Using the socket to transfer serialized data (C # based)

Client code

[Serializable]//indicates that the class can be serialized
Class Person
{
public string name;

public void HI ()
{
Debug.Log (name);
}
}

public class Newsocketclient:monobehaviour {

void Start () {

Person p = new person ();
P.name = "Lz";
Socket client = new socket (addressfamily.internetwork, SocketType.Stream, protocoltype.tcp);

IPEndPoint point = new IPEndPoint (Ipaddress.parse ("10.6.0.78"), 5684);
BinaryFormatter bf = new BinaryFormatter (); Creating a serialized object
Client. Connect (point); Connecting to a server

MemoryStream ms = new MemoryStream (); Create a memory Stream object
Bf. Serialize (MS, p); Serialize p to the memory stream

Client. Send (Ms. GetBuffer (), (int) Ms. Length,socketflags.none);//Send, length is the length of the data in the memory stream

}
}

Server code

[Serializable]//indicates that the class can be serialized
Class Person
{
public string name;

public void HI ()
{
Debug.Log (name);
}
}

public class Newsocketserver:monobehaviour
{

Socket Server_socket;

void Start ()
{
Server_socket = new Socket (AddressFamily.InterNetwork, SocketType.Stream, protocoltype.tcp);

IPEndPoint point = new IPEndPoint (Ipaddress.any, 5684);

Server_socket.bind (point);

Server_socket.listen (10);

Thread acthread = new Thread (acthread);

Acthread.start ();
}

void Acthread ()
{

Socket clientsocket = server_socket.accept (); Waiting for client connections

byte[] buffer = new byte[1024 * 1024];

int len = clientsocket.receive (buffer);

MemoryStream memory = new MemoryStream ();

BinaryFormatter bf = new BinaryFormatter ();

Memory. Write (buffer, 0, Len);
Memory. Flush ();
Memory. Position = 0;

Person p = bf. Deserialize (memory) as person;
P.hi ();

}

}

Using the socket to transfer serialized data (C # based)