public void ReferenceCountingTest(TestMethodRecord tmr)
{
//
// In this test we are observing how the various keyboard hook
// classes are interacting with their implementation classes. They
// should add references in their constructor and release them when
// disposed. The implementation should only be disposed when the ref
// count is zero.
//
KeyboardHookTestImpl testImpl = new KeyboardHookTestImpl();
tmr.RunTest(testImpl.ReferenceCount == 0, "Now references count is 0.");
tmr.RunTest(testImpl.Disposed == false, "Not initially disposed.");
using (IKeyboardHook hook1 = HookFactory.CreateKeyboardHook(testImpl))
{
tmr.RunTest(testImpl.ReferenceCount == 1, "Now references count is 1.");
tmr.RunTest(testImpl.Disposed == false, "Not disposed.");
using (IKeyboardHookExt hook2 = HookFactory.CreateKeyboardHookExt(testImpl))
{
tmr.RunTest(testImpl.ReferenceCount == 2, "Now references count is 2.");
tmr.RunTest(testImpl.Disposed == false, "Not disposed.");
}
tmr.RunTest(testImpl.ReferenceCount == 1, "Now references count is 1.");
tmr.RunTest(testImpl.Disposed == false, "Not disposed.");
}
tmr.RunTest(testImpl.ReferenceCount == 0, "Now references count is 0.");
tmr.RunTest(testImpl.Disposed == true, "Disposed.");
}
public void CreateKeyboardHookTests(TestMethodRecord tmr)
{
using (IKeyboardHook hook = HookFactory.CreateKeyboardHook())
{
tmr.RunTest(hook != null, "IKeyboardHook created successfully with default options.");
}
using (IKeyboardHookExt hookExt = HookFactory.CreateKeyboardHookExt())
{
tmr.RunTest(hookExt != null, "IKeyboardHookExt created successfully with default options.");
}
}
private void TestInstallHook(TestMethodRecord tmr, ISystemHook hook, string name)
{
tmr.WriteLine("Testing keyboard hook of type: " + name);
tmr.RunTest(hook.IsHooked == false, "Hook is not installed.");
hook.InstallHook();
tmr.RunTest(hook.IsHooked, "Hook installed successfully.");
hook.UninstallHook();
tmr.RunTest(hook.IsHooked == false, "Hook is unstalled successfully.");
}
public void DefaultCreationTest(TestMethodRecord tmr)
{
using (IKeyboardHookExt keyboard = HookFactory.CreateKeyboardHookExt())
{
tmr.RunTest(keyboard != null, "Keyboard hook created.");
}
}
public void CreationTest(TestMethodRecord tmr)
{
using (IMouseHookExt mouseHook = HookFactory.CreateMouseHookExt())
{
tmr.RunTest(mouseHook != null, "Mouse hook created.");
}
}
public void CreateMouseHookTests(TestMethodRecord tmr)
{
using (IMouseHook mouseHook = HookFactory.CreateMouseHook())
{
tmr.RunTest(mouseHook != null, "IMouseHook created successfully with default options.");
}
using (IMouseHookExt mouseHookExt = HookFactory.CreateMouseHookExt())
{
tmr.RunTest(mouseHookExt != null, "IMouseHookExt created successfully with default options.");
}
using (IMouseHookLite mouseHookLite = HookFactory.CreateMouseHookLite())
{
tmr.RunTest(mouseHookLite != null, "IMouseHookLite created successfully with default options.");
}
}
public void UnsupportedFilterTypesTest2(TestMethodRecord tmr)
{
using (SystemHookTestWrapper hook = new SystemHookTestWrapper(HookTypes.MouseLL))
{
hook.FilterMessageWrapper(12345);
tmr.RunTest(true, "Filter message succeeded on HookTypes.MouseLL.");
}
}
public void HookInstallTests(TestMethodRecord tmr)
{
using (SystemHookTestWrapper hook = new SystemHookTestWrapper(HookTypes.MouseLL))
{
//
// Test that we can install the hook as a local hook.
//
hook.InstallHook();
//
// Failure is signalled with an exception, so there is nothing
// to actually test. That's why we're passing true.
//
tmr.RunTest(true, "Installed the hook as a global mouse hook.");
hook.UninstallHook();
tmr.RunTest(true, "Uninstalled the hook as a global mouse hook.");
}
}
public void EventTest(TestMethodRecord tmr)
{
KeyboardHookEventArgs[] keyArgs = GenerateRandomKeyData();
KeyboardHookTestImpl hookImpl = new KeyboardHookTestImpl();
using (IKeyboardHookExt keyboard = HookFactory.CreateKeyboardHookExt(hookImpl))
{
keyboard.InstallHook();
keyboard.KeyDown += new KeyboardEventHandlerExt(EventTest_KeyDown);
//
// Trigger a bunch of keyboard events. The event handler will
// capture the output and we will then compare it here.
//
foreach (KeyboardHookEventArgs keyArg in keyArgs)
{
hookImpl.TriggerKeyAction(KeyboardEvents.KeyDown, keyArg);
}
}
tmr.RunTest(keyArgs.Length == eventTest_ArgsList.Count, "The proper number of events were caught.");
bool same = true;
for (int i = 0; i < keyArgs.Length; i++)
{
KeyboardHookEventArgs kea1 = keyArgs[i];
KeyboardHookEventArgs kea2 = (KeyboardHookEventArgs)eventTest_ArgsList[i];
if (!CompareKeyArgs(kea1, kea2))
{
tmr.WriteLine("Failed event results comparison at index " + i);
same = false;
break;
}
}
tmr.RunTest(same, "The event callback captured all the events successfully.");
}
public void EventSinkTest(TestMethodRecord tmr)
{
MouseHookEventArgs[] mouseArgs = GenerateRandomClickArgs();
MouseHookTestImpl mouseImpl = new MouseHookTestImpl();
using (IMouseHookExt mouseHook = HookFactory.CreateMouseHookExt(mouseImpl))
{
mouseHook.LeftButtonDown += new MouseEventHandlerExt(EventSinkTest_LeftButtonDown);
mouseHook.InstallHook();
//
// Trigger a bunch of mouse down events. The event handler will
// capture the output and we will then compare it here.
//
foreach (MouseHookEventArgs mea in mouseArgs)
{
mouseImpl.TriggerMouseAction(MouseEvents.LeftButtonDown, mea);
}
}
tmr.RunTest(mouseArgs.Length == eventTest_ArgsList.Count, "The proper number of events were caught.");
bool same = true;
for (int i = 0; i < mouseArgs.Length; i++)
{
MouseHookEventArgs mea1 = mouseArgs[i];
MouseHookEventArgs mea2 = (MouseHookEventArgs)eventTest_ArgsList[i];
if (!CompareMouseArgs(mea1, mea2))
{
tmr.WriteLine("Failed event results comparison at index " + i);
same = false;
break;
}
}
tmr.RunTest(same, "The event callback captured all the events successfully.");
}
public void SortedEventTest(TestMethodRecord tmr)
{
KeyboardHookTestImpl hookImpl = new KeyboardHookTestImpl();
IKeyboardHookExt keyboard = HookFactory.CreateKeyboardHookExt(hookImpl);
keyboard.InstallHook();
keyboard.KeyDown += new KeyboardEventHandlerExt(SortedEventTest_KeyDown);
keyboard.KeyUp += new KeyboardEventHandlerExt(SortedEventTest_KeyUp);
keyboard.SystemKeyUp += new KeyboardEventHandlerExt(SortedEventTest_SystemKeyUp);
keyboard.SystemKeyDown += new KeyboardEventHandlerExt(SortedEventTest_SystemKeyDownKeyUp);
KeyboardHookEventArgs[] keyArgs = GenerateRandomKeyData();
KeyboardHookEventArgs kea1 = keyArgs[0];
KeyboardHookEventArgs kea2 = keyArgs[1];
KeyboardHookEventArgs kea3 = keyArgs[2];
KeyboardHookEventArgs kea4 = keyArgs[3];
hookImpl.TriggerKeyAction(KeyboardEvents.KeyDown, kea1);
hookImpl.TriggerKeyAction(KeyboardEvents.KeyUp, kea2);
hookImpl.TriggerKeyAction(KeyboardEvents.SystemKeyDown, kea3);
hookImpl.TriggerKeyAction(KeyboardEvents.SystemKeyUp, kea4);
tmr.RunTest(sortedEventTest_ArgsListDown.Count == 1, "One KeyDown event trigged.");
tmr.RunTest(sortedEventTest_ArgsListUp.Count == 1, "One KeyUp event trigged.");
tmr.RunTest(sortedEventTest_ArgsListSysDown.Count == 1, "One SystemKeyDown event trigged.");
tmr.RunTest(sortedEventTest_ArgsListSysUp.Count == 1, "One SystemKeyUp event trigged.");
KeyboardHookEventArgs keaB1 = (KeyboardHookEventArgs)sortedEventTest_ArgsListDown[0];
KeyboardHookEventArgs keaB2 = (KeyboardHookEventArgs)sortedEventTest_ArgsListUp[0];
KeyboardHookEventArgs keaB3 = (KeyboardHookEventArgs)sortedEventTest_ArgsListSysDown[0];
KeyboardHookEventArgs keaB4 = (KeyboardHookEventArgs)sortedEventTest_ArgsListSysUp[0];
tmr.RunTest(CompareKeyArgs(kea1, keaB1), "Correct KeyDown event caught.");
tmr.RunTest(CompareKeyArgs(kea2, keaB2), "Correct KeyUp event caught.");
tmr.RunTest(CompareKeyArgs(kea3, keaB3), "Correct SysKeyDown event caught.");
tmr.RunTest(CompareKeyArgs(kea4, keaB4), "Correct SysKeyUp event caught.");
}