int main(int argc, char* argv[])
#endif
{
DEBUG_STATUS("started main");
FileSystem filesys(argv[0]);
setupPHYSFS();
DEBUG_STATUS("physfs initialised");
SDL_Init(SDL_INIT_VIDEO | SDL_INIT_AUDIO | SDL_INIT_JOYSTICK);
DEBUG_STATUS("SDL initialised");
atexit(SDL_Quit);
srand(SDL_GetTicks());
// Default is OpenGL and false
// choose renderer
RenderManager *rmanager = 0;
SoundManager *smanager = 0;
// Test Version Startup Warning
#ifdef TEST_VERSION
struct tm* ptm;
time_t time = std::time(0);
ptm = gmtime ( &time );
if( ptm->tm_year > (2014-1900) || ptm->tm_mon >= 4 )
{
SDL_ShowSimpleMessageBox(SDL_MESSAGEBOX_ERROR, "TEST VERISON OUTDATED",
(std::string("This is a test version of ") + AppTitle + " which expired on "
"1.04.2014. Please visit blobby.sourceforge.net for a newer version").c_str(), 0);
return -1;
}
SDL_ShowSimpleMessageBox(SDL_MESSAGEBOX_INFORMATION, "TEST VERISON WARNING",
(std::string("This is a test version of ") + AppTitle + " for testing only.\n"
"It might be unstable and/or incompatible to the current release. "
"Use of this version is limited to 1.04.2014.\nUntil then, "
"the final version will most likely be released and you should update to that one.\n"
"Visit blobby.sourceforge.net for more information or bug reporting.").c_str(), 0);
#endif
try
{
UserConfig gameConfig;
gameConfig.loadFile("config.xml");
TextManager::createTextManager(gameConfig.getString("language"));
if(gameConfig.getString("device") == "SDL")
rmanager = RenderManager::createRenderManagerSDL();
/*else if (gameConfig.getString("device") == "GP2X")
rmanager = RenderManager::createRenderManagerGP2X();*/
#ifndef __ANDROID__
#ifndef __APPLE__
else if (gameConfig.getString("device") == "OpenGL")
rmanager = RenderManager::createRenderManagerGL2D();
else
{
std::cerr << "Warning: Unknown renderer selected!";
std::cerr << "Falling back to OpenGL" << std::endl;
rmanager = RenderManager::createRenderManagerGL2D();
}
#else
#if MAC_OS_X
else if (gameConfig.getString("device") == "OpenGL")
rmanager = RenderManager::createRenderManagerGL2D();
else
{
std::cerr << "Warning: Unknown renderer selected!";
std::cerr << "Falling back to OpenGL" << std::endl;
rmanager = RenderManager::createRenderManagerGL2D();
}
#endif
#endif
#endif
// fullscreen?
if(gameConfig.getString("fullscreen") == "true")
rmanager->init(BASE_RESOLUTION_X, BASE_RESOLUTION_Y, true);
else
rmanager->init(BASE_RESOLUTION_X, BASE_RESOLUTION_Y, false);
if(gameConfig.getString("show_shadow") == "true")
rmanager->showShadow(true);
else
rmanager->showShadow(false);
SpeedController scontroller(gameConfig.getFloat("gamefps"));
SpeedController::setMainInstance(&scontroller);
scontroller.setDrawFPS(gameConfig.getBool("showfps"));
smanager = SoundManager::createSoundManager();
smanager->init();
smanager->setVolume(gameConfig.getFloat("global_volume"));
smanager->setMute(gameConfig.getBool("mute"));
/// \todo play sound is misleading. what we actually want to do is load the sound
smanager->playSound("sounds/bums.wav", 0.0);
smanager->playSound("sounds/pfiff.wav", 0.0);
std::string bg = std::string("backgrounds/") + gameConfig.getString("background");
if ( FileSystem::getSingleton().exists(bg) )
rmanager->setBackground(bg);
InputManager* inputmgr = InputManager::createInputManager();
int running = 1;
DEBUG_STATUS("starting mainloop");
while (running)
{
inputmgr->updateInput();
running = inputmgr->running();
IMGUI::getSingleton().begin();
State::step();
rmanager = &RenderManager::getSingleton(); //RenderManager may change
//draw FPS:
static int lastfps = 0;
if (scontroller.getDrawFPS())
{
// We need to ensure that the title bar is only set
// when the framerate changed, because setting the
// title can ne quite resource intensive on some
// windows manager, like for example metacity.
int newfps = scontroller.getFPS();
if (newfps != lastfps)
{
std::stringstream tmp;
tmp << AppTitle << " FPS: " << newfps;
rmanager->setTitle(tmp.str());
}
lastfps = newfps;
}
// Dirty workarround for hiding fps in title
if (!scontroller.getDrawFPS() && (lastfps != -1))
{
std::stringstream tmp;
tmp << AppTitle;
rmanager->setTitle(tmp.str());
lastfps = -1;
}
if (!scontroller.doFramedrop())
{
rmanager->draw();
IMGUI::getSingleton().end();
BloodManager::getSingleton().step();
rmanager->refresh();
}
scontroller.update();
}
}
static FILE *ino_cache(xPVStr(rootpath),int dev,int *ixp)
{ CStr(icache,1024);
CStr(path,1024);
CStr(rootpathbuf,1024);
CStr(parent,1024);
CStr(tmp,1024);
FILE *ic;
int ix,dev1;
if( icachedir == NULL )
return NULL;
for( ix = 0; dev1 = ICs[ix].ic_dev; ix++ ){
if( dev1 == dev && ICs[ix].ic_file ){
if( ixp ) *ixp = ix;
if( rootpath && *rootpath == 0 )
strcpy(rootpath,ICs[ix].ic_rootpath);
return ICs[ix].ic_file;
}
}
sprintf(icache,"%s/dev-%08x",icachedir,dev);
if( !fileIsdir(icache) ){
if( mkdir(icache,0755) != 0 ){
errlog("can't make inode cache directory: %s\n",
icache);
exit(1);
}
}
sprintf(path,"%s/rootpath",icache);
if( rootpath && *rootpath ){
ic = fopen_rw(path);
if( ic == NULL ){
errlog("can't make inode cache file: %s\n",path);
return NULL;
}
rootpath = filesys(rootpath,AVStr(rootpathbuf),AVStr(parent));
fputs(rootpath,ic);
fclose(ic);
if( inocnt == 0 ){
inocnt++;
put_force = 1;
put_icacheR(parent);
put_force = 0;
inocnt--;
}
}else{
ic = fopen(path,"r");
if( ic == NULL ){
errlog("can't open inode cache file: %s\n",path);
return NULL;
}
if( rootpath == NULL )
setPStr(rootpath,rootpathbuf,sizeof(rootpathbuf));
fgets(tmp,sizeof(tmp),ic);
Xsscanf(tmp,"%s",AVStr(rootpath));
fclose(ic);
}
sprintf(path,"%s/ino",icache);
ic = fopen_rw(path);
if( ic == NULL ){
errlog("can't make inode cache file: %s\n",path);
exit(1);
}
ICs[ix].ic_dev = dev;
ICs[ix].ic_file = ic;
ICs[ix].ic_rootpath = stralloc(rootpath);
if( ixp ) *ixp = ix;
return ic;
}