InputFiles(Options& opts, const char** archName);
// implementation from ld::dylib::File::DylibHandler
- virtual ld::dylib::File* findDylib(const char* installPath, const char* fromPath);
+ virtual ld::dylib::File* findDylib(const char* installPath, const ld::dylib::File* fromDylib, bool speculative);
// iterates all atoms in initial files
void forEachInitialAtom(ld::File::AtomHandler&, ld::Internal& state);
// copy dylibs to link with in command line order
void dylibs(ld::Internal& state);
+ void archives(ld::Internal& state);
+
bool inferredArch() const { return _inferredArch; }
void addLinkerOptionLibraries(ld::Internal& state, ld::File::AtomHandler& handler);
ld::File* makeFile(const Options::FileInfo& info, bool indirectDylib);
ld::File* addDylib(ld::dylib::File* f, const Options::FileInfo& info);
void logTraceInfo (const char* format, ...) const;
- void logDylib(ld::File*, bool indirect);
+ void logDylib(ld::File*, bool indirect, bool speculative);
void logArchive(ld::File*) const;
void markExplicitlyLinkedDylibs();
void checkDylibClientRestrictions(ld::dylib::File*);
const Options& _options;
std::vector<ld::File*> _inputFiles;
mutable std::set<class ld::File*> _archiveFilesLogged;
+ mutable std::vector<std::string> _archiveFilePaths;
InstallNameToDylib _installPathToDylibs;
std::set<ld::dylib::File*> _allDylibs;
ld::dylib::File* _bundleLoader;