Following a restore of the wallpaper data files, the settingsRestored()
method was binding the new wallpaper by passing null as the component,
because once upon a time that meant just use the configuration that had
just been loaded from the [newly restored] settings filed. However, at
some point this broke when the load from settings was made a staging
operation, not also the commitment of the changes.
This CL passes the newly-determined component configuration explicitly
to the bind, overriding the product default that may already have been
emplaced by the time the restore happens.
It also turns off the (minor) debugging that had been enabled in
WallpaperBackupHelper while digging into the issue.
Bug 5416839
Change-Id: I963893c236e24c75d10dde75836805295ea42cbb
This is used to notify the host application that an SSL error occurred while
loading a resource, but the WebView but chose to proceed anyway based on a
decision retained from a previous response to onReceivedSslError().
Bug: 5403366
Change-Id: I51a25b93d7824b7eb7b6d5a961cba948e37c85db
ListView tracks check states in two ways, by position and by ID if an
adapter reports stable IDs. After a data set change there was no
guarantee that the position checked mapping was consistent.
Fix up the position mapping from the ID mapping after a data set
change. In the future this should happen by asking the adapter where a
given ID is now located, but this will require new API and not all
adapters in the wild will implement it. For now make a best guess by
searching in a limited window around the item's last known position.
Change-Id: I70ba89eb103c438b0410c3c6d066acc3918459f9
* commit '98a5fcd895cce64a879982acd17c9ca52e6177ee':
Trigger a full screen repaint when touching layers, as webkitDraw() may not generate the correct invalidations.
This cleans up how ui flags are managed between the client and window manager.
It still reports the global UI mode state to the callback, but we now only clear
certain flags when the system goes out of a state (currently this just means the
hide nav bar mode), and don't corrupt other flags in the application when the
global state changes.
Also introduces a sequence number between the app and window manager, to avoid
using bad old data coming from the app during these transitions.
Change-Id: I40bbd12d9b7b69fc0ff1c7dc0cb58a933d4dfb23
1. ScrollView/HorizontalScroll view were reporting only the scroll X and Y but
failed to convey the max scroll along X and Y so the position can be determined.
2. WebView was not reporting correctly its scroll position for accessibility.
3. Some descendants of AdapterView were reporting incorrect position information.
4. Updated the accessibility docs with some details about the scroll information.
5. Cleaned up duplicated code.
bug:5412132
bug:5412265
Change-Id: I165e73ecde027dad811425b9f395a3f758c923ba
Bug: 5332296
The code is functionally equivalent, but a little more efficient
and much easier to maintain.
Change-Id: I90670a13799df05831843a5137ab234929281b7c
When a transition occurs, layout change listeners are added to the container
being transitioned as well as every container up the view hierarchy. The
parent views were not having those listeners removed, so every time a transition
ran, more listeners would be added. Adding to that, the use of an ArrayList
as the collection to hold the listeners meant that adding duplicate items
would just increase the size of the list. There's now a sanity-check on the add
call to make sure that the listener does not exist already, but more importantly
we remove all listeners added when the transition ends.
Change-Id: I4ea05adf30765db091124065539b0ffd32729b3b
When the SystemUi becomes visible, the activity window resizes.
The hardware renderer was not begin resized to suit, so it was drawing
to a surface larger than that of the activity window, and some of the
rendering (like the action bar) appeared off the screen.
The fix is to keep track of the surface size in HardwareRenderer and to
recreate the surface when the size changes.
This change also removes the BUFFER_CHANGE flag from WindowManager.LayoutParams.
The only reason the flag existed was to trigger a hardware surface recreation,
but checking the old/new size is a more direct way of handling this.
Change-Id: I9d6bf6385794886d1d93c60609c170864cdcdfab
