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Trailing-Edge - PDP-10 Archives - custsupcuspmar86_bb-x130b-sb - soserr.mac
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	TITLE	SOSERR - Error handling and interrupts
;		-----------------------------------
; 
;  This file contains the following error handling routines:
;	1. General error handling
;	2. Control-C interrupt and reenter code
;	3. Error message tables
; 

	SEARCH	SOSTCS
	$INIT

	SUBTTL	GENERAL ERROR HANDLING
;		----------------------



ERRHD0::		; The error handler
	MOVEM	T1,SVT1E	; Save t1 in case of rerror
	LDB	T1,[POINT 9,.JBUUO,8]	; Get the OPCODE
	CAIL	T1,FIOUUO	; Special IO UUO?
	  JRST	IOUHAN		; Yes, go handle
	CAIN	T1,1		; Is this a fatal error
	SETZM	EXPFLG		; Use long form of message
	HRRZ	T1,.JBUUO##	; Pick up the error number
	SKIPE	T1
	CAILE	T1,NUMER
	ERROR	ILUUO		; Wrong error, call self
	TLNE	FL2,INOPTF!INPARS ; Treat option file as special
	JRST	OPTERR		; ...
	MOVEM	T1,SVERN	; Save for =error command
	MOVE	T1,ETBL-1(T1)	;GET ADDR OF ERROR MESSAGES
	SKIPE	EXPFLG		;SEE IF /EXPERT
	 MOVSS	T1		;YES--GET SHORT FORM ADDR
	OUTSTR	(T1)		;OUTPUT MESSAGE
	OCRLF			;AND ANOTHER CRLF
	SKIPE	COMFLF		;IN COMMAND FILE?
	 JRST	[OUTSTR	COMESS	; PRINT "COMMAND # " MESSAGE
		 OUTSTR	COMCNT	; AND COMMAND COUNTER NUMBER
		 OCRLF		; CRLF
		 JRST	.+1]	; AND CONTINUE
	HRRZ	T1,.JBUUO	; Error number
	CAIN	T1,CMEND	; Command end?
	JRST	CKIND		; Yes, go do it
	SKIPLE	MACLVL##	;IN A MACRO?
	 SOS	MACLVL##	;YES--POP UP A LEVEL
	LDB	T1,[POINT 9,.JBUUO,8] ; Get UUO
	CAILE	T1,3
	HALT	.		; Error	ILUUO
	CAIN	T1,3		; Is this an RERROR?
	JRST	ERRDHN		; No
	CLRBFI			; No, clear the input buffer
	PUSHJ	P,CTTBFO##	; Clear TTOBUF
ERRDHN:	XCT	ERND(T1)	; Do good thing
	SETZM	COMFRP##	;CLEAR COUNT IN CASE IN CMD FILE REPEAT
	JRST	@ERRHD		; Rerror will fall through xct and return

ERND:	ERROR	ILUUO		; 0 is an error
	JRST	FATAL		; Quit or die
	JRST	CKIND		; Check ind file
	MOVE	T1,SVT1E	; Rerror- restore t1

FATAL:	SKIPE	ISCOP		; Left over from last copy
	JRST	COPDON##	; Yes, do special clean up
	SKIPL	CXFPDP		; Is he co-editing?
	JRST	BYEBYE##	; No, just return
	SKIPE	CXFMNE		; Is he allowed to co-exit?
	JRST	CXFERR##	; Special exit
	JRST	CXFRTN##	; Yes, return to first file


CKIND::	SKIPN	COMFLF		; In command file?
	JRST	COMND##		; Not in file, just go on
	SETZM	COMFLF		; Aren't any more
	RELEAS	IND,		; Release the file
	MOVE	T1,SVCCIN	; Restore the previous
	MOVEM	T1,CHIN		; Character input routine
	JRST	COMND		; Go on

REENT::	PUSHJ	P,CNCRST	; Restore TTY stuff
	TRO	FL,NECHO	;Force it
	ONECHO			;Be sure ECHO is ok
	PUSHJ	P,CTTBFO	; Clear out tty output buffer
	PUSHJ	P,SETTTY##	; Go reset some tty characteristics
	SETZM	MACLVL##	;CLEAR MACRO NESTING LEVEL
	TLNN	FL2,NORENT	; Should we allow this ?
	JRST	COMND		; Sure, go get next command
	TLO	FL2,RENTF	; No, better post a notice...
	JRST	T1POPJ##	; Restore T1 and return

OPTERR::MOVE	T1,SVT1E	; Restore T1
	POP	P,0(P)		; Up a level
	POPJ	P,		; And give error return
	SUBTTL	IO UUO Handler
;		--------------

; Come here on a special IO UUO
; 
; T1 must contain the OPCODE for the UUO

IOUHAN:	PUSH	P,ERRHD		; Simulate PUSHJ
	SUBI	T1,FIOUUO	; Scale to zero
	JRST	@IOTAB(T1)	; And go to UUO specific routine

	SUBTTL	XENTER -- Extended ENTER Function
;		---------------------------------

; XENTER -- Extended ENTER function
;
; Call with
;	XENTER	chn,addr
; 	  <error return>
;	<success return>

; XENTER differs from the ENTER UUO in that
;	(1)  If .PTPPN is zero, the default path will be used.
;	(2)  If the enter succeeds and a path block was given,
;	     a PATH. UUO will be done so the caller can find out
;	     exactly where the file was created.
; Uses AC's T1 and T2

XENTUU::PUSHJ	P,SAVR##	; Preserve T3 - T5
	HRRZ	T3,.JBUUO	; Point to Enter block
	SKIPE	T4,.RBPPN(T3)	; Do we have a path pointer?
	TLNE	T4,-1		;  or a PPN
	JRST	XENT1		; A PPN
	SKIPN	.PTPPN(T4)	; PPN field zero?
	SETZM	.RBPPN(T3)	; Yes, tell MTR to use default path
XENT1:	MOVEI	T5,<<ENTER 0,0>_-^D27> ; ENTER op-code
	DPB	T5,[POINT 9,.JBUUO,8] ; Set it up in .JBUUO
	XCT	.JBUUO		; Execute the ENTER UUO
	  JRST	[MOVEM T4,.RBPPN(T3)	; Failed, restore .RBPPN
		 POPJ P,]		; and return
	SKIPE	T4		; Path pointer?
	TLNE	T4,-1		;
	JRST	CPOPJ1##	; No, leave .RBPPN as MTR did and return
	HRLI	T4,.PTMAX	; Length of the path block
	LDB	T5,[POINT 4,.JBUUO,12] ; Fetch logical channel
	LDB	T5,[POINT 4,CHNTAB(T5),12] ; Then physical channel
	MOVEM	T5,.PTFCN(T4)	; Set for PATH. UUO
	PATH.	T4,		; Read the path
	  JRST	CPOPJ1##	; Should never happen
	HRRZM	T4,.RBPPN(T3)	; Restore path pointer in ENTER block
	JRST	CPOPJ1##	; And give good return
	SUBTTL	ENTER UUO 
;		---------

XCTENT::PUSH	P,[[ASCIZ/?ENTER fails for /]]
	JRST	XCTENR


; Here on a rename UUO

XCTRNM::PUSH	P,[[ASCIZ/?RENAME fails for /]]
	  ; 
XCTENR:	POP	P,FTYPE		; Save failure type for later
	AOSN	UUONOM		; Silent UUO?
	PJRST	IOEXCT		; Yes, just execute it
ENTAGN:	PUSHJ	P,IOEXCT	; Do the UUO
	CAIA			; It failed, report the problem
	JRST	CPOPJ1##	; else return successfully
	PUSHJ	P,SAVR##	; Save some AC's
	HRRZ	T1,.JBUUO	; Address of the lookup block
	SKIPN	.RBNAM(T1)	; Skip if were trying to delete because
	POPJ	P,		;  message looks dumb without name.
	HLRZ	T4,.JBUUO	; Get UUO type
	TRZ	T4,777		; Clear junk
	HRRZ	T3,.RBEXT(T1)	; Error code
	CAIN	T3,ERAEF%	; File already exits?
	POPJ	P,		; No message (He who set RB.NSE knows
				; what he is doing)
	CAIN	T3,ERPOA%	; Partial allocation?
	JRST   [HLLZS .RBEXT(T1); Clear this
		JRST  CPOPJ1##]	; And indicate success
	SKIPE	T2,.RBPPN(T1)	; Path pointer must not be zero
	TLNE	T2,-1		;  or be a PPN
	JRST	ENTNPT		;  for SFD creation
	CAIN	T3,ERSNF%	; Subdirectory not found?
	JRST	ENTNSD		; Go make a new directory
	CAIN	T3,ERBNF%	; Can't write at this position on disk?
	JRST	[SETZM .RBPOS(T1) ; Clear position argument
		 HLLZS .RBEXT(T1) ; Clear error code
		 PJRST ENTAGN]	; Go try this again
ENTNPT:	LDB	T2,PUUOAC	; Get channel designator
	HRRZ	T2,CHNTAB##(T2)	; Address of the open block
	MOVE	T2,.OPDEV(T2)	; And the device itself
	OUTSTR	@FTYPE
	PJRST	LEFERR##	; Type file name and message

	SUBTTL	ENTER UUO -- Code to build SFD's
;		--------------------------------

; Here to create a new directory if needed

ENTNSD:	PUSHJ	P,ENTNS0	; Make a new directory
	  POPJ	P,		; Failed
	XCT	.JBUUO		; Retry the UUO
	  POPJ	P,		; Failed
	JRST	CPOPJ1##


ENTNS0:	PUSH	P,.JBUUO	; Save UUO location
	MOVEI	T4,<<ENTER 0,0>_-^D27>
	DPB	T4,[POINT 9,.JBUUO,8]
	HRRZ	T3,.JBUUO	; Get address of the ENTER block
	PUSH	P,.RBNAM(T3)	; Save the name
	PUSH	P,.RBEXT(T3)	;  and the extension
	PUSH	P,.RBPRV(T3)	;  and the privilege
	PUSH	P,.RBCNT(T3)	;  and the size
	HRRZ	T4,.RBPPN(T3)	; Point to the path block
	MOVEI	T2,SFDLIM+.PTPPN(T4)	; Point to last SFD name
ENTNS1:	CAIG	T2,(T4)		; Backed into PPN
	JRST	ENTNSR		; Monitor bug
	SKIPN	T5,(T2)		; See if non-null name
	SOJA	T2,ENTNS1	; Loop over all

; Here when last SFD name has been found

	MOVEI	T4,(T2)		; Save path block address
	MOVSI	T2,'SFD'	; Extension for an SFD
	MOVEM	T2,.RBEXT(T3)	; Place in enter block
	MOVEI	T2,4		; Length of ENTER block
	MOVEM	T2,.RBCNT(T3)	; Save new length
	SETZM	.RBPRV(T3)	; Clear protection field
	SETZM	(T4)		; Zap the name
	MOVEM	T5,.RBNAM(T3)	; Setup the new name
	XCT	.JBUUO		; Re-execute the UUO
ENTNSR:	  SOS	-5(P)		; Note the problem
	MOVEI	T2,<<CLOSE 0,0>_-^D27>
	DPB	T2,[POINT 9,.JBUUO,8]
	HLLZS	.JBUUO
	XCT	.JBUUO		; XCT the close
	MOVEM	T5,(T4)		; Restore last SFD name
	POP	P,.RBCNT(T3)	; Restore old block size
	POP	P,.RBPRV(T3)	; And privilege
	POP	P,.RBEXT(T3)
	POP	P,.RBNAM(T3)	; Restore the real file name
	POP	P,.JBUUO
	JRST	CPOPJ1##
	SUBTTL	INUUO and OUTUUO Local UUO Routines
;		-----------------------------------

; Here on an INUUO or an OUTUUO

XINOUT::AOSN	UUONOM		; See if no message
	PJRST	IOEXCT		; Yes, just do it then
	PUSHJ	P,IOEXCT	; See if it works
	  POPJ	P,		; Good return, all done

; Here on an INUUO or OUTUUO error

	PUSHJ	P,SAVR##	; Save some registers
	LDB	T3,PUUOAC	; Get channel designator
	HLLZ	T3,CHNTAB##(T3)	; Get channel number
	TLO	T3,(GTSTS.)	; Make status instruction
	HRRI	T3,T4		; Point to temp AC
	XCT	T3		; Get the status
	TRNN	T4,IO.ERR	; Any errors?
	  JRST	CPOPJ1		; No errors, must be EOF
	HLRZ	T5,.JBUUO##	; Get opcode of UUO
	TRZ	T5,777		; Clear non-opcode part
	CAIN	T5,(<INUUO>)	; Inuuo?
	OUTSTR	[ASCIZ/?INPUT/]
	CAIN	T5,(<OUTUUO>)	; Outuuo?
	OUTSTR	[ASCIZ/?OUTPUT/]
	OUTSTR	[ASCIZ/ error for device /]
	PUSH	P,T1
	PUSH	P,T2
	MOVEI	T3,OCHR##
	LDB	T1,PUUOAC
	HRRZ	T1,CHNTAB##(T1)	; Get address of open block
	MOVE	T1,.OPDEV(T1)	; Fetch the device
	PUSHJ	P,GVDST1##	; Type the device name
	PUSHJ	P,FORCE##	; Let him see it
	OUTSTR	[ASCIZ/ -- /]
	TRNE	T4,400000	; Write lock?
	OUTSTR	[ASCIZ/ write locked  /]
	TRNE	T4,200000	; Search error
	OUTSTR	[ASCIZ/ search error  /]
	TRNE	T4,100000	; Disk parity error?
	OUTSTR	[ASCIZ/ parity error  /]
	TRNE	T4,40000
	OUTSTR	[ASCIZ/ Disk full or quota exceeded  /]
	OCRLF
	POP	P,T2		; Restore T2
	JRST	T1PPJ1##	; Restore T1 and return
	SUBTTL	IO UUO Channel mapping routine
;		------------------------------

; Here on most IO UUO's

IOEXCT::PUSH	P,ALTP		; Save a scratch register
	HLL	ALTP,IOTAB##(T1); Load the OPCODE
	LDB	T1,PUUOAC	; Fetch the channel designator
	IOR	ALTP,CHNTAB##(T1); Or in the channel number
	HRR	ALTP,.JBUUO	; Get effective address of UUO
	MOVE	T1,SVT1E	; Restore T1 now, might be address
				;  of the UUO
	XCT	ALTP		; Execute the UUO
	  JRST	APOPJ##		; Xmit non-skip
	JRST	APOPJ1##	; Xmit skip return

PUUOAC::POINT	4,.JBUUO,12	; Points to AC field of an LUUO

	SUBTTL	CORE UUO handler
;		----------------

; Note:  The following routine is provided due to the way that
;	 the CORE UUO works on VM systems.  If a CORE UUO reduces
;	 a jobs core assigment then all non-contiguous low segment
;	 pages are removed.  This makes debugging with VMDDT very
;	 difficult becuase break points no longer work properly.
;	 This code simulates CORE UUO's for releasing core only.

IFN FTVDDT,<		; Only useful for VM systems

CORUUO::PUSHJ	P,SAVR##	; Preserves all registers
	LDB	T1,PUUOAC	; Fetch users AC
	CAIN	T1,T1		; Is it T1?
	SKIPA	T1,SVT1E	; Use saved value of T1
	MOVE	T1,(T1)		; Get the argument for CORE UUO
	MOVE	T3,T1		; Argument to T3
	MOVE	T1,SVT1E	; Restore T1
	  ; 
CORUU2:	TRO	T3,777		; Round to end of page
	CAMN	T3,.JBREL##	; Is this a no-op?
	JRST	CPOPJ1##	; Yes, just return
	CAML	T3,.JBREL##	; Growing larger
	JRST	COREIT		; Yes, and CORE UUO is faster
	PUSH	P,T3		; Requested core size
	MOVE	T3,[1,,T4]	; Delete page,,arg in register 2
	MOVEI	T4,1		; Do it one page at a time
	MOVE	T5,.JBREL##	; Current size
	LSH	T5,-^D9		; Convert to a page number
	TLO	T5,400000	; Delete this page
	PAGE.	T3,		; Page destroy
	  JRST	CORIT0		; Use CORE UUO, non-VM system
	POP	P,T3		; Restore desired page
	JRST	CORUU2		; Do this thing again

; Here to use the CORE UUO instead of PAGE.

CORIT0:	POP	P,T3		; Here if T3 has been pushed
	  ; 
COREIT:	CORE.	T3,		; Do a core UUO
	  POPJ	P,		; Indicate non-skip
	JRST	CPOPJ1##	; Indicate skip
>
	SUBTTL	CONTROL-C INTERCEPT HANDLERS
;		----------------------------

; Enable intercept.
;	Call ENBINT for the standard intercept
;	Call ENBIN1 if you just want all ^C's ignored for awhile
;		    (use only for very critical code, be sure to
;		     call CHKCCI when the critical code is done)

ENBIN1::MOVEI	T1,CNCIN1
	JRST	ENBIN2

ENBINT::MOVEI	T1,CNCINT
ENBIN2:	HRRM	T1,CNCBLK
	MOVEI	T1,CNCBLK
	MOVEM	T1,.JBINT##
	SETOM	CNCLOK		; Clear interlock for first time
	MOVEI	T1,REENT	; Set reenter address
	MOVEM	T1,.JBREN##
	POPJ	P,

; Disable intercept

DISINT::SETZM	.JBINT##
	SETZM	.JBREN		; Clear reenter address
	POPJ	P,

	SUBTTL	Control-C Intercept Routines
;		----------------------------

; Interupt handler

CNCIN1:	PUSH	P,CNCBLK+2
	SETZM	CNCBLK+2
	TRO	FL2,R2.CCI
	POPJ	P,


; Here after ENBIN1 has been used to sheild control-C's to see
; if he typed one and let him out if he has.

CHKCCI::TRZN	FL2,R2.CCI	; Waiting?
	POPJ	P,		; No, just return
				; Fall through to FAKINT
; Here to simulate a ^C

FAKINT::POP	P,CNCBLK+2
	MOVSI	T1,2
	MOVEM	T1,CNCBLK+3
				; Fall through to CNCINT

; Here on a control-C.  (Real or simulated)

CNCINT:	AOSE	CNCLOK		; Trying to re-enter?
	JRST	CNCAGN		; Yes: skip over code
	PUSH	P,CNCBLK+2	; Get PC
	PUSH	P,T1		; Save a reg
CNCAGN:	HLRZ	T1,CNCBLK+3	; Get reason
	CAIE	T1,1B34		; ^C only
	ERROR	ICN
	SETZM	CNCBLK+2	; Re-enable
	GTSTS.	TTY,SVTSTS	; Get tty status
	SKIPN	CCEXIT		; Does he just want to exit?
	JRST	CNCINQ		; No, ask what to do
MONRET:
	MOVE	T1,TABINI	; Get initial setting
	PUSHJ	P,SETTAB##	; Restore the setting
	EXIT	1,		; EXIT for a moment
	JRST	CNCINR		; Now return
				CONT.

CNCINQ:	ONECHO			; In case from alter or rubout stream
	OUTSTR	[ASCIZ "
Yes? "]
	SKIPN	EXPFLG		; Short messages?
	OUTSTR	[ASCIZ "(Type H for help):  "]
	INCHRW	T1		; Get a character
	MOVEM	T1,SVT1E	;SAVE IT
CRGET:	INCHRW	T1		; Get next
	CAIN	T1,15		; Skip any carriage returns
	JRST	CRGET
	CLRBFI
	CAIN	T1,12		; Then get a line feed
	JRST	CNCIQ1
	OCRLF
	JRST	CNCINQ		; Get something else

CNCIQ1:	MOVE	T1,SVT1E	;RESTORE SAVED CHAR
	ANDI	T1,137		; Force to upper case
	CAIN	T1,"H"		; Help
	JRST	CNCHLP
	CAIN	T1,"C"		; Continue
	JRST	CNCINR		; Just retrun
	CAIN	T1,"R"		; Re-enter?
	JRST	REENT
	CAIN	T1,"M"		; To monitor?
	JRST	MONRET		; Yes, do that
	CAIN	T1,"E"		; Exit?
	JRST	CNCXIT		; Prepare to exit
	CAIN	T1,"Q"		; Quit?
	JRST	CNCQIT
	CAIN	T1,"D"		; Enter DDT?
	SKIPN	.JBDDT		; DDT loaded?
	JRST	CNCINQ		; No get another response
	MOVE	T1,SVT1E	;RESTORE T1
	PUSH	P,.JBDDT	; Save address of DDT
	SETOM	CNCLOK		; Clear interlock
	POPJ	P,		; [DDT]

	SUBTTL	Interactive Control-C Routines
;		------------------------------

; Here for "E"

CNCXIT:	SKIPE	CXFMNE		; Wrong side of co-edit?
	JRST	CNCINQ		; Exit is not an option
	TLO	FL2,DOENDF	; Say we want to end
	JRST	REENT		; and fake a '.REENTER'

; Here for "Q"

CNCQIT:	SKIPE	CXFMNE		; Wrong side of co-edit
	JRST	CNCINQ		; Not an option now
	SETZM	ENDFLG		; If waiting for filename
	JRST	QUIT##		; Else just quit

CNCINR::HRRZ	T1,-1(P)	; Get intercept PC
	CAIN	T1,GNCH1D##	; Alter mode TTY input wait?
	PUSHJ	P,CCRTYP##	; Yes, re-type line for him
	CAIN	T1,GETONE##	;
	PUSHJ	P,RPRMPT
	CAIN	T1,GET##	; Waiting for INPUT?
	PUSHJ	P,RETYPE	; Retype prompt
	CAIE	T1,GETRPC##	; Waiting for rubout close?
	JRST	CNCIR1
	SOS	-2(P)		; Indicate ^C happened
	AOS	-1(P)		; And get terminal out of IO wait
	AOS	-1(P)		; ...
CNCIR1:	PUSHJ	P,CNCRST	; Restore stuff
	JRST	T1POPJ##	; and return

RETYPE::PUSHJ	P,RPRMPT##	; Re-issure current prompt
	PUSH	P,TIBUF+.BFPTR	; Save input byte pointer
	SETZ	T1,		; A zero
	IDPB	T1,(P)		; Mark end of input stream
	ADJSP	P,-1		; Clear PDL
	MOVEI	T1,TBUF		; Point to buffer
	PJRST	TYPSTR##	;  and type it out.

CNCHLP:	OUTSTR	CNCTXT
	SKIPN	CXFMNE		; May not exit now?
	OUTSTR	CNXTXT		; No, give him the quit options
	SKIPE	.JBDDT##
	OUTSTR	[ASCIZ "D - Transfer to DDT
"]
	JRST	CNCINQ

CNCTXT:	ASCIZ "Type one of:
C - to CONTinue automatically
M - return to MONITOR now, cancelling all edits made during this session
R - to do REEnter (terminate losing search etc.)
"

CNXTXT:	ASCIZ	"E - to end edit and close file
Q - to quit (delete temporary files)
"

; Here on return from control-C
; 
CNCRST::OPEN.	TTY,TTDEVI	; Re-open it in case of ^C in a UUO
	HALT			; If this happens, we're screwed
	STSTS.	TTY,@SVTSTS	; Restore TTY status
	PUSH	P,.JBFF##	; Save first free address
	MOVE	T1,TTYBA##	; Use previous buffer address...
	MOVEM	T1,.JBFF	; As current first free
	INBUF.	TTY,1		; Fake out the monitor
	POP	P,.JBFF		; Restore real first free
	PUSHJ	P,SETTTY##	; Go reset some tty characteristics
	SETOM	CNCLOK		; Clear interlock
	POPJ	P,		; Continue onward
; Routine to turn on norent flag and modify stack to automatically
; Cause restoration upon POPJ or CPOPJ1.

SETRFL::TLOE	FL2,NORENT	; Set norent flag and skip if off
	POPJ	P,		; Already on, don't need auto-restore
	POP	P,0(P)		; Prune stack
	PUSHJ	P,@1(P)		; Set restore address and return
	 ; 
	SKIPA			; Skip incrementing instruction
	AOS	(P)		; Here for auto-skip return
	TLZ	FL2,NORENT	; Restore norent as off
	POPJ	P,		; Return to client
	SUBTTL	ERROR MESSAGE TABLES
;		--------------------

DEFINE	ERMSG,<
	I==0
	X	(ICN,?Internal confusion)
	X	(DIE,?Device input error)
	X	(DDE,?Device output error)
	X	(ILC,%Illegal command)
	X	(ILUUO,?Illegal UUO)
	X	(LTL,%Line too long)
	X	(NLN,<%No such line(s)>)
	X	(NSP,%No such page)
	X	(ORDER,%Out of order)
	X	(ACF,%Already changed the file)
	X	(ILR,%Illegal replacement)
	X	(WAR,%Wrap around)
	X	(TMS,%Too many strings)
	X	(STL,%String too long)
	X	(ISS,%Illegal search string)
	X	(ILFMT,%Illegal line format)
	X	(NSG,%No string given)
	X	(FNF,%File not found)
	X	(DNA,%Device not available)
	X	(NEC,%Insufficient core available)
	X	(IRS,%Illegal replacement string)
	X	(STC,%Search string too complex)
	X	(ITD,%Illegal transfer destination)
	X	(NNN,%No next line)
	X	(SRF,%Search fails)
	X	(CMERR,%Indirect read error)
	X	(CMEND,[Indirect EOF])
	X	(MAR,%Margin error)
	X	(BBF,?Bad "BASIC" file format)
	X	(MEC,%Must exit co-file first)
	X	(TMC,%Too many co-files)
	X	(BFS,%Bad file specification)
	X	(IBM,%Illegal in Basic mode)
	X	(ELL,?Line longer than 640 characters in file)
	X	(IRO,%Illegal when read-only)
	X	(APN,%Ambiguous parameter name)
	X	(NPN,%No such parameter)
	X	(CFB,%Command file too big)
	X	(PMI,%Page mark inserted to prevent wrap around)
	X	(URT,%Unrecognized DISPLAY terminal type)
	X	(IMN,%Illegal macro name)
	X	(TMM,%Too many macro names)
	X	(MDL,%Macro definition too long)
	X	(MTD,%Macros nested too deep)
	X	(ISW,%Illegal switch)
	X	(FIQ,%Filespec illegal on Quit)
>

; The expert error message table

DEFINE X(EXPERR,NOVERR),<
	I==I+1
	IFN <I-EXPERR>,<PRINTX ?Error table is out of order>
	IFE <I-EXPERR>,<
		IRPC NOVERR,<
			C="'NOVERR"
			STOPI>
		IFE C-"[",<XWD [ASCIZ/['EXPERR']/],[ASCIZ/NOVERR/]>
		IFE C-"?",<XWD [ASCIZ/?'EXPERR/],[ASCIZ/NOVERR/]>
		IFE C-"%",<XWD [ASCIZ/%'EXPERR/],[ASCIZ/NOVERR/]>
		>
	>
ETBL::	ERMSG
NUMER==.-ETBL

	END