All targets need min_sdk_version 30 to be included in the tethering
APEX. They will actually never be used on SDK 30 and are only loaded on
31, but this is necessary to be included in com.android.tethering.
Original change (project moved):
I190fd1f3c9fabff057d0a2bd7f45b63a4fe447b3
Bug: 171540887
Test: m
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Change-Id: I3db00acc79b11058a1c235916b9bfe6c759afda5
We are enabling a new lint check where the min sdk != compile sdk.
It has produced a lot of errors and adding the baseline file(s)
allows us to continue work without introducing more problems.
This is a partial cherry-pick of change merged downstream.
Bug: 150847901
Test: m lint-check
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Change-Id: I214d60e858b7c03885d4d1c9a083e67a9340b4fe
Test: Passes all presubmits, been tested in labs
Bug: 184834350
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Merged-In: If33884aa245bcc8817bbc9c2fdfab035249e7301
Change-Id: If33884aa245bcc8817bbc9c2fdfab035249e7301
(cherry-picked from ag/14150470)
By design, the nascent timer will be removed after a network
satisfied first request. However, this never happens.
Because the mInactive is false when that happens, so isNascent
is never true.
Furthermore, when removing a nascent timer, the inactivity
state can never be updated since no condition in the
updateInactivityState will be met to update the state correctly.
Thus, update inactive state accordingly when adding/removing the
nascent timer.
Test: TH
Bug: 184227264
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Merged-In: I4c1521b6e0ef68ac489771a2ab6b09ef3e381577
Change-Id: I4c1521b6e0ef68ac489771a2ab6b09ef3e381577
(cherry-picked from ag/14060609)
Note that this requires removing part of a test, because
that part is testing that the a 50 bonus of the legacy
int is stronger than the validation penalty, which is
not a mechanic we want to have. When WiFi is unvalidated
and cell is unvalidated, cell should be kept in case it
validates, like is described in comments in
isNetworkPotentialSatisfier ; however this test is
checking that it *IS* reaped off if the wifi score is
strong enough. This should be incorrect, and should not
be tested, so this patch removes the check.
Test: ConnectivityServiceTest
Bug: 184834350
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Merged-In: I8966abee59fea2d9f10f082aba87df6588b72762
Change-Id: I8966abee59fea2d9f10f082aba87df6588b72762
(cherry-picked from ag/14127306)
.equals() only work on cross-process Binder instances if casted to
a Binder instance first.
Bug: 184281544
Test: ConnectivityServiceTest. CTS test for this specific issue to come
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Merged-In: I7b9e0df21a3cca59659867a75792289ddee2f1d7
Change-Id: I7b9e0df21a3cca59659867a75792289ddee2f1d7
(cherry-picked from ag/14125149)
This doesn't reactivate the test because it's not yet fixed over int
scoring.
Bug: 184834350
Test: Remove @Ignore and run testAvoidBadWifi
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Merged-In: I32477db52eb50faabc499fa68e24ba07577782aa
Change-Id: I32477db52eb50faabc499fa68e24ba07577782aa
(cherry-picked from ag/14064906)
This CL updates ConnectivityDiagnostics permission checks in
ConnectivityService to only require location permission for Networks
that have TRANSPORT_WIFI. This change is consistent with the location
restrictions required for the transports themselves. Previously,
location permissions were required for all Network types.
Bug: 187310575
Test: atest ConnectivityServiceTest ConnectivityDiagnosticsManagerTest
Change-Id: I48806533e4e705d2d9be45f3b3d3931d9294b167
Merged-In: I48806533e4e705d2d9be45f3b3d3931d9294b167
(cherry picked from commit 0990af5148)
This commit:
- Verify AES-CMAC is supported in device that first
launched with SDK beyond R
- Verify IpSecTransforms can be built with AES-CMAC and
traffic flows
Bug: 171083832
Test: atest IpSecManagerTest
Test: AES-CMAC tests are manually enabled and verified
Change-Id: I00d1aa475033810a5f60f0e3fc692be87ff62e13
This CL adds CTS tests that:
- Verify IpSecAlgorithm#getSupportedAlgorithms
- Verify new algorithms are supported in device that first
launched with SDK beyond R
- Verify IpSecTransforms can be built with new algortihms and
traffic flows
Since there is no hardware that first launched with SDK beyond R
at the time of writing this CL, tests for new algorithms were
manually enabled and verified on the pixel with an updated kernel.
Bug: 171083832
Test: atest IpSecManagerTest
Change-Id: Icffbe67fca29b051457dbf863ba3aaf653806a83
At this stage, this is turned off. Unit tests will be
in a followup change.
Test: In a followup
Bug: 167544279
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Merged-In: I4448a3546fbc1a3dddf757982c031c5f39ba2889
Change-Id: I4448a3546fbc1a3dddf757982c031c5f39ba2889
(cherry-picked from ag/14010222 with fixes)
