public void DoubleStandardNetworkTraffic()
{
NetworkTrafficCheck check = new NetworkTrafficCheck();
var store = new Dictionary<string, long>();
store["recv_bytes"] = 1216986405;
var result = check.CheckForOverflow("recv", store, 1217007129);
store["recv_bytes"] = result[1];
var second_result = check.CheckForOverflow("recv", store, 1217010727);
Assert.AreEqual(3598, second_result[0]);
Assert.AreEqual(1217010727, second_result[1]);
}
public void AfterOverFlow()
{
NetworkTrafficCheck check = new NetworkTrafficCheck();
var store = new Dictionary<string, long>();
store["recv_bytes"] = UInt32.MaxValue - 100;
long target = UInt32.MaxValue;
target += 100;
var result = check.CheckForOverflow("recv", store, 100);
store["recv_bytes"] = result[0];
var second_result = check.CheckForOverflow("recv", store, 100 + result[0]);
Assert.AreEqual(100, second_result[0]);
}
public void StandardNetworkTrafficWithOverFlow()
{
NetworkTrafficCheck check = new NetworkTrafficCheck();
var store = new Dictionary<string, long>();
store["recv_bytes"] = UInt32.MaxValue - 100;
var result = check.CheckForOverflow("recv", store, 100);
Assert.AreEqual(200, result[0]);
Assert.AreEqual(100, result[1]);
}
public void StandardNetworkTraffic()
{
NetworkTrafficCheck check = new NetworkTrafficCheck();
var store = new Dictionary<string, long>();
store["recv_bytes"] = 10;
var result = check.CheckForOverflow("recv", store, 100);
Assert.AreEqual(result[0], 90);
Assert.AreEqual(result[1], 100);
}