public void TestDisconnectClient()
{
Until((port, done) =>
{
var server = new ReverseAsyncSocket();
server.Listen(port, socket => socket.Disconnect());
var count = 2;
var client = new ReverseAsyncSocket();
client.Read((id, command, text) => { });
client.Disconnect(() => done(--count == 0));
client.Connect(Host, port, () => client.Disconnect(() => done(--count == 0)));
});
}
public void TestServerDisconnect()
{
Until((port, done) =>
{
var server = new ReverseAsyncSocket();
server.Listen(port, socket =>
{
socket.Disconnect(done);
socket.Read((id, command, text) => { });
});
var client = new ReverseAsyncSocket();
client.Connect("localhost", port, client.Disconnect);
});
}
public void TestPingPong()
{
Until((port, done) =>
{
var server = new ReverseAsyncSocket();
server.Listen(port, socket => socket.ReadString((id, command, text) =>
{
Assert.GreaterOrEqual(id, 42);
Assert.LessOrEqual(id, 43);
Assert.AreEqual("Hello", text);
var res = (new[] { "eirikb", "world!" })[43 - id];
socket.Write(id + 1, res);
}));
var client = new ReverseAsyncSocket();
client.ReadString((id, command, text) =>
{
Assert.GreaterOrEqual(id, 43);
Assert.LessOrEqual(id, 44);
if (id != 43)
{
return;
}
Assert.AreEqual("world!", text);
client.Write(id, "Hello");
});
client.Connect(Host, port, () =>
{
client.ReadString((id, command, text) =>
{
Assert.GreaterOrEqual(id, 43);
Assert.LessOrEqual(id, 44);
if (id != 44)
{
return;
}
Assert.AreEqual("eirikb", text);
done();
});
client.Write(42, "Hello");
});
});
}
public void TestPingClient()
{
Until((port, done) =>
{
var server = new ReverseAsyncSocket();
server.Listen(port, socket => socket.Read((id, command, data) =>
{
var text = Encoding.UTF8.GetString(data);
Assert.AreEqual(7, id);
Assert.AreEqual("Hello", text);
done();
}));
var client = new ReverseAsyncSocket();
client.Connect(Host, port, () => client.Write(7, "Hello"));
});
}
public void FullTest()
{
Until((port, done) =>
{
var serverPortA = port + 1;
var serverPortB = port + 2;
var serverA = new AsyncSocket();
var serverB = new AsyncSocket();
var clientA = new AsyncSocket();
var reverseServer = new ReverseAsyncSocket();
var reverseClient = new ReverseAsyncSocket();
var netro = new Netro.Netro();
serverA.Listen(serverPortA);
serverB.Listen(serverPortB);
reverseServer.Listen(port);
netro.ReverseServerToServer(reverseServer, serverA);
netro.ReverseClientToClient(reverseClient, Host, serverPortB);
reverseServer.Connect(s =>
{
serverB.Connect(socket => socket.Read(text =>
{
Assert.AreEqual("Hello", text);
socket.Write("world!");
}));
clientA.Connect(Host, serverPortA, () =>
{
clientA.Write("Hello");
clientA.Read(text =>
{
Assert.AreEqual("world!", text);
done();
});
});
});
reverseClient.Connect(Host, port, () => { });
});
}
public void TestReverseServerToServer()
{
Until((port, done) =>
{
var reverseServer = new ReverseAsyncSocket();
var server = new AsyncSocket();
var reverseClient = new ReverseAsyncSocket();
var client = new AsyncSocket();
var netro = new Netro.Netro();
var serverPort = port + 1;
reverseServer.Listen(port);
server.Listen(serverPort);
netro.ReverseServerToServer(reverseServer, server);
reverseClient.ReadString((tid, command, text) =>
{
Assert.AreEqual("Hello", text);
reverseClient.Write(tid, "world!");
});
client.Read(text =>
{
Assert.AreEqual("world!", text);
done();
});
reverseClient.Connect(Host, port,
() =>
{
client.Connect(Host, serverPort, () =>
{
client.Write("Hello");
});
});
});
}
public void ReverseClientToClient()
{
Until((port, done) =>
{
var serverPort = port + 1;
var reverseServer = new ReverseAsyncSocket();
var server = new AsyncSocket();
var reverseClient = new ReverseAsyncSocket();
var netro = new Netro.Netro();
netro.ReverseClientToClient(reverseClient, Host, serverPort);
reverseServer.Listen(port);
server.Listen(serverPort);
reverseClient.Connect(Host, port, () => { });
server.Connect(socket => socket.Read(text =>
{
Assert.AreEqual("Hello", text);
socket.Write("world!");
}));
reverseServer.Connect(socket =>
{
socket.ReadString((id, command, text) =>
{
Assert.AreEqual("world!", text);
done();
});
socket.Write(42, "Hello");
});
});
}