const char* FastFindFirstOf(const char* s, size_t len, const char* set, size_t setlen) {
switch (setlen) {
case 0:
return s + len;
case 1:
return FindChr(s, *set, len);
default:
return TCompactStrSpn(set, set + setlen).FindFirstOf(s, s + len);
}
}
// unsigned int WINAPI DOIrisSerialPort::ReadThread( LPVOID pArg )
DWORD __stdcall DOIrisSerialPort::ReadThread( LPVOID pArg )
// DWORD __stdcall ReadThread(LPVOID hwnd)
{
unsigned long fdwCommMask;
unsigned long CharsInBuffer = 0;
unsigned long NonPacketCharsInBuffer;
unsigned long packetlength;
char * pEndChar;
LPSerial pCaller = reinterpret_cast<LPSerial>(pArg);
//DO_ASSERT( pCaller != NULL );
pCaller->m_bReadThreadIsRunning = TRUE;
/*
if ( pCaller->m_msgReceiver )
{
pCaller->m_msgReceiver->InitializeThread();
}
*/
// Enable logging from this thread via pCaller->m_pRnDLog.
//HRESULT hRes = E_FAIL;
//pCaller->m_pRnDLog->AddThread( hRes );
//DO_ASSERT( SUCCEEDED(hRes) );
// Setup the input and packet buffers
char *cBuffer = new char[pCaller->m_iInBufferLength];
//DO_ASSERT( cBuffer != NULL );
char *cPacketBuffer = new char[pCaller->m_iPacketBufferLength];
//DO_ASSERT( cPacketBuffer != NULL );
if( !SetCommMask( pCaller->m_hPort, EV_RXCHAR | EXIT_EVENT ) )
{
//pCaller->m_pRnDLog->LogRnDEvent( IDS_IRISCOMMON_SETCOMMMASK_FAILED );
}
// Main loop of read thread.
while( !pCaller->m_bStopReadThread )
{
if( !WaitCommEvent(pCaller->m_hPort, &fdwCommMask, 0))
{
//pCaller->m_pRnDLog->LogRnDEvent( IDS_IRISCOMMON_WAITCOMMEVENT_FAILED,
// static_cast<int>(GetLastError()) );
break; // Get out of read thread while loop
}
// Reset the comm Mask.
if( !SetCommMask(pCaller->m_hPort, EV_RXCHAR | EXIT_EVENT))
{
//pCaller->m_pRnDLog->LogRnDEvent( IDS_IRISCOMMON_SETCOMMMASK_FAILED,
// static_cast<int>(GetLastError()));
}
if( fdwCommMask & EV_RXCHAR )
{
unsigned long num;
#ifdef _WIN32_WCE
// Read all bytes received into cBuffer.
ReadFile(pCaller->m_hPort, &cBuffer[CharsInBuffer], pCaller->m_iInBufferLength-CharsInBuffer, &num, 0);
#else
ReadFile(pCaller->m_hPort, &cBuffer[CharsInBuffer], pCaller->m_iInBufferLength-CharsInBuffer, &num, &(pCaller->m_overlapped));
#endif // _WIN32_WCE
CharsInBuffer += num;
GenRecBytes = GenRecBytes+num;
// Check for a packet in the buffer
while( CharsInBuffer && (pEndChar = FindChr( cBuffer, IRIS_PACKET_END_FLAG, CharsInBuffer )) != NULL )
{
packetlength = static_cast<unsigned long>((pEndChar - cBuffer) + 1); // Includes IRIS_PACKET_END_FLAG char
// Make sure IRIS_PACKET_END_FLAG is in new message area of buffer
if ( packetlength <= CharsInBuffer && packetlength <= pCaller->m_iPacketBufferLength )
{
// Move packet to buffer and send
memcpy( cPacketBuffer, cBuffer, packetlength); // PC-Lint warning 688 expected
pCaller->PktCallRelay( cPacketBuffer, packetlength );
}
// Move remaining chars in buffer to beginning of buffer and adjust char counts
NonPacketCharsInBuffer = CharsInBuffer - packetlength;
if( NonPacketCharsInBuffer > 0 )
{
// PC-Lint warning 688 expected
memcpy( cBuffer, &cBuffer[CharsInBuffer-NonPacketCharsInBuffer], NonPacketCharsInBuffer);
}
else
{
NonPacketCharsInBuffer = 0;
}
CharsInBuffer = NonPacketCharsInBuffer;
}
// Handle the case were the buffer is full but no packet is found
if( CharsInBuffer >= pCaller->m_iInBufferLength )
{
CharsInBuffer = 0;
//pCaller->m_pRnDLog->LogRnDEvent( IDS_IRISCOMMON_BUFFER_OVERFLOW );
}
}
// Clear buffers to prevent problem when exiting thread
if( fdwCommMask & EXIT_EVENT )
{
PurgeComm(pCaller->m_hPort, PURGE_RXCLEAR | PURGE_TXCLEAR |
PURGE_RXABORT | PURGE_TXABORT );
}
}
delete [] cBuffer;
delete [] cPacketBuffer;
//pCaller->m_pRnDLog->RemoveThread();
/*
if ( pCaller->m_msgReceiver )
{
pCaller->m_msgReceiver->ShutdownThread();
}
*/
pCaller->m_bReadThreadIsRunning = FALSE;
return 0;
}
// unsigned int WINAPI DOIrisSerialPort::ReadThread( LPVOID pArg )
unsigned int DOIrisReadThread(IRIS_Node *pINode, char *cBuffer, unsigned long num)
{
//unsigned long fdwCommMask;
unsigned long CharsInBuffer = 0;
unsigned long NonPacketCharsInBuffer;
unsigned long packetlength;
unsigned char tmpchr;
char * pEndChar;
// unsigned long num;
//LPSerial pCaller = reinterpret_cast<LPSerial>(pArg);
//DO_ASSERT( pCaller != NULL );
//pCaller->m_bReadThreadIsRunning = TRUE;
/*
if ( pCaller->m_msgReceiver )
{
pCaller->m_msgReceiver->InitializeThread();
}
*/
// Enable logging from this thread via pCaller->m_pRnDLog.
//HRESULT hRes = E_FAIL;
//pCaller->m_pRnDLog->AddThread( hRes );
//DO_ASSERT( SUCCEEDED(hRes) );
//printf ("DOIrisReadThread income. length=%d\n", num);
// Setup the input and packet buffers
//char *cBuffer = new char[300];// [pCaller->m_iInBufferLength];
//DO_ASSERT( cBuffer != NULL );
char *cPacketBuffer = new char[300];//[pCaller->m_iPacketBufferLength];
//DO_ASSERT( cPacketBuffer != NULL );
/*
if( !SetCommMask( pCaller->m_hPort, EV_RXCHAR | EXIT_EVENT ) )
{
pCaller->m_pRnDLog->LogRnDEvent( IDS_IRISCOMMON_SETCOMMMASK_FAILED );
}
// Main loop of read thread.
while( !pCaller->m_bStopReadThread )
{
if( !WaitCommEvent(pCaller->m_hPort, &fdwCommMask, 0))
{
//pCaller->m_pRnDLog->LogRnDEvent( IDS_IRISCOMMON_WAITCOMMEVENT_FAILED,
// static_cast<int>(GetLastError()) );
break; // Get out of read thread while loop
}
// Reset the comm Mask.
if( !SetCommMask(pCaller->m_hPort, EV_RXCHAR | EXIT_EVENT))
{
//pCaller->m_pRnDLog->LogRnDEvent( IDS_IRISCOMMON_SETCOMMMASK_FAILED,
// static_cast<int>(GetLastError()));
}
if( fdwCommMask & EV_RXCHAR )
{
unsigned long num;
#ifdef _WIN32_WCE
// Read all bytes received into cBuffer.
ReadFile(pCaller->m_hPort, &cBuffer[CharsInBuffer], pCaller->m_iInBufferLength-CharsInBuffer, &num, 0);
#else
ReadFile(pCaller->m_hPort, &cBuffer[CharsInBuffer], pCaller->m_iInBufferLength-CharsInBuffer, &num, &(pCaller->m_overlapped));
#endif // _WIN32_WCE
*/
CharsInBuffer += num;
//printf ("CharsInBuffer = %d\n", CharsInBuffer);
// Check for a packet in the buffer
while( CharsInBuffer && (pEndChar = FindChr( cBuffer, IRIS_PACKET_END_FLAG, CharsInBuffer )) != NULL )
{
packetlength = static_cast<unsigned long>((pEndChar - cBuffer) + 1); // Includes IRIS_PACKET_END_FLAG char
//printf ("packetlength=%d, pEndChar=%d\n", packetlength, pEndChar);
// Make sure IRIS_PACKET_END_FLAG is in new message area of buffer
if ( packetlength <= CharsInBuffer) //&& packetlength <= pCaller->m_iPacketBufferLength )
{
// Move packet to buffer and send
memcpy( cPacketBuffer, cBuffer, packetlength); // PC-Lint warning 688 expected
t.TRACE("cPacketBuffer: ");
// t.TRACE_HEX();
/*
for (int j=0; j < packetlength; j++)
{
tmpchr=(unsigned char) cPacketBuffer[j];
t.TRACE("\\0x%X", tmpchr);
}
t.TRACE("\n");
*/
// pCaller->PktCallRelay( cPacketBuffer, packetlength );
pINode->receivePacket( cPacketBuffer, packetlength );
}
// Move remaining chars in buffer to beginning of buffer and adjust char counts
NonPacketCharsInBuffer = CharsInBuffer - packetlength;
if( NonPacketCharsInBuffer > 0 )
{
// PC-Lint warning 688 expected
memcpy( cBuffer, &cBuffer[CharsInBuffer-NonPacketCharsInBuffer], NonPacketCharsInBuffer);
}
else
{
NonPacketCharsInBuffer = 0;
}
CharsInBuffer = NonPacketCharsInBuffer;
}
// Handle the case were the buffer is full but no packet is found
if( CharsInBuffer >= 300)//pCaller->m_iInBufferLength )
{
CharsInBuffer = 0;
//pCaller->m_pRnDLog->LogRnDEvent( IDS_IRISCOMMON_BUFFER_OVERFLOW );
}
// } // if(?)
// Clear buffers to prevent problem when exiting thread
/*
if( fdwCommMask & EXIT_EVENT )
{
PurgeComm(pCaller->m_hPort, PURGE_RXCLEAR | PURGE_TXCLEAR |
PURGE_RXABORT | PURGE_TXABORT );
}
*/
// } //while
//delete [] cBuffer;
delete [] cPacketBuffer;
//pCaller->m_pRnDLog->RemoveThread();
/*
if ( pCaller->m_msgReceiver )
{
pCaller->m_msgReceiver->ShutdownThread();
}
pCaller->m_bReadThreadIsRunning = FALSE;
*/
return 0;
}
void CNPCTxtAnalysis::AnalySisText(CHAR* Msg)
{
BOOL DrawCenter = FALSE;
CHAR* szTemp;
CHAR* CmdStr;
CHAR* CmdParamStr;
CHAR* szStr;
INT nPosX =0;
INT nLineCount = 0;
COLORREF cColor = 0;
SIZE tSize;
if(m_bInited)
{
// Init Buffers
CmdParamStr = new CHAR[MAX_BUFFER_SIZE];
CmdStr = new CHAR[MAX_BUFFER_SIZE];
szStr = new CHAR[MAX_BUFFER_SIZE];
ZeroMemory(CmdParamStr,MAX_BUFFER_SIZE);
ZeroMemory(CmdStr,MAX_BUFFER_SIZE);
ZeroMemory(szStr,MAX_BUFFER_SIZE);
while(true)
{
if(strlen(Msg)==0) break;
szTemp = GetValidStr(Msg,szStr,LINE_DIVIDER); // Line Divider
strcpy(Msg,szTemp);
if(strlen(szStr)!=0)
{
while((FindChr(szStr,'<')>0)&&(FindChr(szStr,'>')>0) && (strlen(szStr)!=0))
{
CHAR* Fdata;
Fdata = new CHAR[MAX_BUFFER_SIZE];
ZeroMemory(Fdata,MAX_BUFFER_SIZE);
// <>Tag 분리 Text Button 생성
if((szStr[0])!='<')
{
szTemp = GetValidStr(szStr,Fdata,'<');
strcpy(szStr,"<");
strcat(szStr,szTemp);
}
// <>안에 있는 내용 CmdStr로
szTemp = ArrestString(szStr,'<','>',CmdStr);
strcpy(szStr,szTemp);
szTemp = NULL;
if(strlen(CmdStr)!=0)
{
switch(UpperCase(CmdStr[0]))
{
case '0': // <0> 일경우 글자색 BLACK
{
cColor = RGB(0,0,0);
continue;
}
break;
case '1': // <1> 일경우 글자색 RED
{
cColor = RGB(255,0,0);
continue;
}
break;
case '2': // <2> 일경우 글자색 GREEN
{
cColor = RGB(0,128,0);
continue;
}
break;
case '3': // <3> 일경우 글자색 Olive
{
cColor = RGB(128,128,0);
continue;
}
break;
case '4': // <4> 일경우 글자색 GRAY
{
cColor = RGB(128,128,128);
continue;
}
break;
case '5': // <5> 일경우 글자색 Maroon
{
cColor = RGB(128,0,0);
continue;
}
break;
case '6': // <6> 일경우 글자색 Teal
{
cColor = RGB(0,128,128);
continue;
}
break;
case '7': // <7> 일경우 글자색 Navy
{
cColor = RGB(0,0,128);
continue;
}
break;
case '8': // <8> 일경우 글자색 Silver
{
cColor = RGB(192,192,192);
continue;
}
break;
case '9': // <9> 일경우 글자색 Purple
{
cColor = RGB(128,0,128);
continue;
}
break;
case 'A': // <A> 일경우 글자색 Lime
{
cColor = RGB(0,255,0);
continue;
}
break;
case 'B': // <B> 일경우 글자색 Blue
{
cColor = RGB(0,0,255);
continue;
}
break;
case 'C': // <C> 일경우 글자색 White
{
cColor = RGB(255,255,255);
continue;
}
break;
case 'D': // <D> 일경우 글자색 Fuchsia
{
cColor = RGB(255,0,255);
continue;
}
break;
case 'E': // <E> 일경우 글자색 Aqua
{
cColor = RGB(0,255,255);
continue;
}
break;
case 'F': // <F> 일경우 글자색 Yellow
{
cColor = RGB(255,255,0);
continue;
}
break;
case 'X': // <Z> 일경우 글자색 Default
{
cColor = RGB(1,1,1);
continue;
}
break;
}
/* szTemp = new CHAR[2];
strncpy(szTemp,CmdStr,2);
szTemp = UpperCase(szTemp);
if(strncmp(szTemp,"/C",2)==0) // </C> 일 경우 가운데 찍기 끝
{
DrawCenter = FALSE;
delete[] szTemp;
szTemp = NULL;
continue;
}
delete[] szTemp;
*/ szTemp = NULL;
szTemp = GetValidStr(CmdStr,CmdStr,'/');
strcpy(CmdParamStr,szTemp);
szTemp = NULL;
}
else
{
// 종결 <> 가 있으면 종료
}
if(strlen(Fdata)!=0) // '<' 전에 있는 Text를 일반 Text에 추가
{ // 일반 Text 추가
CMText* pxTmpTxt;
pxTmpTxt = new CMText;
pxTmpTxt->pText = new CHAR[strlen(Fdata)+1];
// Text 설정
pxTmpTxt->bDrawCenter = DrawCenter;
pxTmpTxt->fColor = cColor!=RGB(1,1,1) ? cColor : DEFAULT_TXT_COLOR; // 색은 Tag에 의해 결정해 주어야함.
pxTmpTxt->nLine = nLineCount;
pxTmpTxt->nPosx = nPosX;
strcpy(pxTmpTxt->pText,Fdata);
m_pxpTxt->AddNode(pxTmpTxt);
tSize = m_pxGWND->GetStrLength(NULL,NULL,"%s",Fdata);
nPosX=nPosX+tSize.cx;
}
if(strlen(CmdStr)!=0)
{
RECT tRect;
tRect.top =0;
tRect.left = nPosX;
tSize = m_pxGWND->GetStrLength(NULL,NULL,"%s",CmdStr);
tRect.right = tSize.cx;
tRect.bottom = tSize.cy;
// Text 버튼 생성
m_pxBtn->AddButton(CmdStr,tRect,nLineCount,CmdParamStr,(cColor!=RGB(1,1,1) ? cColor : DEFAULT_BTN_COLOR),DEFAULT_BTN_CLICK_COLOR);
nPosX=nPosX+tSize.cx;
} // Text Button
}
// '>'뒷부분 혹은 '<','>' 없는 기냥 Text일 경우
if(strlen(szStr)!=0)
{
do
{
// Line 을 나누고 그 결과를 Text List 에 넣는다.
CHAR *szTemp1=NULL,*szTemp2=NULL;
szTemp1 = new CHAR[MAX_BUFFER_SIZE];
ZeroMemory(szTemp1,MAX_BUFFER_SIZE);
// Line Divider
szTemp2 = GetValidStr(szStr,szTemp1,LINE_DIVIDER);
strcpy(szStr,szTemp2);
// Text 생성
CMText* pxTmpTxt;
pxTmpTxt = new CMText;
pxTmpTxt->pText = new CHAR[strlen(szTemp1)+1];
// Text 설정
pxTmpTxt->bDrawCenter = DrawCenter;
pxTmpTxt->fColor = cColor!=RGB(1,1,1) ? cColor : DEFAULT_TXT_COLOR; // 임시 Tag에 의하여 색변환
pxTmpTxt->nLine = nLineCount;
pxTmpTxt->nPosx = nPosX;
strcpy(pxTmpTxt->pText,szTemp1);
m_pxpTxt->AddNode(pxTmpTxt);
tSize = m_pxGWND->GetStrLength(NULL,NULL,"%s",szTemp1);
nPosX=nPosX+tSize.cx;
delete[] szTemp1;
nPosX = 20; // 시작은 20 pixel 부터
nLineCount ++; // Line Feed
}while(strlen(szStr)!=0);
// Draw Normal Text
}
}
// Line Feed
nLineCount ++;
nPosX = 20; //시작은 20 pixel 부터
}
delete CmdParamStr;
delete CmdStr;
delete szStr;
m_bReady = TRUE;
}
else
{
m_bReady = FALSE;
}
}
CHAR* CNPCTxtAnalysis::ArrestString(CHAR* szSource,CHAR SearchAfter,CHAR AssertBefore,CHAR* AssertStr)
{
int Src_Len;
bool Right_Data,Fin;
ZeroMemory(AssertStr,strlen(AssertStr));
ZeroMemory(m_InnerResult,MAX_BUFFER_SIZE);
if(strlen(szSource)==0)
{
ZeroMemory(AssertStr,sizeof(AssertStr));
return m_InnerResult;
}
int n;
Src_Len = strlen(szSource);
Right_Data = false;
if(Src_Len >=2)
{
if(szSource[0] == SearchAfter)
{
strncpy(szSource,szSource+1,Src_Len-1);
szSource[Src_Len-1]=NULL;
Src_Len = strlen(szSource);
Right_Data = true;
}
else
{
n= FindChr(szSource,SearchAfter);
if(n>=0)
{
strncpy(szSource,szSource+n,Src_Len - (n));
Src_Len = strlen(szSource);
Right_Data = true;
}
}
Fin = false;
if(Right_Data)
{
n = FindChr(szSource,AssertBefore);
if(n>=0)
{
strncpy(AssertStr,szSource,n);
strncpy(m_InnerResult,szSource+n,Src_Len - n);
}
else
{
strncat(m_InnerResult,&SearchAfter,1);
strcat(m_InnerResult,szSource);
}
}
else
{
for(int i = 0; i< Src_Len;i++)
{
if(szSource[i] == SearchAfter)
{
strncpy(m_InnerResult,szSource+i,Src_Len-i+2);
break;
}
}
}
}
return m_InnerResult;
}
