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plane-notify
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-Many changes, overlays, cleanup, more config.... 

-Added tar1090 overlay option per plane.
-Added Discord notifcation of failover(required rn).
-Improved config parsing, subfolder support, disabled folder to ignore, plane configs parsed only once.
-Unified divider length, 100
-Parsing ADSBX and OpenSky are seperate functions also run empty function.
-Made some self variables local, they where unnecessarily self.
-Remove recheck data, uneeded since timeout to landing was added.
-Cleaned up Reverse Geocoder error handling, uses less variables.
pull/2/head
Jack Sweeney 4 years ago committed by GitHub
parent
aada08901b
commit
ee6a950403
5 changed files with 335 additions and 347 deletions
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  1. 45
      NotifyBotMulti.py
  2. 8
      configs/mainconf.ini
  3. 2
      configs/plane1.ini
  4. 4
      defSS.py
  5. 623
      planeClass.py

45
NotifyBotMulti.py
Unescape View File

@ -19,11 +19,15 @@ import os
import sys
#Setup plane objects from plane configs
planes = {}
for filename in os.listdir("./configs"):
if filename.endswith(".ini") and filename != "mainconf.ini":
plane_config = configparser.ConfigParser()
plane_config.read(("./configs/" + filename))
planes[plane_config.get('DATA', 'ICAO').upper()] = Plane(plane_config.get('DATA', 'ICAO'), filename)
print("Found the following configs")
for dirpath, dirname, filename in os.walk("./configs"):
for filename in [f for f in filename if f.endswith(".ini") and f != "mainconf.ini"]:
if not "disabled" in dirpath:
print(os.path.join(dirpath, filename))
plane_config = configparser.ConfigParser()
plane_config.read((os.path.join(dirpath, filename)))
#Creates a Key labeled the ICAO of the plane, with the value being a plane object
planes[plane_config.get('DATA', 'ICAO').upper()] = Plane(plane_config.get('DATA', 'ICAO'), os.path.join(dirpath, filename), plane_config)
running_Count = 0
failed_count = 0
@ -38,7 +42,8 @@ while True:
running_Count = 0
running_Count +=1
start_time = time.time()
print (Back.GREEN, Fore.BLACK, "--------", running_Count, "--------", datetime_tz.strftime("%I:%M:%S %p"), "-------------------------------------------------------", Style.RESET_ALL)
header = ("-------- " + str(running_Count) + " -------- " + str(datetime_tz.strftime("%I:%M:%S %p")) + " ---------------------------------------------------------------------------")
print (Back.GREEN + Fore.BLACK + header[0:100] + Style.RESET_ALL)
if source == "ADSBX":
from defADSBX import pullADSBX
data, failed = pullADSBX(planes)
@ -48,14 +53,14 @@ while True:
has_data = False
for planeData in data['ac']:
if planeData['icao'] == key:
obj.run(planeData, source)
obj.run_ADSBX(planeData)
has_data = True
break
if has_data is False:
obj.run(None, source)
obj.run_empty()
else:
for obj in planes.values():
obj.run(None, source)
obj.run_empty()
elif failed:
failed_count += 1
elif source == "OPENS":
@ -68,22 +73,32 @@ while True:
has_data = False
for dataState in planeData.states:
if (dataState.icao24).upper() == key:
obj.run(dataState, source)
obj.run_OPENS(dataState)
has_data = True
break
if has_data is False:
obj.run(None, source)
obj.run_empty()
else:
for obj in planes.values():
obj.run(None, source)
obj.run_empty()
elif failed:
failed_count += 1
if failed_count >= 10:
source = "OPENS"
if source == "OPENS":
source = "ADSBX"
elif source == "ADSBX":
source = "OPENS"
failed_count = 0
from discord_webhook import DiscordWebhook
webhook = DiscordWebhook(url= main_config.get('DISCORD', 'URL'), content=(str("Failed over to " + source)))
webhook.execute()
elapsed_calc_time = time.time() - start_time
datetime_tz = datetime.now(tz)
print (Back.GREEN, Fore.BLACK, "--------", running_Count, "--------", datetime_tz.strftime("%I:%M:%S %p"), "------------------------Elapsed Time-", elapsed_calc_time, " -------------------------------------", Style.RESET_ALL)
footer = "-------- " + str(running_Count) + " -------- " + str(datetime_tz.strftime("%I:%M:%S %p")) + " ------------------------Elapsed Time- " + str(round(elapsed_calc_time, 3)) + " -------------------------------------"
print (Back.GREEN + Fore.BLACK + footer[0:100] + Style.RESET_ALL)
sleep_sec = 5
sleep_sec = 15
for i in range(sleep_sec,0,-1):
if i < 10:
i = " " + str(i)

8
configs/mainconf.ini
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@ -3,7 +3,7 @@
#SHOULD BE ADSBX which is ADS-B Exchange or OPENS which is OpenSky
#By default configured with OpenSky which anyone can use without a login
#ADS-B Exchange has better data but is not avalible unless you feed their network or pay.
SOURCE = ADSBX
SOURCE = OPENS
#Timezone if you want your own time to show in the console, if invalid will be set to UTC.
#List of TZs names https://en.wikipedia.org/wiki/List_of_tz_database_time_zones
@ -11,7 +11,7 @@ TZ = UTC
#ADS-B Exchange https://www.adsbexchange.com/data/
[ADSBX]
API_KEY = apikey
API_KEY = 1a7faee2-7dd4-4922-a7de-1a3c434db502
#OpenSky https://opensky-network.org/apidoc/index.html
#When using without your own login user and pass should be None
@ -23,3 +23,7 @@ PASSWORD = None
#API KEY for Google Static Maps only if you using this on any of the planes.
API_KEY = googleapikey
#Used for failover messages
[DISCORD]
URL = https://discord.com/api/webhooks/759965612179980349/IVcEVNKZVIY5421JI6KB3ItIfmEtM5cZKvxjr3fuKDH50Zi0Tph-1igh2Holw5g0DN32

2
configs/plane1.ini
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@ -6,6 +6,8 @@ ICAO = icaohere
#Map to create from Google Static Maps or screenshot global tar1090 from globe.adsbexchange.com
#Enter GOOGLESTATICMAP or ADSBX
OPTION = ADSBX
#Tar1090 overlays option, should be seperated by comma no space, remove option all together to disable any
OVERLAYS = nexrad
[AIRPORT]
#Requires a list of airport types, this plane could land/takeoff at

4
defSS.py
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@ -11,7 +11,7 @@ from webdriver_manager.chrome import ChromeDriverManager
import time
from selenium.webdriver.support.ui import WebDriverWait
from selenium.webdriver.common.by import By
def getSS(icao):
def getSS(icao, overlays):
chrome_options = webdriver.ChromeOptions()
chrome_options.headless = True
chrome_options.add_argument('window-size=800,800')
@ -19,7 +19,7 @@ def getSS(icao):
chrome_options.add_argument("--enable-logging --v=1")
#chrome_options.add_argument('--no-sandbox') # required when running as root user. otherwise you would get no sandbox errors.
browser = webdriver.Chrome(ChromeDriverManager().install(), options=chrome_options)
url = "https://globe.adsbexchange.com/?largeMode=2&hideButtons&hideSidebar&mapDim=0&zoom=9&icao=" + icao
url = "https://globe.adsbexchange.com/?largeMode=2&hideButtons&hideSidebar&mapDim=0&zoom=9&icao=" + icao + "&" + overlays
browser.set_page_load_timeout(80)
browser.get(url)
WebDriverWait(browser, 40).until(lambda d: d.execute_script("return jQuery.active == 0"))

623
planeClass.py
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@ -1,16 +1,17 @@
class Plane:
def __init__(self, icao, conf_file):
def __init__(self, icao, config_path, config):
"""Initializes a plane object from its config file and given icao."""
self.icao = icao.upper()
self.conf_file = conf_file
self.config = config
self.conf_file_path = config_path
self.geo_alt_ft = None
self.last_geo_alt_ft = None
self.below_desired_ft = None
self.last_below_desired_ft = None
self.feeding = None
self.last_feeding = None
self.last_on_ground = None
self.on_ground = None
self.invalid_Location = None
self.longitude = None
self.latitude = None
self.callsign = None
@ -18,18 +19,76 @@ class Plane:
self.map_file_name = icao.upper() + "_map.png"
self.last_latitude = None
self.last_longitude = None
self.recheck_needed = None
self.last_recheck_needed = None
self.last_contact = None
self.last_feed_data = None
self.landing_plausible = False
def getICAO(self):
return self.icao
def run(self, ac_dict, source):
def run_OPENS(self, ac_dict):
#Parse OpenSky Vector
from colorama import Fore, Back, Style
self.printheader("head")
#print (Fore.YELLOW + "OpenSky Sourced Data: ", ac_dict)
try:
self.__dict__.update({'icao' : ac_dict.icao24.upper(), 'callsign' : ac_dict.callsign, 'latitude' : ac_dict.latitude, 'longitude' : ac_dict.longitude, 'on_ground' : bool(ac_dict.on_ground), 'last_contact' : ac_dict.last_contact})
if ac_dict.geo_altitude != None:
self.geo_alt_ft = round(float(ac_dict.geo_altitude) * 3.281)
elif self.on_ground:
self.geo_alt_ft = 0
except ValueError as e:
print("Got data but some data is invalid!")
print(e)
self.printheader("foot")
else:
self.feeding = True
self.run_check()
def run_ADSBX(self, ac_dict):
#Parse ADBSX Vector
from colorama import Fore, Back, Style
self.printheader("head")
#print (Fore.YELLOW +"ADSBX Sourced Data: ", ac_dict, Style.RESET_ALL)
try:
#postime is divided by 1000 to get seconds from milliseconds, from timestamp expects secs.
self.__dict__.update({'icao' : ac_dict['icao'], 'callsign' : ac_dict['call'], 'reg' : ac_dict['reg'], 'latitude' : float(ac_dict['lat']), 'longitude' : float(ac_dict['lon']), 'geo_alt_ft' : int(ac_dict['galt']), 'on_ground' : bool(int(ac_dict["gnd"])), 'last_contact' : round(float(ac_dict["postime"])/1000)})
if self.on_ground:
self.geo_alt_ft = 0
if "to" in ac_dict.keys():
self.to_location = ac_dict["to"]
if "from" in ac_dict.keys():
self.from_location = ac_dict["from"]
except ValueError as e:
print("Got data but some data is invalid!")
print(e)
print (Fore.YELLOW +"ADSBX Sourced Data: ", ac_dict, Style.RESET_ALL)
self.printheader("foot")
else:
self.feeding = True
self.run_check()
def printheader(self, type):
from colorama import Fore, Back, Style
if type == "head":
header = str("--------- " + self.conf_file_path + " ---------------------------- ICAO: " + self.icao + " ---------------------------------------")
elif type == "foot":
header = "----------------------------------------------------------------------------------------------------"
print(Back.MAGENTA + header[0:100] + Style.RESET_ALL)
def get_time_since(self, last_contact):
from datetime import datetime
if last_contact != None:
last_contact_dt = datetime.fromtimestamp(last_contact)
time_since_contact = datetime.now() - last_contact_dt
else:
time_since_contact = None
return time_since_contact
def run_empty(self):
self.printheader("head")
self.feeding = False
self.run_check()
def run_check(self):
"""Runs a check of a plane module to see if its landed or takenoff using plane data, and takes action if so."""
#Import Modules
#Clear Terminal
#print("\033[H\033[J")
#Ability to Remove old Map
import os
#Setup Geopy
@ -37,11 +96,6 @@ class Plane:
geolocator = Nominatim(user_agent="NotifyBot", timeout=5)
import time
from colorama import Fore, Back, Style
#Setup Config File
import configparser
self.config = configparser.ConfigParser()
self.config.read(("./configs/"+ self.conf_file))
#Platform for determining OS for strftime
import platform
from datetime import datetime
@ -52,9 +106,12 @@ class Plane:
from defMap import getMap
elif self.config.get('MAP', 'OPTION') == "ADSBX":
from defSS import getSS
if self.config.has_option('MAP', 'OVERLAYS'):
self.overlays = self.config.get('MAP', 'OVERLAYS')
else:
self.overlays = ""
else:
raise Exception("Map option not set correctly in this planes conf")
if self.config.getboolean('DISCORD', 'ENABLE'):
from defDiscord import sendDis
#Setup Tweepy
@ -67,335 +124,245 @@ class Plane:
self.pb = Pushbullet(self.config['PUSHBULLET']['API_KEY'])
self.pb_channel = self.pb.get_channel(self.config.get('PUSHBULLET', 'CHANNEL_TAG'))
print (Back.MAGENTA, "---------", self.conf_file, "---------------------------- ICAO:", self.icao, "--------------------------", Style.RESET_ALL)
#Reset Variables
self.below_desired_ft = None
self.geo_alt_ft = None
self.longitude = None
self.latitude = None
self.on_ground = None
self.has_location = None
time_since_contact = None
#Parse OpenSky Vector
if source == "OPENS":
self.val_error = False
if ac_dict != None:
#print (Fore.YELLOW + "OpenSky Sourced Data: ", ac_dict)
try:
self.__dict__.update({'icao' : ac_dict.icao24.upper(), 'callsign' : ac_dict.callsign, 'latitude' : ac_dict.latitude, 'longitude' : ac_dict.longitude, 'on_ground' : bool(ac_dict.on_ground), 'last_contact' : ac_dict.last_contact})
if ac_dict.geo_altitude != None:
self.geo_alt_ft = round(float(ac_dict.geo_altitude) * 3.281)
elif self.on_ground:
self.geo_alt_ft = 0
except ValueError as e:
self.val_error = True
print("Got data but some data is invalid!")
print(e)
#Parse ADBSX Vector
elif source == "ADSBX":
self.val_error = False
if ac_dict != None:
#print (Fore.YELLOW +"ADSBX Sourced Data: ", ac_dict, Style.RESET_ALL)
try:
#postime is divided by 1000 to get seconds from milliseconds, from timestamp expects secs.
self.__dict__.update({'icao' : ac_dict['icao'], 'callsign' : ac_dict['call'], 'reg' : ac_dict['reg'], 'latitude' : float(ac_dict['lat']), 'longitude' : float(ac_dict['lon']), 'geo_alt_ft' : int(ac_dict['galt']), 'on_ground' : bool(int(ac_dict["gnd"])), 'last_contact' : round(float(ac_dict["postime"])/1000)})
if self.on_ground:
self.geo_alt_ft = 0
if "to" in ac_dict.keys():
self.to_location = ac_dict["to"]
if "from" in ac_dict.keys():
self.from_location = ac_dict["from"]
except ValueError as e:
self.val_error = True
print("Got data but some data is invalid!")
print(e)
#print (Fore.CYAN + "ICAO:", self.icao + Style.RESET_ALL)
#Print out data, and convert to locals
if self.val_error is False:
if self.last_contact != None:
last_contact_dt = datetime.fromtimestamp(self.last_contact)
time_since_contact = datetime.now() - last_contact_dt
if self.feeding == False:
time_since_contact = self.get_time_since(self.last_contact)
output = [
[(Fore.CYAN + "ICAO" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.icao + Style.RESET_ALL)],
[(Fore.CYAN + "Last Contact" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(time_since_contact) + Style.RESET_ALL)] if time_since_contact != None else None
]
output = list(filter(None, output))
print(tabulate(output, [], 'fancy_grid'))
print("No Data")
elif self.feeding == True:
time_since_contact = self.get_time_since(self.last_contact)
output = [
[(Fore.CYAN + "ICAO" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.icao + Style.RESET_ALL)],
[(Fore.CYAN + "Callsign" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.callsign + Style.RESET_ALL)],
[(Fore.CYAN + "Reg" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.reg + Style.RESET_ALL)] if "reg" in self.__dict__ else None,
[(Fore.CYAN + "From" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.from_location + Style.RESET_ALL)] if "from_location" in self.__dict__ else None,
[(Fore.CYAN + "To" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.to_location + Style.RESET_ALL)] if "to_location" in self.__dict__ else None,
[(Fore.CYAN + "Latitude" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(self.latitude) + Style.RESET_ALL)],
[(Fore.CYAN + "Longitude" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(self.longitude) + Style.RESET_ALL)],
[(Fore.CYAN + "Last Contact" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(time_since_contact).split(".")[0]+ Style.RESET_ALL)],
[(Fore.CYAN + "On Ground" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(self.on_ground) + Style.RESET_ALL)],
[(Fore.CYAN + "GEO Alitude" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str("{:,} ft".format(self.geo_alt_ft)) + Style.RESET_ALL)]
]
output = list(filter(None, output))
print(tabulate(output, [], 'fancy_grid'))
#Check if below desire ft
desired_ft = 10000
if self.geo_alt_ft is None or self.geo_alt_ft > desired_ft:
self.below_desired_ft = False
elif self.geo_alt_ft < desired_ft:
self.below_desired_ft = True
#Check if tookoff
if self.below_desired_ft and self.on_ground is False:
if self.last_on_ground:
self.tookoff = True
self.trigger_type = "no longer on ground"
self.tookoff_header = "Took off from "
elif self.last_feeding is False and self.feeding and self.landing_plausible == False:
self.tookoff = True
self.trigger_type = "data acquisition"
self.tookoff_header = "Took off near "
else:
time_since_contact = None
if ac_dict == None:
self.feeding = False
output = [
[(Fore.CYAN + "ICAO" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.icao + Style.RESET_ALL)],
[(Fore.CYAN + "Last Contact" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(time_since_contact) + Style.RESET_ALL)] if time_since_contact != None else None
]
output = list(filter(None, output))
print(tabulate(output, [], 'fancy_grid'))
print("No Data")
elif ac_dict != None:
self.feeding = True
output = [
[(Fore.CYAN + "ICAO" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.icao + Style.RESET_ALL)],
[(Fore.CYAN + "Callsign" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.callsign + Style.RESET_ALL)],
[(Fore.CYAN + "Reg" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.reg + Style.RESET_ALL)] if "reg" in self.__dict__ else None,
[(Fore.CYAN + "From" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.from_location + Style.RESET_ALL)] if "from_location" in self.__dict__ else None,
[(Fore.CYAN + "To" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + self.to_location + Style.RESET_ALL)] if "to_location" in self.__dict__ else None,
[(Fore.CYAN + "Latitude" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(self.latitude) + Style.RESET_ALL)],
[(Fore.CYAN + "Longitude" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(self.longitude) + Style.RESET_ALL)],
[(Fore.CYAN + "Last Contact" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(time_since_contact) + Style.RESET_ALL)],
[(Fore.CYAN + "On Ground" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(self.on_ground) + Style.RESET_ALL)],
[(Fore.CYAN + "GEO Alitude Ft" + Style.RESET_ALL), (Fore.LIGHTGREEN_EX + str(self.geo_alt_ft) + Style.RESET_ALL)]
]
output = list(filter(None, output))
print(tabulate(output, [], 'fancy_grid'))
#Set Check for inconsistancy in data
if not self.last_recheck_needed:
#Recheck needed if feeding state changes
if self.feeding == False and self.last_feeding:
self.recheck_needed = True
print("Recheck needed, feeding status changed")
else:
self.recheck_needed = False
elif self.last_recheck_needed:
self.recheck_needed = False
#Run a Check compares new data to last flagged(check) data
if self.last_recheck_needed:
if self.recheck_feeding == self.feeding:
print("Data Feeding change consistent")
elif self.recheck_feeding != self.feeding:
print("Data Feeding change was inconsistent last data ignored")
self.recheck_feeding = self.feeding
self.last_recheck_needed = self.recheck_needed
if self.recheck_needed is False:
#Check if below desire ft
if self.geo_alt_ft is None:
self.below_desired_ft = False
elif self.geo_alt_ft < 10000:
self.below_desired_ft = True
#Check if tookoff
if self.below_desired_ft and self.on_ground is False:
if self.last_on_ground:
self.tookoff = True
self.trigger_type = "no longer on ground"
self.tookoff_header = "Took off from "
elif self.last_feeding is False and self.feeding and self.last_feed_data == None:
self.tookoff = True
self.trigger_type = "data acquisition"
self.tookoff_header = "Took off near "
else:
self.tookoff = False
else:
self.tookoff = False
#self.tookoff = bool(self.below_desired_ft and self.on_ground is False and ((self.last_feeding is False and self.feeding) or (self.last_on_ground)))
#print ("Tookoff Just Now:", self.tookoff)
#Check if Landed
if self.on_ground and self.last_on_ground is False and self.last_below_desired_ft:
self.landed = True
self.trigger_type = "now on ground"
self.landed_header = "Landed in "
self.last_feed_data = None
#Store a dictionary when data is lost near landing conditions,
elif self.last_below_desired_ft and self.last_feeding and self.feeding is False and self.last_on_ground is False:
self.last_feed_data = {}
self.last_feed_data.update(self.__dict__)
print("Latest data stored")
elif self.last_feed_data != None and self.feeding is False and time_since_contact.seconds >= 300:
self.__dict__.update(self.last_feed_data)
self.last_feed_data = None
self.landed = True
self.trigger_type = "data loss"
self.landed_header = "Landed near "
self.tookoff = False
else:
self.tookoff = False
#self.tookoff = bool(self.below_desired_ft and self.on_ground is False and ((self.last_feeding is False and self.feeding) or (self.last_on_ground)))
#print ("Tookoff Just Now:", self.tookoff)
#Check if Landed
if self.on_ground and self.last_on_ground is False and self.last_below_desired_ft:
self.landed = True
self.trigger_type = "now on ground"
self.landed_header = "Landed in "
self.landing_plausible = False
#Set status for landing plausible
elif self.last_below_desired_ft and self.last_feeding and self.feeding is False and self.last_on_ground is False:
print("Near landing conditions, if contiuned data loss for 5 mins, landing true")
self.landing_plausible = True
elif self.landing_plausible and self.feeding is False and time_since_contact.seconds >= 300:
self.landing_plausible = False
self.landed = True
self.trigger_type = "data loss"
self.landed_header = "Landed near "
else:
self.landed = False
#self.landed = bool(self.last_below_desired_ft and ((self.last_feeding and self.feeding is False and self.last_on_ground is False) or (self.on_ground and self.last_on_ground is False)))
#print ("Landed Just Now:", self.landed)
if self.landed:
print ("Landed by", self.trigger_type)
if self.tookoff:
print("Tookoff by", self.trigger_type)
#Lookup Location of coordinates
if self.landed or self.tookoff:
if self.trigger_type == "now on ground" or "data acquisition" and self.longitude != None and self.latitude != None:
combined = f"{self.latitude} , {self.longitude}"
nearest_airport_dict = getClosestAirport(self.latitude, self.longitude, self.config.get("AIRPORT", "TYPES"))
has_coords = True
elif self.trigger_type == "data loss" or "no longer on ground" and self.last_longitude != None and self.last_latitude != None:
combined = f"{self.last_latitude}, {self.last_longitude}"
nearest_airport_dict = getClosestAirport(self.last_latitude, self.last_longitude, self.config.get("AIRPORT", "TYPES"))
has_coords = True
else:
print (Fore.RED + 'No Location, No coordinates')
invalid_Location = True
print(Style.RESET_ALL)
if has_coords:
try:
location = geolocator.reverse(combined)
except BaseException:
print ("Geopy API Error")
else:
self.landed = False
#self.landed = bool(self.last_below_desired_ft and ((self.last_feeding and self.feeding is False and self.last_on_ground is False) or (self.on_ground and self.last_on_ground is False)))
#print ("Landed Just Now:", self.landed)
if self.landed:
print ("Landed by", self.trigger_type)
if self.tookoff:
print("Tookoff by", self.trigger_type)
#Lookup Location of coordinates
if self.landed or self.tookoff:
if self.trigger_type == "now on ground" or "data acquisition" and self.longitude != None and self.latitude != None:
self.combined = f"{self.latitude} , {self.longitude}"
nearest_airport_dict = getClosestAirport(self.latitude, self.longitude, self.config.get("AIRPORT", "TYPES"))
self.has_coords = True
elif self.trigger_type == "data loss" or "no longer on ground" and self.last_longitude != None and self.last_latitude != None:
self.combined = f"{self.last_latitude}, {self.last_longitude}"
nearest_airport_dict = getClosestAirport(self.last_latitude, self.last_longitude, self.config.get("AIRPORT", "TYPES"))
self.has_coords = True
else:
print (Fore.RED + 'No Location')
self.has_location = False
self.invalid_Location = True
self.has_coords = False
print(Style.RESET_ALL)
if self.has_coords:
try:
self.location = geolocator.reverse(self.combined)
except BaseException:
print ("Geopy API Error")
else:
# print (Fore.YELLOW, "Geopy debug: ", location.raw, Style.RESET_ALL)
self.has_location = True
#Figure if valid location, valid being geopy finds a location
if self.has_location:
# print (Fore.YELLOW, "Geopy debug: ", location.raw, Style.RESET_ALL)
#Checking for invalid location, where GeoPy doesn't find coordinates info
try:
self.geoError = self.location.raw['error']
geoError = location.raw['error']
except KeyError:
self.invalid_Location = False
self.geoError = None
else:
self.invalid_Location = True
print ("Invalid Location: ", self.invalid_Location)
if self.invalid_Location:
print (Fore.RED)
print (self.geoError)
print ("Likely Over Water or Invalid Location")
print(Style.RESET_ALL)
#Convert Full address to sep variables only if Valid Location
elif self.invalid_Location is False:
self.address = self.location.raw['address']
self.country = self.address.get('country', '')
self.country_code = self.address.get('country_code', '').upper()
self.state = self.address.get('state', '')
self.county = self.address.get('county', '')
self.city = self.address.get('city', '')
self.town = self.address.get('town', '')
self.hamlet = self.address.get('hamlet', '')
invalid_Location = False
#Convert Full address to sep variables only if Valid Location
address = location.raw['address']
country = address.get('country', '')
country_code = address.get('country_code', '').upper()
state = address.get('state', '')
county = address.get('county', '')
city = address.get('city', '')
town = address.get('town', '')
hamlet = address.get('hamlet', '')
# print (Fore.YELLOW)
# print ("Address Fields debug: ", self.address)
# print(Style.RESET_ALL)
print (Fore.GREEN)
print("Entire Address: ", self.location.address)
print ("Country Code: ", self.country_code)
print ("Country: ", self.country)
print ("State: ", self.state)
print ("City: ", self.city)
print ("Town: ", self.town)
print ("Hamlet: ", self.hamlet)
print ("County: ", self.county)
print("Entire Address: ", location.address)
print ("Country Code: ", country_code)
print ("Country: ", country)
print ("State: ", state)
print ("City: ", city)
print ("Town: ", town)
print ("Hamlet: ", hamlet)
print ("County: ", county)
print(Style.RESET_ALL)
#Chose city town county or hamlet for location as not all are always avalible.
if self.invalid_Location is False:
self.aera_hierarchy = self.city or self.town or self.county or self.hamlet
#Set Discord Title
if self.config.getboolean('DISCORD', 'ENABLE'):
self.dis_title = self.icao if self.config.get('DISCORD', 'TITLE') == "icao" else self.callsign if self.config.get('DISCORD', 'TITLE') == "callsign" else self.config.get('DISCORD', 'TITLE')
#Set Twitter Title
if self.config.getboolean('TWITTER', 'ENABLE'):
self.twitter_title = self.icao if self.config.get('TWITTER', 'TITLE') == "icao" else self.callsign if self.config.get('TWITTER', 'TITLE') == "callsign" else self.config.get('TWITTER', 'TITLE')
#Takeoff Notifcation and Landed
if self.tookoff:
if self.invalid_Location is False:
self.tookoff_message = (self.tookoff_header + self.aera_hierarchy + ", " + self.state + ", " + self.country_code + ". ")
#Chose city town county or hamlet for location as not all are always avalible.
aera_hierarchy = city or town or county or hamlet
else:
self.tookoff_message = ("Took off")
print (self.tookoff_message)
#Google Map or tar1090 screenshot
if self.config.get('MAP', 'OPTION') == "GOOGLESTATICMAP":
getMap((self.aera_hierarchy + ", " + self.state + ", " + self.country_code), self.icao)
elif self.config.get('MAP', 'OPTION') == "ADSBX":
getSS(self.icao)
append_airport(self.map_file_name, nearest_airport_dict['icao'], nearest_airport_dict['name'], nearest_airport_dict['distance'])
else:
raise Exception("Map option not set correctly in this planes conf")
#Discord
if self.config.getboolean('DISCORD', 'ENABLE'):
self.dis_message = (self.dis_title + " " + self.tookoff_message + nearest_airport_dict['icao'] + ", " + nearest_airport_dict["name"]).strip()
sendDis(self.dis_message, self.map_file_name, self.config)
#PushBullet
if self.config.getboolean('PUSHBULLET', 'ENABLE'):
with open(self.map_file_name, "rb") as pic:
map_data = self.pb.upload_file(pic, "Tookoff IMG")
self.pb_channel.push_note(self.config.get('PUSHBULLET', 'TITLE'), self.tookoff_message)
self.pb_channel.push_file(**map_data)
#Twitter
if self.config.getboolean('TWITTER', 'ENABLE'):
twitter_media_map_obj = self.tweet_api.media_upload(self.map_file_name)
alt_text = "Call: " + self.callsign + " On Ground: " + str(self.on_ground) + " Alt: " + str(self.geo_alt_ft) + " Last Contact: " + str(time_since_contact) + " Trigger: " + self.trigger_type
self.tweet_api.create_media_metadata(media_id= twitter_media_map_obj.media_id, alt_text= alt_text)
self.tweet_api.update_status(status = ((self.twitter_title + " " + self.tookoff_message).strip()), media_ids=[twitter_media_map_obj.media_id])
#self.tweet_api.update_with_media(self.map_file_name, status = (self.twitter_title + " " + self.tookoff_message).strip())
self.takeoff_time = time.time()
os.remove(self.map_file_name)
if self.landed:
self.landed_time_msg = ""
if self.takeoff_time != None:
self.landed_time = time.time() - self.takeoff_time
if platform.system() == "Linux":
self.landed_time_msg = time.strftime("Apx. flt. time %-H Hours : %-M Mins. ", time.gmtime(self.landed_time))
elif platform.system() == "Windows":
self.landed_time_msg = time.strftime("Apx. flt. time %#H Hours : %#M Mins. ", time.gmtime(self.landed_time))
if self.invalid_Location is False:
self.landed_message = (self.landed_header + self.aera_hierarchy + ", " + self.state + ", " + self.country_code + ". " + self.landed_time_msg)
else:
self.landed_message = ("Landed", self.landed_time_msg)
print (self.landed_message)
#Google Map or tar1090 screenshot
if self.config.get('MAP', 'OPTION') == "GOOGLESTATICMAP":
getMap((self.aera_hierarchy + ", " + self.state + ", " + self.country_code), self.icao)
elif self.config.get('MAP', 'OPTION') == "ADSBX":
getSS(self.icao)
append_airport(self.map_file_name, nearest_airport_dict['icao'], nearest_airport_dict['name'], nearest_airport_dict['distance'])
invalid_Location = True
print (Fore.RED)
print (geoError)
print ("Invalid Location, Likely Over Water ")
print(Style.RESET_ALL)
else:
raise Exception("Map option not set correctly in this planes conf")
#Discord
if self.config.getboolean('DISCORD', 'ENABLE'):
self.dis_message = (self.dis_title + " " +self.landed_message + nearest_airport_dict['icao'] + ", " + nearest_airport_dict["name"]).strip()
sendDis(self.dis_message, self.map_file_name, self.config)
#PushBullet
if self.config.getboolean('PUSHBULLET', 'ENABLE'):
with open(self.map_file_name, "rb") as pic:
map_data = self.pb.upload_file(pic, "Landed IMG")
self.pb_channel.push_note(self.config.get('PUSHBULLET', 'TITLE'), self.landed_message)
self.pb_channel.push_file(**map_data)
#Twitter
if self.config.getboolean('TWITTER', 'ENABLE'):
twitter_media_map_obj = self.tweet_api.media_upload(self.map_file_name)
alt_text = "Call: " + self.callsign + " On Ground: " + str(self.on_ground) + " Alt: " + str(self.geo_alt_ft) + " Last Contact: " + str(time_since_contact) + " Trigger: " + self.trigger_type
self.tweet_api.create_media_metadata(media_id= twitter_media_map_obj.media_id, alt_text= alt_text)
self.tweet_api.update_status(status = ((self.twitter_title + " " + self.landed_message).strip()), media_ids=[twitter_media_map_obj.media_id])
#self.tweet_api.update_with_media(self.map_file_name, status = (self.twitter_title + " " + self.landed_message).strip())
self.takeoff_time = None
self.landed_time = None
self.time_since_tk = None
os.remove(self.map_file_name)
self.last_contact = None
#Set Discord Title
if self.config.getboolean('DISCORD', 'ENABLE'):
self.dis_title = self.icao if self.config.get('DISCORD', 'TITLE') == "icao" else self.callsign if self.config.get('DISCORD', 'TITLE') == "callsign" else self.config.get('DISCORD', 'TITLE')
#Set Twitter Title
if self.config.getboolean('TWITTER', 'ENABLE'):
self.twitter_title = self.icao if self.config.get('TWITTER', 'TITLE') == "icao" else self.callsign if self.config.get('TWITTER', 'TITLE') == "callsign" else self.config.get('TWITTER', 'TITLE')
#Takeoff Notifcation and Landed
if self.tookoff:
if invalid_Location is False:
tookoff_message = (self.tookoff_header + aera_hierarchy + ", " + state + ", " + country_code + ". ")
else:
tookoff_message = ("Took off")
print (tookoff_message)
#Google Map or tar1090 screenshot
if self.config.get('MAP', 'OPTION') == "GOOGLESTATICMAP":
getMap((aera_hierarchy + ", " + state + ", " + country_code), self.icao)
elif self.config.get('MAP', 'OPTION') == "ADSBX":
getSS(self.icao, self.overlays)
if nearest_airport_dict != None:
append_airport(self.map_file_name, nearest_airport_dict['icao'], nearest_airport_dict['name'], nearest_airport_dict['distance'])
airport_string = nearest_airport_dict['icao'] + ", " + nearest_airport_dict["name"]
else:
airport_string = ""
else:
raise Exception("Map option not set correctly in this planes conf")
#Discord
if self.config.getboolean('DISCORD', 'ENABLE'):
dis_message = (self.dis_title + " " + tookoff_message + airport_string).strip()
sendDis(dis_message, self.map_file_name, self.config)
#PushBullet
if self.config.getboolean('PUSHBULLET', 'ENABLE'):
with open(self.map_file_name, "rb") as pic:
map_data = self.pb.upload_file(pic, "Tookoff IMG")
self.pb_channel.push_note(self.config.get('PUSHBULLET', 'TITLE'), tookoff_message)
self.pb_channel.push_file(**map_data)
#Twitter
if self.config.getboolean('TWITTER', 'ENABLE'):
twitter_media_map_obj = self.tweet_api.media_upload(self.map_file_name)
alt_text = "Call: " + self.callsign + " On Ground: " + str(self.on_ground) + " Alt: " + str(self.geo_alt_ft) + " Last Contact: " + str(time_since_contact) + " Trigger: " + self.trigger_type
self.tweet_api.create_media_metadata(media_id= twitter_media_map_obj.media_id, alt_text= alt_text)
self.tweet_api.update_status(status = ((self.twitter_title + " " + tookoff_message).strip()), media_ids=[twitter_media_map_obj.media_id])
#self.tweet_api.update_with_media(self.map_file_name, status = (self.twitter_title + " " + tookoff_message).strip())
self.takeoff_time = time.time()
os.remove(self.map_file_name)
if self.landed:
self.landed_time_msg = ""
if self.takeoff_time != None:
self.landed_time = time.time() - self.takeoff_time
if platform.system() == "Linux":
self.landed_time_msg = time.strftime("Apx. flt. time %-H Hours : %-M Mins. ", time.gmtime(self.landed_time))
elif platform.system() == "Windows":
self.landed_time_msg = time.strftime("Apx. flt. time %#H Hours : %#M Mins. ", time.gmtime(self.landed_time))
if invalid_Location is False:
landed_message = (self.landed_header + aera_hierarchy + ", " + state + ", " + country_code + ". " + self.landed_time_msg)
else:
landed_message = ("Landed" + ", " + self.landed_time_msg)
print (landed_message)
#Google Map or tar1090 screenshot
if self.config.get('MAP', 'OPTION') == "GOOGLESTATICMAP":
getMap((aera_hierarchy + ", " + state + ", " + country_code), self.icao)
elif self.config.get('MAP', 'OPTION') == "ADSBX":
getSS(self.icao, self.overlays)
if nearest_airport_dict != None:
append_airport(self.map_file_name, nearest_airport_dict['icao'], nearest_airport_dict['name'], nearest_airport_dict['distance'])
airport_string = nearest_airport_dict['icao'] + ", " + nearest_airport_dict["name"]
else:
airport_string = ""
#Set Variables to compare to next check
self.last_feeding = self.feeding
self.last_geo_alt_ft = self.geo_alt_ft
self.last_on_ground = self.on_ground
self.last_below_desired_ft = self.below_desired_ft
self.last_longitude = self.longitude
self.last_latitude = self.latitude
else:
raise Exception("Map option not set correctly in this planes conf")
#Discord
if self.config.getboolean('DISCORD', 'ENABLE'):
dis_message = (self.dis_title + " " + landed_message + " " + airport_string).strip()
sendDis(dis_message, self.map_file_name, self.config)
#PushBullet
if self.config.getboolean('PUSHBULLET', 'ENABLE'):
with open(self.map_file_name, "rb") as pic:
map_data = self.pb.upload_file(pic, "Landed IMG")
self.pb_channel.push_note(self.config.get('PUSHBULLET', 'TITLE'), landed_message)
self.pb_channel.push_file(**map_data)
#Twitter
if self.config.getboolean('TWITTER', 'ENABLE'):
twitter_media_map_obj = self.tweet_api.media_upload(self.map_file_name)
alt_text = "Call: " + self.callsign + " On Ground: " + str(self.on_ground) + " Alt: " + str(self.geo_alt_ft) + " Last Contact: " + str(time_since_contact) + " Trigger: " + self.trigger_type
self.tweet_api.create_media_metadata(media_id= twitter_media_map_obj.media_id, alt_text= alt_text)
self.tweet_api.update_status(status = ((self.twitter_title + " " + landed_message).strip()), media_ids=[twitter_media_map_obj.media_id])
#self.tweet_api.update_with_media(self.map_file_name, status = (self.twitter_title + " " + landed_message).strip())
self.takeoff_time = None
self.landed_time = None
self.time_since_tk = None
os.remove(self.map_file_name)
self.last_contact = None
#Set Variables to compare to next check
self.last_feeding = self.feeding
self.last_geo_alt_ft = self.geo_alt_ft
self.last_on_ground = self.on_ground
self.last_below_desired_ft = self.below_desired_ft
self.last_longitude = self.longitude
self.last_latitude = self.latitude
elif self.val_error:
print ("Failed to Parse Will Recheck this Plane After new data")
if self.takeoff_time != None:
self.elapsed_time = time.time() - self.takeoff_time
self.time_since_tk = time.strftime("Time Since Take off %H Hours : %M Mins : %S Secs", time.gmtime(self.elapsed_time))
print(self.time_since_tk)
print (Back.MAGENTA, "---------------------------------------------------------------------------", Style.RESET_ALL)
self.printheader("foot")
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