* moved ConvertUTF.h -> common/windows/cpp/include
* moved crc32.h -> common/windows/cpp/include
* moved keymansentry.h -> common/windows/cpp/include
* moved registry.h -> common/windows/cpp/include
* moved unicode.h -> common/windows/cpp/include
* moved xstring.h -> common/windows/cpp/include
and updated corresponding references. Deleted a bunch of old references
to missing headers from .vcxproj files. Updated vkeys.h and vkeys.cpp
references in .vcxproj to use $(KEYMAN_ROOT) instead of relative paths.
The name compiler.h was misleading, so renamed to legacy_kmx_file.h, as
it largely describes .kmx files. There are two declarations in the file
which are specific to kmcmpdll, at the bottom of the file, but
everything else is all related to the .kmx file format. (We may move
those in a future update to kmcmpdll, but that should wait until the
kmcmpdll cross-platform refactor is complete.)
Moved to common/windows/cpp/include/ because it is used by both
Developer and Windows projects.
Where possible, removed redundant references, as compfile.h includes
legacy_kmx_file.h anyway.
If the registry setting `HKCU\Software\Keyman
Engine\Debug:Flag_UseAutoStartTask[REG_WORD]` is not `0`, then the this
will enable the restart task. Otherwise, all aspects of it are disabled.
For Keyman 14.0 initial release, we will have this flag disabled. If we
can improve stability of it, we'll consider turning it on.
This is the first half of a two-part update to Keyman for Windows. There
are two significant changes here. These changes apply to
keyman32/keyman64, as well as kmtip/kmtip64, but will refer to the
32-bit equivalents for simplicity:
1. Instead of using `GetProcAddress` to connect to keyman32.dll, we
now have an import library connection. This removes one particularly
suspect piece of architecture for Keyman, as using `GetProcAddress`
could lead to a race condition, where keyman32.dll is unloaded after
that function is called but before we use the handle. This makes the
kmtip.dll build dependent on keyman32.dll; loading kmtip.dll (by
selecting a Keyman input method) also loads keyman32.dll.
2. It's not enough (yet) to load kmtip.dll. We also need to be running
keyman.exe itself, due to global hooks that we still require (it may
be possible, one day, to avoid these, but it doesn't look very
hopeful). To that end, kmtip calls new function `TIPIsKeymanRunning`
to check whether keyman32.dll is initialised (and hence keyman.exe
has initialised it). Then, if keyman.exe is not running, it issues an
event to the Windows Event Log, which we will pick up with a
scheduled task in the next PR.
The first part of this is an architectural change which may lead to some
change in behaviours, as keyman32.dll now may not be unloaded from a
process when keyman.exe exits, due to the lock that kmtip.dll now has on
it. It will be important to test this (@MakaraSok) by running through
various startup and shutdown scenarios. In my initial testing, I found
that there were some situations after restarting keyman.exe where I
needed to switch in and out of the Keyman TIP, but those were not all
critical.
This change also lays groundwork for an eventual ability to run the
Keyman input method without keyman.exe running, which will be helpful
e.g. on login screen, even if missing certain additional functionality
such as the serialised input queue.
[Windows] More tidyup and robustness for metro app support - debug cleanup and serialization of input (not quite finished)
[windows] Refactor serialized input code when used with key event thread model
[windows] Add consistent precompiled headers for other projects
[windows] Merge console window test into metro support
[Windows] Tidy up work and identify additional TODOs for metro-style app support
[Windows] Ensure error case falls through to default hook processing for console windows
[Windows] Refactor shared memory into memory mapped file so we can cross 32-64 bit boundary
[Windows] Tweaks to C++ security calls and parameters
[Windows] Start refactor of SerialKeyEvent* classes
[Windows] Rename to SerialKeyEventServer (refactoring)
[Windows] Complete refactoring of SerialKeyEventClient class
[Windows] Further encapsulation and cleanup with 'interfaces' to reduce header pollution
[Windows] Complete serialization fix with move of modifier state management from client thread to server thread to guarantee consistency
[Windows] Replace atom-based keyboard switching with memory mapped file indexed to avoid security constraints
[Windows] Fixup Left Alt+Shift interaction with serializer
[Windows] Use Windows 8.1 SDK for test
