android.os.VintfObject has two methods:
- report: return device info that can be reported to OTA server
- verify: verify that metadata for a given OTA package is
compatible.
Test: pass
Test: adb shell am instrument -w -e class android.os.VintfObjectTest \
com.android.frameworks.coretests/android.support.test.runner.AndroidJUnitRunner
Bug: 36814503
Change-Id: Iff8fae289eec8ae9cfc327d0d0d36a1cdd5e6800
Added background times and counts for an app's sync usage.
Bug: 35669746
Test: runtest -x
frameworks/base/core/tests/coretests/src/com/android/internal/os/BatteryStatsTests.java
Change-Id: I1c01c5044064277b97e8d330386454da3e8204da
The CL revise the documentation for ProxyFileDescriptorCallback.
* Added explanation to onFsync.
* Added explanation about offset.
* Mentioned ErrnoException should contain E constants in OsConstants.
Bug: 35813046
Test: Build succeed
Change-Id: Ied2490b1913445ea8240eb3aaf7c12170ae4e42d
(cherry picked from commit 9555e30288)
The cpu power reported by the uid_cputime kernel is inaccurate
and has only ever been recorded for dumping to batterystats.
The values have never been used in power blame calculations.
This change removes these power values which just cause noisy
data.
Bug: 36002715
Change-Id: I61bea9992aabb84d099689360fd9377b44b36e2f
Test: run `adb shell dumpsys batterystats`
Test: should not show `p=` for `Total cpu time:` line
This gives semantics similar to the start command
queue of services.
The implementation is currently lacking in URI permission
grant handling of the work intents; that will be coming
in a follow-up change.
This includes a first step of adjusting/fixing locking
within JobSchedulerService. The JobServiceContext class
has a bunch of stuff it does that assumes it doesn't need
locking because it schedules the work on a handler. However,
to be able to correctly implement the work finish flow (that
takes care of stopping the job when there is no more work),
we can't dispatch these asynchronously so need to get rid of
that and just do explicit locking.
The switch to explicit locking is half-way there (again the
remaining part will be a follow-on CL). Right now we have
the locking, but still also the handler. But it turns out
there were a number of things we were doing without a lock
held where we actually should have been holding a lock, so
this is better anyway.
Test: new tests added
Change-Id: Iebd098046209b28e60fd2f4d855d7f91cd3a8b03
This allows CTS to pass user IDs returned by APIs as UserHandle to various
ADB commands.
Test: Exposing as TestApi only; m -j
Change-Id: Iedba6d83b717baacf9e7cf97f1d32f93c191a5ca
When this restriction is enforced Bluetooth sharing option should not be
present when the user tries to share something. Previously this was handled
by explicitly disabling bluetooth sharing activity during managed
provisioning, now this code is to be removed (see topic CLs) and the same
behavior should be achieved by setting this restriction for profile owners
by default.
In Bluetooth:
1) Don't check restrictions on boot, it is invoked anyway through the
listener during boot.
2) Ignore when the restriction is "changed" from true to true - i think
it was the initial intent in that condition.
3) Disable the component for a particular user and not always the
system user. This is something that has to be fixed in O I think since
currently in secondary user the bluetooth itself gets disabled but the
sharing thing still shows up.
In DPMS:
1) Now ActiveAdmin for PO also contains a set of restrictions applied by
default.
2) Now all ActiveAdmins for POs are loaded quite early. That shouldn't
have huge impact though.
Bug: 36249732
Test: run cts -m CtsDevicePolicyManagerTestCases -t com.android.cts.devicepolicy.ManagedProfileTest#testBluetoothSharingRestriction
Test: run cts -m CtsDevicePolicyManagerTestCases -t com.android.cts.devicepolicy.DeviceOwnerTest#testBluetoothRestriction
Test: runtest --path frameworks/base/services/tests/servicestests/src/com/android/server/devicepolicy/DevicePolicyManagerServiceMigrationTest.java
Change-Id: I78c4ffbd503c4a10138e8c0862a9f206f24c5631
android.display being in the foreground cpuset group is an issue. As
seen on M/S, during heavily CPU load it is not given core 3 even though
it might be free and causes jank. This patch adds the thread to the
top-app group to ensure it is placed on all cores during scheduling
decisions.
Doing this required a couple of changes:
- new API to set per-thread cpusets
- changes to DisplayManagerService to set the thread to top-app group
- changes to SystemServer to set the policy toward the end, as doing it
during start of the DisplayManagerService was in issue (issue being
SystemServer calls setSystemProcess.. -> setProcessGroup which overrides
the group settings for threads in the system server process, including
android.display)
Bug: 36631902
Test: Boot and make sure android.display thread is in the top-app group
Change-Id: Icc394ea0ffcf159d11728ad38de114234a29d20f
Signed-off-by: Joel Fernandes <joelaf@google.com>
(cherry picked from commit 474d311cb0)
The Intents are are in the android namespace and should have been
exposed as SystemApi, but were not previously.
Since there are no classes in the framework that reference these Intents
this adds android.os.ConfigUpdate to have them all in one place.
Test: builds
Change-Id: I2086945301f06b28b491ec876652c37e97315e8c
Fixes: 35252508
Fixes: 35266806
Fixes: 35266833
Fixes: 35271111
(cherry picked from commit 987b0fc4a5)
StatFs.restat() and the StatFs constructor can throw
IllegalArgumentException. This was not previously documented;
not all callers took this into account, for example:
http://r.android.com/251290
This CL adds documentation to those methods. It also adds
comments to two of the callers.
Separately from this CL, we may in addition consider adding
new API StatFs.checkedRestat() and StatFs.checkedCreate()
or similar that throw IOException; we cannot change the
existing constructor and method since they are public.
Test: Checked that "make" still completed successfully.
Change-Id: I6a0b3cb7718939408937c61de7c3b000b948fa59
Instead of trying to be clever by poking at underlying flash part
sizes, rely on the fact that device storage printed on retail
packaging is a power-of-two value.
For a typical device with a 23GiB data partition, this will return
a value of "32GB" which matches the retail packaging.
Test: builds, boots
Bug: 34827187
Change-Id: Ib4cf7f637dffc9238252e1fedcd86dc8b5cf656d
The CL revise the documentation for ProxyFileDescriptorCallback.
* Added explanation to onFsync.
* Added explanation about offset.
* Mentioned ErrnoException should contain E constants in OsConstants.
Bug: 35813046
Test: Build succeed
Change-Id: Ied2490b1913445ea8240eb3aaf7c12170ae4e42d
The new service separates OEM lock management from the implementation.
Currently, a user restriction (DISALLOW_OEM_UNLOCK) and the persistent
data block have been used to implement OEM lock management. In future,
other implemention will be used e.g. a secure element.
The new API also allows for a signature to be passed when changing
whether the device is allowed to be OEM unlocked by the carrier which
can be used for cryptographic protection of the flag.
Bug: 34766843
Test: gts-tradefed run gts -m GtsOemLockServiceTestCases -t com.google.android.oemlock.gts.OemLockServiceTest
Test: cts-tradefed run cts -m CtsPermission2TestCases -t android.permission2.cts.PrivappPermissionsTest
Change-Id: I01660d7605d297f273d43436ca03d64ff611b6cf
