This attribute is being actively removed from policy. Since
attributes are not being versioned, partners must not be able to
access and use this attribute. Move it from private and verify in
the logs that rild and tee are not using these permissions.
Bug: 38316109
Test: build and boot Marlin
Test: Verify that rild and tee are not being granted any of these
permissions.
Change-Id: I31beeb5bdf3885195310b086c1af3432dc6a349b
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
Wifi Keystore HAL is a HwBinder service (currently offered by keystore
daemon) which is used by Wifi Supplicant HAL. This commit thus
switches the SELinux policy of Wifi Keystore HAL to the approach used
for non-HAL HwBinder services.
The basic idea is simimilar to how we express Binder services in the
policy, with two tweaks: (1) we don't have 'hwservicemanager find' and
thus there's no add_hwservice macro, and (2) we need loosen the
coupling between core and vendor components. For example, it should be
possible to move a HwBinder service offered by a core component into
another core component, without having to update the SELinux policy of
the vendor image. We thus annotate all components offering HwBinder
service x across the core-vendor boundary with x_server, which enables
the policy of clients to contain rules of the form:
binder_call(mydomain, x_server), and, if the service uses IPC
callbacks, also binder_call(x_server, mydomain).
Test: mmm system/sepolicy
Test: sesearch indicates to changes to binder { call transfer} between
keystore and hal_wifi_supplicant_default domains
Bug: 36896667
Change-Id: I45c4ce8159b63869d7bb6df5c812c5291776d892
Moving the wpa_supplicant interaction from the binder keystore service
to the new wifi keystore HAL.
Denials addressed:
03-29 00:04:52.075 734 734 E SELinux : avc: denied { get } for
pid=638 uid=1010 scontext=u:r:hal_wifi_keystore_default:s0
tcontext=u:r:keystore:s0 tclass=keystore_key
Bug: 34603782
Test: Able to connect to wifi passpoint networks. Denials no longer
seen.
Change-Id: I97eb9a4aa9968056a2f1fcc7ce5509ceb62fd41e
This switches Keymaster HAL policy to the design which enables us to
conditionally remove unnecessary rules from domains which are clients
of Keymaster HAL.
Domains which are clients of Keymaster HAL, such as keystore and vold
domains, are granted rules targeting hal_keymaster only when the
Keymaster 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_keymaster are not granted to client domains.
Domains which offer a binderized implementation of Keymaster HAL, such
as hal_keymaster_default domain, are always granted rules targeting
hal_keymaster.
Test: Password-protected sailfish boots up and lock screen unlocks --
this exercises vold -> Keymaster HAL interaction
Test: All Android Keystore CTS tests pass -- this exercises keystore ->
Keymaster HAL interaction:
make cts cts-tradefed
cts-tradefed run singleCommand cts --skip-device-info \
--skip-preconditions --skip-connectivity-check --abi arm64-v8a \
--module CtsKeystoreTestCases
Bug: 34170079
Change-Id: I2254d0fdee72145721654d6c9e6e8d3331920ec7
This adds the premissions required for
android.hardware.keymaster@2.0-service to access the keymaster TA
as well as for keystore and vold to lookup and use
android.hardware.keymaster@2.0-service.
IT DOES NOT remove the privileges from keystore and vold to access
the keymaster TA directly.
Test: Run keystore CTS tests
Bug: 32020919
(cherry picked from commit 5090d6f324)
Change-Id: Ib02682da26e2dbcabd81bc23169f9bd0e832eb19
Introduce the add_service() macro which wraps up add/find
permissions for the source domain with a neverallow preventing
others from adding it. Only a particular domain should
add a particular service.
Use the add_service() macro to automatically add a neverallow
that prevents other domains from adding the service.
mediadrmserver was adding services labeled mediaserver_service.
Drop the add permission as it should just need the find
permission.
Additionally, the macro adds the { add find } permission which
causes some existing neverallow's to assert. Adjust those
neverallow's so "self" can always find.
Test: compile and run on hikey and emulator. No new denials were
found, and all services, where applicable, seem to be running OK.
Change-Id: Ibbd2a5304edd5f8b877bc86852b0694732be993c
Signed-off-by: William Roberts <william.c.roberts@intel.com>
Divide policy into public and private components. This is the first
step in splitting the policy creation for platform and non-platform
policies. The policy in the public directory will be exported for use
in non-platform policy creation. Backwards compatibility with it will
be achieved by converting the exported policy into attribute-based
policy when included as part of the non-platform policy and a mapping
file will be maintained to be included with the platform policy that
maps exported attributes of previous versions to the current platform
version.
Eventually we would like to create a clear interface between the
platform and non-platform device components so that the exported policy,
and the need for attributes is minimal. For now, almost all types and
avrules are left in public.
Test: Tested by building policy and running on device.
Change-Id: Idef796c9ec169259787c3f9d8f423edf4ce27f8c
