public void Should_aggregate_results()
{
var person = new Person();
var rules = new List<IRule>
{
CreateMock<IRule>(),
CreateMock<IRule>()
};
rules[0].Stub(r => r.Validate(person)).Return(new RuleExecutionResult(new List<BrokenRule> { new BrokenRule(null, null, "", "", null), new BrokenRule(null, null, "", "", null) }));
rules[1].Stub(r => r.Validate(person)).Return(new RuleExecutionResult(new List<BrokenRule> { new BrokenRule(null, null, "", "", null) }) { StopEvaluation = true });
var ruleSet = new RuleSet(typeof(Person), rules);
var result = ruleSet.Validate(person);
Assert.That(result.IsValid, Is.False);
Assert.That(result.BrokenRules.Count, Is.EqualTo(3));
}
public void Should_validate_against_each_rule_if_not_stopped()
{
var person = new Person();
var rules = new List<IRule>
{
CreateMock<IRule>(),
CreateMock<IRule>(),
CreateMock<IRule>()
};
rules[0].Expect(r => r.Validate(person)).Return(new RuleExecutionResult());
rules[1].Expect(r => r.Validate(person)).Return(new RuleExecutionResult());
rules[2].Expect(r => r.Validate(person)).Return(new RuleExecutionResult());
var ruleSet = new RuleSet(typeof (Person), rules);
ruleSet.Validate(person);
VerifyAll();
}
public void Can_stop()
{
var person = new Person();
var rules = new List<IRule>
{
CreateMock<IRule>(),
CreateMock<IRule>(),
CreateMock<IRule>()
};
rules[0].Stub(r => r.Validate(person)).Return(new RuleExecutionResult());
rules[1].Stub(r => r.Validate(person)).Return(new RuleExecutionResult {StopEvaluation = true});
rules[2].Expect(r => r.Validate(person)).Repeat.Never();
var ruleSet = new RuleSet(typeof(Person), rules);
ruleSet.Validate(person);
VerifyAll();
}