Linq-To-XML Style of Node Creation for C++

#include "StdAfx.h"
#include "StrUtil.h"
#include "..\\BaseConverter.h"
#include <cassert>

using namespace Elmax;

StrUtil::StrUtil(void)
{
}


StrUtil::~StrUtil(void)
{
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2, 
	DataType D3 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );
	vs.push_back( D3.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2, 
	DataType D3, 
	DataType D4 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );
	vs.push_back( D3.ToString() );
	vs.push_back( D4.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2, 
	DataType D3, 
	DataType D4, 
	DataType D5 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );
	vs.push_back( D3.ToString() );
	vs.push_back( D4.ToString() );
	vs.push_back( D5.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2, 
	DataType D3, 
	DataType D4, 
	DataType D5, 
	DataType D6 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );
	vs.push_back( D3.ToString() );
	vs.push_back( D4.ToString() );
	vs.push_back( D5.ToString() );
	vs.push_back( D6.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2, 
	DataType D3, 
	DataType D4, 
	DataType D5, 
	DataType D6, 
	DataType D7 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );
	vs.push_back( D3.ToString() );
	vs.push_back( D4.ToString() );
	vs.push_back( D5.ToString() );
	vs.push_back( D6.ToString() );
	vs.push_back( D7.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2, 
	DataType D3, 
	DataType D4, 
	DataType D5, 
	DataType D6, 
	DataType D7, 
	DataType D8 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );
	vs.push_back( D3.ToString() );
	vs.push_back( D4.ToString() );
	vs.push_back( D5.ToString() );
	vs.push_back( D6.ToString() );
	vs.push_back( D7.ToString() );
	vs.push_back( D8.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2, 
	DataType D3, 
	DataType D4, 
	DataType D5, 
	DataType D6, 
	DataType D7, 
	DataType D8, 
	DataType D9 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );
	vs.push_back( D3.ToString() );
	vs.push_back( D4.ToString() );
	vs.push_back( D5.ToString() );
	vs.push_back( D6.ToString() );
	vs.push_back( D7.ToString() );
	vs.push_back( D8.ToString() );
	vs.push_back( D9.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Format( 
	const wchar_t* fmt, 
	DataType D1, 
	DataType D2, 
	DataType D3, 
	DataType D4, 
	DataType D5, 
	DataType D6, 
	DataType D7, 
	DataType D8, 
	DataType D9, 
	DataType D10 )
{
	std::wstring wsfmtstr = fmt;

	std::vector<std::wstring> vs;
	vs.push_back( D1.ToString() );
	vs.push_back( D2.ToString() );
	vs.push_back( D3.ToString() );
	vs.push_back( D4.ToString() );
	vs.push_back( D5.ToString() );
	vs.push_back( D6.ToString() );
	vs.push_back( D7.ToString() );
	vs.push_back( D8.ToString() );
	vs.push_back( D9.ToString() );
	vs.push_back( D10.ToString() );

	return Replace( wsfmtstr, vs );
}

std::wstring StrUtil::Replace( 
	std::wstring& fmtstr, 
	std::vector<std::wstring>& vs )
{
	size_t pos = 0;
	for( size_t i=0; i<vs.size(); ++i )
	{
		pos = 0;
		std::wstring anchor = Anchor( i );

		while( std::wstring::npos != pos )
		{
			pos = fmtstr.find( anchor, pos );

			if( std::wstring::npos != pos )
			{
				//fmtstr.replace( pos, 1, vs.at(i) );
				fmtstr.erase( pos, anchor.size() );
				fmtstr.insert( pos, vs.at(i) );
				pos += vs.at(i).size();
			}
		}
	}

	return fmtstr;
}

std::wstring StrUtil::Anchor( int i )
{
	std::wstring str2 = L"";
	BaseConverter conv;

	conv.SetInt32(str2, i);
	std::wstring str = L"{";
	str += str2 + L"}";

	return str;
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2,
	DataTypeRef D3 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);
	vecDTR.push_back(&D3);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2,
	DataTypeRef D3,
	DataTypeRef D4 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);
	vecDTR.push_back(&D3);
	vecDTR.push_back(&D4);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2,
	DataTypeRef D3,
	DataTypeRef D4,
	DataTypeRef D5 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);
	vecDTR.push_back(&D3);
	vecDTR.push_back(&D4);
	vecDTR.push_back(&D5);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2,
	DataTypeRef D3,
	DataTypeRef D4,
	DataTypeRef D5,
	DataTypeRef D6 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);
	vecDTR.push_back(&D3);
	vecDTR.push_back(&D4);
	vecDTR.push_back(&D5);
	vecDTR.push_back(&D6);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2,
	DataTypeRef D3,
	DataTypeRef D4,
	DataTypeRef D5,
	DataTypeRef D6,
	DataTypeRef D7 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);
	vecDTR.push_back(&D3);
	vecDTR.push_back(&D4);
	vecDTR.push_back(&D5);
	vecDTR.push_back(&D6);
	vecDTR.push_back(&D7);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2,
	DataTypeRef D3,
	DataTypeRef D4,
	DataTypeRef D5,
	DataTypeRef D6,
	DataTypeRef D7,
	DataTypeRef D8 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);
	vecDTR.push_back(&D3);
	vecDTR.push_back(&D4);
	vecDTR.push_back(&D5);
	vecDTR.push_back(&D6);
	vecDTR.push_back(&D7);
	vecDTR.push_back(&D8);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2,
	DataTypeRef D3,
	DataTypeRef D4,
	DataTypeRef D5,
	DataTypeRef D6,
	DataTypeRef D7,
	DataTypeRef D8,
	DataTypeRef D9 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);
	vecDTR.push_back(&D3);
	vecDTR.push_back(&D4);
	vecDTR.push_back(&D5);
	vecDTR.push_back(&D6);
	vecDTR.push_back(&D7);
	vecDTR.push_back(&D8);
	vecDTR.push_back(&D9);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}

size_t StrUtil::Split( 
	const std::wstring& StrToExtract,
	DataTypeRef D1,
	DataTypeRef D2,
	DataTypeRef D3,
	DataTypeRef D4,
	DataTypeRef D5,
	DataTypeRef D6,
	DataTypeRef D7,
	DataTypeRef D8,
	DataTypeRef D9,
	DataTypeRef D10 )
{
	std::vector<DataTypeRef*> vecDTR;
	vecDTR.push_back(&D1);
	vecDTR.push_back(&D2);
	vecDTR.push_back(&D3);
	vecDTR.push_back(&D4);
	vecDTR.push_back(&D5);
	vecDTR.push_back(&D6);
	vecDTR.push_back(&D7);
	vecDTR.push_back(&D8);
	vecDTR.push_back(&D9);
	vecDTR.push_back(&D10);

	assert( m_pSplitStrategy );
	return m_pSplitStrategy->Extract( StrToExtract, vecDTR );
}