a3477c862a
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 |
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| .. | ||
| tests | ||
| Android.mk | ||
| Asset.cpp | ||
| AssetDir.cpp | ||
| AssetManager.cpp | ||
| BackupData.cpp | ||
| BackupHelpers.cpp | ||
| BufferedTextOutput.cpp | ||
| CallStack.cpp | ||
| Debug.cpp | ||
| FileMap.cpp | ||
| Flattenable.cpp | ||
| Looper.cpp | ||
| misc.cpp | ||
| MODULE_LICENSE_APACHE2 | ||
| NOTICE | ||
| ObbFile.cpp | ||
| Pool.cpp | ||
| README | ||
| RefBase.cpp | ||
| ResourceTypes.cpp | ||
| SharedBuffer.cpp | ||
| Static.cpp | ||
| StopWatch.cpp | ||
| StreamingZipInflater.cpp | ||
| String8.cpp | ||
| String16.cpp | ||
| StringArray.cpp | ||
| SystemClock.cpp | ||
| TextOutput.cpp | ||
| Threads.cpp | ||
| Timers.cpp | ||
| Tokenizer.cpp | ||
| Unicode.cpp | ||
| VectorImpl.cpp | ||
| ZipFileCRO.cpp | ||
| ZipFileRO.cpp | ||
| ZipUtils.cpp | ||
Android Utility Function Library If you need a feature that is native to Linux but not present on other platforms, construct a platform-dependent implementation that shares the Linux interface. That way the actual device runs as "light" as possible. If that isn't feasible, create a system-independent interface and hide the details. The ultimate goal is *not* to create a super-duper platform abstraction layer. The goal is to provide an optimized solution for Linux with reasonable implementations for other platforms.