The forward lock utilities will need to be called from
DefaultContainerService for ASEC packages in the future. Move them to
PackageHelper to aid in the transition.
Also move the public resource copying to the FileInstallArgs step which
makes a little bit more sense.
Change-Id: I3a62ac817719db3ee1c89c106a551dcbe9c44744
NFC was not disabled/deinitialized when phone shutdown. This patch
add NFC disable on phone shutdown which can complete any pending
NFC transaction before phone shutdown.
Change-Id: Id1e604be7c34adec8623a1e526d8ff99e18bf74b
Bug 6366482
The animation engine now notifies onAnimationStart() and
onAnimationEnd() even when it does no action. This CL prevents
the setVisiblity call from causing an infinite loop of triggering
animation notifications.
Change-Id: I009217a42debf1a1495da222199ca8f599fa7bcf
Action bar tabs now stack in portrait mode on all screen sizes rather
than display embedded. This only affects apps with a targetSdkVersion
of JB or greater, as older apps may not be prepared for the different
measurement of the bar or have an appropriate stacked bar background
drawable.
Stacked action bar tabs now have a width limit. This prevents
super-wide tabs that can span the whole screen. The cluster of tabs
is centered if it does not span the full width.
Add ActionBarPolicy to give a single point to query for various action
bar measurements and behaviors that vary with configuration.
Change-Id: I01162ca009c14f6f0e712fc906b9db6382c738cd
Usefulness: Keep track of the current user location in the screen when
traversing the it. Enabling structural and directional
navigation over all elements on the screen. This enables
blind users that know the application layout to efficiently
locate desired elements as opposed to try touch exploring the
region where the the element should be - very tedious.
Rationale: There are two ways to implement accessibility focus One is
to let accessibility services keep track of it since they
have access to the screen content, and another to let the view
hierarchy keep track of it. While the first approach would
require almost no work on our part it poses several challenges
which make it a sub-optimal choice. Having the accessibility focus
in the accessibility service would require that service to scrape
the window content every time it changes to sync the view tree
state and the accessibility focus location. Pretty much the service
will have to keep an off screen model of the screen content. This
could be quite challenging to get right and would incur performance
cost for the multiple IPCs to repeatedly fetch the screen content.
Further, keeping virtual accessibility focus (i.e. in the service)
would require sync of the input and accessibility focus. This could
be challenging to implement right as well. Also, having an unlimited
number of accessibility services we cannot guarantee that they will
have a proper implementation, if any, to allow users to perform structural
navigation of the screen content. Assuming two accessibility
services implement structural navigation via accessibility focus,
there is not guarantee that they will behave similarly by default,
i.e. provide some standard way to navigate the screen content.
Also feedback from experienced accessibility researchers, specifically
T.V Raman, provides evidence that having virtual accessibility focus
creates many issues and it is very hard to get right.
Therefore, keeping accessibility focus in the system will avoid
keeping an off-screen model in accessibility services, it will always
be in sync with the state of the view hierarchy and the input focus.
Also this will allow having a default behavior for traversing the
screen via this accessibility focus that is consistent in all
accessibility services. We provide accessibility services with APIs to
override this behavior but all of them will perform screen traversal
in a consistent way by default.
Behavior: If accessibility is enabled the accessibility focus is the leading one
and the input follows it. Putting accessibility focus on a view moves
the input focus there. Clearing the accessibility focus of a view, clears
the input focus of this view. If accessibility focus is on a view that
cannot take input focus, then no other view should have input focus.
In accessibility mode we initially give accessibility focus to the topmost
view and no view has input focus. This ensures consistent behavior accross
all apps. Note that accessibility focus can move hierarchically in the
view tree and having it at the root is better than putting it where the
input focus would be - at the first input focusable which could be at
an arbitrary depth in the view tree. By default not all views are reported
for accessibility, only the important ones. A view may be explicitly labeled
as important or not for accessibility, or the system determines which one
is such - default. Important views for accessibility are all views that are
not dumb layout managers used only to arrange their chidren. Since the same
content arrangement can be obtained via different combintation of layout
managers, such managers cannot be used to reliably determine the application
structure. For example, a user should see a list as a list view with several
list items and each list item as a text view and a button as opposed to seeing
all the layout managers used to arrange the list item's content.
By default only important for accessibility views are regared for accessibility
purposes. View not regarded for accessibility neither fire accessibility events,
nor are reported being on the screen. An accessibility service may request the
system to regard all views. If the target SDK of an accessibility services is
less than JellyBean, then all views are regarded for accessibility.
Note that an accessibility service that requires all view to be ragarded for
accessibility may put accessibility focus on any view. Hence, it may implement
any navigational paradigm if desired. Especially considering the fact that
the system is detecting some standard gestures and delegates their processing
to an accessibility service. The default implementation of an accessibility
services performs the defualt navigation.
bug:5932640
bug:5605641
Change-Id: Ieac461d480579d706a847b9325720cb254736ebe
Allow some messages to be ignored and allow the subclass to
add additional information. In particular, the information
can be used to decode the msg.what to a string.
Change-Id: I4f53becc6f0cb77399f99702084efef9d8785d67
Moved the core logic of Vibrator into SystemVibrator, potentially
allowing for the creation of other Vibrator subclasses.
Fixed several places where we were creating new Vibrator
instances unnecessarily instead of getting it from the Context.
It is safe to make Vibrator abstract because its constructor
was hidden from the SDK so it was not possible to subclass it.
Bug: 6334179
Change-Id: I18ece6544c26a7efb2d5099f8346a10aef8a5e18
This change allows the InputManager to keep track of what input
devices are registered with the system and when they change.
It needs to do this so that it can properly clear its cache of
input device properties (especially the key map!) when changes
occur.
Added new API so that applications can register listeners for
input device changes.
Fixed a minor bug in EventHub where it didn't handle EPOLLHUP
properly so it would spam the log about unsupposed epoll events
until inotify noticed that the device was gone and removed it.
Change-Id: I937d8c601f7185d4299038bce6a2934fe4fdd2b3
When switching users, bind to the correct instance of FaceLock.
Tried to get the facelock screen to show up when switching users, but it
doesn't. Power off/on works, but not switching between users on the
lockscreen. Maybe a timing issue? Or not calling some function to make
the overlay visible?
Change-Id: I9300971331c7f0ed93ae7da28170342629426b20
Restrict action buttons with text to 2 lines max. Action buttons with
text will always consume at least 2 cells in split mode because they
look silly in 1.
Note that this affects text provided by menu items, not TextViews
embedded within app-provided action views.
Fixes bug 6236467
Change-Id: I7bcbf80f448b13a895ddc3bc6a7a555c0f0bac7c
Because of changes in support of multi-user functionaity, the FUL
'eye blink' checkbox was no longer enabling liveliness detection.
It no longer makes sense to check the biometric flags (such as the
liveliness flag) inside of the Face Unlock service. Instead, that
flag is now passed in from lockscreen via the aidl interface when
startUi is called.
Change-Id: I591cf1924fbb24da7d54b94ef29824e5197d3b20
The status bar now extends behind the nav bar, and uses
fitsSystemWindows to ensure its content is not covered. We
always report a stable content insets (as if the nav bar is
visible) even if the nav bar is hidden, so the content doesn't
jump when transitioing. This does mean that if you only hide
the nav bar (and not the status bar), when in landscape you
will end up with a status bar whose right side still leaves
room for the nav bar. But why the hell would you want to do
that?
Also improve documentation on setSystemUiVisibility().
Change-Id: I8087d875f1214ef0085a91b5ed5c2f35ff2fc1b3
Add networkId field to NetworkIdentity to identify Wi-Fi networks by
SSID. Add support for policies without usage cycles.
Only apply mobile policies when SIM state is ready, which is cleaner
than just checking for airplane mode. Also avoids creating no-op
default policies when subscriberId is null.
Bug: 3001465, 3291052
Change-Id: I1f8aaa49a5db306df022c402ea7f3f5d4bc0cfc7
Move all lockscreen related settings to LockSettingsService.
LockPatternUtils uses this through IPC instead of Secure settings.
Migrate old settings to new database managed by LockSettingsService.
Passwords and patterns are stored in a new per-user location, except
for the primary user, for backward compatibility.
KeyguardViewMediator and LockPatternKeyguardView listen for changes
to user and updates the lockscreen.
Settings provider will look for Lock settings in the LockSettings
service now for the entries that used to be stored in Settings.
Change-Id: I956cd5b95e2d9d45a6401af7e270e6a5aa2dcc98
Promote navigation helpers from the support library to the core
platform.
The support library's meta-data element has been replaced with a
first-class parentActivityName attribute. This attribute is valid
on both activity and activity-alias elements. An activity-alias
will inherit the target activity's parentActivityName if one is
not explicitly specified.
Automatic Up navigation for Activities
Add the public method onNavigateUp() to Activity. The default
implementation will use the metadata supplied in the manifest about an
activity's hierarchical parent (parentActivityName) to do the right
thing.
If any activities in the parent chain require special Intent
arguments, the Activity subclass should override onNavigateUp() to
properly implement Up navigation for the app, supplying such arguments
as needed.
If automatic Up navigation within the same task can't find an activity
matching the supplied intent in the current task stack, it will act as
an in-app "home" and return to the root activity (presumably the app's
front page) in that task. (From this state, pressing "back" with
default behavior will return to the launcher.)
Change-Id: If163e27e59587f7af36975a09c986cb117ec3bc6
Bug 6257442
If PduPersister.load bails out early and throws an exception,
it will leave the uri it's working on in an updated-locked
state. With this change, the uri is removed from the updated
list in a finally clause. The other PDU function in
this file already does the correct thing.
Change-Id: I596bd46724282b245ddba109670f3cebd61ed57c
The main change is a few new flags you can supply to
View.setSystemUiVisibility(). One is a new visibility mode,
SYSTEM_UI_FLAG_FULLSCREEN, which is basically the same as
the global FLAG_FULLSCREEN option for windows, but driven as
part of the system UI state.
There are also three new flags for telling the framework that you
would like to have your application's UI ignore screen
decorations -- SYSTEM_UI_FLAG_LAYOUT_NO_NAVIGATION for going
behind the navigation bar and SYSTEM_UI_FLAG_LAYOUT_FULLSCREEN
for ignoring full screen decorations (that is the status bar).
In combination with this you can use SYSTEM_UI_FLAG_LAYOUT_STABLE
to have the framework report consistent insets to your application.
When using NO_NAVIGATION, when the user taps the screen we now
also automatically clear ONLY_CONTENT, so that we atomically show
both UI elements. This should make it easy for apps like video
players that want to move between fully full-screen and regular
modes.
The ActionBar has also been extended when in overlay mode so
that it will adjust the system window insets to also account
for its space, and allow it to be hidden using the new
SYSTEM_UI_FLAG_FULLSCREEN.
Change-Id: Ic8db1adec49a0f420bfe40c1d92eb21307856d0b
Previously since these were starting an activity, if it was called from
outside an activity (for example when calling resetPassword() in
DevicePolicyManager) it throws a run time exception. Since these don't
need UI, they have been changed to be broadcasts.
Change-Id: Id87e3dc868a01f0eed901e8e8007f91f74cd51fe
Previously we created the PointerLocationView on whatever thread
happened to trigger the call to updateSettings(). There was
also some messiness around having to add or remove the view
while not holding mLock.
Now, just post the work to the policy handler.
This also makes it possible for us to use invalidate() instead
of postInvalidate() in PointerLocationView, which is more efficient.
Change-Id: I0646d7aeecffdc22f6ac56ae3ef951e7a12e2b93
