C casts do not require parentheses. C++ casts require grouping around
the target. Prepare for conversion to C++ casts by adding otherwise
unnecessary parentheses around the target of simple C casts.
s/(\s*unsigned\s\+char\s*\(\*\+\)\s*)\s*\([&+-]\?\)\([[:alnum:]_.]\+\s*->\s*\)*\([[:alnum:]_.]\+\)\(\s*\([];+>)*\/^%,|&<>]\)\|$\|\(\s*-\s*[^>]\)\)/(uint8_t \1)(\2\3\4)\5/g
Uses of `(short*)` usually want exactly a 16-bit signed integer. Most
platforms provide that as `short`, but that is not guaranteed.
s/(short \(*\+\)\s*)/(int16_t \1)/g
C casts do not require parentheses. C++ casts require grouping around
the target. Prepare for conversion to C++ casts by adding otherwise
unnecessary parentheses around the target of simple C casts.
s/\((\w\+\s*\*\+)\)\s*\(&\w\+\(\[[[:alnum:]+-]*\]\)*[]);]\)/\1(\2)/g
Grant processing code sets `Primary_weapon` to the user's preferred
weapon, but the delayed autoselect code then changed it back to
something else. Call select_primary_weapon instead of directly updating
`Primary_weapon`, so that `Delayed_primary` is updated too.
This also fixes a bug where the demo always recorded the player
switching to lasers/concussion, instead of the values that the player
actually received from the grant.
Reported-by: Mako88 <https://github.com/dxx-rebirth/dxx-rebirth/issues/184>
C casts do not require parentheses. C++ casts require grouping around
the target. Prepare for conversion to C++ casts by adding otherwise
unnecessary parentheses around the target of simple C casts.
s/\((\s*\(\(un\)\?signed\|int\|char\|short\|long\|float\|double\|s\?size_t\|\(u\?int[[:digit:]]\+_t\)\)\s*\**\s*)\s*\)\([&+-]\?\)\([[:alnum:]_.]\+\s*->\s*\)*\([[:alnum:]_.]\+\)\(\s*\[[^][]*\]\)*\(\s*\([];+>)*\/^%,|&<>]\)\|$\|\(\s*-\s*[^>]\)\)/\1(\5\6\7\8)\9/g
This pass only targets commonly used standard types.
s/(\(\s*\(\(un\)\?signed\|int\|char\|short\|long\|float\|double\|s\?size_t\|\(u\?int[[:digit:]]\+_t\)\)\)\s*)\s*(/static_cast<\1>(/g
C casts do not require parentheses. C++ casts require grouping around
the target. Prepare for conversion to C++ casts by adding otherwise
unnecessary parentheses around the target of simple C casts.
Exclude float|double from the second substitution. Including it
rewrites medmisc.cpp in an incorrect way, and excluding it does not
exclude any valid rewrites.
s/(\(int\|signed\|float\|double\|long\|short\|unsigned\))\s*\(\w\+\s*(\s*\w\+\s*)\)/(\1)(\2)/
s/(\((\(int\|signed\|long\|short\|unsigned\))(\w\+\s*(\s*\w\+\s*))\))/\1/g
C casts do not require parentheses. C++ casts require grouping around
the target. Prepare for conversion to C++ casts by adding otherwise
unnecessary parentheses around the target of some C casts.
This pass attempts to process expressions that involve parenthesized or
bracketed subexpressions, but only if those subexpressions do not
themselves contain parenthesized or bracketed subexpressions.
(int) f(1); // changed
(int) f(g()); // not changed
perl -p -i -e 's/(\(\s*((?:un)?signed|int|char|short|long|float|double|s?size_t|(?:u?int[[:digit:]]+_t))\s*\**\s*\)\s*)([&+-]?)([[:alnum:]_.]+\s*->\s*)*([[:alnum:]_.]+)((?:\s*(?:\[[^][]*\])*|(?:\([^()]*\))*))(\s*([;+>*\/^%,|&<>])|$|(\s*-\s*[^>]))/\1\(\3\4\5\6\)\7/g'
Object numbers are unsigned short, not signed short. If anyone ever
raises the object limit high enough, testing for negative values would
blacklist valid objects.
Remove unnecessary test for objnum!=object_none. If it were none,
constructing `obj` would have failed.
