www.pudn.com > 82325543.rar > sim2lib1.c

#include  
#include  
#include  
#include  
#include  
#include  
#include  
#include  
#include  
 
#define MAX_PHRASE_LEN 8 
#define MAX_PY_NUM 420 
#define MAX_EACH_PY_NUM 41 
#define MAX_EACH_HZ_NUM 945 
 
typedef struct { 
	WORD wKey; 
	TCHAR szPY[8]; 
} PINYIN,FAR *LPPINYIN; 
 
PINYIN      aPYTab[26][MAX_EACH_PY_NUM] = {0}; 
TCHAR       aHZTab[MAX_PY_NUM][MAX_EACH_HZ_NUM] = {0}; 
 
void LoadHZDictionary( LPTSTR lpStr) 
{ 
	TCHAR szPY[20],szHZ[1000]; 
	static int i=0,j=0,nPre=0; 
	WORD wPYHead=1; 
	LPPINYIN lpPYTab = (LPPINYIN)aPYTab; 
	LPTSTR lpHZTab = (LPTSTR)aHZTab; 
 
	_stscanf(lpStr,"%s %s",szPY,szHZ); 
 
	_tcscpy( (lpHZTab+i*MAX_EACH_HZ_NUM),szHZ); 
	 
	wPYHead=(WORD)szPY[0] - (WORD)_T('a'); 
	if(wPYHead != nPre) j=0; 
	_tcscpy( (lpPYTab+wPYHead*MAX_EACH_PY_NUM+j)->szPY,szPY); 
	(lpPYTab+wPYHead*MAX_EACH_PY_NUM+j)->wKey=i+1; 
 
	nPre=wPYHead; 
	i++,j++; 
	return; 
} 
 
WORD GetSegment(LPTSTR buf) 
{ 
	if(*buf == _T('\0')) return 1; //END_SEGMENT 
	else if(*buf == _T('#')) return 2; //COMMENT 
	else if( _tcsstr(buf,_T("[PUNCTUATION]")) != NULL ) return 3;  
	else if( _tcsstr(buf,_T("[DICTIONARY]")) != NULL) return 4; 
	else return 0; 
} 
 
void GetStr(FILE *pf,LPTSTR pbuf) 
{ 
	while( !feof(pf) ) { 
		*pbuf = _fgettc(pf); 
		if(*pbuf == _T('\n')) break; 
		pbuf++; 
	} 
	*pbuf = _T('\0'); 
} 
 
void LoadTable() 
{ 
	FILE *stream; 
	TCHAR szStr[1000]; 
	TCHAR szTabFileName[200]; 
	LPTSTR lpTabFileName = szTabFileName; 
 
 
	lpTabFileName += GetSystemDirectory(szTabFileName,200); 
	if (*(lpTabFileName-1) != _T('\\')) 
		*lpTabFileName++ = _T('\\'); 
	_tcscpy(lpTabFileName,_T("freepy.tab")); 
 
	if( (stream = _tfopen( szTabFileName, "r" )) == NULL ){ 
		_stprintf(szStr,"%s can not found",szTabFileName); 
		MessageBox(NULL,szStr,"init",MB_OK); 
		exit(1); 
	} 
	 
	while( !feof( stream )) { 
		GetStr(stream,szStr); 
 
		switch( GetSegment(szStr)) { 
		case 1: //END_SEGMENT 
			break; 
 
		case 2: //COMMENT 
			break; 
 
		case 3: //PUNCTUATION 
			if( feof( stream ) ) goto my_exit; 
			GetStr(stream,szStr); 
			while(GetSegment(szStr) != 1) { 
				if( GetSegment(szStr) != 2){ 
					//LoadPunct( szStr ); 
				} 
				if( feof( stream ) ) goto my_exit; 
				GetStr(stream,szStr); 
			} 
			break; 
 
		case 4: //DICTIONARY 
			if( feof( stream ) ) goto my_exit; 
			GetStr(stream,szStr); 
			while(GetSegment(szStr) != 1) { 
				if( GetSegment(szStr) != 2){ 
					LoadHZDictionary( szStr ); 
				} 
				if( feof( stream ) ) goto my_exit; 
				GetStr(stream,szStr); 
			} 
			break; 
 
		default: 
			break; 
		} 
	} 
my_exit: 
	fclose(stream); 
	return; 
} 
 
int sim2lib(LPTSTR lpInName,LPTSTR lpOutName) 
{ 
	FILE *stream,*out; 
	int i,j; 
	TCHAR szStr[250],szTempStr[4]; 
	WORD wLen,wResult; 
	LPTSTR lpDest; 
	BYTE abKey[MAX_PHRASE_LEN+2],bLen; 
	WORD awKey[MAX_PHRASE_LEN]; 
	WORD wCount; 
	 
	if( (stream = _tfopen( lpInName, _T("r") )) == NULL ){ 
		fprintf(stderr,"%s cant open.\n",lpInName); 
		exit(1); 
	} 
	 
	if( (out = _tfopen( lpOutName, _T("wb") )) == NULL ){ 
		fprintf(stderr,"%s cant open.\n",lpOutName); 
		exit(1); 
	} 
	 
	szTempStr[2]=_T('\0'); 
	while( !feof( stream )) { 
		if( _fgetts(szStr,1000,stream)!=NULL){ 
			wLen=_tcslen(szStr)/2; 
			 
			if(wLen > MAX_PHRASE_LEN) continue; 
			 
			for(i=0;i> (8-i); 
			 
			bLen=(BYTE)wLen; 
			 
			fwrite(&bLen,1,1,out); 
			fwrite(&abKey,1,wLen+1,out); 
			fwrite(szStr,1,wLen*2,out); 
			 
		} 
	} 
	 
	fclose(stream); 
	fclose(out); 
	return (0); 
} 
 
void main(int argc,char **argv) 
{ 
	if(argc != 3) { 
		fprintf(stderr,"usage: %s  \n",argv[0]); 
		return; 
	} 
	LoadTable(); 
	sim2lib(argv[1],argv[2]); 
	return; 
}