{
struct task *t;
int i;
- struct eb32_node *next_wq = NULL;
- struct eb32sc_node *next_rq = NULL;
+ struct eb32_node *tmp_wq = NULL;
+ struct eb32sc_node *tmp_rq = NULL;
#ifdef USE_THREAD
/* cleanup the global run queue */
- next_rq = eb32sc_first(&rqueue, MAX_THREADS);
- while (next_rq) {
- t = eb32sc_entry(next_rq, struct task, rq);
- next_rq = eb32sc_next(rq_next, MAX_THREADS_MASK);
+ tmp_rq = eb32sc_first(&rqueue, MAX_THREADS_MASK);
+ while (tmp_rq) {
+ t = eb32sc_entry(tmp_rq, struct task, rq);
+ tmp_rq = eb32sc_next(tmp_rq, MAX_THREADS_MASK);
task_delete(t);
task_free(t);
}
/* cleanup the timers queue */
- next_wq = eb32_first(&timers);
- while (next_wq) {
- t = eb32_entry(next_wq, struct task, wq);
- next_wq = eb32_next(next_wq);
+ tmp_wq = eb32_first(&timers);
+ while (tmp_wq) {
+ t = eb32_entry(tmp_wq, struct task, wq);
+ tmp_wq = eb32_next(tmp_wq);
task_delete(t);
task_free(t);
}
#endif
/* clean the per thread run queue */
for (i = 0; i < global.nbthread; i++) {
- next_rq = eb32sc_first(&task_per_thread[i].rqueue, MAX_THREADS_MASK);
- while (next_rq) {
- t = eb32sc_entry(next_rq, struct task, rq);
- next_rq = eb32sc_next(next_rq, MAX_THREADS_MASK);
+ tmp_rq = eb32sc_first(&task_per_thread[i].rqueue, MAX_THREADS_MASK);
+ while (tmp_rq) {
+ t = eb32sc_entry(tmp_rq, struct task, rq);
+ tmp_rq = eb32sc_next(tmp_rq, MAX_THREADS_MASK);
task_delete(t);
task_free(t);
}
/* cleanup the per thread timers queue */
- next_wq = eb32_first(&task_per_thread[i].timers);
- while (next_wq) {
- t = eb32_entry(next_wq, struct task, wq);
- next_wq = eb32_next(next_wq);
+ tmp_wq = eb32_first(&task_per_thread[i].timers);
+ while (tmp_wq) {
+ t = eb32_entry(tmp_wq, struct task, wq);
+ tmp_wq = eb32_next(tmp_wq);
task_delete(t);
task_free(t);
}