static void loadSystemParams(void)
{
u08 EEaddr;
s08 eeStatus = FALSE;
u08 i;
systemVarsType sVars;
// Leo la configuracion: Intento leer hasta 3 veces.
EEaddr = EEADDR_START_PARAMS;
for (i=0; i<3; i++) {
eeStatus = paramLoad(&sVars, EEaddr, sizeof(systemVarsType));
if (eeStatus == TRUE) break;
}
vTaskDelay( 100 / portTICK_RATE_MS );
// Confirmo que pude leer bien.
if ( (eeStatus == FALSE) || (sVars.initByte != 0x49) ) {
// No pude leer la EE correctamente o es la primera vez que arranco.
// Inicializo a default.
snprintf_P( &cmd_printfBuff,CHAR128,PSTR("loadSystemParams::Load EE error: default !!\r\n\0") );
logPrintStr(LOG_NONE, &cmd_printfBuff);
loadDefaults(&sVars);
// Almaceno en la EE para el proximo arranque.
paramStore(&sVars, EEaddr, sizeof(systemVars));
} else {
// Pude leer la eeprom correctamente.
snprintf_P( &cmd_printfBuff,CHAR128,PSTR("loadSystemParams::Load config ok !!\r\n\0") );
logPrintStr(LOG_NONE, &cmd_printfBuff);
}
// Siempre debo arrancar con esto en FALSE para aguantar a las tareas.
sVars.initStatus = FALSE;
sVars.wrkMode = WK_NORMAL;
strncpy_P(sVars.dlgIp, PSTR("000.000.000.000\0"),16);
sVars.csq = 0;
sVars.dbm = 0;
sVars.dcd = 0;
sVars.ri = 0;
sVars.termsw = 0;
// Actualizo el systemVars.
if (xSemaphoreTake( sem_systemVars, MSTOTAKESYSTEMVARSSEMPH ) == pdTRUE ) {
memcpy(&systemVars, &sVars, sizeof(systemVarsType));
xSemaphoreGive( sem_systemVars );
}
snprintf_P( &cmd_printfBuff,CHAR128,PSTR("loadSystemParams::Config analogs=%d\r\n\0"), NRO_CHANNELS );
logPrintStr(LOG_NONE, &cmd_printfBuff);
}
void loadDefaults( void )
{
// Valores por default.
u08 channel;
while ( xSemaphoreTake( sem_SYSVars, ( TickType_t ) 10 ) != pdTRUE )
taskYIELD();
systemVars.initByte = 0x49;
strncpy_P(systemVars.dlgId, PSTR("SPY999\0"),DLGID_LENGTH);
strncpy_P(systemVars.serverPort, PSTR("80\0"),PORT_LENGTH );
strncpy_P(systemVars.passwd, PSTR("spymovil123\0"),PASSWD_LENGTH);
strncpy_P(systemVars.serverScript, PSTR("/cgi-bin/sp5K/sp5K.pl\0"),SCRIPT_LENGTH);
// strncpy_P(sVars->serverScript, PSTR("/cgi-bin/sp5K/test.pl\0"),SCRIPT_LENGTH);
systemVars.csq = 0;
systemVars.dbm = 0;
systemVars.gsmBand = 8;
systemVars.dcd = 0;
systemVars.ri = 0;
systemVars.termsw = 0;
systemVars.wrkMode = WK_NORMAL;
systemVars.pwrMode = PWR_CONTINUO;
strncpy_P(systemVars.apn, PSTR("SPYMOVIL.VPNANTEL\0"),APN_LENGTH);
// DEBUG
//systemVars.debugLevel = D_NONE;
//systemVars.debugLevel = D_DATA;
//systemVars.debugLevel = D_GPRS + D_DIGITAL;
//systemVars.debugLevel = D_BASIC + D_GPRS;
systemVars.debugLevel = D_BASIC;
strncpy_P(systemVars.serverAddress, PSTR("192.168.0.9\0"),IP_LENGTH);
systemVars.timerPoll = 60; // Poleo c/5 minutos
systemVars.timerDial = 10800; // Transmito c/3 hs.
systemVars.pwrSave = modoPWRSAVE_OFF;
systemVars.pwrSaveStartTime =pv_convertHHMM2min(2230); // 22:30 PM
systemVars.pwrSaveEndTime = pv_convertHHMM2min(630); // 6:30 AM
// Todos los canales quedan por default en 0-20mA, 0-6k.
for ( channel = 0; channel < NRO_CHANNELS; channel++) {
systemVars.Imin[channel] = 0;
systemVars.Imax[channel] = 20;
systemVars.Mmin[channel] = 0;
systemVars.Mmax[channel] = 6.0;
systemVars.offmmin[channel] = 0.0;
systemVars.offmmax[channel] = 0.0;
}
strncpy_P(systemVars.aChName[0], PSTR("pA\0"),3);
strncpy_P(systemVars.aChName[1], PSTR("pB\0"),3);
strncpy_P(systemVars.aChName[2], PSTR("pC\0"),3);
// Canales digitales
strncpy_P(systemVars.dChName[0], PSTR("v0\0"),3);
systemVars.magPP[0] = 0.1;
strncpy_P(systemVars.dChName[1], PSTR("v1\0"),3);
systemVars.magPP[1] = 0.1;
// Salidas
systemVars.outputs.wrkMode = OUTPUT_CONSIGNA;
systemVars.outputs.dout[0] = 0;
systemVars.outputs.dout[1] = 0;
systemVars.outputs.dout[2] = 0;
systemVars.outputs.dout[3] = 0;
systemVars.outputs.horaConsDia = pv_convertHHMM2min(530); // Consigna diurna
systemVars.outputs.horaConsNoc = pv_convertHHMM2min(2330); // Consigna nocturna
systemVars.outputs.chVA = 0;
systemVars.outputs.chVB = 1;
// Almaceno en la EE para el proximo arranque.
paramStore(&systemVars, EEADDR_START_PARAMS, sizeof(systemVars));
xSemaphoreGive( sem_SYSVars );
}
