public void Translate_Journey_CorrectTranslation()
{
const ulong time = 15761461220ul;
const ulong previousTime = 15761454920ul;
var tdb = new TransitDb(0);
var wr = tdb.GetWriter();
var l = wr.AddOrUpdateStop("Some Station", 4.123, 51.789, null);
var rootL = new StopId(1, 140860940, 184354050); // Supposed to be an OSM-location
var connection = new Connection(new ConnectionId(0, 1),
"testConnection", rootL, l, previousTime, (ushort)(time - previousTime), new TripId(0, 0));
var connId = wr.AddOrUpdateConnection(connection);
wr.Close();
var genesis = new Journey <TransferMetric>(rootL, previousTime, TransferMetric.Factory);
var j = genesis.ChainSpecial(connId, previousTime, l, new TripId(3, 3));
var op = new Operator("Op", tdb, null, 500, new string[] { }, new string[] { });
var operators = new OperatorSet(new List <Operator> {
op
});
var translatedSegment =
operators.TranslateWalkSegment(j, new CoordinatesCache(new DummyOtherMode(), false));
Assert.Contains("openstreetmap.org", translatedSegment.Departure.Location.Id);
Assert.DoesNotContain("openstreetmap.org", translatedSegment.Arrival.Location.Id);
}
/// <summary>
/// Requests the next departure for the specified route, direction, stop id and route type
/// </summary>
/// <param name="r">Route id</param>
/// <param name="d">Direction id</param>
/// <param name="s">Stop id</param>
/// <param name="t">Route type</param>
/// <returns>The next departure in a Departure object</returns>
public static async Task <Departure> GetNextDeparture(RouteId r, DirectionId d, RouteType t)
{
StopId s = t == RouteType.Train ? StopId.GlenferrieTrain : d == DirectionId.MelbUniViaStKilda ? StopId.GlenferrieTramMelbUni : StopId.GlenferrieTramKew;
Departure departure = (await PTV.RequestPTVPayloadAsync($"departures/route_type/{(int)t}/stop/{(int)s}/route/{(int)r}?direction_id={(int)d}&max_results=1")).Departures[0];
return(departure);
}
public TravellingTimeMinimizer Add(Journey <TravellingTimeMinimizer> journey, StopId currentLocation, ulong currentTime, TripId currentTripId,
bool currentIsSpecial)
{
var totalTimeWalking = _totalTimeWalking;
var totalTimeInVehicle = _totalTimeInVehicle;
var smallestTransfer = _smallestTransfer;
var journeyTime = (uint)(journey.ArrivalTime() - journey.DepartureTime());
if (journey.SpecialConnection && journey.Connection.Equals(OTHERMODE))
{
totalTimeWalking += journeyTime;
}
else if (journey.SpecialConnection && journey.Connection.Equals(OTHERMODE))
{
smallestTransfer = Math.Min(smallestTransfer, journeyTime);
}
else if (!journey.SpecialConnection)
{
// We simply are travelling in a vehicle
totalTimeInVehicle += journeyTime;
}
return(new TravellingTimeMinimizer(totalTimeWalking, totalTimeInVehicle, smallestTransfer));
}
public IOtherModeGenerator GetSource(StopId from, StopId to)
{
return(this);
}
