// newClient returns a new client for a given network connection.
func newClient(conn net.Conn, network *Network) *client {
var c *client
recvFunc := func(msg *irc.Message) {
runloop.CallLater(func() { c.recvFunc(msg) })
}
errorFunc := func(err os.Error) {
runloop.CallLater(func() { c.errorFunc(err) })
}
c = &client{conn: irc.NewConn(conn, recvFunc, errorFunc), network: network}
return c
}
// newServer returns a new server for a given network connection.
func newServer(conn net.Conn, network *Network) *server {
var s *server
if conn == nil {
return nil
}
recvFunc := func(msg *irc.Message) {
runloop.CallLater(func() { s.recvFunc(msg) })
}
errorFunc := func(err os.Error) {
runloop.CallLater(func() { s.errorFunc(err) })
}
s = &server{irc.NewConn(conn, recvFunc, errorFunc), network}
s.conn.Send(&irc.Message{Command: "NICK", Params: []string{"bouncin"}})
s.conn.Send(&irc.Message{Command: "USER", Params: []string{"bouncin", "0", "*", "Bouncin test"}})
return s
}
func newNetwork(name string, serverConn net.Conn, listen net.Listener) *Network {
var network *Network
accept := func(conn net.Conn) {
runloop.CallLater(func() {
network.addClient(conn)
})
}
error := func(err os.Error) {
// TODO listener failed
}
l := newListenConn(listen, accept, error)
network = &Network{name: name, clients: list.New(), listen: l}
network.server = newServer(serverConn, network)
return network
}