public void Addition_addMinus3toInitializedAccumulator_returns1()
{
var uut = new CalculatorClass.Calculator();
uut.Add(4); // Accumulator = 3 - Given that Add works as proposed.
Assert.That(uut.Add(-3), Is.EqualTo(1));
}
public void Accumulator_getPositiveAccumulator_returns2()
{
var uut = new CalculatorClass.Calculator();
uut.Add(1, 1); //Accumulator should now be 2, given that Add-function works properly.
Assert.That(uut.Accumulator, Is.EqualTo(2));
}
public double DivisionWithTestCase_MultiplyWithInitializedAccumulator_ReturnsResult(double divisor)
{
var uut = new CalculatorClass.Calculator();
uut.Add(4); // Accumulator = 4 - Given that Add works as proposed.
return(uut.Divide(divisor));
}
public void Subtraction_subtractMinus3fromInitializedAccumulator_returns1()
{
var uut = new CalculatorClass.Calculator();
uut.Add(4); // Accumulator = 4 - Given that Add works as proposed.
Assert.That(uut.Subtract(-3), Is.EqualTo(7));
}
public double AddWithTestCase_Add2Numbers_ReturnsResult(double x, double y)
{
var uut = new CalculatorClass.Calculator();
return(uut.Add(x, y));
}
public void Addition_add2point5toDefaultAccumulator_returns2point5()
{
var uut = new CalculatorClass.Calculator();
Assert.That(uut.Add(2.5), Is.EqualTo(2.5));
}
public void Addition_addMinus3toDefaultAccumulator_returnsMinus3()
{
var uut = new CalculatorClass.Calculator();
Assert.That(uut.Add(-3), Is.EqualTo(-3));
}
public void Add_Add3And4_Returns7()
{
var uut = new CalculatorClass.Calculator();
Assert.That(uut.Add(3, 4), Is.EqualTo(7));
}
