This patch fixs a crash bug caused by using a NULL DecryptHandle pointer.
Fix by using sp<DecryptHandle> instead.
Change-Id: Icbd59858385e8256125a615a3c82656b25319d44
* commit '18d8a0748d3c42a31799e5ce7c7f4c2fd63d1896':
MTP: Convert date created and modified values from seconds to milliseconds
Update USB accessory compatibility library to support new requestPermission API
UsbService: Don't require permissions for UsbManager.getCurrentAccessory()
* commit '564f12ebe409bead467eee04dfd719e97367e520':
MTP: Convert date created and modified values from seconds to milliseconds
Update USB accessory compatibility library to support new requestPermission API
UsbService: Don't require permissions for UsbManager.getCurrentAccessory()
* changes:
MTP: Convert date created and modified values from seconds to milliseconds
Update USB accessory compatibility library to support new requestPermission API
UsbService: Don't require permissions for UsbManager.getCurrentAccessory()
Use of this new datasource is now the default unless overwritten by
adb shell setprop media.stagefright.use-chromium false
Change-Id: I156a8eb9a1fff1cb537b4aec6cf3e8e6052be81e
* commit '093cf07f3c58a6553c415d750edba1a75b269f05':
Close USB dialogs if their corresponding accessory or device has disconnected
USB: Add API and dialog for apps to request permissions for USB devices and accessories
UsbService: Automatically use system apps by default if it is the only choice
New APIs:
UsbManager.hasPermission returns true if the caller has permission
for the given device or accessory
UsbManager.requestPermission poses a dialog to allow the user to give the caller
permission for the device or accessory.
Result is returned via a PendingIntent.
No dialog is displayed if the caller already has permission.
Also moved UsbResolverActivity to SystemUI package
BUG: 4069037
Change-Id: I93be769501a8776b49ac26e468af19f8fa2114c9
This change fixes the stability problems experienced when using
a bluetooth headset supporting both A2DP and SCO. Problems occur
when starting the video chat at which time the A2DP output is being
stopped to start SCO. At that time, active AudioTracks are invalidated
by AudioFlinger so that a new AudioTrack binder interface can be
recreated by the client process on the new mixer thread with correct parameters.
The problem was that the process to restore the binder interface was not
protected against concurrent requests which caused 2 binder interfaces
to be created sometimes. This could lead to permanent client deadlock
if one of the client threads was waiting for a condition of the first
created binder interface while the second one was created (as the AudioFlinger
would only signal conditions on the last one created).
This concurrent request situation is more likely to happen when a client
uses the JAVA AudioTrack as the JNI implementation uses simultaneously the
native AudioTrack callback and write push mechanisms. By doing so, the code
that checks if the binder interface should be restored (in obtainBuffer()) is
much more likely to be called concurrently from two different threads.
The fix consists in protecting the critical binder interface restore phase
with a flag in the AudioTrack control block. The first thread acting upon the binder
interface restore request will raise the flag and the second thread will just wait for
a condition to be signaled when the restore process is complete.
Also protected all accesses to the AudioTrack control block by a mutex to prevent
access while the track is being destroyed and restored. If a mutex cannot be held
(e.g because we call a callback function), acquire a strong reference on the IAudioTrack
to prevent its destruction while the cblk is being accessed.
Modified AudioTrack JNI to use GetByteArrayElements() instead of
GetPrimitiveArrayCritical() when writing audio buffers. Entering a critical section would
cause the JNI to abort if a mediaserver crash occurs during a write due to the AudioSystem
callback being called during the critical section when media server process restarts.
Anyway with current JNI implementation, either versions do not copy data most of the times
and the criticial version does not guaranty no data copy.
The same modifications have been made to AudioRecord.
Change-Id: Idc5aa711a04c3eee180cdd03f44fe17f3c4dcb52
Use a death handler when audio focus changes are caused by audio
mode changes.
The bug comes from the fact that audio focus clients that use the
audio mode for automatic focus handling didn't register a death
handler, which was set to null. When such a client died, this
handler was compared against the one to remove from the
audio focus stack, which resulted in an NPE.
The fix consists in registering a valid IBinder object in the
audio focus stack, even for clients whose focus requests originate
from a change in audio mode, as implemented in the
handleFocusForCalls() method.
Change-Id: Id9e1d3d10afcd99969285f6d60fc4d7dde1e4a10
* commit 'd581c04722e2610ca5471b9c3d1881043b1205b1':
Add missing copyright headers for a couple of files. DO NOT MERGE Cherry-picked from other branch...
sqlite3 is overkill for what we are doing here, and more fragile.
BUG: 3512856
Change-Id: I83d86127949d894a3887db3456d91b013060e852
Signed-off-by: Mike Lockwood <lockwood@android.com>
* commit '70d7522e9f25f80f528d9737fa67976eacb24afd':
Do not enforce the rule in MP3Extractor that all audio frames in an mp3 file must have the same mode
