/*
start the guard timer associated with the transaction
@param : entry_p : pointer to the transaction context
@param : uint32_t : delay in seconds (??)
@retval : none
*/
void north_lbg_entry_start_timer(north_lbg_entry_ctx_t *entry_p,uint32_t time_ms)
{
uint8_t slot;
time_t delay;
/*
** remove the timer from its current list
*/
slot = NORTH_LBG_TMR_SLOT0;
// entry_p->rpc_guard_timer_flg = FALSE;
north_lbg_tmr_stop(&entry_p->rpc_guard_timer);
// Take into account the last reconnect attemp time
// to adjust timer duration in order to reconnect
// every time_ms
delay = (time(NULL) - entry_p->last_reconnect_time)*1024;
time_ms *= 1024;
if (delay >= 0) {
if (delay < time_ms) time_ms -= delay;
else time_ms = 100;
}
north_lbg_tmr_start(slot,
&entry_p->rpc_guard_timer,
time_ms,
north_lbg_entry_timeout_CBK,
(void*) entry_p);
}
/*
start the guard timer associated with the transaction
@param : entry_p : pointer to the transaction context
@param : uint32_t : delay in seconds (??)
@retval : none
*/
void north_lbg_entry_start_timer(north_lbg_entry_ctx_t *entry_p,uint32_t time_ms)
{
uint8_t slot;
/*
** remove the timer from its current list
*/
slot = NORTH_LBG_TMR_SLOT0;
// entry_p->rpc_guard_timer_flg = FALSE;
north_lbg_tmr_stop(&entry_p->rpc_guard_timer);
north_lbg_tmr_start(slot,
&entry_p->rpc_guard_timer,
time_ms*1000,
north_lbg_entry_timeout_CBK,
(void*) entry_p);
}
void north_lbg_entry_stop_timer(north_lbg_entry_ctx_t *pObj)
{
// pObj->rpc_guard_timer_flg = FALSE;
north_lbg_tmr_stop(&pObj->rpc_guard_timer);
}
