public void Setup()
{
rootRouter = new LocalRouter(new LocalRouterConfiguration()
{
NodeIdentifier = "root_router"
});
innerRouter1 = new LocalRouter(new LocalRouterConfiguration()
{
NodeIdentifier = "inner_router_1"
});
innerRouter1_1 = new LocalRouter(new LocalRouterConfiguration()
{
NodeIdentifier = "inner_router_1_1"
});
innerRouter1_2 = new LocalRouter(new LocalRouterConfiguration()
{
NodeIdentifier = "inner_router_1_2"
});
innerRouter2 = new LocalRouter(new LocalRouterConfiguration()
{
NodeIdentifier = "inner_router_2"
});
terminal1 = new LocalTerminal(new LocalTerminalConfiguration()
{
NodeIdentifier = "terminal1"
});
terminal2 = new LocalTerminal(new LocalTerminalConfiguration()
{
NodeIdentifier = "terminal2"
});
terminal3 = new LocalTerminal(new LocalTerminalConfiguration()
{
NodeIdentifier = "terminal3"
});
terminal4 = new LocalTerminal(new LocalTerminalConfiguration()
{
NodeIdentifier = "terminal4"
});
terminal5 = new LocalTerminal(new LocalTerminalConfiguration()
{
NodeIdentifier = "terminal5"
});
terminal6 = new LocalTerminal(new LocalTerminalConfiguration()
{
NodeIdentifier = "terminal6"
});
terminal7 = new LocalTerminal(new LocalTerminalConfiguration()
{
NodeIdentifier = "terminal7"
});
}
public void Setup()
{
rootRouter = new LocalRouter(new LocalRouterConfiguration() { NodeIdentifier = "root_router" });
innerRouter1 = new LocalRouter(new LocalRouterConfiguration() { NodeIdentifier = "inner_router_1" });
innerRouter1_1 = new LocalRouter(new LocalRouterConfiguration() { NodeIdentifier = "inner_router_1_1" });
innerRouter1_2 = new LocalRouter(new LocalRouterConfiguration() { NodeIdentifier = "inner_router_1_2" });
innerRouter2 = new LocalRouter(new LocalRouterConfiguration() { NodeIdentifier = "inner_router_2" });
terminal1 = new LocalTerminal(new LocalTerminalConfiguration() { NodeIdentifier = "terminal1" });
terminal2 = new LocalTerminal(new LocalTerminalConfiguration() { NodeIdentifier = "terminal2" });
terminal3 = new LocalTerminal(new LocalTerminalConfiguration() { NodeIdentifier = "terminal3" });
terminal4 = new LocalTerminal(new LocalTerminalConfiguration() { NodeIdentifier = "terminal4" });
terminal5 = new LocalTerminal(new LocalTerminalConfiguration() { NodeIdentifier = "terminal5" });
terminal6 = new LocalTerminal(new LocalTerminalConfiguration() { NodeIdentifier = "terminal6" });
terminal7 = new LocalTerminal(new LocalTerminalConfiguration() { NodeIdentifier = "terminal7" });
}
public void Setup()
{
testObj = new LocalRouter(new LocalRouterConfiguration()
{
NodeIdentifier = "router1"
});
accessibleLocalNode.Setup((n) => n.Guid).Returns(accessibleLocalNodeGuid);
accessibleLocalNode.Setup((n) => n.Role).Returns(DipRole.LocalRouter);
accessibleLocalNode.Setup((n) => n.PeerParentAsync(testObj)).Returns(Task.FromResult <IPeeringResult>(new PeeringResult(PeeringState.Connected, testObj)));
unaccessibleLocalNode.Setup((n) => n.Guid).Returns(unaccessibleLocalNodeGuid);
unaccessibleLocalNode.Setup((n) => n.Role).Returns(DipRole.LocalRouter);
unaccessibleLocalNode.Setup((n) => n.PeerParentAsync(testObj)).Returns(Task.FromResult <IPeeringResult>(new PeeringResult(PeeringState.Disconnected, testObj, unaccessibleLocalNodePeeringException)));
accessibleRemoteRelay.Setup((n) => n.Guid).Returns(accessibleRemoteRelayGuid);
accessibleRemoteRelay.Setup((n) => n.Role).Returns(DipRole.RemoteRouter);
accessibleRemoteRelay.Setup((n) => n.PeerParentAsync(testObj)).Returns(Task.FromResult <IPeeringResult>(new PeeringResult(PeeringState.Connected, testObj)));
unaccessibleRemoteTerminal.Setup((n) => n.Guid).Returns(unaccessibleRemoteTerminalGuid);
unaccessibleRemoteTerminal.Setup((n) => n.Role).Returns(DipRole.RemoteTerminal);
}
private void SuccessfullyPeerRouterWithChild(LocalRouter router, IDipNode node)
{
var result = node.PeerParentAsync(router).Result;
Assert.AreEqual(PeeringState.Connected, result.PeeringState);
}
protected void Init()
{
_router = new LocalRouter <T>();
_router.Init();
}
private void SuccessfullyPeerRouterWithChild(LocalRouter router, IDipNode node)
{
var result = node.PeerParentAsync(router).Result;
Assert.AreEqual(PeeringState.Connected, result.PeeringState);
}
public void Setup()
{
testObj = new LocalRouter(new LocalRouterConfiguration() { NodeIdentifier = "router1" });
accessibleLocalNode.Setup((n) => n.Guid).Returns(accessibleLocalNodeGuid);
accessibleLocalNode.Setup((n) => n.Role).Returns(DipRole.LocalRouter);
accessibleLocalNode.Setup((n) => n.PeerParentAsync(testObj)).Returns(Task.FromResult<IPeeringResult>(new PeeringResult(PeeringState.Connected, testObj)));
unaccessibleLocalNode.Setup((n) => n.Guid).Returns(unaccessibleLocalNodeGuid);
unaccessibleLocalNode.Setup((n) => n.Role).Returns(DipRole.LocalRouter);
unaccessibleLocalNode.Setup((n) => n.PeerParentAsync(testObj)).Returns(Task.FromResult<IPeeringResult>(new PeeringResult(PeeringState.Disconnected, testObj, unaccessibleLocalNodePeeringException)));
accessibleRemoteRelay.Setup((n) => n.Guid).Returns(accessibleRemoteRelayGuid);
accessibleRemoteRelay.Setup((n) => n.Role).Returns(DipRole.RemoteRouter);
accessibleRemoteRelay.Setup((n) => n.PeerParentAsync(testObj)).Returns(Task.FromResult<IPeeringResult>(new PeeringResult(PeeringState.Connected, testObj)));
unaccessibleRemoteTerminal.Setup((n) => n.Guid).Returns(unaccessibleRemoteTerminalGuid);
unaccessibleRemoteTerminal.Setup((n) => n.Role).Returns(DipRole.RemoteTerminal);
}
