================================== There is no formal written standard for Objective-C or Objective-C++. The most authoritative manual is "Object-Oriented Programming and the Objective-C Language", available at a number of web sites: * `http://developer.apple.com/documentation/Cocoa/Conceptual/ObjectiveC/' is a recent (and periodically updated) version; * `http://www.toodarkpark.org/computers/objc/' is an older example; * `http://www.gnustep.org' and `http://gcc.gnu.org/readings.html' have additional useful information. *Note GNAT Reference Manual: (gnat_rm)Top, for information on standard conformance and compatibility of the Ada compiler. *Note Standards: (gfortran)Standards, for details of standards supported by GNU Fortran. *Note Compatibility with the Java Platform: (gcj)Compatibility, for details of compatibility between `gcj' and the Java Platform.  File: gcc.info, Node: Invoking GCC, Next: C Implementation, Prev: Standards, Up: Top 3 GCC Command Options ********************* When you invoke GCC, it normally does preprocessing, compilation, assembly and linking. The "overall options" allow you to stop this process at an intermediate stage. For example, the `-c' option says not to run the linker. Then the output consists of object files output by the assembler. Other options are passed on to one stage of processing. Some options control the preprocessor and others the compiler itself. Yet other options control the assembler and linker; most of these are not documented here, since you rarely need to use any of them. Most of the command line options that you can use with GCC are useful for C programs; when an option is only useful with another language (usually C++), the explanation says so explicitly. If the description for a particular option does not mention a source language, you can use that option with all supported languages. *Note Compiling C++ Programs: Invoking G++, for a summary of special options for compiling C++ programs. The `gcc' program accepts options and file names as operands. Many options have multi-letter names; therefore multiple single-letter options may _not_ be grouped: `-dv' is very different from `-d -v'. You can mix options and other arguments. For the most part, the order you use doesn't matter. Order does matter when you use several options of the same kind; for example, if you specify `-L' more than once, the directories are searched in the order specified. Also, the placement of the `-l' option is significant. Many options have long names starting with `-f' or with `-W'--for example, `-fmove-loop-invariants', `-Wformat' and so on. Most of these have both positive and negative forms; the negative form of `-ffoo' would be `-fno-foo'. This manual documents only one of these two forms, whichever one is not the default. *Note Option Index::, for an index to GCC's options. * Menu: * Option Summary:: Brief list of all options, without explanations. * Overall Options:: Controlling the kind of output: an executable, object files, assembler files, or preprocessed source. * Invoking G++:: Compiling C++ programs. * C Dialect Options:: Controlling the variant of C language compiled. * C++ Dialect Options:: Variations on C++. * Objective-C and Objective-C++ Dialect Options:: Variations on Objective-C and Objective-C++. * Language Independent Options:: Controlling how diagnostics should be formatted. * Warning Options:: How picky should the compiler be? * Debugging Options:: Symbol tables, measurements, and debugging dumps. * Optimize Options:: How much optimization? * Preprocessor Options:: Controlling header files and macro definitions. Also, getting dependency information for Make. * Assembler Options:: Passing options to the assembler. * Link Options:: Specifying libraries and so on. * Directory Options:: Where to find header files and libraries. Where to find the compiler executable files. * Spec Files:: How to pass switches to sub-processes. * Target Options:: Running a cross-compiler, or an old version of GCC. * Submodel Options:: Specifying minor hardware or convention variations, such as 68010 vs 68020. * Code Gen Options:: Specifying conventions for function calls, data layout and register usage. * Environment Variables:: Env vars that affect GCC. * Precompiled Headers:: Compiling a header once, and using it many times. * Running Protoize:: Automatically adding or removing function prototypes.  File: gcc.info, Node: Option Summary, Next: Overall Options, Up: Invoking GCC 3.1 Option Summary ================== Here is a summary of all the options, grouped by type. Explanations are in the following sections. _Overall Options_ *Note Options Controlling the Kind of Output: Overall Options. -c -S -E -o FILE -combine -pipe -pass-exit-codes -x LANGUAGE -v -### --help[=CLASS[,...]] --target-help --version -wrapper@FILE _C Language Options_ *Note Options Controlling C Dialect: C Dialect Options. -ansi -std=STANDARD -fgnu89-inline -aux-info FILENAME -fno-asm -fno-builtin -fno-builtin-FUNCTION -fhosted -ffreestanding -fopenmp -fms-extensions -trigraphs -no-integrated-cpp -traditional -traditional-cpp -fallow-single-precision -fcond-mismatch -flax-vector-conversions -fsigned-bitfields -fsigned-char -funsigned-bitfields -funsigned-char _C++ Language Options_ *Note Options Controlling C++ Dialect: C++ Dialect Options. -fabi-version=N -fno-access-control -fcheck-new -fconserve-space -ffriend-injection -fno-elide-constructors -fno-enforce-eh-specs -ffor-scope -fno-for-scope -fno-gnu-keywords -fno-implicit-templates -fno-implicit-inline-templates -fno-implement-inlines -fms-extensions -fno-nonansi-builtins -fno-operator-names -fno-optional-diags -fpermissive -frepo -fno-rtti -fstats -ftemplate-depth-N -fno-threadsafe-statics -fuse-cxa-atexit -fno-weak -nostdinc++ -fno-default-inline -fvisibility-inlines-hidden -fvisibility-ms-compat -Wabi -Wctor-dtor-privacy -Wnon-virtual-dtor -Wreorder -Weffc++ -Wstrict-null-sentinel -Wno-non-template-friend -Wold-style-cast -Woverloaded-virtual -Wno-pmf-conversions -Wsign-promo _Objective-C and Objective-C++ Language Options_ *Note Options Controlling Objective-C and Objective-C++ Dialects: Objective-C and Objective-C++ Dialect Options. -fconstant-string-class=CLASS-NAME -fgnu-runtime -fnext-runtime -fno-nil-receivers -fobjc-call-cxx-cdtors -fobjc-direct-dispatch -fobjc-exceptions -fobjc-gc -freplace-objc-classes -fzero-link -gen-decls -Wassign-intercept -Wno-protocol -Wselector -Wstrict-selector-match -Wundeclared-selector _Language Independent Options_ *Note Options to Control Diagnostic Messages Formatting: Language Independent Options. -fmessage-length=N -fdiagnostics-show-location=[once|every-line] -fdiagnostics-show-option _Warning Options_ *Note Options to Request or Suppress Warnings: Warning Options. -fsyntax-only -pedantic -pedantic-errors -w -Wextra -Wall -Waddress -Waggregate-return -Warray-bounds -Wno-attributes -Wno-builtin-macro-redefined -Wc++-compat -Wc++0x-compat -Wcast-align -Wcast-qual -Wchar-subscripts -Wclobbered -Wcomment -Wconversion -Wcoverage-mismatch -Wno-deprecated -Wno-deprecated-declarations -Wdisabled-optimization -Wno-div-by-zero -Wempty-body -Wenum-compare -Wno-endif-labels -Werror -Werror=* -Wfatal-errors -Wfloat-equal -Wformat -Wformat=2 -Wno-format-contains-nul -Wno-format-extra-args -Wformat-nonliteral -Wformat-security -Wformat-y2k -Wframe-larger-than=LEN -Wignored-qualifiers -Wimplicit -Wimplicit-function-declaration -Wimplicit-int -Winit-self -Winline -Wno-int-to-pointer-cast -Wno-invalid-offsetof -Winvalid-pch -Wlarger-than=LEN -Wunsafe-loop-optimizations -Wlogical-op -Wlong-long -Wmain -Wmissing-braces -Wmissing-field-initializers -Wmissing-format-attribute -Wmissing-include-dirs -Wmissing-noreturn -Wno-mudflap -Wno-multichar -Wnonnull -Wno-overflow -Woverlength-strings -Wpacked -Wpacked-bitfield-compat -Wpadded -Wparentheses -Wpedantic-ms-format -Wno-pedantic-ms-format -Wpointer-arith -Wno-pointer-to-int-cast -Wredundant-decls -Wreturn-type -Wsequence-point -Wshadow -Wsign-compare -Wsign-conversion -Wstack-protector -Wstrict-aliasing -Wstrict-aliasing=n -Wstrict-overflow -Wstrict-overflow=N -Wswitch -Wswitch-default -Wswitch-enum -Wsync-nand -Wsystem-headers -Wtrigraphs -Wtype-limits -Wundef -Wuninitialized -Wunknown-pragmas -Wno-pragmas -Wunreachable-code -Wunused -Wunused-function -Wunused-label -Wunused-parameter -Wunused-value -Wunused-variable -Wvariadic-macros -Wvla -Wvolatile-register-var -Wwrite-strings _C and Objective-C-only Warning Options_ -Wbad-function-cast -Wmissing-declarations -Wmissing-parameter-type -Wmissing-prototypes -Wnested-externs -Wold-style-declaration -Wold-style-definition -Wstrict-prototypes -Wtraditional -Wtraditional-conversion -Wdeclaration-after-statement -Wpointer-sign _Debugging Options_ *Note Options for Debugging Your Program or GCC: Debugging Options. -dLETTERS -dumpspecs -dumpmachine -dumpversion -fdbg-cnt-list -fdbg-cnt=COUNTER-VALUE-LIST -fdump-noaddr -fdump-unnumbered -fdump-translation-unit[-N] -fdump-class-hierarchy[-N] -fdump-ipa-all -fdump-ipa-cgraph -fdump-ipa-inline -fdump-statistics -fdump-tree-all -fdump-tree-original[-N] -fdump-tree-optimized[-N] -fdump-tree-cfg -fdump-tree-vcg -fdump-tree-alias -fdump-tree-ch -fdump-tree-ssa[-N] -fdump-tree-pre[-N] -fdump-tree-ccp[-N] -fdump-tree-dce[-N] -fdump-tree-gimple[-raw] -fdump-tree-mudflap[-N] -fdump-tree-dom[-N] -fdump-tree-dse[-N] -fdump-tree-phiopt[-N] -fdump-tree-forwprop[-N] -fdump-tree-copyrename[-N] -fdump-tree-nrv -fdump-tree-vect -fdump-tree-sink -fdump-tree-sra[-N] -fdump-tree-fre[-N] -fdump-tree-vrp[-N] -ftree-vectorizer-verbose=N -fdump-tree-storeccp[-N] -feliminate-dwarf2-dups -feliminate-unused-debug-types -feliminate-unused-debug-symbols -femit-class-debug-always -fmem-report -fpre-ipa-mem-report -fpost-ipa-mem-report -fprofile-arcs -frandom-seed=STRING -fsched-verbose=N -fsel-sched-verbose -fsel-sched-dump-cfg -fsel-sched-pipelining-verbose -ftest-coverage -ftime-report -fvar-tracking -g -gLEVEL -gcoff -gdwarf-2 -ggdb -gstabs -gstabs+ -gvms -gxcoff -gxcoff+ -fno-merge-debug-strings -fno-dwarf2-cfi-asm -fdebug-prefix-map=OLD=NEW -femit-struct-debug-baseonly -femit-struct-debug-reduced -femit-struct-debug-detailed[=SPEC-LIST] -p -pg -print-file-name=LIBRARY -print-libgcc-file-name -print-multi-directory -print-multi-lib -print-prog-name=PROGRAM -print-search-dirs -Q -print-sysroot -print-sysroot-headers-suffix -save-temps -time _Optimization Options_ *Note Options that Control Optimization: Optimize Options. -falign-functions[=N] -falign-jumps[=N] -falign-labels[=N] -falign-loops[=N] -fassociative-math -fauto-inc-dec -fbranch-probabilities -fbranch-target-load-optimize -fbranch-target-load-optimize2 -fbtr-bb-exclusive -fcaller-saves -fcheck-data-deps -fconserve-stack -fcprop-registers -fcrossjumping -fcse-follow-jumps -fcse-skip-blocks -fcx-fortran-rules -fcx-limited-range -fdata-sections -fdce -fdce -fdelayed-branch -fdelete-null-pointer-checks -fdse -fdse -fearly-inlining -fexpensive-optimizations -ffast-math -ffinite-math-only -ffloat-store -fforward-propagate -ffunction-sections -fgcse -fgcse-after-reload -fgcse-las -fgcse-lm -fgcse-sm -fif-conversion -fif-conversion2 -findirect-inlining -finline-functions -finline-functions-called-once -finline-limit=N -finline-small-functions -fipa-cp -fipa-cp-clone -fipa-matrix-reorg -fipa-pta -fipa-pure-const -fipa-reference -fipa-struct-reorg -fipa-type-escape -fira-algorithm=ALGORITHM -fira-region=REGION -fira-coalesce -fno-ira-share-save-slots -fno-ira-share-spill-slots -fira-verbose=N -fivopts -fkeep-inline-functions -fkeep-static-consts -floop-block -floop-interchange -floop-strip-mine -fmerge-all-constants -fmerge-constants -fmodulo-sched -fmodulo-sched-allow-regmoves -fmove-loop-invariants -fmudflap -fmudflapir -fmudflapth -fno-branch-count-reg -fno-default-inline -fno-defer-pop -fno-function-cse -fno-guess-branch-probability -fno-inline -fno-math-errno -fno-peephole -fno-peephole2 -fno-sched-interblock -fno-sched-spec -fno-signed-zeros -fno-toplevel-reorder -fno-trapping-math -fno-zero-initialized-in-bss -fomit-frame-pointer -foptimize-register-move -foptimize-sibling-calls -fpeel-loops -fpredictive-commoning -fprefetch-loop-arrays -fprofile-correction -fprofile-dir=PATH -fprofile-generate -fprofile-generate=PATH -fprofile-use -fprofile-use=PATH -fprofile-values -freciprocal-math -fregmove -frename-registers -freorder-blocks -freorder-blocks-and-partition -freorder-functions -frerun-cse-after-loop -freschedule-modulo-scheduled-loops -frounding-math -frtl-abstract-sequences -fsched2-use-superblocks -fsched2-use-traces -fsched-spec-load -fsched-spec-load-dangerous -fsched-stalled-insns-dep[=N] -fsched-stalled-insns[=N] -fschedule-insns -fschedule-insns2 -fsection-anchors -fsee -fselective-scheduling -fselective-scheduling2 -fsel-sched-pipelining -fsel-sched-pipelining-outer-loops -fsignaling-nans -fsingle-precision-constant -fsplit-ivs-in-unroller -fsplit-wide-types -fstack-protector -fstack-protector-all -fstrict-aliasing -fstrict-overflow -fthread-jumps -ftracer -ftree-builtin-call-dce -ftree-ccp -ftree-ch -ftree-copy-prop -ftree-copyrename -ftree-dce -ftree-dominator-opts -ftree-dse -ftree-fre -ftree-loop-im -ftree-loop-distribution -ftree-loop-ivcanon -ftree-loop-linear -ftree-loop-optimize -ftree-parallelize-loops=N -ftree-pre -ftree-reassoc -ftree-sink -ftree-sra -ftree-switch-conversion -ftree-ter -ftree-vect-loop-version -ftree-vectorize -ftree-vrp -funit-at-a-time -funroll-all-loops -funroll-loops -funsafe-loop-optimizations -funsafe-math-optimizations -funswitch-loops -fvariable-expansion-in-unroller -fvect-cost-model -fvpt -fweb -fwhole-program --param NAME=VALUE -O -O0 -O1 -O2 -O3 -Os _Preprocessor Options_ *Note Options Controlling the Preprocessor: Preprocessor Options. -AQUESTION=ANSWER -A-QUESTION[=ANSWER] -C -dD -dI -dM -dN -DMACRO[=DEFN] -E -H -idirafter DIR -include FILE -imacros FILE -iprefix FILE -iwithprefix DIR -iwithprefixbefore DIR -isystem DIR -imultilib DIR -isysroot DIR -M -MM -MF -MG -MP -MQ -MT -nostdinc -P -fworking-directory -remap -trigraphs -undef -UMACRO -Wp,OPTION -Xpreprocessor OPTION _Assembler Option_ *Note Passing Options to the Assembler: Assembler Options. -Wa,OPTION -Xassembler OPTION _Linker Options_ *Note Options for Linking: Link Options. OBJECT-FILE-NAME -lLIBRARY -nostartfiles -nodefaultlibs -nostdlib -pie -rdynamic -s -static -static-libgcc -shared -shared-libgcc -symbolic -T SCRIPT -Wl,OPTION -Xlinker OPTION -u SYMBOL _Directory Options_ *Note Options for Directory Search: Directory Options. -BPREFIX -IDIR -iquoteDIR -LDIR -specs=FILE -I- --sysroot=DIR