This adds a new service, fingerprintd, that manages fingerprint
hardware from a separate process. It provides a binder interface that
FingerprintManager uses to talk to the fingerprint HAL.
Change-Id: I84d8e407c1f1a7d1a396e246c382459ad38810ae
- Adds an AIDL interface to allow the proxy camera service
running in system server to accept RPCs from the camera
service running in mediaserver.
- Request an update to the valid user set from the proxy
camera service when mediaserver restarts to initialize
properly + avoid DOS after a crash.
Bug: 21267484
Change-Id: Ib821582794ddd1e3574b5dc6c79f7cb197b57f10
To follow the correct semantics for when restricts due to
device idle can be applied, power manager need to know about
uid process states like net policy so that it can allow
wake locks from apps that are in the foreground.
Since this is being added to a second place, I reworked things
so that the activity manager now keeps track of per-uid process
states and allows apps to register to listen to those, rather
than having to track lower-level process states and transform
them into an overall uid state. Both net policy and power
manager use this new facility.
Change-Id: I77359164c40d0f36fe1ef296dd9f9c3062431148
Knowledge of the various modes of a display is now available to apps, and they can request a specific mode for their windows.
b/18241736
Change-Id: I8eb16ff713e878512faca3ca6662254f08a9be7f
(cherry picked from commit 5c7773d86484aac5737667c604bd8fe8150c2136)
Make SystemUpdatePolicy Parcelable; hide public constructor and
expose static builder methods.
Bug: 20820025
Change-Id: I594ba3c7e5514551134ba6c866b24498b66506bf
This CL has broken all builds on mnc-dev.
Reverting until Jeff can take a look at it.
This reverts commit 2e5a2051de54e64612e1357d4534c7ec851aa508.
Change-Id: Ib9b3569bfebdc7bbfbcb7aee82733b93736c5bb5
The whitelist is now maintained by DeviceIdleController,
which is moving out into its own independent system service.
Network stats now queries it for the whitelist, instead of
collecting that itself.
Also did a few improvements in alarm manager -- made the
code for moving alarms out of the pending list more robust,
and fixed the debug output to always print the contents of
the pending list even if we aren't in a pending state. (That
would have helped me identify the problem much earlier.)
Change-Id: I0f7119d4c553c3af4d77b2f71246fa6e2c13c561
UICC privileged carrier apps will extend CarrierConfigService to provide
carrier-specific configuration. Apps/services will use
CarrierConfigManager to read the current configuration.
CarrierConfigManager also defines the set of configuration variables and
their default values.
Bug: b/19483786
Change-Id: I027211b43276afd6fe893ae50048c52f2aed5cf5
- Allow apps to read and modify notification policy (currently
which items are prioritized in "priority only" mode), but only
after they've been granted access by noman.
- Access to read/modify notification policy requires a token provided
by noman. Enabled notification listeners are automatically given
tokens (new getter on NLS), but any other app can also request them.
- Currently, all requests are granted.
- Also add a new change intent when the public policy changes.
Bug: 18541928
Change-Id: I482d1c39852d0d961931515e0f0e059a8faee4ed
Previously we had to wait for systemReady before setting the brightness
due to the order in which the display power controller was initialized.
Unfortunately it could take us a rather long time to reach that stage,
particularly after an OTA where the screen would remain at maximum
brightness for minutes while "Optimizing Apps".
This change moves the brightness backlight setting code deeper
into the display manager which has a couple of nice side-benefits
in that it now becomes much easier to coordinate display power mode
changes with display backlight changes. So this change also resolves
some issued with changing the backlight while in DOZE_SUSPEND and
ensuring that backlight changes generally end up being performed
before executing a power mode change except in the case where the
display needs to come out of suspend first. (So now the backlight
will be set before entering DOZE from the ON state.)
Deleted some dead code in LightService which was in the way.
Bug: 19029490
Change-Id: I494b5223e676248daf2ff8be3ec338845977f73c
- When starting a voice interaction session from SysUI, a callback
can be passed to know when voice interaction has successfully started
- Add a new window type for the voice interaction starting window,
which resides behind the voice interaction layer.
- SystemUI now also inspects the voice interaction service to get the
logo asset for the starting window.
- Make VoiceInteractionSession window fullscreen, to accomodate for
the visuals.
Change-Id: If8c3c445e8b39841f48e8d153e6d1ba81e447286
More S's for More Speed
Split JankTracker's backing data from the
class to allow for data relocation to/from ashmem regions
Pack the jank tracking data to fit in 256 bytes
Change-Id: Ife86a64b71a328fbd0c8075fe6a0404e081f725b
New flag you pass in to startSession() to say you want it,
new callback on VoiceInteractionSession to receive it.
Change-Id: I61fdcfdee41a60d46036a2ef16681a9b4181115a
Also add API for voice interaction service to control
whether the system should hold a wake lock while it is
working with an activity (and actually *do* hold a wake
lock while doing so, duh!).
And while in there, clean up the launching wake lock to
correctly give blame to the app that is launching.
Change-Id: I7cc4d566b80f59fe0a9ac51ae9bbb7188a01f433
Optimize parceling of AssistData (which is now renamed to
AssistStructure) by pooling duplicated class name strings.
Change text associated with a view node to a CharSequence,
so styling information comes along.
Include global text attributes -- size, colors, etc.
Introduce a new AssistContent structure, which allows us
to propagate information about the intent and data the
activity is looking at. This further allows us to propagate
permission grants, so the assistant can dig in to that data.
The default implementation propagates the base intent of an
activity, so if for example you bring up the assistant while
doing a share the assistant itself has the same information
and access that was given to the share activity (so it could
for example share it in another way if it wanted to).
Did some optimization of loading PersistableBundle from xml,
to avoid duplicating hash maps and such.
Changed how we dispatch ACTION_ASSIST to no longer include
the more detailed AssistStructure (and new AssistContent)
data when launching; now the example code that intercepts
that needs to be sure to ask for assist data when it starts
its session. This is more like it will finally be, and allows
us to get to the UI more quickly.
Change-Id: I88420a55761bf48d34ce3013e81bd96a0e087637
A ChooserTargetService can be implemented by apps that wish to offer
additional deep-link targets for the system intent chooser to in turn
offer to the user. This allows apps to create contextually relevant
shortcuts for UI flows that would otherwise require several steps of
explicit disambiguation. For example, a chat app might offer one-touch
access to recent conversations when sharing a photo to it from
elsewhere.
The chooser implementation must limit the number of
ChooserTargetServices it elects to query in order to respect available
system resources. Only the system chooser is permitted to bind to a
ChooserTargetService.
Change-Id: Ia7e075ee649c51cf2035f20aee166c5a27d91aeb
To implement a virtual MIDI device, include a subclass of MidiDeviceService in
your application. This service is identified by an intent filter and meta-data
in the application's manifest to allow the MIDI manager to register the virtual device
without actually running the application. Instead, the application's MidiDeviceService
subclass is started on demand when MIDI manager clients want to open the device.
Here is an example of how the MidiDeviceService might be described in the application manifest:
<service android:name="VirtualDeviceService">
<intent-filter>
<action android:name="android.media.midi.MidiDeviceService" />
</intent-filter>
<meta-data android:name="android.media.midi.MidiDeviceService"
android:resource="@xml/device_info" />
</service>
and the device_info.xml meta-data:
<devices>
<device manufacturer="Sample Manufacturer" model="Sample Model" private="false">
<input-port name="my input port" />
<output-port name="my output port" />
</device>
</devices>
(note that the <input-port> and <output-port> names are not currently used, but support for these
will be added in a subsequent change)
Client's of the virtual device will bind directly to the hosting application's MidiDeviceService subclass.
To support this, MidiManager.openDevice() now returns the MidiDevice asynchronously via a callback.
This change also adds a utility class called MidiDispatcher, which is a MidiReceiver
that dispatches all data it receives to a list of other MidiReceivers.
We now use this internally in MidiInputPort and MidiDeviceServer, but developers
may use it for other purposes as well.
Change-Id: Ic3009f06d56f3d5edbd87de3f0c330b51a1c217d
