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
Each HTTP request sent from a mobile handset is usually required to
include a x-wap-profile header following the UAProf specification. The
value of this header is a URL that points to the location of a
document which specifies relevant capabilities of the phone, e.g.
supported network bearers, video formats or screen size. This change
defines a global string resource that holds this URL, and also adds
the necessary code in the web widget to include this header in HTTP
requests.
Tapping on the insertion handle displays a new pop-up dialog that allows to paste.
Select all icon removed.
Change-Id: I6b8c088dd5930c3f67b38928fd43cdd5c9da0904
These are loaded by the first WebView to be instantiated and read
over JNI by libchromium in external/chromium/android/app/l10n_util.cc
Change-Id: I43d6e5a061691689d28cba2697fedcd27548af08
We are leaving enough API so that you can see when any Tag is discovered,
get its ID, and get its NDEF messages.
But for advanced use - creating tag connections and writing messages - we have
2 problems. Firstly a lot of the code is untested
(RawTagConnection.transceive()), or in some cases known not to work
(NdefTagConnection.write()). Secondly, there is still debate about how to
best expose information about Tags.
The set of data/methods exposed for a Tag changes completely depending on the
tag technology. There may be multiple sets of technology implemented in a
single tag. Tag A may have technology X and Y, Tag B may have technology Y
and Z. Furthermore, some NFC controllers will be not be able to use all
technologies, and so Android Device 1 may see technology X and Y on Tag A but
Android device 2 may only see technology X. So we have a pretty challenging
set of constraints to work under, and we are not convinced the current Tag and
NdefTag class is the best approach going forwards.
The Tag application should be able to remain unbundled, since it just needs to
get incoming NDEF Messages.
Change-Id: Ic09f094f33794e10f8d730fffe011c9a5957e0ac
Signed-off-by: Nick Pelly <npelly@google.com>
