/// <summary>
/// Run the communication machine
/// </summary>
public void Run()
{
m_BlockchainStore = new BlockchainStore();
Network.INetworkAgentAPI _newNetwork = new CommunicationEngine(m_BlockchainStore);
m_Agent = new AgentAPI.AgentServices(m_BlockchainStore, _newNetwork, Log);
_newNetwork.initP2PServer();
}
public async Task ConnectToPeersTestMethod()
{
WebSocketConnection _connection = null;
List <string> _log = new List <string>();
Task _server = WebSocketServer.Server(3001, x => { _connection = x; x.onMessage = m => _log.Add($"received message by test WS: {m}"); });
TestRepositoryNetwork _repository = new TestRepositoryNetwork();
using (CommunicationEngine _new = new CommunicationEngine(_repository, -1, x => _log.Add(x)))
{
Assert.AreEqual <int>(2, _log.Count);
Assert.IsTrue(_repository.IsCosistent);
Uri[] _peers = new Uri[] { new Uri("ws://localhost:3001") };
_new.ConnectToPeers(_peers);
await Task.Delay(200);
Assert.IsNotNull(_connection);
Assert.AreEqual <int>(5, _log.Count);
Message _requestLast = new Message()
{
data = string.Empty, type = Message.MessageType.QUERY_LATEST
};
await _connection.SendAsync(_requestLast.Stringify <Message>());
await Task.Delay(300);
Assert.AreEqual <int>(8, _log.Count);
Assert.IsTrue(_log[7].Contains("received message by test"));
}
foreach (string _message in _log.ToArray())
{
Debug.WriteLine(_message);
}
}
public MainshellViewModel()
{
TopMenu = new ObservableCollection <UserControl>();
TopMenu.Add(new TopMenu());
configPath = Directory.GetCurrentDirectory() + "..\\..\\..\\open_dnp3_slave.xml";
XDocument document = XDocument.Load(configPath);
XNamespace ns = document.Root.GetDefaultNamespace();
switch (ns.NamespaceName)
{
case "http://www.dnp3.org/DNP3/DeviceProfile/Jan2010":
configParser = new DNP3DeviceProfileJan2010Parser(document);
((DNP3DeviceProfileJan2010Parser)configParser).Parse();
lock (Database.DatabaseLock)
{
foreach (AnalogInputPoint analog in ((DNP3DeviceProfileJan2010Parser)configParser).Configuration.DataPointsListConfiguration.AnalogInputPoints)
{
Database.AnalogInputPoints.Add(analog);
}
}
CommunicationEngine communicationEngine = new CommunicationEngine(((DNP3DeviceProfileJan2010Parser)configParser).Configuration.NetworkConfiguration.IpAddress, 20000);
break;
}
Task.Factory.StartNew(() => AnalogPointsSimulation());
}
public void ConstructorTestMethod()
{
List <string> _log = new List <string>();
TestRepositoryNetwork _repository = new TestRepositoryNetwork();
using (CommunicationEngine _new = new CommunicationEngine(_repository, -1, x => _log.Add(x)))
{
Assert.AreEqual <int>(2, _log.Count);
Assert.IsTrue(_repository.IsCosistent);
}
}
/// <summary>
/// Run the communication machine
/// </summary>
public async Task Run(int p2pPortNumber, int _AgentHTTPServerPortNumber)
{
try
{
m_BlockchainStore = new BlockchainStore(Log);
m_CommunicationEngine = new CommunicationEngine(m_BlockchainStore, p2pPortNumber, Log);
m_Agent = new AgentAPI.AgentServices(m_BlockchainStore, m_CommunicationEngine, _AgentHTTPServerPortNumber, Log);
await m_CommunicationEngine.InitP2PServerAsync();
}
catch (Exception ex)
{
Log($"The aplikcation has been handled by the exception {ex}");
}
}
