public void TestDisposeUnloaded()
{
using (
LoadingScreenState <TestGameState> loadingScreen =
new LoadingScreenState <TestGameState>(this.stateManager, this.testState)
) {
loadingScreen.Initialize();
}
}
public void TestInitialize()
{
LoadingScreenState <TestGameState> loadingScreen =
new LoadingScreenState <TestGameState>(this.stateManager, this.testState);
Assert.AreEqual(0, testState.InitializeCallCount);
loadingScreen.Initialize();
Assert.AreEqual(1, testState.InitializeCallCount);
}
public void TestStartLoadingSynchronously()
{
using (
LoadingScreenState <TestGameState> loadingScreen =
new LoadingScreenState <TestGameState>(this.stateManager, this.testState)
) {
loadingScreen.Initialize();
loadingScreen.StartLoading();
}
}
public void TestStartLoadingMultipleTimes()
{
using (
LoadingScreenState <TestGameState> loadingScreen =
new LoadingScreenState <TestGameState>(this.stateManager, this.testState)
) {
loadingScreen.Initialize();
loadingScreen.StartLoading();
loadingScreen.StartLoading();
loadingScreen.StartLoading();
}
}
public void TestGameStateSwitching()
{
using (
LoadingScreenState <TestGameState> loadingScreen =
new LoadingScreenState <TestGameState>(this.stateManager, this.testState)
) {
loadingScreen.Initialize();
this.stateManager.Push(loadingScreen);
Assert.AreSame(loadingScreen, this.stateManager.ActiveState);
// Synchronous mode - loading finishes right here
loadingScreen.StartLoading();
// The loading screen may decide to do the switch in Update() or Draw() to
// avoid thread synchronization issues.
loadingScreen.Update(new GameTime());
loadingScreen.Draw(new GameTime());
// By now, the loading screen should have established the game state it was
// loading as the new active state
Assert.AreSame(this.testState, this.stateManager.ActiveState);
}
}
public void TestConstructor()
{
LoadingScreenState <TestGameState> loadingScreen = new LoadingScreenState <TestGameState>(
this.stateManager, this.testState
);
}