void gsm_init_report(void) { /* Second call */
if (gsm_status != STATUS_NONE) {
gsm_buf_idx = 0;
gsm_line_received = false;
Send_AT();
gsm_status = STATUS_SEND_AT;
gsm_gsm_init_report_status = FALSE;
}
}
// fonction de traitement des données recues sur l'UART
void Traitement_reponse(int handle)
{
char buffer[450];
strcpy(buffer, chaine_recue);
chaine_recue[0] = '\0';
printf("Recu : %s\n", buffer);
// si on a recu un nouveau SMS
if(locate("+CMTI:", buffer) == 1)
{
while((envoi_sms_en_cours == 1) || (reception_sms_en_cours));
reception_sms_en_cours = 1;
printf("Nouveau SMS recu\n");
Reception_SMS(handle);
}
else if ((wait_prompt == 1) && (locate(">", buffer) == 1))
{
printf("Suite de l'envoi du SMS\n");
wait_prompt = 0;
ligne_occupee = 0;
Send_Msg_part2(handle);
}
else if (wait_reponse == 1)
{
ligne_occupee = 0;
if(locate(reponse_attendue, buffer) == 1)
{
GSM_reponse = 1;
wait_reponse = 0;
reponse_attendue[0] = '\0';
}
else
GSM_reponse = 0;
// Suite des opérations...
switch(fct_en_cours)
{
case _AT :
if(GSM_reponse == 1)
Send_cmgf(handle);
else
Send_AT(handle);
break;
case _CMGF :
if(GSM_reponse == 1)
{
Send_cnmi(handle);
}
else
Send_cmgf(handle);
break;
case _CNMI :
if(GSM_reponse == 1)
Send_cpms(handle);
else
Send_cnmi(handle);
break;
case _CPMS :
if(GSM_reponse == 1)
{
printf("Configuration correcte du module GSM\n");
//Send_fin_config(handle);
}
else
Send_cpms(handle);
break;
case _SUPPR_SMS :
if(GSM_reponse == 1)
reception_sms_en_cours = 0;
break;
case _FINCONF :
break;
case _RECEPTION_SMS :
if(GSM_reponse == 1)
{
strcpy(GSM_Line, buffer);
Reception_SMS_Continue(handle);
}
break;
default :
break;
}
}
buffer[0] = '\0';
fflush(stdout);
}
gboolean init(gpointer handle)
{
Send_AT((int)handle);
return FALSE;
}
