void ArcAPI::load() {
load_libs(add_trailing_slash(Far::get_plugin_module_path()) + L"*.dll");
find_sfx_modules(add_trailing_slash(Far::get_plugin_module_path()) + L"*.sfx");
if (arc_libs.empty() || sfx_modules.empty()) {
wstring _7zip_path;
Key _7zip_key;
_7zip_key.open_nt(HKEY_CURRENT_USER, L"Software\\7-Zip", KEY_QUERY_VALUE, false) && _7zip_key.query_str_nt(_7zip_path, L"Path");
if (_7zip_path.empty())
_7zip_key.open_nt(HKEY_LOCAL_MACHINE, L"Software\\7-Zip", KEY_QUERY_VALUE, false) && _7zip_key.query_str_nt(_7zip_path, L"Path");
if (!_7zip_path.empty()) {
if (arc_libs.empty())
load_libs(add_trailing_slash(_7zip_path) + L"7z.dll");
if (sfx_modules.empty())
find_sfx_modules(add_trailing_slash(_7zip_path) + L"*.sfx");
}
}
if (arc_libs.empty()) {
wstring _7z_dll_path;
IGNORE_ERRORS(_7z_dll_path = search_path(L"7z.dll"));
if (!_7z_dll_path.empty())
load_libs(_7z_dll_path);
}
for (unsigned i = 0; i < arc_libs.size(); i++) {
const ArcLib& arc_lib = arc_libs[i];
UInt32 num_formats;
if (arc_lib.GetNumberOfFormats) {
if (arc_lib.GetNumberOfFormats(&num_formats) != S_OK)
num_formats = 0;
}
else
num_formats = 1;
for (UInt32 idx = 0; idx < num_formats; idx++) {
ArcFormat arc_format;
arc_format.lib_index = i;
ArcType type;
if (arc_lib.get_bytes_prop(idx, NArchive::kClassID, type) != S_OK) continue;
arc_lib.get_string_prop(idx, NArchive::kName, arc_format.name);
if (arc_lib.get_bool_prop(idx, NArchive::kUpdate, arc_format.updatable) != S_OK)
arc_format.updatable = false;
arc_lib.get_bytes_prop(idx, NArchive::kStartSignature, arc_format.start_signature);
arc_lib.get_string_prop(idx, NArchive::kExtension, arc_format.extension_list);
ArcFormats::const_iterator existing_format = arc_formats.find(type);
if (existing_format == arc_formats.end() || arc_libs[existing_format->second.lib_index].version < arc_lib.version)
arc_formats[type] = arc_format;
}
}
// unload unused libraries
set<unsigned> used_libs;
for_each(arc_formats.begin(), arc_formats.end(), [&] (const pair<ArcType, ArcFormat>& arc_format) {
used_libs.insert(arc_format.second.lib_index);
});
for (unsigned i = 0; i < arc_libs.size(); i++) {
if (used_libs.count(i) == 0) {
FreeLibrary(arc_libs[i].h_module);
arc_libs[i].h_module = nullptr;
}
}
}
void FilePanel::scan_dir( const std::string& root_path, const std::string& rel_path, std::list<PanelItemData>& pid_list, FileListProgress& progress ) {
std::string path = add_trailing_slash( root_path ) + rel_path;
bool more = true;
WIN32_FIND_DATAW find_data;
HANDLE h_find = FindFirstFileW( long_path( add_trailing_slash( path ) + L"*" ).data( ), &find_data );
try {
if ( h_find == INVALID_HANDLE_VALUE ) {
// special case: symlink that denies access to directory, try real path
if ( GetLastError( ) == ERROR_ACCESS_DENIED ) {
DWORD attr = GetFileAttributesW( long_path( path ).data( ) );
CHECK_SYS( attr != INVALID_FILE_ATTRIBUTES );
if ( attr & FILE_ATTRIBUTE_REPARSE_POINT ) {
h_find = FindFirstFileW( long_path( add_trailing_slash( get_real_path( path ) ) + L"*" ).data( ), &find_data );
}
else CHECK_SYS( false );
}
}
if ( h_find == INVALID_HANDLE_VALUE ) {
CHECK_SYS( GetLastError( ) == ERROR_NO_MORE_FILES );
more = false;
}
}
catch ( ... ) {
if ( flat_mode ) {
more = false;
}
else throw;
}
ALLOC_RSRC( ; );
CL_String CL_PathHelp::get_fullname(
const CL_String &fullpath,
const CL_String &filename,
const CL_String &extension,
PathType path_type)
{
if (!extension.empty() && extension[0] == '.')
return add_trailing_slash(fullpath, path_type) + filename + extension;
else if (!extension.empty())
return add_trailing_slash(fullpath, path_type) + filename + "." + extension;
else
return add_trailing_slash(fullpath, path_type) + filename;
}
wstring Archive::get_temp_file_name() const {
GUID guid;
CHECK_COM(CoCreateGuid(&guid));
wchar_t guid_str[50];
CHECK(StringFromGUID2(guid, guid_str, ARRAYSIZE(guid_str)));
return add_trailing_slash(arc_dir()) + guid_str + L".tmp";
}
int combine(const char* lowerdir, const char* upperdir,const char* combineddir, bool is_verbose, FILE* script_stream) {
char dummy_0[PATH_MAX];
char dummy_1[PATH_MAX];
struct extra_path extra = { (char*) combineddir, strlen(combineddir) };
command(script_stream, "cp -rf $ %", strcat(add_trailing_slash(dummy_0,lowerdir),"*"),add_trailing_slash(dummy_1,combineddir));
return traverse(lowerdir, upperdir, is_verbose, script_stream, combine_d, NULL, combine_f, NULL, combine_whiteout,(void *)&extra);
}
CL_String CL_PathHelp::get_fullname(
const CL_String &fullpath,
const CL_String &filename,
PathType path_type)
{
return add_trailing_slash(fullpath, path_type) + filename;
}
void package_processing()
{
std::vector<PackageCompiler*> packageCompilers;
if(g_config->m_packageName.length() > 0)
{
PackageCompiler* compiler = new PackageCompiler;
compiler->m_input = ROOT_DATA_PATH + g_config->m_packageName;
compiler->m_output = ROOT_DATA_PATH + g_config->m_packageName + ".package";
add_trailing_slash(compiler->m_input);
LOGI("package compile %s -> %s", compiler->m_input.c_str(), compiler->m_output.c_str());
packageCompilers.push_back(compiler);
}
else
{
StringArray folders;
scan_dir(folders, ROOT_DATA_PATH, "*", SCAN_DIRS, false);
for(size_t i=0; i<folders.size(); ++i)
{
std::string folder = remove_top_folder(folders[i]);
PackageCompiler* compiler = new PackageCompiler;
compiler->m_input = ROOT_DATA_PATH + folder;
compiler->m_output = ROOT_DATA_PATH + folder + ".package";
add_trailing_slash(compiler->m_input);
LOGI("package compile %s -> %s", compiler->m_input.c_str(), compiler->m_output.c_str());
packageCompilers.push_back(compiler);
}
}
for(size_t i=0; i<packageCompilers.size(); ++i)
{
packageCompilers[i]->preProcess();
}
for(size_t i=0; i<packageCompilers.size(); ++i)
{
packageCompilers[i]->go();
}
for(size_t i=0; i<packageCompilers.size(); ++i)
{
packageCompilers[i]->postProcess();
}
for(size_t i=0; i<packageCompilers.size(); ++i)
{
delete packageCompilers[i];
}
packageCompilers.clear();
}
// determine full file paths for FILE_NAME attributes
void FileInfo::find_full_paths() {
unsigned fn_idx = 0;
for (unsigned attr_idx = 0; attr_idx < attr_list.size(); attr_idx++) {
if (attr_list[attr_idx].type != AT_FILE_NAME) continue;
if (file_name_list[fn_idx].name == L".") {
attr_list.item(attr_idx).name = add_trailing_slash(volume->name);
}
else {
UnicodeString full_path = file_name_list[fn_idx].name;
u64 parent_dir_ref = file_name_list[fn_idx].parent_directory;
while (true) {
FileInfo file_info;
file_info.volume = volume;
file_info.process_file(parent_dir_ref);
unsigned posix_name_idx = -1;
unsigned win32_name_idx = -1;
for (unsigned i = 0; i < file_info.file_name_list.size(); i++) {
const FileNameAttr& attr = file_info.file_name_list[i];
if (attr.file_name_type == FILE_NAME_POSIX) {
posix_name_idx = i;
}
else if ((attr.file_name_type == FILE_NAME_WIN32) || (attr.file_name_type == FILE_NAME_WIN32_AND_DOS)) {
win32_name_idx = i;
}
}
unsigned name_idx;
if (posix_name_idx != -1) name_idx = posix_name_idx;
else if (win32_name_idx != -1) name_idx = win32_name_idx;
else CHECK_FMT(false);
const FileNameAttr& attr = file_info.file_name_list[name_idx];
CHECK_FMT((attr.file_attributes & FILE_ATTR_I30_INDEX_PRESENT) == FILE_ATTR_I30_INDEX_PRESENT);
if (attr.name == L".") { // root directory
full_path.insert(0, add_trailing_slash(volume->name));
attr_list.item(attr_idx).name = full_path;
break;
}
else {
full_path.insert(0, add_trailing_slash(attr.name));
parent_dir_ref = attr.parent_directory;
}
}
}
fn_idx++;
}
}
bool get_volume_guid_path( const wstring& volume_mount_point, wstring& volume_guid_path ) {
unsigned buf_size = MAX_PATH;
unique_ptr<wchar_t[ ]> buffer( new wchar_t[ buf_size ] );
if ( !::GetVolumeNameForVolumeMountPointW( add_trailing_slash( volume_mount_point ).c_str( ), buffer.get( ), buf_size ) ) {
return false;
}
volume_guid_path.assign( buffer.get( ) );
return true;
}
list<wstring> get_include_file_list(const wstring& file_path, const list<wstring>& include_dirs) {
list<wstring> file_list;
wstring text = load_file(file_path);
wstring inc_file;
size_t pos = 0;
while (true) {
if (is_include_directive(text, pos, inc_file)) {
fix_slashes(inc_file);
wstring inc_path = add_trailing_slash(extract_file_path(file_path)) + inc_file;
bool found = file_exists(inc_path);
for (list<wstring>::const_iterator inc_dir = include_dirs.begin(); !found && inc_dir != include_dirs.end(); inc_dir++) {
inc_path = add_trailing_slash(*inc_dir) + inc_file;
found = file_exists(inc_path);
}
if (found) file_list.push_back(inc_path);
}
pos = text.find(L'\n', pos);
if (pos == wstring::npos) break;
else pos++;
}
return file_list;
}
list<wstring> get_volume_mount_points( const wstring& volume_guid_path ) {
unsigned buf_size = MAX_PATH;
unique_ptr<wchar_t[ ]> buffer( new wchar_t[ buf_size ] );
DWORD len;
BOOL res = GetVolumePathNamesForVolumeNameW( add_trailing_slash( volume_guid_path ).c_str( ), buffer.get( ), buf_size, &len );
if ( !res ) {
if ( GetLastError( ) == ERROR_MORE_DATA ) {
buf_size = len;
buffer.reset( new wchar_t[ buf_size ] );
res = GetVolumePathNamesForVolumeNameW( add_trailing_slash( volume_guid_path ).c_str( ), buffer.get( ), buf_size, &len );
}
CHECK_SYS( res );
}
list<wstring> result;
const wchar_t* path = buffer.get( );
while ( *path ) {
unsigned len = wcslen( path );
result.push_back( wstring( path, len ) );
path += len + 1;
}
return result;
}
int
parse_dnsa_config_file(dnsa_config_s *dc, char *config)
{
int retval = 0;
FILE *cnf;
#ifdef HAVE_WORDEXP_H
char **uconf;
wordexp_t p;
#endif /* HAVE_WORDEXP_H */
dc->port = 3306;
dc->cliflag = 0;
if (!(cnf = fopen(config, "r"))) {
fprintf(stderr, "Cannot open config file %s\n", config);
retval = CONF_ERR;
} else {
read_dnsa_config_values(dc, cnf);
fclose(cnf);
}
#ifdef HAVE_WORDEXP
if ((retval = wordexp("~/.dnsa.conf", &p, 0)) == 0) {
uconf = p.we_wordv;
if ((cnf = fopen(*uconf, "r"))) {
read_dnsa_config_values(dc, cnf);
fclose(cnf);
}
wordfree(&p);
}
#endif /* HAVE_WORDEXP */
if ((retval = add_trailing_slash(dc->dir)) != 0)
return DIR_ERR;
if ((retval = add_trailing_slash(dc->bind)) != 0)
return BIND_ERR;
if ((retval = add_trailing_dot(dc->hostmaster)) != 0)
return HOSTM_ERR;
return retval;
}
void gendep(const deque<wstring>& params) {
list<wstring> source_dirs, include_dirs;
parse_cmd_line(params, source_dirs, include_dirs);
wstring output;
set<wstring> file_set;
for (list<wstring>::const_iterator src_dir = source_dirs.begin(); src_dir != source_dirs.end(); src_dir++) {
DirList dir_list(get_full_path_name(src_dir->empty() ? L"." : *src_dir));
while (dir_list.next()) {
if (!dir_list.data().is_dir() && is_valid_ext(dir_list.data().cFileName)) {
process_file(output, file_set, add_trailing_slash(*src_dir) + dir_list.data().cFileName, include_dirs);
}
}
}
cout << unicode_to_ansi(output, CP_ACP);
}
CL_String CL_PathHelp::get_fullname(
const CL_String &location,
const CL_String &basepath,
const CL_String &filename,
const CL_String &extension,
PathType path_type)
{
CL_String fullname = location;
fullname += add_trailing_slash(basepath, path_type);
fullname += filename;
if (!extension.empty() && extension[0] == '.')
fullname += extension;
else if (!extension.empty())
fullname += "." + extension;
return fullname;
}
/**
* This method is to post-process options once we know all of them
*/
void unionfs_post_opts(void) {
// chdir to the given chroot, we
if (uopt.chroot) {
int res = chdir(uopt.chroot);
if (res) {
fprintf(stderr, "Chdir to %s failed: %s ! Aborting!\n",
uopt.chroot, strerror(errno));
exit(1);
}
}
// Make the pathes absolute and add trailing slashes
int i;
for (i = 0; i<uopt.nbranches; i++) {
// if -ochroot= is specified, the path has to be given absolute
// or relative to the chroot, so no need to make it absolute
// also won't work, since we are not yet in the chroot here
if (!uopt.chroot) {
uopt.branches[i].path = make_absolute(uopt.branches[i].path);
}
uopt.branches[i].path = add_trailing_slash(uopt.branches[i].path);
// Prevent accidental umounts. Especially system shutdown scripts tend
// to umount everything they can. If we don't have an open file descriptor,
// this might cause unexpected behaviour.
char path[PATHLEN_MAX];
if (!uopt.chroot) {
BUILD_PATH(path, uopt.branches[i].path);
} else {
BUILD_PATH(path, uopt.chroot, uopt.branches[i].path);
}
int fd = open(path, O_RDONLY);
if (fd == -1) {
fprintf(stderr, "\nFailed to open %s: %s. Aborting!\n\n",
path, strerror(errno));
exit(1);
}
uopt.branches[i].fd = fd;
uopt.branches[i].path_len = strlen(path);
}
}
void ArcAPI::find_sfx_modules(const wstring& path) {
FileEnum file_enum(path);
wstring dir = extract_file_path(path);
bool more;
while (file_enum.next_nt(more) && more) {
SfxModule sfx_module;
sfx_module.path = add_trailing_slash(dir) + file_enum.data().cFileName;
File file;
if (!file.open_nt(sfx_module.path, FILE_READ_DATA, FILE_SHARE_READ, OPEN_EXISTING, 0))
continue;
Buffer<char> buffer(2);
unsigned sz;
if (!file.read_nt(buffer.data(), static_cast<unsigned>(buffer.size()), sz))
continue;
string sig(buffer.data(), sz);
if (sig != "MZ")
continue;
sfx_modules.push_back(sfx_module);
}
}
bool FileEnum::next_nt(bool& more) {
while (true) {
if (h_find == INVALID_HANDLE_VALUE) {
h_find = FindFirstFileW(long_path(add_trailing_slash(dir_path) + L'*').c_str(), &find_data);
if (h_find == INVALID_HANDLE_VALUE)
return false;
}
else {
if (!FindNextFileW(h_find, &find_data)) {
if (GetLastError() == ERROR_NO_MORE_FILES) {
more = false;
return true;
}
return false;
}
}
if (find_data.dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY) {
if ((find_data.cFileName[0] == L'.') && ((find_data.cFileName[1] == 0) || ((find_data.cFileName[1] == L'.') && (find_data.cFileName[2] == 0))))
continue;
}
more = true;
return true;
}
}
void ArcAPI::load_libs(const wstring& path) {
FileEnum file_enum(path);
wstring dir = extract_file_path(path);
bool more;
while (file_enum.next_nt(more) && more) {
ArcLib arc_lib;
arc_lib.module_path = add_trailing_slash(dir) + file_enum.data().cFileName;
arc_lib.h_module = LoadLibraryW(arc_lib.module_path.c_str());
if (arc_lib.h_module == nullptr)
continue;
arc_lib.CreateObject = reinterpret_cast<ArcLib::FCreateObject>(GetProcAddress(arc_lib.h_module, "CreateObject"));
arc_lib.GetNumberOfMethods = reinterpret_cast<ArcLib::FGetNumberOfMethods>(GetProcAddress(arc_lib.h_module, "GetNumberOfMethods"));
arc_lib.GetMethodProperty = reinterpret_cast<ArcLib::FGetMethodProperty>(GetProcAddress(arc_lib.h_module, "GetMethodProperty"));
arc_lib.GetNumberOfFormats = reinterpret_cast<ArcLib::FGetNumberOfFormats>(GetProcAddress(arc_lib.h_module, "GetNumberOfFormats"));
arc_lib.GetHandlerProperty = reinterpret_cast<ArcLib::FGetHandlerProperty>(GetProcAddress(arc_lib.h_module, "GetHandlerProperty"));
arc_lib.GetHandlerProperty2 = reinterpret_cast<ArcLib::FGetHandlerProperty2>(GetProcAddress(arc_lib.h_module, "GetHandlerProperty2"));
if (arc_lib.CreateObject && ((arc_lib.GetNumberOfFormats && arc_lib.GetHandlerProperty2) || arc_lib.GetHandlerProperty)) {
arc_lib.version = get_module_version(arc_lib.module_path);
arc_libs.push_back(arc_lib);
}
else
FreeLibrary(arc_lib.h_module);
}
}
int data_compiler_main(bx::CommandLine* cmdline)
{
delete_file(DC_RESULT);
int err = kErrorSuccess;
uint32_t timeMS = ::GetTickCount();
LOG_INIT("DataCompilerLog.html", "Data Compiler");
MemoryConfig cfg;
memset(&cfg, 0, sizeof cfg);
cfg.m_debugMemSize = SIZE_MB(2);
g_memoryMgr.init(cfg);
#ifdef DC_DUMP_PROFILE
g_profiler.init(TOTAL_BLOCK_NUM);
#endif
register_engine_factories();
g_config = new DC_Config;
const char* inputChar = cmdline->findOption('i');
if(!inputChar) inputChar = "intermediate";
const char* outputFolderChar = cmdline->findOption('o');
if(!outputFolderChar) outputFolderChar = "data";
const char* threadChar = cmdline->findOption('t');
if(threadChar) g_config->m_numThreads = atoi(threadChar);
g_config->m_ignoreTextures = cmdline->hasArg("ignore_texture");
g_config->m_slient = cmdline->hasArg("slient");
g_config->m_bundled = cmdline->hasArg("bundle");
g_config->m_forceRecompile = cmdline->hasArg('b');
create_folder("data");
g_config->m_database.load(DC_DATABASE);
g_config->m_inputDir = inputChar;
string_replace(g_config->m_inputDir, "\\", "/");
add_trailing_slash(g_config->m_inputDir);
g_config->m_topFolder = get_top_folder(g_config->m_inputDir);
g_config->m_outputDir = input_to_output(g_config->m_inputDir);
ENGINE_ASSERT(g_config->m_topFolder.length(), "top folder error.");
string_replace(g_config->m_outputDir, "\\", "/");
add_trailing_slash(g_config->m_outputDir);
std::string secondFolder = remove_top_folder(g_config->m_outputDir);
if(secondFolder.length()) g_config->m_packageName = get_top_folder(secondFolder);
LOGI("input = %s, output = %s, top-folder = %s, package-name=%s",
g_config->m_inputDir.c_str(),
g_config->m_outputDir.c_str(),
g_config->m_topFolder.c_str(),
g_config->m_packageName.c_str());
level_processing();
resources_process();
if(g_config->m_compilers.size() < 10) g_config->m_numThreads = 0;
if(g_config->m_numThreads < 2)
{
for(size_t i=0; i<g_config->m_compilers.size(); ++i)
{
g_config->m_compilers[i]->go();
}
}
else
{
const int maxThreads = 8;
if(g_config->m_numThreads > maxThreads) g_config->m_numThreads = maxThreads;
uint32_t totalNum = g_config->m_compilers.size();
uint32_t numPerThread = totalNum / g_config->m_numThreads + 1;
bx::Thread* threads[maxThreads];
std::vector<BaseCompiler*> compilers[maxThreads];
uint32_t currIndex = 0;
for (int i=0; i<g_config->m_numThreads; ++i)
{
uint32_t elementNum = numPerThread;
uint32_t numLeft = totalNum - currIndex;
if(numLeft < elementNum) elementNum = numLeft;
if(elementNum == 0) continue;
std::vector<BaseCompiler*>& comArray = compilers[i];
comArray.resize(elementNum);
memcpy(&comArray[0], &g_config->m_compilers[currIndex], elementNum*sizeof(void*));
currIndex += elementNum;
if(i == 0) continue;
threads[i] = new bx::Thread();
threads[i]->init(thread_compile, &comArray);
}
//main thread with other threads.
thread_compile(&compilers[0]);
for (int i=1; i<g_config->m_numThreads; ++i)
{
delete threads[i];
}
}
g_config->post_process();
package_processing();
timeMS = ::GetTickCount() - timeMS;
if(!g_config->m_slient) g_config->m_error.show_error();
g_config->m_database.save(DC_DATABASE);
g_config->m_database.m_files.clear();
SAFE_DELETE(g_config);
#ifdef DC_DUMP_PROFILE
g_profiler.dump_to_file("data_compiler_profile.txt", true, true);
g_profiler.shutdown();
#endif
g_memoryMgr.shutdown();
LOGD("******************************************************");
LOGD("******************************************************");
LOGD("* TOTAL TIME COST = %d[MS] *", timeMS);
LOGD("******************************************************");
LOGD("******************************************************");
LOG_TERM();
return err;
}
DirList::DirList(const wstring& dir_path): FileEnum(add_trailing_slash(dir_path) + L'*') {
}
int havok_convert_main(bx::CommandLine* cmdline)
{
#ifdef HAVOK_COMPILE
uint32_t timeMS = GetTickCount();
int err = kErrorSuccess;
LOG_INIT("HavokConverterLog.html", "Havok Converter");
MemoryConfig cfg;
memset(&cfg, 0, sizeof(cfg));
cfg.m_debugMemSize = SIZE_MB(2);
cfg.m_initHavok = true;
cfg.m_havokFrameMemSize = 0;
cfg.m_havokMonitorMemSize = 0;
g_memoryMgr.init(cfg);
#ifdef HC_DUMP_PROFILE
g_profiler.init(64);
#endif
register_engine_factories();
g_hc_config = new HC_Config;
g_hc_config->m_packNormal = cmdline->hasArg("packnormal");
g_hc_config->m_packUV = cmdline->hasArg("packuv");
g_hc_config->m_slient = cmdline->hasArg("slient");
g_hc_config->m_verbose = cmdline->hasArg("verbose");
g_hc_config->m_merge = !cmdline->hasArg('b');
Actor_Config config;
ActorConverter* converter = 0;
const char* mode = cmdline->findOption('m');
if(!mode)
mode = "model";
const char* class_name = cmdline->findOption('c');
if(!class_name)
class_name = "level_geometry";
const char* input = cmdline->findOption('f');
const char* output = cmdline->findOption('o');
if(!input)
{
g_hc_config->m_error.add_error("havok convert must specific f args!");
err = kErrorArg;
goto error_exit;
}
config.m_exportMode = mode;
config.m_input = input;
config.m_exportName = getFileName(input);
config.m_exportFolder = "";
config.m_rootPath = "";
config.m_exportClass = class_name;
if(output)
{
std::string output_path = output;
string_replace(output_path, "\\", "/");
if (str_begin_with(output_path, "./"))
{
output_path = output_path.substr(2, output_path.length() - 2);
}
if(!str_begin_with(output_path, INTERMEDIATE_PATH))
config.m_exportFolder = std::string(INTERMEDIATE_PATH) + output_path;
else
config.m_exportFolder = output_path;
add_trailing_slash(config.m_exportFolder);
std::string path = config.m_exportFolder;
string_replace(path, INTERMEDIATE_PATH, "");
config.m_rootPath = path;
LOGD("export-folder=%s *********** root-folder=%s", config.m_exportFolder.c_str(), config.m_rootPath.c_str());
}
else
{
config.m_exportFolder = TEMP_PATH;
}
config.m_output = config.m_exportFolder + config.m_exportName + "." + std::string(EngineNames::ACTOR);
config.m_loader = new hkLoader;
hkRootLevelContainer* rlc = config.m_loader->load(config.m_input.c_str());
if (!rlc)
{
g_hc_config->m_error.add_error("can not load input havok file %s", config.m_input.c_str());
err = kErrorLoadHavok;
goto error_exit;
}
config.m_rlc = rlc;
create_folder(config.m_exportFolder);
hkxEnvironment* env = LOAD_OBJECT(rlc, hkxEnvironment);
if(env)
{
hkStringBuf env_str;
env->convertToString(env_str);
LOGI(env_str.cString());
config.m_assetFolder = env->getVariableValue("assetFolder");
config.m_assetPath = env->getVariableValue("assetPath");
}
hkaAnimationContainer* ac = LOAD_OBJECT(rlc, hkaAnimationContainer);
hkxScene* scene = LOAD_OBJECT(rlc,hkxScene);
hkpPhysicsData* data = LOAD_OBJECT(rlc, hkpPhysicsData);
config.m_scene = scene;
config.m_animation = ac;
config.m_physics = data;
if(config.m_exportMode == "model")
{
if(!scene || !scene->m_rootNode)
{
g_hc_config->m_error.add_error("hkx file do not has root scene node.");
goto error_exit;
}
converter = new StaticModelConverter;
converter->setClass(config.m_exportClass);
}
else if(config.m_exportMode == "skin")
{
converter = new CharacterConverter;
converter->setClass("character");
}
else if(config.m_exportMode == "level")
{
converter = new LevelConverter;
config.m_output = config.m_exportFolder + config.m_exportName + "." + std::string(EngineNames::LEVEL);
}
else if(config.m_exportMode == "animation")
{
converter = new AnimationConverter;
config.m_output = config.m_exportFolder + config.m_exportName + "." + std::string(EngineNames::ANIMATION);
}
if(!converter)
{
g_hc_config->m_error.add_error("havok converter export mode error.");
err = kErrorArg;
goto error_exit;
}
converter->m_config = &config;
converter->setName(config.m_exportName);
if(config.m_exportMode == "skin")
{
converter->process(ac);
}
else if(config.m_exportMode == "animation")
{
converter->process(ac);
}
else
{
converter->process(scene);
}
converter->postProcess();
converter->serializeToFile(config.m_output.c_str());
error_exit:
SAFE_REMOVEREF(converter);
SAFE_REMOVEREF(config.m_loader);
if(!g_hc_config->m_slient)
g_hc_config->m_error.show_error();
SAFE_DELETE(g_hc_config);
#ifdef HC_DUMP_PROFILE
g_profiler.dump_to_file("havokconverter_profile.txt", true, true);
g_profiler.shutdown();
#endif
g_memoryMgr.shutdown();
timeMS = GetTickCount() - timeMS;
LOGD("******************************************************");
LOGD("******************************************************");
LOGD("* TOTAL TIME COST = %d[MS]", timeMS);
LOGD("******************************************************");
LOGD("******************************************************");
LOG_TERM();
#endif
return kErrorSuccess;
}
CL_String CL_PathHelp::make_absolute(
const CL_String &base_path,
const CL_String &relative_path,
PathType path_type)
{
CL_String base = normalize(base_path, path_type);
CL_String relative = normalize(relative_path, path_type);
if (path_type == path_type_file)
{
if (!is_absolute(base, path_type_file))
{
// make base_path absolute using current drive and directory
#ifdef WIN32
TCHAR absolute_base[MAX_PATH];
memset(absolute_base, 0, sizeof(TCHAR) * MAX_PATH);
if (_tfullpath(absolute_base, CL_StringHelp::utf8_to_ucs2(base).c_str(), MAX_PATH) == 0)
throw CL_Exception(cl_format("Unable to make base path absolute: %1", base_path));
base = absolute_base;
#else
char working_dir[1024];
memset(working_dir, 0, 1024);
if (getcwd(working_dir, 1024) == 0)
throw CL_Exception("Unable to get current working directory!");
base = add_trailing_slash(working_dir, path_type) + base;
#endif
}
CL_String base_location = get_location(base_path, path_type_file);
CL_String relative_location = get_location(relative_path, path_type_file);
if (relative_location.empty() || CL_StringHelp::compare(relative_location, base_location, true) == 0)
{
if (is_absolute(relative, path_type))
{
if (relative_location.empty())
return base_location + relative;
else
return relative;
}
CL_String absolute = add_trailing_slash(base, path_type) + relative.substr(relative_location.length());
return normalize(absolute, path_type);
}
else
{
#ifdef WIN32
if (is_absolute(relative, path_type))
return relative;
if (relative_location.length() == 2 && relative_location[1] == ':')
{
int drive = 0;
if (relative_location[0] >= 'A' && relative_location[0] <= 'Z')
drive = relative_location[0] - 'A' + 1;
else if (relative_location[0] >= 'a' && relative_location[0] <= 'z')
drive = relative_location[0] - 'a' + 1;
else
throw CL_Exception(cl_format("Invalid drive: %1", relative_location));
TCHAR working_dir[MAX_PATH];
memset(working_dir, 0, sizeof(TCHAR)*MAX_PATH);
if (_tgetdcwd(drive, working_dir, MAX_PATH) == 0)
throw CL_Exception(cl_format("Unable to get current working directory for %1!", relative_location));
return add_trailing_slash(working_dir, path_type) + relative.substr(relative_location.length());
}
else
{
return relative; // UNC path
}
#else
throw CL_Exception("Error in CL_PathHelp::make_absolute");
#endif
}
}
else
{
if (is_absolute(relative, path_type))
return relative;
CL_String absolute = add_trailing_slash(base, path_type) + relative;
return normalize(absolute, path_type);
}
}
CL_String CL_PathHelp::make_relative(
const CL_String &base_path,
const CL_String &absolute_path,
PathType path_type)
{
CL_String base = add_trailing_slash(normalize(base_path, path_type), path_type);
CL_String absolute = normalize(absolute_path, path_type);
if (path_type == path_type_file)
{
CL_String base_location = get_location(base, path_type_file);
CL_String absolute_location = get_location(absolute, path_type_file);
if (is_relative(base, path_type))
{
#ifdef WIN32
if (base_location.length() == 2 && base_location[1] == ':')
{
int drive = 0;
if (base_location[0] >= 'A' && base_location[0] <= 'Z')
drive = base_location[0] - 'A' + 1;
else if (base_location[0] >= 'a' && base_location[0] <= 'z')
drive = base_location[0] - 'a' + 1;
else
throw CL_Exception(cl_format("Invalid drive: %1", base_location));
TCHAR working_dir[MAX_PATH];
memset(working_dir, 0, sizeof(TCHAR)*MAX_PATH);
if (_tgetdcwd(drive, working_dir, MAX_PATH) == 0)
throw CL_Exception(cl_format("Unable to get current working directory for %1!", base_location));
base = add_trailing_slash(working_dir, path_type) + base;
}
else if (base_location.empty())
{
TCHAR working_dir[MAX_PATH];
memset(working_dir, 0, sizeof(TCHAR)*MAX_PATH);
if (GetCurrentDirectory(MAX_PATH, working_dir) == FALSE)
throw CL_Exception(cl_format("Unable to get current working directory for %1!", base_location));
base = add_trailing_slash(working_dir, path_type) + base;
}
else
{
throw CL_Exception(cl_format("Error in make_relative with base path: %1", base_path));
}
#else
char working_dir[1024];
memset(working_dir, 0, 1024);
if (getcwd(working_dir, 1024) == 0)
throw CL_Exception("Unable to get current working directory!");
base = add_trailing_slash(working_dir, path_type) + base;
#endif
}
if (is_relative(absolute, path_type))
{
#ifdef WIN32
if (absolute_location.length() == 2 && absolute_location[1] == ':')
{
int drive = 0;
if (absolute_location[0] >= 'A' && absolute_location[0] <= 'Z')
drive = absolute_location[0] - 'A' + 1;
else if (absolute_location[0] >= 'a' && absolute_location[0] <= 'z')
drive = absolute_location[0] - 'a' + 1;
else
throw CL_Exception(cl_format("Invalid drive: %1", absolute_location));
TCHAR working_dir[MAX_PATH];
memset(working_dir, 0, sizeof(TCHAR)*MAX_PATH);
if (_tgetdcwd(drive, working_dir, MAX_PATH) == 0)
throw CL_Exception(cl_format("Unable to get current working directory for %1!", absolute_location));
absolute = add_trailing_slash(working_dir, path_type) + absolute;
}
else if (absolute_location.empty())
{
TCHAR working_dir[MAX_PATH];
memset(working_dir, 0, sizeof(TCHAR)*MAX_PATH);
if (GetCurrentDirectory(MAX_PATH, working_dir) == FALSE)
throw CL_Exception(cl_format("Unable to get current working directory for %1!", absolute_location));
absolute = add_trailing_slash(working_dir, path_type) + absolute;
}
else
{
throw CL_Exception(cl_format("Error in make_relative with absolute path: %1", absolute_path));
}
#else
char working_dir[1024];
memset(working_dir, 0, 1024);
if (getcwd(working_dir, 1024) == 0)
throw CL_Exception("Unable to get current working directory!");
absolute = add_trailing_slash(working_dir, path_type) + absolute;
#endif
}
base_location = get_location(base, path_type_file);
absolute_location = get_location(absolute, path_type_file);
if (CL_StringHelp::compare(absolute_location, base_location, true) != 0)
return absolute_path;
}
if (is_relative(base, path_type))
throw CL_Exception(cl_format("Relative path %1 used as base path for make_relative", base_path));
if (is_relative(absolute, path_type))
throw CL_Exception(cl_format("Relative path %1 used as absolute path for make_relative", absolute_path));
CL_String relative;
CL_String relative_end;
bool differs = false;
CL_String::size_type start_pos = 0, end_pos = 0;
while (true)
{
if (path_type == path_type_file)
{
end_pos = base.find_first_of("\\/", start_pos);
}
else
{
end_pos = base.find('/', start_pos);
}
if (end_pos == CL_String::npos)
break;
if (!differs)
{
CL_String base_element = base.substr(start_pos, end_pos - start_pos + 1);
CL_String absolute_element = absolute.substr(start_pos, end_pos - start_pos + 1);
bool same_element = false;
if (path_type == path_type_file)
{
#ifdef WIN32
same_element = (CL_StringHelp::compare(base_element, absolute_element, true) == 0);
#else
same_element = (base_element == absolute_element);
#endif
}
else
{
same_element = (base_element == absolute_element);
}
if (!same_element)
{
relative_end = absolute.substr(start_pos);
differs = true;
}
else
{
relative_end = absolute.substr(end_pos+1);
}
}
if (differs)
{
if (path_type_file)
{
#ifdef WIN32
relative += "..\\";
#else
relative += "../";
#endif
}
else
{
relative += "../";
}
}
start_pos = end_pos + 1;
}
return relative + relative_end;
}