public void TriangleFourDoesNotRunWhenGasesAreNotSpecified()
{
var algo = new DuvalTriangleFourRule(FailureType.Code.T2);
var outputs = Outputs;
var applicable = algo.IsApplicable(emptyDga, emptyDga, outputs);
Assert.AreEqual(false, applicable);
}
public void TriangleFourCalculatesCorrectFaultZone()
{
var algo = new DuvalTriangleFourRule(FailureType.Code.T2);
var outputs = Outputs;
algo.Execute(ref DGA, ref emptyDga, ref outputs);
Assert.AreEqual(FailureType.Code.S, algo.FailureCode);
}
public void TriangleFourOnlyRunsWithCorrectCodeFromTriangleOne()
{
var triangleOneCode = FailureType.Code.PD;
var algo = new DuvalTriangleFourRule(triangleOneCode);
Assert.AreEqual(true, algo.IsApplicable(DGA, emptyDga, Outputs));
triangleOneCode = FailureType.Code.T1;
algo = new DuvalTriangleFourRule(triangleOneCode);
Assert.AreEqual(true, algo.IsApplicable(DGA, emptyDga, Outputs));
triangleOneCode = FailureType.Code.T2;
algo = new DuvalTriangleFourRule(triangleOneCode);
Assert.AreEqual(true, algo.IsApplicable(DGA, emptyDga, Outputs));
triangleOneCode = FailureType.Code.D1;
algo = new DuvalTriangleFourRule(triangleOneCode);
Assert.AreEqual(false, algo.IsApplicable(DGA, emptyDga, Outputs));
}
