The new Holo-style overflow menu now appears from the edge of the screen
where the device's physical menu key can be found. The policy determining
this lives in getPreferredOptionsPanelGravity() in WindowManagerService.
Change-Id: I8851a2265547156591e82044e50b5cfc58d3eefa
The input reader needs this information so that it knows how to
interpolate touches on an external touch screen.
Changed Display so that it asks the WindowManager what the real
display size is (as opposed to the raw display size). This means
it now takes into the forced display size set by
adb shell am display-size.
Replaced all calls to getRealWidth() / getRealHeight() /
getRealMetrics() in the WindowManager and replaced them with direct
usages of the mCurDisplayWidth / mCurDisplayHeight so that the WM
doesn't end up making a reentrant Binder call into itself.
Fixed the table status bar HeightReceiver so that it updates the
height on all configuration changes since it is possible that the
display size changed independently of an external HDMI display
being plugged / unplugged.
Improved the Display class documentation to make the distinctions
betweeen the various sizes clearer.
Change-Id: I3f75de559d3ebffed532ab46c4ae52c5e7f1da2b
We had replaced the accessibility Manager but it lacked some new API. Obvisouly
this is fragile and should be fixed, but this works for now.
After fixing this there was another issue with the lack of InputMethodManager.
To fix this I had to create an implementation of IInputMethodManager which
normally comes from a binder object.
I may want to do a similar trick with the accessibility manager later.
Change-Id: I28c6494e333f39072f348d0199124efac93256a5
This allows ViewConfiguration to be properly implemented which is now
required for the rendering to happen.
Change-Id: I55629689fa8f5f874b43fcac2aa0789ce02d58f4
fe051bb2 : Change the way the layoutlib instantiate its XmlPullParser.
A lot of the init code was duplicated so I made a ParserFactory class.
Also created an extension of the KXmlPullParser to override toString().
This allows easier debugging when dealing with multiple parsers (which
is always the case).
Also added some (disabled) debugging printf to deal with parser stack
as it can be tricky figuring out which parsers are in the stack at
which point.
8969147c : Fix case where the int[] attrs doesn't directly match a styleable.
In the case of the FastScroller the int[] is a custom mix of attr
instead of a int[] that exists as R.styleable.foo.
This makes our reflection based mechanism used to find the styleable
fail, so instead we search for each attribute separately (like
we probably should have done from the beginning).
0c264b35: Fix various cases of getDimension to report error if unit is missing.
if getDimention###() is called for a string that has no unit,
then an error is output through LayoutLog, but the rendering keeps
going by using dp as a default.
0beb7eea: Make (Bridge)TypedArray.getInteger() call out to getInt()
Only getInt() resolved attribute flags/enum and I'm not sure why
there's two to begin with.
When the layout content is embedded inside a decor layout
to emulate system bar (top or bottom) and title bar (or action bar)
then the code computing the full required size based on the RenderingMode
would fail because the decor layout would prevents the content layout to
take as much room as possible.
There is also an issue with the way we know render dialogs as the
dialogs usually as a frame with some padding and the previous measurements
would not take into account the dialog padding when increasing the
screen size.
This fix makes the code measure the size of the content layout in the
normal rendering, and then separately from the root layout with the proper
MeasureSpec to let the content grown. The difference in size is then added
to the screen size.
Bug: http://code.google.com/p/android/issues/detail?id=15892
Change-Id: Ibb9ca2a67c6c450d10d9f9a8050536e094650f8b
Commented out a Capability that is not in ADT 10.
BridgeTypedArray.getDimensionPixelSize shouldn't call
getDimension since most of the code is duplicated, and
it prevents use from properly detecting malformed attribute
values.
Change-Id: I005b17061590dc0668729af16e896fad815f1973
Also make TypedArray.getDimensionPixelSize properly
handle negative values (which are not allowed).
Change-Id: I960fc1c9e8ad97852d4a14e4f0f71a2c2034b4e7
- implement some Paint methods that are needed for 2.x
- fix the phone system bar to display the icons on the right.
Change-Id: I3a938b14ec9a449dbc23a33303a3c8405a5369a8
When an object is given a delegate to hold onto, keep
the reference to the delegate instead of its native integer.
Also change the way the finalizer works by not explicitely deleting
the delegate. Instead we want the delegate to be deleted when
nothing holds a reference to it. To do this, instead of using
a regular SparseArray, we use a SparseArray of WeakReferences.
Because the main Java object that "owns" the delegate does not
actually holds a reference to the delegate, we fake this by
having the delegate manager hold a reference to delegates for
the main object. This is added/removed as the object is created
and the native finalized is called.
This makes layoutlib behave more like the JNI code where the native
objects are reference counted, and where the Java object can be
deleted but the delegate it owns is kept around (usually because
another type of delegates hold a reference on it.)
To properly handle the WeakReferences, we need to be able to
regularly clear the SparseArray of WeakReference that were
referencing objects that have been GC'ed.
Since the SparseArray is regularly being compacted (actually only
when items are removed), we use a custom SparseWeakArray (started
as a straight copy of SparseArray) that handles the WeakReference
and takes care of compacting the array by removing deleted indices
and WeakReference that returns null. Since our specific use case
doesn't call actually delete() or remove(), the compacting
only happens when the array needs to be resized.
Change-Id: Iacc5c1ff5b21732b8816fda87eb090da12d034e0
