int main (int argc, char **argv) {
#ifdef USE_SSI_LEAK_DETECTOR
{
#endif
char info[1024];
ssi_sprint (info, "\n%s\n\nbuild version: %s\n\n", SSI_COPYRIGHT, SSI_VERSION);
#if _WIN32||_WIN64
//set up windows event listener to catch console close event
if (SetConsoleCtrlHandler((PHANDLER_ROUTINE)ConsoleHandler,TRUE)==FALSE)
ssi_print("WARNING: Unable to install console handler!\n");
//**** READ COMMAND LINE ****//
#endif
CmdArgParser cmd;
cmd.info (info);
ssi_char_t *filepath = 0;
ssi_char_t *debugpath = 0;
ssi_char_t *configpaths = 0;
bool init_only, debug_to_file, export_dlls, show_close_but, savepipe;
cmd.addText("\nArguments:");
cmd.addSCmdArg("filepath", &filepath, "path to pipeline");
cmd.addText ("\nOptions:");
cmd.addSCmdOption ("-config", &configpaths, "", "paths to global config files (seperated by ;) []");
cmd.addBCmdOption ("-save", &savepipe, false, "save pipeline after applying config files [false]");
cmd.addBCmdOption ("-init", &init_only, false, "only initialize pipepline [false]");
cmd.addBCmdOption ("-dbg2file", &debug_to_file, false, "debug to file [false] (deprecated, use -debug instead)");
cmd.addSCmdOption ("-debug", &debugpath, "", "debug to file or udp socket if set to <host>:<port> [""]");
cmd.addBCmdOption ("-export", &export_dlls, false, "copy registered dlls to the folder of the executable [false]");
cmd.addBCmdOption ("-closebut", &show_close_but, false, "enable close button in menu of console [false]");
if (cmd.read (argc, argv)) {
if (debug_to_file) {
ssi_log_file_begin ("ssi_dbg.txt");
}
if (debugpath[0] != '\0') {
ssi_size_t n = ssi_split_string_count (debugpath, ':');
if (n > 1) {
ssi_char_t **tokens = new ssi_char_t *[n];
ssi_split_string (n, tokens, debugpath, ':');
ssi_size_t port = 0;
sscanf (tokens[1], "%u", &port);
ssimsg = new SocketMessage (Socket::UDP, port, tokens[0]);
for (ssi_size_t i = 0; i < n; i++) {
delete[] tokens[i];
}
delete[] tokens;
} else {
ssimsg = new FileMessage (debugpath);
}
}
ssi_print ("%s", info);
if (configpaths[0] != '\0') {
Run (argv[0], filepath, configpaths, savepipe, init_only, export_dlls, show_close_but);
} else {
Run (argv[0], filepath, 0, savepipe, init_only, export_dlls, show_close_but);
}
if (debug_to_file){
ssi_log_file_end ();
}
if (debugpath[0] != '\0') {
delete ssimsg;
ssimsg = 0;
}
}
delete[] filepath;
delete[] configpaths;
delete[] debugpath;
#ifdef USE_SSI_LEAK_DETECTOR
}
_CrtDumpMemoryLeaks();
#endif
return 0;
}
int main (int argc, char **argv) {
#ifdef USE_SSI_LEAK_DETECTOR
{
#endif
char info[1024];
ssi_sprint (info, "\n%s\n\nbuild version: %s\n\n", SSI_COPYRIGHT, SSI_VERSION);
//**** READ COMMAND LINE ****//
CmdArgParser cmd;
cmd.info (info);
ssi_char_t *dllpath = 0;
ssi_char_t *apipath = 0;
ssi_char_t *outdir = 0;
ssi_char_t *reg = 0;
bool index;
cmd.addText("\nArguments:");
cmd.addSCmdArg("dllpath", &dllpath, "input path to dll");
cmd.addText ("\nOptions:");
cmd.addSCmdOption ("-dir", &outdir, "", "output directory []");
cmd.addBCmdOption ("-index", &index, false, "create index [false]");
cmd.addSCmdOption ("-reg", ®, "", "register additional dll's (if several separate by semicolon)");
if (cmd.read (argc, argv)) {
ssi_char_t string[SSI_MAX_CHAR];
FilePath fp (dllpath);
ssi_char_t *dllpath_with_ext = 0;
if (strcmp (fp.getExtension (), ".dll") != 0) {
dllpath_with_ext = ssi_strcat (dllpath, ".dll");
} else {
dllpath_with_ext = ssi_strcpy (dllpath);
}
if (Factory::RegisterDLL (dllpath_with_ext)) {
// register additional dlls
if (reg) {
APIGenerator::SaveCurrentComponentList ();
ssi_size_t n_reg = ssi_split_string_count (reg, ';');
ssi_char_t **regs = new ssi_char_t *[n_reg];
ssi_split_string (n_reg, regs, reg, ';');
for (ssi_size_t i = 0; i < n_reg; i++) {
Factory::RegisterDLL (regs[i]);
delete[] regs[i];
}
delete[] regs;
}
if (outdir[0] == '\0') {
ssi_sprint (string, "%s", fp.getPath ());
} else {
ssi_sprint (string, "%s\\%s", outdir, fp.getName ());
}
APIGenerator::CreateAPI (string);
APIGenerator::ResetCurrentComponentList ();
Factory::Clear ();
}
if (index) {
if (outdir[0] == '\0') {
APIGenerator::CreateAPIIndex (fp.getDir ());
} else {
APIGenerator::CreateAPIIndex (outdir);
}
}
delete[] dllpath_with_ext;
}
delete[] dllpath;
delete[] apipath;
delete[] outdir;
#ifdef USE_SSI_LEAK_DETECTOR
}
_CrtDumpMemoryLeaks();
#endif
return 0;
}
int main (int argc, char **argv) {
#ifdef USE_SSI_LEAK_DETECTOR
{
#endif
char info[1024];
ssi_sprint (info, "\n%s\n\nbuild version: %s\n\n", SSI_COPYRIGHT, SSI_VERSION);
CmdArgParser cmd;
cmd.info (info);
Factory::RegisterDLL ("ssigraphic.dll");
Factory::RegisterDLL ("ssimodel.dll");
Factory::RegisterDLL ("ssiaudio.dll");
Factory::RegisterDLL ("ssisignal.dll");
Factory::RegisterDLL ("ssiemovoice.dll");
Factory::RegisterDLL ("ssiioput.dll");
ssi_char_t *dir = 0;
ssi_char_t *model = 0;
ssi_char_t *wavfile = 0;
ssi_char_t *annofile = 0;
cmd.addMasterSwitch ("--split");
cmd.addText("\nArguments:");
cmd.addSCmdArg("dir", &dir, "output directory");
cmd.addSCmdArg("file", &wavfile, "filename of wave file");
cmd.addSCmdArg("anno", &annofile, "filename of annoation file");
cmd.addMasterSwitch ("--train");
cmd.addText("\nArguments:");
cmd.addSCmdArg("dir", &dir, "directory with training files");
cmd.addSCmdArg("model", &model, "filename of model");
cmd.addMasterSwitch ("--test");
cmd.addText("\nArguments:");
cmd.addSCmdArg("file", &wavfile, "filename of wave file");
cmd.addSCmdArg("model", &model, "filename of model");
if (cmd.read (argc, argv)) {
switch (cmd.master_switch) {
case 1: {
split (dir, wavfile, annofile);
break;
}
case 2: {
train (dir, model);
break;
}
case 3: {
test (wavfile, model);
break;
}
}
}
Factory::Clear ();
delete[] dir;
delete[] model;
delete[] wavfile;
delete[] annofile;
#ifdef USE_SSI_LEAK_DETECTOR
}
_CrtDumpMemoryLeaks();
#endif
return 0;
}
bool Parse_and_Run(int argc, char **argv)
{
char info[1024];
ssi_sprint(info, "\n%s\n\nbuild version: %s\n\n", SSI_COPYRIGHT, SSI_VERSION);
#if !_DEBUG && defined _MSC_VER && _MSC_VER >= 1900
const ssi_char_t *default_source = "https://github.com/hcmlab/ssi/raw/master/bin/x64/vc140";
#else
const ssi_char_t *default_source = "";
#endif
CmdArgParser cmd;
cmd.info(info);
params_t params;
params.exeDir = 0;
params.exePath = 0;
params.chainDir = 0;
params.chainPath = 0;
params.chainPathAbsolute = 0;
params.inPath = 0;
params.outPath = 0;
params.logPath = 0;
params.srcUrl = 0;
params.step = 0;
params.left = 0;
params.right = 0;
params.annoPath = 0;
params.ascii = false;
params.restClassName = 0;
cmd.addText("\nArguments:");
cmd.addSCmdArg("chain", ¶ms.chainPath, "path to file defining the processing chain");
cmd.addSCmdArg("in", ¶ms.inPath, "input path (if several separate by ;)");
cmd.addSCmdArg("out", ¶ms.outPath, "output path (if several separate by ;)");
cmd.addText("\nOptions:");
cmd.addBCmdOption("-ascii", ¶ms.ascii, false, "store output as ASCII");
cmd.addBCmdOption("-list", ¶ms.list, false, "read files from list (one file per line)");
cmd.addSCmdOption("-step", ¶ms.step, "0", "set frame step (add ms/s for milli/seconds otherwise interpreted as number of samples)");
cmd.addSCmdOption("-left", ¶ms.left, "0", "set left context (see step)");
cmd.addSCmdOption("-right", ¶ms.right, "0", "set right context (see step)");
cmd.addSCmdOption("-anno", ¶ms.annoPath, "", "path to an annotation (features will be extracted over segments and stored as a sample list)");
cmd.addSCmdOption("-rest", ¶ms.restClassName, SSI_SAMPLE_REST_CLASS_NAME, "name of restclass (if empty not added)");
cmd.addICmdOption("-parallel", ¶ms.nParallel, 1, "number of files processed in parallel (0 = all)");
cmd.addSCmdOption("-url", ¶ms.srcUrl, default_source, "override default url for downloading missing dlls and dependencies");
cmd.addSCmdOption("-log", ¶ms.logPath, "", "log to a file [""]");
if (!cmd.read(argc, argv))
{
return false;
}
if (params.logPath[0] != '\0')
{
ssimsg = new FileMessage(params.logPath);
}
ssi_print("%s", info);
Run(argv[0], params);
if (params.logPath[0] != '\0') {
delete ssimsg;
ssimsg = 0;
}
delete[] params.exeDir;
delete[] params.exePath;
delete[] params.chainDir;
delete[] params.chainPath;
delete[] params.chainPathAbsolute;
delete[] params.inPath;
delete[] params.outPath;
delete[] params.logPath;
delete[] params.srcUrl;
delete[] params.left;
delete[] params.right;
delete[] params.step;
delete[] params.annoPath;
delete[] params.restClassName;
return true;
}