Switch to parsing detailed network stats with native code, which
is 71% faster than ProcFileReader.
Change-Id: I2525aaee74d227ce187ba3a74dd08a2b06514deb
The UI test automation service was not removed from the list of
enabled and installed service where it was explicitly added on
registration. This was leaving the accessibility manager service
in an inconsistent state.
bug:8185435
Change-Id: Ice17cdef361fe98ce34f8dd01ec11dbad6c4d0c2
- Convert double iteration over DisplayContents and WindowLists to
single iteration over AllWindowsIterator.
- Use existing change check in show() and hide() to trigger animation
scheduling rather than propagate change state up through calling tree.
Change-Id: Ic703a9fddebacbd0785bd5a186e95f9d0b128c42
Similar to getActiveNotifications(),
getHistoricalNotifications() returns a list of all
notifications that have been posted, in
reverse-chronological order. It currently includes duplicate
entries for notifications that have been updated (so it
really is tracking every notification that has been posted
to the system).
Change-Id: Icce8d6f96bbe76710c989fd0068ff971c6498605
Rework how the shell user is defined so that it is
associated with an actual apk, instead of being a free
roaming uid with special permissions assigned to it.
This allows us to correctly account for its operations
in app ops.
Implement a special case for the root user in app ops --
it is always allowed, always with the package name "root".
Add various code to take care of cleaning up package state
from app ops -- when packages are uninstalled, and during
boot if any packages currently being stored no longer exist.
Also fix a bug in the activity manager to correctly grant
permissions in all cases when onNewIntent() is being called.
Change-Id: Iae9f6d793ee48b93518c984ad957e46ae4582581
Removing these properties broke video playback as they used
a custom dns resolver. We'll work together to resolve our
resolver issues in the future, but this was the easy fix to
get things working again.
bug:8173236
Change-Id: I687dae59eda4fc449efc34eed11c3dc88a110ad0
1. The accessibility manager service updates its internal state
based on which settings are enabled, what accessibility services
are installed and what features are requested by the enabled
services. It was trying to do the minimal amount of work to
react to contextual changes like these which resulted in missed
cases and complex code. Now there is a single method that reads
the contextual information and single method that reacts to
contextual changes. This makes the code much easier to maintain.
2. The accessibility manager service was not updating its internal
state when requested features from accessibility services change.
It was relying on changing system settings and reacting to the
settings change. This is problematic since the internal state is
not updated atomically which leads to race condition bugs. For
example, if touch exploration is enabled and a service requests
it is disabled, the internal state will not be updated but a
request for a settings change will be made. Now while the settings
change is propagating another request form the same service
comes to enable touch exploration but the system incorrectly
thinks touch exploration is enabled. At the end the feature is
disabled even though it was requested.
3. Fixed a potential NPE if the accessibility input filter's event
handler was nullified between processing two event batches.
4. Fixed a bug where, if magnification is enabled, it does not work
on the settings screen since the magnified bounds are not pushed
from the window manager to the accessibility manager.
Change-Id: Idf629a06480e12f0d88372762df6c024fe0d7856
Restrictions saved as key/value pairs, mostly booleans right now
but might be expanded to other types later.
Save and restore restrictions in the user manager service.
Enforce some of the restrictions at the framework level. Some
are enforced (also) at the app level, such as in Settings.
Change-Id: Id11ffe129cb6a177e094edf79635727388c26f40
Hotplug events say which display they're for and whether the display
was connected or disconnected. Before, this info was ignored, and the
event just triggered a rescan of all displays. If a display was
disconnected and then reconnected quickly, the rescan would treat this
as a no-op or a device property change and wouldn't turn the display
on.
Now the display manager attempts to update its state with the change
the event describes. So a quick disconnect/connect cycle will cause
the display to be turned on since the display manager will have
updated its internal state to reflect the disconnect event, and will
treat the connect event as a new display rather than a device property
change.
Bug: 7491120
Change-Id: Ia83f7c96b7f16f4c1bed2a73e9b56b0bf7ee3984
# By Arun Ravindran
# Via Android Git Automerger (2) and others
* commit 'd080bb07c88ca5ccf99f326789ed472448b50832':
Services: Adding HSPAP info in Android
# By Arun Ravindran
# Via Gerrit Code Review (1) and Shuo Gao (1)
* commit '9434c112d1fef52ade78d7ef818daf981bf63bef':
Services: Adding HSPAP info in Android
Set dns servers for secondary nets and attach the
processes (pids) that are using the secondary nets
to the secondary nets associated dns cache.
bug:5465296
Change-Id: I1eaf92d5c6b81d287e9fb2763b3d972d9de34395
