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Trailing-Edge - PDP-10 Archives - integ_tools_tops20_v7_30-apr-86_dumper - tools/tell10/tell.mac
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	SEARCH	MACROS
	$TITLE	TELL,<Tell InterFace for DECnet-10>
	SUBTTL	L.E.Snyder 22-Dec-1983
	EXTERN	FAO,CMARG,CMCMPR

;
;	This program implements the TELL command for the DEC-10. It
;	allows a user to send an access control string and a single
;	command line to a remote system, where it is parsed and 
;	executed, the results coming back.
;

TELVER== 000000,,000003	;(3)

	LOC	137
	EXP	TELVER
	RELOC

COMMENT &

REVISION HISTORY

[1]	22-Dec-1983	Initial version, unleashed upon an unsuspecting
			Monsanto Ag Research user community.

[2]	20-Apr-1984	Made the TMPCOR stuff unreadable by way of a SECRET
			encryption algorithm that only a child could figure
			out. Actually, bytes are merely rotated a bit...

[3]	19-Jun-84	By Michael W. Smith.
			Add continuation line capability.
			This was needed to pass long commands thru
			under BATCH with out truncation.
			Area changed was RSCLU?:

& ;End comment
	SUBTTL	Internal Equivalences

STKSIZ==	300		;Size of the stack
CMDBFS==	^D200		;Max command length
RECSIZ==	32		;Each TMPCOR record has 2 words sixbit plus 30 data
RECMAX==	^D18		;Most records per user
RCVLEN==	^D200		;Length of recevice buffer
CR==		15
BELL==		7
CTLZ==		32
ALT==		33
LF==		12
FF==		14
TELOBJ==	^D198		;Object type
LOGCHN==	1		;Channel to log activities on
	SUBTTL	Low Segment Shtuff
	RELOCL
STACK:	BLOCK	STKSIZ		;The stack
CMDLIN:	BLOCK	<CMDBFS/5>+1	;Buffer for command line
CONBLK:	BLOCK	.NSCAC+1	;Connect block
NODNAM:	BLOCK	1+<6/4>+1	;String block for node name
USERID:	BLOCK	1+<^D39/4>+1	;String block for user ID
PASWRD:	BLOCK	1+<^D39/4>+1	;String block for password
ACOUNT:	BLOCK	1+<^D39/4>+1	;String for account
SRCPDB:	BLOCK	.NSDPN+1	;Source process descriptor block
DSTPDB:	BLOCK	.NSDPP+1	;Destination process descriptor block
NSPBLK:	BLOCK	.NSAA3+1	;Block for NSP. UUO
TCRBUF:	BLOCK	1000		;Buffer for TMPCOR file
RCVBUF:	BLOCK	<RCVLEN/5>+1	;Buffer for data from remote
SRCNAM:	BLOCK	5		;Place for name
LOGFLG:	BLOCK	1		;Flags whether we are logging or not
LOGOBF:	BLOCK	.BFCTR+1	;Buffer ring header for logfile
	SUBTTL	Startup
	RELOCH

START:
	JFCL				;Ignore CCL entry
	RESET				;Clear the world
	MOVE	SP,[IOWD STKSIZ,STACK]	;Set up stack pointer
	MOVE	CF,SP			;Current frame pointer
	MOVE	PF,SP			;Previous frame pointer
	MOVE	CG,SP			;And current global pointer
	$CALL	TELL			;Do it
	EXIT	1,			;Stop
	EXIT				;...
	SUBTTL	TELL - The Main Routine

$ENTRY	TELL

	SETZM	LOGFLG			;Assume we are not logging
	MOVX	R1,.IOASC		;Get ASCII mode
	MOVE	R2,[SIXBIT /TELL/]	;Get device name
	MOVSI	R3,LOGOBF		;Get buffer header address
	OPEN	LOGCHN,R1		;Try to open it.....
	 JRST	SKPLOG			;Failed, so forget the whole mess
	MOVSI	R3,'LOG'		;Get extension
	SETZB	R4,R5			;Clear these
	ENTER	LOGCHN,R2		;Create the file
	 JRST	[MOVEI	R1,LOGCHN	;Get channel
		 RESDV.	R1,		;Forget it ever existed
		 RELEAS	LOGCHN,		;Try this...
		 JRST	SKPLOG]		;And go on
	SETOM	LOGFLG			;Remember we are logging
SKPLOG:
	RESCAN				;Get back what was typed at the monitor
	SKPINL				;Anything there?
	 JRST	TELASK			;no, we have to ask
	SETZ	R7,			;Remember we got a command line
TELRLP:
	MOVE	R1,[POINT 7,CMDLIN]	;Set up pointer to command line
	MOVEI	R2,CMDBFS		;Get max chars allowed
RSCLUP:
	INCHWL	T1			;Get a character (already there)
	PUSHJ	SP,LOGCHR		;Log it
	CAIN	T1,CR			;Carriage return?
	JRST	RSCLUP			;Yes, ignore it
	CAIE	T1,LF			;Line feed?
	CAIN	T1,ALT			;Or alt?
	JRST	RSCDON			;Yes, done
	CAIE	T1,CTLZ			;Control-Z?
	CAIN	T1,BELL			;Or bell?
	JRST	RSCDON			;Yes
	CAIN	T1,"-"			;Possible line continuation character
	JRST	RSCLU1			;Yes, go check for cont. line
	PUSHJ	SP,RSCLU2		;No, store the charcter
	JRST	RSCLUP			;And go back for more
RSCLU1:	;Here to check for proper line continuation character
	;Must have "-CR" to qualify for continuation line
	; then we must eat the LF (if supplied) and go back for next line
	INCHWL	T1			;Get the next character
	PUSHJ	SP,LOGCHR		;Log it
	MOVE	T2,T1			;Save character
	CAIE	T1,CR			;CR?
	JRST	[MOVEI	T1,"-"		;No, get hyphen back
		 PUSHJ	SP,RSCLU2	;And save it
		 MOVE	T1,T2		;Restore character
		 PUSHJ	SP,RSCLU2	;And save it
		 JRST	RSCLUP]		;Go back for rest
	INCHWL	T1			;Get what should be a line feed
	PUSHJ	SP,LOGCHR		;Log it
	CAIN	T1,LF			;Is it what we think?
	JRST	RSCLUP			;Yes, Go back to main stream for next
					; line of input
	PUSHJ	SP,RSCLU2		;Not CRLF, funny but save it
	JRST	RSCLUP			;And go back for rest of next line
RSCLU2:
	SOSL	R2			;Don't store too many
	IDPB	T1,R1			;Ordinary character, store it
	POPJ	SP,			;Pop back
RSCDON:
	SKIPGE	R2			;Did we get too much?
	JRST	[MOVEI	T1,[ASCIZ /
%TELCTL - Command line too long - truncation occurred
/]
		 PUSHJ	SP,TYPSTR	;Output it
		 JRST	.+1]		;Proceed
	MOVEI	T1,0			;Store a null
	IDPB	T1,R1			;To end the string
	MOVE	R1,[POINT 7,CMDLIN]	;Reset string pointer
	JUMPN	R7,RSCDN1		;We already parsed this, go on
	$CALL	CMARG,<R1,R2>		;Get an arg
	JUMPN	RS,TELASK		;Too short, ask
	$CALL	CMCMPR,<R2,<[SIXBIT /TELL/]>>;Compare them
	JUMPE	RS,RSCDN1		;OK, go on
TELASK:
	MOVEI	T1,[ASCIZ /
TELL> /]
	PUSHJ	SP,TYPSTR		;Output it
	SETO	R7,			;Remember, we don't need "TELL"
	JRST	TELRLP			;Go and read infor
RSCDN1:
;
;	Now we look for NODE["acct password"]:: string <EOL>
;
	$CALL	CMARG,<R1,R2>		;Get the argument
	JUMPN	RS,TELCME		;Oops, command error
	MOVEM	R2,NODNAM		;Store in here for now
	PUSHJ	SP,CHKALS		;Fix up any default stuff
	$CALL	CMARG,<R1,R2>		;Get next arg
	JUMPN	RS,TELCME		;Oops, error
	CAME	R2,[SIXBIT /"/]		;Start of access control string?
	JRST	CHKEN0			;See if all done
;
;	Here we parse it ourselves, storing info in the string block
;
	MOVE	R5,[POINT 8,USERID+1]	;Store the user ID in here
	SETZ	R6,			;Clear a counter
	MOVEI	R7,^D39			;max chars allowed
IDLOOP:
	ILDB	T1,R1			;Get a byte from here
	JUMPE	T1,TELCME		;Error if it ends here
	CAIE	T1,42			;A double quote?
	CAIN	T1,40			;A space?
	JRST	IDDONE			;Yes, done
	SOJL	R7,IDLOOP		;Ignore if too many
	IDPB	T1,R5			;Store in string
	AOJA	R6,IDLOOP		;Loop on
IDDONE:
	HRLZS	R6			;Get byte length LH
	HRRI	R6,<^D30/4>+2		;Get word length in RH
	MOVEM	R6,USERID		;And store
	CAIN	T1,42			;Did we end it?
	JRST	[ILDB	T1,R1		;Get another byte
		 CAIE	T1,":"		;Colon?
		 JRST	TELCME		;no, error
		 JRST	CHKEN1]		;go on
	MOVE	R5,[POINT 8,PASWRD+1]	;Set up pointer into password block
	SETZ	R6,			;Clear this again
	MOVEI	R7,^D39			;Get max chars allowed
PWLOOP:
	ILDB	T1,R1			;Get another byte
	JUMPE	T1,TELCME		;Error if it ends here
	CAIE	T1,42			;Double quote?
	CAIN	T1,40			;Space?
	JRST	PWDONE			;Done here
	SOJL	R7,PWLOOP		;Loop on
	IDPB	T1,R5			;Store in block
	AOJA	R6,PWLOOP		;Go on
PWDONE:
	HRLZS	R6			;Get byte count in LH
	HRRI	R6,<^D39/4>+2		;Get word count in RH
	MOVEM	R6,PASWRD		;Store in string block
	CAIN	T1,42			;Did we end it?
	JRST	CHKEND			;Yes, all done
	MOVE	R5,[POINT 8,ACOUNT+1]	;Set up pointer to account string
	SETZ	R6,			;Clear this
	MOVEI	R7,^D39			;Get length
ACLOOP:
	ILDB	T1,R1			;Get a byte
	JUMPE	T1,TELCME		;Oops!
	CAIN	T1,42			;End?
	JRST	ACDONE			;Yes
	SOJL	R7,ACLOOP		;Ignore too many
	IDPB	T1,R5			;Store
	AOJA	R6,ACLOOP		;Loop on
ACDONE:
	HRLZS	R6			;Get byte count in LH
	HRRI	R6,<^D39/4>+2		;Get word count in RH
	MOVEM	R6,ACOUNT		;Store
CHKEND:
	$CALL	CMARG,<R1,R2>		;Get next arg
	JUMPN	RS,TELCME		;Oops!
CHKEN0:
	CAME	R2,[SIXBIT /:/]		;A match?
	JRST	TELCME			;Oops, no
CHKEN1:
	$CALL	CMARG,<R1,R2>		;Get next one
	JUMPN	RS,TELCME		;Bad one
	CAME	R2,[SIXBIT /:/]		;Match?
	JRST	TELCME			;No!
;
;	All is well - now we convert sixbit node name into 8-bit format
;
	MOVE	R2,NODNAM		;Get name of node in sixbit
	MOVE	R3,[POINT 8,NODNAM+1]	;Get a place to store this stuff
	SETZ	R4,			;Count bytes here
	PUSH	SP,R1			;Preserve R1 for later
NAMLUP:
	SETZ	R1,			;Clear a receiver
	LSHC	R1,6			;Get a byte from R2
	JUMPE	R1,NAMDON		;Done here
	ADDI	R1,40			;Make ASCII
	IDPB	R1,R3			;Store in string
	AOJA	R4,NAMLUP		;Loop on
NAMDON:
	POP	SP,R1			;Get R1 back
	HRLZS	R4			;Get byte length in LH
	HRRI	R4,<6/4>+2		;Get length in words in RH
	MOVEM	R4,NODNAM		;Store here
;
;	Now we set up the connect block
;
	MOVEI	T1,.NSCAC+1		;Get length of the block
	MOVEM	T1,CONBLK+.NSCNL	;Store
	MOVEI	T1,NODNAM		;Get address of node name
	MOVEM	T1,CONBLK+.NSCND	;Store in block
	MOVEI	T1,SRCPDB		;Get address of source process desc.
	MOVEM	T1,CONBLK+.NSCSD	;Store in block
;	SETZM	CONBLK+.NSCSD		;No source PDB
	MOVEI	T1,DSTPDB		;Get destination process desc. addr
	MOVEM	T1,CONBLK+.NSCDD	;Store in block
	MOVEI	T1,USERID		;Get address of user ID block
	MOVEM	T1,CONBLK+.NSCUS	;Store in block
	MOVEI	T1,PASWRD		;Get password string block
	MOVEM	T1,CONBLK+.NSCPW	;Store in block
	MOVEI	T1,ACOUNT		;Get account string block
	MOVEM	T1,CONBLK+.NSCAC	;Store in block
;
;	Set up the source process block
;
	MOVEI	T1,.NSDPN+1		;Get length of block
	MOVEM	T1,SRCPDB+.NSDFL	;Store
	MOVEI	T1,1			;Use format 1
	MOVEM	T1,SRCPDB+.NSDFM	;Store
	SETZM	SRCPDB+.NSDOB		;No object type
	SETZM	SRCPDB+.NSDPP		;Nothing here, too
	MOVEI	T1,SRCNAM		;Get address of source name
	MOVEM	T1,SRCPDB+.NSDPN	;Store
	MOVE	T1,[BYTE (8) "T","E","L","L"]	;Get this
	MOVEM	T1,SRCNAM+1		;Store here
	MOVE	T1,[4,,4]		;Set this up
	MOVEM	T1,SRCNAM		;Store
;
;	Now we set up the destination process field
;
	MOVEI	T1,.NSDOB+1		;We want only object type
	MOVEM	T1,DSTPDB+.NSDFL	;Store
	MOVEI	T1,0			;Get format zero
	MOVEM	T1,DSTPDB+.NSDFM	;Store
	MOVEI	T1,TELOBJ		;Get object type
	MOVEM	T1,DSTPDB+.NSDOB	;Store
;
;	Now do the enter active
;
	MOVE	T1,[NS.WAI+<.NSFEA,,.NSAA1+1>]	;Set up function,,length
	MOVEM	T1,NSPBLK+.NSAFN	;Store
	SETZM	NSPBLK+.NSACH		;Clear this
	MOVEI	T1,CONBLK		;Get address of connect block
	MOVEM	T1,NSPBLK+.NSAA1	;Store
	MOVEI	T1,NSPBLK		;Get address of block
	NSP.	T1,			;Connect...
	 PUSHJ	SP,NSPERR		;Oops, fatal error
;
;	Remember R1? It points to whatever else the user typed...
;	 First we'll skip over any leading spaces...
;
CLRSPC:
	MOVE	T2,R1			;Copy the pointer
	ILDB	T1,R1			;Get a byte
	CAIG	T1," "			;Greater than a space?
	JRST	CLRSPC			;No, loop on
	MOVE	R1,T2			;Point back to that non-space char
;
;	Now make sure the channel is ready for the data...
;
RDYCHK:
	MOVE	T1,[NS.WAI+<.NSFRS,,.NSACH+1>];Prepare to read status
	MOVEM	T1,NSPBLK+.NSAFN	;Store in block
	MOVEI	T1,NSPBLK		;Prepare for it
	NSP.	T1,			;Do it...
	 PUSHJ	SP,NSPERR		;oops!
	MOVX	T1,NS.NDR		;May I send data?
	TDNN	T1,NSPBLK+.NSACH	;???
	JRST	[MOVEI	T1,1		;Nope, get a second
		 SLEEP	T1,		;And stall
		 JRST	RDYCHK]		;Try again
;
;	Now we have to count the bytes for good old DECnet....
;
	MOVE	T2,R1			;Copy the byte pointer
	SETZ	R2,			;Clear a counter
ENDLUP:
	ILDB	T1,T2			;Get a byte
	JUMPE	T1,.+2			;OK, at the end
	AOJA	R2,ENDLUP		;Loop on
	JUMPE	R2,REDLUP		;No data? Hmmm.....
	MOVEM	R2,NSPBLK+.NSAA1	;Store as byte count
	MOVEM	R1,NSPBLK+.NSAA2	;Store Byte pointer
	MOVE	T1,[NS.WAI+<NS.EOM+<.NSFDS,,.NSAA2+1>>]	;Set up function,,length
	MOVEM	T1,NSPBLK+.NSAFN	;Store
SNDDAT:
	MOVEI	T1,NSPBLK		;Prepare to do it
	NSP.	T1,			;Send our little data out
	 PUSHJ	SP,NSPERR		;Go handle the error
	SKIPN	NSPBLK+.NSAA1		;Did we get rid of ALL bytes?
	JRST	REDLUP			;Yes, all is well
;
;	Piddle!! That first UUO failed to get all of our bytes pushed
;	out over the network. So let's sleep a second and try again...
;
	MOVEI	T1,1			;Get a second
	SLEEP	T1,			;And wait
	JRST	SNDDAT			;And try again
;
;	Now we wait to get stuff back from the remote...
;
REDLUP:
	MOVE	T1,[NS.WAI+<.NSFDR,,.NSAA2+1>]	;Set up function,,length
	MOVEM	T1,NSPBLK+.NSAFN	;Store
	MOVEI	T1,RCVLEN		;Get length of buffer
	MOVEM	T1,NSPBLK+.NSAA1	;Store
	MOVE	T1,[POINT 7,RCVBUF]	;make a pointer to buffer
	MOVEM	T1,NSPBLK+.NSAA2	;Store
	MOVEI	T1,NSPBLK		;Get address of block
	NSP.	T1,			;Wait...
	 PUSHJ	SP,NSPERR		;Check this out..
	MOVE	T1,NSPBLK+.NSAA2	;Get copy of byte pointer
	MOVEI	T2,0			;Get a null
	IDPB	T2,T1			;End it
	MOVEI	T1,RCVBUF		;Get address of data
	PUSHJ	SP,TYPSTR		;Output it to proper places
	MOVE	T1,NSPBLK+.NSAFN	;Get flags
	TXNN	T1,NS.EOM		;End of message?
	JRST	REDLUP			;No, go on
	MOVEI	T1,[ASCIZ /
/]
	PUSHJ	SP,TYPSTR		;Type it
	JRST	REDLUP			;Go on
DONE:
	MOVE	T1,[.NSFRL,,.NSACH+1]	;Get ready to release channel
DONE1:
	MOVEM	T1,NSPBLK+.NSAFN	;Store function word
	MOVEI	T1,NSPBLK		;Get address of block
	NSP.	T1,			;Do it
	 JFCL				;Oh well, ignore it
	SKIPN	LOGFLG			;Logging?
	JRST	DONE2			;No go on
	CLOSE	LOGCHN,			;Close it
	RELEAS	LOGCHN,			;Release it
DONE2:
	EXIT	1,
	EXIT
TELCME:
	OUTSTR	[ASCIZ	/
?TELCLE - Command line error
/]
	EXIT	1,
	EXIT
	SUBTTL	CHKALS - Here To Check For ALIAS Stuff

CHKALS:
	SETZM	TCRBUF			;Clear out the buffer
	MOVE	T1,[TCRBUF,,TCRBUF+1]	;...
	BLT	T1,TCRBUF+777		;Zappo!
	MOVE	R4,[IOWD 776,TCRBUF]	;Prepare to read file
	MOVSI	R3,'DCN'		;Get TMPCOR name
	MOVE	R2,[.TCRRF,,R3]		;Set up the call
	TMPCOR	R2,			;OK?
	 POPJ	SP,			;No TMPCOR, just return
	MOVEI	R4,RECMAX		;Get max entries allowed
	MOVEI	R2,TCRBUF		;Get address of the buffer
CHKTMP:
	MOVE	R3,(R2)			;Get sixbit logical name
	CAMN	R3,NODNAM		;Was that typed as node name?
	JRST	CHKTM1			;Yes, go change some stuff
	ADDI	R2,RECSIZ		;Point at next entry
	SOJG	R4,CHKTMP		;OK?
	 POPJ	SP,			;No, all done
CHKTM1:
	MOVE	R4,1(R2)		;Get sixbit name of the node
	MOVEM	R4,NODNAM		;Store this here
	MOVEI	R2,2(R2)		;Set up address here
	HRLI	R2,(POINT 7,0)		;Make into a byte pointer
	MOVEI	T1,2+<^D39/4>		;Get length of block
	HRRM	T1,USERID		;Store here
	HRRM	T1,ACOUNT		;Here
	HRRM	T1,PASWRD		;and here
	MOVEI	R4,USERID		;Get address of user ID string
	PUSHJ	SP,TCRLNE		;Build string if any
	MOVEI	R4,ACOUNT		;Get address of account string
	PUSHJ	SP,TCRLNE		;Get it
	MOVEI	R4,PASWRD		;Get address of password string
	PUSHJ	SP,TCRLNE		;Get it
	 POPJ	SP,			;All done

;
;	Routine to get data from the TMPCOR buffer (obviously stolen from DFLNE)
;	R2=byte pointer to TMPCOR buffer; R4=address of string block
;
TCRLNE:	PUSH	SP,R4			;Save string block address
	HRLI	R4,(POINT 8,,31)	;Make into byte pointer to new string
	MOVSI	R3,-^D39		;And get a byte counter
	JRST	TCRLN2			;Enter loop
TCRLN1:	AOBJP	R3,TCRLN2		;PitT1 T1aracter if too many
	IDPB	T1,R4			;Stash one more character
TCRLN2:	ILDB	T1,R2			;Get next byte from TMPCOR
	ROT	T1,-1			;Rotate right a bit
	TLZE	T1,(1B0)		;Did we shift a set bit?
	TRO	T1,100			;Yes, set this one
	CAIN	T1,CR			;If <CR>,
	JRST	TCRLN2			;Just eat it up
	CAIL	T1,LF			;Else, if EOL
	CAILE	T1,FF			; (I.E., <LF>, <VT>, or <FF>)
	JRST	TCRLN1			;Not EOL, stash it away
	POP	SP,R4			;Restore string block address
	CAILE	R3,^D39			;Max characters allowed
	MOVEI	R3,^D39			;Max characters allowed
	HRLM	R3,0(R4)		;Set actual byte count of new string
	POPJ	SP,			;And return
	SUBTTL	NSPERR - Here When NSP. UUO fails

NSPERR:
	POP	SP,R7			;Get return address here
	MOVEI	R7,-1(R7)		;Get just address of UUO
	CAIN	T1,NSDBO%		;Remote give us up?
	JRST	DONE			;Yes, go be nice
	CAIL	T1,MAXERR		;Within range?
	SETZ	T1,			;No, say unknown
	MOVE	R6,NSPECD(T1)		;Get error description
	$CALL	FAO,<<[ASCIZ "!/?TELNUF - NSP. UUO error at PC !O: !Z!/"]>,R7,@R6>
	MOVE	T1,[.NSFAB,,.NSACH+1]	;Set this
	JRST	DONE1			;And quit
DEFINE	X(ARG,STRING),<
	[ASCIZ	~(ARG) STRING~]
	ZZZ==ZZZ+1
>
ZZZ==0
NSPECD:
	X	\ZZZ,<Unknown Error Code>
	X	\ZZZ,<Arg block format error>
	X	\ZZZ,<Allocation failure>
	X	\ZZZ,<Bad channel number>
	X	\ZZZ,<Bad format type in process block>
	X	\ZZZ,<Connect block format error>
	X	\ZZZ,<Interrupt data too long>
	X	\ZZZ,<Illegal flow control mode>
	X	\ZZZ,<Illegal function>
	X	\ZZZ,<Job quota exhausted>
	X	\ZZZ,<Link quota exhausted>
	X	\ZZZ,<No connect data to read>
	X	\ZZZ,<Percentage input out of bounds>
	X	\ZZZ,<No privileges to perform function>
	X	\ZZZ,<Segment size too big>
	X	\ZZZ,<Unknown node name>
	X	\ZZZ,<Unexpected state: unspecified>
	X	\ZZZ,<Wrong number of arguments>
	X	\ZZZ,<Function called in wrong state>
	X	\ZZZ,<Connect block length error>
	X	\ZZZ,<Process block length error>
	X	\ZZZ,<String block length error>
	X	\ZZZ,<Unexpected state: Disconnect sent>
	X	\ZZZ,<Unexpected state: Disconnect confirmed>
	X	\ZZZ,<Unexpected state: No confidence>
	X	\ZZZ,<Unexpected state: No link>
	X	\ZZZ,<Unexpected state: No communication>
	X	\ZZZ,<Unexpected state: No restources>
	X	\ZZZ,<Connect was rejected by object>
	X	\ZZZ,<Disconnected by object>
	X	\ZZZ,<No resources at remote node>
	X	\ZZZ,<Unrecognized node name>
	X	\ZZZ,<Remote node shut down>
	X	\ZZZ,<Unrecognized object>
	X	\ZZZ,<Invalid object name format>
	X	\ZZZ,<Object too busy>
	X	\ZZZ,<Abort by management>
	X	\ZZZ,<Abort by object>
	X	\ZZZ,<Invalid node name format>
	X	\ZZZ,<Local node shut down>
	X	\ZZZ,<Access control rejected>
	X	\ZZZ,<No response from object>
	X	\ZZZ,<Node unreachable>
	X	\ZZZ,<No link>
	X	\ZZZ,<Disconnect complete>
	X	\ZZZ,<Image field too long>
	X	\ZZZ,<Unspecified reject reason>
	X	\ZZZ,<Bad combination of NS.EOM and NS. WAI flags>
	X	\ZZZ,<Address error>
MAXERR==ZZZ
	SUBTTL	LOG File Stuff

TYPSTR:
	OUTSTR	@T1			;First, type it
	SKIPN	LOGFLG			;Logging?
	POPJ	SP,			;No, all done
	MOVE	T2,T1			;Copy address
	HRLI	T2,(POINT 7,0)		;Make into a pointer
TYPST1:
	ILDB	T1,T2			;Get a byte
	JUMPE	T1,[POPJ SP,]		;Done
	PUSHJ	SP,LOGCHR		;Output it
	JRST	TYPST1			;Loop on

LOGCHR:
	SKIPN	LOGFLG			;Logging?
	POPJ	SP,			;No, just return
	SOSG	LOGOBF+.BFCTR		;Room for it?
	JRST	LOGCH2			;No, make some
LOGCH1:
	IDPB	T1,LOGOBF+.BFPTR	;Store
	POPJ	SP,			;Return
LOGCH2:
	OUT	LOGCHN,			;Writei t
	JRST	LOGCH1			;Go on
	OUTSTR	[ASCIZ	/

%OUTPUT error on log file - closing it

/]
	CLOSE	LOGCHN,
	RELEAS	LOGCHN,
	SETZM	LOGFLG
	POPJ	SP,			;Return
	END	START