def waitRegister():
while(1):
RX_API.resetWDT()
r, d = sendAT('AT+CREG?', '+CREG: 0,1')
if(r == 0):
break
MOD.sleep(20)
def smsProcessing():
RX_API.resetWDT()
message = sms.receiveSms()
if message is not None:
commands = sms_prot.parseCommand(CFG.get('PASS'), message.getText())
if(len(commands) > 0):
if(commands[0].getCommand() == 'WRONG_PASSWORD'):
sms.sendSms(sms_msg.SmsMessage('0', message.getNumber(), '', 'WRONG PASSWORD'))
else:
result = ''
for c in commands:
result = result + executeCommand(c)
if(int(CFG.get('SMS_ACK')) > 0):
sms.sendSms(sms_msg.SmsMessage('0', message.getNumber(), '', result))
sms.deleteSms(message.getId())
def initInputs():
global IN1_STATE
global IN2_STATE
global IN3_STATE
global IN4_STATE
global ADC_STATE
if(int(CFG.get('SAVEINPUTS')) > 0):
IN1_STATE = int(INPUTS.get('IN1'))
IN2_STATE = int(INPUTS.get('IN2'))
IN3_STATE = int(INPUTS.get('IN3'))
IN4_STATE = int(INPUTS.get('IN4'))
ADC_STATE = int(INPUTS.get('ADC'))
else:
IN1_STATE = RX_API.getSK1()
IN2_STATE = RX_API.getSK2()
IN3_STATE = RX_API.getCounter1()
if(IN3_STATE < 0):
IN3_STATE = RX_API.getCounter1()
IN4_STATE = RX_API.getCounter2()
if(IN4_STATE < 0):
IN4_STATE = RX_API.getCounter2()
ADC_VALUE_NEW = RX_API.getADC() * 11
if(ADC_VALUE_NEW > int(CFG.get('ADCVAL'))):
ADC_STATE = 1
else:
ADC_STATE = 0
def resetWatchdog():
MOD.watchdogReset()
RX_API.resetWDT()
def initWatchdog():
MOD.watchdogEnable(int(CONFIG.get('WATCHDOG_PERIOD')))
RX_API.initIO()
def executeCommand(command):
global OUT1_STATE
global OUT1_OFF_TIME
global OUT2_STATE
global OUT2_OFF_TIME
ok = 0
if(command.getCommand() == 'OUT1'):
if(command.getParameter() == '0'):
RX_API.setOUT1(0)
OUT1_STATE = 0
ok = 1
if(command.getParameter() == '1'):
RX_API.setOUT1(1)
OUT1_STATE = 1
OUT1_OFF_TIME = MOD.secCounter() + int(CFG.get('OUT1TIME'))
ok = 1
SER.send('Set OUT1 to %s\r' % (command.getParameter()))
elif(command.getCommand() == 'OUT2'):
if(command.getParameter() == '0'):
RX_API.setOUT2(0)
OUT2_STATE = 0
ok = 1
if(command.getParameter() == '1'):
RX_API.setOUT2(1)
OUT2_STATE = 1
OUT2_OFF_TIME = MOD.secCounter() + int(CFG.get('OUT2TIME'))
ok = 1
SER.send('Set OUT2 to %s\r' % (command.getParameter()))
elif(command.getCommand() == 'DEBUG'):
CFG.set('DEBUG', command.getParameter())
CFG.write()
SER.send('DEBUG is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'REBOOTPERIOD'):
CFG.set('REBOOTPERIOD', command.getParameter())
CFG.write()
SER.send('REBOOTPERIOD is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ALIVESMS'):
CFG.set('ALIVESMS', command.getParameter())
CFG.write()
SER.send('ALIVESMS is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'SAVEINPUTS'):
CFG.set('SAVEINPUTS', command.getParameter())
CFG.write()
SER.send('SAVEINPUTS is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADC'):
ADC_VALUE_NEW = RX_API.getADC() * 11
SER.send('Current ADC value: %d\r' % (ADC_VALUE_NEW))
return 'ADC=%d mV;' % (ADC_VALUE_NEW)
elif(command.getCommand() == 'INPUTS'):
ADC_VALUE = RX_API.getADC() * 11
IN1_VALUE = RX_API.getSK1()
IN2_VALUE = RX_API.getSK2()
IN3_VALUE = RX_API.getCounter1()
IN4_VALUE = RX_API.getCounter2()
SER.send('Current IN1: %d, IN2: %d, IN3: %d, IN4: %d, ADC: %d\r' % (IN1_VALUE, IN2_VALUE, IN3_VALUE, IN4_VALUE, ADC_VALUE))
return 'IN1=%d,IN2=%d,IN3=%d,IN4=%d,ADC=%d;' % (IN1_VALUE, IN2_VALUE, IN3_VALUE, IN4_VALUE, ADC_VALUE)
elif(command.getCommand() == 'ADCTXTOVR'):
CFG.set('ADCTXTOVR', command.getParameter())
CFG.write()
SER.send('ADCTXTOVR is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCTXTUND'):
CFG.set('ADCTXTUND', command.getParameter())
CFG.write()
SER.send('ADCTXTUND is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCVAL'):
CFG.set('ADCVAL', command.getParameter())
CFG.write()
SER.send('ADCVAL is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCHYST'):
CFG.set('ADCHYST', command.getParameter())
CFG.write()
SER.send('ADCHYST is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCFRONT'):
CFG.set('ADCFRONT', command.getParameter())
CFG.write()
SER.send('ADCFRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCDELAY'):
CFG.set('ADCDELAY', command.getParameter())
CFG.write()
SER.send('ADCDELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'PASS'):
CFG.set('PASS', command.getParameter())
CFG.write()
SER.send('PASS is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN1ONTXT'):
CFG.set('IN1ONTXT', command.getParameter())
CFG.write()
SER.send('IN1ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN1OFFTXT'):
CFG.set('IN1OFFTXT', command.getParameter())
CFG.write()
SER.send('IN1OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN2ONTXT'):
CFG.set('IN2ONTXT', command.getParameter())
CFG.write()
SER.send('IN2ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN2OFFTXT'):
CFG.set('IN2OFFTXT', command.getParameter())
CFG.write()
SER.send('IN2OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN3ONTXT'):
CFG.set('IN3ONTXT', command.getParameter())
CFG.write()
SER.send('IN3ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN3OFFTXT'):
CFG.set('IN3OFFTXT', command.getParameter())
CFG.write()
SER.send('IN3OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN4ONTXT'):
CFG.set('IN4ONTXT', command.getParameter())
CFG.write()
SER.send('IN4ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN4OFFTXT'):
CFG.set('IN4OFFTXT', command.getParameter())
CFG.write()
SER.send('IN4OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'SMS_ACK'):
CFG.set('SMS_ACK', command.getParameter())
CFG.write()
SER.send('SMS_ACK is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN1FRONT'):
CFG.set('IN1FRONT', command.getParameter())
CFG.write()
SER.send('IN1FRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN2FRONT'):
CFG.set('IN2FRONT', command.getParameter())
CFG.write()
SER.send('IN2FRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN3FRONT'):
CFG.set('IN3FRONT', command.getParameter())
CFG.write()
SER.send('IN3FRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN4FRONT'):
CFG.set('IN4FRONT', command.getParameter())
CFG.write()
SER.send('IN4FRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN1DELAY'):
CFG.set('IN1DELAY', command.getParameter())
CFG.write()
SER.send('IN1DELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN2DELAY'):
CFG.set('IN2DELAY', command.getParameter())
CFG.write()
SER.send('IN2DELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN3DELAY'):
CFG.set('IN3DELAY', command.getParameter())
CFG.write()
SER.send('IN3DELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN4DELAY'):
CFG.set('IN4DELAY', command.getParameter())
CFG.write()
SER.send('IN4DELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'OUT1TIME'):
CFG.set('OUT1TIME', command.getParameter())
CFG.write()
SER.send('OUT1TIME is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'OUT2TIME'):
CFG.set('OUT2TIME', command.getParameter())
CFG.write()
SER.send('OUT2TIME is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'WHITE'):
CFG.set('WHITE', command.getParameter())
CFG.write()
SER.send('WHITE is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ALERT'):
CFG.set('ALERT', command.getParameter())
CFG.write()
SER.send('ALERT is set to: %s\r' % (command.getParameter()))
ok = 1
if(ok == 1):
return 'CMD %s OK;' % (command.getCommand())
else:
return 'CMD %s ERR;' % (command.getCommand())
def ioProcessing():
if((int(CFG.get('OUT1TIME')) > 0) and (MOD.secCounter() > OUT1_OFF_TIME) and (OUT1_STATE == 1)):
executeCommand(command.Command('OUT1', '0'))
if((int(CFG.get('OUT2TIME')) > 0) and (MOD.secCounter() > OUT2_OFF_TIME) and (OUT2_STATE == 1)):
executeCommand(command.Command('OUT2', '0'))
global IN1_STATE
global IN2_STATE
global IN3_STATE
global IN4_STATE
global ADC_STATE
global IN1_DELAY
global IN2_DELAY
global IN3_DELAY
global IN4_DELAY
global ADC_DELAY
if(MOD.secCounter() > IN1_DELAY):
IN1_STATE_NEW = RX_API.getSK1()
if((IN1_STATE_NEW != IN1_STATE) and (IN1_STATE_NEW >= 0)):
MOD.sleep(20)
IN1_STATE_NEW_CHECK = RX_API.getSK1()
if(IN1_STATE_NEW == IN1_STATE_NEW_CHECK):
IN1_STATE = IN1_STATE_NEW
if((IN1_STATE_NEW == 1) and (int(CFG.get('IN1FRONT')) in [1, 3])):
IN1_DELAY = MOD.secCounter() + int(CFG.get('IN1DELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('IN1', '1')
INPUTS.write()
SER.send('IN1 ON\r')
sendAlert(CFG.get('IN1ONTXT'))
if((IN1_STATE_NEW == 0) and (int(CFG.get('IN1FRONT')) in [2, 3])):
IN1_DELAY = MOD.secCounter() + int(CFG.get('IN1DELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('IN1', '0')
INPUTS.write()
SER.send('IN1 OFF\r')
sendAlert(CFG.get('IN1OFFTXT'))
if(MOD.secCounter() > IN2_DELAY):
IN2_STATE_NEW = RX_API.getSK2()
if((IN2_STATE_NEW != IN2_STATE) and (IN2_STATE_NEW >= 0)):
MOD.sleep(20)
IN2_STATE_NEW_CHECK = RX_API.getSK2()
if(IN2_STATE_NEW == IN2_STATE_NEW_CHECK):
IN2_STATE = IN2_STATE_NEW
if((IN2_STATE_NEW == 1) and (int(CFG.get('IN2FRONT')) in [1, 3])):
IN2_DELAY = MOD.secCounter() + int(CFG.get('IN2DELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('IN2', '1')
INPUTS.write()
SER.send('IN2 ON\r')
sendAlert(CFG.get('IN2ONTXT'))
if((IN2_STATE_NEW == 0) and (int(CFG.get('IN2FRONT')) in [2, 3])):
IN2_DELAY = MOD.secCounter() + int(CFG.get('IN2DELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('IN2', '0')
INPUTS.write()
SER.send('IN2 OFF\r')
sendAlert(CFG.get('IN2OFFTXT'))
if(MOD.secCounter() > IN3_DELAY):
IN3_STATE_NEW = RX_API.getCounter1()
if((IN3_STATE_NEW != IN3_STATE) and (IN3_STATE_NEW >= 0)):
MOD.sleep(20)
IN3_STATE_NEW_CHECK = RX_API.getCounter1()
if(IN3_STATE_NEW == IN3_STATE_NEW_CHECK):
IN3_STATE = IN3_STATE_NEW
if((IN3_STATE_NEW == 1) and (int(CFG.get('IN3FRONT')) in [1, 3])):
IN3_DELAY = MOD.secCounter() + int(CFG.get('IN3DELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('IN3', '1')
INPUTS.write()
SER.send('IN3 ON\r')
sendAlert(CFG.get('IN3ONTXT'))
if((IN3_STATE_NEW == 0) and (int(CFG.get('IN3FRONT')) in [2, 3])):
IN3_DELAY = MOD.secCounter() + int(CFG.get('IN3DELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('IN3', '0')
INPUTS.write()
SER.send('IN3 OFF\r')
sendAlert(CFG.get('IN3OFFTXT'))
if(MOD.secCounter() > IN4_DELAY):
IN4_STATE_NEW = RX_API.getCounter2()
if((IN4_STATE_NEW != IN4_STATE) and (IN4_STATE_NEW >= 0)):
MOD.sleep(20)
IN4_STATE_NEW_CHECK = RX_API.getCounter2()
if(IN4_STATE_NEW == IN4_STATE_NEW_CHECK):
IN4_STATE = IN4_STATE_NEW
if((IN4_STATE_NEW == 1) and (int(CFG.get('IN4FRONT')) in [1, 3])):
IN4_DELAY = MOD.secCounter() + int(CFG.get('IN4DELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('IN4', '1')
INPUTS.write()
SER.send('IN4 ON\r')
sendAlert(CFG.get('IN4ONTXT'))
if((IN4_STATE_NEW == 0) and (int(CFG.get('IN4FRONT')) in [2, 3])):
IN4_DELAY = MOD.secCounter() + int(CFG.get('IN4DELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('IN4', '0')
INPUTS.write()
SER.send('IN4 OFF\r')
sendAlert(CFG.get('IN4OFFTXT'))
if(MOD.secCounter() > ADC_DELAY):
ADC_VALUE_NEW = RX_API.getADC() * 11
if(ADC_VALUE_NEW > (int(CFG.get('ADCVAL')) + int(CFG.get('ADCHYST')))):
ADC_STATE_NEW = 1
elif(ADC_VALUE_NEW < (int(CFG.get('ADCVAL')) - int(CFG.get('ADCHYST')))):
ADC_STATE_NEW = 0
else:
ADC_STATE_NEW = ADC_STATE
if(ADC_STATE_NEW != ADC_STATE):
ADC_STATE = ADC_STATE_NEW
if((ADC_STATE_NEW == 1) and (int(CFG.get('ADCFRONT')) in [1, 3])):
ADC_DELAY = MOD.secCounter() + int(CFG.get('ADCDELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('ADC', '1')
INPUTS.write()
SER.send('ADC > VALUE + HYST\r')
sendAlert(CFG.get('ADCTXTOVR'))
if((ADC_STATE_NEW == 0) and (int(CFG.get('ADCFRONT')) in [2, 3])):
ADC_DELAY = MOD.secCounter() + int(CFG.get('ADCDELAY'))
if(int(CFG.get('SAVEINPUTS')) > 0):
INPUTS.set('ADC', '0')
INPUTS.write()
SER.send('ADC < VALUE - HYST\r')
sendAlert(CFG.get('ADCTXTUND'))
def sendAlert(text):
for num in CFG.getList('ALERT'):
RX_API.resetWDT()
SER.send('Send alert to: %s\r' % (num))
sms.sendSms(sms_msg.SmsMessage('0', num, '', text))
CALENDAR = CALENDAR + 1
calendar.writeCalendar(CALENDAR)
MOD.sleep(30)
gsm.reboot()
def calendarProcessing():
global CALENDAR
if(CALENDAR > (int(CFG.get('ALIVESMS')) - 1)):
calendar.writeCalendar(0)
CALENDAR = 0
SER.send('Send heartbeat SMS\r')
sendAlert('Device is alive.')
if __name__ == "__main__":
try:
RX_API.resetWDT()
SER.set_speed('115200')
CFG.read()
CFG.dump()
INPUTS.read()
INPUTS.dump()
SER.send('Start GSM init\r')
gsm.init()
SER.send('Start SMS init\r')
sms.init()
SER.send('IO init\r')
