public void testWyznaczSciezke()
{
Siec network = new Siec();
Wezel w1 = new Wezel(1, "127.0.0.1");
Wezel w2 = new Wezel(2, "127.0.0.2");
Wezel w3 = new Wezel(3, "127.0.0.3");
network.wezly.Add(w1);
network.wezly.Add(w2);
network.wezly.Add(w3);
network.krawedzie.Add(new Lacze(12, w1, w2));
network.krawedzie.Add(new Lacze(23, w2, w3));
short band = 5;
short frequency = 6;
Sciezka path = new Sciezka(w1, w3);
network.algorytmFloyda();
path.wyznaczSciezke(w1, w2, band, frequency, network);
Assert.AreNotEqual(0, path.WezlySciezki.Count);
Assert.AreNotEqual(0, path.KrawedzieSciezki.Count);
Assert.AreEqual(w1.ip, path.WezlySciezki[0].ip);
Assert.AreEqual(w2.ip, path.WezlySciezki[1].ip);
Assert.AreEqual(w3.ip, path.WezlySciezki[2].ip);
}
public List <SubNetworkPointPool> getPathOfSNPPs(SubNetworkPointPool beginningNetworkPointPool,
SubNetworkPointPool endNetworkPointPool, short band, Siec network)
{
//Zamiana adresow IP na inty
int beginID = ipToInt(beginningNetworkPointPool.snps[0].ipaddress);
int endID = ipToInt(endNetworkPointPool.snps[0].ipaddress);
//Tworzenie wezlow
Wezel beginNode = new Wezel(beginID, beginID, beginID, beginningNetworkPointPool.snps[0].ipaddress.ToString());
Wezel endNode = new Wezel(endID, endID, endID, endNetworkPointPool.snps[0].ipaddress.ToString());
//Wyszukiwanie sciezki
Sciezka path = new Sciezka();
path.wyznaczSciezke(beginNode, endNode, network.zwrocTabliceKierowaniaLaczami,
network.zwrocTabliceKierowaniaWezlami, ref network.wezly, band, network.Koszty);
if (path.KrawedzieSciezki.Count != 0)
{
network.sciezki.Add(path);
}
//network.zwroc_sciezki.Find((x) => x.Wezel1 == beginNode && x.Wezel2 == endNode));network.zwroc_sciezki.Find((x) => x.Wezel1 == beginNode && x.Wezel2 == endNode);
//Gdy sciezki w networki nie ma, to nie da sie ustanowic polaczenia
if (path == null)
{
return(null);
}
else
{
List <SubNetworkPointPool> SNPPs = new List <SubNetworkPointPool>();
foreach (Wezel w in path.WezlySciezki)
{
SubNetworkPoint snp = new SubNetworkPoint(IPAddress.Parse(w.ip));
SubNetworkPointPool snpp = new SubNetworkPointPool();
snpp.Add(snp);
SNPPs.Add(snpp);
}
//Zwracanie listy SNPPów, gdzie kazdy z nich zawiera po jednym SNP.
return(SNPPs);
}
}
public NetworkPath getNetworkPath(SubNetworkPointPool beginningNetworkPointPool,
SubNetworkPointPool endNetworkPointPool, short band, Siec network, short frequency)
{
//Zamiana adresow IP na inty
int beginID = ipToInt(beginningNetworkPointPool.snps[0].ipaddress);
int endID = ipToInt(endNetworkPointPool.snps[0].ipaddress);
//Tworzenie wezlow
Wezel beginNode = this.network.wezly.Find(x => x.SNPP == beginningNetworkPointPool); // new Wezel(beginID, beginID, beginID, beginningNetworkPointPool.snps[0].ipaddress.ToString());
Wezel endNode = this.network.wezly.Find(x => x.SNPP == endNetworkPointPool); //new Wezel(endID, endID, endID, endNetworkPointPool.snps[0].ipaddress.ToString());
//Wyszukiwanie sciezki
Sciezka path = new Sciezka();
//path.wyznaczSciezke(beginNode, endNode, network.zwrocTabliceKierowaniaLaczami,
//network.zwrocTabliceKierowaniaWezlami, ref network.wezly, band, network.Koszty, frequency);
path.wyznaczSciezke(beginNode, endNode, band, frequency, network);
//Gdy sciezki w networki nie ma, to nie da sie ustanowic polaczenia
if (path.KrawedzieSciezki.Count != 0)
{
//Nowy obiekt klasy NetworkPath ze ścieżką "path"
NetworkPath networkPath = new NetworkPath(path);
//Dodawanie do dodanych sciezek
this.pathsCopy.Add(networkPath);
network.sciezki.Add(path);
return(networkPath);
}
//Sciezka jest pusta
else
{
return(null);
}
//network.zwroc_sciezki.Find((x) => x.Wezel1 == beginNode && x.Wezel2 == endNode));network.zwroc_sciezki.Find((x) => x.Wezel1 == beginNode && x.Wezel2 == endNode);
}
public void testRoutePathsInNetwork()
{
Siec network = new Siec();
List <Wezel> nodes = new List <Wezel>();
List <IPAddress> ips = new List <IPAddress>();
List <Lacze> links = new List <Lacze>();
ips.Add(IPAddress.Parse("127.0.0.2"));
ips.Add(IPAddress.Parse("127.0.0.31"));
ips.Add(IPAddress.Parse("127.0.0.17"));
ips.Add(IPAddress.Parse("127.0.0.4"));
ips.Add(IPAddress.Parse("127.0.0.33"));
ips.Add(IPAddress.Parse("127.0.0.15"));
ips.Add(IPAddress.Parse("127.0.0.6"));
nodes.Add(new Wezel(2, "127.0.0.2"));
nodes.Add(new Wezel(31, "127.0.0.31"));
nodes.Add(new Wezel(17, "127.0.0.17"));
nodes.Add(new Wezel(4, "127.0.0.4"));
nodes.Add(new Wezel(33, "127.0.0.33"));
nodes.Add(new Wezel(15, "127.0.0.15"));
nodes.Add(new Wezel(6, "127.0.0.6"));
//Dodawanie krawedzi
links.Add(new Lacze(0, nodes[0], nodes[1], 1, 0)); //2-31
links.Add(new Lacze(1, nodes[1], nodes[2], 1, 0)); //31-17
links.Add(new Lacze(2, nodes[2], nodes[3], 1, 0)); //17-4
links.Add(new Lacze(3, nodes[2], nodes[4], 1, 0)); //17-33
links.Add(new Lacze(4, nodes[2], nodes[5], 1, 0)); //17-15
links.Add(new Lacze(5, nodes[4], nodes[5], 1, 0)); //33-15
links.Add(new Lacze(6, nodes[5], nodes[6], 1, 0)); //15-6
links.Add(new Lacze(7, nodes[1], nodes[0], 1, 0)); //31-2
links.Add(new Lacze(8, nodes[2], nodes[1], 1, 0)); //17-31
links.Add(new Lacze(9, nodes[3], nodes[2], 1, 0)); //4-17
links.Add(new Lacze(10, nodes[4], nodes[2], 1, 0)); //33-17
links.Add(new Lacze(11, nodes[5], nodes[2], 1, 0)); //15-17
links.Add(new Lacze(12, nodes[5], nodes[4], 1, 0)); //15-33
links.Add(new Lacze(13, nodes[6], nodes[5], 1, 0)); //6-15
//DOdanie wszystkich krawedzi do sieci
network.krawedzie.AddRange(links);
//Dodanie wszystkich wezlow do sieci
network.wezly.AddRange(nodes);
//zapuszczenie algorytmu floyda
network.algorytmFloyda();
//elementy sieci nie powinny byc zerowe
Assert.IsFalse(network.Koszty.Length == 0);
Assert.IsFalse(network.wezly.Count == 0);
Assert.AreEqual(network.wezly.Count * network.wezly.Count, network.Koszty.Length);
Assert.IsFalse(network.krawedzie.Count == 0);
Assert.IsTrue(network.sprawdzSpojnosc());
Sciezka path2_6 = new Sciezka(nodes[0], nodes[6]);
path2_6.wyznaczSciezke(path2_6.Wezel1, path2_6.Wezel2, network.zwrocTabliceKierowaniaLaczami,
network.zwrocTabliceKierowaniaWezlami, ref network.wezly, 1, network.Koszty, 1);
path2_6.wyznaczWezly(path2_6.Wezel1);
path2_6.pokazSciezke();
Assert.IsTrue(path2_6.WezlySciezki.Contains(nodes[0]));
Assert.IsTrue(path2_6.WezlySciezki.Contains(nodes[1]));
Assert.IsTrue(path2_6.WezlySciezki.Contains(nodes[2]));
Assert.IsTrue(path2_6.WezlySciezki.Contains(nodes[5]));
Assert.IsTrue(path2_6.WezlySciezki.Contains(nodes[6]));
//Wyswietlenie tablic Floydowych
//network.tabliceFloyd(network.zwrocTabliceKierowaniaLaczami, network.zwrocTabliceKierowaniaWezlami, network.Koszty);
}
public void testTables1()
{
Siec network = new Siec();
List <Wezel> nodes = new List <Wezel>();
List <IPAddress> ips = new List <IPAddress>();
List <Lacze> links = new List <Lacze>();
ips.Add(IPAddress.Parse("127.0.0.1"));
ips.Add(IPAddress.Parse("127.0.0.2"));
ips.Add(IPAddress.Parse("127.0.0.3"));
ips.Add(IPAddress.Parse("127.0.0.4"));
ips.Add(IPAddress.Parse("127.0.0.5"));
ips.Add(IPAddress.Parse("127.0.0.6"));
ips.Add(IPAddress.Parse("127.0.0.7"));
//Tworzenie wezlow o id odpowiadajacych adresom IP z listy
for (int i = 0; i < ips.Count; i++)
{
nodes.Add(new Wezel(i + 1, ips[i].ToString()));
}
//Dodawanie krawedzi
links.Add(new Lacze(0, nodes[0], nodes[3], 1));
links.Add(new Lacze(1, nodes[3], nodes[6], 1));
links.Add(new Lacze(2, nodes[6], nodes[2], 1));
links.Add(new Lacze(3, nodes[2], nodes[1], 1));
links.Add(new Lacze(4, nodes[3], nodes[4], 1));
links.Add(new Lacze(5, nodes[4], nodes[5], 1));
links.Add(new Lacze(6, nodes[5], nodes[3], 1));
links.Add(new Lacze(7, nodes[3], nodes[0], 1));
links.Add(new Lacze(8, nodes[1], nodes[3], 1));
//DOdanie wszystkich krawedzi do sieci
network.krawedzie.AddRange(links);
//Dodanie wszystkich wezlow do sieci
network.wezly.AddRange(nodes);
//zapuszczenie algorytmu floyda
network.algorytmFloyda();
//elementy sieci nie powinny byc zerowe
Assert.IsFalse(network.Koszty.Length == 0);
Assert.IsFalse(network.wezly.Count == 0);
Assert.AreEqual(network.wezly.Count * network.wezly.Count, network.Koszty.Length);
Assert.IsFalse(network.krawedzie.Count == 0);
Assert.IsTrue(network.sprawdzSpojnosc());
/*
* Assert.AreEqual(4, network.zwrocTabliceKierowaniaWezlami[0, 3].idWezla);
* Assert.AreEqual(7, network.zwrocTabliceKierowaniaWezlami[3, 2].idWezla);
* Assert.AreEqual(7, network.zwrocTabliceKierowaniaWezlami[3, 1].idWezla);
* Assert.AreEqual(4, network.zwrocTabliceKierowaniaWezlami[0, 6].idWezla);
* Assert.AreEqual(4, network.zwrocTabliceKierowaniaWezlami[0, 2].idWezla);
* Assert.AreEqual(4, network.zwrocTabliceKierowaniaWezlami[0, 1].idWezla);
* Assert.AreEqual(4, network.zwrocTabliceKierowaniaWezlami[0, 4].idWezla);
* Assert.AreEqual(4, network.zwrocTabliceKierowaniaWezlami[0, 5].idWezla);
* Assert.AreEqual(5, network.zwrocTabliceKierowaniaWezlami[3, 5].idWezla);
* Assert.AreEqual(6, network.zwrocTabliceKierowaniaWezlami[4, 5].idWezla); */
Sciezka path1_2 = new Sciezka(nodes[0], nodes[1]);
path1_2.KrawedzieSciezki = path1_2.wyznaczSciezke(path1_2.Wezel1, path1_2.Wezel2, network.zwrocTabliceKierowaniaLaczami,
network.zwrocTabliceKierowaniaWezlami, ref network.wezly, 1, network.Koszty, 10);
path1_2.wyznaczWezly(path1_2.Wezel1);
path1_2.pokazSciezke();
Assert.IsTrue(path1_2.WezlySciezki.Contains(nodes[0]));
Assert.IsTrue(path1_2.WezlySciezki.Contains(nodes[3]));
Assert.IsTrue(path1_2.WezlySciezki.Contains(nodes[6]));
Assert.IsTrue(path1_2.WezlySciezki.Contains(nodes[2]));
Assert.IsTrue(path1_2.WezlySciezki.Contains(nodes[1]));
//Wyswietlenie tablic Floydowych
//network.tabliceFloyd(network.zwrocTabliceKierowaniaLaczami, network.zwrocTabliceKierowaniaWezlami, network.Koszty);
}