Most suckless.org software comes with basic functionality which can be extended by applying code patches. This typically involves a fair deal of tinkering on behalf of the end user especially when applying more than one patch.
The flexipatch builds have a different take on patching where preprocessor directives are used to decide whether or not to include a patch during build time. This means, for better or worse, that the code contains both the patched and the original code. The aim being that you can pick and mix your patches from a configuration file and just compile.
The flexipatch-finalizer is a custom pre-processor that uses the same configuration file and strips a flexipatch build of any unused code, leaving a build of the software with the selected patches applied.
Example flexipatch builds this finalizer can be used with:
patches.h
configuration file before running this script.
Example usage:
$ ./flexipatch-finalizer.sh
Usage: flexipatch-finalizer.sh [OPTION?]
This is a custom pre-processor designed to remove unused flexipatch patches and create a final build.
-r, --run include this flag to confirm that you really do want to run this script
-d, --directory <dir> the flexipatch directory to process (defaults to current directory)
-o, --output <dir> the output directory to store the processed files
-h, --help display this help section
-k, --keep keep temporary files and do not replace the original ones
-e, --echo echo commands that will be run rather than running them
--debug prints additional debug information to stderr
Warning! This script alters and removes files within the source directory.
Warning! This process is irreversible! Use with care. Do make a backup before running this.
$ ./flexipatch-finalizer.sh -r -d /path/to/dwm-flexipatch
$
Example end diff having VERTCENTER_PATCH enabled for st.
...
/* Purely graphic info */ /* Purely graphic info */
typedef struct { typedef struct {
int tw, th; /* tty width and height */ int tw, th; /* tty width and height */
int w, h; /* window width and height */ int w, h; /* window width and height */
#if ANYSIZE_PATCH <
int hborderpx, vborderpx; <
#endif // ANYSIZE_PATCH <
int ch; /* char height */ int ch; /* char height */
int cw; /* char width */ int cw; /* char width */
#if VERTCENTER_PATCH <
int cyo; /* char y offset */ int cyo; /* char y offset */
#endif // VERTCENTER_PATCH <
int mode; /* window state/mode flags */ int mode; /* window state/mode flags */
int cursor; /* cursor style */ int cursor; /* cursor style */
#if VISUALBELL_2_PATCH || VISUALBELL_3_PATCH <
int vbellset; /* 1 during visual bell, 0 otherwise */ <
struct timespec lastvbell; <
#endif // VISUALBELL_2_PATCH <
} TermWindow; } TermWindow;
...