Previously I was calling setIsConnectedToProvisioningNetwork(false) always,
but all MDST's receive every broadcast. Thus we could over write an MDST's
mNetworkInfo.mIsConnectedToProvisioningNetwork to false, unless the MDST
that was set to true was last, i.e the code was order dependent.
If the provisioning networks value was false instead of true
when handleMobileProvisioningAction was called we wouldn't invoke
mdst.enableMobileProvisioning because network info would be null.
Thus the provisioning network would never transition to CONNECTED and
a default route wouldn't get setup and the browser couldn't access the
website.
Now setIsConnectedToProvisioningNetwork is only set to false when the
apnType matches and we won't indiscriminately change it and are not
order dependent.
Bug: 10853805
Change-Id: I68a4f9bdf5dc18d90f4cdef7a60811f57be67261
I'd changed DetailedState to force ConnectivityService to treat
provisioning apn's specially. In particular so that they wouldn't
be identified they were fully connected until the provisioning
actually started. The problem is that DetailedState is a public enum
that has a CTS test and just changing the CTS to allow for the new
state (CONNECTED_TO_PROVISIONING_NETWORK) was inappropriate.
Instead I've added a new mIsConnectedToProvisioningNetwork variable
and used the DetailedState.SUSPENDED as the intermediate state.
Bug: 10620248
Change-Id: Id4a842398cad67455541ce629959351c27d83639
When a sim is new or it has expired it needs to be provisioned
with the carrier. Basically provisioning is associating a sim with
a user account. When a sim isn't provisioned then operators will
restrict access to the network and only allow certain addresses
or services to be used.
This set of changes allows two types of provisioning networks to be
recognized. The first is a network that causes all DNS lookups to be
redirected to a different address than was intended. This is exemplified
by how T-Mobile works.
The second technique uses a special apn for provisioning. An example is
AT&T where lwaactivate is the provisioning apn and broadband is the
normal apn. We first try broadband and if we are unable to connect we
try lwaactivate. When we see the activate we identify it as special and
the ApnContext.isProvisioningApn will return true.
In the future our plan is to create a new network type that can be added
to the apn list, but for now it identified by name.
Here is a list of significant changes:
- CaptivePortalTracker now only test WiFi networks instead of all networks
- checkMobileProvisioning checks for provisioning networks and doesn't
try to ping.
- IConnectivityManager.aidl changes:
* getProvisioningOrActiveNetworkInfo was added to and used by Manage
mobile plan in WirelessSettings so even when there is no active
network it will still allow provisioning. Otherwise it would report
no internet connection.
* setSignInErrorNotificationVisible is used by both
CaptiviePortalTracker and checkMobileProvisioning so they use the
same code for the notifications.
* checkMobileProvisioning was simplified to have only a timeout as
returning the result is now harder as we abort simultaneous call
otherwise we'd could get into loops because we now check every time
we connect to mobile.
- Enhanced MDST to handle the provisioning network.
- Added CONNECTED_TO_PROVISIONING_NETWORK to NetworkInfo to make a new
state so we don't announce to the world we're connected.
- TelephonyIntents.ACTION_DATA_CONNECTION_CONNECTED_TO_PROVISIONING_APN
is sent by the low level data connection code to notify Connectivity
Service that a provisioning apn has connected. This allows CS to
handle the connection differently than a normal connection.
Bug: 10328264
Change-Id: I3925004011bb1243793c4c1b963d923dc2b00cb5
When the system becomes loaded the PhoneApp can be delayed
significantly and a call to setEnableFailFastMobileData may not
occur because the channel between the MobileDataStateTracker (MDST)
and DcTracker (DCT) is not connected.
Solution: Add a isReady to MDST and isMobileDataStateTrackerReady to
ConnectivityService and call it from isMobileOk.
Bug: 10351868
Change-Id: I92f9d58121b88186b636cd71c2fd2ef9a28f7cf6
Instead of local instance of the default HostnameVerifier, use it
directly from HttpsURLConnection. This avoids class preloading creating
an instance of it before it's necessary.
(cherry picked from commit 928ee1e48f)
Bug: 9984058
Change-Id: I79d8a934bfc390e4cd503fd592e21bc4e5446a7d
When captive portal checking completes pass back the result.
This is used to enable/disable failing fast for mobile. When
failing fast is enabled we don't check for data stalls and thus
won't be continually trying to do recovery operations, such as
restarting the radio.
Bug: 9462512
Change-Id: I0dea0eee519f8ee7f94e79d40e82c18f30d7fe2e
On a AT&T warm SIM a socket is not possible so a timeout occurs.
In CheckMp a timing out on a socket is declared as a "warm" sim,
make CaptivePortalTracker the same.
Bug: 10038362
Change-Id: Icb9fb0a1b67704dc9adf6a6348a3781fb9582a89
After detecting there is a captive portal the url used in the
notification for mobile networks should be updateable via gservices.
These urls will be the same as used by CheckMp and is needed for
carriers that have specific provisioning urls such as AT&T and Verizon.
Bug: 9622647
Change-Id: Idcf4dabc72ece1dbbe1d5e5a21e550dd06fe16c7
When encountering corrupt stats, throw as IOException to allow
recovery at a higher level.
Bug: 9794832
Change-Id: I38d000b3bd8a4c99389c40a87ee0699efb6e9049
This adds the ability to use Application-Layer Protocol Negotiation
(ALPN) through the SSLCertificateSocketFactory. ALPN is essentially
like Next Protocol Negotiation (NPN) but negotiation is done in the
clear. This allows the use of other protocols on the same port (e.g.,
SPDY instead of HTTP on port 80).
Change-Id: Ie62926b455e252c4c98670bbbecc1eb5c6f13990
The NsdManager init was thinking it was done before the AsyncChannel
was fully setup and if the setup were slow and the app fast, the app
could make calls to the NsdManager that it wasn't ready for.
bug:8545006
Change-Id: I2cb2a7c0a1c7f3d2b81ac0f66d37346e6d2d720d
