/// <summary>
/// Run the tutorial.
/// </summary>
public void Run()
{
// graph1 -> *SerializerArrow -> UDPMulticastSenderArrow ==[IP MULTICAST]=> UDPMulticastReceiverArrow -> -> graph2
// Create two independend graphs
var graph1 = GraphFactory.CreateGenericPropertyGraph(1);
var graph2 = GraphFactory.CreateGenericPropertyGraph(2);
// Create an arrow sending all messages to UDP multicast
var UDPMulticastSenderArrow = new UDPMulticastSenderArrow <String>("224.100.0.1", IPPort.Parse(9001));
var GraphSerializer = graph1.NewGraphMLSerializer(IncludePropertyTypes: true);
var VertexSerializerArrow = GraphSerializer.NewVertexSerializerArrow(UDPMulticastSenderArrow);
var EdgeSerializerArrow = GraphSerializer.NewEdgeSerializerArrow(UDPMulticastSenderArrow);
var GraphSerializerArrow = GraphSerializer.NewGraphSerializerArrow(UDPMulticastSenderArrow);
// Connect the graph1 vertex/edge added events to the serializers
//graph1.OnVertexAdded += VertexSerializerArrow.ReceiveMessage;
//graph1.OnEdgeAdded += EdgeSerializerArrow.ReceiveMessage;
// Create an arrow receiving messages from UDP multicast
var UDPMulticastReceiverArrow = new UDPMulticastReceiverArrow <String>("224.100.0.1", IPPort.Parse(9001));
UDPMulticastReceiverArrow.OnMessageAvailable += (Sender, Message) => Console.WriteLine(Sender.Address + ":" + Sender.Port + " => " + Message);
// Populate the graph
var v1 = graph1.AddVertex(v => v.SetProperty("graph", 1));
var v2 = graph1.AddVertex(v => v.SetProperty("graph", 1));
var v3 = graph1.AddVertex(v => v.SetProperty("graph", "1"));
var v4 = graph1.AddVertex(v => v.SetProperty("graph", "2"));
var e1 = graph1.AddEdge(v1, "links", v2, e => e.SetProperty("weight", 0.34));
var e2 = graph1.AddEdge(v2, "links", v3);
GraphSerializerArrow.ReceiveMessage(graph1);
while (true)
{
Thread.Sleep(100);
}
}
/// <summary>
/// Run the tutorial.
/// </summary>
public void Run()
{
// graph1 -> *SerializerArrow -> UDPMulticastSenderArrow ==[IP MULTICAST]=> UDPMulticastReceiverArrow -> -> graph2
// Create two independend graphs
var graph1 = GraphFactory.CreateGenericPropertyGraph(1);
var graph2 = GraphFactory.CreateGenericPropertyGraph(2);
// Create an arrow sending all messages to UDP multicast
var UDPMulticastSenderArrow = new UDPMulticastSenderArrow<String>("224.100.0.1", IPPort.Parse(9001));
var GraphSerializer = graph1.NewGraphMLSerializer(IncludePropertyTypes: true);
var VertexSerializerArrow = GraphSerializer.NewVertexSerializerArrow(UDPMulticastSenderArrow);
var EdgeSerializerArrow = GraphSerializer.NewEdgeSerializerArrow (UDPMulticastSenderArrow);
var GraphSerializerArrow = GraphSerializer.NewGraphSerializerArrow (UDPMulticastSenderArrow);
// Connect the graph1 vertex/edge added events to the serializers
//graph1.OnVertexAdded += VertexSerializerArrow.ReceiveMessage;
//graph1.OnEdgeAdded += EdgeSerializerArrow.ReceiveMessage;
// Create an arrow receiving messages from UDP multicast
var UDPMulticastReceiverArrow = new UDPMulticastReceiverArrow<String>("224.100.0.1", IPPort.Parse(9001));
UDPMulticastReceiverArrow.OnMessageAvailable += (Sender, Message) => Console.WriteLine(Sender.Address + ":" + Sender.Port + " => " + Message);
// Populate the graph
var v1 = graph1.AddVertex(v => v.SetProperty("graph", 1));
var v2 = graph1.AddVertex(v => v.SetProperty("graph", 1));
var v3 = graph1.AddVertex(v => v.SetProperty("graph", "1"));
var v4 = graph1.AddVertex(v => v.SetProperty("graph", "2"));
var e1 = graph1.AddEdge (v1, "links", v2, e => e.SetProperty("weight", 0.34));
var e2 = graph1.AddEdge (v2, "links", v3);
GraphSerializerArrow.ReceiveMessage(graph1);
while (true)
{
Thread.Sleep(100);
}
}
