The input reader needs this information so that it knows how to
interpolate touches on an external touch screen.
Changed Display so that it asks the WindowManager what the real
display size is (as opposed to the raw display size). This means
it now takes into the forced display size set by
adb shell am display-size.
Replaced all calls to getRealWidth() / getRealHeight() /
getRealMetrics() in the WindowManager and replaced them with direct
usages of the mCurDisplayWidth / mCurDisplayHeight so that the WM
doesn't end up making a reentrant Binder call into itself.
Fixed the table status bar HeightReceiver so that it updates the
height on all configuration changes since it is possible that the
display size changed independently of an external HDMI display
being plugged / unplugged.
Improved the Display class documentation to make the distinctions
betweeen the various sizes clearer.
Change-Id: I3f75de559d3ebffed532ab46c4ae52c5e7f1da2b
This change moves the cached window and application input state
into the handle objects themselves. It simplifies the dispatcher
somewhat because it no longer needs to fix up references to
transient InputWindow objects each time the window list is updated.
This change will also make it easier to optimize setInputWindows
to avoid doing a lot of redundant data copying. In principle, only
the modified fields need to be updated. However, for now we
continue to update all fields in unison as before.
It turns out that the input dispatcher was inappropriately retaining
pointers to InputWindow objects within the mWindows InputWindow
vector. This vector is copy-on-write so it is possible and the
item pointers to change if an editing operation is performed on
the vector when it does not exclusively own the underlying
SharedBuffer. This bug was uncovered by a previous change that
replaced calls to clear() and appendVector() with a simple use
of operator= which caused the buffer to be shared. Consequently
after editItemAt was called (which it shouldn't have, actually)
the buffer was copied and the cached InputWindow pointers became
invalid. Oops. This change fixes the problem.
Change-Id: I0a259339a6015fcf9113dc4081a6875e047fd425
This fixes a bug where the phone thumbnail scale was being miscalculated
for the square aspect of thumbnails on phones. The code now constrains
thumbnails to fit the smaller of screen width and screen height.
Change-Id: I174abacd4cf3dcf124e10fe8980fb01fe299ec6a
We were applying the density compat mode scaling multiple times to
display metrics, causing bad values.
Change-Id: Iafafd9a5e94b9d774cd2715bf968e91602a1bd82
1. In compatibility mode a window wide scaling is applied to stretch
the content. However, AccessibilityNodeInfos retrieved from that
window contain bounds in application's view of the world and need
to be scaled to properly relect what a sighted user sees.
Change-Id: Iebbb99526fc327f45b5cede89ba8c32e6ebd8845
Made it possible for individual windows to disable pointer gestures
while the window has focus using a private API.
Cleaned up the InputReader configuration code to enable in-place
reconfiguration of input devices without having to reopen them all.
This change makes changing the pointer speed somewhat nicer since the
pointer doesn't jump back to the origin after each change.
Change-Id: I9727419c2f4cb39e16acb4b15fd7fd84526b1239
Modified setRotation to allow it to restart a rotation in
progress as long as the rotation animation has not yet started.
This enables the system to recover more quickly from mispredicted
orientation changes.
Removed the call to System.gc() when freezing the display, which
added 60-80ms before we even started the orientation change.
We used to need this to make it less likely that an upcoming GC
would cause a pause during the window animation, but this is
not longer a concern with the concurrent GC in place.
Changed the wallpaper surface to be 32bit. This accelerates
drawing and improves the overall appearance slightly.
Reduced code duplication in the WallpaperManager.
Change-Id: Ic6e5e8bdce4b970b11badddd0355baaed40df88a
...for Market App iRunner
There were a lot of serious issues with how we updated (or often didn't update)
the display and resource state when switching compatibility mode in conjunction
with restarting and updating application components. This addresses everything
I could find.
Unfortunately it does *not* fix this particular app. I am starting to think this
is just an issue in the app. This change does fix a number of other problems
I could repro, such as switching the compatibility mode of an IME.
Also a few changes here and there to get rid of $#*&^!! debug logs.
Change-Id: Ib15572eac9ec93b4b9966ddcbbc830ce9dec1317
Bug: 4124987
Only show one spot per touch point instead of one spot per
finger for multitouch gestures.
Tweaked the pointer acceleration curves.
Dissociated the hover/tap timeouts from the "tap" timeout
since they mean very different things.
Change-Id: I7c2cbd30feeb65ebc12f6c7e33a67dc9a9f59d4c
...will only launch when held in portrait mode.
There was a bug in the window manager that caused all of the careful code to
update the configuration in sync with movements between activities to break.
Now it is fixed, so this app works, and we no longer see the bad slow orientation
changes when switching between activities that want to be in different
orientations.
Change-Id: I5d93f99649849bdaca2e8bebade6b91b8b6cf645
There was a race in the system process between applying the initial
configuration and executing code in higher-level system services
like the app widget service that relies on the config. For some
reason it starting showing up more after my code changes; it should
now be completely fixed.
Also fix the activity starting window to run in compatibility mode
if its application is going to be in compatibility mode.
And some various cleanup and small fixes.
Change-Id: I0566933bf1bbb4259c1d99a60c0a3c19af1542e5
Fix bug where the pointer presentation would be updated on
any input reader timeout rather than only when a pointer gesture
is in progress.
Bug: 4124987
Change-Id: Ie9bba4a0b3228d55e45e65fa2ede5cd6ba887a08
The PhoneWindowManager is now responsible for determing this,
since it needs to do this before we can generate the configuration
since we need to take into account the system bar size we will use.
Also the Display should now report the screen height without
including the system bar.
Change-Id: I82dfcc5e327e4d13d82c373c6c870f557a99b757
Added a new PointerIcon API (hidden for now) for loading
pointer icons.
Fixed a starvation problem in the native Looper's sendMessage
implementation which caused new messages to be posted ahead
of old messages sent with sendMessageDelayed.
Redesigned the touch pad gestures to be defined in terms of
more fluid finger / spot movements. The objective is to reinforce
the natural mapping between fingers and spots which means there
must not be any discontinuities in spot motion relative to
the fingers.
Removed the SpotController stub and folded its responsibilities
into PointerController.
Change-Id: Ib647dbd7a57a7f30dd9c6e2c260df51d7bbdd18e
A Dream is an activity that is launched by the window
manager after a specified idle time. You might think of this
as a "screen saver", but with the same capacity for
interactivity as any other application.
The window manager maintains a timer (like the screen lock
timer) that is reset on userActivity; the timer is suspended
during wakelocks and when the screen is off.
When the timer elapses, the user's preferred dream module is
launched (by reading Settings.Secure.DREAM_COMPONENT, which
is configured through the Settings app UI).
Like a dock app, the user can install new dreams and a
single application package may contain multiple dream
activities. Unlike the dock mode, however, there is no
"screensaver mode" for the system to manage. This allows us
to offer the user the ability to run a dream at any time, in
addition to making the overall mechanism quite simple.
There is no public API for this facility.
There is, however, a useful/recommended base class for dream
activities in the support library (change I4559a958).
Change-Id: Ied691856f88cfa38a7aca496d015f9a595da72f2
Rip out the old funky code for trying to restrict the app window
sizes to be within the compat mode range. Instead, we know rely
entirely on scaling -- we deal with windows always with the scaling
applied so that the window manager doesn't have to deal with them
specially. Instead, we just apply the inverse scale at the few
points we need to do something the app sees.
Change-Id: I785409dd4513b5f738684e1635dc8f770c249651
