/*
* You should not call this method directly. Instead, call HandleAdjacentNodesAfterNodeRemoval()
*/
private void HandleNetworkResolving(List <ElectricNetworkNode> nodesToBeResolved)
{
NetworkResolver networkResolver = new NetworkResolver();
networkResolver.ResolveNetworks(nodesToBeResolved);
List <ElectricNetworkSeed> resolvedNetworkSeeds = networkResolver.resolvedNetworkSeeds;
// If only one ElectricNetworkSeed gets returned, it means that the network doesn't break up. Just one node gets removed.
if (resolvedNetworkSeeds.Count == 1)
{
return;
}
// Because all former nodes and edges now are reassigned in resolved network seeds, it is save to wipe all
// content from the network before removal (unregister all nodes and edges).
ElectricNetwork networkBeforeRemoval = nodesToBeResolved[0].connectedNetwork;
ElectricNetworkUtil.RemoveNetworkContent(networkBeforeRemoval);
// Reassign the biggest networkSeed to the network before the removal
ElectricNetworkUtil.SortBySize(resolvedNetworkSeeds);
ElectricNetworkSeed biggestNetworkSeed = resolvedNetworkSeeds[0];
ElectricNetworkUtil.AddNetworkContent(networkBeforeRemoval, biggestNetworkSeed);
Debug.Log($"INFO: There are {biggestNetworkSeed.nodes.Count} nodes in the biggest network after removing a node. ");
resolvedNetworkSeeds.Remove(biggestNetworkSeed);
// For every other networkSeed: Create a new network and populate it with the contents of the networkSeed
foreach (ElectricNetworkSeed networkSeed in resolvedNetworkSeeds)
{
ElectricNetwork electricNetwork = CreateNewElectricNetwork();
networkSeed.nodes.ForEach(node => ElectricNetworkUtil.Register(electricNetwork, node));
networkSeed.edges.ForEach(edge => ElectricNetworkUtil.Register(electricNetwork, edge));
}
}
public Form1()
{
InitializeComponent();
Database s = Database.Instance;
ServerNetworkInputHandler snih = new ServerNetworkInputHandler();
SocketResourcesManager.srm = new SocketResourcesManager(snih);
ServerCommunicationCenter.commCenter =
new ServerCommunicationCenter(
NetworkResolver.ProvideServerSocket(),
NetworkResolver.serverPort);
ServerCommunicationCenter.commCenter.StartListening();
ServerObjectGraph.sog = new ServerObjectGraph();
UdpHpServer.uhps = new UdpHpServer();
}
public void StartApp(int port)
{
string fileName = "master.dat";
ApplicationLiveData.ald = new ApplicationLiveData(port);
ClientCommunicationCenter.commCenter = new ClientCommunicationCenter(NetworkResolver.ProvideClientSocket(port), port);
ApplicationLiveData.ald.LocalEndPoint = ClientCommunicationCenter.commCenter.Socket.LocalEndPoint;
ApplicationLiveData.ald.Port = port;
ClientNetworkInputHandler.nic = new ClientNetworkInputHandler();
SocketResourcesManager.srm = new SocketResourcesManager(ClientNetworkInputHandler.nic);
ClientCommunicationCenter.commCenter.StartListening();
ApplicationLiveData.ald.ServerEndPoint = NetworkResolver.ResolveServerEndPoint();
MasterFileManager.mfm = new MasterFileManager(fileName, this);
MasterFileManager.mfm.InitMasterFile();
FileRegistrationManager.frm = new FileRegistrationManager();
ClientHashReceiver.chr = new ClientHashReceiver();
NewFileTransferManager.nftm = new NewFileTransferManager();
UdpHpClient.uhc = new UdpHpClient();
FileTransferCenter.ftc = new FileTransferCenter();
}
internal Messaging(NetworkResolver resolver)
{
this.resolver = resolver;
Current = this;
}
internal Messaging(NetworkResolver resolver)
{
this.resolver = resolver;
Current = this;
}
