This introduces a small new feature for ScaleAnimation allowing
the scaling factor to be expressed as a percentage of the object
(which is the same as the existing float interpretation), a
percentage of the container, or a fixed dimension. Maybe not
useful for anything else, but I needed it for this.
Also fix a bug in how transformation matrices were propagated
from the Animation to Surface Flinger, so that rotate and skew
animations will actually work. :p
Change-Id: I301f4caa2147aa35564b5e511cb9c0b368d2425d
Lots of work for no visible change in behavior, but now we can
do some fancier stuff...
Also allow rotation in all 4 directions.
Change-Id: I7e5e9537c5e359f69b83c10f65cc1ce95f371461
- If there are no selected shortcut IMEs, the most applicable voice input will be selected as a shortcut IME
Change-Id: Ibd0f7ef5101013569c303820a3adc9038a97356d
Now try to slide dialogs if they end up moving due to the IME (or
other system things) showing/hiding. Pretty hackish, but seems to
work.
Change-Id: Icd297e941cf847fa920c9605145c46be63043d52
BREAKING CHANGE: Redesigned the key character map format to
accomodate full keyboards with more comprehensive suite of modifiers.
Old key character maps will not work anymore and must be updated.
The new format is plain text only and it not compiled to a binary
file (so the "kcm" tool will be removed in a subsequent check-in).
Added FULL keyboard type to support full PC-style keyboards.
Added SPECIAL_FUNCTION keyboard type to support special function
keypads that do not have any printable keys suitable for typing
and only have keys like HOME and POWER
Added a special VIRTUAL_KEYBOARD device id convention that maps
to a virtual keyboard with a fixed known layout. This is designed
to work around issues injecting input events on devices whose
built-in keyboard does not have a useful key character map (ie.
when the built-in keyboard is a special function keyboard only.)
Modified several places where events were being synthesized
to use the virtual keyboard.
Removed support for the "qwerty" default layout.
The new default layout is "Generic". For the most part "qwerty"
was being used as a backstop in case the built-in keyboard did
not have a key character map (probably because it was a special
function keypad) and the framework needed to be able to inject
key events anyways. The latter issue is resolved by using the
special VIRTUAL_KEYBOARD device instead of BUILT_IN_KEYBOARD.
Added the concept of a key modifier behavior so that
MetaKeyKeyListener can distinguish between keyboards that use
chorded vs. toggled modifiers.
Wrote more robust key layout and key character map parsers
to enable support for new keyboard features and user installable
key maps.
Fixed a bug in InputReader generating key ups when keys
are released out of sequence.
Updated tons of documentation.
Currently QwertyKeyListener is being used for full keyboards
with autotext and capitalization disabled. This mostly works
but causes some problems with character pickers, etc.
These issues will be resolved in subsequent changes.
Change-Id: Ica48f6097a551141c215bc0d2c6f7b3fb634d354
We now decide whether to use a bitmap background based on whether the
window's drawing is hardware accelerated. To do this, there is a new
"state_accelerated" that state list drawables can be parameterized on,
and the standard window background uses this to select a solid color
or bitmap drawable as appropriate.
Introduces a little hackery to have wm preview windows pretend like
they are hardware accelerated even if they aren't, so the preview looks
closer to the actual app.
Also Add a DialogWhenLarge variation for the light theme.
Change-Id: I215a79d5df65ba3eed52ab363cade9d8218a6588
invalidateSelf() already exists on Drawable. This triggers a call to
callback listeners so that they know the drawable has been invalidated.
For example, the background drawable on View will cause the View itself
to be invalidated.
Change-Id: I45b231a7600dcf3bc139e4059b7c9940ff49f60c
GL renderer was not initializing scissor correctly for translucent
surfaces, resulting in invisible window backgrounds in some cases
like fading popup windows
Change-Id: I87a964986e1ba2c4f59708c8892c5fa71903e6fc
Refactored ViewRoot, NativeActivity and related classes to tell the
dispatcher whether an input event was actually handled by the application.
This will be used to move more of the global default key processing
into the system server instead of the application.
Change-Id: If06b98b6f45c543e5ac5b1eae2b3baf9371fba28
PhoneWindow to a new PhoneFallbackEventHandler class that is used
for all windows, not just ones with decors.
Bug: 3155146
Change-Id: Ib070fa3e523e3564b225bca576c08012fef4f416
request a layout when asking the transparent region to be recomputed, without this
it may never happen, since the transparent region is only calculated during layout.
this also fixes an issue where some fullscreen apps will run slower than expected
because their transparent region is never processed.
Change-Id: Iba187ef7b23f08ad3454aaa6707a3d262551e30c
Also add a new interface that items in AbsListView can implement to
adjust the bounds of the selection shown for them. This will allow
contacts to use list view's regular selection facility rather than
implementing something special in their item views.
Change-Id: I29cbdbc7122111ee97e47fe7d6ec55ff07be79cc
IWindowManager now supports two new methods,
freezeRotation() and thawRotation(), that allow a caller to
temporarily stash the device's current rotation as the
default rotation (when no other constraints are present).
The system bar uses this to implement a user-accessible
rotation lock by calling freezeRotation() and then turning
off accelerometer-based display rotation; unless overridden
by an app, the display will continue to appear in the frozen
rotation until the rotation is unlocked by the user (either
via the rotation lock icon in the system bar or by checking
"rotate screen automatically" in Settings).
Bug: 2949639
Change-Id: Icd21c169d1053719590e72401f229424b254622f
This is used to allow list view's pressed and activated indicators
to fade in an out, though of course it can be used elsewhere as well.
There is a lot of complexity in supporting this in list view. The
two main things that are being dealt with:
- When recycling views, we need to make sure that the view's drawable
state doesn't get animated from an old row's state. The recycler
now keeps track of which position a view was last in, and if it is
reused at a new position there is a new View/Drawable API to tell
it to jump to its current state instead of animating.
- For the pressed indicator to fade out, we need to keep displaying it
after it is hidden. There are new variables and code to keep track
of this state, and tweaks in various places to be able to remember
the last selected position and continue updating the drawable bounds
as needed.
Change-Id: Ic96aa1a3c05e519665abf3098892ff2cc4f0ef2f
The animator classes caused autoboxing by converting primitive types (by far
the most typical types used in animations) to be converted to their
Object equivalents because of various APIs that required Object
(like getValue() to get the animated value). This change creates
factory methods on some classes instead of the former constructors
so that we can create and return private type-specific subclasses
which operate directly on the primitive types instead.
In particular, float and int are natively supported by the animators
now. Support in the APIs for double and long was removed because it
seemed like these less common types did not justify the extra
baggage of the added API and code.
Change-Id: I6008a3883e3d6dd5225005f45f112af148e5a4ea
