// The task to process SMS events
static void sms_task(iptr_t timer) {
//Silence "args not used" warning.
(void)timer;
int8_t smsIndex = 0;
DB(LOG_INFO("\r\nChecking SMS...\r\n"));
// Update signal level
GSM(updateCSQ());
// Flush SMS buffer
GSM(gsmBufferCleanup(&msg));
// Retrive the first SMS into memory
GSM(smsIndex = gsmSMSByIndex(&msg, 1));
if (smsIndex==1) {
command_parse(&dbg_port.fd, msg.text);
DELAY(500);
GSM(gsmSMSDel(1));
}
// Process SMS commands
smsSplitAndParse(msg.from, msg.text);
// Restart GSM at each countdown
if (--gsmRestartCountdown == 0) {
LOG_INFO("\r\nRestarting GSM...");
GSM(gsmPowerOff());
gsmRestartCountdown = GSM_RESTART_COUNTDOWN;
}
// Reschedule this timer
synctimer_add(&sms_tmr, &timers_lst);
}
void NORETURN gsmTesting(Serial *port) {
gsmInit(port);
gsmPowerOn();
gsmSMSConf(0);
//gsmUpdateConf();
//DELAY(1000);
//DELAY(5000);
//gsmSMSSend("+393473153808", "Test message from RFN");
while (1) {
gsmUpdateCSQ();
DELAY(5000);
//gsmSMSSend("+393473153808", "Test message from RFN");
//gsmSMSSend("+393357963938", "Test message from RFN");
//DELAY(10000);
}
// Prova invio messaggio molto lungo, che impiega tutti i 160 caratteri a
// disposizione per un singolo SMS. Vediamo se i buffer disponibili sono
// sufficienti. Ciao
for(uint8_t i=1; i<100; i++) {
LOG_INFO("Iteration %d/100\n", i);
gsmSMSList();
DELAY(1000);
//gsmSMSLast(&msg);
for (uint8_t j=1; j<10; j++) {
gsmSMSByIndex(&msg,j);
DELAY(500);
}
gsmSMSDelRead();
if (!(i%3))
gsmSMSSend("+393357963938", "Test message from RFN");
DELAY(10000);
}
DELAY(15000);
gsmPowerOff();
}
int gsmSendStatus( int flag ){
char gsm[30];
if (flag == 1 ) return 1;
strcpy(gsm, "#M#Something wrong");
if (flag == 3 ) strcpy(gsm, "#M#Device reloaded");
if (flag == 2 ) strcpy(gsm, "#M#Device reconnected");
if (flag == 4 ) strcpy(gsm, "#M#Hundreds points send to server. All ok");
if (flag == 0 ) strcpy(gsm, "#M#Device started. Wait GPS.");
if (flag == 5 ) strcpy(gsm, "#M#No GPS...Waiting that...");
if (flag == 6 ) strcpy(gsm, "#M#Restart device");
if (flag == 7 ) strcpy(gsm, "#M#Coords not found. Device underground. Sleep...");
if ( wialonSend(gsm) == WN_DATAOK ){
//Go to sleep
if ( flag == 7 ){ gsmPowerOff(); return -1;}
flag = 1;
return flag;
}
return -1;
}
/*
* Task running
*/
void gsmTask(void const *arg){
int i;
unsigned int reloadcnt = 0;
int flag = 0;
int cnt = 0;
int gps_fail = 0;
osDelay(3000);
//osSignalWait (0x01, osWaitForever);
while(1){
if (reloadcnt > 3 ){
reloadcnt = 0;
osDelay(1000);
gsmPowerOff();
flag = 6;
//osSignalWait (0x01, osWaitForever);
}
//gsmPowerOff();
gsmPowerOn();
reloadcnt++;
if ( gsmInitModem() == AT_OK ){
osDelay(1000);
if ( gsmInitGPRS() == AT_STATE_IP_STATUS ){
while(1){
osDelay(100);
if ( gsmConnect(GSM_SERVER_IP,GSM_SERVER_PORT) == AT_STATE_IP_CONNECT ){
osDelay(100);
#ifdef WIALON_TRACKER
if ( wialonLogin (GSM_SERVER_IMEI, GSM_SERVER_PASSWORD ) == WN_LOGIN ){
#endif
flag = gsmSendStatus( flag );
if ( flag < 0 ) break;
flag = gsmWork( flag );
if ( flag < 0 ) break;
#ifdef WIALON_TRACKER
if ( flag == 8 ) gps_fail++; else { gps_fail = 0; cnt++; } //No GPS? add that
if (cnt > 100 ) {flag = 4; cnt = 0;} //Some message 100point
if (cnt == 0 && flag == 1 ) flag = 5; //No GPS
if (gps_fail > 50 ) flag = 7;
#endif
// }
#ifdef WIALON_TRACKER
flag = 2;
}
#endif
}
}
}
}
flag = 3;
//gsm[254] = 0;
}
}
