public void SetUp()
{
Matcher = new OrConstraint(new EqualConstraint(42), new EqualConstraint(99));
GoodValues = new object[] { 99, 42 };
BadValues = new object[] { 37 };
Description = "42 or 99";
}
public void SetUp()
{
Matcher = new OrConstraint(new EqualConstraint(42), new EqualConstraint(99));
GoodValues = new object[] { 99, 42 };
BadValues = new object[] { 37 };
Description = "42 or 99";
}
protected override void SetUp()
{
Matcher = new OrConstraint(Is.EqualTo(42), Is.EqualTo(99));
GoodValues = new object[] { 99, 42 };
BadValues = new object[] { 37 };
Description = "42 or 99";
}
private IConstraint ConvertJsonToConstraint(JObject jObject)
{
if (jObject["and"] != null)
{
var andConstraint = new AndConstraint();
foreach (var item in jObject["and"])
{
andConstraint.Add(ConvertJsonToConstraint((item as JObject)));
}
return(andConstraint);
}
if (jObject["or"] != null)
{
var orConstraint = new OrConstraint();
foreach (var item in jObject["or"])
{
orConstraint.Add(ConvertJsonToConstraint((item as JObject)));
}
return(orConstraint);
}
if (jObject["equals"] != null)
{
var equalsConstraint = new EqualsConstraint();
equalsConstraint.Property = jObject["equals"][0]["doc"]?.ToString();
equalsConstraint.ValueToEqual = jObject["equals"][1]?.ToString();
return(equalsConstraint);
}
if (jObject["in"] != null)
{
var inConstraint = new InConstraint();
inConstraint.Property = jObject["in"][0]["doc"]?.ToString();
inConstraint.ValuesToEqual = jObject["in"][1]?.ToObject <string[]>();
return(inConstraint);
}
if (jObject["paths"] != null)
{
var pathsConstraint = new PathConstraint();
pathsConstraint.Fields = jObject["paths"][0]["doc"]?.ToString();
return(pathsConstraint);
}
if (jObject["not"] != null)
{
var notConstraint = new NotConstraint();
notConstraint.ConstraintToInvert = ConvertJsonToConstraint(jObject["not"] as JObject);
return(notConstraint);
}
return(null);
}
private static Constraint ParseConstraintDisjunction(Queue <string> words)
{
Constraint left = ParseConstraintTerm(words);
while (words.Count != 0)
{
string word = words.Dequeue();
if (word == "or")
{
Constraint right = ParseConstraintTerm(words);
left = new OrConstraint(left, right);
}
else
{
throw new FormatException(string.Format("Did not expect '{0}' in this context.", word));
}
}
return(left);
}
public void SetUp()
{
theConstraint = new OrConstraint(new EqualConstraint(42), new EqualConstraint(99));
expectedDescription = "42 or 99";
stringRepresentation = "<or <equal 42> <equal 99>>";
}
public void SetUp()
{
theConstraint = new OrConstraint(new EqualConstraint(42), new EqualConstraint(99));
expectedDescription = "42 or 99";
stringRepresentation = "<or <equal 42> <equal 99>>";
}
private static Constraint ParseConstraintDisjunction(Queue<string> words)
{
Constraint left = ParseConstraintTerm(words);
while (words.Count != 0)
{
string word = words.Dequeue();
if (word == "or")
{
Constraint right = ParseConstraintTerm(words);
left = new OrConstraint(left, right);
}
else
{
throw new FormatException(string.Format("Did not expect '{0}' in this context.", word));
}
}
return left;
}
