//#if !defined(AFX_CHSEL_H__DD9E7B83_DBC5_4447_9523_33FA26FF2F27__INCLUDED_) //#define AFX_CHSEL_H__DD9E7B83_DBC5_4447_9523_33FA26FF2F27__INCLUDED_ #if _MSC_VER > 1000 #pragma once #endif // _MSC_VER > 1000 //#pragma comment(lib,"winmm.lib") #pragma auto_inline(on) /*--------------------------------------------------------------------------------*/ //////////////// HSEL Class Definition //////////////// //////////////// HSEL===>(HWOARANG SANGWOO ENCRYPT LIBRARY) //////////////// /*--------------------------------------------------------------------------------*/ const __int32 HSEL_DES_SINGLE = 0x0001; const __int32 HSEL_DES_TRIPLE = 0x0003; const __int32 HSEL_ENCRYPTTYPE_RAND = 0x0000; const __int32 HSEL_ENCRYPTTYPE_1 = 0x0010; const __int32 HSEL_ENCRYPTTYPE_2 = 0x0020; const __int32 HSEL_ENCRYPTTYPE_3 = 0x0040; const __int32 HSEL_ENCRYPTTYPE_4 = 0x0080; const __int32 HSEL_SWAP_FLAG_ON = 0x0000; const __int32 HSEL_SWAP_FLAG_OFF = 0x0100; const __int32 HSEL_KEY_TYPE_DEFAULT = 0x0000; const __int32 HSEL_KEY_TYPE_CUSTOMIZE = 0x1000; typedef struct HSEL_KEY { __int32 iLeftKey; __int32 iRightKey; __int32 iMiddleKey; __int32 iTotalKey; __int32 iLeftMultiGab; __int32 iRightMultiGab; __int32 iMiddleMultiGab; __int32 iTotalMultiGab; __int32 iLeftPlusGab; __int32 iRightPlusGab; __int32 iMiddlePlusGab; __int32 iTotalPlusGab; }HselKey,*lpHselKey; typedef struct HSEL_INITIAL { __int32 iDesCount ; __int32 iEncryptType; __int32 iSwapFlag ; __int32 iCustomize ; HselKey Keys ; }HselInit,lpHselInit; class CHSEL { /*------------------------------------------------*/ //////////// public Members //////////// /*------------------------------------------------*/ public://Variable public://Inline Fuctions virtual __int32 GetVersion(void) =0; virtual __int32 GetHSELType(void) =0; public://Normal Fuctions(but use Macro) virtual bool Encrypt(char *lpStream,const __int32 iStreamSize = 0) =0;//return crc virtual bool Decrypt(char *lpStream,const __int32 iStreamSize = 0) =0;//return crc virtual char GetCRCConvertChar(void) const =0; //Encrypt 가 끝난 후에 crc 값을 Char 형으로 리턴 virtual short GetCRCConvertShort(void) const =0; //Encrypt 가 끝난 후에 crc 값을 short 형으로 리턴 virtual __int32 GetCRCConvertInt(void) const =0;//Encrypt 가 끝난 후에 crc 값을 Int 형으로 리턴 virtual void SetKeyCustom(HselKey IntoKey) =0; virtual void SetNextKey(void) =0; virtual void GenerateKeys(HselKey &IntoKey) =0; /*------------------------------------------------*/ //////////// public Members End //////////// /*------------------------------------------------*/ /*------------------------------------------------*/ //////////// protected Members //////////// /*------------------------------------------------*/ protected://Variable protected://Inline Fuctions protected://Normal Fuctions(but use Macro) /*------------------------------------------------*/ //////////// protected Members End //////////// /*------------------------------------------------*/ /*------------------------------------------------*/ //////////// private Members //////////// /*------------------------------------------------*/ private://Variable private://Inline Fuctions private://Normal Fuctions(but use Macro) /*------------------------------------------------*/ //////////// private Members End //////////// /*------------------------------------------------*/ }; /*--------------------------------------------------------------------------------*/ //////////////// End Of HSEL Class Definition //////////////// /*--------------------------------------------------------------------------------*/ /*--------------------------------------------------------------------------------*/ //////////////// HSEL_STREAM Class Definition //////////////// /*--------------------------------------------------------------------------------*/ class CHSEL_STREAM : public CHSEL { /*------------------------------------------------*/ //////////// public Members //////////// /*------------------------------------------------*/ public://Variable public://Inline Fuctions CHSEL_STREAM(void); ~CHSEL_STREAM(void); public://Normal Fuctions(but use Macro) __int32 Initial(HSEL_INITIAL hselinit);//initial Library HSEL_INITIAL GetHSELCustomizeOption(void)const{ return Init; } HselKey GetNowHSELKey(void) const{ return Init.Keys; } ////////////////////////////////////////////////////////////// bool Encrypt(char *lpStream,const __int32 iStreamSize = 0);//return crc bool Decrypt(char *lpStream,const __int32 iStreamSize = 0);//return crc //값을 얻으려면 Encrpyt 또는 Decrpyt 가 실행된 뒤에 호출 할것 virtual char GetCRCConvertChar(void) const; //Encrypt 가 끝난 후에 crc 값을 Char 형으로 리턴 virtual short GetCRCConvertShort(void) const; //Encrypt 가 끝난 후에 crc 값을 short 형으로 리턴 virtual __int32 GetCRCConvertInt(void) const; //Encrypt 가 끝난 후에 crc 값을 Int 형으로 리턴 virtual void SetKeyCustom(HselKey IntoKey); virtual void SetNextKey(void); virtual void GenerateKeys(HselKey &IntoKey); ////////////////////////////////////////////////////////////// virtual __int32 GetVersion(void) { return this->iVersion; } virtual __int32 GetHSELType(void) { return this->iHSELType; } /*------------------------------------------------*/ //////////// public Members End //////////// /*------------------------------------------------*/ /*------------------------------------------------*/ //////////// protected Members //////////// /*------------------------------------------------*/ protected://Variable protected://Inline Fuctions protected://Normal Fuctions(but use Macro) /*------------------------------------------------*/ //////////// protected Members End //////////// /*------------------------------------------------*/ /*------------------------------------------------*/ //////////// private Members //////////// /*------------------------------------------------*/ private://Variable __int32 iLPos0; __int32 iLPos1; __int32 iLPos2; __int32 iLPos3; __int32 iRPos0; __int32 iRPos1; __int32 iRPos2; __int32 iRPos3; __int32 iMPos0; __int32 iMPos1; __int32 iMPos2; __int32 iMPos3; __int32 iTempLeftKey; __int32 iTempRightKey; __int32 iTempMiddleKey; __int32 iBlockCount; __int32 iRemainCount; __int32 iPos; __int32 iCRCValue; /* Encryption Keys Total 32*4 Bit */ HSEL_INITIAL Init;//When Make Same Class Initial Option __int32 iVersion; __int32 iHSELType; //Now Types in __int32 private://Inline Fuctions private://Normal Fuctions(but use Macro) ////////////////////////////////// // Function Po__int32ers // ////////////////////////////////////////////////////////////// void (CHSEL_STREAM::*lpDesEncryptType)(char *, const __int32); void (CHSEL_STREAM::*lpDesDecryptType)(char *, const __int32); ////////////////////////////////////////////////////////////// void (CHSEL_STREAM::*lpDesLeftEncrypt)(char *, const __int32); void (CHSEL_STREAM::*lpDesLeftDecrypt)(char *, const __int32); void (CHSEL_STREAM::*lpDesRightEncrypt)(char *, const __int32); void (CHSEL_STREAM::*lpDesRightDecrypt)(char *, const __int32); void (CHSEL_STREAM::*lpDesMiddleEncrypt)(char *, const __int32); void (CHSEL_STREAM::*lpDesMiddleDecrypt)(char *, const __int32); ////////////////////////////////////////////////////////////// void (CHSEL_STREAM::*lpSwapEncrypt)(char *, const __int32); void (CHSEL_STREAM::*lpSwapDecrypt)(char *, const __int32); ////////////////////////////////////////////////////////////// bool ChackFaultStreamSize(const __int32 iStreamSize = 0); void GetCRC(char *lpStream = NULL, const __int32 iStreamSize = 0); ////// DES ///// void DESSingleEncode(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESTripleEncode(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESSingleDecode(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESTripleDecode(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESLeftEncode_Type_1(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESLeftDecode_Type_1(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESRightEncode_Type_1(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESRightDecode_Type_1(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESMiddleEncode_Type_1(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESMiddleDecode_Type_1(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESLeftEncode_Type_2(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESLeftDecode_Type_2(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESRightEncode_Type_2(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESRightDecode_Type_2(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESMiddleEncode_Type_2(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESMiddleDecode_Type_2(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESLeftEncode_Type_3(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESLeftDecode_Type_3(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESRightEncode_Type_3(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESRightDecode_Type_3(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESMiddleEncode_Type_3(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESMiddleDecode_Type_3(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESLeftEncode_Type_4(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESLeftDecode_Type_4(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESRightEncode_Type_4(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESRightDecode_Type_4(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESMiddleEncode_Type_4(char *lpStream = NULL, const __int32 iStreamSize = 0); void DESMiddleDecode_Type_4(char *lpStream = NULL, const __int32 iStreamSize = 0); ////// DES ///// void SwapEncrypt (char *lpStream = NULL, const __int32 iStreamSize = 0); void SwapDecrypt (char *lpStream = NULL, const __int32 iStreamSize = 0); void NoSwapEncrypt (char *lpStream = NULL, const __int32 iStreamSize = 0); void NoSwapDecrypt (char *lpStream = NULL, const __int32 iStreamSize = 0); /*------------------------------------------------*/ //////////// private Members End //////////// /*------------------------------------------------*/ }; /*--------------------------------------------------------------------------------*/ //////////////// End Of HSEL_STREAM Class Definition //////////////// /*--------------------------------------------------------------------------------*/ //#endif // !defined(AFX_CONTROLMOUSE_H__DD9E7B83_DBC5_4447_9523_33FA26FF2F27__INCLUDED_)