RFC 15:Network Subsystem for Time Sharing Hosts
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host


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... Working Group Note 11) for inclusion in the monitor systems of the respective HOSTS. These primitives are at the level of system calls: SPOP's or BRS's on the 940; UUO's on the PDP-10. Presumably these UUO's are ...
... system primitives, allowing a teletype or similar terminal at a remote host to function as a teletype at the serving host. ...
... terminal at a remote host to function as a teletype at the serving host. ...


... primitives for inclusion in the operating systems of the respective HOSTs (NWG Note: 11). The primitives are: Open primary connection ...


... In addition to user programming access, it is desirable to have a subsystem program at each HOST which makes the network immediately accessible from the teletype without special programming. Subsystems ...
... and interpreters. The first network-related subsystem should allow users at HOST A to connect to HOST B and appear as a regular terminal ...
... network-related subsystem should allow users at HOST A to connect to HOST B and appear as a regular terminal user to HOST ...
... HOST B and appear as a regular terminal user to HOST B. It is expected that more sophisticated subsystems will be developed in time, but this basic one will render the early net immediately useful. ...
... | | | USER | | | | | |SERVING | | |-----| HOST |----| |---//---| |---| HOST | |_________| | A | | | | | | B | ...
... USER | | | | | |SERVING | | |-----| HOST |----| |---//---| |---| HOST | |_________| | A | | | | | | B | |______| |______| |______| |________| ...
... Institute Figure 1: User accesses distant serving HOST via shunt subsystem in his own Host computer. ...
... Figure 1: User accesses distant serving HOST via shunt subsystem in his own Host computer. ...


... Characters typed on the user's teletype are transmitted unaltered through the PDP-10 (user Host) and on to the 940 (serving HOST.) (The exception to this is a possible one-for-one code conversion ...
... through the PDP-10 (user Host) and on to the 940 (serving HOST.) (The exception to this is a possible one-for-one code conversion required between the UCLA Sigma 7 and the PDP ...


... Telnet subsystem coding should fit easily into one core page, for it does very little. It effectively establishes a shunt in the user HOST between the remote user and the serving HOST. Telnet commands ...
... it does very little. It effectively establishes a shunt in the user HOST between the remote user and the serving HOST. Telnet commands are: ...
... a carriage return are not shunted through to the serving host, but sent instead to the Telnet program in the user's ...
... Telnet program in the user's local HOST. This escape character is not the same as the user's host ...
... HOST. This escape character is not the same as the user's host rubout character. ...
... CONNECT TO __________________<CR> The official site name of the desired serving HOST is typed (i.e.: SRI, UTAH, UCLA, UCSB). Telnet ...
... the pre-logged in state at the serving HOST. LOGOUT<CR ...
... CR> Telnet issues the logout command sequence to the serving HOST. If the user simply rubs out and kills his PDP ...
... connections from the user's HOST file system to the serving HOST ...
... HOST file system to the serving HOST. On the 940 this is: ...


... Given the basic system primitives, the TELNET subsystem at the user host and a manual for the serving host, the network can be ...
... TELNET subsystem at the user host and a manual for the serving host, the network can be profitably employed by a remote user. TELNET ...



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