private static void TestMulticastDelegateWithoutArguments()
{
var xDebugger = new Debugger("Test", "Delegates");
xDebugger.Send("Start MulticastDelegate test");
mCount = 0;
Action xDelegate = IncreaseCounterOnce;
xDebugger.Send("Adding second handler now");
xDelegate += IncreaseCounterOnce;
xDelegate();
Assert.AreEqual(2, mCount, "After calling multicast delegate once, Count != 2");
}
public static void Init(TextScreenBase textScreen, Keyboard keyboard)
{
// We must init Console before calling Inits.
// This is part of the "minimal" boot to allow output.
mDebugger.Send("Creating Console");
if (textScreen != null)
{
Console = new Console(textScreen);
}
mDebugger.Send("HW Init");
HAL.Global.Init(textScreen, keyboard);
NumLock = false;
CapsLock = false;
ScrollLock = false;
//Network.NetworkStack.Init();
}
// TODO: continue adding exceptions to the list, as HAL and Core would be documented.
/// <summary>
/// Init console, screen and keyboard.
/// </summary>
/// <param name="textScreen">A screen device.</param>
public static void Init(TextScreenBase textScreen, bool InitScroolWheel = true, bool InitPS2 = true, bool InitNetwork = true, bool IDEInit = true)
{
// We must init Console before calling Inits.
// This is part of the "minimal" boot to allow output.
mDebugger.Send("Creating Console");
if (textScreen != null)
{
Console = new Console(textScreen);
}
mDebugger.Send("Creating Keyboard");
mDebugger.Send("HW Init");
HAL.Global.Init(textScreen, InitScroolWheel, InitPS2, InitNetwork, IDEInit);
Network.NetworkStack.Init();
mDebugger.Send("Network Stack Init");
NumLock = false;
CapsLock = false;
ScrollLock = false;
}