And you may ask yourself: what is that beautiful icon?
And you may ask yourself: where does that API go to?
And you may ask yourself: is it a resource? is it a Bitmap?
And you may say to yourself: my god, what have I done
(This patch fixes a number of bugs in the initial
implementation, but other than that, it's the same as it
ever was.)
Bug: 18568715
Bug: 21141842
Change-Id: I1d3f9427abd7f0bb57e533fcfac708851ff644b6
Explicitly call out that even if the backend is in an undefined state
(such as no authenticated account, so there is by definition no work
that can be done here), the transport should return TRANSPORT_OK in
response to initializeDevice(). Error returns from that method must
only be used to indicate that the initialize should be *retried*.
Bug 21136957
Change-Id: I41ad115b92c16092b4d931d9c554a44b77945359
Uri provides a stronger guarantee of well-formedness and lets apps do
nice extra things like specifying scheme etc. without twisting any
expectations.
Bug: 20820034
Change-Id: Ia6bbedb74765444920b667d643fb7e1eb6a7292b
And you may ask yourself: what is that beautiful icon?
And you may ask yourself: where does that API go to?
And you may ask yourself: is it a resource? is it a Bitmap?
And you may say to yourself: my god, what have I done
Bug: 18568715
Change-Id: I4377b311c538bd1cf36b3fba22326bae81af40c9
This moves the non-public API classes backing Android Keystore from
android.security to android.security.keystore, a package specially
created for Android Keystore.
Bug: 18088752
Change-Id: Ibf04d6a26c54d310b0501fc5e34f37b1176324ad
The access mock location is no longer a runtime permission. It is a
signature protected one that apps cannot get but the fact they request
it means they want to inject location into the system. Now the user
gets to choose the current mock location app in developer options from
the apps that request the mock location permission. The access to mock
location is no longer guarded by the permisson but from a new app op
which is off by default and the settiings UI sets it to enabled only
for the currently selected mock location app.
bug:21078873
Change-Id: I19e3f9dc7c7de82eab46b30fec1abfbca54a0e59
- The mechanism to stop windows drawing while window animator was
animating was somehow flaky. It relied on the fact that the client
would call relayout() whenever the animating state changed. This is
mostly the case, but not for lockscreen animations. Instead, we now
use a push model, where window manager tells the app that the state
has changed.
- In addition, it only stopped drawing if that window was animating,
but then only resumed drawing after all windows have finished
animating. Now, we do this per window, so we only stop drawing for
windows that are currently animating.
- We resume the top activity now at the very beginning of the
unlocking sequence. This gives the app a chance to draw a frame
before the user sees anything. If it's to slow, then we just use the
outdated framebuffer.
Bug: 19964562
Change-Id: Ifef8abd189a3146d854b81b9b948861e4d38c155
In the original implementation, we would only save the state if the
activity was "!isFinishing()". That was abstracted into a method
that returned whether we should save state. However, the "!" wasn't
removed. D'oh.
Bug: 20860094
Change-Id: I8827cb265f2e7fb911f5d110c56e464aa092bfe7
Use screen on time as timebase for idling out apps
that have been inactive.
Store the time when an app was last active as an additional
package state in UsageStats. Compare it to screenOnTime to decide
if it's inactive.
Exclude device idle whitelist from apps that can go inactive.
Bug: 20066058
Change-Id: I709f9f31a9affa7ca6e1ae3e4c5729c5fb221669
We now maintain a mata-state with each permission in the form of flags
specyfying the policy for this permission. This enables support of the
following use cases:
1. The user denies a permission with prejudice in which case an app cannot
request the permission at runtime. If an app requests such a permssion
it gets a denial unless the user grants the permission from settings.
2. A legacy app with disabled app-ops being upgraded to support runtime
permissions. The disabled app ops are converted to permission revocations.
The app ops manager is a part of the activity manger which sits on top
of the package manager, hence the latter cannot have a dependency on the
former. To avoid this the package installer which is the global
permission managment authority marks the permission as revoked on
upgrade and the package manager revokes it on upgrade.
3. A device policy fixing a permission in a granted or revoked state. This
additional information is folded in the meta-state flags and neither
apps can request such permissions if revoked not the user can change
the permission state in the UI.
Change-Id: I443e8a7bb94bfcb4ff6003d158e1408c26149811
When in device idle mode, we now prevent most apps
from being able to hold partial wake locks. The
device idle controller now pushes its white list of
app uids into the power manager, so it can apply this
policy correctly to only apps that are not whitelisted.
The implementation adds a new "disabled" flag to a wake
lock which is set when we want to apply this policy. When
set, we ensure that we tell battery stats that the wake lock
is not being held and ignore that wake lock when computing
the power state summary.
Also add new SDK APIs to schedule alarms that are allowed
to execute while in idle mode.
Finally add new dumpsys commands to the device idle controller
to completely disable and re-enable its operation, to use
for testing.
Change-Id: I1f16672c6ac06d03bb538f9854d5843db9aa6f27
Allow admins in managed profiles disable trust related
keyguard features (trust agents and finger prints) for the
parent user.
Allow admins in managed profiles to control whether notifications
from the profile are redacted on the keyguard.
Bug: 18581512
Change-Id: Ic2323671f63781630206cc2efcc8e27ee58c38e6
