The transaction flags were atomically read-and-cleared to determine if
a transaction was needed, in the later case, mStateLock was taken to
keep the current state still during the transaction. This left a small
window open, where a layer could be removed after the transaction flags
were checked but before the transaction was started holding the lock.
In that situation eTraversalNeeded would be set but only seen during the
next transaction cycle; however, because we're handling this transaction
(because of another flag) it will be commited, "loosing" the information
about the layer being removed -- so when the next transaction cycle due
to eTraversalNeeded starts, it won't notice that layers have been removed
and won't populated the ditchedLayers array.
Change-Id: Iedea9e25fee8dd98a0c5bd5ad41a20fcadf75b47
Settable per network so you can have not timeout for some and some for others.
If you set the old NETWORK_RESTORE_DELAY_PROP_NAME system property
(android.telephony.apn-restore) it will override this value.
Change-Id: Icca706fdc74245dce679209116660e5dc4b05d23
It is not safe to call into vold with a lock held on mVolumeStates
since we will receive events back from vold on a different thread.
So in the boot completed handler we make a copy of the volume list and
then call vold to mount volumes after releasing the lock
Change-Id: Ic9836c2e1e8a5677d0c4e33476a72081f69823a0
Signed-off-by: Mike Lockwood <lockwood@android.com>
* changes:
frameworks/base: switch CameraService to a HAL module
frameworks/base: make the ANativeWindow query() method const
frameworks/base: include system/core header camera.h in Camera.h
Client::mLayers could be accessed from different threads.
On one side from Client::attachLayer() which is currently
called from a binder thread; on the other side from
Client::detachLayer() which is always called from the main
thread.
This could lead to a corruption of Client::mLayers.
We fix this issue by adding an internal lock to Client.
Change-Id: Ib1317d7750ed5030e6f577efe34b69fc10198bd3
This patch changes CameraService to load a camera HAL module, instead of
linking directly against a library that implements the CameraHardwareInterface
class.
CameraHardwareInterface no longer defines the API to the camera HAL. Instead,
this is now in HAL header hardware/camera.h. We keep CamerHardwareInterface as
a class local to CameraService, which wraps around the new HAL calls. In the
future, we may remove this class entirely and have CameraService call the HAL
methods directly.
Change-Id: I5c61ac40078fc0b50bbac5881a556fe6c8837641
Signed-off-by: Iliyan Malchev <malchev@google.com>
We define struct CameraInfo in this camera/Camera.h, even though an identical
struct camera_info is defined in hardware/camera.h (but not in
hardware/camera_defs.h). We may not export struct definitions from the HAL
into headers which may find their way into the NDK.
This commit also renames FRAME_CALLBACK_FLAG_xxx to CAMERA_FRAME_CALLBACK_xxx.
Change-Id: I3e2ddd01d61bf5371ff2fc1a397995e0f1ee11f8
Signed-off-by: Iliyan Malchev <malchev@google.com>
* commit '4ec33c2aad59b2a745ee891c9b7246b9533d95e0':
Do not merge. Cherry-pick of Idc802af57fb9926a69ed52d4e776ef57d8b647c6 (package manager fix) to gingerbread.
Use multiple DNS resolutions to the same IP address
as an indication to launch a web view for authentication
Bug: 4378442
Change-Id: Id3cf1e3c5b5bee4468665d0459ac945e5b12e730
* commit '75c664582c5ce5d94826f37cb725b447a4d62c50':
Backporting I57c58c4083bd59f45095c184d6ca5a302f79ff6e to HC-MR1. New change since file was renamed, making cherry-pick impossible.
* commit '8325c3a89197e47cfc2eeb4117c927fb8cb91630':
Backporting I57c58c4083bd59f45095c184d6ca5a302f79ff6e to HC-MR1. New change since file was renamed, making cherry-pick impossible.
Wrote initial suite of tests for ThrottleService, checking a variety
of edge cases. Checks going over limits, updating policies, and reset
after cycle elapses.
Moved NTP code in ThrottleService into new TrustedTime interface,
which makes it easier to understand, and allows tests to provide custom
clocks.
Change-Id: I0d62b8b3a169516a2ab2d33025f6fe30dc792be8
* changes:
audioflinger: don't do work in constructor, instead do it in onFirstRef
audioflinger: enumerate all the possible audio interfaces
audio/media: convert to using the audio HAL and new audio defs
libmedia: move AudioParameter out of AudioSystem
audioflinger: move legacy audio hw/policy out to libhardware_legacy
Keep track of the primary interface that handles the master volume,
etc.
Change-Id: Ib0701fccff8d8783a99035a241ab7c8ec75c00ac
Signed-off-by: Dima Zavin <dima@android.com>
In Honeycomb we introduced navigation controls in the status
bar, for xlarge devices without physical buttons. What about
phones? The status bar is pretty cramped already, and
besides, it's at the top of the display most of the time,
not at the bottom where your thumb is likely to be.
Enter the navigation bar. It's a new window type that
appears atop almost everything (including the keyguard); the
window manager subtracts its rectangle from the default
visible rectangle of other windows (including the status bar
and notification shade).
However, it behaves (on phones) like the status bar in that
applications that request fullscreen windows can get access
to those pixels. Well, almost; they need cooperation from
the navigation bar implementation to make the navbar
disappear, just like the status bar.
The current SystemUI implementation of the navigation bar on
phones is still rough, but it has the basics:
+ back, home, and menu keys (NB: we're showing menu all the
time right now because checking the api level of the
package owning the top window is currently a poor
indicator of whether the app requires the menu key)
+ it tries to stick to the same physical end of the device,
regardless of device orientation (on a phone, this is
the strip of land closest to the microphone)
Change-Id: Ic613a3351220af0bbfbdef63e1d99cbefd5ed1c2
1. Added an Input Filter that interprets the touch screen motion
events to perfrom accessibility exploration. One finger explores.
Tapping within a given time and distance slop on the last exlopred
location does click and long press, respectively. Two fingers close
and in the same diretion drag. Multiple finglers or two fingers in
different directions or two fingers too far away are delegated to
the view hierarchy. Non moving fingers "accidentally grabbed the
device for the scrren" are ignored.
2. Added accessibility events for hover enter, hover exit, touch
exoloration gesture start, and end. Accessibility hover events
are fired by the hover pipeline. An accessibility event is
dispatched up the view tree and the topmost view fires it.
Thus predecessors can augment the fired event. An accessibility
event has several records and a predecessor can optionally
modify, delete, and add such to the event.
3. Added onPopulateAccessibilityEvent and refactored the existing
accessibility code to use it.
4. Added API for querying the currently enabled accessibility services
by feedback type.
Change-Id: Iea2258c07ffae9491071825d966dc453b07e5134
