search for: muxsocket

...for the latest OpenSSH release! Currently I'm writing the cases for testing the new feature. But this new feature is very complex for me: Ssh(1) connection multiplexing now supports remote forwarding with dynamic port allocation and can report the allocated port back to the user: LPORT=`ssh -S muxsocket -R0:localhost:25 -O forward somehost Can you tell me the way follow which I can basically test the new case on a Unix system(One connect to itself)? Thanks and Regards, Bin, Bai.

Specifying a RemoteForward of 0:example.com:1234 dynamically allocates the listen port on the server, and then reports it to ... the client! Where it is practically useless. Was this someone's idea of a joke? Presumably not--there are some technical obstacles to reporting it to the remote process. I'd like to help solve that problem. The natural way to me would be to extend the syntax

...d them after authentication has successfully completed. These messages may be viewed in ssh(1) at LogLevel=debug or higher. * ssh(1) connection multiplexing now supports remote forwarding with dynamic port allocation and can report the allocated port back to the user: LPORT=`ssh -S muxsocket -R0:localhost:25 -O forward somehost` * sshd(8) now supports indirection in matching of principal names listed in certificates. By default, if a certificate has an embedded principals list then the username on the server must match one of the names in the list for it to be accepted for...

...sent after the user has successfully authenticated. These messages may be viewed in ssh(1) at LogLevel=debug or higher. * ssh(1) connection multiplexing now supports remote forwarding with dynamic port allocation and can report the allocated port back to the user: LPORT=`ssh -S muxsocket -R0:localhost:25 -O forward somehost` * sshd(8) now supports indirection in matching of principal names listed in certificates. By default, if a certificate has an embedded principals list then the destination username must match one of the names in the list for it to be accepted for...

...d them after authentication has successfully completed. These messages may be viewed in ssh(1) at LogLevel=debug or higher. * ssh(1) connection multiplexing now supports remote forwarding with dynamic port allocation and can report the allocated port back to the user: LPORT=`ssh -S muxsocket -R0:localhost:25 -O forward somehost` * sshd(8) now supports indirection in matching of principal names listed in certificates. By default, if a certificate has an embedded principals list then the username on the server must match one of the names in the list for it to be accepted for...