This was a problem with not hiding the starting window when it got
transfered to an activity whose window (instead of token) animates
when displayed.
Change-Id: I9eb58faa6e27d53144687952a715fc083a5c5842
This implements support for devices whose hardware can hide
their navigation keys. It works much like the existing keyboardHidden
configuration, and for compatibility uses the same configuration
change bit.
Also add FLAG_TURN_ON_SCREEN for windows, which has the system
cause the screen to be turned on when the window is displayed.
Great fun when used with FLAG_SHOW_WHEN_LOCKED!
Change-Id: I0b867f19af85cfd8786a14cea194b34f7bdd9b7a
This introduces a new activity that you can derive from to implement
a wall paper configuration activity. This is supposed to select
a theme based on whether it is being run to configure a real wallpaper
or a preview, but this is going to be more difficult to do than I
thought. :(
Also fix a problem in the white theme where the list view's background
was being set to white, so it wouldn't work on a transparent bg.
Change-Id: I26d5a8695a3c878a1664eb09900eded57eaff990
This takes care of allowing us to cancel the back button. The
back button is a bear because it is strewn all over the place --
everywhere you can close something, there is some code looking
for the back button that now needs to deal with being canceled.
The main things changed are activity (of course), dialog,
input method, search dialog. There are some other misc places
in the framework (and some I missed here that I will get in a
second pass).
To facility all of this, the key dispatching APIs now provide
a lot more support for dealing with looking for cancelled keys,
and incidentally also provide an actual API for catching long
key presses. This also helped clean up the code in PhoneWindow
where it deals with all of the combinations of key pressed and
releases. (And also allows people to override
Activity.onKeyLongPress() to provide a different long press
action for a standard key like search.)
And while I was doing this, I reworked how we detect long
presses by having this be part of the key event delivered by
the window manager. This should greatly reduce (hopefully
outright eliminate) the problems with long presses being
mis-detected when an application is being slow.
Change-Id: Ia19066b8d588d573df3eee6d96e1c90fdc19f57d
First, fix some issues with the final wallpaper bitmap
we use: ensure it is always 16bpp, and make sure dithering
of its bitmap is turned off. We take of dithering
when loading, to make sure we don't use it when drawing.
Also add new APIs to return the wallpaper with the equivalent
of Launcher's old FastBitmapDrawable. As doing this, also load
the default wallpaper the same way as custom ones, taking care to
resize it as needed at load time.
Finally implement a mechanism for the window manager to wait
for the wallpaper to redraw at its new position before returning
from the application's call to change the offset. This ensures
that the wallpaper better tracks the application. Note that there
is a timeout in this wait that is relatively short, and if it
expires we will run for a while without waiting.
Change-Id: Ife449437746da85958bd447e0a6cf3d2223b398c
Some more tweaks and fixes to wallpapers. Make sure wallpapers are
told they are not visible when the screen is off. Add some new animations
for transitions across tasks, and fiddle with many of the existing
animations. Clean up the relationship between translucent activities
and animations. Add new API to start a PendingIntent from an
activity.
Change-Id: Ie0bf45fe44081bb6982c75361257a55d9cd9d863
ViewRoot was using Surface.clear(), which has different behavior
in different processes -- in the system process it would kill the
surface, causing all windows in that process to immediately disappear
instead of animating away.
This change makes Surface.release() public and uses that instead. It
also renames Surface.clear() to Surface.destroy().
Also fixed some issues in the window manager that were causing the
wallpaper to not get immediately resized when the orientation changes
and its target window is removed and re-added.
Change-Id: I2a992e365cf5747511f0bf1193db32dc2525b218
This is work on the transitions with wallpapers. There are now new
animations specifically for leaving the wallpaper and returning to
it, which allow us to have a consistent animation when entering home
and returning to it. I also renamed the existing animations across
wallpapers, and cleaned up some junk in the various interpolators.
This also now hides the wallpaper surface when it is not visible,
to get rid of the wallpaper flickers people complained about albeit
in a somewhat brutal way. :) (Though really returning us to the
previous behavior with the same previous bugs and name back to them
not being very visible, yay!) There is are also some bug fixes
here and there about managing the wallpaper visibility that this
change revealed.
Change-Id: I913990a9a81651728122ed2e1101b75ed2c36fcb
The new code to rebuild the window list was missing some app tokens.
Also there were a few other smaller bugs floating around.
Change-Id: I7734917af0b76ee4aa304e6a5321401d87640f89
This addresses a few parts of the bug:
- There was a small issue in the window manager where we could show a window
too early before the transition animation starts, which was introduced
by the recent wallpaper work. This was the cause of the flicker when
starting the dialer for the first time.
- There was a much larger problem that has existing forever where moving
an application token to the front or back was not synchronized with the
application animation transaction. This was the cause of the flicker
when hanging up (now that the in-call screen moves to the back instead
of closing and we always have a wallpaper visible). The approach to
solving this is to have the window manager go ahead and move the app
tokens (it must in order to keep in sync with the activity manager), but
to delay the actual window movement: perform the movement to front when
the animation starts, and to back when it ends. Actually, when the
animation ends, we just go and completely rebuild the window list to
ensure it is correct, because there can be ways people can add windows
while in this intermediate state where they could end up at the wrong
place once we do the delayed movement to the front or back. And it is
simply reasuring to know that every time we finish a full app transition,
we re-evaluate the world and put everything in its proper place.
Also included in this change are a few little tweaks to the input system,
to perform better logging, and completely ignore input devices that do not
have any of our input classes. There is also a little cleanup of evaluating
configuration changes to not do more work than needed when an input
devices appears or disappears, and to only log a config change message when
the config is truly changing.
Change-Id: Ifb2db77f8867435121722a6abeb946ec7c3ea9d3
Yet more work on improving the behavior of wallpapers. This fixes a few
problems in their lifecycle (corresponding change in the picker also
required for this), makes their animations better for hardware that supports
alpha fades, adds animations for the wallpapers themselves, eliminates
fixed size wallpapers, and adjusts the API for retrieving a wallpaper
bitmap to take care of scaling the raw wallpaper image to match the current
desired width and height.
Change-Id: If1c0aaceba4ea4e175dcb7a8416ca7ddbb9bfa6f
The problem was instigated by another fix I made to keep
windows around while their tokens are animating or preparing to
animate. This then hit an issue where if the window's process
died while its token was getting ready to animate, we would
immediately hide the token, and when we then went to start
the token animation we wouldn't do anything, leaving the old
dummy animation in place and not allowing it to run.
Now we clear the animation before hiding the token, to ensure
the dummy animation is gone at this point.
Change-Id: If83fadcce6815bc545c80fbdb82fe6972bbdf5ef
The window manager now detects when a transition between two
wallpaper activities is happening, and switches to a new set
of animations for that. The animations I defined here are just
an arbitrary something that can work in this case.
This fixes a bunch of edge cases in updating the wallpaper's scroll position
and visibility when switching between wallpapers and traveling through the UI.
It also fixes some leaks of wallpaper tokens and windows.
- Do better about figuring out when to stop them and other related window
management.
- Fix problem where we were not redrawing the surface when the orientation
changed. This was the cause of the device hang.
- Recover if a live wallpaper is crashing repeatedly.
- Don't crash when someone tries to set a static wallpaper.
- Make the static wallpaper update correctly when the image changes.
This currently only works for a wallpaper that is larger than the
screen. Set the scroll position with the new wallpaper API. Right
now only does jump scrolls.
This adds a new theme for having a wallpaper, and fixes up the window manager
to do the right thing when transitioning between a windows with and without
wallpapers (between two windows with wallpapers is not yet addressed).
The wallpaper API now has callbacks to tell you when to start/stop animating.
Also fiddle the image wallpaper to be a little more interesting.
This is all of the basic pieces:
- The WallpaperService now creates a surface with the window manager for its
contents.
- There is a simple service that displays a bitmap.
- The wallpaper manager takes care of starting and stopping the service.
- The window manager knows about wallpaper windows and how to layer them with
the windows that want to be shown on top of wallpaper.
Lots and lots of issues remain, but at this point you can actually write a
wallpaper service, select it in the UI, and see it behind an activity.
Merge commit '89888b2d9dc2d1994a8236ffbce5aaefd6782bf3'
* commit '89888b2d9dc2d1994a8236ffbce5aaefd6782bf3':
Remove debug code which reads the max_events_per_sec property on every touch event
Merge commit '20583ff9d49257bd4ccc60e7b6337661e34ed887'
* commit '20583ff9d49257bd4ccc60e7b6337661e34ed887':
Fix issue #2015611: layering problem when moving an activity to the foreground.
The platform now knows how to deal with a platform key, which at this
point is "just like end call, but don't end a call."
Also improve the handling of virtual keys, to allow for canceling when
sliding off into the display and providing haptic feedback.
Finally fixes a bug where the raw x and y in motion event were not
always set which caused the status bar to not work.
Merge commit '589cebe2d58591403de4a77077941c0454bc91bc'
* commit '589cebe2d58591403de4a77077941c0454bc91bc':
* Use the scaled size for surface view instead of native. The surface will be always scaled
by surface flinger in compatiblity mode. The original approach confused the app because
the surface size and the view size were different.
* a few clean up. removed unsed arguments, obsolete conditions from getTranslator()
(expandable check was a bug)
This changes the names of the directories in aapt, to what you see
in the list of DpiTest resources. Also adds a new "long" configuration
for wide screens, which the platform sets appropriate, and introduces
a new kind of resizeability for not large but significantly larger
than normal screens which may have compatibility issues.
Merge commit '3b5449e90247e77c173d7bbdd4d5e49ad856afe1'
* commit '3b5449e90247e77c173d7bbdd4d5e49ad856afe1':
* Don't clip the display if LAYOUT_NO_LIMITS is specified (as with PhoneWindowmanager does)
* FullScreen mode was not hiding status bar for app in compatibility mode
* fixed fillsScreenLw to take compatibility window into account
* Fixed the logic in needsBackgroundFiller to be consistent with other places.
* Fix NPE in WindowManagerService#applyAnimationLocked LayoutParam can be null.
Merge commit '54f09101381fa63dca35ae4ea0ba3802ee863236'
* commit '54f09101381fa63dca35ae4ea0ba3802ee863236':
* Use Fede In/Out animation if one of opening/closing apps is in compatibility mode.
* preserve compatibility window flag when the app updates window's layout params.
* Added assertion in DEFAULT_COMPATIBILITY_INFO object to prevent unintentional modification.
* A few minor updates
* log/dump message improvement
* Removed unnecessary method in FadeInOutAnimator
* Fixed 100 char issue in WindwoManagerServer.java
(This CL only add this when the app on the top is in compatibility mode for now. I need some help to do the same
when the closing app is in compatibility mode)
Refactored DimAnimator
Merge commit '1ecf5d28817f0a051e77488380dcd5bc622ea169'
* commit '1ecf5d28817f0a051e77488380dcd5bc622ea169':
Re-implementation of large screen support using window manager.
* added background filler surface to fill the outer rim. Using the same layer as dim surface because
they never co-exists (in the same window)
* clean up the obsolete code in CompatibiltyMode/ViewRoot for support large screen support.
Merge commit 'd7cd29da91ccc0aba1f1097e19366f9ca36c7ce1'
* commit 'd7cd29da91ccc0aba1f1097e19366f9ca36c7ce1':
Add facility to run setup wizard after an update.
The system now keeps a tag of the last version (just an arbitrary string)
that the setup wizard was run for. If this is different than the current
one in the setup wizard, then setup is launched at boot.
This introduces a new intent action for the part of the setup wizard that
gets run for an ungrade, which the system uses to find its current version
tag for comparing against what was last stored. It is up to the launched
setup activity update the stored setting to reflect its current value,
once it is happy.
Merge commit '72eb0acad5cffc57ce5006f6deab29ee259e461e'
* commit '72eb0acad5cffc57ce5006f6deab29ee259e461e':
Expand support for different screen sizes.
Fiddle around with event dispatching to remove calling permissions when we
enter event injection, and prevent callers from going to the PhoneWindowManager's
event processing code unless they are allowed at that point.
Applications can now declare that they support small, normal, or
large screens. Resource selection can also be done based on these
sizes. By default, pre-Donut apps are false for small and large,
and Donut or later apps are assumed to support all sizes. In either
case they can use <supports-screens> in their manifest to declare
what they actually support.
