public void TestChildMatching()
{
ChildPattern pattern = new ChildPattern();
Assert.IsFalse(pattern.CanHandleType(typeof(Adult)));
Assert.IsTrue(pattern.CanHandleType(typeof(Child)));
Assert.AreEqual(pattern.Compare(new Child(), new Child()), BasePattern.MATCH_RESULT.INCONCLUSIVE);
Assert.AreEqual(pattern.Compare(new Adult(), new Child()), BasePattern.MATCH_RESULT.INCONCLUSIVE);
Assert.AreEqual(pattern.Compare(new Child(), new Adult()), BasePattern.MATCH_RESULT.INCONCLUSIVE);
Assert.AreEqual(pattern.Compare(new Adult(), new Adult()), BasePattern.MATCH_RESULT.INCONCLUSIVE);
Person p1 = TVars.Slim1;
Person p2 = TVars.Slim2;
Person p4 = TVars.Abram3;
Assert.AreEqual(pattern.Compare(p1, p4), BasePattern.MATCH_RESULT.INCONCLUSIVE);
Assert.AreEqual(pattern.Compare(p2, p4), BasePattern.MATCH_RESULT.INCONCLUSIVE);
Child c1 = (Child)TVars.Abram1;
Child c2 = (Child)TVars.Abram2;
Assert.AreEqual(pattern.Compare(c1, new Child()), BasePattern.MATCH_RESULT.INCONCLUSIVE);
Assert.AreEqual(pattern.Compare(c1, c2), BasePattern.MATCH_RESULT.EQUAL);
Assert.AreEqual(pattern.Compare(c2, p4), BasePattern.MATCH_RESULT.INCONCLUSIVE);
}
public override PPElement ToPrettyPrint()
{
return(new PPGroup(
Type.ToString(),
new PPText("CaseInsensChar"),
PPGroupWithDelimiters(new PPElement[] { ChildPattern.ToPrettyPrint() })));
}
public override PPElement ToPrettyPrint()
{
return(new PPGroup(
Type.ToString(),
new PPText(string.Format("Quant (Min={0}{1}{2})",
MinOccurrences,
MaxOccurrences != null ? string.Format(", Max={0}", MaxOccurrences) : "",
IsGreedy ? "" : string.Format(", IsGreedy={0}", IsGreedy))),
PPGroupWithDelimiters(new PPElement[] { ChildPattern.ToPrettyPrint() })));
}
public override int GetHashCode()
{
return(HashCodeCombiner.Combine(ChildPattern.GetHashCode(), MinOccurrences.GetHashCode(), MaxOccurrences.GetHashCode(),
IsGreedy.GetHashCode()));
}
public override int GetHashCode()
{
return(ChildPattern.GetHashCode());
}