/// <typeparam name="P">Path</typeparam>
/// <typeparam name="E">Edge</typeparam>
/// <typeparam name="V">Vertex</typeparam>
/// <typeparam name="W">Weight</typeparam>
/// <param name="edges">list of edges</param>
public static void ValidateEdgesForGraphCreation <P, E, V, W>(IList <E> edges)
where P : PathGenerics <E, V, W>
where E : EdgeGenerics <V, W>
where V : Vertex
where W : Weight
{
GraphEdgesValidator <P, E, V, W> graphEdgesValidator = CreateGraphEdgesValidator <P, E, V, W>();
graphEdgesValidator.ValidateEdgesAsAcceptableInputForGraphConstruction(edges);
}
public void setUp()
{
graphEdgesValidator = GraphEdgesValidator <Path, Edge, Vertex, Weight> .CreateGraphEdgesValidator <Path, Edge, Vertex, Weight>();
vertexA = createTestVertex("A");
vertexB = createTestVertex("B");
vertexC = createTestVertex("C");
vertexD = createTestVertex("D");
vertexWithNullAsId = createTestVertex(null);
vertexWithEmptyStringAsId = createTestVertex("");
vertexWithSomeSpacesAsId = createTestVertex(" ");
// interface method for Weight use primitive type as return type in method: "public double getWeightValue()"
// i.e. since it does not return an instance of class "Double" (capital "D") we do not have any null value tests here
weight5 = createTestWeight(5);
weight6 = createTestWeight(6);
weight7 = createTestWeight(7);
mapForValidatingUniqueEdgeId = new Dictionary <string, bool>();
mapForValidatingUniqueVerticesIds = new Dictionary <string, bool>();
}
