In using Neo4j I\'m able to create an array of nodes with labels and then create relationships between those nodes. The labels are essentially mappings to my POCOs (the Dog
You could (depending on how you feel about it) try using dynamic, for example, you can set it up like so:
var dog = new Dog {Name = "Woofer", Breed = "Afghan Hound"};
var owner = new Person {Name = "Jeff", PhoneNumber = "01234567890"};
//CREATE
gc.Cypher.
Create("(owner:Person {ownerParams})")
.WithParam("ownerParams", owner)
.With("owner")
.Create("(owner)-[:HAS_PET]->(dog:Dog {dogParams})")
.WithParam("dogParams", dog)
.ExecuteWithoutResults();
and retrieve with:
//RETURN
var query = gc.Cypher
.Match("(p:Person)-[:HAS_PET]->(d:Dog)")
.Return((p, d) => new {Person = p.As<Node<string>>(), Dog = d.As<Node<string>>()});
var results = query.Results.ToList();
foreach (var result in results)
{
dynamic p = JsonConvert.DeserializeObject<dynamic>(result.Person.Data);
dynamic d = JsonConvert.DeserializeObject<dynamic>(result.Dog.Data);
Console.WriteLine("If you find {0} (a {1}) please call {2} on {3}.", d.Name, d.Breed, p.Name, p.PhoneNumber);
}
Obviously in this case I would know the types I was returning. Now, you'll notice I'm using Node<string>
in this - which generally is frowned upon - the reason I'm using it is that it strips out all the normal stuff neo4j returns back, and separates the Data
out - which is really all I'm interested in.
You might be tempted to try doing:
.Return((p,d) => new {Person = p.As<dynamic>(), Dog = d.As<dynamic>()});
but the problem you'll end up with here is that the Neo4jClient doesn't deal with dynamic and will actually return it as an object
which loses all your properties.
This should at least give you a starting point, if you need help with a specific type of query it'd be worth putting the query up for reference.