public void singleton_set_contains_only_its_value(int value)
{
var target = IntSet.Of(value);
Assert.IsTrue(target.Contains(value));
foreach (int sample in AnyBut(value))
{
Assert.IsFalse(target.Contains(sample));
}
}
public void RegisterAction(Matcher matcher)
{
SymbolBase outcome = matcher.Outcome;
AmbiguousSymbol ambiguous;
Symbol deterministic;
if (outcome == null)
{
actionToTokenProducer[matcher.Index] =
new TokenProducerInfo
{
MainTokenId = -1,
Disambiguation = matcher.Disambiguation,
RealActions = SparseIntSetType.Instance.Of(matcher.Index),
PossibleTokens = tokenSetType.Empty
};
}
else if ((ambiguous = outcome as AmbiguousSymbol) != null)
{
actionToTokenProducer[matcher.Index] =
new TokenProducerInfo
{
MainTokenId = ambiguous.MainToken,
Disambiguation = matcher.Disambiguation,
RealActions = SparseIntSetType.Instance.Of(matcher.Index),
PossibleTokens = tokenSetType.Of(ambiguous.Tokens)
};
}
else if ((deterministic = outcome as Symbol) != null)
{
actionToTokenProducer[matcher.Index] =
new TokenProducerInfo
{
MainTokenId = deterministic.Index,
Disambiguation = matcher.Disambiguation,
RealActions = SparseIntSetType.Instance.Of(matcher.Index),
PossibleTokens = tokenSetType.Of(deterministic.Index)
};
}
}
public void TestOrthohonate()
{
GivenInputSets(
IntSet.Of(A, B, C),
IntSet.Of(B, C, D),
IntSet.Of(E), // unary set should remain unchaged
IntSet.Of(A), // unary set will not repeat more than once
IntSet.Of(C, B), // duplicate set which will be in output
IntSet.Of( ) // empty set will be ignored
);
SetOrthohonator.Orthohonate(outputSets);
Console.WriteLine("Alphabet:" + inputSets.Aggregate((x, y) => IntSet.Of(x.Union(y))));
Console.WriteLine(string.Join(", ", outputSets));
Assert.AreEqual(4, outputSets.Count);
SetsShouldNotHaveCommonItems(outputSets);
EachResultSetIsSubsetOfSomeInputSet(outputSets);
}