void
mread_yield(struct mread_pool * self) {
if (self->active == -1) {
return;
}
struct socket *s = &self->sockets[self->active];
ringbuffer_free(self->rb , s->temp);
s->temp = NULL;
if (s->status == SOCKET_CLOSED && s->node == NULL) {
--self->closed;
s->status = SOCKET_INVALID;
s->fd = self->free_socket - self->sockets;
self->free_socket = s;
self->skip = 0;
self->active = -1;
} else {
if (s->node) {
s->node = ringbuffer_yield(self->rb, s->node, self->skip);
}
self->skip = 0;
if (s->node == NULL) {
self->active = -1;
}
}
}
static void
test(struct ringbuffer *rb) {
struct ringbuffer_block * blk;
blk = ringbuffer_alloc(rb,80);
blk->id = 0;
ringbuffer_free(rb,blk);
blk = ringbuffer_alloc(rb,50);
blk->id = 1;
struct ringbuffer_block * next = ringbuffer_alloc(rb, 40);
next->id = 1;
ringbuffer_link(rb, blk, next);
ringbuffer_dump(rb);
blk = ringbuffer_alloc(rb,4);
printf("%p\n",blk);
int id = ringbuffer_collect(rb);
printf("collect %d\n",id);
blk = ringbuffer_alloc(rb,4);
blk->id = 2;
init(blk,4);
next = ringbuffer_alloc(rb,5);
init(next,5);
ringbuffer_link(rb, blk, next);
next = ringbuffer_alloc(rb,6);
init(next,6);
ringbuffer_link(rb, blk , next);
dump(rb, blk , 3);
dump(rb, blk , 6);
dump(rb, blk , 16);
blk = ringbuffer_yield(rb, blk, 5);
next = ringbuffer_alloc(rb, 7);
ringbuffer_copy(rb, blk, 1, next);
dump(rb, next, 7);
blk = ringbuffer_yield(rb, blk , 5);
ringbuffer_dump(rb);
}
