/**
* handle timeout cases
*
* @param [in] h timer module handle
* @param [out] reset true if MMGR should reset the modem
* @param [out] start_mdm_off true if MMGR should start the modem shutdown
* @param [out] finalize_mdm_off true if MMGR should finalize the modem shutdown
* @param [out] cd_err true if MMGR should restart cd IPC
* @param [out] cancel_flashing flashing thread timeout. cancel the operation
* @param [out] stop_mcdr stop mcdr thread.
*
* @return E_ERR_SUCCESS if successful
*/
e_mmgr_errors_t timer_event(timer_handle_t *h, bool *reset,
bool *start_mdm_off, bool *finalize_mdm_off,
bool *cd_err, bool *cancel_flashing,
bool *stop_mcdr)
{
struct timespec cur;
mmgr_timer_t *t = (mmgr_timer_t *)h;
bool handled = false;
ASSERT(t != NULL);
ASSERT(reset != NULL);
ASSERT(start_mdm_off != NULL);
ASSERT(finalize_mdm_off != NULL);
ASSERT(cd_err != NULL);
ASSERT(stop_mcdr != NULL);
*reset = false;
*start_mdm_off = false;
*finalize_mdm_off = false;
*cd_err = false;
*stop_mcdr = false;
clock_gettime(CLOCK_BOOTTIME, &cur);
if (timer_is_elapsed(t, E_TIMER_COLD_RESET_ACK, &cur)) {
handled = true;
clients_has_ack_cold(t->clients, E_PRINT);
timer_stop(h, E_TIMER_COLD_RESET_ACK);
*reset = true;
}
if (timer_is_elapsed(t, E_TIMER_MODEM_SHUTDOWN_ACK, &cur)) {
handled = true;
clients_has_ack_shtdwn(t->clients, E_PRINT);
timer_stop(h, E_TIMER_MODEM_SHUTDOWN_ACK);
*reset = true;
*start_mdm_off = true;
}
if (timer_is_elapsed(t, E_TIMER_WAIT_FOR_IPC_READY, &cur)) {
mmgr_cli_fw_update_result_t result = { .id = E_MODEM_FW_READY_TIMEOUT };
static const char *const msg = "IPC READY not received";
LOG_DEBUG("%s. Force modem reset", msg);
clients_inform_all(t->clients, E_MMGR_RESPONSE_MODEM_FW_RESULT,
&result);
static const char *const ev_type = "TFT_ERROR_IPC";
mmgr_cli_tft_event_data_t data[] = { { strlen(msg), msg } };
mmgr_cli_tft_event_t ev = { E_EVENT_ERROR,
strlen(ev_type), ev_type,
MMGR_CLI_TFT_AP_LOG_MASK,
1, data };
clients_inform_all(t->clients, E_MMGR_NOTIFY_TFT_EVENT, &ev);
handled = true;
timer_stop(h, E_TIMER_WAIT_FOR_IPC_READY);
*reset = true;
}
void display_info_timer(void*)
{
char lcd_text_buf[33];
if(try_to_connect == 1)
{
Fl::repeat_timeout(0.1, &display_info_timer);
return;
}
if(display_info == SENT_DATA)
{
sprintf(lcd_text_buf, "stream sent\n%0.2lfMB",
kbytes_sent / 1024);
print_lcd(lcd_text_buf, strlen(lcd_text_buf), 0, 1);
}
if(display_info == STREAM_TIME && timer_is_elapsed(&stream_timer))
{
sprintf(lcd_text_buf, "stream time\n%s",
timer_get_time_str(&stream_timer));
print_lcd(lcd_text_buf, strlen(lcd_text_buf), 0, 1);
}
if(display_info == REC_TIME && timer_is_elapsed(&rec_timer))
{
sprintf(lcd_text_buf, "record time\n%s",
timer_get_time_str(&rec_timer));
print_lcd(lcd_text_buf, strlen(lcd_text_buf), 0, 1);
}
if(display_info == REC_DATA)
{
sprintf(lcd_text_buf, "record size\n%0.2lfMB",
kbytes_written / 1024);
print_lcd(lcd_text_buf, strlen(lcd_text_buf), 0, 1);
}
Fl::repeat_timeout(0.1, &display_info_timer);
}
