internal static float GetMaxBoundsWidth(InvalidationManagerClient obj)
{
// explicit trumps explicitMax trumps Number.MAX_VALUE.
float maxWidth = obj.ExplicitMaxWidth ?? DEFAULT_MAX_WIDTH;
return maxWidth;
}
/// <summary>
/// Initializes the plugin
/// </summary>
/// <param name="component"></param>
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
return;
_initialized = true;
//Debug.Log("TabManager init");
_component = (Component) component;
ITabManagerClient tabManagerClient = component as ITabManagerClient;
if (null == tabManagerClient)
return;
_components = TabChildren ?? tabManagerClient.GetTabChildren(); // gets all focusable children
if (null == _circularTabs) // if not set on plugin
_circularTabs = tabManagerClient.CircularTabs;
if (null == _circularArrows) // if not set on plugin
_circularArrows = tabManagerClient.CircularArrows;
if (_components.Count > 0)
_component.AddEventListener(KeyboardEvent.KEY_DOWN, KeyDownHandler, Phases); // subscribe to keys
}
internal static float GetMaxBoundsHeight(InvalidationManagerClient obj)
{
// explicit trumps explicitMax trumps Number.MAX_VALUE.
float maxHeight = obj.ExplicitMaxHeight ?? DEFAULT_MAX_HEIGHT;
return(maxHeight);
}
internal static float GetMaxBoundsHeight(InvalidationManagerClient obj)
{
// explicit trumps explicitMax trumps Number.MAX_VALUE.
float maxHeight = obj.ExplicitMaxHeight ?? DEFAULT_MAX_HEIGHT;
return maxHeight;
}
internal static float GetMaxBoundsWidth(InvalidationManagerClient obj)
{
// explicit trumps explicitMax trumps Number.MAX_VALUE.
float maxWidth = obj.ExplicitMaxWidth ?? DEFAULT_MAX_WIDTH;
return(maxWidth);
}
// ReSharper disable UnusedMethodReturnValue.Local
private InvalidationManagerClient RemoveChild(InvalidationManagerClient client, int level)
// ReSharper restore UnusedMethodReturnValue.Local
{
//var priority = (level >= -1) ? level : client.NestLevel;
var priority = (level >= 0) ? level : client.NestLevel; // 20120229
_bin = _priorityBins.ContainsKey(priority) ? _priorityBins[priority] : null;
if (null != _bin && _bin.Items.Contains(client))
{
_bin.Items.Remove(client);
_bin.Length--;
if (0 == _bin.Length)
{
_pool.Put(_bin);
_priorityBins.Remove(priority);
}
Generation++;
return(client);
}
return(null);
}
public void Initialize(InvalidationManagerClient component)
{
Debug.Log("Draggable Initialize: _dragHandle: " + _dragHandle);
if (_initialized)
{
return;
}
_initialized = true;
_component = (Component)component;
// subscribe to CAPTURE PHASE component events
_constraintMode = null == _dragHandle;
//Debug.Log("Constrain mode: " + _constraintMode);
//if (null != _dragHandle && _dragHandle is InvalidationManagerClient)
// ((InvalidationManagerClient)_dragHandle).SetStyle("cursor", "move");
DisplayObject target = _dragHandle ?? _component;
target.AddEventListener(MouseEvent.MOUSE_MOVE, ComponentMouseMoveHandler, /*EventPhase.Capture | */ EventPhase.Target); // NOTE: Target phase must be present because of the simple components
target.AddEventListener(MouseEvent.MOUSE_OUT, ComponentMouseOutHandler, /*EventPhase.Capture | */ EventPhase.Target);
target.AddEventListener(MouseEvent.MOUSE_DOWN, ComponentMouseDownHandler, /*EventPhase.Capture | */ EventPhase.Target);
target.AddEventListener(FrameworkEvent.REMOVE, ComponentRemovedHandler);
}
public void Initialize(InvalidationManagerClient component)
{
Debug.Log("Draggable Initialize: _dragHandle: " + _dragHandle);
if (_initialized)
return;
_initialized = true;
_component = (Component) component;
// subscribe to CAPTURE PHASE component events
_constraintMode = null == _dragHandle;
//Debug.Log("Constrain mode: " + _constraintMode);
//if (null != _dragHandle && _dragHandle is InvalidationManagerClient)
// ((InvalidationManagerClient)_dragHandle).SetStyle("cursor", "move");
DisplayObject target = _dragHandle ?? _component;
target.AddEventListener(MouseEvent.MOUSE_MOVE, ComponentMouseMoveHandler, /*EventPhase.Capture | */EventPhase.Target); // NOTE: Target phase must be present because of the simple components
target.AddEventListener(MouseEvent.MOUSE_OUT, ComponentMouseOutHandler, /*EventPhase.Capture | */EventPhase.Target);
target.AddEventListener(MouseEvent.MOUSE_DOWN, ComponentMouseDownHandler, /*EventPhase.Capture | */EventPhase.Target);
target.AddEventListener(FrameworkEvent.REMOVE, ComponentRemovedHandler);
}
public InvalidationManagerClient RemoveLargestChild(InvalidationManagerClient client)
{
var max = _maxPriority;
var min = client.NestLevel; // _minPriority;
while (min <= max)
{
PriorityBin bin = null;
if (_priorityBins.ContainsKey(max) && _priorityBins[max].Length > 0)
{
bin = _priorityBins[max];
}
if (null != bin && bin.Length > 0)
{
if (max == client.NestLevel)
{
// If the current level we're searching matches that of our
// client, no need to search the entire list, just check to see
// if the client exists in the queue (it would be the only item
// at that nestLevel).
if (bin.Items.Contains(client))
{
RemoveChild(client, max);
return(client);
}
}
else
{
foreach (InvalidationManagerClient obj in bin.Items)
{
if (/*obj is Component && */ Contains(client, obj))
{
RemoveChild(obj /* as IInvalidationManagerClient*/, max);
return(obj);
}
}
}
max--;
}
else
{
if (max == _maxPriority)
{
_maxPriority--;
}
max--;
if (max < min)
{
break;
}
}
}
return(null);
}
protected void HandleUpdateCompletePendingFlag(InvalidationManagerClient obj)
{
if (!obj.UpdateFlag)
{
_updateCompleteQueue.AddObject(obj, obj.NestLevel);
obj.UpdateFlag = true;
}
}
protected void HandleUpdateCompletePendingFlag(InvalidationManagerClient obj)
{
if (!obj.UpdateFlag)
{
_updateCompleteQueue.AddObject(obj, obj.NestLevel);
obj.UpdateFlag = true;
}
}
public InvalidationManagerClient RemoveSmallestChild(InvalidationManagerClient client)
{
var min = client.NestLevel;
while (min <= _maxPriority)
{
//var bin = _priorityBins[min];
if (_priorityBins.ContainsKey(min) && _priorityBins[min].Length > 0)
{
PriorityBin bin = _priorityBins[min];
//}
//if (null != bin && bin.Length > 0)
//{
if (min == client.NestLevel)
{
// If the current level we're searching matches that of our
// client, no need to search the entire list, just check to see
// if the client exists in the queue (it would be the only item
// at that nestLevel).
if (bin.Items.Contains(client))
{
RemoveChild(client, min);
return(client);
}
}
else
{
foreach (InvalidationManagerClient obj in bin.Items)
{
if (/*obj is DisplayListMember && */ Contains(/*(IChildList)*/ client, /*(DisplayListMember)*/ obj))
{
RemoveChild(obj /* as IInvalidationManagerClient*/, min);
return(obj);
}
}
}
min++;
}
else
{
if (min == _minPriority)
{
_minPriority++;
}
min++;
if (min > _maxPriority)
{
break;
}
}
}
return(null);
}
public void Invalidate(InvalidationManagerClient obj, bool invalidateClientFlag)
{
/*if (_targetLevel <= obj.NestLevel)
invalidateClientFlag = true;*/
Queue.AddObject(obj, obj.NestLevel);
Invalid = true;
InvalidClient = invalidateClientFlag;
}
public void Invalidate(InvalidationManagerClient obj, bool invalidateClientFlag)
{
/*if (_targetLevel <= obj.NestLevel)
* invalidateClientFlag = true;*/
Queue.AddObject(obj, obj.NestLevel);
Invalid = true;
InvalidClient = invalidateClientFlag;
}
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
return;
_initialized = true;
//Debug.Log("DialogCloseOnEsc init");
_dialog = (Dialog) component;
_dialog.AddEventListener(KeyboardEvent.KEY_UP, KeyUpHandler, Phases);
}
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
{
return;
}
_initialized = true;
//Debug.Log("DialogCloseOnEsc init");
_dialog = (Dialog)component;
_dialog.AddEventListener(KeyboardEvent.KEY_UP, KeyUpHandler, Phases);
}
internal static void SetLayoutBoundsSize(InvalidationManagerClient obj, float?width, float?height)
{
if (null == width)
{
width = GetPreferredBoundsWidth(obj);
}
if (null == height)
{
height = GetPreferredBoundsHeight(obj);
}
obj.SetActualSize((float)width, (float)height);
}
/// <summary>
/// Constructor
/// </summary>
public ProgramaticStyle(InvalidationManagerClient client)
{
_client = client;
_style = new GUIStyle();
_normal = new GUIStyleState();
_onNormal = new GUIStyleState();
_hover = new GUIStyleState();
_active = new GUIStyleState();
_focused = new GUIStyleState();
_onHover = new GUIStyleState();
_onActive = new GUIStyleState();
_onFocused = new GUIStyleState();
}
internal void AddObject(InvalidationManagerClient obj, int priority)
{
//Debug.Log(string.Format("AddObject [{0}; {1}]", obj, priority));
if (_maxPriority < _minPriority)
{
_minPriority = priority;
_maxPriority = priority;
}
else
{
if (priority < _minPriority)
{
_minPriority = priority;
}
if (priority > _maxPriority)
{
_maxPriority = priority;
}
}
_bin = _priorityBins.ContainsKey(priority) ? _priorityBins[priority] : null;
if (null == _bin)
{
// If no hash exists for the specified priority, create one.
//_bin = new PriorityBin(); // TODO: Use ObjectPool of PriorityBins (but not very important)
_bin = _pool.Get(); // here
_bin.Length = 0; // 20120229
_bin.Items.Clear();
//_bin.Reset(); // testing 20120421
_priorityBins[priority] = _bin;
_bin.Items.Add(obj);
_bin.Length++;
}
else
{
// If we don't already hold the obj in the specified hash, add it
// and update our item count.
if (!_bin.Items.Contains(obj))
{
_bin.Items.Add(obj);
_bin.Length++;
}
}
Generation++;
}
/// <summary>
/// Constructor
/// </summary>
public ProgramaticStyle(InvalidationManagerClient client)
{
_client = client;
_style = new GUIStyle();
_normal = new GUIStyleState();
_onNormal = new GUIStyleState();
_hover = new GUIStyleState();
_active = new GUIStyleState();
_focused = new GUIStyleState();
_onHover = new GUIStyleState();
_onActive = new GUIStyleState();
_onFocused = new GUIStyleState();
}
internal InvalidationManagerClient RemoveSmallest()
{
_obj = null;
if (_minPriority <= _maxPriority)
{
PriorityBin bin = _priorityBins.ContainsKey(_minPriority) ? _priorityBins[_minPriority] : null;
while (null == bin || 0 == bin.Length)
{
_minPriority++;
if (_minPriority > _maxPriority)
{
return(null);
}
bin = _priorityBins.ContainsKey(_minPriority) ? _priorityBins[_minPriority] : null;
}
// Remove the item with largest priority from our priority queue.
// Must use a for loop here since we're removing a specific item
// from a 'Dictionary' (no means of directly indexing).
//foreach (object obj in bin.Items)
//{
// _obj = obj as IInvalidationManagerClient;
// RemoveChild(_obj, _minPriority);
// break;
//}
if (bin.Items.Count > 0)
{
_obj = bin.Items[0] /* as IInvalidationManagerClient*/;
RemoveChild(_obj, _minPriority);
}
bin = _priorityBins.ContainsKey(_minPriority) ? _priorityBins[_minPriority] : null;
while (null == bin || 0 == bin.Length)
{
_minPriority++;
if (_minPriority > _maxPriority)
{
break;
}
bin = _priorityBins.ContainsKey(_minPriority) ? _priorityBins[_minPriority] : null;
}
}
return(_obj);
}
public static float GetMinBoundsWidth(InvalidationManagerClient obj)
{
float minWidth;
if (null != obj.ExplicitMinWidth)
{
minWidth = (float) obj.ExplicitMinWidth;
}
else
{
//minWidth = null == obj.MeasuredMinWidth ? 0 : obj.MeasuredMinWidth;
minWidth = obj.MeasuredMinWidth; // TODO: eventual bug here
if (null != obj.ExplicitMaxWidth)
minWidth = Math.Min(minWidth, (float)obj.ExplicitMaxWidth);
}
return minWidth;
}
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
return;
_initialized = true;
_component = (Component) component;
// subscribe to CAPTURE PHASE component events
// listening for mouse move over the component border
_component.AddEventListener(MouseEvent.MOUSE_OVER, MouseOverHandler, EventPhase.Capture | EventPhase.Target); // NOTE: Target phase must be present because of the simple components
// listening for mouse out to remove the overlay
_component.AddEventListener(MouseEvent.MOUSE_OUT, MouseOutHandler, EventPhase.Capture | EventPhase.Target);
}
internal void AddObject(InvalidationManagerClient obj, int priority)
{
//Debug.Log(string.Format("AddObject [{0}; {1}]", obj, priority));
if (_maxPriority < _minPriority)
{
_minPriority = priority;
_maxPriority = priority;
}
else
{
if (priority < _minPriority)
_minPriority = priority;
if (priority > _maxPriority)
_maxPriority = priority;
}
_bin = _priorityBins.ContainsKey(priority) ? _priorityBins[priority] : null;
if (null == _bin)
{
// If no hash exists for the specified priority, create one.
//_bin = new PriorityBin(); // TODO: Use ObjectPool of PriorityBins (but not very important)
_bin = _pool.Get(); // here
_bin.Length = 0; // 20120229
_bin.Items.Clear();
//_bin.Reset(); // testing 20120421
_priorityBins[priority] = _bin;
_bin.Items.Add(obj);
_bin.Length++;
}
else
{
// If we don't already hold the obj in the specified hash, add it
// and update our item count.
if (!_bin.Items.Contains(obj))
{
_bin.Items.Add(obj);
_bin.Length++;
}
}
Generation++;
}
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
return;
_initialized = true;
_component = (Component) component;
// subscribe to TARGET PHASE component events
_component.AddEventListener(LoadingEvent.START, StartHandler, EventPhase.Target);
_component.AddEventListener(LoadingEvent.PROGRESS, ProgressHandler, EventPhase.Target);
_component.AddEventListener(LoadingEvent.END, EndHandler, EventPhase.Target);
_component.AddEventListener(LoadingEvent.ERROR, ErrorHandler, EventPhase.Target);
//if (null == AnimationId)
// AnimationId = AnimationId;
}
protected virtual void ChildAdded(DisplayListMember child)
{
InvalidationManagerClient imc = child as InvalidationManagerClient;
if (null == imc)
{
return;
}
if (!imc.Initialized)
{
child.Initialize();
}
else // already created, but changed parent
{
child.PropagateStage();
}
}
internal InvalidationManagerClient RemoveLargest()
{
_obj = null;
if (_minPriority <= _maxPriority)
{
PriorityBin bin = _priorityBins.ContainsKey(_maxPriority) ? _priorityBins[_maxPriority] : null;
while (null == bin || 0 == bin.Length)
{
_maxPriority--;
if (_maxPriority < _minPriority)
return null;
bin = _priorityBins.ContainsKey(_maxPriority) ? _priorityBins[_maxPriority] : null;
}
// Remove the item with largest priority from our priority queue.
// Must use a for loop here since we're removing a specific item
// from a 'Dictionary' (no means of directly indexing).
//foreach (object obj in bin.Items)
//{
// _obj = obj as IInvalidationManagerClient;
// RemoveChild(_obj, _maxPriority);
// break;
//}
if (bin.Items.Count > 0)
{
_obj = bin.Items[0]/* as IInvalidationManagerClient*/;
RemoveChild(_obj, _maxPriority);
}
bin = _priorityBins.ContainsKey(_maxPriority) ? _priorityBins[_maxPriority] : null;
while (null == bin || 0 == bin.Length)
{
_maxPriority--;
if (_maxPriority < _minPriority)
break;
bin = _priorityBins.ContainsKey(_maxPriority) ? _priorityBins[_maxPriority] : null;
}
}
return _obj;
}
private void AdditionalPropertyHandler(InvalidationManagerClient target)
{
/*if (!_done)
return;*/
//Debug.Log("Executing _invalidateClientPropertiesFlag handler for: " + target);
if (_propertyInvalidator.InvalidClient)
{
// did any properties get invalidated while validating size?
_obj = _propertyInvalidator.Queue.RemoveSmallestChild(target);
if (null != _obj)
{
// re-queue it. we'll pull it at the beginning of the loop
_propertyInvalidator.Queue.AddObject(target, target.NestLevel);
_done = false;
//break;
}
}
}
public static float GetMinBoundsHeight(InvalidationManagerClient obj)
{
// explicit trumps explicitMin trumps measuredMin.
// measuredMin is restricted by explicitMax.
float minHeight;
if (null != obj.ExplicitMinHeight)
{
minHeight = (float) obj.ExplicitMinHeight;
}
else
{
//minHeight = isNaN(obj.measuredMinHeight) ? 0 : obj.measuredMinHeight;
minHeight = obj.MeasuredMinHeight;
if (null != obj.ExplicitMaxHeight)
minHeight = Math.Min(minHeight, (float)obj.ExplicitMaxHeight);
}
return minHeight;
}
internal void InvalidateDisplayList(InvalidationManagerClient obj)
{
#if DEBUG
{
if (DebugMode)
{
InvalidationHelper.Log("InvalidateDisplayList", obj);
}
}
#endif
if (!_displayListInvalidator.Invalid)
{
CheckSignal();
}
_invalidateClientDisplayListFlag = _targetLevel <= obj.NestLevel;
_displayListInvalidator.Invalidate(obj, _invalidateClientDisplayListFlag);
}
internal void InvalidateEventQueue(InvalidationManagerClient obj)
{
#if DEBUG
{
if (DebugMode)
{
InvalidationHelper.Log("InvalidateEventQueue", obj);
}
}
#endif
if (!_eventInvalidator.Invalid)
{
CheckSignal();
}
_invalidateClientEventsFlag = _targetLevel <= obj.NestLevel;
_eventInvalidator.Invalidate(obj, _invalidateClientEventsFlag);
}
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
{
return;
}
_initialized = true;
_component = (Component)component;
// subscribe to CAPTURE PHASE component events
// listening for mouse move over the component border
_component.AddEventListener(MouseEvent.MOUSE_OVER, MouseOverHandler, EventPhase.Capture | EventPhase.Target); // NOTE: Target phase must be present because of the simple components
// listening for mouse out to remove the overlay
_component.AddEventListener(MouseEvent.MOUSE_OUT, MouseOutHandler, EventPhase.Capture | EventPhase.Target);
}
internal void InvalidateProperties(InvalidationManagerClient obj)
{
#if DEBUG
{
if (DebugMode)
{
InvalidationHelper.Log("InvalidateProperties", obj);
}
}
#endif
if (!_propertyInvalidator.Invalid)
{
CheckSignal();
}
_invalidateClientPropertiesFlag = _targetLevel <= obj.NestLevel;
_propertyInvalidator.Invalidate(obj, _invalidateClientPropertiesFlag);
}
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
{
return;
}
_initialized = true;
_component = (Component)component;
// subscribe to TARGET PHASE component events
_component.AddEventListener(LoadingEvent.START, StartHandler, EventPhase.Target);
_component.AddEventListener(LoadingEvent.PROGRESS, ProgressHandler, EventPhase.Target);
_component.AddEventListener(LoadingEvent.END, EndHandler, EventPhase.Target);
_component.AddEventListener(LoadingEvent.ERROR, ErrorHandler, EventPhase.Target);
//if (null == AnimationId)
// AnimationId = AnimationId;
}
private void AdditionalPropertyHandler(InvalidationManagerClient target)
{
/*if (!_done)
* return;*/
//Debug.Log("Executing _invalidateClientPropertiesFlag handler for: " + target);
if (_propertyInvalidator.InvalidClient)
{
// did any properties get invalidated while validating size?
_obj = _propertyInvalidator.Queue.RemoveSmallestChild(target);
if (null != _obj)
{
// re-queue it. we'll pull it at the beginning of the loop
_propertyInvalidator.Queue.AddObject(target, target.NestLevel);
_done = false;
//break;
}
}
}
public static float GetMinBoundsWidth(InvalidationManagerClient obj)
{
float minWidth;
if (null != obj.ExplicitMinWidth)
{
minWidth = (float)obj.ExplicitMinWidth;
}
else
{
//minWidth = null == obj.MeasuredMinWidth ? 0 : obj.MeasuredMinWidth;
minWidth = obj.MeasuredMinWidth; // TODO: eventual bug here
if (null != obj.ExplicitMaxWidth)
{
minWidth = Math.Min(minWidth, (float)obj.ExplicitMaxWidth);
}
}
return(minWidth);
}
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
return;
_initialized = true;
_component = (Component) component;
_component.OptimizeMeasureCalls = false;
// subscribe to CAPTURE PHASE component events
// listening for mouse move over the component border
//_component.AddEventListener(MouseEvent.MOUSE_MOVE, IdleMouseMoveHandler, EventPhase.Capture | EventPhase.Target, EventPriority.CURSOR_MANAGEMENT); // NOTE: Target phase must be present because of the simple components
_component.AddEventListener(MouseEvent.ROLL_OVER, IdleRollOverHandler, EventPhase.Capture | EventPhase.Target); //, EventPriority.CURSOR_MANAGEMENT); // NOTE: Target phase must be present because of the simple components
_component.AddEventListener(MouseEvent.ROLL_OUT, IdleRollOutHandler, EventPhase.Capture | EventPhase.Target); //, EventPriority.CURSOR_MANAGEMENT); // NOTE: Target phase must be present because of the simple components
//// listening for mouse click just to cancel it if being over the border
//// TODO: implement priority and use the highest one
//_component.AddEventListener(MouseEvent.CLICK, ClickHandler, EventPhase.Capture | EventPhase.Target);
}
public static float GetMinBoundsHeight(InvalidationManagerClient obj)
{
// explicit trumps explicitMin trumps measuredMin.
// measuredMin is restricted by explicitMax.
float minHeight;
if (null != obj.ExplicitMinHeight)
{
minHeight = (float)obj.ExplicitMinHeight;
}
else
{
//minHeight = isNaN(obj.measuredMinHeight) ? 0 : obj.measuredMinHeight;
minHeight = obj.MeasuredMinHeight;
if (null != obj.ExplicitMaxHeight)
{
minHeight = Math.Min(minHeight, (float)obj.ExplicitMaxHeight);
}
}
return(minHeight);
}
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
{
return;
}
_initialized = true;
_component = (Component)component;
_component.OptimizeMeasureCalls = false;
// subscribe to CAPTURE PHASE component events
// listening for mouse move over the component border
//_component.AddEventListener(MouseEvent.MOUSE_MOVE, IdleMouseMoveHandler, EventPhase.Capture | EventPhase.Target, EventPriority.CURSOR_MANAGEMENT); // NOTE: Target phase must be present because of the simple components
_component.AddEventListener(MouseEvent.ROLL_OVER, IdleRollOverHandler, EventPhase.Capture | EventPhase.Target); //, EventPriority.CURSOR_MANAGEMENT); // NOTE: Target phase must be present because of the simple components
_component.AddEventListener(MouseEvent.ROLL_OUT, IdleRollOutHandler, EventPhase.Capture | EventPhase.Target); //, EventPriority.CURSOR_MANAGEMENT); // NOTE: Target phase must be present because of the simple components
//// listening for mouse click just to cancel it if being over the border
//// TODO: implement priority and use the highest one
//_component.AddEventListener(MouseEvent.CLICK, ClickHandler, EventPhase.Capture | EventPhase.Target);
}
internal void InvalidateTransform(InvalidationManagerClient obj)
{
//InvalidationHelper.Log("InvalidateTransform", obj);
#if DEBUG
{
if (DebugMode)
{
InvalidationHelper.Log("InvalidateTransform", obj);
}
}
#endif
if (!_transformInvalidator.Invalid)
{
CheckSignal();
}
_invalidateClientTransformFlag = _targetLevel <= obj.NestLevel;
//if (((InvalidationManagerClient)obj).Id == "btn")
// InvalidationHelper.Log("InvalidateTransform", obj);
_transformInvalidator.Invalidate(obj, _invalidateClientTransformFlag);
}
/// <summary>
/// Initializes the plugin
/// </summary>
/// <param name="component"></param>
public void Initialize(InvalidationManagerClient component)
{
if (_initialized)
{
return;
}
_initialized = true;
//Debug.Log("TabManager init");
_component = (Component)component;
ITabManagerClient tabManagerClient = component as ITabManagerClient;
if (null == tabManagerClient)
{
return;
}
_components = TabChildren ?? tabManagerClient.GetTabChildren(); // gets all focusable children
if (null == _circularTabs) // if not set on plugin
{
_circularTabs = tabManagerClient.CircularTabs;
}
if (null == _circularArrows) // if not set on plugin
{
_circularArrows = tabManagerClient.CircularArrows;
}
if (_components.Count > 0)
{
_component.AddEventListener(KeyboardEvent.KEY_DOWN, KeyDownHandler, Phases); // subscribe to keys
}
}
internal static float GetBoundsYAtSize(InvalidationManagerClient obj, float? width, float? height)
{
// explicit trumps explicitMax trumps Number.MAX_VALUE.
//return GetMaxBoundsHeight(obj);
return obj.Y;
}
public void Validate(ref InvalidationManagerClient currentObject)
{
#if DEBUG
{
if (DebugMode)
{
Debug.Log("SizeInvalidator -> Validate");
}
}
#endif
//_currentObject = currentObject;
// Keep traversing the invalidatePropertiesQueue until we've reached the end.
// More elements may get added to the queue while we're in this loop, or a
// a recursive call to this function may remove elements from the queue while
// we're in this loop.
InvalidationManagerClient obj = Queue.RemoveLargest();
while (null != obj)
{
//Debug.Log("InvalidationManager calling validateProperties() on " + obj);
//CONFIG::performanceInstrumentation
#region Debug
#if DEBUG
{
if (DebugMode)
{
_start = DateTime.Now;
}
}
#endif
#endregion
//if (obj is ComboBox)
// Debug.Log("validating combo: " + obj);
//if (-1 != obj.NestLevel)
//{
currentObject = obj;
obj.ValidateSize(false);
//obj.ValidateSize(!(currentObject is Container)); // added 20121212. ComboBox didn't measure when in designer application (its children were never measured, because it is not a container)
//obj.ValidateSize(true);
HandleUpdateCompletePendingFlag(obj);
//}
#region Debug
#if DEBUG
{
if (DebugMode)
{
var end = DateTime.Now.Subtract(_start);
InvalidationHelper.Log("ValidateSize", obj);
Debug.Log(string.Format("SizeInvalidator -> Validated in {0} ms", end.Milliseconds));
}
}
#endif
#endregion
obj = Queue.RemoveLargest();
}
if (Queue.IsEmpty())
{
// trace("Properties Queue is empty");
Invalid = false;
/*_systemManager.DispatchEvent(
* new Event("validateSizeComplete"));*/
}
}
/// <summary>
///
/// </summary>
/// <param name="target"></param>
/// <param name="skipDisplayList"></param>
public void ValidateClient(InvalidationManagerClient target, bool skipDisplayList = false)
{
InvalidationManagerClient lastCurrentObject = _currentObject;
int oldTargetLevel = _targetLevel;
if (MaxHDepth == _targetLevel)
{
_targetLevel = target.NestLevel;
}
_done = false;
while (!_done)
{
// assume we won't find anything
_done = true;
/**
* 1) Validate properties
* */
_propertyInvalidator.ValidateClient(target, ref _currentObject);
/**
* 2) Validate size
* */
//InvalidationHelper.Log("## Validate size", target);
_sizeInvalidator.ValidateClient(target, ref _currentObject);
/**
* 3) Validate display list
* */
if (!skipDisplayList)
{
_displayListInvalidator.ValidateClient(target, ref _currentObject);
}
/**
* 4) Validate transforms
* */
_transformInvalidator.ValidateClient(target, ref _currentObject); // moved 20130807
/**
* 5) Validate events
* */
_eventInvalidator.ValidateClient(target, ref _currentObject);
}
if (MaxHDepth == oldTargetLevel)
{
_targetLevel = MaxHDepth;
if (!skipDisplayList)
{
_obj = _updateCompleteQueue.RemoveLargestChild(target);
while (null != _obj)
{
if (!_obj.Initialized)
{
_obj.Initialized = true;
}
if (_obj.HasEventListener(FrameworkEvent.UPDATE_COMPLETE))
{
_obj.DispatchEvent(new FrameworkEvent(FrameworkEvent.UPDATE_COMPLETE));
}
_obj.UpdateFlag = false;
_obj = _updateCompleteQueue.RemoveLargestChild(target);
}
}
}
_currentObject = lastCurrentObject;
}
//private void RemoveHandler(Event e)
//{
// DisplayObject popup = e.Target as DisplayObject;
// if (null != popup)
// {
// popup.RemoveEventListener(MouseEvent.MOUSE_DOWN_OUTSIDE, RemoveHandler);
// popup.RemoveEventListener(MouseEvent.MOUSE_WHEEL_OUTSIDE, RemoveHandler);
// TerminatePopup(popup);
// }
// if (_popups.Count == 0 && SystemManager.Instance.HasEventListener(ResizeEvent.RESIZE))
// SystemManager.Instance.RemoveEventListener(ResizeEvent.RESIZE, RemoveHandler);
//}
//private static void TerminatePopup(DisplayObject popup)
//{
// //Debug.Log("TerminatePopup");
// var dlm = popup as DisplayListMember;
// if (null != dlm)
// {
// Instance.RemovePopup(dlm);
// // TODO: SystemManager.Instance.RemoveEventListener(ResizeEvent.RESIZE, ...);
// dlm.Dispose();
// }
//}
#endregion
#region Add
/// <summary>
/// Adds a popup to popup stage
/// </summary>
/// <param name="popup">A popup to add</param>
/// <param name="options">Popup options</param>
public void AddPopup(DisplayListMember popup, params PopupOption[] options)
{
Event e = new Event(OPENING, popup, false, true); // cancelable
DispatchEvent(e);
if (e.Canceled)
{
return;
}
if (IsDefaultPrevented(OPENING))
{
return;
}
if (_popups.Contains(popup))
{
return;
}
#if DEBUG
if (DebugMode)
{
Debug.Log("AddPopup");
}
#endif
DisplayObjectContainer parent = null;
bool modal = true;
bool centered = true;
bool keepCenter = false;
bool removeOnMouseDownOutside = false;
bool removeOnMouseWheelOutside = false;
bool removeOnScreenResize = false;
bool autoFocus = true;
bool focusPreviousOnHide = true;
Stage stage = _stage;
bool visibleFlag = popup.Visible;
popup.Visible = false;
int len = options.Length;
for (int i = 0; i < len; i++)
{
PopupOption option = options[i];
switch (option.Type)
{
case PopupOptionType.Parent:
parent = (DisplayObjectContainer)option.Value;
break;
case PopupOptionType.Modal:
modal = (bool)option.Value;
break;
case PopupOptionType.Centered:
centered = (bool)option.Value;
break;
case PopupOptionType.KeepCenter:
keepCenter = (bool)option.Value;
break;
case PopupOptionType.RemoveOnMouseDownOutside:
removeOnMouseDownOutside = (bool)option.Value;
break;
case PopupOptionType.RemoveOnMouseWheelOutside:
removeOnMouseWheelOutside = (bool)option.Value;
break;
case PopupOptionType.RemoveOnScreenResize:
removeOnScreenResize = (bool)option.Value;
break;
case PopupOptionType.AutoFocus:
autoFocus = (bool)option.Value;
break;
case PopupOptionType.FocusPreviousOnHide:
focusPreviousOnHide = (bool)option.Value;
break;
case PopupOptionType.Stage:
//Debug.Log("Exotic stage: " + option.Value);
stage = (Stage)option.Value;
break;
default:
throw new Exception("Unknown option");
}
}
_popups.Add(popup);
if (null == parent)
{
parent = stage;
}
DisplayListMember overlay = null;
Group popupRoot = null;
InvalidationManagerClient imc = popup as InvalidationManagerClient;
Component comp = popup as Component;
if (null != comp)
{
comp.IsPopUp = true;
}
if (modal)
{
overlay = (DisplayListMember)Activator.CreateInstance(ModalOverlayType);
overlay.AddEventListener(MouseEvent.MOUSE_DOWN, OnOverlayMouseDown);
// we are packing both the overlay and the popup to into an aditional container
popupRoot = new Group();
stage.AddChild(popupRoot);
// BUG BUG BUG! If we do _stage.AddChild(popupRoot); AFTER the children are added, we get a null exception
// this is the major problem when adding children, started appearing since 10.1.2012
// solved. This had to to with the creationcomplete method, which has to be run after the complete invalidation pass
popupRoot.AddChild(overlay);
popupRoot.AddChild(popup);
// popup has been added to popup stage
// invalidation methods have been called upon the addition
// now we want to run measure (to validate dimensions)
// because we want to center the popup
// now, the absolute layout won't do it on his own
//overlay.Bounds = (Rectangle)parent.Bounds.Clone();
overlay.Width = PopupManagerStage.Instance.Width;
overlay.Height = PopupManagerStage.Instance.Height;
/*var client = overlay as InvalidationManagerClient;
* if (client != null)
* {
* /*var imc2 = client;
* imc2.SetActualSize(
* PopupManagerStage.Instance.Width,
* PopupManagerStage.Instance.Height/*,
* Math.Max(imc2.GetExplicitOrMeasuredWidth(), imc2.MinWidth),
* Math.Max(imc2.GetExplicitOrMeasuredHeight(), imc2.MinHeight)#2#
* );#1#
* client.Width = PopupManagerStage.Instance.Width;
* client.Height = PopupManagerStage.Instance.Height;
* //imc2.InvalidateTransform();
* }
* else
* {
* overlay.X = parent.X;
* overlay.Y = parent.Y;
* /*overlay.X = parent.X;
* overlay.Y = parent.Y;#1#
* }*/
}
else
{
stage.AddChild(popup);
}
if (null != imc)
{
//InvalidationManager.Instance.ValidateClient(imc, true);
imc.ValidateNow();
//Debug.Log(string.Format("imc.Width:{0}, imc.Height:{1}", imc.Width, imc.Height));
//Debug.Log(string.Format("imc.GetExplicitOrMeasuredWidth():{0}, imc.GetExplicitOrMeasuredHeight():{1}", imc.GetExplicitOrMeasuredWidth(), imc.GetExplicitOrMeasuredHeight()));
//imc.SetActualSize(imc.GetExplicitOrMeasuredWidth(), imc.GetExplicitOrMeasuredHeight());
imc.SetActualSize(
Math.Min(Math.Max(imc.GetExplicitOrMeasuredWidth(), imc.MinWidth), imc.MaxWidth),
Math.Min(Math.Max(imc.GetExplicitOrMeasuredHeight(), imc.MinHeight), imc.MaxHeight)
);
}
var descriptor = new PopupDescriptor(parent, overlay, popupRoot)
{
Popup = popup,
PopupRoot = modal ? popupRoot : popup,
Owner = parent,
Modal = modal,
Centered = centered,
KeepCenter = keepCenter,
RemoveOnMouseDownOutside = removeOnMouseDownOutside,
RemoveOnMouseWheelOutside = removeOnMouseWheelOutside,
RemoveOnScreenResize = removeOnScreenResize,
FocusPreviousOnHide = focusPreviousOnHide,
Stage = stage
};
_descriptors.Add(popup, descriptor);
if (centered)
{
CenterPopUp(popup);
}
InteractiveComponent ic = popup as InteractiveComponent;
if (autoFocus && null != ic)
{
ic.SetFocus(); // TEMP disabled, 2.1.2012.
//FocusManager.Instance.SetFocus(ic);
/*ic.Defer(delegate
* {
* //ic.SetFocus();
* FocusManager.Instance.SetFocus(ic);
* }, 1);*/
}
// connect if not connected
if (_descriptors.Count > 0)
{
SystemManager.Instance.ResizeSignal.Connect(ResizeSlot);
SystemManager.Instance.MouseDownSignal.Connect(MouseDownSlot);
SystemManager.Instance.RightMouseDownSignal.Connect(MouseDownSlot);
SystemManager.Instance.MiddleMouseDownSignal.Connect(MouseDownSlot);
SystemManager.Instance.MouseWheelSignal.Connect(MouseWheelSlot);
// subscribe to stage to see if some component has been mouse-downed
// NOTE: some components (i.e. window close button) could cancel the event, this is by design
// note: it is safe ta call it multiple times, it is checked internally
stage.AddEventListener(MouseEvent.MOUSE_DOWN, MouseDownHandler);
}
else
{
SystemManager.Instance.ResizeSignal.Disconnect(ResizeSlot);
SystemManager.Instance.MouseDownSignal.Disconnect(MouseDownSlot);
SystemManager.Instance.RightMouseDownSignal.Disconnect(MouseDownSlot);
SystemManager.Instance.MiddleMouseDownSignal.Disconnect(MouseDownSlot);
SystemManager.Instance.MouseWheelSignal.Disconnect(MouseWheelSlot);
//MouseEventDispatcher.Instance.RemoveEventListener(MouseEvent.MOUSE_DOWN, MouseDownHandler);
stage.RemoveEventListener(MouseEvent.MOUSE_DOWN, MouseDownHandler);
}
// NOTE: This is needed when having effects because of the flicker (?):
//descriptor.PopupRoot.SkipRender(100);
// bring the popup root to front
descriptor.PopupRoot.BringToFront();
popup.Visible = visibleFlag;
DispatchEvent(new Event(OPEN, popup));
}
/// <summary>
///
/// </summary>
/// <param name="target"></param>
/// <param name="skipDisplayList"></param>
public void ValidateClient(InvalidationManagerClient target, bool skipDisplayList = false)
{
InvalidationManagerClient lastCurrentObject = _currentObject;
int oldTargetLevel = _targetLevel;
if (MaxHDepth == _targetLevel)
_targetLevel = target.NestLevel;
_done = false;
while (!_done)
{
// assume we won't find anything
_done = true;
/**
* 1) Validate properties
* */
_propertyInvalidator.ValidateClient(target, ref _currentObject);
/**
* 2) Validate size
* */
//InvalidationHelper.Log("## Validate size", target);
_sizeInvalidator.ValidateClient(target, ref _currentObject);
/**
* 3) Validate display list
* */
if (!skipDisplayList)
_displayListInvalidator.ValidateClient(target, ref _currentObject);
/**
* 4) Validate transforms
* */
_transformInvalidator.ValidateClient(target, ref _currentObject); // moved 20130807
/**
* 5) Validate events
* */
_eventInvalidator.ValidateClient(target, ref _currentObject);
}
if (MaxHDepth == oldTargetLevel)
{
_targetLevel = MaxHDepth;
if (!skipDisplayList)
{
_obj = _updateCompleteQueue.RemoveLargestChild(target);
while (null != _obj)
{
if (!_obj.Initialized)
_obj.Initialized = true;
if (_obj.HasEventListener(FrameworkEvent.UPDATE_COMPLETE))
_obj.DispatchEvent(new FrameworkEvent(FrameworkEvent.UPDATE_COMPLETE));
_obj.UpdateFlag = false;
_obj = _updateCompleteQueue.RemoveLargestChild(target);
}
}
}
_currentObject = lastCurrentObject;
}
public void ValidateClient(InvalidationManagerClient target, ref InvalidationManagerClient currentObject)
{
#if DEBUG
{
if (DebugMode)
Debug.Log("DisplayListInvalidator -> ValidateClient");
}
#endif
//IInvalidationManagerClient lastCurrentObject = _currentObject;
//int i = 0;
//bool done = false;
//int oldTargetLevel = _targetLevel;
//while (!done)
//{
// done = true;
// Keep traversing the invalidatePropertiesQueue until we've reached the end.
// More elements may get added to the queue while we're in this loop, or a
// a recursive call to this function may remove elements from the queue while
// we're in this loop.
InvalidationManagerClient obj = Queue.RemoveSmallestChild(target);
while (null != obj)
{
//Debug.Log("InvalidationManager calling validateProperties() on " + obj);
#region Debug
#if DEBUG
{
if (DebugMode)
_start = DateTime.Now;
}
#endif
#endregion
if (-1 != obj.NestLevel)
{
currentObject = obj;
obj.ValidateDisplayList();
HandleUpdateCompletePendingFlag(obj);
}
// process additional handlers
if (AdditionalHandlers.Count > 0)
{
foreach (AdditionalHandler handler in AdditionalHandlers)
handler(target);
}
#region Debug
#if DEBUG
{
if (DebugMode)
{
var end = DateTime.Now.Subtract(_start);
InvalidationHelper.Log("ValidateDisplayList", obj);
Debug.Log(string.Format("DisplayListInvalidator -> Validated in {0} ms", end.Milliseconds));
}
}
#endif
#endregion
// Once we start, don't stop.
obj = Queue.RemoveSmallestChild(target);
}
if (Queue.IsEmpty())
{
// trace("Properties Queue is empty");
Invalid = false;
InvalidClient = false;
/*_systemManager.DispatchEvent(
new Event("validatePropertiesComplete"));*/
}
//}
//_currentObject = lastCurrentObject;
}
// ReSharper disable UnusedMethodReturnValue.Local
private InvalidationManagerClient RemoveChild(InvalidationManagerClient client, int level)
// ReSharper restore UnusedMethodReturnValue.Local
{
//var priority = (level >= -1) ? level : client.NestLevel;
var priority = (level >= 0) ? level : client.NestLevel; // 20120229
_bin = _priorityBins.ContainsKey(priority) ? _priorityBins[priority] : null;
if (null != _bin && _bin.Items.Contains(client))
{
_bin.Items.Remove(client);
_bin.Length--;
if (0 == _bin.Length){
_pool.Put(_bin);
_priorityBins.Remove(priority);
}
Generation++;
return client;
}
return null;
}
public InvalidationManagerClient RemoveSmallestChild(InvalidationManagerClient client)
{
var min = client.NestLevel;
while (min <= _maxPriority)
{
//var bin = _priorityBins[min];
if (_priorityBins.ContainsKey(min) && _priorityBins[min].Length > 0)
{
PriorityBin bin = _priorityBins[min];
//}
//if (null != bin && bin.Length > 0)
//{
if (min == client.NestLevel)
{
// If the current level we're searching matches that of our
// client, no need to search the entire list, just check to see
// if the client exists in the queue (it would be the only item
// at that nestLevel).
if (bin.Items.Contains(client))
{
RemoveChild(client, min);
return client;
}
}
else
{
foreach (InvalidationManagerClient obj in bin.Items)
{
if (/*obj is DisplayListMember && */Contains(/*(IChildList)*/client, /*(DisplayListMember)*/obj))
{
RemoveChild(obj/* as IInvalidationManagerClient*/, min);
return obj;
}
}
}
min++;
}
else
{
if (min == _minPriority)
_minPriority++;
min++;
if (min > _maxPriority)
break;
}
}
return null;
}
public InvalidationManagerClient RemoveLargestChild(InvalidationManagerClient client)
{
var max = _maxPriority;
var min = client.NestLevel; // _minPriority;
while (min <= max)
{
PriorityBin bin = null;
if (_priorityBins.ContainsKey(max) && _priorityBins[max].Length > 0)
{
bin = _priorityBins[max];
}
if (null != bin && bin.Length > 0)
{
if (max == client.NestLevel)
{
// If the current level we're searching matches that of our
// client, no need to search the entire list, just check to see
// if the client exists in the queue (it would be the only item
// at that nestLevel).
if (bin.Items.Contains(client))
{
RemoveChild(client, max);
return client;
}
}
else
{
foreach (InvalidationManagerClient obj in bin.Items)
{
if (/*obj is Component && */Contains(client, obj))
{
RemoveChild(obj/* as IInvalidationManagerClient*/, max);
return obj;
}
}
}
max--;
}
else
{
if (max == _maxPriority)
_maxPriority--;
max--;
if (max < min)
break;
}
}
return null;
}
internal static float GetLayoutBoundsWidth(InvalidationManagerClient obj)
{
return obj.Width;
}
internal static void SetLayoutBoundsSize(InvalidationManagerClient obj, float? width, float? height)
{
if (null == width)
width = GetPreferredBoundsWidth(obj);
if (null == height)
height = GetPreferredBoundsHeight(obj);
obj.SetActualSize((float) width, (float) height);
}
internal static float GetLayoutBoundsHeight(InvalidationManagerClient obj)
{
return obj.Height;
}
internal static float GetPreferredBoundsHeight(InvalidationManagerClient obj)
{
return obj.GetExplicitOrMeasuredHeight();
}
/*public bool Invalid { get; private set; }*/
public void Validate(ref InvalidationManagerClient currentObject)
{
#if DEBUG
{
if (DebugMode)
Debug.Log("DisplayListInvalidator -> Validate");
}
#endif
//_currentObject = currentObject;
// Keep traversing the invalidatePropertiesQueue until we've reached the end.
// More elements may get added to the queue while we're in this loop, or a
// a recursive call to this function may remove elements from the queue while
// we're in this loop.
InvalidationManagerClient obj = Queue.RemoveSmallest();
while (null != obj)
{
//Debug.Log("InvalidationManager calling validateProperties() on " + obj);
//if (obj is LoadingMaskAnimator)
// Debug.Log("Validating display list for: " + obj);
//CONFIG::performanceInstrumentation
#if DEBUG
{
if (DebugMode)
_start = DateTime.Now;
}
#endif
//if (-1 != obj.NestLevel)
//{
currentObject = obj;
obj.ValidateDisplayList();
HandleUpdateCompletePendingFlag(obj);
//}
//CONFIG::performanceInstrumentation
#if DEBUG
{
if (DebugMode)
{
var end = DateTime.Now.Subtract(_start);
InvalidationHelper.Log("ValidateDisplayList", obj);
Debug.Log(string.Format("DisplayListInvalidator -> Validated in {0} ms", end.Milliseconds));
}
}
#endif
// Once we start, don't stop.
obj = Queue.RemoveSmallest();
}
if (Queue.IsEmpty())
{
// trace("Properties Queue is empty");
Invalid = false;
/*_systemManager.DispatchEvent(
new Event("validateDisplayListComplete"));*/
}
}
//private int _measureCount;
private void DoValidate()
{
if (_propertyInvalidator.Invalid)
{
_propertyInvalidator.Validate(ref _currentObject);
}
if (_sizeInvalidator.Invalid)
{
//Debug.Log("_styleInvalidator.Invalid: " + _styleInvalidator.Invalid);
//Debug.Log("*** Measuring: " + _measureCount++);
_sizeInvalidator.Validate(ref _currentObject);
}
if (_displayListInvalidator.Invalid)
{
_displayListInvalidator.Validate(ref _currentObject);
}
if (_transformInvalidator.Invalid)
{
_transformInvalidator.Validate(ref _currentObject);
}
if (_eventInvalidator.Invalid)
{
_eventInvalidator.Validate(ref _currentObject);
}
if (_propertyInvalidator.Invalid ||
_transformInvalidator.Invalid ||
_sizeInvalidator.Invalid ||
_displayListInvalidator.Invalid ||
_eventInvalidator.Invalid)
{
// do nothing (attachListeners(systemManager);)
}
else
{
InvalidationManagerClient obj = _updateCompleteQueue.RemoveLargest();
while (null != obj)
{
if (!obj.Initialized /* && obj.InternalStructureBuilt*/)
{
#if DEBUG
{
if (DebugMode)
{
InvalidationHelper.Log("Creation complete", obj);
}
}
#endif
// Most important: setting the initialized property here
// after all the initial VALIDATION cycles
obj.Initialized = true;
}
if (obj.HasEventListener(FrameworkEvent.UPDATE_COMPLETE))
{
obj.DispatchEvent(new FrameworkEvent(FrameworkEvent.UPDATE_COMPLETE));
}
obj.UpdateFlag = false;
obj = _updateCompleteQueue.RemoveLargest();
}
//Debug.Log("updateComplete");
/**
* We are emmiting the update complete signal here
* The listeners of this signal are connected for one shot only
* They internally reset their ForceLayout flags etc.
* */
UpdateCompleteSignal.Emit();
}
}
internal void InvalidateDisplayList(InvalidationManagerClient obj)
{
#if DEBUG
{
if (DebugMode)
InvalidationHelper.Log("InvalidateDisplayList", obj);
}
#endif
if (!_displayListInvalidator.Invalid)
CheckSignal();
_invalidateClientDisplayListFlag = _targetLevel <= obj.NestLevel;
_displayListInvalidator.Invalidate(obj, _invalidateClientDisplayListFlag);
}
internal static void SetLayoutBoundsPosition(InvalidationManagerClient obj, float x, float y)
{
obj.Move(x, y);
}
/// <summary>
/// Constructor
/// </summary>
public ProgramaticStyle(InvalidationManagerClient invalidationManagerClient, GUIStyle style)
: this(invalidationManagerClient)
{
_style = style;
}
internal void InvalidateEventQueue(InvalidationManagerClient obj)
{
#if DEBUG
{
if (DebugMode)
InvalidationHelper.Log("InvalidateEventQueue", obj);
}
#endif
if (!_eventInvalidator.Invalid)
CheckSignal();
_invalidateClientEventsFlag = _targetLevel <= obj.NestLevel;
_eventInvalidator.Invalidate(obj, _invalidateClientEventsFlag);
}