def navigate_between(source_name, destination_name):
starting_destination_id = get_id_of_station(source_name)
#print(starting_destination_id)
destination_station_id = get_id_of_station(destination_name)
#print(destination_station_id)
return mvg_api.get_route(starting_destination_id, destination_station_id)
def get_mvv_duration(start, destination, date):
td = 0
try:
route = mvg_api.get_route((start.x, start.y), (destination.x, destination.y), time=date)
if (len(route) >= 1):
arrival = route[0]['arrival_datetime']
departure = route[0]['departure_datetime']
td = divide((arrival - departure).seconds, 60)
return {"price": 3.3, "duration": td}
except:
return None
def test(_start: str, _dest: str):
now = datetime.now()
# for debug proposes
# now = datetime(2020, 3, 30, 17, 25, 0, 0)
test_start = mvg_api.get_id_for_station(_start)
test_dest = mvg_api.get_id_for_station(_dest)
print("ID test_start: ", test_start)
print("ID test_dest: ", test_dest)
print("\n")
routes = mvg_api.get_route(test_start, test_dest, now)
for e in routes:
print(e)
print_route(e)
print("\n")
return
def main():
start = "de:09162:9" # Laim
dest = "de:09178:2680" # Freising
connections = mvg_api.get_route(start, dest)
for connection in connections:
departure = connection["departure"]
arrival = connection["arrival"]
print("{}min".format(round((arrival - departure) / 1000 / 60), ))
for part in connection["connectionPartList"]:
line = "{}+{} -> {}+{} ".format(
time_of_day(part["departure"]),
part.get("delay", 0),
time_of_day(part["arrival"]),
part.get("arrDelay", 0),
)
if part["connectionPartType"] == "FOOTWAY":
line += "Footway"
else:
line += "[{}] {} {} ({})".format(
part["departurePlatform"],
part["product"],
part["label"],
part["destination"],
)
if part["cancelled"]:
line = "CANCELLED! " + line
if part["sev"]:
line = "SEV!!! " + line
print(line)
for nt in part.get("notifications", []):
if any(l["lineNumber"] == part["label"] for l in nt["lines"]):
print(" NOTE: " + nt["title"])
print()
def get_next_departures() -> List[MyEntry]:
Logger.info("Model.get_next_departures: started")
_now = datetime.now()
# _now = datetime(2020, 3, 31, 16, 15, 0, 0)
_list: List[MyEntry] = []
try:
_start = mvg_api.get_id_for_station(start_str)
_dest = mvg_api.get_id_for_station(destination_str)
if _start is None or _dest is None:
raise ValueError('Route nicht definiert.', _start, _dest)
_routes = mvg_api.get_route(_start, _dest, _now)
for c in range(amount):
_list.append(process_route(_routes[c]))
Logger.info("Model.get_next_departures: normal fetch")
except requests.exceptions.ConnectionError:
Logger.info("Model.get_next_departures: Connectionerror")
# error entry
_error_entry: MyEntry = MyEntry()
_error_entry.img_ok_path = res_path + ok_path + resources_dict.get(
"WARNING") + ok_ext
_error_entry.img_N_path = res_path + notification_path + resources_dict.get(
"WARNING") + notification_ext
_error_entry.label = 'Verbindungsfehler'
_error_entry.destination = '.'
# help entry
_help_entry: MyEntry = MyEntry()
_help_entry.img_ok_path = res_path + ok_path + resources_dict.get(
"WARNING") + ok_ext
_help_entry.img_N_path = res_path + notification_path + resources_dict.get(
"WARNING") + notification_ext
_help_entry.destination = '.'
_help_entry.label = 'WLAN überprüfen'
# append
_list.append(_error_entry)
_list.append(_help_entry)
except ValueError as verror:
Logger.info("Model.get_next_departures: Valueerror")
# error entry
_error_entry: MyEntry = MyEntry()
_error_entry.img_ok_path = res_path + ok_path + resources_dict.get(
"WARNING") + ok_ext
_error_entry.img_N_path = res_path + notification_path + resources_dict.get(
"WARNING") + notification_ext
_error_entry.destination = '!'
if verror.args[1] is None:
_error_entry.label = 'Startort unbekannt'
elif verror.args[2] is None:
_error_entry.label = 'Zielort unbekannt'
# help entry
_help_entry: MyEntry = MyEntry()
_help_entry.img_ok_path = res_path + ok_path + resources_dict.get(
"WARNING") + ok_ext
_help_entry.img_N_path = res_path + notification_path + resources_dict.get(
"WARNING") + notification_ext
_help_entry.destination = '!'
_help_entry.label = 'Überprüfe die Einstellungen'
# append
_list.append(_error_entry)
_list.append(_help_entry)
finally:
Logger.info("Model.get_next_departures: finished!")
return _list
station_id_from = station_data_from[0]['id']
station_to = input("Enter Destination : ")
station_data_to = mvg.get_stations(station_to) # Feldmoching Frankfurter Ring Scheidplatz
station_id_to = station_data_to[0]['id']
#print (station_id_from)
#print (station_id_to)
route_data = mvg.get_route(station_id_from, station_id_to)
#print(route_data[0]['ringFrom'])
#print(route_data[0]['ringTo'])
print (route_data)
print('You have to travel from Ring: ' + str(route_data[0]['ringFrom']) + ' to Ring: ' + str(route_data[0]['ringTo']))
'''
new_list_stations = []
idss = mvg.get_stations('')
for station in idss:
#print(station)
id = station['id']
name = station['name']
new_idss = {'id': id, 'name': name}
print(new_idss)
new_list_stations.append(new_idss)
start_station = 1110
for station in new_list_stations:
mvg.get_route(start_station, station['id'])
index += 1
print(route[8]['ringFrom'])'''
station_from = input("Enter Origin : ")
station_data_from = mvg.get_stations(
station_from) #'Karlsplatz (Stachus)' Isartor Marienplatz
station_id_from = station_data_from[0]['id']
station_to = input("Enter Destination : ")
station_data_to = mvg.get_stations(
station_to) # Feldmoching Frankfurter Ring Scheidplatz
station_id_to = station_data_to[0]['id']
print(station_id_from)
print(station_id_to)
route_data = mvg.get_route(station_id_from, station_id_to)
print(route_data[0]['ringFrom'])
#print(route_data[0]['ringTo'])
print(route_data)
print('You have to travel from Ring: ' + str(route_data[0]['ringFrom']) +
' to Ring: ' + str(route_data[0]['ringTo']))
'''
new_list_stations = []
idss = mvg.get_stations('')
for station in idss:
#print(station)
id = station['id']
name = station['name']