private static void Main(string[] args)
{
Console.WriteLine("F0.Common");
Console.WriteLine();
int integer = GetInteger(args);
Console.WriteLine($"{nameof(integer)} {integer} is {(Parity.IsEven(integer) ? "" : "not ")}even.");
Console.WriteLine($"{nameof(integer)} {integer} is {(Parity.IsOdd(integer) ? "" : "not ")}odd.");
Console.WriteLine();
const int min = -240;
const int max = +240;
Console.WriteLine($"{nameof(integer)} {integer} clamped to the inclusive range of {min} and {max}:");
Console.WriteLine(Comparable.Clamp(integer, min, max));
}
public void IfAnIntegerIsEvenlyDivisibleByTwo_ItIsEven_LeavingNoRemainder(int integer)
{
Assert.True(Parity.IsEven(integer));
Assert.False(Parity.IsOdd(integer));
}
public void Even_16bitSignedInteger(short integer)
{
Assert.True(Parity.IsEven(integer));
Assert.False(Parity.IsOdd(integer));
}
public void Odd_16bitUnsignedInteger(ushort integer)
{
Assert.True(Parity.IsOdd(integer));
Assert.False(Parity.IsEven(integer));
}
public void Odd_NativeSizedUnsignedInteger(nuint integer)
{
Assert.True(Parity.IsOdd(integer));
Assert.False(Parity.IsEven(integer));
}
public void Odd_8bitUnsignedInteger(byte integer)
{
Assert.True(Parity.IsOdd(integer));
Assert.False(Parity.IsEven(integer));
}
public void Even_NativeSizedSignedInteger(nint integer)
{
Assert.True(Parity.IsEven(integer));
Assert.False(Parity.IsOdd(integer));
}
public void Odd_64bitUnsignedInteger(ulong integer)
{
Assert.True(Parity.IsOdd(integer));
Assert.False(Parity.IsEven(integer));
}
public void Even_64bitSignedInteger(long integer)
{
Assert.True(Parity.IsEven(integer));
Assert.False(Parity.IsOdd(integer));
}
public void Even_8bitSignedInteger(sbyte integer)
{
Assert.True(Parity.IsEven(integer));
Assert.False(Parity.IsOdd(integer));
}
public void Even_32bitUnsignedInteger(uint integer)
{
Assert.True(Parity.IsEven(integer));
Assert.False(Parity.IsOdd(integer));
}
