/*------------------------------- ----------------------------*/
void system_battery_detect()
{
static uint32_t detect_count = 0;
uint8_t battery_level;
// check every 2 minutes
if(detect_count == 1)
{
battery_detect_start();
}
if(battery_is_available() == true)
{
battery_level = get_battery_value();
battery_detect_stop();
set_battery_level(battery_level);
xprintf(" level = %d \r\n", battery_level);
if(get_battery_level() < 20)
system_low_battery();
}
if(detect_count > 1500000*120)
{
xprintf(" time on..\r\n");
detect_count = 0;
}
detect_count++;
}
char*
print_batt_cap() {
char* full_cap_s = (char*)malloc(30);
char full_cap_a[30];
int cap_i = get_battery_level();
// Get a usable time
struct tm *current;
time_t now;
now = time(0);
current = localtime(&now);
sprintf(full_cap_a, "Battery Level: %i%% @ %02D:%02D", cap_i, current->tm_hour, current->tm_min);
strcpy(full_cap_s, full_cap_a);
return full_cap_s;
}
static void try_to_change_state(dsme_state_t new_state)
{
dsme_log(LOG_INFO,
PFIX"state change request: %s -> %s",
state_name(current_state),
state_name(new_state));
switch (new_state) {
case DSME_STATE_SHUTDOWN: /* Runlevel 0 */ /* FALL THROUGH */
case DSME_STATE_REBOOT: /* Runlevel 6 */
change_state(new_state);
start_delayed_shutdown_timer(SHUTDOWN_TIMER_TIMEOUT);
break;
case DSME_STATE_USER: /* Runlevel 5 */ /* FALL THROUGH */
case DSME_STATE_ACTDEAD: /* Runlevel 4 */
if (current_state == DSME_STATE_NOT_SET) {
/* we have just booted up; simply change the state */
change_state(new_state);
} else if (current_state == DSME_STATE_ACTDEAD) {
/* We are in actdead and user state is wanted
* We don't allow that to happen if battery level is too low
*/
if (get_battery_level() < DSME_MINIMUM_BATTERY_TO_USER ) {
dsme_log(LOG_WARNING,
PFIX"Battery level %d%% too low for %s state",
get_battery_level(),
state_name(new_state));
#ifdef DSME_VIBRA_FEEDBACK
/* Indicate by vibra that boot is not possible */
dsme_play_vibra(low_battery_event_name);
#endif
/* We need to return initial ACT_DEAD shutdown_reqest
* as it got cleared when USER state transfer was requested
*/
shutdown_requested = true;
break;
}
/* Battery ok, lets do it */
user_switch_done = false;
#ifndef DSME_SUPPORT_DIRECT_USER_ACTDEAD
/* We don't support direct transfer from ACTDEAD to USER
* but do it via reboot.
*/
dsme_log(LOG_DEBUG, PFIX"USER state requested, we do it via REBOOT");
change_state(DSME_STATE_REBOOT);
start_delayed_shutdown_timer(SHUTDOWN_TIMER_TIMEOUT);
#else
if (actdead_switch_done) {
/* actdead init done; runlevel change from actdead to user state */
if (start_delayed_user_timer(USER_TIMER_MIN_TIMEOUT)) {
change_state(new_state);
}
} else {
/* actdead init not done; wait longer to change from actdead to user state */
if (start_delayed_user_timer(USER_TIMER_MAX_TIMEOUT)) {
change_state(new_state);
}
}
#endif /* DSME_SUPPORT_DIRECT_USER_ACTDEAD */
} else if (current_state == DSME_STATE_USER) {
actdead_switch_done = false;
#ifndef DSME_SUPPORT_DIRECT_USER_ACTDEAD
/* We don't support direct transfer from USER to ACTDEAD
* but do it via shutdown. Usb cable will wakeup the device again
* and then we will boot to ACTDEAD
* Force SHUTDOWN
*/
if( need_to_use_reboot(new_state) ) {
dsme_log(LOG_DEBUG, PFIX"ACTDEAD state requested, "
"we do it via REBOOT");
change_state(DSME_STATE_REBOOT);
}
else {
dsme_log(LOG_DEBUG, PFIX"ACTDEAD state requested, "
"we do it via SHUTDOWN");
change_state(DSME_STATE_SHUTDOWN);
}
start_delayed_shutdown_timer(SHUTDOWN_TIMER_TIMEOUT);
#else
if (user_switch_done) {
/* user init done; runlevel change from user to actdead state */
if (start_delayed_actdead_timer(ACTDEAD_TIMER_MIN_TIMEOUT)) {
change_state(new_state);
}
} else {
/* user init not done; wait longer to change from user to actdead state */
if (start_delayed_actdead_timer(ACTDEAD_TIMER_MAX_TIMEOUT)) {
change_state(new_state);
}
}
#endif /* DSME_SUPPORT_DIRECT_USER_ACTDEAD */
}
break;
case DSME_STATE_TEST: /* fall through */
case DSME_STATE_LOCAL: /* NOTE: test server is running */
if (current_state == DSME_STATE_NOT_SET) {
change_state(new_state);
}
break;
default:
dsme_log(LOG_WARNING,
PFIX"not possible to change to state %s (%d)",
state_name(new_state),
new_state);
break;
}
}
//------------------------------------------------------------------------
// char * make_msg_k1(void)
//------------------------------------------------------------------------
char * make_msg_k1(void)
{
char tmp_buf[50];
//char t_buf[15];
// 38 byte + '\0'
// 0.........1.........2.........3.........4.........5.........6.........7.........8.........9.........
// 0123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789
// ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
// K0S010yymmddhhmmLat---Longi----1234123Sensor--ws-wd-at--ap---hu-2at-2ap--sc--st--dcs-dc-
// #H11,150310160005,-84,11.9,0000.0000,00000.0000,,,1.348E+01
debugstring( "-------------------------------\r\n");
// debugstring( " make msg K1\r\n");
// debugstring( "-------------------------------\r\n");
memset(s_msg,0,MSG_LENGTH);
// Header
strcpy(s_msg, "#J");
// strcat(s_msg, env.id);
// strcat(s_msg, "env.id");
// date time
rtc_isSecUpdate();
sprintf(tmp_buf,"11,%02d%02d%02d%02d%02d00,",rtc_time.year%100,rtc_time.mon,rtc_time.day,rtc_time.hour,rtc_time.min);
strcat(s_msg, tmp_buf);
// debugprintf("%s\r\n", s_msg);
// CDMA RSSI
sprintf(tmp_buf,"%d,",lblRSSI);
strcat(s_msg, tmp_buf);
// BAT
sprintf(tmp_buf,"%.1f,", (float)(get_battery_level()/10.0f));
strcat(s_msg, tmp_buf);
// debugprintf("%s \r\n", s_msg);
// Position
strcat(s_msg, "0000.0000,00000.0000,,,");
// debugprintf("%s \r\n", s_msg);
if (is_dcs_valid()==1)
{
// sprintf(tmp_buf,"%.3f",get_dcs_speed()); // dcs.pitch == temperature
sprintf(tmp_buf,"%.3E",get_dcs_speed()); // dcs.pitch == temperature
strcat(s_msg, tmp_buf); // (-)150518
// strcat(s_msg, get_4050_temp()); // (+)150518
set_dcs_valid(0);
init_dcs_data();
}
// debugprintf("%s \r\n", s_msg);
// PRINTVAR(strlen(s_msg));
sensor_status.w = DFLT_SENSOR;
// sensor_status.w = 0xFFFFFFFF;
// 5 5 5 5 5 5 5 5
// 0101 0101 0101 0101 0101 0101 0101 0101
// 0111 1101 0101 0101 0111 0111 0111 0101
// 7 D 5 5 7 7 7 5
// 7D557775 : DEFAULT VALUE
// F7 77 55 D5
// (-)131017 --->>>
if (is_q_full())
{
q_pop();
}
q_putData();
// <<<------
// (+)131017 ---->>>
// fgMsgC_ready = 1;
// {
// int i;
// for (i=0;i<MSG_LENGTH; i++)
// {
// s_msg_c[i] = s_msg[i];
// }
// }
// <<<------
//saveDeferredMsgFile();
debugstring(s_msg);
// debugstring(s_msg_c);
debugstring("\r\n");
debugprintf("q_put --> Q[%d]\r\n",is_q_dataNum());
strcat(s_msg, "\r\n");
if (sdc_read_detectPin()==SDC_INSERTED)
{
u32 fsz;
//PRINTLINE;
sdc_saveDataToFile(FN_SEND, s_msg, &fsz);
//PRINTVAR(fsz);
if (fsz > FSZ_MAX)
{
SensorBakSize.b.send = 1;
}
}
return (s_msg);
}
