int main()
{
printf("\n\nEnter the values of a and b - ");
scanf("%d%d",&a,&b);
printf("\nEnter the prime number - ");
scanf("%d",&p);
printf("\nEnter the values of xp and yp - ");
scanf("%d%d",&xp,&yp);
na = rand()%10+2;
printf("\nValue of Na - %d",na);
nb = rand()%10+2;
printf("\nValue of Nb - %d",nb);
int public_key[4], private_key[4];
publickey(na);
public_key[0] = xq;
public_key[1] = yq;
printf("\nPublic key of A - (%d ,%d)\n\n",public_key[0],public_key[1]);
publickey(nb);
public_key[2] = xq;
public_key[3] = yq;
printf("Public key of B - (%d ,%d)\n\n",public_key[2],public_key[3]);
secretkey(public_key[2], public_key[3], na);
private_key[0] = xq;
private_key[1] = yq;
printf("\nShared Secret key of A - (%d ,%d)\n\n",private_key[0],private_key[1]);
secretkey(public_key[0], public_key[1], nb);
private_key[2] = xq;
private_key[3] = yq;
printf("\nShared Secret key of B - (%d ,%d)\n\n",private_key[2],private_key[3]);
return 0;
}
void CMessagePushMgr::XG_Push_Message(ETerminalType ttype, string account, string message)
{
string accessid("");
string secretkey("");
int env = 0;
if (ttype == Terminal_IOS)
{
accessid = m_config.sXG_IOS_AccessID;
secretkey = m_config.sXG_IOS_SecretKey;
env = m_config.iXG_IOS_Environment;
}
else
{
accessid = m_config.sXG_Android_AccessID;
secretkey = m_config.sXG_Android_SecretKey;
}
std::string url = "http://openapi.xg.qq.com/v2/push/single_account";
xg_url xgurl(accessid, secretkey, account, message, env);
std::string strParas = xgurl.get_strParams();
{
ostringstream os;
string log("");
os << "send http post,"
<< "account=" << account
<< ",full url = " << url << "?" << strParas
<< ",msg=" << message;
log = os.str();
m_logfunc(log);
}
m_AsyncHttpClient_ptr->HttpPost(url, strParas,
[&](bool bOk, std::string& strRsp)
{
stringstream os;
string log("");
os << "http post response: bOk="
<< (bOk ? "true" : "false")
<< ",strRsp=" << strRsp;
log = os.str();
m_logfunc(log);
/*
if (bOk)
{
Json::Reader reader;
Json::Value root;
reader.parse(strRsp, root);
if (root != Json::nullValue)
{
int ret_code = root.get("ret_code", 0).asInt();
if (ret_code != 0)
{
string err_msg = root.get("err_msg", "").asString();
stringstream os;
string log("");
os << "http post response:ret_code="<<ret_code
<<",err_msg="<<err_msg;
log = os.str();
m_logfunc(log);
}
}
}*/
});
}
int main()
{
int p,g,a,b,t;
unsigned long long int A, B, secret1, secret2;
printf("*********Klasik Diffie Hellman Anahtar Degisimi*********\n\n");
printf("NOT : 'g' bir tamsayi, 'p' bir asal sayi ve 'p'-1>'g' olmalidir. \n\n");
tekrar2:
printf("Lutfen ortak 'g' taban degerini giriniz : ");
scanf("%d", &g);
tekrar:
printf("Lutfen ortak 'p' mod degerini giriniz : ");
scanf("%d", &p);
t=asal(p);
if(t==1)
goto tekrar;
t=aralarindaasal(g,p);
if(t==1)
goto tekrar2;
printf("\n\tg : %d\n\tp : %d\n", g,p);
printf("\nClient gizli degerini giriniz : ");
scanf("%d", &a);
printf("Server gizli degerini giriniz : ");
scanf("%d", &b);
printf("\n\ta : %llu\n\tb : %llu\n", a,b);
A=publickey(g,a,p);
B=publickey(g,b,p);
printf("\nPublic Deger Hesaplama=> A : g^a mod p\n");
printf(" B : g^b mod p\n");
printf("\nClient public degeri => A : %d^%d mod %d\n", g,a,p);
printf("Server public degeri => B : %d^%d mod %d\n\n", g,b,p);
printf("\tA : %llu\n\tB : %llu\n\n", A,B);
printf("Gizli Deger Hesaplama => Client : B^a mod p = g^ba mod p\n");
printf(" Server : A^b mod p = g^ab mod p\n\n");
printf("Client gizli degeri => s1 : %llu^%d mod %d\n", B,a,p);
printf("Server gizli degeri => s2 : %llu^%d mod %d", A,b,p);
secret1=secretkey(B,a,p);
secret2=secretkey(A,b,p);
printf("\n\n\ts1 : %llu\n\ts2 : %llu\n", secret1,secret2);
if(secret1!=secret2)
printf("\n\n's' degerleri esit cikmadi. Islemlerde bir sorun olabilir. \nKontrol ettikten sonra, tekrar deneyiniz.\n\n");
else
printf("\nOrtak gizli deger => s : %llu",secret1);
printf("\n\nClient'in Bildigi Degerler : g, p, a, A, B, s\n");
printf("Server'in Bildigi Degerler : g, p, b, B, A, s");
printf("\n\n\n\t*******Tolga Akkapulu*******\n\thttp://www.tolgaakkapulu.com");
getch();
}
