/// <summary>
/// Perform a deep Copy of the object.
/// </summary>
/// <typeparam name="T">The type of object being copied.</typeparam>
/// <param name="source">The object instance to copy.</param>
/// <returns>The copied object.</returns>
public static string GetDataPackage(CalculationOutput data, string output)
{
JavaScriptSerializer serializer = new JavaScriptSerializer();
serializer.MaxJsonLength = int.MaxValue - 1;
return(serializer.Serialize(new { Output = output, Data = data }));
}
static void Main(string[] args)
{
string[] testingType = new string[] {
"iad1", "iad2", "iad3", "iad4", "iex", "ige", "ili", "ilo",
"tad1", "tad2", "tad3", "tad4", "tex", "tge", "tli", "tlo"
};
Console.WriteLine("Enter below probability names for testing.");
Console.WriteLine(
@"
iad1, iad2, iad3, iad4, iex, ige, ili, ilo,
tad1, tad2, tad3, tad4, tex, tge, tli, tlo
");
string uInput = Console.ReadLine();
args = uInput.Split(new string[] { " " }, StringSplitOptions.None);
double stopTemarature = Program.UserStopTemparation;
CalculationOutput cUnitTest = new CalculationOutput();
Console.WriteLine("Sample data have been intialized.");
InitTesting(args, cUnitTest);
Console.WriteLine("Started -> Iteration testing.");
//Iteration testing (8 tests);
IterationTesting(ParseName("iad1"), Program.GetFlightData(), cUnitTest.IterationAdaptive1);
IterationTesting(ParseName("iad2"), Program.GetFlightData(), cUnitTest.IterationAdaptive2);
IterationTesting(ParseName("iad3"), Program.GetFlightData(), cUnitTest.IterationAdaptive3);
IterationTesting(ParseName("iad4"), Program.GetFlightData(), cUnitTest.IterationAdaptive4);
IterationTesting(ParseName("iex"), Program.GetFlightData(), cUnitTest.IterationExponential);
IterationTesting(ParseName("ige"), Program.GetFlightData(), cUnitTest.IterationGeometric);
IterationTesting(ParseName("ili"), Program.GetFlightData(), cUnitTest.IterationLinear);
IterationTesting(ParseName("ilo"), Program.GetFlightData(), cUnitTest.IterationLogarithmic);
Console.WriteLine("Finished -> Iteration testing.");
//Temparature testing (8 tests);
Console.WriteLine("Started -> Temparature testing.");
TemparatureTesting(ParseName("tad1"), Program.GetFlightData(), cUnitTest.TemparatureAdaptive1);
TemparatureTesting(ParseName("tad2"), Program.GetFlightData(), cUnitTest.TemparatureAdaptive2);
TemparatureTesting(ParseName("tad3"), Program.GetFlightData(), cUnitTest.TemparatureAdaptive3);
TemparatureTesting(ParseName("tad4"), Program.GetFlightData(), cUnitTest.TemparatureAdaptive4);
TemparatureTesting(ParseName("tex"), Program.GetFlightData(), cUnitTest.TemparatureExponential);
TemparatureTesting(ParseName("tge"), Program.GetFlightData(), cUnitTest.TemparatureGeometric);
TemparatureTesting(ParseName("tli"), Program.GetFlightData(), cUnitTest.TemparatureLinear);
TemparatureTesting(ParseName("tlo"), Program.GetFlightData(), cUnitTest.TemparatureLogarithmic);
Console.WriteLine("Finished -> Temparature testing.");
//Add data to collection
Console.WriteLine("Press any key to close program.");
Console.ReadKey();
//Keep data to DB.
//AirTableAdapter adp = new AirTableAdapter();
//adp.Update(_LogAir);
}
private static void InitTesting(string[] args, CalculationOutput cUnitTest)
{
if (args.Length > 0)
{
#region Init data via input
if (args.Contains("iad1"))
{
cUnitTest.IterationAdaptive1 = new List <CalucationData>();
}
if (args.Contains("iad2"))
{
cUnitTest.IterationAdaptive2 = new List <CalucationData>();
}
if (args.Contains("iad3"))
{
cUnitTest.IterationAdaptive3 = new List <CalucationData>();
}
if (args.Contains("iad4"))
{
cUnitTest.IterationAdaptive4 = new List <CalucationData>();
}
if (args.Contains("iex"))
{
cUnitTest.IterationExponential = new List <CalucationData>();
}
if (args.Contains("ige"))
{
cUnitTest.IterationGeometric = new List <CalucationData>();
}
if (args.Contains("ili"))
{
cUnitTest.IterationLinear = new List <CalucationData>();
}
if (args.Contains("ilo"))
{
cUnitTest.IterationLogarithmic = new List <CalucationData>();
}
if (args.Contains("tad1"))
{
cUnitTest.TemparatureAdaptive1 = new List <CalucationData>();
}
if (args.Contains("tad2"))
{
cUnitTest.TemparatureAdaptive2 = new List <CalucationData>();
}
if (args.Contains("tad3"))
{
cUnitTest.TemparatureAdaptive3 = new List <CalucationData>();
}
if (args.Contains("tad4"))
{
cUnitTest.TemparatureAdaptive4 = new List <CalucationData>();
}
if (args.Contains("tex"))
{
cUnitTest.TemparatureExponential = new List <CalucationData>();
}
if (args.Contains("tge"))
{
cUnitTest.TemparatureGeometric = new List <CalucationData>();
}
if (args.Contains("tli"))
{
cUnitTest.TemparatureLinear = new List <CalucationData>();
}
if (args.Contains("tlo"))
{
cUnitTest.TemparatureLogarithmic = new List <CalucationData>();
}
#endregion Init data via input
}
else
{
cUnitTest.IterationAdaptive1 = new List <CalucationData>();
cUnitTest.IterationAdaptive2 = new List <CalucationData>();
cUnitTest.IterationAdaptive3 = new List <CalucationData>();
cUnitTest.IterationAdaptive4 = new List <CalucationData>();
cUnitTest.IterationExponential = new List <CalucationData>();
cUnitTest.IterationGeometric = new List <CalucationData>();
cUnitTest.IterationLinear = new List <CalucationData>();
cUnitTest.IterationLogarithmic = new List <CalucationData>();
cUnitTest.TemparatureAdaptive1 = new List <CalucationData>();
cUnitTest.TemparatureAdaptive2 = new List <CalucationData>();
cUnitTest.TemparatureAdaptive3 = new List <CalucationData>();
cUnitTest.TemparatureAdaptive4 = new List <CalucationData>();
cUnitTest.TemparatureExponential = new List <CalucationData>();
cUnitTest.TemparatureGeometric = new List <CalucationData>();
cUnitTest.TemparatureLinear = new List <CalucationData>();
cUnitTest.TemparatureLogarithmic = new List <CalucationData>();
}
}
