Not clear why this worked before but not now. This fix makes sense regardless.
Without this fix, clicks would not be sent through to the token field menu because its window wasn't the key window.
This fix makes the autocomplete menu declare it does not need to and does not want to become the key window.
Fixes#1807.
Without this fix, grey lines were showing in the background of token field autocomplete menus in recent versions.
This fix removes the grid lines which were never intended to be there to begin with.
Fixes#1806.
Without this fix, CGPathMoveToPoint would not actually move to the point if there had been at least one previous CGPath command (a current path existed) but it was not a move to point command.
This fix ensures move to point is effective in all cases.
Fixes#1801.
The implementation of CGPathEqualToPath did not compare all of the subpath types now supported by CGPath. In addition, it referred to subpath properties that no longer exist.
The implementation now compares all properties of all supported subpath types.
Closes#1246
Previously CPCollectionView supported a delegate method collectionViewDidChangeSelection:, which is not defined in Cocoa. Since CPCollectionView is KVO-compliant for selectionIndexes, this delegate method is no longer necessary and is a needless divergence from Cocoa.
The method is now marked as deprecated, and when used will log a deprecation warning.
Closes#715
Previously setContent: was called first, before the rest of the object was initialized. This potentially could have unexpected results because setContent has many side effects.
This commit waits until the object is completely initialized before calling setContent.
In Cocoa, viewWillMoveToSuperview: and viewDidMoveToSuperview: are called when views are instantiated from code or from a nib.
Previously in Cappuccino, when a view was instantiated from a cib, the _subviews of the view were directly set from the decoded subview array. This short-circuited all of the normal notifications a view receives when added to a superview, including viewWillMoveToSuperview: and viewDidMoveToSuperview:. As a result, some views that override these methods, such as CPSearchField, were not set up correctly when instantiated from a cib.
With this commit, subviews instantiated from a cib are manually added to their superview, thus ensuring they go through the same cycle as views instantiated from code, and ensuring that viewWillMoveToSuperview: and viewDidMoveToSuperview: are called.
Closes#1699
Previously, the content view of almost all window types
could overlap the frame of the window.
This is a follow on to b28429f which insets the content view
from the frame for all relevant window types.
Refs #1798
Previously, _CPStandardWindowView did not inset the content view rect
from the window frame, thus its contents could overlap the window frame.
Now the content view is correctly inset so that content view content
is clipped to the window frame, except for the corners. Because the
corners are round and the window frame is a background color, they
can still be overlapped. this will be fixed in a later commit.
Closes#1798
Previously, windows with no minimum size could be resized
by the user such that the content view was completely hidden, and then
resized such that the window was effectively turned inside out.
This obviously needed to be fixed.
Now, when the user resizes a window, each _CPWindowView subclass
is asked for the minimum resize size, with the size being additively
set by each subclass. This minimum size takes into account things
like the title bar, divider line, and close button, and always leaves
at least 2px height for the content view.
The user-requested size is then pinned to the minimum resize size.
In the process of fixing this bug, I discovered in the Cocoa docs
that the CPWindow -setFrame: methods should ignore minSize and maxSize.
Other changes:
- Take the divider height into account in contentRectForFrameRect for titled windows.
- Use _CG macros and fix formatting.
Closes#1753
This is an improved fix to the corrupted tab view state bug partially addressed by 0f347be.
Without either fix, NSTabView is converted to a CPTabView where tab view item views are subviews of the NSTabView, while in Cappuccino the selected view item is supposed to be a subview of a CPBox.
Without this fix, CPTabView decoding called addSubview: in initWithCoder: which can cause the superview of a view to become set, only to later be overwritten when the superview ivar is decoded.
This fix removes the tab item view as a subview from the tab view before encoding it in nib2cib, and then makes sure not to call addSubview: while still in the initWithCoder stage, but rather later in awakeFromCib.
If a view to be added is already a subview, but doesn't yet "know it" due to being only partially decoded, a corrupted view hierarchy with duplicate views would be set up, which is very hard to debug.
This bug used to be concealed by the fact that we called [superview removeObject:X] when replacing a subview, which caused all duplicates to be removed.
Without this fix, the call to setDocumentView in CPClipView's decoding would try to add the document view as a subview. But when decoding, the clip view is already in the decoded list of subviews. Normally adding a subview twice would just move it to the end of the list of subviews, but this only works for fully decoded subviews where superview is not nil. Since we're in the middle of decoding there's no guarantee superview is set yet.
This fix avoids calling addSubview:.
In the modified test described in #829 performance improves by at least 30% and that's with a significant addSubview: component diluting the test.
This change should improve outline and table view performance.
This fix corrects the call in CPToolbar _setWindow to `removeObserver:name:object`. Before, this was calling the non-existent `removeObserver:object`, which would raise an exception.
This was fixed by @schipmolder.
- NEW: Retrieve the underlying Image element from a CPImage with -image.
- NEW: You can now render any arbitrary drawing to a pattern context and use that as a fill or stroke pattern. See CGContextCreatePatternContext, CGContextSetFillPattern and CGContextSetStrokePattern. Works in all canvas-enabled browsers, including IE 9+.
- NEW: An example of using a custom rendered pattern is in Tests/Manual/PatternFillTest.
- NEW: Test if a CPImage is a single image (vs. three/nine part) with -isSingleImage.
- FIXED: With canvas, we have to track ourselves whether the context has a path or not.
- FIXED: All shapes except rects may not be added to a path with no context. If you attempt to do so, an error is logged.
- FIXED: CGPath was not setting the start and current point correctly in some cases.
- FIXED: CGContextAddPath was not moving to the path's start point at the beginning.
- FIXED: Removed superfluous CGContextClosePath commands, fixed some drawing sequences.
- FIXED: Misc. formatting.
Sorry, these changes are canvas only (including IE 9+)! I am not going to spend the time to port these fixes to VML (IE 8).
- You may now bind radio groups to selectedValue, selectedTag, selectedIndex, enabled, and hidden. enabled and hidden are multiple value bindings.
- Added some API to CPRadioGroup that parallels NSMatrix: selectRadioAtIndex:, selectRadioWithTag:
- Added setEnabled/setHidden, they operate on all of the radios in the group.
- Sample app to demonstrate all new features.
Without this fix, a tab view set up in Xcode where a tab but the first was selected could be instantiated in a corrupted state in Cappuccino, where tab selection would have no effect.
This fix ensures that even if the decoded view of the selected tab view item has a superview different from how we do things in Cappuccino, we make sure to set it right.
- With canvas, we have to track ourselves whether the context has a path or not.
- All shapes except rects may not be added to a path with no context.
- CGPath was not setting the start and current point correctly in some cases.
- CGContextAddPath was not moving to the path's start point at the beginning.
Sorry, I am not going to spend the time to port these fixes to VML!
Alexander Ljungberg
aparajita
Aparajita Fishman
Martin Carlberg
cacaodev
Andrew Hankinson
Blair Duncan