sbase/libutf/isprintrune.c

/* Automatically generated by mkrunetype.awk */
#include "../utf.h"
#include "runetype.h"

int
isprintrune(Rune r)
{
	return !iscntrlrune(r) && (r != 0x2028) && (r != 0x2029) &&
	       ((r < 0xFFF9) || (r > 0xFFFB));
}
Split up isrune() and torune() functions into individual source files This optimizes the binary size for each tool that uses these functions. Previously, if a program just used one single function, maybe even a one-liner, it would statically compile in all lookup-tables, bloating the binary by up to 20K. All these changes are derived from a local libutf where I do the primary changes. So I hope that I can merge these things into libutf sooner or later, as discussed on the ml. 2015-02-11 09:44:54 -05:00			`/* Automatically generated by mkrunetype.awk */`
			`#include "../utf.h"`
			`#include "runetype.h"`

			`int`
			`isprintrune(Rune r)`
			`{`
			`return !iscntrlrune(r) && (r != 0x2028) && (r != 0x2029) &&`
Fix isprintrune()'s behaviour I somehow missed this issue. A rune can not be smaller than the left range-delimiter and bigger than the right range-delimiter at the same time. The real check has to check if either condition applies. 2015-02-15 10:27:45 -05:00			`((r < 0xFFF9) \|\| (r > 0xFFFB));`
Split up isrune() and torune() functions into individual source files This optimizes the binary size for each tool that uses these functions. Previously, if a program just used one single function, maybe even a one-liner, it would statically compile in all lookup-tables, bloating the binary by up to 20K. All these changes are derived from a local libutf where I do the primary changes. So I hope that I can merge these things into libutf sooner or later, as discussed on the ml. 2015-02-11 09:44:54 -05:00			`}`