def main():
fr = flightradar24.Api()
flight = fr.get_flight('CZ300')
flight_id = flight['result']['response']['data'][0]['identification']['id']
timestamp = flight['result']['response']['timestamp']
json_file = get_json(flight_id, timestamp)
coordinates = parse_coordinates(json_file)
draw_the_flight(coordinates)
def main():
fr24 = flightradar24.Api()
# getGlobalAirlines(fr24)
# print(getAirlines())
getGlobalFlights(fr24)
# getGlobalFlight(fr24, "AFL")
for line in findByСoordinate("56.3268 44.0059"):
flight = parse.flight_information(line)
print(line)
print(flight.height)
def get_airline_flights(airline_code):
fr = flightradar24.Api()
flights_data = fr.get_flights(airline_code)
flights = []
for key, value in flights_data.items():
if isinstance(value, list):
flight_dict = {
"airline": airline_code,
"from": value[11],
"to": value[12],
"aircraft": value[8]
}
flights.append(flight_dict)
return flights
def getflight():
air = []
airline = 'BAW'
fr = flightradar24.Api()
flights = fr.get_flights(airline)
data = list(flights.values())
x = 2
while x >= 2:
x = x + 1
data1 = data[x][11:14]
air.append(data1)
df = pd.DataFrame(air)
df.to_csv('flights.csv', index=False)
print(data1)
return flights
def main():
fr24 = flightradar24.Api()
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
# sock.bind( ("192.168.1.111", 777) )
sock.bind(("", 777))
sock.listen(5)
while 1:
conn, addr = sock.accept()
data = conn.recv(16384)
udata = data.decode("utf-8")
user_info = parse.user_tcp(udata)
answer = []
if (user_info.ERROR != True):
if (user_info.command == user_info.commands["FlightsByCoordinates"]
):
answer = flights.findByСoordinate(
str(user_info.coordinate1) + " " +
str(user_info.coordinate2))
if (user_info.command == user_info.commands["FlightsByAirlines"]):
for airline in user_info.airlines:
flights.getGlobalFlight(fr24, airline)
answer += file.readLines(config.flights_dir + airline)
else:
answer = ["error"]
answer_string = ""
for answer_one in answer:
answer_string += answer_one + "\n"
conn.send(bytes(answer_string, 'utf-8'))
conn.close()
import flightradar24 import json # import pandas as pd flight_id = 'HD12' fr = flightradar24.Api() flight = fr.get_flight(flight_id) print(json.dumps(flight, indent=2))
def get_all_airlines():
fr = flightradar24.Api()
airlines = fr.get_airlines()
return airlines['rows']
def get_all_airports():
fr = flightradar24.Api()
airports = fr.get_airports()
return airports['rows']
def rawFlightList():
fr = flightradar24.Api()
alaskaAirlinesCode = 'ASA'
hawaiianAirlinesCode = 'HAL'
southwestAirlinesCode = 'SWA'
jetblueAirwaysCode = 'JBU'
deltaAirlinesCode = 'DAL'
frontierAirlinesCode = 'FFT'
spiritAirlinesCode = 'NKS'
americanAirlinesCode = 'AAL'
unitedAirlinesCode = 'UAL'
alaskaFlights = fr.get_flights(alaskaAirlinesCode)
alaskaHeaders = []
for i in alaskaFlights:
alaskaHeaders.append(i)
alaskaHeaders.pop()
alaskaHeaders.pop(0)
alaskaHeaders.pop(0)
alaskaData = []
for x in range(len(alaskaHeaders)):
alaskaData.append(alaskaFlights[alaskaHeaders[x]])
hawaiiFlights = fr.get_flights(hawaiianAirlinesCode)
hawaiiHeaders = []
for i in hawaiiFlights:
hawaiiHeaders.append(i)
hawaiiHeaders.pop()
hawaiiHeaders.pop(0)
hawaiiHeaders.pop(0)
hawaiiData = []
for x in range(len(hawaiiHeaders)):
hawaiiData.append(hawaiiFlights[hawaiiHeaders[x]])
southewestFlights = fr.get_flights(southwestAirlinesCode)
southwestHeaders = []
for i in southewestFlights:
southwestHeaders.append(i)
southwestHeaders.pop()
southwestHeaders.pop(0)
southwestHeaders.pop(0)
southwestData = []
for x in range(len(southwestHeaders)):
southwestData.append(southewestFlights[southwestHeaders[x]])
jetblueFlights = fr.get_flights(jetblueAirwaysCode)
jetblueHeaders = []
for i in jetblueFlights:
jetblueHeaders.append(i)
jetblueHeaders.pop()
jetblueHeaders.pop(0)
jetblueHeaders.pop(0)
jetblueData = []
for x in range(len(jetblueHeaders)):
jetblueData.append(jetblueFlights[jetblueHeaders[x]])
deltaFlights = fr.get_flights(deltaAirlinesCode)
deltaHeaders = []
for i in deltaFlights:
deltaHeaders.append(i)
deltaHeaders.pop()
deltaHeaders.pop(0)
deltaHeaders.pop(0)
deltaData = []
for x in range(len(deltaHeaders)):
deltaData.append(deltaFlights[deltaHeaders[x]])
frontierFlights = fr.get_flights(frontierAirlinesCode)
frontierHeaders = []
for i in frontierFlights:
frontierHeaders.append(i)
frontierHeaders.pop()
frontierHeaders.pop(0)
frontierHeaders.pop(0)
frontierData = []
for x in range(len(frontierData)):
frontierData.append(frontierFlights[frontierHeaders[x]])
spiritFlights = fr.get_flights(spiritAirlinesCode)
spiritHeaders = []
for i in spiritFlights:
spiritHeaders.append(i)
spiritHeaders.pop()
spiritHeaders.pop(0)
spiritHeaders.pop(0)
spiritData = []
for x in range(len(spiritHeaders)):
spiritData.append(spiritFlights[spiritHeaders[x]])
americanFlights = fr.get_flights(americanAirlinesCode)
americanHeaders = []
for i in americanFlights:
americanHeaders.append(i)
americanHeaders.pop()
americanHeaders.pop(0)
americanHeaders.pop(0)
americanData = []
for x in range(len(americanHeaders)):
americanData.append(americanFlights[americanHeaders[x]])
unitedFlights = fr.get_flights(unitedAirlinesCode)
unitedHeaders = []
for i in unitedFlights:
unitedHeaders.append(i)
unitedHeaders.pop()
unitedHeaders.pop(0)
unitedHeaders.pop(0)
unitedData = []
for x in range(len(unitedHeaders)):
unitedData.append(unitedFlights[unitedHeaders[x]])
return alaskaData, hawaiiData, southwestData, jetblueData, deltaData, frontierData, spiritData, americanData, unitedData
async def get_flights_by_company(company):
"""
Args:
Returns:
"""
try:
data = flightradar24.Api()
flights_data = data.get_flights(company)
ignore = ['version', 'total', 'full_count', 'stats']
for item in flights_data:
if item not in ignore:
flight_infos = flights_data[item]
callsign = flight_infos[16]
aircraft = flight_infos[8]
count_exist = len(RESULT_LIST[callsign])
try:
infos = data.get_flight(flight_infos[13])
for item in infos['result']['response']['data']:
today = datetime.utcnow().strftime("%Y-%m-%d")
flightdate = datetime.utcfromtimestamp(
item['time']['scheduled']['departure']).strftime(
'%Y-%m-%d')
if flightdate == today and callsign != '':
dep_position = defaultdict(list)
arr_position = defaultdict(list)
dep_icao = item['airport']['origin']['code'][
'icao']
arr_icao = item['airport']['destination']['code'][
'icao']
dep_time = item['time']['scheduled']['departure']
arr_time = item['time']['scheduled']['arrival']
dep_position[dep_icao].append({
'latitude':
item['airport']['origin']['position']
['latitude'],
'longitude':
item['airport']['origin']['position']
['longitude']
})
arr_position[arr_icao].append({
'latitude':
item['airport']['destination']['position']
['latitude'],
'longitude':
item['airport']['destination']['position']
['longitude']
})
if count_exist == 0:
RESULT_LIST[callsign].append({
'origin':
dep_position,
'destination':
arr_position,
'aircraft':
aircraft,
'dep_time':
datetime.utcfromtimestamp(
dep_time).strftime('%Y-%m-%d %H:%M'),
'arr_time':
datetime.utcfromtimestamp(
arr_time).strftime('%Y-%m-%d %H:%M')
})
else:
RESULT_LIST[callsign].clear()
RESULT_LIST[callsign].append({
'origin':
dep_position,
'destination':
arr_position,
'aircraft':
aircraft,
'dep_time':
datetime.utcfromtimestamp(
dep_time).strftime('%Y-%m-%d %H:%M'),
'arr_time':
datetime.utcfromtimestamp(
arr_time).strftime('%Y-%m-%d %H:%M')
})
except:
pass
except:
pass
return RESULT_LIST
def rawFlightList():
fr = flightradar24.Api()
airlines = fr.get_airlines()
alaskaAirlinesCode = 'ASA'
hawaiianAirlinesCode = 'HAL'
southwestAirlinesCode = 'SWA'
jetblueAirwaysCode = 'JBU'
deltaAirlinesCode = 'DAL'
frontierAirlinesCode = 'FFT'
spiritAirlinesCode = 'NKS'
americanAirlinesCode = 'AAL'
unitedAirlinesCode = 'UAL'
alaskaFlights = fr.get_flights(alaskaAirlinesCode)
hawaiianFlights = fr.get_flights(hawaiianAirlinesCode)
southwestFlights = fr.get_flights(southwestAirlinesCode)
jetblueFlights = fr.get_flights(jetblueAirwaysCode)
deltaFlights = fr.get_flights(deltaAirlinesCode)
frontierFlights = fr.get_flights(frontierAirlinesCode)
spiritFlights = fr.get_flights(spiritAirlinesCode)
americanFlights = fr.get_flights(americanAirlinesCode)
unitedFlights = fr.get_flights(unitedAirlinesCode)
alaskaFlightList = []
for i in alaskaFlights.values():
alaskaFlightList.append(i)
hawaiianFlightList = []
for i in hawaiianFlights.values():
hawaiianFlightList.append(i)
southwestFlightList = []
for i in southwestFlights.values():
southwestFlightList.append(i)
jetblueFlightList = []
for i in jetblueFlights.values():
jetblueFlightList.append(i)
deltaFlightList = []
for i in deltaFlights.values():
deltaFlightList.append(i)
frontierFlightList = []
for i in frontierFlights.values():
frontierFlightList.append(i)
spiritFlightList = []
for i in spiritFlights.values():
spiritFlightList.append(i)
americanFlightList = []
for i in americanFlights.values():
americanFlightList.append(i)
unitedFlightList = []
for i in unitedFlights.values():
unitedFlightList.append(i)
for x in range(0, 2):
alaskaFlightList.pop(0)
hawaiianFlightList.pop(0)
southwestFlightList.pop(0)
jetblueFlightList.pop(0)
deltaFlightList.pop(0)
frontierFlightList.pop(0)
spiritFlightList.pop(0)
americanFlightList.pop(0)
unitedFlightList.pop(0)
alaskaFlightList.pop()
hawaiianFlightList.pop()
southwestFlightList.pop()
jetblueFlightList.pop()
deltaFlightList.pop()
frontierFlightList.pop()
spiritFlightList.pop()
americanFlightList.pop()
unitedFlightList.pop()
finalDict = {
'alaska': alaskaFlightList,
'hawaiian': hawaiianFlightList,
'southwest': southwestFlightList,
'jetblue': jetblueFlightList,
'delta': deltaFlightList,
'frontier': frontierFlightList,
'spirit': spiritFlightList,
'american': americanFlightList,
'united': unitedFlightList
}
return alaskaFlightList, hawaiianFlightList, southwestFlightList, jetblueFlightList, deltaFlightList, \
frontierFlightList, spiritFlightList, americanFlightList, unitedFlightList
import flightradar24
fr24api = flightradar24.Api()
def get_ground_speed(flight_icao, airline_icao):
flights = fr24api.get_flights(airline_icao)
for i in flights:
flight = flights[i]
if isinstance(flight, list) == True:
if flight[16] == flight_icao:
return flight[5]
return 0
def getmaphtml(flight_id=airplane_id):
s = str("")
if flight_id == '':
s = str("""<html><head><style>h3{margin-top: 20px;}</style></head><body><h3>Plane not selected</h3></body></html>""")
else:
fr = flightradar24.Api()
flight = fr.get_flight(flight_id) # getting data like flight.json
# print(flight)
flightData = flight["result"]["response"]["data"]
if flightData != None:
livePlanes = [plane for plane in flightData if plane["status"]["live"]]
livePlanesId = [plane["identification"]["id"] for plane in livePlanes]
livePlanesAirline = [plane["airline"]["code"]["icao"] for plane in livePlanes]
# print(livePlanes)
print("Live planes: " + str(len(livePlanes)))
if len(livePlanes) > 0:
print("Plane id: " + livePlanesId[0])
print("Airline: " + livePlanesAirline[0])
flights = fr.get_flights(livePlanesAirline[0]) # getting data like flights.json
# print(flights)
planeLat = flights[livePlanesId[0]][1]
planeLng = flights[livePlanesId[0]][2]
planeAngle = flights[livePlanesId[0]][3]
planeAltitude = flights[livePlanesId[0]][4]
planeSpeed = flights[livePlanesId[0]][5]
print("Latitude: " + str(planeLat) + " Longitude: " + str(planeLng) + " Speed: " + str(
round(planeSpeed * 1.852)) + "(km/h) Altitude: " + str(round(planeAltitude / 3281, 3)) + "km")
s = str("""<html>
<head>
<style>
/* Set the size of the div element that contains the map */
#map {
height: 100%; /* The height is 400 pixels */
width: 100%; /* The width is the width of the web page */
}
</style>
</head>
<body>
<!--The div element for the map -->
<div id="map"></div>
<script>
// Initialize and add the map
function initMap() {
// The location of airplane
var plane = {lat: """ + str(planeLat) + """, lng: """ + str(planeLng) + """};
// The map, centered at plane
var map = new google.maps.Map(
document.getElementById('map'), {zoom: 5, center: plane});
// The marker, positioned at plane
var icon = {
// url: "https://ru.seaicons.com/wp-content/uploads/2015/08/Airplane-Top-Red-icon.png", // url
path: 'M 22 16 v -2 l -8.5 -5 V 3.5 C 13.5 2.67 12.83 2 12 2 s -1.5 0.67 -1.5 1.5 V 9 L 2 14 v 2 l 8.5 -2.5 V 19 L 8 20.5 L 8 22 l 4 -1 l 4 1 l 0 -1.5 L 13.5 19 v -5.5 L 22 16 Z',
fillColor: '#F00',
fillOpacity: 1,
// scaledSize: new google.maps.Size(64, 64), // scaled size
// origin: new google.maps.Point(0,0), // origin
anchor: new google.maps.Point(11, 8), // anchor
rotation: """ + str(planeAngle) + """,
scale: 1
};
var marker = new google.maps.Marker({position: plane, map: map, icon: icon, title: "Plane is here!", label: "Plane"});
}
</script>
<script async defer
src="https://maps.googleapis.com/maps/api/js?key=""" + str(api_key) + """&callback=initMap">
</script>
</body>
</html>""")
else:
s = str("""<html><head><style>h3{margin-top: 20px;}</style></head><body><h3>Plane is offline</h3></body></html>""")
else:
s = str("""<html><head><style>h3{margin-top: 20px;}</style></head><body><h3>Can't find plane</h3></body></html>""")
return s