Add an intent ACTION_REPORT_RADIO_BUG for reporting radio error
Also add new settings for radio error detection
Bug: 113635050
Test: Build pass
Change-Id: I060db9b11776a67ce4da1c3142b2e6cdc23f38cf
Regular ...Manager-s connect to the system server hence there is no
problem establishing a permanent connection via
ServiceManager.getServiceOrThrow.
(1)
PermissionControllerManager connects to an app, hence the binding has to
be dynamic. This is done my using the local RemoteService class.
(2)
...Manager-s are per context. Hence when the context goes away all
service connection started for this service are supposed to also be
cleaned up. There is no callback when the context goes away.
(1) and (2) lead to RemoteService connection to still be bound while the
context goes away which causes a service connection leak.
This change emulates the behavior of regular managers by creating a
permanent RemoteService tied to the application context. Of course
interanlly RemoteService itself binds and unbinds dynamically. Still,
now the RemoteService is not bound to a context that goes away and no
connection is leaked.
Test: atest CtsAppSecurityHostTestCases:android.appsecurity.cts.PermissionsHostTest
(this test failed before as settings was crashing due to leaked
remote service connections)
Change-Id: I5b8a4c62070fcce6e390897d046c4b28998e3952
No need for services to think about unbinding anymore. Now the
AbstractRemoteService counts how many requests are not yet finished and
once the number of unfinished requests drops to zero, schedules an
unbind.
Bug: 117779333
Test: - Started settings which makes many calls to
PermissionControllerManager. Saw the automatic unbind to eventually
happen.
- atest CtsContentCaptureServiceTestCases (with content capture
enabled and with content capture disabled)
- atest CtsAutoFillServiceTestCases (4 tests out of WebViewActivityTest fail without and with this change)
Change-Id: Ief2f3512df5a1c55694c0c6b449079a49089bcde
* changes:
Atom: initPortInfo when receive hotplug from tx for audiosystem device[1/3]
handle manual port switching
Claim Active Source during System Audio Mode init by AVR when the device also has playback type and can't get Active Source.
Switch away from ARC input when ARC is terminated.
Request Active Source when ARC is enabled in ArcInitiationActionFromAvr.
Refactor the Active Source updating logic in CEC devices.
Fix tests failure on com.android.server.hdmi
Making functions visible for testing com.android.server.hdmi
Back out unneeded ag/4808863. Standby has been handled in ag/4881453.
This change adds the names of the home and emergency roles, which will
be used by Settings.
Bug: 110557011
Test: build
Change-Id: I40bb0e021232acff62a32e0bdc24a04ff9ec6ba8
The API is mostly implemented; except for hooking up the listener
and handling an already running bugreport.
BugreportManager is the handle to the new API exposed to apps.
Generating bugreports requires root privileges. To limit the footprint
of the root access, the actual bugreport generation in Dumpstate binary,
is accessed as a oneshot service and dies after it finishes
running.
System server accesses Dumpstate via a binder interface since it does
not have root privileges.
Starting a oneshot service is done via setting a system property, which
needs to be done from system server. BugreportManagerService is the
new system server service that does this. BugreportManager calls into
BugreportManagerService via a binder interface, since the former is in
the app's process.
Both app to system server as well as system server to native service
calls are via implementations of IDumpstate binder interface.
Bug: 111441001
Test: builds. Flashed & verified it boots.
Test: wrote a test client (not included) and verified invoking
startBugreport works.
Change-Id: I4abeb753388c055c36ae0dd916af1ec8d40b7bf0
Merged-In: I4abeb753388c055c36ae0dd916af1ec8d40b7bf0
This implements a minimal contract for the IP Memory Store
feature.
Test: Created new tests for parcelable code. For the rest, created
empty tests, but there is no logic, it's boilerplate day
Bug: 116512211
Change-Id: I15dc6275b370d671385ddfdb058a8b8d39952d6e
In order to support BYOD (Bring your own device) use cases, Android
phones can associate multiple users into a single profile group so
that other system components such as launcher can help users
seamlessly switch user identity without doing a heavy-weight
device-level user switching.
For instance, an Android device can be configured to work for two
different users Alice and Bob, while Alice also has two different
identities: one as her private account and the other for her
work-related account.
Profile group X == Alice:
Parent user X (user id: 0)
for personal account, under her control.
Child user 1 (user id: 10)
for work-related account, partly under system-admin's control.
Profile group Y == Bob:
Parent user Y (user id: 11)
private account, under his control.
The above configuration allows system-level data separation not only
between Alice (user 0) and Bob (user 11) but also between Alice's
personal account (user 0) and Alice's work-related account
(user 10). For instance, Calendar app that runs under user 0 cannot
see any data for other users including user 10.
IME is one of known exceptions in the above design. For instance, when
Alice is using the device, the system launches InputMethodService,
which is the code-level representation of IMEs, only for the user 0
then gives it a special ability to interact with all the applications
that run under the same profile group.
Profile group X == Alice:
IME works as user 0 but interacts with apps that run under
user 0 and 10.
Profile group Y == Bob:
IME works as user 11 and interacts with apps that run under
user 11.
Of course there are non-trivial imprications by sharing the same
instance of InputMethodService across profiles but this was basically
the only option when we initially introduced in Android 5.0 [1]
because of multiple challenges (schedule, complexity, performance
concerns, and so on). To to mitigate the risk, we also introduced APIs
that allow system administrators to whitelist what IMEs can be enabled
for the entire profile [2]. Even with such a whitelist feature, we
have received multiple feature requests to completely separate IME
instances by profile boundaries, like other applications behave.
This is why this CL was authored.
With this CL, a new runtime mode "per-profile IME" is introduced
behind the flag. When the flag is enabled:
* InputMethodManagerService (IMMS) may calls IMMS#switchUserLocked()
from IMMS#startInputOrWindowGainedFocus() every time when a
different profile's IME client gains IME focus.
* SpellCheckerService also enables per-user mode, which has been
temporarily disabled [3].
* DevicePolicyManagerService no longer disable packages that contain
system IMEs when creating a new profile user.
* Following IME APIs start returning result based on the caller's
user (profile) ID.
* InputMethodManager#getInputMethodList()
* InputMethodManager#getEnabledInputMethodList()
* InputMethodManager#getEnabledInputMethodSubtypeList()
There are still multiple known issues though. Hopefully we can address
those issues in subsequent CLs.
* Inline-reply from non-primary profiles is still dispatched to the
main profile's IME because SysUI is always running under main
profile (Bug 120744418). This probably can be addressed by
allowing the IME clients that have INTERACT_ACROSS_USERS_FULL to
specify the target user ID in some @hide parameter.
* IMMS#switchUserLocked() is not yet fully optimized (Bug 28750507).
New client app's UI thread can be blocked more than 100ms,
depending on the number of installed IMEs and the number of IME
subtypes implemented by those IMEs.
* Even after IMMS#switchUserLocked() is fully optimized, IMEs'
cold-startups are known to be slow. One way to optimize this is
keeping binding to those IMEs, but doing so would require 1)
non-trivial amount of code changes and 2) doubles RAM consumption.
* Virtual keyboard settings page for profile users are not yet
available (Bug 120748696).
* Migration from shared-profile IME mode to per-profile IME mode is
not yet supported (Bug 121348796). By default, IME packages will
be automatically disabled when a profile user is created. This
means if the device switches from shared-profile IME mode to
per-profile IME mode, IME packages continue to be disabled hence
the user cannot type anything for those profiles.
Anyway, there should be no behavior change unless the debug flag is
explicitly flipped.
[1]: I3bd87b32aec69c3f8d470c8b29b144f4e849c808
734983fff3
[2]: I921888660d29a5370395db87adf75d4d106660c9
9c9cbac5b71a23ed0dbab0f44cb78a820514cfc6
[3]: Ic046f832f203115106409a53418a5746eb6d4939
3f8c568883
Fix: 120709962
Test: atest CtsInputMethodTestCases CtsInputMethodServiceHostTestCases
Test: Made sure that there is no behavior change if the debug flag is
not set as follows.
1. Install Test DPC
2. Enable managed profile with Test DPC
3. make -j EditTextVariations
4. adb install -r $ANDROID_TARGET_OUT_TESTCASES/EditTextVariations/EditTextVariations.apk
5. Open two EditTextVariations instances in split-screen mode
5.1. One is for the main profile
5.2. The other is for the managed profile
6. Make sure that main profile's instance of AOSP Keyboard is used
for both applications.
7. Make sure that main profile's instance of Android Spell Checker
is used for both applications.
8. adb shell ime list -a -s --user all
-> Only "com.android.inputmethod.latin/.LatinIME" is shown.
9. adb shell dumpsys textservices
-> Only result for user #0 is shown.
Test: Made sure that basic text input can be done with
"per-profile IME" mode enabled as follows.
1. adb root
2. adb shell setprop persist.debug.per_profile_ime 1
3. adb reboot
4. Install Test DPC
5. Enable managed profile with Test DPC
6. make -j EditTextVariations
7. adb install -r $ANDROID_TARGET_OUT_TESTCASES/EditTextVariations/EditTextVariations.apk
8. Open two EditTextVariations instances in split-screen mode
8.1. One is for the main profile
8.2. The other is for the managed profile
9. Make sure that AOSP Keyboard will be re-launched to correspond to
the focused IME client's user profile.
9.1 When EditTextVariations for the main profile is focused,
AOSP Keyboard for the main profile is shown.
9.2 When EditTextVariations for the work profile is focused,
AOSP Keyboard for the work profile is shown.
10. Make sure that different instances of Android Spell Checker are
used based on target application's profile
11. adb shell ime list -a -s --user all
-> "com.android.inputmethod.latin/.LatinIME" is shown for both
user #0 and user #10.
12. adb shell dumpsys textservices
-> Both user #0 and user #10 have results.
Test: atest DevicePolicyManagerTest#testSetPermittedInputMethods_failIfNotProfileOwner
Test: atest com.android.server.devicepolicy.OverlayPackagesProviderTest
Change-Id: Ied99664d3dc61b97c919b220c601f90b29761b96
This change is the main check in for the historical app op feature.
The idea is to store a historical data about past app op rejections,
accesses, and durations per op for any UID state indefinitely.
Keeping all operations on record is not practical as app ops are
very frequently performed. To address this we are storing aggregated
data as snapshots where we store for every UID and its packages
how many times each op was accessed, rejected, lasted as an aggregate.
To allow history scaling indefinitely we are taking a logarithmic
approach with only the most recent state stored in memory and all
preceding state stored on disk. State on disk is stored in separate
files where each preceding file, i.e. for an older period, would
cover X times longer period with X number of snapshots covering
X times longer period. Initially X is ten but can be tweaked. For
example, the first file could contain data for ten days with daily
snapshots, while the file for older period would have data
for a hundred days with snapshots every ten days, etc.
The implementation is optimized for fast history update and no impact
on system runtime performance and minimizing memory footprint. We
are lazily persisting state to disk on a dedicated thread as this is
slow. We are also reading the relevant historical files on a query
as this is very rare as opposed to state updates.
The base snapshot interval, i.e. snapshot time span, in the initial
iteration and the logarithmic step are configurable. These can be
changed dynamically and the history would be rewriten to take this
into account.
Test: atest CtsAppOpsTestCases
bug:111061782
Change-Id: I55c32c79911ba12b2ace58d2a782b8df1e6bff60
