public void Consensus_Exact(int offset)
{
var rule = new ConsensusRule()
{
Rules = new ICustomRule[]
{
new TestRule(RuleAction.Report, new FailurePart("bb", FailureClassification.Person, offset)),
new TestRule(RuleAction.Report, new FailurePart("bb", FailureClassification.Person, offset)),
}
};
var result = rule.Apply("ff", "vv", out IEnumerable <FailurePart> badParts);
Assert.AreEqual(RuleAction.Report, result);
Assert.AreEqual(offset, badParts.Single().Offset);
}
public void NoConsensus_OnlyOneHasProblem()
{
var rule = new ConsensusRule()
{
Rules = new ICustomRule[]
{
new TestRule(RuleAction.Report, new FailurePart("bb", FailureClassification.Person)),
new TestRule(RuleAction.Ignore),
}
};
var result = rule.Apply("ff", "vv", out IEnumerable <FailurePart> badParts);
Assert.AreEqual(RuleAction.None, result);
Assert.IsEmpty(badParts);
}
public void Consensus_SingleOverlap()
{
var rule = new ConsensusRule()
{
Rules = new ICustomRule[]
{
// Word is length 2 and begins at offset 10
new TestRule(RuleAction.Report, new FailurePart("ab", FailureClassification.Person, 10)),
new TestRule(RuleAction.Report, new FailurePart("bc", FailureClassification.Person, 11)),
}
};
var result = rule.Apply("ff", "abc is so cool", out IEnumerable <FailurePart> badParts);
Assert.AreEqual(RuleAction.Report, result);
Assert.AreEqual(10, badParts.Single().Offset);
Assert.AreEqual("ab", badParts.Single().Word);
}