These are due to changes to ConnectivityService that were made
after master-multinetwork-dev branched off. They mostly didn't
cause merge conflicts because they were in different parts of
the file from the multinetwork changes, but they cause compile
errors now. These particular changes should be fine - they are
all in dead code anyway, and their functionality had already
been re-implemented in the new code.
Change-Id: I0ac9e39c3c975c8e8dc04ad11b6b85366693865c
At present the network evaluation / captive portal detection
is disabled pending addition of API to bind socket to network.
Change-Id: I5d1f5dc86d4dd9481d52dd45d6da0732054c8315
NetworkFactory and NetworkAgent. First trying with wifi and
getting rid of WifiStateTracker.
Conflicts:
api/current.txt
services/core/java/com/android/server/ConnectivityService.java
Change-Id: I7f0ec13d7d8988b32f3c6dc71f72012f3349fe02
This is a protocol allowing transports to dynamically register with CS for
Handler to Handler communications.
bug:13885501
Change-Id: Ic7275e3724a15efc7e5f80981560c4cb3106007b
Since PAC needs to relay the local proxy port back to the
ConnectivityService it ends up calling handleApplyDefaultProxy...
This works fine for PAC on WiFi, but when tested on global proxy
(not currently used anywhere), it sets the mDefaultProxy. This
mDefaultProxy does not get cleared when the global proxy is cleared
and requires a reboot to get things cleared out.
This CL adds a check to overwrite mGlobalProxy rather than
mDefaultProxy in this use case.
Change-Id: I92782d11e213b91f8ddda2faaf996a7252273fc3
This is a start and two tests succeed:
Tested expired AT&T SIM and waiting 15min for alarm to fire.
Tested a provisioned Verizon SIM and works normally.
I've NOT tested AT&T where I've properly completed the provisioning.
I've NOT tested T-Mobile SIM either provisioned or not-provisioned.
I've NOT tested provisioning over WiFi.
I've NOT tested that WiFi <-> Mobile works
I've NOT tested voice calls, SMS, MMS
...
The current bug is below, but it is poorly named either it should be
renamed or a new bug created.
Bug: 13190133
Change-Id: I0a09f642614cd27a8655e9dae764b8999ce485b8
With netd allowing overlapping rules for uid range rules the interface
name is needed to make sure only the correct rule is removed.
Bug: 12134439
Change-Id: I94f77f154f49ca8d5f6cf49683a4473cc92c3eb7
The value for the TCP initial receive window comes from,
in order,
kernel
/proc/sys/net/ipv4/tcp_default_init_rwnd
init.rc (via properties)
net.tcp.default_init_rwnd
properties
net.tcp.default_init_rwnd
gservices
Settings.Global.TCP_DEFAULT_INIT_RWND
Bug: 12020135
Change-Id: I0e271be19472900fa9f3bab037d53383ec014a9e
SO_BINDTODEVICE is not needed with policy routing.
SO_BINDTODEVICE was also used on the default iface which causes problems
when the default iface is IPv6 only and the socket tries to connect to a
IPv4 address.
Bug: 12940882
Change-Id: I5b2bde0ac5459433fc5749f509072a548532f730
requestRouteToHost will only allow system applications to make routes
exempt from the VPN's routing rules.
If a VPN is currently running and a non-system app requests a route it
will only succeed if that host is currently covered by a VPN exempt
routing rule. Otherwise it will fail.
For example, if a VPN is running and the MMS network is brought online
those routes will be added as VPN exempt. If an application then tries
to request a route to a MMS endpoint it will succeed because the routes
already exist. If an application tries to request a route to a host
covered by the VPN the call will fail.
Bug: 12937545
Change-Id: If7bcec91bbb96c62c8fb69748c975847e6c00b6f
The calling package name will be used to check if an application is a
system application when deciding if a route should be exempt from VPN
routing rules.
Bug: 12937545
Change-Id: I2c09c875fe9bb9685871a0a801ddcbb32fc17405
This may mean that secondary networks have bad network settings,
but currently default settings are overriden by secondary nets
which seems worse.
bug:13211589
Change-Id: I08d56e618208781bf6b21a88663c2b8503a4f226
This may mean that secondary networks have bad network settings,
but currently default settings are overriden by secondary nets
which seems worse.
bug:13211589
Change-Id: I3ef1a17ccde05306d786729c4369a31f78b2ebcf
Also add new API for determining whether the current data network
is active, and thus better scheduling network operations. This
API is designed to not be tied to a mobile network -- regardless
of the network, apps can use it to determine whether they should
initiate activity or wait. On non-mobile networks, it simply always
reports as the network being active.
This changed involved reworking how the idle timers are done so
that we only register an idle timer with the current default
network. This way, we can know whether we currently expect to
get callbacks about the network being active, or should just always
report that it is active. (Ultimately we need to be getting this
radio active data from the radio itself.)
Change-Id: Iaf6cc91a960d7542a70b72f87a7db26d12c4ea8e
