MWCC/command_line/CmdLine/Src/CLFileOps.c

#include "cmdline.h"

extern char STSbuf[256];

static int OutputTextData(File *file, SInt16 stage, OSType maccreator, OSType mactype) {
    int ret = 0;
    SInt32 size;

    if (file->textdata) {
        size = GetHandleSize(file->textdata);
        if (stage != CmdLineStageMask_Dp || optsCmdLine.toDisk & CmdLineStageMask_Dp) {
            if (!(file->writeToDisk & stage)) {
                ret = ShowHandle(file->textdata, size, 0);
            } else {
                if (optsCmdLine.verbose)
                    CLReport(15, OS_SpecToStringRelative(&file->outfss, NULL, STSbuf, sizeof(STSbuf)));
                ret = WriteHandleToFile(&file->outfss, file->textdata, size, maccreator, mactype);
                file->wroteToDisk |= stage;
            }
        } else {
            if (optsCompiler.outMakefile[0]) {
                ret = AppendHandleToFile(&clState.makefileSpec, file->textdata, size, maccreator, mactype);
            } else {
                ret = ShowHandle(file->textdata, size, 0);
            }
        }

        DisposeHandle(file->textdata);
        file->textdata = NULL;
    }

    return ret;
}

static int fstrcat(char *file, const char *add, SInt32 length) {
    if (strlen(file) + strlen(add) >= length) {
        return 0;
    } else {
        strcat(file, add);
        return 1;
    }
}

static void extstrcat(char *file, const char *ext) {
    if (!fstrcat(file, ext, 64))
        strcpy(file + 63 - strlen(ext), ext);
}

int GetOutputFile(File *file, SInt16 stage) {
    int err;
    char tempoutfilename[256];
    char *targetoutfilename;
    Boolean specifiedName;
    const char *ext;
    const CWObjectFlags *cof;
    char tmpname[256];
    char *env;
    char *extptr;
    char *fnptr;
    char text[64];
    char *inname;
    OSPathSpec tmppath;

    if (optsCmdLine.toDisk & stage)
        file->writeToDisk |= stage;

    if (file->outfileowner == stage) {
        targetoutfilename = file->outfilename;
        specifiedName = file->outfilename[0] && !(file->tempOnDisk & stage);
        if (specifiedName) {
            file->writeToDisk |= stage;
            file->tempOnDisk &= ~stage;
        }
    } else {
        targetoutfilename = tempoutfilename;
        specifiedName = 0;
    }

    if (!(stage & (optsCmdLine.toDisk | file->writeToDisk | file->tempOnDisk))) {
        if ((stage == CmdLineStageMask_Cg) && (optsCmdLine.stages & CmdLineStageMask_Ds) && (optsCmdLine.state == OptsCmdLineState_2) && optsCompiler.keepObjects)
            file->writeToDisk |= stage;
        else
            file->tempOnDisk |= stage;
    }

    if (!specifiedName && (stage & (optsCmdLine.toDisk | file->writeToDisk | file->tempOnDisk))) {
        cof = Plugin_CL_GetObjectFlags(file->compiler);
        if (stage == CmdLineStageMask_Pp) {
            ext = optsCompiler.ppFileExt[0] ? optsCompiler.ppFileExt : cof->ppFileExt;
        } else if (stage == CmdLineStageMask_Ds) {
            ext = optsCompiler.disFileExt[0] ? optsCompiler.disFileExt : cof->disFileExt;
        } else if (stage == CmdLineStageMask_Dp) {
            ext = optsCompiler.depFileExt[0] ? optsCompiler.depFileExt : cof->depFileExt;
        } else if (stage == CmdLineStageMask_Cg) {
            ext = optsCompiler.objFileExt[0] ? optsCompiler.objFileExt : cof->objFileExt;
            if (!(file->objectflags & 0x80000000) && !specifiedName)
                ext = NULL;
        } else {
            ext = NULL;
        }

        if (ext && ext[0]) {
            if (ext[0] != '.') {
                snprintf(text, sizeof(text), ".%s", ext);
            } else {
                strncpy(text, ext, sizeof(text) - 1);
                text[sizeof(text) - 1] = 0;
            }
            if ((file->tempOnDisk & stage) && !(optsCmdLine.stages & CmdLineStageMask_Dp)) {
                env = getenv("TEMP");
                if (!env || !env[0] || OS_MakePathSpec(NULL, env, &tmppath))
                    env = getenv("TMP");
                if (!env || !env[0] || OS_MakePathSpec(NULL, env, &tmppath))
                    env = getenv("TMPDIR");
                if (!env || !env[0] || OS_MakePathSpec(NULL, env, &tmppath))
                    env = "/tmp";
                if (!env || !env[0] || OS_MakePathSpec(NULL, env, &tmppath))
                    env = ".";
                snprintf(tmpname, sizeof(tmpname), "%s%c%s", env, OS_PATHSEP, OS_GetFileNamePtr(file->srcfilename));
                inname = tmpname;
            } else if (!optsCompiler.relPathInOutputDir) {
                inname = OS_GetFileNamePtr(file->srcfilename);
            } else {
                inname = file->srcfilename;
            }

            fnptr = OS_GetFileNamePtr(inname);
            extptr = strrchr(fnptr, '.');
            if (!extptr || ext[0] == '.')
                extptr = fnptr + strlen(fnptr);

            if (extptr - fnptr + strlen(text) >= sizeof(text))
                extptr = &fnptr[sizeof(text) - 1] - strlen(text);

            snprintf(targetoutfilename, 256, "%.*s%s", extptr - inname, inname, text);
        } else {
            *targetoutfilename = 0;
            file->writeToDisk &= ~stage;
            file->tempOnDisk &= ~stage;
        }
    }

    if (stage & (file->writeToDisk | file->tempOnDisk)) {
        err = OS_MakeSpecWithPath(&gTarg->outputDirectory, targetoutfilename, !optsCompiler.relPathInOutputDir, &file->outfss);
        if (!err) {
            if (OS_EqualSpec(&file->srcfss, &file->outfss)) {
                if (specifiedName) {
                    CLReportError(102, targetoutfilename);
                    file->writeToDisk &= ~stage;
                    file->tempOnDisk &= ~stage;
                    return 0;
                }
                file->writeToDisk &= ~stage;
                file->tempOnDisk &= ~stage;
            }
        } else {
            CLReportOSError(9, err, targetoutfilename, OS_PathSpecToString(&gTarg->outputDirectory, STSbuf, sizeof(STSbuf)));
        }
        return err == 0;
    }

    return 1;
}

static int SyntaxCheckFile(File *file) {
    return SendCompilerRequest(file->compiler, file, 0) != 0;
}

static int PreprocessFile(File *file) {
    const CWObjectFlags *cof;

    if (!(file->dropinflags & kCanpreprocess)) {
        CLReportWarning(53, Plugin_GetDropInName(file->compiler), file->srcfilename);
        return 1;
    }

    if (!SendCompilerRequest(file->compiler, file, 1))
        return 0;

    if (!GetOutputFile(file, CmdLineStageMask_Pp))
        return 0;

    if (file->textdata) {
        cof = Plugin_CL_GetObjectFlags(file->compiler);
        return OutputTextData(
                file, CmdLineStageMask_Pp,
                optsCompiler.ppFileCreator ? optsCompiler.ppFileCreator : cof->ppFileCreator,
                optsCompiler.ppFileType ? optsCompiler.ppFileType : cof->ppFileType);
    }

    CLReportError(96, "preprocessing", file->srcfilename);
    return 0;
}

static int DependencyMapFile(File *file, Boolean compileifnecessary) {
    OSHandle mf;
    const CWObjectFlags *cof;

    cof = Plugin_CL_GetObjectFlags(file->compiler);
    if (!(optsCmdLine.stages & (CmdLineStageMask_Pp | CmdLineStageMask_Cg)) && compileifnecessary) {
        if (!SendCompilerRequest(file->compiler, file, CmdLineStageMask_Dp))
            return 0;
    }

    if (!GetOutputFile(file, CmdLineStageMask_Cg))
        return 0;

    Deps_ListDependencies(&gTarg->incls, file, &mf);
    file->textdata = OS_CreateMacHandle(&mf);

    if (!GetOutputFile(file, CmdLineStageMask_Dp))
        return 0;

    if (OutputTextData(
            file, CmdLineStageMask_Dp,
            optsCompiler.depFileCreator ? optsCompiler.depFileCreator : cof->depFileCreator,
            optsCompiler.depFileType ? optsCompiler.depFileType : cof->depFileType)) {
        return 1;
    } else {
        return 0;
    }
}

static int RecordBrowseInfo(File *file) {
    const CWObjectFlags *cof;

    if (!file->recordbrowseinfo)
        return 1;

    if (!file->browsedata) {
        CLReportError(101, Plugin_GetDropInName(file->compiler), OS_SpecToStringRelative(&file->srcfss, NULL, STSbuf, sizeof(STSbuf)));
        return 0;
    }

    if ((optsCmdLine.toDisk & CmdLineStageMask_Cg) && optsCompiler.browserEnabled) {
        cof = Plugin_CL_GetObjectFlags(file->compiler);
        if (!WriteBrowseData(file, optsCompiler.brsFileCreator ? optsCompiler.brsFileCreator : cof->brsFileCreator, optsCompiler.brsFileType ? optsCompiler.brsFileType : cof->brsFileType))
            return 0;
    }

    return 1;
}

static int RecordObjectData(File *file) {
    const CWObjectFlags *cof = Plugin_CL_GetObjectFlags(file->compiler);

    if (!file->objectdata)
        return 1;

    if (!WriteObjectFile(file, optsCompiler.objFileCreator ? optsCompiler.objFileCreator : cof->objFileCreator, optsCompiler.objFileType ? optsCompiler.objFileType : cof->objFileType))
        return 0;

    return 1;
}

int StoreObjectFile(File *file) {
    if (file->wroteToDisk & CmdLineStageMask_Cg)
        return 1;

    if (!file->objectdata && !file->browsedata)
        return 1;

    if (GetOutputFile(file, CmdLineStageMask_Cg)) {
        if (!((file->writeToDisk | file->tempOnDisk) & CmdLineStageMask_Cg))
            return 1;

        if (!RecordBrowseInfo(file) || !RecordObjectData(file))
            return 0;

        file->wroteToDisk |= CmdLineStageMask_Cg;
        return 1;
    }

    return 0;
}

static int CompileFile(File *file) {
    int ret = 1;

    if (!(file->dropinflags & kCanprecompile) && ((optsCompiler.forcePrecompile == 1) || (file->mappingflags & kPrecompile))) {
        CLReportWarning(54, Plugin_GetDropInName(file->compiler), file->srcfilename);
        return 1;
    }

    if (optsCompiler.browserEnabled) {
        SInt16 id;
        int ret;
        char fullpath[256];
        memset(file->browseoptions, 1, sizeof(file->browseoptions));
        OS_SpecToString(&file->srcfss, fullpath, sizeof(fullpath));
        ret = Browser_SearchAndAddFile(&clState.browseTableHandle, fullpath, &id);
        if (!ret)
            return 0;
        file->recordbrowseinfo = ret < 0;
        file->browseFileID = id;
        if (optsCmdLine.verbose > 1)
            CLReport(22, file->srcfilename, file->browseFileID);
    } else {
        memset(file->browseoptions, 0, sizeof(file->browseoptions));
        file->recordbrowseinfo = 0;
        file->recordbrowseinfo = 0;
        file->browseFileID = 0;
    }

    if (!SendCompilerRequest(file->compiler, file, 2)) {
        ret = 0;
    } else {
        if ((!file->hasobjectcode || !file->objectdata) && (file->dropinflags & kGeneratescode) && (file->objectUsage & 2)) {
            CLReportError(96, "compiling", file->srcfilename);
            ret = 0;
        } else if (optsCmdLine.state == OptsCmdLineState_2 && !StoreObjectFile(file)) {
            ret = 0;
        }
    }

    return ret;
}

static int DisassembleWithLinker(File *file, Plugin *linker, SInt32 linkerDropinFlags) {
    char filename[256];
    int ret;

    if (file->writeToDisk & CmdLineStageMask_Ds) {
        OS_SpecToString(&file->outfss, filename, sizeof(filename));
        ret = ExecuteLinker(linker, linkerDropinFlags, file, (optsCmdLine.toDisk & CmdLineStageMask_Ds) ? NULL : filename, NULL);
        file->wroteToDisk |= CmdLineStageMask_Ds;
        return ret;
    }

    return ExecuteLinker(linker, linkerDropinFlags, file, NULL, NULL);
}

static int DisassembleFile(File *file) {
    Plugin *disasm;

    if (!file->hasobjectcode && !file->hasresources) {
        CLReportError(56, file->srcfilename);
        return 0;
    }

    if (!GetOutputFile(file, CmdLineStageMask_Ds))
        return 0;

    if (file->dropinflags & kCandisassemble) {
        if (!SendDisassemblerRequest(file->compiler, file))
            return 0;

        if (file->textdata) {
            const CWObjectFlags *cof = Plugin_CL_GetObjectFlags(file->compiler);
            return OutputTextData(
                    file, CmdLineStageMask_Ds,
                    optsCompiler.disFileCreator ? optsCompiler.disFileCreator : cof->disFileCreator,
                    optsCompiler.disFileType ? optsCompiler.disFileType : cof->disFileType);
        }
        CLReportError(96, "disassembling", file->srcfilename);
        return 0;

    } else {
        if ((gTarg->linkerDropinFlags & dropInExecutableTool) && !(gTarg->linkerDropinFlags & cantDisassemble))
            return DisassembleWithLinker(file, gTarg->linker, gTarg->linkerDropinFlags);
        if ((gTarg->preLinkerDropinFlags & dropInExecutableTool) && !(gTarg->preLinkerDropinFlags & cantDisassemble))
            return DisassembleWithLinker(file, gTarg->preLinker, gTarg->preLinkerDropinFlags);

        if (gTarg->linker && !(gTarg->linkerDropinFlags & cantDisassemble)) {
            if (SendDisassemblerRequest(gTarg->linker, file)) {
                if (file->textdata && GetHandleSize(file->textdata) > 0) {
                    const CWObjectFlags *cof = Plugin_CL_GetObjectFlags(file->compiler);
                    return OutputTextData(
                            file, CmdLineStageMask_Ds,
                            optsCompiler.disFileCreator ? optsCompiler.disFileCreator : cof->disFileCreator,
                            optsCompiler.disFileType ? optsCompiler.disFileType : cof->disFileType);
                }
                CLReportError(96, "disassembling", file->srcfilename);
            }
            return 0;
        }
        if (gTarg->preLinker && !(gTarg->preLinkerDropinFlags & cantDisassemble)) {
            if (SendDisassemblerRequest(gTarg->preLinker, file)) {
                if (file->textdata && GetHandleSize(file->textdata) > 0) {
                    const CWObjectFlags *cof = Plugin_CL_GetObjectFlags(file->compiler);
                    return OutputTextData(
                            file, CmdLineStageMask_Ds,
                            optsCompiler.disFileCreator ? optsCompiler.disFileCreator : cof->disFileCreator,
                            optsCompiler.disFileType ? optsCompiler.disFileType : cof->disFileType);
                }
                CLReportError(96, "disassembling", file->srcfilename);
            }
            return 0;
        }

        if (gTarg->linker)
            CLReportError(58, Plugin_GetDropInName(gTarg->linker), Plugin_GetDropInName(file->compiler), file->srcfilename);
        else
            CLReportError(57, Plugin_GetDropInName(file->compiler), file->srcfilename);

        return 0;
    }
}

static int CompileEntry(File *file, Boolean *compiled) {
    UInt32 beginWork;
    UInt32 endWork;
    struct BuildInfo *tinfo = &gTarg->info;

    *compiled = 0;

    if (optsCmdLine.dryRun) {
        *compiled = 1;
        return 1;
    }

    if (!(file->sourceUsage & 1)) {
        if (file->mappingflags & kRsrcfile)
            *compiled = 1;
        return 1;
    }

    OS_ASSERT(835, file->compiler);

    *compiled = 1;
    beginWork = OS_GetMilliseconds();
    Browser_Initialize(&clState.browseTableHandle);
    Deps_ChangeSpecialAccessPath(&file->srcfss, 1);

    if ((optsCmdLine.stages == 0) && !SyntaxCheckFile(file))
        return 0;
    if ((optsCmdLine.stages & CmdLineStageMask_Pp) && !PreprocessFile(file))
        return 0;
    if ((optsCmdLine.stages & (CmdLineStageMask_Cg | CmdLineStageMask_Ds)) && !CompileFile(file))
        return 0;
    if ((optsCmdLine.stages & CmdLineStageMask_Dp) && !DependencyMapFile(file, 1))
        return 0;
    if ((optsCmdLine.stages & CmdLineStageMask_Ds) && !DisassembleFile(file))
        return 0;

    if (optsCmdLine.verbose && (optsCmdLine.stages & CmdLineStageMask_Cg)) {
        const char *cun;
        const char *dun;
        const char *uun;
        CLReport(25, file->compiledlines);
        tinfo->linesCompiled += file->compiledlines;
        cun = dun = uun = "bytes";
        CLReport(26, file->codesize, cun, file->idatasize, dun, file->udatasize, uun);
    }
    tinfo->codeSize += file->codesize;
    tinfo->iDataSize += file->idatasize;
    tinfo->uDataSize += file->udatasize;

    Browser_Terminate(&clState.browseTableHandle);
    endWork = OS_GetMilliseconds();

    if (optsCmdLine.timeWorking) {
        if (optsCmdLine.verbose)
            CLReport(24, (endWork - beginWork) / 1000.0, "compile", "", "", "");
        else
            CLReport(24, (endWork - beginWork) / 1000.0, "compile", "'", file->srcfilename, "'");
    }

    return 1;
}

static void DumpFileAndPathInfo(void) {
    int i;
    int n;

    CLReport(84, "Framework search paths ([d] = default, [r] = recursive)");
    n = Paths_Count(&FrameworkPaths);
    if (!n) {
        CLReport(85, "(none)", "");
    } else {
        for (i = 0; i < n; i++) {
            Path *path = Paths_GetPath(&FrameworkPaths, i);
            OS_ASSERT(961, path != NULL);

            CLReport(85,
                     OS_PathSpecToString(path->spec, STSbuf, sizeof(STSbuf)),
                     ((path->flags & 2) && path->recursive) ? " [d] [r]" : (path->flags & 2) ? " [d]" : path->recursive ? " [r]" : ""
                     );

            if (path->recursive && optsCmdLine.verbose > 2) {
                UInt16 j;
                for (j = 0; j < Paths_Count(path->recursive); j++) {
                    Path *sub = Paths_GetPath(path->recursive, j);
                    OS_ASSERT(976, sub);
                    CLReport(85, "\t", OS_PathSpecToString(sub->spec, STSbuf, sizeof(STSbuf)));
                }
            }
        }
    }

    n = Frameworks_GetCount();
    if (Frameworks_GetCount()) {
        CLReport(84, "Included frameworks");
        for (i = 0; i < n; i++) {
            char version[80];
            Paths_FWInfo *info = Frameworks_GetInfo(i);
            OS_ASSERT(993, info);

            version[0] = 0;
            strcpy(version, "\t(");
            if (!info->version.s[0]) {
                strcat(version, "Current)");
            } else {
                strncat(version, info->version.s, sizeof(version) - 4);
                strcat(version, ")");
            }
            CLReport(85, info->name.s, version);
        }
    }

    if (clState.plugintype == CWDROPINCOMPILERTYPE)
        CLReport(84, "User include search paths ([d] = default, [r] = recursive)");
    else
        CLReport(84, "Library search paths ([d] = default, [r] = recursive)");

    if (!Paths_Count(&gTarg->userPaths) && clState.plugintype == CWDROPINCOMPILERTYPE) {
        CLReport(85, "(none)", "");
    } else {
        for (i = 0; i < Paths_Count(&gTarg->userPaths); i++) {
            Path *path = Paths_GetPath(&gTarg->userPaths, i);
            OS_ASSERT(1024, path != NULL);

            CLReport(85,
                     OS_PathSpecToString(path->spec, STSbuf, sizeof(STSbuf)),
                     ((path->flags & 2) && path->recursive) ? " [d] [r]" : (path->flags & 2) ? " [d]" : path->recursive ? " [r]" : ""
            );

            if (path->recursive && optsCmdLine.verbose > 2) {
                UInt16 j;
                for (j = 0; j < Paths_Count(path->recursive); j++) {
                    Path *sub = Paths_GetPath(path->recursive, j);
                    OS_ASSERT(1039, sub);
                    CLReport(85, "\t", OS_PathSpecToString(sub->spec, STSbuf, sizeof(STSbuf)));
                }
            }
        }
    }

    if (clState.plugintype == CWDROPINCOMPILERTYPE)
        CLReport(84, "System include search paths ([d] = default, [r] = recursive)");

    if (!Paths_Count(&gTarg->sysPaths))
        CLReport(85, "(none)", "");

    for (i = 0; i < Paths_Count(&gTarg->sysPaths); i++) {
        Path *path = Paths_GetPath(&gTarg->sysPaths, i);
        OS_ASSERT(1054, path != NULL);

        CLReport(85,
                 OS_PathSpecToString(path->spec, STSbuf, sizeof(STSbuf)),
                 ((path->flags & 2) && path->recursive) ? " [d] [r]" : (path->flags & 2) ? " [d]" : path->recursive ? " [r]" : ""
        );

        if (path->recursive && optsCmdLine.verbose > 2) {
            UInt16 j;
            for (j = 0; j < Paths_Count(path->recursive); j++) {
                Path *sub = Paths_GetPath(path->recursive, j);
                OS_ASSERT(1069, sub);
                CLReport(85, "\t", OS_PathSpecToString(sub->spec, STSbuf, sizeof(STSbuf)));
            }
        }
    }

    if (clState.plugintype == CWDROPINCOMPILERTYPE)
        CLReport(84, "Files in project (relative to CWD)");
    else
        CLReport(84, "Link order for project (relative to CWD)");

    for (i = 0; i < Files_Count(&gTarg->files); i++) {
        File *file = Files_GetFile(&gTarg->files, i);
        if (!VFiles_Find(gTarg->virtualFiles, file->srcfilename))
            CLReport(85, OS_SpecToStringRelative(&file->srcfss, NULL, STSbuf, sizeof(STSbuf)), "");
        else
            CLReport(85, file->srcfilename, "\t(virtual file)");
    }
}

int CompileFilesInProject(void) {
    struct BuildInfo *tinfo;
    SInt32 index;
    SInt32 startTime;
    SInt32 endTime;
    int ignored;
    int compiled;
    Boolean failed;

    failed = 0;
    startTime = OS_GetMilliseconds();
    InitializeIncludeCache();
    if (optsCmdLine.verbose > 1)
        DumpFileAndPathInfo();

    if (!SendTargetInfoRequest(gTarg, gTarg->linker, gTarg->linkerDropinFlags))
        return Result_Failed;

    ignored = 0;
    compiled = 0;
    for (index = 0; index < Files_Count(&gTarg->files); index++) {
        int ret;
        File *file;
        Boolean wascompiled;

        file = Files_GetFile(&gTarg->files, index);
        if (!file->outfileowner)
            file->outfileowner = CmdLineStageMask_Cg;
        ret = CompileEntry(file, &wascompiled);
        if (ret) {
            if (wascompiled)
                compiled++;
            if (!wascompiled)
                ignored++;
            if (CheckForUserBreak())
                return Result_Cancelled;
        }

        if (!ret) {
            if (optsCompiler.noFail) {
                failed = 1;
                clState.countWarnings = 0;
                clState.countErrors = 0;
                clState.withholdWarnings = 0;
                clState.withholdErrors = 0;
            } else {
                return CheckForUserBreak() ? Result_Cancelled : Result_Failed;
            }
        }
    }

    if (optsCmdLine.stages & CmdLineStageMask_Dp) {
        for (index = 0; index < Files_Count(&gTarg->pchs); index++) {
            int ret;
            File *file;

            file = Files_GetFile(&gTarg->pchs, index);
            ret = DependencyMapFile(file, 0);
            if (!ret) {
                if (optsCompiler.noFail) {
                    failed = 1;
                    clState.countWarnings = 0;
                    clState.countErrors = 0;
                    clState.withholdWarnings = 0;
                    clState.withholdErrors = 0;
                } else {
                    return CheckForUserBreak() ? Result_Cancelled : Result_Failed;
                }
            }
        }
    }

    CleanupIncludeCache();

    tinfo = &gTarg->info;
    if (optsCmdLine.verbose && compiled > 1) {
        const char *cun;
        const char *dun;
        const char *uun;
        cun = dun = uun = "bytes";
        CLReport(27, tinfo->codeSize, cun, tinfo->iDataSize, dun, tinfo->uDataSize, uun);
    }

    endTime = OS_GetMilliseconds();

    if (optsCmdLine.timeWorking)
        CLReport(24, (endTime - startTime) / 1000.0, "compile", "", "", "project");

    if (ignored > 0 && compiled == 0 && (gTarg->preLinker || gTarg->linker))
        CLReportError(29);

    if (failed)
        return Result_Failed;
    return CheckForUserBreak() ? Result_Cancelled : Result_Success;
}

static int PostLinkFilesInProject(void) {
    SInt32 index;
    SInt32 startTime;
    SInt32 endTime;
    File *file;
    FSSpec fss;

    startTime = OS_GetMilliseconds();
    for (index = 0; index < Files_Count(&gTarg->files); index++) {
        file = Files_GetFile(&gTarg->files, index);
        OS_OSSpec_To_FSSpec(&file->srcfss, &fss);
        gTarg->targetinfo->outfile = fss;
        gTarg->targetinfo->runfile = fss;
        gTarg->targetinfo->symfile = fss;

        if (!SendLinkerRequest(gTarg->postLinker, gTarg->postLinkerDropinFlags, gTarg->targetinfo)) {
            return CheckForUserBreak() ? Result_Cancelled : Result_Failed;
        } else {
            if (CheckForUserBreak())
                return Result_Cancelled;
        }
    }
    endTime = OS_GetMilliseconds();

    if (optsCmdLine.timeWorking)
        CLReport(24, (endTime - startTime) / 1000.0, "compile", "", "", "project");

    return CheckForUserBreak() ? Result_Cancelled : Result_Success;
}

int LinkProject(void) {
    SInt32 startTime;
    SInt32 endTime;

    startTime = OS_GetMilliseconds();
    if (!SendTargetInfoRequest(gTarg, gTarg->linker, gTarg->linkerDropinFlags))
        return Result_Failed;
    if (!SetupTemporaries())
        return Result_Failed;

    if (gTarg->preLinker && optsLinker.callPreLinker && optsCmdLine.state == OptsCmdLineState_3) {
        SInt32 subStart;
        SInt32 subEnd;

        subStart = OS_GetMilliseconds();
        if (gTarg->preLinkerDropinFlags & dropInExecutableTool) {
            if (!ExecuteLinker(gTarg->preLinker, gTarg->preLinkerDropinFlags, NULL, NULL, NULL))
                return Result_Failed;
        } else if (!optsCmdLine.dryRun) {
            if (!SendLinkerRequest(gTarg->preLinker, gTarg->preLinkerDropinFlags, gTarg->targetinfo))
                return CheckForUserBreak() ? Result_Cancelled : Result_Failed;
        }
        subEnd = OS_GetMilliseconds();

        if (optsCmdLine.timeWorking)
            CLReport(24, (subEnd - subStart) / 1000.0, "prelink project", "", "", "");
    }

    if (gTarg->linker && optsLinker.callLinker && optsCmdLine.state == OptsCmdLineState_3) {
        SInt32 subStart;
        SInt32 subEnd;

        subStart = OS_GetMilliseconds();
        if (gTarg->linkerDropinFlags & dropInExecutableTool) {
            if (!ExecuteLinker(gTarg->linker, gTarg->linkerDropinFlags, NULL, NULL, NULL))
                return Result_Failed;
        } else if (!optsCmdLine.dryRun) {
            if (!SendLinkerRequest(gTarg->linker, gTarg->linkerDropinFlags, gTarg->targetinfo))
                return CheckForUserBreak() ? Result_Cancelled : Result_Failed;
        }
        subEnd = OS_GetMilliseconds();

        if (optsCmdLine.timeWorking)
            CLReport(24, (subEnd - subStart) / 1000.0, "link project", "", "", "");
    }

    if (gTarg->postLinker && optsLinker.callPostLinker && optsCmdLine.state == OptsCmdLineState_3) {
        SInt32 subStart;
        SInt32 subEnd;
        FSSpec fss;
        OSSpec outfile;

        subStart = OS_GetMilliseconds();
        if (gTarg->postLinkerDropinFlags & dropInExecutableTool) {
            if (!ExecuteLinker(gTarg->postLinker, gTarg->postLinkerDropinFlags, NULL, NULL, NULL))
                return Result_Failed;
        } else if (!optsCmdLine.dryRun) {
            if (!SendTargetInfoRequest(gTarg, gTarg->linker, gTarg->linkerDropinFlags))
                return Result_Failed;
            if (gTarg->targetinfo->outputType == linkOutputFile)
                fss = gTarg->targetinfo->outfile;
            if (gTarg->targetinfo->outputType != linkOutputNone) {
                if (!SendLinkerRequest(gTarg->postLinker, gTarg->postLinkerDropinFlags, gTarg->targetinfo))
                    return CheckForUserBreak() ? Result_Cancelled : Result_Failed;
                if (!SendTargetInfoRequest(gTarg, gTarg->postLinker, gTarg->postLinkerDropinFlags))
                    return Result_Failed;
            }
        }
        subEnd = OS_GetMilliseconds();

        if (optsCmdLine.timeWorking)
            CLReport(24, (subEnd - subStart) / 1000.0, "postlink project", "", "", "");

        if (!optsLinker.keepLinkerOutput && gTarg->targetinfo->outputType == linkOutputFile) {
            if (optsCmdLine.verbose > 1) {
                OS_FSSpec_To_OSSpec(&fss, &outfile);
                CLReport(19, OS_SpecToString(&outfile, STSbuf, sizeof(STSbuf)));
            }
            FSpDelete(&fss);
        }
    }

    if (!DeleteTemporaries())
        return Result_Failed;

    endTime = OS_GetMilliseconds();

    if (optsCmdLine.timeWorking)
        CLReport(24, (endTime - startTime) / 1000.0, "finish link stage", "", "", "");

    return Result_Success;
}