In some places the objj_msgSend function is called directly. Most of the times the old slower version is called. This commit will use the never faster version instead.
NEW: CPURLConnection -operation method, CPError CPURLErrorDomain constant.
CPURLConnection -operation gives access to the operation generated by the new CPURLConnection creator.
This allows to create dependencies between operations and setup priorities early.
When the connection fails with a status code 404 or is cancelled, the
operation is also cancelled and
the next operation in the queue is started.
For example the method ’initWithName:’ will return different abbreviation depending on the order CPDictionary returns keys from the method ’keyEnumerator’. As this is undefined the answer can vary. Test cases now handle all cases.
Previously, the CPTabView did not react with the first mouse event (for instance when a CPTabView was in a not focused window). Now it does as in cocoa.
To do that, the CPTavView override the method acceptsFirstMouse. Previously, the tabView had a CPBox, it now has a _CPTabViewBox. This new box reacts differently than the CPBox for the method hitTests. It now returns nil when the click was performed on the segmentedControl of the CPTabView, previously this same click would be handle byt the CPBox.
Previously, when a view was about to layout, only layoutSubviews was called. Now the methods viewWillLayout and viewDidLayout are called as well. This is like in Cocoa.
This PR fixed the issue with the appearance and the view based tableView. We now handle everything related with appearance when making the layout of a view.
This PR removed a small optimization in CPView. Now when making setNeedsLayout and setNeedsDisplay, the methods drawRect: and layoutSubviews are always called even if there are not override. (As in cocoa)
Previously, when using a viewBased CPTableView Cappuccino just crashed.
This was due to the new appearance feature. Indeed, at the end of the method initWithCoder: of CPView, we set the appearance of the current view and the themeStates of the view and its subviews. For an unknown reason some of these subviews were not completely initialized (see comment line 3742), this made crashed cappuccino because _themeState was null.
To fix this issue, we send the method setAppearance when the current stack was performed. (Magic setTimeout...).
This is for sure not the ultimate best fix, but it's prevent to have a broken master. We will need in the future to fix this issue in a better way.
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.
Previously, when opening a popover, the animation was blinking on Chrome and Opera.
To resolve (temporary I hope) this issue, we launch the last part of the animation at the beginning of the next runloop. We do that by wrapping the desired code in window.setTimeout(function(){},0).
A google chrome issue has been opened here : https://code.google.com/p/chromium/issues/detail?id=523044&thanks=523044&ts=1440095724