public void OurPeerBecomesActiveAndDisconnectTest()
{
var p2pSession = InitializeNode();
//trigger p2p initialization
var p2pProtocol = new P2PProtocolHandler(p2pSession, new MessageSerializationService(), p2pSession.RemoteNodeId, p2pSession.RemotePort ?? 0, _logManager, new PerfService(_logManager));
var p2pArgs = new P2PProtocolInitializedEventArgs(p2pProtocol)
{
P2PVersion = 4,
Capabilities = new[] { new Capability(Protocol.Eth, 62), new Capability(Protocol.Eth, 63) }.ToList(),
};
p2pSession.TriggerProtocolInitialized(p2pArgs);
AssertTrue(() => _peerManager.ActivePeers.First().NodeStats.DidEventHappen(NodeStatsEventType.P2PInitialized), 5000);
//Assert.IsTrue();
//trigger eth62 initialization
var eth62 = new Eth62ProtocolHandler(p2pSession, new MessageSerializationService(), _synchronizationManager, _logManager, new PerfService(_logManager), _blockTree, _transactionPool, _timestamp);
var args = new EthProtocolInitializedEventArgs(eth62)
{
ChainId = _synchronizationManager.ChainId
};
p2pSession.TriggerProtocolInitialized(args);
AssertTrue(() => _peerManager.ActivePeers.First().NodeStats.DidEventHappen(NodeStatsEventType.Eth62Initialized), 5000);
//Assert.IsTrue(_peerManager.ActivePeers.First().NodeStats.DidEventHappen(NodeStatsEventType.Eth62Initialized));
AssertTrue(() => _peerManager.ActivePeers.First().SynchronizationPeer != null, 5000);
//Assert.NotNull(_peerManager.ActivePeers.First().SynchronizationPeer);
//verify active peer was added to synch manager
_synchronizationManager.Received(1).AddPeer(Arg.Any <ISynchronizationPeer>());
//trigger disconnect
p2pSession.TriggerPeerDisconnected();
//verify active peer was removed from synch manager
AssertTrue(() => _peerManager.ActivePeers.Count == 0, 5000);
Assert.AreEqual(1, _peerManager.CandidatePeers.Count);
//Assert.AreEqual(0, _peerManager.ActivePeers.Count);
_synchronizationManager.Received(1).RemovePeer(Arg.Any <ISynchronizationPeer>());
}
public void PeerBecomesActiveAndDisconnectTest()
{
var p2pSession = InitializeNode();
//trigger p2p initialization
var p2pProtocol = new P2PProtocolHandler(p2pSession, new MessageSerializationService(), p2pSession.RemoteNodeId, p2pSession.RemotePort, _logger);
var p2pArgs = new P2PProtocolInitializedEventArgs(p2pProtocol)
{
P2PVersion = 4,
Capabilities = new[] { new Capability(Protocol.Eth, 62) }.ToList()
};
p2pSession.TriggerProtocolInitialized(p2pArgs);
Assert.IsTrue(_peerManager.ActivePeers.First().NodeStats.DidEventHappen(NodeStatsEvent.P2PInitialized));
//trigger eth62 initialization
var eth62 = new Eth62ProtocolHandler(p2pSession, new MessageSerializationService(), _synchronizationManager, _logger);
var args = new Eth62ProtocolInitializedEventArgs(eth62)
{
ChainId = _synchronizationManager.ChainId
};
p2pSession.TriggerProtocolInitialized(args);
Assert.IsTrue(_peerManager.ActivePeers.First().NodeStats.DidEventHappen(NodeStatsEvent.Eth62Initialized));
Assert.NotNull(_peerManager.ActivePeers.First().SynchronizationPeer);
//verify active peer was added to synch manager
_synchronizationManager.Received(1).AddPeer(Arg.Any <ISynchronizationPeer>());
//trigger disconnect
p2pSession.TriggerPeerDisconnected();
Assert.AreEqual(0, _peerManager.NewPeers.Count);
Assert.AreEqual(0, _peerManager.ActivePeers.Count);
//verify active peer was removed from synch manager
_synchronizationManager.Received(1).RemovePeer(Arg.Any <ISynchronizationPeer>());
}
public Context VerifySyncPeersRemoved()
{
_transactionPool.Received().RemovePeer(Arg.Any <PublicKey>());
_synchronizationManager.Received().RemovePeer(Arg.Any <ISynchronizationPeer>());
return(this);
}