If the factory was obtained by calling getInsecure(), calls to
createSocket() should skip hostname verification (along with all of the
other skipped safety checks.)
This change slightly relaxes the too-strict checking that was introduced
in change 7fc93c36ae.
Bug: 2834174
Change-Id: Iab7ef861ad0ca727f82ee8cdb78b89b9e835740d
The problem was:
1. In handleShutter(), thread A in CameraService calls
registerBuffers(IMemoryHeap) and it's received by thread B
in system_server. [transaction 1]
2. While thread A is waiting for the reply, thread B calls
back to thread A to get the id of the heap
(IMemoryHeap.getHeapID). [transaction 2]
3. Thread A replies transaction 2 and is preemptied in kernel.
Thread B gets the reply and finishes registerBuffers and send
reply for transaction 1.
4. When thread A runs again, it gets the reply for transaction 1
and returns to handleShutter().
5. At this point the transaction buffer for transaction 2 (which
holds a reference to IMemoryHeap) is not freed because the
BC_FREE_BUFFER command is kept in thread A's local command
queue and not sent to the kernel.
6. Normally when thread A makes next transaction, the
BC_FREE_BUFFER command will be sent together (piggyback) with
the commands for that transaction. But in this case thread A
is a callback thread from camera driver, so it does not make
any binder calls afterwards, and the IMemoryHeap is never freed
(until the next time handleShutter is called).
Change-Id: I435a258187509bdbbaf353339eb9ea577610cbd2
Problem:
When the bluetooth device is removed, the AudioService clears all active SCO connections
and unlinks from the client application's binder interface death.
The problem is that the unlinking is done even if no more connections are active for a given client,
which throws a runtime exception that is not catched causing the system server to crash.
The fix consists in calling unlinkToDeath() in ScoClient.clearCount() only if the number of
active SCO connections for this client is not 0. The NoSuchElementException exception is also
catched when calling unlinkToDeath()
Change-Id: I7086424301fc63a5666da61c38169349d3e078f4
Modify UIModeManager to not get location updates every thirty minutes.
Instead it gets one once a day, and requests a new update when airplane
mode is turned off or the time zone changes.
Change-Id: I8044c27b5cd77709e4b872e2e8edd352f23e4af1
having it inherit its priority from the thread that created it is a bad idea.
Instead, set the priority explicitly, and bump it to slightly higher than normal.
Change-Id: I01843f24905790ce2e2cde5d11a99346cfbf968d
that have minSdkLevel (or targetSdkLevel) set to 4 or lower should not be
presumed to require Bluetooth just because they take the permission.
Change-Id: Ia629e9ef0425a577e4e14f9b348f5aa2b39c1e74
This change adds notification to find out when the device policy
has changed. When an admin adds or changes a policy, we get notified
and reset the state of keyguard to be enabled.
It also moves disabling keyguard into the TokenWatcher.acquired()
method to avoid disabling keyguard when a policy doesn't permit it.
This avoids reference counting issues in TokenWatcher and hence relieves
the ordering issue.
There is one remaining caveat. An application that uses KeyguardManager
to disable keyguard will need to disable keyguard again after any
policy change.
Tested:
Install and run app that disables keyguard with no admin. Result: keyguard is enabled/disabled as expected.
Enable admin and set quality = "something" after installing & running app. Result: keyguard is enabled.
Change admin password quality to "unspecified" and re-run app (per caveat). Result: keyguard is disabled.
Change admin password quality to "something" again. Result: keyguard is enabled.
Disable admin : Result: keyguard is enabled until app runs again (per caveat).
Added minor cosmetic changes after review.
Change-Id: I302f2b01446bf031f746b0f3e8b5fd7a6cc0e648
This can be used to move a surface offscreen to avoid the cost of compositing it.
This preserves the window and therefore the OpenGL context when used in h/w
accelerated apps.
Change-Id: I280295376601b17989d0fc8a271af66650016f09
On branch fix_sdk
Changes to be committed:
(use "git reset HEAD <file>..." to unstage)
modified: core/java/android/app/KeyguardManager.java
Change-Id: I56848db098822536f0ac32efc8f0eb1d725bf6f9
This fix disables KeyguardManager's enable/disable API when any
device policy admin requests a policy that enforces a password.
Change-Id: Idb1da16b14ed8963142f7b1f62d2b060d84ffa65
The preboot upgrade handling was bringing up the acore process with a default
application object, then the normal "start the HOME app" code was bringing up
Launcher2 [hosted in acore] in anticipation of boot completion... but then it
saw that the host process was alive and continued with Launcher2's init.
Launcher2 depends on a custom application object, however, so it crashed
immediately.
This change ensures that the HOME app is not actually initted at that level
until after boot has completed, at which point its proper application class
can be instantiated.
Fixes bug #2732250
Change-Id: I1a15384e2c0d50e14300df0c0db236bd7b1a187c
The kernel threads are appended to the usual /data/anr/traces.txt file
and dropboxed along with the usual Dalvik stack dumps.
Change-Id: I120f1f5ee54c965efe9ac0c7f40fdef56385f1fa
NOTE: this change depends on the kernel publishing /proc/$PID/stack
Rather than come out of the user-modifiable APN DB, the DUN APN data will
come first from a built-in resource and then potentially overriden by a secure
setting (which is gservices upgradable).
Also made the "require-dun" setting secure-setting overridable.
bug:2736390
Change-Id: I1e4644c3839f06c977b83797641f3948785146a2
