Since this attribute just associates a hal_attribute
with a given hwservice in the standard way.
Bug: 80319537
Test: boot + sanity + test for denials
Change-Id: I545de165515387317e6920ce8f5e8c491f9ab24e
For sanity, this makes 'hal_attribute_hwservice_client'
be associated with a specific hwservice thus making things
consistent.
After this change, only configstore, hal_allocator, and the
fwk_* services are inconsistent with all other HALs.
Bug: 80319537
Test: boot device, sanity tests, check for denials
Change-Id: Ibffc65c9567a429e07a3dc4dd41117738459dc2a
Before, it was possible to access a hwservice without declaring
that you were a client.
This introduces the following macro:
hal_attribute_hwservice_client(hal_foo, hal_foo_hwservice)
which makes sure the above implication holds using a neverallow rule.
Bug: 80319537
Test: boot + sanity
Change-Id: Iededae68f14f0f3bd412c1205aa3b650a54d55c6
In kernel 4.7, the capability and capability2 classes were split apart
from cap_userns and cap2_userns (see kernel commit
8e4ff6f228e4722cac74db716e308d1da33d744f). Since then, Android cannot be
run in a container with SELinux in enforcing mode.
This change applies the existing capability rules to user namespaces as
well as the root namespace so that Android running in a container
behaves the same on pre- and post-4.7 kernels.
This is essentially:
1. New global_capability_class_set and global_capability2_class_set
that match capability+cap_userns and capability2+cap2_userns,
respectively.
2. s/self:capability/self:global_capability_class_set/g
3. s/self:capability2/self:global_capability2_class_set/g
4. Add cap_userns and cap2_userns to the existing capability_class_set
so that it covers all capabilities. This set was used by several
neverallow and dontaudit rules, and I confirmed that the new
classes are still appropriate.
Test: diff new policy against old and confirm that all new rules add
only cap_userns or cap2_userns;
Boot ARC++ on a device with the 4.12 kernel.
Bug: crbug.com/754831
Change-Id: I4007eb3a2ecd01b062c4c78d9afee71c530df95f
New binder kernel changes extend the areas where
binder will set real-time scheduling priorities
on threads; to make sure the driver can correctly
determine whether a process is allowed to run
at real-time priority or not, add the capability
to the services that need it.
Bug: 37293077
Test: processes run at real-time prio on incoming
real-time binder calls.
Change-Id: Ia4b3e5ecb1f5e18e7272bdaaad5c31a856719633
This adds fine-grained policy about who can register and find which
HwBinder services in hwservicemanager.
Test: Play movie in Netflix and Google Play Movies
Test: Play video in YouTube app and YouTube web page
Test: In Google Camera app, take photo (HDR+ and conventional),
record video (slow motion and normal), and check that photos
look fine and videos play back with sound.
Test: Cast screen to a Google Cast device
Test: Get location fix in Google Maps
Test: Make and receive a phone call, check that sound works both ways
and that disconnecting the call frome either end works fine.
Test: Run RsHelloCompute RenderScript demo app
Test: Run fast subset of media CTS tests:
make and install CtsMediaTestCases.apk
adb shell am instrument -e size small \
-w 'android.media.cts/android.support.test.runner.AndroidJUnitRunner'
Test: Play music using Google Play music
Test: Adjust screen brightness via the slider in Quick Settings
Test: adb bugreport
Test: Enroll in fingerprint screen unlock, unlock screen using
fingerprint
Test: Apply OTA update:
Make some visible change, e.g., rename Settings app.
make otatools && \
make dist
Ensure device has network connectivity
ota_call.py -s <serial here> --file out/dist/sailfish-ota-*.zip
Confirm the change is now live on the device
Bug: 34454312
(cherry picked from commit 632bc494f1)
Merged-In: Iecf74000e6c68f01299667486f3c767912c076d3
Change-Id: I7a9a487beaf6f30c52ce08e04d415624da49dd31
android.framework.sensorservice@1.0 pass a file
descriptor from hidl_memory into
android.hardware.sensors@1.0, hence requiring the latter
to use the file descriptor.
Test: VtsHalSensorManagerV1_0TargetTest under selinux
enforcing mode
Bug: 35219747
Change-Id: I0185c8af0714776842c90ebb687b684324b55cd8
This switches Sensors HAL policy to the design which enables us to
conditionally remove unnecessary rules from domains which are clients
of Sensors HAL.
Domains which are clients of Sensors HAL, such as system_server, are
granted rules targeting hal_sensors only when the Sensors HAL runs in
passthrough mode (i.e., inside the client's process). When the HAL
runs in binderized mode (i.e., in another process/domain, with clients
talking to the HAL over HwBinder IPC), rules targeting hal_sensors are
not granted to client domains.
Domains which offer a binderized implementation of Sensors HAL, such
as hal_sensors_default domain, are always granted rules targeting
hal_sensors.
P. S. This commit also removes
allow system_server sensors_device:chr_file rw_file_perms
because this is device-specific and thus not needed in device-agnostic
policy. The device-specific policy of the affected devices already has
this rule.
Test: Device boots, no new denials
Test: adb shell dumpsys sensorservice
lists tons of sensors
Test: Proprietary sensors test app indicates that there are sensors
and that the app can register to listen for updates for sensors
and that such updates arrive to the app.
Bug: 34170079
Change-Id: I61bf779070eabcb64ae73724d62b6e837319a668
Allow sensor HALs to access ashmem memory. This is needed to support
direct delivery of sensor samples to applications.
Test: CTS test for SensorsDirectMode pass.
Change-Id: I00e3c0a0e59d72f84ff48098ddf868c94695d616
