internal MouseDevice(InputManager inputManager)
{
_inputManager = new SecurityCriticalData<InputManager>(inputManager);
_inputManager.Value.PreProcessInput += new PreProcessInputEventHandler(PreProcessInput);
_inputManager.Value.PreNotifyInput += new NotifyInputEventHandler(PreNotifyInput);
_inputManager.Value.PostProcessInput += new ProcessInputEventHandler(PostProcessInput);
// Get information about how far two clicks of a double click can be considered
// to be in the "same place and time".
//
// The call here goes into the safe helper calls, more of a consistency in approach
//
_doubleClickDeltaX = SafeSystemMetrics.DoubleClickDeltaX;
_doubleClickDeltaY = SafeSystemMetrics.DoubleClickDeltaY;
_doubleClickDeltaTime = SafeNativeMethods.GetDoubleClickTime();
_overIsEnabledChangedEventHandler = new DependencyPropertyChangedEventHandler(OnOverIsEnabledChanged);
_overIsVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnOverIsVisibleChanged);
_overIsHitTestVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnOverIsHitTestVisibleChanged);
_reevaluateMouseOverDelegate = new DispatcherOperationCallback(ReevaluateMouseOverAsync);
_reevaluateMouseOverOperation = null;
_captureIsEnabledChangedEventHandler = new DependencyPropertyChangedEventHandler(OnCaptureIsEnabledChanged);
_captureIsVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnCaptureIsVisibleChanged);
_captureIsHitTestVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnCaptureIsHitTestVisibleChanged);
_reevaluateCaptureDelegate = new DispatcherOperationCallback(ReevaluateCaptureAsync);
_reevaluateCaptureOperation = null;
_inputManager.Value.HitTestInvalidatedAsync += new EventHandler(OnHitTestInvalidatedAsync);
}
internal StylusLogic(InputManager inputManager)
{
_inputManager = new SecurityCriticalData<InputManager>(inputManager);;
_inputManager.Value.PreProcessInput += new PreProcessInputEventHandler(PreProcessInput);
_inputManager.Value.PreNotifyInput += new NotifyInputEventHandler(PreNotifyInput);
_inputManager.Value.PostProcessInput += new ProcessInputEventHandler(PostProcessInput);
#if !MULTICAPTURE
_overIsEnabledChangedEventHandler = new DependencyPropertyChangedEventHandler(OnOverIsEnabledChanged);
_overIsVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnOverIsVisibleChanged);
_overIsHitTestVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnOverIsHitTestVisibleChanged);
_reevaluateStylusOverDelegate = new DispatcherOperationCallback(ReevaluateStylusOverAsync);
_reevaluateStylusOverOperation = null;
_captureIsEnabledChangedEventHandler = new DependencyPropertyChangedEventHandler(OnCaptureIsEnabledChanged);
_captureIsVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnCaptureIsVisibleChanged);
_captureIsHitTestVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnCaptureIsHitTestVisibleChanged);
_reevaluateCaptureDelegate = new DispatcherOperationCallback(ReevaluateCaptureAsync);
_reevaluateCaptureOperation = null;
#endif
_shutdownHandler = new EventHandler(this.OnDispatcherShutdown);
_processDisplayChanged = new DispatcherOperationCallback(ProcessDisplayChanged);
_processDeferredMouseMove = new DispatcherOperationCallback(ProcessDeferredMouseMove);
ReadSystemConfig();
_dlgInputManagerProcessInput = new DispatcherOperationCallback(InputManagerProcessInput);
}
internal TextServicesManager(InputManager inputManager)
{
_inputManager = inputManager;
_inputManager.PreProcessInput += new PreProcessInputEventHandler(PreProcessInput);
_inputManager.PostProcessInput += new ProcessInputEventHandler(PostProcessInput);
}
public void SubClass(IntPtr owner)
{
Owner = owner;
_inputManager = InputManager.Current;
_dispatcher = _inputManager.Dispatcher;
_inputManager.PreProcessInput += OnPreProcessInputEventHandler;
_inputManager.EnterMenuMode += OnEnterMenuMode;
//Debug.WriteLine("SubClass(): " + owner);
}
public MultitouchInputProvider(PresentationSource source)
{
this.source = source;
contactsQueue = new Queue<RawMultitouchReport>();
inputManagerProcessInput = InputManagerProcessInput;
contactHandler = new ContactHandler(((HwndSource)source).Handle);
contactHandler.ContactMoved += HandleContact;
contactHandler.ContactRemoved += HandleContact;
contactHandler.NewContact += HandleContact;
inputManager = InputManager.Current;
multitouchLogic = MultitouchLogic.Current;
}
MultitouchLogic(InputManager inputManager)
{
if (!MouseHelper.SingleMouseFallback && !MultitouchScreen.AllowNonContactEvents) //modified by Wander
Mouse.OverrideCursor = Cursors.None;
ContactsManager = new ContactsManager(inputManager.Dispatcher);
this.inputManager = inputManager;
this.inputManager.PreProcessInput += inputManager_PreProcessInput;
this.inputManager.PreNotifyInput += inputManager_PreNotifyInput;
this.inputManager.PostProcessInput += inputManager_PostProcessInput;
contactType = typeof(Contact);
Dispatcher.ShutdownFinished += Dispatcher_ShutdownFinished;
Type routedEventType = typeof(RoutedEvent);
contactEvents = typeof(MultitouchScreen).GetFields().Where(m => m.FieldType == routedEventType).Select(f => (RoutedEvent)f.GetValue(null));
}
protected KeyboardDevice(InputManager inputManager)
{
_inputManager = new SecurityCriticalDataClass<InputManager>(inputManager);
_inputManager.Value.PreProcessInput += new PreProcessInputEventHandler(PreProcessInput);
_inputManager.Value.PreNotifyInput += new NotifyInputEventHandler(PreNotifyInput);
_inputManager.Value.PostProcessInput += new ProcessInputEventHandler(PostProcessInput);
_isEnabledChangedEventHandler = new DependencyPropertyChangedEventHandler(OnIsEnabledChanged);
_isVisibleChangedEventHandler = new DependencyPropertyChangedEventHandler(OnIsVisibleChanged);
_focusableChangedEventHandler = new DependencyPropertyChangedEventHandler(OnFocusableChanged);
_reevaluateFocusCallback = new DispatcherOperationCallback(ReevaluateFocusCallback);
_reevaluateFocusOperation = null;
//
_TsfManager = new SecurityCriticalDataClass<TextServicesManager>(new TextServicesManager(inputManager));
_textcompositionManager = new SecurityCriticalData<TextCompositionManager>(new TextCompositionManager(inputManager));
}
internal virtual void Reset(StagingAreaInputItem input, InputManager inputManager)
{
_input = input;
_inputManager = inputManager;
}
internal DefaultTextStoreTextComposition(InputManager inputManager, IInputElement source, string text, TextCompositionAutoComplete autoComplete) : base(inputManager, source, text, autoComplete)
{
}
internal TextCompositionManager(InputManager inputManager)
{
_inputManager = inputManager;
_inputManager.PreProcessInput += new PreProcessInputEventHandler(PreProcessInput);
_inputManager.PostProcessInput += new ProcessInputEventHandler(PostProcessInput);
}
internal CommandDevice(InputManager inputManager)
{
_inputManager = new SecurityCriticalData <InputManager>(inputManager);
_inputManager.Value.PreProcessInput += new PreProcessInputEventHandler(PreProcessInput);
_inputManager.Value.PostProcessInput += new ProcessInputEventHandler(PostProcessInput);
}
protected KeyboardDevice(InputManager inputManager)
{
}
public TextComposition(InputManager inputManager, System.Windows.IInputElement source, string resultText, TextCompositionAutoComplete autoComplete)
{
}
internal NotifyInputEventArgs (InputManager inputManager,
StagingAreaInputItem stagingItem)
{
this.inputManager = inputManager;
this.stagingItem = stagingItem;
}
public X11MouseDevice (InputManager manager)
: base (manager)
{
}
internal InputProviderSite(InputManager inputManager, IInputProvider inputProvider)
{
_inputManager = new SecurityCriticalDataClass<InputManager>(inputManager);
_inputProvider = new SecurityCriticalDataClass<IInputProvider>(inputProvider);
}
internal Win32KeyboardDevice(InputManager inputManager)
: base(inputManager)
{
}
//------------------------------------------------------
//
// Constructors
//
//------------------------------------------------------
#region Constructors
//
// Constructor for TextStore's TextComposition.
//
internal FrameworkTextComposition(InputManager inputManager, IInputElement source, object owner) : base(inputManager, source, String.Empty, TextCompositionAutoComplete.Off)
{
_owner = owner;
}
internal ProcessInputEventArgs (InputManager inputManager,
StagingAreaInputItem stagingItem)
: base (inputManager, stagingItem)
{
}
public TextComposition (InputManager inputManager, IInputElement source, string resultText)
{
}
internal CommandDevice( InputManager inputManager )
{
_inputManager = new SecurityCriticalData<InputManager>(inputManager);
_inputManager.Value.PreProcessInput += new PreProcessInputEventHandler(PreProcessInput);
_inputManager.Value.PostProcessInput += new ProcessInputEventHandler(PostProcessInput);
}
//-----------------------------------------------------
//
// Constructors
//
//-----------------------------------------------------
#region Constructors
internal FrameworkRichTextComposition(InputManager inputManager, IInputElement source, object owner) : base(inputManager, source, owner)
{
}
private static InputManager GetCurrentInputManagerImpl()
{
InputManager inputManager = null;
Dispatcher dispatcher = Dispatcher.CurrentDispatcher;
inputManager = dispatcher.InputManager as InputManager;
if (inputManager == null)
{
inputManager = new InputManager();
dispatcher.InputManager = inputManager;
}
return inputManager;
}
internal Win32MouseDevice(InputManager inputManager)
: base(inputManager)
{
}
public MockKeyboardDevice(InputManager manager)
: base(manager)
{
}
internal DeadCharTextComposition(InputManager inputManager, IInputElement source, string text, TextCompositionAutoComplete autoComplete, InputDevice inputDevice) : base(inputManager, source, text, autoComplete, inputDevice)
{
}
public TextComposition(InputManager inputManager, IInputElement source, string resultText, TextCompositionAutoComplete autoComplete) : this(inputManager, source, resultText, autoComplete, InputManager.Current.PrimaryKeyboardDevice)
{
// We should avoid using Enum.IsDefined for performance and correct versioning.
if ((autoComplete != TextCompositionAutoComplete.Off) &&
(autoComplete != TextCompositionAutoComplete.On))
{
throw new InvalidEnumArgumentException("autoComplete",
(int)autoComplete,
typeof(TextCompositionAutoComplete));
}
}
internal override void Reset(StagingAreaInputItem input, InputManager inputManager)
{
_canceled = false;
base.Reset(input, inputManager);
}
internal TextComposition(InputManager inputManager, IInputElement source, string resultText, TextCompositionAutoComplete autoComplete, InputDevice inputDevice)
{
_inputManager = inputManager;
_inputDevice = inputDevice;
if (resultText == null)
{
throw new ArgumentException(SR.Get(SRID.TextComposition_NullResultText));
}
_resultText = resultText;
_compositionText = "";
_systemText = "";
_systemCompositionText = "";
_controlText = "";
_autoComplete = autoComplete;
_stage = TextCompositionStage.None;
// source of this text composition.
_source = source;
}
internal DefaultKeyboardDevice(InputManager inputManager)
: base(inputManager)
{
}
//------------------------------------------------------
//
// Constructors
//
//-----------------------------------------------------
#region Constructors
/// <summary>
/// The constrcutor of TextComposition class.
/// </summary>
public TextComposition(InputManager inputManager, IInputElement source, string resultText) : this(inputManager, source, resultText, TextCompositionAutoComplete.On)
{
}
