public void SquareOfNegativeNumberShouldReturnTooLow()
{
var ram = new RamMemory(8);
ram.SaveValue(-1001);
var cpu = new Cpu(4, 64, ram);
Assert.AreEqual("Number too low.", cpu.SquareNumber());
}
public void SquareOf1001ShouldReturnTooLong()
{
var ram = new RamMemory(8);
ram.SaveValue(1001);
var cpu = new Cpu(4, 64, ram);
Assert.AreEqual("Number too high.", cpu.SquareNumber());
}
public void SquareOf1000ShouldReturn1000000()
{
var ram = new RamMemory(8);
ram.SaveValue(1000);
var cpu = new Cpu(4, 64, ram);
Assert.AreEqual("Square of 1000 is 1000000.", cpu.SquareNumber());
}
public void UsingInvalidCpuShouldReturnInvalid()
{
var ram = new RamMemory(8);
ram.SaveValue(0);
var cpu = new Cpu(4, 86, ram);
Assert.AreEqual("Invalid CPU", cpu.SquareNumber());
}
public void SquareOfZeroShouldReturnZero()
{
var ram = new RamMemory(8);
ram.SaveValue(0);
var cpu = new Cpu(4, 32, ram);
Assert.AreEqual("Square of 0 is 0.", cpu.SquareNumber());
}
public void SquareOfFiveShouldReturn25()
{
var ram = new RamMemory(8);
ram.SaveValue(5);
var cpu = new Cpu(4, 32, ram);
Assert.AreEqual("Square of 5 is 25.", cpu.SquareNumber());
}