protected internal void EnableSimulatedInputSource()
{
InputSourceSimulated = new InputSourceSimulated();
if (Input != null)
{
InitializeSimulatedInputSource();
}
}
/// <summary>
/// Checks adding/removal of keyboard and mouse
/// </summary>
void TestConnectedDevices()
{
Assert.True(Input.HasMouse);
Assert.NotNull(Input.Mouse);
Assert.True(Input.HasPointer);
Assert.NotNull(Input.Pointer);
Assert.True(Input.HasKeyboard);
Assert.NotNull(Input.Keyboard);
Assert.False(Input.HasGamePad);
Assert.False(Input.HasGameController);
bool keyboardAdded = false;
bool keyboardRemoved = false;
Input.DeviceRemoved += (sender, args) =>
{
Assert.Equal(DeviceChangedEventType.Removed, args.Type);
if (args.Device is KeyboardSimulated)
{
keyboardRemoved = true;
}
};
Input.DeviceAdded += (sender, args) =>
{
Assert.Equal(DeviceChangedEventType.Added, args.Type);
if (args.Device is KeyboardSimulated)
{
keyboardAdded = true;
}
};
// Check keyboard removal
InputSourceSimulated.RemoveAllKeyboards();
Assert.True(keyboardRemoved);
Assert.False(keyboardAdded);
Assert.Null(Input.Keyboard);
Assert.False(Input.HasKeyboard);
// Check keyboard addition
InputSourceSimulated.AddKeyboard();
Assert.True(keyboardAdded);
Assert.NotNull(Input.Keyboard);
Assert.True(Input.HasKeyboard);
// Test not crashing with no keyboard/mouse in a few update loops
InputSourceSimulated.RemoveAllKeyboards();
InputSourceSimulated.RemoveAllMice();
for (int i = 0; i < 3; i++)
{
Input.Update(DrawTime);
}
// Reset input source state
EnableSimulatedInputSource();
}
private void InitializeSimulatedInputSource()
{
if (InputSourceSimulated != null)
{
Input.Sources.Clear();
Input.Sources.Add(InputSourceSimulated);
MouseSimulated = InputSourceSimulated.AddMouse();
KeyboardSimulated = InputSourceSimulated.AddKeyboard();
}
}
/// <summary>
/// Checks adding/removing gamepads and index assignment
/// </summary>
void TestGamePad()
{
Assert.Equal(0, InputSourceSimulated.GamePads.Count);
Assert.False(Input.HasGamePad);
Assert.Null(Input.DefaultGamePad);
var gamePad0 = InputSourceSimulated.AddGamePad();
Assert.Equal(1, Input.GamePadCount);
Assert.True(Input.HasGamePad);
Assert.NotNull(Input.DefaultGamePad);
// Add another gamepad
var gamePad1 = InputSourceSimulated.AddGamePad();
// Test automatic index assignment
Assert.Equal(0, gamePad0.Index);
Assert.Equal(1, gamePad1.Index);
Assert.Equal(1, Input.GetGamePadsByIndex(0).Count());
Assert.Equal(1, Input.GetGamePadsByIndex(1).Count());
// Test putting both gamepads on the same index
gamePad1.Index = 0;
Assert.Equal(2, Input.GetGamePadsByIndex(0).Count());
Assert.Equal(0, Input.GetGamePadsByIndex(1).Count());
// Test reassign suggestions
gamePad1.Index = Input.GetFreeGamePadIndex(gamePad1);
gamePad0.Index = Input.GetFreeGamePadIndex(gamePad0);
Assert.True(gamePad1.Index == 0 || gamePad0.Index == 0);
Assert.True(gamePad0.Index != gamePad1.Index);
// Test button states
gamePad0.SetButton(GamePadButton.A, true);
Input.Update(DrawTime);
Assert.True(gamePad0.IsButtonPressed(GamePadButton.A));
Assert.False(gamePad0.IsButtonReleased(GamePadButton.A));
Assert.True(gamePad0.IsButtonDown(GamePadButton.A));
gamePad0.SetButton(GamePadButton.A, false);
Input.Update(DrawTime);
Assert.False(gamePad0.IsButtonPressed(GamePadButton.A));
Assert.True(gamePad0.IsButtonReleased(GamePadButton.A));
Assert.False(gamePad0.IsButtonDown(GamePadButton.A));
InputSourceSimulated.RemoveGamePad(gamePad0);
InputSourceSimulated.RemoveGamePad(gamePad1);
Assert.Equal(0, Input.GamePadCount);
}
public GameTestingSystem(IServiceRegistry registry) : base(registry)
{
DrawOrder = int.MaxValue;
Enabled = true;
Visible = true;
// Switch to simulated input
var input = registry.GetSafeServiceAs <InputManager>();
input.Sources.Clear();
input.Sources.Add(inputSourceSimulated = new InputSourceSimulated());
keyboardSimulated = inputSourceSimulated.AddKeyboard();
mouseSimulated = inputSourceSimulated.AddMouse();
}
