// --------
// Strings
// --------
void KStrings::SplitString( const KString& String,
LPCTSTR pSplitter,
bool bAddEmpty,
bool bClearFirst)
{
if(bClearFirst)
Clear();
const size_t szSplitterLength = _tcslen(pSplitter);
size_t szPos = 0;
for(;;)
{
size_t szOldPos = szPos;
szPos = String.Find(pSplitter, szPos);
if(szPos == UINT_MAX)
{
if(bAddEmpty || szOldPos < String.GetLength())
*AddLast() = String.Mid(szOldPos);
break;
}
if(bAddEmpty || szPos > szOldPos)
*AddLast() = String.Mid(szOldPos, szPos - szOldPos), szPos += szSplitterLength;
}
}
// -------
// Tokens
// -------
KString TTokens::Process(const KString& String) const
{
KString DstString;
for(size_t szStart = 0 ; szStart < String.GetLength() ; )
{
// Scanning for the closest token starting at 'szStart'
const TToken* pClosestToken = NULL;
size_t szClosestTokenPos;
for(size_t i = 0 ; i < GetN() ; i++)
{
const TToken& CurToken = GetDataRef(i);
size_t szPos = String.Find(CurToken.m_SrcString, szStart);
if(szPos == UINT_MAX)
continue;
if( pClosestToken == NULL ||
szPos < szClosestTokenPos ||
szPos == szClosestTokenPos &&
CurToken.m_SrcString.GetLength() >
pClosestToken->m_SrcString.GetLength())
{
pClosestToken = &CurToken, szClosestTokenPos = szPos;
}
}
if(pClosestToken == NULL) // no more tokens found
{
DstString += String.Mid(szStart); // adding leftovers
break;
}
DstString += String.Mid(szStart, szClosestTokenPos - szStart); // adding pre-token part
DstString += pClosestToken->m_DstString; // adding token replacement
// Forwarding 'szStart' to the end of just substed token
szStart = szClosestTokenPos + pClosestToken->m_SrcString.GetLength();
}
return DstString;
}
void ParseHTTPHeaderCommand(const KString& s,
THTTPHeaderCommand& RCommand)
{
int i = 0;
i = s.Find(TEXT(":"));
if(i == -1)
RCommand.m_Command = s, RCommand.m_Content = TEXT("");
else
RCommand.m_Command = s.Left(i), RCommand.m_Content = s.Mid(i + 1);
RCommand.m_Command = RCommand.m_Command.Trim();
RCommand.m_Content = RCommand.m_Content.Trim();
}