The purpose of this feature is to create theme for every object of the AppKit. Previously, we could not theme object like CPColor, however CPColor could be very interesting to theme, value like alternateSelectedControlColor were hard coded in the framework. With this PR, we can now theme a CPColor and take some values from the current theme of the application. Then, this PR offers the possibility to refactor the themeDescriptors, some classes contains theme attributes for other class (CPTabView and CPTabViewItem for instance).
How doe it work ? A new category _CPObject+Theme.j has been added to the AppKit. This category contains every theme methods needed to theme an object (previously this category was in CPView). We add utils method like _encodeThemeObjectsWithCoder: and _decodeThemeObjectsWithCoder: in this category to be able to code and decode easily a coder for every object (this is generic).
This PR did not refactor the themeDescriptors, it only add this new mechanism for the methods alternateSelectedControlColor and secondarySelectedControlColor of CPColor. We will need to refactor that gradually
Previously, when making a right click and when a cappuccino menu was not displayed, the system menu was displayed. Now we don't display this menu anymore as in cocoa. We only display when making a right click on a CPTextField.
Each default (and only supported) CPAppearance now have an associated
theme state. As the appearance is correctly propagated in CPViews
hierarchy, it is now possible to have dark controls when the an
ancestor view has a dark appearance.
Added automated tests
This patch adds the `CPAppearance` class and uses it where needed.
There is nearly no impact, but in `_CPPopoverWindowView` where the
`CPPopoverAppearance` needs to be converted to a `CPAppearance` object
nib2cib support has also been added.
*This patch brings no new functionality.*
Only populate the tooltips handler functions when necessary (when there is a tooltip and when the view is in a window) or clear them otherwise.
Tests in /Tests/AppKit/CPViewTest.j
This PR adds the possibility to layout or not a CPView.
Previously, once setNeedsLayout was called on a CPView, it wasn't possible to cancel the layout of the view.
Now we can as in cocoa. The method setNeedsLayout will still work (it calls the method setNeedsLayout: with YES).
UnitTests in Tests/AppKit/CPViewTest.j
Previously the method `CPDOMDisplayServerSetStyleBackgroundSize` was named `CPDomDisplayServerSetStyleBackgroundSize`, which was inconsistent with the names of all other similar methods in the CPDOMDisplayServer.h file. This commit fixes this and updates all instances of its use in CPView.j.
Previously, the CPClipView registered the documentView to the notificationCenter as an observer to be notified when the frame/bounds of the documentView change.
Now, we don't use the notificationCenter anymore. The class CPView send a message to its superview (when it's a clipView) when the frame or bounds change. This fix the memory leak of the CPClipView
Fixed#2264
Previously, when adding a view (which is the firstResponder of the window) to the same window, the firstResponder was set to nil.
Now it keeps the same firstResponder.
Previously, Cappuccino didn't handle retina device when drawing for canvas2D. Now it does.
To do that, Cappuccino will firstly calculate the pixel ratio of the current device, then it needs to change the css style of the canvas by multiply it by the current pixel ratio and finally scale the canvas by this pixel ratio.
More information about high DPI drawing here : http://www.html5rocks.com/en/tutorials/canvas/hidpi/
Added the method `setAllowsHighDPIDrawing:` and `allowsHighDPIDrawing` to deactivate or activate this feature.
Fixed#2175
Previously, when removing a view, Cappuccino didn't clean the notification center. The notification center kept in reference old views.
This PR fix this issue. When a CPView is added to a view, the methods _removeObservers and _addObservers are called. In these both methods we remove and add the observer to the notification center if needed. _removeObservers and _addObservers are called for the view and its subviews. These both methods are called through the method viewWillMoveToSuperview.
When a CPView is removed, we only call the method _removeObservers.
When a CPWindow is closed, we call the method _removeObservers on its contentView.
When a CPWindow is about to be opened, we call the method _removeObservers and _addObservers on its contentView.
Refs #1880
Refs #2024
Test app in Tests/Manual/AttachedSheet2/SheetWindowController.j
Previously, when adding, removing, replacing a CPView, the framework didn't call the methods viewDidMoveToSuperview, viewDidMoveToWindow, viewWillMoveToSuperview and viewWillMoveToWindow as in Cocoa. Now it does.
The main change is that these methods will be called when removing a CPView.
Added unit-test in Tests/AppKit/CPViewTest.j
Every view in the key window now takes on the 'key window' theme state. This makes it easy to theme everything in inactive windows in more muted colours. Also, combined with the first responder theme state of the previous commit we can have visuals like "first responder but in an inactive window" for text views and such things.
When a CPView becomes the first responder it now takes on the 'first responder' theme state, as does all its subviews. This allows it to naturally change appearance when it has the keyboard focus, such as with focus rings and brighter colour schemes.
Without this fix, -CPView convertPoint:fromView was broken due to the changes made in #1998. In particular, the transform for the fromView would be calculated and then just thrown away if the views were in the same window. This happened to work in some specific cases and the lack of unit tests concealed the error.
This fix properly applies the transforms when two views are in the same window without one of them necessarily being inside the other.
Refs #1998.
Alexandre Wilhelm
Antoine Mercadal
Martin Carlberg
Andrew Hankinson
daboe01
Christophe Serafin
Alexander Ljungberg
Saikat Chakrabarti