; TITLE 'MEX overlay for the NCR DMV using the K801 adapter'
; Comment out above line if assembling with asm.com
; MXO-DM20.ASM - NCR DecisionMate V overlay file for MEX1.14. 02/10/87
;
; You will want to look this file over carefully. There are a number of
; options that you can use to configure the program to suit your taste.
;
; This file adapts the NCR DMV to Mex1.14. It assumes that you have the
; K801 (switchable) adapter, with the ifsel set to 1A (as recommended by
; NCR for the communication port). If you are using a different ifsel,
; change the value of the PORT equate.
;
; MEX NOTES: Several of the data locations below (from 0103h to
; 0194h are not referenced by MEX, and are retained only for MDM740
; compatability. These locations are marked with an "*1".
;
; Edit this file for your preferences. Pay particular attention to
; the DFLTBD, DFLTPR, DFLTPA, AFLTPA, DFLTDT, AFLTDT, DFLTST, AFLTST,
; NOTASC, and FNBUF
;
; Use the "SET" command to change the baudrate when desired. It starts
; out at the value specified by DFLTBD when the program is first called up.
; If DFLTBD is changed, DFLTPR must also be changed (get the value from
; the table of baud rate parameters). You may also use the set command to
; change the parity, data bits, and stop bits. Similarly, DFLTPA and AFLTPA
; (for parity), DFLTST and AFLTST (for stop bits), and DFLTDT and AFLTDT
; (for data bits) must be changed for your preferences. Most likely the
; settings you want will be NONE, 'N', STOP1, '1', DATA8, and '8'
; respectively.
;
; You may also use the "SET" command to temporarily change the definition
; of the DMV's function keys. Any redefinition will remain until a cold
; boot is performed or the key is redefined. The maximum length for any
; function key string is defined by FNBUF, although the total may not
; exceed 236 characters. The strings follow Mex conventions (i.e. between
; double quotes, Control characters entered as, for instance, ^M),
; additionally, a '^' may be entered by typing '^~'. Note that a '\' is
; entered as just that, not as '\\'.
;
; Finally, you may use the SET DUMP command to view memory. The format is
; "SET DUMP xxxxx yyyyy", where xxxxx is the start address, and yyyyy is
; the end address of the memory to display. The two numbers are entered
; in either hex or decimal, depending on the current values of the hex and
; dec STAT switches.
;
; = = = = = = = = = = = = = = = = = =
;
; 06/06/87 - Added SET commands for data bits, stop bits, and parity,
; and added second parameter to dump command. Version 2.0
; - Brent B. Powers
;
; 02/20/87 - Fixed a bug with setting a function key to a zero
; length string ("") - Brent B. Powers
;
; 02/10/87 - Adapted from MXO-OS14 and M7NC-1 - Brent B. Powers
; written by, respectively, Bob Schultz and Robert Flagg
;
; = = = = = = = = = = = = = = = = = =
;
BELL EQU 07H ; Bell
CR EQU 0DH ; Carriage return
ESC EQU 1BH ; Escape
LF EQU 0AH ; Linefeed
TAB EQU 09H ; Tab
TPA EQU 0100H ; Standard start of TPA
DIM EQU ')' ; Highlighting off
UNDIM EQU '(' ; Highlighting on
CLS EQU 01AH ; Clear Screen
PRINV EQU 'G' ; Prefix for invert/uninvert
INVERT EQU '4' ; Invert on
UNINV EQU '0' ; Invert off
;
NOTASC EQU '.' ; Char. to print for unprintable ascii codes
FNBUF EQU 020h ; Maximum length of a function key string
;
VERSN EQU 20
;
YES EQU 0FFH
NO EQU 0
;
DFLTBD EQU 05 ; Default Baud rate: use 0 for 110 baud,
; 1 for 300, 5 for 1200, 6 for 2400,
; 8 for 9600, and 9 for 19200.
DFLTPR EQU 00F7H ; Default rate parameter for the IO chip.
; use F4h for 110 baud, F5h for 300,
; F7h for 1200, FBh for 2400, FCh for 9600,
; and FEh for 19200
;
; DATA BITS EQUATES
DATA8 EQU 0CH
DATA7 EQU 08H
DATA6 EQU 04H
DATA5 EQU 00H
;
; fill this in with your default data bits
DFLTDT EQU DATA8
; fill this in with the ascii representation '5', '6', '7', or '8'
AFLTDT EQU '8'
;
;
; PARITY EQUATES
NONE EQU 000H
ODD EQU 010H
EVEN EQU 030H
;
; fill this in with your default parity
DFLTPA EQU NONE
; fill this in with the ascii representation 'N', 'E', or 'O'
AFLTPA EQU 'N'
;
;
; STOP BITS EQUATES
STOP1 EQU 040H
STOP2 EQU 0C0H
;
; fill this in with your default stop bits
DFLTST EQU STOP1
; fill this in with the ascii representation '1' or '2'
AFLTST EQU '1'
;
;
DFLTPM EQU DFLTST+DFLTDT+DFLTPA+1
;
PORT EQU 070H ; NCR modem base
MODDAT EQU PORT ; Data port
MODSTAT EQU PORT+1 ; Status port
MODMODE EQU PORT+2 ; Mode port
MODCMD EQU PORT+3 ; Command port
WRITE EQU 4 ; Offset to the above for write ops
;
RCVB EQU 02H ; Modem receive bit
RCVR EQU 02H ; Modem receive ready
SNDB EQU 01H ; Modem send bit
SNDR EQU 01H ; Modem send ready bit
;
; MEX service processor stuff
;
MEX EQU 0D00H ; Address of Mex service processor
INMDM EQU 255 ; Get char from port to A, CY=no more in 100 ms
TIMER EQU 254 ; Delay 100ms * reg B
TMDINP EQU 253 ; B=# secs to wait for char, cy=no char
CHEKCC EQU 252 ; Check for ^C from KBD, Z=present
SNDRDY EQU 251 ; Test for modem-send ready
RCVRDY EQU 250 ; Test for modem-receive ready
SNDCHR EQU 249 ; Send a character to the modem (after sndrdy)
RCVCHR EQU 248 ; Recv a char from modem (after rcvrdy)
LOOKUP EQU 247 ; Table search: see CMDTBL comments for info
PARSFN EQU 246 ; Parse filename from input stream
BDPARS EQU 245 ; Parse baud-rate from input stream
SBLANK EQU 244 ; Scan input stream to next non-blank
EVALA EQU 243 ; Evaluate numeric from input stream
LKAHED EQU 242 ; Get nxt char w/o removing from input
GNC EQU 241 ; Get char from input, cy=1 if none
ILP EQU 240 ; Inline print
DECOUT EQU 239 ; Decimal output
PRBAUD EQU 238 ; Print baud rate
PRINT EQU 09 ; As BDOS 9
CONOUT EQU 02 ; As BDOS 2
;
;
ORG 100H
;
DS 3 ; (for "JMP START" instruction)
;
PMMI: DB NO ; Yes=PMMI S-100 Modem, *1 103H
SMART: DB YES ; Yes=HAYES Smartmodem, no=non-PMMI, *1 104H
TOUCH: DB 'T' ; T=Touch, P=Pulse (Smartmodem-only), *1 105H
CLOCK: DB 40 ; Clock speed in MHz x10, 25.5 MHz max. 106H
; 20=2 MHh, 37=3.68 MHz, 40=4 MHz, etc.
MSPEED: DB DFLTBD ; Change the DFLTBD equate above rather 107H
; than this byte
BYTDLY: DB 3 ; 0=0 delay 1=10ms 5=50 ms - 9=90 ms 108H
; Default time to send character in ter-
; Minal mode file transfer for slow BBS.
CRDLY: DB 5 ; 0=0 delay 1=100 ms 5=500 ms - 9=900 ms 109H
; Default time for extra wait after CRLF
; In terminal mode file transfer
NOCOL: DB 5 ; Number of DIR columns shown 10AH
SETTST: DB YES ; Yes=user-added Setup routine 10BH
SCRTST: DB YES ; Cursor control routine 10CH
DB 0 ; This was once NAK/ACK, not used, *1 10DH
BAKFL: DB NO ; Yes=change any file same name to .BAK 10EH
CRCDFT: DB YES ; Yes=default to CRC checking 10FH
TOGCRC: DB YES ; Yes=allow toggling of CRC to Checksum 110H
CONVBS: DB NO ; Yes=convert rub to backspace 111H
TOGBS: DB YES ; Yes=allow toggling of rub to bksp 112H
ADDLF: DB NO ; No=no LF after CR to send file in 113H
; Terminal mode (added by remote echo)
TOGLF: DB YES ; Yes=allow toggling of LF after CR 114H
TRNLOG: DB YES ; Yes=allow transmission of logon 115H
; Write logon sequence at location LOGON
SAVCCP: DB YES ; Yes=do not overwrite CCP 116H
LOCNXT: DB NO ; Yes=local command if EXTCHR precedes 117H
; No=external command if EXTCHR precedes
TOGLOC: DB YES ; Yes=allow toggling of LOCONEXTCHR 118H
LSTTST: DB YES ; No=using modem on printer port 119H
XOFTST: DB NO ; Yes=checks for XOFF from remote while 11AH
; Sending a file in terminal mode
XONWT: DB NO ; Yes=wait for XON after CR while 11BH
; Sending a file in terminal mode
TOGXOF: DB YES ; Yes=allow toggling of XOFF checking 11CH
FILTER: DB YES ; Yes=CTL-chars above ^M not displayed 11DH
EXTRA1: DB 0 ; For future expansion, *1 11EH
EXTRA2: DB 0 ; For future expansion, *1 11FH
BRKCHR: DB '@'-40H ; ^@ = Send 50 ms. break tone 120H
NOCONT: DB 'N'-40H ; ^N = Disconnect from phone line 121H
LOGCHR: DB 'L'-40H ; ^L = Send logon 122H
LSTCHR: DB 'P'-40H ; ^P = Toggle printer 123H
UNSAVE: DB 'R'-40H ; ^R = Close input text buffer 124H
TRANCHR:DB 'T'-40H ; ^T = Transmit file to remote 125H
SAVECHR:DB 'Y'-40H ; ^Y = Open input text buffer 126H
EXTCHR: DB ']'-40H ; ^] = Send next character 127H
;
;
DS 2 ; PMMI specific, *1 128H
;
INCTL1: IN MODSTAT ; In modem control port 12AH
RET
DS 7
OUTDAT: OUT MODDAT+WRITE ; Out modem data port 134H
RET
DS 7
INDAT: IN MODDAT ; In modem data port 13EH
RET
DS 7
MSKRCV: ANI RCVB ; Bit to test for receive ready
RET
TSTRCV: CPI RCVR ; Value of receive bit when ready
RET
MSKSND: ANI SNDB ; Bit to test for send ready
RET
TSTSND: CPI SNDR ; Value of send bit when ready
RET
DS 12
;
LOGON: DS 2 ; For user message, *1 160H
DS 3 ; 162H
DISCV: DS 3 ; Use Mex's routine 165H
GDBYEV: JMP GDBYE ; 168H
MINITV: JMP INITMOD ; Go to user written routine 16BH
NEWBDV: JMP SETBD ; Sets baud rate associated with#16EH
RET ; (by-passes PMMI routine), *1 171H
NOP
NOP
RET ; (by-passes PMMI routine), *1 174H
NOP
NOP
SETUPV: JMP SETUPR ; 177H
DS 3 ; Old call to special menu, *1 17AH
VRMSGV: JMP SYSVER ; 17DH
BRKV: JMP SENDBRK ; 180H
;
; Do not change the following six lines. None should be used, and are
; retained for overlay compatibility. Rumor says they're gone in MexPlus.
ILPRTV: DS 3 ; Use Mex Fn 240 183H
INBUFV: DS 3 ; Use Mex Fn 10 186H
ILCMPV: DS 3 ; Use Table lookup Fn 247 189H
INMDMV: DS 3 ; Use Mex Fn 255 18CH
DS 3 ; Once NextScnv, not supported, *1
; 18FH
TIMERV: DS 3 ; Use Mex Fn 254 192H
;
; Clear sequences -- CLREOS is clear to end of screen, CLRSCR is clear
; entire screen. Must use 9 bytes each, (pad with NOPs if necessary),
; and SCRTST must be yes
;
CLREOS: LXI D, CLEOS
MVI C, PRINT
CALL MEX
RET
;
CLRSCR: MVI C, PRINT
LXI D, CLSC
JMP MEX
;
; End of fixed format area
;
CLSC: DB CLS, '$'
CLEOS: DB ESC, 'Y$'
;
SYSVER: CALL ILPRT
DB 'NCR Decision Mate V overlay ',ESC,DIM
DB 'V',VERSN/10+'0','.',VERSN MOD 10+'0'
DB ' for the K801 adapter',ESC,UNDIM
DB ' by Brent B. Powers.',CR,LF,0
RET
;
; NOTE: You can change the SYSVER message to be longer or shorter. The
; end of your last routine should terminate by 0B00H if using the
; Hayes Smartmodem or by address 0D00H otherwise.
;=======================================================================
;
; This routine allows a 300 ms. break tone to be sent to reset some
; time-share computers.
;
SENDBRK:MVI A, 1DH ; SEND BREAK TONE
JMP GDBYE1
;
; This routine sends a 300 ms. break tone and sets DTR low for the same
; length of time to disconnect some modems such as the Bell 212A, etc.
;
GDBYE: MVI A, 05H ; SEND BREAK, TURN OFF DTR
;
GDBYE1: OUT MODCMD+WRITE ; TAKE COMMAND REGISTER OUT
IN MODCMD
IN MODCMD ; WAIT TO CLEAR
MVI B, 3 ; WAIT 300 MS.
MVI C, TIMER
CALL MEX
MVI A, 37H ; NORMAL SEND/RECEIVE WITH DTR LOW
OUT MODCMD+WRITE ; SEND TO COMMAND REGISTER
IN MODCMD
IN MODCMD ; WAIT TO SET
XRA A ; CLEAR AND LEAVE
RET
;
;
; Set up the 2651 ports
INITMOD:MVI A, DFLTBD ; DEFAULT TRANSFER TIME TO 300 BAUD
STA MSPEED
XRA A ; SET RTS, FLAGS, DTR, DISABLE R/T
OUT MODCMD+WRITE ; PUT COMMAND REGISTER OUT OF MODE
IN MODCMD ; MAKE SURE IT IS NOW CLEAR
IN MODCMD ; TRY ONCE MORE
INITPM: MVI A, DFLTPM ; N81
OUT MODMODE+WRITE ; SEND TO MODE REGISTER 1
;
INITMOD1:
MVI A, DFLTPR ; START WITH DEFAULT BAUD, INTERNAL 5.0 CLOCK
; AND DEFAULT SERIAL PORT PARAMETERS
OUT MODMODE+WRITE ; SEND TO MODE REGISTER 2
MVI A, 37H ; RESET RTS, FLAGS, DTR LOW, ENABLE R/T
OUT MODCMD+WRITE ; SEND TO COMMAND REGISTER
IN MODCMD ; CLEAR ANY INCOMING CHARS.
IN MODCMD ; TRY ONCE MORE
XRA A ; CLEAR THE 'A' REG.
RET
;
SETUPR: MVI C, SBLANK ; ANY ARGUMENTS?
CALL MEX
JC TELL ; NO, GO DISPLAY OPTIONS
LXI D, CMDTBL ; YES
MVI C, LOOKUP
CALL MEX ; PARSE ARGUMENT
PUSH H ; SAVE ANY PARSED ARGUMENT ADRS ON STACK
RNC ; IF WE HAVE ONE, RETURN TO IT
POP H ; OOPS, INPUT NOT FOUND IN TABLE
SETERR: CALL ILPRT ; TELL USER INPUT NOT VALID
DB CLS,CR,LF,LF,'++ Invalid SET command ++',CR,LF,0
JMP TELL1
;
CMDTBL: DB 'BAU','D'+80H ; Set Baud rate
DW STBAUD
DB 'PARIT','Y'+80H ; Set Parity
DW SETPAR
DB 'BIT','S'+80H ; Set Data Bits
DW SETBIT
DB 'STO','P'+80H ; Set Stop Bits
DW SETSTP
DB 'KE','Y'+80H ; Set function key
DW SETKEY
DB 'DUM','P'+80H ; Peek at memory
DW DUMP
DB '?'+80H ; Help
DW TELL
DB 0
;
TELL: CALL ILPRT
DB CLS,LF,LF,LF,0
TELL1: CALL ILPRT
DB CR,LF,LF,ESC,DIM,'Options are :',LF
DB CR,LF,LF,TAB,ESC,UNDIM,'SET BAUD XXXX',ESC,DIM
DB TAB,TAB,'sets the baud rate to xxxx (110 to 19200).'
DB CR,LF,LF,TAB,ESC,UNDIM,'SET PARITY X ',ESC,DIM
DB TAB,TAB,'sets the parity to X (N, E, or O).'
DB CR,LF,LF,TAB,ESC,UNDIM,'SET BITS X ',ESC,DIM
DB TAB,TAB,'sets Data Bits to X (5 to 8).'
DB CR,LF,LF,TAB,ESC,UNDIM,'SET STOP X ',ESC,DIM
DB TAB,TAB,'sets stop bits to x (1 or 2).'
DB CR,LF,LF,TAB,ESC,UNDIM,'SET KEY n "string"',ESC,DIM
DB TAB, 'sets function key n (1 to 20) to "string".'
DB CR,LF,LF,TAB,ESC,UNDIM,'SET DUMP xxxx yyyy',ESC,DIM
DB TAB, 'dumps memory from xxxx to yyyy (0 to 0FFFFh)'
DB CR,LF,LF,TAB,ESC,UNDIM,'SET ?',ESC,DIM
DB TAB,TAB,TAB,'prints this help screen'
DB ESC,UNDIM,ESC,'=',54,32,0 ; GoToXY 22,0
RET
;
; Set baud to that specified
STBAUD: MVI C, BDPARS
CALL MEX ; ASK FOR BAUD RATE CODE
JC SHOWBD
CALL SETBD
JC SETERR ; BAD CODE
; ELSE FALL INTO SHOWBD
;
SHOWBD: CALL ILPRT ; PRINT CURRENT BAUD RATE
DB LF,ESC,UNDIM,CR,LF,'Baud ',ESC,DIM,'Rate is now: ',ESC,UNDIM
DB TAB,TAB,TAB,ESC,PRINV,INVERT,0
LDA MSPEED
MVI C, PRBAUD
CALL MEX
CALL ILPRT
DB ESC,PRINV,UNINV,CR
DB LF,ESC,UNDIM,CR,LF,'Parameters ',ESC,DIM,'are now: ',ESC,UNDIM
DB TAB,TAB,TAB,ESC,PRINV,INVERT
DATA DB AFLTDT
PARITY DB AFLTPA
STOPS DB AFLTST
DB ESC,PRINV,UNINV,CR,LF,LF,0
RET
;
; TABLE OF BAUDRATE PARAMETERS FOR 2661 I/O
BD110 EQU 00F4H ; FOR 110, 0
BD300 EQU 00F5H ; FOR 300,
BD1200 EQU 00F7H
BD2400 EQU 00FBH
BD9600 EQU 00FCH
BD1920 EQU 00FEH
;
BAUDTB: DB BD110, BD300, 0, 0, 0
DB BD1200, BD2400, 0
DB BD9600, BD1920
;
SETBD: CPI 10 ; LEGIT CODE (i.e. <10?)
JNC PBX ; CONTINUE IF SO
MOV E, A ; BAUD CODE SAVED IN E
MVI D, 0
LXI H, BAUDTB
DAD D ; HL NOW POINTS AT APPROPRIATE ENTRY
MOV A, M ; GET IT
ORA A ; ZERO? (means unsupported)
JZ PBX ; BLOW IF SO
STA INITMOD1+1 ; SET PARAMETER
MOV A, E
STA INITMOD+1 ; SET BAUD RATE
CALL INITMOD ; GO DO IT
;
PBX: STC ; ERROR, SET THE CARRY
RET
;
SETPRM: LDA INITPM+1 ; SET UP SERIAL PORT PARAMETERS
ANA C ; CLEAR OLD VALUE
ORA B ; SET NEW VALUE
STA INITPM+1 ; STORE IT
CALL INITMOD ; GO DO IT
JMP SHOWBD ; AND TELL 'EM ABOUT IT.
;
SETPAR: MVI C,GNC ; GET THE NEXT CHARACTER FROM STREAM
CALL MEX
JC SETERR
CPI ' '
JZ SETPAR
CPI 9 ; TAB
JZ SETPAR
MVI D, 'N'
LXI B, 000CFH ; ASSUME NO PARITY
CPI 'N'
JZ PARSET
CPI 'n'
JZ PARSET
MVI D, 'E'
MVI B, 030H ; NOT NO PARITY, MAYBE EVEN
CPI 'E'
JZ PARSET
CPI 'e'
JZ PARSET
MVI D, 'O'
MVI B, 010H ; NOT EVEN, LAST TRY ON ODD
CPI 'O'
JZ PARSET
CPI 'o'
JNZ SETERR ; STRUCK OUT
PARSET: MOV A,D
STA PARITY
JMP SETPRM
;
SETBIT: MVI C, EVALA ; CHANGE DATA BITS, START BY GETTING NUMBER
CALL MEX
MOV A, L
CPI 5
JC SETERR
CPI 9
JNC SETERR
ADI '0'
STA DATA
SUI '5' ; ADJUST TO 0-3
ANI 3
RLC
RLC ; ADJUST TO 0,4,8,C
MOV B, A ; A IS OR VALUE
MVI C, 0F3H ; C IS CLEAR VALUE
JMP SETPRM ; AND DO IT.
;
SETSTP: MVI C, EVALA ; CHANGE STOP BITS, GET NUMBER FIRST
CALL MEX
MOV A, L
LXI B, 0403FH ; ASSUME 1 STOP BIT
CPI 1
JC SETERR
JZ STPSET
CPI 3
JNC SETERR
MVI B, 0C0H
STPSET: ADI '0'
STA STOPS
JMP SETPRM
;
KEYBUF: DS FNBUF ; BUFFER FOR FUNCTION KEY STRINGS
FNSTRT: DB ESC,'F'
FNNUM: DB 0 ; SELF MODIFYING
DB '$'
;
SETKEY: MVI C, EVALA
CALL MEX ; GET THE FUNCTIO
N KEY NUMBER
MOV A, L ; INTO A
CPI 21 ; LEGAL?
JNC SETERR ; NO.
CPI 1 ; BIG ENOUGH?
JC SETERR ; NO.
ADI 0DFh ; 1 ==> E0, 20 ==> F3
STA FNNUM ; SAVE IT
SKLD: CALL GNCD
JNZ SKLD
MVI B, 0 ; ZERO THE COUNTER
LXI H, KEYBUF ; POINT HL TO BEGINNING OF BUFFER
;
LKLD: CALL GNCD
JZ DOKEY
CPI '^' ; CARAT?
CZ GETCTL ; YES, GO GET A CONTROL CHARACTER
MOV M, A ; STORE IT
INX H
INR B
MOV A, B
CPI FNBUF+1
JC LKLD
JP SETERR
;
GETCTL: CALL GNCD ; GET A CONTROL CHARACTER BY GETTING NEXT CHAR
SUI 40H ; AND MAKING IT A CONTROL CHARACTER
CPI '>' ; IS IT A '~' ('~'-40H='>')
RNZ ; NO, RETURN
MVI A, '^' ; YES, STUFF IN A '^'
RET
;
DOKEY: PUSH B ; SAVE THE LENGTH
LXI D, FNSTRT
MVI C, PRINT
CALL MEX
POP B
MOV A, B
ORA A
JZ DKEY
LXI H, KEYBUF
DKLP: MOV A, M ; GET THE CHARACTER
CALL TYPE ; SEND IT TO THE TERMINAL
INX H
DCR B
JNZ DKLP
DKEY: LXI D, FNNUM
MVI C, PRINT
JMP MEX
;
GNCD: PUSH H
PUSH B
MVI C, GNC ; ASK MEX FOR NEXT CHAR
CALL MEX
POP B
POP H
JC GNER ; RUN TO ERROR IF CARRY
CPI '"' ; TERMINATOR?
RET ; RETURN WITH ZFLAG SET
;
GNER: POP H ; KILL RETURN ADDRESS
JMP SETERR ; INFORM USER OF HIS ERROR
;
;
DUMP: MVI C, EVALA ; GET OFFSET
CALL MEX
MOV A,L
ANI 0F0H ; 11110000
PUSH H
MVI C, EVALA
CALL MEX
MOV B, H
MOV C, L ; ENDING ADDRESS IN BC
POP H
CALL CPHLBC
JC SETERR
LLP: PUSH B
PUSH H
PUSH H
CALL PADD ; AND PRINT IT
POP H
PUSH H
MVI B, 16 ; DO 16 BYTES
HXLP: MOV A, M ; LOAD NEXT BYTE
CALL HEX ; PRINT IT
MVI A, ' '
CALL TYPE
INX H ; POINT TO NEXT BYTE
DCR B ; DONE?
JNZ HXLP ; LOOP IF NOT
;
CALL ILPRT ; SET UP TO PRINT ASCII
DB ' "',0
POP H ; POINT TO START AGAIN
MVI B, 16
;
ASCLP: MOV A, M ; GET NEXT BYTE
CPI 20H
JC CTLCHR
CPI 80H ; THE DMV CAN PRINT A DELETE
JNC HIASC
CALL TYPE
JMP NEXASC
CTLCHR: CALL ILPRT
DB ESC,DIM,NOTASC,ESC,UNDIM,0
JMP NEXASC
HIASC: ANI 07FH ; STRIP THE HIGH BIT
CPI 20H ; LEGAL NOW?
JNC HIPRT
MVI A,NOTASC ; NO, PRINT THE PERIOD
HIPRT: STA HIP
CALL ILPRT
DB ESC,PRINV,INVERT
HIP: DB 0 ; WILL BE REPLACED
DB ESC,PRINV,UNINV,0
NEXASC: INX H
DCR B
JNZ ASCLP
CALL ILPRT
DB '"',0
;
POP H
POP B
LXI D, 16
DAD D
CALL CPHLBC
JC LLP
CALL ILPRT
DB CR,LF,LF,0
RET
;
PADD: CALL ILPRT ; PRINT A CRLF, AND THEN THE ADDRESS IN HL
DB CR,LF,ESC,PRINV,INVERT,0
MOV A,H
PUSH H
CALL HEX
POP H
MOV A,L
CALL HEX
CALL ILPRT
DB ESC,PRINV,UNINV,': ',0
RET
;
; compare hl with bc, return c-flag if hl<bc
CPHLBC: MOV A, H
CMP B
RC
MOV A, L
CMP C
RET
;
; Print the hex byte in A
HEX: MOV D,A ; Save A
RRC
RRC
RRC
RRC ; Switch nybbles
CALL PNYB ; Print high nybble
MOV A, D ; Get it back, and fall into PNYB
;
PNYB: ANI 0FH ; Kill high nybble
ADI 90H ; This is out of the Osborne Mex overlay,
DAA ; which author gives credit to Kelly Smith,
ACI 40H ; who must be a very sick, albeit fast and
DAA ; efficient, person
JMP TYPE ; and print it(?)
;
ILPRT: MVI C, ILP
JMP MEX ; INLINE PRINT CALL
;
TYPE: PUSH H
PUSH D
PUSH B
MOV E, A
MVI C, CONOUT
CALL MEX
POP B
POP D
POP H
RET
;
; (END OF INITMOD AND SET ROUTINES)
;=======================================================================
;
; NOTE: MUST TERMINATE PRIOR TO 0B00H (with Smartmodem)
; 0D00H (without Smartmodem).
;
END
