Much of registerNetworkAgent calls internal ConnectivityService
methods which generally assume that they are not processing an
IPC and are running under the system's calling identity.
However, only the call to makeNetworkMonitor is run with caller
identity cleared. Expand the scope of clearing the caller
identity over the creation of the nai.
Bug: 173331190
Test: passes existing tests in ConnectivityServiceTest
Change-Id: Icad28601a612fb5e1ed0451ec9e2066f4e766d0e
This CL allows an app that has the MANAGE_TEST_NETWORKS
permission to create test VPN networks.
The code enforces that such networks can never apply to any UIDs
and thus will never carry any traffic.
Bug: 173331190
Test: passes existing tests, moved tests pass
Change-Id: I5befea0e3b4b6dce4ca0c6a04471a055186b644c
Add support to ConnectivityService to track underlying networks
directly instead of through the Vpn class.
1. Communicate all information necessary to propagate underlying
network capabilities to ConnectivityService via NetworkAgent.
This includes:
a. Underlying networks:
- Add SystemApi for NetworkAgent to declare its underlying
networks to ConnectivityService, and use it in Vpn.
- Add a new declaredUnderlyingNetworks member to
NetworkAgentInfo and store the underlying networks in it.
Move propagation of underlying network capabilities to
mixInCapabilities, which is a natural place for it.
b. "Always metered" bit:
- Communicate this to ConnectivityService via the existing
NOT_METERED capability. Store it in a new declaredMetered
boolean in NetworkAgentInfo to separate it cleanly from
the NOT_METERED bit in the capabilities, which depends on
whether the underlying networks are metered or not. In
order to ensure that this is only ever changed when a NC
update is received from a NetworkAgent, define a new
processCapabilitiesFromAgent similar to the existing
processLinkPropertiesFromAgent.
2. Ensure that propagating underlying network capabilities does
not read the VPN's NetworkCapabilities. In order to do this,
ensure that all relevant information on underlying networks
and metering is sent to ConnectivityService at NetworkAgent
registration time. CS still calls Vpn#updateCapabilities when
a user is added/removed, but that is deleted in a future CL.
3. Slightly generalize propagating underlying network
capabilities because there may be other network types that
also have underlying networks that aren't VPNs (e.g., VCN).
- Introduce a new supportsUnderlyingNetworks() boolean method
in NetworkAgentInfo.
- Rename updateAllVpnsCapabilities to
propagateUnderlyingNetworkCapabilities.
This commit does not move the actual logic of calculating the
underlying capabilities out of Vpn.java. That can be done in a
subsequent change once CS stops calling getUnderlyingNetworks().
This commit also does not modify any of the other code in CS that
directly accesses VPNs' underlying networks.
Bug: 173331190
Test: passes existing tests in ConnectivityServiceTest
Test: CTS test in r.android.com/1511114
Test: atest CtsNetTestCases:Ikev2VpnTest HostsideVpnTests
Change-Id: I5f76cb1aa4866efed3d5c4590e931fdb0e994f8d
* changes:
Test passing an underlying network array with null network in it.
Make testVpnNetworkActive more deterministic.
Add a test for restricted profile added/removed with VPN up.
This test is a bit brittle because it sets the underlying
networks while the VPN is undergoing validation by
NetworkMonitor. The test does attempt to disable validation,
but that's not actually possible - the only thing that's possible
is to tell NetworkMonitor to validate immediately without sending
any probes. So the underlying network change races with the
validation. I'm not sure why the test isn't flaky. It might be
because both the network change and the validation result in a
capabilities change, and the test expects "a capabilities change"
without expressing what change that should be.
Make this a bit more predictable by ensuring that the network
validates before the underlying networks are set.
This is useful because an upcoming CL will change the way
underlying network capabilities are propagated. With this test
CL, both the old and the new code pass.
Bug: 173331190
Test: test-only change
Change-Id: I319858228e8d097c0b60a107029f296385f91269
The method - satisfiedBy() has changed to canBeSatisfiedBy()
starting from Android R, so the method - canBeSatisfiedBy()
cannot be found when running this test on Android Q.
Ignore verifying canBeSatisfiedBy() on Android Q to fix this
problem.
Bug: 173911834
Test: Run MatchAllNetworkSpecifierTest on Android Q, R, S.
Change-Id: Ibe317b56f82d3ea100b1d78c3907dce4f2fd964d
* changes:
Update toString() to use the correct request
Update requestsSortedById() to sort by collection
Allow a way to track the active request in an NRI
Update ConnectivityService.NetworkReassignment#toString to use either
the current satisfier's request otherwise highest priority request when
executing toString(). This is part of the mulilayered request changes.
Bug: 173336774
Bug: 171991028
Test: atest FrameworksNetTests
Change-Id: Ibed6cdd4522133164b2b919f62ecc9411943f026
Update requestsSortedById() to sort NetworkRequestInfo by their
nested collection of NetworkRequest objects vs a single request.
Before the NetworkRequestInfo with the request with the lowest
requestId would be sorted to the top. Now the NetworkRequestInfo
which contains the request with the lowest requestId will be
sorted to the top.
Bug: 173292541
Bug: 171991028
Test: atest FrameworksNetTests
Change-Id: I51e3c00d59443e37ddbf168c423d13df8d14fa64
As we are now allowing for multi-layered requests in NetworkRequestInfo
(NRI), we need a way to track which of those requests ended up being
satisfied. This also includes updates to NetworkRequestInfo itself to
support multilayared requests.
Bug: 173146509
Bug: 171991028
Test: atest FrameworksNetTests
atest FrameworksNetIntegrationTests
atest CtsNetTestCasesLatestSdk
Change-Id: I7bb5a564769c90928871fe28de05195c9cfae6b5
Change-Id: Ibf37f94b53eb2e833821553e00d76fe38bfea266
