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Update Module block and associated header variables

This commit is contained in:
Curtis F Kaylor 2020-10-15 22:58:12 -04:00
parent 1797d376db
commit 3773129162
30 changed files with 609 additions and 296 deletions
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16
include/appl2std.a02
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@ -6,24 +6,20 @@ ESCKEY EQU $1B ;Escape/Stop Key (Escape)
RTNKEY EQU $0D ;Return/Enter Key (Return)
;Zero Page Variables (*=System Variable)
DSTLO EQU $06 ;Destination String/Array Pointer
DSTHI EQU $07
BLKLO EQU $08 ;Block Segment Pointer (block.a02)
BLKHI EQU $09
DSTPTR EQU $06 ;Destination String/Array Pointer
BLKPTR EQU $08 ;Block Segment Pointer (block.a02)
PTRLO EQU $1D ;System Pointer (pointer.a02)
PTRHI EQU $1E
RANDOM EQU $1F ;Random Number
INVFLG EQU $32 ;*Inverse Flag: $3F=Blinking, $7F=Inverse, $FF=Normal
RDSEED EQU $4E ;O/S Random Number Low Byte
; EQU $4F ;O/S Random Number High Byte
SRCLO EQU $71 ;Source String/Array Pointer
SRCHI EQU $72
SRCPTR EQU $71 ;Source String/Array Pointer
; $E3 ;Unused
BLKSLO EQU $EB ;Block Start Address
BLKSHI EQU $EC
BLKELO EQU $ED ;Block End Address
BLKEHI EQU $EE
BLKBGN EQU $EB ;Block Start Address
BLKEND EQU $ED ;Block End Address
BLKLEN EQU $EF ;Block Segment Length
BFRPTR EQU $FA ;Work Buffer Pointer
BFRLO EQU $FA ;Work Buffer Pointer
BFRHI EQU $FB
TEMP0 EQU $FC ;Temporary Storage

10
include/appl2std.h02
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@ -3,16 +3,12 @@
/* Monitor Variables */
/* Standard Library Variables */
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
zeropage int srcptr, dstptr, bfrptr, blkptr;
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
char ptrlo,ptrhi; //System Pointer
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char temp0, temp1, temp2, temp3; //Temporary Variables
//System Variables

13
include/apple1.a02
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@ -20,15 +20,10 @@ RTNKEY EQU $0D ;Return/Enter Key (Carriage Return)
;Standard Library Variables
SRCPTR EQU $30 ;Source String Pointer (stdio.a02)
SRCLO EQU $30 ;Source String Pointer (stdio.a02)
SRCHI EQU $31
DSTPTR EQU $32 ;Destination String Pointer (string.a02)
DSTLO EQU $32 ;Destination String Pointer (string.a02)
DSTHI EQU $33
BFRLO EQU $34 ;Work Buffer Pointer
BFRHI EQU $35
BLKLO EQU $36 ;Block Segment Pointer (block.a02)
BLKHI EQU $37
BLKPTR EQU $36 ;Block Segment Pointer (block.a02)
STKLO EQU $38 ;System Pointer (pointer.a02)
STKHI EQU $39
@ -41,10 +36,8 @@ TEMP2 EQU $42
TEMP3 EQU $43
BLKLEN EQU $47 ;Block Segment Length
BLKSLO EQU $48 ;Block Start Address
BLKSHI EQU $49
BLKELO EQU $4A ;Block End Address
BLKEHI EQU $4B
BLKBGN EQU $48 ;Block Start Address
BLKEND EQU $4A ;Block End Address
STKSLO EQU $4C ;Stack Start Address
STKSHI EQU $4D
STKELO EQU $4E ;Stack End Address

9
include/apple1.h02
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@ -7,14 +7,11 @@
#define SYSBFL 128 //System Buffer Length
/* Standard Library Variables */
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
zeropage int srcptr, dstptr, bfrptr, blkptr;
char stklo,skthi; //System Pointer
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stack End Address

13
include/apple2.a02
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@ -9,10 +9,7 @@ RTNKEY EQU $0D ;Return/Enter Key (Return)
;Zero Page Variables (*=System Variable)
DSTPTR EQU $06 ;Destination Pointer [Unused]
DSTLO EQU $06
DSTHI EQU $07
BLKLO EQU $08 ;Block Segment Pointer [Unused]
BLKHI EQU $09
BLKPTR EQU $08 ;Block Segment Pointer [Unused]
SYSBFP EQU $1D ;Stack Pointer [Unused]
; $1E ;Unused
STKLO EQU $2E ;Stack Pointer [Tape Read Work Area]
@ -20,13 +17,9 @@ STKHI EQU $2F
RANDOM EQU $1F ;Random Number
.INVFLG EQU $32 ;*Inverse Flag: $3F=Blinking, $7F=Inverse, $FF=Normal
SRCPTR EQU $71 ;Source Pointer [Temporary Register]
SRCLO EQU $71
SRCHI EQU $72
RDSEED EQU $E3 ;Random Seed
BLKSLO EQU $EB ;Block Start Address [Unused]
BLKSHI EQU $EC
BLKELO EQU $ED ;Block End Address [Unused]
BLKEHI EQU $EE
BLKBGN EQU $EB ;Block Start Address [Unused]
BLKEND EQU $ED ;Block End Address [Unused]
BLKLEN EQU $EF ;Block Segment Length [Unused]
BFRLO EQU $FA ;Work Buffer Pointer [Unused]
BFRHI EQU $FB

9
include/apple2.h02
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@ -7,16 +7,13 @@
#define SYSBFL 255 //System Buffer Length
/* Standard Library Pointers */
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
zeropage int srcptr, dstptr, bfrptr, blkptr;
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
char stklo,stkhi; //System Pointer
/* Standard Library Variables */
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random, rdseed; //Pseudo-Random Number Generation

113
include/bbc.a02 Normal file
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@ -0,0 +1,113 @@
; C02 Program Initialization Code for BBC Micro
;System Specific ASCII Key Mappings
DELKEY EQU $7F ;Delete/Backspace Key ($08=Backspace, $7F=Delete)
ESCKEY EQU $1B ;Escape/Stop Key ($03=Ctrl-C, $1B=Escape)
RTNKEY EQU $0D ;Return/Enter Key ($0D=Carriage Return)
NULKEY EQU $00 ;No Key was Pressed ($00=Null)
;Zero Page Locations
SRCPTR EQU $70 ;Source Pointer
DSTPTR EQU $72 ;Destination String Pointer (string.asm)
BFRLO EQU $74 ;Buffer Pointer LSB [Temporary String Pointer]
BFRHI EQU $75 ;Buffer Pointer MSB [Temporary String Pointer]
BLKPTR EQU $76 ;Block Pointer
STKLO EQU $78 ;Stack Pointer
STKHI EQU $79 ; Unused by OS
TEMP0 EQU $80 ;Temporary Storage
TEMP1 EQU $81
TEMP2 EQU $82
TEMP3 EQU $83
BLKBGN EQU $84 ;Block Start Address
BLKEND EQU $86 ;Block End Address
STKSLO EQU $88 ;Stack Start Address
STKSHI EQU $89
STKELO EQU $8A ;Stack End Address
STKEHI EQU $8B
; EQU $8C ;Unused
; EQU $8D ;Unused
; EQU $8E ;Unused
RANDOM EQU $8F ;Pseudo-RANDOM Number Storage
RDSEED EQU $0296 ;System Clock Low Byte
ORG $1900 ;Program Start Address
START: JMP MAIN ;Execute Program
;Exit Program and Return to Operating System or Monitor
EXIT: JMP ($FFFC) ;Execute Warm Start
;Poll Character from Keyboard
PLKEY: LDA #$81 ;Set Command to Read Key
LDY #0 ;Set Time Limit to 0
LDX #0
JSR #FFF4 ;Call OSBYTE
TYA ;Check Status Code
BNE GETCHE ;If Error, Check for Escape
TXA ;Else Return Character
RTS
;Read Character from Console
GETKEY; ;Usually Drops into RDKEY, but may need to call RDKEY
; then clean/convert returned value (e.g. Apple-1)
;Wait for Character from Keyboard
GETCHR: JSR $FFE0 ;Call System Routine OSRDCH
BCC GETCHX ;If Error
GETCHE: CMP #$1B ;
BNE GETCHZ ; If Escape Pressed
LDA #$7E ; Acknowledge It
JSR $FFF4 ; with OSBYTE Call
LDA #$1B ; and Return ESC
BNE GETCHX ; Else
GETCHZ: LDA #0 ; Return 0
GETCHX: RTS
;Delete Previous Character
DELCHR: LDA #$7F ;Print DEL Character
JMP PUTCHR
;Advance Cursor to Next line
NEWLIN EQU $FFE7 ;Aliased to System Routine OSNEWL
;Print Character to Screen
PUTCHR: EQU $FFE3 ;Aliased to OSASCI System Routine
;Clear the Screen
CLRSCR: LDA #$0C ;Print FF Character
JMP PUTCHR
;Move Cursor to Specified Coordinates
SETPOS: TAX ;Save Column in X
LDA #$1F ;Issue Move Cursor Command
JSR PUTCHR
TXA ;Send X Coordinate
JSR PUTCHR
TYA ;Send Y Coordinate
JMP PUTCHR
;Get Cursor Position
GETPOS: LDA $0318 ;Load Text Cursor X Coordinate
LDY #0319 ;Load Text Cursor Y Coordinate
RTS
;Get Screen Size
GETSIZ: LDA $030A ;Get Right Side of Text Window
SEC
SBC $0308 ;Subtract Left Side of Text Window
TAX ;Copy to X Register
INX ;and Add 1
LDA $0309 ;Get Bottom of Text Window
SEC
SBC $030B ;Subtract Top of Text Window
TAY ;Copy to Y Register
INY ;and Add 1
TXA ;Copy Width to Accumulator
RTS ;Return Screen Width in A, Height in Y
INCLUDE "../include/prbyte.a02" ;PRBYTE and PRHEX routine
INCLUDE "../include/putstr.a02" ;PUTSTR routine

49
include/bbc.h02 Normal file
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@ -0,0 +1,49 @@
/* BBC Micro Header File for C02 Standard Library */
/* This header contains standardized Constants, *
* Variables, and Function Calls tailored to a *
* a specific platform. */
/* System Specific ASCII Key Codes */
#define DELKEY $7F //Delete/Backspace Key
#define ESCKEY $1B //Escape/Stop Key
#define RTNKEY $0D //Return/Enter Key
#define NULKEY $00 //No Key was Pressed
/* Zero Page Variables used as Pointers */
zeropage int srcptr, dstptr, bfrptr, blkptr;
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char stklo,stkhi; //Stack Pointer
/* Ephemeral Library Variables *
* Available for use in program code, but may *
* be obliterated by Function Calls. *
* May be Zero Page, but not required */
char temp0,temp1,temp2,temp3; //Temporary variables
/* Static Library Variables *
* Must be preserved between function calls *
* May be Zero Page, but not required */
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random; //Last Result of Pseudo-Random Number Generator
char rdseed; //System Seed for Pseudo-Random Number Generator
//System Subroutines
void delchr(); //Delete previous character
char getkey(); //Read ASCII character from Console
char getpos(); //Get Cursor Position
char getsiz(); //Get Screen Size
void newlin(); //Advance cursor to beginning of next line
char polkey(); //Poll Console for character
char putchr(); //Print ASCII character to Console
void prbyte(); //Print Accumulator as Hexadadecimal number
void prhex(); //Print Low Nybble of Accumulator as Hex Digit
char getchr(); //Wait for character from Console
void setpos(); //Set Cursor Position
//System Labels
start: //Start of Code
exit: //Return to Operating System

16
include/c64.a02
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@ -10,13 +10,8 @@ XMBANK EQU $0A ;Extended Memory Bank (Load/Verify Flag)
XADRLO EQU $0B ;Ext Memory Address LSB (Text Index/Array Size)
XADRHI EQU $0C ;Ext Memory Address MSB (Array Dimension Fkags)
SRCPTR EQU $22 ;Source Pointer [Temporary Pointers]
SRCLO EQU $22 ;Source Pointer LSB [Temporary Pointers]
SRCHI EQU $23 ;Source Pointer MSB [Temporary Pointers]
DSTPTR EQU $24 ;Destination Pointer [Temporary Pointers]
DSTLO EQU $24 ;Destination Pointer LSB [Temporary Pointers]
DSTHI EQU $25 ;Destination Pointer MSB [Temporary Pointers]
BLKLO EQU $26 ;Block Pointer LSB [Floating Point Work Area]
BLKHI EQU $27 ;Block Pointer MSB [Floating Point Work Area]
BLKPTR EQU $26 ;Block Pointer [Floating Point Work Area]
STKLO EQU $28 ;Stack Pointer LSB [Floating Point Work Area]
STKHI EQU $29 ;Stack Pointer MSB [Floating Point Work Area]
BFRLO EQU $35 ;Buffer Pointer LSB [Temporary String Pointer]
@ -32,10 +27,8 @@ SYSBFL EQU 88 ;System Buffer Size [88 Bytes]
SYSBFR EQU $0200 ;System Buffer [Keyboard Buffer]
SYSBFP EQU $0313 ;Position in System Buffer [Free Byte]
BLKSLO EQU $0334 ;Block Start LSB [Unused Byte]
BLKSHI EQU $0335 ;Block Start MSB [Unused Byte]
BLKELO EQU $0336 ;Block Start MSB [Unused Byte]
BLKEHI EQU $0337 ;Block End MSB [Unused Byte]
BLKBGN EQU $0334 ;Block Start [Unused Byte]
BLKEND EQU $0336 ;Block Start [Unused Byte]
BLKLEN EQU $0338 ;Block Length [Unused Byte]
RANDOM EQU $0339 ;Random Number Storage [Unused Byte]
@ -102,4 +95,5 @@ NEWLIN: LDX #0 ;Store 0
PUTSTR: TXA ;Copy LSB to Accumulator
JMP $AB1E ;Execute STROUT
INCLUDE "../include/prbyte.a02" ;PRBYTE and PRHEX routine
INCLUDE "prbyte.a02" ;PRBYTE and PRHEX routine

9
include/c64.h02
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@ -7,16 +7,13 @@
#define SYSBFL 88 //System Buffer Length
/* Standard Library Pointers */
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
zeropage int srcptr, dstptr, bfrptr, blkptr;
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
char stklo,stkhi; //Stack Pointer
/* Standard Library Variables */
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stack End Address
char random, rdseed; //Pseudo-Random Number Generator

23
include/header.a02
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@ -8,10 +8,8 @@ RTNKEY EQU $0D ;Return/Enter Key ($0D=Carriage Return)
NULKEY EQU $00 ;No Key was Pressed ($00=Null)
;Zero Page Locations
SRCLO EQU $00 ;Source String/Array Pointer
SRCHI EQU $01
DSTLO EQU $02 ;Destination String/Array Pointer
DSTHI EQU $03
SRCPTR EQU $00 ;Source Pointer
DSTPTR EQU $02 ;Destination Pointer
BFRLO EQU $04 ;Work Buffer Pointer
BFRHI EQU $05
@ -23,12 +21,10 @@ TEMP1 EQU $11
TEMP2 EQU $12
TEMP3 EQU $12
BLKSLO EQU $20 ;Block Start Address
BLKSHI EQU $21
BLKELO EQU $22 ;Block End Address
BLKEHI EQU $23
BLKLO EQU $24 ;Block Pointer
BLKHI EQU $25
BLKBGN EQU $20 ;Block Start Address
BLKEND EQU $22 ;Block End Address
BLKPTR EQU $24 ;Block Pointer
BLKLEN EQY $26 ;Block Segment Length
STKSLO EQU $28 ;Stack Start Address
STKSHI EQU $29
@ -81,5 +77,8 @@ NEWLIN: RTS ;Code to move Cursor to beginning of next line
;Print Character to Screen
PUTCHR RTS ;Code to write ASCII character to Screen
INCLUDE "../include/prbyte.a02" ;PRBYTE and PRHEX routines
INCLUDE "prbyte.a02" ;PRBYTE and PRHEX routines
INCLUDE "putstr.a02" ;PUTSTR routine
;System Key Names
KNAMES BYTE "DELETE",0,"ESCAPE",0,"RETURN",0

14
include/header.h02
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@ -8,12 +8,10 @@
#define DELKEY $7F //Delete/Backspace Key
#define ESCKEY $1B //Escape/Stop Key
#define RTNKEY $0D //Return/Enter Key
#define NULKEY $00 //No Key was Pressed
#define SYSBFL 128 //System Buffer Length
/* Zero Page Variables used as Pointers */
char strlo,strhi; //String pointer for String and I/O functions
char dstlo,dsthi; //Secondary string pointer for String functions
char blklo,blkhi; //Block Segment Pointer
zeropage int srcptr, dstptr, bfrptr, blkptr;
char stklo,stkhi; //Stack Pointer
/* Ephemeral Library Variables *
@ -25,23 +23,23 @@ char temp0,temp1,temp2,temp3; //Temporary variables
/* Static Library Variables *
* Must be preserved between function calls *
* May be Zero Page, but not required */
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random; //Last Result of Pseudo-Random Number Generator
char rdseed; //System Seed for Pseudo-Random Number Generator
char sysbfr[], sysbfp; //System String Buffer and Position
//System Subroutines
void delchr(); //Delete previous character
char getchr(); //Wait for character from Console
char getkey(); //Read ASCII character from Console
void newlin(); //Advance cursor to beginning of next line
char polkey(); //Poll Console for character
char putchr(); //Print ASCII character to Console
void prbyte(); //Print Accumulator as Hexadadecimal number
void prhex(); //Print Low Nybble of Accumulator as Hex Digit
char getchr(); //Wait for character from Console
//System Labels
start: //Start of Code

42
include/intlib.a02
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@ -1,7 +1,7 @@
; C02 library stdlib.h02 assembly language subroutines
; C02 module intlib.h02 assembly language subroutines
; Requires
; external zero page locations SRCLO and SRCHI
; and external locations RANDOM, RDSEED, TEMP0, TEMP1, and TEMP2.
; external zero page words DSTPTR and SRCPTR
; and external locations TEMP0, TEMP1, TEMP2, and TEMP3
SUBROUTINE INTLIB
@ -23,25 +23,25 @@ IABS: CPY #$80 ;If Negative (High Bit Set)
;imax(i) - Get MAXimum of Two Integers
;Args: Y,X = Second Integer
;Uses: SRCHI,SRCLO = First Integer
;Uses: SRCPTR = First Integer
;Affects: N,Z,C
;Returns: Y,X = Larger of the Two Arguments
IMAX: CPY SRCHI ;If Y < SRCHI
BCC .GETSRC ; Return SRCLO, SRCHI
CPX SRCLO ;IF X >= SRCLO
IMAX: CPY SRCPTR+1 ;If Y < SRCPTR MSB
BCC .GETSRC ; Return SRCPTR
CPX SRCPTR ;IF X >= SRCPTR LSB
BCS .RETURN ; Return Argument
.GETSRC JMP GETSRC ;Return Integer in SRCLO, SRCHI
.GETSRC JMP GETSRC ;Return Integer in SRCPTR
;imin(i) - Get MINimum of Two Integers
;Args: Y,X = Second Integer
;Uses: SRCHI,SRCLO = First Integer
;Uses: SRCPTR = First Integer
;Affects: N,Z,C
;Returns: Y,X = Larger of the Two Arguments
IMIN: CPY SRCHI ;If Y < SRCHI
IMIN: CPY SRCPTR+1 ;If Y < SRCPTR+1
BCC .RETURN ; Return Argument
BNE .GETSRC ;If Y > SRCHI Return SRCHI,SRCLO
CPX SRCLO ;If X >= SRCLO
BCS .GETSRC ; Return SRCHI,SRCLO
BNE .GETSRC ;If Y > SRCPTR+1 Return SRCPTR
CPX SRCPTR ;If X >= SRCPTR
BCS .GETSRC ; Return SRCPTR
RTS ;Return Argument
;iaddc(c,i) - Add Byte c to Integer i
@ -58,10 +58,10 @@ IADDC: JSR SETSRC ;Save Integer and Clear Y
; N = Sign of Result
IADD: CLC ;Clear Carry for Addition
TXA ;Add Addend LSB
ADC SRCLO ;to Augend LSB
ADC SRCPTR ;to Augend LSB
TAX ;and Copy to X
TYA ;Add Addend MSB
ADC SRCHI ;to Augebd MSB
ADC SRCPTR+1 ;to Augebd MSB
TAY ;and Copy to Y
LDA #0 ;Set Overflow to 0
ROL ; Rotate Carry (Same as Adding it)
@ -77,10 +77,10 @@ IADD: CLC ;Clear Carry for Addition
; N = Sign of Result
ISUB: JSR SAVRXY ;Store Subtrahend in TEMP1,TEMP2
SEC ;Set Carry for Subtraction
LDA SRCLO ;Load Minuend LSB
LDA SRCPTR ;Load Minuend LSB
SBC TEMP1 ;Subtract Subtrahend LSB
TAX ;Copy Difference LSB to X
LDA SRCHI ;Load Minuend MSB
LDA SRCPTR+1 ;Load Minuend MSB
SBC TEMP2 ;Subtract Subtrahend MSB
TAY ;Copy Difference MSB to Y
LDA #0 ;Set Overflow Byte to 0
@ -204,7 +204,7 @@ ISHFTR: JSR SAVRXY ;Save X,Y in TEMP1,TEMP2
ATOI: JSR SETSRC ;Initialize Source String
STY TEMP1 ;Initialize Result
STY TEMP2
.AILOOP LDA (SRCLO),Y ;Get Next Character
.AILOOP LDA (SRCPTR),Y ;Get Next Character
CMP #$30 ;If Less Than '0'
BCC .AIDONE ; Exit
CMP #$3A ;If Greater Than '9'
@ -239,7 +239,7 @@ ATOI: JSR SETSRC ;Initialize Source String
;itoa(n) - Integer TO ASCII string
;Args: Y,X = Integer Value to Convert
;Uses: DSTHI,DSTLO = Destination String
;Uses: DSTPTR = Destination String
;Affects: X
;Returns: A,Y = Length of String
ITOA: JSR CVIBCD ;Convert Integer to Packed BCD
@ -258,14 +258,14 @@ ITOA: JSR CVIBCD ;Convert Integer to Packed BCD
TXA ;and Restore Digit
LDY TEMP3 ;Get Index into String
ORA #$30 ;Convert Digit to ASCII
STA (DSTLO),Y ;and Store in String
STA (DSTPTR),Y ;and Store in String
INC TEMP3 ;Increment Index into String
PLA ;Pull Digit Number off Stack
TAY
DEY ;Decrement Digit Number
BPL .IALOOP ;Loop if >= Zero
LDA #0 ;Terminate String
STA (DSTLO),Y
STA (DSTPTR),Y
TYA ;Return String Length
RTS

95
include/kowalski.a02 Normal file
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@ -0,0 +1,95 @@
; Program initialization code for C02 programs
; Template for System Specific Code
ORG $0400 ;Program Start Address
;System Specific ASCII Key Mappings
DELKEY EQU $08 ;Delete/Backspace Key (Backspace)
ESCKEY EQU $1B ;Escape/Stop Key (Escape)
RTNKEY EQU $0D ;Return/Enter Key (Carriage Return)
NULKEY EQU $00 ;No Key was Pressed (Null)
;Zero Page Locations
SRCPTR EQU $10
DSTPTR EQU $12
BFRLO EQU $14 ;Work Buffer Pointer
BFRHI EQU $15
STKSAV EQU $1D ;Stack Pointer Storage
RDSEED EQU $1E ;Pseudo-RANDOM Seed
RANDOM EQU $1F ;Pseudo-RANDOM Number Storage
TEMP0 EQU $20 ;Temporary Storage
TEMP1 EQU $21
TEMP2 EQU $22
TEMP3 EQU $22
BLKBGN EQU $30 ;Block Start Address
BLKEND EQU $32 ;Block End Address
BLKPTR EQU $34 ;Block Pointer
BLKLEN EQU $36 ;Block Segment Length
STKSLO EQU $48 ;Stack Start Address
STKSHI EQU $49
STKELO EQU $4A ;Stack End Address
STKEHI EQU $4B
STKLO EQU $4C ;Stack Pointer
STKHI EQU $4D
;Memory Mapped I/O
IOBASE EQU $E000
IOINIT EQU IOBASE+0 ;Clear Terminal Window
IOPUTC EQU IOBASE+1 ;Put Character
IOPUTR EQU IOBASE+2 ;Put Raw Character
IOPUTH EQU IOBASE+3 ;Put as Hexadecimal Number
IOGETC EQU IOBASE+4 ;Get Character
IOPOSX EQU IOBASE+5 ;Set Cursor X Position
IOPOSY EQU IOBASE+6 ;Set Cursor Y Position
START: LDX #$FF ;Initialize Stack Pointer
TXS ;
STX IOINIT ;Clear Screen
JMP MAIN ;Execute Program
;Exit Program and Return to Monitor
EXIT: BRK ;Halt Debugger
;Read Character from Console
GETKEY EQU $FFE0 ;Emulator CHRIN Routine
;Poll Character from Keyboard
POLKEY: INC RDSEED ;Cycle the Random Seed
LDA IOGETC ;Code Read from Keyboard
RTS
;Wait for Character from Console
GETCHR: JSR POLKEY ;Usually calls PLKEY
BEQ GETCHR ; until a non-zero is returned
RTS
;Delete Previous Character
DELCHR: LDA #$08 ;Load Backspace into Accumulator
JMP PUTCHR ; and Print it
;Advance Character to Next line
NEWLIN: LDA #$0D ;Load Carriage Return
JSR PUTCHR ;And Print It
LDA #$0A ;Load Line Feed
;Print Character to Console
PUTCHR: STA IOPUTC ;Write Character to Screen
RTS
;Print Hexadecimal Digit
PRHEX: AND #$0F
ORA #'0'
BNE PUTCHR
;Print Hexadecimal Byte
PRBYTE: STA IOPUTH ;Put as Hexadecimal Number
RTS
INCLUDE "putstr.a02" ;PUTSTR routine

45
include/kowalski.h02 Normal file
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@ -0,0 +1,45 @@
/* System Specific C02 Header File Template */
/* This header contains standardized Constants, *
* Variables, and Function Calls tailored to a *
* a specific platform. */
/* System Specific ASCII Key Codes */
#define DELKEY $7F //Delete/Backspace Key
#define ESCKEY $1B //Escape/Stop Key
#define RTNKEY $0D //Return/Enter Key
#define NULKEY $00 //No Key was Pressed
/* Zero Page Variables used as Pointers */
zeropage int srcptr, dstptr, bfrptr, blkptr;
char stklo,stkhi; //Stack Pointer
/* Ephemeral Library Variables *
* Available for use in program code, but may *
* be obliterated by Function Calls. *
* May be Zero Page, but not required */
char temp0,temp1,temp2,temp3; //Temporary variables
/* Static Library Variables *
* Must be preserved between function calls *
* May be Zero Page, but not required */
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random; //Last Result of Pseudo-Random Number Generator
char rdseed; //System Seed for Pseudo-Random Number Generator
//System Subroutines
void delchr(); //Delete previous character
char getkey(); //Read ASCII character from Console
void newlin(); //Advance cursor to beginning of next line
char polkey(); //Poll Console for character
char putchr(); //Print ASCII character to Console
void prbyte(); //Print Accumulator as Hexadadecimal number
void prhex(); //Print Low Nybble of Accumulator as Hex Digit
char getchr(); //Wait for character from Console
//System Labels
start: //Start of Code
exit: //Return to Operating System

78
include/orao.a02 Normal file
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@ -0,0 +1,78 @@
; Orao Program Initialization Code for C02 programs
;System Specific ASCII Key Mappings
DELKEY EQU $1F ;Left Arrow
ESCKEY EQU $03 ;Ctrl-C
RTNKEY EQU $0D ;Carriage Return
NULKEY EQU $00 ;Null
;Zero Page Locations
SRCLO EQU $30 ;Source String/Array Pointer
SRCHI EQU $31
DSTLO EQU $32 ;Destination String/Array Pointer
DSTHI EQU $33
BFRLO EQU $34 ;Work Buffer Pointer
BFRHI EQU $35
STKSAV EQU $36 ;Stack Pointer Storage
RDSEED EQU $37 ;Pseudo-RANDOM Seed
RANDOM EQU $38 ;Pseudo-RANDOM Number Storage
TEMP0 EQU $3A ;Temporary Storage
TEMP1 EQU $3B
TEMP2 EQU $3C
TEMP3 EQU $3D
BLKBGN EQU $40 ;Block Start Address
BLKEND EQU $42 ;Block End Address
BLKPTR EQU $44 ;Block Pointer
BLKLEN EQU $46 ;Block Segment Length
STKSLO EQU $48 ;Stack Start Address
STKSHI EQU $49
STKELO EQU $4A ;Stack End Address
STKEHI EQU $4B
STKLO EQU $4C ;Stack Pointer
STKHI EQU $4D
ORG $1000 ;Program Start Address
START: TSX ;Save Stack Pointer
STX STKSAV
JMP MAIN ;Execute Program
;Exit Program and Return to Operating System or Monitor
EXIT LDX STKSAV ;Restore Stack Pointer
TXS
RTS ;and Return to Caller
RESET EQU $FFA3 ;Alias to WARMST (Monitor)
;Poll Character from Keyboard
POLKEY: JSR $E5B0 ;Scan Keyboard
BCC POLKEX ;If No Key Pressed
LDA #NULKEY ;Return NUL
POLKEX: RTS
;Read Character from Console
GETKEY EQU $E500 ;Alias to INCHR function
;Wait for Character from Console
GETCHR EQU GETKEY ;Alias to GETKEY
;Print Character to Screen
PUTCHR EQU $E762 ;Alias to OUTCH Routine
;Delete Previous Character
DELCHR EQU $F1F2 ;Alias to BCKSPC Routine
;Advance Cursor to Next line
NEWLIN EQU $E7F6 ;Aliased to CRLF Routine
;Print Byte as Two-Digit Hex Number to Console
PRBYTE EQU $E803
;Print Low Nybble as Hex Digit to Console
PRHEX EQU $E80F
INCLUDE "../include/putstr.a02" ;PUTSTR Routine

48
include/orao.h02 Normal file
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@ -0,0 +1,48 @@
/* Orao C02 Header File Template */
/* This header contains standardized Constants, *
* Variables, and Function Calls tailored to a *
* a specific platform. */
/* System Specific ASCII Key Codes */
#define DELKEY $1F //Delete/Backspace Key
#define ESCKEY $03 //Escape/Stop Key
#define RTNKEY $0D //Return/Enter Key
#define NULKEY $00 //No Key was Pressed
/* Zero Page Variables used as Pointers */
zeropage int srcptr, dstptr, bfrptr, blkptr;
char stklo,stkhi; //Stack Pointer
/* Ephemeral Library Variables *
* Available for use in program code, but may *
* be obliterated by Function Calls. *
* May be Zero Page, but not required */
char temp0,temp1,temp2,temp3; //Temporary variables
/* Static Library Variables *
* Must be preserved between function calls *
* May be Zero Page, but not required */
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random; //Last Result of Pseudo-Random Number Generator
char rdseed; //System Seed for Pseudo-Random Number Generator
//System Subroutines
void delchr(); //Delete previous character
char getkey(); //Read ASCII character from Console
char getpos(); //Get Cursor Position
char getsiz(); //Get Screen Size
void newlin(); //Advance cursor to beginning of next line
char polkey(); //Poll Console for character
char putchr(); //Print ASCII character to Console
void prbyte(); //Print Accumulator as Hexadadecimal number
void prhex(); //Print Low Nybble of Accumulator as Hex Digit
char getchr(); //Wait for character from Console
void setpos(); //Set Cursor Position
//System Labels
start: //Start of Code
exit: //Return to Operating System

15
include/py65.a02
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@ -6,14 +6,11 @@ ESCKEY EQU $1B ;Escape/Stop Key (Escape)
RTNKEY EQU $0D ;Return/Enter Key (Carriage Return)
;Zero Page Locations
SRCLO EQU $30 ;Source String Pointer (stdio.a02)
SRCHI EQU $31
DSTLO EQU $32 ;Destination String Pointer (string.a02)
DSTHI EQU $33
SRCPTR EQU $30 ;Source Pointer
DSTPTR EQU $32 ;Destination Pointer
BFRLO EQU $34 ;Work Buffer Pointer
BFRHI EQU $35
BLKLO EQU $36 ;Block Segment Pointer (block.a02)
BLKHI EQU $37
BLKPTR EQU $36 ;Block Segment Pointer (block.a02)
STKLO EQU $38 ;Stack Pointer (stack.a02)
STKHI EQU $39
@ -25,10 +22,8 @@ TEMP1 EQU $41
TEMP2 EQU $42
TEMP3 EQU $43
BLKSLO EQU $46 ;Block Start Address
BLKSHI EQU $47
BLKELO EQU $48 ;Block End Address
BLKEHI EQU $49
BLKBGN EQU $46 ;Block Start Address
BLKEND EQU $48 ;Block End Address
BLKLEN EQU $4A ;Block Segment Length
STKSLO EQU $4C ;Stack Start Address

9
include/py65.h02
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@ -6,16 +6,13 @@
#define RTNKEY $0D //Return/Enter Key
//Library Pointer Variables
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
zeropage int srcptr, dstptr, bfrptr, blkptr;
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
char stklo,stkhi; //Stack Pointer
//Library Variables
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random, rdseed; //Pseudo-Random Number Generation

17
include/py65win.a02
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@ -6,12 +6,11 @@ ESCKEY EQU $1B ;Escape/Stop Key (Escape)
RTNKEY EQU $0D ;Return/Enter Key (Carriage Return)
;Zero Page Locations
SRCLO EQU $30 ;Source String Pointer (stdio.a02)
SRCHI EQU $31
DSTLO EQU $32 ;Destination String Pointer (string.a02)
DSTHI EQU $33
BLKLO EQU $34 ;Block Segment Pointer (block.a02)
BLKHI EQU $35
SRCPTR EQU $30 ;Source Pointer
DSTPTR EQU $32 ;Destination Pointer
BFRLO EQU $34 ;Work Buffer Pointer
BFRHI EQU $35
BLKPTR EQU $36 ;Block Segment Pointer (block.a02)
STKLO EQU $36 ;Stack Pointer (stack.a02)
STKHI EQU $37
@ -23,10 +22,8 @@ TEMP1 EQU $41
TEMP2 EQU $42
TEMP3 EQU $43
BLKSLO EQU $46 ;Block Start Address
BLKSHI EQU $47
BLKELO EQU $48 ;Block End Address
BLKEHI EQU $49
BLKBGN EQU $46 ;Block Start Address
BLKEND EQU $48 ;Block End Address
BLKLEN EQU $4A ;Block Segment Length
STKSLO EQU $4C ;Stack Start Address

44
include/run6502.a02
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@ -3,21 +3,15 @@
;System Specific ASCII Key Mappings
DELKEY EQU $08 ;Delete/Backspace Key (Backspace)
ESCKEY EQU $18 ;Escape/Stop Key (Control-X)
RTNKEY EQU $0A ;Return/Enter Key (Line Feed)
RTNKEY EQU $0D ;Return/Enter Key (Carriage Return)
;Zero Page Locations
SRCPTR EQU $30 ;Source String Pointer (stdio.a02)
SRCLO EQU $30
SRCHI EQU $31
DSTPTR EQU $32 ;Destination String Pointer (string.a02)
DSTLO EQU $32
DSTHI EQU $33
BFRPTR EQU $34 ;Work Buffer Pointer
BFRLO EQU $34
BFRHI EQU $35
BLKPTR EQU $36 ;Block Segment Pointer (block.a02)
BLKLO EQU $36
BLKHI EQU $37
STKLO EQU $38 ;Stack Pointer (stack.a02)
STKHI EQU $39
@ -29,10 +23,8 @@ TEMP1 EQU $41
TEMP2 EQU $42
TEMP3 EQU $43
BLKSLO EQU $46 ;Block Start Address
BLKSHI EQU $47
BLKELO EQU $48 ;Block End Address
BLKEHI EQU $49
BLKBGN EQU $46
BLKEND EQU $48
BLKLEN EQU $4A ;Block Segment Length
STKSLO EQU $4C ;Stack Start Address
@ -55,38 +47,50 @@ _GETCH EQU $FFF1 ;Read Keyboard (Blocking)
START: JMP MAIN ;Execute Program
;Read Character from Console
GETKEY EQU $FFE0 ;Emulator CHRIN Routine
GETKEY EQU $FFE0 ;Emulator _GETCH Routine
;Poll Character from Keyboard
POLKEY: BRK ;Exit Emulator
;Wait for Character from Console
GETCHR: JSR GETKEY ;Read Character from STDIN
GETCHR: JSR GETKEY ;Get Key from Console
BEQ GETCHR ;If None Pressed, Loop
RTS
;Read Character from stdin
RDCHAR: LDA $FFEA ;Read Character from STDIN
CMP #$FF ;If EOF
BNE GETCHX
LDA #ESCKEY ; Set to Escape Character
GETCHX: ORA 0 ;Set Zero Flag
BNE RDCHAX
LDA #0 ; Set to ASCII NUL
RDCHAX ORA #0 ;Set Flags
RTS
;Delete Previous Character
DELCHR: LDA #$08 ;Load Backspace into Accumulator
JSR PUTCHR ; and Print it
LDA #$20 ;Load Space into Accumulater
LDA #$20 ;Load Space into Accumulator
JSR PUTCHR ; and Print it
LDA #$08 ;Load Backspace into Accumulator
JMP PUTCHR ; and Print it
;Advance Character to Next line
NEWLIN: LDA #RTNKEY ;Load Line Feed into Accumulater
NEWLIN: LDA #$0D ;Load Carriage Return into Accumulator
JSR PUTCHR ; and Print it
LDA #$0A ;Load Line Feed into Accumulator
JMP PUTCHR ; and Print it
;Print Character to Console
PUTCHR EQU $FFE3 ;Emulator CHROUT Routine
;Write Character to stdout
PRCHAR: STA $FFEA ;Read Character from STDIN
RTS
EXIT EQU $FFEC ;Emulator SHUTDN Routine
FSCMD EQU $FFE6 ;run6502 File System Command Routine
INCLUDE "../include/prbyte.a02" ;PRBYTE and PRHEX routines
INCLUDE "../include/putstr.a02" ;PUTSTR routine
INCLUDE "prbyte.a02" ;PRBYTE and PRHEX routines
INCLUDE "putstr.a02" ;PUTSTR routine

18
include/run6502.h02
View File

@ -3,19 +3,20 @@
//Platform Specific Constants
#define DELKEY $08 //Delete/Backspace Key
#define ESCKEY $18 //Escape/Stop Key
#define RTNKEY $0D //Return/Enter Key
#define RTNKEY $0A //Return/Enter Key
#define SYSBFL 128 //System Buffer Length
const char delnam; //Delete/Backspace Key Name
const char escnam; //Escape/Stop Key Name
const char rtnnam; //Return/Enter Key Name
//Library Pointer Variables
zeropage int srcptr, dstptr, bfrptr, blkptr;
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
char stklo,stkhi; //Stack Pointer
//Library Variables
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
int blkbgn, blkend;
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
@ -28,11 +29,11 @@ char putcon; //Write Character to Console
char getcon; //Read Character from Console
//System Subroutines
char polkey(); //Poll Console for character (Exits Emulator)
void delchr(); //Delete previous character
char getchr(); //Wait for character from Console
char getkey(); //Read ASCII character from Console (Exits Emulator)
void newlin(); //Advance cursor to beginning of next line
void delchr(); //Delete previous character
char polkey(); //Poll Console for character (Exits Emulator)
char putchr(); //Print ASCII character to Console
void prbyte(); //Print Accumulator as Hexadadecimal number
void prhex(); //Print Low Nybble of Accumulator as Hex Digit
@ -40,4 +41,3 @@ void prhex(); //Print Low Nybble of Accumulator as Hex Digit
//System Labels
start: //Start of Code
exit: //Return to Operating System

4
include/stdiox.a02
View File

@ -295,7 +295,7 @@ PRINTF: STA TEMP3 ;Save Byte to Format
TYA ;Save Index
PHA
TXA ;Restore Specifier
JSR GETDST ;Get Integer in DSTLO, DSTHI
JSR GETDST ;Get Integer in DSTPTR
CMP #'I' ;If 'i' or 'I'
BNE .FDESTJ
JSR PUTINT ; Print Integer Right Justified
@ -319,7 +319,7 @@ PRINTF: STA TEMP3 ;Save Byte to Format
;char putdst()
PUTDST LDY #0 ;Initialize character offset
.DLOOP LDA (DSTLO),Y ;Read next character in string
.DLOOP LDA (DSTPTR),Y ;Read next character in string
BEQ .DRETY ;If Not 0
JSR PUTC ; Print character at offset,
INY ; increment offset, and

17
include/vic.a02
View File

@ -6,14 +6,9 @@ ESCKEY EQU $03 ;Escape/Stop Key (RUN/STOP)
RTNKEY EQU $0D ;Return/Enter Key (RETURN)
;Zero Page Locations
SRCPTR EQU $22 ;Source Pointer LSB [Temporary Pointers]
SRCLO EQU $22 ;Source Pointer LSB [Temporary Pointers]
SRCHI EQU $23 ;Source Pointer MSB [Temporary Pointers]
DSTPTR EQU $24 ;Destination Pointer LSB [Temporary Pointers]
DSTLO EQU $24 ;Destination Pointer LSB [Temporary Pointers]
DSTHI EQU $25 ;Destination Pointer MSB [Temporary Pointers]
BLKLO EQU $26 ;Block Pointer LSB [Floating Point Work Area]
BLKHI EQU $27 ;Block Pointer MSB [Floating Point Work Area]
SRCPTR EQU $22 ;Source Pointer [Temporary Pointers]
DSTPTR EQU $24 ;Destination Pointer [Temporary Pointers]
BLKPTR EQU $26 ;Block Pointer [Floating Point Work Area]
STKLO EQU $28 ;Stack Pointer LSB [Floating Point Work Area]
STKHI EQU $29 ;Stack Pointer MSB [Floating Point Work Area]
BFRLO EQU $35 ;Buffer Pointer LSB [Temporary String Pointer]
@ -32,10 +27,8 @@ USER1 EQU $0311 ;Free Byte for User Programs
USER2 EQU $0312 ;Free Byte for User Programs
SYSBFP EQU $0313 ;Position in System Buffer [Free Byte]
BLKSLO EQU $0334 ;Block Start LSB [Unused Byte]
BLKSHI EQU $0335 ;Block Start MSB [Unused Byte]
BLKELO EQU $0336 ;Block Start MSB [Unused Byte]
BLKEHI EQU $0337 ;Block End MSB [Unused Byte]
BLKBGN EQU $0334 ;Block Start [Unused Byte]
BLKEND EQU $0336 ;Block Start [Unused Byte]
BLKLEN EQU $0338 ;Block Length [Unused Byte]
RANDOM EQU $0339 ;Random Number Storage [Unused Byte]

9
include/vic20.h02
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@ -7,16 +7,13 @@
#define SYSBFL 88 //System Buffer Length
/* Standard Library Pointers */
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
zeropage int srcptr, dstptr, bfrptr, blkptr;
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
char stklo,stkhi; //Stack Pointer
/* Standard Library Variables */
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random, rdseed; //Pseudo-Random Number Generation

14
include/vic3k.h02
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@ -8,16 +8,14 @@
#define RTNKEY $0D //Return/Enter Key (RETURN)
#define SYSBFL 88 //System Buffer Length
//Library Pointer Variables
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
/* Standard Library Pointers */
zeropage int srcptr, dstptr, bfrptr, blkptr;
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char stklo,stkhi; //Stack Pointer
//Library Variables
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
/* Standard Library Variables */
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random, rdseed; //Pseudo-Random Number Generation

14
include/vic8k.h02
View File

@ -8,16 +8,14 @@
#define RTNKEY $0D //Return/Enter Key (RETURN)
#define SYSBFL 88 //System Buffer Length
//Library Pointer Variables
char srclo,srchi; //Source String Pointer for Library Functions
char dstlo,dsthi; //Destination String Pointer for Library Functions
char blklo,blkhi; //Block Segment Pointer
/* Standard Library Pointers */
zeropage int srcptr, dstptr, bfrptr, blkptr;
char bfrlo,bfrhi; //Buffer Pointer for Library Functions
char stklo,stkhi; //Stack Pointer
//Library Variables
char blkslo, blkshi; //Block Start Address
char blkelo, blkehi; //Block End Address
char blklen; //Block Segment Length
/* Standard Library Variables */
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo, stkshi; //Stack Start Address
char stkelo, stkehi; //Stsck End Address
char random, rdseed; //Pseudo-Random Number Generation

13
include/x16.a02
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@ -13,13 +13,8 @@ XMBANK EQU $53 ;Extended Memory Bank
XADRLO EQU $54 ;Ext Memory Address LSB
XADRHI EQU $55 ;Ext Memory Address MSB
SRCPTR EQU $56 ;Source Pointer
SRCLO EQU $57 ;Source Pointer LSB
SRCHI EQU $58 ;Source Pointer MSB
DSTPTR EQU $59 ;Destination Pointer
DSTLO EQU $5A ;Destination Pointer LSB
DSTHI EQU $5B ;Destination Pointer MSB
BLKLO EQU $5C ;Block Pointer LSB
BLKHI EQU $5D ;Block Pointer MSB
BLKPTR EQU $5C ;Block Pointer
STKLO EQU $5E ;Stack Pointer LSB
STKHI EQU $5F ;Stack Pointer MSB
BFRLO EQU $60 ;Buffer Pointer LSB
@ -40,10 +35,8 @@ SYSBFP EQU $68 ;Position in System Buffer [Free Byte]
SYSBFL EQU 128 ;System Buffer Length
;Other Variables - User Storage Area
SYSBFR EQU $0700 ;System Buffer
BLKSLO EQU $07F4 ;Block Start LSB
BLKSHI EQU $07F5 ;Block Start MSB
BLKELO EQU $07F6 ;Block End LSB
BLKEHI EQU $07F7 ;Block End MSB
BLKBGN EQU $07F4 ;Block Start Address
BLKEND EQU $07F6 ;Block End Address
BLKLEN EQU $07F8 ;Block Length
STKSAV EQU $07FA ;Machine Stack Storage

8
include/x16.h02
View File

@ -10,17 +10,13 @@
#define SYSBFL 128 //System Buffer Length
/* Standard Library Pointers */
zeropage char srclo,srchi; //Source Pointer for Library Functions
zeropage char dstlo,dsthi; //String Pointer for Library Functions
zeropage int srcptr,dstptr; //Source, Destination Pointers
zeropage int srcptr, dstptr, bfrptr, blkptr;
zeropage char bfrlo,bfrhi; //Buffer Pointer for Library Functions
zeropage char blklo,blkhi; //Block Segment Pointer
zeropage char stklo,stkhi; //Stack Pointer
zeropage char xadrlo,xadrhi; //Physical Address LSB, MSB
/* Standard Library Variables */
char blkslo,blkshi; //Block Start Address
char blkelo,blkehi; //Block End Address
int blkbgn, blkend; //Block Start and End Address
char blklen; //Block Segment Length
char stkslo,stkshi; //Stack Start Address
char stkelo,stkehi; //Stsck End Address

121
test/blktest.c02
View File

@ -16,8 +16,7 @@
#include <block.h02>
char c, i, n, r, z;
char savlo,savhi,tmplo,tmphi; //Address Pointer
char chkhi,chklo; //Address Check
int chkint, savptr;
char number[5];
const char numbrs = "zero one two threefour five six seveneightnine ten";
const char sorted = {8,5,4,9,1,7,6,3,2,0};
@ -25,48 +24,44 @@ const char name1 = "Dick", name2 = "Jane";
char block[255]; //Array to Use as Block
char temp[127];
char seglo[9],seghi[9];
char aa,xx,yy;
struct ssgmt {
char key[6];
char flag;
char value;
};
char aa,xx,yy,zz;
int yx;
struct ssgmt {char key[6]; char flag; char value;};
struct ssgmt sgmt;
struct ssgmt seg1;
struct ssgmt seg2;
struct ssgmt tseg;
char cmpptr(chkint) {putadr(blkptr); return cmpadr(blkptr);}
void chkadr(yx) {putadr(yx);cmpadr(yx);psflln(<yx & >yx);}
char equals(aa,zz) {A = (aa == zz) ? #TRUE : #FALSE;}
char cmpadr(yx) {xx = equals(<chkint, <yx); yy = equals(>chkint, <yx); return xx & yy;}
void clrseg() {setdst(); memset(0, @sgmt);}
char chkmem() {A = equals(memcmp(), 0);}
void prtadr() {putwrd(); putspc();}
void prbadr() {putadr(blkptr); prtadr(blkend); putwrd(blkptr);newlin();}
main:
puts("blkbgn(&4321); ");
blkbgn(&$4321); //Set Block Start
setchk(&$4321); chkadr(blkshi,blkslo);
puts("blkend(&$4567); ");
blkend(&$4567); //Set Block End
setchk(&$4567); chkadr(blkehi,blkelo);
puts("blkseg(@sgmt); ");
blkseg(@sgmt);
printf(blklen,"blklen=%d:");
if (blklen == @sgmt) passln(); else failln();
puts("blkbgn = &$4321; "); blkbgn = &$4321;
puts("blkend = &$4567; "); blkend = &$4567;
putln("blklen = @sgmt;"); blklen = @sgmt;
puts("blkrst(); ");
blkrst();
setchk(&$4321); chkadr(blkhi,blklo);
chkint = &$4321; chkadr(blkptr);
puts("blknxt(); ");
blknxt();
setchk(&$432A); chkadr(blkhi,blklo);
chkint = &$432A; chkadr(blkptr);
puts("blkprv(); ");
blkprv();
setchk(&$4321); chkadr(blkhi,blklo);
chkint = &$4321; chkadr(blkptr);
puts("blkset('@'); ");
blkset('@'); r=chkptr(&$4321);
blkset('@'); r=cmpptr(&$4321);
while (blkget(1,&sgmt)) {if (sgmt[0]<>'@') r=#FALSE;} psflln(r);
newlin();//if (anykey()==#ESCKEY) goto exit;
@ -80,14 +75,14 @@ puts("sgmt=");prtseg(&sgmt);
newlin();
puts("blkput(@seg1,&seg1); ");
blkrst(); blkput(@seg1,&seg1); r=chkptr(&$432A);
blkrst(); blkput(@seg1,&seg1); r=cmpptr(&$432A);
memdst(&$4321); r = chkmem(@seg1,&seg1) & r;
psflln(r);
puts(" _blk=");prtseg(&$4321);
newlin();
puts("blkswp(@sgmt,&sgmt); ");
blkrst(); blkswp(@sgmt,&sgmt); r = chkptr(&$4321);
blkrst(); blkswp(@sgmt,&sgmt); r = cmpptr(&$4321);
memdst(&$4321); r = chkmem(@seg2,&seg2) & r;
memdst(&sgmt); r = chkmem(@seg1,&seg1) & r;
psflln(r);
@ -98,17 +93,17 @@ anykey();
puts("blkput(@sgmt, &sgmt);\n"); blkset(0); blkrst(); r = #TRUE;
for (i=0; i<10; i++) {
printf(i,"%d: "); nsgmt(i,&sgmt); savlo=blklo;savhi=blkhi;
blkput(@sgmt,&sgmt); seglo[i]=savlo; seghi[i]=savhi;
putadr(.,savhi,savlo); puts(" _blk="); prtseg(.,savhi,savlo);
setdst(.,savhi,savlo); if (memcmp(@sgmt,&sgmt)) r = #FALSE;
printf(i,"%d: "); nsgmt(i,&sgmt); savptr=blkptr;
blkput(@sgmt,&sgmt); seglo[i]=<savptr; seghi[i]=>savptr;
putadr(savptr); puts(" _blk="); prtseg(savptr);
setdst(savptr); if (memcmp(@sgmt,&sgmt)) r = #FALSE;
}
puts("blkput:"); psflln(r); newlin();
puts("blkget(@temp, &temp);\n"); blkrst(); r = #TRUE;
for (i=0; i<10; i++) {
printf(i,"%d: "); nsgmt(i,&sgmt); memclr(@temp, &temp);
putadr(.,blkhi,blklo); r = blkget(@temp, &temp);
putadr(blkptr); r = blkget(@temp, &temp);
setdst(&temp); if (memcmp(@sgmt, &sgmt)) r = #FALSE;
puts(" temp="); prtseg(&temp);
}
@ -118,20 +113,19 @@ puts("blkmem(@sgmt, &sgmt);\n"); r = #TRUE;
for (i=9; i:+; i--) {
printf(i,"%d: "); nsgmt(i,&sgmt);
blkmem(@sgmt,&sgmt);
if (dstlo<>seglo[i]) r = #FALSE;
if (dsthi<>seghi[i]) r = #FALSE;
putadr(.,dsthi,dstlo); puts(" _blk="); prtseg(.,dsthi,dstlo);
if (<dstptr<>seglo[i]) r = #FALSE;
if (>dstptr<>seghi[i]) r = #FALSE;
putadr(dstptr); puts(" _blk="); prtseg(dstptr);
}
puts("blkmem:"); psflln(r); newlin();
puts("blkstr(@sgmt, &sgmnt);\n"); r = #TRUE;
for (i=0; i<10; i++) {
printf(i,"%d: "); nsgmt(i,&sgmt); memclr(@temp, &temp);
setdst(&temp); blkstr(&sgmt.key);
if (srclo<>seglo[i]) r = #FALSE;
if (srchi<>seghi[i]) r = #FALSE;
putadr(.,srchi,srclo); puts(" temp="); prtseg(&temp);
if (<srcptr<>seglo[i]) r = #FALSE;
if (>srcptr<>seghi[i]) r = #FALSE;
putadr(srcptr); puts(" temp="); prtseg(&temp);
if (memcmp(@sgmt, &sgmt)) r = #FALSE;
i++; if (i=9) i=0; //evens then odds
}
@ -140,7 +134,7 @@ puts("blkstr:"); psflln(r); anykey();
puts("blksrt(&temp);\n"); r = #TRUE; blksrt(&temp);blkrst();
for (i=0; i<10; i++) {
printf(i,"%d: "); nsgmt(sorted[i],&sgmt); memclr(@temp, &temp);
putadr(.,blkhi,blklo); r = blkget(@temp, &temp);
putadr(blkptr); r = blkget(@temp, &temp);
setdst(&temp); if (memcmp(@sgmt, &sgmt)) r = #FALSE;
puts(" temp="); prtseg(&temp);
}
@ -150,31 +144,6 @@ putln("Tests complete.");
goto exit;
char chkptr() {
setchk(); //pass through args
putadr(.,blkhi,blklo);
return cmpadr(.,blkhi,blklo);
}
void setchk() {
chklo=X; chkhi=Y;
}
void chkadr(tmphi,tmplo) {
putadr(.,tmphi,tmplo);
cmpadr(.,tmphi,tmplo);
psflln(tmplo & tmphi);
}
char cmpadr(aa,yy,xx) {
xx = (chklo == xx) ? #TRUE : #FALSE;
yy = (chkhi == yy) ? #TRUE : #FALSE;
return xx & yy;
}
void clrseg() {
setdst(); memset(0, @sgmt);
}
void prtseg(aa,yy,xx) {
setdst(&tseg); memcpy(@tseg,yy,xx);
setdst(&tseg.key); printf("key=\"%s\",");
@ -182,11 +151,6 @@ void prtseg(aa,yy,xx) {
printf(tseg.value,",value=%d\n");
}
char chkmem() {
aa = memcmp(); //pass through args
aa = (aa==0) ? #TRUE : #FALSE;
return aa;
}
//Copy Textual Representation of n to temp
void numstr(n,yy,xx) {
@ -197,27 +161,20 @@ void numstr(n,yy,xx) {
}
//Build String Segment in Temp
void nsgmt(n,tmphi,tmplo) {
void nsgmt(n,yx) {
memclr(@tseg,&tseg);
numstr(n,&tseg.key);
tseg.flag = trufls(n);
tseg.value = n;
setdst(.,tmphi,tmplo); memcpy(@tseg,&tseg);
setdst(yx); memcpy(@tseg,&tseg);
}
//Print Addresses
void pradrs() {
tmplo=srclo;tmphi=srchi;
puts(" SRC: $");prbyte(tmphi);prbyte(tmplo);
puts(" DST: $");prbyte(dsthi);prbyte(dstlo);
puts(" BLK: $");prbyte(blkhi);prbyte(blklo);
puts(" SRC: $");putwrd(srcptr);
puts(" DST: $");putwrd(dstptr);
puts(" BLK: $");putwrd(blkptr);
newlin();
}
//Print Block Addresses
void prbadr() {
prbyte(blkshi);prbyte(blkslo);putc(' ');
prbyte(blkehi);prbyte(blkelo);putc(' ');
prbyte(blkhi);prbyte(blklo);newlin();
}