This is a long standing bug that happens to now be trivial
to fix, and also be beneficial for refactoring
Test: FrameworksNetTests NetworkStackTests
Change-Id: I38110f3a4a75936ea755788e7f9fee67863e14be
* changes:
[NS A14] Move code notifying battery stats in its right place
[NS A13] Move legacy broadcast handling after rematch.
[NS A12] Move some legacy type tracker handling to a function
Add tests for ConnectivityService → BatteryStats messages
This should be done once every time an interface comes online.
Doing this in updateLinkProperties guarantees this happens every
time a new interface comes online, but it doesn't do it more
often than needed.
Test: FrameworksNetTests NetworkStackTests
Change-Id: I0613c23f44192944266d76107308da8d1c541d1c
* changes:
[Tether10]Remove UserManagerInternal usage in Tethering
[Tether07] Migrate Tethering into module
[Tether07] Clean up build rule for libtetheroffloadjni
Now tethering would be run in dedicated service.
TetheringManager is the interface used to communicate with
TetheringService. The new call flow would be: ConnectivityManager
-> ConnectivityService -> TetheringManager -> TetheringService.
Note: the return value of #tether(), #untether() and #setUsbTethering()
APIs would always be no error. Client can use #getLastTetherError()
or #getTetheredIfaces or listen tether state change to check
status of corresponding interface.
Bug: 136040414
Bug: 144742179
Test: -build, flash, boot
-atest TetheringTests
-atest FrameworksNetTests
Change-Id: I7e78c0e0a3e70f940a749ba2a39ece7c7ec5b9b3
Merged-In: I7e78c0e0a3e70f940a749ba2a39ece7c7ec5b9b3
Now tethering would be run in dedicated service.
TetheringManager is the interface used to communicate with
TetheringService. The new call flow would be: ConnectivityManager
-> ConnectivityService -> TetheringManager -> TetheringService.
Note: the return value of #tether(), #untether() and #setUsbTethering()
APIs would always be no error. Client can use #getLastTetherError()
or #getTetheredIfaces or listen tether state change to check
status of corresponding interface.
Bug: 136040414
Bug: 144742179
Test: -build, flash, boot
-atest TetheringTests
-atest FrameworksNetTests
Change-Id: I7e78c0e0a3e70f940a749ba2a39ece7c7ec5b9b3
PermissionMonitor#hasUseBackgroundNetworksPermission only uses
the first package name of the uid for checking permission.
This is incorrect since each package declared different
permissions. So using the mApps which already checked both
network and using restricted network permissions. If uid is in
the mApps list that means uid has one of permission at least.
Bug: 135897744
Test: atest FrameworksNetTests
Change-Id: I3500a03ce06b5b822311ad0c67b606ce4039216a
NetworkNotificationManager will only get the first transport
type from the NetworkCapabilities of network, and if the device
connects to a VPN and its underlying network is wifi, then the
first finding transport type will be TRANSPORT_WIFI. So, if the
private DNS is broken when device connected to VPN,
NetworkNotificationManager will try to get the SSID for the
title of notification but failed. For this kind of case, the
title of PRIVATE_DNS_BROKEN notification will show
"null has no internet access".
Bug: 143340533
Test: 1. Build pass.
2. Connect to VPN and let private DNS to be broken, check
title of PRIVATE_DNS_BROKEN notification.
3. atest FrameworksNetTests
Change-Id: I1ed018cc8774d4fce4b94854f8e8703a28818463
It's the first patch for refounding network selection. The new
network selection will try to compare the networks by more
factors, and will try to choose the best network after doing
the evaluation of trade-off.
Create the object that will serve to represent network quality
for more comprehensive ranking.
Bug: 143676287
Test: 1. Build pass.
2. atest FrameworksNetTests
Change-Id: I4b6071d14365aa84d06be9802516fedf527e70f7
Provide a specifc notification to let users know that device
has no internet is because it really doesn't have internet access
or it's caused by private DNS resolution failed.
Bug: 113242081
Test: atest FrameworksNetTests
Change-Id: I710c88a4742f5fd56c39fc797d7fa3ad36dba553
The one messy internal caller is the settings provider, so a new @hide
API on PackageManager was introduced to decouple the provider from
LocalServices. That new entry point is only callable by uid 1000,
paralleling the previous system-caller-only availability.
Bug: 140833849
Test: system boots & runs normally
Change-Id: I93ae38b8f55db7864893a97795aea63014bf5e12
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
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
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
Add a simple test to verify that IDs loop correctly, that they skip used
IDs correctly, and throw when there is no remaining ID.
Test: atest com.android.server.NetIdManagerTest
Change-Id: I4c9518c725156d743286e062fd2eec1423a0459e
