📄 rfc599.txt
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command when the printer connection is re-opened and before printing begins. 4. Password Protection This option allows a password to be supplied when a terminal is signed on, preventing unauthorized use of the terminal ID. 5. Suppression of Punch Separator and Large Letters. This option suppresses both separator cards which RJS normally puts in front of each punched output deck, and separator pages on printed output containing the job name in large block letters. These separators are an operational aid when the ouptut is directed to a real printer or punch, but generally undesirable for an ARPA user who is saving the output in a file for on-line examination.Braden [page 5] 13 Dec 73NIC 20854, RFC 599: Update on NETRJSF. WARNING ON TENEX NETRJS USER PROCESS (6) The Tenex implementation of NETRJS user program is a command normally called "RJS". This program has some pitfalls of which users should be aware. 1. For strictly historical reasons, the commonly-available version of the Tenex RJS command uses Socket 15, and therefore, the ASCII-63 translation. We hope to propagate soon a version which uses the ASCII-68 mapping via Socket 73, and stamp out the earlier version. 2. The Tenex RJS command fails to recognize the US character sometimes used instead of CR LF as end-of-line. As noted in RFC 571, the Tenex user FTP program has the same problem. 3. The Tenex RJS command truncates without warning card images exceeding 80 characters in length.G. REFERENCES ON NETRJS 1. "Interim NETRJS Specifications", R. T. Braden. RFC #189: NIC #7133, July 15, 1971. This is the basic system programmer's definition document, and is really the final specification. The proposed changes mentioned on the first page of RFC #189 were never implemented, since the DTP then in vogue became obsolete. 2. "NETRJS Remote Operator Commands", R. T. Braden. NIC #7182, August 9, 1971 This document together with References 3 and 8 define the remote operator (i.e. user) command language for NETRJS, and form the basic user documentation for NETRJS at CCN. 3. "Implementation of a Remote Job Service", V. Martin and T. W. Springer. NIC #7183, July, 1971. 4. "Remote Job Entry to CCN via UCLA Sigma 7; A scenario", UCLA/CCN. NIC #7748, November 15, 1971. This document described the first NETRJS user implementation available on a server host. This program is no longer of general interest.Braden [page 6] 13 Dec 73NIC 20854, RFC 599: Update on NETRJS 5. "Using Network Remote Job Entry", E. F. Harslem. RFC #307: NIC #9258, February 24, 1972. This document is out of date, but describes generally the Tenex NETRJS user process "RJS". 6. "EBCDIC/ASCII Mapping for Network RJS", R. T. Braden. RFC #338: NIC #9931, May 17, 1972. The ASCII-63 mapping described here is no longer correct, but CCN's standard ASCII-68/EBCDIC mapping is described correctly. 7. "NETRJT--Remote Job Service Protocol for TIP's", R. T. Braden. RFC #283: NIC 38165, December 20, 1971. This was an attempt to define an rje protocol to handle TIPs. Although NETRJT was never implemented, many of its features are incorporated in the current Network standard RJE protocol. 8. "CCN NETRJS Server Messages to Remote User", R. T. Braden. NIC #20268, November 26, 1973. 9. "FTP Data Compression", R. T. Braden. RFC #468: NIC #14742, March 8, 1973.Braden [page 7] 13 Dec 73NIC 20854, RFC 599: Update on NETRJSFIGURE 1. NETRJS CHARACTER MAPPINGS AT UCLA-CCN The character set of the VRBT (VIRTUAL Remote Batch Terminal) is determined by the initial connection to RJS, as follows: VRBT Character Set | ICP Socket OR Server Telnet Command ---------------------------------------------------------------- EBCDIC | 71 | RJS ASCII-68 | 73 | ARJS ASCII-63(tty) | 75 | TTYRJS These mappings are as follows: ASCII-68 Mapping: Corresponding graphics are mapped one-to-one. Unmatched graphics are mapped as in the table below. ASCII-68 controls are mapped one-to-one onto the matching EBCDIC controls, with DC4(ASCII) mapped onto TM(EBCDIC). ASCII-63 Mapping: Corresponding graphics are mapped one-to-one. ASCII codes X'61' - X'7A' (the ASCII-68 lower case letters are mapped onto EBCDIC lower case. Unmatched graphics are mapped as shown in the table below. ASCII-63 controls X'00' - X'1F' are mapped as for ASCII-68. ASCII codes X'60' and X'7B' - X'7E' are mapped as shown in the following table.Braden [page 8] 13 Dec 73NIC 20854, RFC 599: Update on NETRJS EBCDIC | ASCII-68 VRBT | ASCII-63 VRBT --------------------------------------------------------------- vertical bar X'4F' | vertical bar X'7C' | open bracket X'5B' not sign X'5F' | tilde X'7E' | close bracket X'5D' cent sign X'4A' | back slash X'5C' | back slash X'5C' underscore X'6D' | underscore X'5F' | left arrow X'5F' . X'71' | up arrow X'5E' | up arrow X'5E' open bracket X'AD' | open bracket X'5B' | . X'7C' close bracket X'BD' | close bracket X'5D' | . X'7E' . X'8B' | open brace X'7B' | . X'7B' . X'9B' | close brace X'7D' | . X'7D' . X'79' | accent X'60' | . X'60' Note : this page is available on-line as HELP RJSCHARS in CCN's Telnet Server (Socket 1). The on-line version is set up to be typed out on an ASCII-68 terminal.Braden [page 9]
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