Content SimpleContent = {
        size = exp(13KB); // response sizes distributed exponentially
        cachable = 80%;   // 20% of content is uncachable
};

addr[] srv_ips =['10.10.1.1:9999'];
addr[] rbt_ips =['10.10.1.2'**5];// ['192.168.1.1-250' ** 10];

/*SSL config*/
SslWrap wrap = {
        protocols = [ "SSLv2", "SSLv3", "TLSv1" ];
//      root_certificate = "/tmp/s.pem";
//    ciphers = [ "ALL:HIGH": 100% ];
//    rsa_key_sizes = [ 512bit, 1024bit, 2048bit ];
};

Server S = {
        kind = "PolyMix-4-srv";
        contents = [ SimpleContent ];
        direct_access = contents;
        addresses = srv_ips;
        ssl_wraps = [ wrap ];
};

// popularity model for the robots
PopModel popModel = {
        pop_distr = popUnif();
        hot_set_frac =  1%;  // fraction of WSS (i.e., hot_set_size / WSS)
        hot_set_prob = 10%;  // prob. of req. an object from the hot set

        bhr_discrimination = 90%; // revisit smaller files more often
};

// compute fraction of requests that should produce hits if repeated
// account for cachable basic requests



// describe PolyMix-4 robot
Robot R = {
        kind = "PolyMix-4-rbt";
        recurrence      =  70%;
        pop_model = popModel;
        req_rate =1/sec;
        origins = S.addresses;
        addresses = rbt_ips;
};

// commit to using these objects
use(S, R);