Remove the addPluginView and removePluginView methods from
GeckoInterface. Instead, move the JNI calls directly to GeckoApp itself.
GeckoApp then uses GeckoActivityMonitor to find the current activity,
instead of using GeckoAppShell.getGeckoInterface().
MozReview-Commit-ID: 7ym8kuElADV
GeckoAppShell.scheduleRestart was called from XPCOM toolkit when we
needed to restart after the Gecko thread exits. But because we made the
"Gecko:Exited" event contain a "restart" flag, we can handle that
entirely in Java now, so we don't need to call
GeckoAppShell.scheduleRestart anymore.
Add a static boolean sThreadDestroyed which can be accessed only on JAVA UI thread.
Set sThreadDestroyed to true at DestroyOnUiThread that will stop remain tasks to access the Bridge() instance at JAVA thread.
MozReview-Commit-ID: 5JtUFgc6Vl3
APZCTreeManager::AdjustScrollForSurfaceShift is only called from the
compositor now, so there is no need to expose this API for callers in
widget code.
MozReview-Commit-ID: BySCQ8N4SuM
Currently the profiler mostly uses an array of strings to represent which
features are available and in use. This patch changes the profiler core to use
a uint32_t bitfield, which is a much simpler and faster representation.
(nsProfiler and the profiler add-on still use the array of strings, alas.) The
new ProfilerFeature type defines the values in the bitfield.
One side-effect of this change is that profiler_feature_active() now can be
used to query all features. Previously it was just a subset.
Another side-effect is that profiler_get_available_features() no longer incorrectly
indicates support for Java and stack-walking when they aren't supported. (The
handling of task tracer support is unchanged, because the old code handled it
correctly.)
Update the composition when setting/removing spans, so that we update
the selection/cursor during a composition. However, we must limit any
updating to the current composition only (as indicated by the
keep-current-composition flag), because the Facebook comment box behaves
incorrectly if we repeatedly start and end new compositions.
Add getChromeUri/setChromeUri APIs to GeckoView, to allow each
GeckoView's chrome URI to be set individually. This lets us remove
GeckoInterface.getDefaultChromeURI. This patch also changes the default
chrome URI to the GeckoView default, and let Fennec specify its chrome
URI (browser.xul) inside GeckoApp.
MozReview-Commit-ID: Gkwbp8VyLcu
Move checkUriVisited, markUriVisited, and setUriTitle from
GeckoApp/GeckoAppShell to GlobalHistory. Make them static and directly
accessible from native code, so that we can remove those methods from
GeckoInterface.
MozReview-Commit-ID: JrmlfeKibaW
Move shortcut creation code in GeckoApp to GeckoApplication, and make
the methods static so that we can call them without a GeckoInterface
instance. This lets us remove GeckoInterface.createShortcut.
MozReview-Commit-ID: AUnQGI02Bk
Move GeckoAppShell.launchOrBringToFront to GeckoApp, so that we can use
GeckoActivityMonitor to check whether BrowserApp is the current
foreground Activity. This lets us remove GeckoInterface.isForegrounded.
MozReview-Commit-ID: CgjnaNK8OGW
This version of the Dynamic Toolbar moves the animation of the toolbar
from the Android UI thread to the compositor thread. All animation for
showing and hiding the toolbar are done with the compositor and a static
snapshot of the real toolbar.
MozReview-Commit-ID: BCe8zpbkWQt
Our "chrome-document-loaded" observer may detect several different types
of widgets that can exist in the parent process, including the Android
nsWindow, PuppetWidget, etc. We should only set the global state to
ready when the first top-level nsWindow has loaded, and not just any
window.
It looks like Google decided to split these jars out a bit, so we need to piece
them all back together.
We could probably just query the sdk version instead, but I'm not 100% sure
know when this setup changed - moreover we don't know when (if?) the paths
are likely to change again. SDK 26.0 still has lint 25.3.1, so the SDK and
lint versions don't appear to be tied.
It seems that only the lint* jars are needed to compile 'build/annotationProcessor',
however we need all the remaining jars in the classpath when running that code
in 'widget/android/bindings'.
MozReview-Commit-ID: GAKwMrVXW55
--HG--
extra : rebase_source : 4e790aaccae8ccc3f151c39bf1ef4404b2581d7a
