If config_tether_ncm_regexs is configured, load it to
tetherableUsbRegexs if ncm is used for TETHERING_USB. Load it to
tetherableNcmRegexs if ncm is used for TETHERING_NCM.
Bug: 185649441
Test: atest TetheringTests
Change-Id: I0c542560bd04e8c0a6a78d632da5a00a34d9a3fa
Before this change, usb IpServer would be created if corresponding
interface is available even there is no enable tethering attempt. And
usb IpServer only be disabled when interface is removed. Usb tethering
could not be stopped if interface is always avaialbe.
After this change, usb IpServer would be enabled and disabled according
to ACTION_USB_STATE.
Bug: 185649441
Test: atest TetheringCoverageTests
atest MtsTetheringTestLatestSdk
atest CtsTetheringTest
Change-Id: I8375e3f998d677dc658370b2553facaec0d5ff7c
The test would not reconnect wifi after restoring the private DNS setting,
so validation would not be triggered, and it would remain identified as
having broken private DNS.
Reconnect wifi after the test to avoid affecting subsequent tests.
Change-Id: Id9beba94e0fed85bd26c0509ad61369be794f3c3
Test: atest android.net.cts.ConnectivityManagerTest
Bug: 182296835
Allow stop TETHERING_NCM no matter ncm is used for TETHERING_USB or
TETHERING_NCM.
Add a test:
1. NCM is started for TETHERING_NCM
2. The config changes to use NCM for TETHERING_USB.
3. Then the config changes to use RNDIS for TETHERING_USB.
Also let some logs not only print in dumpsys, but also in logcat to
easiler debug unit test.
Bug: 185649441
Test: atest TetheringTests
Change-Id: Ia8d76a29646f36941cbb16cd68ae6887100ec8ec
The test can't have TetheringManager as an argument to methods or a
field, otherwise the test runner will crash when scanning the class for
tests because TetheringManager did not exist in Q. Although
testFactoryReset is already skipped on Q, the test runner would fail
at initialization time, before starting the run.
Use CtsTetheringUtils instead. This ensures that TetheringManager does
not have method signatures or members that reference classes that do not
exist on Q, so the test runner can scan the class successfully before
starting the run.
Bug: 188851796
Test: atest ConnectivityManagerTest on Q
Change-Id: I87488d0f23628a1ef2d7af0242513fcc5401d598
When an AndroidTest.xml is used, configuration needs to be in the
AndroidTest.xml file, not in the Android.bp.
This currently causes tests not to be run in TEST_MAPPING as they should
be.
Test: TH needs to test
Bug: 187935317
Change-Id: Ie0aca0c64646825175769cd375bcecf65de4b4c8
In S ConnectivityService was changed to use getActiveRequest() to fill
EXTRA_NETWORK_REQUEST, but there is no active request in the case of
listens.
When getActiveRequest() is missing, use the first mRequest instead. This
should match previous behavior.
Bug: 191713869
Test: atest android.net.cts.ConnectivityManagerTest
Change-Id: Id7343a4cc020aba16b7979b16334721c56b2839c
Do null check before redacting, since NetworkSpecifier will not
always be attached. For example, NetworkSpecifier of wifi
network is only attached when a wifi network is created
in response to a network request with specifier attached.
Test: atest CtsNetTestCases:android.net.cts.ConnectivityManagerTest#testGetAllNetworkStateSnapshots \
--rerun-until-failure 100
(tested on cuttlefish mobile and wifi)
Bug: 191944987
Change-Id: I5df3547995111fe6340facb94a577296d2228694
The tests are packaged together with other tests in a common coverage
suite, so need to be individually annotated so that they are skipped
before S.
They do not need to pass on platforms older than S, because such
platforms will not updated with the code that is tested.
Bug: 187935317
Test: atest ConnectivityCoverageTests on R
Change-Id: I10da45ae023e7f1e8cd11ec857b84346892a3fa8
This is supported by:
1. Utilize the new API from both NetworkStatsProvider
and IOffloadControl to send data warning quota to hardware.
And pass the warning reached notification back to NPMS.
2. Disable software solution introduced in R release for
V1.1+ hardware, since now we can fully offload data warning
and limit notification to hardware.
Test: atest TetheringTests
Fix: 149467454
Merged-In: Ie49461694d77ab7f25a549433b01b5b0167bd489
Change-Id: Ie49461694d77ab7f25a549433b01b5b0167bd489
(cherry-picked from ag/13981692)
This is a no-op change that just adapt new API from
NetworkStatsProvider to get warning and limit bytes at the same
time. This change also stores them locally for subsequent
patches to set warning bytes to hardware.
Test: Will be included in the subsequent patch.
Bug: 149467454
Merged-In: Iec01cb01fd1ce481ce0bd736762baddde1e38084
Change-Id: Iec01cb01fd1ce481ce0bd736762baddde1e38084
(cherry-picked from ag/13981691)
In an effort to make reviewing easier, this implements most of
the infra but only a mostly trivial test.
Bug: 184037351
Test: this
Merged-In: Ibb9139798ce44d748e87bae79a1e23311ec8d9b6
Change-Id: Ibb9139798ce44d748e87bae79a1e23311ec8d9b6
(cherry-picked from ag/14452537)
This is a no-op change that redirect both V1.0 and V1.1 callback
events to the same handling function. Since the V1.1 callback
is extended from V1.0 callback, we can safely use V1.1
callback for both V1.0 and V1.1 control.
The change also provides interface for subsequent
OffloadController changes to set warning and limit at the
same time.
Test: atest TetheringTests
Bug: 149467454
Merged-In: I6505a04de8c57357dd1fa9ce898c13395e497816
Change-Id: I6505a04de8c57357dd1fa9ce898c13395e497816
(cherry-picked from ag/13973147)
Remove NetworkCallbackInfo to use Handler directly, and separate
registerSystemDefaultNetworkCallback from requestNetwork.
Also verify that requestNetwork is only used with a default-like network
request on R, as S should be using registerSystemDefaultNetworkCallback.
Test: atest TetheringTests
Bug: 189581241
Change-Id: If6b9124b2d795b9db1e85256c694d0120c852542
The stable connectivity shims are updated to now contain S API, so
tethering tests that assumed that compatibility R behavior was used need
to be updated.
To avoid such failures Tethering tests should have a test target using
updated shims (TetheringNextTests), but this was not done in S
timeframe.
Bug: 189581241
Test: atest TetheringTests
Merged-In: Ibc04e64a1e9d82b67aff10d1a6d77f9e6b1bbdfb
Change-Id: Ibc04e64a1e9d82b67aff10d1a6d77f9e6b1bbdfb
Yielding cell wins to exiting wifi (whether good or bad).
It loses to bad wifi that's not exiting.
In R, yielding to bad wifi only affects wifis that are
unvalidated, but a wifi that is exiting should still be
dropped in favor of a cell that yields to bad wifi.
I had misunderstood the policy and implemented it wrong.
Now it's implemented right, and has careful tests.
Test: new tests for this
Bug: 186458024
Merged-In: I3c2563d4ae4e3715d0c6270344ba8f7ef067872f
Merged-In: Ib8637100d491e72a2edb837584ce55b7dda58524
Change-Id: Ib8637100d491e72a2edb837584ce55b7dda58524
(cherry-picked from ag/14486203)
Bug: 189308158
Test: This test and
run testReportNetworkInterfaceForTransports
with --rerun-until-failure 500
Change-Id: I654b8920d6ea1dada782a618776b13870f7f98df
Add the tests to both postsubmit and mainline-postsubmit.
This should allow moving the tests to presubmit in the near future,
after they have been verified to pass in postsubmit.
Bug: 187935317
Test: treehugger needs to test
Change-Id: I9a05d6a300c5f777497e867d0456bc59b06eee80
Needed because the BPF maps offloads IPv4 traffic. The kernel can't
trace the offloaded traffic to keep the conntrack entry.
Bug: 190783768
Test: atest TetheringCoverageTests
Change-Id: Idbcf686c9b2124b192944156ac5111be741744fb
The condition for deleting IPv4 forwarding rules.
1. When the tethering client has gone, deletes the client and its
rules.
2. When the upstream has gone, deletes all rules.
3. When the upstream has changed, deletes all rules.
Test: atest TetheringCoverageTests and check IPv4 offload rules
via dumpsys tethering in the following test cases.
Bug: 190783768
Test cases:
a. Loss upstream interface while tethering
1. Enable WIFI tethering
2. Disable upstream interface
3. Check the rules are removed.
b. Loss downstream interfaces while tethering
1. Enable WIFI tethering
2. Enable BT tethering
3. Disable BT tethering
4. Check the BT tether rules are removed.
5. Disable WIFI tethering
6. Check the WIFI tether rules are removed.
c. Switch upstream interface while tethering
1. Enable WIFI tethering
2. Enable BT tethering
3. Switch upstream interface from cellular to wifi.
4. Check all rules are removed.
d. Enable NAT failure (manual)
Log:
The rule deletion in each case.
- IpServer#stopIPv4: case b and case d.
- BpfCoordinator#updateUpstreamNetworkState: case a and case c.
Test case a
06-23 09:58:59.245 [...] Tethering: [BpfCoordinator]
updateUpstreamNetworkState tetherOffloadRule4Clear wlan2
Test case b
06-07 22:17:51.886 [..] Tethering: [bt-pan] cleanupUpstream bt-pan
06-07 22:17:51.888 [..] Tethering: [bt-pan] stopIPv4 bt-pan
06-07 22:18:23.769 [..] Tethering: [wlan2] cleanupUpstream wlan2
06-07 22:18:23.772 [..] Tethering: [wlan2] stopIPv4 wlan2
Test case c
06-08 11:11:48.277 [..] Tethering: [BpfCoordinator]
updateUpstreamNetworkState tetherOffloadRule4Clear bt-pan
06-08 11:11:48.396 [..] Tethering: [BpfCoordinator]
updateUpstreamNetworkState tetherOffloadRule4Clear wlan2
06-08 11:11:48.579 [..] Tethering: [wlan2] cleanupUpstreamInterface
wlan2
06-08 11:11:48.808 [..] Tethering: [bt-pan] cleanupUpstreamInterface
bt-pan
Enabling NAT failure
06-08 13:04:18.117 [..] Tethering: [wlan2] Exception enabling NAT [..]
06-08 13:04:18.234 [..] Tethering: [wlan2] cleanupUpstream wlan2
06-08 13:04:18.246 [..] Tethering: [wlan2] stopIPv4 wlan2
Change-Id: Id505a3deb277bbe0f44403234d8ca8bbf01eec80
