INXString CMarkup::x_TextToDoc( char* szText, bool bAttrib ) const
{
// Convert text as seen outside XML document to XML friendly
// replacing special characters with ampersand escape codes
// E.g. convert "6>7" to "6>7"
//
// < less than
// & ampersand
// > greater than
//
// and for attributes:
//
// ' apostrophe or single quote
// " double quote
//
static char* szaReplace[] = { "<", "&", ">", "'", """};
const char* pFind = bAttrib? "<&>\'\"":"<&>";
INXString csText;
const char* pSource = szText;
int nDestSize = strlen(pSource);
nDestSize += nDestSize / 10 + 7;
char* pDest = csText.GetBuffer(nDestSize);
int nLen = 0;
char cSource = *pSource;
char* pFound;
while ( cSource )
{
if ( nLen > nDestSize - 6 )
{
csText.ReleaseBuffer(nLen);
nDestSize *= 2;
pDest = csText.GetBuffer(nDestSize);
}
if ( (pFound=(char*)strchr(pFind,cSource)) != NULL )
{
pFound = szaReplace[pFound-pFind];
strcpy(&pDest[nLen],pFound);
nLen += strlen(pFound);
}
else
{
_tccpy( &pDest[nLen], pSource );
nLen += _tclen( pSource );
}
pSource += _tclen( pSource );
cSource = *pSource;
}
csText.ReleaseBuffer(nLen);
return csText;
}
///////////////////////////////////////////////////////////////////////////////////////////////
// Pendant zu wsprintf() für string-Parameter;
// im Unterschied zu Format() werden hier die übergebenen Parameter auf den Stack erwartet;
// der Hauptteil dieser Routine beschäftigt sich damit, die Zeichenanzahl für den char*-Puffer
// pTmp zu ermitteln, der dann nur noch an die Bibliotheksfunktion _vstprintf() übergeben wird
void FormatV (string& rStr, LPCTSTR lpszFormat, va_list argList)
{
TX_ASSERT (TIsValidString(lpszFormat, false));
va_list argListSave = argList;
// make a guess at the maximum length of the resulting string
int nMaxLen = 0;
for (LPCTSTR lpsz = lpszFormat; *lpsz != '\0'; lpsz = _tcsinc(lpsz))
{
// handle '%' character, but watch out for '%%'
if (*lpsz != '%' || *(lpsz = _tcsinc(lpsz)) == '%')
{
nMaxLen += _tclen(lpsz);
continue;
}
int nItemLen = 0;
// handle '%' character with format
int nWidth = 0;
for (; *lpsz != '\0'; lpsz = _tcsinc(lpsz))
{
// check for valid flags
if (*lpsz == '#')
nMaxLen += 2; // for '0x'
else if (*lpsz == '*')
nWidth = va_arg(argList, int);
else if (*lpsz == '-' || *lpsz == '+' || *lpsz == '0' ||
*lpsz == ' ')
;
else // hit non-flag character
break;
}
// get width and skip it
if (nWidth == 0)
{
// width indicated by
nWidth = _ttoi(lpsz);
for (; *lpsz != '\0' && _istdigit(*lpsz); lpsz = _tcsinc(lpsz))
;
}
TX_ASSERT (nWidth >= 0);
int nPrecision = 0;
if (*lpsz == '.')
{
// skip past '.' separator (width.precision)
lpsz = _tcsinc(lpsz);
// get precision and skip it
if (*lpsz == '*')
{
nPrecision = va_arg(argList, int);
lpsz = _tcsinc(lpsz);
}
bool CMarkupSTL::x_FindToken( CMarkupSTL::TokenPos& token )
{
// Starting at token.nNext, bypass whitespace and find the next token
// returns true on success, members of token point to token
// returns false on end of document, members point to end of document
const char * szDoc = token.szDoc;
int nChar = token.nNext;
token.bIsString = false;
// By-pass leading whitespace
while ( szDoc[nChar] && _tcschr(_T(" \t\n\r"),szDoc[nChar]) )
++nChar;
if ( ! szDoc[nChar] )
{
// No token was found before end of document
token.nL = nChar;
token.nR = nChar;
token.nNext = nChar;
return false;
}
// Is it an opening quote?
_TCHAR cFirstChar = szDoc[nChar];
if ( cFirstChar == _T('\"') || cFirstChar == _T('\'') )
{
token.bIsString = true;
// Move past opening quote
++nChar;
token.nL = nChar;
// Look for closing quote
x_FindChar( token.szDoc, nChar, cFirstChar );
// Set right to before closing quote
token.nR = nChar - 1;
// Set nChar past closing quote unless at end of document
if ( szDoc[nChar] )
++nChar;
}
else
{
// Go until special char or whitespace
token.nL = nChar;
while ( szDoc[nChar] && ! _tcschr(_T(" \t\n\r<>=\\/?!"),szDoc[nChar]) )
nChar += _tclen(&szDoc[nChar]);
// Adjust end position if it is one special char
if ( nChar == token.nL )
++nChar; // it is a special char
token.nR = nChar - 1;
}
// nNext points to one past last char of token
token.nNext = nChar;
return true;
}
INXString CMarkup::x_TextFromDoc( int nLeft, int nRight ) const
{
// Convert XML friendly text to text as seen outside XML document
// ampersand escape codes replaced with special characters e.g. convert "6>7" to "6>7"
// Conveniently the result is always the same or shorter in byte length
//
static char* szaCode[] = { "lt;","amp;", "gt;", "apos;", "quot;" };
static int anCodeLen[] = { 3,4,3,5,5 };
static char* szSymbol = "<&>\'\"";
INXString csText;
const char* pSource = (const char*)m_csDoc;
int nDestSize = nRight - nLeft + 1;
char* pDest = csText.GetBuffer(nDestSize);
//LPTSTR pDest = csText.GetBuffer(nDestSize);
int nLen = 0;
int nCharLen = 0;
int nChar = nLeft;
while ( nChar <= nRight )
{
if ( pSource[nChar] == '&')
{
// Look for matching &code;
bool bCodeConverted = false;
for ( int nMatch = 0; nMatch < 5; ++nMatch )
{
if ( nChar <= nRight - anCodeLen[nMatch]
&& strncmp(szaCode[nMatch],&pSource[nChar+1],anCodeLen[nMatch]) == 0 )
{
// Insert symbol and increment index past ampersand semi-colon
pDest[nLen++] = szSymbol[nMatch];
nChar += anCodeLen[nMatch] + 1;
bCodeConverted = true;
break;
}
}
// If the code is not converted, leave it as is
if ( ! bCodeConverted )
{
pDest[nLen++] = _T('&');
++nChar;
}
}
else // not &
{
nCharLen = _tclen(&pSource[nChar]);
_tccpy( &pDest[nLen], &pSource[nChar] );
nLen += nCharLen;
nChar += nCharLen;
}
}
csText.ReleaseBuffer(nLen);
return csText;
}
CStdString CMarkupSTL::x_TextFromDoc( int nLeft, int nRight ) const
{
// Convert XML friendly text to text as seen outside XML document
// replacing ampersand escape codes with special characters
// E.g. convert "6>7" to "6>7"
//
// Conveniently the result is always the same or shorter in length
//
static _TCHAR* szaCode[] = { _T("lt;"),_T("amp;"),_T("gt;"),_T("apos;"),_T("quot;") };
static int anCodeLen[] = { 3,4,3,5,5 };
static _TCHAR* szSymbol = _T("<&>\'\"");
CStdString csText;
const _TCHAR* pSource = m_csDoc;
int nDestSize = nRight - nLeft + 1;
_TCHAR* pDest = csText.GetBuffer(nDestSize);
int nLen = 0;
int nCharLen;
int nChar = nLeft;
while ( nChar <= nRight )
{
if ( pSource[nChar] == _T('&') )
{
// Look for matching &code;
for ( int nMatch = 0; nMatch < 5; ++nMatch )
{
if ( nChar <= nRight - anCodeLen[nMatch]
&& _tcsncmp(szaCode[nMatch],&pSource[nChar+1],anCodeLen[nMatch]) == 0 )
{
pDest[nLen++] = szSymbol[nMatch];
nChar += anCodeLen[nMatch] + 1;
break;
}
}
// If no match is found it means XML doc is invalid
// no devastating harm done, ampersand code will just be left in result
if ( nMatch == 5 )
{
pDest[nLen++] = _T('&');
++nChar;
}
}
else
{
nCharLen = _tclen(&pSource[nChar]);
_tccpy( &pDest[nLen], &pSource[nChar] );
nLen += nCharLen;
nChar += nCharLen;
}
}
csText.ReleaseBuffer(nLen);
return csText;
}
// formatting (using wsprintf style formatting)
void __cdecl CStrClass::Format(LPCTSTR lpszFormat, ...)
{
va_list argList;
va_start(argList, lpszFormat);
// make a guess at the maximum length of the resulting string
int nMaxLen = 0;
for (LPCTSTR lpsz = lpszFormat; *lpsz != '\0'; lpsz = _tcsinc(lpsz))
{
// handle '%' character, but watch out for '%%'
if (*lpsz != '%' || *(lpsz = _tcsinc(lpsz)) == '%')
{
nMaxLen += _tclen(lpsz);
continue;
}
int nItemLen = 0;
// handle '%' character with format
int nWidth = 0;
for (; *lpsz != '\0'; lpsz = _tcsinc(lpsz))
{
// check for valid flags
if (*lpsz == '#')
nMaxLen += 2; // for '0x'
else if (*lpsz == '*')
nWidth = *va_arg(argList, int*);
else if (*lpsz == '-' || *lpsz == '+' || *lpsz == '0' ||
*lpsz == ' ')
;
else // hit non-flag character
break;
}
// get width and skip it
if (nWidth == 0)
{
// width indicated by
int nWidth = _ttoi(lpsz);
for (; *lpsz != '\0' && _istdigit(*lpsz); lpsz = _tcsinc(lpsz))
;
}
int nPrecision = 0;
if (*lpsz == '.')
{
// skip past '.' separator (width.precision)
lpsz = _tcsinc(lpsz);
// get precision and skip it
if (*lpsz == '*')
nPrecision = *va_arg(argList, int*);
else
{
inline int GetFormatLength(LPCTSTR apszFormat, va_list argList)
{
int nMaxLen = 0;
for (LPCTSTR lpsz = apszFormat; *lpsz != '\0'; lpsz = _tcsinc(lpsz))
{
// handle '%' character, but watch out for '%%'
if (*lpsz != '%' || *(lpsz = _tcsinc(lpsz)) == '%')
{
nMaxLen += _tclen(lpsz);
continue;
}
int nItemLen = 0;
// handle '%' character with format
int nWidth = 0;
for (; *lpsz != '\0'; lpsz = _tcsinc(lpsz))
{
// check for valid flags
if (*lpsz == '#')
nMaxLen += 2; // for '0x'
else if (*lpsz == '*')
nWidth = va_arg(argList, int);
else if (*lpsz == '-' || *lpsz == '+' || *lpsz == '0' ||
*lpsz == ' ')
;
else // hit non-flag character
break;
}
// get width and skip it
if (nWidth == 0)
{
// width indicated by
nWidth = _ttoi(lpsz);
for (; *lpsz != '\0' && _istdigit(*lpsz); lpsz = _tcsinc(lpsz))
;
}
ASSERT(nWidth >= 0);
int nPrecision = 0;
if (*lpsz == '.')
{
// skip past '.' separator (width.precision)
lpsz = _tcsinc(lpsz);
// get precision and skip it
if (*lpsz == '*')
{
nPrecision = va_arg(argList, int);
lpsz = _tcsinc(lpsz);
}
void CCuDlgLogFileAdd::OnOK()
{
// TODO: Add extra validation here
CEdit* pEdit = (CEdit *) GetDlgItem(IDC_LOG_FILENAME);
if (pEdit)
{ CString strFileName;
pEdit->GetWindowText(strFileName);
#ifdef UNIX
if ( (strFileName.GetAt(0) != (FILENAME_SEPARATOR)) )
#else
int ich0 = 0;
int ich1 = (int)_tclen((const TCHAR*)strFileName + ich0); // ANSI -> 1
int ich2 = (int)_tclen((const TCHAR*)strFileName + ich1); // ANSI -> 1
if ( (strFileName.GetAt(ich1) != (_T(':'))) || (strFileName.GetAt(ich1+ich2) != (FILENAME_SEPARATOR)) )
#endif
{ MessageBeep(MB_ICONEXCLAMATION);
AfxMessageBox(IDS_PATH_FOR_TRANSAC_LOG);
return;
}
}
CDialog::OnOK();
}
bool CMarkupSTL::x_FindChar( const char * szDoc, int& nChar, _TCHAR c )
{
// static function
const char * pChar = &szDoc[nChar];
while ( *pChar && *pChar != c )
pChar += _tclen( pChar );
nChar = pChar - szDoc;
if ( ! *pChar )
return false;
/*
while ( szDoc[nChar] && szDoc[nChar] != c )
nChar += _tclen( &szDoc[nChar] );
if ( ! szDoc[nChar] )
return false;
*/
return true;
}
bool CityList::parseLine(FILE* fp, Entry& entry, UINT& namePos)
{
TCHAR buf[512];
if (fgets(buf, sizeof(buf) / sizeof(buf[0]) - 1, fp) != NULL) {
TCHAR* p;
TCHAR* first = NULL;
TCHAR* last = NULL;
for (p = buf; p[0] != '\0' && p[0] != ';'; p += _tclen(p)) {
if (p[0] == ' ' || p[0] == '\t' || p[0] == '\r' || p[0] == '\n') {
// Found white space.
if (last == NULL)
last = p;
}
else {
if (first == NULL)
first = p;
last = NULL;
}
}
// Strip trailing spaces if any, and any comments.
if (last != NULL)
last[0] = '\0';
else
p[0] = '\0';
if (first != NULL) {
int latitude, longitude, name;
if (_stscanf(first, "%d %d %n", &latitude, &longitude, &name) == 2
&& first[name] != '\0') {
entry.latitude = float(latitude) / 10000.0f;
entry.longitude = float(longitude) / 10000.0f;
entry.nameOff = namePos;
UINT nameEnd = namePos + _tcslen(first + name) + 1;
moreNames(nameEnd);
_tcscpy(mpCityNames + namePos, first + name);
namePos = nameEnd;
return true;
}
}
}
return false;
}
void press_textA(TCHAR *szText, COLORREF zcolor, RECT *r, HDC hdc) {
RECT tr;
tr.left = 0; tr.right = 1;
SetTextColor(hdc, zcolor);
DrawText(hdc, szText, -1, &tr, DT_LEFT | DT_SINGLELINE | DT_CALCRECT);
r->right = r->left + tr.right;
size_t index = mspf_size;
mspf_size += (int) _tcslen(szText);
if (calc_size == FALSE) {
const TCHAR *dot_strings[] = {_T("."), _T(".."), _T("...")};
TCHAR szNew[1024];
if (index >= mspf_break || (index < mspf_break && index+_tcslen(szText) > mspf_break)) {
int break_index = (int) (max(index, mspf_break));
int break_string_index = break_index - (int) index;
int str_left = (int) _tclen(&szText[break_string_index]);
if (str_left > 3)
str_left = 3;
if (index > mspf_break)
str_left -= (int) (index - mspf_break);
if (str_left < 1)
str_left = 1;
#ifdef WINVER
StringCbCopy(szNew, sizeof(szNew), szText);
StringCbCopy(&szNew[break_string_index], _tcslen(dot_strings[str_left-1]) + 1, dot_strings[str_left-1]);
#else
strcpy(szNew, szText);
strcpy(&szNew[break_string_index], dot_strings[str_left-1]);
#endif
szText = szNew;
}
DrawText(hdc, szText, -1, r, DT_LEFT | DT_SINGLELINE | DT_VCENTER);
}
OffsetRect(r, tr.right, 0);
}
void CSelection::Extend( Direction eDirection, Amount eAmount, BOOL bScrollIfNeccessary, BOOL bDamage, BOOL bAllowPastEndOfLine )
{
CBuffer *pBuffer = m_pCtrl->GetBuffer();
int nLineCount = pBuffer->GetLineCount();
BOOL bEnforceSelBounds = BoundSelection();
int nSaveEndRow = m_nEndRow;
int nSaveEndCol = m_nEndCol;
BOOL bUsePreferredCol = FALSE;
if ( nLineCount )
{
int nOldEndRow = m_nEndRow;
int nOldStartRow = m_nStartRow;
LPCTSTR pszEndLineStart = pBuffer->GetLineText( m_nEndRow );
int nEndLineLen = pBuffer->GetLineLength( m_nEndRow );
BOOL bStartRowChanged = FALSE;
switch ( eDirection )
{
case eUp:
{
switch ( eAmount )
{
case eChar:
{
m_nEndRow--;
bUsePreferredCol = TRUE;
break;
}
case ePage:
{
m_nEndRow -= ( m_pView->GetBottomIndex( FALSE ) - m_pView->GetTopIndex() );
break;
}
case eSmartAll:
case eAll:
{
m_nEndRow = 0;
break;
}
}
break;
}
case eDown:
{
switch ( eAmount )
{
case eChar:
{
m_nEndRow++;
bUsePreferredCol = TRUE;
break;
}
case ePage:
{
int nTemp = m_nEndRow + ( m_pView->GetBottomIndex( FALSE ) - m_pView->GetTopIndex() );
m_nEndRow = min( nLineCount, nTemp );
break;
}
case eAll:
case eSmartAll:
{
m_nEndRow = nLineCount - 1;
break;
}
}
break;
}
case eLeft:
{
switch ( eAmount )
{
case eChar:
{
if ( m_nEndCol == 0 || m_nEndCol > nEndLineLen )
m_nEndCol--;
else
m_nEndCol -= _tclen_prev( pszEndLineStart, pszEndLineStart + m_nEndCol );
if ( m_nEndCol < 0 )
{
if ( bAllowPastEndOfLine && m_nEndRow > 0 )
{
m_nEndRow--;
m_nEndCol = pBuffer->GetLineLength( m_nEndRow );
bEnforceSelBounds = FALSE; // already enforced by previous statement!
}
else
{
m_nEndCol = 0;
}
}
break;
}
case ePage:
{
m_nEndCol -= ( m_pView->GetRightIndex( FALSE ) - m_pView->GetLeftIndex() );
break;
}
case eAll:
{
m_nEndCol = 0;
break;
}
case eSmartAll:
{
LPCTSTR pszLine = pBuffer->GetLineText( m_nEndRow );
int nFirstNonSpace = 0;
while ( *pszLine && ( *pszLine == _T(' ') || *pszLine == _T('\t') ) )
{
nFirstNonSpace++;
pszLine = _tcsinc( pszLine );
}
// jump between absolute left and 'textual' left
m_nEndCol = ( m_nEndCol == nFirstNonSpace ? 0 : nFirstNonSpace );
break;
}
case eWord:
{
pBuffer->AdvanceToWordStart( m_nEndRow, m_nEndCol, FALSE, TRUE );
break;
}
case eWordEnd:
{
pBuffer->AdvanceToWordEnd( m_nEndRow, m_nEndCol, FALSE, TRUE );
break;
}
case eSentence:
{
pBuffer->AdvanceToSentenceStart( m_nEndRow, m_nEndCol, FALSE );
break;
}
}
break;
}
case eRight:
{
switch ( eAmount )
{
case eChar:
{
if ( m_nEndCol >= nEndLineLen )
m_nEndCol++;
else
m_nEndCol += _tclen( pszEndLineStart + m_nEndCol );
break;
}
case ePage:
{
m_nEndCol += ( m_pView->GetRightIndex( FALSE ) - m_pView->GetLeftIndex() );
break;
}
case eAll:
{
m_nEndCol = pBuffer->GetLineLength( m_nEndRow );
break;
}
case eSmartAll:
{
LPCTSTR pszStart = pBuffer->GetLineText( m_nEndRow );
int nLastChar = pBuffer->GetLineLength( m_nEndRow );
int nFirstNonSpace = nLastChar;
LPCTSTR pszEnd = pszStart + nFirstNonSpace - 1;
while ( ( pszEnd >= pszStart ) && ( *pszEnd == _T(' ') || *pszEnd == _T('\t') ) )
{
nFirstNonSpace--;
pszEnd = _tcsdec( pszStart, pszEnd );
}
// jump between absolute right and 'textual' right
m_nEndCol = ( m_nEndCol <= nFirstNonSpace ? nLastChar : nFirstNonSpace );
break;
}
case eWord:
{
pBuffer->AdvanceToWordStart( m_nEndRow, m_nEndCol, TRUE, TRUE );
break;
}
case eWordEnd:
{
pBuffer->AdvanceToWordEnd( m_nEndRow, m_nEndCol, TRUE, TRUE );
break;
}
case eSentence:
{
pBuffer->AdvanceToSentenceStart( m_nEndRow, m_nEndCol, TRUE );
break;
}
}
break;
}
case eOutward:
{
switch ( eAmount )
{
case eWord:
{
m_nStartCol = m_nEndCol;
int nLineLen = pBuffer->GetLineLength( m_nEndRow );
if ( m_nStartCol <= nLineLen )
{
if ( m_nStartCol )
{
pBuffer->AdvanceToWordStart( m_nEndRow, m_nStartCol, FALSE, FALSE );
}
m_nEndCol = m_nStartCol;
if ( m_nStartCol < nLineLen )
{
pBuffer->AdvanceToWordEnd( m_nEndRow, m_nEndCol, TRUE, FALSE );
}
}
break;
}
case eSentence:
{
m_nStartRow = m_nEndRow;
m_nStartCol = 0;
pBuffer->AdvanceToSentenceStart( m_nStartRow, m_nStartCol, FALSE );
m_nEndCol = m_nStartCol;
m_nEndRow = m_nStartRow;
pBuffer->AdvanceToSentenceStart( m_nEndRow, m_nEndCol, TRUE );
bStartRowChanged = ( m_nStartRow != nOldStartRow );
break;
}
}
break;
}
}
int nTemp = nLineCount - 1;
m_nEndRow = min( m_nEndRow, nTemp );
m_nEndRow = max( 0, m_nEndRow );
m_nEndCol = ( nLineCount == 0 ) ? 0 : max( 0, m_nEndCol );
BOOL bEndViewColUpToDate = FALSE;
// keep cursor within the line's bounds if requested to
if ( bEnforceSelBounds )
{
// special case: if moving left one char and beyond the end of the line,
// do the fixup now or else the one-char move will be nullified by
// EnforceSelBounds()
if ( nLineCount && eDirection == eLeft && eAmount == eChar )
{
int nEndRowLen = pBuffer->GetLineLength( m_nEndRow );
if ( m_nEndCol >= nEndRowLen )
{
m_nEndCol = nEndRowLen - 1;
m_nEndCol = max( 0, m_nEndCol );
}
}
if ( bUsePreferredCol && nSaveEndRow != m_nEndRow )
{
m_nEndCol = pBuffer->ConvertViewColToBufferCol( m_nEndRow, m_nEndViewColPreferred );
}
BOOL bFixup = EnforceSelBounds();
// if we didn't have to fix-up the selection, remember this new col position
// as the preferred position.
if ( !bFixup )
{
if ( bUsePreferredCol && nSaveEndRow != m_nEndRow )
{
// moved vertically -- need to translate view col from one row to another
int nBuffCol = pBuffer->ConvertViewColToBufferCol( m_nEndRow, m_nEndViewColPreferred );
m_nEndViewCol = pBuffer->ConvertBufferColToViewCol( m_nEndRow, nBuffCol );
m_nEndCol = pBuffer->ConvertViewColToBufferCol( m_nEndRow, m_nEndViewCol );
}
else if ( nSaveEndCol != m_nEndCol )
{
m_nEndViewCol = pBuffer->ConvertBufferColToViewCol( m_nEndRow, m_nEndCol );
m_nEndViewColPreferred = m_nEndViewCol;
}
bEndViewColUpToDate = TRUE;
}
}
// since m_nEndCol may have changed, we need to recalc the view position and re-snap m_nEndCol to the current row
if ( !bEndViewColUpToDate )
{
m_nEndViewCol = pBuffer->ConvertBufferColToViewCol( m_nEndRow, m_nEndCol );
m_nEndCol = pBuffer->ConvertViewColToBufferCol( m_nEndRow, m_nEndViewCol );
}
if ( eDirection == eOutward )
{
m_nStartViewCol = pBuffer->ConvertBufferColToViewCol( m_nStartRow, m_nStartCol );
}
if ( bDamage )
{
int nDamageStart = min( nOldEndRow, m_nEndRow );
int nDamageEnd = max( nOldEndRow, m_nEndRow );
if ( m_bColumnSel )
{
nDamageStart = min( nDamageStart, nOldStartRow );
nDamageStart = min( nDamageStart, m_nStartRow );
nDamageEnd = max( nDamageEnd, nOldStartRow );
nDamageEnd = max( nDamageEnd, m_nStartRow );
}
if ( bStartRowChanged )
{
nDamageStart = min( nDamageStart, nOldStartRow );
nDamageStart = min( nDamageStart, m_nStartRow );
nDamageEnd = max( nDamageEnd, nOldEndRow );
nDamageEnd = max( nDamageEnd, m_nEndRow );
}
m_pView->DamageView( nDamageStart, nDamageEnd );
}
// if user changed lines, notify the control so it can normalize the text case in the
// line that was just left.
if ( eDirection == eUp || eDirection == eDown )
{
m_pCtrl->OnChangeLineSelection();
}
}
else
{
m_nEndCol = m_nEndRow = m_nEndViewCol = m_nStartViewCol = m_nStartCol = m_nStartRow = 0;
}
if ( bScrollIfNeccessary )
{
EnsureVisible( TRUE );
}
}
EESTATUS
GetExpr (
uint radix,
PEEHSTR phStr,
ulong *pEnd
)
{
EESTATUS retval = EENOMEMORY;
char *pStr;
char *pExprStr;
HDEP hExprStr;
int len;
ulong strIndex;
UINT nLen;
Unreferenced( radix );
//M00KLUDGE - this routine will eventuall have to walk the bound tree
// and format the expression because of ambiguous expressions
// use the saved original string if there is one
// (in case the expression has been modified)
if (pExState->hExStrSav) {
hExprStr = pExState->hExStrSav;
len = pExState->ExLenSav;
strIndex = pExState->strIndexSav;
} else {
hExprStr = pExState->hExStr;
len = pExState->ExLen;
strIndex = pExState->strIndex;
}
pExprStr = (char *) MemLock (hExprStr);
nLen = len+1;
if (((*phStr = MemAllocate (nLen)) != 0)) {
// the expression has been bound and memory allocated
char tempBuf[TYPESTRMAX];
UINT nb;
UINT nIndex = 0;
BOOL fHSYM;
char *psz;
ulong nAdj = 0;
pStr = (char *) MemLock (*phStr);
for (psz = pExprStr; (psz < pExprStr + len) && *psz; psz = _tcsinc (psz)) {
fHSYM = FALSE;
if (*psz == HSYM_MARKER) {
HSYM hSym = GetHSYMFromHSYMCode(psz + 1);
psz += HSYM_CODE_LEN; // skip embedded HSYM code
fHSYM = TRUE;
DASSERT (hSym);
if (GetNameFromHSYM(tempBuf, hSym) == FALSE) {
pExState->err_num = ERR_INTERNAL;
MemUnLock(*phStr);
MemUnLock(hExprStr);
return EEGENERAL;
}
nb = _tcslen(tempBuf);
// compute adjustment for strIndex:
// if an HSYM is to the left of strIndex,
// strIndex needs to be adjusted
if (psz <= pExprStr + strIndex)
nAdj += (nb - sizeof (char) - HSYM_CODE_LEN);
} else {
nb = 1;
}
// check if there is space in the buffer and
// copy nb characters to the destination string
if (nIndex + nb > nLen-1) {
// there is not enough space, grow buffer
MemUnLock(*phStr);
nLen += NAMESTRMAX;
if ((*phStr = MemReAlloc(*phStr, nLen)) == 0){
MemUnLock(hExprStr);
return EENOMEMORY;
}
pStr = (char *) MemLock (*phStr);
}
if (fHSYM) {
// copy name from tembBuf
memcpy(pStr+nIndex, tempBuf, nb);
nIndex += nb;
} else {
// copy a single character from pExprStr
_tccpy (pStr + nIndex, psz);
nIndex += _tclen (psz);
}
}
pStr[nIndex++] = 0;
MemUnLock (*phStr);
// Reallocate the buffer in case it is too large
DASSERT (nIndex <= nLen);
if (nIndex < nLen &&
(*phStr = MemReAlloc(*phStr, nIndex)) == 0){
MemUnLock(hExprStr);
return EENOMEMORY;
}
retval = EENOERROR;
*pEnd = strIndex + nAdj;
}
MemUnLock (hExprStr);
return retval;
}