static void Main(string[] args)
{
//Расширить функциональную возможность типа System.Double,
//реализовав возможность получения строкового представления вещественного числа
//Вызов
Func <double, string> delDouble = DoubleExtensions.ToByteString;
var input = -255.255;
string resultDouble = delDouble(input);
Console.WriteLine($"Assignment result #1.1 {resultDouble}");
//вызов вычисления НОД по алгоритму Евклида:
long s1 = GCDSearch.SearchByEuclid(100, 975);
Console.WriteLine($"Assignment result #1.2 = {s1}");
long s2 = GCDSearch.SearchByEuclid(18, -12, 24);
Console.WriteLine($"Assignment result #1.2 = {s2}");
long s3 = GCDSearch.SearchByEuclid(1000, 975, 250, -1250, 250, -625);
Console.WriteLine($"Assignment result #1.2 = {s3}");
long s4 = GCDSearch.SearchByEuclid(1000, 975, 250, -1250, 250, -625);
Console.WriteLine($"Assignment result #1.2 = {s4}");
//Реализовать для null-able типов, дополнительную возможность определения - является ссылка null или нет
//Вызов
Func <object, bool> delNull = NullExtensions.getNullReference;
int? inputNum = null;
bool result = delNull(inputNum);
Console.WriteLine($"Assignment result #1.3 {result}");
//Develop a Countdown class, which implements the capability after the appointed
//time(waiting time is provided by the user) to transmit a message to any subscriber
//who subscribes to the event. You can use the Thread.Sleep method to create a wait effect
//Вызов
Timering timer = new Timering();
Subscriber first = new Subscriber(timer);
timer.StartTimer(7);
timer.Timeout += first.OnTimerTimeout;
System.Threading.Thread.Sleep(7500);
timer.Timeout -= first.OnTimerTimeout;
timer.StartTimer(7);
System.Threading.Thread.Sleep(7500);
Console.WriteLine("Timer reached timeout.");
Console.ReadKey();
}
public void BinaryGCDOfArray_Numbers_ArgumentOutOfRangeException(params int[] numbers)
{
Assert.Throws <ArgumentOutOfRangeException>(() => GCDSearch.BinaryGCDOfArray(numbers));
}
public int BinaryGCDOfArray_Numbers_ReturnsGCD(params int[] numbers)
{
return(GCDSearch.BinaryGCDOfArray(numbers));
}
public int EuclideanGCDOfArray_Numbers_ReturnsGCD(params int[] numbers)
{
return(GCDSearch.EuclideanGCDOfArray(numbers));
}
public void SearchByEuclidTest3()
{
Assert.AreEqual(GCDSearch.SearchByEuclid(18, -12, 24, 36), 6);
}
public void SearchByEuclidTest2()
{
Assert.AreEqual(GCDSearch.SearchByEuclid(1000, 975, 250), 25);
}
public void SearchByEuclidTest1()
{
Assert.AreEqual(GCDSearch.SearchByEuclid(18, 12), 6);
}
