void co_update(co_thread_t t)
{
cothread_ctx* tctx = (cothread_ctx*)t;
while(coroutine* c=(coroutine*)bd_pop_back(&tctx->co_ready_list))
{
c->status = co_stat_run;
swap_context(tctx, tctx->co_main, c);
}
while(coroutine* c=(coroutine*)bd_pop_back(&tctx->co_dead_list))
{
if(c->stk_size == tctx->co_stack_size)
{
if(tctx->co_cache_list.count < (tctx->high_watermark))
{
c->status = co_stat_null;
bd_push_front(&tctx->co_cache_list, &c->node);
continue;
}
}
cleanup_coroutine(c);
free_coroutine(c);
}
}
void co_thread_cleanup(co_thread_t t)
{
if(t == NULL)
return;
cothread_ctx* tctx = (cothread_ctx*)t;
free_coroutine(tctx->co_main);
tctx->co_main = NULL;
tctx->co_curr = NULL;
while(coroutine* c=(coroutine*)bd_pop_back(&tctx->co_cache_list))
{
cleanup_coroutine(c);
free_coroutine(c);
}
while(coroutine* c=(coroutine*)bd_pop_back(&tctx->co_dead_list))
{
cleanup_coroutine(c);
free_coroutine(c);
}
//while(coroutine* c=(coroutine*)bd_pop_back(&tctx->co_wait_list))
//{
// cleanup_coroutine(c);
// free_coroutine(c);
//}
while(coroutine* c=(coroutine*)bd_pop_back(&tctx->co_ready_list))
{
cleanup_coroutine(c);
free_coroutine(c);
}
free(tctx);
}
coroutine* create_coroutine(cothread_ctx* tctx, size_t ssize)
{
coroutine* c = malloc_coroutine();
if(c == NULL)
{
return NULL;
}
if(setup_coroutine(tctx, c, ssize) == -1)
{
free_coroutine(c);
return NULL;
}
return c;
}
int delay_del_coroutine(void *arg)
{
coroutine_t * co = (coroutine_t *)(arg);
free_coroutine(co);
return 0;
}
