/*
 * A very simple "Hello, World!" workload
 */

// this is just one of the simplest workloads that can produce hits
// never use this workload for benchmarking


// SimpleContent defines properties of content that the server generates;
// if you get no hits, set SimpleContent.obj_life_cycle to cntStatic, which
// is defined in workloads/include/contents.pg
Content SimpleContent = {
	size = exp(13KB); // response sizes distributed exponentially
	cachable = 80%;   // 20% of content is uncachable
};

// a primitive server cleverly labeled "S101"
// normally, you would specify more properties,
// but we will mostly rely on defaults for now
Server S = {
	kind = "S101"; 
	contents = [ SimpleContent ];
	direct_access = contents;

	addresses = ['127.0.0.1:9090' ]; // where to create these server agents
	ssl_wraps = {
		// root_certificate = "/tmp/root.pem";
		// protocols = [ "SSLv2", "SSLv3", "TLSv1" ];
		// ciphers = [ "ALL:HIGH" ];	// see ciphers(1)
	};
};

// a primitive robot
Robot R = {
	kind = "R101";
	pop_model = { pop_distr = popUnif(); };
	recurrence = 55% / SimpleContent.cachable; // adjusted to get 55% DHR

	origins = S.addresses;      // where the origin servers are
	addresses = ['127.0.0.1' ]; // where these robot agents will be created
	ssl_wraps = {
		// root_certificate = "/tmp/root.pem";
		// protocols = [ "SSLv23" ];
		// ciphers = [ "ALL" ];		// see ciphers(1)
		// rsa_key_sizes = [ 512bit, 1024bit, 2048bit ];
	};
};

// commit to using these servers and robots
use(S, R);