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ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее-ACPMUG °6BPREFMT  ВASPURGE   БSMQUICKIE ВASREPORT  ВAS@	

SIZE    БSM)SLOAD   БSM#SORT    БSM4 
	DCR	A	;MAKE A=0, B=1
	MOV	C,A	;SEND IT IN C,
	CALL	SELDSK	;TO SELECT THE DISK
NOSET	MVI	C,2	;GET TRACK 2
	CALL	SETTRK	;GO DO IT
	MVI	C,1	;GET SECTOR
PURGE	PUSH	B	;SAVE SECTOR
	CALL	SETSEC	;SEEK TO IT
	CALL	RDSEC	;READ THE SECTOR
	LXI	H,80H	;POICORD' FLAG. \
	A RECORD IN USE WILL HAVE A '1' HERE.

	INPUT "NAME OF FILE TO PREFORMAT";FILE.NAME$
	PRINT "NUMBER OF SECTORS IN FILE"
	PRINT "(MUST AGREE WITH FILE.SIZE IN:"
	PRINT "     MAINT.BAS   AND"
	INPUT "     REPORT.BAS) ";NO.SEC

REM	RECееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее PROVIDING THE JMP TABLE FOR
;YOUR CBIOS IS 512 BYTES FROM THE END OF THE SYSTEM.
;
	IF	NOT MODIFIED
	LXI	D,ERRMSG
	MVI	C,PRINT
	JMP	BDOS
ERRMSG	DB	'++THIS PROGRAM HAS NOT BEEN MODIFIED',13,10
	DB	'FOR YOUR CBIOS.  EDIT PURGE.ASM AND'13,10
	DB	'MAееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееTISQ    БSM!"#$TLOAD   БSM(%&'()TMAP    БSM
*+TSAVE   БSM",-./0XREFASM БSMЂ123456789:;<=>?@XREFASM БSM
ЂABCDEFGHIJKLMNOPXREFASM БSMЂQRSTUVWXYZ[\]^_`XREFASM БSMOabcdefghijееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее LENGTH 128 RECOMMENDED FOR SPEED OF ACCESS \
	BUT IS NOT REQUIRED.
	FILE FILE.NAME$(128)

	FOR I=1 TO NO.SEC
		PRINT #1,I;0,"EMPTY RECORD",I
		IF I=10*INT(I/10) THEN PRINT "RECORD ";I
	NEXT
	PRINT "DONE "
	END
ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееKE APPROPRIATE CHANGES TO THE EQUATES'
	DB	10,13,'$'
	ENDIF

	CALL	START
IDMSG	DB	'PURGE 09/10/77',0DH,0AH,'$'
START	POP	D	;GET ID MESSGE
	MVI	C,PRINT
	CALL	BDOS	;PRINT ID
	LDA	FCB	;GET DISK (0, 1, 2)
	ORA	A	;USE LOGGED IN DISK?
	JZ	NOSET	;..YESREM	THIS IS "PREFMT.BAS"


REM	ROUTINE TO PREFORMAT A DISK FILE FOR USE \
	WITH 'MAINT.BAS' AND 'REPORT.BAS' \
	FOR MAINTAINING A COMPUTER CLUB MAILING LIST

REM	PROGRAM LOGIC - WRITES A '0' AS THE FIRST FIELD \
	IN THE FILE - THIS IS THE 'EMPTY RECATALOG ¶  klеEDVDM   DOCmеEXPLAIN DOCnopqеMAILLISTDOCprstuvwxyz{|}~ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееMODIFIED EQU 0	;CHANGE TO 1 WHEN CBIOS EQUATES SET OK
;PURGE - ROUTINE TO CLEAR UP A DIRECTORY
	ORG	100H
;
;YOU MUST MODIFY THE SYSTEM EQUATES FOR DISK PHYSICAL I/O
;BEFORE RUNNING THIS SYSTEM.  ALL YOU HAVE TO DO IS CHANGE
;'SYSSIZ' FOR YOUR SYSTEM,ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееNT TO BUFFER
	LXI	D,32	;DIRECTORY ENTRY LENGTH
	CALL	CHECK	;CHECK FIRST ENTRY
	DAD	D
	CALL	CHECK	;CHECK SECOND ENTRY
	DAD	D
	CALL	CHECK	;CHECK THIRD ENTRY
	DAD	D
	CALL	CHECK	;CHECK LAST ENTRY
	CALL	WRSEC	;WRITE IT BACK
;GET NEXT SECTOR
	POP	B	;GT
	READ FIELD.NAME$(I)
	NEXT I

REM	MAIN PROCESSING LOOP
100	INPUT "COMMAND--->";C$
	IF C$="HELP" THEN 200
	IF LEFT$(C$,6)="INDEX "	THEN 1000
	IF LEFT$(C$,9)="POSITION " THEN 1100
	IF LEFT$(C$,6)="TITLE " THEN 1300
	IF C$="PRINT" THEN 1400
	IF LCO$,PA$,TY$
	IF PA$<>"7606" THEN 100
	PRINT "DELETED ";NA$;" ";PA$
	FLAG=0
	PRINT #1,I;FLAG,SO$,NA$,OR$,ST$,CI$,ZI$,PH$,CO$,PA$,TY$
100	NEXT I
	END
CREMENT IT
	MOV	M,A
	CPI	'9'+1	;CARRY?
	JC	BUMPDN	;..NO, DONE
	MVI	M,'0'
	DCX	H
	JMP	BUMP
BUMPDN	POP	H
	RET
;
MSG	DB	'00 ENTRIES PURGED$'
;
;BDOS/CBIOS EQUATES (VERSION 4)
;
RDCON	EQU	1
WRCON	EQU	2
PRINT	EQU	9
OPEN	EQU	15	;0FFH=NOT FOUND
EAD
	KB = 1 :REM KEYBOARD INPUT
	ABORT = 255 :REM KB VALUE TO ABORT
	LF = 138:REM LINEFEED FROM KB
	FIELD.COUNT = 10 :REM # FIELDS IN RECORD
	FILE FILE.NAME$(REC.LENG),\
		FILE.NAME$(REC.LENG),\
		FILE.NAME$(REC.LENG),\
		FILE.NAME$(REC.LENG)
	DIMееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееET SECTOR (IN C)
	INR	C
	MOV	A,C	;GET VALUE
	CPI	17
	JC	PURGE	;LOOP UNTIL DONE
;PRINT NUMBER OF ENTRIES FIXED
	LXI	D,MSG
	MVI	C,PRINT
	CALL	BDOS
	RET
;CHECK IF A DIRECTORY ENTRY (POINTED TO BY H,L)
;	IS CORRECT (0 IF IN USE, E5 IF EMPTY)
;	IF NееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееCLOSE	EQU	16	;   "	"
SRCHF	EQU	17	;   "	"
SRCHN	EQU	18	;   "	"
DELT	EQU	19	;NO RET CODE
READ	EQU	20	;0=OK, 1=EOF
WRITE	EQU	21	;0=OK, 1=ERR, 2=?, 0FFH=NO DIR SPC
MAKE	EQU	22	;0FFH=BAD
REN	EQU	23	;0FFH=BAD
STDMA	EQU	26
BDOS	EQU	5
FCB	EQU	5CH 
SYSS FIELD.NAME$(FIELD.COUNT)
	DIM RECORD$(FIELD.COUNT)
	DIM INDEX(INDEX.SIZE)
	DIM LINE$(4,4)
	TITLE$=CHR$(14)+"CACHE MAILING LIST"
REM	READ FIELD NAMES
	DATA SORT,NAME,ORGANIZATION,STREET,CITY,ZIP,\
		PHONE,COMPUTER,PAID,TYPE
	FOR I = 1 TO FIELD.COUNREM - QUICKIE - ODD JOB CACHE FILE MAINT PROGRAM
	FILE.NAME$="CACHE.FIL"
	FILE FILE.NAME$(128)
	INPUT"STARTING, ENDING RECORD";STARTING,ENDING
	FOR I=STARTING TO ENDING
	READ #1,I;FLAG
	IF FLAG=0 THEN 100
	READ #1,I;FLAG,SO$,NA$,OR$,ST$,CI$,ZI$,PH$,OT, FORCE IT TO BE AN E5 (EMPTY)
CHECK	MOV	A,M	;GET CHAR
	CPI	0E5H
	RZ		;RET IF E5
	ORA	A
	RZ		;RET IF IN USE
	MVI	M,0E5H	;CLEAR IT OUT
;BUMP COUNT OF CHANGED RECORDS
	PUSH	H
	LXI	H,MSG+1	;POINT TO SECOND DIGIT
BUMP	MOV	A,M	;GET DIGIT
	INR	A	;INREM	CACHE MAILING LIST REPORT PROGRAM
	PRINT	"REPORT VERSION 0.8"
	SPACES$="                         "
	UP = 3
	WIDTH = 38
	LENGTH = 6
	FILE.NAME$="CACHE.FIL"
	FILE.SIZE = 512
	INDEX.SIZE = 400
	REC.LENG = 128
	INDEX.READ = 0 :REM SHOW NO INDEX RееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееIZ	EQU	24	;SYSTEM SIZE
CBIOS	EQU	SYSSIZ*1024-512
SELDSK	EQU	CBIOS+1BH
SETTRK	EQU	SELDSK+3
SETSEC	EQU	SETTRK+3
SETDMA	EQU	SETSEC+3
RDSEC	EQU	SETDMA+3
WRSEC	EQU	RDSEC+3
EFT$(C$,6)="WIDTH " THEN 1500
	IF LEFT$(C$,7)="LENGTH "THEN 1550
	IF C$="TAGS" THEN 1600
	IF C$="LABELS" THEN 1600
	IF C$="CHECK" THEN 1700
	IF LEFT$(C$,3)="UP " THEN 1800
	IF C$="END" THEN 9999
199	PRINT "INVALID COMMAND"
	GOTO 100

REM	HELP
20EXT BLANK.POS
	GOTO 1628
1624	IF MID$(NAME$+"  ",BLANK.POS+1,2)="JR" THEN 1622
	IF BLANK.POS<4 THEN 1628
	IF MID$(NAME$,BLANK.POS-2,2)="MC" THEN 1622
	IF MID$(NAME$,BLANK.POS-3,3)="VAN" THEN 1622
	IF MID$(NAME$,BLANK.POS-3,3)=" DE" THEN 1622
	IF MIDONE----";\
		TAB(T7);"MICRO";\
		TAB(T8);"PAID";\
		TAB(T9);"T"
	PRINT
1420	IF POSITION > INDEX.COUNT THEN 1490
	KEY = INDEX(POSITION)
	POSITION = POSITION + 1
	GOSUB 8800
	PRINT SORT$;\
		TAB(T1);NAME$;\
		TAB(T2);ORGANIZATION$;\
		TAB(T3);STR READ
1080	PRINT "POSITIONED TO RECORD 1"
	POSITION = 1
	GOTO 100

REM	POSITION TO PARTICULAR RECORD
1100	X=ASC(MID$(C$,10,1))
	IF X > 47 AND X < 58 THEN 1200
	GOSUB 8910 :REM EXTRACT FIELD NAME, VALUE
	IF INDEX.READ = 0 THEN 8700
	X=LEN(FIELD.VA INDEX.READ = 0 THEN 8700
1610	IF INP(KB)<>LF THEN 1610
	REM READ 'UP' LABELS OR TAGS
1620	IF POSITION > INDEX.COUNT THEN 1690
	IF INP(KB)<>LF THEN 1690
	FOR I=1 TO UP
1621	IF POSITION > INDEX.COUNT THEN 1650
	KEY = INDEX(POSITION)
	POSITION = POSI
1405	IF INP(KB)<>LF THEN 1405
	REM SET UP FIELD TABS
	T1=6
	T2=T1+25
	T3=T2+21
	T4=T3+25
	IF WIDTH < 80 THEN T4 = 6
	T5=T4+21
	T6=T5+6
	T7=T6+15
	T8=T7+6
	T9=T8+5

	REM PRINT A PAGE
1410	PRINT TITLE$
	PRINT
	LINE.COUNT = 7
	PRINT "SORT";\0	PRINT "END		TO END EXECUTION"
	PRINT "INDEX FN.FT	READ INDEX FILE"
	PRINT "POSITION FIELD VALUE POSITION VIA FILE SCAN"
	PRINT
	GOTO 100
REM	READ INDEX FILE
1000	INDEX.NAME$=MID$(C$,7,99)
	PRINT "READING FILE ";INDEX.NAME$
	FILE INDEX.NAME$
	IF .COUNT < 60 THEN 1420
	PRINT CHR$(12) :REM EJECT
	GOTO 1410

	REM WAIT FOR KEY PRESSED OTHER THAN LINEFEED
1490	PRINT
1495	IF INP(KB)=LF THEN 1495
	GOTO 100
REM	SET REPORT OR LABEL WIDTH
1500	WIDTH = VAL(MID$(C$,7,99))
	IF WIDTH > 24 THEN 100
	PEET$;
	IF WIDTH < 80 THEN \
		PRINT :\
		LINE.COUNT = LINE.COUNT + 1
	PRINT	TAB(T4);CITY$;\
		TAB(T5);ZIP$;\
		TAB(T6);PHONE$;\
		TAB(T7);COM$;\
		TAB(T8);PAID$;\
		TAB(T9);TYPE$
	LINE.COUNT = LINE.COUNT + 1
	IF INP(KB)=ABORT THEN 1490
	IF LINELUE$)
1110	IF POSITION >  INDEX.COUNT THEN \
		PRINT "NOT FOUND":\
		GOTO 1080
	IF INP(KB)=ABORT THEN 100
	KEY = INDEX(POSITION)
	GOSUB 8800 :REM READ RECORD
	PRINT KEY,RECORD$(FIELD.NO)
	IF LEFT$(RECORD$(FIELD.NO),X)=FIELD.VALUE$ THEN \
		GOSUB 9TION + 1
	GOSUB 8800
	IF C$="LABELS" THEN 1630
	REM FORMAT NAME TAGS
	REM DON'T PRINT FOR GROUPS OR MAGAZINES
	IF TYPE$="G" THEN 1621
	IF TYPE$="M" THEN 1621
	FOR BLANK.POS = LEN(NAME$) TO 1 STEP -1
	IF MID$(NAME$,BLANK.POS,1)=" " THEN 1624
1622	N
		TAB(T1);"---------NAME-----------";\
		TAB(T2);"----ORGANIZATION----";\
		TAB(T3);"---------STREET---------";
	IF WIDTH < 80 THEN PRINT:\
		LINE.COUNT = LINE.COUNT + 1
	PRINT	TAB(T4);"---------CITY-------";\
		TAB(T5);"-ZIP-";\
		TAB(T6);"----PHEND #5 THEN 1050
	REM CAN'T FOR-NEXT: EOF WOULD EXIT LOOP EARLY
	I=1
1010	READ #5;INDEX(I)
	IF INP(KB)=ABORT THEN \
		PRINT I
	I=I+1
	GOTO 1010
1050	CLOSE 5
	INDEX.COUNT = I-1
	PRINT INDEX.COUNT;" INDEX ENTRIES LOADED."
	INDEX.READ = 1 :REM SHOWRINT "WIDTH TOO NARROW - SET TO 25"
	WIDTH = 25
	GOTO 100

REM	SET LABEL LENGTH
1550	LENGTH = VAL (MID$(C$,8,99))
	IF LENGTH > 3 THEN 100
	PRINT "LENGTH INVALID, SET TO 6"
	LENGTH = 6
	GOTO 100

REM	PRINT LABELS
1600	PRINT "PRESS LINEFEED"
	IFID POSITION":\
		GOTO 1080
	KEY = INDEX(POSITION)
	GOSUB 8800
	GOSUB 9000
	GOTO 100

REM	ENTER TITLE
1300	TITLE$=CHR$(14)+MID$(C$,7,99)
	GOTO 100

REM	PRINT REPORT USING INDEX
1400	PRINT "PRESS LINE FEED TO START"
	IF INDEX.READ = 0 THEN 8700
000:\
		GOTO 100
	POSITION = POSITION + 1
	GOTO 1110

REM	POSITION TO RECORD NUMBER
1200	POSITION = VAL(MID$(C$,10,99))
	IF INDEX.READ = 0 THEN 8700
	PRINT "POSITIONED TO ";POSITION
	IF POSITION < 1 OR POSITION > INDEX.COUNT THEN \
		PRINT "INVAL$(NAME$,BLANK.POS-3,3)=" LA" THEN 1622
	IF MID$(NAME$,BLANK.POS-3,3)=" DI" THEN 1622
1628	LINE$(I,1)=""
	IF BLANK.POS>1 THEN \
		LINE$(I,1)=LEFT$(NAME$,BLANK.POS-1)
	LINE$(I,2)=MID$(NAME$,BLANK.POS+1,99)
	LINE$(I,3)=COM$
	IF I=1 AND 0=LEN(COM$) THENUTTAPE	EQU	4	;OUTPUT TO PUNCH FUNCTION NO.
OUTBUF	EQU	9	;OUTPUT STRING TERMINATED BY $
INBUF	EQU	10	;INPUT BUFFER FUNCTION NO.
BDOS	EQU	5	;BDOS ENTRY POINT
*
*	CONTROL CHARACTERS
*
CR	EQU	0DH	;CARRIAGE RETURN
LF	EQU	0AH	;LINE FEED
CNTRL	EQU	-40H	;OS=I-1
	NEXT I
	IF BLANK.POS=0 THEN 199
	FIELD$=LEFT$(C$,BLANK.POS)
	FIELD.NO = 0
	FOR I=1 TO FIELD.COUNT
	IF LEFT$(FIELD.NAME$(I),BLANK.POS)=FIELD$ THEN\
		FIELD.NO = I
	NEXT I
	IF FIELD.NO=0 THEN\
		PRINT "NO SUCH FIELD ";FIELD$:\
		GOTO 100
 4 THEN \
		FOR I=4 TO LENGTH-1 :\
			PRINT :\
		NEXT I
	GOTO 1620
	REM END OF FILE - PAD W/BLANK FIELDS
1650	NAME$=" "
	PAID$=" "
	ORGANIZATION$=" "
	STREET$=" "
	CITY$=" "
	ZIP$=" "
	GOTO 1630
	REM END OF LABELS
1690	PRINT
1695	IF INP(KB)=*	FILE NAME:	THEAD.LIB
*
*	7/16/77
*
*
*	THIS LIBRARY CAN BE USED TO SET UP A STANDARD
*  CP/M PROGRAM.  TO USE, TYPE THE PROGRAM HEADER AND 
*  PROGRAM CONSTANTS (EQUATES), THEN READ IN THE LIBRARY.
*  TO RETURN TO CP/M EXECUTE A JUMP TO EXIT.
* RT$=RECORD$(1)
	NAME$=RECORD$(2)
	ORGANIZATION$=RECORD$(3)
	STREET$=RECORD$(4)
	CITY$=RECORD$(5)
	ZIP$=RECORD$(6)
	PHONE$=RECORD$(7)
	COM$=RECORD$(8)
	PAID$=RECORD$(9)
	TYPE$=RECORD$(10)
	RETURN

REM	EXTRACT FIELD NAME, VALUE FROM C$
	REM FIND \
		LINE$(1,3)="."
	LINE$(I,4)=CITY$
	GOTO 1640
1630	LINE$(I,1)=LEFT$(NAME$+SPACES$,25)+PAID$
	LINE$(I,2)=ORGANIZATION$
	LINE$(I,3)=STREET$
	LINE$(I,4)=LEFT$(CITY$+SPACES$,24)+ZIP$
1640	NEXT I
	REM PRINT THE LABELS
	FOR LINE = 1 TO 4
		WD=WIDTHREET
	PRINT RECORD$(5);" ";RECORD$(6)
	PRINT RECORD$(7);"/";\
		RECORD$(8);";";\
		RECORD$(9);";";\
		RECORD$(10)
	PRINT
	RETURN
9999	END
	FIELD.VALUE$=MID$(C$,BLANK.POS+2,99)
	FIELD$=FIELD.NAME$(FIELD.NO)
	RETURN
REM	RECORD PRINT ROUTINE
9000	PRINT
	PRINT "RECORD #";KEY;" ";RECORD$(1) :REM SORT
	PRINT RECORD$(2) :REM NAME
	PRINT RECORD$(3) :REM ORGANIZATION
	PRINT RECORD$(4) :REM STLF THEN 1695
	GOTO 100

REM	PRINT CONTENTS OF VARIABLES
1700	PRINT "WIDTH=";WIDTH
	PRINT "LENGTH=";LENGTH
	PRINT "POSITION=";POSITION
	PRINT "INDEX HAS ";
	IF INDEX.READ = 0 THEN \
		PRINT "NOT ";
	PRINT "BEEN READ."
	PRINT "INDEX ENTRIES=";INDE USERS MAIN PROGRAM MUST BE LABLED MAIN (OR CHANGE JMP)
*  STACK SIZE IS SET TO 64 BYTES.
*
* 
*	BDOS I/O EQUATES
*
INCON	EQU	1	;READ CONSOLE FUNCTION NO.
OUTCON	EQU	2	;WRITE CONSOLE FUNCTION NO.
INTAPE	EQU	3	;INPUT FROM TAPE READER FUNCTION NO.
O BLANK AFTER COMMAND
8910	FOR I=LEN(C$) TO 1 STEP -1
	IF MID$(C$,I,1)=" " THEN \
		BLANK.POS = I+1
	NEXT I
	C$=MID$(C$,BLANK.POS,99)
	BLANK.POS = 0
	REM FIND BLANK AFTER FIELD NAME
	FOR I=LEN(C$) TO 1 STEP -1
	IF MID$(C$,I,1)=" " THEN \
		BLANK.P
		IF LINE < 4 AND C$="TAGS" THEN \
			PRINT CHR$(14);:\
			WD=.5+WIDTH/2
		PRINT LINE$(1,LINE);TAB(WD);
		PRINT LINE$(2,LINE);TAB(2*WD);
		PRINT LINE$(3,LINE);
		IF UP = 4 THEN \
			PRINT TAB(3*WD);LINE$(4,LINE);
		PRINT
	NEXT LINE
	IF LENGTH >;
;
; PRINT SIZE OF A DISK FILE ARGUMENT IN K BYTES.
;
; ROBERT A. VAN VALZAH
;
; 7/16/77
;
*
*
***************************************************************
*
*	CP/M ASSEMBLER LIBRARY PROCEDURES
*
*	INITIALIZATION OF TRANSIENT PROGRAM
*
AG=0 THEN RETURN
	READ #FILE.NO,KEY;\
		FLAG,\
		RECORD$(1),\
		RECORD$(2),\
		RECORD$(3),\
		RECORD$(4),\
		RECORD$(5),\
		RECORD$(6),\
		RECORD$(7),\
		RECORD$(8),\
		RECORD$(9),\
		RECORD$(10)
REM	SET VARIABLE NAMES FROM RECORD$(N)
8850	SOX.COUNT
	GOTO 100
REM	SET 'N' UP LABELS
1800	UP = VAL(MID$(C$,4,99))
	GOTO 100

REM	ERROR  - NO INDEX READ
8700	PRINT "NO INDEX READ"
	GOTO 100

REM	PHYSICAL READ RECORD # IN KEY
8800	FILE.NO = 1+INT((KEY-1)/128)
	READ #FILE.NO,KEY;FLAG
	IF FLCONTROL KEY OFFSET (I.E.  CNTRL+'C')
*
*	EXECUTION
*
	ORG	100H
START:	LXI	H,0
	DAD	SP
	SHLD	OLDSP	;SAVE CP/M'S STACK POINTER
	LXI	SP,STKTOP
	JMP	MAIN
*
*
*	RETURN TO OPERATING SYSTEM
EXIT:	LHLD	OLDSP	;RETURN CP/M'S STACK POINTER
	SPHL
	RET		THE STACK
	MOV	A,E	;GET REMAINDER -> A
	ORA	A	;DONE WITH ALL DIGITS?
	CNZ	DECA	;NO - DO THIS AGAIN WITH THE REMAINDER
;
;	THE ASCII NUMBER IS NOW UP ON THE STACK, MSD FIRST
;	TO COME OFF.  BDOS WILL PROBABLY RETURN HERE.
;
	POP	PSW
	MOV	E,A
	MVI	NT LENGTH IN K BYTES.  BUT THE
;	DISK IS ALLOCATED IN 1K CHUNKS, SO A LENGTH OF 4.5K
;	BYTES REALLY HAS 5K BYTES ALLOCATED FOR IT.
;	THEREFORE, WE MUST ROUND UP TO GET THE TRUE AMMOUNT
;	OF DISK SPACE ALLOCATED FOR A FILE.
;
	LDA	FCBRC	;GET RECORD CONITION AND SUB-DEFINITIONS
*
FCB	EQU	005CH	;DEFAULT FILE CONTROL BLOCK
*
FCBDN	EQU	FCB+0	;DISK NAME, 0=LOGGED IN DISK, 1=A, 2=B
FCBFN	EQU	FCB+1	;FILE NAME (8 CHARACTERS)
FCBFT	EQU	FCB+9	;FILE TYPE (3 CHARACTERS)
FCBEX	EQU	FCB+12	;FILE EXTENT, 0=FIRS MESSAGE AT DE AND EXIT
	MVI	C,OUTBUF
	CALL	BDOS
	JMP	EXIT
;
;	DECA PRINTS THE NUMBER IN THE A REG AS A DECIMAL
;	NUMBER 0 - 255.  CLOBBERS A AND E.
;
DECA:
	MVI	E,-1 AND 255	;INITIALIZE QUOTITENT
;
;	THIS LOOP DIVIDES THE A REG BY 10 THRU MULTI*****************************************
*
*
;
; MESSAGES
;
LENMES:	DB	'FILE LENGTH: $'
KMES:	DB	'K$'
NOFILM:	DB	'NO SUCH FILE$'
;
MAIN:
	MVI	B,0	;CLEAR SIZE SUM REG
OPEN:
	PUSH	B	;SAVE SUM SO FAR
	LXI	D,FCB	;OPEN AN EXTENT OF THE FILE
	MVI;RETURN TO SYSTEM
*
*	STACKS
*
OLDSP	DS	2	;RESERVED FOR SYSTEM STACK POINTER
STACK	DS	64	;SPACE FOR USER STACK
STKTOP	EQU	$	;STACK WORKS UP FROM HERE
*
*			END THEAD.LIB
***************************************************************
*
*
*
*
XTENT IF THIS
	INR	A	;ONE IS FULL
	STA	FCBEX
	LDA	FCBRC	;EXTENT IS FULL IF RC=128
	CPI	128
	JZ	OPEN	;IS FULL - OPEN AND ADD NEXT EXTENT
;
;	REACHED LAST EXTENT, FILE LENGTH IN K BYTES IN IN B.
;
	PUSH	B	;SAVE LENGTH
	LXI	D,LENMES	;PRINT "FILE LENUNT
	ADI	0000$0111B	;CAUSE CARRY INTO BIT 3 IF
			;LENGTH IS NOT AN EVEN K (ROUND UP).
	ANI	1111$1000B	;REMOVE ANY FRACTION LEFT
	RRC		;DIVIDE RESULT BY 8
	RRC
	RRC
	ADD	B	;ADD TO OLD SUM
	MOV	B,A	;UPDATE NEW SUM
	LDA	FCBEX	;PREPARE TO OPEN NEXT ET 16K, 1=NEXT 16K
FCBRC	EQU	FCB+15	;RECORD COUNT, 80H=FULL EXTENT
FCBNR	EQU	FCB+32	;NEXT RECORD TO BE READ
*
*	BDOS FUNCTION NUMBER EQUATES
*
OPENFF	EQU	15	;OPEN FILE FUNCTION, 255=NOT FOUND
CLOSFF	EQU	16	;CLOSE FILE FUNCTION, 255=NOT FOUND
SRCHF	EPLE
;	SUBTRACTION.  QUOTIENT IS LEFT IN E REG,
;	REMAINDER-10 IS LEFT IN A.
;
LOOP:
	INR	E	;ADD ONE TO QUOTIENT FOR EACH SUBTRACT
	SUI	10
	JNC	LOOP	;HAVEN'T UNDERFLOWED YET
;
	ADI	'0' + 10	;CONVERT REMAINDER TO ASCII
	PUSH	PSW	;PUT THIS DIGIT ON 	C,OPENFF
	CALL	BDOS
	POP	B	;GET SUM SO FAR BACK
	CPI	255	;ABLE TO FIND THAT FILE?
	JZ	NOTHER	;NOPE - GIVE ERROR AND EXIT
;
;	FCBRC NOW CONTAINS THE NUMBER OF 128 BYTE RECORDS
;	IN THIS EXTENT OF THE FILE.  THUS, DIVIDING BY 8
;	WE CAN GET THE EXTE***************************************************************
*
*	CP/M ASSEMBLER LIBRARY PROCEDURES
*
*	DISK I/O EQUATES THRU CP/M
*
*	FILE NAME DISKIOEQ.LIB
*
*	7/16/77
*
*
BUFF	EQU	0080H	;DEFAULT DISK I/O BUFFER
*
*	FILE CONTROL BLOCK DEFIGTH: "
	MVI	C,OUTBUF
	CALL	BDOS
	POP	B	;GET LENGTH BACK
	MOV	A,B	;LENGTH -> A
	CALL	DECA	;PRINT A AS A NUMBER 0 - 255
	LXI	D,KMES	;PRINT "K"
	JMP	PRARET	;PRINT AND RETURN
NOTHER:			;COMES HERE IF FILE CAN'T BE FOUND
	LXI	D,NOFILM
PRARET:			;PRINTTRF	EQU	21	;WRITE RECORD FUNCTION, 0=WRITE OK,
			;1=ERROR IN EXTENDING FILE,
			;2=NO MORE DISK DATA SPACE (>240K)
			;255=NO MORE DIRECTORY SPACE
MAKEFF	EQU	22	;MAKE FILE FUNCTION, 255=NO DIR. SPACE
*
*
*			END DISKIOEQ.LIB
**********************QU	17	;SEARCH FOR FILE, 255=NO MATCH
SRCHN	EQU	18	;SEARCH FOR NEXT OCCURRENCE
DELTFF	EQU	19	;DELETE FILE FUNCTION
READRF	EQU	20	;READ NEXT RECORD FUNCTION, 0=READ OK,
			;1=READ PAST END OF FILE,
			;2=READING UNWRITTEN DATA IN RANDOM
			;ACCESS
WRIC,OUTCON
	JMP	BDOS
;
	END	ENTRY
HE ASCII NUMBER IS NOW UP ON THE STACK, MSD FIRST
;	TO COME OFF.  BDOS WILL PROBABLY RETURN HERE.
;
	POP	PSW
	MOV	E,A
	MVI	E LENGTH
WMOVE	MOV	A,M	;GET CHAR
	STAX	D	;STORE IT
	INX	H
	INX	D
	CPI	'Z'-40H ;EOF?
	JZ	FINAL	;YES, FINAL WRITE
	DCR	B	;128 MOVED?
	JNZ	WMOVE
	CALL	WRSEC	;WRITE THE RECORD
	LHLD	BUFAD	;GET BUFFER ADDRESS
	LXI	D,128	;GET BUFFER LENGTH
	DAD	D	;CA RESET
	OUT	6EH	;RESET
NAME	CALL	TBIN
	MOV	M,A
	INX	H
	DCR	B	;NAME PRINTED?
	JNZ	NAME
	SHLD	CURS
;READ THE TARBELL FILE
	LXI	H,BUFF	;POINT TO END OF PROGRAM
;READ A LINE FROM TARBELL
LINE	CALL	TBIN	;READ LINE LENGTH
	DCR	A	;IS IS EOF?
	JZ	EOF	ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее OPERAND
BUFFE	MVI	M,TAB	;TAB TO COMMENTS
	CALL	CHECK
	MVI	A,';'	;OPERAND COMMENT
;MOVE COMMENTS
COMM	MOV	M,A	;STORE '*' OR ';'
	CALL	CHECK
	CALL	TBIN
	CPI	13
	JNZ	COMM
;STORE CR/LF FOR END OF LINE
EOL	MVI	M,13
	CALL	CHECK
	MVI	M,10	;LINEFEED
E.BAK
	LXI	D,FCB
	MVI	C,REN
	CALL	BDOS	;RENAME
;MAKE NEW FILE
NEWF	LXI	D,FCB
	MVI	C,MAKE
	CALL	BDOS
	INR	A	;ROOM IN DIRECTORY?
	JNZ	NEWOK	;YES
;NO ROOM IN DIRECTORY
	LXI	D,NORMG
ERXIT	MVI	C,09
	CALL	BDOS	;PRINT ERROR MESSAGE
	JMP	0	;--EXIT--
ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее	CALL	CHECK
	JMP	RDLB	;LOOP READING LABEL
;NO LABEL, OR END OF LABEL
NOLAB	MVI	M,TAB	;STORE TAB CHAR
	CALL	CHECK	;POINT TO OP CODE
;READ OP CODE
RDOP	CALL	TBIN
	CPI	' '
	JZ	ENDOP
	CPI	13
	JZ	EOL	;END OF LINE
	MOV	M,A	;STORE OP CODE CHAR
	CALL	C;YES
;SKIP LINE NO
	MVI	B,5	;NNNN' '
SKIP1	CALL	TBIN
	DCR	B
	JNZ	SKIP1
;READ LABEL, OR BLANK
RDLB	CALL	TBIN
	CPI	'*'
	JZ	COMM	;READ COMMENT IN AS IS
	CPI	' '	;UNLABELED STMT?
	JZ	NOLAB
	CPI	13	;END OF LINE?
	JZ	EOL
;MOVE LABEL
MVLB	MOV	M,A
;TARBELL SOURCE LOAD
;COMPATIBLE WITH CCOS
;
;DELETES LINE NUMBERS, CHANGES SPACES TO TABS,
;ATTEMPTS TO INSERT ';' BEFORE OPERAND COMMENTS
	ORG	100H	;TO TPA
FCB	EQU	5CH
TFCB	EQU	FCB+16	;TEMP FCB FOR RENAME
TAB	EQU	9	;ASCII TAB
CURS	EQU	3FFEH	;VDM
	CALL	CHECK
	JMP	LINE	;READ NEXT LINE
;EOF REACHED
EOF	MVI	M,'Z'-40H ;EOF CHAR
;OPEN FILE
	LXI	D,FCB
	MVI	C,OPEN
	CALL	BDOS
	INR	A
	JZ	OPERR
;WRITE THE FILE
WRLP	LXI	D,80H	;POINT TO FILE BUFFER
	LHLD	BUFAD	;POINT TO BUFFER
	MVI	B,80H	;MAX MOV
NORMG	DB	'NO ROOM IN DIRECTORY$'
READY	DB	'TURN ON TAPE $'
BAK	DB	'BAK'
;NEW FILE MAKE WAS OK
;TYPE 'READY' MESSAGE
NEWOK	LXI	D,READY
	MVI	C,9
	CALL	BDOS
;TYPE NAME ON SCREEN
	LHLD	CURS	;GET CURSOR
	MVI	B,5	;FILE NAME LENGTH
	MVI	A,10H	;TARBELLееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееHECK
	JMP	RDOP	;CONTINUE READING OP CODE
;END OF OP CODE
ENDOP	MVI	M,TAB	;INSERT TAB
	CALL	CHECK
;MOVE OPERAND
MVOPE	CALL	TBIN
	CPI	' '	;END OF OPERAND?
	JZ	BUFFE	;YES
	CPI	13	;END OF LINE?
	JZ	EOL	;YES
	MOV	M,A
	CALL	CHECK
	JMP	MVOPE
;END OFI	D,TFCB	;POINT TO TEMP FCB
	MVI	B,16	;GET MOVE LENGTH
	CALL	MOVE	;MOVE IT
	LXI	H,BAK	;POINT TO 'BAK'
	LXI	D,TFCB+9
	MVI	B,3	;MOVE LENGTH
	CALL	MOVE
;ERASE BACKUP FILE
	LXI	D,TFCB
	MVI	C,DELT
	CALL	BDOS	;DELETE BACKUP
;RENAME CURRENT NAME TO NAM CURSOR
	LXI	SP,STACK ;GET PRIVATE STACK
;IF FILE EXISTS, RENAME IT TO 'NAME.BAK'
	LXI	D,FCB
	MVI	C,SRCHF ;FIND IN DIRECTORY
	CALL	BDOS
	INR	A	;FF=>NOT FOUND
	JZ	NEWF	;NEW FILE
;FILE ALREADY EXISTS - ERASE BACKUP COPY
	LXI	H,FCB	;POINT TO FCB
	LXLC NEW ADDR
	SHLD	BUFAD	;SAVE BUFFER ADDR
	JMP	WRLP
;WRITE FINAL BLOCK
FINAL	CALL	WRSEC
	LXI	D,FCB
	MVI	C,CLOSE
	CALL	BDOS	;CLOSE THE FILE
	INR	A	;OK?
	JZ	CLSER
	LXI	D,OKMSG
	JMP	ERXIT
OKMSG	DB	'DONE$'
CLSER	LXI	D,CLSERM
	JMP	ERXIT
CLSERM	DB+1 ;SAVE IN JMP RET
RTLOOP	CALL	SKIP$TO$FIELD
	CALL	MOVE$FIELD
	CALL	INCR$NON$MT
	CALL	STORE$RECNO
	JMP	RTLOOP

;COME HERE AT END OF FILE, EXITING RTLOOP
EOF	LHLD	NON$MT	;GET ACTUAL REC COUNT
	SHLD	HOW$MANY$TO$WRITE
EOFRET	JMP	$-$	;ADDR MODIFIED
.NAME N
;
;INPUT.NAME IS THE NAME OF A RANDOM BASIC E
;FILE; OUTPUT.NAME IS THE NAME OF THE INDEX FILE
;TO BE WRITTEN.  N IS THE FIELD NUMBER TO BE
;SORTED UPON
;8/14/77
	DEBUG	EQU	0
	ORG	100H
	IF	DEBUG
	LXI	SP,4000H	;FOR DDT
	LXI	H,0
	SHLD	400
	LXI	D,NOSTG
	JMP	ERXIT
NOSTG	DB	'FILE WON''T FIT IN MEMORY$'
;TARBELL INPUT ROUTINE
TBIN	IN	6EH
	ANI	10H
	JNZ	TBIN
	IN	6FH
	RET
;
	DS	30	;STACK AREA
STACK	DS	2
BUFAD	DW	BUFF
BUFF	EQU	$	;READ PROGRAM INTO HERE
;
; BDOS EQUATES (VERSION 2)
B,12
MOVE	MOV	A,M
	STAX	D
	INX	H
	INX	D
	DCR	B
	JNZ	MOVE
	RET

;OPEN INPUT FILE
OPEN$INPUT:
	LXI	D,FCB
	MVI	C,OPEN
	CALL	BDOS
	INR	A	;OPEN OK?
	RNZ
	CALL	ERXIT
	DB	'++CAN''T OPEN INPUT FILE$'

OPEN$OUTPUT:
	LXI	D,FCB2
	MVI	C,DELT
	CALееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее	'CLOSE ERR$'
;WRITE A RECORD
WRSEC	LXI	D,FCB
	MVI	C,WRITE
	CALL	BDOS
	ORA	A	;WROTE OK?
	RZ
;WRITE ERROR
	LXI	D,WERMG
	JMP	ERXIT
WERMG	DB	'WRITE ERR$'
;OPEN ERROR
OPERR	LXI	D,OPERM
	JMP	ERXIT
OPERM	DB	'OPEN ERR$'
;MOVE CHAR ROUTINE, HL TO DEECHNIQUES
	CALL	INIT
	CALL	READ$TABLE
	IF DEBUG ! RST 7 ! ENDIF
	CALL	SORT$TABLE
	IF DEBUG ! RST 7 ! ENDIF
	CALL	WRITE$SORTED$FILE
	IF DEBUG ! RST 7 ! ENDIF
	CALL	ERXIT
	DB	'++END OF SORT$'
;
;INIT ROUTINE
INIT	CALL	GET$FLDNO
	CALL	SAVE$FCB
	0H
	ENDIF
	CALL	START
	DB	'SORT VERSION 1.2',13,10,'$'
START	POP	D	;GET ID MESSAGE
	CALL	MSGPRT
;INIT LOCAL STACK
	LXI	H,0
	DAD	SP
	SHLD	STACK
	LXI	SP,STACK
;THIS PROGRAM IS PROGRAMMED (PERHAPS NOT WELL)
;USING TOP DOWN STRUCTURED PROGRAMMING T;
RDCON	EQU	1
WRCON	EQU	2
PRINT	EQU	9
OPEN	EQU	15	;0FFH=NOT FOUND
CLOSE	EQU	16	;   "	"
SRCHF	EQU	17	;   "	"
SRCHN	EQU	18	;   "	"
DELT	EQU	19	;NO RET CODE
READ	EQU	20	;0=OK, 1=EOF
WRITE	EQU	21	;0=OK, 1=ERR, 2=?, 0FFH=NO DIR SPC
MAKE	EQU	22	;0FFH=L	BDOS
	LXI	D,FCB2
	MVI	C,MAKE
	CALL	BDOS
	INR	A
	RNZ
	CALL	ERXIT
	DB	'++CAN''T OPEN OUTPUT FILE$'

ERXIT	POP	D	;GET MESSAGE
	CALL	MSGPRT

EXIT:
	IF DEBUG ! RST 7 ! ENDIF
	LHLD	STACK
	SPHL
	RET

READ$TABLE:
	POP	H	;RET ADDR
	SHLD	EOFRET;SORT PROGRAM FOR CP/M RANDOM FILES
;USES FXED FIELD LENGTH OF 5
;WRITES CP/M FILE OF RECORD NUMBERS, WHICH
;CAN BE READ BY CP/M AS A SEQUENTIAL FILE
;OR FROM BASIC AS A RANDOM FILE WITH RECORD
;LENGTH OF 5
;
;COMMAND FORMAT: SORT INPUT.NAME OUTPUT, LENGTH IN B
MOVE	MOV	A,M
	STAX	D
	INX	H
	INX	D
	DCR	B
	JNZ	MOVE
	RET
;ROUTINE TO INX H AND CHECK MEMORY OVERALY
CHECK	INX	H
	LDA	7	;GET BDOS PAGE ADDR
	CMP	H	;CHECK
	RNC		;RET IF OK
	LDA	6	;GET BDOS PAGE DISPL
	CMP	L
	RNC
;MEMORY OVERLAY
CALL	OPEN$INPUT
	RET

GET$FLDNO:
	LDA	80H	;GET PARM LENGTH
	ORI	80H	;POINT TO LAST BYTE
	MOV	L,A
	MVI	H,0
	MOV	A,M	;GET FIELD NUMBER
	ANI	0FH	;MAKE BINARY
	STA	FLDNO
	RET

;MOVE THE OUTPUT FCB NAME
SAVE$FCB:
	LXI	H,FCB+16
	LXI	D,FCB2
	MVI	ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееBAD
REN	EQU	23	;0FFH=BAD
STDMA	EQU	26
BDOS	EQU	5
REIPL	EQU	0
	END	100H
;   "	"
DELT	EQU	19	;NO RET CODE
READ	EQU	20	;0=OK, 1=EOF
WRITE	EQU	21	;0=OK, 1=ERR, 2=?, 0FFH=NO DIR SPC
MAKE	EQU	22	;0FFH=

;SKIP TO C/R IN RECORD
SKIP$TO$CR:
	CALL	RDCHR
	CPI	0AH	;L/F AFTER C/R?
	JNZ	SKIP$TO$CR
	RET

EMPTY$REC:
	CALL SKIP$TO$CR
SKIP$TO$FIELD:
	CALL	INCR$RECNO
	CALL	RDCHR	;GET FIRST CHAR IN REC
	CPI	'0'	;EMPTY RECORD?
	JZ	EMPTY$REC
	CALL	RDCHR	
HOW$MANY$TO$WRITE DW	0
RECNO	DW	0	;DECIMAL RECORD # READ
TEMP	DS	2
WIDTH	DB	10	;PRINT ENTRIES/LINE
CURR	DS	2
CHANGE	DS	1
FCB2	DB	0,'XXXXXXXXYYY',0
	DS	19
	DB	0
FLDNO	DS	1	;FIELD # TO SORT
	DS	40	;STACK
STACK	DS	2	;CPM'S STACK
INPTR	DW	100H	;INMOV	A,M	;GET LO 2 DIGITS
	CALL	WRITE$HEX
	CALL	WRITE$CRLF
	CALL	NEXT$ENTRY
	JNZ	WSLOOP
	CALL	CLOSE$OUTPUT
	RET

CRLF	MVI	A,13
	CALL	TYPE
	MVI	A,10
	STA	WIDTH

TYPE	PUSH	PSW
	PUSH	B
	PUSH	D
	PUSH	H
	MOV	E,A
	MVI	C,WRCON
	CALL	BDOS
	POP	H
	DCR	B
	JNZ	PADBL
ENDPAD	SHLD	TABLE$POINTER
	MVI	A,' '
	CALL	TYPE
	LDA	WIDTH
	DCR	A
	STA	WIDTH
	CZ	CRLF
	JMP	SKIP$TO$CR ;SKIP TO END OF RECORD

INCR$RECNO:
;INCREMENT DECIMAL RECORD NUMBER
	LHLD	RECNO
	ORA	A	;CLR CARRY
	MOV	A,L	;GET LO
	IWRITE ERROR$'
WROK	LXI	H,80H
	SHLD	OUTPTR
	POP	H
	POP	D
	POP	B
	RET

WRITE$HEX:
	PUSH	PSW	;SAVE CHAR
	RAR!RAR!RAR!RAR
	CALL	WRITE$NIBBL ;WRITE LEFT DIGIT
	POP	PSW

WRITE$NIBBL:
	ANI	0FH
	CPI	10
	JC	ISNUM
	ADI	7
ISNUM	ADI	'0'
	JMP	WRITE$	B,7
SWAPL	MOV	C,M
	LDAX	D
	MOV	M,A
	MOV	A,C
	STAX	D
	INX	H
	INX	D
	DCR	B
	JNZ	SWAPL
	MVI	A,1	;SHOW..
	STA	CHANGE	;..SWAP
	RET

NEXT$ENTRY:
	LHLD	CURR	;GET CURRENT ENTRY
	LXI	D,7	;DISPL TO NEXT
	DAD	D
	SHLD	CURR
	LHLD	TEMP
	DCX	H
	SHLD;',' AFTER FLAG
	LDA	FLDNO
	MOV	B,A
SKIPLP	DCR	B
	RZ		;AT FIELD NOW
SKIPCH	CALL	RDCHR
	CPI	','
	JNZ	SKIPCH
	JMP	SKIPLP

MOVE$FIELD:
	LHLD	TABLE$POINTER
	MVI	B,5	;ALL SORT FIELDS 5 LONG
	CALL	RDCHR	;READ FIRST CHAR (MAY BE ")
	CPI	'"'
	JNZ	MF	RDOK
	DCR	A
	JZ	EOF
	CALL	ERXIT
	DB	'++INPUT FILE READ ERROR$'
RDOK	LXI	H,80H
	POP	B
	POP	D
NOREAD	MOV	A,M	;GET CHAR
	INX	H
	SHLD	INPTR
	POP	H
	RET

;WRITE CRLF INTO OUTPUT FILE
WRITE$CRLF:
	MVI	A,13
	CALL	WRITE$CHAR
	MVI	A,10
;FALL INT
	POP	D
	POP	B
	POP	PSW
	RET

MSGPRT	MVI	C,PRINT
	JMP	BDOS

;READ CHAR FROM INPUT FILE
RDCHR	PUSH	H
	LHLD	INPTR
	MOV	A,H	;TIME TO READ?
	DCR	A
	JNZ	NOREAD
;READ INPUT RECORD
	PUSH	D
	PUSH	B
	LXI	D,FCB
	MVI	C,READ
	CALL	BDOS
	ORA	A
	JZNR	A
	DAA
	MOV	L,A
	MOV	A,H
	ACI	0
	DAA
	MOV	H,A
	SHLD	RECNO
	RET

INCR$NON$MT:
	LHLD	NON$MT
	INX	H
	SHLD	NON$MT
	RET

STORE$RECNO:
	LHLD	RECNO
	XCHG
	LHLD	TABLE$POINTER
	MOV	M,D
	INX	H
	MOV	M,E
	INX	H
	SHLD	TABLE$POINTER
	RET

SCHAR

CLOSE$OUTPUT:
	MVI	A,'Z'-40H ;EOF CHAR
	CALL	WRITE$CHAR
	CALL	WRITE$RECORD
	LXI	D,FCB2
	MVI	C,CLOSE
	CALL	BDOS
	INR	A
	RNZ
	CALL	ERXIT
	DB	'++OUTPUT FILE CLOSE ERROR$'

TABLE$POINTER DW TABLE
NON$MT	DW	0	;COUNT OF NON-EMPTY REC'S READ
	TEMP
	MOV	A,H
	ORA	L	;ZERO SET IF DONE
	RET

WRITE$SORTED$FILE:
	CALL	OPEN$OUTPUT
	LHLD	HOW$MANY$TO$WRITE
	SHLD	TEMP
	LXI	H,TABLE+5 ;FIRST REC #
	SHLD	CURR
WSLOOP	LHLD	CURR
	MOV	A,M	;GET HI REC NO
	CALL	WRITE$NIBBL ;IGNORE HI DIGIT
	INX	H
	NQ	;SKIP IF NOT '"'
MOVFLP	CALL	RDCHR
MFNQ	CPI	','
	JZ	ENDMV
	CPI	'"'
	JZ	ENDMV
	MOV	M,A	;STORE CHAR
	CALL	TYPE
	INX	H
	DCR	B
	JNZ	MOVFLP
	JMP	ENDPAD
;PAD TO 5 LONG WITH BLANKS
PADBL	MVI	A,' '
	MOV	M,A
	CALL	TYPE
	DCR	B
	INX	H
ENDMV	INR	BO WRITE$CHAR

;WRITE OUTPUT FILE CHAR
WRITE$CHAR:
	PUSH	H
	LHLD	OUTPTR
	MOV	M,A
	INR	L	;FULL?
	SHLD	OUTPTR
	POP	H
	RNZ		;..NO
WRITE$RECORD:
	PUSH	B
	PUSH	D
	PUSH	H
	LXI	D,FCB2
	MVI	C,WRITE
	CALL	BDOS
	ORA	A
	JZ	WROK
	CALL	ERXIT
	DB	'++JNZ	SORT$TABLE
	RET

COMPR	LHLD	CURR
	XCHG
	LXI	H,7
	DAD	D	;DE=CURRENT, HL = NEXT
	PUSH	D
	PUSH	H	;SAVE FOR SWAP
COMPLP	LDAX	D
	CMP	M
	JNZ	DIFF
	INX	H
	INX	D
	DCR	B
	JNZ	COMPLP
DIFF	POP	H
	POP	D
	RET

SWAP	RZ		;RETURN IF = ENTRIES
	MVIORT$TABLE:
	XRA	A	;GET A ZERO
	STA	CHANGE	;SHOW NO SWAP
	LHLD	NON$MT
	DCX	H
	SHLD	NON$MT
	SHLD	TEMP	;TEMP = HOW MANY TO COMPARE
	LXI	H,TABLE
	SHLD	CURR
SORTLP	CALL	COMPR
	CNC	SWAP
	CALL	NEXT$ENTRY
	JNZ	SORTLP
	LDA	CHANGE
	ORA	A	;ANY SWAPS?
	PUT FILE CHAR POINTER
OUTPTR	DW	80H	;OUTPUT FILE CHAR POINTER
TABLE	EQU	$	;SORT TABLE
;
; BDOS EQUATES (VERSION 3)
;
RDCON	EQU	1
WRCON	EQU	2
PRINT	EQU	9
OPEN	EQU	15	;0FFH=NOT FOUND
CLOSE	EQU	16	;   "	"
SRCHF	EQU	17	;   "	"
SRCHN	EQU	18	;   "	"
2
	DB	102Q, 101Q, 111Q, 131Q, 146Q		;3
	DB	14Q, 24Q, 44Q, 177Q, 4Q		;4
	DB	162Q, 121Q, 121Q, 121Q, 116Q		;5
	DB	36Q, 51Q, 111Q, 111Q, 106Q		;6
	DB	100Q, 107Q, 110Q, 120Q, 140Q		;7
	DB	66Q, 111Q, 111Q, 111Q, 66Q		;8
	DB	61Q, 111Q, 111Q, 112Q, 74Q		;9,A
	INX H
	MOV M,A
	DAD D
	MOV M,A
	INX H
	MOV M,A
	INX H
	MOV M,A
	INX H
	MOV M,A
	INX H
	MOV M,A
	DAD D
	RET
SHFT:	PUSH H
	PUSH D
	PUSH B
	PUSH PSW
DLY:	LXI D,10*256
	DCX D
	MOV A,D
	ORA	E
	JNZ DLY+3
	LXI	H,VDMSCR+64
	MOV	D,H
	Mееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее77Q, 24Q, 177Q, 24Q		;#
	DB	22Q, 52Q, 177Q, 52Q, 44Q		;$
	DB	142Q, 144Q, 10Q, 23Q, 43Q		;%
	DB	66Q, 111Q, 65Q, 2Q, 5Q		;&
	DB	0Q, 0Q, 160Q, 0Q, 0Q			;'
	DB	34Q, 42Q, 101Q, 0Q, 0Q		;(
	DB	0Q, 0Q, 101Q, 42Q, 34Q		;)
	DB	42Q, 24Q, 177Q, 24Q, 42Q		;*
	,M
	CPI	15Q
	JZ TISP
	INX H
	SUI	40Q
	JC TISQ
	CPI 100Q
	JNC TISQ
	PUSH H
	MOV	E,A
	MVI	D,0
	LXI H,ROMT
	DAD D
	DAD D
	DAD D
	DAD D
	DAD D
	MVI	B,5
COL:	CALL SHFT
	MOV A,M
	PUSH H
	LXI H,VDMSCR-5
	LXI D,060
	MVI	C,8
NXBT:	RAL
	PUSH
DELT	EQU	19	;NO RET CODE
READ	EQU	20	;0=OK, 1=EOF
WRITE	EQU	21	;0=OK, 1=ERR, 2=?, 0FFH=NO DIR SPC
MAKE	EQU	22	;0FFH=BAD
REN	EQU	23	;0FFH=BAD
STDMA	EQU	26
BDOS	EQU	5
FCB	EQU	5CH 
CPI 3
	JZ SIGN
	SUI	'0'
	JC NOCH
	CPI	'9'+1
	JNC NOCH
	RAL
	STA DLY+2
NOCH:	POP PSW
	POP B
	POP D
	POP H
	RET
;
TTYI:	PUSH	H!	PUSH	D!	PUSH	B
	MVI	C,1
	CALL	5
	POP	B!	POP	D!	POP	H
	RET
;
;
TTYO:	PUSH	H!	PUSH	D!	PUSH	B
	PUSH	PSW
	MOV	EOV	E,L
	LXI	B,5
SHFZ:	DAD B
SHFU:	MOV A,M
	STAX D
	INX D
	INX H
	MOV A,L
	ANI	77Q
	JNZ SHFU
	MVI A, 5
	XCHG
SHFV:	MVI	M,' '
	INX H
	DCR	A
	JNZ SHFV
	MOV A,H
	CPI	VDMSCR/256+4
	JNZ SHFZ
	CALL	CSTS
	ANI	0000$0001B
	JZ	NOCH
	CALL	TTYI
	;*********************************************
;
;	Note from Randy
;	TISQ is a times square type display for vdm
;	will work on vti
;	After it clears screen, type any message up
;	to 255 characters in length and hit
;	carriage return.After message iDB	10Q, 10Q, 76Q, 10Q, 10Q		;+
	DB	0Q, 1Q, 6Q, 0Q, 0Q			;Q, 
	DB	10Q, 10Q, 10Q, 10Q, 10Q		;-
	DB	0Q, 0Q, 1Q, 0Q, 0Q			;.
	DB	2Q, 4Q, 10Q, 20Q, 40Q		;;
	DB	76Q, 105Q, 111Q, 121Q, 76Q		;0
	DB	0Q, 41Q, 177Q, 1Q, 0Q		;1
	DB	43Q, 105Q, 111Q, 111Q, 61Q		; PSW
	JNC NDOT
	MVI A, 240Q
	CALL DOT
	JMP BITD
NDOT:	MVI	A,40Q
	CALL DOT
BITD:	POP PSW
	DCR	C
	JNZ NXBT
	POP H
	INX H
	DCR	B
	JNZ COL
	CALL SHFT
	CALL SHFT
	POP H
	JMP TISQ
DOT:	MOV M,A
	INX H
	MOV M,A
	INX H
	MOV M,A
	INX H
	MOV Mееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее,A
	MVI	C,2
	CALL	5
	POP	PSW
	POP	B!	POP	D!	POP	H
	RET
;
;
CSTS:	PUSH	H!	PUSH	D!	PUSH	B
	MVI	C,11
	CALL	5
	POP	B!	POP	D!	POP	H
	RET
ROMT: 	DB	0Q, 0Q, 0Q, 0Q, 0Q			;SPACE
	DB	0Q, 0Q, 175Q, 0Q, 0Q			;
	DB	0Q, 160Q, 0Q, 160Q, 0Q		;"
	DB	24Q, 1
VDMSCR	EQU	0E000H
;
;
	ORG	100H
SIGN:	LXI	SP,1000H
	MVI A, 14Q
	CALL	TTYO
	LXI H,SBUF
	MVI	A,'?'
	CALL TTYO
INPC:	CALL TTYI
	MOV M,A
	INX H
	CPI	15Q
	JNZ INPC
	MVI	A,14Q
	CALL TTYO
	LXI H,VDMSCR
	MVI	M,40Q
TISP:	LXI H,SBUF
TISQ:	MOV As running,
;	hitting other keys will change speed of
;	display.A ctrl 'C' will stop display and
;	allow you to enter new message.
;
;**********************************************
;
;
; SIGN    TIMES SQUARE LETTER DISPLAY ON VDM
;
; 6/30/77
;
;
	DB	0Q, 0Q, 24Q, 0Q, 0Q			;:
	DB	0Q, 1Q, 26Q, 0Q, 0Q			;;
	DB	10Q, 24Q, 42Q, 101Q, 0Q		;<
	DB	24Q, 24Q, 24Q, 24Q, 24Q		;=
	DB	0Q, 101Q, 42Q, 24Q, 10Q		;>
	DB	40Q, 100Q, 115Q, 120Q, 40Q		;?
	DB	76Q, 101Q, 135Q, 115Q, 71Q		;@
	DB	37Q, 44Q, 104Q, 44QINIT CKSUM TO 0
SECT	MVI	C,128	;C=BYTES/SECTOR
CHAR	CALL	TBIN	;READ A CHAR
	MOV	M,A	;STORE IT
	INX	H	;INCR BUFF POINTER
	DCR	C	;MORE IN SECTOR?
	JNZ	CHAR	;YES
	DCR	B	;MORE SECTORS?
	JNZ	SECT	;YES
;VERIFY CKSUM
	CALL	TBIN	;READ CKSUM
	LDA	CKSUM
;SET UP FOR
	LXI	D,FCB	;RENAME
	MVI	C,REN	;FUNCTION, THEN
	CALL	BDOS	;DO THE RENAME,
			;IGNORE ERRORS.
;
;MAKE FN1.FT1 A NEW FILE
;
	LXI	D,FCB	;POINT TO FCB
	MVI	C,MAKE	;C=MAKE FUNCTION
	CALL	BDOS	;MAKE THE FILE
	INR	A	;SPACE IN DIRECTORY?
	JNIHQYXZI\\[XYXZH'у)*н)м)н)м)2с)м)XГ-xУ
ЙНц-GЙ*
й[XXHYHX	HHJHXHXZMXHXXH
	HOXI	HI[HIPHX[MYH
I(YYHHNXIZR NAME
HEADR	CALL	TBIN	;READ CHAR
	STAX	D	;POKE NAME ON VDM
	CMP	M	;MATCH?
	JZ	MATCH	;YES
;
;NO MATCH - TRY AGAIN
;
	JMP	RDLP
;
;HEADER CHAR MATCHED, SEE IF DONE
;
MATCH	INX	D	;POINT TO NEXT CHAR
	INX	H	;POINT TO NEXT CHAR
	DCR	B	;11 MATCHED?
OS	;DELETE FN1.OLD, IGNORE ERRS
;SAVE FN1.FT1 OR FN2.FT2 FOR TAPE HEADER MATCH
	LXI	H,FCB+1	;GET FN1.FT1 POINTER
	LXI	D,TAPEN	;POINT DE TO SAVE NAME AREA
	MVI	B,11	;NAME LENGTH
	LDA	FCB+17	;IS FM2.FT2 BLANK?
	CPI	' '
	JZ	MOVEN	;YES, SAVE FN1.FT1
;S, 37Q		;A
	DB	177Q, 111Q, 111Q, 111Q, 66Q		;B
	DB	76Q, 101Q, 101Q, 101Q, 42Q		;C
	DB	177Q, 101Q, 101Q, 101Q, 76Q		;D
	DB	177Q, 111Q, 111Q, 111Q, 111Q		;E
	DB	177Q, 110Q, 110Q, 110Q, -------+
R

02
S SUCCESSFUL - OPEN FILE
;
DIROK	LXI	D,FCB	;POINT TO FCB
	MVI	C,OPEN	;GET 'OPEN' FUNCTION
	CALL	BDOS	;OPEN THE FILE
	INR	A	;SHOULD BE OK
	JNZ	RDLP	;OPEN WAS OK
;
;OPEN FAILED - EXIT
;
	LXI	D,OPNER	;POINT TO ERR MSG
	JMP	ERXIT	;PRINT MSG, EXIT
;Z	DIROK	;YES
;
;NO DIRECTORY SPACE - PRINT ERROR, EXIT
;
	LXI	D,NODIR	;POINT TO ERR MSG
ERXIT	MVI	C,PRINT	;GET PRINT FUNCTION
	CALL	BDOS	;PRINT ERROR MESSAVGE
EXIT	LHLD	STACK	;GET CCP'S STACK
	SPHL		;RESTORE STACK
	RET		;RETURN TO CCP
;
;MAKE WA;TARBELL LOAD - LOADS TAPES
;SAVED WITH TSAVE COMMAND
;
;FORMAT IS:	TLOAD FN1.FT1
;	OR:	TLOAD FN1.FT1 FN2.FT2
;
;FN1.FT1 IS THE NAME OF THE FILE TO BE CREATED ON DISK,
;FN2.FT2 IS THE NAME THE FILE WAS TSAVED UNDER, IF
;DIFFERENT THAN FN1.FT1
;
F
	JNZ	HEADR	;NO
;
;GOT HEADER MATCH, START READING
;
	LXI	H,BUFF	;POINT TO BUFFER
	CALL	TBIN	;READ THE NUMBER OF SECTORS
	STA	NSEC	;SAVE NUMBER OF SECTORS
	MOV	B,A	;SAVE IN B
	ORA	A	;ZERO SECTORS (I.E. EOF)?
	JZ	EOF	;YES, EOF
	XRA	A
	STA	CKSUM	;ECOND NAME HAS BEEN SPECIFIED
	LXI	H,FCB+17 ;POINT TO FN2.FT2
MOVEN	CALL	MOVE	;SAVE THE TAPE NAME
;
;IF IT EXISTS, RENAME FN1.FT1 TO FN1.OLD
;
	LXI	H,MYFCB	;POINT TO FN1.OLD
	LXI	D,FCB+16	;POINT TO SYSFCB+16
	MVI	B,16	;INIT MOVE LENGTH
	CALL	MOVE	¤&&s'К&¤&&s'К&К&¤&>р>рК&Е)Е)Е)Ђ},ѕ)Ч!
п)
*'у)*н)м)н)м)2с)м)XГ-xУ
ЙНц-GЙ*
й[XXHYHX	HHJHXHXZMXHXXH
	HOXI	HI[HIPHX[MYH
I(YYHHNXIZR
;OPEN WAS OK - START READING
;
RDLP	EQU	$	;READ LOOP
	MVI	A,10H	;GET TARBELL RESET CHAR
	OUT	6EH	;RESET TARBELL
;
;READ THE TAPE HEADER
;
	MVI	B,11	;# OF CHARS TO MATCH
	LXI	H,TAPEN	 ;POINT TO NAME TO MATCH
	LXI	D,73B0H	;'POKE' VDM ADDR TO SHOWINTER
	LXI	SP,STACK ;GET LOCAL STACK
;ERASE FN1.OLD IF IT EXISTS
	LXI	H,FCB	;POINT TO FCB
	LXI	D,MYFCB ;AND TO MY FCB
	MVI	B,9	;MOVE LENGTH
	CALL	MOVE	;MOVE FILENAME TO MYFCB
	LXI	D,MYFCB	;POINT TO FN1.OLD FCB
	MVI	C,DELT	;DELETE FUNCTION
	CALL	BDCB	EQU	5CH	;SYSTEM FCB
	ORG	100H	;TO TPA
	CALL	START	;SKIP ID
ID	DB	'(TLOAD 8/1/77)',0DH,0AH,'$'
START	POP	D	;GET ID MSG
	MVI	C,PRINT
	CALL	BDOS	;PRINT ID
;INIT PRIVATE STACK
	LXI	H,0	;HL=0
	DAD	SP	;HL=CCP'S STACK
	SHLD	STACK	;SAVE CCP'S STACK PO	ORA	A
	JZ	NOCKS
;GOT CHECKSUM ERR
	LXI	D,CSERM
	MVI	C,PRINT
	CALL	BDOS
;
;HAVE READ 1 BUFFER FULL, WRITE IT TO DISK
;
NOCKS	LXI	H,BUFF	;GET BUFF ADDR
	SHLD	BUFAD	;INIT 'WRITE FROM' ADDR
WRLP	LHLD	BUFAD	;GET CURRENT BUFF ADDR
	XCHG		;MOVE TO D,ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееH,0AH,'$'
START	POP	D
	MVI	C,PRINT
	CALL	BDOS
NEXT	MVI	B,8+3	;# OF CHRS TO PRINT
	MVI	A,10H	;GET TARBELL RESET CHAR
	OUT	6EH	;RESET TARBELL
	LXI	H,BUFF	;INIT
	SHLD	ADDR	;BUFFER ADDR
CHAR	PUSH	B	;SAVE COUNT
	MVI	C,CONST	;FUNCTION TO CHECK CONSOLE ER
;
;EOF REACHED - CLOSE FILE
;
EOF	LXI	D,FCB
	MVI	C,CLOSE
	CALL	BDOS
	INR	A	;CLOSE OK?
	JNZ	EXIT	;YES, RETURN
;CLOSE ERROR
	LXI	D,CLSER
	JMP	ERXIT
OPNER	DB	'OPEN FAILED$'
NODIR	DB	'NO DIR. SPACE$'
WRERR	DB	'WRITE ERR '
WRERN	DB	0,'$'
CSERMVI	A,0DH	;GET C/R
	CALL	TYPE
	MVI	A,0AH	;GET L/F
;ROUTINE TO TYPE CHAR IN A
TYPE	PUSH	B	;SAVE B (ONLY)
	MOV	E,A	;CHR MUST BE IN E
	MVI	C,WRCON ;C HAS FUNCTION
	CALL	BDOS	;PRINT THE CHAR
	POP	B	;RESTORE B
	RET
ADDR	DW	BUFF	;CURRENT CHAR POINTER
RCHF	EQU	17	;   "	"
SRCHN	EQU	18	;   "	"
DELT	EQU	19	;NO RET CODE
READ	EQU	20	;0=OK, 1=EOF
WRITE	EQU	21	;0=OK, 1=ERR, 2=?, 0FFH=NO DIR SPC
MAKE	EQU	22	;0FFH=BAD
REN	EQU	23	;0FFH=BAD
STDMA	EQU	26
BDOS	EQU	5
REIPL	EQU	0
	END	100H
E
	LXI	H,128	;HL=BUFF LENGTH
	DAD	D	;POINT TO NEXT BUFFER
	SHLD	BUFAD	;UPDATE BUFF ADDR
	MVI	C,STDMA	;SET UP DMA
	CALL	BDOS	;..ADDR
	LXI	D,FCB	;WRITE
	MVI	C,WRITE	;..A
	CALL	BDOS	;..SECTOR
	ORA	A	;CHECK STATUS
	JZ	WROK	;WRITE WAS OK
;
;WRITE ER	;STORE
	MOV	M,A	;CHR IN BUFF
	INX	H
	SHLD	ADDR
	DCR	B	;MORE CHARS?
	JNZ	CHAR	;YES
;GOT 11 VALID ASCII CHARS - PRINT THEM
SHOW	LXI	D,BUFF	;POINT TO BUFF
	MVI	C,PRINT	;FUNCTION TO PRINT
	CALL	BDOS	;PRINT THE FILENAME
	CALL	CRET	;TYPE C/R
	JMP	NEXSTAT
	CALL	BDOS	;CHECK CONSOLE
	DCR	A	;WAS IT READY?
	JZ	FINIS	;YES, EXIT
	POP	B	;GET COUNT BACK
	IN	6EH	;READ STATUS
	ANI	10H	;READY?
	JNZ	CHAR	;NO
	IN	6FH	;READ TARBELL CHAR
	CPI	' '	;VALID ASCII?
	JC	GOT5	;NO
	CPI	'Z'+1
	JNC	GOT5
	LHLD	ADDRM	DB	'CKSUM',13,10,'$' 
CLSER	DB	'CLOSE ERR$'
;MOVE ROUTINE, FROM HL TO DE FOR LENGTH IN B
MOVE	MOV	A,M
	STAX	D
	INX	H
	INX	D
	DCR	B
	JNZ	MOVE
	RET
;TARBELL INPUT ROUTINE
TBIN	IN	6EH
	ANI	10H
	JNZ	TBIN
	IN	6FH
;CALC CKSUM
	PUSH	H
	LXI	H,CKBUFF	DS	11	;STORE NAME HERE
	DB	'$'	;END DELIMITER FOR CONSOLE PRINT
	END	100H
BE IN E
	MVI	C,WRCON ;C HAS FUNCTION
	CALL	BDOS	;PRINT THE CHAR
	POP	B	;RESTORE B
	RET
ADDR	DW	BUFF	;CURRENT CHAR POINTER
;TARBELL MAP FOR CP/M
;PRINTS FIRST 11 CHARS READ
CONST	EQU	11	;FUNCTION TO CHECK CONSOLE STAT
WRCON	EQU	2	;WRITE CONSOLE CHAR
PRINT	EQU	9	;PRINT BUFFER FUNCTION
BDOS	EQU	5	;BDOS ENTRY POINT
	ORG	100H	;TO TPA BASE
	CALL	START
	DB	'TMAP 09/10/77',0DROR
;
	ADI	'0'	;GET ERROR NUMBER FROM STAT
	STA	WRERN	;SAVE ERROR #
	LXI	D,WRERR	;GET MESSAGE ADDR
	JMP	ERXIT	;PRINT MESSAGE, EXIT
WROK	LDA	NSEC	;ARE WE
	DCR	A	;..DONE
	STA	NSEC	;..WRITING THIS SECTOR?
	JNZ	WRLP	;NO
	JMP	RDLP	;YES, READ NEXT BUFFT	;DO IT AGAIN
;CHECK IF 5 CHARS READ (FOR OLD TAPE MAP)
GOT5	MOV	A,B	;GET COUNT
	CPI	7
	JNC	NEXT	;NOT 5
;GOT 5 - STORE $ IN BUFFER AFTER 5TH CHAR
	MVI	A,'$'
	STA	BUFF+5
	JMP	SHOW
;ABORT
FINIS	POP	B	;RESET STACK
	RET
;ROUTINE TO TYPE C/R
CRET	 FCB
CKSUM	DS	1	;CHECKSUM 
NSEC	DS	1	;NUMBER OF SECTORS READ
BUFAD	DW	BUFF	;CURR DMA BUFF POINTER
BUFF	EQU	$	;START OF BUFFER
;
; BDOS EQUATES (VERSION 2)
;
RDCON	EQU	1
WRCON	EQU	2
PRINT	EQU	9
OPEN	EQU	15	;0FFH=NOT FOUND
CLOSE	EQU	16	;   "	"
SSUM
	PUSH	PSW	;SAVE CHAR
	XRA	M	;CALC CKSUM
	MOV	M,A	;SAVE CKSUM
	POP	PSW
	POP	H
	RET
	DS	30	;STACK SPACE
STACK	DS	2	;SAVE STACK POINTER HERE
TAPEN	DS	11	;TAPE SAVE NAME
MYFCB	DS	9	;0,FILENAME
	DB	'OLD'	;FOR DELETE, RENAME
	DB	0
	DS	20	;END OF;TSAVE V.3 - TARBELL SAVE 
;WORKS FOR ANY FILE
;
;WRITES 11 CHAR FILENAME, 1 BYTE # SECTORS, DATA
;
;IF 'TSAVE FN.FT ?' IS TYPED, CHECKS THE TAPE
NSEC	EQU	32	;NUMBER OF SECTORS/BLOCK
	ORG	100H	;TO TPA
	CALL	START	;SKIP ID
ID	DB	'(TSAVE 8/1/77)',0D 0=NO
BUFAD	DW	BUFF	;CURRENT READ ADDR
BUFF	EQU	$	;BUFFER FROM HERE ON
;
; BDOS EQUATES (VERSION 2)
;
RDCON	EQU	1
WRCON	EQU	2
PRINT	EQU	9
OPEN	EQU	15	;0FFH=NOT FOUND
CLOSE	EQU	16	;   "	"
SRCHF	EQU	17	;   "	"
SRCHN	EQU	18	;   "	"
ERASE	EQU	19	;	TOUT
	XRA	A	;GET A ZERO
	STA	BUFFN	;INIT BUFF NUMBER
;DONE - IF NOT CHECKING, INSERT DELAY 
;TO ALLOW FOR FILE WRITE ON LOAD
	LDA	CHECK
	CPI	'?'
	JZ	READB
	LXI	B,0
	MVI	D,8
WAIT	DCR	C
	JNZ	WAIT
	DCR	B
	JNZ	WAIT
	DCR	D
	JNZ	WAIT
;IF EOF, SEE SO '?' PRINTS
PRAST	CALL	BDOS
RDLP	LHLD	BUFAD	;GET BUFFER ADDR
	XCHG		;MOVE TO D,E
;SET NEW BUFFER ADDR
	LXI	H,128
	DAD	D	;POINT TO NEXT
	SHLD	BUFAD
	MVI	C,STDMA	;SET
	CALL	BDOS	;..DMA ADDR
	LHLD	BUFAD
	LXI	D,FCB
	MVI	C,READ
	CALL	BDOS
	ORAR
	PUSH	B	;SAVE BC
	MOV	B,A	;PUT CHAR IN B
RDWT	IN	6EH	;READ TARBELL STAT
	ANI	10H
	JNZ	RDWT
	IN	6FH
	CMP	B
	JZ	CKOK	;CHAR MATCHED
;CHAR DIDN'T MATCH -
 	LXI	D,CKERR	;GET ERR MSG
	JMP	ERXIT	;PRINT ERROR, EXIT
CKOK	POP	B	;RESTORE BC
	RET
	DS	3	TOUT	;WRITE IT
;IF BUFFN IS 0, THEN THAT WAS EOF
	LDA	BUFFN
	ORA	A	;DONE?
	JZ	EXIT	;YES
;WRITE THE SECTORS
	LXI	H,BUFF	;POINT TO START
	SHLD	BUFAD	;INIT BUFF ADDR
	LDA	BUFFN	;GET NUMBER OF BUFFERS
	MOV	B,A	;SAVE IN B
	XRA	A	;GET A ZERO
	STA	CKSH,0AH,'$'
START	POP	D	;GET ID MSG ADDR
	MVI	C,PRINT
	CALL	BDOS	;PRINT ID
;INIT PRIVATE STACK
	LXI	H,0
	DAD	SP
	SHLD	STACK
	LXI	SP,STACK	
;SAVE THE '?' FROM 'TSAVE FN.FT ?'
	LDA	FCB+17	;LOAD THE '?'
	STA	CHECK	;SAVE
;OPEN FILE
	LXI	D,FCB
	MVI	LAG
	JMP	EOFWR	;GO WRITE LAST PART
OPNER	LXI	D,MSG2
	JMP	ERXIT
RDERR	LXI	D,MSG5	;READ ERROR 
	JMP	ERXIT
ERXIT	MVI	C,PRINT
	CALL	BDOS	;PRINT MESSAGE
EXIT	LHLD	STACK	;GET ORIGINAL STACK
	SPHL		;RESTORE IT
	RET		;--EXIT--
;TARBELL WRITE
TOUT	PUSH	ND EOF REC (HDR, 0 DATA)
	LDA	EOFLG	;GET FLAG
	ORA	A	;EOF?
	JNZ	EOFWR	;YES
	JMP	READB	;GO READ MORE
;READ ERROR - CHECK FOR EOF
RDER	DCR	A	;WAS IT 1?
	JNZ	RDERR	;NO, GENUINE READ ERROR
;EOF REACHED
	INR	A	;GET NON-ZERO VALUE
	STA	EOFLG	;SET EOF F	A	;READ OK?
	JNZ	RDER	;NO, CHECK EOF
;INCR BUFF COUNT, IF NSEC, WRITE
	LDA	BUFFN
	INR	A
	STA	BUFFN
	CPI	NSEC
	JC	RDLP	;LOOP IF MORE TO DO
;HAVE READ NSEC SECTORS, WRITE THEM
EOFWR	LDA	CHECK	;WAS TSAVE ? REQUESTED?
	CPI	'?'
	JNZ	NCK1	;YES - INIT0	;STACK AREA
STACK	DS	2	;STACK POINTER
MSG2	DB	'CANNOT OPEN$'
MSG5	DB	'READ ERR$'
CKERR	DB	'COMPARE UNEQUAL$'
BLKNO	DB	0	;BLOCKS READ, TO BE WRITTEN
BUFFN	DB	0	;BUFFER NUMBER
CHECK	DS	1	;IF TSAVE ? TYPED
CKSUM	DS	1	;CHECKSUM
EOFLG	DB	0	;EOF FLAG,UM	;INIT CKSUM
WRSEC	MVI	C,128	;INIT C TO SECTOR LENGTH
WRCHR	MOV	A,M	;GET CHAR
	CALL	TOUT	;WRITE IT
	INX	H	;POINT TO NEXT
	DCR	C	;MORE IN SECTOR?
	JNZ	WRCHR
	DCR	B	;DECR # OF SECTORS
	JNZ	WRSEC	;MORE SECTORS TO WRITE
	LDA	CKSUM	;SEND CKSUM
	CALLC,OPEN
	CALL	BDOS
	INR	A	;OPEN OK?
	JZ	OPNER
;READ FILE, WRITE TARBELL 
; IN NSEC SECTOR (4K) BLOCKS
READB	MVI	E,'*'	;PRINT '*' EVERY BLOCK WRITTEN
	MVI	C,WRCON 
;PRINT '?' IF CHECKING, OTHERWISE '*'
	LDA	CHECK
	CPI	'?'
	JNZ	PRAST
	MOV	E,A	;MOVPSW
;CALC CKSUM
	PUSH	H
	LXI	H,CKSUM
	XRA	M	;CALC CKSUM
	MOV	M,A	;SAVE IT BACK
	POP	H
;IF CHECKING, THEN READ AND MATCH
	LDA	CHECK
	CPI	'?'
	JZ	RDCK	;READ, CHECK
TWAIT	IN	6EH
	ANI	20H
	JNZ	TWAIT
	POP	PSW
	OUT	6FH
	RET
RDCK	POP	PSW	;GET CHAARBELL SYNCH CHAR
	CALL	TOUT	;OUTPUT IT
SENDF	LXI	H,FCB+1	;SET UP AND
	MVI	B,8+3	;..OUTPUT
FCBLP	MOV	A,M	;GET FCB CHAR
	CALL	TOUT	;WRITE IT
	INX	H	;POINT TO NEXT
	DCR	B	;MORE?
	JNZ	FCBLP
;WRITE THE SECTOR COUNT
	LDA	BUFFN	;GET SECTOR COUNT
	CALL FOR INPUT TEST
;INIT TARBELL FOR INPUT
	MVI	A,10H	;GET INPUT RESET CHAR
	OUT	6EH	;RESET TARBELL
	JMP	SENDF	;SKIP OUTPUT INIT
;CHECK NOT REQUESTED - INIT TARBELL OUTPUT
NCK1	MVI	A,3CH	;GET TARBELL START CHAR
	CALL	TOUT	;OUTPUT IT
	MVI	A,0E6H	;GET TNO RET CODE
READ	EQU	20	;0=OK, 1=EOF
WRITE	EQU	21	;0=OK, 1=ERR, 2=?, 0FFH=NO DIR SPC
MAKE	EQU	22	;0FFH=BAD
REN	EQU	23	;0FFH=BAD
STDMA	EQU	26
BDOS	EQU	5
REIPL	EQU	0
FCB	EQU	5CH	;SYSTEM FCB
DB	0E2H,38H,30H,20H,28H,0CAH,4BH,3AH,0AH,0A8H
	DB	0B8H,05BH,0A0H,0B0H,02AH,0,02AH,02AH,07BH,1,40H,6
	DB	0,0B0H,0,0F6H,0D3H,0E9H,0C1H,0C5H,017H
	DB	01FH,0D8H,0C9H,4DH,45H,7H,0F8H,0D0H,0C0H,0F0H
	DB	0E8H,0E0H,0FH,0C7H,0C8H,098H,43H,0DEH,53H,0,022H
	DB	2IM2 '
	DB	'IN $INR INX JC $JM $JMP JMPRJNC JNZ JP $JPE JPO '
	DB	'JRC JRNCJRNZJRZ '
	DB	'JZ $LBCDLDA LDAXLDD LDDRLDED'
	DB	'LDI LDIRLHLDLISTLIXDLIYDLSPDLXI MOV MVI '
	DB	'NOP ORA ORG ORI OUT PCHLPOP PUSHRAL RAR '
	DB	'RC $RET RETIRETNRLC RM $RNC RNZ ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееBYTE,BYTE,BYTE,BYTE,BYTE,BYTE
	DW	BYTE,RESTRT,BYTE,REG1,DOEDBR,IMM8,DOEDBR,SET
	DW	BRNCH,DODDBR,DOFDBR,BYTE,DOEDBR,BRNCH,DOED,DOED
	DW	LDX,BYTE,REG1,IMM8,TITLE,BYTE,REG1,IMM8,BYTE
	IF	EVEN
	DW	OPLOST
	ENDIF
; 
OPCODS:
	DB	76H		;FOR THE OPLOST ENTR	EQU	35
LOCPRT	EQU	303Q
PRTAD	EQU	5
LABSIZ	EQU	6
LINLTH	EQU	116		;PRINTER LINE LIMIT
MEMEND	EQU	4FFFH
CANKEY	EQU	9
; 
; SETUP TRANSIENT PROGRAM ORIGIN
; 
	ORG	100H
	JMP	START		;STARTING LOCATION
; 
; SETUP STACK ORIGIN
; 
	ORG	200H
STACK:
ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееH,BRNCH
	DW	DOED
	DW	BRNCH,BYTE,BYTE,REG1,BRNCH,BRNCH,BRNCH,BRNCH,IMM8
	DW	BRNCH,BRNCH,BYTE,XRF,XRFED,DEFCON,INRDCR
	DW	XRF,BYTE,RJMP,SKIP
	DW	XRFED,DEFADR,BYTE,ELSE,END,ENDIF,EQUATE,BYTE,BYTE
	DW	HALT,IF,DOED,DOED,DOED,IMM8,INRDCR,XRF,BRNCH
	DW	BRNRP $RPE RPO '
	DB	'RRC RST RZ $SBB SBCDSBI SDEDSET SHLD'
	DB	'SIXDSIYDSPHLSSPDSTA STAISTAR'
	DB	'STAXSTC SUB SUI TITLXCHGXRA XRI XTHL'
EVEN	EQU	($-OPTAB+4) MOD 8
	IF	EVEN
	DB	'XXXX'
	ENDIF
ADRTAB:
	DW	OPLOST,IMM8,REG1,REG1,IMM8,REG1,IMM8,BASE,BRNC; 
; 
; SETUP FOR EITHER TAPE I/O OR CP/M DISK SYSTEM I/O
; 
; DISK IS CHOSEN BY MAKING THE LABEL 'DISK' TRUE
; 
; 
TRUE	EQU	-1
FALSE	EQU	NOT TRUE
; 
; 
DISK	EQU	TRUE		;DISK FLAG
; 
; CP/M LINKAGE EQUATES
; 
BOOT	EQU	0		;SYSTEM BOOT LOC
BDOY
	DB	0CEH,88H,80H,0C6H,0A0H,0E6H,0,0CDH,0DCH
	DB	0A9H
	DB	0FCH,02FH,03FH,0B8H,0D4H,0C4H,0F4H,0ECH
	DB	0FEH,0E4H,0CCH,27H,9,4AH,0,5,0BH,0F3H,10H
	DB	0,42H,0,0FBH,0,0,0,0,8,0D9H,076H,0,46H,56H,5EH
	DB	0DBH,4,3,0DAH,0FAH,0C3H,18H,0D2H,0C2H,0F2H,0EAH
	; 
; 
; OPERATION CODE TABLE
; 
OPTAB
	DB	'    ACI ADC ADD ADI ANA ANI BASECALLCC $'
	DB	'CCD '
	DB	'CM $CMA CMC CMP CNC CNZ CP $CPE CPI '
	DB	'CPO CZ $DAA DAD DADCDB $DCR DCX DI $DJNZDS $DSBB'
	DB	'DW $EI $ELSEEND ENDIEQU EXAFEXX HLT IF $IM0 IM1 ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееCH,BRNCH,RJMP,BRNCH,BRNCH,BRNCH,BRNCH,BRNCH
	DW	RJMP,RJMP,RJMP,RJMP,BRNCH,DOEDBR,BRNCH,LDX,DOED,DOED
	DW	DOEDBR,DOED,DOED,BRNCH,LIST,DODDBR,DOFDBR,DOEDBR,LXH,MRH
	DW	MIH,BYTE,REG1,ORG,IMM8,IMM8,BYTE,PSHPOP,PSHPOP,BYTE,BYTE
	DW	BYTE,BYTE,DOED,DOED,BYTE,F TAPE VERSION *******************
DATIN	EQU	8		;	*
STATIN	EQU	9
DATOUT	EQU	8
COUT	EQU	9
DEK1	EQU	1
DEK2	EQU	2		;	*
	ENDIF		;********************************************
IMPSA	EQU	0
LOCPTI	EQU	12
FLGPTI	EQU	7
CODPTI	EQU	17
ILINEL	EQU	80
OLINELS	EQU	5		;DISK I/O LOC
CTRLS	EQU	13H		;CONTROL S
TFCB	EQU	5CH		;TRANSIENT FCB LOC
; 
; DISK BUFFER EQUATES
; 
BUFSIZ	EQU	128		;DISK SECTOR SIZE
HEXCNT	EQU	1CH		;DATA BYTE COUNT FOR INTEL HEX LOAD RECORDS
; 
; 
ADRS	EQU	7
	IF	NOT DISK	;ASSEMBLE I2H,22H
	DB	0F9H,73H,032H,47H,4FH,2,037H,90H,0D6H,0,0EBH,0A8H
	DB	0EEH,0E3H
; CLEAR THE DICTIONARY
DICTCL:
	IF	NOT DISK
	LXI	D,MEMEND-LABSIZ-4		;MEMORY LIMIT FOR TESTING
	ENDIF
	IF	DISK
	LXI	D,-LABSIZ-5
	LHLD	6		;GET END OF MEMORY FROM CP/M
	DAD	M,E
	INX	H
	MOV	A,D
	ORI	200Q
	MOV	M,A
	LXI	H,REFEND
	MOV	M,E
	INR	L
	MOV	M,D
	MVI	L,LSTENT
	MOV	A,E
	SUB	M
	MOV	C,A
	INR	L
	MOV	A,D
	SBB	M
	JC	REFERR
	ORA	C
	JNZ	LCDON2
REFERR: MVI	L,REFOVF
	MVI	M,1
LCDON2:
	LXI	H,LCMSG
	LXI	D,OLINEFCB: DB	0,'        PRN',0
	DW	0,0,0,0,0,0,0,0,0,0
; 
; DISK FILE OUTPUT BUFFERS
; 
HEXBUF: DS	BUFSIZ+1		;HEX FILE BUFFER
PRNBUF: DS	BUFSIZ+1		;PRINT FILE BUFFER
;                                                                        *
	ENDIF		;***W	CURLC2
PASS:	DB	0
LINENR: DB	'     .'
LINCNT: DW	0
LISTF:	DW	0
LOCCTR: DB	0,0
SYMBOL: DS	LABSIZ
	DB	'  '
VALUE:	DB	0,0
STARF:	DB	0
OPSAV:	DB	0
LABEL:	DS	LABSIZ
	DB	' '
LABVAL: DB	0,0
LOW:	DB	0,0
HIGH:	DB	0,0
PLACE:	DB	0,0
DICSIZ: DW	((PRMOV	A,M
	ADD	A
	MOV	C,A
	MOV	M,E
	INX	H
	MOV	A,M
	ADC	A
	MOV	B,A		;BC = 2*NUMBER OF REFS
	ORA	C
	JNZ	GTAREF
	DCX	H
	MVI	A,0C0H		;SET DEFINING AND FIRST REF BITS
	STAX	D
	DCX	D
	XRA	A
	STAX	D
	DCX	D
	MOV	M,E
	INX	H
	MOV	M,D
	JMP	GTARX
G                                                          *
; DISK FILE CONTROL BLOCKS (FCB)
; 
ASMPKT: DB	0
	DW	IBUFF		;ASM FILE BUFFET PTR
	DB	0
ASMFCB: DB	0,'        ASM',0
	DW	0,0,0,0,0,0,0,0,0,0
; 
HEXPKT: DB	0		;HEX FILE SPACE COMPRESSION COD
	XCHG
	ENDIF
	LXI	H,PRELAB
	LXI	B,8
DCLEAR: MVI	M,' '
	DAD	B
	MOV	M,B		;CLEAR PTR TO REF TABLE
	INX	H
	MOV	M,B
	INX	H
	MOV	A,L
	SUB	E
	MOV	A,H
	SBB	D
	JC	DCLEAR
	MOV	M,B
	SHLD	DICTE
	JMP	REPASS
; 
; SYMBOLIC INPUT BUFFER
; 
	ORG	(($
END1:	INR	M		;INCREMENT PASS
	XRA	A
	LXI	H,LISTF
	MOV	M,A		;RESET LIST FLAG TO FORCE PASS 2 LISTING
	INR	L
	MOV	M,A
	STA	SKPFLG		;TERMINATE ANY IF-SKIPPING
	CALL	PFLAGS
	LHLD	DICTE
	LXI	D,-LABSIZ-4
	DAD	D
LCLOOP: MOV	A,M
	CPI	' '
	JNZ	XINIT
*****************************************
; 
; 
; OBJECT OUTPUT BUFFER (FIRST 8 BYTES MUST BE IN THE SAME PAGE)
; 
OBUFF:	DB	303Q,74Q,0,0,377Q,377Q
OBUFFE	EQU	OBUFF+256
; 
; PASS ONE END PROCESSING INSIDE OUTPUT BUFFER (NOT USED UNTIL PASS TWO)
; ELAB-LDICT2)/(LABSIZ+4))-1
LSTENT: DW	PRELAB+LABSIZ+4
PTR:	DB	0,0
BUFPTR: DW	0
LBASE:	DW	16		;OBJECT CODE LISTING BASE
IBASE:	DW	10		;DEFAULT BASE FOR CONSTANT EVAL.
RADIX:	DW	0
IPNTSV: DB	0
SAV$OR: DB	0
SAVCAR: DB	0
COLCNT: DB	6
LINLIM: DB	50
TAREF:
	MOV	A,D
	ORI	200Q
	MOV	M,A
	MOV	A,E		;DECR DE BY TWICE # OF REFS
	SUB	C
	MOV	E,A
	MOV	A,D
	SBB	B
	MOV	D,A
GTARX:
	INX	H
	MOV	A,M		;GET 1ST CHAR OF NEXT SYMBOL
	LXI	B,LABSIZ+2
	DAD	B
	CPI	' '		;CHECK FOR END OF TABLE
	JNZ	XIN1
	MOV	UNTER
	DW	HEXBUF		;HEX FILE BUFFER PTR
	DB	0		;HEX FILE BUFFER INDEX
HEXFCB: DB	0,'        HEX',0
	DW	0,0,0,0,0,0,0,0,0,0
; 
PRNPKT: DB	0		;PRINT FILE SPACE COMPRESSION COUNTER
	DW	PRNBUF		;PRINT FILE BUFFER PTR
	DB	0		;PRINT FILE BUFFER INDEX
PRN+255)SHR 8)SHL 8 ;MUST BE AT THE BEGINNING OF A PAGE
IBUFFS: DS	2
IBUFF:	DS	0
; 
	ORG	(($+255)SHR 8)SHL 8
; 
; WORKING STORAGE PAGE (MUST ALL BE IN THE SAME PAGE)
; 
OLINE:	DS	OLINEL
ILINE:	DS	ILINEL+3
; 
LDICT:	DW	LDICT2
DICTE:	DW	0
CURLCV: D
	XCHG
	LXI	H,LCOUNT
	MVI	C,4
	CALL	INCNUM
	LXI	H,-LABSIZ-4
	DAD	D
	JMP	LCLOOP
XINIT:
	IF	NOT DISK
	LXI	H,MEMEND
	ENDIF
	IF	DISK
	LHLD	6		;MEMORY LIMIT UNDER CP/M
	DCX	H
	ENDIF
	SHLD	LDICT2+LABSIZ+2
	XCHG
	LXI	H,LDICT2+2*LABSIZ+6
XIN1:
	77777Q
CODSAV: DB	0
IBPTR:	DB	0,0
PAGLC:	DB	177Q
LFCTR:	DB	0
GFLAG:	DB	0
SKPFLG: DB	0
LTLPTR: DW	0
PTRADR: DB	0
LFCNT:	DB	0
CURPOS: DW	0
FEMARK: DB	201Q,176Q,177Q,200Q
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
;              PRFLG:	DB	0
REFOVF: DB	0
REFPTR: DW	0
REFEND: DW	MEMEND
DEFFLG: DB	0
REFFLG: DB	0
TABFLG: DB	0
DSWTCH: DB	0
RTC:	DB	0
RHOLD:	DB	0
RCOUNT: DB	0
AFLAGS: DB	0
DFULLF: DB	0
CODPTR: DB	0
IPOINT: DB	0
OBUFPT: DB	0
NXTLOC: DW	177777Q
FIRSTL: DW	1
	MVI	C,LCMSGE-LCMSG
	CALL	BLKTFR
	MVI	A,ILINE+ILINEL+3
	STA	CODPTR
	CALL	PRINT
	LDA	DFULLF
	ORA	A
	JZ	DNFULL
	LXI	H,DFMSG
	LXI	D,OLINE
	MVI	C,DFMSGE-DFMSG
	CALL	BLKTFR
	MVI	A,ILINE+ILINEL+3
	STA	CODPTR
	CALL	PRINT
DNFULL: CALL	PRINT
	XRA	DNXT: CALL	GETLIN
	JC	ENDOFF
	LXI	H,RHOLD
	MOV	D,M
	MVI	M,0
	MVI	L,RCOUNT
	MOV	M,D
RPTNXT: MVI	L,IPOINT
	MVI	M,ILINE
	MVI	L,LINCNT
	CALL	GETLNR
	MVI	L,LINENR
	LXI	D,OLINE
	MVI	C,6
	CALL	BLKTFR
	MVI	L,ILINE-1
	MVI	M,' '
	CALL	GETSNX
	MVI	LAD	B
	MOV	A,M
	ANI	200Q
	JNZ	UDLOOP
	XCHG
	LXI	D,ILINE
	MVI	C,LABSIZ
	CALL	BLKTFR
	XCHG
	MVI	M,15Q
	MVI	L,ILINE-1
	MVI	M,' '
	MVI	L,CODPTR
	MVI	M,ILINE+ILINEL+3
	LDA	OLINE+FLGPTI
	ORI	128		;FORCE LISTING OF UNDEFINED, UNUSED LABELS
	STA	OLIB,M		;GET CURRENT PTR IN BC
	DCX	H
	MOV	C,M
	MOV	A,C
	ADI	50*(LABSIZ+4)		;INCR PTR AND STORE
	MOV	M,A
	INX	H
	MOV	A,B
	ACI	50*(LABSIZ+4) SHR 8
	MOV	M,A
	MOV	L,C		;MOVE PTR TO HL
	MOV	H,B
	MOV	A,M		;GET 1ST CHAR OF LABEL
	CPI	' '+1		;CHECK FOR ,NULINE
	CALL	DSPLY$
; 
REPASS: LXI	H,IMPSA
	SHLD	LOCCTR
	XRA	A
	STA	RHOLD
	STA	RCOUNT
	STA	AFLAGS
	STA	DEFFLG
	MVI	A,OLINE+CODPTI
	STA	CODPTR
	LXI	H,OLINE
	MVI	B,' '
	MVI	C,OLINEL-1
	CALL	BLKSET
	MVI	L,LINENR
	MVI	C,5
	CALL	BLKSET
	LXI	,LINLIM
	DCR	M		;DECR LINE COUNT
	LXI	B,LABSIZ+4		;SET UP INCR VALUE
	JNZ	L9060		;JMP IF NOT BOTTOM OF PAGE YET
	MVI	M,50		;RESET LINE CNT
	CALL	PAGEJT		;SETUP PAGE EJECT FOR NEXT LINE
	LXI	B,251*(LABSIZ+4)
L9060:	LHLD	LTLPTR
	DAD	B
	SHLD	LTLPTR
A
	STA	OPSAV
	LXI	H,UDLMSG
	LXI	D,OLINE
	MVI	C,UDLMSE-UDLMSG
	CALL	ULIST
	CALL	PRINT
	MVI	A,1
	STA	OPSAV
	LXI	H,URLMSG
	LXI	D,OLINE
	MVI	C,URLMSE-URLMSG
	CALL	ULIST
	LDA	TABFLG
	ORA	A
	JZ	LTLDON
	MVI	A,0C3H
	STA	XFIX
	CALL	PRINT
	CALL	PACALL	PAGEJT
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
	LXI	H,ASMPKT		;PACKET PTR	*
	CALL	CLOSE		;END OF 1ST PASS---CLOSE SOURCE FILE
	LXI	H,ASMFCB+12
	MVI	B,0
	MVI	C,21
	CALL	BLKSET		;RESET SOURCE FILE FCB AREA
	LXI	H,ASMPKT
	CALNE+FLGPTI
	CALL	PRINT
	JMP	UDLOOP
UDLDON: LXI	H,OLINE
	MVI	M,15Q
	RET
LTLDON:
	MVI	A,0C2H		;**** CODE MODIFICATION DONE HERE ***
	STA	XFIX		;SHIFT OUTPUT LINE FOR CODE GENERATION IN HEX
	LXI	H,PTRADR
	MOV	A,M
	ORA	A
	JZ	LTLDN2
	DCR	M
LTLDN2: END OF TABLE
	JC	CHKPRF		;JMP IF END
	MVI	C,LABSIZ		;BYTE CNT
	CALL	BLKTFR		;TRANSFER LABEL TO OUTPUT BUFFER
	MOV	A,E
	ADI	LABSIZ		;INCR OUTPUT BUFFER PTR
	MOV	E,M		;GET LABEL VALUE TO DE
	INX	H
	MOV	D,M
	MVI	H,OLINE SHR 8		;RESET PAGE REG
	MOV	LH,0
	SHLD	LINCNT
	LXI	H,IBUFF
	SHLD	IBPTR
	MVI	M,3
; 
NXTLIN: LHLD	LOCCTR
	SHLD	LABVAL
	XCHG
	LHLD	CURLCV
	MOV	M,E
	INX	H
	MOV	M,D
	LXI	H,LISTF+1
	MOV	A,M
	DCX	H
	MOV	M,A
	MVI	L,RCOUNT
	MOV	A,M
	ORA	A
	JZ	REDNXT
	DCR	M
	JNZ	RPTNXT
RE	SHLD	PTR
	JMP	L9040
; 
ULIST:	CALL	BLKTFR
	LXI	D,LABSIZ+4
	LHLD	LDICT
	DAD	D
	SHLD	LTLPTR
UDLOOP: LXI	H,OPSAV
	MOV	C,M
	MVI	B,0
	LHLD	LTLPTR
	XCHG
	LXI	H,LABSIZ+4
	DAD	D
	SHLD	LTLPTR
	MOV	L,E
	MOV	H,D
	MOV	A,M
	CPI	' '+1
	JC	UDLDON
	DGEJT
	LXI	D,LABSIZ+4
	LHLD	LDICT
	DAD	D
	SHLD	LTLPTR
	SHLD	PTR
L9040:
	LXI	H,COLCNT
	MVI	M,6		;RESET COLUMN CNT
	MVI	L,ILINE-1
	MVI	B,' '
	MVI	C,82
	CALL	BLKSET		;CLEAR OUT BUFFER
	LXI	D,OLINE+7		;POINTER TO BUFFER
L9050:
	LXI	H,PTR+1
	MOV	L	OPEN		;OPEN SOURCE FILE FOR 2ND PASS	*
	ENDIF		;********************************************
; 
	IF	NOT DISK	;ASSEMBLE IF TAPE VERSION *******************
	CALL	REWND2		;	*
	ENDIF		;********************************************
; 
	LXI	D,11
	LXI	HOMETHING TO PRIN^
	MVI	L,COLCNT
	DCR	M		;DECR COL COUNT
	JNZ	L9050		;JMP IF LINE NOT DONE YET
CHKPRF: LXI	H,PRFLG
	MOV	A,M		;GET PRNT FLAG
	ORA	A
	JZ	LTLDON		;JUMP IF ALL DONE WITH DICTIONARY
	MVI	M,0		;RESET PRFLG
	CALL	PRINT		;PRINT LINE
	LXI	H,A
	MVI	C,5		;DIGIT CNT
	CALL	CONBIN		;CONVERT OCTAL VALUE TO ASCII STRING
	LDA	BASE
	CPI	16
	MVI	A,10
	ADC	L
	MOV	L,A
	MVI	M,15Q		;STORE CR FOR POSSIBLE END
	MOV	E,L		;SAVE HL IN DE
	MOV	D,H
	MVI	L,PRFLG
	MVI	M,1		;SET PRINT FLAG TO INDICATE S,SYMBOL
	MOV	A,M
	CPI	' '
	JNZ	CHKLAB
	MVI	L,SYMBOL+LABSIZ
	MOV	A,M
	CPI	' '
	JZ	GUDLAB
	CPI	';'
	JZ	NODIFF
	CPI	'+'
	JNZ	BADLAB
	LDA	PASS
	ORA	A
	CNZ	PAGEJT
	JMP	NODIFF
; 
CHKLAB: MVI	L,SYMBOL+LABSIZ
	MOV	A,M
	CPI	' '
	JZ	GUDLAB
BADLA	HALT
MIH:
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	','
	JNZ	DIERR
	LDA	SYMBOL
	CALL	REGDET
	JNZ	EPROC2
	MOV	A,C
	RLC
	RLC
	RLC
	ORA	B
	MOV	B,A
	JMP	EPROC2
PSHPOP:
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	' '
	JNZ	DIERR
	LDA	SYMBOL
	CALL	REGDZ
	JNHLD	VALUE
	DCX	H
	XCHG
	LHLD	LOCCTR
	MOV	A,E
	SUB	L
	MOV	B,A
	MOV	A,D
	SBB	H
	MOV	C,A		;SAVE HIGH BYTE OF DIFFERENCE
	MOV	A,B		;GET BACK LOW BYTE OF DIFFERENCE
	ADD	A		;HIGH ORDER BIT TO CARRY
	MOV	A,C		;GET BACK HIGH BYTE
	ACI	0		;ADD HIGH OROUN
	LDA	SYMBOL+3
	CMP	M
	JZ	OPFOUN
OPDIFF:
	MOV	H,B
	MOV	L,C
	JC	OPLEFT
	MOV	A,E
	ANI	370Q
	ORA	D
	JZ	OPLOST
	XRA	A
	MOV	A,D
	RAR
	MOV	D,A
	MOV	A,E
	RAR
	ADI	2
	ANI	0374Q
	MOV	E,A
	DAD	D
	JMP	OPSRCH
OPLEFT:
	MOV	A,E
	ANI	370Q
	OR	JNZ	DIERR
	LDA	SYMBOL
	CALL	REGDX
	MOV	A,C
	RLC
	RLC
	RLC
	ORA	B
	MOV	B,A
	CALL	PUTBYT
	CALL	GETEXP
	LXI	H,VALUE
	MOV	B,M
	CALL	PUTBYT
	MVI	L,VALUE+1
	MOV	B,M
	JMP	EPROCZ
MRH:
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	','
	JNZ	DIERR
	LDA	SYMALL	GETEXP
	LXI	H,VALUE
	MOV	B,M
	CALL	PUTBYT
	MVI	L,VALUE+1
	MOV	B,M
	JMP	EPROCZ
REG1:
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	' '
	JNZ	DIERR
	LDA	SYMBOL
	CALL	REGDET
	JNZ	EPROC1
	MOV	A,B
	ORA	C
	JMP	EPROC1
BRNCH:
	MOV	A,B
	JMP	EPROC3
DOFDBB: MVI	C,'E'
	CALL	FLAG
GUDLAB: MVI	L,SYMBOL
	LXI	D,LABEL
	MVI	C,7
	CALL	BLKTFR
	CALL	GETNB
	JZ	EPROC
	CALL	GETSYM
	CPI	' '
	JNZ	OPLOST
	MVI	L,SYMBOL
	MOV	A,M
	CPI	' '
	JZ	EPROC
DOFIND: LXI	D,(ADRTAB-OPTAB+4) SHR 1 AND 177774Q
	LXI	H,OPTAB+DA	SYMBOL
	CALL	REGDET
	JNZ	EPROC1
	MOV	A,C
	RLC
	RLC
	RLC
	ORA	B
	JMP	EPROC1
XRFED:
	PUSH	B
	MVI	B,0EDH
	CALL	PUTBYT
	DB	3EH		; MVI A,	***** MVI TRICK ****
XRF:
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	' '
	JNZ	DIERR
	LDA	SYMBOL
	CALL	REGDX
DER BIT OF LOW BYTE OF DIFFERENCE
		;TEST FOR NINE BITS ALL ONE'S OR ALL ZERO'S
	JZ	BYTE		;IT'S OK
	LDA	PASS
	ORA	A
	MVI	C,'E'
	CNZ	FLAG
	MVI	B,-2		;BRANCH TO HANG IF ERROR
	JMP	BYTE
INRDCR:
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	' '
	JNZ	DIERR
	LA	D
	JZ	OPLOST
	XRA	A
	MOV	A,D
	RAR
	MOV	D,A
	CMA
	MOV	B,A
	MOV	A,E
	RAR
	ADI	2
	ANI	374Q
	MOV	E,A
	CMA
	MOV	C,A
	INX	B
	DAD	B
	JMP	OPSRCH
OPFOUN:
	LXI	H,-OPTAB
	DAD	B
	XRA	A
	MOV	A,H
	RAR
	MOV	B,A
	MOV	A,L
	RAR
	MOV	C,A
	LXI	H,BOL
	CALL	REGDET
	MOV	B,A
	JNZ	EPROC2
	MOV	B,C
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	' '
	JNZ	DIERR
	LDA	SYMBOL
	CALL	REGDET
	JNZ	EPROC1
	MOV	A,B
	RLC
	RLC
	RLC
	ORA	C
	ORI	100Q
HALTCK: CPI	76H
	JNZ	EPROC1
GIVEI:	MVI	C,'I'
	CALL	FLAG
	JMPR:
	PUSH	B
	MVI	B,0FDH
	JMP	DOEDX
DODDBR:
	PUSH	B
	MVI	B,0DDH
	JMP	DOEDX
DOEDBR:
	PUSH	B
	MVI	B,0EDH
DOEDX:
	CALL	PUTBYT
	POP	B
	JMP	EPROC3+1
DOED:
	PUSH	B
	MVI	B,0EDH
	CALL	PUTBYT
	POP	B
	JMP	BYTE
RJMP:
	CALL	PUTBYT
	CALL	GETEXP
	L((ADRTAB-OPTAB+4) SHR 1 AND 177774Q)
OPSRCH:
	MOV	B,H
	MOV	C,L
	LDA	SYMBOL
	CMP	M
	JNZ	OPDIFF
	INX	H
	LDA	SYMBOL+1
	CMP	M
	JNZ	OPDIFF
	INX	H
	MOV	A,M
	CPI	'$'
	JZ	OPFOUN
	LDA	SYMBOL+2
	CMP	M
	JNZ	OPDIFF
	INX	H
	MOV	A,M
	CPI	'$'
	JZ	OPF	JNZ	EPROC1
	MOV	A,C
	RLC
	RLC
	RLC
	ORA	B
	JMP	EPROC1
LDX:
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	' '
	JNZ	DIERR
	LDA	SYMBOL
	CALL	REGDY
	JNZ	EPROC1
	MOV	A,C
	RLC
	RLC
	RLC
	ORA	B
	JMP	EPROC1
LXH:
	PUSH	B
	CALL	GETSNB
	POP	B
	CPI	','

	LXI	H,OPCODS
	DAD	B
	XRA	A
	MOV	B,M
	MVI	H,SYMBOL SHR 8
	RET
OPLOST: LDA	SKPFLG
	ORA	A
	JNZ	NODIFF
	MVI	C,'I'
	CALL	FLAG
	MVI	B,0
	CALL	PUTBYT
	MVI	B,0
	CALL	PUTBYT
	MVI	A,0
	JMP	EPROC1
; 
; CODE GENERATION
; 
DOVALX: CALL	PUTBYT
	CADRTAB
	DAD	B
	MOV	E,M
	INX	H
	MOV	D,M
	LDA	SKPFLG
	ORA	A
	JZ	NOSKP
	LXI	H,-ELSE
	DAD	D
	MOV	A,H
	ORA	L
	JZ	NOSKP
	LXI	H,-ENDIF
	DAD	D
	MOV	A,H
	ORA	L
	JNZ	NODIFF
NOSKP:
	PUSH	D
	XRA	A
	MOV	A,B
	RAR
	MOV	B,A
	MOV	A,C
	RAR
	MOV	C,AZ	EPROC1
	MOV	A,C
	RLC
	RLC
	RLC
	ORA	B
	JMP	EPROC1
; 
DIERR:	MVI	C,'I'
	CALL	FLAG
	MVI	B,76H
	JMP	EPROCZ
; 
; 
; 
RESTRT: CALL	GETEXP
	LXI	H,VALUE
	MOV	A,M
	CPI	0
	JM	DEFERR
	CPI	10Q
	JP	DEFERR
	RLC
	RLC
	RLC
	ORI	307Q
	MOV	B,A

	CALL	PAGEJT
	LDA	REFOVF
	ORA	A
	JZ	XMAP
	LXI	H,XRFOVF
	LXI	D,OLINE
	MVI	C,XRFOF-XRFOVF
	CALL	BLKTFR
	CALL	PRINT
	JMP	XDUN
XMAP:
	LHLD	REFEND
	MVI	M,100Q		;SET FLAG AT END OF XREF TABLE
	LXI	H,LDICT2+LABSIZ+4
	SHLD	PTR
XNXT:	LXI	H,ILINE-1
	B,0
	CALL	PUTBYT
	JMP	DEFERR
; 
END:	CALL	GETNB
	JNZ	ENDEXP
ENDOFF: LXI	H,FIRSTL+1
	MOV	A,M
	CPI	377Q
	JNZ	ENDSET
	LHLD	OBUFF+4
	MOV	A,H
	MOV	H,L
	MOV	L,A
	SHLD	FIRSTL
ENDSET: LHLD	FIRSTL
	SHLD	VALUE
	XRA	A
ENDEXP: CNZ	GETEXX
	LHLD	VALUTER
	CPI	'L'
	JNZ	LISTER
	MVI	B,1
LISTCH: LXI	H,LISTF+1
	MOV	M,B
	JMP	EPROC
LISTER: MVI	C,'E'
	CALL	FLAG
	JMP	EPROC
SKIP:	CALL	GETVAL
	LHLD	VALUE
	XCHG
	LHLD	LOCCTR
	DAD	D
	SHLD	LOCCTR
LBEDIT: LHLD	LABVAL
	SHLD	VALUE
	XCHG
	JMP	LEDIT
; 
	MVI	B,4
	LXI	H,FEMARK
	CALL	WRITER		;	*
	ENDIF		;********************************************
; 
	LXI	H,TABFLG
	MOV	A,M
	ORA	A
	JZ	ENDEX
	MVI	L,PTRADR
	MOV	M,A		;SET PRINTER FLAG TO FORCE PAGE EJECT
ENDEX:	MVI	L,LISTF
	MVI	M,0		;FORCE PAGE EJFEXP: CALL	GETEXX
	LXI	H,VALUE
	MOV	B,M
	CALL	PUTBYT
	LXI	H,SYMBOL+LABSIZ
	MOV	A,M
DEFTST: CPI	','
	JZ	DEFCON
	CPI	' '
	JZ	EPROC
DEFERR: MVI	C,'E'
	CALL	FLAG
	MVI	A,0
	JMP	EPROC1
DSTRNG: CALL	GETAP
	JZ	DEFERR
	CPI	''''
	JNZ	DEFORC
	CALL	G	JMP	EPROCZ
; 
; 
IF:
	CALL	GETVAL
	MOV	A,D
	ORA	E
	JZ	IFZER
	MVI	A,0FFH
IFZER:	CMA
ENDIF:	STA	SKPFLG		;A REG IS ZERO IF WE JUMP TO ENDIF
;                            FROM OPSRCH
	JMP	EPROC
ELSE:
	LDA	SKPFLG
	CMA
	STA	SKPFLG
	JMP	EPROC
BA NO HEX FILE NOT REQUESTED
	CALL	OUTBUF		;OUTPUT THE LAST BIT OF CODE
	MVI	A,1
	STA	OBUFF+6		;SETUP TRANSFER VECTOR RECORD TYPE
	XRA	A
	CALL	OUTBFX		;WRITE OUT THE TRANSFER VECTOR
	MVI	C,1AH
	CALL	HEXOUT		;WRITE EOF MARK AND FORCE BUFFER FLUSH
	LXIE
	SHLD	LOCCTR
	XCHG
	MVI	C,5
	LXI	H,OLINE+LOCPTI
	CALL	CONBIN
	CALL	PRINT
	MVI	L,PASS
	MOV	A,M
	ORA	A
	JZ	END1
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
	LDA	HEXFCB		;GET HEX FILE DRIVE #	*
	CPI	'Z'-'A'+1	
	JZ	ENDEX2		;BRIFz
ORG:	CALL	GETVAL
	LHLD	VALUE
	SHLD	LOCCTR
	JMP	LEDITC
; 
TABPAG: MVI	A,255
	CALL	PAGECK
	JMP	LBEDIT
TPMABE: CALL	GETVL
	LXI	H,VALUE
	MOV	A,M
	CALL	PAGECK
	JMP	LBEDIT
PAGECK: MVI	L,LOCCTR
	ADD	M
	RNC
	XRA	A
	MOV	M,A
	MVI	L,LABVAL
	MOV	ECT ON PRINTER TO CLEAR MACHINE
	CALL	PFLAGS
; 
; THE FOLLOWING CODE OUTPUTS THE XREF MAP
; 
	LDA	REFFLG
	ORA	A		;CHECK REF FLAG
	JZ	XDUN		;JMP IF NO XREF REQUESTED
	MVI	A,0C3H		;FIRST BYTE OF A JUMP
	STA	XFIX		;********CODE MODIFICATION*********
ETAP
	CPI	''''
	JNZ	DEFTST
DEFORC: MOV	B,A
	CALL	PUTBYT
	JMP	DSTRNG
; 
DEFADR: CALL	GETEXP
	LXI	H,VALUE
	MOV	B,M
	CALL	PUTBYT
	MVI	L,VALUE+1
	MOV	B,M
	CALL	PUTBYT
	LXI	H,SYMBOL+LABSIZ
	MOV	A,M
	CPI	','
	JZ	DEFADR
	CPI	' '
	JZ	EPROC
	MVISE:
	CALL	GETVAL
	LXI	H,VALUE
	MOV	A,M
	CPI	8
	JZ	BASOK
	CPI	16
	JZ	BASOK
	MVI	C,'E'
	CALL	FLAG
	MVI	A,16
BASOK:	STA	LBASE
	JMP	EPROC
; 
LIST:	CALL	GETNB
	JZ	LISTER
	MVI	B,0
	CPI	'L'
	JZ	LISTCH
	CPI	'-'
	JNZ	LISTER
	CALL	GETCH
	JZ	LIS	H,HEXPKT
	CALL	CLOSE		;CLOSE THE HEX FILE
ENDEX2:		;	*
	ENDIF		;********************************************
; 
	IF	NOT DISK	;ASSEMBLE IF TAPE VERSION *******************
	CALL	OUTBUF		;	*
	XRA	A
	CALL	PARGEN
	MVI	B,8
	MVI	L,OBUFF
	CALL	WRITER
DITC: LHLD	VALUE
	SHLD	LABVAL
	XCHG
LEDIT:	LXI	H,PASS
	MOV	A,M
	ORA	A
	JZ	EPROC
	MVI	C,5
	MVI	L,OLINE+LOCPTI
	CALL	CONBIN
	JMP	EPROC
; 
DEFCON: CALL	GETNB
	JZ	DEFERR
	CPI	''''
	JNZ	DEFEXP
	INX	H
	INX	H
	MOV	A,M
	CPI	''''
	JNZ	DSTRNG
DEM,A
	MVI	L,LOCCTR+1
	MOV	A,M
	INR	A
	MOV	M,A
	MVI	L,LABVAL+1
	MOV	M,A
	RET
; 
REPEAT: CALL	GETVAL
	LXI	H,VALUE
	MOV	A,M
	MVI	L,RHOLD
	MOV	M,A
	JMP	LBEDIT
; 
EQUATE: MVI	L,LABEL
	MOV	A,M
	CPI	' '
	MVI	C,'E'
	CZ	FLAG
	CALL	GETVAL
; 
LE	MVI	B,' '
	MVI	C,82
	CALL	BLKSET
	LHLD	PTR
	MOV	A,M
	CPI	' '+1		;CHECK FOR END OF SYM TAB
	JC	XDUN
	LXI	D,LABSIZ
	DAD	D		;BUMP HL TO VALUE FIELD
	MOV	E,M		;PUT VALUE IN DE
	INX	H
	MOV	D,M
	LXI	H,OLINE+5
	MVI	C,5		;BYTE CNT 
	CALL	CONBIN		;COL	DSPLY$
	JMP	QUIT		;	*
	ENDIF		;********************************************
; 
EPROC3: MOV	B,A
	CALL	PUTBYT
	CALL	GETEXP
	LXI	H,VALUE
	MOV	B,M
	CALL	PUTBYT
	MVI	L,VALUE+1
	MOV	B,M
	JMP	EPROCZ
IMM8:
EPROC2: CALL	PUTBYT
	CALL	GETEXP
	LXI	H,	;********************************************
; 
	IF	NOT DISK	;********************************************
	MVI	A,DEK1		;	*
	OUT	ADRS
	CALL	BSP
BFIND:	MVI	A,2
	OUT	COUT
BWAIT:	CALL	REDWAT
BREAD:	MOV	E,D
	MOV	D,A
	CALL	READCH
	JC	BREAD
	MOV	A	LHLD	REFPTR
	MOV	D,M
	DCX	H
	MOV	E,M
	MOV	A,D
	ANI	100Q		;MASK OFF 1ST ENTRY BIT
	JNZ	ENDITT		;JMP IF THIS SYMBOLS DONE
	MOV	A,D
	ANI	77Q		;MASK OFF FLAG BITS
	MOV	D,A
	CALL	GTLNR		;CONVERT LINE NUM TO ASCII
	LHLD	BUFPTR
	XCHG
	LXI	H,LINENR
P	D
	JNZ	FSTOP
	CPI	1
	JNZ	TFAILF
	CALL	READCH
	JC	FSTOP
	MVI	A,10Q
	OUT	COUT
ENDTFL: LXI	H,RTC
	MVI	M,3
ENDTFR: LXI	H,OBUFF+2
	CALL	READR
	JNC	ENDTFS
	JNZ	ENDOBJ
	LXI	H,RTC
	DCR	M
	JP	ENDTFR
	CALL	TFAILR
ENDTFS: LXI	H,OBUFF
	CALL	WRITEF5Q
	LXI	H,OLINE
	MOV	M,A
	LXI	H,PHEAD
	MOV	M,A
	CALL	PAGEJT
	CALL	PRINT
	CALL	PAGEJT
	CALL	PRINT
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
	LDA	PRNFCB		;GET PRINT FILE DRIVE #	*
	CPI	'Z'-'A'+1
	JZ	BOOT		;BRIF PRINT FILE NOT RENVERT SYM VALUE TO ASCII
	LHLD	PTR
	XCHG
	LXI	H,LABSIZ+4
	DAD	D		;BUMP SYM TABLE PTR TO NEXT SYM
	SHLD	PTR
	XCHG
	LXI	D,OLINE+8		;DESTINATION IN OUTBUF
	MVI	C,LABSIZ
	CALL	BLKTFR
	LXI	D,-LABSIZ-2
	DAD	D
	MOV	E,M
	INX	H
	MOV	A,M
	ANI	177Q
	M	CALL	REDWAT
	CALL	READCH
	CALL	READCH
	CALL	READCH
	CPI	40Q
	CNZ	TFAILR
	CALL	RECWAT
	XRA	A
BS6:	SUI	1
	JNZ	BS6
	MVI	A,10Q
	OUT	COUT
	MVI	A,DEK2
	OUT	ADRS
	MVI	A,10Q
	OUT	COUT
FS2:	MVI	A,1
	OUT	COUT
FFIND:	CALL	REDWAT
	CALL	READCH
	MOV,E
	CMA
	CMP	D
	MVI	D,0
	JNZ	BSTOP
	CPI	303Q
	JZ	BWAIT
	MOV	D,A
BSTOP:	XRA	A
BS1:	SUI	1
	JNZ	BS1
	MVI	A,10Q
	OUT	COUT
	MVI	A,1
	OUT	COUT
	MOV	A,D
	CPI	201Q
	JZ	BS2
	CALL	REDWAT
	CALL	RECWAT
	XRA	A
BS3:	SUI	1
	JNZ	BS3
	JMP	BFIND
BS2:	MVI	C,5
	CALL	BLKTFR		;PUT LINE NUM IN OUT BUF
	LHLD	REFPTR
	MOV	A,M
	RLC
	JNC	XLP4
	XCHG
XLP3:	DCX	H
	MOV	A,M
	CPI	' '
	JNZ	XLP3
	MVI	M,'*'
XLP4:
	LHLD	BUFPTR
	LXI	D,7
	DAD	D		;BUMP BUFFER POINTER
	SHLD	BUFPTR
	LHLD	REFPTR
	DCX	H
	DCX	
	JMP	ENDTFL
ENDOBJ: MVI	B,4
	LXI	H,FEMARK
	CALL	WRITEF
	CALL	BSP
QUIT:	MVI	A,1
	OUT	ADRS
	CALL	REWIND
	HLT
; 
TFAILR: MVI	A,10Q
	OUT	COUT
	LXI	H,TFRMSG
	CALL	DSPLY$
TFRL:	HLT
	JMP	TFRL
; 
TFAILF: MVI	A,10Q
	OUT	COUT
	LXI	H,TFFMSG
	CALQUESTED
	CPI	'X'-'A'+1
	JZ	BOOT		;BRIF PRINT FILE NOT REQUESTED (DISPLAY)
	MVI	C,1AH
	LXI	H,PRNPKT
	CALL	PO		;WRITE EOF MARK AND FORCE BUFFER FLUSHING
	LXI	H,PRNPKT
	CALL	CLOSE		;CLOSE THE PRINT FILE
	JMP	BOOT		;ALL DONE---RE-BOOT SYSTEM	*
	ENDIF	OV	H,A
	MOV	L,E
	MOV	A,M		;GET MS BYTE OF OF LINE NUM
	ANI	277Q		;MASK OUT THE 1ST ENTRY FLAG
	MOV	M,A
	SHLD	REFPTR		;SAVE PTR TO ENTRY IN REF TABLE
XLIST:
	LXI	H,OLINE+18
	SHLD	BUFPTR
	LXI	H,SAV$OR
	MVI	M,16		;ACCUMULATED LINE CHAR CNT
XLOOP:
	D,A
	CALL	READCH
	CMA
	CMP	D
	JZ	FCHECK
FSTOP:	MVI	A,10Q
	OUT	COUT
	XRA	A
FS1:	SUI	1
	JNZ	FS1
	CALL	BSP
	JMP	FS2
FCHECK: CPI	303Q
	JNZ	FCH1
	CALL	RECWAT
	JMP	FFIND
FCH1:	CPI	201Q
	JNZ	FSTOP
	CALL	READCH
	MOV	D,A
	CALL	READCH
	CMA
	CMCK FOR NO ENTRIES
	JZ	XNXT
	MVI	L,OLINE
	MVI	M,15Q
	CALL	PRINT		;FORCE DOUBLE SPACING
	JMP	XNXT
ENDIT:
	LHLD	BUFPTR
	DCX	H
	DCX	H
	MVI	M,15Q		;INSERT CR TO END LINE
	CALL	PRINT
	LXI	H,ILINE-1
	MVI	B,' '
	MVI	C,82
	JMP	BLKSET
XDUN:
	MVI	A,1H
	SHLD	REFPTR
	LXI	H,SAV$OR
	MOV	A,M
	ADI	7
	MOV	M,A		;BUMP LINE CHAR CNT
	SUI	LINLTH-6
	JC	XLOOP		;JUMP IF LINE NOT FULL YET
	CALL	ENDIT		;PRINT LINE AND CLEAR BUFFER
	JMP	XLIST
ENDITT:
	CALL	ENDIT
	LXI	H,BUFPTR
	MOV	A,M
	CPI	OLINE+18		;CHEVALUE
	MOV	B,M
	JMP	EPROCZ
HALT:	MVI	A,166Q
NOP:	NOP
EPROC1: MOV	B,A
BYTE:
EPROCZ: CALL	PUTBYT
TITLE:
EPROC:	LDA	SKPFLG
	ORA	A
	JNZ	NODIFF
	LXI	H,LABEL
	MOV	A,M
	CPI	' '
	JZ	NODIFF
	LXI	D,SYMBOL
	MVI	C,LABSIZ+1
	CALL	BLKTFR
	LXI	H,DEFFLG	H,OBUFPT
	INR	M
	MOV	E,M
	MVI	D,0		;SET UP TO DO A DOUBLE ADD
	LXI	H,OBUFF+7
	DAD	D
	LDA	CODSAV
	MOV	M,A
	MOV	A,L
	CPI	OBUFFE-1
	CZ	OUTBUF
	MVI	H,SYMBOL SHR 8
	RET
; 
OUTBUF: LXI	H,OBUFPT
	MOV	A,M
	ORA	A
	JZ	OUTSET
	CALL	PARGEN
	LXI	H,OOAD RECORD
	CNC	OUTBUF		;CALIF FULL RECORD
NOCOD2:
	MVI	H,SYMBOL SHR 8
	RET
; 
OUTBUF:
	LXI	H,OBUFPT
	MOV	A,M		;GET BUF PTR
	MVI	M,0		;RESET IT
	ORA	A
	JZ	OUTSET		;BRIF NO CODE IN BUF
OUTBFX:
	MOV	E,A		;SETUP BYTE CNT
	LXI	H,OBUFF+4		;STARTIN	C,1
	CZ	BDOS		;HANG UNTIL WE HIT ANOTHER KEY
	JMP	NXTLIN
; 
CSTS:
	IF	NOT DISK
	IN	17
	RRC
	RRC
	SBB	A
	RET
	ENDIF
	IF	DISK
	PUSH	B
	PUSH	D
	PUSH	H
	MVI	C,11
	CALL	BDOS
	POP	H
	POP	D
	POP	B
	RET
	ENDIF
; 
ENTER:	XCHG
	LHLD	LABVAL
C
	RRC
	RRC
	RRC
	CALL	CONV		;CONVERT NIBBLE TO ASCII AND OUTPUT IT
	POP	PSW
	PUSH	PSW
	CALL	CONV
	POP	PSW
	ADD	D		;ACCUMULATE CHECKSUM
	MOV	D,A
	RET
CONV:
	ANI	0FH
	ADI	90H
	DAA
	ACI	40H
	DAA
	MOV	C,A
; 
HEXOUT:
	PUSH	D
	PUSH	H
	LXIDD	C
	STA	CODPTR
	LXI	H,CODSAV
	MOV	E,M
	MVI	D,0
	SUB	C
	MOV	L,A
	MVI	C,3
	CALL	CONBIN
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
NOCOD:		;	*
	LHLD	LOCCTR
	INX	H
	SHLD	NXTLOC
	SHLD	LOCCTR
	LDA	HEXFCB		;GET HEX FILE DRIVE #

	MVI	M,200Q
	CALL	LOOKUP
	JC	NODIFF
	JZ	ENTER
	DCX	H
	XCHG
	LHLD	LABVAL
	MOV	B,H
	MOV	C,L
	XCHG
	MVI	D,0
	MOV	A,M
	CMP	C
	JZ	FVSAME
	MVI	D,'D'
	MOV	M,C
FVSAME: INX	H
	MOV	A,M
	CMP	B
	JZ	SVSAME
	MVI	D,'D'
	MOV	M,B
SVSAME: MOV	A,L
	SE
	INR	E
OUTBU2: MOV	A,M		;GET BYTE
	CALL	PBYTE		;OUTPUT IT
	INX	H
	DCR	E
	JNZ	OUTBU2		;BRIF NOT DONE
	XRA	A
	SUB	D		;COMPLEMENT CHECKSUM
	CALL	PBYTE		;OUTPUT CHECKSUM
	LDA	FIRSTL+1
	CPI	377Q
	JNZ	OUTSET		;BRIF NOT FIRST RECORD
	LHLD	OBUFF+4		G BUF ADDR
	MVI	C,0DH	
	CALL	HEXOUT		;OUTPUT CR
	MVI	C,0AH
	CALL	HEXOUT		;OUTPUT LF
	MVI	C,':'
	CALL	HEXOUT		;OUTPUT COLON
	MVI	D,0		;INIT CHECKSUM
	MOV	A,E
	CALL	PBYTE		;OUTPUT BYTE CNT
	INR	E		;INCR BYTE CNT TO INCLUDE LOAD ADDR AND TYPE
	INR	
	XCHG
	MOV	M,D
	DCX	H
	MOV	M,E
	INX	H
	MVI	D,0
	JMP	SVSAME
PUTBYT: LDA	SKPFLG
	ORA	A
	RNZ
	LDA	PASS
	ORA	A
	JNZ	PTBYT2
	LHLD	LOCCTR
	INX	H
	SHLD	LOCCTR
	LDA	CODPTR
	CPI	OLINE+CODPTI+20
	CZ	PRINT
	LXI	H,CODPTR
	MOV	A,M
	ADI	4
	MOV	M,A	H,HEXPKT
	CALL	PO		;OUTPUT CHAR TO DISK
	POP	H
	POP	D
	RET		;	*
	ENDIF		;********************************************
; 
	IF	NOT DISK	;ASSEMBLE IF TAPE VERSION *******************
NOCOD:		;	*
	LHLD	LOCCTR
	INX	H
	SHLD	NXTLOC
	SHLD	LOCCTR
	LXI	CPI	'Z'-'A'+1
	JZ	NOCOD2		;BRIF HEX FILE NOT REQUESTED
	LXI	H,OBUFPT
	INR	M		;INR BUF PTR
	MOV	E,M		;GET BUF PTR
	MVI	D,0
	LXI	H,OBUFF+6
	DAD	D		;CALC LOC
	LDA	CODSAV		;GET CODE BYTE
	MOV	M,A		;STORE BYTE
	MOV	A,E
	CPI	HEXCNT		;CHECK FOR FULL LUI	LABSIZ+1
	MOV	L,A
	MOV	A,H
	SBI	0
	MOV	H,A
	MOV	A,M
	ORI	200Q
	MOV	M,A
	MOV	A,D
	CPI	'D'
	MOV	C,A
	CZ	FLAG
NODIFF: CALL	PRINT
	LDA	PASS	
	ORA	A
	JZ	NXTLIN
	CALL	CSTS
	ORA	A
	JZ	NXTLIN
	MVI	C,1
	CALL	BDOS
	CPI	CTRLS		;CONTROL S
	MVI;SET LOAD ADDR
	MOV	A,H
	MOV	H,L
	MOV	L,A
	SHLD	FIRSTL		;STORE FIRST RECORDS LOAD ADDR
OUTSET:
	LHLD	LOCCTR
	MOV	A,H
	MOV	H,L
	MOV	L,A
	SHLD	OBUFF+4		;SETUP NEW LOAD ADDR
	XRA	A
	STA	OBUFF+6		;SETUP RECORD TYPE
	RET
; 
PBYTE:
	PUSH	PSW
	RRCODPTI
	JZ	PUTLOC
	CPI	OLINE+CODPTI+20
	JZ	PUTBLX
	CPI	OLINE+CODPTI+15
	JNZ	PUTCOD
PUTBLX:
	CALL	PRINT
PUTLOC: LHLD	LOCCTR
	XCHG
	LXI	H,OLINE+LOCPTI
	MVI	C,5
	CALL	CONBIN
PUTCOD:
	LDA	LBASE
	CPI	16
	MVI	C,3
	JZ	$+4
	INR	C
	LDA	CODPTR
	A
	RET
PTBYT2: LXI	H,CODSAV
	MOV	M,B
	MVI	L,NXTLOC
	MOV	A,M
	MVI	L,LOCCTR
	CMP	M
	JNZ	PUTBLK
	MVI	L,NXTLOC+1
	MOV	A,M
	MVI	L,LOCCTR+1
	CMP	M
PUTBLK: CNZ	OUTBUF
	LDA	DSWTCH
	LXI	H,PTRADR
	ORA	M
	JZ	NOCOD
	LXI	H,CODPTR
	MOV	A,M
	CPI	OLINE+BUFPT
	MOV	A,M
	ADI	8
	MOV	B,A
	MVI	M,0
	LXI	H,OBUFF
	CALL	WRITER
	LDA	FIRSTL+1
	CPI	377Q
	JNZ	OUTSET
	LHLD	OBUFF+4
	MOV	A,H
	MOV	H,L
	MOV	L,A
	SHLD	FIRSTL
OUTSET: LHLD	LOCCTR
	MOV	A,H
	MOV	H,L
	MOV	L,A
	SHLD	OBUFF+4
	CMA
	MOV	L,A
	MODDR AND RET
; 
READF:
	LXI	D,IBUFF
	CALL	SETDMA		;SETUP INPUT ADDR
	LXI	D,ASMFCB
	MVI	C,20
	CALL	BDOS		;READ IN SOURCE SECTOR
	ORA	A
	RZ		;RETIF GOOD READ
	STC
	SBB	A		;SET CARRY FLAG, CLEAR ZERO FLAG
	LXI	H,IBUFF+BUFSIZ
	RET		;	*
	ENDIF		;**ORE BUF INDEX
	CPI	BUFSIZ		;CHECK FOR FULL BUFFER
	JNC	PO4		;BRIF BUFFER FULL
	MOV	A,C	
	CPI	1AH		;CHECK FOR EOF CHAR
	RNZ		;RETIF NOT EOF
PO4:	MVI	M,0		;RESET BUF INDEX
	INX	H	
	PUSH	H		;SAVE FCB PTR
	CALL	SETDMA		;SETUP WRITE ADDR
	POP	D		;GET K FOR EOF
	SUI	1
	RC		;RETIF EOF (CARRY=TRUE, ZERO=FALSE)
	INX	H
	XCHG
	MOV	A,L
	CPI	ILINE+ILINEL
	JC	GETLIX
	MVI	B,15Q
GETLIX: MOV	M,B
	INX	H
	XCHG
	MOV	A,B
	CPI	15Q
	JNZ	GETLP
	SHLD	IBPTR
	RET
; 
IGNLF:
	INX	H
	JMP	GETLP
; 
GETETX: 
	CALL	SETDMA		;SETUP DMA ADDR
	POP	D		;GET FCB PTR
	PUSH	D
	MVI	C,19
	CALL	BDOS		;DELETE FILE
	POP	D
	MVI	C,22
	JMP	BDOS		;MAKE FILE AND RET
; 
OPEN:
	MVI	C,15
	DB	11H		;LXI D TRICK
; 
CLOSE:	
	MVI	C,16
	INX	H
	MOV	E,M		;LOAD DE WITH BUFFE                                     *
PO:
	MOV	A,C		;GET CHAR
;	CPI	' '		;CHECK FOR BLANK
;	JZ	PO6		;BRIF BLANK
;	CPI	0CH		;CHECK FOR FORM FEED
;	RZ			;RETIF FORM FEED
	MOV	A,M		;GET SPACE CNT
	ORA	A
	CNZ	POSPC		;CALIF COMPRESSED SPACES TO BE OUTV	A,H
	CMA
	MOV	H,A
	SHLD	OBUFF+6
	RET		;	*
	ENDIF		;********************************************
; 
GETLIN:
	LHLD	LINCNT
	INX	H
	SHLD	LINCNT
	LHLD	IBPTR
	LXI	D,ILINE
GETLP:
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
	MOV	A,L		; FOR SPACE CNT WHICH LOOKS LIKE EOF
	JNZ	PO10		;BRIF OK
	DCR	M		;DECR SPACE CNT
	MVI	C,' '
	CALL	PO2		;OUTPUT SPACE
PO10:	MVI	C,9
	CALL	PO2		;OUTPUT HORIZONTAL TAB
	POP	H		;GET PACKET PTR
	PUSH	H	
	MOV	C,M		;GET SPACE CNT
PO12:	MVI	M,0		;RESET SPFCB PTR
	MVI	C,21		;SETUP FOR WRITE
	JMP	BDOS		;GO WRITE RECORD AND RETURN
; 
PO6:	INR	M		;INCR SPACE CNT
	RET
; 
POSPC:
	PUSH	B		;SAVE CHAR
	PUSH	H		;SAVE PACKET PTR
	CPI	1		;CHECK FOR SINGLE SPACE
	JZ	PO14		;BRIF SINGLE SPACE
	CPI	1AH		;CHECKXCHG
	SHLD	IBPTR
	LXI	H,RTC
	MVI	M,3
GETETY: LXI	H,IBUFFS
	CALL	READF
	JNC	GETETZ
	RNZ
	LXI	H,RTC
	DCR	M
	JP	GETETY
	JMP	TFAILF
; 
GETETZ: MVI	M,3
	LHLD	IBPTR
	XCHG
	LXI	H,IBUFF
	JMP	GETLP
; 
GETHT:	INX	H
; 
	IF	DISK		;ASSEMBLE IF DISKR ADDR
	INX	H
	MOV	D,M
	INX	H
	INX	H
	PUSH	H		;SAVE FCB PTR
	PUSH	B		;SAVE FUNCTION CODE
	CALL	SETDMA		;SETUP DMA PTR
	POP	B		;GET FUNCTION CODE
	POP	D		;GET FCB PTR
	JMP	BDOS		;PERFORM FUNCTION
; 
SETDMA:
	MVI	C,26
	JMP	BDOS		;GO SETUP DMA APUT
PO2:	INX	H
	MOV	E,M		;LOAD DE WITH BUFFER PTR
	INX	H
	MOV	D,M
	INX	H
	PUSH	H		;SAVE BUF INDEX PTR
	MOV	A,M		;GET BUF INDEX
	MOV	L,A
	MVI	H,0
	DAD	D		;CALC BUF LOC
	MOV	M,C		;STORE CHAR
	POP	H		;GET BUF INDEX
	INR	A		;INCR IT
	MOV	M,A		;ST	*
	CPI	IBUFF+BUFSIZ		;CHECK FOR EMPTY BUFFER
	JNC	GETETX		;BRIF BUFFER EMPTY	*
	ENDIF		;********************************************
	MOV	A,M
	CPI	3
	JZ	GETETX
	CPI	11Q
	JZ	GETHT
	CPI	0AH	
	JZ	IGNLF		;IGNORE LINE FEEDS
	MOV	B,A
	SUI	1AH		;CHECACE CNT
	CALL	PO2		;OUTPUT SPACE CNT
	POP	H		;GET PACKET PTR
	POP	B		;GET CHAR
	RET
PO14:	MVI	C,' '
	JMP	PO12		;OUTPUT SINGLE SPACE
; 
; 
MAKE:
	INX	H
	MOV	E,M		;LOAD DE WITH BUFFER ADDR
	INX	H
	MOV	D,M
	INX	H
	INX	H
	PUSH	H		;PUSH FCB PTR
**************************
; 
	MVI	B,' '
	MVI	A,ILINE-1
	SUB	E
	ANI	7
	INR	A
	MOV	C,A
	XCHG
	CALL	BLKSET
	XCHG
	JMP	GETLP
; 
; DISK I/O ROUTINES
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
;                                    VERSION *******************
	MOV	A,L		;CHECK FOR EMPTY BUFFER	*
	CPI	IBUFF+BUFSIZ
	JC	GETHT2		;BRIF BUFFER NOT EMPTY
	PUSH	D
	CALL	READF		;READ NEXT SECTOR
	POP	D
	RNZ		;RETIF EOF ENCOUNTERED
	LXI	H,IBUFF
GETHT2:		;	*
	ENDIF		;************************************************************
; 
REGDZ:
	MVI	C,6
	CPI	'P'
	RZ
	JMP	REGDZ1
; 
REGDET:
	MVI	C,1
	CPI	'C'
	RZ
	MVI	C,7
	CPI	'A'
	RZ
	MVI	C,3
	CPI	'E'
	RZ
	MVI	C,5
	CPI	'L'
	RZ
	MVI	C,6
	CPI	'M'
	RZ
REGDX:	MVI	C,6
	CPI	'S'OV	H,A
	POP	PSW
	DCR	A
	JNZ	DIV1
	ORA	A
	MOV	A,H
	RAR
	MOV	D,A
	MOV	A,L
	RAR
	MOV	E,A
	RET
; 
; SUBROUTINE MULT
; 
; COME IN WITH ARGUMENTS IN BC AND DE
; RESULT RETURNED IN DE
; 
MULT:
	MOV	A,C
	SUB	E
	MOV	A,B
	SBB	D
	JP	MUL1
	MOV		JNZ	DISPL0
	LXI	H,OLINE+FLGPTI ;PRINT ERROR ITEMS IN PASS TWO
	MOV	A,M
	CPI	' '
	RZ
DISPL0: XCHG
	LXI	D,11
	JMP	DSPLY$
; 
FLAG:	LXI	H,OLINE+FLGPTI
	MOV	M,C
	MOV	A,C
	CALL	FLGDET
	MVI	L,AFLAGS
	MOV	A,M
	ORA	B
	MOV	M,A
	RET
; 
FLGDET: MVI
	DCR	M
	JNZ	PRINTL
	LXI	H,PAGNR
	MVI	C,3
	CALL	INCNUM
	LXI	D,PHEAD
	CALL	PRINT$
	LXI	D,NULINE
	CALL	PRINT$
	LXI	D,NULINE
	CALL	PRINT$
; 
PRINT9:
	LDA	LBASE
	CPI	16
XFIX:	JNZ	PR9X		;THIS IS MODIFIED WHEN THE XREF MAP GOES OUT
	MVI	A,' '
	LD	LBASE
	XCHG
	CALL	DIV
	MOV	A,E
	ADI	220Q
	DAA
	ACI	100Q
	DAA
	POP	H
	MOV	M,A
	DCX	H
	POP	D
	DCR	E
	RZ
	PUSH	D
	JMP	CONLOP
; 
; SUBROUTINE DIV
; 
; COME IN WITH DIVIDEND IN BC, DIVISOR IN DE
; RETURNS WITH QUOTIENT IN BC, REMAINDER IN  ;RESET PAGE REG
	MOV	M,A
	INR	L
	MOV	A,C
	LXI	B,1000
	CPI	10000
	JZ	GTLNR1
	LXI	B,100
	CPI	1000		;CHECK LAST POWER OF TEN USED
	JZ	GTLNR1		;JUMP IF IT WAS 1000
	LXI	B,10
	CPI	100
	JZ	GTLNR1		;JUMP IF IT WAS 100
	MOV	A,E
	ADI	'0'
	MOV	M,A
	
	RZ
REGDZ1: MVI	C,4
	CPI	'H'
	RZ
REGDY:	MVI	C,0
	CPI	'B'
	RZ
	MVI	C,2
	CPI	'D'
	RZ
	MVI	C,'I'
	CALL	FLAG
	MVI	A,166Q
	RET
; 
PAGEJT: LXI	H,PAGLC
	MVI	M,54
	RET
; 
PRINT:	LDA	PASS
	ORA	A
	JNZ	PRINT2
	LDA	OLINE+FLGPTI
	CPI	' '
	RZ
	ENDPUT
	LXI	H,ENDERM
	LXI	D,OLINE
	MVI	C,ENDEEE-ENDERM
	CALL	BLKTFR
	MVI	A,ILINE+ILINEL+3
	STA	CODPTR
	JMP	PRINT
; 
ENDPUT: MOV	A,B
	RRC
	MOV	B,A
	RNC
	MOV	M,C
	INX	H
	RET
; 
ENDERM: DB	'ERRORS: '
ENDERE: DB	'    ',15Q
ENDEEE: DS	0
; 
	B,1
	CPI	'D'
	RZ
	MVI	B,2
	CPI	'I'
	RZ
	MVI	B,4
	CPI	'E'
	RZ
	MVI	B,8
	RET
; 
PFLAGS: LXI	H,AFLAGS
	MOV	A,M
	ORA	A
	RZ
	LXI	H,ENDERE
	MOV	B,A
	MVI	C,'D'
	CALL	ENDPUT
	MVI	C,'I'
	CALL	ENDPUT
	MVI	C,'E'
	CALL	ENDPUT
	MVI	C,'U'
	CALL	XI	H,ILINE-5
	MOV	M,A
	INX	H
	MOV	M,A
	INX	H
	MOV	M,A
	INX	H
	MOV	M,A
PR9X:
	LXI	D,OLINE
	CALL	PRINT$
	LXI	D,OLINE
UCALL	DISPLY
PRINTB: LXI	H,CODPTR
	MVI	M,OLINE+CODPTI
	MVI	L,OLINE
	MVI	B,' '
	MVI	C,OLINEL-1
	CALL	BLKSET
	MVI	M,15Q
	RDE
; 
DIV:
	MOV	A,D
	CMA
	MOV	D,A
	MOV	A,E
	CMA
	MOV	E,A
	INX	D
	LXI	H,0
	MVI	A,21Q
DIV1:	PUSH	H
	DAD	D
	JNC	DIV2
	XTHL
DIV2:	POP	H
	PUSH	PSW
	MOV	A,C
	RAL
	MOV	C,A
	MOV	A,B
	RAL
	MOV	B,A
	MOV	A,L
	RAL
	MOV	L,A
	MOV	A,H
	RAL
	MMVI	L,LINENR
	MVI	C,4		;DIGIT CNT
GTLNR4: MOV	A,M		;GET DIGIT
	CPI	'0'		;CHECK FOR LEADING ZERO
	RNZ		;QUIT IF NOT ZERO
	MVI	M,' '		;REPLACE WITH BLANK
	INR	L
	DCR	C
	JNZ	GTLNR4
	RET
; 
DISPLY: LDA	PASS
	ORA	A
	JZ	DISPL0
	LDA	DSWTCH
	ORA	A
PRINT2: LDA	LISTF
	ORA	A
	JZ	PRINT3
	LDA	OLINE+FLGPTI
	CPI	' '
	JZ	PRINTB
PRINT3: LXI	H,PAGLC
	INR	M
	MOV	A,M
	CPI	54
	JM	PRINT9
	MVI	M,0
	LXI	D,FORMFD
	MVI	A,3
	STA	LFCTR
	JMP	PRINTF
PRINTL: LXI	D,NULINE
PRINTF: CALL	PRINT$
	LXI	H,LFCTR
; 
; 
; 
BLKTFR: MOV	A,M
	INX	H
	STAX	D
	INX	D
	DCR	C
	JNZ	BLKTFR
	RET
; 
BLKSET: MOV	M,B
	INX	H
	DCR	C
	JNZ	BLKSET
	RET
; 
CONBIN:
	LDA	LBASE
	CPI	16
	JNZ	$+4
	DCR	C
	PUSH	B		;SAVE DIGIT CNT
	MOV	B,D
	MOV	C,E
CONLOP: PUSH	H
	LHLVALUE
	SUB	C		;SUBTRACT OFF POWER OF TEN
	MOV	E,A
	MOV	A,D
	SBB	B
	MOV	D,A
	JNC	GTLNR2		;LOOP TILL UNDERFLOW
	MOV	A,E
	ADD	C		;RE-ESTABLISH CNT
	MOV	E,A
	MOV	A,D
	ADC	B
	MOV	D,A
	MOV	A,H
	ADI	'0'-1		;GENERATE ASCII NUMBER
	MVI	H,LINENR SHR 8T
; 
INCNUM: MOV	A,M
	ORI	'0'
	INR	A
	MOV	M,A
	CPI	'9'+1
	RNZ
	MVI	M,'0'
	DCX	H
	DCR	C
	JNZ	INCNUM
	RET
GETLNR:
	MOV	E,M
	INX	H
	MOV	D,M
GTLNR:
	LXI	H,LINENR
	LXI	B,10000
GTLNR1: MVI	H,0		;RESET DIGIT CNT
GTLNR2: INR	H
	MOV	A,E		;GET H,B
	MOV	L,C
	XCHG
	MOV	B,H
	MOV	C,L
MUL1:	LXI	H,0
	XCHG
MUL2:	MOV	A,B
	ORA	C
	RZ
	XCHG
	MOV	A,B
	RAR
	MOV	B,A
	MOV	A,C
	RAR
	MOV	C,A
	JNC	MUL3
	DAD	D
MUL3:	XCHG
	DAD	H
	JMP	MUL2
; 
	IF	NOT DISK	;ASSEMBLE IF TAPE VERSION ************O CHECK
	CPI	','
	JZ	L2U
L2A:	CPI	')'
	JNZ	L2B
L2E:	CALL	UNSTAK
	JC	L2C
	JZ	GETERR
	JMP	L2E
L2B:	CALL	GETBOP		;GET BINARY OPERATOR
	JC	GETERR
	CALL	STAK2
	JMP	L1B
; 
;  UNSTACK ALL THE OPERATORS--WE SHOULD BE DONE
; 
L2U:
	STA	SYMBOL+6
L2	RET		;	*
	ENDIF		;********************************************
; 
;  LEXICAL SCANNING ROUTINES
; 
GETEXP: CALL	GETNB
GETEXX: MVI	B,0
	JMP	GETON
GETVAL: CALL	GETNB
	MVI	B,-1
GETON:	LXI	H,GFLAG
	MOV	M,B
	STA	STARF		;SAVE FIRST CHAR IN CASE OF *
	PUSH	D
	PUSH	H
	MOV	E,A
	MVI	C,2
	CALL	BDOS		;SEND CHAR TO CONSOLE
	POP	H
	POP	D
	POP	B
	POP	PSW
	ENDIF
; 
	RET
; 
; 
DSPWRT:
	LDA	CURPOS
	CPI	78
	JNC	DSPLYL
	INR	A
	STA	CURPOS
	MOV	A,M
	CALL	WRITEC
DSPLYL: INX	H
DSPLY$: MOV	A,M
	
	CALL	GETNUM
	PUSH	PSW		;TEMP SAVE
	CALL	STAK1
	POP	PSW		;GET LAST CHAR BACK
	JMP	L2
L1E:	CALL	GETUOP
	JC	GETERR
L1EX:	CALL	STAK2
	JMP	L1B
L1F:
	LXI	D,0
	CALL	GETAP
	CPI	''''
	JNZ	L1G
	INX	H
	MOV	A,M
	CPI	''''
L1H:
	CZ	GETAP
L1G:
	MOV	,B
	CPI	140Q
	JC	LP4
	ANI	137Q
LP4:	OUT	DATOUT
	CPI	12Q
	JNZ	LP1
	MVI	C,0
	MVI	B,-15
	LXI	H,LFCNT
	INR	M
	MOV	A,M
	CPI	66
	JNZ	LP5
	MVI	M,0
LP5:	IN	STATIN
	RLC
	JC	LP6
	INR	C
	JNZ	LP5
	INR	B
	JNZ	LP5
LP699:	IN	STATIN
	RRC
	JNC	LP699*******
PARGEN:		;	*
	ADI	OBUFF+7
	MOV	L,A
	MVI	A,(OBUFF+7) SHR 8
	ACI	0
	MOV	H,A
	MVI	D,0
	MOV	E,D
PARGEL: MOV	A,M
	MOV	B,A
	XRA	D
	MOV	D,A
	MOV	A,E
	RLC
	XRA	B
	MOV	E,A
	DCX	H
	MOV	A,L
	CPI	OBUFF+3
	JNZ	PARGEL
	MOV	M,E
	DCX	H
	MOV	CPI	'Z'+1
	JNC	L1C
L1$:	CALL	GETUOP
	JNC	L1EX
	LDA	IPNTSV
	STA	IPOINT
	CALL	GETCH
	CALL	GETSYM
	CALL	LOOKUP
	JC	GETUFC		;TABLE OVERFLOW
	LXI	B,-LABSIZ
	DAD	B
	MOV	A,M
	ORI	200Q		;INDICATE LABEL HAS BEEN REFERENCED
	MOV	M,A
	DCX	H
	MOV	A,M

	CPI	'*'
	CZ	GETCH
	LXI	H,0
	SHLD	VALUE
	SHLD	OPRPTR
	SHLD	LABPTR
	JMP	L1
; 
L1B:	CALL	GETNB
L1:	JZ	GETERR
	CPI	')'
	JZ	GETERR
	CPI	'('
	JNZ	L1A
	MOV	D,A
	CALL	STAK2
	JMP	L1B
L1A:	CPI	''''
	JZ	L1F
	CPI	'$'
	JZ	L1$
	CPI	'@'
	JC	L1C
	ANI	177Q
	CPI	' '
	JNC	DSPWRT
	CPI	3
	JZ	DSPEND
	CPI	15Q
	JZ	DSPENR
	JMP	DSPLYL
; 
DSPENR:
	MVI	A,13
	CALL	WRITEC
	MVI	A,10
	CALL	WRITEC
	XRA	A
	STA	CURPOS
DSPEND: INX	H
	RET
; 
; 
PRINT$:
	LDA	PTRADR
	ORA	A
	RZ
	MVI	A,PRTAD
	OUT	AD,E
	MOV	E,A
	CALL	GETAP
	JZ	GETERR
	CPI	''''
	JNZ	L1G
	INX	H
	MOV	A,M
	CPI	''''
	JZ	L1H
	CALL	STAK1		;THIS MUST FALL THROUGH TO L2C
; 
; 
L2C:	CALL	GETNB
	JZ	L2U		;ALL DONE
L2:	CPI	'('
	JZ	GETERR
	CPI	' '
	JZ	L2C		;POSSIBLY END OF LINE-G
	MVI	A,12Q
	OUT	DATOUT
	MVI	B,-15
	JMP	LP5
LP6:	IN	STATIN
	RLC
	JC	LP6
	RET
LP1:	CPI	14Q
	RNZ
LP3:	IN	STATIN
	RLC
	JNC	LP3
LP7:	IN	STATIN
	RLC
	JC	LP7
	LXI	H,LFCNT
	INR	M
	MOV	A,M
	CPI	65
	JNZ	LP3
	MVI	M,0
	MVI	A,177Q
	OUT	DATOUT
M,D
	RET		;	*
	ENDIF		;********************************************
; 
WRITEC:
	IF	NOT DISK
	PUSH	PSW
WRX:	IN	17		;GET UART STATUS
	ANI	1		;MASK OFF TBE
	JZ	WRX
	POP	PSW
	OUT	16		;SEND OUT THE DATA BYTE
	ENDIF
; 
	IF	DISK
	PUSH	PSW
	PUSH	B
	ANI	200Q		;SEE IF LABEL IS DEFINED
	JNZ	L1D
GETUFC: LDA	PASS
	ORA	A
	JNZ	UFLAG
	LDA	GFLAG
	ORA	A
	JZ	NOUFLAG
UFLAG:	MVI	C,'U'
	CALL	FLAG
NOUFLAG: LXI	D,0
L1D:	CALL	STAK1
	LDA	SYMBOL+LABSIZ
	JMP	L2
L1C:	CPI	'0'
	JC	L1E
	CPI	'9'+1
	JNC	L1E
 CHAR TO C
	PUSH	D
	LXI	H,PRNPKT
	CALL	PO		;WRITE CHAR TO DISK
	POP	D
	RET		;	*
	ENDIF		;********************************************
; 
	IF	NOT DISK	;ASSEMBLE IF TAPE VERSION *******************
LPRINT:		;	*
	IN	STATIN
	RRC
	JNC	LPRINT
	MOV	ADRS
PRTC:	LDAX	D
	INX	D
	ANI	177Q
	CPI	15Q
	JZ	PRTEND
	MOV	B,A
	CALL	LPRINT
	JMP	PRTC
PRTEND: MVI	B,' '
	CALL	LPRINT
	MVI	B,15Q
	CALL	LPRINT
	MVI	B,12Q
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
LPRINT:		;	*
	MOV	C,B		;MOVEUN:	CALL	UNSTAK
	JC	GETERR
	JNZ	L2UN
	XCHG
	LHLD	LABSTK
	LDA	STARF
	CPI	'*'
	JNZ	L2UX
	MOV	A,H
	MOV	H,L
	MOV	L,A
L2UX:	SHLD	VALUE
	XCHG
	ORA	A
	RET
; 
UNSUB:
	DCX	D		;SET UP FOR TWO'S COMPLEMENT
UNNOT:
	MOV	A,E
	CMA
	MOV	E,A
	MOV	A,D
 
GETCH:	LXI	H,IPOINT
	MOV	B,M
	INR	M
	MOV	L,B
	MOV	A,M
	CPI	15Q
	JZ	GETCH1
	CPI	';'
	RNZ
GETCH1: MVI	L,IPOINT
	MOV	M,B
	MVI	A,' '
	RET
; 
GETNB:	CALL	GETCH
	RZ
	CPI	' '
	JZ	GETNB
	RET
; 
GETSNX: CALL	GETCH
	JMP	GETSYM
GETSNB: CALL	G:
	DW	UNSUB
	DW	UNADD
	DW	UNNOT
; 
PRCTAB:
	DB	5,5,6,6,6,6,6,3,2,2,6,6,6
; 
OPRPTR: DW	0
LABPTR: DW	0
OPRSTK: DS	40
LABSTK: DS	40
; 
BINADD:
	DCX	H
	MOV	B,M		;GET SECOND ARG INTO B,C
	DCX	H
	MOV	C,M
	XCHG		;GET FIRST ARG INTO H,L
	DAD	B
MOV	M,E
	INX	H
	MOV	M,D
	LHLD	OPRPTR
	INX	H
	INX	H
	SHLD	OPRPTR
	RET
; 
UNSTAK:
	LHLD	OPRPTR
	LXI	B,OPRSTK
	MOV	A,L
	ORA	A
	RZ
	DCX	H
	DCX	H
	SHLD	OPRPTR
	DAD	B
	MOV	E,M
	INX	H
	MOV	A,M
	CPI	'('
	STC
	RZ
; 
	MVI	D,0
	LXI	H,BINADRMOV	E,A
	DCR	C
	JNZ	SHR1
	RET
; 
MOD:
	DCX	H
	MOV	B,M
	DCX	H
	MOV	C,M
	PUSH	H
	CALL	DIV
	POP	H
	RET
; 
ANDOP:
	DCX	H
	MOV	A,M
	ANA	D
	MOV	D,A
	DCX	H
	MOV	A,M
	ANA	E
	MOV	E,A
	RET
; 
OROP:
	DCX	H
	MOV	A,M
	ORA	D
	MOV	D,A
	DCX	
	RZ		;NO OPERATOR
	CPI	3
	JNZ	NBOP
	INX	D
	LDA	IPNTSV
	STA	IPOINT
	INR	C
	JMP	GETB1
; 
GOTBOP: MOV	A,C
	ADD	A
	MOV	E,A		;E CONTAINS OPRTAB INDEX
	MVI	B,0
	LXI	H,PRCTAB
	DAD	B
	MOV	D,M		;D CONTAINS PRECEDENCE
	RET
; 
BINOPR:
	DB	'+',3,'-
	CMA
	MOV	D,A
UNADD:
	INX	SP		;GET RID OF USUAL RETURN ADDRESS
	INX	SP		;THIS MUST FALL THROUGH TO STAK1
; 
STAK1:	LHLD	LABPTR
	INX	H
	INX	H
	SHLD	LABPTR
	LXI	B,LABSTK-2
	DAD	B
	MOV	M,E
	INX	H
	MOV	M,D
	MVI	A,-1
	ORA	A
	RET
; 
STAK2:
	NZ	DIVIDZ
	LXI	D,177777Q
	DCX	H
	DCX	H
	RET
DIVIDZ:
	DCX	H
	MOV	B,M
	DCX	H
	MOV	C,M
	PUSH	H
	CALL	DIV
	POP	H
	MOV	E,C
	MOV	D,B
	RET
; 
SHL:
	MOV	A,E
	ANI	15
	MOV	C,A
	DCX	H
	MOV	D,M
	DCX	H
	MOV	E,M
	INR	C
	DCR	C
	RZ		;IF SHIFT CO
	XCHG
	RET
; 
BINSUB:
	DCX	H
	MOV	B,M
	DCX	H
	MOV	A,M
	SUB	E
	MOV	E,A
	MOV	A,B
	SBB	D
	MOV	D,A
	RET
; 
TIMES:
	DCX	H
	MOV	B,M
	DCX	H
	MOV	C,M
	PUSH	H
	CALL	MULT
	POP	H		;GET BACK LABSTK ADDRESS
	RET
; 
DIVID:
	MOV	A,D
	ORA	E
	J
	DAD	D
	MOV	E,M
	INX	H
	MOV	D,M
	LXI	B,UNSTK2
	PUSH	B		;RETURN TO UNSTK2
	PUSH	D		;ROUTINE TO DO WORK
	LHLD	LABPTR
	DCX	H
	DCX	H
	SHLD	LABPTR
	LXI	B,LABSTK+1
	DAD	B
	MOV	D,M
	DCX	H
	MOV	E,M		;PICK UP FIRST OPERAND
	RET		;GO TO WORKING ROUH
	MOV	A,M
	ORA	E
	MOV	E,A
	RET
; 
XOROP:
	DCX	H
	MOV	A,M
	XRA	D
	MOV	D,A
	DCX	H
	MOV	A,M
	XRA	E
	MOV	E,A
	RET
; 
GETAP:
	LXI	H,IPOINT
	MOV	B,M
	INR	M
	MOV	L,B
	MOV	A,M
	CPI	15Q
	RNZ
	MVI	L,IPOINT
	MOV	M,B
	MVI	A,' '
	RET
; 
;',3,'*',3,'/',3
	DB	'SHL',3,'SHR',3
	DB	'MOD',3
	DB	'AND',3
	DB	'OR',3
	DB	'XOR'
	DB	4
UNOPR:
	DB	'-',3,'+',3,'NOT '
	DB	4
; 
BINADR:
	DW	BINADD
	DW	BINSUB
	DW	TIMES
	DW	DIVID
	DW	SHL
	DW	SHR
	DW	MOD
	DW	ANDOP
	DW	OROP
	DW	XOROP
UNADRLHLD	OPRPTR
	LXI	B,OPRSTK-1
	DAD	B
	MVI	A,'('
	CMP	D
	JZ	ONSTK2
STK2A:	LHLD	OPRPTR
	LXI	B,OPRSTK-1
	MOV	A,L
	DAD	B
	ORA	A
	JZ	ONSTK2
	MOV	A,M
	CPI	'('
	JZ	ONSTK2
	CMP	D
	JC	ONSTK2
	PUSH	D
	CALL	UNSTAK
	POP	D
	JMP	STK2A
ONSTK2: INX	H
	UNT=0, DO NOTHING
	XCHG
SHL1:
	DAD	H
	DCR	C
	JNZ	SHL1
	XCHG
	RET
; 
SHR:
	MOV	A,E
	ANI	15
	MOV	C,A
	DCX	H
	MOV	D,M
	DCX	H
	MOV	E,M
	INR	C
	DCR	C
	RZ		;IF SHIFT COUNT=0, DO NOTHING
SHR1:	MOV	A,D
	ORA	A
	RAR
	MOV	D,A
	MOV	A,E
	RAR
		GETBO1
; 
GETBOP:
	LXI	D,BINOPR
	MVI	C,0
GETBO1: LDA	IPOINT
	DCR	A
	STA	IPOINT
	STA	IPNTSV
GETB1:	LDAX	D
	CPI	4
	JZ	GOTBOP
	CPI	3
	JZ	GOTBOP
	CALL	GETCH
	LDAX	D
	CMP	M
	JNZ	NBOP
	INX	D
	JMP	GETB1
; 
NBOP:	INX	D
	LDAX	D
	CPI	4
	STC
TINE
; 
UNSTK2:
	MOV	M,E
	INX	H
	MOV	M,D
	MVI	A,-1
	ORA	A		;CLEAR ZERO AND CARRY FLAGS
	RET
; 
UNST2:
	POP	H
	POP	H
	MVI	C,'Z'
	JMP	FLAG
UNST1:	POP	H
GETERR: MVI	C,'E'
	JMP	FLAG
; 
GETUOP:
	LXI	D,UNOPR
	MVI	C,(UNADR-BINADR) SHR 1
	JMPETNB
GETSYM: CPI	'$'
	JZ	GETSYX
	CPI	'@'
	JM	GETSXX
	CPI	'Z'+1
	JP	GETSXX
GETSYX: LXI	H,SYMBOL
	MOV	M,A
	MVI	B,' '
	MVI	C,LABSIZ
	MVI	L,SYMBOL+1
	CALL	BLKSET
	MVI	C,SYMBOL
GETLOP: MOV	A,C
	CPI	SYMBOL+LABSIZ+1
	ACI	0
	MOV	C,A
	CALL	GETCH
GS
	LHLD	PTR		;GET PTR TO BEGINNING LOCATION FOR INSERTION
	JNZ	NOTFX		;JUMP IF NO NEED TO ADJUST PTR
	LXI	B,LABSIZ+4
	DAD	B		;BUMP PTR AHEAD ONE LABEL
NOTFX:	MOV	B,H		;SAVE IN BC
	MOV	C,L
	LHLD	LSTENT		;GET PTR TO NEXT EMPTY LOCATION
	XCHG
	LXI	H,LOW
	MOV	C,M		;GET LOW LIMIT
	INR	L
	MOV	B,M
	STC		;SET BORROW TO GET HIGH-LOW-1
	MOV	A,E
	SBB	C		;LSB OF HIGH-LOW-1
	MOV	L,A		;SAVE RESULT IN L
	MOV	A,D
	SBB	B		;MSB OF HIGH-LOW-1
	JC	NOTFND
	ORA	L		;.OR. LSB WITH MSB
	JZ	NOTFND
	MOV	A,C
	AAR
	CALL	GETCH
	CPI	'0'
	JC	GETNM4
	CPI	'9'+1
	JC	GETNM2		;GO CHECK NEXT CHAR
	CPI	'A'
	JC	GETNM4
	CPI	'F'+1
	JC	GETNM2		;DO MORE IF POSSIBLE HEX DIGIT
	CPI	'Z'+1
	JNC	GETNM4
	MOV	C,A
GETNM4: STA	SAVCAR
	MOV	A,C
	CPI	'Q'		;OCTAL?
	MVI	B,8

CHNGH:	LXI	D,LOW
	XRA	A
BIN$:	STA	SAV$OR		;SAVE VALUE OF CARRY FOR LATER USE
	MVI	C,2
	LXI	H,PLACE
	CALL	BLKTFR
	JMP	BINSRH
LFOUND:
	LDA	REFFLG
	ORA	A
	CNZ	SAVREF		;CALL REFERENCE TABLE ROUTINE
LFND:
	LHLD	PTR		;GET POINTER TO SYMBOL IN TABLE
I	10
	JZ	BADNUM
NUMERR:
	MVI	C,'E'
	CALL	FLAG
BADNUM: POP	H		;FORCE RETURN BACK 2 LEVELS
	MOV	C,A
	LDA	SAVCAR
	ORA	A
	JZ	GETCH		;CALL GETCH IF WE HAD A SUFFIX
	MOV	A,C
	RET
BMABE:	CPI	11
	JNZ	NUMERR
	MOV	A,B
	CPI	2
	JZ	BADNUM
	JMP	NUMERR
	CPI	'$'
	JZ	GETDLR
	CPI	':'
	JZ	CLNDEL
	CPI	'0'
	JM	GETERM
	CPI	'9'+1
	JM	GETDLR
	CPI	'@'
	JM	GETERM
	CPI	'Z'+1
	JP	GETERM
GETDLR: MOV	L,C
	MOV	M,A
	JMP	GETLOP
CLNDEL: MVI	A,' '
GETERM: MVI	L,SYMBOL+LABSIZ
	MOV	M,A
	RET
GETSXX: LXI	H,SYC,A
	MOV	A,B
	ORA	A		;CLEAR CARRY
	RAR
	MOV	D,A		;SAVE (LOW+HIGH)/2	(MSB) IN D
	MOV	M,A		;ALSO IN PLACE+1
	DCR	L
	MVI	A,0		;CLEAR A WITHOUT CLEARING CARRY
	RAR		;SHIFT CARRY INTO MS BIT
	ORA	E		;.OR. IN LS BYTE
	MOV	M,A		;SAVE IN PLACE
	MOV	H,B
DD	E
	MOV	C,A		;SAVE HIGH+LOW (LSB)
	MOV	A,B
	ADC	D
	MOV	B,A		;SAVE HIGH+LOW (MSB)
	MVI	L,PLACE+1		;HL -> AREA WHERE (LOW+HIGH)/2 IS SAVED
	MOV	A,C
	RAR		;(LOW+HIGH)/2 (LSB)
	MOV	E,A		;SAVE IN E
	RLC		;C GETS LOW+HIGH WITH LS BIT MASKED OFF
	MOV		JZ	SETRAD
	CPI	'O'		;OCTAL?
	JZ	SETRAD
	CPI	'H'		;HEX?
	MVI	B,16
	JZ	SETRAD
	CPI	'B'		;BINARY?
	MVI	B,2
	JZ	SETRAD
	CPI	'D'		;DECIMAL?
	MVI	B,10
	JZ	SETRAD
	LXI	H,IBASE
	MOV	B,M		;USE DEFAULT BASE
	JMP	GETNM5
SETRAD:
	XRA	A
	STA	SAVCAR
G
	INX	H
	MOV	A,M
	LXI	B,LABSIZ
	DAD	B		;CALC PTR TO LABEL VALUE
	MOV	E,M
	INX	H
	MOV	D,M
	ANI	200Q
	RET
NOENT:
	LXI	D,PRELAB-LDICT2
	JMP	NTFND5		;GO ENTER NEW SYMBOL IN TABLE
NOTFND:
	LDA	SAV$OR		;GET CARRY VALUE FROM COMPARE
	ORA	A		;SET FLA; 
; 
LOOKUP:
	LXI	H,SYMBOL
	LXI	D,LDICT2		;HL -> '$	'
	MVI	C,LABSIZ
	CALL	CMPSTR
	JZ	LFND
	LHLD	DICSIZ
	MOV	A,L
	ORA	H
	JZ	NOENT
	INX	H
	SHLD	HIGH
	LXI	H,0
	SHLD	LOW
BINSRH:
	LXI	H,HIGH
	MOV	E,M		;GET HIGH LIMIT
	INR	L
	MOV	D,M
	MVI	LMBOL+LABSIZ
	MOV	M,A
	MVI	B,' '
	MVI	C,LABSIZ
	MVI	L,SYMBOL
	CALL	BLKSET
	MOV	A,M
	RET
; 
GETNUM:
	MOV	B,A
	LDA	IPOINT
	DCR	A		;LEAVE INBUF PTR -> 1ST DIGIT
	STA	IPNTSV
	LXI	D,0		;INITIALIZE VALUE
	MOV	A,B
GETNM2: MOV	C,A		;SAVE PREVIOUS CH
	MOV	L,C
	DAD	H
	DAD	H		;CALC 4*(LOW+HIGH)
	DAD	B		;CALC 5*(LOW+HIGH)
	LXI	D,LDICT2
	DAD	D		;CALC ADDR IN TABLE
	XCHG
	LXI	H,SYMBOL
	MVI	C,LABSIZ		;BYTE CNT
	CALL	CMPSTR
	JZ	LFOUND
	JC	CHNGH
	LXI	D,HIGH
	MVI	A,1		;CARRY FLAG VALUE
	JMP	BIN$
	MOV	A,D
	ACI	0
	MOV	D,A
	JMP	GETNM6
; 
GETNM:
	CALL	GETCH
	CPI	'0'
	JC	BADNUM
	CPI	'9'+1
	JC	GODNUM
	CPI	'A'
	JC	BADNUM
	CPI	'F'+1
	JNC	BADNUM
	SUI	7
GODNUM: SUI	'0'
	LXI	H,RADIX
	MOV	B,M
	CMP	B
	RC
	CPI	13
	JNZ	BMABE
	MOV	A,B
	CPETNM5:
	LXI	H,RADIX
	MOV	M,B
	LDA	IPNTSV
	STA	IPOINT		;RESTORE INPUT BUF PTR
GETNM6: CALL	GETNM		;GET NEXT DIGIT
	PUSH	PSW		;TEMPORARY SAVE OF DIGIT VALUE
	LHLD	RADIX
	MOV	B,H
	MOV	C,L
	CALL	MULT
	POP	PSW		;PICK UP DIGIT VALUE
	ADD	E
	MOV	E,A
,LABSIZ+4
	DAD	D		;ALSO INCR LSTENT FOR NEXT TIME AROUND
	SHLD	LSTENT
	LXI	H,DICTE		;GET READY FOR COMPARE (LS BYTE STORED FIRST)^
	MOV	A,M		;GET LAST AVAILABLE LOCATION
	CMP	E
	JNZ	NTFND2		;JMP IF ROOM STILL LEFT IN TABLE
	INX	H
	MOV	A,M
	CMP	D
Q
	JZ	READ1
	CPI	201Q
	JNZ	READ99
RED2:	CALL	READCH
	JC	RED2
	CALL	BSP
	ORI	200Q
	RLC
	RET
READ1:	CALL	READCH
	MOV	D,A
	MOV	M,A
	INX	H
	CALL	READCH
	JNC	READ99
	MOV	E,A
	MOV	M,A
	INX	H
	MVI	B,4
READ2:	CALL	READCH
	JNC	READ3
	MOV	M,A
RFOVF: DB	'CROSS-REFERENCE OVERFLOW',15Q
XRFOF:	DS	0
; 
UDLMSG: DB	'UNDEFINED LABELS WERE:'
UDLMSE: DS	0
; 
URLMSG: DB	'LABELS NOT USED WERE:'
URLMSE: DB	0
FILERR: DB	11Q,0,13Q,11,'** FILE NOT FOUND **',15Q
; 
; 
	IF	NOT DISK	;ASSEMBLE IF TAPE VLXI	H,SYMBOL
	MVI	C,LABSIZ
	CALL	BLKTFR
	XCHG
	XRA	A
	MOV	M,A		;SET VALUE TO ZERO
	INX	H
	MOV	M,A
	INX	H
	MVI	M,1		;SET REF COUNT TO 1
	INX	H
	MOV	M,A
	DCX	H		;HL MUST BE RETURNED -> VALUE FIELD
	DCX	H
	RET
LFULL:
	XRA	A
	STC		;SET CARRY
	D,11
	CALL	DELAY
	MVI	A,6
	OUT	COUT
REW2:	IN	STATIN
	ANI	2
	JZ	REW2
	MVI	D,34
	CALL	DELAY
	MVI	A,10Q
	OUT	COUT
	RET
READR:	MVI	A,DEK1
	JMP	READ
READF:	MVI	A,DEK2
READ:	OUT	ADRS
	MVI	A,10Q
	OUT	COUT
	MVI	D,6
	MVI	E,51
	IN	STATIN
	ANI	2	H
	MOV	M,B
	MOV	A,D
	RLC
	MVI	A,100Q
	JC	STOLNR
	XRA	A
STOLNR: LXI	H,LINCNT
	MOV	E,M		;GET LS BYTE OF LINE NUM
	INR	L
	ORA	M
	MVI	L,DEFFLG
	ORA	M		;.OR. IN DEFINING REF BIT
	MVI	M,0		;RESET DEFFLG
	POP	H
	MOV	M,A
	DCX	H
	MOV	M,E
	RET
; 	JZ	LFULL		;JMP IF TABLE FULL
NTFND2: MOV	A,C
	SUB	E		;CALC # BYTES TO BE MOVED FOR INSERTION
	MOV	C,A		;(TWO'S COMPLEMENT OF # OF BYTES)
	MOV	A,B
	SBB	D
	MOV	B,A		;SAVE # BYTES IN BC
	ORA	C		;.OR. IN LS BYTE
	JZ	NTFND5		;JMP IF TABLE NEEDS NO ADJU
	RZ
	IN	STATIN
	RLC
	JNC	CH1
	IN	DATIN
	RET
DELAY:
	DCR	E
	JNZ	DELAY
	DCR	D
	JNZ	DELAY
	RET
REDWAT: IN	DATIN
RDW:	IN	STATIN
	RLC
	JNC	RDW
	RET
RECWAT: CALL	READCH
	JC	RECWAT
	IN	DATIN
	RET
BSP:
	MVI	A,10Q
	OUT	COUT
	PUSH	D
	MVI	E,ERSION *******************
;                                                                        *
TFRMSG: DB	11Q,0,13Q,11,'** FAILURE ON DECK 1 **',15Q
TFFMSG: DB	11Q,0,13Q,11,'** FAILURE ON DECK 2 **',15Q
; 
READCH: XRA	A
	MVI	C,170
CH1:	DCR	C
E/	STA	DFULLF
	RET
; 
; SUBROUTINE CMPSTR
;   COMPARES BLOCK POINTED TO BY HL WITH BLOCK POINTED TO BY DE.
;   C CONTAINS T+ BYTE CNT.  RETURNS WITH CARRY FLAG INDICATING
;   BORROWS.
; 
CMPSTR:
	XCHG
	DCX	H
	SHLD	PTR
	INX	H
	XCHG
CMPR1:
	MO
	MVI	A,1
	OUT	COUT
	JZ	NOLEAD		;JUMP IF NOT ON CLEAR LEADER
	MVI	D,120
RD1:	IN	STATIN
	ANI	2
	JNZ	RD1
NOLEAD:
	CALL	DELAY
	IN	DATIN
RED1:	IN	STATIN
	RLC
	JNC	RED1
	CALL	READCH
	MOV	B,A
	CALL	READCH
	XRI	377Q
	CMP	B
	JNZ	READ99
	CPI	303
PHEAD:	DB	'PAGE   '
PAGNR:	DB	'0      ASM 3.0'
	DB	'              '
HEDING: DS	81
; 
NULINE: DB	15Q
FORMFD: DB	14Q,15Q
; 
LCMSG:	DB	'    '
LCOUNT: DB	'0 LABELS LEFT',15Q
LCMSGE: DS	0
; 
DFMSG:	DB	'DICTIONARY OVERFLOW',15Q
DFMSGE: DS	0
; 
XSTING
	LXI	H,LABSIZ+4
	DAD	D		;CALC HL POINTER FOR TRANSFER
BAKTFR:
	LDAX	D
	MOV	M,A
	DCX	D
	DCX	H
	INR	C
	JNZ	BAKTFR
	INR	B
	JNZ	BAKTFR
	INX	D		;SET PTR TO INSERTION LOCATION
NTFND5: LHLD	DICSIZ
	INX	H		;INCREMENT TABLE SIZE
	SHLD	DICSIZ
	34
	MVI	D,11
	CALL	DELAY
	MVI	A,2
	OUT	COUT
	CALL	REDWAT
	CALL	RECWAT
	MVI	E,34
	MVI	D,11
	CALL	DELAY
	MVI	A,10Q
	OUT	COUT
	MVI	D,34
	MVI	E,0
	CALL	DELAY
	POP	D
	RET
REWIND:
	MVI	A,10Q
	OUT	COUT
	IN	STATIN
	ANI	2
	RNZ
	MVI	E,34
	MVIA	REFOVF		;GET REFERENCE TABLE OVERFLOW FLAG
	ORA	A
	RNZ		;RET IF OVERFLOWED
	LHLD	PTR
	LXI	B,LABSIZ+4
	DAD	B		;BUMP HL TO MSB OF REF TAB PTR
	MOV	D,M
	MOV	A,D
	ANI	177Q
	MOV	M,A
	MOV	B,A
	DCX	H
	MOV	C,M
	PUSH	B
	DCX	B
	DCX	B
	MOV	M,C
	INX	A,M
	ANI	7FH
	MOV	B,A
	LDAX	D
	ANI	7FH
	SUB	B
	RNZ
	INX	D
	INX	H
	DCR	C
	JNZ	CMPR1
	RET
ACREFS:
	LHLD	PTR
	LXI	B,LABSIZ+3
	DAD	B
	INR	M
	RNZ
	INX	H
	INR	M
	RET
; 
SAVREF:
	LDA	RCOUNT
	CPI	2
	RNC
	LDA	PASS
	ORA	A
	JZ	ACREFS
	LD	XRA	D
	MOV	D,A
	MOV	A,M
	XRA	E
	RRC
	MOV	E,A
	INR	L
	JNZ	RED20
	INR	H
RED20:	INR	B
	JMP	READ2
READ3:	MOV	A,D
	ORA	E
	JNZ	READ99
	PUSH	D
	MVI	E,34
	MVI	D,11
	CALL	DELAY
	POP	D
	MVI	A,10Q
	OUT	COUT
	RET
READ99: CALL	RECWAT
	CALL	BSP
303Q
	JZ	BWAIT1
	CPI	347Q
	JZ	BWAIT1
	CPI	201Q
	JNZ	BSTP
	MOV	A,L
	CMA
	CMP	H
	JNZ	BSTP
	CMP	B
	JM	ARGH
	JNZ	BWAIT1
BW5:	SUI	1
	JNZ	BW5
	JMP	SRCH3
BSTP:	MVI	A,1
	OUT	COUT
	CALL	REDWAT
	CALL	RECWAT
	XRA	A
BW1:	SUI	1
	JNZ	BW1
	MVI	A,10*************************
; 
	MVI	L,PTRADR
	MOV	M,B
; 
REQPRT: LXI	H,PRTREQ
	CALL	PROMPT
	CPI	'N'
	JZ	REQDSP
	CPI	'Y'
	JNZ	REQPRT
; 
	MVI	B,LOCPRT
	LXI	H,PTRADR
	MOV	M,B
; 
REQDSP: LXI	H,DSPREQ
	CALL	DSPLY$
	LXI	H,HEDING
	MVI	C,5
	CALL	DELAY
REWND2:
	MVI	A,DEK2
	OUT	ADRS
	CALL	REWIND
	MVI	A,1
	OUT	COUT
RW11:
	IN	STATIN
	ANI	2
	JNZ	RW11
	MVI	D,102
	CALL	DELAY
	CALL	REDWAT
	CALL	RECWAT
	MVI	D,7
	MVI	E,170
	CALL	DELAY
	MVI	A,10Q
	OUT	COUT
	RET		;	*
	ENDIF		;************	D,A
	CALL	READCH
	CMA
	CMP	D
	JNZ	FSTP1
	CPI	303Q
	JZ	FWAIT1
	CPI	347Q
	JZ	FWAIT1
	CPI	201Q
	JNZ	FSTP1
	CALL	READCH
	MOV	D,A
	CALL	READCH
	CMA
	CMP	D
	JNZ	FSTP1
	CALL	READCH
	JNC	WCHWAY
FSTP1:	CALL	BSP
	JMP	SRCH3
WCHWAY: MOV	A,D
	CMP:
	LXI	H,CRFREQ
	CALL	PROMPT
	CPI	'N'
	LXI	H,REFFLG
	MVI	M,0
	JZ	REQTAB
	CPI	'Y'
	JNZ	REQXRF
	MVI	M,1
REQTAB: LXI	H,TABREQ
	CALL	PROMPT
	CPI	'N'
	MVI	B,0		;NO DICTIONARY, NO PRINT VALUE
	JZ	REQTB
	CPI	'Y'
	JNZ	REQTAB
	MVI	B,1		;YES, DICTIO	MVI	A,200Q
	ADD	A
	RET
WRITER: MVI	A,DEK1
	JMP	WRITE
WRITEF: MVI	A,DEK2
WRITE:	OUT	ADRS
	MVI	D,26
	MVI	E,0
	IN	STATIN
	ANI	2
	JZ	WR1
	MVI	D,255
WR1:	MVI	A,50Q
	OUT	COUT
	MVI	A,41Q
	OUT	COUT
WR69:	IN	STATIN
	ANI	2
	JNZ	WR69
	CALL	DELAY
DET: LXI	H,LF
	CALL	DSPLY$
; 
	IF	NOT DISK	;ASSEMBLE IF TAPE VERSION *******************
	MVI	A,DEK2		;	*
	OUT	ADRS
	CALL	REWIND
	MVI	A,1
	OUT	COUT
ENDX1:	IN	STATIN
	ANI	2
	JNZ	ENDX1
	MVI	D,102
	CALL	DELAY
	CALL	REDWAT
	CALL	RECWAT
	MVI	D,2KEYIN$
	LXI	H,HEDING
	MOV	A,M
	CPI	'Y'
	MVI	B,1
	JZ	SDSWTC
	CPI	'N'
	MVI	B,0
	JNZ	REQDSP
SDSWTC: LXI	H,DSWTCH
	MOV	M,B
	LXI	H,PTRADR
	MOV	A,M
	ORA	A
	JZ	ENDDET
HEADRQ:
	LXI	H,HEDREQ
	CALL	DSPLY$
	LXI	H,HEDING
	MVI	C,79
	CALL	KEYIN$
END********************************
; 
; START OF LABEL TABLE
; 
LDICT2: DB	200Q+'$','     '
CURLC2: DW	IMPSA
	DW	0
	DB	80H+'C','8'+80H,'008 '
	DS	LABSIZ-6
	DW	0,0
	DB	80H+'C','8'+80H,'080 '
	DS	LABSIZ-6
	DW	-1,0
PRELAB:
; 
; INITIALIZE PROCESS	B
	JM	FWAIT1
	JZ	GOTIT
SRCH2:	MVI	A,2
	OUT	COUT
BWAIT1: IN	DATIN
BW2:	IN	STATIN
	RLC
	JC	BW4
	ANI	4
	JNZ	BW2
ARGH:	HLT
BW4:	IN	DATIN
BRED:	MOV	L,H
	MOV	H,E
	MOV	E,D
	MOV	D,A
	CALL	READCH
	JC	BRED
	MOV	A,E
	CMA
	CMP	D
	JNZ	BSTP
	CPI	NARY
REQTB:	LXI	H,TABFLG
	MOV	M,B
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
	LDA	PRNFCB		;GET PRINT FILE DRIVE #	*
	CPI	'X'-'A'+1
	JZ	DICTCL		;BRIF DISPLAY MODE REQUESTED
	JMP	HEADRQ		;GO GET HEADING	*
	ENDIF		;*******************
	MVI	A,61Q
	OUT	COUT
	JMP	WR3
WRITEW: IN	STATIN
	RRC
	JNC	WRITEW
WR3:	MOV	A,M
	OUT	DATOUT
	INR	L
	JNZ	WR5
	INR	H
WR5:	DCR	B
	JNZ	WRITEW
	MVI	A,41Q
	OUT	COUT
	MVI	D,34
	MVI	E,0
	CALL	DELAY
	MVI	A,40Q
	OUT	COUT
	MVI	D,34
	MVI	E,0
	JMP	
	MVI	E,68
	CALL	DELAY
	MVI	A,10Q
	OUT	COUT
	MVI	A,DEK1
	OUT	ADRS
	MVI	B,40Q
	CALL	REWIND
SRCH3:	MVI	A,1
	OUT	COUT
SRCH5:	IN	STATIN
	ANI	2
	JNZ	SRCH5
	MVI	D,102
	CALL	DELAY
	CALL	REDWAT
FWAIT1: CALL	RECWAT
	CALL	REDWAT
	CALL	READCH
	MOVDISK		;ASSEMBLE IF DISK VERSION *******************
	CALL	INITDISK		;SETUP DISK I/O	*	

	LDA	PRNFCB		;GET PRINT FILE DRIVE #
	CPI	'Z'-'A'+1
	JZ	DICTCL		;BRIF PRINT FILE NOT REQUESTED	*
	ENDIF		;********************************************
; 
REQXRFING
; 
PROMPT:
	CALL	DSPLY$
	LXI	H,HEDING
	MVI	C,7
	CALL	KEYIN$
	LXI	H,HEDING
	MOV	A,M
	RET
START:
	IF	DISK
	LHLD	6		;MEMORY LIMIT FROM CP/M
	DCX	H
	SHLD	REFEND
	ENDIF
	LXI	SP,STACK
	XRA	A
	STA	LFCNT
	LXI	H,ASMMSG
	CALL	DSPLY$
; 
	IF	Q
	OUT	COUT
	JMP	SRCH2
GOTIT:	MVI	A,10Q
	OUT	COUT		;	*
	ENDIF		;********************************************
	JMP	DICTCL
; 
; 
	IF	DISK		;ASSEMBLE IF DISK VERSION *******************
INITDISK:		;	*
	LXI	H,TFCB+1
	LXI	D,ASMFCB+1
	MVI	C,8
	CALLES
				AND CONTROL REMOTE COMPUTERS
				VIA MODEM
6.9	3K	PONG.ASM	VDM PONG GAME. THIS FILE IS
				FAULTY AND WILL BE RE-RELEASED ASAP
6.10	1K	PREFMT.BAS	MAILLIST MODULE
6.11	3K	PURGE.ASM	DISKETTE DIRECTORY PURGE
6.12	1K	QUICKIE.BAS	MAILLIST MODULE
A,8
	CALL	WRITEC
	MVI	A,' '
	CALL	WRITEC
	MVI	A,8
	CALL	WRITEC
	DCX	H
	RET
; 
KEYEND:
	CALL	WRITEC
	MVI	A,10
	CALL	WRITEC
	XRA	A
	STA	CURPOS
	RET
; 
ASMMSG: DB	11Q,0,13Q,11,23Q,23Q,'8080 ASSEMBLER 3.0',15Q
TABREQ: DB	11Q,0,13Q,11,23Q,'DIC		;CHECK FOR LIST OPTION
	JNZ	INITD2		;BRIF NOT LIST
	LXI	H,DSWTCH
	MVI	M,1		;TURN ON DISPLAY
	JMP	INITD4
INITD2: CPI	'Z'		;CHECK FOR LIST AND PRINT INHIBITED
	JZ	INITD4		;BRIF NOT PRINT MODE
	LXI	H,PTRADR
	MVI	M,LOCPRT		;TURN ON PRINTER
INITD4: S	MAILLIST.DOC	DOCUMENTAION ON CACHE MAILLIST
				PROGRAMS
		RANDY.DOC	COMMENTS ON XREFASM.ASM
6.1	6K	BLOAD.ASM	TARBELL TAPE MITS 3.1 BASIC CSAVE TO
				ASCII
6.2	34K	CCOS1.ASM	CACHE CASETTE OPERATING SYSTEM
6.3	2K	CKSUM.ASM	CHECKSUMS CP/M FILES
6.4		B
	ENDIF
	ANI	177Q
	CPI	10Q
	JZ	KEYBSP
	CPI	CANKEY
	JZ	KEYDEL
	IF	NOT DISK
	CPI	'A'
	JC	KEYSTR
	CPI	'Z'+1
	JC	KEYINV
	ENDIF
	CPI	'a'
	JC	KEYSTR
	CPI	'z'+1
	JNC	KEYSTR
KEYINV: XRI	40Q
KEYSTR: MOV	M,A
	CPI	15Q
	JZ	KEYEND
	MOV	A,D
	CPI		BLKTFR		;TRANSFER FILE NAME 
	LXI	H,TFCB+1
	LXI	D,HEXFCB+1
	MVI	C,8
	CALL	BLKTFR
	LXI	H,TFCB+1
	LXI	D,PRNFCB+1
	MVI	C,8
	CALL	BLKTFR
	LXI	H,TFCB+9
	MOV	A,M		;GET SOURCE FILE DRIVE #
	CPI	' '
	JZ	INITD6		;BRIF DEFAULT VALUE
	SUI	'A'-1		;CALC D5Q
	END	START
SPREQ: DB	11Q,0,13Q,11,23Q,'DISPLAY THE OUTPUT? ',3
HEDREQ: DB	11Q,0,13Q,11,23Q,'ENTER THE HEADING:',15Q
LF:	DB	11Q,0,13Q,11,1TIONARY LISTING? ',3
CRFREQ: DB	11Q,0,13Q,11,23Q,'CROSS-REF LISTING? ',3
PRTREQ: DB	11Q,0,13Q,11,23Q,'PRINT THE OUTPUT? ',3
DSPREQ: DB	11Q,0,13Q,11,23Q,'DISPLAY THE OUTPUT? ',3
HEDREQ: DB	11Q,0,13Q,11,23Q,'ENTER THE HEADING:',15Q
LF:	DB	11Q,0,13Q,11,1UI	'A'-1	
	STA	PRNFCB		;STORE PRINT DRIVE #
INITD6: LXI	H,ASMPKT
	CALL	OPEN		;TRY TO OPEN SOURCE FILE
	CPI	255	
	JZ	OPENER		;BRIF FILE NOT FOUND
	LXI	H,HEXPKT
	LDA	HEXFCB		;GET HEX DRIVE #
	CPI	'Z'-'A'+1
	CNZ	MAKE		;CREATE HEX FILE, IF REQUESTED
5K	COMPARE.ASM	COMPARES TWO CP/M FILES
6.5	15K	CUTTER.ASM	SEEMS TO BE VDM TO CASETTE PROGRAM,
				BUT DOCUMENTATION STILL AWAITED
6.6	3K	IDUMP.ASM	INTERPRETED FILE DUMP
6.7	9K	MAINT.BAS	MAILLIST MODULE
6.8	13K	MODEM.ASM	PROGRAM TO SEND AND RECEIVE FIL80
	JNC	KEYINL
	DCR	B
	JZ	KEYINL
	IF	NOT DISK
	MOV	A,M
	CALL	WRITEC
	ENDIF
	INR	D
	INX	H
	JMP	KEYINL
; 
KEYBSP: CALL	KEYBSR
	JMP	KEYINL
; 
KEYDEL: CALL	KEYBSR
	JNZ	KEYDEL
	JMP	KEYINL
; 
KEYBSR: MOV	A,B
	CMP	C
	RZ
	INR	B
	DCR	D
	MVI	RIVE #
	STA	ASMFCB		;STORE DRIVE #
	INX	H
	MOV	A,M		;GET HEX FILE DRIVE #
	CPI	' '
	JZ	INITD6		;BRIF DEFAULT VALUE
	SUI	'A'-1
	STA	HEXFCB		;STORE DRIVE #
	INX	H
	MOV	A,M		;GET PRINT FILE DRIVE #
	CPI	' '
	JZ	INITD6		;BRIF DEFAULT VALUE
	CPI	'X'VOLUME 6

CHICAGO AREA COMPUTER HOBBIEST EXCHANGE SOFTWARE

NUMBER	SIZE	NAME		COMMENTS

		CATALOG.6	CONTENTS OF CP/M VOLUME 6
		EDVDM.DOC	ED.COM PATCH TO CHANGE LINES OF
				P COOMAND. SEE EXPLAIN.DOC
		EXPLAIN.DOC	COMMENTS ON CERTAIN  PROGRAMS
	****************************************
; 
; 
KEYIN$
	MOV	B,C
KEYINL:
	IF	NOT DISK
	IN	17		;GET KEYBOARD STATUS
	ANI	2
	JZ	KEYINL
	IN	16		;GET THE CHARACTER
	ENDIF
	IF	DISK
	PUSH	B
	PUSH	D
	PUSH	H
	MVI	C,1
	CALL	BDOS
	POP	H
	POP	D
	POP	LXI	H,PRNPKT
	LDA	PRNFCB		;GET PRINT DRIVE #
	CPI	'X'-'A'+1
	RZ		;RETIF LIST MODE
	CPI	'Z'-'A'+1
	CNZ	MAKE		;CREATE PRINT FILE, IF REQUESTED
	RET
OPENER:
	LXI	H,FILERR
	CALL	DSPLY$		;FILE NOT FOUND
	JMP	BOOT		;RE-BOOT THE SYSTEM	*
	ENDIF		;****6.13	8K	REPORT.BAS	MAILLIST MODULE
6.14	6K	SIZE.ASM	GIVES SIZE OF CP/M FILE
6.15	5K	SLOAD.ASM	LOADER MODULE OF CCOS1
6.16	7K	SORT.ASM	MAILLIST MODULE
6.17	4K	TISQ.ASM	TIMES SQUARE (NEWSCASTER) LETTERS
				TO VDM
6.18	5K	TLOAD.ASM	TARBELL LOADER FOR TE BRIEFLY:
		MODEM S XXXXX.YYY	SEND A FILE
		MODEM R XXXXX.YYY	RECEIVE A FILE
		MODEM T			OPERATE AS A TERMINAL
		MODEM C			OPERATE AS A COMPUTER

	(WITHIN THE CONTEXT OF THIS PROGRAM, A 'TERMINAL'
	IS A 'DUMB' DEVICE WHICH TAKES CHARACTERS  FROM TH	CACHE, THE CHICAGO AREA COMPUTER HOBBYISTS EXCHANGE.
	CCOS - CACHE CASSETTE OPERATING SYSTEM

CKSUM.ASM - CHECKSUMS ANY CP/M FILE PRINTING A CHECKSUM
	BYTE FOR EACH 256 BYTES.  SOMEWHAT OBSOLETED BY
	COMPARE.ASM FOR COMPARING 2 FILES, BUT USEFUL
	WHееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееXAMPLE).

IDUMP.ASM - INTERPRETED FILE DUMP.
	FORMAT: IDUMP XXXXX.YYY

MAILLIST.DOC - DOCUMENTATION ON COMPUTER CLUB 
		MAILING LIST PROGRAMS:
	MAINT.BAS
	REPORT.BAS
	PREFMT.BAS
	SORT.ASM

MAINT.BAS - SEE MAILLIST.DOC FILE FOR DETAILS

MODEM.ееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееSAVED FILES
6.19	2K	TMAP.ASM	MAP OF TAPE WITH TSAVED FILES
6.20	5K	TSAVE.ASM	CP/M FILE TO TARBELL TAPE WITH
				CHECKSUM
6.21	58K	XREFASM.ASM	CP/M COMPATIBLE ASSEMBLER PRODUCES
				XREF TABLES.  (CP/M ASSEMBLER WILL
				NOT ASSMBLE THIS WITHOUT EXTEN BYTE OF DIFFERENCE IS FOUND.
	STOPS AT FIRST UNEQUAL COMPARE.  NOTE THAT WHEN PIPPING
	A COM FILE, PIP PUTS A 1AH AT THE LAST BYTE OF 
	THE FILE, THEREFORE COMPARE WILL FIND THIS DIFFERENCE
	AS BYTE DISPLACEMENT 80H IN THE LAST SECTOR.
	FORMAT:  COMPEN 2 DIFFERENT PEOPLE WONDER IF THEY HAVE THE
	SAME VERSION OF A FILE - THEY BOTH RUN
	CKSUM AGAINST THEIR COPIES, THEN COMPARE RESULTS.
	FORMAT: CKSUM XXXXXX.YYY

COMPARE.ASM - COMPARES 2 CP/M FILES.  PRINTS SECTOR AND BYTE
	DISPLACEMENT WHERE FIRSTFROM WARD CHRISTENSEN:
HERE IS HOW TO MODIFY THE CPM ED.COM PAGE (P) COMMAND
FOR OTHER THAN 24 LINE DISPLAYS.

FOR EXAMPLE, IF YOU HAVE A VDM, YOU WOULD LIKE 15 LINES, NOT
23, TO BE SHOWN.

DDT ED.COM
DDT VERSION 1.3
NEXT   PC
1500  0100
-LC95 CASM - PROGRAM TO SEND AND RECEIVE PROGRAMS VIA MODEMS.
	USES FULL HANDSHAKING AND CHECKSUMING, 10 ERROR
	RETRIES, ETC.  ALSO INCLUDES CODE FOR SIMPLE KEYBOARD
	TO KEYBOARD COMMUNICATIONS.  SEE COMMENTS IN MODEM.ASM
	FOR OPERATING DETAILS.  HERE THEY ARBRIEF DOCUMENTATION OF FILES ON THIS DISK

BLOAD.ASM - READS A TARBELL TAPE OF MITS 8K 3.1 BASIC PROGRAMS
	AND TURNS IT INTO A SOURCE FILE.
	FORMAT: BLOAD XXXXXXXXX.YYY  (SUPPLY YOUR OWN NAME)

CCOS1.ASM - TARBELL/VDM CASSETTE OPERATING SYSTEM FROM
SIVE
				MODS TO RE-LABEL WHERE RESERVED
				WORDS WERE USED, AND VERY LARGE
				NUMBER OF 8-BIT IMMEDIATE OPERATIONS
				WITH 16 BIT EXPRESSIONS.)
ARE XXXXX.YYY   AAAAA.BBB
	FULL DISK SPECIFICATIONS ALLOWED, SUCH AS:
		COMPARE A:TEST.ASM B:TEST.ASM

CUTTER.ASM  - SEE RANDY.DOC FOR DETAILS

EDVDM.DOC - SHOW HOW TO MODIFY THE ED COMMAND P SUBCOMMAND
	TO DISPLAY 15 LINES, NOT 23 (FOR A VDM, FOR Eееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее96
0C95 MVI M,17
0C97
-AC95
0C95 MVI M,F
0C97 
-^C
A>SAVE 20 EDP.COM

THAT'S ALL THERE IS TO IT.
IF YOU HAVE A VDM, YOU WOULD LIKE 15 LINES, NOT
23, TO BE SHOWN.

DDT ED.COM
DDT VERSION 1.3
NEXT   PC
1500  0100
-LC95 CE
	KEYBOARD, AND SENDS THEM DOWN  THE LINE, AND WHEN
	IT RECIEVES A CHARACTER FROM THE LINE, OUTPUTS IT
	TO THE DISPLAY (OR TTY OR WHATEVER YOU HAVE).  A
	COMPUTER IS A SMARTER DEVICE IN THAT IT ECHOS EVERY
	CHARACTER IT RECEIVES.  IN SENDING, IT JUSTways have to
be read.  Also, random writing would have to read
modify, and write sectors because of the sector overlap.
 
 
For speed of access during maintenance, the file is
written using a randomizing or hashing technique on the
person's name.  T
THESE PROGRAMS ARE BEING PROVIDED THROUGH THE COURTESY OF THE
AUTHOR FOR THE SOLE USE OF HOBBYIST COMPUTER CLUBS IN
MAINTAINING THEIR MAILING LISTS.
------------------------------------------------------
 
The needs of a computer club in maintaining OF AS A
	SKELETAL PROGRAM WHICH YOU ALWAYS EDIT AND
	CHANGE BEFORE USING.

RANDY.DOC - DOCUMENTATION ON XREFASM, CCOS, ETC.

REPORT.BAS - SEE 'MAILLIST.DOC' FOR DETAILS

SIZE.ASM - PRINTS SIZE OF A CP/M FILE IN 'K'
	BY BOB VAN VALZAH

SLOAD.ASM-----------------------------------
As currently implemented, the file consists of 512, 128
byte (1 sector) records.  It was originally thought that
1 sector records would be required because of the sort
program written in assembler.  However, the sortееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееееее READS
	THE KEYBOARD AND SENDS WHAT IT READ).  FOR TWO
	PEOPLE TO TALK TO EACH OTHER, ONE MUST TYPE MODEM C
	- THE OTHER MUST TYPE MODEM T

PONG.ASM - VDM PONG GAME, KEYBOARD AGAINST COMPUTER.
	BY BOB VAN VALZAH

PURGE.ASM - PURGE INVALID DIRECTORYe file (by
	 last name, zip, etc.) for report purposes.
     4)  A program to print:
         Alphabetic master listings
         Mailing labels (usually in Zip sequence)
         Name tags for meeting use.
 
The programs on this disk fulfill these  a mailing
list consist of the following requirements:
 
     1)  A file of names with sufficient information
	 about each member.
     2)  A maintenance program to add, change, and delete
	 records.
     3)  A sort program to change the order of th - WHEN YOU SAVE A PROGRAM USING CCOS, SLOAD IS USED
	TO LOAD IT AS AN ASM FILE UNDER CP/M
	FORMAT: SLOAD XXXXXX.ASM

SORT.ASM - SEE 'MAILLIST.DOC' FOR DETAILS

TISQ.ASM - TIMES SQUARE DEMO (BIG CHARS) FOR THE VDM.
	BY BOB VAN VALZAH

TLOAD.ASM -  program
was eventually written to be independent of file length.
Note that 128 is still a very good value, because of
the efficiency of BASIC/E only having to
read 1 sector per record.  If the record length was
say, 150 bytes, then 2 sectors would alFILENAME: MAILLIST.DOC, 09/17/77 by Ward Christensen
------------------------------------------------------------
DOCUMENTATION FILE FOR THE COMPUTER CLUB
MAILING LIST PROGRAMS WRITTEN IN BASIC-E.
------------------------------------------------------- ENTRIES AUTOMATICALLY.
	SUGGEST CAREFUL USE AND TESTING ON SCRATCH DISK.

QUICKIE.BAS - USED WITH MAILING LIST SYSTEM WHEN YOU
	NEED A 'QUICKIE' PROGRAM TO READ THE FILE,
	LOOK AT AND/OR CHANGE SOMETHING, AND WRITE
	THE RECORDS BACK.  MAY BE THOUGHTneeds.
 
     1)  PREFMT.BAS preformats the required size file
     2)  MAINT.BAS maintains the mailing list
     3)  SORT.ASM sorts the file, producing an index file
     4)  REPORT.BAS prints listings labels and name tags.
-------------------------UM.
	FORMAT: TSAVE XXXXXX.YYY
	  OR	TSAVE XXXXXX.YYY ?   TO READ/VERIFY
				AFTER SAVING.

XREFASM.ASM - CROSS REFERENCE ASSEMBLER.  SEE RANDY.DOC
	FOR DETAILS.