This is accomplished by adding hasIccCard to ITelephony and do
the implemenation in PhoneInterfaceManager.java. Then change
TelephonyManager to use getITelephony().hasIccCard().
Change-Id: I26970fdf92a058502b8156a4f52c14e213217fc6
Expose the presence/absence of IccCards in the system.
This is needed to fix bug 2033811 which needs to show
some SIM menus in the Mms app and Contact apps only if
there is a SIM and on CDMA there is no sims yet.
The current implementation assumes CDMA never has an
IccCard this is true at the moment but needs to change.
Change-Id: I4167368e364623ea68e9b2778556e6d730b1e715
Previously pdu creation was haphazardly done sometimes by the app and
sometimes centrally by the phone process -- specifically the phone
process did creation for multipart texts. This change gets rid of the
previous IPC interface for sending raw pdus to SMSDispatch in the
phone process, and instead makes everything work like multipart
messages worked before, namely the structured data is passed and pdu
encoding done centrally.
The motivation for this was the need to ensure that CDMA message id
numbers were strictly monotonic, including across reboots, which
necessitated central state in the form of a system property, which
could in turn only be modified by the phone process.
Hence, this (in part) addresses issue: http://buganizer/issue?id=2075760
Change-Id: I94ca207b6e657c465e8472534704db8646ee277c
After sending 100 messages, SMSDispatcher always displays dialog to user to
confirm the sending. If the user sends messages too fast then there will be more
than one dialogs waiting for the response, but SMSDisptcher can only handle one.
HSDPA: High-Speed Downlink Packet Access
HSUPA: High-Speend Uplink Packet Access
HSPA: High-Speed Packet Access
Add support for HSDPA/HSUPA/HSPA:
1) extend TelephonyManager.NETWORK_TYPE for HSDPA/HSUPA/HSPA
2) extend ServiceState.RADIO_TECHNOLOGY for HSDPA/HSUPA/HSPA
3) set radioTechnology into ServiceState in GsmServiceStateTracker
4) change the implementation of TelephonyManager.getNetworkType to
solve the competition timing issue between the time of setting
system property and the time of receiving notification through
PhoneStateListener
4.1) add a getNetworkType interface in ITelephony.aidl
5) add icons resources for HSDPA/HSUPA/HSPA
6) make use of HSDPA/HSUPA/HSPA icons in StatusBarPolicy
This patch includes the plus code conversion clean up.
1. change the plus code conversion based on the current and default
number systems retrieved from MCC.
2. for format such as +NANP, replace the '+' with the current IDP (011).
3. comments changes.
The issue is that the plus sign in a dial string is always converted
to the IDP (International Dial Prefix).
This fix implements a plus sign conversion mechanism based on the default
telephone numbering system that the phone is activated and the current telephone
number system that the phone is camped on. Currently, we only support the cases
where the default and current telephone numbering system are NANP.
This method is used by the Phone app to decode ACTION_CALL
Intents, resolving to a real phone number. Because the
columns are changing with the new provider, I added logic
to query using the correct columns for the authority of the
requested Uri.
Merge commit '0da3bdb476086db02a1076780676b21e239c79d6'
* commit '0da3bdb476086db02a1076780676b21e239c79d6':
Fix public API caused due to CDMA changes.
Merge commit 'b307c8945d4bf8d843445f3cc6d727f4e43d90f0'
* commit 'b307c8945d4bf8d843445f3cc6d727f4e43d90f0':
Fix bug 1994955 where PHONE_TYPE_CDMA was 0 and it should be 2 and added RILConstants.NO_PHONE.
This bug originally reported that PHONE_TYPE_CDMA needed to be 2 because
it was public. But as far as I can tell it has never been public and it
is still marked @hide so is not public now. There is a bug in that
PHONE_TYPE_NONE and PHONE_TYPE_CDMA were both 0. But this doesn't
appear to have been a problem because PHONE_TYPE_NONE doesn't looked to be
used anywhere except in TelephonyManagerTest.
Merge commit 'ecbbecf6c535e7f3e1d072d43766a95aa18ee464'
* commit 'ecbbecf6c535e7f3e1d072d43766a95aa18ee464':
Fix swapped gsm/cdma function dispatch, and 7bit text fragmentation.
The NullPointerException in getCallState is caused by the restarting of phone process. getITelephony() was not ready to be used at that moment.
modified: java/android/telephony/TelephonyManager.java
Merge commit '641bb3d8dfd72f57356d39ef00256d6077c9e235'
* commit '641bb3d8dfd72f57356d39ef00256d6077c9e235':
expose (but still hide) sms user data headers
PhoneStateListener events like LISTEN_CALL_STATE_CHANGED,
have privacy information like phone numbers and hence,
need to be protected with a permission. The permission
READ_PHONE_STATE is used for this purpose. Use the permission
trick to ensure backward compatability.
See http://b/issue?id=1751571
Changes the semantics of SmsHeader from containing only opaque data
to exposing occurs-once frequently-used fields together with a list
of opaque fields. Also changes the coding to and from byte array to
be symmetrical, whereas previous encoding had an extra length field.
Cdma SmsMessage -- cleanup of code paths along with adjustments to
match the new header semantics, which should address at least some
of the issues with concatenated messages. See http://b/issue?id=1809759
CellLocation uses TelephonyManager to get the PhoneType.
TelephonyManager uses the system property to get the phoneType,
if the ITelephony interface is not up.
ACCESS_FINE_LOCATION should imply ACCESS_COARSE_LOCATION, so either of these
permissions should be sufficient to allow TelephonyManager.getCellLocation().
Signed-off-by: Mike Lockwood <lockwood@android.com>
