/*
* Set up the given timer. The value in pt->pt_time.it_value is taken
* to be an absolute time for CLOCK_REALTIME/CLOCK_MONOTONIC timers and
* a relative time for CLOCK_VIRTUAL/CLOCK_PROF timers.
*/
void
timer_settime(struct ptimer *pt)
{
struct ptimer *ptn, *pptn;
struct ptlist *ptl;
KASSERT(mutex_owned(&timer_lock));
if (!CLOCK_VIRTUAL_P(pt->pt_type)) {
callout_halt(&pt->pt_ch, &timer_lock);
if (timespecisset(&pt->pt_time.it_value)) {
/*
* Don't need to check tshzto() return value, here.
* callout_reset() does it for us.
*/
callout_reset(&pt->pt_ch,
pt->pt_type == CLOCK_MONOTONIC ?
tshztoup(&pt->pt_time.it_value) :
tshzto(&pt->pt_time.it_value),
realtimerexpire, pt);
}
} else {
if (pt->pt_active) {
ptn = LIST_NEXT(pt, pt_list);
LIST_REMOVE(pt, pt_list);
for ( ; ptn; ptn = LIST_NEXT(ptn, pt_list))
timespecadd(&pt->pt_time.it_value,
&ptn->pt_time.it_value,
&ptn->pt_time.it_value);
}
if (timespecisset(&pt->pt_time.it_value)) {
if (pt->pt_type == CLOCK_VIRTUAL)
ptl = &pt->pt_proc->p_timers->pts_virtual;
else
ptl = &pt->pt_proc->p_timers->pts_prof;
for (ptn = LIST_FIRST(ptl), pptn = NULL;
ptn && timespeccmp(&pt->pt_time.it_value,
&ptn->pt_time.it_value, >);
pptn = ptn, ptn = LIST_NEXT(ptn, pt_list))
timespecsub(&pt->pt_time.it_value,
&ptn->pt_time.it_value,
&pt->pt_time.it_value);
if (pptn)
LIST_INSERT_AFTER(pptn, pt, pt_list);
else
LIST_INSERT_HEAD(ptl, pt, pt_list);
for ( ; ptn ; ptn = LIST_NEXT(ptn, pt_list))
timespecsub(&ptn->pt_time.it_value,
&pt->pt_time.it_value,
&ptn->pt_time.it_value);
pt->pt_active = 1;
} else
pt->pt_active = 0;
}
/*! \brief Contem analises e tarefas necessarias ao select: inicio de burst e
* inicializacao dos descritores. Ha' determinacao de timeout do select, se
* necessario. Caso contrario, timeout permanece NULL
*
* \param[out] r_server A estrutura do servidor
* \param[out] timeout O timeout a ser aplicado ao select
*
* \return -1 Caso erro na extracao do tempo atual
* \return 0 Caso ok
*/
int server_select_analysis(server *r_server, struct timespec **timeout,
struct timespec *burst_rem_time)
{
int transmission_flag = 0;
struct timespec burst_cur_time;
if (0 > bucket_burst_init(&r_server->last_burst, &burst_cur_time))
return -1;
if (!timespecisset(&burst_cur_time))
{
client_node *cur_client;
for(cur_client = r_server->l_clients.head; cur_client;
cur_client = cur_client->next)
bucket_fill(r_server->velocity, &cur_client->bucket);
}
transmission_flag = server_init_sets(r_server);
if (r_server->l_clients.size && !transmission_flag)
{
bucket_burst_remain_time(&burst_cur_time, burst_rem_time);
*timeout = burst_rem_time;
}
return 0;
}
static int
acpi_cmbat_info_expired(struct timespec *lastupdated)
{
struct timespec curtime;
ACPI_SERIAL_ASSERT(cmbat);
if (lastupdated == NULL)
return (TRUE);
if (!timespecisset(lastupdated))
return (TRUE);
getnanotime(&curtime);
timespecsub(&curtime, lastupdated);
return (curtime.tv_sec < 0 ||
curtime.tv_sec > acpi_battery_get_info_expire());
}
static __inline int
acpi_cmbat_info_expired(struct timespec *lastupdated)
{
struct timespec curtime;
if (lastupdated == NULL) {
return (1);
}
if (!timespecisset(lastupdated)) {
return (1);
}
getnanotime(&curtime);
timespecsub(&curtime, lastupdated);
return ((curtime.tv_sec < 0 || curtime.tv_sec > acpi_battery_get_info_expire()));
}