Go
Go
Configure a Socket for Server-Side TLS
See more Socket/SSL/TLS Examples
Demonstrates Socket.InitSslServer, which configures the object for server-side TLS using a server certificate that has access to its private key, then listens for and accepts a TLS connection.
The file path is relative to the application's current working directory. An absolute path may also be used. Supply the path appropriate to your own environment.
Background. A TLS listener presents the configured server certificate during the handshake. When client certificates are required, acceptable CA distinguished names are added before InitSslServer.
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success := false
socket := chilkat.NewSocket()
// The file path is relative to the application's current working directory. An absolute path
// may also be used. Supply the path appropriate to your own environment.
// The PFX password should come from a secure source rather than being hard-coded.
pfxPassword := "myPfxPassword"
cert := chilkat.NewCert()
success = cert.LoadPfxFile("qa_data/server.pfx",pfxPassword)
if success == false {
fmt.Println(cert.LastErrorText())
socket.DisposeSocket()
cert.DisposeCert()
return
}
// Configure this object for server-side TLS using the certificate. The certificate must have
// access to its corresponding private key.
success = socket.InitSslServer(cert)
if success == false {
fmt.Println(socket.LastErrorText())
socket.DisposeSocket()
cert.DisposeCert()
return
}
// Listen for connections. Accepted connections will use TLS.
success = socket.BindAndListen(5000,25)
if success == false {
fmt.Println(socket.LastErrorText())
socket.DisposeSocket()
cert.DisposeCert()
return
}
connectedSock := chilkat.NewSocket()
success = socket.AcceptNext(20000,connectedSock)
if success == false {
fmt.Println(socket.LastErrorText())
socket.DisposeSocket()
cert.DisposeCert()
connectedSock.DisposeSocket()
return
}
fmt.Println("Accepted a TLS client connection.")
socket.DisposeSocket()
cert.DisposeCert()
connectedSock.DisposeSocket()