To support mainline modules, adding the methods which
are used by wifi.
Bug: 139268426
Bug: 135998869
Bug: 138306002
Test: atest android.net.cts
atest android.net.wifi.cts
atest FrameworksNetTests
atest NetworkStackTests
./frameworks/opt/net/wifi/tests/wifitests/runtests.sh
Change-Id: I49856863c15b6b3b59aa867a77b0f137003149ef
Remove the network capabilities which are added twice in
createDefaultNetworkCapabilitiesForUid() and
createDefaultInternetRequestForTransport(). In the constructor
of NetworkCapabilities, it will add the DEFAULT_CAPABILITIES
which includes the NOT_RESTRICTED.
Bug: 142370233
Test: 1. Build pass.
2. atest FrameworksNetTests
Change-Id: I7159909aec8faa7f25cef94195bdaea0fea55840
Add a new method in LinkProperties, isWakeOnLanEnabled() which returns
true if network interface is defined in config_wakeonlan_enabled_interfaces
string-array (config.xml)
Bug: 132705025
Test: atest LinkPropertiesTest & atest ConnectivityServiceTest
Change-Id: I3f7803aafd2f8eaf8aa18419b21339e15d4b7a0b
Bug: 137602441
Bug: 139783330
Test: atest FrameworksNetTests
Test: atest FrameworksWifiTests
Test: CtsVerifier - Wi-Fi Direct
Test: Enable hotspot when P2P GO is running
* P2P GO is terminated
* hotspot is running
Test: Enable P2P GO when hotspot is running
* hotspot is intact
* P2P GO could not be launched
Test: Verify P2P functions with legacy WifiP2pService
Change-Id: Icb2e2b106ae52b19af29b7a1ebc55d3cdf80db9c
The wifi network factories/agents are going to run in the network stack
process for devices which accept wifi mainline module. Allow these
factories/agents to perform privileged operations.
Bug: 142115344
Test: ACTS test
Change-Id: I2dd412ac5c6b67f52c87113fcda345e1f531f9c4
WifiNetworkRequestTest:test_connect_failure_user_rejected passes now.
(cherry-picked from c7580b1d59ee126cd6867cb6fe4485a69e2b4622)
Optimizes the logic that ensures the default randomized MAC is not
returned.
Bug: 137796328
Test: atest MacAddressTest
Change-Id: Ie95d7a020bfac8850b8a67e4d396de77db22e1db
The underlying issue here is that before aosp/986824 the call to
waitForIdle is the local ConnectivityServiceTest function, but
after that patch TestNetworkAgentWrapper has an identically
named member that only wait for its own handler.
Bug: 141341704
Test: ConnectivityServiceTest --generate-new-metrics 100
Change-Id: I38709cc69ec7a261c1c6e008abe03d2882e2083d
The current test we have for a package changing TrafficController
permissions (i.e., INTERNET or UPDATE_DEVICE_STATS permissions)
is not realistic.
This is because the test simulates the update by removing and
adding the package. But TrafficController permissions are not
driven by broadcasts, they are driven by PackageListObserver,
and when an app is updated, PackageListObserver does not see a
remove and and add, but a single change event.
Add a new test for this.
Bug: 137864893
Test: new unit test added
Change-Id: I691b928f57c79c19dfb6ddb01983d55ef305c472
After aosp/1111617 merged, the test pass rate of
testTcpBufferReset is 100% on Android Test Metrics. That means
this test is not flaky. So remove @FlakyTest annotation on the
test.
Change-Id: I1fb47a9fda294030c41dc53cf4bac3849a2f3d54
Fix: 140305678
Test: atest ConnectivityServiceTest#testTcpBufferReset
Since these were combined into libhidlbase.
Bug: 135686713
Test: build only (libhwbinder/libhidltransport are empty)
Change-Id: I136e4d4459bb8c3c5abf3c0758dd5ae14d0ad2a2
This timing issue is happened when test case already verified
NetworkMonitor#setAcceptPartialConnectivity() before
NetworkAgent send the CONNECTED state to ConnectivityService.
This test case expects that the
NetworkMonitor#setAcceptPartialConnectivity() will be invoked
when network state is CONNECTED in
ConnectivityService#updateNetworkInfo().
NetworkAgent communicates with ConnectivityService by
AsyncChannel. Before they connect to each other, the thread of
NetworkAgent is keeping idle, so waitForIdle cannot handle this
kind of case. Although they have connected to each other, but
they don't communicate with each other, waitForIdle() still
cannot handle this case. It means waitForIdle() can only handle
the case that NetworkAgent already connected to
ConnectivityService and NetworkAgent is communicating with
ConnectivityService. So, that's why waitForIdle() sometimes
doesn't work in this case, and the most simplest and right way
to fix this case is to wait the available callback then verify
the method.
Bug: 140306320
Test: atest FrameworksNetTests: \
ConnectivityServiceTest#testPartialConnectivity \
--generate-new-metrics 500
Change-Id: I64bfecbfe3c5776bd5c347a821f9127e79539c48
