modified dll/win32/kernel32/kernel32.def
Stubbed out GetLocaleInfoEx
modified include/psdk/winnls.h
Added some Vista and later NLS defines to the SDK
modified dll/nls/idndl/idndl.rbuild
Correctly set a NULL entry point for idndl.dll
modified dll/nls/idndl_redist/idndl_redist.rbuild
modified dll/nls/normaliz_redist/normaliz_redist.rbuild
Give unique names to the redistributable versions of idndl.dll and normaliz.dll
Everything else
Scattered NLS modules in the appropriate locations, as per standard source tree layout
svn path=/trunk/; revision=34463
It adds support for DefaultChar, UsedDefaultChar and the flag WC_NO_BEST_FIT_CHARS.
WC_COMPOSITECHECK is also supported by the Wine implementation, but I don't have an idea how to port it to ReactOS, as we don't seem to have composition tables. I left FIXME's for this flag in the appropriate blocks, this is why some of the code might look badly structured/unoptimized at the moment.
As we completely rely on the NLS tables for the conversion now, this commit might trigger some bugs there. I already found out that the CP950 table doesn't map Unicode 0 back to MultiByte 0 (but 254), using Windows' c_950.nls it works correctly. Other tables could be buggy as well, c_1252.nls worked flawlessy for me though.
- Added comments to the CPTABLEINFO structure based on documentation from http://www.ping.uio.no/~ovehk/nls/
svn path=/trunk/; revision=34426
- Implement RtlSetUserValueHeap, RtlSetUserFlagsHeap, RtlGetUserInfoHeap functions. It is quick implementation and it works.
- It fixes "Out of memory" error in all InnoSetup based installations. A lot of software can be at least installed in ReactOS now.
- Also it fixes Delphi applications which use TMemoryStream class.
See issue #3464 for more details.
svn path=/trunk/; revision=34404
- Removed NtUserGetSystemMetric, updated all related.
- Add GetConnected, this is needed, sometimes global pointers are initilized with zeros. This is normal.
- Fix prototype for NtUserDragDetect, and add the Esc key hit to DragDetect.
svn path=/trunk/; revision=34370
- Do not corrupt the stack anymore
- Use a consistent trap frame layout (enable OldIrql and PreviousMode, and set the 0xBADB0D00 debug mark)
- Use slower but more correct trap prolog/epilog code for now.
- Generalize all prolog/epilog code into macros just like on x86. As a result, traps are now 6 lines of code.
- Rewrite the system call interface from the ground up:
- System calls didn't actually work: a debug print made the stack layout magical enough so that they didn't normally crush, but only slowly ate the stack.
- Copying arguments from caller to system call was, as the comment on the original code so aptly put it, "total shit".
- Due to ABI concerns, and to provide an actual template on how you're -supposed- to implement something like system calls on RISC processors, we now use
a model similar to BSD, but about ten times better (with that much less code too). We'll document it later on the RosPSG Wiki.
- This code probably contains some of the most vile-yet-elegant macro magic ever written for such low-level code as system call dispatching.
- The result of all this is that we're at the same place as before (RamdiskAddDevice needs to be implemented by the Ramdisk guys) but with a sane low-level
backend that isn't slowly eating away the stack, corrupting data, and basically working through random chance.
- Move timebase code from stubs.c to its own file, time.c.
- Silence multiple debug prints and fix a corrupted debug print in KiSystemStartup.
svn path=/trunk/; revision=34366
- Implemented GetLastActivePopup, based on wine.
- Fixed DCE, pass all tests, except six clipping and one ROP check, which might be due to DCX_NORESETATTRS flag not being reset during the next GetDCEx call. <Researching>
svn path=/trunk/; revision=34289
- Implement KiSaveProcessorControlState and make the appropriate changes to KPROCESSOR_STATE and KSPECIAL_REGISTERS on ARM to support this, as well as moving the ARM Register definitions from ntos to NDK.
- Implement RtlCaptureContext.
- With these changes, BSODs now work, but because of missing palette code, they are actually R(Red)SODs, which is awesome.
- Remove debug prints from system call code -- this ends up somehow corrupting the return values *sigh*. More work to be done there, defintely. We have now regressed but we have an RSOD.
svn path=/trunk/; revision=34120
- We do not attemp to build world anymore. We have handwritten a new ARM rbuild file that only builds what we need for our current ARM work.
- HAL and FreeLDR do not seem to have an "installpath"... why not? Added one at least for our ARM stuff, so that "make install" can drop the binaries.
- Fixed some ARM DDK macro inconsistencies, allow more drivers to build.
- It is now possible to use "make install -k" to drop a completely working ARM build onto an image due to all these changes.
svn path=/trunk/; revision=34055
Instead of copying those functions into every host tool, which needs it (as we did previously), we can now implement them all in this library and link the host tools to it.
If USE_HOST_WCSFUNCS is not defined, the "wcsfuncs.h" file will define them to the CRT functions (so this library does not create overhead, when the code is built for the target platform)
See issue #3285 for more details.
svn path=/trunk/; revision=34050
Thanks to hackbunny for pointing out that ##__VA_ARGS__ will strip the trailing comma and this works on both GCC and MSVC.
svn path=/trunk/; revision=34031
