public void GetNeigborsCollectionTest(string expected, int index)
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
Node parent = new Node();
parent.Value = "A";
LinkedList <Tuple <Node, int> > originList = new LinkedList <Tuple <Node, int> >();
Tuple <Node, int> origin = new Tuple <Node, int>(parent, 0);
originList.AddFirst(origin);
graph.AdjacencyList.AddFirst(originList);
Node child = new Node();
child.Value = "B";
graph.AddEdge(parent, new Tuple <Node, int>(child, 5));
Node c = new Node();
c.Value = "C";
graph.AddEdge(parent, new Tuple <Node, int>(c, 4));
var nodeList = graph.GetNeighbors(parent);
Assert.Equal(expected, nodeList[index].Item1.Value);
}
public void SizeTest()
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
Node parent = new Node();
parent.Value = "A";
LinkedList <Tuple <Node, int> > originList = new LinkedList <Tuple <Node, int> >();
Tuple <Node, int> origin = new Tuple <Node, int>(parent, 0);
originList.AddFirst(origin);
graph.AdjacencyList.AddFirst(originList);
Node child = new Node();
child.Value = "B";
graph.AddEdge(parent, new Tuple <Node, int>(child, 5));
Node c = new Node();
c.Value = "C";
graph.AddEdge(parent, new Tuple <Node, int>(c, 4));
int count = graph.Size();
Assert.Equal(3, count);
}
public void NeighborsCountTest()
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
Node parent = new Node();
parent.Value = "A";
LinkedList <Tuple <Node, int> > originList = new LinkedList <Tuple <Node, int> >();
Tuple <Node, int> origin = new Tuple <Node, int>(parent, 0);
originList.AddFirst(origin);
graph.AdjacencyList.AddFirst(originList);
Node child = new Node();
child.Value = "B";
graph.AddEdge(parent, new Tuple <Node, int>(child, 5));
Node c = new Node();
c.Value = "C";
graph.AddEdge(parent, new Tuple <Node, int>(c, 4));
var nodeList = graph.GetNeighbors(parent);
Assert.Equal(2, nodeList.Count);
}
public void GetNodesTestNull()
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
var nodes = graph.GetNodes();
Assert.Empty(nodes);
}
static void Main(string[] args)
{
Console.WriteLine("Hello Graphs");
Console.WriteLine("");
List <object> listTest = new List <object>();
listTest.Add("soloNode");
Graph.Classes.Graph graph = new Graph.Classes.Graph(listTest);
graph.AddEdge("Apple", "Banana", 10);
graph.AddEdge("Dog", "Cat", 22);
graph.AddEdge("xBox", "PlayStation", 7);
Console.WriteLine("Creating a new graph with 7 nodes and 3 edges");
Console.WriteLine($"Return size of graph: {graph.Size()}");
Dictionary <object, int> toNeighbor = graph.GetNeighbors("Dog");
Dictionary <object, int> fromNeighbor = graph.GetNeighbors("xBox");
//Console.WriteLine($"Return neighbor of graph from Dog node:");
foreach (var item in toNeighbor.Values)
{
//Console.WriteLine(item);
}
Console.WriteLine("Return all vertices in the graph: ");
foreach (var item in graph.Vertices)
{
Console.WriteLine(item.Value);
}
Console.ReadLine();
}
public void TestAddNode()
{
Graph.Classes.Graph testGraph1 = new Graph.Classes.Graph();
//GraphNode testNode1 = new GraphNode(5);
testGraph1.AddNode(5);
Assert.Equal(5, testGraph1.AdjList[0].Value);
}
public void NullSizeTest()
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
int count = graph.Size();
Assert.Equal(0, count);
}
static void Main(string[] args)
{
Console.WriteLine("Hello World!");
Graph.Classes.Graph graph = new Graph.Classes.Graph();
Node parent = new Node();
parent.Value = "A";
LinkedList <Tuple <Node, int> > originList = new LinkedList <Tuple <Node, int> >();
Tuple <Node, int> origin = new Tuple <Node, int>(parent, 0);
originList.AddFirst(origin);
graph.AdjacencyList.AddFirst(originList);
Node child = new Node();
child.Value = "B";
graph.AddEdge(parent, new Tuple <Node, int>(child, 5));
Node c = new Node();
c.Value = "C";
graph.AddEdge(parent, new Tuple <Node, int>(c, 4));
foreach (var item in graph.AdjacencyList)
{
foreach (var node in item)
{
Console.Write(node.Item2);
Console.WriteLine(node.Item1.Value);
}
}
var nodeList = graph.GetNodes();
foreach (var item in nodeList)
{
Console.Write(item.Value);
}
var neighbor = graph.GetNeighbors(parent);
foreach (var item in neighbor)
{
Console.Write(item.Item1.Value);
Console.WriteLine(item.Item2);
}
var count = graph.Size();
Console.WriteLine(count);
Console.ReadKey();
}
public void GetSizeEmpty()
{
List <object> listTest = new List <object>();
Graph.Classes.Graph graph = new Graph.Classes.Graph(listTest);
graph.Size();
Assert.Equal(0, graph.Size());
}
public void GetSizeTwo()
{
List <object> listTest = new List <object>();
listTest.Add("Dog");
Graph.Classes.Graph graph = new Graph.Classes.Graph(listTest);
graph.Size();
Assert.Equal(1, graph.Size());
}
public void GetSizeOne()
{
List <object> listTest = new List <object>();
Graph.Classes.Graph graph = new Graph.Classes.Graph(listTest);
graph.AddEdge("Apple", "Banana", 10);
graph.Size();
Assert.Equal(2, graph.Size());
}
public void GetEdgeTestMoney()
{
Graph.Classes.Graph graphItinerary = new Graph.Classes.Graph();
Node Pandora = new Node();
Pandora.Value = "Pandora";
Node Arendelle = new Node();
Arendelle.Value = "Arendelle";
Node Metroville = new Node();
Metroville.Value = "Metroville";
Node Monstropolis = new Node();
Monstropolis.Value = "Monstropolis";
Node Narnia = new Node();
Narnia.Value = "Narnia";
Node Naboo = new Node();
Naboo.Value = "Naboo";
LinkedList <Tuple <Node, int> > originList = new LinkedList <Tuple <Node, int> >();
Tuple <Node, int> origin = new Tuple <Node, int>(Pandora, 0);
originList.AddFirst(origin);
graphItinerary.AdjacencyList.AddFirst(originList);
graphItinerary.AddEdge(Pandora, new Tuple <Node, int>(Arendelle, 150));
graphItinerary.AddEdge(Pandora, new Tuple <Node, int>(Metroville, 82));
graphItinerary.AddEdge(Arendelle, new Tuple <Node, int>(Metroville, 99));
graphItinerary.AddEdge(Arendelle, new Tuple <Node, int>(Monstropolis, 42));
graphItinerary.AddEdge(Monstropolis, new Tuple <Node, int>(Metroville, 105));
graphItinerary.AddEdge(Monstropolis, new Tuple <Node, int>(Naboo, 73));
graphItinerary.AddEdge(Naboo, new Tuple <Node, int>(Metroville, 26));
graphItinerary.AddEdge(Naboo, new Tuple <Node, int>(Narnia, 250));
graphItinerary.AddEdge(Narnia, new Tuple <Node, int>(Metroville, 37));
Node[] cities = new Node[3] {
Pandora, Metroville, Narnia
};
var output = GetEdge(graphItinerary, cities);
Assert.Equal("$119.00", output.Item2);
}
public void NeighborsNullTest()
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
Node parent = new Node();
parent.Value = "A";
var nodeList = graph.GetNeighbors(parent);
Assert.Empty(nodeList);
}
public void GetNeighbots(object to, object from, int weight)
{
List <object> listTest = new List <object>();
Graph.Classes.Graph graph = new Graph.Classes.Graph(listTest);
graph.AddEdge(to, from, weight);
Dictionary <object, int> toNeighbor = graph.GetNeighbors(to);
Dictionary <object, int> fromNeighbor = graph.GetNeighbors(from);
Assert.True(toNeighbor.ContainsValue(weight) && fromNeighbor.ContainsValue(weight));
}
public void GetAllNodes(object one, object two, object three)
{
List <object> listTest = new List <object>();
listTest.Add(one);
listTest.Add(two);
listTest.Add(three);
Graph.Classes.Graph graphTest = new Graph.Classes.Graph(listTest);
List <Vertex> vertices = graphTest.GetNodes();
//Assert.Equal(graphTest.GetNodes()[two].Value, one);
Assert.True(listTest[0] == vertices[0].Value && listTest[1] == vertices[1].Value && listTest[2] == vertices[2].Value);
}
public void GetSizeThree()
{
List <object> listTest = new List <object>();
listTest.Add("Dog");
listTest.Add("Cat");
listTest.Add("Chocolate");
listTest.Add("Banana");
Graph.Classes.Graph graph = new Graph.Classes.Graph(listTest);
graph.AddEdge("Peach", "Orange", 10);
graph.Size();
Assert.Equal(6, graph.Size());
}
public void NullTest()
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
Node parent = new Node();
parent.Value = "A";
Node child = new Node();
child.Value = "B";
graph.AddEdge(parent, new Tuple <Node, int>(child, 5));
Assert.Empty(graph.AdjacencyList);
}
public void AddEdgeTestBAddedtoA()
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
Node parent = new Node();
parent.Value = "A";
LinkedList <Tuple <Node, int> > originList = new LinkedList <Tuple <Node, int> >();
Tuple <Node, int> origin = new Tuple <Node, int>(parent, 0);
originList.AddFirst(origin);
graph.AdjacencyList.AddFirst(originList);
Node child = new Node();
child.Value = "B";
graph.AddEdge(parent, new Tuple <Node, int>(child, 5));
Assert.Equal(parent, graph.AdjacencyList.Last.Value.Last.Value.Item1);
}
/// <summary>
/// checks if direct flight is possible
/// </summary>
/// <param name="graph">graph of cities</param>
/// <param name="cities">city iternary</param>
/// <returns>tuple contain bool and string in money format</returns>
public static Tuple <bool, string> GetEdge(Graph.Classes.Graph graph, Node[] cities)
{
if (cities.Length <= 1 || graph.AdjacencyList.Count == 0)
{
return(new Tuple <bool, string>(false, 0.ToString("C2")));
}
int money = 0;
bool exists = true;
Tuple <bool, string> costs = new Tuple <bool, string> (exists, money.ToString("C2"));
for (int i = 0; i < cities.Length - 1; i++)
{
List <Tuple <Node, int> > neighborNodes = graph.GetNeighbors(cities[i]);
foreach (var item in neighborNodes)
{
exists = false;
if (item.Item1 == cities[i + 1])
{
money += item.Item2;
exists = true;
}
if (exists)
{
break;
}
}
if (!exists)
{
break;
}
}
if (!exists)
{
return(new Tuple <bool, string>(exists, 0.ToString("C2")));
}
else
{
return(new Tuple <bool, string>(exists, money.ToString("C2")));
}
}
public void SizeTestLarge()
{
Graph.Classes.Graph graph = new Graph.Classes.Graph();
Node parent = new Node();
parent.Value = "A";
LinkedList <Tuple <Node, int> > originList = new LinkedList <Tuple <Node, int> >();
Tuple <Node, int> origin = new Tuple <Node, int>(parent, 0);
originList.AddFirst(origin);
graph.AdjacencyList.AddFirst(originList);
Node child = new Node();
child.Value = "B";
graph.AddEdge(parent, new Tuple <Node, int>(child, 5));
Node c = new Node();
c.Value = "C";
Node d = new Node();
d.Value = "D";
Node e = new Node();
e.Value = "E";
Node f = new Node();
f.Value = "F";
Node g = new Node();
g.Value = "G";
Node h = new Node();
h.Value = "H";
Node i = new Node();
i.Value = "I";
Node j = new Node();
j.Value = "J";
graph.AddEdge(parent, new Tuple <Node, int>(c, 4));
graph.AddEdge(parent, new Tuple <Node, int>(d, 4));
graph.AddEdge(parent, new Tuple <Node, int>(e, 4));
graph.AddEdge(parent, new Tuple <Node, int>(f, 4));
graph.AddEdge(parent, new Tuple <Node, int>(g, 4));
graph.AddEdge(parent, new Tuple <Node, int>(h, 4));
graph.AddEdge(parent, new Tuple <Node, int>(i, 4));
graph.AddEdge(parent, new Tuple <Node, int>(j, 4));
int count = graph.Size();
Assert.Equal(10, count);
}
static void Main(string[] args)
{
Console.WriteLine("Hello World!");
Graph.Classes.Graph graphItinerary = new Graph.Classes.Graph();
Node Pandora = new Node();
Pandora.Value = "Pandora";
Node Arendelle = new Node();
Arendelle.Value = "Arendelle";
Node Metroville = new Node();
Metroville.Value = "Metroville";
Node Monstropolis = new Node();
Monstropolis.Value = "Monstropolis";
Node Narnia = new Node();
Narnia.Value = "Narnia";
Node Naboo = new Node();
Naboo.Value = "Naboo";
LinkedList <Tuple <Node, int> > originList = new LinkedList <Tuple <Node, int> >();
Tuple <Node, int> origin = new Tuple <Node, int>(Pandora, 0);
originList.AddFirst(origin);
graphItinerary.AdjacencyList.AddFirst(originList);
graphItinerary.AddEdge(Pandora, new Tuple <Node, int>(Arendelle, 150));
graphItinerary.AddEdge(Pandora, new Tuple <Node, int>(Metroville, 82));
graphItinerary.AddEdge(Arendelle, new Tuple <Node, int>(Metroville, 99));
graphItinerary.AddEdge(Arendelle, new Tuple <Node, int>(Monstropolis, 42));
graphItinerary.AddEdge(Monstropolis, new Tuple <Node, int>(Metroville, 105));
graphItinerary.AddEdge(Monstropolis, new Tuple <Node, int>(Naboo, 73));
graphItinerary.AddEdge(Naboo, new Tuple <Node, int>(Metroville, 26));
graphItinerary.AddEdge(Naboo, new Tuple <Node, int>(Narnia, 250));
graphItinerary.AddEdge(Narnia, new Tuple <Node, int>(Metroville, 37));
Node[] cities = new Node[3] {
Pandora, Metroville, Narnia
};
for (int i = 0; i < cities.Length; i++)
{
Console.Write($"{cities[i].Value} ");
}
Console.WriteLine();
var output = GetEdge(graphItinerary, cities);
Console.WriteLine(output.Item1);
Console.WriteLine(output.Item2);
Console.ReadKey();
}
