public void TestConnecting()
{
TcpPeerMessenger messenger1 = new TcpPeerMessenger(new MessageSerializer());
TcpPeerMessenger messenger2 = new TcpPeerMessenger(new MessageSerializer());
TcpPeerMessenger messenger3 = new TcpPeerMessenger(new MessageSerializer());
async Task testAction()
{
int acceptedClientsCount = 0;
messenger3.ClientAccepted += (s, a) => acceptedClientsCount++;
IPEndPoint endPoint3 = GetMessengerEndPoint(messenger3);
await messenger1.ConnectToAsync(endPoint3);
await messenger2.ConnectToAsync(endPoint3);
await Task.Delay(300);
Assert.Equal(2, acceptedClientsCount);
Assert.Equal(2, messenger3.TcpClients.Count);
Assert.Equal(1, messenger1.TcpClients.Count);
Assert.Equal(1, messenger2.TcpClients.Count);
Assert.Equal(endPoint3.Port, ((IPEndPoint)(messenger1.TcpClients.First().Client.RemoteEndPoint)).Port);
}
StartMessengersAndExecuteActionWhenAllStarted(new[] { messenger1, messenger2, messenger3 }, testAction);
}
public void TestCommunication()
{
TcpPeerMessenger messenger1 = new TcpPeerMessenger(new MessageSerializer());
TcpPeerMessenger messenger2 = new TcpPeerMessenger(new MessageSerializer());
async Task testAction()
{
string messageTextSendBy1 = "Hi";
string messageTextSendBy2 = "Hello";
IPEndPoint endPoint1 = null;
messenger2.ClientAccepted += (s, e) => endPoint1 = e;
Message messageReceivedFrom1 = null;
messenger2.MessageReceived += (s, msg) => messageReceivedFrom1 = msg;
Message messageReceivedFrom2 = null;
messenger1.MessageReceived += (s, msg) =>
{
messageReceivedFrom2 = msg;
};
IPEndPoint endPoint2 = GetMessengerEndPoint(messenger2);
await messenger1.ConnectToAsync(endPoint2);
await messenger1.SendMessageAsync(endPoint2, messageTextSendBy1);
await messenger2.SendMessageAsync(endPoint1, messageTextSendBy2);
await Task.Delay(300);
Assert.Equal(messageReceivedFrom1.Body, messageTextSendBy1);
Assert.Equal(messageReceivedFrom2.Body, messageTextSendBy2);
}
StartMessengersAndExecuteActionWhenAllStarted(new[] { messenger1, messenger2 }, testAction);
}
