private ScenarioData(IDictionary <string, ScenarioDataPerGraph> dataPerGraph)
{
_dataPerGraph = new Dictionary <string, ScenarioDataPerGraph>(dataPerGraph);
var empty = new ScenarioDataPerGraph("empty", ConnectionFactory.CreateRemoteConnection("ggraph"),
new Dictionary <string, Vertex>(0), new Dictionary <string, Edge>());
_dataPerGraph.Add("empty", empty);
}
public async Task TraversalWithEdgeId_RelationIdentifierReturned_ValidRelationIdentifier()
{
var g = Traversal().WithRemote(_connectionFactory.CreateRemoteConnection());
var relationIdentifier =
await g.V().Has("demigod", "name", "hercules").OutE("father").Id().Promise(t => t.Next());
Assert.IsType <RelationIdentifier>(relationIdentifier);
}
public async Task TraversalWithRelationIdentifierAsEdgeId_ExistingEdgeId_EdgeFound()
{
var g = new Graph().Traversal().WithRemote(_connectionFactory.CreateRemoteConnection());
var edgeId = await g.E().Id().Promise(t => t.Next());
var count = await g.E(edgeId).Count().Promise(t => t.Next());
Assert.Equal(1, count);
}
private Dictionary <string, ScenarioDataPerGraph> LoadDataPerGraph()
{
return(GraphNames.Select(name =>
{
var connection = _connectionFactory.CreateRemoteConnection($"g{name}");
var g = Traversal().WithRemote(connection);
return new ScenarioDataPerGraph(name, connection, GetVertices(g), GetEdges(g), GetVertexProperties(g));
}).ToDictionary(x => x.Name));
}
public ScenarioData(IMessageSerializer messageSerializer)
{
_connectionFactory = new RemoteConnectionFactory(messageSerializer);
_dataPerGraph = LoadDataPerGraph();
var empty = new ScenarioDataPerGraph("empty", _connectionFactory.CreateRemoteConnection("ggraph"),
new Dictionary <string, Vertex>(0), new Dictionary <string, Edge>(), new Dictionary <string, VertexProperty>());
_dataPerGraph.Add("empty", empty);
}
public async Task TraversalWithPointHasFilter_ExistingPoint_ElementFound()
{
var g = Traversal().WithRemote(_connectionFactory.CreateRemoteConnection());
var count = await g.V().Has("demigod", "name", "hercules").OutE("battled")
.Has("place", Geoshape.Point(38.1f, 23.7f)).Count().Promise(t => t.Next());
Assert.Equal(1, count);
}
public void ShouldUseDsl()
{
var connection = _connectionFactory.CreateRemoteConnection();
var social = AnonymousTraversalSource.Traversal().WithRemote(connection);
Assert.NotNull(social.Persons("marko").Knows("josh").Next());
Assert.Equal(27, social.Persons("marko").YoungestFriendsAge().Next());
Assert.Equal(4, social.Persons().Count().Next());
Assert.Equal(2, social.Persons("marko", "josh").Count().Next());
Assert.Equal(1, social.Persons().Filter(__Social.CreatedAtLeast(2)).Count().Next());
}
public async Task TraversalWithPointPropertyValue_PointReturned_ExpectedPoint()
{
var g = Traversal().WithRemote(_connectionFactory.CreateRemoteConnection());
var place = await g.V().Has("demigod", "name", "hercules").OutE("battled").Has("time", 1)
.Values <Point>("place").Promise(t => t.Next());
var expectedPlace = Geoshape.Point(38.1f, 23.7f);
Assert.Equal(expectedPlace.Latitude, place.Latitude, 3);
Assert.Equal(expectedPlace.Longitude, place.Longitude, 3);
}