int encodeFrame(Prn_Frame_t *pFrame)
{
BYTE EvenChk,OddChk;
int len;
int CmdBufLen;
CalCheckSum(pFrame->pFlagBuf+1,pFrame->FlagBufLen-1,&EvenChk,&OddChk);
CmdBufLen=pFrame->FlagBufLen-1;
memmove(pFrame->pFlagBuf+7,pFrame->pFlagBuf+1,CmdBufLen);
pFrame->pFlagBuf[1] = pFrame->pFlagBuf[0];
pFrame->pFlagBuf[0]=0xc0;
pFrame->pFlagBuf[2] = pFrame->i8DataId;
pFrame->pFlagBuf[3] = (BYTE)(CmdBufLen/1000+0x30);
pFrame->pFlagBuf[4] = (BYTE)(CmdBufLen%1000/100)+0x30;
pFrame->pFlagBuf[5] = (BYTE)(CmdBufLen%100/10)+0x30;
pFrame->pFlagBuf[6] = (BYTE)(CmdBufLen%10)+0x30;
pFrame->pFlagBuf[CmdBufLen+7] = EvenChk;
pFrame->pFlagBuf[CmdBufLen+8] = OddChk;
len=CmdEncode(pFrame->pFlagBuf+1,CmdBufLen+8);
pFrame->pFlagBuf[len+1]=0xc1;
return len+2;
}
int encodeFrame(BYTE *buf,Prn_Frame_t *pFrame)
{
static BYTE TempBuf[10000];
BYTE EvenChk,OddChk;
int len;
TempBuf[0] = pFrame->i8TypeOfFrame;
TempBuf[1] = pFrame->i8DataId;
TempBuf[2] = (BYTE)(pFrame->CmdBufLen/1000+0x30);
TempBuf[3] = (BYTE)(pFrame->CmdBufLen%1000)/100+0x30;
TempBuf[4] = (BYTE)(pFrame->CmdBufLen%100)/10+0x30;
TempBuf[5] = (BYTE)pFrame->CmdBufLen%10+0x30;
memcpy(TempBuf+6,pFrame->pCmdBuf,pFrame->CmdBufLen);
CalCheckSum(pFrame->pCmdBuf,pFrame->CmdBufLen,&EvenChk,&OddChk);
TempBuf[pFrame->CmdBufLen+6] = EvenChk;
TempBuf[pFrame->CmdBufLen+7] = OddChk;
buf[0]=0xc0;
len=CmdEncode(buf+1,TempBuf,pFrame->CmdBufLen+8);
// ASSERT_MINE(len>0);
buf[len+1]=0xc1;
return len+2;
}
int CmdOutput(const byte *pData, int iDataLen, bool bSingleChar, bool bUTF8)
{
#ifdef BUILDWIDE
int iDataPos = 0, iDataMove = 0;
unsigned int iUCS = 0;
bool bValid = false;
unsigned char *szChars = NULL;
cchar_t *pChars = NULL;
#endif
if(bSingleChar == true)
{
#ifdef BUILDWIDE
if(bUTF8 == true)
{
pChars = new cchar_t;
pChars->attr = A_NORMAL;
pChars->chars[4] = 0;
for(iDataPos = 0; iDataPos < iDataLen; iDataPos++)
{
iUCS = CmdDecode((byte *)pData + iDataPos, &iDataMove, &bValid);
iDataPos += iDataMove;
if(bValid == true)
{
szChars = CmdEncode(iUCS);
pChars->chars[0] = szChars[0];
pChars->chars[1] = szChars[1];
pChars->chars[2] = szChars[2];
pChars->chars[3] = szChars[3];
add_wch(pChars);
delete[] szChars;
}
}
delete pChars;
}
else
#endif
{
addch(168);
}
}
else
{
addnstr((char *)pData, iDataLen);
}
return iDataLen;
}
