#ifndef JEFF_ENCRYPTLOCK_HAEDER_20150708
#define JEFF_ENCRYPTLOCK_HAEDER_20150708

#include <string>
#include <vector>
#include "my32.h"
#pragma comment (lib,"my32.lib")

#pragma once

namespace YtDongle
{
	//////////////////////////////////////////////////////////////////////////
	// 宏定义;
#define TIMELEN	10
#define ENCRYPT_BLOCK_LEN 33	// 包含结束符'\0';
#define ISCHILDVER(Ver) ( 5-Ver > 2 ) // 判断是否儿童版本;
	//////////////////////////////////////////////////////////////////////////
	// 枚举定义;
	enum EncryptType
	{
		EN_OCHILD = 0,		// 儿童全能版;
		EN_LCHILD = 1,		// 儿童座席版;
		EN_ECHILD = 2,		// 儿童企业版;
		EN_OWDDING = 3,		// 婚纱全能版;
		EN_LWDDING = 4,		// 婚纱座席版;
		EN_EWDDING = 5,		// 婚纱企业版;
	};

	enum Ver1ModifyType
	{
		VER1_ADDCCOUNT = 0,
		VER1_MINUSCCOUNT,
		VER1_HOSPITAL,
		VER1_ADDTIME,
		VER1_MINUSTIME,
	};

	//////////////////////////////////////////////////////////////////////////
	// 结构体定义;
	typedef struct _YT_ERROR_
	{
		INT		nErrorCode;
		TCHAR*  pErrorDescription;
	}YtError, *pYtError;

	typedef struct _ENCRYPT_LOCKINFO_
	{
		INT nSoftVer;
		INT nCCount;
		BOOL bHospital;
		BOOL bAdddate;
		CHAR szRunyears[TIMELEN];
		CHAR szRunmonths[TIMELEN];
		CHAR szRundays[TIMELEN];
		CHAR szRunhours[TIMELEN];
		CHAR szRunminutes[TIMELEN];

		_ENCRYPT_LOCKINFO_()
		{
			nSoftVer = -1;
			nCCount = 0;
			bHospital = FALSE;
			bAdddate = FALSE;

			memset(szRunyears, 0, TIMELEN);
			memset(szRunmonths, 0, TIMELEN);
			memset(szRundays, 0, TIMELEN);
			memset(szRunhours, 0, TIMELEN);
			memset(szRunminutes, 0, TIMELEN);
		}

		_ENCRYPT_LOCKINFO_(CONST INT& nsoftver, CONST INT& nccount, BOOL bhospital, BOOL badddate, CONST CHAR* szyears, CONST CHAR* szmonths, CONST CHAR* szday, CONST CHAR* szhours, CONST CHAR* szminutes)
		{
			nSoftVer = nsoftver;
			nCCount = nccount;
			bHospital = bhospital;
			bAdddate = badddate;

			if (szyears)
			{
				sprintf_s(szRunyears, "%s", szyears);
			}
			else
			{
				strcpy_s(szRunyears, "0");
			}

			if (szmonths)
			{
				sprintf_s(szRunmonths, "%s", szmonths);
			}
			else
			{
				strcpy_s(szRunmonths, "0");
			}

			if (szday)
			{
				sprintf_s(szRundays, "%s", szday);
			}
			else
			{
				strcpy_s(szRundays, "0");
			}

			if (szhours)
			{
				sprintf_s(szRunhours, "%s", szhours);
			}
			else
			{
				strcpy_s(szRunhours, "0");
			}

			if (szminutes)
			{
				sprintf_s(szRunminutes, "%s", szminutes);
			}
			else
			{
				strcpy_s(szRunminutes, "0");
			}
		}
	}EncryptlockInfo, *pEncryptlockInfo;

	typedef struct _YT_INFO_VER1_
	{
		INT nSoftVer;
		DWORD dwShortKey;

		CHAR szHospital[MAX_PATH];
		CHAR szCCount[MAX_PATH];
		CHAR szBranchId[MAX_PATH];

		// 已运行时间;
		CHAR szHasRunyears[TIMELEN];
		CHAR szHasRunmonths[TIMELEN];
		CHAR szHasRundays[TIMELEN];
		CHAR szHasRunhours[TIMELEN];
		CHAR szHasRunminutes[TIMELEN];
		CHAR szHasRunseconds[TIMELEN];

		// 可运行时间;
		CHAR szCanRunyears[TIMELEN];
		CHAR szCanRunmonths[TIMELEN];
		CHAR szCanRundays[TIMELEN];
		CHAR szCanRunhours[TIMELEN];
		CHAR szCanRunminutes[TIMELEN];

		_YT_INFO_VER1_()
		{
			nSoftVer = -1;
			dwShortKey = 0;

			memset(szHospital, 0, MAX_PATH*sizeof(CHAR));
			memset(szCCount, 0, MAX_PATH*sizeof(CHAR));
			memset(szBranchId, 0, MAX_PATH*sizeof(CHAR));

			memset(szHasRunyears, 0, TIMELEN*sizeof(CHAR));
			memset(szHasRunmonths, 0, TIMELEN*sizeof(CHAR));
			memset(szHasRundays, 0, TIMELEN*sizeof(CHAR));
			memset(szHasRunhours, 0, TIMELEN*sizeof(CHAR));
			memset(szHasRunminutes, 0, TIMELEN*sizeof(CHAR));
			memset(szHasRunseconds, 0, TIMELEN*sizeof(CHAR));

			memset(szCanRunyears, 0, TIMELEN*sizeof(CHAR));
			memset(szCanRunmonths, 0, TIMELEN*sizeof(CHAR));
			memset(szCanRundays, 0, TIMELEN*sizeof(CHAR));
			memset(szCanRunhours, 0, TIMELEN*sizeof(CHAR));
			memset(szCanRunminutes, 0, TIMELEN*sizeof(CHAR));
		}

	}YtInfoVer1, *pYtInfoVer1;

	typedef struct YTUSBINFO
	{
		int			nUSBPort;
		CHAR		szKeyPath[MAX_PATH];
		YtInfoVer1	verInfo;
	}YtUsbInfo, *pYtUsbInfo;

	//////////////////////////////////////////////////////////////////////////
	// 全局变量定义;
	extern CHAR *g_pHReadPassWord;
	extern CHAR *g_pLReadPassWord;
	extern CHAR *g_pHWritePassWord;
	extern CHAR *g_pLWritePassWord;
	extern BOOL g_bUSE_NEWPASSWORD;
	extern CHAR *g_szEncKey[][4];
	extern CHAR *g_szRom[];
	extern CHAR *g_szPassword[][2];
	extern CHAR *g_szUserKey;
	extern BYTE g_byShotVersion[][10];
	extern CONST BYTE g_byCalExVersion[][114];
	extern CHAR g_szKeyPath[MAX_PATH];
	extern CONST YtError g_YtError[];

	//////////////////////////////////////////////////////////////////////////
	// 全局函数定义;
	//
	// ASCII字符转UNICODE字符;
	WCHAR* ascii2unicode(IN const CHAR* pszascii);

	// 初始化密码;
	extern void ReSetPassWord(BOOL bClassicPsw = FALSE);

	// 返回错误码;
	extern CONST TCHAR* GetYtUSBKey32ErrInfo(IN const long lError);

	// 读取所有加密锁信息;
	extern void ReadAllClassicYtInfo(IN std::vector<YtUsbInfo*> &vtYtInfo);

	// 读取加密锁信息;
	extern BOOL ReadYtInfoVer1(IN CONST INT &nUSBStartPos, OUT YtInfoVer1 &Infover1, OUT INT &nUSBPort, OUT CHAR* pszKeyPath = NULL, IN CONST INT &nKeypath = 0);

	// 修改加密狗版本1信息;
	extern BOOL ModifyYtVer1Info(IN CHAR* pszKeypath, IN YtInfoVer1 &Infover1, IN CONST INT &nModifyType);

	// 修改连接数;
	extern BOOL ChangeConnectCount(IN CHAR* pszKeypath, IN CONST INT& nCCount);

	// 修改域名;
	extern BOOL ChangeBranchId(IN CHAR* pszKeypath, IN CONST CHAR* pszBranchId, IN CONST INT& dwShortKey);

	// 修改医院跟踪;
	extern BOOL ChangeHospital(IN CHAR* pszKeypath, IN BOOL bEnableHospital);

	// 修改运行时间;
	extern BOOL ChangeRunTime(IN CHAR* pszKeypath, IN CONST DWORD& dwShortKey, IN BOOL bAppend, IN CONST INT& nRunYears, IN CONST INT& nRunMonth, IN CONST INT& nRunDays, IN CONST INT& nRunHours, IN CONST INT& nRunMinutes);

	// 修改加密锁版本;
	extern BOOL ChangeVersion(IN CHAR* pszKeypath, IN CONST INT& nOldVersion, IN CONST INT& nNewVersion);

	// 获取经典版加密锁剩余运行时间;
	extern BOOL GetRemainderRunTime(IN CHAR* pszKeypath, IN DWORD dwShortKey, OUT DWORD& dwHasRunTime, OUT DWORD& dwCanRunTime);

	// 生成经典版加时授权码;
	extern BOOL GenerateRunTimeRegCode(IN CHAR* pszKeypath, IN INT nShortKey, IN CONST INT& nSoftVer, OUT LPTSTR lpRegCode, IN CONST INT& nBufLen);
	// 逆向获取加时授权码,获取可运行时间;
	extern BOOL GetRunTimeByRegCode(IN CHAR* pszKeypath, IN DWORD dwShortKey, IN CONST INT& nSoftVer, IN LPCTSTR lpRegCode, IN CString& strResult);

	// 初始加密锁(完全清除所有内容,空加密锁);
	extern BOOL InitEncryptlock(IN const int &nStartUSBPort = 0);

	// 清除加密锁信息;
	extern BOOL ClearEncryptlockInfo(IN const int &nStartUSBPort = 0);

	// 生成指定软件版本的加密锁;
	extern BOOL CreateEncryptlockInfo(IN CONST INT &nStartPort, IN EncryptlockInfo &linfo, OUT LPTSTR lpHasRundate, IN CONST size_t &sizeOfhasrundate, OUT LPTSTR lpCouldRundate, IN CONST size_t &sizeOfcouldrundate, IN BOOL bfixedId = FALSE, IN CHAR* pszBranchId = NULL);

	// 查找锁,并返回锁短ID,锁版本号,锁物理位置;
	extern BOOL FindYtUSB(OUT DWORD &dwShortKey, OUT INT &nVersion, OUT CHAR *pszKeyPath, IN CONST INT &nStartPort = 0);

	// 返回计算机上第一个找到的加密锁;
	extern BOOL GetFirstYtUSBSoftVer(IN INT &nSoftVer, IN CHAR *pBranchIdBuffer, IN size_t sizeOfBranchIdBuffer, IN CONST INT &nUSBStartPos);

	// 获取第一个找到的加密锁;
	template<size_t size>
	BOOL GetFirstYtUSBSoftVer(IN INT &nSoftVer, IN CHAR(&szBranchId)[size], IN CONST INT &nUSBStartPos)
	{
		INT nRetval = 0;
		INT nVal[8] = { 0 };
		DOUBLE fVal[8] = { 0.0 };
		CHAR s0[50] = "", s1[50] = "", s2[50] = "", s3[50] = "", s4[50] = "", s5[50] = "", s6[50] = "", s7[50] = "";

		BOOL bFind = FALSE;
		CHAR szKeyPath[MAX_PATH] = "";
		for (INT nIndex = nUSBStartPos; nIndex < 256; nIndex++)
		{
			memset(szKeyPath, 0, sizeof(szKeyPath));
			nRetval = FindPort(nIndex, szKeyPath);
			if (nRetval != 0 && nIndex == 0) continue;
			if (nRetval != 0) continue;

			for (int i = 0; i < 6; i++)
			{
				// 使用该设备路径锁进行运算;
				nRetval = CalEx(g_byShotVersion[i], 10,
					&nVal[0], &nVal[1], &nVal[2], &nVal[3], &nVal[4], &nVal[5], &nVal[6], &nVal[7],
					&fVal[0], &fVal[1], &fVal[2], &fVal[3], &fVal[4], &fVal[5], &fVal[6], &fVal[7],
					s0, s1, s2, s3, s4, s5, s6, s7, szKeyPath, 20000);
				//如果正确，则返回该设备路径供以后使用;
				if (nRetval == -63) continue;
				if ((nRetval == 0) && (nVal[0] == 123))
				{
					bFind = TRUE;
					nSoftVer = i;
					if ((nRetval = YtReadString(szBranchId, 297, ENCRYPT_BLOCK_LEN, g_pHReadPassWord, g_pLReadPassWord, szKeyPath)) != 0)
					{
						AfxMessageBox(GetYtUSBKey32ErrInfo(nRetval));
					}
					break;
				}
			}

			if (bFind) break;
		}

		return bFind;
	}

	template<size_t tlen>
	BOOL ReadClassicYtInfo(IN CONST INT &nUSBStartPos, OUT YtInfoVer1 &Infover1, OUT INT &nUSBPort, OUT CHAR(&pszKeyPath)[tlen])
	{
		INT nRetval = 0;
		INT nVal[8] = { 0 };
		DOUBLE fVal[8] = { 0.0 };
		CHAR s0[50] = "", s1[50] = "", s2[50] = "", s3[50] = "", s4[50] = "", s5[50] = "", s6[50] = "", s7[50] = "";

		BOOL bFind = FALSE;
		CHAR szKeyPath[MAX_PATH] = "";
		for (INT nIndex = nUSBStartPos; nIndex < 256; nIndex++)
		{
			memset(szKeyPath, 0, sizeof(szKeyPath));
			nRetval = FindPort(nIndex, szKeyPath);
			if (nRetval != 0 && nIndex == 0) continue;
			if (nRetval != 0) continue;

			for (int i = 0; i < 6; i++)
			{
				// 使用该设备路径锁进行运算;
				nRetval = CalEx(g_byShotVersion[i], 10,
					&nVal[0], &nVal[1], &nVal[2], &nVal[3], &nVal[4], &nVal[5], &nVal[6], &nVal[7],
					&fVal[0], &fVal[1], &fVal[2], &fVal[3], &fVal[4], &fVal[5], &fVal[6], &fVal[7],
					s0, s1, s2, s3, s4, s5, s6, s7, szKeyPath, 20000);
				//如果正确，则返回该设备路径供以后使用;
				if (nRetval == -63) continue;
				if ((nRetval == 0) && (nVal[0] == 123))
				{
					nUSBPort = nIndex;
					if (pszKeyPath)
						sprintf_s(pszKeyPath, "%s", szKeyPath);

					bFind = TRUE;
					Infover1.nSoftVer = i;
					// 获取加密锁座席数量;
					if ((nRetval = YtReadString(Infover1.szCCount, 264, ENCRYPT_BLOCK_LEN, g_pHReadPassWord, g_pLReadPassWord, szKeyPath)) != 0)
						AfxMessageBox(GetYtUSBKey32ErrInfo(nRetval));

					// 获取加密锁域名值;
					if ((nRetval = YtReadString(Infover1.szBranchId, 297, ENCRYPT_BLOCK_LEN, g_pHReadPassWord, g_pLReadPassWord, szKeyPath)) != 0)
						AfxMessageBox(GetYtUSBKey32ErrInfo(nRetval));

					// 获取医院跟踪系统;
					if ((nRetval = YtReadString(Infover1.szHospital, 330, ENCRYPT_BLOCK_LEN, g_pHReadPassWord, g_pLReadPassWord, szKeyPath)) != 0)
						AfxMessageBox(GetYtUSBKey32ErrInfo(nRetval));

					// 返回加密锁已运行时间;
					if ((nRetval = GetRunTimer(Infover1.szHasRunyears, Infover1.szHasRunmonths, Infover1.szHasRundays, Infover1.szHasRunhours, Infover1.szHasRunminutes, Infover1.szHasRunseconds, szKeyPath)) != 0)
						AfxMessageBox(GetYtUSBKey32ErrInfo(nRetval));

					// 返回加密锁可运行时间;
					DWORD dwShortID = 0;	// 锁短ID;
					CHAR szOutString[100] = { 0 };
					CHAR HKey[50] = { 0 }, LKey[50] = { 0 };

					// 30000以后的储存空间为公共区域;
					if ((nRetval = ReadTimeAuthFromEprom(HKey, LKey, szOutString, &dwShortID, 30128, "FFFFFFFF", "FFFFFFFF", szKeyPath)) != 0)
						AfxMessageBox(GetYtUSBKey32ErrInfo(nRetval));

					std::string str = szOutString;
					int nStrPos = str.find("年");
					if (nStrPos != std::string::npos)
					{
						sprintf_s(Infover1.szCanRunyears, "%s", str.substr(0, nStrPos).c_str());
						str = str.substr(nStrPos + strlen("年"));

						nStrPos = str.find("月");
						sprintf_s(Infover1.szCanRunmonths, "%s", str.substr(0, nStrPos).c_str());
						str = str.substr(nStrPos + strlen("月"));

						nStrPos = str.find("日");
						sprintf_s(Infover1.szCanRundays, "%s", str.substr(0, nStrPos).c_str());
						str = str.substr(nStrPos + strlen("日"));

						nStrPos = str.find("小时");
						sprintf_s(Infover1.szCanRunhours, "%s", str.substr(0, nStrPos).c_str());
						str = str.substr(nStrPos + strlen("小时"));

						nStrPos = str.find("分钟");
						sprintf_s(Infover1.szCanRunminutes, "%s", str.substr(0, nStrPos).c_str());
						//str = str.substr(nStrPos + strlen("分钟"));
					}

					break;
				}
			}

			if (bFind) break;
		}

		return bFind;
	}

	// 生成指定软件版本的加密锁;
	template< size_t sizeOfhasrundate, size_t sizeofCouldrundate >
	BOOL CreateEncryptlockInfo(IN CONST INT &nStartPort, IN EncryptlockInfo &linfo, OUT TCHAR(&szHasRundate)[sizeOfhasrundate], OUT TCHAR(&szCouldRundate)[sizeofCouldrundate], IN BOOL bfixedId = FALSE, IN CHAR* pszBranchId = NULL);

	template< size_t sizeOfhasrundate, size_t sizeofCouldrundate >
	BOOL CreateEncryptlockInfo(IN CONST INT &nStartPort, IN EncryptlockInfo &linfo, OUT TCHAR(&szHasRundate)[sizeOfhasrundate], OUT TCHAR(&szCouldRundate)[sizeofCouldrundate], IN BOOL bfixedId /*= FALSE*/, IN CHAR* pszBranchId /*= NULL*/)
	{
		int nRet = -1;
		DWORD dwShortKey = 0;
		int nVersion = -1;
		CHAR  szKeyPath[MAX_PATH] = { 0 };

		if (!FindYtUSB(dwShortKey, nVersion, szKeyPath, nStartPort))
			return FALSE;

		if (dwShortKey == -1)
		{
			// 不是域天智能锁;
			return FALSE;
		}

		nRet = SetReadPassword("FFFFFFFF", "FFFFFFFF", g_pHReadPassWord, g_pLReadPassWord, szKeyPath);
		if (nRet != 0) {
			AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
		}

		nRet = SetWritePassword("FFFFFFFF", "FFFFFFFF", g_pHWritePassWord, g_pLWritePassWord, szKeyPath);
		if (nRet != 0) {
			AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
		}

		// 从地址0~231+32,是所有加密锁共同内容;
		for (int i = 0; i < 8; i++)
		{
			if ((nRet = YtWriteString(g_szRom[i], i * 33, g_pHWritePassWord, g_pLWritePassWord, szKeyPath)) <= 0)
			{
				// 写区域错误;
				AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
			}
		}

		// 264是座席数量;
		if (linfo.nCCount > 0)
		{
			CHAR szCCount[ENCRYPT_BLOCK_LEN] = { 0 };	// 包含结束符;
			sprintf_s(szCCount, "%d", linfo.nCCount);

			if ((nRet = YtWriteString(szCCount, 264, g_pHWritePassWord, g_pLWritePassWord, szKeyPath)) <= 0)
			{
				// 设置座席数失败;
				AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
				return FALSE;
			}
		}

		// 297是域名值;
		// 生成域名串 = 日期 + 短ID;
		CHAR szDomain[ENCRYPT_BLOCK_LEN] = { 0 };	// 包含结束符;


		if (bfixedId && pszBranchId && pszBranchId[0] != '\0')
		{
			sprintf_s(szDomain, pszBranchId);
		}
		else
		{
			CTime tt = CTime::GetCurrentTime();
			sprintf_s(szDomain, "%04d%02d%02d%02d%02d%02d%d.ly.com", tt.GetYear(), tt.GetMonth(), tt.GetDay(), tt.GetHour(), tt.GetMinute(), tt.GetSecond(), dwShortKey);
		}

		if ((nRet = YtWriteString(szDomain, 297, g_pHWritePassWord, g_pLWritePassWord, szKeyPath)) <= 0)
		{
			// 生成域名错误;
			AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
			return FALSE;
		}

		// 330是医院跟踪系统;
		if (linfo.bHospital)
		{
			CHAR szHospital[ENCRYPT_BLOCK_LEN] = { 0 };	// 包含结束符;
			sprintf_s(szHospital, "%d", linfo.bHospital);

			if ((nRet = YtWriteString(szHospital, 330, g_pHWritePassWord, g_pLWritePassWord, szKeyPath)) <= 0)
			{
				// 设置医院跟踪系统失败;
				AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
				return FALSE;
			}
		}

		// 生成指定软件版本加密解密密钥;
		switch (linfo.nSoftVer)
		{
		case EN_OCHILD:
			nRet = WriteEncKey("FFFFFFFF", "FFFFFFFF", "FFFFFFFF", "FFFFFFFF", g_szEncKey[EN_OCHILD][0], g_szEncKey[EN_OCHILD][1], g_szEncKey[EN_OCHILD][2], g_szEncKey[EN_OCHILD][3], szKeyPath);
			break;
		case EN_LCHILD:
			nRet = WriteEncKey("FFFFFFFF", "FFFFFFFF", "FFFFFFFF", "FFFFFFFF", g_szEncKey[EN_LCHILD][0], g_szEncKey[EN_LCHILD][1], g_szEncKey[EN_LCHILD][2], g_szEncKey[EN_LCHILD][3], szKeyPath);
			break;
		case EN_ECHILD:
			nRet = WriteEncKey("FFFFFFFF", "FFFFFFFF", "FFFFFFFF", "FFFFFFFF", g_szEncKey[EN_ECHILD][0], g_szEncKey[EN_ECHILD][1], g_szEncKey[EN_ECHILD][2], g_szEncKey[EN_ECHILD][3], szKeyPath);
			break;
		case EN_OWDDING:
			nRet = WriteEncKey("FFFFFFFF", "FFFFFFFF", "FFFFFFFF", "FFFFFFFF", g_szEncKey[EN_OWDDING][0], g_szEncKey[EN_OWDDING][1], g_szEncKey[EN_OWDDING][2], g_szEncKey[EN_OWDDING][3], szKeyPath);
			break;
		case EN_LWDDING:
			nRet = WriteEncKey("FFFFFFFF", "FFFFFFFF", "FFFFFFFF", "FFFFFFFF", g_szEncKey[EN_LWDDING][0], g_szEncKey[EN_LWDDING][1], g_szEncKey[EN_LWDDING][2], g_szEncKey[EN_LWDDING][3], szKeyPath);
			break;
		case EN_EWDDING:
			nRet = WriteEncKey("FFFFFFFF", "FFFFFFFF", "FFFFFFFF", "FFFFFFFF", g_szEncKey[EN_EWDDING][0], g_szEncKey[EN_EWDDING][1], g_szEncKey[EN_EWDDING][2], g_szEncKey[EN_EWDDING][3], szKeyPath);
			break;
		}

		if (nRet != 0)
		{
			// 生成密钥失败;
			AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
			return FALSE;
		}

		//////////////////////////////////////////////////////////////////////////
		// 授权时间码;
		CHAR szyear[10] = { 0 }, szmonth[10] = { 0 }, szday[10] = { 0 }, szhour[10] = { 0 }, szminute[10] = { 0 }, szsecond[10] = { 0 };
		if ((nRet = GetRunTimer(szyear, szmonth, szday, szhour, szminute, szsecond, szKeyPath)) != 0)
		{
			// 获取运行时间失败;
			AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
			return FALSE;
		}

		_stprintf_s(szHasRundate, _T("已运行 %d年%d月%d天%d时%d分"), atoi(szyear), atoi(szmonth), atoi(szday), atoi(szhour), atoi(szminute));
		if (linfo.bAdddate) // 追加时间;
		{
			sprintf_s(szyear, "%d", atoi(linfo.szRunyears) + atoi(szyear));
			sprintf_s(szmonth, "%d", atoi(linfo.szRunmonths) + atoi(szmonth));
			sprintf_s(szday, "%d", atoi(linfo.szRundays) + atoi(szday));
			sprintf_s(szhour, "%d", atoi(linfo.szRunhours) + atoi(szhour));
			sprintf_s(szminute, "%d", atoi(linfo.szRunminutes) + atoi(szminute));
		}
		else
		{
			sprintf_s(szyear, "%s", linfo.szRunyears);
			sprintf_s(szmonth, "%s", linfo.szRunmonths);
			sprintf_s(szday, "%s", linfo.szRundays);
			sprintf_s(szhour, "%s", linfo.szRunhours);
			sprintf_s(szminute, "%s", linfo.szRunminutes);
		}

		// 生成时间授权码;
		CHAR szOutString[100] = { 0 };	// 返回的时间授权码;
		if ((nRet = MakeTimerAuth(g_szUserKey, dwShortKey, szyear, szmonth, szday, szhour, szminute, szOutString, szKeyPath)) != 0)
		{
			// 生成时间授权码失败;
			AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
			return FALSE;
		}

		CHAR HKey[9] = "FFFFFFFF", LKey[9] = "FFFFFFFF";
		CHAR WHKey[41] = "0", WLKey[41] = "0";
		memcpy(WHKey, szOutString, 40);
		memcpy(WLKey, &szOutString[40], 40);

		// 写授权时间到加密锁中;
		if ((nRet = WriteTimeAuthToEprom(30128, HKey, LKey, WHKey, WLKey, dwShortKey, szyear, szmonth, szday, szhour, szminute, szKeyPath)) != 0)
		{
			// 写授权时间失败;
			AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
			return FALSE;
		}

		DWORD dwID;
		// 30000以后的储存空间为公共区域;
		if ((nRet = ReadTimeAuthFromEprom(WHKey, WLKey, szOutString, &dwID, 30128, "FFFFFFFF", "FFFFFFFF", szKeyPath)) == 0)
		{
#ifdef UNICODE
			WCHAR *pOutString = ascii2unicode(szOutString);
			_stprintf_s(szCouldRundate, _T("%s"), pOutString);
			delete pOutString;
			pOutString = NULL;
#else
			_stprintf_s(szCouldRundate, _T("%s"), szOutString);
#endif
		}
		else
		{
			AfxMessageBox(GetYtUSBKey32ErrInfo(nRet));
		}

		return TRUE;
	}

};
#endif