cur_t *cur_new(void)
{
cur_t *cur;
int id = id_new();
if(id == -1)
return NULL;
if((cur = (cur_t*)malloc(sizeof(cur_t))) == NULL)
{ id_free(id); return NULL; }
memset(cur, 0, sizeof(cur_t));
cur->id = id;
if(cur_search(cur->id))
{ free(cur); id_free(id); return NULL; }
//cur->Zzz = LUA_NOREF;
cur_insert(cur);
return cur;
}
/* Set the id of a job. The memory-owner of the id will be the job from
* this point on.
*/
int
job_set_id(JOB *job, JOBID *id)
{
if(job->id)
{
id_free(id);
}
job->id = id;
return 0;
}
void cur_free(cur_t* cur)
{
if(cur_search(cur->id) == cur)
{
/* release callback references */
//CALLBACK_UNREF(cur->Zzz);
cur_remove(cur);
}
id_free(cur->id);
free(cur);
}
/*ARGSUSED*/
static void
log_zonefree(zoneid_t zoneid, void *arg)
{
log_zone_t *lzp = arg;
int i;
ASSERT(lzp != &log_global && zoneid != GLOBAL_ZONEID);
if (lzp == NULL)
return;
for (i = 0; i < LOG_NUMCLONES; i++)
id_free(log_minorspace, lzp->lz_clones[i].log_minor);
kmem_free(lzp, sizeof (log_zone_t));
}
/*
* task_end()
*
* Overview
* task_end() contains the actions executed once the final member of
* a task has released the task, and all actions connected with the task, such
* as committing an accounting record to a file, are completed. It is called
* by the known last consumer of the task information. Additionally,
* task_end() must never refer to any process in the system.
*
* Return values
* None.
*
* Caller's context
* No restrictions on context, beyond that given above.
*/
void
task_end(task_t *tk)
{
ASSERT(tk->tk_hold_count == 0);
project_rele(tk->tk_proj);
kmem_free(tk->tk_usage, sizeof (task_usage_t));
kmem_free(tk->tk_inherited, sizeof (task_usage_t));
if (tk->tk_prevusage != NULL)
kmem_free(tk->tk_prevusage, sizeof (task_usage_t));
if (tk->tk_zoneusage != NULL)
kmem_free(tk->tk_zoneusage, sizeof (task_usage_t));
rctl_set_free(tk->tk_rctls);
id_free(taskid_space, tk->tk_tkid);
zone_task_rele(tk->tk_zone);
kmem_cache_free(task_cache, tk);
}
int main(void)
{
int i;
char* str;
char** str2;
t_list* begin;
begin = init();
while (1)
{
id_print_str("SHELL BLOODEAD SERENIIITY: ");
str = id_getline(0);
str2 = (char**)id_str_to_word_tab(str);
if (check_list(begin,str2) == 0)
id_print_error(str2);
id_free(str, str2, begin);
}
free(begin);
return (0);
}
/*ARGSUSED*/
static int
ipmi_close(dev_t dev, int flag, int otyp, cred_t *cred)
{
ipmi_device_t *dp;
struct ipmi_request *req, *next;
if ((dp = lookup_ipmidev_by_dev(dev)) == NULL)
return (ENODEV);
IPMI_LOCK(sc);
/* remove any pending requests */
req = TAILQ_FIRST(&sc->ipmi_pending_requests);
while (req != NULL) {
next = TAILQ_NEXT(req, ir_link);
if (req->ir_owner == dp) {
TAILQ_REMOVE(&sc->ipmi_pending_requests, req, ir_link);
ipmi_free_request(req);
}
req = next;
}
dp->ipmi_status |= IPMI_CLOSING;
while (dp->ipmi_status & IPMI_BUSY)
cv_wait(&dp->ipmi_cv, &sc->ipmi_lock);
IPMI_UNLOCK(sc);
/* remove any requests in queue of stuff completed */
while ((req = TAILQ_FIRST(&dp->ipmi_completed_requests)) != NULL) {
TAILQ_REMOVE(&dp->ipmi_completed_requests, req, ir_link);
ipmi_free_request(req);
}
list_remove(&dev_list, dp);
id_free(minor_ids, getminor(dev));
cv_destroy(&dp->ipmi_cv);
kmem_free(dp->ipmi_pollhead, sizeof (pollhead_t));
kmem_free(dp, sizeof (ipmi_device_t));
return (0);
}
void id_release (Identity_t id)
{
unsigned h;
id_free (id_lookup (id, &h));
}
void
log_free(log_t *lp)
{
id_free(log_minorspace, lp->log_minor);
kmem_cache_free(log_cons_cache, lp);
}
