public void EvaluateKey_EnterDown_EvaluatedAsTakeOffCommand()
{
var expectedCommand = new TakeOffCommand();
var takeOffKeyInfo = new KeyInfo(Key.Enter, KeyState.Down);
var commandEvaluated = this.generalKeyInputEvaluator.EvaluateKey(takeOffKeyInfo);
Assert.Equal(expectedCommand, commandEvaluated);
}
public void ProcessHandsInput_FirstTakeOffCommandSentFromKeyboardThenMoveCommandSentFromHands_BothCommandsSentToDrone()
{
var takeOffKeyInfo = new KeyInfo(Key.Enter, KeyState.Down);
var takeOffCommand = new TakeOffCommand();
var moveCommand = new MoveCommand(1, 1, 1, 1);
this.keyInputEvaluatorMock
.Setup(kie => kie.EvaluateKey(takeOffKeyInfo))
.Returns(takeOffCommand);
this.handsInputEvaluatorMock
.Setup(hie => hie.EvaluateHands(this.hands))
.Returns(moveCommand);
this.droneController.ProcessKeyInput(takeOffKeyInfo);
this.droneController.ProcessHandsInput(this.hands);
this.controllableDroneMock
.Verify(d => d.Control(takeOffCommand), Times.Once);
this.controllableDroneMock
.Verify(d => d.Control(moveCommand), Times.Once);
this.controllableDroneMock
.Verify(d => d.Control(It.IsAny <DroneCommand>()), Times.Exactly(2));
}
public TakeOffCommandTests()
{
this.takeOffCommand = new TakeOffCommand();
}
public void Equals_ComparandIsTakeOffCommandWithDroneCommandReference_ReturnsTrue()
{
DroneCommand comparand = new TakeOffCommand();
Assert.True(this.takeOffCommand.Equals(comparand));
}
public void Equals_ComparandIsTakeOffCommand_ReturnsTrue()
{
var comparand = new TakeOffCommand();
Assert.True(this.takeOffCommand.Equals(comparand));
}
public async Task <bool> Handle(TakeOffCommand request, CancellationToken cancellationToken)
{
await _service.TakeOff(request.Id, cancellationToken);
return(true);
}
