Implement support for downloadable font requests in xml. Given the
xml fonts feature in O, this adds support to not only declare
local font files as font resources, but also Downloadable fonts
from a fonts provider.
A provider returns a font family (of one or more files) given a
query, so the new attributes are added to the font-family tag.
Additionally, add support to pre-declare downloadable font resources
in the Android Manifest. These will then be fetched at app startup
time so they are available to use from the Typeface cache asap.
When retrieving downloadable fonts via resources, the cache is
checked to see if the font is already there and is used, otherwise
a request is sent to the provider and the default font is returned
as we need a result synchronously.
To do this, the developer declares an additional fonts xml resource
file with the list of fonts to preload and links it in the manifest
with a meta-data tag.
E.g.:
res/font/mydownloadedfont.xml
<font-family xmlns:android="http://schemas.android.com/apk/res/android"
android:fontProviderAuthority="com.example.test.fontprovider"
android:fontProviderQuery="myrequestedfont">
</font-family>
res/font/preloaded_fonts.xml
<?xml version="1.0" encoding="utf-8"?>
<font-family xmlns:android="http://schemas.android.com/apk/res/android">
<font android:font="@font/mydownloadedfont" />
</font-family>
and in the AndroidManifest.xml
<meta-data android:name="preloaded_fonts"
android:resource="@font/preloaded_fonts" />
Bug: 34660500, 34658116
Test: WIP, need to add more
Change-Id: I1d92555e115e241bf23b59e6f5c6cca6c7361de7
* Fix a layering issue where auto-fill manager which is in view
depended on activity which is in app
* Moved auto-fill classes to view or service based on their
purpose and removed dependecy on the classes in view to the
classes in service
* Push state to local auto-fill manager whether auto-fill is
enabled to avoid making IPC for every focus transition if
the user did not enable the feature
* Remove unnecessary offload to messages when handling calls
to auto-fill manager service as these are made over a oneway
interface and in general they do almost no work and typically
we do these on the binder thread
* Removed id from data set and fill response as the provider
can embed everything it needs to id them in the auth pending
intent
* Enforce the auth UI to be only an activity as this will work
with multi-window, recents, and back and also does not require
draw on top of other app special permission
* Authentication also no longer requires passing a remotable
callback to the auth activity but the activity handles the
request as if called for a result
* Handling stopping of a user to clean up in-memory state as
well as handling when a user gets unlocked as a provider may
be non-direct boot aware
* User the correct context when creating an auto-fill manager
* Move the receiver that listens for requests to hide system
windows to the manager service as the UI is a singleton and
no need every per-user state to register its own
* Removed extras from dataset as the only case a provider needs
to associate state with a dataset is for auth and the provider
can embed this data in the auth pending intent
Test: manual and CTS
Change-Id: I4bc54c13cf779d7f6fdb3ab894637f9fac73f603
setImeWindowStatus() introduced in the previous CL [1] can help
WindowManagerService (WMS) address Bug 34628091. As a preparation
this CL has InputMethodManagerService propagate relevant information
to WMS WMS for later use.
[1]: I9921b381e02106dbffff5e0b3d13f0a1245ce807
db2afde0e584904ee4ce115ce176a4dfe1773990
Test: Verified the callback in WindowManagerService as follows:
1. Rebuild the system with DEBUG_INPUT_METHOD=true
2. adb logcat -s WindowManager:*
to make sure the visibility passed to
WindowManagerService#updateInputMethodWindowStatus matches
to the actual IME window visibility
Bug: 34628091
Bug: 35079353
Change-Id: I54fb1faf513883a54293a756e4c9d2ae9453d778
This is part of work to introduce historical debugging infrastructure
for Android IME.
In this CL, we will focus on the following two event flows.
A1. IMMS#attachNewInputLocked() queues MSG_(RE)START_INPUT to deliver
new InputConnection/EditorInfo to the current IME
A2. The IME triggers IMS#onStartInput()/IMS#onRestartInput() and
updates the following fields:
- InputMethodService#mStartedInputConnection
- InputMethodService#mInputEditorInfo
B1. IME is expected to call back IMM#setImeWindowStatus() to notify
its window visibility change to IMMS.
B2. IMMS updates the following field if the caller is still the
current IME.
- InputMethodManagerService#mImeWindowVis
What this CL aims to do is to enable IMMS to access A1 state when it
was in B2 state, by considering that for given a B1 the last A2
happened before B1 is the cause of B1 and B2.
To do this, IMMS issues a binder token in A1 and each IME keeps it
so that it can be passed in B1. By using this Binder token as a key,
IMMS can keep tracking state snapshot taken from each A1. Note that
those state snapshots keep alive until the Binder token's proxy in the
IME process loses strong reference from its GC root.
Test: Make sure `adb shell dumpsys input_method | grep mImeWindowVis`
matches to the IME window visibility.
Test: Make sure the current IME is not receiving any
InvalidParameterException from IMMS.
Bug: 35079353
Change-Id: I9921b381e02106dbffff5e0b3d13f0a1245ce807
...Intent { flg=0x100 cmp=com.android.systemui/.SystemUIService }
to com.android.systemui/.SystemUIService from pid=28245 uid=1000 pkg=android
Rework the persistent app check to just directly look at the package
manager (but as efficiently as possible). My idea for trying to keep
this in the UidRecord was stupid. :p
Test: manually tested it boots
Change-Id: I5a88717a27fa3529048d37a853518a3ec04055db
Currently ACTION_DOWN and ACTION_SCROLL cause
entering touch mode regardless of the event source.
This is especially awkward for mouse.
This should only happen when the event source is
SOURCE_TOUCHSCREEN.
Bug: 35314124
Test: android.cts.view.ViewTest#testTouchMode
Change-Id: I2205d4240be4afcbd9a3ac5558e701f7cac51926
It won't throw SecurityException, but it'll pretend there's
no apps on the other profile.
- Also log an error about it, in the client side process.
- Also still send WTF() about the reverse access.
Bug: 34650921
Bug: 34340531
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest1 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest2 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest3 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest4 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest5 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest6 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest7 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest8 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest9 -w com.android.frameworks.servicestests
Test: adb shell am instrument -e class com.android.server.pm.ShortcutManagerTest10 -w com.android.frameworks.servicestests
Test: cts-tradefed run cts --skip-device-info --skip-preconditions --skip-system-status-check com.android.compatibility.common.tradefed.targetprep.NetworkConnectivityChecker -a armeabi-v7a -m CtsShortcutHostTestCases -t 'android.content.pm.cts.shortcuthost.ShortcutManagerMultiuserTest'
Test: cts-tradefed run cts --skip-device-info --skip-preconditions --skip-system-status-check com.android.compatibility.common.tradefed.targetprep.NetworkConnectivityChecker -a armeabi-v7a -m CtsDevicePolicyManagerTestCases -t 'com.android.cts.devicepolicy.LauncherAppsProfileTest'
Change-Id: I6164014685009db3f34a176a3f12c517766b2b49
This cl also updates label strings, renames an internal method,
and fixes some bugs in TextClassifierImpl caught by tests.
Test: See: I31ee94177e58c986e61e9b24c6c5816fa4b022e1
Bug: 34778263
Bug: 34922928
Change-Id: Ibf60d345d462dfc8a13dead6f01053f1ae50f35a
Fixes an issue where during a crash or shutdown of system_server apps
would start getting unexpected nulls as results of PendingIntent.get...(),
causing them to crash and getting flagged by AUPT.
Change-Id: Ieec289921f125da469f83813ca3f5920b5794a31
Fixes: 34932613
Test: adb shell stop; verify that there are no crashes in logcat.
For processes with a window of type TYPE_APPLICATION_OVERLAY adjust their
oom importance to PERCEPTIBLE_APP_ADJ to reduce the chance of them getting
killed by the low-memory-killer since they are displaying something that
is perceptible to the user.
Also z-order TYPE_DREAM windows above alerts windows.
Bug: 33256752
Test: cts/.../run-test CtsAppTestCases android.app.cts.AlertWindowsTests
Change-Id: I4c05a9fee6fad61399bf4d10c8647467cc596ca6
Doing this allows us to annotate integer values that should corresponds
to WindowManager.LayoutParams#softInputMode.
Test: There should be no behavior change. RetentionPolicy.SOURCE
annotation should change nothing in production code.
Test: checkbuild
Bug: 32784563
Bug: 35079353
Change-Id: I96300b090edce327d0515c740183abe91ded6bac
A field in WindowManager.LayoutParams softInputMode is something that
definitely needs to be kept tracking in historical debugging
infrastructure across IME-related processes (Bug 35079353) [1]. As a
preparation, this CL enables InputMethodManagerService (IMMS) to
include the last softInputMode specified in IMMS#windowGainedFocus()
in the dumpsys in human readable format.
[1]: As explained in b.android.com/224318, softInputMode misspecified
by app developers is a typical root cause of unexpected behavior
in keyboard visibility. Bugs such as Bug 23168250, Bug 27275709,
and Bug 31770400 fall into this category.
Test: `adb shell dumpsys input_method | grep softInputMode=`
Bug: 35079353
Change-Id: I485ced030def179dad78b4b811c6eb52b5e5c951
- Add a new stack that is not resized with multiwindow, and
appears above the fullscreen and docked stacks, but below
the pinned stack
- Add a method on VoiceInteractionSession to allow the assistant
to launch activities into this new fullscreen stack.
- Also prevent any activities in the assist stack from the
fetching of the on screen assist data.
Bug: 30999386
Test: android.server.cts.ActivityManagerAssistantStackTests
Change-Id: I22ab7629b5f758cf1e66d7d1c26648af6bc887c9
