/* * MinGW wrapper: makes gcc behave like MinGW. * * Copyright 2000 Manuel Novoa III * Copyright 2000 Francois Gouget * Copyright 2002 Dimitrie O. Paun * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * This library 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 * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA * * DESCRIPTION * * all options for gcc start with '-' and are for the most part * single options (no parameters as separate argument). * There are of course exceptions to this rule, so here is an * exhaustive list of options that do take parameters (potentially) * as a separate argument: * * Compiler: * -x language * -o filename * -aux-info filename * * Preprocessor: * -D name * -U name * -I dir * -MF file * -MT target * -MQ target * (all -i.* arg) * -include file * -imacros file * -idirafter dir * -iwithprefix dir * -iwithprefixbefore dir * -isystem dir * -A predicate=answer * * Linking: * -l library * -Xlinker option * -u symbol * * Misc: * -b machine * -V version * -G num (see NOTES below) * * NOTES * There is -G option for compatibility with System V that * takes no parameters. This makes "-G num" parsing ambiguous. * This option is synonymous to -shared, and as such we will * not support it for now. * * Special interest options * * Assembler Option * -Wa,option * * Linker Options * object-file-name -llibrary -nostartfiles -nodefaultlibs * -nostdlib -s -static -static-libgcc -static-libstdc++ * -shared -shared-libgcc -symbolic -Wl,option * -Xlinker option -u symbol --image-base -fuse-ld * * Directory Options * -Bprefix -Idir -I- -Ldir -specs=file * * Target Options * -b machine -V version * * Please note that the Target Options are relevant to everything: * compiler, linker, assembler, preprocessor. * */ #include "config.h" #include "wine/port.h" #include #include #include #include #include #include #include #include #include "utils.h" static const char* app_loader_template = "#!/bin/sh\n" "\n" "appname=\"%s\"\n" "# determine the application directory\n" "appdir=''\n" "case \"$0\" in\n" " */*)\n" " # $0 contains a path, use it\n" " appdir=`dirname \"$0\"`\n" " ;;\n" " *)\n" " # no directory in $0, search in PATH\n" " saved_ifs=$IFS\n" " IFS=:\n" " for d in $PATH\n" " do\n" " IFS=$saved_ifs\n" " if [ -x \"$d/$appname\" ]; then appdir=\"$d\"; break; fi\n" " done\n" " ;;\n" "esac\n" "\n" "# figure out the full app path\n" "if [ -n \"$appdir\" ]; then\n" " apppath=\"$appdir/$appname\"\n" " WINEDLLPATH=\"$appdir:$WINEDLLPATH\"\n" " export WINEDLLPATH\n" "else\n" " apppath=\"$appname\"\n" "fi\n" "\n" "# determine the WINELOADER\n" "if [ ! -x \"$WINELOADER\" ]; then WINELOADER=\"wine\"; fi\n" "\n" "# and try to start the app\n" "exec \"$WINELOADER\" \"$apppath\" \"$@\"\n" ; static const char *output_file_name; static int keep_generated = 0; static strarray* tmp_files; #ifdef HAVE_SIGSET_T static sigset_t signal_mask; #endif static const char *bindir; static const char *libdir; static const char *includedir; enum processor { proc_cc, proc_cxx, proc_cpp, proc_as }; static const struct { const char *name; enum target_cpu cpu; } cpu_names[] = { { "i386", CPU_x86 }, { "i486", CPU_x86 }, { "i586", CPU_x86 }, { "i686", CPU_x86 }, { "i786", CPU_x86 }, { "amd64", CPU_x86_64 }, { "x86_64", CPU_x86_64 }, { "powerpc", CPU_POWERPC }, { "arm", CPU_ARM }, { "armv5", CPU_ARM }, { "armv6", CPU_ARM }, { "armv7", CPU_ARM }, { "armv7a", CPU_ARM }, { "arm64", CPU_ARM64 }, { "aarch64", CPU_ARM64 }, }; static const struct { const char *name; enum target_platform platform; } platform_names[] = { { "macos", PLATFORM_APPLE }, { "darwin", PLATFORM_APPLE }, { "android", PLATFORM_ANDROID }, { "solaris", PLATFORM_SOLARIS }, { "cygwin", PLATFORM_CYGWIN }, { "mingw32", PLATFORM_WINDOWS }, { "windows", PLATFORM_WINDOWS }, { "winnt", PLATFORM_WINDOWS } }; struct options { enum processor processor; enum target_cpu target_cpu; enum target_platform target_platform; const char *target; const char *version; int shared; int use_msvcrt; int nostdinc; int nostdlib; int nostartfiles; int nodefaultlibs; int noshortwchar; int gui_app; int unicode_app; int win16_app; int compile_only; int force_pointer_size; int large_address_aware; int wine_builtin; int unwind_tables; int strip; int pic; const char* wine_objdir; const char* winebuild; const char* output_name; const char* image_base; const char* section_align; const char* sysroot; const char* isysroot; const char* lib_suffix; const char* subsystem; const char* entry_point; const char* prelink; strarray* prefix; strarray* lib_dirs; strarray* linker_args; strarray* compiler_args; strarray* winebuild_args; strarray* files; strarray* delayimports; }; #ifdef __i386__ static const enum target_cpu build_cpu = CPU_x86; #elif defined(__x86_64__) static const enum target_cpu build_cpu = CPU_x86_64; #elif defined(__powerpc__) static const enum target_cpu build_cpu = CPU_POWERPC; #elif defined(__arm__) static const enum target_cpu build_cpu = CPU_ARM; #elif defined(__aarch64__) static const enum target_cpu build_cpu = CPU_ARM64; #else #error Unsupported CPU #endif #ifdef __APPLE__ static enum target_platform build_platform = PLATFORM_APPLE; #elif defined(__ANDROID__) static enum target_platform build_platform = PLATFORM_ANDROID; #elif defined(__sun) static enum target_platform build_platform = PLATFORM_SOLARIS; #elif defined(__CYGWIN__) static enum target_platform build_platform = PLATFORM_CYGWIN; #elif defined(_WIN32) static enum target_platform build_platform = PLATFORM_WINDOWS; #else static enum target_platform build_platform = PLATFORM_UNSPECIFIED; #endif static void cleanup_output_files(void) { if (output_file_name) unlink( output_file_name ); } static void clean_temp_files(void) { unsigned int i; if (keep_generated) return; for (i = 0; i < tmp_files->size; i++) unlink(tmp_files->base[i]); } /* clean things up when aborting on a signal */ static void exit_on_signal( int sig ) { exit(1); /* this will call the atexit functions */ } static char* get_temp_file(const char* prefix, const char* suffix) { int fd; char* tmp = strmake("%s-XXXXXX%s", prefix, suffix); #ifdef HAVE_SIGPROCMASK sigset_t old_set; /* block signals while manipulating the temp files list */ sigprocmask( SIG_BLOCK, &signal_mask, &old_set ); #endif fd = mkstemps( tmp, strlen(suffix) ); if (fd == -1) { /* could not create it in current directory, try in TMPDIR */ const char* tmpdir; free(tmp); if (!(tmpdir = getenv("TMPDIR"))) tmpdir = "/tmp"; tmp = strmake("%s/%s-XXXXXX%s", tmpdir, prefix, suffix); fd = mkstemps( tmp, strlen(suffix) ); if (fd == -1) error( "could not create temp file\n" ); } close( fd ); strarray_add(tmp_files, tmp); #ifdef HAVE_SIGPROCMASK sigprocmask( SIG_SETMASK, &old_set, NULL ); #endif return tmp; } enum tool { TOOL_CC, TOOL_CXX, TOOL_CPP, TOOL_LD, }; static const struct { const char *base; const char *llvm_base; const char *deflt; } tool_names[] = { { "gcc", "clang --driver-mode=gcc", CC }, { "g++", "clang --driver-mode=g++", CXX }, { "cpp", "clang --driver-mode=cpp", CPP }, { "ld", "ld.lld", LD }, }; static strarray* build_tool_name( struct options *opts, enum tool tool ) { const char *base = tool_names[tool].base; const char *llvm_base = tool_names[tool].llvm_base; const char *deflt = tool_names[tool].deflt; const char *path; strarray *ret; char* str; if (opts->target && opts->version) { str = strmake("%s-%s-%s", opts->target, base, opts->version); } else if (opts->target) { str = strmake("%s-%s", opts->target, base); } else if (opts->version) { str = strmake("%s-%s", base, opts->version); } else str = xstrdup(deflt); if ((path = find_binary( opts->prefix, str ))) return strarray_fromstring( path, " " ); if (!opts->version) str = xstrdup( llvm_base ); else str = strmake( "%s-%s", llvm_base, opts->version ); path = find_binary( opts->prefix, str ); if (!path) { error( "Could not find %s\n", base ); return NULL; } ret = strarray_fromstring( path, " " ); if (!strncmp( llvm_base, "clang", 5 )) { if (opts->target) { strarray_add( ret, "-target" ); strarray_add( ret, opts->target ); } strarray_add( ret, "-Wno-unused-command-line-argument" ); strarray_add( ret, "-fuse-ld=lld" ); } return ret; } static strarray* get_translator(struct options *opts) { enum tool tool; switch(opts->processor) { case proc_cpp: tool = TOOL_CPP; break; case proc_cc: case proc_as: tool = TOOL_CC; break; case proc_cxx: tool = TOOL_CXX; break; default: assert(0); } return build_tool_name( opts, tool ); } static int try_link( const strarray *prefix, const strarray *link_tool, const char *cflags ) { const char *in = get_temp_file( "try_link", ".c" ); const char *out = get_temp_file( "try_link", ".out" ); const char *err = get_temp_file( "try_link", ".err" ); strarray *link = strarray_dup( link_tool ); int sout = -1, serr = -1; int ret; create_file( in, 0644, "int main(void){return 1;}\n" ); strarray_add( link, "-o" ); strarray_add( link, out ); strarray_addall( link, strarray_fromstring( cflags, " " ) ); strarray_add( link, in ); sout = dup( fileno(stdout) ); freopen( err, "w", stdout ); serr = dup( fileno(stderr) ); freopen( err, "w", stderr ); ret = spawn( prefix, link, 1 ); if (sout >= 0) { dup2( sout, fileno(stdout) ); close( sout ); } if (serr >= 0) { dup2( serr, fileno(stderr) ); close( serr ); } strarray_free( link ); return ret; } static strarray *get_link_args( struct options *opts, const char *output_name ) { strarray *link_args = get_translator( opts ); strarray *flags = strarray_alloc(); strarray_addall( link_args, opts->linker_args ); if (verbose > 1) strarray_add( flags, "-v" ); switch (opts->target_platform) { case PLATFORM_APPLE: strarray_add( flags, "-bundle" ); strarray_add( flags, "-multiply_defined" ); strarray_add( flags, "suppress" ); if (opts->target_cpu == CPU_POWERPC) { strarray_add( flags, "-read_only_relocs" ); strarray_add( flags, "warning" ); } if (opts->image_base) { strarray_add( flags, "-image_base" ); strarray_add( flags, opts->image_base ); } if (opts->strip) strarray_add( flags, "-Wl,-x" ); strarray_addall( link_args, flags ); return link_args; case PLATFORM_SOLARIS: { char *mapfile = get_temp_file( output_name, ".map" ); const char *align = opts->section_align ? opts->section_align : "0x1000"; create_file( mapfile, 0644, "text = A%s;\ndata = A%s;\n", align, align ); strarray_add( flags, strmake("-Wl,-M,%s", mapfile) ); strarray_add( tmp_files, mapfile ); } break; case PLATFORM_ANDROID: /* the Android loader requires a soname for all libraries */ strarray_add( flags, strmake( "-Wl,-soname,%s.so", output_name )); break; case PLATFORM_WINDOWS: case PLATFORM_CYGWIN: if (opts->shared || opts->win16_app) { strarray_add( flags, "-shared" ); strarray_add( flags, "-Wl,--kill-at" ); } else strarray_add( flags, opts->gui_app ? "-mwindows" : "-mconsole" ); if (opts->unicode_app) strarray_add( flags, "-municode" ); if (opts->nodefaultlibs || opts->use_msvcrt) strarray_add( flags, "-nodefaultlibs" ); if (opts->nostartfiles || opts->use_msvcrt) strarray_add( flags, "-nostartfiles" ); if (opts->subsystem) strarray_add( flags, strmake("-Wl,--subsystem,%s", opts->subsystem )); strarray_add( flags, "-Wl,--nxcompat" ); if (opts->image_base) strarray_add( flags, strmake("-Wl,--image-base,%s", opts->image_base )); if (opts->large_address_aware && opts->target_cpu == CPU_x86) strarray_add( flags, "-Wl,--large-address-aware" ); /* make sure we don't need a libgcc_s dll on Windows */ strarray_add( flags, "-static-libgcc" ); strarray_addall( link_args, flags ); return link_args; default: if (opts->image_base) { if (!try_link( opts->prefix, link_args, strmake("-Wl,-Ttext-segment=%s", opts->image_base)) ) strarray_add( flags, strmake("-Wl,-Ttext-segment=%s", opts->image_base) ); else opts->prelink = PRELINK; } if (!try_link( opts->prefix, link_args, "-Wl,-z,max-page-size=0x1000")) strarray_add( flags, "-Wl,-z,max-page-size=0x1000"); break; } /* generic Unix shared library flags */ strarray_add( link_args, "-shared" ); strarray_add( link_args, "-Wl,-Bsymbolic" ); if (!opts->noshortwchar && opts->target_cpu == CPU_ARM) strarray_add( flags, "-Wl,--no-wchar-size-warning" ); /* Try all options first - this is likely to succeed on modern compilers */ if (!try_link( opts->prefix, link_args, "-Wl,-z,defs -Wl,-init,__wine_spec_init,-fini,_wine_spec_fini" )) { strarray_add( flags, "-Wl,-z,defs" ); strarray_add( flags, "-Wl,-init,__wine_spec_init,-fini,__wine_spec_fini" ); } else /* otherwise figure out which ones are allowed */ { if (!try_link( opts->prefix, link_args, "-Wl,-z,defs" )) strarray_add( flags, "-Wl,-z,defs" ); if (!try_link( opts->prefix, link_args, "-Wl,-init,__wine_spec_init,-fini,_wine_spec_fini" )) strarray_add( flags, "-Wl,-init,__wine_spec_init,-fini,__wine_spec_fini" ); } strarray_addall( link_args, flags ); return link_args; } /* check that file is a library for the correct platform */ static int check_platform( struct options *opts, const char *file ) { int ret = 0, fd = open( file, O_RDONLY ); if (fd != -1) { unsigned char header[16]; if (read( fd, header, sizeof(header) ) == sizeof(header)) { /* FIXME: only ELF is supported, platform is not checked beyond 32/64 */ if (!memcmp( header, "\177ELF", 4 )) { if (header[4] == 2) /* 64-bit */ ret = (opts->target_cpu == CPU_x86_64 || opts->target_cpu == CPU_ARM64); else ret = (opts->target_cpu != CPU_x86_64 && opts->target_cpu != CPU_ARM64); } } close( fd ); } return ret; } static const char *get_multiarch_dir( enum target_cpu cpu ) { switch(cpu) { case CPU_x86: return "/i386-linux-gnu"; case CPU_x86_64: return "/x86_64-linux-gnu"; case CPU_ARM: return "/arm-linux-gnueabi"; case CPU_ARM64: return "/aarch64-linux-gnu"; case CPU_POWERPC: return "/powerpc-linux-gnu"; default: assert(0); return NULL; } } static char *get_lib_dir( struct options *opts ) { const char *stdlibpath[] = { libdir, LIBDIR, "/usr/lib", "/usr/local/lib", "/lib" }; static const char libwine[] = "/libwine.so"; const char *bit_suffix, *other_bit_suffix, *build_multiarch, *target_multiarch; const char *root = opts->sysroot ? opts->sysroot : ""; unsigned int i; size_t build_len, target_len; bit_suffix = opts->target_cpu == CPU_x86_64 || opts->target_cpu == CPU_ARM64 ? "64" : "32"; other_bit_suffix = opts->target_cpu == CPU_x86_64 || opts->target_cpu == CPU_ARM64 ? "32" : "64"; build_multiarch = get_multiarch_dir( build_cpu ); target_multiarch = get_multiarch_dir( opts->target_cpu ); build_len = strlen( build_multiarch ); target_len = strlen( target_multiarch ); for (i = 0; i < ARRAY_SIZE(stdlibpath); i++) { const char *root = (i && opts->sysroot) ? opts->sysroot : ""; char *p, *buffer; if (!stdlibpath[i]) continue; buffer = xmalloc( strlen(root) + strlen(stdlibpath[i]) + strlen("/arm-linux-gnueabi") + strlen(libwine) + 1 ); strcpy( buffer, root ); strcat( buffer, stdlibpath[i] ); p = buffer + strlen(buffer); while (p > buffer && p[-1] == '/') p--; strcpy( p, libwine ); if (check_platform( opts, buffer )) goto found; if (p > buffer + 2 && (!memcmp( p - 2, "32", 2 ) || !memcmp( p - 2, "64", 2 ))) { p -= 2; strcpy( p, libwine ); if (check_platform( opts, buffer )) goto found; } strcpy( p, bit_suffix ); strcat( p, libwine ); if (check_platform( opts, buffer )) goto found; strcpy( p, target_multiarch ); strcat( p, libwine ); if (check_platform( opts, buffer )) goto found; strcpy( buffer, root ); strcat( buffer, stdlibpath[i] ); p = buffer + strlen(buffer); while (p > buffer && p[-1] == '/') p--; strcpy( p, libwine ); /* try to fixup each parent dirs named lib, lib32 or lib64 with target bitness suffix */ while (p > buffer) { p--; while (p > buffer && *p != '/') p--; if (*p != '/') break; /* try s/$build_cpu/$target_cpu/ on multiarch */ if (build_cpu != opts->target_cpu && !memcmp( p, build_multiarch, build_len ) && p[build_len] == '/') { memmove( p + target_len, p + build_len, strlen( p + build_len ) + 1 ); memcpy( p, target_multiarch, target_len ); if (check_platform( opts, buffer )) goto found; memmove( p + build_len, p + target_len, strlen( p + target_len ) + 1 ); memcpy( p, build_multiarch, build_len ); } if (memcmp( p + 1, "lib", 3 )) continue; if (p[4] == '/') { memmove( p + 6, p + 4, strlen( p + 4 ) + 1 ); memcpy( p + 4, bit_suffix, 2 ); if (check_platform( opts, buffer )) goto found; memmove( p + 4, p + 6, strlen( p + 6 ) + 1 ); } else if (!memcmp( p + 4, other_bit_suffix, 2 ) && p[6] == '/') { memcpy( p + 4, bit_suffix, 2 ); if (check_platform( opts, buffer )) goto found; memmove( p + 4, p + 6, strlen( p + 6 ) + 1 ); if (check_platform( opts, buffer )) goto found; memmove( p + 6, p + 4, strlen( p + 4 ) + 1 ); memcpy( p + 4, other_bit_suffix, 2 ); } } free( buffer ); continue; found: buffer[strlen(buffer) - strlen(libwine)] = 0; return buffer; } return strmake( "%s%s", root, LIBDIR ); } static void init_argv0_dir( const char *argv0 ) { #ifndef _WIN32 char *p, *dir; #if defined(__linux__) || defined(__FreeBSD_kernel__) || defined(__NetBSD__) dir = realpath( "/proc/self/exe", NULL ); #elif defined (__FreeBSD__) || defined(__DragonFly__) dir = realpath( "/proc/curproc/file", NULL ); #else dir = realpath( argv0, NULL ); #endif if (!dir) return; if (!(p = strrchr( dir, '/' ))) return; if (p == dir) p++; *p = 0; bindir = dir; includedir = strmake( "%s/%s", dir, BIN_TO_INCLUDEDIR ); libdir = strmake( "%s/%s", dir, BIN_TO_LIBDIR ); #endif } static void compile(struct options* opts, const char* lang) { strarray* comp_args = strarray_alloc(); unsigned int i, j; int gcc_defs = 0; strarray* gcc; strarray* gpp; strarray_addall(comp_args, get_translator(opts)); if (opts->force_pointer_size) strarray_add( comp_args, strmake("-m%u", 8 * opts->force_pointer_size ) ); switch(opts->processor) { case proc_cpp: gcc_defs = 1; break; case proc_as: gcc_defs = 0; break; /* Note: if the C compiler is gcc we assume the C++ compiler is too */ /* mixing different C and C++ compilers isn't supported in configure anyway */ case proc_cc: case proc_cxx: gcc = build_tool_name(opts, TOOL_CC); gpp = build_tool_name(opts, TOOL_CXX); for ( j = 0; !gcc_defs && j < comp_args->size; j++ ) { const char *cc = comp_args->base[j]; for (i = 0; !gcc_defs && i < gcc->size; i++) gcc_defs = gcc->base[i][0] != '-' && strendswith(cc, gcc->base[i]); for (i = 0; !gcc_defs && i < gpp->size; i++) gcc_defs = gpp->base[i][0] != '-' && strendswith(cc, gpp->base[i]); } strarray_free(gcc); strarray_free(gpp); break; } if (opts->target_platform == PLATFORM_WINDOWS || opts->target_platform == PLATFORM_CYGWIN) goto no_compat_defines; if (opts->processor != proc_cpp) { if (gcc_defs && !opts->wine_objdir && !opts->noshortwchar) { strarray_add(comp_args, "-fshort-wchar"); strarray_add(comp_args, "-DWINE_UNICODE_NATIVE"); } strarray_add(comp_args, "-D_REENTRANT"); if (opts->pic) strarray_add(comp_args, "-fPIC"); else strarray_add(comp_args, "-fno-PIC"); } if (opts->target_cpu == CPU_x86_64 || opts->target_cpu == CPU_ARM64) { strarray_add(comp_args, "-DWIN64"); strarray_add(comp_args, "-D_WIN64"); strarray_add(comp_args, "-D__WIN64"); strarray_add(comp_args, "-D__WIN64__"); } strarray_add(comp_args, "-DWIN32"); strarray_add(comp_args, "-D_WIN32"); strarray_add(comp_args, "-D__WIN32"); strarray_add(comp_args, "-D__WIN32__"); strarray_add(comp_args, "-D__WINNT"); strarray_add(comp_args, "-D__WINNT__"); if (gcc_defs) { switch (opts->target_cpu) { case CPU_x86_64: case CPU_ARM64: strarray_add(comp_args, "-D__stdcall=__attribute__((ms_abi))"); strarray_add(comp_args, "-D__cdecl=__stdcall"); strarray_add(comp_args, "-D__fastcall=__stdcall"); break; case CPU_x86: strarray_add(comp_args, "-D__stdcall=__attribute__((__stdcall__)) __attribute__((__force_align_arg_pointer__))"); strarray_add(comp_args, "-D__cdecl=__attribute__((__cdecl__)) __attribute__((__force_align_arg_pointer__))"); strarray_add(comp_args, "-D__fastcall=__attribute__((__fastcall__))"); break; case CPU_ARM: strarray_add(comp_args, "-D__stdcall=__attribute__((pcs(\"aapcs-vfp\")))"); strarray_add(comp_args, "-D__cdecl=__stdcall"); strarray_add(comp_args, "-D__fastcall=__stdcall"); break; case CPU_POWERPC: strarray_add(comp_args, "-D__stdcall="); strarray_add(comp_args, "-D__cdecl="); strarray_add(comp_args, "-D__fastcall="); break; } strarray_add(comp_args, "-D_stdcall=__stdcall"); strarray_add(comp_args, "-D_cdecl=__cdecl"); strarray_add(comp_args, "-D_fastcall=__fastcall"); strarray_add(comp_args, "-D__declspec(x)=__declspec_##x"); strarray_add(comp_args, "-D__declspec_align(x)=__attribute__((aligned(x)))"); strarray_add(comp_args, "-D__declspec_allocate(x)=__attribute__((section(x)))"); strarray_add(comp_args, "-D__declspec_deprecated=__attribute__((deprecated))"); strarray_add(comp_args, "-D__declspec_dllimport=__attribute__((dllimport))"); strarray_add(comp_args, "-D__declspec_dllexport=__attribute__((dllexport))"); strarray_add(comp_args, "-D__declspec_naked=__attribute__((naked))"); strarray_add(comp_args, "-D__declspec_noinline=__attribute__((noinline))"); strarray_add(comp_args, "-D__declspec_noreturn=__attribute__((noreturn))"); strarray_add(comp_args, "-D__declspec_nothrow=__attribute__((nothrow))"); strarray_add(comp_args, "-D__declspec_novtable=__attribute__(())"); /* ignore it */ strarray_add(comp_args, "-D__declspec_selectany=__attribute__((weak))"); strarray_add(comp_args, "-D__declspec_thread=__thread"); } strarray_add(comp_args, "-D__int8=char"); strarray_add(comp_args, "-D__int16=short"); strarray_add(comp_args, "-D__int32=int"); if (opts->target_cpu == CPU_x86_64 || opts->target_cpu == CPU_ARM64) strarray_add(comp_args, "-D__int64=long"); else strarray_add(comp_args, "-D__int64=long long"); no_compat_defines: strarray_add(comp_args, "-D__WINE__"); /* options we handle explicitly */ if (opts->compile_only) strarray_add(comp_args, "-c"); if (opts->output_name) { strarray_add(comp_args, "-o"); strarray_add(comp_args, opts->output_name); } /* the rest of the pass-through parameters */ for ( j = 0 ; j < opts->compiler_args->size ; j++ ) strarray_add(comp_args, opts->compiler_args->base[j]); /* the language option, if any */ if (lang && strcmp(lang, "-xnone")) strarray_add(comp_args, lang); /* last, but not least, the files */ for ( j = 0; j < opts->files->size; j++ ) { if (opts->files->base[j][0] != '-' || !opts->files->base[j][1]) /* not an option or bare '-' (i.e. stdin) */ strarray_add(comp_args, opts->files->base[j]); } /* standard includes come last in the include search path */ if (!opts->wine_objdir && !opts->nostdinc) { const char *incl_dirs[] = { INCLUDEDIR, "/usr/include", "/usr/local/include" }; const char *root = opts->isysroot ? opts->isysroot : opts->sysroot ? opts->sysroot : ""; const char *isystem = gcc_defs ? "-isystem" : "-I"; if (opts->use_msvcrt) { if (includedir) strarray_add( comp_args, strmake( "%s%s/wine/msvcrt", isystem, includedir )); for (j = 0; j < ARRAY_SIZE(incl_dirs); j++) { if (j && !strcmp( incl_dirs[0], incl_dirs[j] )) continue; strarray_add(comp_args, strmake( "%s%s%s/wine/msvcrt", isystem, root, incl_dirs[j] )); } strarray_add(comp_args, "-D__MSVCRT__"); } if (includedir) { strarray_add( comp_args, strmake( "-I%s", includedir )); strarray_add( comp_args, strmake( "%s%s/wine/windows", isystem, includedir )); } for (j = 0; j < ARRAY_SIZE(incl_dirs); j++) { if (j && !strcmp( incl_dirs[0], incl_dirs[j] )) continue; strarray_add(comp_args, strmake( "-I%s%s", root, incl_dirs[j] )); strarray_add(comp_args, strmake( "%s%s%s/wine/windows", isystem, root, incl_dirs[j] )); } } else if (opts->wine_objdir) strarray_add(comp_args, strmake("-I%s/include", opts->wine_objdir) ); spawn(opts->prefix, comp_args, 0); strarray_free(comp_args); } static const char* compile_to_object(struct options* opts, const char* file, const char* lang) { struct options copts; char* base_name; /* make a copy so we don't change any of the initial stuff */ /* a shallow copy is exactly what we want in this case */ base_name = get_basename(file); copts = *opts; copts.output_name = get_temp_file(base_name, ".o"); copts.compile_only = 1; copts.files = strarray_alloc(); strarray_add(copts.files, file); compile(&copts, lang); strarray_free(copts.files); free(base_name); return copts.output_name; } /* return the initial set of options needed to run winebuild */ static strarray *get_winebuild_args(struct options *opts) { const char* winebuild = getenv("WINEBUILD"); const char *binary = NULL; strarray *spec_args = strarray_alloc(); unsigned int i; if (opts->winebuild) binary = opts->winebuild; else if (opts->wine_objdir) binary = strmake( "%s/tools/winebuild/winebuild%s", opts->wine_objdir, EXEEXT ); else if (winebuild) binary = find_binary( opts->prefix, winebuild ); else if (bindir) binary = strmake( "%s/winebuild%s", bindir, EXEEXT ); else binary = find_binary( opts->prefix, "winebuild" ); if (!binary) error( "Could not find winebuild\n" ); strarray_add( spec_args, binary ); if (verbose) strarray_add( spec_args, "-v" ); if (keep_generated) strarray_add( spec_args, "--save-temps" ); if (opts->target) { strarray_add( spec_args, "--target" ); strarray_add( spec_args, opts->target ); } if (opts->prefix) { for (i = 0; i < opts->prefix->size; i++) strarray_add( spec_args, strmake( "-B%s", opts->prefix->base[i] )); } if (!opts->use_msvcrt) strarray_add( spec_args, "-munix" ); if (opts->unwind_tables) strarray_add( spec_args, "-fasynchronous-unwind-tables" ); else strarray_add( spec_args, "-fno-asynchronous-unwind-tables" ); return spec_args; } static void make_wine_builtin( struct options *opts, const char *file ) { strarray *args = get_winebuild_args( opts ); strarray_add( args, "--builtin" ); strarray_add( args, file ); spawn( opts->prefix, args, 0 ); strarray_free( args ); } /* check if there is a static lib associated to a given dll */ static char *find_static_lib( const char *dll ) { char *lib = strmake("%s.a", dll); if (get_file_type(lib) == file_arh) return lib; free( lib ); return NULL; } static const char *find_libgcc(const strarray *prefix, const strarray *link_tool) { const char *out = get_temp_file( "find_libgcc", ".out" ); const char *err = get_temp_file( "find_libgcc", ".err" ); strarray *link = strarray_dup( link_tool ); int sout = -1, serr = -1; char *libgcc, *p; struct stat st; size_t cnt; int ret; strarray_add( link, "-print-libgcc-file-name" ); sout = dup( fileno(stdout) ); freopen( out, "w", stdout ); serr = dup( fileno(stderr) ); freopen( err, "w", stderr ); ret = spawn( prefix, link, 1 ); if (sout >= 0) { dup2( sout, fileno(stdout) ); close( sout ); } if (serr >= 0) { dup2( serr, fileno(stderr) ); close( serr ); } strarray_free( link ); if (ret || stat(out, &st) || !st.st_size) return NULL; libgcc = xmalloc(st.st_size + 1); sout = open(out, O_RDONLY); if (sout == -1) return NULL; cnt = read(sout, libgcc, st.st_size); close(sout); libgcc[cnt] = 0; if ((p = strchr(libgcc, '\n'))) *p = 0; return libgcc; } /* add specified library to the list of files */ static void add_library( struct options *opts, strarray *lib_dirs, strarray *files, const char *library ) { char *static_lib, *fullname = 0; switch(get_lib_type(opts->target_platform, lib_dirs, library, opts->lib_suffix, &fullname)) { case file_arh: strarray_add(files, strmake("-a%s", fullname)); break; case file_dll: strarray_add(files, strmake("-d%s", fullname)); if ((static_lib = find_static_lib(fullname))) { strarray_add(files, strmake("-a%s",static_lib)); free(static_lib); } break; case file_so: default: /* keep it anyway, the linker may know what to do with it */ strarray_add(files, strmake("-l%s", library)); break; } free(fullname); } static void build(struct options* opts) { strarray *lib_dirs, *files; strarray *spec_args, *link_args, *tool; char *output_file, *output_path; const char *spec_o_name, *libgcc = NULL; const char *output_name, *spec_file, *lang; int generate_app_loader = 1; const char *crt_lib = NULL, *entry_point = NULL; int fake_module = 0; int is_pe = (opts->target_platform == PLATFORM_WINDOWS || opts->target_platform == PLATFORM_CYGWIN); unsigned int j; /* NOTE: for the files array we'll use the following convention: * -axxx: xxx is an archive (.a) * -dxxx: xxx is a DLL (.def) * -lxxx: xxx is an unsorted library * -oxxx: xxx is an object (.o) * -rxxx: xxx is a resource (.res) * -sxxx: xxx is a shared lib (.so) * -xlll: lll is the language (c, c++, etc.) */ output_file = strdup( opts->output_name ? opts->output_name : "a.out" ); /* 'winegcc -o app xxx.exe.so' only creates the load script */ if (opts->files->size == 1 && strendswith(opts->files->base[0], ".exe.so")) { create_file(output_file, 0755, app_loader_template, opts->files->base[0]); return; } /* generate app loader only for .exe */ if (opts->shared || is_pe || strendswith(output_file, ".so")) generate_app_loader = 0; if (strendswith(output_file, ".fake")) fake_module = 1; /* normalize the filename a bit: strip .so, ensure it has proper ext */ if (strendswith(output_file, ".so")) output_file[strlen(output_file) - 3] = 0; if ((output_name = strrchr(output_file, '/'))) output_name++; else output_name = output_file; if (!strchr(output_name, '.')) output_file = strmake("%s.%s", output_file, opts->shared ? "dll" : "exe"); output_path = is_pe ? output_file : strmake( "%s.so", output_file ); /* get the filename from the path */ if ((output_name = strrchr(output_file, '/'))) output_name++; else output_name = output_file; /* prepare the linking path */ if (!opts->wine_objdir) { char *lib_dir = get_lib_dir( opts ); lib_dirs = strarray_dup(opts->lib_dirs); strarray_add( lib_dirs, strmake( "%s/wine", lib_dir )); strarray_add( lib_dirs, lib_dir ); } else { lib_dirs = strarray_alloc(); strarray_add(lib_dirs, strmake("%s/dlls", opts->wine_objdir)); strarray_add(lib_dirs, strmake("%s/libs/wine", opts->wine_objdir)); strarray_addall(lib_dirs, opts->lib_dirs); } /* mark the files with their appropriate type */ spec_file = lang = 0; files = strarray_alloc(); for ( j = 0; j < opts->files->size; j++ ) { const char* file = opts->files->base[j]; if (file[0] != '-') { switch(get_file_type(file)) { case file_def: case file_spec: if (spec_file) error("Only one spec file can be specified\n"); spec_file = file; break; case file_rc: /* FIXME: invoke wrc to build it */ error("Can't compile .rc file at the moment: %s\n", file); break; case file_res: strarray_add(files, strmake("-r%s", file)); break; case file_obj: strarray_add(files, strmake("-o%s", file)); break; case file_arh: if (opts->use_msvcrt) { const char *p = strrchr(file, '/'); if (p) p++; else p = file; if (!strncmp(p, "libmsvcr", 8) || !strncmp(p, "libucrt", 7)) crt_lib = file; } strarray_add(files, strmake("-a%s", file)); break; case file_so: strarray_add(files, strmake("-s%s", file)); break; case file_na: error("File does not exist: %s\n", file); break; default: file = compile_to_object(opts, file, lang); strarray_add(files, strmake("-o%s", file)); break; } } else if (file[1] == 'l') add_library(opts, lib_dirs, files, file + 2 ); else if (file[1] == 'x') lang = file; } /* add the default libraries, if needed */ if (!opts->wine_objdir && !opts->nodefaultlibs) { if (opts->gui_app) { add_library(opts, lib_dirs, files, "shell32"); add_library(opts, lib_dirs, files, "comdlg32"); add_library(opts, lib_dirs, files, "gdi32"); } add_library(opts, lib_dirs, files, "advapi32"); add_library(opts, lib_dirs, files, "user32"); } if (!opts->nodefaultlibs) { add_library(opts, lib_dirs, files, "winecrt0"); if (opts->use_msvcrt) { if (!crt_lib) add_library(opts, lib_dirs, files, "msvcrt"); else strarray_add(files, strmake("-a%s", crt_lib)); } if (opts->win16_app) add_library(opts, lib_dirs, files, "kernel"); add_library(opts, lib_dirs, files, "kernel32"); add_library(opts, lib_dirs, files, "ntdll"); } if (!opts->nostdlib && !is_pe) add_library(opts, lib_dirs, files, "wine"); /* set default entry point, if needed */ if (!opts->entry_point) { if (is_pe) { if (opts->subsystem && !strcmp( opts->subsystem, "native" )) entry_point = opts->target_cpu == CPU_x86 ? "_DriverEntry@8" : "DriverEntry"; else if(opts->use_msvcrt && !opts->shared && !opts->win16_app) { if (opts->unicode_app) entry_point = opts->target_cpu == CPU_x86 ? "_wmainCRTStartup" : "wmainCRTStartup"; else entry_point = opts->target_cpu == CPU_x86 ? "_mainCRTStartup" : "mainCRTStartup"; } } else if (!opts->shared && opts->unicode_app) entry_point = "__wine_spec_exe_wentry"; } else entry_point = opts->entry_point; /* run winebuild to generate the .spec.o file */ spec_args = get_winebuild_args( opts ); if ((tool = build_tool_name( opts, TOOL_CC ))) strarray_add( spec_args, strmake( "--cc-cmd=%s", strarray_tostring( tool, " " ))); if (!is_pe && (tool = build_tool_name( opts, TOOL_LD ))) strarray_add( spec_args, strmake( "--ld-cmd=%s", strarray_tostring( tool, " " ))); spec_o_name = get_temp_file(output_name, ".spec.o"); if (opts->force_pointer_size) strarray_add(spec_args, strmake("-m%u", 8 * opts->force_pointer_size )); strarray_add(spec_args, "-D_REENTRANT"); if (opts->pic && !is_pe) strarray_add(spec_args, "-fPIC"); strarray_add(spec_args, opts->shared ? "--dll" : "--exe"); if (fake_module) { strarray_add(spec_args, "--fake-module"); strarray_add(spec_args, "-o"); strarray_add(spec_args, output_file); } else { strarray_add(spec_args, "-o"); strarray_add(spec_args, spec_o_name); } if (spec_file) { strarray_add(spec_args, "-E"); strarray_add(spec_args, spec_file); } if (opts->win16_app) strarray_add(spec_args, "-m16"); if (!opts->shared) { strarray_add(spec_args, "-F"); strarray_add(spec_args, output_name); strarray_add(spec_args, "--subsystem"); strarray_add(spec_args, opts->gui_app ? "windows" : "console"); if (opts->large_address_aware) strarray_add( spec_args, "--large-address-aware" ); } if (entry_point) { strarray_add(spec_args, "--entry"); strarray_add(spec_args, entry_point); } if (opts->subsystem) { strarray_add(spec_args, "--subsystem"); strarray_add(spec_args, opts->subsystem); } for ( j = 0; j < lib_dirs->size; j++ ) strarray_add(spec_args, strmake("-L%s", lib_dirs->base[j])); for ( j = 0 ; j < opts->winebuild_args->size ; j++ ) strarray_add(spec_args, opts->winebuild_args->base[j]); if (!is_pe) { for (j = 0; j < opts->delayimports->size; j++) strarray_add(spec_args, strmake("-d%s", opts->delayimports->base[j])); } /* add resource files */ for ( j = 0; j < files->size; j++ ) if (files->base[j][1] == 'r') strarray_add(spec_args, files->base[j]); /* add other files */ strarray_add(spec_args, "--"); for ( j = 0; j < files->size; j++ ) { switch(files->base[j][1]) { case 'd': case 'a': case 'o': strarray_add(spec_args, files->base[j] + 2); break; } } spawn(opts->prefix, spec_args, 0); strarray_free (spec_args); if (fake_module) return; /* nothing else to do */ /* link everything together now */ link_args = get_link_args( opts, output_name ); if ((opts->nodefaultlibs || opts->use_msvcrt) && is_pe) { libgcc = find_libgcc(opts->prefix, link_args); if (!libgcc) libgcc = "-lgcc"; } strarray_add(link_args, "-o"); strarray_add(link_args, output_path); for ( j = 0; j < lib_dirs->size; j++ ) strarray_add(link_args, strmake("-L%s", lib_dirs->base[j])); if (is_pe && entry_point) strarray_add(link_args, strmake("-Wl,--entry,%s", entry_point)); strarray_add(link_args, spec_o_name); if (is_pe) { for (j = 0; j < opts->delayimports->size; j++) strarray_add(link_args, strmake("-Wl,-delayload,%s", opts->delayimports->base[j])); } for ( j = 0; j < files->size; j++ ) { const char* name = files->base[j] + 2; switch(files->base[j][1]) { case 'l': strarray_add(link_args, strmake("-l%s", name)); break; case 's': case 'o': strarray_add(link_args, name); break; case 'a': if (is_pe && !opts->lib_suffix && strchr(name, '/')) { /* turn the path back into -Ldir -lfoo options * this makes sure that we use the specified libs even * when mingw adds its own import libs to the link */ char *lib = xstrdup( name ); char *p = strrchr( lib, '/' ); *p++ = 0; if (!strncmp( p, "lib", 3 ) && strcmp( p, "libmsvcrt.a" )) { char *ext = strrchr( p, '.' ); if (ext) *ext = 0; p += 3; strarray_add(link_args, strmake("-L%s", lib )); strarray_add(link_args, strmake("-l%s", p )); free( lib ); break; } free( lib ); } strarray_add(link_args, name); break; } } if (!opts->nostdlib && !is_pe) { strarray_add(link_args, "-lm"); strarray_add(link_args, "-lc"); } if (libgcc) strarray_add(link_args, libgcc); output_file_name = output_path; atexit( cleanup_output_files ); spawn(opts->prefix, link_args, 0); strarray_free (link_args); if (is_pe && opts->wine_builtin) make_wine_builtin( opts, output_path ); /* set the base address with prelink if linker support is not present */ if (opts->prelink && !opts->target) { if (opts->prelink[0] && strcmp(opts->prelink,"false")) { strarray *prelink_args = strarray_alloc(); strarray_add(prelink_args, opts->prelink); strarray_add(prelink_args, "--reloc-only"); strarray_add(prelink_args, opts->image_base); strarray_add(prelink_args, output_path); spawn(opts->prefix, prelink_args, 1); strarray_free(prelink_args); } } /* create the loader script */ if (generate_app_loader) create_file(output_file, 0755, app_loader_template, strmake("%s.so", output_name)); } static void forward(int argc, char **argv, struct options* opts) { strarray* args = strarray_alloc(); int j; strarray_addall(args, get_translator(opts)); for( j = 1; j < argc; j++ ) strarray_add(args, argv[j]); spawn(opts->prefix, args, 0); strarray_free (args); } static int is_linker_arg(const char* arg) { static const char* link_switches[] = { "-nostdlib", "-s", "-static", "-static-libgcc", "-static-libstdc++", "-shared", "-shared-libgcc", "-symbolic", "-framework", "--coverage", "-fprofile-generate", "-fprofile-use" }; unsigned int j; switch (arg[1]) { case 'R': case 'z': case 'u': return 1; case 'W': if (strncmp("-Wl,", arg, 4) == 0) return 1; break; case 'X': if (strcmp("-Xlinker", arg) == 0) return 1; break; case 'a': if (strcmp("-arch", arg) == 0) return 1; break; case 'f': if (strncmp("-fuse-ld=", arg, 9) == 0) return 1; break; case 'r': if (strncmp("-rtlib=", arg, 7) == 0) return 1; break; } for (j = 0; j < ARRAY_SIZE(link_switches); j++) if (strcmp(link_switches[j], arg) == 0) return 1; return 0; } static void parse_target_option( struct options *opts, const char *target ) { char *p, *spec = xstrdup( target ); unsigned int i; /* target specification is in the form CPU-MANUFACTURER-OS or CPU-MANUFACTURER-KERNEL-OS */ /* get the CPU part */ if ((p = strchr( spec, '-' ))) { *p++ = 0; for (i = 0; i < ARRAY_SIZE(cpu_names); i++) { if (!strcmp( cpu_names[i].name, spec )) { opts->target_cpu = cpu_names[i].cpu; break; } } if (i == ARRAY_SIZE(cpu_names)) error( "Unrecognized CPU '%s'\n", spec ); } else if (!strcmp( spec, "mingw32" )) { opts->target_cpu = CPU_x86; p = spec; } else error( "Invalid target specification '%s'\n", target ); /* get the OS part */ opts->target_platform = PLATFORM_UNSPECIFIED; /* default value */ for (;;) { for (i = 0; i < ARRAY_SIZE(platform_names); i++) { if (!strncmp( platform_names[i].name, p, strlen(platform_names[i].name) )) { opts->target_platform = platform_names[i].platform; break; } } if (opts->target_platform != PLATFORM_UNSPECIFIED || !(p = strchr( p, '-' ))) break; p++; } free( spec ); opts->target = xstrdup( target ); } static int is_option( char **argv, int i, const char *option, const char **option_arg ) { if (!strcmp( argv[i], option )) { if (!argv[i + 1]) error( "option %s requires an argument\n", argv[i] ); *option_arg = argv[i + 1]; return 1; } if (!strncmp( argv[i], option, strlen(option) ) && argv[i][strlen(option)] == '=') { *option_arg = argv[i] + strlen(option) + 1; return 1; } return 0; } int main(int argc, char **argv) { int i, c, next_is_arg = 0, linking = 1; int raw_compiler_arg, raw_linker_arg; const char* option_arg; struct options opts; char* lang = 0; char* str; #ifdef SIGHUP signal( SIGHUP, exit_on_signal ); #endif signal( SIGTERM, exit_on_signal ); signal( SIGINT, exit_on_signal ); #ifdef HAVE_SIGADDSET sigemptyset( &signal_mask ); sigaddset( &signal_mask, SIGHUP ); sigaddset( &signal_mask, SIGTERM ); sigaddset( &signal_mask, SIGINT ); #endif init_argv0_dir( argv[0] ); /* setup tmp file removal at exit */ tmp_files = strarray_alloc(); atexit(clean_temp_files); /* initialize options */ memset(&opts, 0, sizeof(opts)); opts.target_cpu = build_cpu; opts.target_platform = build_platform; opts.lib_dirs = strarray_alloc(); opts.files = strarray_alloc(); opts.linker_args = strarray_alloc(); opts.compiler_args = strarray_alloc(); opts.winebuild_args = strarray_alloc(); opts.delayimports = strarray_alloc(); opts.pic = 1; /* determine the processor type */ if (strendswith(argv[0], "winecpp")) opts.processor = proc_cpp; else if (strendswith(argv[0], "++")) opts.processor = proc_cxx; /* parse options */ for ( i = 1 ; i < argc ; i++ ) { if (argv[i][0] == '-' && argv[i][1]) /* option, except '-' alone is stdin, which is a file */ { /* determine if this switch is followed by a separate argument */ next_is_arg = 0; option_arg = 0; switch(argv[i][1]) { case 'x': case 'o': case 'D': case 'U': case 'I': case 'A': case 'l': case 'u': case 'b': case 'V': case 'G': case 'L': case 'B': case 'R': case 'z': if (argv[i][2]) option_arg = &argv[i][2]; else next_is_arg = 1; break; case 'i': next_is_arg = 1; break; case 'a': if (strcmp("-aux-info", argv[i]) == 0) next_is_arg = 1; if (strcmp("-arch", argv[i]) == 0) next_is_arg = 1; break; case 'X': if (strcmp("-Xlinker", argv[i]) == 0) next_is_arg = 1; break; case 'M': c = argv[i][2]; if (c == 'F' || c == 'T' || c == 'Q') { if (argv[i][3]) option_arg = &argv[i][3]; else next_is_arg = 1; } break; case 'f': if (strcmp("-framework", argv[i]) == 0) next_is_arg = 1; break; case 't': next_is_arg = strcmp("-target", argv[i]) == 0; break; case '-': next_is_arg = (strcmp("--param", argv[i]) == 0 || strcmp("--sysroot", argv[i]) == 0 || strcmp("--target", argv[i]) == 0 || strcmp("--wine-objdir", argv[i]) == 0 || strcmp("--winebuild", argv[i]) == 0 || strcmp("--lib-suffix", argv[i]) == 0); break; } if (next_is_arg) { if (i + 1 >= argc) error("option -%c requires an argument\n", argv[i][1]); option_arg = argv[i+1]; } /* determine what options go 'as is' to the linker & the compiler */ raw_linker_arg = is_linker_arg(argv[i]); raw_compiler_arg = !raw_linker_arg; /* do a bit of semantic analysis */ switch (argv[i][1]) { case 'B': str = strdup(option_arg); if (strendswith(str, "/")) str[strlen(str) - 1] = 0; if (!opts.prefix) opts.prefix = strarray_alloc(); strarray_add(opts.prefix, str); raw_linker_arg = 1; break; case 'b': parse_target_option( &opts, option_arg ); raw_compiler_arg = 0; break; case 'V': opts.version = xstrdup( option_arg ); raw_compiler_arg = 0; break; case 'c': /* compile or assemble */ raw_compiler_arg = 0; if (argv[i][2] == 0) opts.compile_only = 1; /* fall through */ case 'S': /* generate assembler code */ case 'E': /* preprocess only */ if (argv[i][2] == 0) linking = 0; break; case 'f': if (strcmp("-fno-short-wchar", argv[i]) == 0) opts.noshortwchar = 1; else if (!strcmp("-fasynchronous-unwind-tables", argv[i])) opts.unwind_tables = 1; else if (!strcmp("-fno-asynchronous-unwind-tables", argv[i])) opts.unwind_tables = 0; else if (!strcmp("-fPIC", argv[i]) || !strcmp("-fpic", argv[i])) opts.pic = 1; else if (!strcmp("-fno-PIC", argv[i]) || !strcmp("-fno-pic", argv[i])) opts.pic = 0; break; case 'i': if (!strcmp( "-isysroot", argv[i] )) opts.isysroot = argv[i + 1]; break; case 'l': strarray_add(opts.files, strmake("-l%s", option_arg)); raw_compiler_arg = 0; break; case 'L': strarray_add(opts.lib_dirs, option_arg); raw_compiler_arg = 0; break; case 'M': /* map file generation */ linking = 0; break; case 'm': if (strcmp("-mno-cygwin", argv[i]) == 0) { opts.use_msvcrt = 1; raw_compiler_arg = 0; } else if (strcmp("-mwindows", argv[i]) == 0) { opts.gui_app = 1; raw_compiler_arg = 0; } else if (strcmp("-mconsole", argv[i]) == 0) { opts.gui_app = 0; raw_compiler_arg = 0; } else if (strcmp("-municode", argv[i]) == 0) { opts.unicode_app = 1; raw_compiler_arg = 0; } else if (strcmp("-mthreads", argv[i]) == 0) { raw_compiler_arg = 0; } else if (strcmp("-m16", argv[i]) == 0) { opts.win16_app = 1; raw_compiler_arg = 0; } else if (strcmp("-m32", argv[i]) == 0) { if (opts.target_cpu == CPU_x86_64) opts.target_cpu = CPU_x86; else if (opts.target_cpu == CPU_ARM64) opts.target_cpu = CPU_ARM; opts.force_pointer_size = 4; raw_linker_arg = 1; } else if (strcmp("-m64", argv[i]) == 0) { if (opts.target_cpu == CPU_x86) opts.target_cpu = CPU_x86_64; else if (opts.target_cpu == CPU_ARM) opts.target_cpu = CPU_ARM64; opts.force_pointer_size = 8; raw_linker_arg = 1; } else if (!strcmp("-marm", argv[i] ) || !strcmp("-mthumb", argv[i] )) { strarray_add(opts.winebuild_args, argv[i]); raw_linker_arg = 1; } else if (!strncmp("-mcpu=", argv[i], 6) || !strncmp("-mfpu=", argv[i], 6) || !strncmp("-march=", argv[i], 7) || !strncmp("-mfloat-abi=", argv[i], 12)) strarray_add(opts.winebuild_args, argv[i]); break; case 'n': if (strcmp("-nostdinc", argv[i]) == 0) opts.nostdinc = 1; else if (strcmp("-nodefaultlibs", argv[i]) == 0) opts.nodefaultlibs = 1; else if (strcmp("-nostdlib", argv[i]) == 0) opts.nostdlib = 1; else if (strcmp("-nostartfiles", argv[i]) == 0) opts.nostartfiles = 1; break; case 'o': opts.output_name = option_arg; raw_compiler_arg = 0; break; case 's': if (strcmp("-static", argv[i]) == 0) linking = -1; else if(strcmp("-save-temps", argv[i]) == 0) keep_generated = 1; else if (strncmp("-specs=", argv[i], 7) == 0) raw_linker_arg = 1; else if(strcmp("-shared", argv[i]) == 0) { opts.shared = 1; raw_compiler_arg = raw_linker_arg = 0; } else if (strcmp("-s", argv[i]) == 0 && opts.target_platform == PLATFORM_APPLE) { /* On Mac, change -s into -Wl,-x. ld's -s switch * is deprecated, and it doesn't work on Tiger with * MH_BUNDLEs anyway */ opts.strip = 1; raw_linker_arg = 0; } break; case 't': if (is_option( argv, i, "-target", &option_arg )) { parse_target_option( &opts, option_arg ); raw_compiler_arg = raw_linker_arg = 0; } break; case 'v': if (argv[i][2] == 0) verbose++; break; case 'W': if (strncmp("-Wl,", argv[i], 4) == 0) { unsigned int j; strarray* Wl = strarray_fromstring(argv[i] + 4, ","); for (j = 0; j < Wl->size; j++) { if (!strcmp(Wl->base[j], "--image-base") && j < Wl->size - 1) { opts.image_base = strdup( Wl->base[++j] ); continue; } if (!strcmp(Wl->base[j], "--section-alignment") && j < Wl->size - 1) { opts.section_align = strdup( Wl->base[++j] ); continue; } if (!strcmp(Wl->base[j], "--large-address-aware")) { opts.large_address_aware = 1; continue; } if (!strcmp(Wl->base[j], "--wine-builtin")) { opts.wine_builtin = 1; continue; } if (!strcmp(Wl->base[j], "--subsystem") && j < Wl->size - 1) { opts.subsystem = strdup( Wl->base[++j] ); continue; } if (!strcmp(Wl->base[j], "--entry") && j < Wl->size - 1) { opts.entry_point = strdup( Wl->base[++j] ); continue; } if (!strcmp(Wl->base[j], "-delayload") && j < Wl->size - 1) { strarray_add( opts.delayimports, Wl->base[++j] ); continue; } if (!strcmp(Wl->base[j], "-static")) linking = -1; strarray_add(opts.linker_args, strmake("-Wl,%s",Wl->base[j])); } strarray_free(Wl); raw_compiler_arg = raw_linker_arg = 0; } else if (strncmp("-Wb,", argv[i], 4) == 0) { strarray* Wb = strarray_fromstring(argv[i] + 4, ","); strarray_addall(opts.winebuild_args, Wb); strarray_free(Wb); /* don't pass it to the compiler, it generates errors */ raw_compiler_arg = raw_linker_arg = 0; } break; case 'x': lang = strmake("-x%s", option_arg); strarray_add(opts.files, lang); /* we'll pass these flags ourselves, explicitly */ raw_compiler_arg = raw_linker_arg = 0; break; case '-': if (strcmp("-static", argv[i]+1) == 0) linking = -1; else if (is_option( argv, i, "--sysroot", &option_arg )) { opts.sysroot = option_arg; raw_linker_arg = 1; } else if (is_option( argv, i, "--target", &option_arg )) { parse_target_option( &opts, option_arg ); raw_compiler_arg = raw_linker_arg = 0; } else if (is_option( argv, i, "--wine-objdir", &option_arg )) { opts.wine_objdir = option_arg; raw_compiler_arg = raw_linker_arg = 0; } else if (is_option( argv, i, "--winebuild", &option_arg )) { opts.winebuild = option_arg; raw_compiler_arg = raw_linker_arg = 0; } else if (is_option( argv, i, "--lib-suffix", &option_arg )) { opts.lib_suffix = option_arg; raw_compiler_arg = raw_linker_arg = 0; } break; } /* put the arg into the appropriate bucket */ if (raw_linker_arg) { strarray_add(opts.linker_args, argv[i]); if (next_is_arg && (i + 1 < argc)) strarray_add(opts.linker_args, argv[i + 1]); } if (raw_compiler_arg) { strarray_add(opts.compiler_args, argv[i]); if (next_is_arg && (i + 1 < argc)) strarray_add(opts.compiler_args, argv[i + 1]); } /* skip the next token if it's an argument */ if (next_is_arg) i++; } else { strarray_add(opts.files, argv[i]); } } if (opts.processor == proc_cpp) linking = 0; if (linking == -1) error("Static linking is not supported\n"); if (opts.files->size == 0) forward(argc, argv, &opts); else if (linking) build(&opts); else compile(&opts, lang); output_file_name = NULL; return 0; }