def DisarmZone():
# Routine to arm a zone
global RemoteZoneDescription
TempBuffer = []
TempBuffer.append(RemoteZoneDescription)
rt = UpdateHost(19, TempBuffer)
return (0)
def NotifyHostEvent(z, status):
global GPIOList
global Locations
# Notify the host that an IO was switched (e.g. door open)
HostEvent = []
HostEvent.append(GPIOList[z])
HostEvent.append(status)
if globals.LCDAlarmActivity == True:
#SendToLcd receives an array of 7 values
#RecordSet[0] : GPIO_Pin_Number
#RecordSet[1] : Location
#RecordSet[2] : Display Message
#RecordSet[3] : type 1=Switch Open, 2=Switch Closed, 3=Temperature, 4=Temperature & Humidity, 5=Free format String, 6=Arm/Disarm, 7=Log
#RecordSet[4] : Tempeature Value
#RecordSet[5] : Humidity Value
#RecordSet[6] : Unit of measure, 0=Centigrade, 1=Fahrenheit
#RecordSet[7] : Armed/Disarmed 1=Armed, 2=Disarmed
#RecordSet[8] : DateTime
if status == 0: switch = 2
else: switch = 1
SendToLCD([GPIOList[z], Locations[z], 0, switch, 0, 0, 0, 0, 0])
rt = UpdateHost(26, HostEvent)
if rt == 3:
if globals.LCDAlarmActivity == True:
SendToLCD([GPIOList[z], Locations[z], 0, 8, 0, 0, 0, 0, 0])
return (True)
else:
return (False)
def NotifyHostEvent(GPIOnumber, status):
# Notify the host that an IO was switched (e.g. door open)
HostEvent = []
HostEvent.append(GPIOnumber)
HostEvent.append(status)
rt = UpdateHost(26, HostEvent)
if rt:
return (True) # Process email action
else:
return (False)
def DisarmZone():
# Routine to arm a zone
TempBuffer = []
TempBuffer.append(globals.RemoteZoneDescription)
rt = UpdateHost(19, TempBuffer)
if globals.LCDAlarmActivity == True:
#SendToLcd receives an array of 7 values
#RecordSet[7] : Armed/Disarmed 1=Armed, 2=Disarmed
SendToLCD([0, 0, 0, 0, 0, 0, 0, 2])
return (0)
def NotifyHostTemperature():
numtemp = len(globals.DallasSensorNumbers)
rt2 = False
for z in range(0, numtemp, 1):
TempBuffer = []
TempBuffer.append(GetTemperature(z))
if globals.Farenheit:
TempBuffer.append(1)
else:
TempBuffer.append(0)
TempBuffer.append(globals.DallasSensorNumbers[z])
UpdateHost(14, TempBuffer)
return (0)
def InitializeHostGPIO():
global GPIOList
SensorList = []
SensorList.append(0)
y = 0
for x in AlarmActioned:
SensorList.append(GPIOList[y])
SensorList.append(AlarmActioned[y])
y = y + 1
SensorList[0] = y
# Send the status of the pins to the server
rt = UpdateHost(23, SensorList)
def NotifyHost():
global temp
global humidity
TempBuffer = []
rt = GetData()
if rt == False: #fail
return (0)
TempBuffer.append(globals.dht22_gpio)
TempBuffer.append(temp)
if globals.Farenheit:
TempBuffer.append(1)
else:
TempBuffer.append(0)
UpdateHost(37, TempBuffer)
HumBuffer = []
HumBuffer.append(globals.HUMPrefix + str(globals.dht22_gpio))
HumBuffer.append(humidity)
HumBuffer.append(2)
UpdateHost(37, HumBuffer)
return (0)
def NotifyHostTemperature():
numtemp = len(globals.DallasSensorNumbers)
rt2 = False
for z in range(0, numtemp, 1):
TempBuffer = []
temperature_reading = GetTemperature(globals.Farenheit,
globals.DallasSensorDirectory[0])
TempBuffer.append(temperature_reading)
if globals.Farenheit:
TempBuffer.append(1)
else:
TempBuffer.append(0)
TempBuffer.append(globals.DallasSensorNumbers[z])
UpdateHost(14, TempBuffer)
return (0)
def NotifyHost():
global temp
global humidity
TempBuffer = []
rt = GetData()
if rt == False: #fail
return (0)
TempBuffer.append(temp)
if globals.Farenheit:
TempBuffer.append(1)
else:
TempBuffer.append(0)
TempBuffer.append(globals.dht22_pin_no)
TempBuffer.append(humidity)
UpdateHost(14, TempBuffer)
return (0)
def ProcessMessage(value, value2, DevId, type):
# Notify the host that there is new data from a sensor (e.g. door open)
global numrf
global RFList
hostdata = []
#Send switch sensor value to host
if type == 1:
button = value[1]
value = value[2:]
# If button B is pressed then we need to map the device ID to the button B sensor defined on the server
if button == "B":
tempId = int(DevId)
DevId = 0
for z in range(0, len(globals.ButtonBList)):
if globals.ButtonBList[z] == tempId:
DevId = globals.ButtonBId[z]
for z in range(0, numrf, 1):
if RFList[z] == int(DevId):
hostdata.append(RFList[z])
if value == 'OF' or value == 'OFF':
hostdata.append(1)
rt = UpdateHost(26, hostdata)
if value == 'ON':
hostdata.append(0)
rt = UpdateHost(26, hostdata)
#Send battery level to host
if type == 2:
for z in range(0, numrf, 1):
if RFList[z] == int(DevId):
hostdata.append(DevId)
hostdata.append(value)
MaxVoltage = 3
for z in range(0, len(globals.VoltageList)):
if globals.VoltageList[z] == int(DevId):
MaxVoltage = globals.MaxVoltage[z]
hostdata.append(MaxVoltage)
rt = UpdateHost(22, hostdata)
#Send temperature to host
if type == 3:
for z in range(0, numrf, 1):
if RFList[z] == int(DevId):
if globals.Farenheit:
value = value * 1.8 + 32
value = round(value, 2)
hostdata.append(value)
if globals.Farenheit:
hostdata.append(1)
else:
hostdata.append(0)
hostdata.append(DevId)
rt = UpdateHost(14, hostdata)
#Send humidity to host
if type == 4:
for z in range(0, numrf, 1):
if RFList[z] == int(DevId):
if globals.Farenheit:
value = value * 1.8 + 32
value = round(value, 2)
hostdata.append(value)
if globals.Farenheit:
hostdata.append(1)
else:
hostdata.append(0)
hostdata.append(DevId)
hostdata.append(value2)
rt = UpdateHost(14, hostdata)
return (0)