windows-nt/Source/XPSP1/NT/inetsrv/intlwb/kor/unitoint.cpp
2020-09-26 16:20:57 +08:00

344 lines
11 KiB
C++

/////////////////////////////////////////////////////////////////////////////
//
// Copyright (C) 1997, Microsoft Corporation. All Rights Reserved.
//
/////////////////////////////////////////////////////////////////////////////
//#include "stdafx.h"
#include "pch.cxx"
#include "UniToInt.h"
#define NUMBER_OF_CHOSUNG 19
#define NUMBER_OF_JUNGSUNG 21
#define NUMBER_OF_JONGSUNG 28 // include fill code
#define HANGUL_COMP_JAMO_START 0x3131
#define HANGUL_COMP_JAMO_END 0x3163
#define HANGUL_COMP_JAMO_START_FILL 0x3130
#define HANGUL_COMP_JAMO_SIOT 0x3145
#define HANGUL_START 0xAC00
#define HANGUL_END 0xD7A3
///////////////////////////////////////////
// HANGUL Jaso difinitions
// ChoSung
#define KIYEOK 1
#define SSANGKIYEOK 2
#define NIEUN 3
#define SSANGNIEUN 4 // not used
#define TIKEUT 5
#define SSANGTIKEUT 6
#define RIEUL 7
#define SSANGRIEUL 8 // not used
#define MIEUM 10
#define PIEUP 11
#define SSANGPIEUP 12
#define SIOS 13
#define SSANGSIOS 14
#define IEUNG 15
#define CIEUC 16
#define SSANGCIEUC 17
#define CHIEUCH 18
#define KHIEUKH 19
#define THIEUTH 20
#define PHIEUPH 21
#define HIEUH 22
// JungSung
#define A 23
#define AE 24
#define YA 25
#define YAE 26
#define EO 27
#define E 28
#define YEO 29
#define YE 30
#define O 31
#define WA 33
#define WAE 34
#define OE 35
#define YO 36
#define U 37
#define WEO 38
#define WE 39
#define WI 40
#define YU 41
#define EU 42
#define YI 43
#define I 44
////////////////////////////////////////
// Cho sung mapping table
static
BYTE ChoSungMapTable[19] =
{
KIYEOK, SSANGKIYEOK,
NIEUN,
TIKEUT, SSANGTIKEUT,
RIEUL,
MIEUM,
PIEUP, SSANGPIEUP,
SIOS, SSANGSIOS,
IEUNG,
CIEUC, SSANGCIEUC,
CHIEUCH,
KHIEUKH,
THIEUTH,
PHIEUPH,
HIEUH,
};
// Jung sung mapping table
static
BYTE JungSungMapTable[21] =
{
A, AE, YA, YAE, EO, E, YEO, YE, O, WA, WAE, OE, YO, U, WEO, WE, WI, YU, EU, YI, I,
};
// Jong sung mapping table
static
BYTE JongSungMapTable[28][2] =
{
{ 0, 0 }, // Fill
{ KIYEOK, 0 },
{ SSANGKIYEOK, 0 },
{ KIYEOK, SIOS },
{ NIEUN, 0 },
{ NIEUN, CIEUC },
{ NIEUN, HIEUH },
{ TIKEUT, 0 },
{ RIEUL, 0 },
{ RIEUL, KIYEOK },
{ RIEUL, MIEUM },
{ RIEUL, PIEUP },
{ RIEUL, SIOS },
{ RIEUL, THIEUTH },
{ RIEUL, PHIEUPH },
{ RIEUL, HIEUH },
{ MIEUM, 0 },
{ PIEUP, 0 },
{ PIEUP, SIOS },
{ SIOS, 0 },
{ SSANGSIOS, 0 },
{ IEUNG, 0 },
{ CIEUC, 0 },
{ CHIEUCH, 0 },
{ KHIEUKH, 0 },
{ THIEUTH, 0 },
{ PHIEUPH, 0 },
{ HIEUH, 0 }
};
static
BYTE JamoMapTable[51][2] =
{
{ KIYEOK, 0 },
{ SSANGKIYEOK, 0 },
{ KIYEOK, SIOS },
{ NIEUN, 0 },
{ NIEUN, CIEUC },
{ NIEUN, HIEUH },
{ TIKEUT, 0 },
{ SSANGTIKEUT, 0 },
{ RIEUL, 0 },
{ RIEUL, KIYEOK },
{ RIEUL, MIEUM },
{ RIEUL, PIEUP },
{ RIEUL, SIOS },
{ RIEUL, THIEUTH },
{ RIEUL, PHIEUPH },
{ RIEUL, HIEUH },
{ MIEUM, 0 },
{ PIEUP, 0 },
{ SSANGPIEUP, 0 },
{ PIEUP, SIOS },
{ SIOS, 0 },
{ SSANGSIOS, 0 },
{ IEUNG, 0 },
{ CIEUC, 0 },
{ SSANGCIEUC, 0 },
{ CHIEUCH, 0 },
{ KHIEUKH, 0 },
{ THIEUTH, 0 },
{ PHIEUPH, 0 },
{ HIEUH, 0 },
//
{ A, 0 },
{ AE, 0 },
{ YA, 0 },
{ YAE, 0 },
{ EO, 0 },
{ E, 0 },
{ YEO, 0 },
{ YE, 0 },
{ O, 0 },
{ WA, 0 },
{ WAE, 0 },
{ OE, 0 },
{ YO, 0 },
{ U, 0 },
{ WEO, 0 },
{ WE, 0 },
{ WI, 0 },
{ YU, 0 },
{ EU, 0 },
{ YI, 0 },
{ I, 0 }
};
inline static
void ChosungToInternal(BYTE jamo, LPSTR lpIntStr, int &idx)
{
lpIntStr[idx++] = ChoSungMapTable[jamo];
}
inline static
void JungsungToInternal(BYTE jamo, LPSTR lpIntStr, int &idx)
{
lpIntStr[idx++] = JungSungMapTable[jamo];
}
inline static
void JongsungToInternal(BYTE jamo, LPSTR lpIntStr, int &idx)
{
if (jamo) {
lpIntStr[idx++] = JongSungMapTable[jamo][0];
if (JongSungMapTable[jamo][1])
lpIntStr[idx++] = JongSungMapTable[jamo][1];
}
}
inline static
void JamoToInternal(BYTE jamo, LPSTR lpIntStr, int &idx)
{
lpIntStr[idx++] = JamoMapTable[jamo][0];
if (JamoMapTable[jamo][1])
lpIntStr[idx++] = JamoMapTable[jamo][1];
}
///////////////////////////////////////////////////////////////////////
BOOL UniToInvInternal(LPCWSTR lpUniStr, LPSTR _lpIntStr, int strLength)
{
int i, j, idx=0;
char lpIntStr[256]; // buffer is fixed (dangerous but quick and dirty method)
for (i=0; i<strLength; i++)
{
if (lpUniStr[i] <= HANGUL_COMP_JAMO_END && lpUniStr[i] >= HANGUL_COMP_JAMO_START)
{
JamoToInternal(BYTE(lpUniStr[i]-HANGUL_COMP_JAMO_START), lpIntStr, idx);
continue;
}
ChosungToInternal(BYTE( (WORD)(lpUniStr[i]-HANGUL_START) /
(NUMBER_OF_JONGSUNG*NUMBER_OF_JUNGSUNG) ),
lpIntStr, idx );
JungsungToInternal(BYTE( (WORD)(lpUniStr[i]-HANGUL_START) / NUMBER_OF_JONGSUNG
% NUMBER_OF_JUNGSUNG ),
lpIntStr, idx );
JongsungToInternal(BYTE( (WORD)(lpUniStr[i]-HANGUL_START) % NUMBER_OF_JONGSUNG ),
//+ NUMBER_OF_CHOSUNG + NUMBER_OF_JUNGSUNG),
lpIntStr, idx ); //jongsung
}
// inverse processing
for (i=0, j=idx-1; i<idx; i++, j--)
_lpIntStr[j] = lpIntStr[i];
_lpIntStr[idx] = 0;
return TRUE;
}
BOOL UniToInternal(LPCWSTR lpUniStr, LPSTR lpIntStr, int strLength)
{
int i, idx=0;
// char lpIntStr[256]; // buffer is fixed (dangerous but quick and dirty method)
for (i=0; i<strLength; i++)
{
if (lpUniStr[i] <= HANGUL_COMP_JAMO_END && lpUniStr[i] >= HANGUL_COMP_JAMO_START)
{
JamoToInternal(BYTE(lpUniStr[i]-HANGUL_COMP_JAMO_START), lpIntStr, idx);
continue;
}
ChosungToInternal(BYTE( (WORD)(lpUniStr[i]-HANGUL_START) /
(NUMBER_OF_JONGSUNG*NUMBER_OF_JUNGSUNG) ),
lpIntStr, idx );
JungsungToInternal(BYTE( (WORD)(lpUniStr[i]-HANGUL_START) / NUMBER_OF_JONGSUNG
% NUMBER_OF_JUNGSUNG),
lpIntStr, idx );
JongsungToInternal(BYTE( (WORD)(lpUniStr[i]-HANGUL_START) % NUMBER_OF_JONGSUNG ),
//+ NUMBER_OF_CHOSUNG + NUMBER_OF_JUNGSUNG),
lpIntStr, idx ); //jongsung
}
lpIntStr[idx] = 0;
return TRUE;
}
/*
BOOL UniToInvInternal(LPCWSTR lpUniStr, LPSTR _lpIntStr, int strLength)
{
int i, j, idx=0;
char lpIntStr[256]; // buffer is fixed (dangerous but quick and dirty method)
for (i=0; i<strLength; i++)
{
if (lpUniStr[i] <= HANGUL_COMP_JAMO_END && lpUniStr[i] >= HANGUL_COMP_JAMO_START)
{
if (lpUniStr[i] <= HANGUL_COMP_JAMO_SIOT)
JamoToInternal(lpUniStr[i], lpIntStr, idx);
else lpIntStr[idx++] = BYTE(lpUniStr[i] - HANGUL_COMP_JAMO_SIOT + 10);
continue;
}
lpIntStr[idx++] = BYTE( (WORD)(lpUniStr[i]-HANGUL_START) /
(NUMBER_OF_JONGSUNG*NUMBER_OF_JUNGSUNG) ) + 1;//chosung
lpIntStr[idx++] = BYTE( (WORD)(lpUniStr[i]-HANGUL_START) / NUMBER_OF_JONGSUNG
% NUMBER_OF_JUNGSUNG + NUMBER_OF_CHOSUNG ) + 1; //jungsung
JongsungToInternal(BYTE( (WORD)(lpUniStr[i]-HANGUL_START) % NUMBER_OF_JONGSUNG ),
//+ NUMBER_OF_CHOSUNG + NUMBER_OF_JUNGSUNG),
lpIntStr, idx ); //jongsung
}
// inverse processing
for (i=0, j=idx-1; i<idx; i++, j--)
_lpIntStr[j] = lpIntStr[i];
_lpIntStr[idx] = 0;
return TRUE;
}
BOOL UniToInternal(LPCWSTR lpUniStr, LPSTR lpIntStr, int strLength)
{
int i, idx=0;
// char lpIntStr[256]; // buffer is fixed (dangerous but quick and dirty method)
for (i=0; i<strLength; i++)
{
if (lpUniStr[i] <= HANGUL_COMP_JAMO_END && lpUniStr[i] >= HANGUL_COMP_JAMO_START)
{
if (lpUniStr[i] <= HANGUL_COMP_JAMO_SIOT)
JamoToInternal(lpUniStr[i], lpIntStr, idx);
else lpIntStr[idx++] = BYTE(lpUniStr[i] - HANGUL_COMP_JAMO_SIOT + 10);
continue;
}
lpIntStr[idx++] = BYTE( (WORD)(lpUniStr[i]-HANGUL_START) /
(NUMBER_OF_JONGSUNG*NUMBER_OF_JUNGSUNG) ) + 1;//chosung
lpIntStr[idx++] = BYTE( (WORD)(lpUniStr[i]-HANGUL_START) / NUMBER_OF_JONGSUNG
% NUMBER_OF_JUNGSUNG + NUMBER_OF_CHOSUNG ) + 1; //jungsung
JongsungToInternal(BYTE( (WORD)(lpUniStr[i]-HANGUL_START) % NUMBER_OF_JONGSUNG ),
//+ NUMBER_OF_CHOSUNG + NUMBER_OF_JUNGSUNG),
lpIntStr, idx ); //jongsung
}
lpIntStr[idx] = 0;
return TRUE;
}
*/