As connectivity services are planned to move to a separate module, move
the manager classes registration from SystemServiceRegistry to
ConnectivityServicesRegistrar, using the registerContextAwareService
APIs.
This follows patterns and naming in WifiFrameworkInitializer.
Bug: 171540887
Test: device boots, connectivity working
Change-Id: I62ced1275750c73f209bac8ec3a3204b95695b83
getFilteredNetworkState is only used in two places, both of which
use only small parts of the NetworkState that is returned to
them. Remove the method and replace it with inline code in the
two callers. NetworkState is a fairly expensive object, and this
removes the need to perform lots of defensive copies of data that
the caller does not need.
Also remove the only call to the NetworkState constructor in
ConnectivityService. That leaves only one caller to the
NetworkState constructor, the one in NetworkAgentInfo. This
constructor is called with defensive copies of NetworkInfo,
LinkProperties, and NetworkCapabilities, so mark these three
parameters as @NonNull. It's also called with a non-null
Network, because NetworkAgentInfo is only constructed with
non-null Networks, so mark the network parameter @NonNull as
well.
In order to make the arguments in the NetworkState constructor
@NonNull, introduce a new constructor that sets everything to
null and make NetworkState.EMPTY call it.
Test: atest FrameworksNetTests
Change-Id: Idcc9e32c53533b0cf61494517e62d4c184fa7610
Files that are planned to be part of the connectivity module are grouped
in packages/Connectivity, so they can be built separately and moved in
one operation with their history into packages/modules/Connectivity.
This places the files in the existing framework-connectivity-sources
filegroup instead of the current framework-core-sources filegroup. Both
are used the same way in framework-non-updatable-sources.
Bug: 171540887
Test: m
Change-Id: I62d9d91574ace6f5c4624035d190260c3126b91e
The wifi (mainline module) need to set the subscriberId for specific
wifi network.
Bug: 176396812
Test: TreeHugger
Change-Id: Ib568ce0c2d1b629e1c20e7ac8d8b78579cf4825c
As a preparation of exposing system API. This patch does some
harmless refactoring, which includes:
1. Change raw arrays into lists according to API guidelines.
2. Write test.
3. Rename class to UnderlyingNetworkInfo.
4. Rename vpnIface to iface.
5. Make underlyingIfaces @NonNull in order to adapt new
unparceling code.
6. implement equals and hashCode for testing.
Test: atest android.net.UnderlyingNetworkInfoTest
Bug: 174123988
Change-Id: I405c21e57c4af8a12a9dd0a1749b9e6690f87045
This will be mainly used by VCN management service which will
need to hold the networks but preserve the backgrounded-ness
of the networks.
Test: android.net.ConnectivityManagerTest#testRequestType
Test: android.net.cts.ConnectivityManagerTest#testRequestBackgroundNetwork /
--rerun-until-failure 100
Test: ConnectivityServiceTest#testBackgroundNetworks
Test: m -j doc-comment-check-docs
Bug: 175662146
Change-Id: I463c7a3139a286e50ea71e674060975ce228caa9
Currently, when the VPN underlying network changes from a
network that is not suspended to one that is suspended (or vice
versa), some of the legacy APIs return incorrect results.
This is because the VPN's NetworkInfo can get into SUSPENDED
state even though the capabilities have the NOT_SUSPENDED
capability. This happens because the code in updateCapabilities
that checks for changes in NOT_SUSPENDED and NOT_ROAMING (which
are the capabilities that can affect the NetworkInfo state) is
only run when the capabilities change in a certain way.
Fix this by always checking for changes in these capabilities,
regardless of what else has changed.
This results in sending a lot more SUSPENDED and RESUMED
callbacks than the code sent previously. This should hopefully
not impact apps because those callback methods have never been
public API, though because they're just callbacks, it's possible
that apps found out via code inspection that the callbacks
existed and implemented them.
Bug: 172870110
Test: changes to existing tests in ConnectivityServiceTest
Change-Id: I6ec246a6a4e61f634956a165797fbb80296efd6a
Merged-In: I6ec246a6a4e61f634956a165797fbb80296efd6a
This test coverage is necessary to fix an upcoming bug in R.
Backport it from the change that added it. The non-test portion
of that change is not necessary in R because it fixes a
bug that was introduced in S.
Bug: 172870110
Test: accompanying unit test shows lots of bugs removed
Change-Id: If7eb8857474d8b4f774f5fa5db2a3112e85c9cae
Merged-In: Ibf376a6fa4b34d1c96f8506fa8abbb7595a8c272
These were added in aosp/1527378, which is impractical to
backport.
Bug: 172870110
Test: test-only change
Change-Id: Id3d12b23034b284c8f7dffb5167244e1e43987e2
Merged-In: I827543751dbf5e626a24ec02cd6f50b423f5f761
Bug: 172870110
Test: test-only change
Test: new test passes 100 times in a row
Change-Id: I210284578e38cd25b8b95235d3390d5bd66a5a70
Merged-In: I210284578e38cd25b8b95235d3390d5bd66a5a70
We currently test CONNECTIVITY_ACTION broadcasts by directly
registering BroadcastReceivers with BroadcastInterceptingContext,
and making the receivers unregister themselves when all the
broadcasts they expect have been received.
This works for current test cases, but does not work if anything
registers another receiver for CONNECTIVITY_ACTION. In that case,
when we unregister the receiver in the receiver's onReceive
method, BroadcastInterceptingContext will throw a
ConcurrentModificationException because the list of receivers is
being modified during iteration.
Fix this by adding an ExpectedBroadcast class that stores the
receiver and unregisters the receiver only when the test checks
that the broadcast was received, which happens after the receiver
runs. This is easier to use and also guarantees that the receiver
is unregistered even if the test is expecting that the broadcast
is never fired. Accordingly, remove mRegisteredReceivers and the
code that uses it; it's no longer necessary now that
ExpectedBroadcast always unregisters its receivers.
Also add a convenience expectConnectivityAction method to expect
a CONNECTIVITY_ACTION broadcast with specific contents. This
makes the test easier to read and more detailed. Convert some
existing tests to this method.
While I'm at it, fix a test that was using "mCellNetworkAgent" to
represent a wifi network.
R backport notes: added import for NetworkInfo.DetailedState.
That was added in aosp/1527378, which is impractical to backport.
Bug: 172870110
Test: test-only change
Change-Id: Ibada8b4215625e1016d9fd170526206920af76f5
Merged-In: Ibada8b4215625e1016d9fd170526206920af76f5
Current code treats these nulls as if they weren't there.
Bug: 172870110
Test: test-only change
Change-Id: Id4632e1b004c09910b4b7613f7233d2c19e2f0ac
Merged-In: Id4632e1b004c09910b4b7613f7233d2c19e2f0ac
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: 172870110
Test: test-only change
Change-Id: I319858228e8d097c0b60a107029f296385f91269
Merged-In: I319858228e8d097c0b60a107029f296385f91269
MockVpn is very difficult to use because it requires the test
caller keeping track of both the MockVpn object and an
accompanying TestNetworkAgentWrapper.
It's also not very realistic: for example, connect() doesn't
actually connect anything, it just makes it so that if
ConnectivityService tries to update the capabilities, the attempt
will not be ignored. Also, unlike the real code in Vpn, it
connects with empty NetworkCapabilities (in particular, with
empty UID ranges).
Make this easier to use and a bit more realistic by:
- Allowing TestNetworkAgentWrapper to take a "NetworkCapabilities
template" that will form the initial capabilities sent when the
agent registers with ConnectivityService. This allows the VPN
to register its agent with its UID ranges already set, like the
production code does.
- Providing separate methods to register the NetworkAgent and
mark it connected for cases where the test needs to make
changes to the NetworkAgent before connecting (e.g., poking
NetworkMonitor).
- Putting the TestNetworkAgentWrapper inside MockVpn and driving
it through MockVpn's methods. In order not to have too many
wrapper functions (and because we can't delegate like in
Kotlin), there's still an agent() method that returns the
TestNetworkAgentWrapper.
Bug: 172870110
Test: test-only change
Change-Id: I749ff325bc13ac96f512270b86d1f67686eec378
Merged-In: I749ff325bc13ac96f512270b86d1f67686eec378
This CL removes four methods in MockVpn by slightly changing the
test code to leverage the actual methods implemented by the
(production) Vpn superclass.
This works because setting mInterface results in
isRunningLocked() returning true, which makes a number of methods
behave as if the VPN is connected (which is what the test
expects).
The more realistic behaviour exposes a minor bug in the treatment
of underlying networks. Add a TODO to fix it.
Bug: 172870110
Test: test-only change
Change-Id: I49421183538ba61ca790af71e309ece36b653bf9
Merged-In: I49421183538ba61ca790af71e309ece36b653bf9
This test checks that if a VPN declares an underlying network
that does not exist, the capabilities of that network are applied
to the VPN as soon as the network starts to exist.
Bug: 172870110
Test: test-only change
Change-Id: Icc0701cb4cea7d91f7738c1e426e94cd26686b74
Merged-In: Icc0701cb4cea7d91f7738c1e426e94cd26686b74
Currently, when the VPN underlying network changes from a
network that is not suspended to one that is suspended (or vice
versa), some of the legacy APIs return incorrect results.
This is because the VPN's NetworkInfo can get into SUSPENDED
state even though the capabilities have the NOT_SUSPENDED
capability. This happens because the code in updateCapabilities
that checks for changes in NOT_SUSPENDED and NOT_ROAMING (which
are the capabilities that can affect the NetworkInfo state) is
only run when the capabilities change in a certain way.
Fix this by always checking for changes in these capabilities,
regardless of what else has changed.
This results in sending a lot more SUSPENDED and RESUMED
callbacks than the code sent previously. This should hopefully
not impact apps because those callback methods have never been
public API, though because they're just callbacks, it's possible
that apps found out via code inspection that the callbacks
existed and implemented them.
Bug: 172870110
Test: changes to existing tests in ConnectivityServiceTest
Change-Id: I6ec246a6a4e61f634956a165797fbb80296efd6a
Merged-In: I6ec246a6a4e61f634956a165797fbb80296efd6a
This test coverage is necessary to fix an upcoming bug in R.
Backport it from the change that added it. The non-test portion
of that change is not necessary in R because it fixes a
bug that was introduced in S.
Bug: 172870110
Test: accompanying unit test shows lots of bugs removed
Change-Id: If7eb8857474d8b4f774f5fa5db2a3112e85c9cae
Merged-In: Ibf376a6fa4b34d1c96f8506fa8abbb7595a8c272
These were added in aosp/1527378, which is impractical to
backport.
Bug: 172870110
Test: test-only change
Change-Id: Id3d12b23034b284c8f7dffb5167244e1e43987e2
Merged-In: I827543751dbf5e626a24ec02cd6f50b423f5f761
Bug: 172870110
Test: test-only change
Test: new test passes 100 times in a row
Change-Id: I210284578e38cd25b8b95235d3390d5bd66a5a70
Merged-In: I210284578e38cd25b8b95235d3390d5bd66a5a70
We currently test CONNECTIVITY_ACTION broadcasts by directly
registering BroadcastReceivers with BroadcastInterceptingContext,
and making the receivers unregister themselves when all the
broadcasts they expect have been received.
This works for current test cases, but does not work if anything
registers another receiver for CONNECTIVITY_ACTION. In that case,
when we unregister the receiver in the receiver's onReceive
method, BroadcastInterceptingContext will throw a
ConcurrentModificationException because the list of receivers is
being modified during iteration.
Fix this by adding an ExpectedBroadcast class that stores the
receiver and unregisters the receiver only when the test checks
that the broadcast was received, which happens after the receiver
runs. This is easier to use and also guarantees that the receiver
is unregistered even if the test is expecting that the broadcast
is never fired. Accordingly, remove mRegisteredReceivers and the
code that uses it; it's no longer necessary now that
ExpectedBroadcast always unregisters its receivers.
Also add a convenience expectConnectivityAction method to expect
a CONNECTIVITY_ACTION broadcast with specific contents. This
makes the test easier to read and more detailed. Convert some
existing tests to this method.
While I'm at it, fix a test that was using "mCellNetworkAgent" to
represent a wifi network.
R backport notes: added import for NetworkInfo.DetailedState.
That was added in aosp/1527378, which is impractical to backport.
Bug: 172870110
Test: test-only change
Change-Id: Ibada8b4215625e1016d9fd170526206920af76f5
Merged-In: Ibada8b4215625e1016d9fd170526206920af76f5
Current code treats these nulls as if they weren't there.
Bug: 172870110
Test: test-only change
Change-Id: Id4632e1b004c09910b4b7613f7233d2c19e2f0ac
Merged-In: Id4632e1b004c09910b4b7613f7233d2c19e2f0ac
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: 172870110
Test: test-only change
Change-Id: I319858228e8d097c0b60a107029f296385f91269
Merged-In: I319858228e8d097c0b60a107029f296385f91269
MockVpn is very difficult to use because it requires the test
caller keeping track of both the MockVpn object and an
accompanying TestNetworkAgentWrapper.
It's also not very realistic: for example, connect() doesn't
actually connect anything, it just makes it so that if
ConnectivityService tries to update the capabilities, the attempt
will not be ignored. Also, unlike the real code in Vpn, it
connects with empty NetworkCapabilities (in particular, with
empty UID ranges).
Make this easier to use and a bit more realistic by:
- Allowing TestNetworkAgentWrapper to take a "NetworkCapabilities
template" that will form the initial capabilities sent when the
agent registers with ConnectivityService. This allows the VPN
to register its agent with its UID ranges already set, like the
production code does.
- Providing separate methods to register the NetworkAgent and
mark it connected for cases where the test needs to make
changes to the NetworkAgent before connecting (e.g., poking
NetworkMonitor).
- Putting the TestNetworkAgentWrapper inside MockVpn and driving
it through MockVpn's methods. In order not to have too many
wrapper functions (and because we can't delegate like in
Kotlin), there's still an agent() method that returns the
TestNetworkAgentWrapper.
Bug: 172870110
Test: test-only change
Change-Id: I749ff325bc13ac96f512270b86d1f67686eec378
Merged-In: I749ff325bc13ac96f512270b86d1f67686eec378
This CL removes four methods in MockVpn by slightly changing the
test code to leverage the actual methods implemented by the
(production) Vpn superclass.
This works because setting mInterface results in
isRunningLocked() returning true, which makes a number of methods
behave as if the VPN is connected (which is what the test
expects).
The more realistic behaviour exposes a minor bug in the treatment
of underlying networks. Add a TODO to fix it.
Bug: 172870110
Test: test-only change
Change-Id: I49421183538ba61ca790af71e309ece36b653bf9
Merged-In: I49421183538ba61ca790af71e309ece36b653bf9
This test checks that if a VPN declares an underlying network
that does not exist, the capabilities of that network are applied
to the VPN as soon as the network starts to exist.
Bug: 172870110
Test: test-only change
Change-Id: Icc0701cb4cea7d91f7738c1e426e94cd26686b74
Merged-In: Icc0701cb4cea7d91f7738c1e426e94cd26686b74
Previously BouncyCastle methods were exposed as libcore APIs (@CorePlatformApi), which no longer possible when ART is updatable module (and can't guarantee BouncyCastle API stability)
Bug: 154796679
Test: Treehugger
Change-Id: I908681841a6766de88761767c77c4e2d4b5f56d5
