Not complete, only for experimentation at this point.
This includes a reworking of how screen size configurations are matched,
so that if you are on a larger screen we can select configurations for
smaller screens if there aren't any exactly matching the current screen.
The screen size at which we switch to xlarge has been arbitrarily
chosen; the compatibility behavior has not yet been defined.
Change-Id: I1a33b3818eeb51a68fb72397568c39ab040a07f5
This is the framework part, moving classes around so the framework
no longer needs to link to android-common. Makes some APIs public,
others that didn't need to be public are private in the framework,
some small things are copied.
- move the encodeInternal/decodeInternal methods into the inner
"state" classes
- tighten up the inner loop of the encoder and decoder a bit, saving
about 5% of time in both cases
- improve javadoc
- other little fixes
Change-Id: I72e0ce8502c664a32418cea04636ccdbf4fec17c
With no usages of these "backwards" streams, it's not clear that we
want to support them forever in the API.
Also fixed some badly cut-and-pasted javadoc.
Change-Id: I4811d22e493bf2b8eaf79b9e95526e7eab5f27ee
sequences (which nobody used) and streamline the API, adding
documentation in preparation for inclusion in the SDK.
Gut and deprecate EventLogTags, which unfortunately was put
into the public SDK (an oversight). Include the functionality
in EventLog proper, in a simpler and easier to use manner.
This change doesn't actually un-@hide anything, but it does
change it to @pending.
The crashes are also reported to the event log (and of course the
main logcat, like they always have been). Ordinary Log.e(t,m,e) isn't dropboxed
but there's a new Log.wtf() which always is. (Still @pending in this change.)
Add a hook to IPowerManager to crash the system server on demand
(only for apps with REBOOT permission, since it's basically a restart).
This is not exposed in PowerManager, must be invoked directly -- mostly
this is there so "Bad Behavior" in dev tools can do it.
(CrashData was a custom-marshalled crash-info class used for a server crash
reporting system I am deprecating). Use ApplicationErrorReport.CrashInfo
instead to report crash details (mostly the stack trace) from RuntimeInfo to
ActivityManagerService, since we're likely to need the crash information in
that form anyway.
Remove the (long-disabled) flags and support for the "Debug" button
in the crash dialog.
Further gut the ICheckinService interface by removing the crash-reporting
APIs (and everything that calls them), plus the synchronous checkin()
method (which has been stubbed out for a while now).
A new dropbox-based crash reporting system is in the works, but not part
of this change.
add manifest documentation for uses-feature and supports-screens elements.
also update the navigation and manifest home page,
update the uses-sdk element to include new maxSdk and targeSdk attributes,
and add some sample code to DisplayMetrics to query the device for screen info.
Merge commit '11ea33471e1a14a8594f0b2cd012d86340dd3bd8'
* commit '11ea33471e1a14a8594f0b2cd012d86340dd3bd8':
Allow for screen density drawables in compatibility mode.
This change allows us to use drawables that match the current screen
density even when being loaded in compatibility mode. In this case,
the bitmap is loaded in the screen density, and the bitmap and
nine-patch drawables take care of accounting for the density difference.
This should be safe for existing applications, for the most part, since
they shouldn't really be pulling the bitmap out of the drawable. For
the small rare chance of them breaking, it worth getting the correct
graphics. Also this will only happen when there is actually a resource
of the matching density, and no existing apps should have resources for
anything besides the default density (though of course all of the
framework resources will be available in the native density).
As part of this, the bitmap density API has been changed to a single
integer provider the DPI unit density.
This changes the names of the directories in aapt, to what you see
in the list of DpiTest resources. Also adds a new "long" configuration
for wide screens, which the platform sets appropriate, and introduces
a new kind of resizeability for not large but significantly larger
than normal screens which may have compatibility issues.
Merge commit '1ecf5d28817f0a051e77488380dcd5bc622ea169'
* commit '1ecf5d28817f0a051e77488380dcd5bc622ea169':
Re-implementation of large screen support using window manager.
* added background filler surface to fill the outer rim. Using the same layer as dim surface because
they never co-exists (in the same window)
* clean up the obsolete code in CompatibiltyMode/ViewRoot for support large screen support.
Merge commit '72eb0acad5cffc57ce5006f6deab29ee259e461e'
* commit '72eb0acad5cffc57ce5006f6deab29ee259e461e':
Expand support for different screen sizes.
Applications can now declare that they support small, normal, or
large screens. Resource selection can also be done based on these
sizes. By default, pre-Donut apps are false for small and large,
and Donut or later apps are assumed to support all sizes. In either
case they can use <supports-screens> in their manifest to declare
what they actually support.
* use full window for activities, and shift & clip the content
* refactored the compatibility code, and introdcued Translator class to handle cooridnate translations.
* removed a workaround to handle an activity with configChagne=rotation in old implementation.
* I'll fix background issue on rotation in next CL.
* removed unnecessary scaling code in SurfaceView, which I forgot to remove when I changed SurfaceView
not to scale the content.
Merge commit '0bceb77b004a688ca044b794e0622385c6e2953d'
* commit '0bceb77b004a688ca044b794e0622385c6e2953d':
Fixes#1922373. Resolves a case of keys collision in Resources' cache.
Merge commit 'b1cdb64877ebd3b8c5182913ff02edd8b54a6982'
* commit 'b1cdb64877ebd3b8c5182913ff02edd8b54a6982':
Allow the qemu.sf.lcd_density property to override the value of ro.sf.lcd_density
ro.sf.lcd_density is usually defined in the build.prop file which is parsed by init
before anything else. Since its name begins with "ro.", this property is write-once
and cannot later be modified, e.g. in /system/etc/init.goldfish.sh.
In other words, you cannot use "emulator -prop ro.sf.lcd_density=<value>", since
it is impossible to override the value defined in build.prop
This patch modifies the system to recognize "qemu.sf.lcd_density" as an override
value, which can be set with "emulator -prop qemu.sf.lcd_density=<value>", forcing
a specific density.
A later patch will allow the emulator to automatically set this property depending
on AVD hardware configuration settings.
The Resources class keeps a cache of known resources. The keys used by the
cache are stored as int primitives. For any given drawable resource, a key
is built thusly:
TypeValue.assetCookie << 24 | TypedValue.data
In the case of a plain color drawable, assetCookie always equals -1, that
is 0xFF once right-shifted and the data contains the color value. Which
means the key for the following two colors is the same:
0xFF000000
0x00000000
Because of the int storage and the use of the (constant in this case)
asset cookie, the alpha channel of a color is ignored. That means that
if you first load an opaque black color (0xFF000000), subsequent loads
of a totally transparent black color (0x00000000) will give you an
opaque black color.
A workaround is to use a transparent color that is not black,
0x00000001 for instance. Note that this issue would arise with any color
and any opacity level.
The solution to fix this issue is simply to change the cache to use
longs instead of ints to represent the keys. A key thus becomes:
TypedValue.assetCookie << 32 | TypedValue.data
This allows us correct storage of all colors at the cost of a few bytes.
The tradeoff is that we can keep caching ColorDrawable, which is
definitely worth it.
