def on(self, ip):
if self.state == 0:
if plugs.send(self.ip, generateCMD("on"))["system"]["set_relay_state"]["err_code"] == 0:
print(cTime.nowf() + " - ACTION: HeatPad On")
self.state = 1
return 0
else:
print(cTime.nowf() + " - ALERT: Failed to turn on HeatPad", file=sys.stderr)
def off(self, ip):
if self.state == 1:
currRuntime = plugs.send(self.ip, commands["info"])["system"]["get_sysinfo"]["children"][self.location]["on_time"]
if plugs.send(self.ip, generateCMD("off"))["system"]["set_relay_state"]["err_code"] == 0:
print(cTime.nowf() + " - ACTION: HeatPad Off")
self.state = 0
self.pastRuntime += int(currRuntime)
return 0
else:
print(cTime.nowf() + " - ALERT: Failed to turn off HeatPad", file=sys.stderr)
def on(self, ip):
if self.state == 0:
if plugs.send(self.ip, commands["on"]
)["system"]["set_relay_state"]["err_code"] == 0:
print(cTime.nowf() + " - ACTION: Lights On")
self.state = 1
return 0
else:
print(cTime.nowf() + " - ALERT: Failed to turn lights on",
file=sys.stderr)
def off(self, ip):
if self.state == 1:
currRuntime = plugs.send(
self.ip, commands["info"])["system"]["get_sysinfo"]["on_time"]
if plugs.send(self.ip, commands["off"]
)["system"]["set_relay_state"]["err_code"] == 0:
print(cTime.nowf() + " - ACTION: Lights Off")
self.state = 0
self.pastRuntime += int(currRuntime)
return 0
else:
print(cTime.nowf() + " - ALERT: Failed to turn lights off",
file=sys.stderr)
def __init__(self, ip, plugID): self.ip = ip self.id = plugID plugJSON = plugs.send(self.ip, commands["info"])["system"]["get_sysinfo"] self.location = None for i in plugJSON["children"]: if i["id"] == plugID: self.location = i break if self.location == None print(cTime.nowf() + " - ALERT: id number " + self.id + " not found on device" + ip, file=sys.stderr) exit() self.state = plugJSON["children"][self.location]["state"]
def processesNotif(avgTemp):
global queueNotification
currentTime = cTime.nowf()
# If between quiet hours
if cTime.between(currentTime,
[runTime[0], tempGraceTime[0]]) or cTime.between(
currentTime, [runTime[1], tempGraceTime[1]]):
return
else:
if queueNotification == "high":
printHigh(avgTemp)
queueNotification = None
elif queueNotification == "low":
printLow(avgTemp)
queueNotification = None
elif queueNotification == "return":
printReturn(avgTemp)
queueNotification = None
def close(self):
if self.state != self.states[0]:
self.chgState(self.states[0])
print(cTime.nowf() + " - ACTION: Servo " + self.name + " Closed")
def open(self):
if self.state != self.states[1]:
self.chgState(self.states[1])
print(cTime.nowf() + " - ACTION: Servo " + self.name + " Open")
def off(self, silent=False):
if self.state() == 1:
self.pi.write(self.pin, 0)
if not silent:
print(cTime.nowf() + " - ACTION: Fan Off")
def on(self, silent=False):
if self.state() == 0:
self.pi.write(self.pin, 1)
if not silent:
print(cTime.nowf() + " - ACTION: Fan On")
array.append(self.data[i]["RH"])
return min(array), max(array)
if __name__ == "__main__":
import pigpio as gpio
import cTime
DHTList = [ # (Name, Model, Pin)
("left", "AM2320", 6, True), ("right", "AM2320", 23, True),
("light", "DHT11", 22, False)
]
pi = gpio.pi()
currentTime = cTime.nowf()
pi.set_mode(5, gpio.OUTPUT)
pi.write(5, 1)
DHTSensors = DHT(pi, DHTList)
DHTData = DHTSensors.getData()
minTemp, maxTemp, avgTemp = DHTSensors.getTempSummary(ignore=["light"])
minRH, maxRH = DHTSensors.getRHSummary()
print("Current Time: {}".format(currentTime))
print("Tempretures are: {:3.2f}, {:3.2f}, Light: {:3.2f}".format(
DHTData["left"]["temp"], DHTData["right"]["temp"],
DHTData["light"]["temp"]))
def init():
global lastCheckL, lastCheckM, cycle
global pi, DHTSensors, fan, light, servos, mSensor, notify, logFileDHT, logFileM, heatpad
print("Initializing...")
# create pigpio instance
pi = gpio.pi()
# init Notify
notify = Notify()
# open logFiles
file_exists = os.path.isfile(DHT_LOG)
logFileDHT = open(DHT_LOG, "a+", buffering=1)
if not file_exists:
logFileDHT.write(
"time, tempLeft, tempRight, tempLight, avgTemp, RHLeft, RHRight, RHLight\n"
)
file_exists = os.path.isfile(MOISTURE_LOG)
logFileM = open(MOISTURE_LOG, "a+", buffering=1)
if not file_exists:
logFileM.write(
"time, potLeft, rawLeft, potMid, rawMid, potRight, rawRight\n")
# init Sensors
pi.set_mode(5, gpio.OUTPUT)
pi.write(5, 1)
DHTSensors = DHTC(pi, DHT)
# init Fan
fan = fanC(pi, FAN_PIN)
# init ADC for moisture sensor
mSensor = ADS1115C(pi, 0x48, INSTALLED_MOISTURE_SENSORS)
mData = mSensor.readAll()
logSoilData(cTime.nowf(), mData)
#ADS1115C.checkData(mData, notify, SOIL_THRESH)
lastCheckM = cTime.now()
# init Servos
servos = servosC(pi, SERVOS, fan)
# init Smartplug
light = smartplugC(PLUG_ADDR)
lastCheckL = cTime.now()
heatpad = smartstripC(HEATPAD_ADDR, HEATPAD_ID)
# init State
lastState = -1
if cTime.between(cTime.nowf(), runTime):
cycle = 1
light.set(ON)
else:
cycle = 0
light.set(OFF)
fan.set(OFF)
servos.all(OFF)
def printLow(avgTemp):
msg = cTime.nowf(
) + " - ALERT: TEMP VALUES BELOW E LEVELS: {:.2f}°F".format(avgTemp)
sendNotification(msg, outfile=sys.stderr)
def printReturn(avgTemp):
msg = cTime.nowf(
) + " - INFO: TEMP VALUES HAVE RETURNED TO NORMAL: {:.2f}°F".format(
avgTemp)
sendNotification(msg)
