public NetworkTest() { Stopwatch watch = new Stopwatch(); watch.Start(); Console.WriteLine(Variables.START_INFO); //wczytaj konfiguracje FileGetter fg = new FileGetter(); int[] testVariables = new int[Variables.MAX_ARRAY_LENGTH]; testVariables = fg.readTestConfig(Variables.CONFIG_TEST_FILE); //printConfig(testVariables); //zrób graf RandGenerator rnd = new RandGenerator(); for (int tmp = 0; tmp < Variables.A; tmp++) { Network network = null; int numberOfLinks = testVariables[1]; int nodeIndex = 1; network = new Network(); for (int tmp2 = 0; tmp2 < numberOfLinks; tmp2++) { network.addConnection(testVariables[++nodeIndex], testVariables[++nodeIndex], rnd.getRandom());// } //network.printNetwork(); //Dijkstra Dijikstra dij = new Dijikstra(network.getNode(), network.getLinks()); List <Node> nodes = dij.findShortestPathOneToAll(new Node(Variables.nodeSource)); //printNodes(nodes); // dij.printPaths(); Console.ReadKey(); Path path = dij.findShortestPathOneToOne(new Node(Variables.nodeSource), new Node(Variables.nodeDestination)); List <Link> links = path.getLinks(); path.writePath(); for (int tmp3 = 0; tmp3 < links.Count; tmp3++) { Console.WriteLine(links[tmp3].getCost()); } Console.ReadKey(); //Kruskal } watch.Stop(); Console.WriteLine(watch.Elapsed.ToString()); Console.ReadKey(); //zapisanie wyników FileMaker fm = new FileMaker(Variables.TEST_FILE_OUT); fm.writeString("całkowity czas: "); fm.writeString(watch.Elapsed.ToString()); fm.close(); }
public NetworkTest() { Stopwatch watch = new Stopwatch(); watch.Start(); Console.WriteLine(Variables.START_INFO); //wczytaj konfiguracje FileGetter fg = new FileGetter(); int[] testVariables = new int[Variables.MAX_ARRAY_LENGTH]; testVariables = fg.readTestConfig(Variables.CONFIG_TEST_FILE); //printConfig(testVariables); //zrób graf RandGenerator rnd = new RandGenerator(); for (int tmp = 0; tmp < Variables.A; tmp++) { Network network = null; int numberOfLinks = testVariables[1]; int nodeIndex = 1; network = new Network(); for (int tmp2 = 0; tmp2 < numberOfLinks; tmp2++) { network.addConnection(testVariables[++nodeIndex], testVariables[++nodeIndex], rnd.getRandom());// } //network.printNetwork(); //Dijkstra Dijikstra dij = new Dijikstra(network.getNode(), network.getLinks()); List<Node> nodes = dij.findShortestPathOneToAll(new Node(Variables.nodeSource)); //printNodes(nodes); // dij.printPaths(); Console.ReadKey(); Path path = dij.findShortestPathOneToOne(new Node(Variables.nodeSource), new Node(Variables.nodeDestination)); List<Link> links = path.getLinks(); path.writePath(); for (int tmp3 = 0; tmp3 < links.Count; tmp3++) { Console.WriteLine(links[tmp3].getCost()); } Console.ReadKey(); //Kruskal } watch.Stop(); Console.WriteLine(watch.Elapsed.ToString()); Console.ReadKey(); //zapisanie wyników FileMaker fm = new FileMaker(Variables.TEST_FILE_OUT); fm.writeString("całkowity czas: "); fm.writeString(watch.Elapsed.ToString()); fm.close(); }