The functions med-mark-start and med-mark-end don't exist - that's fine, still read the rest of the menus, so it can actually properly 'hide' the help menu after it's clicked on.
If a game was playing, continue playing. If it was in the main menu, return to the main menu. (If all files are put in place the editor can load again.)
Replace delete dcx::window kludge with a better solution: instead of requiring every handler to delete the window, add a window_event_result::deleted, which gets returned if the window was deleted by the handler, so window_close knows not to attempt to delete it again.
Allow dcx::window struct to be subclassed step 3. This step adds the window destructor and both requires and implements the window to be deleted by the event handler/client in all cases.
Jayman2000 reports that users who do not update their MED.MNU after
updating to 8b61b9f ("Remove unused symbols") receive an "editor crash"
on startup. This is not a crash, but instead is poor error handling in
menubar.cpp, which calls UserError instead of ignoring the offending
line. Calls to UserError are fatal, but do not crash the program.
Replace that call with a con_printf(CON_URGENT) and ignore the line.
Additionally, change the handling for excess menus and for excess menu
items to con_printf+ignore instead of UserError.
Reported-by: Jayman2000 <https://github.com/dxx-rebirth/dxx-rebirth/pull/190>
Fixes: 8b61b9f0db ("Remove unused symbols")
Mac OS X defines uint_fast32_t to unsigned int, causing ambiguous
overloads between RAIIdmem::operator[](std::size_t) and
RAIIdmem::operator[](int). Adding a disambiguating overload for OS X
breaks Windows. Remove operator pointer and operator[]. Rely on the
inherited operator[] for indexing. Require users to call ->get() to
convert to a simple pointer.
First btb ambiguity reported: https://github.com/dxx-rebirth/dxx-rebirth/pull/34
Second btb ambiguity reported: https://github.com/dxx-rebirth/dxx-rebirth/pull/43
C++ does not require this pattern.
import re, fileinput
to = re.compile(r'^typedef struct ([a-z_A-Z]+)\s*{')
tc = re.compile(r'^}(.*?)\s*([a-z_A-Z]+);$')
osn = None
for line in fileinput.input(inplace=True):
m = to.match(line)
if m:
osn = m.group(1)
print 'struct %s\n{' % osn
continue
if osn:
m = tc.match(line)
if m:
csn = m.group(2)
if osn == csn:
print '}%s;' % m.group(1)
osn = None
continue
else:
osn = None
print line,