static void Main(string[] args)
{
Testbench app = new Testbench();
Router[] routers = new Router[7];
routers[0] = new Router("r1");
routers[1] = new Router("r2");
routers[2] = new Router("r3");
routers[3] = new Router("r4");
routers[4] = new Router("r5");
routers[5] = new Router("r6");
routers[6] = new Router("r7");
Link[] links = new Link[9];
links[0] = new Link(routers[0], routers[1], 2);
links[1] = new Link(routers[0], routers[4], 4);
links[2] = new Link(routers[1], routers[2], 4);
links[3] = new Link(routers[1], routers[3], 2);
links[4] = new Link(routers[1], routers[4], 1);
links[5] = new Link(routers[2], routers[5], 2);
links[6] = new Link(routers[3], routers[5], 3);
links[7] = new Link(routers[4], routers[6], 1);
links[8] = new Link(routers[5], routers[6], 2);
foreach (Router router in routers)
{
router.InitializeAllLinks();
app.AddRouter(router, router);
}
while (true)
{
Console.Clear();
Console.WriteLine("Bellman-Ford Spanning Tree Solver\nJames Thorne. University of York 2013\nhttp://james.thorne.jp\nPress [enter] to signal routers to broadcast\n");
app.Iterate();
Console.ReadLine();
}
}
static void Main(string[] args)
{
Testbench app = new Testbench();
Router[] routers = new Router[7];
routers[0] = new Router("r1");
routers[1] = new Router("r2");
routers[2] = new Router("r3");
routers[3] = new Router("r4");
routers[4] = new Router("r5");
routers[5] = new Router("r6");
routers[6] = new Router("r7");
Link[] links = new Link[9];
links[0] = new Link(routers[0], routers[1], 2);
links[1] = new Link(routers[0], routers[4], 4);
links[2] = new Link(routers[1], routers[2], 4);
links[3] = new Link(routers[1], routers[3], 2);
links[4] = new Link(routers[1], routers[4], 1);
links[5] = new Link(routers[2], routers[5], 2);
links[6] = new Link(routers[3], routers[5], 3);
links[7] = new Link(routers[4], routers[6], 1);
links[8] = new Link(routers[5], routers[6], 2);
foreach (Router router in routers)
{
router.InitializeAllLinks();
app.AddRouter(router, router);
}
while (true)
{
Console.Clear();
Console.WriteLine("Bellman-Ford Spanning Tree Solver\nJames Thorne. University of York 2013\nhttp://james.thorne.jp\nPress [enter] to signal routers to broadcast\n");
app.Iterate();
Console.ReadLine();
}
}