private void ChooseSequence(int sequence)
{
ASequence select = ASequence.getSequence(sequence);
Preprocesor.SelectedSequence = select;
Type type = select == null ? null : select.GetType();
updateSequenceVisibilities(type);
}
public void WhenNoRuleMatchesCalculatorShouldReturnTheNumber()
{
// arrange
var target = new FizzBuzz(ASequence.Of(ARule(), ARule()));
// act
var result = target.CalculateFor(1);
// assert
result.Should().Be("1", "because no rule matches");
}
public void CalculatorShouldReturnResultFromFirstApplyingRule()
{
// arrange
var rules = ASequence.Of(AMatchingRuleWithResult("My Result"), ARule());
var target = new FizzBuzz(rules);
// act
var result = target.CalculateFor(1);
// assert
result.Should().Be("My Result");
}
public void CalculatorShouldAskWhichRuleApplies()
{
// arrange
var rule1 = ARule();
var rule2 = ARule();
var rules = ASequence.Of(rule1, rule2);
var target = new FizzBuzz(rules);
// act
target.CalculateFor(1);
// assert
rule1.ToMock().Verify(x => x.AppliesTo(1), Times.Once);
rule2.ToMock().Verify(x => x.AppliesTo(1), Times.Once);
}
public void AddSequence(ASequence sequence)
{
this.sequenceList.Add(sequence);
}
public void AddSequence(ASequence sequence)
{
this.sequenceList.Add(sequence);
}
