This topic describes how to connect and disconnect a remote host.
To send and receive the data packets, a connection must be established with a remote host. This tutorial describes the following:
The high level steps to connect to a remote host are as follows:
The RSocket::Connect() function connects to a remote host.
The RSocket::Connect() parameters identifies the
required type of socket connection. For more information, see important parameters . 
For TCP sockets
An active connection
is made to the remote host. When the socket call completes successfully,
the socket can send and receive data. To create a connection, the
protocol must establish a network interface and a route to the destination.
For more information about this process and return values, see the RSocket::Connect() function. 
For UDP
For cancelling the connection
 The RSocket::CancelConnect() function cancels
the outstanding connect operation with a remote host. This function
also cancels any outstanding RSocket::Ioctl() calls.
After this call, a socket can be reconnected by RSocket::Connect() function.  
 A TCP socket can be set
to listen with RSocket::Listen(). The aDataOut argument is ignored.  
 A connection request to a listening
socket can be accepted with RSocket::Accept(). An aConnectData argument cannot be specified.  
 Use RSocket::Shutdown() to asynchronously shut down a TCP. Disconnection data is not supported.
 
The following table describes the effects of different types of shut down for TCP:
| Type | Action | 
ENormal | 
Blocked reads and writes are terminated. No further data is accepted from the remote source and TCP disconnect is initiated. | 
EStopInput | 
Blocked reads are terminated. No further data is accepted from the remote source. | 
EStopOutput | 
Blocked writes are terminated. TCP disconnect is initiated. | 
Eimmediate | 
Blocked reads and writes are terminated. The connection is terminated by sending a reset. |