void SDLAppCreateWindowsConsole() {
if(using_parent_console || gSDLAppConsoleWindow != 0) return;
//try to attach to the available console if there is one
if(SDLAppAttachToConsole()) return;
//create a console on Windows so users can see messages
//find an available name for our window
char consoleTitle[512];
int console_suffix = 0;
sprintf(consoleTitle, "%s Console", gSDLAppTitle.c_str());
while(FindWindow(0, consoleTitle)) {
sprintf(consoleTitle, "%s Console %d", gSDLAppTitle.c_str(), ++console_suffix);
}
AllocConsole();
SetConsoleTitle(consoleTitle);
//redirect streams to console
freopen("conin$", "r", stdin);
freopen("conout$","w", stdout);
freopen("conout$","w", stderr);
gSDLAppConsoleWindow = 0;
//wait for our console window
while(gSDLAppConsoleWindow==0) {
gSDLAppConsoleWindow = FindWindow(0, consoleTitle);
SDL_Delay(100);
}
//disable the close button so the user cant crash the application
HMENU hm = GetSystemMenu(gSDLAppConsoleWindow, false);
DeleteMenu(hm, SC_CLOSE, MF_BYCOMMAND);
}
int main(int argc, char *argv[]) {
SDLAppInit("Gource", "gource");
ConfFile conf;
std::vector<std::string> files;
//convert args to a conf file
//read the conf file
//apply the conf file to settings
try {
gGourceSettings.parseArgs(argc, argv, conf, &files);
if(gGourceSettings.load_config.empty() && !files.empty()) {
//see if file looks like a config file
for(std::vector<std::string>::iterator fit = files.begin(); fit != files.end(); fit++) {
std::string file = *fit;
int file_length = file.size();
if( (file.rfind(".conf") == (file_length-5) && file_length > 5)
|| (file.rfind(".cfg") == (file_length-4) && file_length > 4)
|| (file.rfind(".ini") == (file_length-4) && file_length > 4) ) {
bool is_conf=true;
try {
ConfFile conftest;
conftest.load(file);
} catch(ConfFileException& exception) {
is_conf = false;
}
if(is_conf) {
gGourceSettings.load_config = file;
files.erase(fit);
break;
}
}
}
}
//set log level
Logger::getDefault()->setLevel(gGourceSettings.log_level);
//load config
if(!gGourceSettings.load_config.empty()) {
conf.clear();
conf.load(gGourceSettings.load_config);
//apply args to loaded conf file
gGourceSettings.parseArgs(argc, argv, conf);
}
//set path
if(!files.empty()) {
std::string path = files[files.size()-1];
ConfSectionList* sectionlist = conf.getSections("gource");
if(sectionlist!=0) {
for(ConfSectionList::iterator sit = sectionlist->begin(); sit != sectionlist->end(); sit++) {
(*sit)->setEntry("path", path);
}
} else {
conf.setEntry("gource", "path", path);
}
}
//apply the config / see if its valid
gGourceSettings.importDisplaySettings(conf);
gGourceSettings.importGourceSettings(conf);
//save config
if(!gGourceSettings.save_config.empty()) {
conf.save(gGourceSettings.save_config);
exit(0);
}
//write custom log file
if(gGourceSettings.output_custom_filename.size() > 0 && gGourceSettings.path.size() > 0) {
Gource::writeCustomLog(gGourceSettings.path, gGourceSettings.output_custom_filename);
exit(0);
}
} catch(ConfFileException& exception) {
SDLAppQuit(exception.what());
}
// this causes corruption on some video drivers
if(gGourceSettings.multisample) {
display.multiSample(4);
}
//background needs alpha channel
if(gGourceSettings.transparent) {
display.enableAlpha(true);
}
//enable vsync
display.enableVsync(gGourceSettings.vsync);
//allow resizing window if we are not recording
if(gGourceSettings.resizable && gGourceSettings.output_ppm_filename.empty()) {
display.enableResize(true);
}
try {
display.init("Gource", gGourceSettings.display_width, gGourceSettings.display_height, gGourceSettings.fullscreen);
} catch(SDLInitException& exception) {
char errormsg[1024];
snprintf(errormsg, 1024, "SDL initialization failed - %s", exception.what());
SDLAppQuit(errormsg);
}
#ifdef _WIN32
SDLAppAttachToConsole();
#endif
//init frame exporter
FrameExporter* exporter = 0;
if(gGourceSettings.output_ppm_filename.size() > 0) {
try {
exporter = new PPMExporter(gGourceSettings.output_ppm_filename);
} catch(PPMExporterException& exception) {
char errormsg[1024];
snprintf(errormsg, 1024, "could not write to '%s'", exception.what());
SDLAppQuit(errormsg);
}
}
if(display.multiSamplingEnabled()) {
glEnable(GL_MULTISAMPLE_ARB);
}
GourceShell* gourcesh = 0;
try {
gourcesh = gGourceShell = new GourceShell(&conf, exporter);
gourcesh->run();
} catch(ResourceException& exception) {
char errormsg[1024];
snprintf(errormsg, 1024, "failed to load resource '%s'", exception.what());
SDLAppQuit(errormsg);
} catch(SDLAppException& exception) {
if(exception.showHelp()) {
gGourceSettings.help();
} else {
SDLAppQuit(exception.what());
}
}
gGourceShell = 0;
if(gourcesh != 0) delete gourcesh;
if(exporter != 0) delete exporter;
//free resources
display.quit();
return 0;
}