bool ResourceManager::hasArchive(ArchiveType archive, const Common::UString &file) {
assert((archive >= 0) && (archive < kArchiveMAX));
if (archive == kArchiveNDS)
return Common::File::exists(file);
return !findArchive(file, _archiveDirs[archive], _archiveFiles[archive]).empty();
}
void ResourceManager::findBIFs(const KEYFile &key, std::vector<Common::UString> &bifs) {
const KEYFile::BIFList &keyBIFs = key.getBIFs();
bifs.resize(keyBIFs.size());
KEYFile::BIFList::const_iterator keyBIF = keyBIFs.begin();
std::vector<Common::UString>::iterator bif = bifs.begin();
for (; (keyBIF != keyBIFs.end()) && (bif != bifs.end()); ++keyBIF, ++bif) {
*bif = findArchive(*keyBIF, _archiveDirs[kArchiveBIF], _archiveFiles[kArchiveBIF]);
if (bif->empty())
throw Common::Exception("BIF \"%s\" not found", keyBIF->c_str());
}
}
ResourceManager::ChangeID ResourceManager::addArchive(ArchiveType archive,
const Common::UString &file, uint32 priority) {
// NDS aren't found in resource directories, they are used /instead/ of directories
if (archive == kArchiveNDS) {
NDSFile *nds = new NDSFile(file);
ChangeID change = newChangeSet();
return indexArchive(nds, priority, change);
}
// HERF files are only found inside NDS files
if (archive == kArchiveHERF) {
HERFFile *herf = new HERFFile(file);
ChangeID change = newChangeSet();
return indexArchive(herf, priority, change);
}
assert((archive >= 0) && (archive < kArchiveMAX));
if (archive == kArchiveBIF)
throw Common::Exception("Attempted to index a lone BIF");
Common::UString realName = findArchive(file, _archiveDirs[archive], _archiveFiles[archive]);
if (realName.empty())
throw Common::Exception("No such archive file \"%s\"", file.c_str());
if (archive == kArchiveKEY)
return indexKEY(realName, priority);
if (archive == kArchiveERF) {
ERFFile *erf = new ERFFile(realName);
ChangeID change = newChangeSet();
return indexArchive(erf, priority, change);
}
if (archive == kArchiveRIM) {
RIMFile *rim = new RIMFile(realName);
ChangeID change = newChangeSet();
return indexArchive(rim, priority, change);
}
if (archive == kArchiveZIP) {
ZIPFile *zip = new ZIPFile(realName);
ChangeID change = newChangeSet();
return indexArchive(zip, priority, change);
}
if (archive == kArchiveEXE) {
PEFile *pe = new PEFile(realName, _cursorRemap);
ChangeID change = newChangeSet();
return indexArchive(pe, priority, change);
}
return ChangeID();
}
InterfaceProxy *DataManager::getObjectInterface(ObjectID const &id, std::string const &path_str, DataArchive const *d) const {
DataArchive *archive = findArchive(id, path_str, d);
return archive->getObjectInterface(id);
}
const LinkBase DataManager::getObject(Path const& path, std::string const &path_str, DataArchive const *d) const {
hasht id = (hasht) path.getPath();
DataArchive *archive = findArchive(id, path_str, d);
return archive->getObject(path, path_str);
}
