#ifndef __NEWINIFILE_H__
#define __NEWINIFILE_H__
#if _MSC_VER > 1000
#pragma once
#endif
#include <stdlib.h>
#define MIN(A,B) (((A) < (B)) ? (A) : (B))
#ifndef UNICODE
typedef char* MyStopStringPtr;
#else
typedef wchar_t* MyStopStringPtr;
#endif
/*
* int : 0
* DWORD : 1
* short : 2
* char : 3
* float : 4
* double : 5
*/
enum EnTableDataType
{
int_T, DWORD_T, short_T, char_T, float_T, double_T
};
class CIniFile
{
public:
CIniFile();
CIniFile(CString strPathName);
virtual ~CIniFile();
public:
int WriteFloat(CString strSecName, CString strKeyName, float Data);
BOOL WriteWORD(CString strSecName, CString strKeyName, WORD Data);
BOOL WriteInt(CString strSecName, CString strKeyName, int Data);
BOOL WriteShort(CString strSecName, CString strKeyName,short Data);
BOOL WriteLong(CString strSecName, CString strKeyName, long Data);
void SetIniPathName(CString strPathName);
void SetWhitespace(CString strWhitespace);
CString GetIniPathName();
int ReadInt(CString strSecName, CString strKeyName, int nDefault);
float ReadFloat(CString strSecName,CString strKeyName,float fDefault);
DWORD ReadRGB(CString strSecName,CString strKeyName,DWORD dwDefault);
CString ReadString(CString strSecName, CString strKeyName, CString strDefault);
BOOL WriteString(CString strSecName, CString strKeyName, CString strContent);
int ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, int **lppTableBuffer);
int ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, DWORD **lppTableBuffer);
int ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, short **lppTableBuffer);
int ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, char **lppTableBuffer);
int ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, float **lppTableBuffer);
int ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, double **lppTableBuffer);
int ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, void **lppTableBuffer);
BOOL WriteTableInfo(CString strSecName, int iTableLength, int iDataType, int *lpTableBuffer);
BOOL WriteTableInfo(CString strSecName, int iTableLength, int iDataType, DWORD *lpTableBuffer);
BOOL WriteTableInfo(CString strSecName, int iTableLength, int iDataType, short *lpTableBuffer);
BOOL WriteTableInfo(CString strSecName, int iTableLength, int iDataType, char *lpTableBuffer);
BOOL WriteTableInfo(CString strSecName, int iTableLength, int iDataType, float *lpTableBuffer);
BOOL WriteTableInfo(CString strSecName, int iTableLength, int iDataType, double *lpTableBuffer);
BOOL WriteTableInfo(CString strSecName, int iTableLength, int iDataType, void *lpTableBuffer);
private:
CString m_strPathName;
CString m_strWhitespace;
};
#endif //#define __NEWINIFILE_H__
#include "stdafx.h"
#include "IniFile.h"
#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif
//将TCHAR转为char
//*tchar是TCHAR类型指针，*_char是char类型指针
void TcharToChar(const TCHAR * tchar, char * _char)
{
int iLength;
//获取字节长度
iLength = WideCharToMultiByte(CP_ACP, 0, tchar, -1, NULL, 0, NULL, NULL);
//将tchar值赋给_char
WideCharToMultiByte(CP_ACP, 0, tchar, -1, _char, iLength, NULL, NULL);
}
//将char转为TCHAR
void CharToTchar(const char * _char, TCHAR * tchar)
{
int iLength;
iLength = MultiByteToWideChar(CP_ACP, 0, _char, strlen(_char) + 1, NULL, 0);
MultiByteToWideChar(CP_ACP, 0, _char, strlen(_char) + 1, tchar, iLength);
}
CIniFile::CIniFile()
{
m_strPathName.Empty();
m_strWhitespace = _T("\t ,\n\r");
}
CIniFile::CIniFile(CString strPathName)
{
m_strPathName = strPathName;
}
CIniFile::~CIniFile()
{
}
CString CIniFile::GetIniPathName()
{
return m_strPathName;
}
void CIniFile::SetIniPathName(CString strPathName)
{
m_strPathName = strPathName;
return;
}
void CIniFile::SetWhitespace(CString strWhitespace)
{
m_strWhitespace = strWhitespace;
return;
}
CString CIniFile::ReadString(CString strSecName, CString strKeyName, CString strDefault)
{
TCHAR buf[MAX_PATH];
::GetPrivateProfileString(strSecName, strKeyName, strDefault, buf, MAX_PATH, m_strPathName);
return buf;
}
DWORD CIniFile::ReadRGB(CString strSecName, CString strKeyName, DWORD dwDefault)
{
DWORD result;
//CString strDefault=_T("0x0000000");
CString strDefault;
strDefault.Format(_T("%u"), dwDefault);
TCHAR buf[MAX_PATH];
::GetPrivateProfileString(strSecName, strKeyName, strDefault, buf, MAX_PATH, m_strPathName);
char cBuf[MAX_PATH];
TcharToChar(buf, cBuf);
sscanf_s(cBuf, "%x", &result);
DWORD R=result&0x000000FF;
DWORD G=(result>>8)&0x000000FF;
DWORD B=(result>>16)&0x000000FF;
result=(R<<16)+(G<<8)+B;
return result;
}
BOOL CIniFile::WriteString(CString strSecName, CString strKeyName, CString strContent)
{
BOOL result;
result = ::WritePrivateProfileString(strSecName, strKeyName, strContent, m_strPathName);
return result;
}
int CIniFile::ReadInt(CString strSecName, CString strKeyName, int nDefault)
{
int result;
result = ::GetPrivateProfileInt(strSecName, strKeyName, nDefault, m_strPathName);
return result;
}
float CIniFile::ReadFloat(CString strSecName, CString strKeyName, float fDefault)
{
CString strDefault;
strDefault.Format(_T("%4.8f"),fDefault);
TCHAR buf[MAX_PATH];
::GetPrivateProfileString(strSecName, strKeyName, strDefault, buf, MAX_PATH, m_strPathName);
char cBuf[MAX_PATH];
TcharToChar(buf, cBuf);
float result = static_cast<float>(atof(cBuf));
return result;
}
int CIniFile::ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, int **lppTableBuffer)
{
int i;
int iLength;
EnTableDataType enType;
CString strKeyName;
CString csDataTable;
CString csTempStore, csTempParse;
// init
if(m_strPathName.GetLength() == 0)
return -1;
strKeyName = _T("Length");
iLength = this->ReadInt(strSecName, strKeyName, nDefault);
strKeyName.Empty();
if(iLength <= 0 || iLength == nDefault)
return -1;
int iTemp;
strKeyName = _T("Type");
iTemp = this->ReadInt(strSecName, strKeyName, nDefault);
if(iTemp < int_T || iTemp > double_T || iTemp == nDefault)
return -1;
enType = static_cast<EnTableDataType>(iTemp);
strKeyName.Empty();
strKeyName = _T("DataTable");
csDataTable = this->ReadString(strSecName, strKeyName, strDefault);
if(csDataTable == strDefault)
return -1;
strKeyName.Empty();
// To NULL
*lppTableBuffer = NULL;
// Parse
int iCurCommaPos = 0;
int iCurSpacePos = 0;
int iNextPos = 0;
MyStopStringPtr lpStopString;
*lppTableBuffer = new int[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(int));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(*lppTableBuffer)[i] = static_cast<int>(strtol(csTempParse.GetBuffer(0), &lpStopString, 10));
#else
(*lppTableBuffer)[i] = static_cast<int>(wcstol(csTempParse.GetBuffer(0), &lpStopString, 10));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
return static_cast<int>(enType);
}
int CIniFile::ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, DWORD **lppTableBuffer)
{
int i;
int iLength;
EnTableDataType enType;
CString strKeyName;
CString csDataTable;
CString csTempStore, csTempParse;
// init
if(m_strPathName.GetLength() == 0)
return -1;
strKeyName = _T("Length");
iLength = this->ReadInt(strSecName, strKeyName, nDefault);
strKeyName.Empty();
if(iLength <= 0 || iLength == nDefault)
return -1;
int iTemp;
strKeyName = _T("Type");
iTemp = this->ReadInt(strSecName, strKeyName, nDefault);
if(iTemp < int_T || iTemp > double_T || iTemp == nDefault)
return -1;
enType = static_cast<EnTableDataType>(iTemp);
strKeyName.Empty();
strKeyName = _T("DataTable");
csDataTable = this->ReadString(strSecName, strKeyName, strDefault);
if(csDataTable == strDefault)
return -1;
strKeyName.Empty();
// To NULL
*lppTableBuffer = NULL;
// Parse
int iCurCommaPos = 0;
int iCurSpacePos = 0;
int iNextPos = 0;
MyStopStringPtr lpStopString;
*lppTableBuffer = new DWORD[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(DWORD));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(*lppTableBuffer)[i] = static_cast<DWORD>(strtoul(csTempParse.GetBuffer(0), &lpStopString, 10));
#else
(*lppTableBuffer)[i] = static_cast<DWORD>(wcstoul(csTempParse.GetBuffer(0), &lpStopString, 10));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
return static_cast<int>(enType);
}
int CIniFile::ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, short **lppTableBuffer)
{
int i;
int iLength;
EnTableDataType enType;
CString strKeyName;
CString csDataTable;
CString csTempStore, csTempParse;
// init
if(m_strPathName.GetLength() == 0)
return -1;
strKeyName = _T("Length");
iLength = this->ReadInt(strSecName, strKeyName, nDefault);
strKeyName.Empty();
if(iLength <= 0 || iLength == nDefault)
return -1;
int iTemp;
strKeyName = _T("Type");
iTemp = this->ReadInt(strSecName, strKeyName, nDefault);
if(iTemp < int_T || iTemp > double_T || iTemp == nDefault)
return -1;
enType = static_cast<EnTableDataType>(iTemp);
strKeyName.Empty();
strKeyName = _T("DataTable");
csDataTable = this->ReadString(strSecName, strKeyName, strDefault);
if(csDataTable == strDefault)
return -1;
strKeyName.Empty();
// To NULL
*lppTableBuffer = NULL;
// Parse
int iCurCommaPos = 0;
int iCurSpacePos = 0;
int iNextPos = 0;
MyStopStringPtr lpStopString;
*lppTableBuffer = new short[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(short));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(*lppTableBuffer)[i] = static_cast<short>(strtol(csTempParse.GetBuffer(0), &lpStopString, 10));
#else
(*lppTableBuffer)[i] = static_cast<short>(wcstol(csTempParse.GetBuffer(0), &lpStopString, 10));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
return static_cast<int>(enType);
}
int CIniFile::ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, char **lppTableBuffer)
{
int i;
int iLength;
EnTableDataType enType;
CString strKeyName;
CString csDataTable;
CString csTempStore, csTempParse;
// init
if(m_strPathName.GetLength() == 0)
return -1;
strKeyName = _T("Length");
iLength = this->ReadInt(strSecName, strKeyName, nDefault);
strKeyName.Empty();
if(iLength <= 0 || iLength == nDefault)
return -1;
int iTemp;
strKeyName = _T("Type");
iTemp = this->ReadInt(strSecName, strKeyName, nDefault);
if(iTemp < int_T || iTemp > double_T || iTemp == nDefault)
return -1;
enType = static_cast<EnTableDataType>(iTemp);
strKeyName.Empty();
strKeyName = _T("DataTable");
csDataTable = this->ReadString(strSecName, strKeyName, strDefault);
if(csDataTable == strDefault)
return -1;
strKeyName.Empty();
// To NULL
*lppTableBuffer = NULL;
// Parse
int iCurCommaPos = 0;
int iCurSpacePos = 0;
int iNextPos = 0;
MyStopStringPtr lpStopString;
*lppTableBuffer = new char[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(char));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(*lppTableBuffer)[i] = static_cast<char>(strtol(csTempParse.GetBuffer(0), &lpStopString, 10));
#else
(*lppTableBuffer)[i] = static_cast<char>(wcstol(csTempParse.GetBuffer(0), &lpStopString, 10));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
return static_cast<int>(enType);
}
int CIniFile::ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, float **lppTableBuffer)
{
int i;
int iLength;
EnTableDataType enType;
CString strKeyName;
CString csDataTable;
CString csTempStore, csTempParse;
// init
if(m_strPathName.GetLength() == 0)
return -1;
strKeyName = _T("Length");
iLength = this->ReadInt(strSecName, strKeyName, nDefault);
strKeyName.Empty();
if(iLength <= 0 || iLength == nDefault)
return -1;
int iTemp;
strKeyName = _T("Type");
iTemp = this->ReadInt(strSecName, strKeyName, nDefault);
if(iTemp < int_T || iTemp > double_T || iTemp == nDefault)
return -1;
enType = static_cast<EnTableDataType>(iTemp);
strKeyName.Empty();
strKeyName = _T("DataTable");
csDataTable = this->ReadString(strSecName, strKeyName, strDefault);
if(csDataTable == strDefault)
return -1;
strKeyName.Empty();
// To NULL
*lppTableBuffer = NULL;
// Parse
int iCurCommaPos = 0;
int iCurSpacePos = 0;
int iNextPos = 0;
MyStopStringPtr lpStopString;
*lppTableBuffer = new float[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(float));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(*lppTableBuffer)[i] = static_cast<float>(strtod(csTempParse.GetBuffer(0), &lpStopString));
#else
(*lppTableBuffer)[i] = static_cast<float>(wcstod(csTempParse.GetBuffer(0), &lpStopString));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
return static_cast<int>(enType);
}
int CIniFile::ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, double **lppTableBuffer)
{
int i;
int iLength;
EnTableDataType enType;
CString strKeyName;
CString csDataTable;
CString csTempStore, csTempParse;
// init
if(m_strPathName.GetLength() == 0)
return -1;
strKeyName = _T("Length");
iLength = this->ReadInt(strSecName, strKeyName, nDefault);
strKeyName.Empty();
if(iLength <= 0 || iLength == nDefault)
return -1;
int iTemp;
strKeyName = _T("Type");
iTemp = this->ReadInt(strSecName, strKeyName, nDefault);
if(iTemp < int_T || iTemp > double_T || iTemp == nDefault)
return -1;
enType = static_cast<EnTableDataType>(iTemp);
strKeyName.Empty();
strKeyName = _T("DataTable");
csDataTable = this->ReadString(strSecName, strKeyName, strDefault);
if(csDataTable == strDefault)
return -1;
strKeyName.Empty();
// To NULL
*lppTableBuffer = NULL;
// Parse
int iCurCommaPos = 0;
int iCurSpacePos = 0;
int iNextPos = 0;
MyStopStringPtr lpStopString;
*lppTableBuffer = new double[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(double));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(*lppTableBuffer)[i] = strtod(csTempParse.GetBuffer(0), &lpStopString);
#else
(*lppTableBuffer)[i] = wcstod(csTempParse.GetBuffer(0), &lpStopString);
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
return static_cast<int>(enType);
}
int CIniFile::ReadTableInfo(CString strSecName, CString strDefault, int nDefault, int *lpiTableLength, void **lppTableBuffer)
{
int i;
int iLength;
EnTableDataType enType;
CString strKeyName;
CString csDataTable;
CString csTempStore, csTempParse;
// init
if(m_strPathName.GetLength() == 0)
return -1;
strKeyName = _T("Length");
iLength = this->ReadInt(strSecName, strKeyName, nDefault);
strKeyName.Empty();
if(iLength <= 0 || iLength == nDefault)
return -1;
int iTemp;
strKeyName = _T("Type");
iTemp = this->ReadInt(strSecName, strKeyName, nDefault);
if(iTemp < int_T || iTemp > double_T || iTemp == nDefault)
return -1;
enType = static_cast<EnTableDataType>(iTemp);
strKeyName.Empty();
strKeyName = _T("DataTable");
csDataTable = this->ReadString(strSecName, strKeyName, strDefault);
if(csDataTable == strDefault)
return -1;
strKeyName.Empty();
*lppTableBuffer = NULL;
// Parse
int iCurCommaPos = 0;
int iCurSpacePos = 0;
int iNextPos = 0;
MyStopStringPtr lpStopString;
switch(enType)
{
case int_T:
*lppTableBuffer = new int[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(int));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(reinterpret_cast<int *>(*lppTableBuffer))[i] = static_cast<int>(strtol(csTempParse.GetBuffer(0), &lpStopString, 10));
#else
(reinterpret_cast<int *>(*lppTableBuffer))[i] = static_cast<int>(wcstol(csTempParse.GetBuffer(0), &lpStopString, 10));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
break;
case DWORD_T:
*lppTableBuffer = new DWORD[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(DWORD));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(reinterpret_cast<DWORD *>(*lppTableBuffer))[i] = static_cast<DWORD>(strtoul(csTempParse.GetBuffer(0), &lpStopString, 10));
#else
(reinterpret_cast<DWORD *>(*lppTableBuffer))[i] = static_cast<DWORD>(wcstoul(csTempParse.GetBuffer(0), &lpStopString, 10));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
break;
case short_T:
*lppTableBuffer = new short[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(short));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(reinterpret_cast<short *>(*lppTableBuffer))[i] = static_cast<short>(strtol(csTempParse.GetBuffer(0), &lpStopString, 10));
#else
(reinterpret_cast<short *>(*lppTableBuffer))[i] = static_cast<short>(wcstol(csTempParse.GetBuffer(0), &lpStopString, 10));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
break;
case char_T:
*lppTableBuffer = new char[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(char));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(reinterpret_cast<char *>(*lppTableBuffer))[i] = static_cast<char>(strtol(csTempParse.GetBuffer(0), &lpStopString, 10));
#else
(reinterpret_cast<char *>(*lppTableBuffer))[i] = static_cast<char>(wcstol(csTempParse.GetBuffer(0), &lpStopString, 10));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
break;
case float_T:
*lppTableBuffer = new float[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(float));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(reinterpret_cast<float *>(*lppTableBuffer))[i] = static_cast<float>(strtod(csTempParse.GetBuffer(0), &lpStopString));
#else
(reinterpret_cast<float *>(*lppTableBuffer))[i] = static_cast<float>(wcstod(csTempParse.GetBuffer(0), &lpStopString));
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
break;
case double_T:
*lppTableBuffer = new double[iLength];
*lpiTableLength = iLength;
memset(*lppTableBuffer, 0, iLength*sizeof(double));
csTempStore = csDataTable;
csTempParse = csTempStore;
csTempStore.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
for(i=0; i<iLength; i++)
{
#ifndef UNICODE
(reinterpret_cast<double *>(*lppTableBuffer))[i] = strtod(csTempParse.GetBuffer(0), &lpStopString);
#else
(reinterpret_cast<double *>(*lppTableBuffer))[i] = wcstod(csTempParse.GetBuffer(0), &lpStopString);
#endif
csTempParse.Empty();
// Get Next Number Pos
iCurCommaPos = csTempStore.Find(_T(","));
iCurSpacePos = csTempStore.Find(_T(" "));
if(iCurCommaPos != -1 && iCurSpacePos != -1)
iNextPos = MIN(iCurCommaPos, iCurSpacePos);
else if(iCurCommaPos != -1 && iCurSpacePos == -1)
iNextPos = iCurCommaPos;
else if(iCurCommaPos == -1 && iCurSpacePos != -1)
iNextPos = iCurSpacePos;
else
break;
csTempParse = csTempStore.Mid(iNextPos);
csTempStore.Empty();
csTempParse.TrimLeft(m_strWhitespace.GetBuffer(0));
csTempStore = csTempParse;
}
break;
default:
return -1;
}
return static_cast<int>(enType);
}
BOOL CIniFile::WriteTableInfo(CString strSecName, int iTableLength, int iDataType, int *lpTableBuffer)
{
int i;
EnTableDataType enType;
CString strKeyName;
CString csElmVal;
CString csContent;
// init
if(m_strPathName.GetLength() == 0)
return FALSE;
if(lpTableBuffer == NULL || iTableLength <= 0)
return FALSE;
if(iDataType < int_T || iDataType > double_T)
return FALSE;
enType = static_cast<EnTableDataType>(iDataType);
// load
strKeyName = _T("Length");
csContent.Format(_T(" %d"), iTableLength);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("Type");
csContent.Format(_T(" %d"), iDataType);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
return TRUE;
}
BOOL CIniFile::WriteTableInfo(CString strSecName, int iTableLength, int iDataType, DWORD *lpTableBuffer)
{
int i;
EnTableDataType enType;
CString strKeyName;
CString csElmVal;
CString csContent;
// init
if(m_strPathName.GetLength() == 0)
return FALSE;
if(lpTableBuffer == NULL || iTableLength <= 0)
return FALSE;
if(iDataType < int_T || iDataType > double_T)
return FALSE;
enType = static_cast<EnTableDataType>(iDataType);
// load
strKeyName = _T("Length");
csContent.Format(_T(" %d"), iTableLength);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("Type");
csContent.Format(_T(" %d"), iDataType);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
return TRUE;
}
BOOL CIniFile::WriteTableInfo(CString strSecName, int iTableLength, int iDataType, short *lpTableBuffer)
{
int i;
EnTableDataType enType;
CString strKeyName;
CString csElmVal;
CString csContent;
// init
if(m_strPathName.GetLength() == 0)
return FALSE;
if(lpTableBuffer == NULL || iTableLength <= 0)
return FALSE;
if(iDataType < int_T || iDataType > double_T)
return FALSE;
enType = static_cast<EnTableDataType>(iDataType);
// load
strKeyName = _T("Length");
csContent.Format(_T(" %d"), iTableLength);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("Type");
csContent.Format(_T(" %d"), iDataType);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
return TRUE;
}
BOOL CIniFile::WriteTableInfo(CString strSecName, int iTableLength, int iDataType, char *lpTableBuffer)
{
int i;
EnTableDataType enType;
CString strKeyName;
CString csElmVal;
CString csContent;
// init
if(m_strPathName.GetLength() == 0)
return FALSE;
if(lpTableBuffer == NULL || iTableLength <= 0)
return FALSE;
if(iDataType < int_T || iDataType > double_T)
return FALSE;
enType = static_cast<EnTableDataType>(iDataType);
// load
strKeyName = _T("Length");
csContent.Format(_T(" %d"), iTableLength);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("Type");
csContent.Format(_T(" %d"), iDataType);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
return TRUE;
}
BOOL CIniFile::WriteTableInfo(CString strSecName, int iTableLength, int iDataType, float *lpTableBuffer)
{
int i;
EnTableDataType enType;
CString strKeyName;
CString csElmVal;
CString csContent;
// init
if(m_strPathName.GetLength() == 0)
return FALSE;
if(lpTableBuffer == NULL || iTableLength <= 0)
return FALSE;
if(iDataType < int_T || iDataType > double_T)
return FALSE;
enType = static_cast<EnTableDataType>(iDataType);
// load
strKeyName = _T("Length");
csContent.Format(_T(" %d"), iTableLength);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("Type");
csContent.Format(_T(" %d"), iDataType);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%f, "), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%f"), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
return TRUE;
}
BOOL CIniFile::WriteTableInfo(CString strSecName, int iTableLength, int iDataType, double *lpTableBuffer)
{
int i;
EnTableDataType enType;
CString strKeyName;
CString csElmVal;
CString csContent;
// init
if(m_strPathName.GetLength() == 0)
return FALSE;
if(lpTableBuffer == NULL || iTableLength <= 0)
return FALSE;
if(iDataType < int_T || iDataType > double_T)
return FALSE;
enType = static_cast<EnTableDataType>(iDataType);
// load
strKeyName = _T("Length");
csContent.Format(_T(" %d"), iTableLength);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("Type");
csContent.Format(_T(" %d"), iDataType);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%f, "), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%f"), lpTableBuffer[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
return TRUE;
}
BOOL CIniFile::WriteTableInfo(CString strSecName, int iTableLength, int iDataType, void *lpTableBuffer)
{
int i;
EnTableDataType enType;
CString strKeyName;
CString csElmVal;
CString csContent;
// init
if(m_strPathName.GetLength() == 0)
return FALSE;
if(lpTableBuffer == NULL || iTableLength <= 0)
return FALSE;
if(iDataType < int_T || iDataType > double_T)
return FALSE;
enType = static_cast<EnTableDataType>(iDataType);
// load
strKeyName = _T("Length");
csContent.Format(_T(" %d"), iTableLength);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
strKeyName = _T("Type");
csContent.Format(_T(" %d"), iDataType);
this->WriteString(strSecName, strKeyName, csContent);
strKeyName.Empty();
csContent.Empty();
switch(enType)
{
case int_T:
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), (reinterpret_cast<int *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), (reinterpret_cast<int *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
break;
case DWORD_T:
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), (reinterpret_cast<DWORD *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), (reinterpret_cast<DWORD *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
break;
case short_T:
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), (reinterpret_cast<short *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), (reinterpret_cast<short *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
break;
case char_T:
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), (reinterpret_cast<char *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), (reinterpret_cast<char *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
break;
case float_T:
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), (reinterpret_cast<float *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), (reinterpret_cast<float *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
break;
case double_T:
strKeyName = _T("DataTable");
csContent = _T(" ");
for(i=0; i<iTableLength-1; i++)
{
csElmVal.Format(_T("%d, "), (reinterpret_cast<double *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
}
csElmVal.Format(_T("%d"), (reinterpret_cast<double *>(lpTableBuffer))[i]);
csContent += csElmVal;
csElmVal.Empty();
this->WriteString(strSecName, strKeyName, csContent);
break;
default:
return FALSE;
}
return TRUE;
}
BOOL CIniFile::WriteInt(CString strSecName, CString strKeyName, int Data)
{
BOOL ret=TRUE;
CString str;
str.Format(_T("%d"),Data);
ret=WriteString(strSecName,strKeyName,str);
return ret;
}
BOOL CIniFile::WriteShort(CString strSecName, CString strKeyName,short Data)
{
BOOL ret=TRUE;
CString str;
str.Format(_T("%d"),Data);
ret=WriteString(strSecName,strKeyName,str);
return ret;
}
BOOL CIniFile::WriteWORD(CString strSecName, CString strKeyName, WORD Data)
{
BOOL ret=TRUE;
CString str;
str.Format(_T("%d"),Data);
ret=WriteString(strSecName,strKeyName,str);
return ret;
}
int CIniFile::WriteFloat(CString strSecName, CString strKeyName, float Data)
{
BOOL ret=TRUE;
CString str;
str.Format(_T("%f"),Data);
ret=WriteString(strSecName,strKeyName,str);
return ret;
}
BOOL CIniFile::WriteLong(CString strSecName, CString strKeyName, long Data)
{
BOOL ret=TRUE;
CString str;
str.Format(_T("%ld"),Data);
ret=WriteString(strSecName,strKeyName,str);
return ret;
}
