spot_actions.py

# Customize this script to your heart's content!  This is where you can specify what happens
# when a new aircraft is spotted.
import json, pprint, requests, csv
from termcolor import colored
from planespotter_helpers import *
from matrix import *
import subprocess


registrations = []
with open('bills_operators.csv', 'r') as file:
    reg_reader = csv.reader(file)
    for line in reg_reader:
        registrations.append(line)
        
# pprint.pprint(registrations)
        
# registrations = { aircraft['hex']: aircraft for aircraft in reg }


##### TWILIO SMS STUFF - REMOVE IF NOT USED #####

from twilio.rest import Client

# Secrets file needs to include "twilio-sid" and "twilio-token"; you can grab these
# from your Twilio console.  From and To numbers are also specified here so you're
# not hard-coding your private numbers
with open("secrets-twilio.json", "r") as secrets_file:
    secrets = json.load(secrets_file)

client = Client(secrets["twilio-sid"], secrets["twilio-token"])

def sendTwilioTextMessage(twilioClient, message):
    '''Allows you to send an SMS message from / to the number you specify,
    using the power of Twilio SMS.'''
    message = twilioClient.messages \
        .create(
                body = message,
                from_ = secrets["from"],
                to = secrets["to"]
            )

##### END TWILIO STUFF #####

    




##### HERE'S WHERE YOU PUT THE STUFF YOU WANT TO HAPPEN #####

def exampleAlertFunction(aircraft):
    pprint.pprint(aircraft)
    
hex_on = bytearray.fromhex('a00101a2')
hex_off = bytearray.fromhex('a00100a1')

import serial, time
# ser = serial.Serial('/dev/ttyUSB0', 9600)  # open serial port

# while True:
#     ser.write(hex_on)
#     time.sleep(1.0)
#     ser.write(hex_off)
#     time.sleep(1.0)



def findInRegistrations(hex):
    for ac in registrations:
        if ac[3].upper() == hex.upper():
            return ac
        
    return None


alertList = {}

def alertListClear(hex):
    global alertList
    print (alertList)
    if hex in alertList:
        print ("hex in alertlist")
        print ("alertList[hex]: ", alertList[hex])
        print ("alertList[hex] + datetime.timedelta(minutes=5): ", alertList[hex] + datetime.timedelta(minutes=5))
        print ("datetime.datetime.now(): ", datetime.datetime.now())
        # print ("alertList[hex] + datetime.timedelta(minutes=5) < datetime.datetime.now(): ", alertList[hex] + datetime.timedelta(minutes=5) < datetime.datetime.now())
        # print ("(alertList[hex] + datetime.timedelta(minutes=5)) < datetime.datetime.now(): ", (alertList[hex] + datetime.timedelta(minutes=5)) < datetime.datetime.now())
        if (alertList[hex] + datetime.timedelta(minutes=5)) > datetime.datetime.now():
            print ("alert list not clear")
            return False
    
    print ("alert list clear")            
    return True



def planeSpotted(aircraft, config):
    '''Called by main script when an aircraft is spotted nearby.  This is where all your custom functionality goes.'''
    # exampleAlertFunction(aircraft)
    
    global alertList
    
    degreesPan, degreesTilt, distance, cardinal, dist, deviance, estArrival_mins, type, tail, hex = generateStats(aircraft, config)
    status = generateHumanReadableStatus(degreesPan, degreesTilt, distance, cardinal, dist, deviance, estArrival_mins, type, tail, hex)
    


    
    # whitelist = ["BK17", # mbb / kawasaki
                 
    #              "EC20", # aerospatiale / eurocopter / airbus
    #              "EC30",
    #              "EC35", 
    #              "EC45",
    #              "EC55",
    #              "AS50",
    #              "AS55",
    #              "AS65",
    #              "H160",
    #              "BK17",
                 
    #              "R22", # robinson
    #              "R44",
    #              "R66",
                 
    #              "B06", # bell
    #              "UH1",
    #              "UH1N",
    #              "B212",
    #              "B407",
    #              "B412",
    #              "B429",
    #              "B505",
                 
    #              "H64", # boeing
    #              "H47",
                 
    #              "V22", # bell boeing
                 
    #              "H60", # sikorsky
    #              "S76",

    #              "A139", # agusta-westland / leonardo
    #              "A109",
    #              "A119",
    #              "A169",
                 
    #              "G2CA", # guimbal
                 
    #              "H500", # hughes
                 
    #              "EN28", # enstrom
    #              ]
    
    
    

    
    
    hex = aircraft["hex"]
    print ("hex: ", hex)
    try:
        ac = findInRegistrations(hex)
        if ac is not None and alertListClear(hex) and distance != -1:
            str = "{type}, {tail}, {est}m {cardinal}".format(type=ac[2], tail=ac[1], est=estArrival_mins, cardinal=cardinal)
            alertList[hex] = datetime.datetime.now()
            # pprint.pprint(aircraft)
            print (colored(str, "yellow"))
            subprocess.Popen(["afplay", "airplane-ding-dong.wav"])
            # requests.get("http://10.0.0.44:8081/preset/hypetrain1")
            matrixAlert(4)
            for i in range(0, 1):
                matrixDrawFromString(str)
        else:
            print (status)
        #     matrixDrawFromString(str)
            
        

    except KeyError:
        if tail == "(unknown tail)":
            print (colored(status, "red"))
            subprocess.Popen(["afplay", "airplane-ding.wav"])
            matrixAlert(3)
            for i in range(0, 1):
                matrixDrawFromString("bogey")
    
    except:
        traceback.print_exc()