void factory_init(pfact pf,int th_num,int capacity,pfunc child_fun)
{
pf->thread = (pthread_t *)calloc(th_num,sizeof(pthread_t));
pf->th_num = th_num;
pthread_cond_init(&(pf->cond),NULL);
pf->capacity = capacity;
que_init(&(pf->que));
pf->child_fun = child_fun;
pf->flag = 0;
}
void factory_init(pfactory_t parr,pfunc pfunc_con,pfunc pfunc_pro,int con_num,int pro_num,int capacity)
{
que_init(&parr->s_que,capacity);
parr->pfunc_con=pfunc_con;
parr->pfunc_pro=NULL;
pthread_cond_init(&parr->cond,NULL);
parr->pth_con=(pthread_t *)calloc(con_num,sizeof(pthread_t));
parr->pth_pro=NULL;
parr->flag=0;
}
void factory_init(pfactory pf,pfunc pth_pfunc,int pth_num,int cap,char *pwd)
{
pf->pth = (pthread_t*)malloc(pth_num*sizeof(pthread_t));
pf->p = pth_pfunc;
pf->pnum = pth_num;
pf->capability = cap;
pthread_cond_init(&pf->cond,NULL);
pf->flag = 0;
que_init(&pf->fque);
strcpy(pf->pth_pwd,pwd);
// printf("%s\n",pf->pth_pwd);
}
/*线程池初始化<条件变量/线程池大小(堆空间申请内存)>*/
int pool_init(pool* p/*out*/,int num/*in*/,int cap/*in*/,pfunc entry/*in*/){
if(pthread_cond_init(&p->cond,NULL)!=0)
{
printf("pthread_cond_init() failed\n");
return -1;
}
/*池容量*/
p->pth=(pthread_t*)calloc(num,sizeof(pthread_t));
p->entry=entry;
/*初始化线程池的时候队列也随之初始化*/
que_init(&p->q,cap);
p->start=0;
p->num=num;
return 0;
}
