When the system is not installed yet (e.g. LiveCD or 2nd installation stage)
there is no registered user and organization, so no need to show this text
label in the shell about dialog.
Co-authored-by: Stanislav Motylkov <x86corez@gmail.com>
Since they are completely undocumented and unlikely will be implemented in ROS,
stubbing them only in spec file seems to be a better solution than adding wrong
prototypes.
Use `stdcall -stub` instead of `stub` and enable parameters of the functions.
This allows to properly load our msgina.dll in Windows XP/2003.
Although it still doesn't boot to desktop with dll replaced, but nevertheless
the system crash that was caused by stubbed functions does no longer happen.
[AUTOCHK] Add also support for scanning FATX volumes.
The Format(), FormatEx(), Chkdsk(), ChkdskEx() functions exposed by the
U*.DLL user-mode FS library dlls are different (and have different
prototypes) than the similarly-named functions exported by FMIFS.DLL .
In particular, what we used to call "xxxChkdskEx()" and "xxxFormatEx()"
in our U*.DLL libraries actually correspond more, from their arguments,
to the "Chkdsk()" and "Format()" functions in Windows' U*.DLL . Their
*Ex() counterparts instead take most of the parameters through a
structure passed by pointer.
On FMIFS.DLL side, while FMIFS!Chkdsk() calls U*.DLL!Chkdsk() and
FMIFS!ChkdskEx() calls U*.DLL!ChkdskEx() (and we do not implement these
*Ex() functions at the moment), both FMIFS!Format() and FMIFS!FormatEx()
call U*.DLL!Format() instead, while FMIFS!FormatEx2() calls
U*.DLL!FormatEx() (that we do not implement yet either) !!
To improve that, refactor the calls to these U*.DLL functions so as to
respect the more compatible prototypes: They contain the correct number
of parameters in a compatible order. However, some of the parameters do
not have the same types yet: the strings are kept here in PUNICODE_STRINGS,
while on Windows they are passed via an undocumented DSTRING struct, and
the FMIFS callback is instead a MESSAGE struct/class on Windows.
Finally, the MEDIA_TYPE parameter in U*.DLL!Format() is equivalent, yet
not fully 100% in 1-to-1 correspondence, with the FMIFS_MEDIA_FLAG used
in the corresponding FMIFS.DLL functions.
One thing to notice is that the U*.DLL!Format() (and the Ex) functions
support a BOOLEAN (a flag resp.) for telling that a backwards-compatible
FS version should be used instead of the (default) latest FS version.
This is used e.g. by the FAT FS, where by default FAT32 is selected
(depending also on other constraints like, the disk and the partition
sizes), unless that bit is set in which case, FAT16 (or 12) is used.
- Added zh-TW translation for the following modules: credui, crypt32, getuname, mapi32, themeui, shlwapi.
- Modify zh-TW translation for other files.
- Moving Traditional Chinese translation back to Zh.rc for files came from Wine (comdlg32).
Co-authored-by: Hermès BÉLUSCA - MAÏTO <hermes.belusca-maito@reactos.org>
Get rid of BaseThreadStartupThunk and BaseProcessStartThunk asm wrappers and go to the C functions directly (home space is allocated on the stack by the kernel)
The previous version was miscalculating the buffer size on x64 (due to alignment) and always using a too small buffer.
The new version removes the size calculation entirely and uses the required size returned by NtQuerySystemInformation.
- SHELL32: Improve Portuguese (PT) translation.
Minor objects adjustments to the text
and minor improvements to translation.
- SHELLEXT: Improve Portuguese (PT) translation to acppage rc file.
Addendum to commits 7e116f0e and 00ed72d7.
This removes the "error C4133: 'function': incompatible types - from
'WICPixelFormatNumericRepresentation *' to 'DWORD *'"
message that still remains even when using /wd4133 .
in favor of add_compile_options and the like with generator expressions
Also take this as an opportunity to remove the C++11 standard hack, GCC 8 now defaults to C++14
Instead of messing with global variables and the like, we introduce two target properties:
- WITH_CXX_EXCEPTIONS: if you want to use C++ exceptions
- WITH_CXX_RTTI: if you need RTTI in your module
You can use the newly introduced set_target_cpp_properties function, with WITH_EXCEPTIONS and WITH_RTTI arguments
We also introduce two libraries :
- cpprt: for C++ runtime routines
- cppstl: for the C++ standard template library
NB: On GCC, this requires to create imported libraries with the related built-in libraries:libsupc++, limingwex, libstdc++
Finally, we manage the relevant flags with the ad-hoc generator expressions
So, if you don't need exceptions, nor RTTI, nor use any runtime at all: you simply have nothing else to do than add your C++ file to your module
Complements commit 7e2db773.
- Validate the argument count.
- Validate the total buffer size: the total size of the header plus
the pointer-offset array and the provided buffer, together with
the alignment padding for each argument, must be less than MAXLONG
aligned to 4-byte boundary.
Take the alignment padding for each argument into account, **BEFORE**
doing the final size alignment on a 4-byte boundary. Thus, the capture
buffer size value is properly aligned, and passes the validation tests
on the server side (in CSRSRV!CsrCaptureArguments), see commit 7e2db773.
This bug was put in evidence in x64 builds where the memory alignments
were more tight than in the x86 builds.
