public async Task GetCurrentCondition()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var q = new GetCurrentConditionsRequest
{
Query = "47.641268,-122.125679",
Unit = Unit.imperial
};
var res = await am.GetCurrentCondition(q);
Assert.Null(res.Error);
}
public async Task GetDailyForeCast()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var q = new GetForecastRequest
{
Query = "62.6490341,30.0734812",
Unit = Unit.metric
};
var res = await am.GetDailyForecast(q);
Assert.Null(res.Error);
}
public void GetGreatCircleDistance()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetGreatCircleDistance(new AzureMapsToolkit.Spatial.GreatCircleDistanceRequest
{
Query = "47.622942,-122.316456:47.610378,-122.200676"
}).Result;
Assert.Null(res.Error);
Assert.Equal(8797.62, res.Result.Result.DistanceInMeters);
}
public void GetTransitLineInfo()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetTransitLineInfo(new AzureMapsToolkit.Mobility.TransitLineInfoRequest
{
MetroId = 121,
Query = "373411",
DetailType = TransitLineDetailType.Stops | TransitLineDetailType.Schedule | TransitLineDetailType.Stops
}).Result;
Assert.Null(res.Error);
}
public void GetCarShareInfo()
{
return;
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetCarShareInfo(new AzureMapsToolkit.Mobility.CarShareInfoRequest
{
Query = ""
}).Result;
Assert.Null(res.Error);
}
public void Update()
{
return;
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var json = "{\"type\": \"FeatureCollection\", \"features\": [{\"type\": \"Feature\",\"geometry\": {\"type\": \"Point\",\"coordinates\": [-122.126986, 47.639754]}, \"properties\": {\"geometryId\": \"001\",\"radius\": 500}}]}";
var res = am.Update(System.Guid.Parse(""), json).Result;
Assert.NotNull(res.Result);
Assert.Null(res.Error);
}
public void GetRouteRange()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new RouteRangeRequest
{
Query = "52.50931,13.42936",
TimeBudgetInSec = "12000"
};
var range = am.GetRouteRange(req).Result;
Assert.NotNull(range.Result.ReachableRange.Boundary);
}
public void GetRouteDirections()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new RouteRequestDirections
{
Query = "52.50931,13.42936:52.50274,13.43872"
};
var directions = am.GetRouteDirections(req).Result;
Assert.Null(directions.Error);
Assert.NotNull(directions.Result);
}
public async Task GetDailyIndices()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var q = new GetDailyIndicesRequest
{
Query = "43.84745,-79.37849",
//IndexGroupId = 11
};
var res = await am.GetDailyIndices(q);
Assert.Null(res.Error);
}
public void GetRouteDirectionsError()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new RouteRequestDirections
{
Query = "52.50931,13.42936:52.50274,13.43872",
VehicleEngineType = VehicleEngineType.Combustion
};
var directions = am.GetRouteDirections(req).Result;
Assert.NotNull(directions.Error);
}
public async Task GetElevationDataForBoundingBox()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new AzureMapsToolkit.Elevation.GetElevationDataForBoundingBoxRequest
{
Bounds = "-121.66853362143818, 46.84646479863713,-121.65853362143818, 46.8564647986371",
Rows = 2,
Columns = 3
};
var res = await am.GetElevationDataForBoundingBox(req);
Assert.Null(res.Error);
}
public async Task GetTimezoneWindowsToIANA()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new TimezoneWindowsToIANARequest
{
Query = "pacific standard time"
};
var r = await am.GetTimezoneWindowsToIANA(req);
Assert.Null(r.Error);
Assert.NotNull(r.Result);
}
public void GetCopyrightFromBoundingBox()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new CopyrightFromBoundingBoxRequest
{
Mincoordinates = "52.41064,4.84228",
Maxcoordinates = "52.41072,4.84239",
Text = "yes"
};
var res = am.GetCopyrightFromBoundingBox(req).Result;
Assert.Null(res.Error);
}
public void GetClosestPoint()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetClosestPoint(new AzureMapsToolkit.Spatial.GetClosestPointRequest
{
Lon = -105.05860381672178,
Lat = 40.516153406773952,
Udid = Guid.Parse(""),
NumberOfClosestPoints = 2
}).Result;
Assert.Null(res.Error);
}
public void GetTimeZoneByCoordinates()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new TimeZoneRequest
{
Query = "47.0,-122",
Options = TimezoneOptions.All
};
var r = am.GetTimezoneByCoordinates(req).Result;
Assert.Null(r.Error);
Assert.Equal("US", r.Result.TimeZones[0].Countries[0].Code);
}
public void GetBuffer()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetBuffer(new AzureMapsToolkit.Spatial.GetBufferRequest
{
Udid = System.Guid.Parse(""),
Distances = 100.ToString()
}).Result;
Assert.Null(res.Error);
Assert.NotNull(res.Result.Summary);
}
public void GetTimezoneWindowsToIANA()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new TimezoneWindowsToIANARequest
{
Query = "pacific standard time"
};
var r = am.GetTimezoneWindowsToIANA(req).Result;
Assert.Null(r.Error);
Assert.Equal(6, r.Result.Count());
}
public void GetTimeZoneById()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new TimeZoneRequest
{
Query = "Europe/Stockholm",
Options = TimezoneOptions.All
};
var r = am.GetTimezoneById(req).Result;
Assert.Null(r.Error);
Assert.Equal("SE", r.Result.TimeZones[0].Countries[0].Code);
}
public void GetMetroAreaInfo()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetMetroAreaInfo(new AzureMapsToolkit.Mobility.MetroAreaInfoRequest
{
Query = "121",
DetailType = $"{AzureMapsToolkit.Mobility.DetailType.AGENCIES}"
}).Result;
Assert.Null(res.Error);
Assert.Equal("NICE bus", res.Result.Agencies.First().AgencyName);
}
public void GetSearchFuzzy()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new SearchFuzzyRequest
{
Query = "seattle"
};
var res = am.GetSearchFuzzy(req).Result;
Assert.Null(res.Error);
Assert.Equal(1, res.Result.Summary.FuzzyLevel);
}
public void PostClosestPoint()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.PostClosestPoint(new AzureMapsToolkit.Spatial.PostClosestPointRequest
{
Lon = -122.316456,
Lat = 47.62294,
NumberOfClosestPoints = 2
}, "{ \"type\": \"FeatureCollection\", \"features\": [ { \"type\": \"Feature\", \"properties\": { \"geometryId\": 1001 }, \"geometry\": { \"type\": \"Point\", \"coordinates\": [ -105.02860293715861, 40.516153406773952 ] } }, { \"type\": \"Feature\", \"properties\": { \"geometryId\": 1002 }, \"geometry\": { \"type\": \"Point\", \"coordinates\": [ -105.02860381672178, 40.515990990037309 ] } }, { \"type\": \"Feature\", \"properties\": { \"geometryId\": 1003 }, \"geometry\": { \"type\": \"Point\", \"coordinates\": [ -105.02812292879467, 40.516058678088562 ] } } ] }")
.Result;
Assert.Null(res.Error);
}
public async Task GetRouteDirectionsError()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new RouteRequestDirections
{
Query = "52.50931,13.42936:52.50274,13.43872f", // intentially error
VehicleEngineType = VehicleEngineType.Combustion,
InstructionsType = RouteInstructionsType.text
};
var directions = await am.GetRouteDirections(req);
Assert.NotNull(directions.Error);
}
public void GetPointInPolygon()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetPointInPolygon(
new AzureMapsToolkit.Spatial.PointInPolygonRequest
{
Lat = 33.5362475,
Lon = -111.9267386,
Udid = Guid.Parse("")
}
).Result;
Assert.Null(res.Error);
}
public void GetTrafficFlowSegment()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new TrafficFlowSegmentRequest
{
Query = "52.41072,4.84239",
Style = TrafficFlowSegmentStyle.Absolute,
Zoom = 10
};
var r = am.GetTrafficFlowSegment(req).Result;
Assert.Null(r.Error);
}
public void GetCopyrightForTile()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new AzureMapsToolkit.Render.CopyrightForTileRequest
{
Zoom = 6,
X = 9,
Y = 22,
Text = "yes"
};
var resp = am.GetCopyrightForTile(req).Result;
Assert.Equal("CAN", resp.Result.Regions[0].Country.ISO3);
}
public void GetNearbyTransit()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetNearbyTransit(new AzureMapsToolkit.Mobility.NearbyTransitRequest
{
MetroId = 121,
Query = "40.693393,-73.988310",
Limit = 5,
Radius = 300,
ObjectType = AzureMapsToolkit.Mobility.ObjectType.Stop
}).Result;
Assert.Null(res.Error);
}
public async Task GetElevationDataForPolyline()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new AzureMapsToolkit.Elevation.GetElevationDataForPolylineRequest
{
Lines = "-121.66853362143818, 46.84646479863713|-121.67853362143818, 46.85646479863713",
Samples = 5
};
var res = await am.GetElevationDataForPolyline(req);
Assert.Null(res.Error);
Assert.Equal(5, res.Result.Result.Length);
}
public async Task GetRouteDirections()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new RouteRequestDirections
{
//Query = "52.50931,13.42936:52.50274,13.43872"
Query = "62.469026,16.696987:62.397051,17.363892",
Avoid = Avoid.tollRoads
};
var directions = await am.GetRouteDirections(req);
Assert.Null(directions.Error);
Assert.NotNull(directions.Result);
}
public void GetMapImage()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var req = new MapImageRequest
{
Format = AzureMapsToolkit.Render.RasterTileFormat.png,
Layer = StaticMapLayer.basic,
Zoom = 2,
Center = "62,17"
};
var content = am.GetMapImage(req).Result;
Assert.NotEmpty(content.Result);
}
public void GetTransitRoute()
{
var am = new AzureMapsToolkit.AzureMapsServices(_KEY);
var res = am.GetTransitRoute(new TransitRouteRequest
{
MetroId = 121,
Origin = "40.680903,-73.983723",
OriginType = OriginType.Position,
Destination = "40.682051,-73.976702",
DestinationType = DestinationType.Position
}).Result;
Assert.Null(res.Error);
}
