public void TestDetailsOnPlan()
{
String _planDetails = "{\"response\":{\"plan-id\":\"102\",\"name\":\"Power Reloaded\",\"description\":\"250 GB Disk Space, 10 Gbps Network Connection, and 2 TB Monthly Traffic\",\"label\":\"powerReloaded\",\"plan-category-id\":\"71\",\"disk-gb\":\"250\",\"bandwidth-gb\":\"2000\",\"bandwidth-upload\":null,\"bandwidth-ratio\":\"25\",\"type\":\"slot\",\"available-eta\":\"15\",\"available-count\":\"100\"},\"meta\":{\"server\":\"lava.feralhosting.com\",\"protocol\":\"0.3\",\"page\":\"site\\/plan-detail\",\"username\":\"mischif\"},\"error\":[],\"warning\":[]}";
Response <DetailedPlan> response = JsonConvert.DeserializeObjectAsync <Response <DetailedPlan> >(_planDetails).Result;
Assert.IsNotNull(response.response, "No response. What's happening?");
Assert.IsNotNull(response.meta, "No metadata. What's happening?");
Assert.AreEqual(response.meta.protocol, "0.3");
DetailedPlan planDetails = response.response;
}
/// <summary>
/// The argument 'plan' should be the return value of FuelCalculator.Create()
/// method. Note that the fuel consumption depends on the weight of the aircraft,
/// which depends on the vertical profile of the flight plan. Because of this,
/// when FuelCalculator creates the DetailedPlan, the fuel values for
/// nodes in climb segment are estimations.
///
/// Use this method to compute the exact fuel amounts for each node.
/// </summary>
public static DetailedPlan ApplyCorrection(this DetailedPlan plan, FuelDataItem item)
{
if (item.FuelTable == null)
{
return(plan);
}
var nodes = plan.AllNodes;
var airDis = nodes.AirDistance();
var exactFuel = item.FuelTable.FuelRequired(airDis, nodes.Last().GrossWt);
var landingFuel = nodes.Last().FuelOnBoard;
var factor = exactFuel / (nodes[0].FuelOnBoard - landingFuel);
var zfw = nodes[0].GrossWt - nodes[0].FuelOnBoard;
return(new DetailedPlan(nodes.Select(n =>
{
var newFuel = (n.FuelOnBoard - landingFuel) * factor + landingFuel;
return GetNode(n, newFuel, newFuel + zfw);
}).ToList()));
}