public void InputActuatorComponentTestGenerateActuatorsFromAsset()
{
// Use the Assert class to test conditions.
m_PlayerInput.actions = m_Asset;
m_PlayerInput.defaultActionMap = m_Asset.actionMaps[0].name;
var inputActionMap = m_Asset.FindActionMap(m_PlayerInput.defaultActionMap);
InputActuatorComponent.RegisterLayoutBuilder(
inputActionMap,
"TestLayout");
var device = InputSystem.AddDevice("TestLayout");
var actuators = InputActuatorComponent.CreateActuatorsFromMap(inputActionMap, m_BehaviorParameters, device, new InputActuatorEventContext());
Assert.IsTrue(actuators.Length == 2);
Assert.IsTrue(actuators[0].ActionSpec.Equals(ActionSpec.MakeContinuous(2)));
Assert.IsTrue(actuators[1].ActionSpec.NumDiscreteActions == 1);
}
public void InputActuatorComponentTestCreateDevice()
{
// Use the Assert class to test conditions.
m_PlayerInput.actions = m_Asset;
m_PlayerInput.defaultActionMap = m_Asset.actionMaps[0].name;
// need to call this to load the layout in the input system
InputActuatorComponent.RegisterLayoutBuilder(
m_Asset.FindActionMap(m_PlayerInput.defaultActionMap),
"TestLayout");
InputSystem.LoadLayout("TestLayout");
var device = InputSystem.AddDevice("TestLayout");
Assert.AreEqual("TestLayout", device.layout);
Assert.IsTrue(device.children.Count == 2);
Assert.AreEqual(device.children[0].path, $"{device.path}{InputControlPath.Separator}movement");
Assert.AreEqual(device.children[1].path, $"{device.path}{InputControlPath.Separator}jump");
Assert.NotNull(InputSystem.LoadLayout("TestLayout"));
}
