def toDict():
"This compiles all data into a python list format."
sharedFunc.sPrint("Compile: Creating data dictionary...")
# compile individual module data to one big file
data = {}
#dataToCheck = ["presenceBt","presencePc","presenceMotion","presenceWifi","roomSleep","pcAwake","lightLevel"]
dataToCheck = [
"presenceBt", "presencePc", "presenceMotion", "presenceWifi",
"roomSleep", "keepPcAwake", "sensorsMode"
]
for sItem in dataToCheck:
data[sItem] = getValue(sItem)
# set presence value (only for BT and PC)
if (data['presenceBt'] == 1) or (data['presencePc'] == 1):
if (data['presenceBt'] == 1) and (data['presencePc'] == 1):
data['presence'] = int(9)
elif (data['presencePc'] == 1):
data['presence'] = int(2)
elif (data['presenceBt'] == 1):
data['presence'] = int(1)
else:
data['presence'] = int(0)
# light sensor
data['lightLevel'] = float(sensorLight.readLight())
# temp sensor
data['temperature'] = float(sensorTemp.read_temp())
return data
def exportJson():
"This compiles all data into json format."
sharedFunc.sPrint("\nType: exportJson")
data = toDict()
# save main/all settings to file
dataJson = json.dumps(data)
sharedFunc.sPrint("Data: " + dataJson)
outFile = open(jsonFilePath, 'w')
outFile.write(dataJson)
outFile.close()
sharedFunc.sPrint("Export: " + jsonFilePath)
return
def checkAll(data={}):
"This checks data against rules."
sharedFunc.sPrint("\nType: checkAll")
sharedFunc.sPrint("Time: " +
time.strftime("%a, %d %b %Y %H:%M:%S", time.gmtime()))
# check if data dictionary has any keys at all
if (any(data) == False):
data = dataCompiler.toDict()
else:
# prepare essential data
data["sensorsMode"] = dataCompiler.getValue("sensorsMode")
data["lightLevel"] = dataCompiler.getValue("lightLevel")
data["roomSleep"] = dataCompiler.getValue("roomSleep")
data["presenceMotion"] = dataCompiler.getValue("presenceMotion")
data["presenceWifi"] = dataCompiler.getValue("presenceWifi")
sharedFunc.sPrint("Data: " + str(data))
# AUTOMATION RULES
resultStr = ""
sharedFunc.sPrint("Check: All Rules")
# disable if sensorsMode is 0
if (data.get('sensorsMode', 'NA') == 0):
# end now
sharedFunc.sPrint('sesnorMode is 0, all rules bypassed.')
return
# based on roomSleep
if (data['roomSleep'] == 0) or (data['roomSleep'] == -1):
if (data['lightLevel'] < lightThreshold[0]):
#resultStr += "Light is below threshold of "+lightThreshold[0]+", "
if (data.get('presenceMotion', 0) == 1):
sharedFunc.sPrint('Presence: Motion')
sharedFunc.sPrint('Elapsed: ' +
str(time.time() -
float(data['presenceMotion'])))
sharedFunc.sPrint('Ambient: Dark')
switchRegulator.bedroomLamp('on')
resultStr += "Motion detected recently. Bedroom Lamp = On. "
elif (data.get('presenceBt', 'NA') == 0):
sharedFunc.sPrint('BT: Missing')
switchRegulator.bedroomLamp('off')
resultStr += "Missing BT device. Bedroom Lamp = Off. "
#elif ((data.get('presenceBt',0) == 1) or (data.get('presencePc',0) == 1)):
elif (data.get('presenceBt', 0) == 1
or data.get('presencePc', 'NA') == 1):
sharedFunc.sPrint('Presence: BT/PC')
sharedFunc.sPrint('Ambient: Dark')
switchRegulator.bedroomLamp('on')
#resultStr += "presenceBt and/or presencePc is 1. Bedroom Lamp = On."
resultStr += "Present BT device and/or PC is active. Bedroom Lamp = On. "
# if BT is detected but presenceWifi is still 0, then set presenceWifi as "just home" aka 9
if (data.get('presenceWifi', 'NA') == 9) and (data.get(
'presencePc', 'NA') == -1):
switchRegulator.bedroomPc('wake')
elif (data['lightLevel'] > lightThreshold[1]):
sharedFunc.sPrint('Ambient: Bright')
switchRegulator.bedroomLamp('off')
resultStr += "Light is above threshold of " + str(
lightThreshold[1]) + ". Bedroom Lamp = Off. "
# if roomSleep is set to No for the first time
if (data['roomSleep'] == -1):
resultStr += "Resetting roomSleep to 0. "
sharedFunc.valSave(0, sys.path[0] + '/data/roomSleep.dat')
if (data['presencePc']
== -1) or (dataCompiler.getValue("presencePc") == -1):
switchRegulator.bedroomPc('wake')
resultStr += "Jin's PC = Wake. "
elif (data['roomSleep'] == 1):
switchRegulator.bedroomLamp('off')
resultStr += "Bedroom Lamp = Off. "
if (dataCompiler.getValue("keepPcAwake")
== 0) and (dataCompiler.getValue("presencePc") != -1):
switchRegulator.bedroomPc('sleep')
resultStr += "Jin's PC = Sleep. "
# (if phone is not at home, in that no BT and no Wifi)
if (data.get('presenceWifi', 'NA') == 0) and (data.get('presenceBt', 'NA')
== 0):
resultStr += "Jin is not currently at home. "
if (dataCompiler.getValue("presenceHome") == 1):
sharedFunc.valSave(0, sys.path[0] + '/data/presenceHome.dat')
sharedFunc.pushbullet(
"Goodbye Jin! Devices will now be turned off.")
if (data['roomSleep'] != 0):
# set roomSleep as 0
sharedFunc.valSave(0, sys.path[0] + '/data/roomSleep.dat')
resultStr += "roomSleep is set to 0. "
if (data.get('presencePc', 'NA') != -1):
# turn off PC
switchRegulator.bedroomPc('sleep')
resultStr += "Jin's PC = Sleep."
# (if phone just got home)
if (data.get('presenceWifi', 'NA') == 9):
if (dataCompiler.getValue("presenceHome") == 0):
sharedFunc.valSave(1, sys.path[0] + '/data/presenceHome.dat')
if (data.get('presencePc', 'NA') == -1):
switchRegulator.bedroomPc('wake')
# new code for fan (not optimised, newish)
if (data.get('presenceBt', 'NA') == 0):
switchRegulator.bedroomFan('off')
resultStr += "Bedroom Fan = Off. "
elif (data.get('presenceBt', 'NA') == 1):
switchRegulator.bedroomFan('on')
resultStr += "Bedroom Fan = On. "
if (resultStr == ""):
sharedFunc.sPrint('No rules are matched. No action is taken.')
logger.info(callerName + "'s request using " + str(data) + ". " +
resultStr)
return
if (data.get('presenceBt', 'NA') == 0):
switchRegulator.bedroomFan('off')
resultStr += "Bedroom Fan = Off. "
elif (data.get('presenceBt', 'NA') == 1):
switchRegulator.bedroomFan('on')
resultStr += "Bedroom Fan = On. "
if (resultStr == ""):
sharedFunc.sPrint('No rules are matched. No action is taken.')
logger.info(callerName + "'s request using " + str(data) + ". " +
resultStr)
return
if __name__ == "__main__":
if "-silent" in sys.argv:
sharedFunc.sPrint_silent = 1
if "-loop" in sys.argv:
switchRegulator.setParentName("rulesProcessor (Loop)")
callerName = "rulesProcessor (Loop)"
triggerLight_last = 'none'
try:
while True:
checkAll()
sharedFunc.sPrint("\n[*] Sleeping for 120 seconds")
time.sleep(120)
except KeyboardInterrupt:
sharedFunc.sPrint("\nQuit")
else:
checkAll()
def exportJson():
"This compiles all data into json format."
sharedFunc.sPrint("\nType: exportJson")
data = toDict()
# save main/all settings to file
dataJson = json.dumps(data)
sharedFunc.sPrint("Data: " + dataJson)
outFile = open(jsonFilePath, 'w')
outFile.write(dataJson)
outFile.close()
sharedFunc.sPrint("Export: " + jsonFilePath)
return
if __name__ == "__main__":
if "-silent" in sys.argv:
sharedFunc.sPrint_silent = 1
if "-jsonExport" in sys.argv:
while True:
exportJson()
sharedFunc.sPrint("\n[*] Sleeping for 5 seconds")
time.sleep(5)
else:
print(toDict())
def checkBt():
print "presenceBt Module (CTRL-C to exit)"
sharedFunc.sPrint("Data: " + outFilePath)
missingNo = 0
foundNo = 0
sleepAmt = 20
try:
while True:
startRulesProcessor = 0
sharedFunc.sPrint("\nType: presenceBt")
sharedFunc.sPrint(
"Time: " +
time.strftime("%a, %d %b %Y %H:%M:%S", time.gmtime()))
sharedFunc.sPrint("Find: " + btStr + " (" + btMac + ")")
try:
result = bluetooth.lookup_name(btMac, timeout=3)
except:
sharedFunc.sPrint(
"\n[*] Unable to scan. Trying again in 5 seconds.")
time.sleep(5)
else:
resultInt = 0
if (result != None):
if (foundNo >= 2 or checkInstantly):
sharedFunc.sPrint("Result: Found")
logger.info("Found")
sleepAmt = 60
resultInt = 1
if (foundNo == 2 or checkInstantly):
startRulesProcessor = 1
if (foundNo <= 19):
sleepAmt = 30
foundNo += 1
else:
sharedFunc.sPrint("Result: Possibly Found")
logger.info("Possibly Found")
sleepAmt = 5
resultInt = -1
missingNo = 0
foundNo += 1
else:
if (missingNo >= 4):
sharedFunc.sPrint("Result: Missing")
logger.info("Missing")
sleepAmt = 120
resultInt = 0
if (missingNo == 4):
startRulesProcessor = 1
# if BT is missing, then set motion as (current time - 301 seconds)
sharedFunc.valSave(str(time.time() - 301),
motionFilePath)
if (missingNo <= 19):
sleepAmt = 30
missingNo += 1
else:
sharedFunc.sPrint("Result: Possibly Missing")
logger.info("Possibly Missing")
sleepAmt = 5
resultInt = -1
foundNo = 0
missingNo += 1
if (resultInt != -1):
sharedFunc.valSave(resultInt, outFilePath)
if (startRulesProcessor == 1):
# call main.py
#runpy.run_path(sys.path[0]+"/main.py")
rulesProcessor.checkAll({"presenceBt": resultInt})
startRulesProcessor = 0
if checkInstantly:
break
else:
sharedFunc.sPrint("\n[*] Sleeping for " + str(sleepAmt) +
" seconds")
time.sleep(sleepAmt)
except KeyboardInterrupt:
print "\nQuit"
return
if len(sys.argv) > 1 and sys.argv[1] == "-silent":
sharedFunc.sPrint_silent = 1
# setup logging for switchRegulator (to move to rulesProcessor)
switchRegulator.setParentName("presenceMotion")
rulesProcessor.callerName = "presenceMotion"
# Use BCM GPIO references
# instead of physical pin numbers
GPIO.setmode(GPIO.BCM)
# Define GPIO to use on Pi
GPIO_PIR = 7
print "presenceMotion Module (CTRL-C to exit)"
sharedFunc.sPrint("Data: " + outFilePath)
# Set pin as input
GPIO.setup(GPIO_PIR, GPIO.IN) # Echo
Current_State = 0
Previous_State = 0
try:
sharedFunc.sPrint("\nWaiting for PIR to settle ...")
# Loop until PIR output is 0
while GPIO.input(GPIO_PIR) == 1:
Current_State = 0
sharedFunc.sPrint("\nType: presenceMotion")