These instances were previously added manually
on a device-by-device basis. Adding them explicitly
here now.
Bug: 290408770
Test: N/A
Change-Id: Ibc1470aae02d2b1172ea62efeb5af31224b80c45
In preperation for trunk stable, we need to limit all current devices to
using only frozen interfaces.
Test: m
Bug: none
Change-Id: Ifdb8bbd79fc651cb62836b6876aa39a94187a546
This means that the HAL instances can be served by APEX.
Bug: 279674662
Test: m nothing
Merged-In: I76938ffa99d3c518483c022314b3f18749e18deb
Change-Id: I76938ffa99d3c518483c022314b3f18749e18deb
(cherry picked from commit c9b499fd73)
Requirements are tested separatedly, in vts_treble_vintf_test.
New requirements are reflected in vts_treble_vintf_test. See change
If922f97cbf9fc.
Test: TH
Bug: 247575800
Change-Id: I2ffb16e226a5bcf5166a99fc6199276b9230cf50
Merged-In: I2ffb16e226a5bcf5166a99fc6199276b9230cf50
Requirements are tested separatedly, in vts_treble_vintf_test.
New requirements are reflected in vts_treble_vintf_test. See change
If922f97cbf9fc.
Test: TH
Bug: 247575800
Change-Id: I6bc267dee4ca6145b9e7b40abde773ce5fc52e8c
This cl removes the unused service android.hardware.security.dice
together with all its usages (all of them are tests), because the
service is incomplete and not used anywhere for now and in the
near future.
The cl also removes dice from the compat matrix.
This helps us reduce some maintainance burden for the Rust dice
wrapper libraries such as libdiced_open_dice[_nostd],
libdiced_sample_inputs, libdiced_utils and their tests.
Test: atest diced_utils_test diced_sample_inputs_test \
diced_open_dice_cbor_test \
libdiced_open_dice_nostd.integration_test \
libdiced_open_dice.integration_test diced_open_dice_cbor_test
Test: m pvmfw_img microdroid_manager
Bug: 267575445
Bug: 270511529
Change-Id: I3d2497d2e8d3f88c49cae9ae80a6b4f7b652cc4a
To avoid incompatibility errors marking the hidl version of
gatekeeper as optional.
Bug: 268342724
Test: VtsHalGatekeeperTargetTest
Change-Id: Id9546844998ce88ed597eaae0c05a119fb9322c9
Devices launching with P VINTF requirements
(including HALs and kernels) will
not be able to update to Android U.
If a device wish to do so, it must update the
vendor / odm partitions to match newer VINTF
requirements.
The list in fcm_execlude is generated with:
system/libvintf/analyze_matrix/hals_for_release.py -d -j --package-only | python3 -m json.tool
in the 3~4 section.
Test: TH
Bug: 205175891
Change-Id: I0f3584f461f9545ca9d3a508baa1e2fc562eabd3
The AOSP-version of wifi hal apex now contains the VINTF fragment in it.
Bug: 247018693
Bug: 266885060
Test: atest CtsWifiTestCases
Merged-In: Id8f196386967c3023cb5ee308d31b8cdeed7df0b
Change-Id: Id8f196386967c3023cb5ee308d31b8cdeed7df0b
A common workflow for vendors is to develop their new launching devices
targeting N-1 compatibility matrix so they can update each of their HALs
independently at different times.
This works because the target (N-1) framework compatibility matrix is squashed
with the newer compatibility matrices allowing the use of newer
interfaces.
This doesn't work when converting a service from HIDL to AIDL when the
HIDL service is marked as optional="false". It allows for the use of the
new AIDL interface, but it still requires the old HIDL interface.
Marking the old HIDL interfaces as optional allows vendors to develop
before the device targets level 8.
Test: atest vts_treble_vintf_vendor_test
Bug: 247575800
Change-Id: I0da1b10b2bf5c10b19b2713b56be72738a15eec1
A common workflow for vendors is to develop their new launching devices
targeting N-1 compatibility matrix so they can update each of their HALs
independently at different times.
This works because the target (N-1) framework compatibility matrix is squashed
with the newer compatibility matrices allowing the use of newer
interfaces.
This doesn't work when converting a service from HIDL to AIDL when the
HIDL service is marked as optional="false". It allows for the use of the
new AIDL interface, but it still requires the old HIDL interface.
Marking the old HIDL interfaces as optional allows vendors to develop
before the device targets level 8.
Test: m
Bug: 247575800
Change-Id: I4446cdaa4a44b4dae1e9eee68089bf723dd25276
1. add the new propertes
- batteryHealthData
- batteryStateOfHealth
- chargingState
- chargingPolicy
2. add new types to health status
3. add new methods
- setChargingPolicy
- getChargingPolicy
- getBatteryHealthData
Bug: 251425963
Test: m android.hardware.health-update-api
Change-Id: Ie2339c50e1f9bfc28427e4108a95b1a16c739205
Signed-off-by: Jack Wu <wjack@google.com>
This patch converts Tetheroffload HIDL to AIDL and adds an empty
example implementation.
There are some changes in AIDL HAL:
1. Combine IOffloadConfig and IOffloadControl into IOffload
2. Use AIDL builtin errors exception code with message as return
Bug: b/205762647
Test: m android.hardware.tetheroffload-update-api
m android.hardware.tetheroffload-V1-ndk
m android.hardware.tetheroffload-service.example
atest VtsHalTetheroffloadTargetTest
Change-Id: I9859ff3df608c058786b4e2b91cb6cd5f38e653a
