Like a normal (foreground) request, a background request is only
satisfied by one network and will keep that network up. Unlike a
foreground request, when a network only has background requests,
it will linger, and after lingering is complete, it will become
a background network.
Future CLs will cause the system to treat background networks
differently, e.g., by requiring different permissions.
Bug: 23113288
Change-Id: I40f735269dad1042eb04fea15e64584fc903ccb3
Lorenzo Colitticommited 2016-09-09 18:49:24 +09:00
Add TRANSPORT_WIFI_NAN - specifies a peer-to-peer Wi-Fi NAN data
connectivity request.
While NAN uses Wi-Fi L1 PHY and part of the MAC - it is a different
protocol and constitutes a different transport.
(cherry-pick of commit 7473bc20ad)
Bug: 26564277
Change-Id: I975ebc72d8f97a592d18038b3d6465b7a40efa75
Add an IPv6TetheringCoordinator to TetheringMaster StateMachine, which
receives and processes NetworkState updates and passes the necessary IPv6
information to the revelant TetherInterfaceStateMachine.
Add an IPv6TetheringInterfaceServices to TetherInterfaceStateMachine, which
is responsible for adding local network routes and managing an IPv6
RouterAdvertisementDaemon.
Bug: 9580643
Change-Id: I3eaae460b80752e2115359d7bde873a1e9ea515a
This patch partially undoes ag/869831 (Change-Id:
Ia42ed7aefaebd8caf3eada8e42b6cb7a940d7647) so that ConnectivityManager
does not remove callbacks from its internal request-to-callback map at
unregistration, but instead let the singleton CallbackHandler do it when
receiving a CALLBACK_RELEASED from ConnectivityService.
ag/869831 was thought to fix b/26749700 that reported a callback leak
from sNetworkCallback, but a finer analysis of the code shows that
callbacks were correctly removed by the CallbackHandler before
ag/869831. There was therefore no callback leak.
Bug: 26749700
Bug: 28537383
Change-Id: I421d889d0e225c0e3d1eebea664f44a1cc0f3191
http://ag/1194313 broke unregisterNetworkCallback because the
system does not parcel the type of the request back to the app.
So when the app calls unregisterNetworkCallback, the
NetworkRequest that's passed in does not have a type and thus
doesn't match the request in mNetworkRequests.
Fix this by parceling over the type as well.
This was not caught by the unit test because the unit test all
runs in the same process with no parceling.
Bug: 23113288
Change-Id: I58b2ed651b9bf5cbdcca5b25c3ca24db53cffdf1
Lorenzo Colitticommited 2016-07-05 01:59:49 +09:00
This will allow us to simplify code that deals with
NetworkRequests outside ConnectivityService.
Bug: 23113288
Change-Id: I9b3a859d0c68cad73d7f6baa4b584d13ffd2ae36
Lorenzo Colitticommited 2016-07-01 20:15:19 +09:00
- Use com.android.okhttp.Dns in place of com.android.okhttp.internal.Network
- Specify TimeUnit.MILLISECONDS for timeouts which 2.7.5 allows and
brings us closer to 3+
Change-Id: I95b5d72a94ebe1389f7c2e8d95903aa1aadd944b
- add a new field: provisioningNotificationEnabled from NetworkMisc. set
to false if we want to hide "sign in" notification and placed
carrier-specific notification instead. it is set on connect, once set,
it is carrier-app's responsibility to post new UI to users
- rework on the interaction between carrier app and framework
- code cleanup
- unit test support
Bug: 28567303
Change-Id: Ic84db7ffbb920d15344717f104496d3cb82e1a85
By changing some member refs into arguments and having one of the
functions create the UID range instead of adding to mVpnUsers.
This will be useful for other layers of UID filtering like having
UIDs explicitly blocked from the VPN.
Deleted one broken line of code that cleared the status intent when
a restricted profile is removed. Other than that, this commit shouldn't
change any behaviour. If it does, that's a bug.
Bug: 26694104
Change-Id: Ieb656835d3282a8ba63cc3f12a80bfae166bcf44
Allows callers to opt-out of blockading network traffic during boot and
on VPN app failure.
Bug: 26694104
Change-Id: Ibfbd43ad09a25f2e38053fcd6306df3711f8bde2
When a job will eventually run in the foreground, the internal
scheduling needs to ignore any background network restrictions when
satisfying constraints. This also means the job should ignore the
current device doze state, since the requesting app could get the
same behavior by starting their own foreground service.
Always dispatch network policy changes to ConnectivityService first
to ensure that it has up-to-date information. Fix bugs around data
saver that were causing networks to not be marked as BLOCKED for
background apps; before this fix apps would have been spinning in
internal connectivity loops, thinking that the network was actually
connected when the kernel was actually blocking their traffic.
Offer new ConnectivityService method overloads to ignore the blocked
state for a specific UID.
Print unsatisfied job constraints to aid debugging.
Bug: 26571724
Change-Id: Iaaa17933e6dc1bf6d3dff26d0bfc12222e51e241
Place helper map for callback field names into a holder. This avoids
the reflective calls in static initialization of ConnectivityManager
in the common (non-debug) case, which means the class can be
compile-time initialized. Also saves the storage necessary (both
the storage array as well as the reflection metadata).
Follow-up to b027e6e92b.
Bug: 27265238
Change-Id: Ib4bfaf27acd234a035a5d198458340099a156a4c
To support moving DownloadManager, add new JobScheduler network type
constraint that matches "any network except roaming." Also add an
API to get a specific JobInfo by ID.
Since the default network can be different on a per-app basis, and
individual apps may be blocked due to app standby, evaluate job
connectivity constraints on a per-UID basis. To implement this
cleanly, add NetworkInfo.isMetered() to match the isRoaming() API.
Add new DownloadManager APIs to support charging and device idle
constraints, which are plumbed through to JobScheduler under the
hood when scheduled.
Add filtering to JobScheduler dumpsys to omit noisy details for
packages the caller isn't interested in.
Bug: 28098882, 26571724, 19821935
Change-Id: I09ca7184ef7ce6adba399f579d415a5fb2ea6110
The JavaDoc for many of the requestNetwork and
[un]registerNetworkCallback APIs incorrectly mentions the
PendingIntent version of the APIs instead of the NetworkCallback
version.
Also fix a minor issue in the registerDefaultNetworkCallback
JavaDoc: the default network request is an implementation detail,
so don't mention it. Instead, talk about the "system default
network".
Change-Id: Id94d98261daa2bd768c10e033cb8092729b21c91
Lorenzo Colitticommited 2016-04-15 16:24:13 +09:00
Transport may use the redirect to make additional determination about network
state.
Bug: 25203607
Change-Id: I07d8918f13fdcbe0b6fd757536bfc1850a2a244f
Callers with CONNECTIVITY_INTERNAL permission can read off the netId
that an application is assigned to by default.
Necessary for making connections as the default network for a client
app eg. when downloading stuff on its behalf.
Bug: 27074270
Change-Id: I8d35e8e99126875f55f3c545090326f3e9be43fb
There's a few advantages to having ApfFilter in IpManager:
1. If things go wrong, crashing a particular transport is less bad then
crashing ConnectivityService. We also don't want to use
ConnectivityService as a dumping ground for transport-specific logic.
2. This makes implementing WifiManager.MulticastLock a lot simpler and
safer because enabling/disabling it doesn't have to go through the
NetworkAgent, which could risk various races (e.g. installing a filter
into the wrong WiFi network).
3. IpManager is the ultimate source for LinkProperties for a particular
transport and since ApfFilter uses the LinkProperties it's better to
have it closely paired with the IpManager. Likewise, ApfFilter needs
to know the APF capabilities of the transport, so having it in
the transport avoids having to parcel this information through the
NetworkAgent.
Bug: 26238573
Change-Id: I99b85f2b64972f0e7572170ec5d1926081aa3429
Etan Cohen
commited 
Lorenzo Colitti
authored and
android-build-merger
commited 
Erik Kline
authored and
Hugo Benichi
authored and
Tobias Thierer
authored and
fionaxu
commited 
Jeff Sharkey
commited 
TreeHugger Robot
authored and
Android (Google) Code Review
commited 
Felipe Leme
commited 
Robin Lee
commited 
Andreas Gampe
commited 
Pierre Imai
authored and
Paul Jensen
commited 
Paul Stewart
authored and