public void When_Release_Keeps_Lock()
{
KeyboardStateTracker.OnKeyDown(VirtualKey.C);
KeyboardStateTracker.OnKeyUp(VirtualKey.C);
var state = KeyboardStateTracker.GetKeyState(VirtualKey.C);
Assert.AreEqual(CoreVirtualKeyStates.None | CoreVirtualKeyStates.Locked, state);
}
public void When_Second_Down_Unlocks()
{
KeyboardStateTracker.OnKeyDown(VirtualKey.D);
KeyboardStateTracker.OnKeyUp(VirtualKey.D);
KeyboardStateTracker.OnKeyDown(VirtualKey.D);
var state = KeyboardStateTracker.GetKeyState(VirtualKey.D);
Assert.AreEqual(CoreVirtualKeyStates.Down, state);
}
public void When_Second_Release_Keeps_Unlocked()
{
KeyboardStateTracker.OnKeyDown(VirtualKey.E);
KeyboardStateTracker.OnKeyUp(VirtualKey.E);
KeyboardStateTracker.OnKeyDown(VirtualKey.E);
KeyboardStateTracker.OnKeyUp(VirtualKey.E);
var state = KeyboardStateTracker.GetKeyState(VirtualKey.E);
Assert.AreEqual(CoreVirtualKeyStates.None, state);
}
public void When_Odd_KeyDown()
{
for (int i = 0; i < 10; i++)
{
// Every odd down should not have lock
KeyboardStateTracker.OnKeyDown(VirtualKey.G);
var state = KeyboardStateTracker.GetKeyState(VirtualKey.G);
Assert.AreEqual(CoreVirtualKeyStates.Down | CoreVirtualKeyStates.Locked, state);
KeyboardStateTracker.OnKeyUp(VirtualKey.G);
state = KeyboardStateTracker.GetKeyState(VirtualKey.G);
Assert.AreEqual(CoreVirtualKeyStates.None | CoreVirtualKeyStates.Locked, state);
// Unlock sequence
KeyboardStateTracker.OnKeyDown(VirtualKey.G);
KeyboardStateTracker.OnKeyUp(VirtualKey.G);
}
}
public void When_Even_KeyDown()
{
for (int i = 0; i < 10; i++)
{
// Odd sequence unlocks
KeyboardStateTracker.OnKeyDown(VirtualKey.F);
KeyboardStateTracker.OnKeyUp(VirtualKey.F);
// Every even down should set lock
KeyboardStateTracker.OnKeyDown(VirtualKey.F);
var state = KeyboardStateTracker.GetKeyState(VirtualKey.F);
Assert.AreEqual(CoreVirtualKeyStates.Down, state);
KeyboardStateTracker.OnKeyUp(VirtualKey.F);
state = KeyboardStateTracker.GetKeyState(VirtualKey.F);
Assert.AreEqual(CoreVirtualKeyStates.None, state);
}
}