np2/common/milstr.c - diff

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Diff for /np2/common/milstr.c between versions 1.9 and 1.13

version 1.9, 2004/06/20 02:57:47	version 1.13, 2005/02/07 14:46:08
Line 4	Line 4
// ---- ANK / UCS2 / UCS4	// ---- ANK / UCS2 / UCS4

#if defined(SUPPORT_ANK)	#if defined(SUPPORT_ANK)
int milank_charsize(const OEMCHAR *str) {	int STRCALL milank_charsize(const OEMCHAR *str) {

return((str[0] != '\0')?1:0);	return((str[0] != '\0')?1:0);
}	}

int milank_cmp(const OEMCHAR str, const OEMCHAR cmp) {	int STRCALL milank_cmp(const OEMCHAR str, const OEMCHAR cmp) {

int s;	int s;
int c;	int c;
Line 30 int milank_cmp(const OEMCHAR *str, const	Line 30 int milank_cmp(const OEMCHAR *str, const
return(0);	return(0);
}	}

int milank_memcmp(const OEMCHAR str, const OEMCHAR cmp) {	int STRCALL milank_memcmp(const OEMCHAR str, const OEMCHAR cmp) {

int s;	int s;
int c;	int c;
Line 51 int milank_memcmp(const OEMCHAR *str, co	Line 51 int milank_memcmp(const OEMCHAR *str, co
return((s > c)?1:-1);	return((s > c)?1:-1);
}	}

void milank_ncpy(OEMCHAR dst, const OEMCHAR src, int maxlen) {	void STRCALL milank_ncpy(OEMCHAR dst, const OEMCHAR src, int maxlen) {

int i;	int i;

Line 64 void milank_ncpy(OEMCHAR *dst, const OEM	Line 64 void milank_ncpy(OEMCHAR *dst, const OEM
}	}
}	}

void milank_ncat(OEMCHAR dst, const OEMCHAR src, int maxlen) {	void STRCALL milank_ncat(OEMCHAR dst, const OEMCHAR src, int maxlen) {

int i;	int i;
int j;	int j;
Line 83 void milank_ncat(OEMCHAR *dst, const OEM	Line 83 void milank_ncat(OEMCHAR *dst, const OEM
}	}
}	}

OEMCHAR milank_chr(const OEMCHAR str, int c) {	OEMCHAR * STRCALL milank_chr(const OEMCHAR *str, int c) {

int s;	int s;

Line 104 OEMCHAR milank_chr(const OEMCHAR str,	Line 104 OEMCHAR milank_chr(const OEMCHAR str,
// ---- Shift-JIS	// ---- Shift-JIS

#if defined(SUPPORT_SJIS)	#if defined(SUPPORT_SJIS)
int milsjis_charsize(const char *str) {	int STRCALL milsjis_charsize(const char *str) {

int pos;	int pos;

Line 112 int milsjis_charsize(const char *str) {	Line 112 int milsjis_charsize(const char *str) {
return((str[pos] != '\0')?(pos+1):0);	return((str[pos] != '\0')?(pos+1):0);
}	}

int milsjis_cmp(const char str, const char cmp) {	int STRCALL milsjis_cmp(const char str, const char cmp) {

int s;	int s;
int c;	int c;

do {	do {
s = (BYTE)*str++;	s = (UINT8)*str++;
if ((((s ^ 0x20) - 0xa1) & 0xff) < 0x3c) {	if ((((s ^ 0x20) - 0xa1) & 0xff) < 0x3c) {
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
if (s != c) {	if (s != c) {
goto mscp_err;	goto mscp_err;
}	}
s = (BYTE)*str++;	s = (UINT8)*str++;
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
}	}
else {	else {
if (((s - 'a') & 0xff) < 26) {	if (((s - 'a') & 0xff) < 26) {
s -= 0x20;	s -= 0x20;
}	}
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
if (((c - 'a') & 0xff) < 26) {	if (((c - 'a') & 0xff) < 26) {
c -= 0x20;	c -= 0x20;
}	}
Line 146 mscp_err:	Line 146 mscp_err:
return((s > c)?1:-1);	return((s > c)?1:-1);
}	}

int milsjis_memcmp(const char str, const char cmp) {	int STRCALL milsjis_memcmp(const char str, const char cmp) {

int s;	int s;
int c;	int c;

do {	do {
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
if ((((c ^ 0x20) - 0xa1) & 0xff) < 0x3c) {	if ((((c ^ 0x20) - 0xa1) & 0xff) < 0x3c) {
s = (BYTE)*str++;	s = (UINT8)*str++;
if (c != s) {	if (c != s) {
break;	break;
}	}
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
s = (BYTE)*str++;	s = (UINT8)*str++;
}	}
else if (c) {	else if (c) {
if (((c - 'a') & 0xff) < 26) {	if (((c - 'a') & 0xff) < 26) {
c &= ~0x20;	c &= ~0x20;
}	}
s = (BYTE)*str++;	s = (UINT8)*str++;
if (((s - 'a') & 0xff) < 26) {	if (((s - 'a') & 0xff) < 26) {
s &= ~0x20;	s &= ~0x20;
}	}
Line 177 int milsjis_memcmp(const char *str, cons	Line 177 int milsjis_memcmp(const char *str, cons
return((s > c)?1:-1);	return((s > c)?1:-1);
}	}

int milsjis_kanji1st(const char *str, int pos) {	int STRCALL milsjis_kanji1st(const char *str, int pos) {

int ret;	int ret;

Line 189 int milsjis_kanji1st(const char *str, in	Line 189 int milsjis_kanji1st(const char *str, in
return(ret);	return(ret);
}	}

int milsjis_kanji2nd(const char *str, int pos) {	int STRCALL milsjis_kanji2nd(const char *str, int pos) {

int ret = 0;	int ret;

	ret = 0;
while((pos > 0) && ((((str[--pos] ^ 0x20) - 0xa1) & 0xff) < 0x3c)) {	while((pos > 0) && ((((str[--pos] ^ 0x20) - 0xa1) & 0xff) < 0x3c)) {
ret ^= 1;	ret ^= 1;
}	}
return(ret);	return(ret);
}	}

void milsjis_ncpy(char dst, const char src, int maxlen) {	void STRCALL milsjis_ncpy(char dst, const char src, int maxlen) {

int i;	int i;

Line 217 void milsjis_ncpy(char *dst, const char	Line 218 void milsjis_ncpy(char *dst, const char
}	}
}	}

void milsjis_ncat(char dst, const char src, int maxlen) {	void STRCALL milsjis_ncat(char dst, const char src, int maxlen) {

int i;	int i;
int j;	int j;
Line 241 void milsjis_ncat(char *dst, const char	Line 242 void milsjis_ncat(char *dst, const char
}	}
}	}

char milsjis_chr(const char str, int c) {	char * STRCALL milsjis_chr(const char *str, int c) {

int s;	int s;

Line 266 char milsjis_chr(const char str, int c	Line 267 char milsjis_chr(const char str, int c
// ---- EUC	// ---- EUC

#if defined(SUPPORT_EUC) // �� Ⱦ�ѥ��˺��Ƥ뤾��	#if defined(SUPPORT_EUC) // �� Ⱦ�ѥ��˺��Ƥ뤾��
int mileuc_charsize(const char *str) {	int STRCALL mileuc_charsize(const char *str) {

int pos;	int pos;

pos = (((str[0] - 0xa1) & 0xff) < 0x5d)?1:0;	pos = (str[0] & 0x80)?1:0;
return((str[pos] != '\0')?(pos+1):0);	return((str[pos] != '\0')?(pos+1):0);
}	}

int mileuc_cmp(const char str, const char cmp) {	int STRCALL mileuc_cmp(const char str, const char cmp) {

int s;	int s;
int c;	int c;

do {	do {
s = (BYTE)*str++;	s = (UINT8)*str++;
if (((s - 0xa1) & 0xff) < 0x5d) {	if (s & 0x80) {
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
if (s != c) {	if (s != c) {
goto mscp_err;	goto mscp_err;
}	}
s = (BYTE)*str++;	s = (UINT8)*str++;
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
}	}
else {	else {
if (((s - 'a') & 0xff) < 26) {	if (((s - 'a') & 0xff) < 26) {
s -= 0x20;	s -= 0x20;
}	}
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
if (((c - 'a') & 0xff) < 26) {	if (((c - 'a') & 0xff) < 26) {
c -= 0x20;	c -= 0x20;
}	}
Line 308 mscp_err:	Line 309 mscp_err:
return((s > c)?1:-1);	return((s > c)?1:-1);
}	}

int mileuc_memcmp(const char str, const char cmp) {	int STRCALL mileuc_memcmp(const char str, const char cmp) {

int s;	int s;
int c;	int c;

do {	do {
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
if (((c - 0xa1) & 0xff) < 0x5d) {	if (c & 0x80) {
s = (BYTE)*str++;	s = (UINT8)*str++;
if (c != s) {	if (c != s) {
break;	break;
}	}
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
s = (BYTE)*str++;	s = (UINT8)*str++;
}	}
else if (c) {	else if (c) {
if (((c - 'a') & 0xff) < 26) {	if (((c - 'a') & 0xff) < 26) {
c -= 0x20;	c -= 0x20;
}	}
s = (BYTE)*str++;	s = (UINT8)*str++;
if (((s - 'a') & 0xff) < 26) {	if (((s - 'a') & 0xff) < 26) {
s -= 0x20;	s -= 0x20;
}	}
Line 339 int mileuc_memcmp(const char *str, const	Line 340 int mileuc_memcmp(const char *str, const
return((s > c)?1:-1);	return((s > c)?1:-1);
}	}

int mileuc_kanji1st(const char *str, int pos) {	int STRCALL mileuc_kanji1st(const char *str, int pos) {

int ret;	int ret;

ret = 0;	ret = 0;
while((pos >= 0) &&	while((pos >= 0) && (str[pos--] & 0x80)) {
(((str[pos--] - 0xa1) & 0xff) < 0x5d)) {
ret ^= 1;	ret ^= 1;
}	}
return(ret);	return(ret);
}	}

int mileuc_kanji2nd(const char *str, int pos) {	int STRCALL mileuc_kanji2nd(const char *str, int pos) {

int ret = 0;	int ret;

while((pos > 0) && (((str[--pos] - 0xa1) & 0xff) < 0x5d)) {	ret = 0;
	while((pos > 0) && (str[--pos] & 0x80)) {
ret ^= 1;	ret ^= 1;
}	}
return(ret);	return(ret);
}	}

void mileuc_ncpy(char dst, const char src, int maxlen) {	void STRCALL mileuc_ncpy(char dst, const char src, int maxlen) {

int i;	int i;

Line 379 void mileuc_ncpy(char dst, const char	Line 380 void mileuc_ncpy(char dst, const char
}	}
}	}

void mileuc_ncat(char dst, const char src, int maxlen) {	void STRCALL mileuc_ncat(char dst, const char src, int maxlen) {

int i;	int i;
int j;	int j;
Line 403 void mileuc_ncat(char dst, const char	Line 404 void mileuc_ncat(char dst, const char
}	}
}	}

char mileuc_chr(const char str, int c) {	char * STRCALL mileuc_chr(const char *str, int c) {

int s;	int s;

Line 413 char mileuc_chr(const char str, int c)	Line 414 char mileuc_chr(const char str, int c)
if (s == c) {	if (s == c) {
return((char *)str);	return((char *)str);
}	}
if (((s - 0xa1) & 0xff) < 0x5d) {	if (s & 0x80) {
str++;	str++;
s = *str;	s = *str;
}	}
Line 428 char mileuc_chr(const char str, int c)	Line 429 char mileuc_chr(const char str, int c)
// ---- UTF8	// ---- UTF8

#if defined(SUPPORT_UTF8)	#if defined(SUPPORT_UTF8)
int milutf8_charsize(const char *str) {	int STRCALL milutf8_charsize(const char *str) {

if (str[0] == '\0') {	if (str[0] == '\0') {
return(0);	return(0);
Line 450 int milutf8_charsize(const char *str) {	Line 451 int milutf8_charsize(const char *str) {
return(0);	return(0);
}	}

int milutf8_cmp(const char str, const char cmp) {	int STRCALL milutf8_cmp(const char str, const char cmp) {

int s;	int s;
int c;	int c;
Line 460 int milutf8_cmp(const char *str, const c	Line 461 int milutf8_cmp(const char *str, const c
if (((s - 'a') & 0xff) < 26) {	if (((s - 'a') & 0xff) < 26) {
s -= 0x20;	s -= 0x20;
}	}
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
if (((c - 'a') & 0xff) < 26) {	if (((c - 'a') & 0xff) < 26) {
c -= 0x20;	c -= 0x20;
}	}
Line 471 int milutf8_cmp(const char *str, const c	Line 472 int milutf8_cmp(const char *str, const c
return(0);	return(0);
}	}

int milutf8_memcmp(const char str, const char cmp) {	int STRCALL milutf8_memcmp(const char str, const char cmp) {

int s;	int s;
int c;	int c;
Line 492 int milutf8_memcmp(const char *str, cons	Line 493 int milutf8_memcmp(const char *str, cons
return((s > c)?1:-1);	return((s > c)?1:-1);
}	}

int milutf8_kanji1st(const char *str, int pos) {	int STRCALL milutf8_kanji1st(const char *str, int pos) {

return(((str[pos] & 0xc0) >= 0xc0)?1:0);	return(((str[pos] & 0xc0) >= 0xc0)?1:0);
}	}

int milutf8_kanji2nd(const char *str, int pos) {	int STRCALL milutf8_kanji2nd(const char *str, int pos) {

return(((str[pos] & 0xc0) == 0x80)?1:0);	return(((str[pos] & 0xc0) == 0x80)?1:0);
}	}

void milutf8_ncpy(char dst, const char src, int maxlen) {	void STRCALL milutf8_ncpy(char dst, const char src, int maxlen) {

int i;	int i;

Line 511 void milutf8_ncpy(char *dst, const char	Line 512 void milutf8_ncpy(char *dst, const char
for (i=0; i<maxlen && src[i]; i++) {	for (i=0; i<maxlen && src[i]; i++) {
dst[i] = src[i];	dst[i] = src[i];
}	}
while((i) && ((dst[i] & 0xc0) == 0x80)) {
i--;
}
dst[i] = '\0';	dst[i] = '\0';
	if (i) {
	do {
	i--;
	} while((i) && ((dst[i] & 0xc0) == 0x80));
	i += milutf8_charsize(dst + i);
	dst[i] = '\0';
	}
}	}
}	}

void milutf8_ncat(char dst, const char src, int maxlen) {	void STRCALL milutf8_ncat(char dst, const char src, int maxlen) {

int i;	int i;
int j;	int j;
Line 533 void milutf8_ncat(char *dst, const char	Line 538 void milutf8_ncat(char *dst, const char
for (j=0; i<maxlen && src[j]; i++, j++) {	for (j=0; i<maxlen && src[j]; i++, j++) {
dst[i] = src[j];	dst[i] = src[j];
}	}
while((i) && ((dst[i] & 0xc0) == 0x80)) {
i--;
}
dst[i] = '\0';	dst[i] = '\0';
	if (i) {
	do {
	i--;
	} while((i) && ((dst[i] & 0xc0) == 0x80));
	i += milutf8_charsize(dst + i);
	dst[i] = '\0';
	}
}	}
}	}

char milutf8_chr(const char str, int c) {	char * STRCALL milutf8_chr(const char *str, int c) {

int s;	int s;

Line 560 char milutf8_chr(const char str, int c	Line 569 char milutf8_chr(const char str, int c

// ---- other	// ---- other

int milstr_extendcmp(const char str, const char cmp) {	int STRCALL milstr_extendcmp(const OEMCHAR str, const OEMCHAR cmp) {

int c;	int c;
int s;	int s;

do {	do {
while(1) {	while(1) {
c = (BYTE)*cmp++;	c = (UINT8)*cmp++;
if (!c) {	if (!c) {
return(0);	return(0);
}	}
Line 596 int milstr_extendcmp(const char *str, co	Line 605 int milstr_extendcmp(const char *str, co
return((s > c)?1:-1);	return((s > c)?1:-1);
}	}

OEMCHAR milstr_nextword(const OEMCHAR str) {	OEMCHAR * STRCALL milstr_nextword(const OEMCHAR *str) {

if (str) {	if (str) {
while((str > '\0') && (str <= ' ')) {	while((str > '\0') && (str <= ' ')) {
Line 606 OEMCHAR milstr_nextword(const OEMCHAR	Line 615 OEMCHAR milstr_nextword(const OEMCHAR
return((OEMCHAR *)str);	return((OEMCHAR *)str);
}	}

int milstr_getarg(OEMCHAR str, OEMCHAR arg[], int maxarg) {	int STRCALL milstr_getarg(OEMCHAR str, OEMCHAR arg[], int maxarg) {

int ret = 0;	int ret = 0;
OEMCHAR *p;	OEMCHAR *p;
BOOL quot;	BRESULT quot;

while(maxarg--) {	while(maxarg--) {
quot = FALSE;	quot = FALSE;
Line 640 int milstr_getarg(OEMCHAR *str, OEMCHAR	Line 649 int milstr_getarg(OEMCHAR *str, OEMCHAR
return(ret);	return(ret);
}	}

long milstr_solveHEX(const OEMCHAR *str) {	long STRCALL milstr_solveHEX(const OEMCHAR *str) {

long ret;	long ret;
int i;	int i;
char c;	OEMCHAR c;

ret = 0;	ret = 0;
for (i=0; i<8; i++) {	for (i=0; i<8; i++) {
Line 667 long milstr_solveHEX(const OEMCHAR *str)	Line 676 long milstr_solveHEX(const OEMCHAR *str)
return(ret);	return(ret);
}	}

long milstr_solveINT(const OEMCHAR *str) {	long STRCALL milstr_solveINT(const OEMCHAR *str) {

long ret;	long ret;
int c;	int c;
Line 696 long milstr_solveINT(const OEMCHAR *str)	Line 705 long milstr_solveINT(const OEMCHAR *str)
return(ret * s);	return(ret * s);
}	}

OEMCHAR milstr_list(const OEMCHAR lststr, UINT pos) {	OEMCHAR * STRCALL milstr_list(const OEMCHAR *lststr, UINT pos) {

if (lststr) {	if (lststr) {
while(pos) {	while(pos) {

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Removed from v.1.9
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	Added in v.1.13