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/*
* CPView.j
* AppKit
*
* Created by Francisco Tolmasky.
* Copyright 2008, 280 North, Inc.
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
*/
@import <Foundation/CPArray.j>
@import <Foundation/CPGeometry.j>
@import <Foundation/CPObjJRuntime.j>
@import <Foundation/CPSet.j>
@import "CGAffineTransform.j"
@import "CPColor.j"
@import "CPGraphicsContext.j"
@import "CPResponder.j"
@import "CPTheme.j"
@import "_CPDisplayServer.j"
/*
@global
@group CPViewAutoresizingMasks
The default resizingMask, the view will not resize or reposition itself.
*/
CPViewNotSizable = 0;
/*
@global
@group CPViewAutoresizingMasks
Allow for flexible space on the left hand side of the view.
*/
CPViewMinXMargin = 1;
/*
@global
@group CPViewAutoresizingMasks
The view should grow and shrink horizontally with its parent view.
*/
CPViewWidthSizable = 2;
/*
@global
@group CPViewAutoresizingMasks
Allow for flexible space to the right hand side of the view.
*/
CPViewMaxXMargin = 4;
/*
@global
@group CPViewAutoresizingMasks
Allow for flexible space above the view.
*/
CPViewMinYMargin = 8;
/*
@global
@group CPViewAutoresizingMasks
The view should grow and shrink vertically with its parent view.
*/
CPViewHeightSizable = 16;
/*
@global
@group CPViewAutoresizingMasks
Allow for flexible space below the view.
*/
CPViewMaxYMargin = 32;
CPViewBoundsDidChangeNotification = @"CPViewBoundsDidChangeNotification";
CPViewFrameDidChangeNotification = @"CPViewFrameDidChangeNotification";
var CachedNotificationCenter = nil,
CachedThemeAttributes = nil;
#if PLATFORM(DOM)
var DOMElementPrototype = nil,
BackgroundTrivialColor = 0,
BackgroundVerticalThreePartImage = 1,
BackgroundHorizontalThreePartImage = 2,
BackgroundNinePartImage = 3,
BackgroundTransparentColor = 4;
#endif
var CPViewFlags = { },
CPViewHasCustomDrawRect = 1 << 0,
CPViewHasCustomLayoutSubviews = 1 << 1;
var CPCurrentToolTip,
CPCurrentToolTipTimer,
CPToolTipDelay = 1.0;
/*!
@ingroup appkit
@class CPView
<p>CPView is a class which provides facilities for drawing
in a window and receiving events. It is the superclass of many of the visual
elements of the GUI.</p>
<p>In order to display itself, a view must be placed in a window (represented by an
CPWindow object). Within the window is a hierarchy of CPViews,
headed by the window's content view. Every other view in a window is a descendant
of this view.</p>
<p>Subclasses can override \c -drawRect: in order to implement their
appearance. Other methods of CPView and CPResponder can
also be overridden to handle user generated events.
*/
@implementation CPView : CPResponder
{
CPWindow _window;
CPView _superview;
CPArray _subviews;
CPGraphicsContext _graphicsContext;
int _tag;
CGRect _frame;
CGRect _bounds;
CGAffineTransform _boundsTransform;
CGAffineTransform _inverseBoundsTransform;
CPSet _registeredDraggedTypes;
CPArray _registeredDraggedTypesArray;
BOOL _isHidden;
BOOL _hitTests;
BOOL _clipsToBounds;
BOOL _postsFrameChangedNotifications;
BOOL _postsBoundsChangedNotifications;
BOOL _inhibitFrameAndBoundsChangedNotifications;
BOOL _inLiveResize;
#if PLATFORM(DOM)
DOMElement _DOMElement;
DOMElement _DOMContentsElement;
CPArray _DOMImageParts;
CPArray _DOMImageSizes;
unsigned _backgroundType;
#endif
CGRect _dirtyRect;
float _opacity;
CPColor _backgroundColor;
BOOL _autoresizesSubviews;
unsigned _autoresizingMask;
CALayer _layer;
BOOL _wantsLayer;
// Full Screen State
BOOL _isInFullScreenMode;
_CPViewFullScreenModeState _fullScreenModeState;
// Layout Support
BOOL _needsLayout;
JSObject _ephemeralSubviews;
// Theming Support
CPTheme _theme;
CPString _themeClass;
JSObject _themeAttributes;
unsigned _themeState;
JSObject _ephemeralSubviewsForNames;
CPSet _ephereralSubviews;
// Key View Support
CPView _nextKeyView;
CPView _previousKeyView;
unsigned _viewClassFlags;
// ToolTips
CPString _toolTip @accessors(getter=toolTip);
Function _toolTipFunctionIn;
Function _toolTipFunctionOut;
BOOL _toolTipInstalled;
}
/*
Private method for Objective-J.
@ignore
*/
+ (void)initialize
{
if (self !== [CPView class])
return;
#if PLATFORM(DOM)
DOMElementPrototype = document.createElement("div");
var style = DOMElementPrototype.style;
style.overflow = "hidden";
style.position = "absolute";
style.visibility = "visible";
style.zIndex = 0;
#endif
CachedNotificationCenter = [CPNotificationCenter defaultCenter];
}
- (void)_setupViewFlags
{
var theClass = [self class],
classUID = [theClass UID];
if (CPViewFlags[classUID] === undefined)
{
var flags = 0;
if ([theClass instanceMethodForSelector:@selector(drawRect:)] !== [CPView instanceMethodForSelector:@selector(drawRect:)])
flags |= CPViewHasCustomDrawRect;
if ([theClass instanceMethodForSelector:@selector(layoutSubviews)] !== [CPView instanceMethodForSelector:@selector(layoutSubviews)])
flags |= CPViewHasCustomLayoutSubviews;
CPViewFlags[classUID] = flags;
}
_viewClassFlags = CPViewFlags[classUID];
}
- (void)_setupToolTipHandlers
{
_toolTipInstalled = NO;
_toolTipFunctionIn = function(e) { [self _fireToolTip]; }
_toolTipFunctionOut = function(e) { [self _invalidateToolTip]; };
}
+ (CPSet)keyPathsForValuesAffectingFrame
{
return [CPSet setWithObjects:@"frameOrigin", @"frameSize"];
}
+ (CPSet)keyPathsForValuesAffectingBounds
{
return [CPSet setWithObjects:@"boundsOrigin", @"boundsSize"];
}
+ (CPMenu)defaultMenu
{
return nil;
}
- (id)init
{
return [self initWithFrame:CGRectMakeZero()];
}
/*!
Initializes the receiver for usage with the specified bounding rectangle
@return the initialized view
*/
- (id)initWithFrame:(CGRect)aFrame
{
self = [super init];
if (self)
{
var width = _CGRectGetWidth(aFrame),
height = _CGRectGetHeight(aFrame);
_subviews = [];
_registeredDraggedTypes = [CPSet set];
_registeredDraggedTypesArray = [];
_tag = -1;
_frame = _CGRectMakeCopy(aFrame);
_bounds = _CGRectMake(0.0, 0.0, width, height);
_autoresizingMask = CPViewNotSizable;
_autoresizesSubviews = YES;
_clipsToBounds = YES;
_opacity = 1.0;
_isHidden = NO;
_hitTests = YES;
#if PLATFORM(DOM)
_DOMElement = DOMElementPrototype.cloneNode(false);
CPDOMDisplayServerSetStyleLeftTop(_DOMElement, NULL, _CGRectGetMinX(aFrame), _CGRectGetMinY(aFrame));
CPDOMDisplayServerSetStyleSize(_DOMElement, width, height);
if (typeof(appkit_tag_dom_elements) !== "undefined" && !!appkit_tag_dom_elements)
_DOMElement.setAttribute("data-cappuccino-view", [self className]);
_DOMImageParts = [];
_DOMImageSizes = [];
#endif
_theme = [CPTheme defaultTheme];
_themeState = CPThemeStateNormal;
[self _setupToolTipHandlers];
[self _setupViewFlags];
[self _loadThemeAttributes];
}
return self;
}
/*!
Sets the tooltip for the receiver.
@param aToolTip the tooltip
*/
- (void)setToolTip:(CPString)aToolTip
{
if (_toolTip == aToolTip)
return;
_toolTip = aToolTip;
if (_toolTip)
[self _installToolTipEventHandlers];
else
[self _uninstallToolTipEventHandlers];
}
/*! @ignore
Install the handlers for the tooltip
*/
- (void)_installToolTipEventHandlers
{
if (_toolTipInstalled)
return;
#if PLATFORM(DOM)
if (_DOMElement.addEventListener)
{
_DOMElement.addEventListener("mouseover", _toolTipFunctionIn, NO);
_DOMElement.addEventListener("keypress", _toolTipFunctionOut, NO);
_DOMElement.addEventListener("mouseout", _toolTipFunctionOut, NO);
}
else if (_DOMElement.attachEvent)
{
_DOMElement.attachEvent("onmouseover", _toolTipFunctionIn);
_DOMElement.attachEvent("onkeypress", _toolTipFunctionOut);
_DOMElement.attachEvent("onmouseout", _toolTipFunctionOut);
}
#endif
_toolTipInstalled = YES;
}
/*! @ignore
Uninstall the handlers for the tooltip
*/
- (void)_uninstallToolTipEventHandlers
{
if (!_toolTipInstalled)
return;
#if PLATFORM(DOM)
if (_DOMElement.removeEventListener)
{
_DOMElement.removeEventListener("mouseover", _toolTipFunctionIn, NO);
_DOMElement.removeEventListener("keypress", _toolTipFunctionOut, NO);
_DOMElement.removeEventListener("mouseout", _toolTipFunctionOut, NO);
}
else if (_DOMElement.detachEvent)
{
_DOMElement.detachEvent("onmouseover", _toolTipFunctionIn);
_DOMElement.detachEvent("onkeypress", _toolTipFunctionOut);
_DOMElement.detachEvent("onmouseout", _toolTipFunctionOut);
}
#endif
_toolTipInstalled = NO;
}
/*! @ignore
Starts the tooltip timer.
*/
- (void)_fireToolTip
{
if (CPCurrentToolTipTimer)
{
[CPCurrentToolTipTimer invalidate];
if (CPCurrentToolTip)
[CPCurrentToolTip close];
CPCurrentToolTip = nil;
}
if (_toolTip)
CPCurrentToolTipTimer = [CPTimer scheduledTimerWithTimeInterval:CPToolTipDelay target:self selector:@selector(_showToolTip:) userInfo:nil repeats:NO];
}
/*! @ignore
Stop the tooltip timer if any
*/
- (void)_invalidateToolTip
{
if (CPCurrentToolTipTimer)
{
[CPCurrentToolTipTimer invalidate];
CPCurrentToolTipTimer = nil;
}
if (CPCurrentToolTip)
{
[CPCurrentToolTip close];
CPCurrentToolTip = nil;
}
}
/*! @ignore
Actually shows the tooltip if any
*/
- (void)_showToolTip:(CPTimer)aTimer
{
if (CPCurrentToolTip)
[CPCurrentToolTip close];
CPCurrentToolTip = [_CPToolTip toolTipWithString:_toolTip];
}
/*!
Returns the container view of the receiver
@return the receiver's containing view
*/
- (CPView)superview
{
return _superview;
}
/*!
Returns an array of all the views contained as direct children of the receiver
@return an array of CPViews
*/
- (CPArray)subviews
{
return [_subviews copy];
}
/*!
Returns the window containing this receiver
*/
- (CPWindow)window
{
return _window;
}
/*!
Makes the argument a subview of the receiver.
@param aSubview the CPView to make a subview
*/
- (void)addSubview:(CPView)aSubview
{
[self _insertSubview:aSubview atIndex:CPNotFound];
}
/*!
Makes \c aSubview a subview of the receiver. It is positioned relative to \c anotherView
@param aSubview the view to add as a subview
@param anOrderingMode specifies \c aSubview's ordering relative to \c anotherView
@param anotherView \c aSubview will be positioned relative to this argument
*/
- (void)addSubview:(CPView)aSubview positioned:(CPWindowOrderingMode)anOrderingMode relativeTo:(CPView)anotherView
{
var index = anotherView ? [_subviews indexOfObjectIdenticalTo:anotherView] : CPNotFound;
// In other words, if no view, then either all the way at the bottom or all the way at the top.
if (index === CPNotFound)
index = (anOrderingMode === CPWindowAbove) ? [_subviews count] : 0;
// else, if we have a view, above if above.
else if (anOrderingMode === CPWindowAbove)
++index;
[self _insertSubview:aSubview atIndex:index];
}
/* @ignore */
- (void)_insertSubview:(CPView)aSubview atIndex:(int)anIndex
{
if (aSubview === self)
[CPException raise:CPInvalidArgumentException reason:"can't add a view as a subview of itself"];
// We will have to adjust the z-index of all views starting at this index.
var count = _subviews.length;
// dirty the key view loop, in case the window wants to auto recalculate it
[[self window] _dirtyKeyViewLoop];
// If this is already one of our subviews, remove it.
if (aSubview._superview == self)
{
var index = [_subviews indexOfObjectIdenticalTo:aSubview];
// FIXME: should this be anIndex >= count? (last one)
if (index === anIndex || index === count - 1 && anIndex === count)
return;
[_subviews removeObjectAtIndex:index];
#if PLATFORM(DOM)
CPDOMDisplayServerRemoveChild(_DOMElement, aSubview._DOMElement);
#endif
if (anIndex > index)
--anIndex;
//We've effectively made the subviews array shorter, so represent that.
--count;
}
else
{
// Remove the view from its previous superview.
[aSubview removeFromSuperview];
// Set the subview's window to our own.
[aSubview _setWindow:_window];
// Notify the subview that it will be moving.
[aSubview viewWillMoveToSuperview:self];
// Set ourselves as the superview.
aSubview._superview = self;
}
if (anIndex === CPNotFound || anIndex >= count)
{
_subviews.push(aSubview);
#if PLATFORM(DOM)
// Attach the actual node.
CPDOMDisplayServerAppendChild(_DOMElement, aSubview._DOMElement);
#endif
}
else
{
_subviews.splice(anIndex, 0, aSubview);
#if PLATFORM(DOM)
// Attach the actual node.
CPDOMDisplayServerInsertBefore(_DOMElement, aSubview._DOMElement, _subviews[anIndex + 1]._DOMElement);
#endif
}
[aSubview setNextResponder:self];
[aSubview viewDidMoveToSuperview];
[self didAddSubview:aSubview];
}
/*!
Called when the receiver has added \c aSubview to it's child views.
@param aSubview the view that was added
*/
- (void)didAddSubview:(CPView)aSubview
{
}
/*!
Removes the receiver from it's container view and window.
Does nothing if there's no container view.
*/
- (void)removeFromSuperview
{
if (!_superview)
return;
// dirty the key view loop, in case the window wants to auto recalculate it
[[self window] _dirtyKeyViewLoop];
[_superview willRemoveSubview:self];
[_superview._subviews removeObject:self];
#if PLATFORM(DOM)
CPDOMDisplayServerRemoveChild(_superview._DOMElement, _DOMElement);
#endif
_superview = nil;
[self _setWindow:nil];
}
/*!
Replaces the specified child view with another view
@param aSubview the view to replace
@param aView the replacement view
*/
- (void)replaceSubview:(CPView)aSubview with:(CPView)aView
{
if (aSubview._superview !== self)
return;
var index = [_subviews indexOfObjectIdenticalTo:aSubview];
[aSubview removeFromSuperview];
[self _insertSubview:aView atIndex:index];
}
- (void)setSubviews:(CPArray)newSubviews
{
if (!newSubviews)
[CPException raise:CPInvalidArgumentException reason:"newSubviews cannot be nil in -[CPView setSubviews:]"];
// Trivial Case 0: Same array somehow
if ([_subviews isEqual:newSubviews])
return;
// Trivial Case 1: No current subviews, simply add all new subviews.
if ([_subviews count] === 0)
{
var index = 0,
count = [newSubviews count];
for (; index < count; ++index)
[self addSubview:newSubviews[index]];
return;
}
// Trivial Case 2: No new subviews, simply remove all current subviews.
if ([newSubviews count] === 0)
{
var count = [_subviews count];
while (count--)
[_subviews[count] removeFromSuperview];
return;
}
// Find out the views that were removed.
var removedSubviews = [CPMutableSet setWithArray:_subviews];
[removedSubviews removeObjectsInArray:newSubviews];
[removedSubviews makeObjectsPerformSelector:@selector(removeFromSuperview)];
// Find out which views need to be added.
var addedSubviews = [CPMutableSet setWithArray:newSubviews];
[addedSubviews removeObjectsInArray:_subviews];
var addedSubview = nil,
addedSubviewEnumerator = [addedSubviews objectEnumerator];
while ((addedSubview = [addedSubviewEnumerator nextObject]) !== nil)
[self addSubview:addedSubview];
// If the order is fine, no need to reorder.
if ([_subviews isEqual:newSubviews])
return;
_subviews = [newSubviews copy];
#if PLATFORM(DOM)
var index = 0,
count = [_subviews count];
for (; index < count; ++index)
{
var subview = _subviews[index];
CPDOMDisplayServerRemoveChild(_DOMElement, subview._DOMElement);
CPDOMDisplayServerAppendChild(_DOMElement, subview._DOMElement);
}
#endif
}
/* @ignore */
- (void)_setWindow:(CPWindow)aWindow
{
if (_window === aWindow)
return;
[[self window] _dirtyKeyViewLoop];
// Clear out first responder if we're the first responder and leaving.
if ([_window firstResponder] === self)
[_window makeFirstResponder:nil];
// Notify the view and its subviews
[self viewWillMoveToWindow:aWindow];
// Unregister the drag events from the current window and register
// them in the new window.
if (_registeredDraggedTypes)
{
[_window _noteUnregisteredDraggedTypes:_registeredDraggedTypes];
[aWindow _noteRegisteredDraggedTypes:_registeredDraggedTypes];
}
_window = aWindow;
var count = [_subviews count];
while (count--)
[_subviews[count] _setWindow:aWindow];
[self viewDidMoveToWindow];
[[self window] _dirtyKeyViewLoop];
}
/*!
Returns \c YES if the receiver is, or is a descendant of, \c aView.
@param aView the view to test for ancestry
*/
- (BOOL)isDescendantOf:(CPView)aView
{
var view = self;
do
{
if (view == aView)
return YES;
} while(view = [view superview])
return NO;
}
/*!
Called when the receiver's superview has changed.
*/
- (void)viewDidMoveToSuperview
{
// if (_graphicsContext)
[self setNeedsDisplay:YES];
}
/*!
Called when the receiver has been moved to a new CPWindow.
*/
- (void)viewDidMoveToWindow
{
}
/*!
Called when the receiver is about to be moved to a new view.
@param aView the view to which the receiver will be moved
*/
- (void)viewWillMoveToSuperview:(CPView)aView
{
}
/*!
Called when the receiver is about to be moved to a new window.
@param aWindow the window to which the receiver will be moved.
*/
- (void)viewWillMoveToWindow:(CPWindow)aWindow
{
}
/*!
Called when the receiver is about to remove one of its subviews.
@param aView the view that will be removed
*/
- (void)willRemoveSubview:(CPView)aView
{
}
/*!
Returns the menu item containing the receiver or one of its ancestor views.
@return a menu item, or \c nil if the view or one of its ancestors wasn't found
*/
- (CPMenuItem)enclosingMenuItem
{
var view = self;
while (view && ![view isKindOfClass:[_CPMenuItemView class]])
view = [view superview];
if (view)
return view._menuItem;
return nil;
/* var view = self,
enclosingMenuItem = _enclosingMenuItem;
while (!enclosingMenuItem && (view = view._enclosingMenuItem))
view = [view superview];
return enclosingMenuItem;*/
}
- (void)setTag:(CPInteger)aTag
{
_tag = aTag;
}
- (CPInteger)tag
{
return _tag;
}
- (CPView)viewWithTag:(CPInteger)aTag
{
if ([self tag] == aTag)
return self;
var index = 0,
count = _subviews.length;
for (; index < count; ++index)
{
var view = [_subviews[index] viewWithTag:aTag];
if (view)
return view;
}
return nil;
}
/*!
Returns whether the view is flipped.
@return \c YES if the view is flipped. \c NO, otherwise.
*/
- (BOOL)isFlipped
{
return YES;
}
/*!
Sets the frame size of the receiver to the dimensions and origin of the provided rectangle in the coordinate system
of the superview. The method also posts a CPViewFrameDidChangeNotification to the notification
center if the receiver is configured to do so. If the frame is the same as the current frame, the method simply
returns (and no notification is posted).
@param aFrame the rectangle specifying the new origin and size of the receiver
*/
- (void)setFrame:(CGRect)aFrame
{
if (_CGRectEqualToRect(_frame, aFrame))
return;
_inhibitFrameAndBoundsChangedNotifications = YES;
[self setFrameOrigin:aFrame.origin];
[self setFrameSize:aFrame.size];
_inhibitFrameAndBoundsChangedNotifications = NO;
if (_postsFrameChangedNotifications)
[CachedNotificationCenter postNotificationName:CPViewFrameDidChangeNotification object:self];
}
/*!
Returns the receiver's frame.
@return a copy of the receiver's frame
*/
- (CGRect)frame
{
return _CGRectMakeCopy(_frame);
}
- (CGPoint)frameOrigin
{
return _CGPointMakeCopy(_frame.origin);
}
- (CGSize)frameSize
{
return _CGSizeMakeCopy(_frame.size);
}
/*!
Moves the center of the receiver's frame to the provided point. The point is defined in the superview's coordinate system.
The method posts a CPViewFrameDidChangeNotification to the default notification center if the receiver
is configured to do so. If the specified origin is the same as the frame's current origin, the method will
simply return (and no notification will be posted).
@param aPoint the new origin point
*/
- (void)setCenter:(CGPoint)aPoint
{
[self setFrameOrigin:CGPointMake(aPoint.x - _frame.size.width / 2.0, aPoint.y - _frame.size.height / 2.0)];
}
/*!
Returns the center of the receiver's frame in the superview's coordinate system.
@return CGPoint the center point of the receiver's frame
*/
- (CGPoint)center
{
return CGPointMake(_frame.size.width / 2.0 + _frame.origin.x, _frame.size.height / 2.0 + _frame.origin.y);
}
/*!
Sets the receiver's frame origin to the provided point. The point is defined in the superview's coordinate system.
The method posts a CPViewFrameDidChangeNotification to the default notification center if the receiver
is configured to do so. If the specified origin is the same as the frame's current origin, the method will
simply return (and no notification will be posted).
@param aPoint the new origin point
*/
- (void)setFrameOrigin:(CGPoint)aPoint
{
var origin = _frame.origin;
if (!aPoint || _CGPointEqualToPoint(origin, aPoint))
return;
origin.x = aPoint.x;
origin.y = aPoint.y;
if (_postsFrameChangedNotifications && !_inhibitFrameAndBoundsChangedNotifications)
[CachedNotificationCenter postNotificationName:CPViewFrameDidChangeNotification object:self];
#if PLATFORM(DOM)
var transform = _superview ? _superview._boundsTransform : NULL;
CPDOMDisplayServerSetStyleLeftTop(_DOMElement, transform, origin.x, origin.y);
#endif
}
/*!
Sets the receiver's frame size. If \c aSize is the same as the frame's current dimensions, this
method simply returns. The method posts a CPViewFrameDidChangeNotification to the
default notification center if the receiver is configured to do so.
@param aSize the new size for the frame
*/
- (void)setFrameSize:(CGSize)aSize
{
var size = _frame.size;
if (!aSize || _CGSizeEqualToSize(size, aSize))
return;
var oldSize = _CGSizeMakeCopy(size);
size.width = aSize.width;
size.height = aSize.height;
if (YES)
{
_bounds.size.width = aSize.width;
_bounds.size.height = aSize.height;
}
if (_layer)
[_layer _owningViewBoundsChanged];
if (_autoresizesSubviews)
[self resizeSubviewsWithOldSize:oldSize];
[self setNeedsLayout];
[self setNeedsDisplay:YES];
#if PLATFORM(DOM)
CPDOMDisplayServerSetStyleSize(_DOMElement, size.width, size.height);
if (_DOMContentsElement)
{
CPDOMDisplayServerSetSize(_DOMContentsElement, size.width, size.height);
CPDOMDisplayServerSetStyleSize(_DOMContentsElement, size.width, size.height);
}
if (_backgroundType !== BackgroundTrivialColor)
{
if (_backgroundType === BackgroundTransparentColor)
{
CPDOMDisplayServerSetStyleSize(_DOMImageParts[0], size.width, size.height);
}
else
{
var images = [[_backgroundColor patternImage] imageSlices];
if (_backgroundType === BackgroundVerticalThreePartImage)
{
// Make sure to repeat the top and bottom pieces horizontally if they're not the exact width needed.
CPDOMDisplayServerSetStyleSize(_DOMImageParts[0], size.width, _DOMImageSizes[0].height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[1], size.width, size.height - _DOMImageSizes[0].height - _DOMImageSizes[2].height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[2], size.width, _DOMImageSizes[2].height);
}
else if (_backgroundType === BackgroundHorizontalThreePartImage)
{
// Make sure to repeat the left and right pieces vertically if they're not the exact height needed.
CPDOMDisplayServerSetStyleSize(_DOMImageParts[0], _DOMImageSizes[0].width, size.height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[1], size.width - _DOMImageSizes[0].width - _DOMImageSizes[2].width, size.height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[2], _DOMImageSizes[2].width, size.height);
}
else if (_backgroundType === BackgroundNinePartImage)
{
var width = size.width - _DOMImageSizes[0].width - _DOMImageSizes[2].width,
height = size.height - _DOMImageSizes[0].height - _DOMImageSizes[6].height;
CPDOMDisplayServerSetStyleSize(_DOMImageParts[1], width, _DOMImageSizes[0].height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[3], _DOMImageSizes[3].width, height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[4], width, height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[5], _DOMImageSizes[5].width, height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[7], width, _DOMImageSizes[7].height);
}
}
}
#endif
if (_postsFrameChangedNotifications && !_inhibitFrameAndBoundsChangedNotifications)
[CachedNotificationCenter postNotificationName:CPViewFrameDidChangeNotification object:self];
}
/*!
Sets the receiver's bounds. The bounds define the size and location of the receiver inside it's frame. Posts a
CPViewBoundsDidChangeNotification to the default notification center if the receiver is configured to do so.
@param bounds the new bounds
*/
- (void)setBounds:(CGRect)bounds
{
if (_CGRectEqualToRect(_bounds, bounds))
return;
_inhibitFrameAndBoundsChangedNotifications = YES;
[self setBoundsOrigin:bounds.origin];
[self setBoundsSize:bounds.size];
_inhibitFrameAndBoundsChangedNotifications = NO;
if (_postsBoundsChangedNotifications)
[CachedNotificationCenter postNotificationName:CPViewBoundsDidChangeNotification object:self];
}
/*!
Returns the receiver's bounds. The bounds define the size
and location of the receiver inside its frame.
*/
- (CGRect)bounds
{
return _CGRectMakeCopy(_bounds);
}
- (CGPoint)boundsOrigin
{
return _CGPointMakeCopy(_bounds.origin);
}
- (CGSize)boundsSize
{
return _CGSizeMakeCopy(_bounds.size);
}
/*!
Sets the location of the receiver inside its frame. The method
posts a CPViewBoundsDidChangeNotification to the
default notification center if the receiver is configured to do so.
@param aPoint the new location for the receiver
*/
- (void)setBoundsOrigin:(CGPoint)aPoint
{
var origin = _bounds.origin;
if (_CGPointEqualToPoint(origin, aPoint))
return;
origin.x = aPoint.x;
origin.y = aPoint.y;
if (origin.x != 0 || origin.y != 0)
{
_boundsTransform = _CGAffineTransformMakeTranslation(-origin.x, -origin.y);
_inverseBoundsTransform = CGAffineTransformInvert(_boundsTransform);
}
else
{
_boundsTransform = nil;
_inverseBoundsTransform = nil;
}
#if PLATFORM(DOM)
var index = _subviews.length;
while (index--)
{
var view = _subviews[index],
origin = view._frame.origin;
CPDOMDisplayServerSetStyleLeftTop(view._DOMElement, _boundsTransform, origin.x, origin.y);
}
#endif
if (_postsBoundsChangedNotifications && !_inhibitFrameAndBoundsChangedNotifications)
[CachedNotificationCenter postNotificationName:CPViewBoundsDidChangeNotification object:self];
}
/*!
Sets the receiver's size inside its frame. The method posts a
CPViewBoundsDidChangeNotification to the default
notification center if the receiver is configured to do so.
@param aSize the new size for the receiver
*/
- (void)setBoundsSize:(CGSize)aSize
{
var size = _bounds.size;
if (_CGSizeEqualToSize(size, aSize))
return;
var frameSize = _frame.size;
if (!_CGSizeEqualToSize(size, frameSize))
{
var origin = _bounds.origin;
origin.x /= size.width / frameSize.width;
origin.y /= size.height / frameSize.height;
}
size.width = aSize.width;
size.height = aSize.height;
if (!_CGSizeEqualToSize(size, frameSize))
{
var origin = _bounds.origin;
origin.x *= size.width / frameSize.width;
origin.y *= size.height / frameSize.height;
}
if (_postsBoundsChangedNotifications && !_inhibitFrameAndBoundsChangedNotifications)
[CachedNotificationCenter postNotificationName:CPViewBoundsDidChangeNotification object:self];
}
/*!
Notifies subviews that the superview changed size.
@param aSize the size of the old superview
*/
- (void)resizeWithOldSuperviewSize:(CGSize)aSize
{
var mask = [self autoresizingMask];
if (mask == CPViewNotSizable)
return;
var frame = _superview._frame,
newFrame = _CGRectMakeCopy(_frame),
dX = (_CGRectGetWidth(frame) - aSize.width) /
(((mask & CPViewMinXMargin) ? 1 : 0) + (mask & CPViewWidthSizable ? 1 : 0) + (mask & CPViewMaxXMargin ? 1 : 0)),
dY = (_CGRectGetHeight(frame) - aSize.height) /
((mask & CPViewMinYMargin ? 1 : 0) + (mask & CPViewHeightSizable ? 1 : 0) + (mask & CPViewMaxYMargin ? 1 : 0));
if (mask & CPViewMinXMargin)
newFrame.origin.x += dX;
if (mask & CPViewWidthSizable)
newFrame.size.width += dX;
if (mask & CPViewMinYMargin)
newFrame.origin.y += dY;
if (mask & CPViewHeightSizable)
newFrame.size.height += dY;
[self setFrame:newFrame];
}
/*!
Initiates \c -superviewSizeChanged: messages to subviews.
@param aSize the size for the subviews
*/
- (void)resizeSubviewsWithOldSize:(CGSize)aSize
{
var count = _subviews.length;
while (count--)
[_subviews[count] resizeWithOldSuperviewSize:aSize];
}
/*!
Specifies whether the receiver view should automatically resize its
subviews when its \c -setFrameSize: method receives a change.
@param aFlag If \c YES, then subviews will automatically be resized
when this view is resized. \c NO means the views will not
be resized automatically.
*/
- (void)setAutoresizesSubviews:(BOOL)aFlag
{
_autoresizesSubviews = !!aFlag;
}
/*!
Reports whether the receiver automatically resizes its subviews when its frame size changes.
@return \c YES means it resizes its subviews on a frame size change.
*/
- (BOOL)autoresizesSubviews
{
return _autoresizesSubviews;
}
/*!
Determines automatic resizing behavior.
@param aMask a bit mask with options
*/
- (void)setAutoresizingMask:(unsigned)aMask
{
_autoresizingMask = aMask;
}
/*!
Returns the bit mask options for resizing behavior
*/
- (unsigned)autoresizingMask
{
return _autoresizingMask;
}
// Fullscreen Mode
/*!
Puts the receiver into full screen mode.
*/
- (BOOL)enterFullScreenMode
{
return [self enterFullScreenMode:nil withOptions:nil];
}
/*!
Puts the receiver into full screen mode.
@param aScreen the that should be used
@param options configuration options
*/
- (BOOL)enterFullScreenMode:(CPScreen)aScreen withOptions:(CPDictionary)options
{
_fullScreenModeState = _CPViewFullScreenModeStateMake(self);
var fullScreenWindow = [[CPWindow alloc] initWithContentRect:[[CPPlatformWindow primaryPlatformWindow] contentBounds] styleMask:CPBorderlessWindowMask];
[fullScreenWindow setLevel:CPScreenSaverWindowLevel];
[fullScreenWindow setAutoresizingMask:CPViewWidthSizable | CPViewHeightSizable];
var contentView = [fullScreenWindow contentView];
[contentView setBackgroundColor:[CPColor blackColor]];
[contentView addSubview:self];
[self setAutoresizingMask:CPViewWidthSizable | CPViewHeightSizable];
[self setFrame:CGRectMakeCopy([contentView bounds])];
[fullScreenWindow makeKeyAndOrderFront:self];
[fullScreenWindow makeFirstResponder:self];
_isInFullScreenMode = YES;
return YES;
}
/*!
The receiver should exit full screen mode.
*/
- (void)exitFullScreenMode
{
[self exitFullScreenModeWithOptions:nil];
}
/*!
The receiver should exit full screen mode.
@param options configurations options
*/
- (void)exitFullScreenModeWithOptions:(CPDictionary)options
{
if (!_isInFullScreenMode)
return;
_isInFullScreenMode = NO;
[self setFrame:_fullScreenModeState.frame];
[self setAutoresizingMask:_fullScreenModeState.autoresizingMask];
[_fullScreenModeState.superview _insertSubview:self atIndex:_fullScreenModeState.index];
[[self window] orderOut:self];
}
/*!
Returns \c YES if the receiver is currently in full screen mode.
*/
- (BOOL)isInFullScreenMode
{
return _isInFullScreenMode;
}
/*!
Sets whether the receiver should be hidden.
@param aFlag \c YES makes the receiver hidden.
*/
- (void)setHidden:(BOOL)aFlag
{
aFlag = !!aFlag;
if (_isHidden === aFlag)
return;
// FIXME: Should we return to visibility? This breaks in FireFox, Opera, and IE.
// _DOMElement.style.visibility = (_isHidden = aFlag) ? "hidden" : "visible";
_isHidden = aFlag;
#if PLATFORM(DOM)
_DOMElement.style.display = _isHidden ? "none" : "block";
#endif
if (aFlag)
{
var view = [_window firstResponder];
if ([view isKindOfClass:[CPView class]])
{
do
{
if (self == view)
{
[_window makeFirstResponder:[self nextValidKeyView]];
break;
}
}
while (view = [view superview]);
}
[self _notifyViewDidHide];
}
else
{
[self _notifyViewDidUnhide];
}
}
- (void)_notifyViewDidHide
{
[self viewDidHide];
var count = [_subviews count];
while (count--)
[_subviews[count] _notifyViewDidHide];
}
- (void)_notifyViewDidUnhide
{
[self viewDidUnhide];
var count = [_subviews count];
while (count--)
[_subviews[count] _notifyViewDidUnhide];
}
/*!
Returns \c YES if the receiver is hidden.
*/
- (BOOL)isHidden
{
return _isHidden;
}
- (void)setClipsToBounds:(BOOL)shouldClip
{
if (_clipsToBounds === shouldClip)
return;
_clipsToBounds = shouldClip;
#if PLATFORM(DOM)
_DOMElement.style.overflow = _clipsToBounds ? "hidden" : "visible";
#endif
}
- (BOOL)clipsToBounds
{
return _clipsToBounds;
}
/*!
Sets the opacity of the receiver. The value must be in the range of 0.0 to 1.0, where 0.0 is
completely transparent and 1.0 is completely opaque.
@param anAlphaValue an alpha value ranging from 0.0 to 1.0.
*/
- (void)setAlphaValue:(float)anAlphaValue
{
if (_opacity == anAlphaValue)
return;
_opacity = anAlphaValue;
#if PLATFORM(DOM)
if (CPFeatureIsCompatible(CPOpacityRequiresFilterFeature))
{
if (anAlphaValue === 1.0)
try { _DOMElement.style.removeAttribute("filter") } catch (anException) { }
else
_DOMElement.style.filter = "alpha(opacity=" + anAlphaValue * 100 + ")";
}
else
_DOMElement.style.opacity = anAlphaValue;
#endif
}
/*!
Returns the alpha value of the receiver. Ranges from 0.0 to
1.0, where 0.0 is completely transparent and 1.0 is completely opaque.
*/
- (float)alphaValue
{
return _opacity;
}
/*!
Returns \c YES if the receiver is hidden, or one
of it's ancestor views is hidden. \c NO, otherwise.
*/
- (BOOL)isHiddenOrHasHiddenAncestor
{
var view = self;
while (view && ![view isHidden])
view = [view superview];
return view !== nil;
}
/*!
Returns YES if the view is not hidden, has no hidden ancestor and doesn't belong to a hidden window.
*/
- (BOOL)_isVisible
{
return ![self isHiddenOrHasHiddenAncestor] && [[self window] isVisible];
}
/*!
Called when the return value of isHiddenOrHasHiddenAncestor becomes YES,
e.g. when this view becomes hidden due to a setHidden:YES message to
itself or to one of its superviews.
Note: in the current implementation, viewDidHide may be called multiple
times if additional superviews are hidden, even if
isHiddenOrHasHiddenAncestor was already YES.
*/
- (void)viewDidHide
{
}
/*!
Called when the return value of isHiddenOrHasHiddenAncestor becomes NO,
e.g. when this view stops being hidden due to a setHidden:NO message to
itself or to one of its superviews.
Note: in the current implementation, viewDidUnhide may be called multiple
times if additional superviews are unhidden, even if
isHiddenOrHasHiddenAncestor was already NO.
*/
- (void)viewDidUnhide
{
}
/*!
Returns whether the receiver should be sent a \c -mouseDown: message for \c anEvent.<br/>
Returns \c YES by default.
@return \c YES, if the view object accepts first mouse-down event. \c NO, otherwise.
*/
//FIXME: should be NO by default?
- (BOOL)acceptsFirstMouse:(CPEvent)anEvent
{
return YES;
}
/*!
Returns whether or not the view responds to hit tests.
@return \c YES if this view listens to \c -hitTest messages, \c NO otherwise.
*/
- (BOOL)hitTests
{
return _hitTests;
}
/*!
Set whether or not the view should respond to hit tests.
@param shouldHitTest should be \c YES if this view should respond to hit tests, \c NO otherwise.
*/
- (void)setHitTests:(BOOL)shouldHitTest
{
_hitTests = !!shouldHitTest;
}
/*!
Tests whether a point is contained within this view, or one of its subviews.
@param aPoint the point to test
@return returns the containing view, or nil if the point is not contained
*/
- (CPView)hitTest:(CPPoint)aPoint
{
if (_isHidden || !_hitTests || !CPRectContainsPoint(_frame, aPoint))
return nil;
var view = nil,
i = _subviews.length,
adjustedPoint = _CGPointMake(aPoint.x - _CGRectGetMinX(_frame), aPoint.y - _CGRectGetMinY(_frame));
if (_inverseBoundsTransform)
adjustedPoint = _CGPointApplyAffineTransform(adjustedPoint, _inverseBoundsTransform);
while (i--)
if (view = [_subviews[i] hitTest:adjustedPoint])
return view;
return self;
}
/*!
Returns \c YES if this view requires a panel to become key. Normally only text fields, so this returns \c NO.
*/
- (BOOL)needsPanelToBecomeKey
{
return NO;
}
/*!
Returns \c YES if mouse events aren't needed by the receiver and can be sent to the superview. The
default implementation returns \c NO if the view is opaque.
*/
- (BOOL)mouseDownCanMoveWindow
{
return ![self isOpaque];
}
- (void)mouseDown:(CPEvent)anEvent
{
if ([self mouseDownCanMoveWindow])
[super mouseDown:anEvent];
}
- (void)rightMouseDown:(CPEvent)anEvent
{
var menu = [self menuForEvent:anEvent];
if (menu)
[CPMenu popUpContextMenu:menu withEvent:anEvent forView:self];
else if ([[self nextResponder] isKindOfClass:CPView])
[super rightMouseDown:anEvent];
else
[[[anEvent window] platformWindow] _propagateContextMenuDOMEvent:YES];
}
- (CPMenu)menuForEvent:(CPEvent)anEvent
{
return [self menu] || [[self class] defaultMenu];
}
/*!
Sets the background color of the receiver.
@param aColor the new color for the receiver's background
*/
- (void)setBackgroundColor:(CPColor)aColor
{
if (_backgroundColor == aColor)
return;
if (aColor == [CPNull null])
aColor = nil;
_backgroundColor = aColor;
#if PLATFORM(DOM)
var patternImage = [_backgroundColor patternImage],
colorExists = _backgroundColor && ([_backgroundColor patternImage] || [_backgroundColor alphaComponent] > 0.0),
colorHasAlpha = colorExists && [_backgroundColor alphaComponent] < 1.0,
supportsRGBA = CPFeatureIsCompatible(CPCSSRGBAFeature),
colorNeedsDOMElement = colorHasAlpha && !supportsRGBA,
amount = 0;
if ([patternImage isThreePartImage])
{
_backgroundType = [patternImage isVertical] ? BackgroundVerticalThreePartImage : BackgroundHorizontalThreePartImage;
amount = 3 - _DOMImageParts.length;
}
else if ([patternImage isNinePartImage])
{
_backgroundType = BackgroundNinePartImage;
amount = 9 - _DOMImageParts.length;
}
else
{
_backgroundType = colorNeedsDOMElement ? BackgroundTransparentColor : BackgroundTrivialColor;
amount = (colorNeedsDOMElement ? 1 : 0) - _DOMImageParts.length;
}
if (amount > 0)
{
while (amount--)
{
var DOMElement = DOMElementPrototype.cloneNode(false);
DOMElement.style.zIndex = -1000;
_DOMImageParts.push(DOMElement);
_DOMElement.appendChild(DOMElement);
}
}
else
{
amount = -amount;
while (amount--)
_DOMElement.removeChild(_DOMImageParts.pop());
}
if (_backgroundType === BackgroundTrivialColor || _backgroundType === BackgroundTransparentColor)
{
var colorCSS = colorExists ? [_backgroundColor cssString] : "";
if (colorNeedsDOMElement)
{
_DOMElement.style.background = "";
_DOMImageParts[0].style.background = [_backgroundColor cssString];
if (CPFeatureIsCompatible(CPOpacityRequiresFilterFeature))
_DOMImageParts[0].style.filter = "alpha(opacity=" + [_backgroundColor alphaComponent] * 100 + ")";
else
_DOMImageParts[0].style.opacity = [_backgroundColor alphaComponent];
var size = [self bounds].size;
CPDOMDisplayServerSetStyleSize(_DOMImageParts[0], size.width, size.height);
}
else
_DOMElement.style.background = colorCSS;
}
else
{
var slices = [patternImage imageSlices],
count = MIN(_DOMImageParts.length, slices.length),
frameSize = _frame.size;
while (count--)
{
var image = slices[count],
size = _DOMImageSizes[count] = image ? [image size] : _CGSizeMakeZero();
CPDOMDisplayServerSetStyleSize(_DOMImageParts[count], size.width, size.height);
_DOMImageParts[count].style.background = image ? "url(\"" + [image filename] + "\")" : "";
if (!supportsRGBA)
{
if (CPFeatureIsCompatible(CPOpacityRequiresFilterFeature))
try { _DOMImageParts[count].style.removeAttribute("filter") } catch (anException) { }
else
_DOMImageParts[count].style.opacity = 1.0;
}
}
if (_backgroundType == BackgroundNinePartImage)
{
var width = frameSize.width - _DOMImageSizes[0].width - _DOMImageSizes[2].width,
height = frameSize.height - _DOMImageSizes[0].height - _DOMImageSizes[6].height;
CPDOMDisplayServerSetStyleSize(_DOMImageParts[1], width, _DOMImageSizes[0].height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[3], _DOMImageSizes[3].width, height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[4], width, height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[5], _DOMImageSizes[5].width, height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[7], width, _DOMImageSizes[7].height);
CPDOMDisplayServerSetStyleLeftTop(_DOMImageParts[0], NULL, 0.0, 0.0);
CPDOMDisplayServerSetStyleLeftTop(_DOMImageParts[1], NULL, _DOMImageSizes[0].width, 0.0);
CPDOMDisplayServerSetStyleRightTop(_DOMImageParts[2], NULL, 0.0, 0.0);
CPDOMDisplayServerSetStyleLeftTop(_DOMImageParts[3], NULL, 0.0, _DOMImageSizes[1].height);
CPDOMDisplayServerSetStyleLeftTop(_DOMImageParts[4], NULL, _DOMImageSizes[0].width, _DOMImageSizes[0].height);
CPDOMDisplayServerSetStyleRightTop(_DOMImageParts[5], NULL, 0.0, _DOMImageSizes[1].height);
CPDOMDisplayServerSetStyleLeftBottom(_DOMImageParts[6], NULL, 0.0, 0.0);
CPDOMDisplayServerSetStyleLeftBottom(_DOMImageParts[7], NULL, _DOMImageSizes[6].width, 0.0);
CPDOMDisplayServerSetStyleRightBottom(_DOMImageParts[8], NULL, 0.0, 0.0);
}
else if (_backgroundType == BackgroundVerticalThreePartImage)
{
// Make sure to repeat the top and bottom pieces horizontally if they're not the exact width needed.
CPDOMDisplayServerSetStyleSize(_DOMImageParts[0], frameSize.width, _DOMImageSizes[0].height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[1], frameSize.width, frameSize.height - _DOMImageSizes[0].height - _DOMImageSizes[2].height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[2], frameSize.width, _DOMImageSizes[2].height);
CPDOMDisplayServerSetStyleLeftTop(_DOMImageParts[0], NULL, 0.0, 0.0);
CPDOMDisplayServerSetStyleLeftTop(_DOMImageParts[1], NULL, 0.0, _DOMImageSizes[0].height);
CPDOMDisplayServerSetStyleLeftBottom(_DOMImageParts[2], NULL, 0.0, 0.0);
}
else if (_backgroundType == BackgroundHorizontalThreePartImage)
{
// Make sure to repeat the left and right pieces vertically if they're not the exact height needed.
CPDOMDisplayServerSetStyleSize(_DOMImageParts[0], _DOMImageSizes[0].width, frameSize.height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[1], frameSize.width - _DOMImageSizes[0].width - _DOMImageSizes[2].width, frameSize.height);
CPDOMDisplayServerSetStyleSize(_DOMImageParts[2], _DOMImageSizes[2].width, frameSize.height);
CPDOMDisplayServerSetStyleLeftTop(_DOMImageParts[0], NULL, 0.0, 0.0);
CPDOMDisplayServerSetStyleLeftTop(_DOMImageParts[1], NULL, _DOMImageSizes[0].width, 0.0);
CPDOMDisplayServerSetStyleRightTop(_DOMImageParts[2], NULL, 0.0, 0.0);
}
}
#endif
}
/*!
Returns the background color of the receiver
*/
- (CPColor)backgroundColor
{
return _backgroundColor;
}
// Converting Coordinates
/*!
Converts \c aPoint from the coordinate space of \c aView to the coordinate space of the receiver.
@param aPoint the point to convert
@param aView the view space to convert from
@return the converted point
*/
- (CGPoint)convertPoint:(CGPoint)aPoint fromView:(CPView)aView
{
return CGPointApplyAffineTransform(aPoint, _CPViewGetTransform(aView, self));
}
/*!
Converts the point from the base coordinate system to the receiver’s coordinate system.
@param aPoint A point specifying a location in the base coordinate system
@return The point converted to the receiver’s base coordinate system
*/
- (CGPoint)convertPointFromBase:(CGPoint)aPoint
{
return CGPointApplyAffineTransform(aPoint, _CPViewGetTransform(nil, self));
}
/*!
Converts \c aPoint from the receiver's coordinate space to the coordinate space of \c aView.
@param aPoint the point to convert
@param aView the coordinate space to which the point will be converted
@return the converted point
*/
- (CGPoint)convertPoint:(CGPoint)aPoint toView:(CPView)aView
{
return CGPointApplyAffineTransform(aPoint, _CPViewGetTransform(self, aView));
}
/*!
Converts the point from the receiver’s coordinate system to the base coordinate system.
@param aPoint A point specifying a location in the coordinate system of the receiver
@return The point converted to the base coordinate system
*/
- (CGPoint)convertPointToBase:(CGPoint)aPoint
{
return CGPointApplyAffineTransform(aPoint, _CPViewGetTransform(self, nil));
}
/*!
Convert's \c aSize from \c aView's coordinate space to the receiver's coordinate space.
@param aSize the size to convert
@param aView the coordinate space to convert from
@return the converted size
*/
- (CGSize)convertSize:(CGSize)aSize fromView:(CPView)aView
{
return CGSizeApplyAffineTransform(aSize, _CPViewGetTransform(aView, self));
}
/*!
Convert's \c aSize from the receiver's coordinate space to \c aView's coordinate space.
@param aSize the size to convert
@param the coordinate space to which the size will be converted
@return the converted size
*/
- (CGSize)convertSize:(CGSize)aSize toView:(CPView)aView
{
return CGSizeApplyAffineTransform(aSize, _CPViewGetTransform(self, aView));
}
/*!
Converts \c aRect from \c aView's coordinate space to the receiver's space.
@param aRect the rectangle to convert
@param aView the coordinate space from which to convert
@return the converted rectangle
*/
- (CGRect)convertRect:(CGRect)aRect fromView:(CPView)aView
{
return CGRectApplyAffineTransform(aRect, _CPViewGetTransform(aView, self));
}
/*!
Converts the rectangle from the base coordinate system to the receiver’s coordinate system.
@param aRect A rectangle specifying a location in the base coordinate system
@return The rectangle converted to the receiver’s base coordinate system
*/
- (CGRect)convertRectFromBase:(CGRect)aRect
{
return CGRectApplyAffineTransform(aRect, _CPViewGetTransform(nil, self));
}
/*!
Converts \c aRect from the receiver's coordinate space to \c aView's coordinate space.
@param aRect the rectangle to convert
@param aView the coordinate space to which the rectangle will be converted
@return the converted rectangle
*/
- (CGRect)convertRect:(CGRect)aRect toView:(CPView)aView
{
return CGRectApplyAffineTransform(aRect, _CPViewGetTransform(self, aView));
}
/*!
Converts the rectangle from the receiver’s coordinate system to the base coordinate system.
@param aRect A rectangle specifying a location in the coordinate system of the receiver
@return The rectangle converted to the base coordinate system
*/
- (CGRect)convertRectToBase:(CGRect)aRect
{
return CGRectApplyAffineTransform(aRect, _CPViewGetTransform(self, nil));
}
/*!
Sets whether the receiver posts a CPViewFrameDidChangeNotification notification
to the default notification center when its frame is changed. The default is \c NO.
Methods that could cause a frame change notification are:
<pre>
setFrame:
setFrameSize:
setFrameOrigin:
</pre>
@param shouldPostFrameChangedNotifications \c YES makes the receiver post
notifications on frame changes (size or origin)
*/
- (void)setPostsFrameChangedNotifications:(BOOL)shouldPostFrameChangedNotifications
{
shouldPostFrameChangedNotifications = !!shouldPostFrameChangedNotifications;
if (_postsFrameChangedNotifications === shouldPostFrameChangedNotifications)
return;
_postsFrameChangedNotifications = shouldPostFrameChangedNotifications;
if (_postsFrameChangedNotifications)
[CachedNotificationCenter postNotificationName:CPViewFrameDidChangeNotification object:self];
}
/*!
Returns \c YES if the receiver posts a CPViewFrameDidChangeNotification if its frame is changed.
*/
- (BOOL)postsFrameChangedNotifications
{
return _postsFrameChangedNotifications;
}
/*!
Sets whether the receiver posts a CPViewBoundsDidChangeNotification notification
to the default notification center when its bounds is changed. The default is \c NO.
Methods that could cause a bounds change notification are:
<pre>
setBounds:
setBoundsSize:
setBoundsOrigin:
</pre>
@param shouldPostBoundsChangedNotifications \c YES makes the receiver post
notifications on bounds changes
*/
- (void)setPostsBoundsChangedNotifications:(BOOL)shouldPostBoundsChangedNotifications
{
shouldPostBoundsChangedNotifications = !!shouldPostBoundsChangedNotifications;
if (_postsBoundsChangedNotifications === shouldPostBoundsChangedNotifications)
return;
_postsBoundsChangedNotifications = shouldPostBoundsChangedNotifications;
if (_postsBoundsChangedNotifications)
[CachedNotificationCenter postNotificationName:CPViewBoundsDidChangeNotification object:self];
}
/*!
Returns \c YES if the receiver posts a
CPViewBoundsDidChangeNotification when its
bounds is changed.
*/
- (BOOL)postsBoundsChangedNotifications
{
return _postsBoundsChangedNotifications;
}
/*!
Initiates a drag operation from the receiver to another view that accepts dragged data.
@param anImage the image to be dragged
@param aLocation the lower-left corner coordinate of \c anImage
@param mouseOffset the distance from the \c -mouseDown: location and the current location
@param anEvent the \c -mouseDown: that triggered the drag
@param aPasteboard the pasteboard that holds the drag data
@param aSourceObject the drag operation controller
@param slideBack Whether the image should 'slide back' if the drag is rejected
*/
- (void)dragImage:(CPImage)anImage at:(CGPoint)aLocation offset:(CGSize)mouseOffset event:(CPEvent)anEvent pasteboard:(CPPasteboard)aPasteboard source:(id)aSourceObject slideBack:(BOOL)slideBack
{
[_window dragImage:anImage at:[self convertPoint:aLocation toView:nil] offset:mouseOffset event:anEvent pasteboard:aPasteboard source:aSourceObject slideBack:slideBack];
}
/*!
Initiates a drag operation from the receiver to another view that accepts dragged data.
@param aView the view to be dragged
@param aLocation the top-left corner coordinate of \c aView
@param mouseOffset the distance from the \c -mouseDown: location and the current location
@param anEvent the \c -mouseDown: that triggered the drag
@param aPasteboard the pasteboard that holds the drag data
@param aSourceObject the drag operation controller
@param slideBack Whether the view should 'slide back' if the drag is rejected
*/
- (void)dragView:(CPView)aView at:(CPPoint)aLocation offset:(CPSize)mouseOffset event:(CPEvent)anEvent pasteboard:(CPPasteboard)aPasteboard source:(id)aSourceObject slideBack:(BOOL)slideBack
{
[_window dragView:aView at:[self convertPoint:aLocation toView:nil] offset:mouseOffset event:anEvent pasteboard:aPasteboard source:aSourceObject slideBack:slideBack];
}
/*!
Sets the receiver's list of acceptable data types for a dragging operation.
@param pasteboardTypes an array of CPPasteboards
*/
- (void)registerForDraggedTypes:(CPArray)pasteboardTypes
{
if (!pasteboardTypes || ![pasteboardTypes count])
return;
var theWindow = [self window];
[theWindow _noteUnregisteredDraggedTypes:_registeredDraggedTypes];
[_registeredDraggedTypes addObjectsFromArray:pasteboardTypes];
[theWindow _noteRegisteredDraggedTypes:_registeredDraggedTypes];
_registeredDraggedTypesArray = nil;
}
/*!
Returns an array of all types the receiver accepts for dragging operations.
@return an array of CPPasteBoards
*/
- (CPArray)registeredDraggedTypes
{
if (!_registeredDraggedTypesArray)
_registeredDraggedTypesArray = [_registeredDraggedTypes allObjects];
return _registeredDraggedTypesArray;
}
/*!
Resets the array of acceptable data types for a dragging operation.
*/
- (void)unregisterDraggedTypes
{
[[self window] _noteUnregisteredDraggedTypes:_registeredDraggedTypes];
_registeredDraggedTypes = [CPSet set];
_registeredDraggedTypesArray = [];
}
/*!
Draws the receiver into \c aRect. This method should be overridden by subclasses.
@param aRect the area that should be drawn into
*/
- (void)drawRect:(CPRect)aRect
{
}
// Displaying
/*!
Marks the entire view as dirty, and needing a redraw.
*/
- (void)setNeedsDisplay:(BOOL)aFlag
{
if (aFlag)
[self setNeedsDisplayInRect:[self bounds]];
}
/*!
Marks the area denoted by \c aRect as dirty, and initiates a redraw on it.
@param aRect the area that needs to be redrawn
*/
- (void)setNeedsDisplayInRect:(CPRect)aRect
{
if (!(_viewClassFlags & CPViewHasCustomDrawRect))
return;
if (_CGRectIsEmpty(aRect))
return;
if (_dirtyRect && !_CGRectIsEmpty(_dirtyRect))
_dirtyRect = CGRectUnion(aRect, _dirtyRect);
else
_dirtyRect = _CGRectMakeCopy(aRect);
_CPDisplayServerAddDisplayObject(self);
}
- (BOOL)needsDisplay
{
return _dirtyRect && !_CGRectIsEmpty(_dirtyRect);
}
/*!
Displays the receiver and any of its subviews that need to be displayed.
*/
- (void)displayIfNeeded
{
if ([self needsDisplay])
[self displayRect:_dirtyRect];
}
/*!
Draws the entire area of the receiver as defined by its \c -bounds.
*/
- (void)display
{
[self displayRect:[self visibleRect]];
}
- (void)displayIfNeededInRect:(CGRect)aRect
{
if ([self needsDisplay])
[self displayRect:aRect];
}
/*!
Draws the receiver into the area defined by \c aRect.
@param aRect the area to be drawn
*/
- (void)displayRect:(CPRect)aRect
{
[self viewWillDraw];
[self displayRectIgnoringOpacity:aRect inContext:nil];
_dirtyRect = NULL;
}
- (void)displayRectIgnoringOpacity:(CGRect)aRect inContext:(CPGraphicsContext)aGraphicsContext
{
if ([self isHidden])
return;
#if PLATFORM(DOM)
[self lockFocus];
CGContextClearRect([[CPGraphicsContext currentContext] graphicsPort], aRect);
[self drawRect:aRect];
[self unlockFocus];
#endif
}
- (void)viewWillDraw
{
}
/*!
Locks focus on the receiver, so drawing commands apply to it.
*/
- (void)lockFocus
{
if (!_graphicsContext)
{
var graphicsPort = CGBitmapGraphicsContextCreate();
_DOMContentsElement = graphicsPort.DOMElement;
_DOMContentsElement.style.zIndex = -100;
_DOMContentsElement.style.overflow = "hidden";
_DOMContentsElement.style.position = "absolute";
_DOMContentsElement.style.visibility = "visible";
_DOMContentsElement.width = ROUND(_CGRectGetWidth(_frame));
_DOMContentsElement.height = ROUND(_CGRectGetHeight(_frame));
_DOMContentsElement.style.top = "0px";
_DOMContentsElement.style.left = "0px";
_DOMContentsElement.style.width = ROUND(_CGRectGetWidth(_frame)) + "px";
_DOMContentsElement.style.height = ROUND(_CGRectGetHeight(_frame)) + "px";
#if PLATFORM(DOM)
// The performance implications of this aren't clear, but without this subviews might not be redrawn when this
// view moves.
if (CPPlatformHasBug(CPCanvasParentDrawErrorsOnMovementBug))
_DOMElement.style.webkitTransform = 'translateX(0)';
CPDOMDisplayServerAppendChild(_DOMElement, _DOMContentsElement);
#endif
_graphicsContext = [CPGraphicsContext graphicsContextWithGraphicsPort:graphicsPort flipped:YES];
}
[CPGraphicsContext setCurrentContext:_graphicsContext];
CGContextSaveGState([_graphicsContext graphicsPort]);
}
/*!
Takes focus away from the receiver, and restores it to the previous view.
*/
- (void)unlockFocus
{
CGContextRestoreGState([_graphicsContext graphicsPort]);
[CPGraphicsContext setCurrentContext:nil];
}
- (void)setNeedsLayout
{
if (!(_viewClassFlags & CPViewHasCustomLayoutSubviews))
return;
_needsLayout = YES;
_CPDisplayServerAddLayoutObject(self);
}
- (void)layoutIfNeeded
{
if (_needsLayout)
{
_needsLayout = NO;
[self layoutSubviews];
}
}
- (void)layoutSubviews
{
}
/*!
Returns whether the receiver is completely opaque. By default, returns \c NO.
*/
- (BOOL)isOpaque
{
return NO;
}
/*!
Returns the rectangle of the receiver not clipped by its superview.
*/
- (CGRect)visibleRect
{
if (!_superview)
return _bounds;
return CGRectIntersection([self convertRect:[_superview visibleRect] fromView:_superview], _bounds);
}
// Scrolling
/* @ignore */
- (CPScrollView)_enclosingClipView
{
var superview = _superview,
clipViewClass = [CPClipView class];
while (superview && ![superview isKindOfClass:clipViewClass])
superview = superview._superview;
return superview;
}
/*!
Changes the receiver's frame origin to a 'constrained' \c aPoint.
@param aPoint the proposed frame origin
*/
- (void)scrollPoint:(CGPoint)aPoint
{
var clipView = [self _enclosingClipView];
if (!clipView)
return;
[clipView scrollToPoint:[self convertPoint:aPoint toView:clipView]];
}
/*!
Scrolls the nearest ancestor CPClipView a minimum amount so \c aRect can become visible.
@param aRect the area to become visible
@return <codeYES if any scrolling occurred, \c NO otherwise.
*/
- (BOOL)scrollRectToVisible:(CGRect)aRect
{
var visibleRect = [self visibleRect];
// Make sure we have a rect that exists.
aRect = CGRectIntersection(aRect, _bounds);
// If aRect is empty or is already visible then no scrolling required.
if (_CGRectIsEmpty(aRect) || CGRectContainsRect(visibleRect, aRect))
return NO;
var enclosingClipView = [self _enclosingClipView];
// If we're not in a clip view, then there isn't much we can do.
if (!enclosingClipView)
return NO;
var scrollPoint = _CGPointMakeCopy(visibleRect.origin);
// One of the following has to be true since our current visible rect didn't contain aRect.
if (_CGRectGetMinX(aRect) <= _CGRectGetMinX(visibleRect))
scrollPoint.x = _CGRectGetMinX(aRect);
else if (_CGRectGetMaxX(aRect) > _CGRectGetMaxX(visibleRect))
scrollPoint.x += _CGRectGetMaxX(aRect) - _CGRectGetMaxX(visibleRect);
if (_CGRectGetMinY(aRect) <= _CGRectGetMinY(visibleRect))
scrollPoint.y = CGRectGetMinY(aRect);
else if (_CGRectGetMaxY(aRect) > _CGRectGetMaxY(visibleRect))
scrollPoint.y += _CGRectGetMaxY(aRect) - _CGRectGetMaxY(visibleRect);
[enclosingClipView scrollToPoint:CGPointMake(scrollPoint.x, scrollPoint.y)];
return YES;
}
/*
FIXME Not yet implemented
*/
- (BOOL)autoscroll:(CPEvent)anEvent
{
return [[self superview] autoscroll:anEvent];
}
/*!
Subclasses can override this to modify the visible rectangle after a
scrolling operation. The default implementation simply returns the provided rectangle.
@param proposedVisibleRect the rectangle to alter
@return the same adjusted rectangle
*/
- (CGRect)adjustScroll:(CGRect)proposedVisibleRect
{
return proposedVisibleRect;
}
/*!
Should be overridden by subclasses.
*/
- (void)scrollRect:(CGRect)aRect by:(float)anAmount
{
}
/*!
Returns the CPScrollView containing the receiver.
@return the CPScrollView containing the receiver.
*/
- (CPScrollView)enclosingScrollView
{
var superview = _superview,
scrollViewClass = [CPScrollView class];
while (superview && ![superview isKindOfClass:scrollViewClass])
superview = superview._superview;
return superview;
}
/*!
Scrolls the clip view to a specified point
@param the clip view to scroll
@param the point to scroll to
*/
- (void)scrollClipView:(CPClipView)aClipView toPoint:(CGPoint)aPoint
{
[aClipView scrollToPoint:aPoint];
}
/*!
Notifies the receiver (superview of a CPClipView)
that the clip view bounds or the document view bounds have changed.
@param aClipView the clip view of the superview being notified
*/
- (void)reflectScrolledClipView:(CPClipView)aClipView
{
}
/*!
Return yes if the receiver is in a live-resize operation.
*/
- (BOOL)inLiveResize
{
return _inLiveResize;
}
/*!
Not implemented.
A view will be sent this message before a window begins a resize operation. The
receiver might choose to simplify its drawing operations during a live resize
for speed.
Subclasses should call super.
*/
- (void)viewWillStartLiveResize
{
_inLiveResize = YES;
}
/*!
Not implemented.
A view will be sent this message after a window finishes a resize operation. The
receiver which simplified its drawing operations in viewWillStartLiveResize might
stop doing so now. Note the view might no longer be in a window, so use
[self setNeedsDisplay:YES] if a final non-simplified redraw is required.
Subclasses should call super.
*/
- (void)viewDidEndLiveResize
{
_inLiveResize = NO;
}
@end
@implementation CPView (KeyView)
/*!
Overridden by subclasses to handle a key equivalent.
If the receiver’s key equivalent is the same as the characters of the key-down event theEvent,
as returned by \ref CPEvent::charactersIgnoringModifiers "[anEvent charactersIgnoringModifiers]",
the receiver should take the appropriate action and return \c YES. Otherwise, it should return
the result of invoking super’s implementation. The default implementation of this method simply
passes the message down the view hierarchy (from superviews to subviews)
and returns \c NO if none of the receiver’s subviews responds \c YES.
@param anEvent An event object that represents the key equivalent pressed
@return \c YES if theEvent is a key equivalent that the receiver handled,
\c NO if it is not a key equivalent that it should handle.
*/
- (BOOL)performKeyEquivalent:(CPEvent)anEvent
{
var count = [_subviews count];
// Is reverse iteration correct here? It matches the other (correct) code like hit testing.
while (count--)
if ([_subviews[count] performKeyEquivalent:anEvent])
return YES;
return NO;
}
- (BOOL)canBecomeKeyView
{
return [self acceptsFirstResponder] && ![self isHiddenOrHasHiddenAncestor];
}
- (CPView)nextKeyView
{
return _nextKeyView;
}
- (CPView)nextValidKeyView
{
var result = [self nextKeyView],
firstResult = result;
while (result && ![result canBecomeKeyView])
{
result = [result nextKeyView];
// Cycled.
if (result === firstResult)
return nil;
}
return result;
}
- (CPView)previousKeyView
{
return _previousKeyView;
}
- (CPView)previousValidKeyView
{
var result = [self previousKeyView],
firstResult = result;
while (result && ![result canBecomeKeyView])
{
result = [result previousKeyView];
// Cycled.
if (result === firstResult)
return nil;
}
return result;
}
- (void)_setPreviousKeyView:(CPView)previous
{
if ([previous isEqual:self])
_previousKeyView = nil;
else
_previousKeyView = previous;
}
- (void)setNextKeyView:(CPView)next
{
if ([next isEqual:self])
_nextKeyView = nil;
else
{
_nextKeyView = next;
[_nextKeyView _setPreviousKeyView:self];
}
}
@end
@implementation CPView (CoreAnimationAdditions)
/*!
Sets the core animation layer to be used by this receiver.
*/
- (void)setLayer:(CALayer)aLayer
{
if (_layer == aLayer)
return;
if (_layer)
{
_layer._owningView = nil;
#if PLATFORM(DOM)
_DOMElement.removeChild(_layer._DOMElement);
#endif
}
_layer = aLayer;
if (_layer)
{
var bounds = CGRectMakeCopy([self bounds]);
[_layer _setOwningView:self];
#if PLATFORM(DOM)
_layer._DOMElement.style.zIndex = 100;
_DOMElement.appendChild(_layer._DOMElement);
#endif
}
}
/*!
Returns the core animation layer used by the receiver.
*/
- (CALayer)layer
{
return _layer;
}
/*!
Sets whether the receiver wants a core animation layer.
@param \c YES means the receiver wants a layer.
*/
- (void)setWantsLayer:(BOOL)aFlag
{
_wantsLayer = !!aFlag;
}
/*!
Returns \c YES if the receiver uses a CALayer
@returns \c YES if the receiver uses a CALayer
*/
- (BOOL)wantsLayer
{
return _wantsLayer;
}
@end
@implementation CPView (Theming)
#pragma mark Theme States
- (unsigned)themeState
{
return _themeState;
}
- (BOOL)hasThemeState:(CPThemeState)aState
{
// Because CPThemeStateNormal is defined as 0 we need to check for it explicitly here
if (aState === CPThemeStateNormal && _themeState === CPThemeStateNormal)
return YES;
return !!(_themeState & ((typeof aState === "string") ? CPThemeState(aState) : aState));
}
- (BOOL)setThemeState:(CPThemeState)aState
{
var newState = (typeof aState === "string") ? CPThemeState(aState) : aState;
if (_themeState & newState)
return NO;
_themeState |= newState;
[self setNeedsLayout];
[self setNeedsDisplay:YES];
return YES;
}
- (BOOL)unsetThemeState:(CPThemeState)aState
{
var newState = ((typeof aState === "string") ? CPThemeState(aState) : aState);
if (!(_themeState & newState))
return NO;
_themeState &= ~newState;
[self setNeedsLayout];
[self setNeedsDisplay:YES];
return YES;
}
#pragma mark Theme Attributes
+ (CPString)defaultThemeClass
{
return nil;
}
- (CPString)themeClass
{
if (_themeClass)
return _themeClass;
return [[self class] defaultThemeClass];
}
- (void)setThemeClass:(CPString)theClass
{
_themeClass = theClass;
[self _loadThemeAttributes];
[self setNeedsLayout];
[self setNeedsDisplay:YES];
}
+ (CPDictionary)themeAttributes
{
return nil;
}
+ (CPArray)_themeAttributes
{
if (!CachedThemeAttributes)
CachedThemeAttributes = {};
var theClass = [self class],
CPViewClass = [CPView class],
attributes = [],
nullValue = [CPNull null];
for (; theClass && theClass !== CPViewClass; theClass = [theClass superclass])
{
var cachedAttributes = CachedThemeAttributes[class_getName(theClass)];
if (cachedAttributes)
{
attributes = attributes.length ? attributes.concat(cachedAttributes) : attributes;
CachedThemeAttributes[[self className]] = attributes;
break;
}
var attributeDictionary = [theClass themeAttributes];
if (!attributeDictionary)
continue;
var attributeKeys = [attributeDictionary allKeys],
attributeCount = attributeKeys.length;
while (attributeCount--)
{
var attributeName = attributeKeys[attributeCount],
attributeValue = [attributeDictionary objectForKey:attributeName];
attributes.push(attributeValue === nullValue ? nil : attributeValue);
attributes.push(attributeName);
}
}
return attributes;
}
- (void)_loadThemeAttributes
{
var theClass = [self class],
attributes = [theClass _themeAttributes],
count = attributes.length;
if (!count)
return;
var theme = [self theme],
themeClass = [self themeClass];
_themeAttributes = {};
while (count--)
{
var attributeName = attributes[count--],
attribute = [[_CPThemeAttribute alloc] initWithName:attributeName defaultValue:attributes[count]];
[attribute setParentAttribute:[theme attributeWithName:attributeName forClass:themeClass]];
_themeAttributes[attributeName] = attribute;
}
}
- (void)setTheme:(CPTheme)aTheme
{
if (_theme === aTheme)
return;
_theme = aTheme;
[self viewDidChangeTheme];
}
- (CPTheme)theme
{
return _theme;
}
- (void)viewDidChangeTheme
{
if (!_themeAttributes)
return;
var theme = [self theme],
themeClass = [self themeClass];
for (var attributeName in _themeAttributes)
if (_themeAttributes.hasOwnProperty(attributeName))
[_themeAttributes[attributeName] setParentAttribute:[theme attributeWithName:attributeName forClass:themeClass]];
[self setNeedsLayout];
[self setNeedsDisplay:YES];
}
- (CPDictionary)_themeAttributeDictionary
{
var dictionary = [CPDictionary dictionary];
if (_themeAttributes)
{
var theme = [self theme];
for (var attributeName in _themeAttributes)
if (_themeAttributes.hasOwnProperty(attributeName))
[dictionary setObject:_themeAttributes[attributeName] forKey:attributeName];
}
return dictionary;
}
- (void)setValue:(id)aValue forThemeAttribute:(CPString)aName inState:(CPThemeState)aState
{
if (!_themeAttributes || !_themeAttributes[aName])
[CPException raise:CPInvalidArgumentException reason:[self className] + " does not contain theme attribute '" + aName + "'"];
var currentValue = [self currentValueForThemeAttribute:aName];
[_themeAttributes[aName] setValue:aValue forState:aState];
if ([self currentValueForThemeAttribute:aName] === currentValue)
return;
[self setNeedsDisplay:YES];
[self setNeedsLayout];
}
- (void)setValue:(id)aValue forThemeAttribute:(CPString)aName
{
if (!_themeAttributes || !_themeAttributes[aName])
[CPException raise:CPInvalidArgumentException reason:[self className] + " does not contain theme attribute '" + aName + "'"];
var currentValue = [self currentValueForThemeAttribute:aName];
[_themeAttributes[aName] setValue:aValue];
if ([self currentValueForThemeAttribute:aName] === currentValue)
return;
[self setNeedsDisplay:YES];
[self setNeedsLayout];
}
- (id)valueForThemeAttribute:(CPString)aName inState:(CPThemeState)aState
{
if (!_themeAttributes || !_themeAttributes[aName])
[CPException raise:CPInvalidArgumentException reason:[self className] + " does not contain theme attribute '" + aName + "'"];
return [_themeAttributes[aName] valueForState:aState];
}
- (id)valueForThemeAttribute:(CPString)aName
{
if (!_themeAttributes || !_themeAttributes[aName])
[CPException raise:CPInvalidArgumentException reason:[self className] + " does not contain theme attribute '" + aName + "'"];
return [_themeAttributes[aName] value];
}
- (id)currentValueForThemeAttribute:(CPString)aName
{
if (!_themeAttributes || !_themeAttributes[aName])
[CPException raise:CPInvalidArgumentException reason:[self className] + " does not contain theme attribute '" + aName + "'"];
return [_themeAttributes[aName] valueForState:_themeState];
}
- (BOOL)hasThemeAttribute:(CPString)aName
{
return (_themeAttributes && _themeAttributes[aName] !== undefined);
}
/*!
Registers theme values encoded in an array at runtime. The format of the data in the array
is the same as that used by ThemeDescriptors.j, with the exception that you need to use
CPColorWithImages() in place of PatternColor(). For more information see the comments
at the top of ThemeDescriptors.j.
@param themeValues array of theme values
*/
- (void)registerThemeValues:(CPArray)themeValues
{
for (var i = 0; i < themeValues.length; ++i)
{
var attributeValueState = themeValues[i],
attribute = attributeValueState[0],
value = attributeValueState[1],
state = attributeValueState[2];
if (state)
[self setValue:value forThemeAttribute:attribute inState:state];
else
[self setValue:value forThemeAttribute:attribute];
}
}
/*!
Registers theme values encoded in an array at runtime. The format of the data in the array
is the same as that used by ThemeDescriptors.j, with the exception that you need to use
CPColorWithImages() in place of PatternColor(). The values in \c inheritedValues are
registered first, then those in \c themeValues override/augment the inherited values.
For more information see the comments at the top of ThemeDescriptors.j.
@param themeValues array of base theme values
@param inheritedValues array of overridden/additional theme values
*/
- (void)registerThemeValues:(CPArray)themeValues inherit:(CPArray)inheritedValues
{
// Register inherited values first, then override those with the subtheme values.
if (inheritedValues)
[self registerThemeValues:inheritedValues];
if (themeValues)
[self registerThemeValues:themeValues];
}
- (CPView)createEphemeralSubviewNamed:(CPString)aViewName
{
return nil;
}
- (CGRect)rectForEphemeralSubviewNamed:(CPString)aViewName
{
return _CGRectMakeZero();
}
- (CPView)layoutEphemeralSubviewNamed:(CPString)aViewName
positioned:(CPWindowOrderingMode)anOrderingMode
relativeToEphemeralSubviewNamed:(CPString)relativeToViewName
{
if (!_ephemeralSubviewsForNames)
{
_ephemeralSubviewsForNames = {};
_ephemeralSubviews = [CPSet set];
}
var frame = [self rectForEphemeralSubviewNamed:aViewName];
if (frame)
{
if (!_ephemeralSubviewsForNames[aViewName])
{
_ephemeralSubviewsForNames[aViewName] = [self createEphemeralSubviewNamed:aViewName];
[_ephemeralSubviews addObject:_ephemeralSubviewsForNames[aViewName]];
if (_ephemeralSubviewsForNames[aViewName])
[self addSubview:_ephemeralSubviewsForNames[aViewName] positioned:anOrderingMode relativeTo:_ephemeralSubviewsForNames[relativeToViewName]];
}
if (_ephemeralSubviewsForNames[aViewName])
[_ephemeralSubviewsForNames[aViewName] setFrame:frame];
}
else if (_ephemeralSubviewsForNames[aViewName])
{
[_ephemeralSubviewsForNames[aViewName] removeFromSuperview];
[_ephemeralSubviews removeObject:_ephemeralSubviewsForNames[aViewName]];
delete _ephemeralSubviewsForNames[aViewName];
}
return _ephemeralSubviewsForNames[aViewName];
}
- (CPView)ephemeralSubviewNamed:(CPString)aViewName
{
if (!_ephemeralSubviewsForNames)
return nil;
return (_ephemeralSubviewsForNames[aViewName] || nil);
}
@end
var CPViewAutoresizingMaskKey = @"CPViewAutoresizingMask",
CPViewAutoresizesSubviewsKey = @"CPViewAutoresizesSubviews",
CPViewBackgroundColorKey = @"CPViewBackgroundColor",
CPViewBoundsKey = @"CPViewBoundsKey",
CPViewFrameKey = @"CPViewFrameKey",
CPViewHitTestsKey = @"CPViewHitTestsKey",
CPViewToolTipKey = @"CPViewToolTipKey",
CPViewIsHiddenKey = @"CPViewIsHiddenKey",
CPViewOpacityKey = @"CPViewOpacityKey",
CPViewSubviewsKey = @"CPViewSubviewsKey",
CPViewSuperviewKey = @"CPViewSuperviewKey",
CPViewTagKey = @"CPViewTagKey",
CPViewThemeClassKey = @"CPViewThemeClassKey",
CPViewThemeStateKey = @"CPViewThemeStateKey",
CPViewWindowKey = @"CPViewWindowKey",
CPViewNextKeyViewKey = @"CPViewNextKeyViewKey",
CPViewPreviousKeyViewKey = @"CPViewPreviousKeyViewKey";
@implementation CPView (CPCoding)
/*!
Initializes the view from an archive.
@param aCoder the coder from which to initialize
@return the initialized view
*/
- (id)initWithCoder:(CPCoder)aCoder
{
// We create the DOMElement "early" because there is a chance that we
// will decode our superview before we are done decoding, at which point
// we have to have an element to place in the tree. Perhaps there is
// a more "elegant" way to do this...?
#if PLATFORM(DOM)
_DOMElement = DOMElementPrototype.cloneNode(false);
#endif
// Also decode these "early".
_frame = [aCoder decodeRectForKey:CPViewFrameKey];
_bounds = [aCoder decodeRectForKey:CPViewBoundsKey];
self = [super initWithCoder:aCoder];
if (self)
{
// We have to manually check because it may be 0, so we can't use ||
_tag = [aCoder containsValueForKey:CPViewTagKey] ? [aCoder decodeIntForKey:CPViewTagKey] : -1;
_window = [aCoder decodeObjectForKey:CPViewWindowKey];
_subviews = [aCoder decodeObjectForKey:CPViewSubviewsKey] || [];
_superview = [aCoder decodeObjectForKey:CPViewSuperviewKey];
// FIXME: Should we encode/decode this?
_registeredDraggedTypes = [CPSet set];
_registeredDraggedTypesArray = [];
// Other views (CPBox) might set an autoresizes mask on their subviews before it is actually decoded.
// We make sure we don't override the value by checking if it was already set.
if (_autoresizingMask === nil)
_autoresizingMask = [aCoder decodeIntForKey:CPViewAutoresizingMaskKey] || CPViewNotSizable;
_autoresizesSubviews = ![aCoder containsValueForKey:CPViewAutoresizesSubviewsKey] || [aCoder decodeBoolForKey:CPViewAutoresizesSubviewsKey];
_hitTests = ![aCoder containsValueForKey:CPViewHitTestsKey] || [aCoder decodeBoolForKey:CPViewHitTestsKey];
[self _setupToolTipHandlers];
_toolTip = [aCoder decodeObjectForKey:CPViewToolTipKey];
if (_toolTip)
[self _installToolTipEventHandlers];
// DOM SETUP
#if PLATFORM(DOM)
_DOMImageParts = [];
_DOMImageSizes = [];
CPDOMDisplayServerSetStyleLeftTop(_DOMElement, NULL, _CGRectGetMinX(_frame), _CGRectGetMinY(_frame));
CPDOMDisplayServerSetStyleSize(_DOMElement, _CGRectGetWidth(_frame), _CGRectGetHeight(_frame));
var index = 0,
count = _subviews.length;
for (; index < count; ++index)
{
CPDOMDisplayServerAppendChild(_DOMElement, _subviews[index]._DOMElement);
//_subviews[index]._superview = self;
}
#endif
[self setHidden:[aCoder decodeBoolForKey:CPViewIsHiddenKey]];
if ([aCoder containsValueForKey:CPViewOpacityKey])
[self setAlphaValue:[aCoder decodeIntForKey:CPViewOpacityKey]];
else
_opacity = 1.0;
[self setBackgroundColor:[aCoder decodeObjectForKey:CPViewBackgroundColorKey]];
[self _setupViewFlags];
_theme = [CPTheme defaultTheme];
_themeClass = [aCoder decodeObjectForKey:CPViewThemeClassKey];
_themeState = CPThemeState([aCoder decodeIntForKey:CPViewThemeStateKey]);
_themeAttributes = {};
var theClass = [self class],
themeClass = [self themeClass],
attributes = [theClass _themeAttributes],
count = attributes.length;
while (count--)
{
var attributeName = attributes[count--];
_themeAttributes[attributeName] = CPThemeAttributeDecode(aCoder, attributeName, attributes[count], _theme, themeClass);
}
[self setNeedsDisplay:YES];
[self setNeedsLayout];
}
return self;
}
/*!
Archives the view to a coder.
@param aCoder the object into which the view's data will be archived.
*/
- (void)encodeWithCoder:(CPCoder)aCoder
{
[super encodeWithCoder:aCoder];
if (_tag !== -1)
[aCoder encodeInt:_tag forKey:CPViewTagKey];
[aCoder encodeRect:_frame forKey:CPViewFrameKey];
[aCoder encodeRect:_bounds forKey:CPViewBoundsKey];
// This will come out nil on the other side with decodeObjectForKey:
if (_window !== nil)
[aCoder encodeConditionalObject:_window forKey:CPViewWindowKey];
var count = [_subviews count],
encodedSubviews = _subviews;
if (count > 0 && [_ephemeralSubviews count] > 0)
{
encodedSubviews = [encodedSubviews copy];
while (count--)
if ([_ephemeralSubviews containsObject:encodedSubviews[count]])
encodedSubviews.splice(count, 1);
}
if (encodedSubviews.length > 0)
[aCoder encodeObject:encodedSubviews forKey:CPViewSubviewsKey];
// This will come out nil on the other side with decodeObjectForKey:
if (_superview !== nil)
[aCoder encodeConditionalObject:_superview forKey:CPViewSuperviewKey];
if (_autoresizingMask !== CPViewNotSizable)
[aCoder encodeInt:_autoresizingMask forKey:CPViewAutoresizingMaskKey];
if (!_autoresizesSubviews)
[aCoder encodeBool:_autoresizesSubviews forKey:CPViewAutoresizesSubviewsKey];
if (_backgroundColor !== nil)
[aCoder encodeObject:_backgroundColor forKey:CPViewBackgroundColorKey];
if (_hitTests !== YES)
[aCoder encodeBool:_hitTests forKey:CPViewHitTestsKey];
if (_opacity !== 1.0)
[aCoder encodeFloat:_opacity forKey:CPViewOpacityKey];
if (_isHidden)
[aCoder encodeBool:_isHidden forKey:CPViewIsHiddenKey];
if (_toolTip)
[aCoder encodeObject:_toolTip forKey:CPViewToolTipKey];
var nextKeyView = [self nextKeyView];
if (nextKeyView !== nil && ![nextKeyView isEqual:self])
[aCoder encodeConditionalObject:nextKeyView forKey:CPViewNextKeyViewKey];
var previousKeyView = [self previousKeyView];
if (previousKeyView !== nil && ![previousKeyView isEqual:self])
[aCoder encodeConditionalObject:previousKeyView forKey:CPViewPreviousKeyViewKey];
[aCoder encodeObject:[self themeClass] forKey:CPViewThemeClassKey];
[aCoder encodeInt:CPThemeStateName(_themeState) forKey:CPViewThemeStateKey];
for (var attributeName in _themeAttributes)
if (_themeAttributes.hasOwnProperty(attributeName))
CPThemeAttributeEncode(aCoder, _themeAttributes[attributeName]);
}
@end
var _CPViewFullScreenModeStateMake = function(aView)
{
var superview = aView._superview;
return { autoresizingMask:aView._autoresizingMask, frame:CGRectMakeCopy(aView._frame), index:(superview ? [superview._subviews indexOfObjectIdenticalTo:aView] : 0), superview:superview };
};
var _CPViewGetTransform = function(/*CPView*/ fromView, /*CPView */ toView)
{
var transform = CGAffineTransformMakeIdentity(),
sameWindow = YES,
fromWindow = nil,
toWindow = nil;
if (fromView)
{
var view = fromView;
// FIXME: This doesn't handle the case when the outside views are equal.
// If we have a fromView, "climb up" the view tree until
// we hit the root node or we hit the toLayer.
while (view && view != toView)
{
var frame = view._frame;
transform.tx += _CGRectGetMinX(frame);
transform.ty += _CGRectGetMinY(frame);
if (view._boundsTransform)
{
_CGAffineTransformConcatTo(transform, view._boundsTransform, transform);
}
view = view._superview;
}
// If we hit toView, then we're done.
if (view === toView)
return transform;
else if (fromView && toView)
{
fromWindow = [fromView window];
toWindow = [toView window];
if (fromWindow && toWindow && fromWindow !== toWindow)
{
sameWindow = NO;
var frame = [fromWindow frame];
transform.tx += _CGRectGetMinX(frame);
transform.ty += _CGRectGetMinY(frame);
}
}
}
// FIXME: For now we can do things this way, but eventually we need to do them the "hard" way.
var view = toView;
while (view)
{
var frame = view._frame;
transform.tx -= _CGRectGetMinX(frame);
transform.ty -= _CGRectGetMinY(frame);
if (view._boundsTransform)
{
_CGAffineTransformConcatTo(transform, view._inverseBoundsTransform, transform);
}
view = view._superview;
}
if (!sameWindow)
{
var frame = [toWindow frame];
transform.tx -= _CGRectGetMinX(frame);
transform.ty -= _CGRectGetMinY(frame);
}
/* var views = [],
view = toView;
while (view)
{
views.push(view);
view = view._superview;
}
var index = views.length;
while (index--)
{
var frame = views[index]._frame;
transform.tx -= _CGRectGetMinX(frame);
transform.ty -= _CGRectGetMinY(frame);
}*/
return transform;
};
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