static void Main(string[] args)
{
Machine deusExMachina = new DeusExMachina();
deusExMachina.Name = "Deus";
Machine superComputer = new SuperComputer();
superComputer.Name = "SuperComputer";
var clonedMachina = deusExMachina.Clone();
clonedMachina.Name = "ClonedDeus";
var clonedSuperComputer = superComputer.Clone();
clonedSuperComputer.Name = "ClonedSuperComputer";
Console.WriteLine("{0}", deusExMachina.Name);
Console.WriteLine("{0}", clonedMachina.Name);
Console.WriteLine("{0}", superComputer.Name);
Console.WriteLine("{0}", clonedSuperComputer.Name);
Console.ReadLine();
}
public void Given_X_And_Y_Then_Should_Div_Operation_Compute_Their_Division(decimal x, decimal y, decimal expectedDiv)
{
// arrange
var superComputer = new SuperComputer();
// act
var div = superComputer.Div(x, y);
// assert
div.Should().Be(expectedDiv);
}
public void Given_X_And_Y_Then_Should_Mul_Operation_Compute_Their_Multiplication(decimal x, decimal y, decimal expectedMul)
{
// arrange
var superComputer = new SuperComputer();
// act
var mul = superComputer.Mul(x, y);
// assert
mul.Should().Be(expectedMul);
}
public void Given_Largest_Numbers_Then_Mul_Should_Throw_SuperComputerException()
{
// arrange
var superComputer = new SuperComputer();
// act
Action mulAction = () => superComputer.Mul(decimal.MaxValue, decimal.MaxValue);
// assert
mulAction.Should().Throw <SuperComputerException>();
}
public void Given_X_And_Y_Then_Should_Sub_Operation_Compute_Their_Subtraction(decimal x, decimal y, decimal expectedSub)
{
// arrange
var superComputer = new SuperComputer();
// act
var sub = superComputer.Sub(x, y);
// assert
sub.Should().Be(expectedSub);
}
public void Given_X_Equals_To_Y_Then_Should_IsEquals_Be_True(decimal x, decimal y)
{
// arrange
var superComputer = new SuperComputer();
// act
var isEquals = superComputer.IsEquals(x, y);
// assert
isEquals.Should().BeTrue();
}
public void Given_X_Inferior_To_Y_Then_Should_IsInferior_Be_True(decimal x, decimal y)
{
// arrange
var superComputer = new SuperComputer();
// act
var isInferior = superComputer.IsInferior(x, y);
// assert
isInferior.Should().BeTrue();
}
public void Given_Y_Equals_To_Zero_Then_Div_Should_Throw_SuperComputerException()
{
// arrange
var superComputer = new SuperComputer();
// act
Action divAction = () => superComputer.Div(decimal.MaxValue, 0);
// assert
divAction.Should().Throw <SuperComputerException>();
}
public void Given_X_And_Y_Then_Should_Sum_Operation_Compute_Their_Addition(decimal x, decimal y, decimal expectedSum)
{
// arrange
var superComputer = new SuperComputer();
// act
var sum = superComputer.Sum(x, y);
// assert
sum.Should().Be(expectedSum);
}
public static void Main()
{
var x = Random.Next(1, 10_000);
var y = Random.Next(1, 10_000);
Console.WriteLine($"x = {x}");
Console.WriteLine($"y = {y}");
var superComputer = new SuperComputer();
var sum = superComputer.Sum(x, y);
var sub = superComputer.Sub(x, y);
var mul = superComputer.Mul(x, y);
var div = superComputer.Div(x, y);
Console.WriteLine($"x + y = {sum}");
Console.WriteLine($"x - y = {sub}");
Console.WriteLine($"x * y = {mul}");
Console.WriteLine($"x / y = {div}");
Console.WriteLine("Press any key to exit program !");
Console.ReadKey();
}
