This will be necessary because updating the linger timer is
what lets the network agent know whether the network is
Test: ConnectivityServiceTest
Change-Id: I9b5a36f6d5eac5a404eff6740cd8f4dcbb0c2786
Unit testing for ConnectivityDiagnostics API in ConnectivityServiceTest
is updated to use HandlerUtilsKt#waitForIdle. In the general case, this
takes the same time to run as verify-with-timeout (used previously).
However, test failures due to messages not being enqueued on the handler
(backed by the ConnectivityService Thread) won't incur the timeout
delay, as the thread will be idle sooner. This shortens the delay in the
event of a programming error.
Bug: 143187964
Test: atest FrameworksNetTests
Change-Id: Iae66309501bb83449ca735dfa5e972a9852cbcd0
When ConnectivityService#reportNetworkTested is called, the platform
needs to fire ConnectivityDiagnostics callbacks for registered callbacks
that are permissioned for the network being reported on. This adds a new
event to ConnectivityDiagnosticsHandler for invoking these callbacks.
Bug: 143187964
Test: compiles
Test: atest CtsNetTestCases ConnectivityServiceTest
Change-Id: Icc6bcf7a2411133d8ecd7477bc351dad9333f24f
Merged-In: Icc6bcf7a2411133d8ecd7477bc351dad9333f24f
INetworkMonitorCallbacks defines notifyDataStallSuspected() for
notifying ConnectivityService of networks encountering a potential data
stall. A new event is introduced for ConnectivityDiagnosticsHandler to
process the notification and invoke the relevant
ConnectivityDiagnosticsCallbacks.
Bug: 143187964
Test: compiles
Test: atest CtsNetTestCases FrameworksNetTests
Change-Id: I70320bdda9855dced31e08e6a0b25329fb5cb535
Merged-In: I70320bdda9855dced31e08e6a0b25329fb5cb535
INetworkMonitorCallbacks defines notifyNetworkTestedWithExtras() for
notifying ConnectivityService of networks being tested along with a
PersistableBundle of extras. A new event is introduced for
NetworkStateTrackerHandler to notify the ConnectivityDiagnosticsHandler
before continuing with the normal processing for "network tested"
notifications. The event is also used in the
ConnectivityDiagnosticsHandler.
Bug: 143187964
Bug: 147391402
Test: compiles.
Test: atest CtsNetTestCases FrameworksNetTests
Change-Id: Iab29da790c0f5faae68227770bc3a84bbc94f124
Merged-In: Iab29da790c0f5faae68227770bc3a84bbc94f124
This change fixes a typo in the value assigned to the constant
KEY_NETWORK_PROBES_ATTEMPTED_BITMASK, which is defined in
ConnectivityDiagnosticsManager.ConnectivityReport.
Bug: 148939502
Test: compiles
Change-Id: I63863efa8c69593012bf4e95d896db192c6bfb5c
This change adds a new VPN user consent flow (using the same text) for
granting the lesser OP_ACTIVATE_PLATFORM_VPN. A new
PlatformVpnConfirmDialog is created as a subclass to preserve all logic,
but ensure the right appop is granted for the relevant dialog.
Intent extras were considered, but are inherently unsafe, since the
caller may add any extras that they would want.
Bug: 144246835
Test: FrameworksNetTests passing
Change-Id: Ia6f36207d43c3748f938430c2780dcf29e5623f3
Merged-In: Ia6f36207d43c3748f938430c2780dcf29e5623f3
The reassignment state has the future value, but is transient
instead of global. With this, the reassignment loop does not
read from global state any more, so it's not affected by the
side effects from the loop.
This means future patches will be able to move the side effects
out of the computation.
Test: atest ConnectivityServiceTest
Change-Id: I43499f19730bcd94b691cfea83aa1ca1d3de75db
If newNetwork is satisfying this request, it means it is the old
satisfier. Plain and simple.
Test: ConnectivityServiceTest
Change-Id: Ic1a5d032801bac476b1c1f53da6f1c4c6056bff0
This bug will be drive-by fixed by the next refactoring, so
set up a test to see the difference.
Bug: 113554781
Test: this
Change-Id: Icb062ffbae904d1836a4a16fc5395687c3eda7b6
This is more expensive for now but it will allow subsequent patches
to read relevant state from the reassignment instead of from the
global state, which will stop the computation of the reassignment
from reading state that is mutated by the same loop. Eventually
this lets us completely split the computation from the side effects.
The ugly parts of this patch will be cleaned up later as a result,
namely in patches [NS B04] and [NS B05].
Test: ConnectivityServiceTest
Change-Id: I271e7f4d4bc81493c1ea212025b7130619592a8a
This is an optimization that skips doing intermediate assignments
of networks to requests that will undergo multiple changes during
the recomputation.
It happens to fix a bug where some of these intermediate states
used to have a visible, transient side effect.
Bug: 113554781
Test: ConnectivityServiceTest
Change-Id: I7af3728152a1cf7571de67f394088a5970ee3c1e
makeDefault() will be called in rematchAllNetworksAndRequests
in all cases and its first job is to set mDefaultNetwork.
The old code checks if the currently processing request is
the default request and assigns mDefaultNetwork if it is,
doing it earlier than in the new code iff the new default is
not null. However there is no good reason to assign this
member earlier in the non-null case than in the null case,
it's simpler if the same code path is used in both cases.
mDefaultNetwork is also not used between the old place where
it was set and the new place where it is set, so changing
the timing of the assignment has no observable side effects.
Test: ConnectivityServiceTest
Change-Id: Id47c19b73650ba66bff73b07edb8fd95c707e699
The condition this is testing for cannot actually be false.
The only place where the code writes a null value into this
map is at the end of computeRequestReassignmentForNetwork :
reassignedRequests.put(nri, null).
This proves the code the if() block, which proves that
newNetwork.isSatisfyingRequest(nri.request.requestId) is true.
By definition newNetwork.isSatisfyingRequest(nri) implies that
nri.mSatifier == newNetwork, which proves that
previousSatisfier == newNetwork whenever newSatisfier is null.
Fixes: 146482072
Test: FrameworksNetTests
Change-Id: Ifd6faedce7d49757b82a5f341076ab208b0ccfcb
