public void DifferentResolvedNamesShouldHaveDifferentHashCodes()
{
SymbolicName name1 = SymbolicName.Of("a");
SymbolicName name2 = SymbolicName.Of("b");
name1.GetHashCode().ShouldNotBe(name2.GetHashCode());
}
public void EqualsShouldWorkDifferentValue()
{
SymbolicName name1 = SymbolicName.Of("a");
SymbolicName name2 = SymbolicName.Of("b");
name1.ShouldNotBe(name2);
}
public static Property Create(INamed parentContainer, params string[] names)
{
SymbolicName requiredSymbolicName = ExtractRequiredSymbolicName(parentContainer);
return(new Property(parentContainer,
requiredSymbolicName,
CreateListOfChainedNames(names)));
}
public void EqualsShouldWorkSameValue()
{
SymbolicName name1 = SymbolicName.Of("a");
SymbolicName name2 = name1;
SymbolicName name3 = SymbolicName.Of("a");
name1.ShouldBeEquivalentTo(name2);
name1.ShouldBeEquivalentTo(name3);
}
public void EqualsShouldWorkSameValue()
{
SymbolicName name1 = SymbolicName.Unresolved();
SymbolicName name2 = name1;
SymbolicName name3 = SymbolicName.Unresolved();
name1.ShouldBeEquivalentTo(name2);
name1.ShouldNotBe(name3);
name2.ShouldNotBe(name3);
}
public static Property Create(INamed parentContainer, Expression lookup)
{
SymbolicName requiredSymbolicName = ExtractRequiredSymbolicName(parentContainer);
return(new Property(
parentContainer,
requiredSymbolicName,
new List <PropertyLookup> {
PropertyLookup.ForExpression(lookup)
}));
}
public void PredicateAll()
{
var compoundCondition = new CompoundCondition(Operator.And);
Node bikeNode = Cypher.Node("Bike");
Relationship userBikes = _userNode.RelationshipTo(bikeNode, "OWNS");
compoundCondition.Add(Predicates.Exists(userBikes));
SymbolicName userOwns = Cypher.Name("userOwns");
//var test = Cypher.ListWith(userOwns).In();
StatementBuilder statement = Cypher
.Match(new Where(compoundCondition), _userNode)
.Return(_userNode);
statement.Build().MatchSnapshot();
}
private void EnterVisitable(SymbolicName symbolicName) => _writer.Write(symbolicName.Value);
public void ShouldNotEqualResolved()
{
SymbolicName name1 = SymbolicName.Unresolved();
name1.ShouldNotBe(SymbolicName.Of("a"));
}
public MapProjection(SymbolicName name, MapExpression expression)
{
_name = name;
_expression = expression;
}
public Relationship Named(SymbolicName newSymbolicName) =>
/// <summary>
/// Creates a copy of this node with a new symbolic name.
/// </summary>
/// <param name="newSymbolicName">The new symbolic name.</param>
/// <returns>The new node</returns>
public Node Named(SymbolicName newSymbolicName)
{
Ensure.IsNotNull(newSymbolicName, "Symbolic name is required");
return(new Node(newSymbolicName, Properties, Labels));
}
/// <summary>
/// Creates a copy of this node with a new symbolic name.
/// </summary>
/// <param name="newSymbolicName">The new symbolic name.</param>
/// <returns>The new node</returns>
public Node Named(string newSymbolicName)
{
Ensure.HasText(newSymbolicName, "Symbolic name is required");
return(new Node(SymbolicName.Of(newSymbolicName), Properties, Labels));
}
