This CL adds the concept of 'provisioned' to the backup manager. No backups
will be scheduled until the user has indicated that backups are to be enabled
*and* has clicked all the way through the setup wizard.
When the user first turns on the backup system, the delay before the initial
backup pass is different from the periodic backup interval. Currently that
initial delay is 12 hours. The intent here is to guess at a less-active time
for performing that first backup pass.
NOTE: currently the backup service defaults to 'provisioned'. Once the real
code goes live in Setup Wizard, this will be changed to default to
not-provisioned until the user has confirmed all the relevant UI.
is OK, because existing app will have the old value compiled in
as a literal, and so will continue to (not) work in the same
way as before. Add code to media key generator to give a leading
ascii \001 the special meaning of "sort first".
This backs up the basic system and secure settings. THe restoration doesn't
take effect immediately. You many need to restart the runtime to see all
restored values take effect.
The system now keeps a tag of the last version (just an arbitrary string)
that the setup wizard was run for. If this is different than the current
one in the setup wizard, then setup is launched at boot.
This introduces a new intent action for the part of the setup wizard that
gets run for an ungrade, which the system uses to find its current version
tag for comparing against what was last stored. It is up to the launched
setup activity update the stored setting to reflect its current value,
once it is happy.
This changes the backup service to use the settings provider instead
of system properties, correspondingly making it off by default and
allowing specific devices to define the transport. Also tweaks
the permission checks to use the permission symbol instead of raw
strings.
This requires some corresponding changes in the vendor projects.
These changes are the frameworks/base portion of CDMA UI changes.
Five settings are added:
- In-call DTMF type (burst or long)
- Emergency tone type
- CDMA auto-retry
- Hearing Aid Compatibility (on/off)
- TTY mode
* adding compatibility menu
* backup gravity
* set expanable=true if the screen size is hvga * density.
* added "supports any density" mode. I'll add sdk check later.
* disallow to catch orientation change event if the app is not expandable. This
was causing layout problem under non-expandable mode. I discussed this with Mike C
and we agreed to do this approach for now. We'll revisit if this causes problem to
a lot of applications.
(in a follow-on change). This setting, to be respected by global search, and which
I will also file a bug to the browser to respect, determines whether live web
suggestions will be shown to the user as they type. For privacy reasons, this
could be considered undesirable, as partial queries can then be sent to the user's
chosen search engine, so a setting was required.
- Use ordered broadcast to allow receivers to set a result code.
- Ack SMS with result code.
- New RIL command to report memory status.
- Fixed a typo in a Gservices setting.
- Merge in CL 137895 (hold a wake lock while broadcasting SMS_RECEIVED).
CellLocation uses TelephonyManager to get the PhoneType.
TelephonyManager uses the system property to get the phoneType,
if the ITelephony interface is not up.
The previous implementation used a database for storing all of its state, which could cause
a significant amount of IO activity as its tables were updated through the stages of a sync.
This new implementation replaces that in-memory data structures, with hand-written code
for writing them to persistent storage.
There are now 4 files associated with this class, holding various pieces of its state that
should be consistent. These are everything from a main XML file of account information that
must always be retained, to a binary file of per-day statistics that can be thrown away at
any time. Writes of these files as scheduled at various times based on their importance of
the frequency at which they change.
Because the database no longer exists, there needs to be a new explicit interface for
interacting with the sync manager database. This is provided by new APIs on IContentService,
with a hidden method on ContentResolver to retrieve the IContentService so that various
system entities can use it. Other changes in other projects are required to update to the
new API.
The goal here is to have as little an impact on the code and functionality outside of
SyncStorageEngine, though due to the necessary change in API it is still somewhat extensive.
