public void ShouldPassRawDataToOnRawResponseRecivied()
{
var request = new DistanceMatrixRequest
{
ApiKey = ApiKey,
Origins = new[] { "placeholder" },
Destinations = new[] { "3,4" },
};
var rawData = new byte[0];
RawResponseReciviedDelegate onRawResponseRecivied = data => rawData = data;
GoogleMaps.DistanceMatrix.OnRawResponseRecivied += onRawResponseRecivied;
try
{
var result = GoogleMaps.DistanceMatrix.Query(request);
if (result.Status == DirectionsStatusCodes.OVER_QUERY_LIMIT)
Assert.Inconclusive("Cannot run test since you have exceeded your Google API query limit.");
Assert.AreEqual(DirectionsStatusCodes.OK, result.Status);
CollectionAssert.IsNotEmpty(rawData);
}
finally
{
GoogleMaps.DistanceMatrix.OnRawResponseRecivied -= onRawResponseRecivied;
}
}
public void ShouldReplaceUriViaOnUriCreated()
{
var request = new DistanceMatrixRequest
{
ApiKey = ApiKey,
Origins = new[] { "placeholder" },
Destinations = new[] { "3,4" },
};
UriCreatedDelegate onUriCreated = delegate (Uri uri)
{
var builder = new UriBuilder(uri);
builder.Query = builder.Query.Replace("placeholder", "1,2");
return builder.Uri;
};
GoogleMaps.DistanceMatrix.OnUriCreated += onUriCreated;
try
{
var result = GoogleMaps.DistanceMatrix.Query(request);
if (result.Status == DirectionsStatusCodes.OVER_QUERY_LIMIT)
Assert.Inconclusive("Cannot run test since you have exceeded your Google API query limit.");
Assert.AreEqual(DirectionsStatusCodes.OK, result.Status);
Assert.AreEqual("1,2", result.OriginAddresses.First());
}
finally
{
GoogleMaps.DistanceMatrix.OnUriCreated -= onUriCreated;
}
}
public void ShouldReturnImperialUnitsIfImperialPassedAsParameter()
{
var request = new DistanceMatrixRequest
{
ApiKey = ApiKey,
Units = DistanceMatrixUnitSystems.imperial,
Origins = new[] { "49.64265,12.50088" },
Destinations = new[] { "53.64308,10.52726" },
};
var result = GoogleMaps.DistanceMatrix.Query(request);
if (result.Status == DirectionsStatusCodes.OVER_QUERY_LIMIT)
Assert.Inconclusive("Cannot run test since you have exceeded your Google API query limit.");
Assert.True(result.Rows.First().Elements.First().Distance.Text.Contains("mi"));
}
public void ShouldReturnDurationInTrafficWhenDepartureTimeAndApiKeySpecified()
{
var request = new DistanceMatrixRequest
{
ApiKey = ApiKey,
DepartureTime = new Time(),
Origins = new[] { "49.64265,12.50088" },
Destinations = new[] { "53.64308,10.52726" },
};
var result = GoogleMaps.DistanceMatrix.Query(request);
if (result.Status == DirectionsStatusCodes.OVER_QUERY_LIMIT)
Assert.Inconclusive("Cannot run test since you have exceeded your Google API query limit.");
Assert.AreEqual(DirectionsStatusCodes.OK, result.Status);
Assert.IsNotNull(result.Rows.First().Elements.First().DurationInTraffic);
}
public void ShouldThrowExceptionWheTransitRoutingPreferenceSpecifiedForNonTransitModes()
{
var request = new DistanceMatrixRequest
{
ApiKey = ApiKey,
Mode = DistanceMatrixTravelModes.driving,
TransitRoutingPreference = DistanceMatrixTransitRoutingPreferences.less_walking,
Origins = new[] { "49.64265,12.50088" },
Destinations = new[] { "53.64308,10.52726" },
};
Assert.Throws<ArgumentException>(() => GoogleMaps.DistanceMatrix.Query(request));
}
public void ShouldThrowExceptionWhenTransitModesSuppliedForNonTransitMode()
{
var request = new DistanceMatrixRequest
{
ApiKey = ApiKey,
Mode = DistanceMatrixTravelModes.driving,
TransitModes = new DistanceMatrixTransitModes[] { DistanceMatrixTransitModes.bus, DistanceMatrixTransitModes.subway},
Origins = new[] { "49.64265,12.50088" },
Destinations = new[] { "53.64308,10.52726" },
};
Assert.Throws<ArgumentException>(() => GoogleMaps.DistanceMatrix.Query(request));
}
public void ShouldThrowExceptionWhenTrafficModelSuppliedWithoutDepartureTime()
{
var request = new DistanceMatrixRequest
{
ApiKey = ApiKey,
Mode = DistanceMatrixTravelModes.driving,
TrafficModel = DistanceMatrixTrafficModels.optimistic,
Origins = new[] { "49.64265,12.50088" },
Destinations = new[] { "53.64308,10.52726" },
};
Assert.Throws<ArgumentException>(() => GoogleMaps.DistanceMatrix.Query(request));
}
public void ShouldThrowExceptionWhenDepartureTimeAndArrivalTimeSpecified()
{
var request = new DistanceMatrixRequest
{
ApiKey = ApiKey,
DepartureTime = new Time(),
ArrivalTime = new Time(),
Mode = DistanceMatrixTravelModes.transit,
Origins = new[] { "49.64265,12.50088" },
Destinations = new[] { "53.64308,10.52726" },
};
Assert.Throws<ArgumentException>(() => GoogleMaps.DistanceMatrix.Query(request));
}
public void ShouldReturnValidValueWhenTwoOriginsSpecified()
{
var request = new DistanceMatrixRequest
{
Origins = new[] { "49.64265,12.50088", "49.17395,12.87028" },
Destinations = new[] { "53.64308,10.52726" }
};
var result = GoogleMaps.DistanceMatrix.Query(request);
if (result.Status == DirectionsStatusCodes.OVER_QUERY_LIMIT)
Assert.Inconclusive("Cannot run test since you have exceeded your Google API query limit.");
Assert.AreEqual(DirectionsStatusCodes.OK, result.Status);
CollectionAssert.AreEqual(
new[] { "Alter Sirksfelder Weg 7, 23881 Koberg, Germany" },
result.DestinationAddresses);
CollectionAssert.AreEqual(
new[] { "Pilsener Str. 18, 92726 Waidhaus, Germany", "Böhmerwaldstraße 19, 93444 Bad Kötzting, Germany" },
result.OriginAddresses);
Assert.AreEqual(2, result.Rows.Count());
Assert.AreEqual(DirectionsStatusCodes.OK, result.Rows.First().Elements.First().Status);
Assert.AreEqual(DirectionsStatusCodes.OK, result.Rows.Last().Elements.First().Status);
}
public void ShouldReturnValidValueWhenOneOriginAndOneDestinationsSpeciefed()
{
var request = new DistanceMatrixRequest
{
Origins = new[] { "49.64265,12.50088" },
Destinations = new[] { "53.64308,10.52726" }
};
var result = GoogleMaps.DistanceMatrix.Query(request);
if (result.Status == DirectionsStatusCodes.OVER_QUERY_LIMIT)
Assert.Inconclusive("Cannot run test since you have exceeded your Google API query limit.");
Assert.AreEqual(DirectionsStatusCodes.OK, result.Status);
CollectionAssert.AreEqual(
new [] {"Alter Sirksfelder Weg 7, 23881 Koberg, Germany"},
result.DestinationAddresses);
CollectionAssert.AreEqual(
new[] { "Pilsener Str. 18, 92726 Waidhaus, Germany" },
result.OriginAddresses);
Assert.AreEqual(DirectionsStatusCodes.OK, result.Rows.First().Elements.First().Status);
Assert.IsNotNull(result.Rows.First().Elements.First().Distance);
Assert.IsNotNull(result.Rows.First().Elements.First().Duration);
}
/// <summary>
/// Calcul le Trajet entre deux points
/// </summary>
/// <param name="_adress1"></param>
/// <param name="_adress2"></param>
/// <returns></returns>
public static MapsInfo calculTrajet(Adress _adress1, Adress _adress2)
{
try
{
// Driving directions
DistanceMatrixRequest drivingDirectionRequest = new DistanceMatrixRequest
{
Origins = new string[] { String.Format("{0}, {1}, {2} FR", _adress1.Voie, _adress1.CodePostal, _adress1.Ville) },
Destinations = new string[] { String.Format("{0}, {1}, {2} FR", _adress2.Voie, _adress2.CodePostal, _adress2.Ville) },
ApiKey = "AIzaSyCFMHHP5HpnqBQ8DT9yTc03U3QNqdQkVtE",
Alternatives = true
};
DistanceMatrixResponse distanceResponse;
distanceResponse = GoogleMapsApi.GoogleMaps.DistanceMatrix.Query(drivingDirectionRequest);
Distance _distance = distanceResponse.Rows.First().Elements.First().Distance;
Duration _duration = distanceResponse.Rows.First().Elements.First().Duration;
return new MapsInfo() { Distance = _distance.Text, Duration = _duration.Text, TempsTrajet = _duration.Value };
}
catch (Exception _exc)
{
Log.Error("Erreur lors du calcul du trajet : ", _exc);
return new MapsInfo() { Distance = "---- km", Duration = "--:--:--", TempsTrajet = TimeSpan.MinValue };
}
}
