The legitimate uses of value to string coercion, including the
interaction between lax attribute formatting and AAPT type inference,
combined with the low likelihood of unintentional coercion and low cost
of most string coercions, makes the value to string coercion violation
overkill.
Bug: 21563086
Change-Id: I7892e776d3e5479fcba507749b074c2abdf1b781
As per API council request, factory methods should be used instead of using
boolean.
Bug: 21343772
Change-Id: Ia0889e46916f4ed7edb942217880cdf9c27771c2
Adds a new framework-private method for obtaining a string without
throwing a strict mode violation on coercion.
Bug: 21109507
Change-Id: I5a7f091fc92d5abfde9e1c31f30d59ed02c7569b
Add round values to the screenLayout field for Configuration
and a convenience method to check roundness.
Plumb this through the DisplayManager, making roundness the property
of a DisplayAdapter. The built-in main display will read the
configuration resource config_mainBuiltInDisplayIsRound to determine
its roundness. Device-specific resource overlays should set this to
true for devices with round primary displays.
By default, this config resource inherits from the existing
config_windowIsRound value currently used by some Android Wear
device configurations.
This change awaits another for aapt/native resources code to make the
resource filtering system aware of this property.
Change-Id: I1daced7ca6d6e172789e7c32bebfd43753bfa2ae
Passing null to XmlPullParser.setInput forces it to do additional
work, which can be easily avoided if we know the charset beforehand.
bug: b/20849543
Change-Id: Iaff97be9df2d0f99d7af8f19f65934439c9658e2
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
Separate the chooser targets into rows by type. Remove some API that
was redundant with LabeledIntent, simplifying ChooserTarget.
Change-Id: I90de471825f05d85e6ffbe72a32fb597be824a30
Hierarchy Viewer obtains the properties for each view by using
reflection and looking for fields and methods that have the
@ExportedProperty annotation. Using reflection made it quite slow
for large view hierarchies.
This CL adds a new method (encode) to each class that wishes to
export data to hiererachy viewer. Inside this method, the object
can write a sequence of key, value pairs corresponding to the
values it wants exported.
With this change, the dump hierarchy operation that used to take
more than 10 seconds can be performed in a few hundred milliseconds.
Change-Id: I199ac2e7ca3c59ebcfec7e6bd201e134c41fd583
Allow a calling app to supply an array of additional Intents to the
system ChooserActivity.
The chooser will present a merged list of targets that can handle any
of the Intents supplied, including both the standard EXTRA_INTENT as
well as any of the intents supplied in EXTRA_ALTERNATE_INTENTS. These are
treated as ordered; EXTRA_INTENT is considered the first/primary
Intent and EXTRA_ALTERNATE_INTENTS are sorted most important first.
Targets are queried for all supplied Intents. If the same component is
returned for more than one Intent, the target is associated with the
most important Intent that matched.
This allows calling apps to supply several different payloads for an
action depending on what the intended targets are able to support. For
example, an app performing ACTION_SEND may supply image/jpeg data to
compatible targets or a hosted web link to targets that only support
text/plain. The user will have the opportunity to pick from a single
merged list of choices using the best available payload, and will not
be bothered with the implementation details of how the payload will be
delivered to the recipient.
If the calling app wishes to provide further disambiguation or
refinement after the user makes a choice, for example to let the user
choose which of the source intents to send from the primary or
alternates, show a progress dialog as a full-resolution version of a
photo is downloaded from the server before being sent along or while
reticulating splines, the caller can supply an IntentSender to
ACTION_CHOOSER including the extra EXTRA_REFINEMENT_INTENT_SENDER.
This should be the IntentSender obtained from a PendingIntent pointing
at an activity to launch to perform the refinement.
The refinement activity should report that it is finished by obtaining
the ResultReceiver from EXTRA_RESULT_RECEIVER. Available intents to
send to the selected target will be contained in EXTRA_INTENT and
EXTRA_ALTERNATE_INTENTS.
To complete the refinement and send the result along to the chosen
target, the refinement activity should select one of the supplied
intents and send it to the ResultReceiver in a Bundle with the key
EXTRA_INTENT and the result code RESULT_OK. To cancel the refinement,
and let the user select another choice, send RESULT_CANCEL.
While refinement activities cannot modify the filterEquals-affecting
fields of the Intent they return, they may modify extras to provide
additional or altered details to the final recipient. These extras
will be filled into the Intent sent to the final target.
Change-Id: I7ad4739eadd1a0e307675847ccf47ea948918a3a
Themes now use an array of applied styles rather than a String to store
their history. They are keyed based on a hash code computed from the
history of applied styles. The themed drawable cache has been abstracted
out into its own class.
Also updates system context to use DayNight as the default and ensures
that GlobalActions uses the correct context, which exercises the change.
CTS tests have been added in another CL.
Bug: 20421157
Change-Id: I9eb4b7dffd198ad24d02f656eaf0839570b59caa
Required to know when to reload the system context's theme in response
to configuration changes, and thus needed to support the DayNight theme.
Bug: 20267825
Change-Id: I7df5e28b7a6d8b611ea030032544cf4800788514
