Now that we have gestures which are detected by the system and
interpreted by an accessibility service, there is an inconsistent
behavior between using the gestures and the keyboard. Some devices
have both. Therefore, an accessibility service should be able to
interpret keys in addition to gestures to provide consistent user
experience. Now an accessibility service can expose shortcuts for
each gestural action.
This change adds APIs for an accessibility service to observe and
intercept at will key events before they are dispatched to the
rest of the system. The service can return true or false from its
onKeyEvent to either consume the event or to let it be delivered
to the rest of the system. However, the service will *not* be
able to inject key events or modify the observed ones.
Previous ideas of allowing the service to say it "tracks" the event
so the latter is not delivered to the system until a subsequent
event is either "handled" or "not handled" will not work. If the
service tracks a key but no other key is pressed essentially this
key is not delivered to the app and at potentially much later point
this stashed event will be delivered in maybe a completely different
context.The correct way of implementing shortcuts is a combination
of modifier keys plus some other key/key sequence. Key events already
contain information about which modifier keys are down as well as
the service can track them as well.
bug:8088812
Change-Id: I81ba9a7de9f19ca6662661f27fdc852323e38c00
1. Remove Sensor Event Pool.
2. Allocate fixed array values for each Sensor added.
- Needed for backward compatibility.
3. Use SDK checks for backward compatibility for
rotation vector.
b/8165631
Change-Id: I2d2cf10d3460478ed7af8e6188343f4bb033503c
SyncManager should not allow syncing of data from apps that haven't opted
in to viewing restricted accounts in limited users.
Override getIsSyncable() to check if the sync adapter has the manifest
entry to enable restricted accounts of that account type. Return the default
isSyncable state if the adapter has opted in, otherwise return 0 for false.
Bug: 8566533
Change-Id: I3777f1e4fdb8debe1724ab083272e2d9bd2e63f2
This covers the scenario where an app doesn't find an account of the
required type and requests the account manager to add one of that
type.
Bug: 8537648
Change-Id: I4d9c8842c2d90aa668f16034d3db007dc61714b8
Previously a change to a surface would be logged with the old value
and you had to scroll through the logs to see what the new value
was. This change reflects the change to the surface immediately.
Change-Id: I2a6566466287922d08f4ce2329c61aa46d692ee1
The Global http proxy shouldn't be used by apps, but can be useful in certain
conditions.
bug:8264794
bug:8557674
Change-Id: Ia3cbe542e448d9e74d0492626a13e9fd34ad797a
The new implementation more accurately tracks the velocity
of flings and takes care to avoid obvious discontinuities.
The main goal is for a fling to appear to be a linear
extension of the movement already in progress. The minimum
fling velocity is set to ensure that flings appear to be
fairly smooth despite being discretized.
Use sequences of repeated key events instead of individual
down/up events to represent continuous motions in one
direction which can be helpful for stopping flings at boundaries
such as when flinging the cursor position within a text view.
Compute the movement thresholds based on the physical
size of the touch pad, if known. If not known, we assume a
nominal size.
Support stopping flings with a tap just like we do for
normal touch events elsewhere in the framework.
Moved the detection of ASSIST swipes into the InputReader
where it belongs. These swipes must be detected globally
to ensure consistent behavior across the all applications.
Added a custom protocol in EventHub to enable input device
drivers to override the timestamp of the following events
in a packet. This change enables input device drivers
that have a better idea of when an input event was actually
generated to pass this information to the input system.
Particularly useful with uinput.
Bug: 8583760
Change-Id: I8ef4e827804786d549cfaa00793a2b9dd0fda465
If someone explicitly installs an update to a system-bundled package,
we infer that this means they actually want to use the new code.
Bug 7467302
Change-Id: If2dc6f764bafbb3a5c94cbdd32273c030fd784b9
Change our order of operations so that secondary route table
adds succeed. Working to understand the why of this too.
bug:8361314
Change-Id: Ie25061eb38c62eaa5e60aa8a488496de49bdbd9d
Some permissions are associated with gids, so we need to
kill any running processes if their permission is revoked.
We will do this for any permission being revoked, since
the association between gids and permissions can change
over time.
Change-Id: Ieb7408e032539c4f21eb089d65a7a7e6c289f010
Old: [ IC ] %s running
[ ON ] %s is running
New: [ IC ] %s is running
[ ON ] Touch for more information or to stop the app.
Additionally, disallow these misbehaving services from
supplying their own content views; if you attempt to run a
foreground service with icon == 0, this is the notification
you will get, period.
Bug: 8525548
Change-Id: I2bfd7340396ef925885e8c2160a720f9eff07a35
This is the best and only way for apps to listen for
notifications: create a NotificationListenerService, wait
for the NoMan to bind to you (as a result of the user
checking a box somewhere in Settings and agreeing to a
scary dialog box), and you'll start receiving notification
posted and dismissed callbacks. Your service, while enabled,
will also be able to clear one or all notifications.
Use this power wisely.
This change moves StatusBarNotification out of
com.android.internal into android.service.notification.
[Internal customers, including System UI and early users of
the system-only listener binder API, will need to be
updated.]
Bug: 8199624
Change-Id: I1be46f823d4b3ddc901109ec1e085cd6deb740c2
The min layer was set to only show the windows that matched
the specified app token. But that meant when dialogs were
launched it only showed the dialogs and not the background
windows.
Added improved debugging.
fixes bug 8502844.
Change-Id: I26b49568b872801ec9aa088df20317aa752dacd6
InputChannels are normally duplicated when sent to a remote process
over Binder but this does not happen if the recipient is running within
the system server process. This causes problems for KeyGuard because the
InputMethodManagerService may accidentally dispose the channel
that KeyGuard is using.
Fixed the lifecycle of InputChannels that are managed by the IME
framework. We now return a duplicate of the channel to the application
and then take care to dispose of the duplicate when necessary.
In particular, InputBindResult disposes its InputChannel automatically
when returned through Binder (using PARCELABLE_WRITE_RETURN_VALUE).
Bug: 8493879
Change-Id: I08ec3d13268c76f3b56706b4523508bcefa3be79
