public void Given_a_route_of_B_to_B_then_return_the_shortest_distance_available_to_travel()
{
var routingData = TestData.ConnectedStations;
var routesFinder = new RouteFinder(routingData);
var distance = routesFinder.GetShortestRoute("B", "B").TotalDistance;
Assert.That(distance, Is.EqualTo(9));
}
public static void Main(string[] args)
{
Action <object> cw = (obj) => Console.WriteLine(obj.ToString());
cw("-----");
IMatrix matrix = new StandardMatrix("AB5, BC4, CD8, DC8, DE6, AD5, CE2, EB3, AE7");
// Calculate distances
cw("#1 " + new Route("ABC", matrix));
cw("#2 " + new Route("AD", matrix));
cw("#3 " + new Route("ADC", matrix));
cw("#4 " + new Route("AEBCD", matrix));
cw("#5 " + new Route("AED", matrix));
var finder = new RouteFinder(matrix);
// Output 6 -> 2
cw("---");
var routes = finder.GetRoutesWithLessOrMaxStops("C", "C", 3);
cw("#6 " + routes.Select(x => x.ToString()).Aggregate((current, next) => current + "\n#6 " + next));
// Output 7 -> 3
cw("---");
routes = finder.GetRoutesWithMaxStops("A", "C", 4);
cw("#7 " + routes.Select(x => x.ToString()).Aggregate((current, next) => current + "\n#7 " + next));
cw("---");
// Output 8,9 -> 9
var route = finder.GetShortestRoute("A", "C");
cw("#8 " + route);
route = finder.GetShortestRoute("B", "B");
cw("#9 " + route);
// Output 10
routes = finder.GetRoutes("C", "C", 30);
cw("#10 Number of routes C to C with distance 30 " + routes.Count());
}
