Background scanning (preferred network offload) allows us the
host to sleep while the dongle monitors the presence of any
preferred networks. This allows us for significant power savings
since the system does not have to wake up often to initiate
a scan
Bug: 3453021
Change-Id: I73dcf4e1c9ab4de280c40b6df6147a74ac003123
We were setting ACCELEROMETER_ROTATION to 0 before putting
in the proper USER_ROTATION value, and PhoneWindowManager's
content observer would eagerly rotate the screen to the last
locked orientation before re-rotating to the updated locked
rotation.
Now we set USER_ROTATION first. Additionally, the
content observer is now the only place we set
mUserRotation{,Mode} (previously we would race with it in
setUserRotationMode()).
Bug: 3425657
Change-Id: I04ba1a3631c6d985c2e406c4d148c39fb5c36216
Also added comments and cleaned up synchronization
Change-Id: I92ce1f84f6eeac8d640687506083b96a59fc71b5
Signed-off-by: Mike Lockwood <lockwood@android.com>
Background scanning (preferred network offload) allows us the
host to sleep while the dongle monitors the presence of any
preferred networks. This allows us for significant power savings
since the system does not have to wake up often to initiate
a scan
Bug: 3453021
Change-Id: I7c1dbfd0c3f717df81e4da6091c4c5657c9ec9ca
Thumbnails are now requested separately, so we don't exceed the
IPC buffer size limit.
Also implement issue #3349553: Please provide a hook to intercept
fragment-breadcrumb clicks
And maybe fix issue #3439199: Music Notification does not turn on
when app switching out of Music app
Change-Id: Ie939e78cc8ded07b18112760e053185947549f61
USB accessories are peripherals that connect to android devices as a USB host.
When connected, the accessory will first identify itself to the android device
by sending manufacturer, product, accessory type and version strings
to the device, and then request the device to enter USB accessory mode.
The device will then enable the USB accessory kernel driver and disable
all other USB functionality except possibly adb
(adb can be used while the android device is connected to the PC
and the PC is running software that emulates a USB accessory)
The class android.hardware.UsbAccessory is used to describe the
currently attached USB accessory.
UsbAccessory contains the manufacturer, product, accessory type
and version strings to identify the accessory.
The accessory can be opened as a ParcelFileDescriptor, which can be used
to communicate with the accessory over two bulk endpoints.
The Intents UsbManager.USB_ACCESSORY_ATTACHED and
UsbManager.USB_ACCESSORY_DETACHED are broadcast when accessories are
connected and disconnected to the device. The USB_ACCESSORY_ATTACHED
contains a UsbAccessory object for the attached accessory as an extra.
The Intent also contains string extras for the manufacturer, product,
accessory type and version strings to allow filtering on these strings.
Change-Id: Ie77cbf51814a4aa44a6b1e62673bfe4c6aa81755
Signed-off-by: Mike Lockwood <lockwood@android.com>
@hides the View constant that designates a drag as cross-app, and also
forcibly ignores that flag on the system_server side even if it's passed
to startDrag() as a literal.
Change-Id: I6f321bdf0389db5bb44131fd0f8d6b92f049be52
The previous implementation failed to properly distinguish between
trigger times in the RTC vs the ELAPSED time bases. The pernicious
result of this was that sometimes it would decide to align RTC
alarms based on, say, 0 rather than on the real current time.
This would pull the recurrence into wall-clock alignment, with
serious side effects: in particular, periodic tasks that would hit
external network resources would, because *all* devices would be
pulled into wall-clock alignment, wind up inducing heavy QPS
spikes on the backends.
The new implementation works completely differently. The basic
goal is the same: try to align inexact alarms to "the same" time,
avoiding extra wakeups / radio spinups / etc. The way this is done
is to divide the timeline into 15-minute quanta, and drift the start
time of every inexact alarm onto one of these 15-minute quantum
boundaries. The skew between the RTC and ELAPSED time bases is
taken into effect; RTC alarms are no longer pulled into wall clock
alignment.
Fixes bug 3388961
Change-Id: I2a0460e1f5d0e4036f3402f332b642b557b2fc20
Fixes a race between the onDaemonConnected callback and setting the
mOutputStream in NativeDaemonConnector.
MountService connects to vold using the NativeDaemonConnector.
Throws a “NativeDaemonConnectorException: No output stream!”
when the onDaemonConnected callback in MountService calls the doListCommand.
Change-Id: Ib895bab37f7df680e4362df6366198c0a673c5e9
Since there is no support for hardware GLES acceleration under
emulation, we disable the screen rotation animation when we detect
that we are in the emulator.
Note that ideally, we should only disable it when we detect that
GLES is implemented in software. However, I don't think there is
an easy way to test for this inside of the WindowManagerService.
Change-Id: Ic17719f7d0b14640bacb3b33b7b1a196006982ee
This change improves upon the notification priority API
introduced in change I9e738cc4, allowing privileged clients
to set the priority of a notification when posting it
directly to INotificationManager. StatusBarTest is updated
to test this new feature.
The new LocationController in SystemUI uses this facility to
post a high-priority ongoing notification whenever GPS is in
use (replacing the functionality of the legacy GPS status
bar icon).
Also happens to fix http://b/3325472 (adding a log message
when notifications are dropped because of a missing icon).
Bug: 3412807
Change-Id: I523016ffa53bf979be98ddc4a2deb55a6270c68a
