public void TestAny02()
{
IEnumerable <string> actual = Quantifiers.Any02();
IEnumerable <string> expected = new string[] { "Condiments", "Meat/Poultry", "Dairy Products" };
CollectionAssert.AreEqual(actual.ToList(), expected.ToList(), "You failed!");
}
public void TestAll01()
{
bool?actual = Quantifiers.All01();
bool?expected = true;
Assert.AreEqual(actual, expected, "You failed!");
}
// others ------------
private List <List <LinguisticVariable> > GetQws()
{
var qualifiersToUse = DecideWhichItemsUse(QualifiersLabel)
? _qualifiers
: GetQualifiersFromComboBoxes();
var summarizersToUse = DecideWhichItemsUse(SummarizersLabel)
? _summarizers
: GetSummarizersFromComboBoxes();
List <LinguisticVariable> quantifiersToUse;
if (DecideWhichItemsUse(QuantifierLabel))
{
quantifiersToUse = _quantifiers;
}
else if (TypeComboBox.SelectedItem.ToString().Contains("Two") || qualifiersToUse != null)
{
quantifiersToUse = Quantifiers.GetRelativeQuantifiers();
}
else
{
quantifiersToUse = Quantifiers.GetAllQuantifiers();
}
return(new List <List <LinguisticVariable> > {
quantifiersToUse, qualifiersToUse, summarizersToUse
});
}
public void TestAll02()
{
IEnumerable <string> actual = Quantifiers.All02();
IEnumerable <string> expected = new string[] { "Beverages", "Produce", "Seafood", "Confections", "Grains/Cereals" };
CollectionAssert.AreEqual(actual.ToList(), expected.ToList(), "You failed!");
}
internal string FindQuantifierValue(string quantifierKey)
{
if (Quantifiers.ContainsKey(quantifierKey))
{
return(Quantifiers[quantifierKey]);
}
return(null);
}
public void Backreference_Number()
{
var regex = RegularExpression.Of(
CaptureGroup.Of(Quantifiers.OneOrMore(Literal.For("a"))),
Quantifiers.ZeroOrMore(Literal.For("b")),
Backreference.For(1)
).ToRegex();
Assert.AreEqual(@"(a+)b*\1", regex.ToString());
}
private void OnRemove()
{
if (QuantifierSelected == null)
{
MessageBox.Show("Please choose summarizer");
return;
}
Quantifiers.Remove(QuantifierSelected);
Draw();
}
public void AddToCollection()
{
if (FunctionSelectionVm.Function == null)
{
MessageBox.Show("Please setup function in configurator!");
return;
}
Quantifiers.Add(new Quantifier(LabelNameTB, new FuzzySet(FunctionSelectionVm.Function)));
Draw();
}
public void Alternation_ByCapture()
{
var regex = RegularExpression.Of(
CaptureGroup.Of(new CaptureGroupOptions()
{
Name = "A"
}, Quantifiers.OneOrMore(Literal.For("A"))),
ConditionalAlternation.For(Literal.For("A"), Literal.For("Abc"), Literal.For("Xyz"))
).ToRegex();
Assert.AreEqual("(?<A>A+)(?(A)Abc|Xyz)", regex.ToString());
}
public void Backreference_Name_WithQuotes()
{
var regex = RegularExpression.Of(
CaptureGroup.Of(new CaptureGroupOptions()
{
Name = "a", UseQuotes = true
}, Quantifiers.OneOrMore(Literal.For("a"))),
Quantifiers.ZeroOrMore(Literal.For("b")),
Backreference.For("a", true)
).ToRegex();
Assert.AreEqual(@"(?'a'a+)b*\k'a'", regex.ToString());
}
public void Backreference_Name()
{
var regex = RegularExpression.Of(
CaptureGroup.Of(new CaptureGroupOptions()
{
Name = "a"
}, Quantifiers.OneOrMore(Literal.For("a"))),
Quantifiers.ZeroOrMore(Literal.For("b")),
Backreference.For("a")
).ToRegex();
Assert.AreEqual(@"(?<a>a+)b*\k<a>", regex.ToString());
}
public void PredicateConversionTest()
{
var coll = new object[] { 1, 2 };
var pred = Predicates.ElementTypePredicate <int>();
Assert.IsTrue(Quantifiers.All(pred)(coll));
var pred2 = pred.ToPredicate();
Assert.IsTrue(Quantifiers.All(pred2)(coll));
var pred3 = pred2.ToElementTypePredicate <double>();
Assert.IsFalse(Quantifiers.All(pred3)(coll));
var pred3b = pred2.ToElementTypePredicate <int>();
Assert.IsTrue(Quantifiers.All(pred3b)(coll));
}
public void MPCQuantityTest()
{
var coll = new ManyPredicateCollection();
var pred = Predicates.ElementTypePredicate <int>();
var quant = Quantifiers.Count(pred, 2);
Assert.ThrowsException <InvalidPredicateException>(() => coll.AddQuant(quant));
coll.Add(1);
Assert.ThrowsException <InvalidPredicateException>(() => coll.AddQuant(quant));
coll.Add(2);
coll.AddQuant(quant);
Assert.IsTrue(new int[] { 1, 2 }.SequenceEqual(coll.Get(pred)));
coll.Add(1, 2); // Repeated elements, ok
Assert.ThrowsException <InvalidElementException>(() => coll.Add(3));
Assert.IsTrue(new int[] { 1, 2 }.SequenceEqual(coll.Get(pred)));
}
public void MPCPropertyTest1()
{
var coll = new ManyPredicateCollection();
var typePred = Predicates.ElementTypePredicate <CustomType1 <int> >();
var typeQuant = Quantifiers.All(typePred);
// Two equivalent predicates. The second one is converted to the first one.
var propPred1 = new Predicate((object elem) => !(elem is CustomType1 <int>) ||
((CustomType1 <int>)elem).Value == 2);
var propQuant1 = Quantifiers.All(propPred1);
var propPred1Typed = new ForTypePredicate <CustomType1 <int> >((CustomType1 <int> elem) => elem.Value == 2)
.ToPredicate();
var propQuant1Typed = Quantifiers.All(propPred1Typed);
var propPred2 = new Predicate((object elem) => ((CustomType1 <int>)elem).Prop);
var propQuant2 = Quantifiers.All(propPred2);
coll.AddQuant(typeQuant);
coll.AddQuant(propQuant1);
coll.AddQuant(propQuant2);
Assert.ThrowsException <InvalidElementException>(() => coll.Add(1));
Assert.ThrowsException <InvalidElementException>(() => coll.Add(new CustomType1 <int>()
{
Value = 2, Prop = false
}));
Assert.ThrowsException <InvalidElementException>(() => coll.Add(new CustomType1 <int>()
{
Value = 1, Prop = true
}));
coll.Add(new CustomType1 <int>()
{
Value = 2, Prop = true
});
// Typed get and predicate
Assert.IsTrue(new CustomType1 <int>[] { new CustomType1 <int>()
{
Value = 2, Prop = true
} }
.SequenceEqual(coll.Get(typePred)));
}
private void ExtractQuality()
{
if (Quantifiers.ContainsKey(QUALITY_KEY))
{
decimal qualityAsDec;
if (decimal.TryParse(Quantifiers[QUALITY_KEY], out qualityAsDec))
{
Quality = Math.Min(Math.Max(qualityAsDec, 0), 1);
}
else
{
Quality = 0;
}
}
else
{
Quality = 1;
}
}
public void MPCBasicTest()
{
var coll = new ManyPredicateCollection();
// The element predicate
var pred = Predicates.ElementTypePredicate <int>();
// The quantifier
var quant = Quantifiers.All(pred);
coll.Add(1);
coll.AddQuant(quant);
coll.AddQuant(quant); // Ignored
// Invalid element
Assert.ThrowsException <InvalidElementException>(() => coll.Add("a"));
Assert.IsTrue(new int[] { 1 }.SequenceEqual(coll.Get(pred)));
}
private static bool IsFunctionName(string tok)
{
char begin = tok[0];
bool isIdentifier = char.IsLetter(begin) || begin.CompareTo('$') == 0 || begin.CompareTo('_') == 0 || '"' == begin;
return(isIdentifier && !Formatter.Logical.Contains(tok) && !EndClauses.Contains(tok) && !Quantifiers.Contains(tok) &&
!Dml.Contains(tok) && !Formatter.Misc.Contains(tok));
}
public QuantifiersTests()
{
_quantifiers = new Quantifiers();
}
public void UrlScheme()
{
var expression = RegularExpression.Of(
Anchors.Carot,
// scheme - (?:([A-Za-z]+):)?
Quantifiers.ZeroOrOne(
NonCaptureGroup.Of(
CaptureGroup.Of(
Quantifiers.OneOrMore(
CharacterGroup.Of(
Range.For(Literal.For('A'), Literal.For('Z')),
Range.For(Literal.For('a'), Literal.For('z'))
)
)
),
Literal.For(":")
)
),
// slash - (/{0,3})
CaptureGroup.Of(
Quantifiers.Between(Literal.For("/"), 0, 3)
),
// host - ([0-9.\-A-Za-z]+)
CaptureGroup.Of(
Quantifiers.OneOrMore(
CharacterGroup.Of(
Range.For(Literal.For('0'), Literal.For('9')),
Literal.For("."),
Literal.For("-"),
Range.For(Literal.For('A'), Literal.For('Z')),
Range.For(Literal.For('a'), Literal.For('z'))
)
)
),
// port - (?::(\d+))?
Quantifiers.ZeroOrOne(
NonCaptureGroup.Of(
Literal.For(":"),
CaptureGroup.Of(
Quantifiers.OneOrMore(CharacterClasses.Digit)
)
)
),
// path - (/[^?#]*)?
Quantifiers.ZeroOrOne(
CaptureGroup.Of(
Literal.For("/"),
Quantifiers.ZeroOrMore(
CharacterGroup.Of(
new CharacterGroupOptions()
{
IsNegated = true
},
Literal.For("?"),
Literal.For("#")
)
)
)
),
// query - (?:\?([^#]*))?
Quantifiers.ZeroOrOne(
NonCaptureGroup.Of(
Literal.For("?"),
CaptureGroup.Of(
Quantifiers.ZeroOrMore(
CharacterGroup.Of(new CharacterGroupOptions()
{
IsNegated = true
}, Literal.For("#"))
)
)
)
),
// hash - (?:#(.*))?
Quantifiers.ZeroOrOne(
NonCaptureGroup.Of(
Literal.For("#"),
CaptureGroup.Of(
Quantifiers.ZeroOrMore(CharacterClasses.Wildcard)
)
)
),
Anchors.Dollar
);
var regex = expression.ToRegex();
var source = regex.ToString();
const string urlRegex = @"^(?:([A-Za-z]+):)?(/{0,3})([0-9.\-A-Za-z]+)(?::(\d+))?(/[^?#]*)?(?:\?([^#]*))?(?:\#(.*))?$";
Assert.AreEqual(urlRegex, source);
}
