public static int Compare(JValue left, JValue right)
{
var leftType = left.typeCode;
var rightType = right.typeCode;
if (leftType == rightType)
{
switch (leftType)
{
case TypeCode.Null:
return(0);
case TypeCode.Boolean:
return(left.ToBooleanCore().CompareTo(right.ToBooleanCore()));
case TypeCode.Number:
return(JNumber.Compare(left.ToNumberCore(JNumber.NaN), right.ToNumberCore(JNumber.NaN)));
case TypeCode.String:
return(SequenceCompare <char, CharEnumerator>(left.GetCharEnumerator(), right.GetCharEnumerator(), (x, y) => x.CompareTo(y)));
case TypeCode.Array:
return(SequenceCompare(left.GetArrayItems(), right.GetArrayItems(), Compare));
case TypeCode.Object:
return(SequenceCompare(left.GetObjectKeyValues().GetEnumerator(), right.GetObjectKeyValues(), CompareMember));
default:
return(0);
}
}
return(((int)leftType).CompareTo((int)rightType));
}
public void TwoNumber_Are_Equal_But_NotEquivalent(string left, string right)
{
Assert.IsTrue(
JNumber.Equals(JNumber.Parse(left), JNumber.Parse(right)) &&
JNumber.Compare(JNumber.Parse(left), JNumber.Parse(right)) != 0);
}
public void Compare(string less, string greater)
{
Assert.IsTrue(JNumber.Compare(JNumber.Parse(less), JNumber.Parse(greater)) < 0);
Assert.IsTrue(JNumber.Compare(JNumber.Parse(greater), JNumber.Parse(less)) > 0);
}
