public void CanSendHandles()
{
int count = 0;
Loop.Default.Run(async() => {
var handles = new Stack <Handle>();
string name = "test";
var pipelistener = new IPCPipeListener();
pipelistener.Bind(name);
pipelistener.Connection += () => {
var client = pipelistener.Accept();
client.Resume();
client.HandleData += (handle, data) => {
handles.Push(handle);
count++;
if (count == 3)
{
foreach (var h in handles)
{
h.Close();
}
pipelistener.Close();
}
};
};
pipelistener.Listen();
var pipe = new IPCPipe();
await pipe.ConnectAsync(name);
var ipep = new IPEndPoint(IPAddress.Parse("127.0.0.1"), 7000);
var tcplistener = new TcpListener();
tcplistener.Bind(ipep);
tcplistener.Connection += () => {
var client = tcplistener.Accept();
pipe.Write(client, new byte[1], (ex) => {
client.Close();
tcplistener.Close();
});
};
tcplistener.Listen();
var tcp = new Tcp();
await tcp.ConnectAsync(ipep);
tcp.Write("HELLO WORLD");
var udp = new Udp();
udp.Bind(ipep);
pipe.Write(udp, Encoding.Default.GetBytes("UDP"), (ex) => udp.Close());
pipe.Write(pipe, Encoding.Default.GetBytes("pipe"), (ex) => pipe.Close());
});
Assert.Equal(3, count);
}
void TestCanSendHandles(string pipename, IPEndPoint ipep)
{
int count = 0;
Loop.Default.Run(async () => {
var handles = new Stack<Handle>();
var pipelistener = new IPCPipeListener();
pipelistener.Bind(pipename);
pipelistener.Connection += () => {
var client = pipelistener.Accept();
client.Resume();
client.HandleData += (handle, data) => {
handles.Push(handle);
count++;
if (count == 3) {
foreach (var h in handles) {
h.Close();
}
pipelistener.Close();
}
};
};
pipelistener.Listen();
var pipe = new IPCPipe();
await pipe.ConnectAsync(pipename);
var tcplistener = new TcpListener();
tcplistener.Bind(ipep);
tcplistener.Connection += () => {
var client = tcplistener.Accept();
pipe.Write(client, new byte[1], (ex) => {
client.Close();
tcplistener.Close();
});
};
tcplistener.Listen();
var tcp = new Tcp();
await tcp.ConnectAsync(ipep);
tcp.Write("HELLO WORLD");
var udp = new Udp();
udp.Bind(ipep);
pipe.Write(udp, Encoding.Default.GetBytes("UDP"), (ex) => udp.Close());
pipe.Write(pipe, Encoding.Default.GetBytes("pipe"), (ex) => pipe.Close());
});
Assert.Equal(3, count);
}
public static void Main(string[] args)
{
Loop.Default.Run(() => {
var listener = new TcpListener();
listener.Bind(Default.IPEndPoint);
listener.Listen();
var response = Encoding.Default.GetBytes("HTTP/1.1 200 OK\r\nContent-Length: 13\r\n\r\nHello World\r\n");
listener.Connection += () => {
var client = listener.Accept();
client.Data += (ArraySegment <byte> obj) => {
client.TryWrite(response);
client.Shutdown();
};
client.Resume();
};
});
}
public void RemoteAndLocalAddress()
{
Tcp client = null;
Tcp server = null;
bool called = false;
var l = new TcpListener();
l.Bind(IPAddress.Any, 8000);
Action check = () => {
if (client == null || server == null)
{
return;
}
Assert.Equal(client.LocalAddress, server.RemoteAddress);
Assert.Equal(client.RemoteAddress, server.LocalAddress);
Assert.Equal(server.LocalAddress.Port, 8000);
client.Shutdown();
server.Shutdown();
l.Close();
called = true;
};
l.Listen();
l.Connection += () => {
server = l.Accept();
check();
};
Tcp t = new Tcp();
t.Connect("127.0.0.1", 8000, (e) => {
client = t;
check();
});
Loop.Default.Run();
Assert.True(called);
}
