public async void Should_NotDispose_NotAddedToMapCase_Async()
{
var control = new GeolocationControl();
await Assert.ThrowsAnyAsync <ComponentNotAddedToMapException>(async() => await control.DisposeAsync());
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_NotSetOptions_NotAddedToMapCase_Async()
{
var control = new GeolocationControl();
await Assert.ThrowsAnyAsync <ComponentNotAddedToMapException>(async() => await control.SetOptionsAsync(options => options.CalculateMissingValues = true));
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_NotAddEvents_NullCase_Async()
{
var control = new GeolocationControl()
{
JsRuntime = _mapJsRuntimeMock.Object
};
await control.AddEventsAsync();
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_NotAddEvents_NoEvents_Async()
{
var control = new GeolocationControl(eventFlags: GeolocationEventActivationFlags.None())
{
JsRuntime = _mapJsRuntimeMock.Object
};
await control.AddEventsAsync();
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_NotDispose_IfAlreadyDisposed_Async()
{
var control = new GeolocationControl()
{
JsRuntime = _mapJsRuntimeMock.Object
};
await control.DisposeAsync();
await Assert.ThrowsAnyAsync <ControlDisposedException>(async() => await control.DisposeAsync());
_mapJsRuntimeMock.Verify(runtime => runtime.InvokeVoidAsync(Constants.JsConstants.Methods.GeolocationControl.Dispose.ToGeolocationControlNamespace(), control.Id), Times.Once);
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_NotSetOptions_DisposedCase_Async()
{
var control = new GeolocationControl()
{
JsRuntime = _mapJsRuntimeMock.Object
};
await control.DisposeAsync();
await Assert.ThrowsAnyAsync <ControlDisposedException>(async() => await control.SetOptionsAsync(options => options.CalculateMissingValues = true));
_mapJsRuntimeMock.Verify(runtime => runtime.InvokeVoidAsync(Constants.JsConstants.Methods.GeolocationControl.Dispose.ToGeolocationControlNamespace(), control.Id), Times.Once);
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_SetOptions_Async()
{
var control = new GeolocationControl()
{
JsRuntime = _mapJsRuntimeMock.Object
};
await control.SetOptionsAsync(options => options.CalculateMissingValues = true);
Assert.True(control.Options.CalculateMissingValues);
_mapJsRuntimeMock.Verify(runtime => runtime.InvokeVoidAsync(Constants.JsConstants.Methods.GeolocationControl.SetOptions.ToGeolocationControlNamespace(), control.Id, control.Options), Times.Once);
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_AddEvents_Async()
{
var control = new GeolocationControl(eventFlags: GeolocationEventActivationFlags.None().Enable(GeolocationEventType.GeolocationError))
{
JsRuntime = _mapJsRuntimeMock.Object
};
await control.AddEventsAsync();
_mapJsRuntimeMock.Verify(runtime => runtime.InvokeVoidAsync(Constants.JsConstants.Methods.GeolocationControl.AddEvents.ToGeolocationControlNamespace(), It.Is <object[]>(parameters =>
(parameters[0] as Guid?).GetValueOrDefault() == control.Id &&
parameters[1] is IEnumerable <string> &&
(parameters[1] as IEnumerable <string>).Single() == GeolocationEventType.GeolocationError.ToString() &&
parameters[2] is DotNetObjectReference <GeolocationEventInvokeHelper>
)), Times.Once);
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_DisposeAsync()
{
var control = new GeolocationControl()
{
JsRuntime = _mapJsRuntimeMock.Object
};
var disposedCalled = false;
control.OnDisposed += () => disposedCalled = true;
await control.DisposeAsync();
Assert.True(control.Disposed);
Assert.True(disposedCalled);
_mapJsRuntimeMock.Verify(runtime => runtime.InvokeVoidAsync(Constants.JsConstants.Methods.GeolocationControl.Dispose.ToGeolocationControlNamespace(), control.Id), Times.Once);
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public async void Should_GetLastKnowPositionAsync()
{
var feature = new Feature <Point>();
_mapJsRuntimeMock.Setup(runtime => runtime.InvokeAsync <Feature <Point> >(It.IsAny <string>(), It.IsAny <object[]>())).ReturnsAsync(feature);
var control = new GeolocationControl()
{
JsRuntime = _mapJsRuntimeMock.Object
};
var result = await control.GetLastKnownPositionAsync();
Assert.Equal(feature, result);
_mapJsRuntimeMock.Verify(runtime => runtime.InvokeAsync <Feature <Point> >(Constants.JsConstants.Methods.GeolocationControl.GetLastKnownPosition.ToGeolocationControlNamespace(), control.Id), Times.Once);
_mapJsRuntimeMock.VerifyNoOtherCalls();
}
public void Should_WriteGeolocationControl()
{
var control = new GeolocationControl(new GeolocationControlOptions {
CalculateMissingValues = true,
MarkerColor = "markerColor",
MaxZoom = 1,
PositionOptions = new PositionOptions {
EnableHighAccuracy = false,
MaximumAge = 2,
Timeout = 3,
},
ShowUserLocation = true,
TrackUserLocation = false,
UpdateMapCamera = true,
Style = ControlStyle.Auto
}, ControlPosition.BottomLeft);
var expectedJson = "{"
+ "\"id\":\"" + control.Id + "\""
+ ",\"type\":\"" + control.Type + "\""
+ ",\"position\":\"" + control.Position.ToString() + "\""
+ ",\"options\":{"
+ "\"calculateMissingValues\":" + control.Options.CalculateMissingValues.Value
+ ",\"markerColor\":\"" + control.Options.MarkerColor.ToString() + "\""
+ ",\"maxZoom\":" + control.Options.MaxZoom.Value
+ ",\"positionOptions\":{"
+ "\"enableHighAccuracy\":" + control.Options.PositionOptions.EnableHighAccuracy.Value
+ ",\"maximumAge\":" + control.Options.PositionOptions.MaximumAge.Value
+ ",\"timeout\":" + control.Options.PositionOptions.Timeout.Value
+ "}"
+ ",\"showUserLocation\":" + control.Options.ShowUserLocation.Value
+ ",\"style\":\"" + control.Options.Style.ToString() + "\""
+ ",\"trackUserLocation\":" + control.Options.TrackUserLocation.Value
+ ",\"updateMapCamera\":" + control.Options.UpdateMapCamera.Value
+ "}"
+ "}";
TestAndAssertWrite(control, expectedJson);
}
