#include "StdAfx.h"
#include "SoftAuther.h"

SINGLETON_IMPLEMENT(SoftAuther)

SoftAuther::SoftAuther(void) : CpuCodeAuth(""),m_Date(0),m_AgentCount(0),m_IvrFlowCount(0)
{
	keyValue['0']='S';
	keyValue['1']='D';
	keyValue['2']='1';
	keyValue['3']='7';
	keyValue['4']='6';
	keyValue['5']='F';
	keyValue['6']='G';
	keyValue['7']='C';
	keyValue['8']='P';
	keyValue['9']='A';

	keyValue['A']='2';
	keyValue['B']='8';
	keyValue['C']='H';
	keyValue['D']='O';
	keyValue['E']='K';
	keyValue['F']='I';
	keyValue['G']='U';
	keyValue['H']='J';
	keyValue['I']='Y';
	keyValue['J']='L';
	keyValue['K']='T';
	keyValue['L']='Z';
	keyValue['M']='9';
	keyValue['N']='R';
	keyValue['O']='5';
	keyValue['P']='0';
	keyValue['Q']='4';
	keyValue['R']='E';
	keyValue['S']='M';
	keyValue['T']='X';
	keyValue['U']='W';
	keyValue['V']='V';
	keyValue['W']='N';
	keyValue['X']='B';
	keyValue['Y']='3';
	keyValue['Z']='Q';



	keyValue2['0']='4';
	keyValue2['1']='6';
	keyValue2['2']='O';
	keyValue2['3']='L';
	keyValue2['4']='5';
	keyValue2['5']='P';
	keyValue2['6']='M';
	keyValue2['7']='N';
	keyValue2['8']='3';
	keyValue2['9']='K';

	keyValue2['A']='7';
	keyValue2['B']='I';
	keyValue2['C']='2';
	keyValue2['D']='U';
	keyValue2['E']='Y';
	keyValue2['F']='H';
	keyValue2['G']='N';
	keyValue2['H']='B';
	keyValue2['I']='1';
	keyValue2['J']='8';
	keyValue2['K']='G';
	keyValue2['L']='T';
	keyValue2['M']='0';
	keyValue2['N']='F';
	keyValue2['O']='V';
	keyValue2['P']='C';
	keyValue2['Q']='9';
	keyValue2['R']='D';
	keyValue2['S']='R';
	keyValue2['T']='E';
	keyValue2['U']='W';
	keyValue2['V']='S';
	keyValue2['W']='X';
	keyValue2['X']='Z';
	keyValue2['Y']='A';
	keyValue2['Z']='Q';




	keyValue3['0']='N';
	keyValue3['1']='P';
	keyValue3['2']='R';
	keyValue3['3']='V';
	keyValue3['4']='I';
	keyValue3['5']='T';
	keyValue3['6']='A';
	keyValue3['7']='C';
	keyValue3['8']='Z';
	keyValue3['9']='G';

	keyValue3['N']='0';
	keyValue3['P']='1';
	keyValue3['R']='2';
	keyValue3['V']='3';
	keyValue3['I']='4';
	keyValue3['T']='5';
	keyValue3['A']='6';
	keyValue3['C']='7';
	keyValue3['Z']='8';
	keyValue3['G']='9';


	







}


SoftAuther::~SoftAuther(void)
{
}

void SoftAuther::WritessFile(char* fileName,char ch[50])
{
	FILE* pfile;
	pfile=fopen(fileName,"w");
	fprintf(pfile,ch);
	fclose(pfile);
}

void SoftAuther::ReadssFile(char* fileName,char ch[50])
{
	FILE* pfile;
	pfile=fopen(fileName,"r");
	if(pfile==NULL) return;
	fscanf(pfile,"%s",ch);
	fclose(pfile);

	

}




char outch[50]={0};
char* SoftAuther::GetKeyByNumber(string CpuNumber)
{
	memset(outch,0,50);
	for(int i=0;i<CpuNumber.length();i++)
	{
		outch[i*2]=GetCharByChar(CpuNumber.at(i));
		outch[i*2+1]=GetCharByChar2(CpuNumber.at(i));
	}
	return outch;
}

char SoftAuther::GetCharByChar2(char c)
{
	map<char, char>::iterator it_find;
	it_find= keyValue2.find(c);
	return it_find->second;
}

char SoftAuther::GetCharByChar(char c)
{
	map<char, char>::iterator it_find;
	it_find= keyValue.find(c);
	return it_find->second;
}



char vendor_serialnumber[0x14] = { 0 };
char* SoftAuther::GetCpuID()
{
	std::array<int, 4> cpui;    //#include <array>
    __cpuid(cpui.data(), 0x0);    //cpui[0] = "funcition_id的最大值"
    int nIds_ = cpui[0];
    std::vector<std::array<int, 4>> data_;  //保存遍历到的所有cpui的值    
    for (int i=0;i<=nIds_;++i)
    {
        __cpuidex(cpui.data(), i, 0);
        data_.push_back(cpui);
    }
    //reinterpret_cast<int*>(vendor) //*reinterpret_cast<int*>(vendor)
    //索引0 0+4 0+8的值构成了CPU芯片的名称
    char vendor[0x20] = { 0 };
    *reinterpret_cast<int*>(vendor) = data_[0][1];
    *reinterpret_cast<int*>(vendor + 4) = data_[0][3];
    *reinterpret_cast<int*>(vendor + 8) = data_[0][2];  // vendor="GenuineIntel"    
    std::string vendor_ = vendor;
  
 
   
    sprintf_s(vendor_serialnumber, sizeof(vendor_serialnumber), "%08X", data_[1][0]);
     
    return vendor_serialnumber;
}

bool SoftAuther::ComareData(char* id,char* psw)
{
	char* getPas=GetKeyByNumber(id);
	char chcpu[50]={0};
	if(strlen(psw)!=28) return false;
	memcpy(chcpu,psw,16);

	char chdate[50]={0};
	CString Allpsd=psw;
	CString  CodeDate =  Allpsd.Mid(16,6);

	int idate  = TransCodeToDate(CodeDate.GetBuffer(0));
	

	//sysTIme;
	CTime time = CTime::GetCurrentTime(); ///构造CTime对象  
	int m_nYear = time.GetYear(); ///年  
	m_nYear=m_nYear-2000;
	int m_nMonth = time.GetMonth(); ///月 
	int m_nDay = time.GetDay(); ///日 
	int SysTime=m_nYear*10000+m_nMonth*100+m_nDay;
	

	if(0==strcmp(getPas,chcpu))
	{
		if (SysTime<=idate)
		{
			return true;
		}
		return false;
	}
	else
	{
		return false;
	}
}


int SoftAuther::TransCodeToDate(string code)
{
	if(code.length()<=0) return 0;
	char chDate[50]="0";
	for(int i=0;i<code.length();i++)
	{
		chDate[i]=GetCharbyChar3(code.at(i));
	}


	return atoi(chDate);
}

char SoftAuther::GetCharbyChar3(char c)
{
	map<char, char>::iterator it_find;
	it_find= keyValue3.find(c);
	return it_find->second;
}

bool SoftAuther::CompareDate(int current,int readdate)
{
	if(current<=readdate)
	{
		return false;
	}
	else
	{
		return true;
	}

}

void  SoftAuther::ReadssDateFile(char* fileName,char ch[50])
{
	char chhh[50];
	FILE* pfile;
	pfile=fopen(fileName,"r");
	if(pfile==NULL) return;
	fscanf(pfile,"%s",chhh);

	CString strAll=ch;
	CString strDate  = strAll.Mid(16,22);
	memcpy(ch,strDate,strDate.GetLength());

	fclose(pfile);
}

void SoftAuther::InitAutherData(char* FileName)
{
	char chhh[50]={0};
	FILE* pfile;
	pfile=fopen(FileName,"r");
	if(pfile==NULL) return;
	fscanf(pfile,"%s",chhh);
	CString m_strAutherCode = chhh;
	fclose(pfile);

	CpuCodeAuth   =  m_strAutherCode.Mid(0,16);
	CString DateCode  =  m_strAutherCode.Mid(16,6);
	CString AgentCode =  m_strAutherCode.Mid(22,3);
	CString IvrFlowCode =m_strAutherCode.Mid(25,3); 

	m_Date =          TransCodeToDate(DateCode.GetBuffer(0));
	m_AgentCount =    TransCodeToDate(AgentCode.GetBuffer(0));
	m_IvrFlowCount =  TransCodeToDate(IvrFlowCode.GetBuffer(0));

}