public static IFacetsGraph DefaultFacetsGraph(IRepositoryRegistry registry)
{
var factory = new FacetGraphFactory(registry);
var g = factory.Build();
return(g);
}
public void Build_WhenSuccessfullyCalled_HasExpectedNodesAndEdges()
{
//var bidirectedges = new List<(string, string, int)> {
// ("A", "B", 7 ), ( "A", "C", 8 ),
// ("B", "A", 7 ), ( "B", "F", 2 ),
// ("C", "A", 8 ), ( "C", "F", 6 ), ( "C", "G", 4 ),
// ("D", "F", 8 ),
// ("E", "H", 1 ),
// ("F", "B", 2 ), ( "F", "C", 6 ), ( "F", "D", 8 ), ( "F", "G", 9 ), ( "F", "H", 3),
// ("G", "C", 4 ), ( "G", "F", 9 ),
// ("H", "E", 1 ), ( "H", "F", 3 )
//};
var uniedges = new List <(string, string, int)> {
("A", "B", 7),
("A", "C", 8),
("B", "F", 2),
("C", "F", 6),
("C", "G", 4),
("D", "F", 8),
("E", "H", 1),
("F", "G", 9),
("F", "H", 3),
};
var nodeNames = new List <string> {
"A", "B", "C", "D", "E", "F", "G", "H"
};
var nodes = CreateTables(nodeNames);
var edges = CreateTableRelations(uniedges, nodes);
var aliases = new List <FacetTable> {
};
Mock <RepositoryRegistry> mockRepository = MockRepositoryRegistry(nodes, edges, aliases);
var factory = new FacetGraphFactory(mockRepository.Object);
// Act
var result = factory.Build();
// Assert
Assert.Equal(nodes.Count, result.NodeContainer.Nodes.Count());
Assert.Equal(2 * uniedges.Count, result.EdgeContaniner.Edges.Count());
}
