ge_Thread* geCreateThread(const char* name, void* func, int flags) {
ge_Thread* thread = (ge_Thread*)geMalloc(sizeof(ge_Thread));
if(!thread)return NULL;
strcpy(thread->name, name);
thread->priority = flags & 64;
thread->flags = flags & 0xFFFFFF80;
thread->func = func;
if(thread->flags & GE_THREAD_SHARED_GRAPHIC_CONTEXT) {
} else if(thread->flags & GE_THREAD_GRAPHIC_CONTEXT) {
}
RegisterThread(thread);
return thread;
}
ge_Thread* geCreateThread(const char* name, void* func, int flags){
ge_Thread* thread = (ge_Thread*)geMalloc(sizeof(ge_Thread));
if(!thread)return NULL;
strcpy(thread->name, name);
thread->priority = flags & 64;
thread->flags = flags & 0xFFFFFF80;
thread->func = func;
if(thread->flags & GE_THREAD_SHARED_GRAPHIC_CONTEXT){
LibGE_LinuxContext* context = (LibGE_LinuxContext*)libge_context->syscontext;
thread->graphic_ctx = (t_ptr)glXCreateContext(context->dpy, context->vi, context->ctx, true);
}else
if(thread->flags & GE_THREAD_GRAPHIC_CONTEXT){
}
RegisterThread(thread);
return thread;
}
void Install()
{
int hangTimeoutSecs = configHandler->Get("HangTimeout", 0);
//! HangTimeout = -1 to force disable hang detection
if (hangTimeoutSecs < 0)
return;
if (hangTimeoutSecs == 0)
hangTimeoutSecs = 10;
hangTimeout = spring_secs(hangTimeoutSecs);
//! register (this) mainthread
RegisterThread("main");
//! start the watchdog thread
hangdetectorthread = new boost::thread(&HangDetector);
logOutput.Print("[Watchdog] Installed (timeout: %isec)", hangTimeoutSecs);
}
void RegisterStart( void ) //Register init
{
RegisterInit();
RegisterThread();
}
void CBotThread::StartThread()
{
RegisterThread();
CreateThread();
}
