supermon64/supermon64 docs.seq

        Ó Õ Ð Å Ò Í Ï Î  +  64

ÉN THE FOLLOWING DISCUSSION, KEYBOARD
INPUT IN DESIGNATED BY BRACKETS.

      <THIS IS WHAT YOU TYPE>


ÓÕÐÅÒÍÏÎ+ IS A NEW VERSION OF
'ÓÕÐÅÒÍÏÎ'  THE REASON FOR THE NEW
VERSION IS TO PROVIDE IDENTICAL
COMMANDS TO THOSE OF THE BUILT-IN
MONITOR OF THE COMMODORE 128.


ÔHE MOST VISIBLE CHANGES FROM EARLIER
VERSIONS OF ÓÕÐÅÒÍÏÎ ARE:

  --DECIMAL OR BINARY INPUT ALLOWED;
  --DISK STATUS AND COMMANDS (@);
  --LOOSER (EASIER) SYNTAX.


ÎÕÍÂÅÒ ÃÏÎÖÅÒÓÉÏÎ 

<$2000>
      $2000
      +8192
      &20000
      %10000000000000

     ÉN THE ABOVE EXAMPLE THE USER
     HAS ASKED FOR THE NUMERIC
     EQUIVALENTS TO HEXADECIMAL 2000.
     ÔHE REPLY SHOWS THE VALUE IN HEX
     ($), IN DECIMAL (+), IN OCTAL (&)
     AND IN BINARY (%).

     ÔHE USER COULD ASK FOR A NUMBER
     TO BE CONVERTED FROM ANY OF THESE
     BASES BY GIVING THE APPROPRIATE
     PREFIX.


          ÉÍÐÏÒÔÁÎÔ ÎÏÔÅ -- 
   ÁT ANY TIME IN THE FOLLOWING TEXT,
   YOU MAY ENTER ANY NUMBER IN ANY
   BASE AND CONVERSION WILL BE DONE
   FOR YOU.

ÅXAMPLE:

<M +4096>
     ×ILL CAUSE A MEMORY DISPLAY FROM
     DECIMAL ADDRESS 4096. ÉN THE
     DISPLAY, THE HEX ADDRESS ($1000)
     WILL BE SHOWN. ÓIMILARLY,

<+2048 LDA#%10000000>
     ×ILL BE CONVERTED TO ASSEMBLE:
      "A $0400 LDA #$80"

     ÉF YOU DON'T GIVE A PREFIX, THE
     MONITOR WILL ASSUME HEXADECIMAL.


ÒÅÇÉÓÔÅÒ ÄÉÓÐÌÁÙ

<R>

   PC  SR AC XR YR SP
; 0000 01 02 03 04 05

     ÄISPLAYS THE REGISTER VALUES
     SAVED WHEN ÓÕÐÅÒÍÏÎ+ WAS ENTERED.
     ÖALUES MAY BE CHANGED BY TYPING
     OVER THE DISPLAY FOLLOWED BY A
     RETURN CHARACTER.

       PC - PROGRAM COUNTER
       SR - STATUS REGISTER
       AC, XR, YR - A, X, AND Y
                    REGISTERS
       SP - STACK POINTER


<M 200 209>

>0200 4D 20 32 30 30 20 32 30: M 200 20
>0208 39 00 00 04 00 04 00 04: 9.......

     ÄISPLAY MEMORY FROM 0200 HEX TO
     0209 HEX. ÄISPLAY IS IN LINES OF
     8, SO ADDRESSES $200 TO $20F ARE
     SHOWN. ÉF ONLY ONE ADDRESS IS
     USED THEN 12 LINES (96 LOCATIONS)
     WILL BE SHOWN. ÉF NO ADDRESS IS
     GIVEN DISPLAY WILL GO FROM THE
     LAST ADDRESS. ÅQUIVALENT ÁÓÃÉÉ
     CHARACTERS ARE SHOWN IN REVERSE
     AT THE RIGHT. ÖALUES ARE CHANGED
     BY TYPING OVER THE DISPLAY
     FOLLOWED BY A RETURN CHARACTER.


ÅØÉÔ ÔÏ ÂÁÓÉÃ

<X>
     ÒETURN TO ÂÁÓÉÃ ÒÅÁÄÙ MODE. ×HEN
     YOU WISH TO RETURN TO ÓÕÐÅÒÍÏÎ+,
     COMMAND "ÓÙÓ 8".


ÓÉÍÐÌÅ ÁÓÓÅÍÂÌÅÒ

<A 2000 LDA #+18>

     (CHANGES  TO:)
     A 2000 A9 12    LDA #$12
     A 2002  ..NEXT INSTRUCTION

     ÉN THE ABOVE EXAMPLE THE USER
     STARTED ASSEMBLY AT 2000 HEX. ÔHE
     FIRST INSTRUCTION WAS LOAD A
     REGISTER WITH IMMEDIATE 18
     DECIMAL. ÉN FOLLOWING LINES THE
     USER NEED NOT TYPE THE "A" AND
     ADDRESS. ÔHE SIMPLE ASSEMBLER
     PROMPTS WITH THE NEXT ADDRESS. ÔO
     EXIT THE ASSEMBLER TYPE A RETURN
     AFTER THE THE ADDRESS PROMPT.

     ÐREVIOUS LINES MAY BE CHANGED BY
     TYPING OVER THE RIGHT HAND PART.

<D 2000 2004> 

     . 2000 A9 12    LDA #$12
     . 2002 9D 00 80 STA $8000,X

     ÄISASSEMBLES INSTRUCTIONS FROM
     2000 TO 2004 HEX. ÉF ONE ADDRESS
     IS GIVEN, 20 BYTES WILL BE
     DISASSEMBLED. ÉF NO ADDRESS, 
     START FROM THE LAST USED ADDRESS.

     ÃODE MAY BE REASSEMBLED BY MOVING
     THE CURSOR BACK AND TYPING OVER
     THE RIGHT HAND PART.


ÆÉÌÌ ÍÅÍÏÒÙ

<F 1000 1100 FF>
     FILLS THE MEMORY FROM 1000 HEX TO
     1100 HEX WITH THE BYTE FF HEX.

ÇÏ (ÒÕÎ)

<G 1000>
     ÇO TO ADDRESS 1000 HEX AND BEGIN
     RUNNING CODE. ÉF NO ADDRESS IS
     GIVEN, THE ADDRESS FROM THE <PC>
     REGISTER IS USED.

ÊÕÍÐ (ÓÕÂÒÏÕÔÉÎÅ)

<J 1000>
     ÃALL ADDRESS 1000 HEX AND BEGIN
     RUNNING CODE. ÒETURN TO THE
     MONITOR.

ÈÕÎÔ ÍÅÍÏÒÙ 

<H C000 D000 'READ>
     ÈUNT THRU MEMORY FROM C000 HEX TO
     D000 HEX FOR THE ASCII STRING
     "READ" AND PRINT THE ADDRESS
     WHERE IT IS FOUND. Á MAXIMUM OF
     32 CHARACTERS MAY BE USED.
<H C000 D000 20 D2 FF>
     ÈUNT MEMORY FROM C000 HEX TO D000
     HEX FOR THE SEQUENCE OF BYTES
     20 D2 FF AND PRINT THE ADDRESS. Á
     MAXIMUM OF 32 BYTES MAY BE USED.

ÆÉÌÅ ÈÁÎÄÌÉÎÇ

ÌÏÁÄ 

<L> 
     ÌOAD ANY PROGRAM FROM CASSETTE #1.

<L "RAM TEST">
     ÌOAD FROM CASSETTE #1 THE PROGRAM
     NAMED "RAM TEST".

<L "RAM TEST",08> 
     ÌOAD FROM DISK (DEVICE 8) THE
     PROGRAM NAMED  "RAM TEST". ÔHIS
     COMMAND LEAVES BASIC POINTERS
     UNCHANGED.

ÓÁÖÅ

<S "PROGRAM NAME",01,0800,0C80>
     ÓAVE TO CASSETTE #1 MEMORY FROM
     0800 HEX UP TO BUT NOT INCLUDING
     0C80 HEX AND NAME IT
     "PROGRAM NAME".

<S "0:PROGRAM NAME",08,1200,1F50>
     ÓAVE TO DISK DRIVE #0 MEMORY FROM
     1200 HEX UP TO BUT NOT INCLUDING
     1F50 HEX AND NAME IT
     "PROGRAM NAME".

ÔÒÁÎÓÆÅÒ ÍÅÍÏÒÙ 

<T 1000 1100 5000>
     ÔRANSFER MEMORY IN THE RANGE 1000
     HEX TO 1100 HEX AND START STORING
     IT AT ADDRESS 5000 HEX.

ÃÏÍÐÁÒÅ ÍÅÍÏÒÙ

<C 1000 1100 5000>
     ÃOMPARE MEMORY IN THE RANGE 1000
     HEX TO 1100 HEX WITH MEMORY
     STARTING AT ADDRESS 5000 HEX.

ÄÉÓË ÏÐÅÒÁÔÉÏÎÓ

ÃÈÅÃË ÄÉÓË

<@> 
     ÇET DISK STATUS MESSAGE

<@9> 
     ÇET DISK UNIT 9 STATUS MESSAGE

<@,$0> 
     ÇET DRIVE 0 DIRECTORY

<@,S0:TEMP> 
     ÓCRATCH FILE 'TEMP' FROM DISK


ÏÕÔÐÕÔ ÔÏ ÐÒÉÎÔÅÒ
     ÃALL ÓÕÐÅÒÍÏÎ+ FROM BASIC WITH:
  <OPEN 4,4:CMD 4:SYS 8> 
     ÁLL COMMANDS WILL GO THE PRINTER.
     ×HEN COMPLETE, RETURN TO BASIC
     WITH "X" AND COMMAND:
  <PRINT#4:CLOSE 4> 


               ÓÕÍÍÁÒÙ

     $ , + , & , %  NUMBER CONVERSION
     G  GO (RUN)
     J  JUMP  (SUBROUTINE)
     L  LOAD FROM TAPE OR DISK
     M  MEMORY DISPLAY
     R  REGISTER DISPLAY
     S  SAVE TO TAPE OR DISK
     X  EXIT TO BASIC
     A  SIMPLE ASSEMBLER
     D  DISASSEMBLER
     F  FILL MEMORY
     H  HUNT MEMORY
     T  TRANSFER MEMORY
     C  COMPARE MEMORY
     @  DISK STATUS/COMMAND



ÓUPERMON WILL LOAD ITSELF INTO THE TOP
OF MEMORY...WHEREVER THAT HAPPENS TO
BE ON YOUR MACHINE. ÂE SURE TO NOTE
THE ÓÙÓ COMMAND WHICH LINKS ÓÕÐÅÒÍÏÎ
TO THE ÃOMMODORE. ÉT MAY BE USED TO
RECONNECT THE MONITOR IF IT IS
ACCIDENTALLY DISCONNECTED BY USE OF 
THE RUN-STOP/RESTORE KEYS.