Most is just switched to the ::read(). That should be enough for all the
Effects which have a KSharedConfig::Ptr underneath. If not we just need
to find a good place to put the reload.
Instead of passing the macro based Predicate to findClient it now
expects a function which can be passed to std::find_if.
Existing code like:
xcb_window_t window; // our test window
Client *c = findClient(WindowMatchPredicated(window));
becomes:
Client *c = findClient([window](const Client *c) {
return c->window() == window;
});
The advantage is that it is way more flexible and has the logic what
to check for directly with the code and not hidden in the macro
definition.
In addition there is a simplified overload for the very common case of
matching a window id against one of Client's windows. This overloaded
method takes a Predicate and the window id.
Above example becomes:
Client *c = findClient(Predicate::WindowMatch, w);
Existing code is migrated to use the simplified method taking
MatchPredicate and window id. The very few cases where a more complex
condition is tested the lambda function is used. As these are very
local tests only used in one function it's not worthwhile to add further
overloads to the findClient method in Workspace.
With this change all the Predicate macro definitions are removed from
utils.h as they are now completely unused.
REVIEW: 116916
* Use metadata as json
* set Q_PLUGIN_METADATA and Q_INTERFACES
* port away from kde4_add_plugin
Only tested with effects, scripts might need further adjustements.
REVIEW: 116862
Instead of having it's own QQmlEngine TabBox just uses the newly
exposed engine from Scripting and creates a new context for it's
own usage.
REVIEW: 116565
Instead of having each declarative script create it's own qml engine
there is one hold by the Scripting singleton. The engine's root context
gets populated in Scripting and each script just gets a new child
context. Thus also the WorkspaceWrapper instance is shared between the
declarative scripts.
Rational behind this change is that displayWidth and displayHeight are
X specific API calls in kwinglobals. For the future it's easier to only
rely on functionality which goes through the EffectsHandler API which
allows easier adjustments in KWin core.
displayWidth() and displayHeight() are only used to get the size or the
complete rect of all screens. This is also provided by:
effects->virtualScreenGeometry() or
effects->virtualScreenSize()
REVIEW: 116021
Screens provides a size which is constructed from the size of
the bounding geometry of all screens and provides an overload taking
an int to return the size of a specified screen. For geometry() a new
ovload is added without an argument, which is just a convenient wrapper
for QRect(QPoint(0, 0), size()).
Both new methods are exported to effects and scripting as new
properties there called virtualScreenSize and virtualScreenGeometry.
The (virtual) size gets cached in screens and is updated whenever the
count or geometry changes.
Construction of Screens is slightly changed by moving the init code
from ctor into a virtual method init(). Reason is that we ended in
a loop with accessing the singleton pointer before it was set.
REVIEW: 116114
* this effect is way cheaper than blur, don't cache it
* use its own atom
* also pass the matrix in the x property
* remove remnants of the cache
* do just a single pass
* get rid of config ui remnants
This was not yet ported functionality. In addition the usage of
KActionCollection is removed as it's not needed - all it was used
for is setting the object name.
A declarative KWin script needs to register the QQuickWindows it is
using in the KWin object. This method ensures that the QQuickWindow
will destroy the platfrom window once it gets hidden. So the next
time the QQuickWindow is shown a new platform window is created.
As can be seen in the OSD this is not really nice, therefore a
KWin.Dialog should be created which takes care of these steps.
The DBusCall is exported as a QObject to the QML environment. It is
intended as a declarative replacement for the callDBus method which used
to be exported on global scope in the QtQuick 1 world.
Example usage:
DBusCall {
id: dbus
service: "org.kde.KWin"
path: "/KWin"
method: "setCurrentDesktop"
arguments: [1]
Component.onCompleted: dbus.call()
}
Getting all functionality from old solution into new one is not really
possible. Main problems are that QtScript provided more functionality
than the QJSEngine. For example it's no longer possible to just export
functions to the engine. We need to have a Qt wrapper object. At the
moment this wrapper object doesn't export all functions as the callbacks
are tricky. A solution might be to create specific QML types
encapsulating functionality which used to be exported on the functions.
Nevertheless a basic QML script loads and works and the ported readConfig
function works, too.
AbstractThumbnailItem inherits from QQuickPaintedItem using QPainter to
do the fallback painting of icons.
The scene is adjusted to get the information from QQuickItem instead of
QDeclarativeItem. Clipping got a little bit more complex as the clip
path does not exist any more. To get it right the ThumbnailItem needs to
specify the parent it wants to be clipped to with the clipTo property.
E.g.:
clipTo: listView
The scene uses this clipTo parent item to correctly calculate the clip
region. Also the ThumbnailItem needs to have clipping enabled.
Note: this commit currently breaks TabBox as the qml and view are not
yet adjusted. In scripting the export of the item is disabled, but any
qml script using a ThumbnailItem would obviously also fail.
Not sure why kdeclarative gets its own subdir, nor why
there is no CMake module to to add it to the include dirs
on find_package, but this matches what plasma-framework
does at the moment.
* "" needs to be wrapped in QStringLiteral
* QString::fromUtf8 needed for const char* and QByteArray
* QByteArray::constData() needed to get to the const char*
Let KDeclarative::setupBindings() add the import paths: it too takes
paths from KGlobal::dirs()->findDirs("module", "imports"); it adds paths
in the correct (reverse) order [1].
[1] See kdelibs 400b9f2e9d10386bb175b6123fe0cdaafeaffe61 for further
details.
REVIEW: 110670
When the scripting KCM triggered a loading of a script it did not work
because the scripting code was operating on an old data set.
Reparsing the configuration before evaluating which scripts to (un)load
solves this problem.
Cherry-picked from 4.10 branch: dd5b4bdec8e24359d4715c078e2f442967a3f873
CCBUG: 319767
When the scripting KCM triggered a loading of a script it did not work
because the scripting code was operating on an old data set.
Reparsing the configuration before evaluating which scripts to (un)load
solves this problem.
REVIEW: 110357
BUG: 319767
FIXED-IN: 4.10.4
