public void Should_EnableOne()
{
var events = GeolocationEventActivationFlags.None().Enable(GeolocationEventType.GeolocationError);
Assert.Single(events.EnabledEvents);
Assert.Equal(events.EnabledEvents.First(), GeolocationEventType.GeolocationError.ToString());
}
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_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 void Should_HaveEverything_Disabled()
{
var events = GeolocationEventActivationFlags.None();
Assert.Empty(events.EnabledEvents);
}
