- Transform TryToStartShell() into a StartProcess() function whose aim
is just to start processes, since there is no extra initialization needed
for starting a shell process.
- Modify StartInstaller() to call StartProcess() for starting the ReactOS GUI
installer found on the installation media, from a path automatically expanded
depending on the ambient CPU architecture.
svn path=/branches/setup_improvements/; revision=75331
- Don't hardcode the installer file name in ExpandInstallerPath() but
provide it from a parameter. Return TRUE/FALSE if the installer file
is/is not found.
- Expand any environment string present in the items command line.
- Enable/disable the menu buttons depending on whether or not an
associated command is present.
- Enable mirroring from resources.
Add a test program that shows how the *PSMTextOut() functions draw
the strings by a side by side comparison between LpkPSMTextOut() and
UserLpkPSMTextOut().
[LPK][USER32] Fix reading layout checks.
- Both functions don't care about DT_RTLREADING flag.
- Added a different method to check reading order.
[USER32] Remove gcc-build breaker semicolon.
This function is a condensed version of LpkPSMTextOut() (from lpk.dll),
but not bug-for-bug equivalent.
The main difference is that the underscore is drawn without taking into
account any kind of script processing.
- The function is almost fully implemented, but some return values change wildly.
The results are mostly compatible to the Windows results.
- Remove #ifdef (this is primary ReactOS code).
- Add a pointer to the current parameter.
- Change the 'present' and 'not present' radio buttons to auto radio buttons.
- Display present and non-present optional parameters properly.
If so, return such BCB instead of creating a new one. This will
allow (at some point) to be more consistent in case of concurrent
mapping.
This fixes a few CcMapData tests.
Given current ReactOS implementation, a VACB can be pinned
several times, with different BCB. In next commits, a single
BCB will be able to be pinned several times. That would
lead to severe inconsistencies in counting and thus corruption.
This quick check based on bits and operation is for 2^ based
sector sizes (most of the cases) and will perform faster than
the modulo operation which is still used in fallback in case
the sector size wouldn't be a power of 2.
