ZFCoreTypeDef_CharType.h File Reference

types for ZFFramework More...

#include "ZFCoreTypeDef_CoreType.h"
#include <cstring>
#include <cstdlib>

Go to the source code of this file.

Macros
#define	zfcharIsLetterLowerCase(c)
	true if 'a' ~ 'z'
#define	zfcharIsLetterUpperCase(c)
	true if 'A' ~ 'Z'
#define	zfcharIsNumber(c)
	true if '0' ~ '9'
#define	zfcharIsHexNumberLowerCase(c)
	true if '0' ~ '9' or 'a' ~ 'f'
#define	zfcharIsHexNumberUpperCase(c)
	true if '0' ~ '9' or 'A' ~ 'F'
#define	zfcharIsHexNumber(c)
	true if '0' ~ '9' or 'a' ~ 'f' or 'A' ~ 'F'
#define	zfcharIsSpace(c)
	true if char is space or tab
#define	zfcharIsEndl(c)
	true if char is '\r' or '\n'
#define	zfcharSkipSpace(p, end)
	move p to skip spaces and tabs, up to end
#define	zfcharSkipEndl(p, end)
	move p to skip spaces and tabs, up to end
#define	zfcharSkipSpaceAndEndl(p, end)
	move p to skip spaces and tabs, up to end

Typedefs
typedef _ZFT_t_zfchar	zfchar
	char wrapper
typedef _ZFT_t_zfchar	zft_zfchar
	primitive number type, use only if necessary, for app, use zfchar instead

Functions
zfindex	zfcharGetSize (const zfchar *p)
	get logical char's size, see zfcharMoveNext
template<typename T_CharString >
void	zfcharMoveNext (T_CharString &p)
	move to next logical char
template<typename T_Str , typename T_CharString >
void	zfcharAppendAndMoveNext (T_Str &s, T_CharString &p)
	append logical char from p to s, then move p to next char, see zfcharMoveNext
zfindex	zfslen (const zfchar *s)
	strlen wrapper as zfchar type
zfchar *	zfscpy (zfchar *dst, const zfchar *src)
	strcpy wrapper as zfchar type
zfint	zfscmp (const zfchar *s1, const zfchar *s2)
	strcmp wrapper as zfchar type
zfint	zfsicmp (const zfchar *s1, const zfchar *s2)
	stricmp wrapper as zfchar type, no locale supported
zfint	zfsncmp (const zfchar *s1, const zfchar *s2, zfindex count)
	strncmp wrapper as zfchar type
zfint	zfsnicmp (const zfchar *s1, const zfchar *s2, zfindex count)
	strnicmp wrapper as zfchar type, no locale supported

Detailed Description

types for ZFFramework

Function Documentation

zfcharMoveNext()

template<typename T_CharString >

void zfcharMoveNext ( T_CharString & p )

inline

move to next logical char

since zfchar's encoding may take more than one char unit to store a logical char, you can't simply use "++p"
this macro take one param, which should be a pointer var of (zfchar *) or (const zfchar *), and this macro would move the pointer to next logical char