cspider_t *init_cspider() {
cspider_t *spider = (cspider_t *)malloc(sizeof(cspider_t));
PANIC(spider);
//init task queue
spider->task_queue = initTaskQueue();
PANIC(spider->task_queue);
spider->task_queue_doing = initTaskQueue();
PANIC(spider->task_queue_doing);
//init data queue
spider->data_queue = initDataQueue();
PANIC(spider->data_queue);
spider->data_queue_doing = initDataQueue();
PANIC(spider->data_queue_doing);
spider->threadpool_size = 4;
spider->process = NULL;
spider->save = NULL;
spider->process_user_data = NULL;
spider->save_user_data = NULL;
spider->loop = uv_default_loop();
spider->idler = (uv_idle_t*)malloc(sizeof(uv_idle_t));
spider->lock = (uv_rwlock_t*)malloc(sizeof(uv_rwlock_t));
uv_rwlock_init(spider->lock);
spider->save_lock = (uv_rwlock_t*)malloc(sizeof(uv_rwlock_t));
uv_rwlock_init(spider->save_lock);
spider->idler->data = spider;
spider->site = (site_t*)malloc(sizeof(site_t));
spider->site->user_agent = NULL;
spider->site->proxy = NULL;
spider->site->cookie = NULL;
spider->site->timeout = 0;
spider->log = NULL;
spider->bloom = init_Bloom();
return spider;
}
// //////////////////////////////////////////////////////////
// Interface Implementation
//
void initRtos(void)
{
INITIALIZE_CHECKING();
initTaskQueue();
initTimerTaskSet();
// set timer TC0
// Clear Timer on Compare match; WGM01:0 = 10
// prescaler 64; CS02:0 = 011
TCCR0 = SFT(WGM01) | SFT(CS01) | SFT(CS00);
// reset counter
TCNT0 = 0;
// set Output Compare Register value
OCR0 = RTOS_TIMER_OCR;
// Output Compare Math Interrupt Enable
SBI(TIMSK, OCIE0);
}
