void frm_uop_list_free(struct list_t *uop_list)
{
struct frm_uop_t *uop;
while (list_count(uop_list))
{
uop = list_head(uop_list);
list_remove(uop_list, uop);
frm_uop_free(uop);
}
}
void frm_vector_mem_complete(struct frm_vector_mem_unit_t *vector_mem)
{
struct frm_uop_t *uop = NULL;
int list_entries;
int i;
int list_index = 0;
/* Process completed memory instructions */
list_entries = list_count(vector_mem->write_buffer);
/* Sanity check the write buffer */
assert(list_entries <= frm_gpu_vector_mem_width);
for (i = 0; i < list_entries; i++)
{
uop = list_get(vector_mem->write_buffer, list_index);
assert(uop);
/* Uop is not ready */
if (asTiming(frm_gpu)->cycle < uop->write_ready)
{
list_index++;
continue;
}
/* Access complete, remove the uop from the queue */
list_remove(vector_mem->write_buffer, uop);
assert(uop->warp_inst_queue_entry->lgkm_cnt > 0);
uop->warp_inst_queue_entry->lgkm_cnt--;
frm_trace("si.end_inst id=%lld cu=%d\n", uop->id_in_sm,
uop->sm->id);
/* Free uop */
frm_uop_free(uop);
/* Statistics */
vector_mem->inst_count++;
frm_gpu->last_complete_cycle = asTiming(frm_gpu)->cycle;
}
}