public void TestWindowManagementModule_Activate()
{
/* PRECONDITIONS */
Debug.Assert(windowManagementModule != null);
Debug.Assert(windowFocusEventProducer != null);
Debug.Assert(windowMovementEventProducer != null);
Debug.Assert(windowResizingEventProducer != null);
Debug.Assert(windowStateChangedEventProducer != null);
Debug.Assert(hookNativeMethods != null);
/* GIVEN */
/* WHEN */
windowManagementModule.Initialize(true);
foreach (var messageType in windowEventListenedMessagesTypes)
{
hookNativeMethods.AllowMessageTypeRegistry(messageType);
}
hookNativeMethods.AllowLibraryLoad();
windowManagementModule.IsActive = true;
/* THEN */
Assert.IsTrue(windowManagementModule.IsActive);
windowManagementModule.IsActive = false;
}
public void WindowMovementEventProducerCallbackTest()
{
/* PRECONDITIONS */
Debug.Assert(windowManagementModule != null);
Debug.Assert(windowMovementEventProducer != null);
Debug.Assert(hookNativeMethods != null);
Debug.Assert(hookNativeMethods.Mock != null);
Debug.Assert(nativeWindowManagement != null);
/* GIVEN */
var callback = GetCallback();
nativeWindowManagement.GetProcessName();
nativeWindowManagement.GetTitle();
nativeWindowManagement.GetWindowRect();
nativeWindowManagement.GetPoint();
nativeWindowManagement.IsRectSizeEqual();
using var consumedEvent = new CountdownEvent(1);
using var didStartConsumingEvent = new ManualResetEvent(false);
var thread = new Thread(async() =>
{
await foreach (var @event in Await(
windowMovementEventProducer.GetEvents(), didStartConsumingEvent))
{
if (!(@event.Title.Equals("Title") &&
@event.ProcessName.Equals("ProcessName") &&
@event.OldLocation.Equals(new Point(0, 0)) &&
@event.NewLocation.Equals(new Point(1, 1))))
{
continue;
}
consumedEvent.Signal();
}
});
thread.Start();
Assert.IsTrue(didStartConsumingEvent.WaitOne(MaxWaitTime));
callback(new GlobalHook.HookMessage
{
Type = (uint)GlobalHook.MessageType.WM_ENTERSIZEMOVE, Hwnd = (IntPtr)1
});
callback(new GlobalHook.HookMessage
{
Type = (uint)GlobalHook.MessageType.WM_EXITSIZEMOVE, Hwnd = (IntPtr)1
});
/* THEN */
Assert.IsTrue(consumedEvent.Wait(MaxWaitTime), "Did not find all matching window movement event in time.");
windowManagementModule.IsActive = false;
windowManagementModule.Initialize(false);
}
public void WindowFocusEventProducerCallbackTest()
{
/* PRECONDITIONS */
Debug.Assert(windowManagementModule != null);
Debug.Assert(windowFocusEventProducer != null);
Debug.Assert(hookNativeMethods != null);
Debug.Assert(hookNativeMethods.Mock != null);
Debug.Assert(nativeWindowManagement != null);
/* GIVEN */
const int WA_ACTIVE = 1;
var callback = GetCallback();
nativeWindowManagement.GetForegroundWindow();
nativeWindowManagement.GetProcessName();
nativeWindowManagement.GetTitle();
using var consumedEvent = new CountdownEvent(1);
using var didStartConsumingEvent = new ManualResetEvent(false);
var thread = new Thread(async() =>
{
await foreach (var @event in Await(
windowFocusEventProducer.GetEvents(), didStartConsumingEvent))
{
if (!(@event.Title.Equals("Title") &&
@event.ProcessName.Equals("ProcessName")))
{
continue;
}
consumedEvent.Signal();
}
});
thread.Start();
Assert.IsTrue(didStartConsumingEvent.WaitOne(MaxWaitTime));
callback(new GlobalHook.HookMessage
{
Type = (uint)GlobalHook.MessageType.WM_ACTIVATE, wParam = (IntPtr)WA_ACTIVE,
Hwnd = (IntPtr)1
});
/* THEN */
Assert.IsTrue(consumedEvent.Wait(MaxWaitTime), "Did not find all matching window focus event in time.");
windowFocusEventProducer.StopCapture();
windowManagementModule.Initialize(false);
}
public void WindowStateChangedEventProducerCallbackTest()
{
/* PRECONDITIONS */
Debug.Assert(windowManagementModule != null);
Debug.Assert(windowStateChangedEventProducer != null);
Debug.Assert(hookNativeMethods != null);
Debug.Assert(hookNativeMethods.Mock != null);
Debug.Assert(nativeWindowManagement != null);
/* GIVEN */
var callback = GetCallback();
nativeWindowManagement.GetProcessName();
nativeWindowManagement.GetTitle();
nativeWindowManagement.IsRectSizeNotEqual();
nativeWindowManagement.GetWindowRect();
GlobalHook.HookMessage[] hookMessages =
{
new GlobalHook.HookMessage
{
Type = (uint)GlobalHook.MessageType.WM_SIZE,
wParam = (IntPtr)WindowState.Maximized,
Hwnd = (IntPtr)1
},
new GlobalHook.HookMessage
{
Type = (uint)GlobalHook.MessageType.WM_SIZE,
wParam = (IntPtr)WindowState.Minimized, Hwnd = (IntPtr)1
},
new GlobalHook.HookMessage
{
Type = (uint)GlobalHook.MessageType.WM_ENTERSIZEMOVE, Hwnd = (IntPtr)1
},
new GlobalHook.HookMessage
{
Type = (uint)GlobalHook.MessageType.WM_EXITSIZEMOVE, Hwnd = (IntPtr)1
}
};
WindowStateChangedEvent[] expectedEvents =
{
new WindowStateChangedEvent
{
ProcessName = "ProcessName",
Title = "Title",
WindowState = WindowState.Maximized
},
new WindowStateChangedEvent
{
ProcessName = "ProcessName",
Title = "Title",
WindowState = WindowState.Minimized
},
new WindowStateChangedEvent
{
ProcessName = "ProcessName",
Title = "Title",
WindowState = WindowState.Normal
}
};
Assert.IsTrue(hookMessages.Length == expectedEvents.Length + 1);
/* WHEN */
using var consumedEvent = new CountdownEvent(expectedEvents.Length);
Assert.IsTrue(consumedEvent.CurrentCount == expectedEvents.Length);
using var didStartConsumingEvent = new ManualResetEvent(false);
var thread = new Thread(async() =>
{
await foreach (var @event in Await(
windowStateChangedEventProducer.GetEvents(), didStartConsumingEvent))
{
if (!IsWindowStateChangedEventFound(@event, expectedEvents))
{
continue;
}
consumedEvent.Signal();
}
});
thread.Start();
Assert.IsTrue(didStartConsumingEvent.WaitOne(MaxWaitTime));
foreach (var msg in hookMessages)
{
callback(msg);
}
/* THEN */
Assert.IsTrue(consumedEvent.Wait(MaxWaitTime),
"Did not find all matching window state changed event in time.");
windowStateChangedEventProducer.StopCapture();
windowManagementModule.Initialize(false);
}
