Radio state reflects the state of the modem. SIM_READY, RUIM_READY,
NV_READY are subscription states and it is possible that the new cards
have multiple subscriptions. Remove the SIM states from Radio State and
introduce a new VOICE_RADIO_TECH message to identify the exact voice
technology. SIM states will continue to be identified from the
SIM_STATUS messages.
Change-Id: Ia67d54f43b6c3340d9cf5c27fcb6f7ef49ef4d40
Bug: 5738552
If value has ringer set to VIBRATE_OFF, we need to update it to the
now default, as VIBRATE_OFF is inconsistent with the new UI controls.
Make sure notification vibrate setting follows ringer vibrate setting.
Change-Id: I0f15a3d1ea8502d542e3178f732cc2503104458f
The URl from which to inject a screen-reader for WebView accessiblity support should be
configurable because: 1) The accessibility engineering team should be able to point
devices to a staging build of the screen-reader; 2) We would like to be able to change
this URL via the Google services mechanism.
bug:5718543
Change-Id: I3d4d343f1c93e0e0173f04b2912949fe8a3566b9
3-state item to toggle between Silent/Vibrate/Ringer in long-press power menu.
No volume dialog on lockscreen, unless Power menu is up.
Set VIBRATE_IN_SILENT=1 when upgrading device.
Change-Id: I097d216f96c4abdbd83420e0c477106951b3607d
New API to let you build an Intent whose base configuration is correct,
but has an additional "selector" to pick out the specific app that you
would like launched.
Change-Id: Ide9db6dc60e2844b7696cfe09b28337fe7dd63db
By default we do not speak passwords if the user has no headset. However,
many users find this too restrictive and would like a way to enable
password announcement. While we cannot speak the passwords all the time
,to avoid leaking them, we expose a preference so each user can choose
the option that best works for him/her.
bug:5712607
Change-Id: I6eb0c40834abe5297f7dc74be02d180a5bef0174
Improved quick launch bookmarks to support category-based shortcuts
instead of hardcoding package and class names for all apps.
Added a set of Intent categories for typical applications on the
platform.
Added support for some of the HID application launch usages to
reduce reliance on quick launch for special purpose keys. Some
keyboard vendors have hardcoded launch keys that synthesize
"Search + X" type key combos. The goal is to encourage them
to stop doing this by implementing more of HID.
Bug: 5674723
Change-Id: I79f1147c65a208efc3f67228c9f0fa5cd050c593
Copy the value of AUTO_TIME to AUTO_TIME_ZONE.
Don't upgrade screen timeout and auto brightness.
Bug: 5607851, 5217460
Also fix the default for vibrate mode. Bug: 5553900
Change-Id: I1b8d5215d55953f2b686e77bf55fd07110a08b8d
This reverts commit 03da2f00aac04e6565a02cf5a9bf6bb1ec926930.
Committer: Tom Taylor <tomtaylor@google.com>
On branch revertsetting
Changes to be committed:
(use "git reset HEAD <file>..." to unstage)
modified: api/current.txt
modified: core/java/android/provider/Settings.java
modified: core/java/android/provider/Telephony.java
modified: packages/SettingsProvider/res/values/defaults.xml
modified: packages/SettingsProvider/src/com/android/providers/settings/DatabaseHelper.java
We've decided not to disable messaging notifications with a secure setting.
Instead, all the work will be done within the messaging app itself.
Change-Id: Icde6894e76da1007b6026c8ec7dc56e488453c06
Bug 5552615
We're adding a new intent to allow 3rd party apps to disable
the Messaging app's notification. We want any app to be able to query
the setting of whether sms notifications are on or off, but only allow
system apps, particularly the Messaging app, to change that setting.
Other apps can change the setting by firing off an intent which brings
up a dialog activity in the Messaging app that'll let them turn off
Messaging notifications.
Change-Id: I4d2721191b86010efb383a24c28d911496440657
Settings were restore in alphabetical order and capturing dependency
among them required keys to be chosen in such a way that after sorting
they apprear in dependency order. Now settings are exported and restored
in the order they are declared in the arrays of settings to backup.
Hence, the order in this array will capture the dependency order.
bug:5343351
Change-Id: I93a40bcdd194943cd6f85aa18f1557d546e38274
A core app is one that has coreApp="true" in its manifest tag.
The system can successfully boot (though a little painfully) with
only framework-res.apk, SettingsProvider.apk, SystemUI.apk,
DefaultContainerService.apk, and Launcher2.apk set as core apps.
Currently this boot mode is always turned off.
Change-Id: Ieaa4a8031c2c391a12996aa8d8b1d65fc2b09d6b
This reverts an earlier change that reset the system sound defaults even
for upgrades.
Bug: 5114198
Change-Id: Ide0afbd26080ba87d177cedfa9b1d50352857a00
Combined volume panel only in tablets. On phones show active volume.
Added dummy assets for ring+notification icon.
Deprecated the NOTIFICATION_USES_RING_VOLUME. Now they are always
tied together. Audio manager changes still required to ensure that.
Initialize all feedback sounds to true.
Change-Id: I3ad7890c9be9334eedb5f3b709a4b6995fe24638
If the user has supplied a backup password in Settings, that password
is validated during the full backup process and is used as an encryption
key for encoding the backed-up data itself. This is the fundamental
mechanism whereby users can secure their data even against malicious
parties getting physical unlocked access to their device.
Technically the user-supplied password is not used as the encryption
key for the backed-up data itself. What is actually done is that a
random key is generated to use as the raw encryption key. THAT key,
in turn, is encrypted with the user-supplied password (after random
salting and key expansion with PBKDF2). The encrypted master key
and a checksum are stored in the backup header. At restore time,
the user supplies their password, which allows the system to decrypt
the master key, which in turn allows the decryption of the backup
data itself.
The checksum is part of the archive in order to permit validation
of the user-supplied password. The checksum is the result of running
the user-supplied password through PBKDF2 with a randomly selected
salt. At restore time, the proposed password is run through PBKDF2
with the salt described by the archive header. If the result does
not match the archive's stated checksum, then the user has supplied
the wrong decryption password.
Also, suppress backup consideration for a few packages whose
data is either nonexistent or inapplicable across devices or
factory reset operations.
Bug 4901637
Change-Id: Id0cc9d0fdfc046602b129f273d48e23b7a14df36
1. Update the database creation/upgrade code to take care of the new setting
to enable touch exploration.
2. Made the tocuh exploration settings persistent to the cloud.
Change-Id: Ie24e9184b4a21869432d11d207cb6464fadbac3b
Implemented different silent mode behaviors for tablets and phones.
The behavior inherited from Honeycomb was for tablets only and
was muting music in silent mode.
Change-Id: Ib053e7b70ca02190debc87648ab8a163f9d39577
New methods for full backup/restore have been added to BackupAgent
(still hidden): onFullBackup() and onRestoreFile(). The former is the
entry point for a full app backup to adb/socket/etc: the app then writes
all of its files, entire, to the output. During restore, the latter
new callback is invoked, once for each file being restored.
The full backup/restore interface does not use the previously-defined
BackupDataInput / BackupDataOutput classes, because those classes
provide an API designed for incremental key/value data structuring.
Instead, a new FullBackupDataOutput class has been introduced, through
which we restrict apps' abilities to write data during a full backup
operation to *only* writing entire on-disk files via a new BackupAgent
method called fullBackupFile().
"FullBackupAgent" exists now solely as a concrete shell class that
can be instantiated in the case of apps that do not have their own
BackupAgent implementations.
Along with the API change, responsibility for backing up the .apk
file and OBB container has been moved into the framework rather than
have the application side of the transaction do it.
Change-Id: I12849b06b1a6e4c44d080587c1e9828a52b70dae
Usage: adb restore [tarfilename]
Restores app data [and installs the apps if necessary from the backup
file] captured in a previous invocation of 'adb backup'. The user
must explicitly acknowledge the action on-device before it is allowed
to proceed; this prevents any "invisible" pushes of content from the
host to the device.
Known issues:
* The settings databases and wallpaper are saved/restored, but lots
of other system state is not yet captured in the full backup. This
means that for practical purposes this is usable for 3rd party
apps at present but not for full-system cloning/imaging.
Change-Id: I0c748b645845e7c9178e30bf142857861a64efd3
This is the basic infrastructure for pulling a full(*) backup of the
device's data over an adb(**) connection to the local device. The
basic process consists of these interacting pieces:
1. The framework's BackupManagerService, which coordinates the
collection of app data and routing to the destination.
2. A new framework-provided BackupAgent implementation called
FullBackupAgent, which is instantiated in the target applications'
processes in turn, and knows how to emit a datastream that contains
all of the app's saved data files.
3. A new shell-level program called "bu" that is used to bridge from
adb to the framework's Backup Manager.
4. adb itself, which now knows how to use 'bu' to kick off a backup
operation and pull the resulting data stream to the desktop host.
5. A system-provided application that verifies with the user that
an attempted backup/restore operation is in fact expected and to
be allowed.
The full agent implementation is not used during normal operation of
the delta-based app-customized remote backup process. Instead it's
used during user-confirmed *full* backup of applications and all their
data to a local destination, e.g. via the adb connection.
The output format is 'tar'. This makes it very easy for the end
user to examine the resulting dataset, e.g. for purpose of extracting
files for debug purposes; as well as making it easy to contemplate
adding things like a direct gzip stage to the data pipeline during
backup/restore. It also makes it convenient to construct and maintain
synthetic backup datasets for testing purposes.
Within the tar format, certain artificial conventions are used.
All files are stored within top-level directories according to
their semantic origin:
apps/pkgname/a/ : Application .apk file itself
apps/pkgname/obb/: The application's associated .obb containers
apps/pkgname/f/ : The subtree rooted at the getFilesDir() location
apps/pkgname/db/ : The subtree rooted at the getDatabasePath() parent
apps/pkgname/sp/ : The subtree rooted at the getSharedPrefsFile() parent
apps/pkgname/r/ : Files stored relative to the root of the app's file tree
apps/pkgname/c/ : Reserved for the app's getCacheDir() tree; not stored.
For each package, the first entry in the tar stream is a file called
"_manifest", nominally rooted at apps/pkgname. This file contains some
metadata about the package whose data is stored in the archive.
The contents of shared storage can optionally be included in the tar
stream. It is placed in the synthetic location:
shared/...
uid/gid are ignored; app uids are assigned at install time, and the
app's data is handled from within its own execution environment, so
will automatically have the app's correct uid.
Forward-locked .apk files are never backed up. System-partition
.apk files are not backed up unless they have been overridden by a
post-factory upgrade, in which case the current .apk *is* backed up --
i.e. the .apk that matches the on-disk data. The manifest preceding
each application's portion of the tar stream provides version numbers
and signature blocks for version checking, as well as an indication
of whether the restore logic should expect to install the .apk before
extracting the data.
System packages can designate their own full backup agents. This is
to manage things like the settings provider which (a) cannot be shut
down on the fly in order to do a clean snapshot of their file trees,
and (b) manage data that is not only irrelevant but actively hostile
to non-identical devices -- CDMA telephony settings would seriously
mess up a GSM device if emplaced there blind, for example.
When a full backup or restore is initiated from adb, the system will
present a confirmation UI that the user must explicitly respond to
within a short [~ 30 seconds] timeout. This is to avoid the
possibility of malicious desktop-side software secretly grabbing a copy
of all the user's data for nefarious purposes.
(*) The backup is not strictly a full mirror. In particular, the
settings database is not cloned; it is handled the same way that
it is in cloud backup/restore. This is because some settings
are actively destructive if cloned onto a different (or
especially a different-model) device: telephony settings and
AndroidID are good examples of this.
(**) On the framework side it doesn't care that it's adb; it just
sends the tar stream to a file descriptor. This can easily be
retargeted around whatever transport we might decide to use
in the future.
KNOWN ISSUES:
* the security UI is desperately ugly; no proper designs have yet
been done for it
* restore is not yet implemented
* shared storage backup is not yet implemented
* symlinks aren't yet handled, though some infrastructure for
dealing with them has been put in place.
Change-Id: Ia8347611e23b398af36ea22c36dff0a276b1ce91
