Created
February 24, 2019 13:31
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| lda test | |
| lda <test | |
| lda >test | |
| .org 100 | |
| test: db 0 | |
| .include a0.a09 | |
| lda glob | |
| lda loc | |
| lda ACIA_BASE | |
| lda kokot |
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| .org 1 | |
| test0: db 0 | |
| .org $102 | |
| test1: db 0 | |
| .org $203 | |
| test2: db 0 | |
| .org $1000 | |
| tfr b,2 | |
| lda test0 | |
| lda test1 | |
| lda test2 | |
| setdp 1 | |
| lda test0 | |
| lda test1 | |
| lda test2 | |
| setdp 2 | |
| lda test0 | |
| lda test1 | |
| lda test2 | |
| setdp 257 | |
| lda test0 | |
| lda test1 | |
| lda test2 |
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| {} |
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| :0700000096649664B60064EB | |
| :0C006400000001029665B60000B6000026 | |
| :00000001FF |
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| :0100010000FE | |
| :0101020000FC | |
| :0102030000FA | |
| :1010000096009601B60102B60203B600019602B63A | |
| :101010000203B60001B601029603B60001B6010252 | |
| :03102000B6020312 | |
| :00000001FF |
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| 0000 96 64 LDA test | |
| 0002 96 64 LDA <test | |
| 0004 B6 00 64 LDA >test | |
| 0007 ; | |
| 0064 .ORG 100 | |
| 0064 00 TEST: DB 0 | |
| 0065 ; | |
| 0065 .BLOCK | |
| 0065 00 GLOB: DB 0 | |
| 0066 01 LOC: DB 1 | |
| 0067 02 EXT: DB 2 | |
| 0068 ACIA_BASE: EQU 83FCh | |
| 0068 .ENDBLOCK | |
| 0068 ; | |
| 0068 96 65 LDA glob | |
| 006A B6 00 00 LDA loc | |
| 006D B6 00 00 LDA ACIA_BASE | |
| TEST: 0064 DEFINED AT LINE 6 | |
| > USED AT LINE 1 | |
| > USED AT LINE 2 | |
| > USED AT LINE 3 | |
| GLOB: 0065 DEFINED AT LINE 3 IN a0.a09 | |
| > USED AT LINE 10 | |
| LOC: 0066 DEFINED AT LINE 4 IN a0.a09 | |
| > USED AT LINE 11 | |
| EXT: 0067 DEFINED AT LINE 5 IN a0.a09 | |
| ACIA_BASE: 83FC DEFINED AT LINE 7 | |
| > USED AT LINE 12 |
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| 0001 .ORG 1 | |
| 0001 00 TEST0: DB 0 | |
| 0102 .ORG $102 | |
| 0102 00 TEST1: DB 0 | |
| 0103 ; | |
| 0203 .ORG $203 | |
| 0203 00 TEST2: DB 0 | |
| 0204 ; | |
| 1000 .ORG $1000 | |
| 1000 ; | |
| 1000 96 00 LDA 0a | |
| 1002 ; | |
| 1002 96 01 LDA test0 | |
| 1004 B6 01 02 LDA test1 | |
| 1007 B6 02 03 LDA test2 | |
| 100A ; | |
| 100A SETDP 1 | |
| 100A B6 00 01 LDA test0 | |
| 100D 96 02 LDA test1 | |
| 100F B6 02 03 LDA test2 | |
| 1012 ; | |
| 1012 SETDP 2 | |
| 1012 B6 00 01 LDA test0 | |
| 1015 B6 01 02 LDA test1 | |
| 1018 96 03 LDA test2 | |
| 101A ; | |
| 101A ; | |
| 101A SETDP 257 | |
| 101A B6 00 01 LDA test0 | |
| 101D B6 01 02 LDA test1 | |
| 1020 B6 02 03 LDA test2 | |
| TEST0: 0001 DEFINED AT LINE 2 | |
| > USED AT LINE 13 | |
| > USED AT LINE 18 | |
| > USED AT LINE 23 | |
| > USED AT LINE 29 | |
| TEST1: 0102 DEFINED AT LINE 4 | |
| > USED AT LINE 14 | |
| > USED AT LINE 19 | |
| > USED AT LINE 24 | |
| > USED AT LINE 30 | |
| TEST2: 0203 DEFINED AT LINE 7 | |
| > USED AT LINE 15 | |
| > USED AT LINE 20 | |
| > USED AT LINE 25 | |
| > USED AT LINE 31 |
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| S10600001F411288 | |
| S9030000FC |
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| lda test | |
| lda <test | |
| lda >test | |
| .org 100 | |
| test: db 0 |
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| {} |
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| :06000000A564A564A50043 | |
| :01006400009B | |
| :00000001FF |
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| 0000 A5 64 LDA test | |
| 0002 A5 64 LDA <test | |
| 0004 A5 00 LDA >test | |
| 0006 ; | |
| 0064 .ORG 100 | |
| 0064 00 TEST: DB 0 | |
| TEST: 0064 DEFINED AT LINE 6 | |
| > USED AT LINE 1 | |
| > USED AT LINE 2 | |
| > USED AT LINE 3 |
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| .block | |
| @glob: db 0 | |
| loc: db 1 | |
| @ext: db 2 | |
| ACIA_BASE EQU 83FCh | |
| .endblock |
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| {} |
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| :03000000000102FA | |
| :00000001FF |
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| 0000 .BLOCK | |
| 0000 00 GLOB: DB 0 | |
| 0001 01 LOC: DB 1 | |
| 0002 02 EXT: DB 2 | |
| 0003 ACIA_BASE: EQU 83FCh | |
| 0003 .ENDBLOCK | |
| GLOB: 0000 DEFINED AT LINE 3 | |
| LOC: 0001 DEFINED AT LINE 4 | |
| EXT: 0002 DEFINED AT LINE 5 | |
| ACIA_BASE: 83FC DEFINED AT LINE 7 |
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| {} |
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| ; Monitor vectors: | |
| MRESET EQU $E000 | |
| MSERIN EQU $E003 | |
| MSEROUT EQU $E006 | |
| MPRINT2 EQU $E009 | |
| MPRINTX EQU $E00C | |
| MPRIMM EQU $E00F | |
| .ORG $100 | |
| .ENT $ | |
| ; test 20 | |
| ; here are your space: | |
| TESTMOD: | |
| jsr mprimm | |
| .cstr "Hello folks",$d,$a | |
| JSR hdtest | |
| BEQ m68 | |
| JSR MPRIMM | |
| .CSTR $0d,$0a,"Hi from HD6309",$0d,$0a | |
| JMP MRESET | |
| M68: | |
| JSR MPRIMM | |
| .CSTR $0d,$0a,"Hi from MC6809",$0d,$0a | |
| JMP MRESET | |
| HDTEST: | |
| PSHS d | |
| FDB $1043 | |
| CMPB 1,s | |
| PULS d,pc |
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| ; Monitor vectors: | |
| MRESET EQU $E000 | |
| MSERIN EQU $E003 | |
| MSEROUT EQU $E006 | |
| MPRINT2 EQU $E009 | |
| MPRINTX EQU $E00C | |
| MPRIMM EQU $E00F | |
| .ORG $100 | |
| .ENT $ | |
| .PRAGMA 6309 | |
| .pragma srec | |
| ; test 20 | |
| ; here are your space: | |
| TESTMOD: | |
| JSR hdtest | |
| BEQ m68 | |
| JSR MPRIMM | |
| .CSTR $0d,$0a,"Hi from HD6309",$0d,$0a | |
| JMP MRESET | |
| M68: | |
| JSR MPRIMM | |
| .CSTR $0d,$0a,"Hi from MC6809",$0d,$0a | |
| JMP MRESET | |
| HDTEST: | |
| PSHS d | |
| ;FDB $1043 | |
| COMD | |
| CMPB 1,s | |
| PULS d,pc | |
| biand a.7,100.5 |
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| {} |
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| :10010000BDE00F48656C6C6F20666F6C6B730D0AF9 | |
| :1001100000BD01482719BDE00F0D0A48692066722D | |
| :100120006F6D204844363330390D0A007EE000BD43 | |
| :10013000E00F0D0A48692066726F6D204D43363816 | |
| :1001400030390D0A007EE00034061043E161358647 | |
| :00000001FF |
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| :10010000BD01372719BDE00F0D0A48692066726FDF | |
| :100110006D204844363330390D0A007EE000BDE0E2 | |
| :100120000F0D0A48692066726F6D204D43363830D6 | |
| :10013000390D0A007EE00034061043E16135861176 | |
| :03014000316F64B8 | |
| :00000001FF |
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| 0000 ; Monitor vectors: | |
| 0000 MRESET: EQU $E000 | |
| 0000 MSERIN: EQU $E003 | |
| 0000 MSEROUT: EQU $E006 | |
| 0000 MPRINT2: EQU $E009 | |
| 0000 MPRINTX: EQU $E00C | |
| 0000 MPRIMM: EQU $E00F | |
| 0100 .ORG $100 | |
| 0100 .ENT $ | |
| 0100 ; test 20 | |
| 0100 ; here are your space: | |
| 0100 TESTMOD: | |
| 0100 BD E0 0F JSR mprimm | |
| 0103 48 65 6C 6C 6F 20 66 6F 6C 6B 73 0D 0A 00 .CSTR "Hello folks",$d,$a | |
| 0111 BD 01 48 JSR hdtest | |
| 0114 27 19 BEQ m68 | |
| 0116 BD E0 0F JSR MPRIMM | |
| 0119 0D 0A 48 69 20 66 72 6F 6D 20 48 44 36 33 30 39 0D 0A 00 .CSTR $0d,$0a,"Hi from HD6309",$0d,$0a | |
| 012C 7E E0 00 JMP MRESET | |
| 012F M68: | |
| 012F BD E0 0F JSR MPRIMM | |
| 0132 0D 0A 48 69 20 66 72 6F 6D 20 4D 43 36 38 30 39 0D 0A 00 .CSTR $0d,$0a,"Hi from MC6809",$0d,$0a | |
| 0145 7E E0 00 JMP MRESET | |
| 0148 HDTEST: | |
| 0148 34 06 PSHS d | |
| 014A 10 43 FDB $1043 | |
| 014C E1 61 CMPB 1,s | |
| 014E 35 86 PULS d,pc | |
| MRESET: E000 DEFINED AT LINE 2 | |
| > USED AT LINE 22 | |
| > USED AT LINE 26 | |
| MSERIN: E003 DEFINED AT LINE 3 | |
| MSEROUT: E006 DEFINED AT LINE 4 | |
| MPRINT2: E009 DEFINED AT LINE 5 | |
| MPRINTX: E00C DEFINED AT LINE 6 | |
| MPRIMM: E00F DEFINED AT LINE 7 | |
| > USED AT LINE 16 | |
| > USED AT LINE 20 | |
| > USED AT LINE 24 | |
| TESTMOD: 0100 DEFINED AT LINE 15 | |
| M68: 012F DEFINED AT LINE 23 | |
| > USED AT LINE 19 | |
| HDTEST: 0148 DEFINED AT LINE 28 | |
| > USED AT LINE 18 |
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| 0000 ; Monitor vectors: | |
| 0000 MRESET: EQU $E000 | |
| 0000 MSERIN: EQU $E003 | |
| 0000 MSEROUT: EQU $E006 | |
| 0000 MPRINT2: EQU $E009 | |
| 0000 MPRINTX: EQU $E00C | |
| 0000 MPRIMM: EQU $E00F | |
| 0100 .ORG $100 | |
| 0100 .ENT $ | |
| 0100 .PRAGMA 6309 | |
| 0100 .PRAGMA srec | |
| 0100 ; test 20 | |
| 0100 ; here are your space: | |
| 0100 TESTMOD: | |
| 0100 BD 01 37 JSR hdtest | |
| 0103 27 19 BEQ m68 | |
| 0105 BD E0 0F JSR MPRIMM | |
| 0108 0D 0A 48 69 20 66 72 6F 6D 20 48 44 36 33 30 39 0D 0A 00 .CSTR $0d,$0a,"Hi from HD6309",$0d,$0a | |
| 011B 7E E0 00 JMP MRESET | |
| 011E M68: | |
| 011E BD E0 0F JSR MPRIMM | |
| 0121 0D 0A 48 69 20 66 72 6F 6D 20 4D 43 36 38 30 39 0D 0A 00 .CSTR $0d,$0a,"Hi from MC6809",$0d,$0a | |
| 0134 7E E0 00 JMP MRESET | |
| 0137 HDTEST: | |
| 0137 34 06 PSHS d | |
| 0139 ;FDB $1043 | |
| 0139 10 43 COMD | |
| 013B E1 61 CMPB 1,s | |
| 013D 35 86 PULS d,pc | |
| 013F 11 31 6F 64 BIAND a,7,5,100 | |
| MRESET: E000 DEFINED AT LINE 2 | |
| > USED AT LINE 23 | |
| > USED AT LINE 27 | |
| MSERIN: E003 DEFINED AT LINE 3 | |
| MSEROUT: E006 DEFINED AT LINE 4 | |
| MPRINT2: E009 DEFINED AT LINE 5 | |
| MPRINTX: E00C DEFINED AT LINE 6 | |
| MPRIMM: E00F DEFINED AT LINE 7 | |
| > USED AT LINE 21 | |
| > USED AT LINE 25 | |
| TESTMOD: 0100 DEFINED AT LINE 18 | |
| M68: 011E DEFINED AT LINE 24 | |
| > USED AT LINE 20 | |
| HDTEST: 0137 DEFINED AT LINE 29 | |
| > USED AT LINE 19 |
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| S1130100BD01372719BDE00F0D0A48692066726FDC | |
| S11301106D204844363330390D0A007EE000BDE0DF | |
| S11301200F0D0A48692066726F6D204D43363830D3 | |
| S1130130390D0A007EE00034061043E16135861173 | |
| S1060140316F64B5 | |
| S9030100FB |
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| S113010000BD01372719BDE00F0D0A48692066726FDC | |
| S1130110006D204844363330390D0A007EE000BDE0DF | |
| S1130120000F0D0A48692066726F6D204D43363830D3 | |
| S112013000390D0A007EE00034061043E161358685 | |
| S9030000FC |
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| .macro wait_until_bit_6 | |
| loop%%M: | |
| IN A, %%1 | |
| BIT 6,A | |
| JR Z,loop%%M | |
| .endm | |
| l000 ;test | |
| lasky equ 22 | |
| lasky equ 55 | |
| db lasky | |
| wait_until_bit_6 lasky | |
| wait_until_bit_6 6 | |
| lasky equ 33 | |
| db lasky | |
| wait_until_bit_6 lasky |
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| {} |
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| :1000000037DB37CB7728FADB06CB7728FA21DB21E1 | |
| :04001000CB7728FA88 | |
| :00000001FF |
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| 0000 ; | |
| 0000 LASKY: EQU 22 | |
| 0000 LASKY: EQU 55 | |
| 0000 37 DB lasky | |
| 0001 ; | |
| **MACRO UNROLL - WAIT_UNTIL_BIT_6 | |
| 0001 LOOPM_5: | |
| 0001 DB 37 IN A,lasky | |
| 0003 CB 77 BIT 6,A | |
| 0005 28 FA JR Z,loopM_5 | |
| **MACRO UNROLL - WAIT_UNTIL_BIT_6 | |
| 0007 LOOPM_6: | |
| 0007 DB 06 IN A,6 | |
| 0009 CB 77 BIT 6,A | |
| 000B 28 FA JR Z,loopM_6 | |
| 000D ; | |
| 000D LASKY: EQU 33 | |
| 000D 21 DB lasky | |
| **MACRO UNROLL - WAIT_UNTIL_BIT_6 | |
| 000E LOOPM_10: | |
| 000E DB 21 IN A,lasky | |
| 0010 CB 77 BIT 6,A | |
| 0012 28 FA JR Z,loopM_10 | |
| LASKY: 0021 DEFINED AT LINE 15 | |
| > USED AT LINE 10 | |
| > USED AT LINE 3 | |
| > USED AT LINE 16 | |
| > USED AT LINE 3 | |
| LOOPM_5: 0001 DEFINED AT LINE 2 | |
| > USED AT LINE 5 | |
| LOOPM_6: 0007 DEFINED AT LINE 2 | |
| > USED AT LINE 5 | |
| LOOPM_10: 000E DEFINED AT LINE 2 | |
| > USED AT LINE 5 |
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| ;NAM TB01V137 | |
| ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| ;* REVISED 30-DEC-77 | |
| ;* REVISED 18-JAN-78 | |
| ;* REVISED 10-APR-78 | |
| ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| ;* REVISED 21-NOV-84 FOR 6809 | |
| ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| ;* | |
| .engine kilo | |
| EOL: EQU $04 | |
| ETX: EQU $03 | |
| SPACE: EQU $20 | |
| CR: EQU $0D | |
| LF: EQU $0A | |
| BS: EQU $08 | |
| CAN: EQU $18 | |
| BELL: EQU $07 | |
| FILL: EQU $00 | |
| DEL: EQU $7F | |
| BSIZE: EQU 73 | |
| STKCUS: EQU 48 | |
| ;* | |
| bACIA equ $83FE | |
| RMCR EQU bACIA | |
| TRCS EQU bACIA | |
| RECEV EQU bACIA+1 | |
| TRANS EQU bACIA+1 | |
| CNTL1 EQU $03 | |
| CNTL2 EQU $15 | |
| RDRF EQU $01 | |
| ORFE EQU $20 | |
| TDRE EQU $02 | |
| ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| ;* DESIRED ROM AND RAM LAYOUT | |
| LORAM EQU $0080 ;ADDRESS OF DIRECT PAGE SCRATCH RAM | |
| BUFFER EQU $0200 ;ADDRESS OF MAIN RAM | |
| RAMSIZ EQU $2000 ;SIZE OF MAIN RAM | |
| ROMADR EQU $f000 ;ADDRESS OF TINY BASIC ROM | |
| ;* | |
| RAMBEG EQU BUFFER+BSIZE | |
| RAMEND EQU BUFFER+RAMSIZ | |
| ;* | |
| RAMPAT EQU $AA0F | |
| ROMPAT EQU $F055 | |
| ;* | |
| ; ORG LORAM | |
| .bsseg | |
| .org 6 | |
| USRBAS: RMB 2 | |
| USRTOP: RMB 2 | |
| STKLIM: RMB 2 | |
| STKTOP: RMB 2 | |
| CURSOR: RMB 2 | |
| SAVESP: RMB 2 | |
| LINENB: RMB 2 | |
| SCRTCH: RMB 2 | |
| CHAR: RMB 2 | |
| ZONE: RMB 1 | |
| MODE: RMB 1 | |
| RESRVD: RMB 1 | |
| LOEND: EQU $ | |
| ;* | |
| .cseg | |
| .ORG 0xfff0 | |
| ;reserved | |
| DW reset | |
| ;SWI3 | |
| DW reset | |
| ;SWI2 | |
| DW reset | |
| ;FIRQ | |
| DW reset | |
| ;IRQ | |
| DW reset | |
| ;SWI | |
| DW reset | |
| ;NMI | |
| DW reset | |
| ;RES | |
| DW reset | |
| .block | |
| org $e400 | |
| @reset: | |
| .ent $ | |
| BASIC: JMP SETUP | |
| .cstr "MOD9BASIC" | |
| WARMS LDS STKTOP | |
| JSR INTEEE | |
| BRA WMS05 | |
| SETUP LDS #RAMEND-52 | |
| SET03 STS STKTOP | |
| JSR INTEEE | |
| CLEAR LDD #RAMBEG | |
| STD USRBAS | |
| STD USRTOP | |
| CLR02 STD STKLIM | |
| WMS05 JSR CRLF | |
| LDX #VSTR | |
| JSR PUTSTR | |
| CMDB LDS STKTOP | |
| CLR MODE | |
| JSR CRLF | |
| LDX USRBAS | |
| STX CURSOR | |
| CMDE LDX #0000 | |
| STX LINENB | |
| TST MODE | |
| BNE CMD01 | |
| LDA #":" | |
| JSR PUTCHR | |
| CMD01 JSR GETLIN | |
| JSR TSTNBR | |
| BCC CMD02 | |
| BVS CMD05 | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BEQ CMDE | |
| JSR MSLINE | |
| BRA CMDB | |
| CMD02 PSHS X | |
| LDX USRTOP | |
| CMPX STKLIM | |
| PULS X | |
| BEQ CMD03 | |
| JMP ERRORR | |
| CMD03 ADDD #0 | |
| BEQ CMD05 | |
| CMD04 PSHS D | |
| SUBD #9999 | |
| PULS D | |
| BHI CMD05 | |
| BSR EDITOR | |
| BRA CMDE | |
| CMD05 JMP ERRORS | |
| VSTR DB "TINY V1.37" | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| EDITOR PSHS D | |
| JSR SKIPSP | |
| STX SCRTCH | |
| LDA 0,S | |
| LDX CURSOR | |
| CMPX USRTOP | |
| BEQ ED00 | |
| CMPD 0,X | |
| BCC ED01 | |
| ED00 LDX USRBAS | |
| ED01 JSR FNDLIN | |
| STX CURSOR | |
| BCS ED04 | |
| STX SAVESP | |
| LEAX 2,X | |
| ED02 LDA ,X+ | |
| CMPA #EOL | |
| BNE ED02 | |
| ED03 CMPX USRTOP | |
| BEQ ED35 | |
| LDA ,X+ | |
| STX CHAR | |
| LDX SAVESP | |
| STA ,X+ | |
| STX SAVESP | |
| LDX CHAR | |
| BRA ED03 | |
| ED35 LDX SAVESP | |
| STX USRTOP | |
| STX STKLIM | |
| ED04 LDX SCRTCH | |
| LDB #-1 | |
| ED05 INCB | |
| LDA ,X+ | |
| CMPA #EOL | |
| BNE ED05 | |
| TSTB | |
| BNE ED55 | |
| LEAS 2,S | |
| RTS | |
| ED55 LEAX -1,X | |
| ADDB #4 | |
| ED06 LEAX -1,X | |
| DECB | |
| LDA 0,X | |
| CMPA #SPACE | |
| BEQ ED06 | |
| LDA #EOL | |
| STA 1,X | |
| CLRA | |
| LDX USRTOP | |
| STX CHAR | |
| ADDD USRTOP | |
| STD USRTOP | |
| STD STKLIM | |
| JSR TSTSTK | |
| BCC ED07 | |
| STX USRTOP | |
| STX STKLIM | |
| JMP ERRORF | |
| ED07 LDX USRTOP | |
| ED08 STX SAVESP | |
| LDX CHAR | |
| CMPX CURSOR | |
| BEQ ED09 | |
| LDA ,-X | |
| STX CHAR | |
| LDX SAVESP | |
| STA ,-X | |
| BRA ED08 | |
| ED09 PULS D | |
| LDX CURSOR | |
| STD ,X++ | |
| STX CHAR | |
| ED10 LDX SCRTCH | |
| LDA ,X+ | |
| STX SCRTCH | |
| LDX CHAR | |
| STA ,X+ | |
| STX CHAR | |
| CMPA #EOL | |
| BNE ED10 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| PUTS01 JSR PUTCHR | |
| LEAX 1,X | |
| PUTSTR LDA 0,X | |
| CMPA #EOL | |
| BNE PUTS01 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| CRLF LDX #CRLFST | |
| BSR PUTSTR | |
| CLR ZONE | |
| RTS | |
| CRLFST FCB CR,LF,DEL,FILL,FILL,FILL,EOL | |
| ;****************************** | |
| ;****************************** | |
| ERRORF BSR ER01 | |
| DB "SORRY" | |
| FCB EOL | |
| ERRORS BSR ER01 | |
| DB "WHAT ?" | |
| FCB EOL | |
| ERRORR BSR ER01 | |
| DB "HOW ?" | |
| FCB EOL | |
| BREAK BSR ER01 | |
| DB "BREAK" | |
| FCB EOL | |
| END: BSR ER01 | |
| DB "STOP" | |
| FCB EOL | |
| ER01 BSR CRLF | |
| LDA #BELL | |
| JSR PUTCHR | |
| LDD LINENB | |
| JSR PRNT4 | |
| LDA #SPACE | |
| JSR PUTCHR | |
| PULS X | |
| BSR PUTSTR | |
| BSR CRLF | |
| JMP CMDB | |
| ;****************************** | |
| ;****************************** | |
| GL00 BSR CRLF | |
| GETLIN LDX #BUFFER | |
| GL03 JSR GETCHR | |
| CMPA #SPACE | |
| BCS GL05 | |
| CMPA #$7F | |
| BEQ GL03 | |
| CMPX #BUFFER+BSIZE-1 | |
| BNE GL04 | |
| LDA #BELL | |
| BRA GL02 | |
| GL04 STA ,X+ | |
| GL02 JSR PUTCHR | |
| BRA GL03 | |
| GL05 CMPA #BS | |
| BEQ GL07 | |
| CMPA #CAN | |
| BEQ GL00 | |
| CMPA #LF | |
| BEQ GL09 | |
| CMPA #CR | |
| BNE GL03 | |
| TST MODE | |
| BEQ GL06 | |
| JSR PUTCHR | |
| BRA GL08 | |
| GL06 PSHS X | |
| JSR CRLF | |
| PULS X | |
| GL08 LDA #EOL | |
| STA 0,X | |
| LDX #BUFFER | |
| RTS | |
| GL07 CMPX #BUFFER | |
| BEQ GL03 | |
| LEAX -1,X | |
| LDA #BS | |
| JSR PUTCHR | |
| LDA #SPACE | |
| JSR PUTCHR | |
| LDA #BS | |
| BRA GL02 | |
| GL09 ORCC #$01 | |
| ROR MODE | |
| BRA GL02 | |
| ;****************************** | |
| ;****************************** | |
| REM00 LEAX 1,X | |
| REM BSR SKIPSP | |
| CMPA #EOL | |
| BNE REM00 | |
| ENDSMT JSR TSTEOL | |
| ENDS02 LDA LINENB | |
| ORA LINENB+1 | |
| BEQ REM09 | |
| REM05 CMPX USRTOP | |
| BNE NXTLIN | |
| JMP ERRORR | |
| NXTLIN LDD ,X++ | |
| STD LINENB | |
| MSLINE JSR TSTBRK | |
| BSR IFAN | |
| BCS IMPLET | |
| PSHS D | |
| REM09 RTS | |
| IMPLET JMP LET | |
| ;****************************** | |
| ;****************************** | |
| IFAN BSR SKIPSP | |
| STX CURSOR | |
| LDX #VERBT | |
| FAN00: LDA ,X+ | |
| CMPA #EOL | |
| BNE FAN04 | |
| LDX CURSOR | |
| ORCC #$01 | |
| RTS | |
| FAN04 STX CHAR | |
| LDX CURSOR | |
| STX SCRTCH | |
| FAN05 LDX SCRTCH | |
| CMPA 0,X | |
| BNE FAN07 | |
| LEAX 1,X | |
| STX SCRTCH | |
| LDX CHAR | |
| LDA ,X+ | |
| STX CHAR | |
| CMPA #EOL | |
| BNE FAN05 | |
| LDD 0,X | |
| LDX SCRTCH | |
| ANDCC #$FE | |
| RTS | |
| FAN07 LDX CHAR | |
| FAN08 LDA ,X+ | |
| CMPA #EOL | |
| BNE FAN08 | |
| LEAX 2,X | |
| BRA FAN00 | |
| ;****************************** | |
| ;****************************** | |
| NXTNSP LEAX 1,X | |
| SKIPSP LDA 0,X | |
| CMPA #SPACE | |
| BEQ NXTNSP | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTHEX BSR TSTDIG | |
| BCC TST05 | |
| CMPA #"A" | |
| BCS TST03 | |
| CMPA #"F" | |
| BHI TST03 | |
| SUBA #"A"-10 | |
| ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTLTR CMPA #"A" | |
| BCS TST03 | |
| CMPA #"Z" | |
| BLS TST05 | |
| TST03 ORCC #$01 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTDIG CMPA #"0" | |
| BCS TST03 | |
| CMPA #"9" | |
| BHI TST03 | |
| SUBA #"0" | |
| TST05 ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTVAR BSR SKIPSP | |
| BSR TSTLTR | |
| BCS TSTV03 | |
| TFR A,B | |
| LDA 1,X | |
| BSR TSTLTR | |
| BCC TST03 | |
| LEAX 1,X | |
| SUBB #"A" | |
| ASLB | |
| CLRA | |
| ADDD STKTOP | |
| TSTV02 ANDCC #$FE | |
| TSTV03 RTS | |
| ;****************************** | |
| ;****************************** | |
| USER JSR ARGONE | |
| PSHS D | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ USER03 | |
| CMPA #")" | |
| ORCC #$01 | |
| BEQ USER05 | |
| USER02 JMP ERRORS | |
| USER03 LEAX 1,X | |
| JSR EXPR | |
| PSHS A | |
| JSR SKIPSP | |
| CMPA #")" | |
| PULS A | |
| BNE USER02 | |
| ANDCC #$FE | |
| USER05 LEAX 1,X | |
| STX CURSOR | |
| JSR [,S++] | |
| LDX CURSOR | |
| ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTSNB JSR SKIPSP | |
| CMPA #"-" | |
| BNE TSTNBR | |
| LEAX 1,X | |
| BSR TSTNBR | |
| BCS TSN02 | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| ANDCC #$FC | |
| TSN02 RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTNBR JSR SKIPSP | |
| JSR TSTDIG | |
| BCC TSTN02 | |
| CMPA #"$" | |
| ORCC #$01 | |
| BNE TSTN09 | |
| TSTN20 LEAX 1,X | |
| CLR ,-S | |
| CLR ,-S | |
| TSTN23 LDA 0,X | |
| JSR TSTHEX | |
| BCS TSTN07 | |
| LEAX 1,X | |
| PSHS X | |
| PSHS A | |
| LDD 3,S | |
| BITA #$F0 | |
| BNE TSTN11 | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ADDB ,S+ | |
| STD 2,S | |
| PULS X | |
| BRA TSTN23 | |
| TSTN02 LEAX 1,X | |
| PSHS A | |
| CLR ,-S | |
| TSTN03 LDA 0,X | |
| JSR TSTDIG | |
| BCS TSTN07 | |
| LEAX 1,X | |
| PSHS X | |
| PSHS A | |
| LDD 3,S | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ADDD 3,S | |
| BVS TSTN11 | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ADDB 0,S | |
| ADCA #0 | |
| BVS TSTN11 | |
| STD 3,S | |
| LEAS 1,S | |
| PULS X | |
| BRA TSTN03 | |
| TSTN07 PULS D | |
| ANDCC #$FE | |
| TSTN09 ANDCC #$FD | |
| RTS | |
| TSTN11 LDX 1,S | |
| LEAS 5,S | |
| ORCC #$03 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTSTK STS SAVESP | |
| LDD SAVESP | |
| SUBD #STKCUS | |
| SUBD STKLIM | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| PEEK JSR PAREXP | |
| PSHS D | |
| PSHS X | |
| LDB [2,S] | |
| PULS X | |
| LEAS 2,S | |
| CLRA | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| POKE JSR PAREXP | |
| PSHS D | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ POKE05 | |
| JMP ERRORS | |
| POKE05 LEAX 1,X | |
| JSR EXPR | |
| JSR TSTEOL | |
| PSHS X | |
| STB [2,S] | |
| PULS X | |
| LEAS 2,S | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| TSTFUN JSR SKIPSP | |
| STX CURSOR | |
| LDX #FUNT | |
| JSR FAN00 | |
| BCS TSTF05 | |
| PSHS D | |
| TSTF05 RTS | |
| ;****************************** | |
| ;****************************** | |
| FUNT DB "USR" | |
| FCB EOL | |
| FDB USER | |
| DB "PEEK" | |
| FCB EOL | |
| FDB PEEK | |
| DB "MEM" | |
| FCB EOL | |
| FDB TSTSTK | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| FLINE LDX USRBAS | |
| FNDLIN CMPX USRTOP | |
| BNE FND03 | |
| ORCC #$03 | |
| RTS | |
| FND03 CMPD 0,X | |
| BNE FND05 | |
| ANDCC #$FC | |
| RTS | |
| FND05 BCC FND07 | |
| ORCC #$01 | |
| ANDCC #$FD | |
| RTS | |
| FND07 PSHS A | |
| LDA #EOL | |
| LEAX 1,X | |
| FND09 LEAX 1,X | |
| CMPA 0,X | |
| BNE FND09 | |
| PULS A | |
| LEAX 1,X | |
| BRA FNDLIN | |
| ;****************************** | |
| ;****************************** | |
| RELEXP BSR EXPR | |
| PSHS D | |
| CLRB | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ REL06 | |
| CMPA #"<" | |
| BNE REL03 | |
| LEAX 1,X | |
| INCB | |
| JSR SKIPSP | |
| CMPA #">" | |
| BNE REL05 | |
| LEAX 1,X | |
| ADDB #4 | |
| BRA REL07 | |
| REL03 CMPA #">" | |
| BNE EXPR06 | |
| LEAX 1,X | |
| ADDB #4 | |
| JSR SKIPSP | |
| REL05 CMPA #"=" | |
| BNE REL07 | |
| REL06 LEAX 1,X | |
| ADDB #2 | |
| REL07 PSHS B | |
| BSR EXPR | |
| PSHS X | |
| SUBD 3,S | |
| TFR CC,A | |
| LSRA | |
| TFR A,B | |
| ASLA | |
| ASLA | |
| PSHS B | |
| ADDA ,S+ | |
| ANDA #$06 | |
| BNE REL08 | |
| INCA | |
| REL08 CLRB | |
| ANDA 2,S | |
| BEQ REL09 | |
| COMB | |
| REL09 CLRA | |
| PULS X | |
| LEAS 3,S | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| EXPR CLR ,-S | |
| CLR ,-S | |
| JSR SKIPSP | |
| CMPA #"-" | |
| BEQ EXPR05 | |
| CMPA #"+" | |
| BNE EXPR03 | |
| EXPR02 LEAX 1,X | |
| EXPR03 BSR TERM | |
| EXPR04 ADDD 0,S | |
| STD 0,S | |
| JSR SKIPSP | |
| CMPA #"+" | |
| BEQ EXPR02 | |
| CMPA #"-" | |
| BNE EXPR06 | |
| EXPR05 LEAX 1,X | |
| BSR TERM | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| BRA EXPR04 | |
| EXPR06 PULS D | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TERM JSR FACT | |
| PSHS D | |
| TERM03 JSR SKIPSP | |
| CMPA #"*" | |
| BEQ TERM07 | |
| CMPA #"/" | |
| BEQ TERM05 | |
| PULS D | |
| RTS | |
| TERM05 LEAX 1,X | |
| BSR FACT | |
| PSHS X | |
| LEAX 2,S | |
| PSHS D | |
| EORA 0,X | |
| JSR ABSX | |
| LEAX 0,S | |
| JSR ABSX | |
| PSHS A | |
| LDA #17 | |
| PSHS A | |
| CLRA | |
| CLRB | |
| DIV05 SUBD 2,S | |
| BCC DIV07 | |
| ADDD 2,S | |
| ANDCC #$FE | |
| BRA DIV09 | |
| DIV07 ORCC #$01 | |
| DIV09 ROL 7,S | |
| ROL 6,S | |
| ROLB | |
| ROLA | |
| DEC 0,S | |
| BNE DIV05 | |
| LDA 1,S | |
| LEAS 4,S | |
| TSTA | |
| BPL TERM06 | |
| LEAX 2,S | |
| BSR NEGX | |
| TERM06 PULS X | |
| BRA TERM03 | |
| TERM07 LEAX 1,X | |
| BSR FACT | |
| MULT PSHS B | |
| LDB 2,S | |
| MUL | |
| LDA 1,S | |
| STB 1,S | |
| LDB 0,S | |
| MUL | |
| LDA 2,S | |
| STB 2,S | |
| PULS B | |
| MUL | |
| ADDA 0,S | |
| ADDA 1,S | |
| STD 0,S | |
| BRA TERM03 | |
| ;****************************** | |
| ;****************************** | |
| FACT JSR TSTVAR | |
| BCS FACT03 | |
| PSHS X | |
| TFR D,X | |
| LDD 0,X | |
| PULS X | |
| FACT02 RTS | |
| FACT03 JSR TSTNBR | |
| BCC FACT02 | |
| JSR TSTFUN | |
| BCC FACT02 | |
| PAREXP BSR ARGONE | |
| PSHS A | |
| JSR SKIPSP | |
| CMPA #")" | |
| PULS A | |
| BNE FACT05 | |
| LEAX 1,X | |
| RTS | |
| FACT05 JMP ERRORS | |
| ;****************************** | |
| ;****************************** | |
| ARGONE JSR TSTSTK | |
| BCC FACT04 | |
| JMP ERRORF | |
| FACT04 JSR SKIPSP | |
| CMPA #"(" | |
| BNE FACT05 | |
| LEAX 1,X | |
| JMP EXPR | |
| ;****************************** | |
| ;****************************** | |
| ABSX TST 0,X | |
| BPL NEG05 | |
| NEGX NEG 0,X | |
| NEG 1,X | |
| BCC NEG05 | |
| DEC 0,X | |
| NEG05 RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTEOL PSHS A | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BEQ TEOL03 | |
| JMP ERRORS | |
| TEOL03 LEAX 1,X | |
| PULS A | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| LET JSR TSTVAR | |
| BCC LET03 | |
| JMP ERRORS | |
| LET03 PSHS D | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ LET05 | |
| JMP ERRORS | |
| LET05 LEAX 1,X | |
| JSR EXPR | |
| BSR TSTEOL | |
| STX CURSOR | |
| PULS X | |
| STD 0,X | |
| LDX CURSOR | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| IF: JSR RELEXP | |
| TSTB | |
| BEQ IF03 | |
| JMP MSLINE | |
| IF03: JMP REM | |
| ;****************************** | |
| ;****************************** | |
| GOTO JSR EXPR | |
| BSR TSTEOL | |
| JSR FLINE | |
| BCS GOSB04 | |
| JMP NXTLIN | |
| ;****************************** | |
| ;****************************** | |
| GOSUB JSR EXPR | |
| BSR TSTEOL | |
| STX CURSOR | |
| JSR FLINE | |
| BCC GOSB03 | |
| GOSB04 JMP ERRORR | |
| GOSB03 JSR TSTSTK | |
| BCC GOSB05 | |
| JMP ERRORF | |
| GOSB05 LDD CURSOR | |
| PSHS D | |
| LDD LINENB | |
| PSHS D | |
| JSR NXTLIN | |
| PULS D | |
| STD LINENB | |
| PULS X | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| RETURN EQU TSTEOL | |
| ;****************************** | |
| ;****************************** | |
| PRINT JSR SKIPSP | |
| PR01 CMPA #"," | |
| BEQ PR05 | |
| CMPA #";" | |
| BEQ PR07 | |
| CMPA #EOL | |
| BEQ PR04 | |
| CMPA #$22 | |
| BNE PR02 | |
| LEAX 1,X | |
| BSR PRNTQS | |
| BRA PR03 | |
| PR02 JSR EXPR | |
| PSHS X | |
| BSR PRNTN | |
| PULS X | |
| PR03 JSR SKIPSP | |
| CMPA #"," | |
| BEQ PR05 | |
| CMPA #";" | |
| BEQ PR07 | |
| CMPA #EOL | |
| BEQ PR04 | |
| JMP ERRORS | |
| PR04 PSHS X | |
| JSR CRLF | |
| PULS X | |
| BRA PR08 | |
| PR05 LDB #$7 | |
| PR06 LDA #SPACE | |
| JSR PUTCHR | |
| BITB ZONE | |
| BNE PR06 | |
| PR07 LEAX 1,X | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BNE PR01 | |
| PR08 LEAX 1,X | |
| JMP ENDS02 | |
| ;* | |
| ;* | |
| PRQ01 JSR PUTCHR | |
| PRNTQS LDA ,X+ | |
| CMPA #EOL | |
| BNE PRQ03 | |
| JMP ERRORS | |
| PRQ03 CMPA #$22 | |
| BNE PRQ01 | |
| RTS | |
| ;* | |
| PRNTN TSTA | |
| BPL PRN03 | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| PSHS A | |
| LDA #"-" | |
| JSR PUTCHR | |
| PULS A | |
| PRN03 LDX #PRNPT-2 | |
| PRN05 LEAX 2,X | |
| CMPD 0,X | |
| BCC PRN07 | |
| CMPX #PRNPTO | |
| BNE PRN05 | |
| PRN07 CLR CHAR | |
| PRN09 CMPD 0,X | |
| BCS PRN11 | |
| SUBD 0,X | |
| INC CHAR | |
| BRA PRN09 | |
| PRN11 PSHS A | |
| LDA #"0" | |
| ADDA CHAR | |
| JSR PUTCHR | |
| PULS A | |
| CMPX #PRNPTO | |
| BEQ PRN13 | |
| LEAX 2,X | |
| BRA PRN07 | |
| PRN13 RTS | |
| PRNPT FDB 10000 | |
| FDB 1000 | |
| FDB 100 | |
| FDB 10 | |
| PRNPTO FDB 1 | |
| ;* | |
| PRNT4 LDX #PRNPT+2 | |
| BRA PRN07 | |
| ;****************************** | |
| ;****************************** | |
| INPUT JSR TSTVAR | |
| BCS IN11 | |
| PSHS D | |
| STX CURSOR | |
| IN03 LDA #"?" | |
| JSR PUTCHR | |
| JSR GETLIN | |
| IN05 JSR SKIPSP | |
| CMPA #EOL | |
| BEQ IN03 | |
| JSR TSTSNB | |
| BCC IN07 | |
| LDX #RMESS | |
| JSR PUTSTR | |
| JSR CRLF | |
| BRA IN03 | |
| IN07 STX SCRTCH | |
| PULS X | |
| STD 0,X | |
| LDX CURSOR | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ IN09 | |
| JMP ENDSMT | |
| IN09 LEAX 1,X | |
| JSR TSTVAR | |
| BCC IN13 | |
| IN11 JMP ERRORS | |
| IN13 PSHS D | |
| PSHS X | |
| LDX SCRTCH | |
| JSR SKIPSP | |
| CMPA #"," | |
| BNE IN05 | |
| LEAX 1,X | |
| BRA IN05 | |
| RMESS DB "RE-ENTER" | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| RUN LDX STKTOP | |
| LDA #52 | |
| RUN01 CLR ,X+ | |
| DECA | |
| BNE RUN01 | |
| LDX USRBAS | |
| JMP REM05 | |
| ;****************************** | |
| ;****************************** | |
| LIST JSR TSTNBR | |
| BCC LIST03 | |
| CLRA | |
| CLRB | |
| STD CURSOR | |
| LDA #$7F | |
| BRA LIST07 | |
| LIST03 STD CURSOR | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ LIST05 | |
| LDA CURSOR | |
| BRA LIST07 | |
| LIST05 LEAX 1,X | |
| JSR TSTNBR | |
| BCC LIST07 | |
| JMP ERRORS | |
| LIST07 JSR TSTEOL | |
| PSHS D | |
| LDD CURSOR | |
| STX CURSOR | |
| JSR FLINE | |
| LIST09 CMPX USRTOP | |
| BEQ LIST10 | |
| PULS D | |
| CMPD 0,X | |
| BCS LIST11 | |
| PSHS D | |
| LDD ,X++ | |
| PSHS X | |
| JSR PRNT4 | |
| PULS X | |
| LDA #SPACE | |
| JSR PUTCHR | |
| JSR PUTSTR | |
| LEAX 1,X | |
| PSHS X | |
| JSR CRLF | |
| PULS X | |
| JSR TSTBRK | |
| BRA LIST09 | |
| LIST10 LEAS 2,S | |
| LDA #ETX | |
| JSR PUTCHR | |
| LIST11 LDX CURSOR | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| VERBT DB "LET" | |
| FCB EOL | |
| FDB LET | |
| DB "IF" | |
| FCB EOL | |
| FDB IF | |
| DB "GOTO" | |
| FCB EOL | |
| FDB GOTO | |
| DB "GOSUB" | |
| FCB EOL | |
| FDB GOSUB | |
| DB "RETURN" | |
| FCB EOL | |
| FDB RETURN | |
| DB "POKE" | |
| FCB EOL | |
| FDB POKE | |
| DB "PRINT" | |
| FCB EOL | |
| FDB PRINT | |
| DB "INPUT" | |
| FCB EOL | |
| FDB INPUT | |
| DB "REM" | |
| FCB EOL | |
| FDB REM | |
| DB "STOP" | |
| FCB EOL | |
| FDB END | |
| DB "END" | |
| FCB EOL | |
| FDB END | |
| DB "RUN" | |
| FCB EOL | |
| FDB RUN | |
| DB "LIST" | |
| FCB EOL | |
| FDB LIST | |
| DB "NEW" | |
| FCB EOL | |
| FDB CLEAR | |
| DB "?" | |
| FCB EOL | |
| FDB PRINT | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| TSTBRK bsr BRKEEE | |
| beq GETC05 | |
| GETCHR bsr INEEE | |
| CMPA #ETX | |
| BNE GETC05 | |
| JMP BREAK | |
| GETC05 RTS | |
| PUTCHR INC ZONE | |
| JMP OUTEEE | |
| ;****************************** | |
| ;****************************** | |
| INEEE BSR BRKEEE | |
| BEQ INEEE | |
| LDA RECEV | |
| ANDA #$7F | |
| RTS | |
| OUTEEE PSHS A | |
| OUT01 LDA TRCS | |
| BITA #TDRE | |
| BEQ OUT01 | |
| PULS A | |
| STA TRANS | |
| RTS | |
| BRKEEE PSHS A | |
| BRK03 LDA TRCS | |
| BITA #ORFE | |
| BEQ BRK05 | |
| LDA RECEV | |
| BRA BRK03 | |
| BRK05 BITA #RDRF | |
| PULS A | |
| RTS | |
| ;* | |
| LDA #CNTL1 | |
| STA RMCR | |
| LDA #CNTL2 | |
| STA TRCS | |
| INTEEE EQU $ | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| .endblock | |
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| {} |
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| :00000001FF |
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| 0000 ;NAM TB01V137 | |
| 0000 ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| 0000 ;* REVISED 30-DEC-77 | |
| 0000 ;* REVISED 18-JAN-78 | |
| 0000 ;* REVISED 10-APR-78 | |
| 0000 ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| 0000 ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| 0000 ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| 0000 ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| 0000 ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| 0000 ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| 0000 ;* REVISED 21-NOV-84 FOR 6809 | |
| 0000 ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| 0000 ;* | |
| 0000 .ENGINE kilo | |
| 0000 EOL: EQU $04 | |
| 0000 ETX: EQU $03 | |
| 0000 SPACE: EQU $20 | |
| 0000 CR: EQU $0D | |
| 0000 LF: EQU $0A | |
| 0000 BS: EQU $08 | |
| 0000 CAN: EQU $18 | |
| 0000 BELL: EQU $07 | |
| 0000 FILL: EQU $00 | |
| 0000 DEL: EQU $7F | |
| 0000 BSIZE: EQU 73 | |
| 0000 STKCUS: EQU 48 | |
| 0000 ;* | |
| 0000 BACIA: EQU $83FE | |
| 0000 RMCR: EQU bACIA | |
| 0000 TRCS: EQU bACIA | |
| 0000 RECEV: EQU bACIA+1 | |
| 0000 TRANS: EQU bACIA+1 | |
| 0000 CNTL1: EQU $03 | |
| 0000 CNTL2: EQU $15 | |
| 0000 RDRF: EQU $01 | |
| 0000 ORFE: EQU $20 | |
| 0000 TDRE: EQU $02 | |
| 0000 ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| 0000 ;* DESIRED ROM AND RAM LAYOUT | |
| 0000 LORAM: EQU $0080 | |
| 0000 BUFFER: EQU $0200 | |
| 0000 RAMSIZ: EQU $2000 | |
| 0000 ROMADR: EQU $f000 | |
| 0000 ;* | |
| 0000 RAMBEG: EQU BUFFER+BSIZE | |
| 0000 RAMEND: EQU BUFFER+RAMSIZ | |
| 0000 ;* | |
| 0000 RAMPAT: EQU $AA0F | |
| 0000 ROMPAT: EQU $F055 | |
| 0000 ;* | |
| 0000 ; ORG LORAM | |
| 0000 .BSSEG | |
| 0006 .ORG 6 | |
| 0006 USRBAS: RMB 2 | |
| 0008 USRTOP: RMB 2 | |
| 000A STKLIM: RMB 2 | |
| 000C STKTOP: RMB 2 | |
| 000E CURSOR: RMB 2 | |
| 0010 SAVESP: RMB 2 | |
| 0012 LINENB: RMB 2 | |
| 0014 SCRTCH: RMB 2 | |
| 0016 CHAR: RMB 2 | |
| 0018 ZONE: RMB 1 | |
| 0019 MODE: RMB 1 | |
| 001A RESRVD: RMB 1 | |
| 001B LOEND: EQU $ | |
| 001B ;* | |
| 0000 .CSEG | |
| FFF0 .ORG 0xfff0 | |
| FFF0 ;reserved | |
| FFF0 E4 00 DW reset | |
| FFF2 ;SWI3 | |
| FFF2 E4 00 DW reset | |
| FFF4 ;SWI2 | |
| FFF4 E4 00 DW reset | |
| FFF6 ;FIRQ | |
| FFF6 E4 00 DW reset | |
| FFF8 ;IRQ | |
| FFF8 E4 00 DW reset | |
| FFFA ;SWI | |
| FFFA E4 00 DW reset | |
| FFFC ;NMI | |
| FFFC E4 00 DW reset | |
| FFFE ;RES | |
| FFFE E4 00 DW reset | |
| 10000 .BLOCK | |
| E400 .ORG $e400 | |
| E400 RESET: | |
| E400 .ENT $ | |
| E400 7E E4 15 BASIC: JMP SETUP | |
| E403 4D 4F 44 39 42 41 53 49 43 00 .CSTR "MOD9BASIC" | |
| E40D 10 DE 0C WARMS: LDS STKTOP | |
| E410 BD EB E7 JSR INTEEE | |
| E413 20 13 BRA WMS05 | |
| E415 10 CE 21 CC SETUP: LDS #RAMEND-52 | |
| E419 10 DF 0C SET03: STS STKTOP | |
| E41C BD EB E7 JSR INTEEE | |
| E41F CC 02 49 CLEAR: LDD #RAMBEG | |
| E422 DD 06 STD USRBAS | |
| E424 DD 08 STD USRTOP | |
| E426 DD 0A CLR02: STD STKLIM | |
| E428 BD E5 3F WMS05: JSR CRLF | |
| E42B 8E E4 83 LDX #VSTR | |
| E42E BD E5 38 JSR PUTSTR | |
| E431 10 DE 0C CMDB: LDS STKTOP | |
| E434 0F 19 CLR MODE | |
| E436 BD E5 3F JSR CRLF | |
| E439 9E 06 LDX USRBAS | |
| E43B 9F 0E STX CURSOR | |
| E43D 8E 00 00 CMDE: LDX #0000 | |
| E440 9F 12 STX LINENB | |
| E442 0D 19 TST MODE | |
| E444 26 05 BNE CMD01 | |
| E446 86 3A LDA #":" | |
| E448 BD EB AC JSR PUTCHR | |
| E44B BD E5 92 CMD01: JSR GETLIN | |
| E44E BD E6 EC JSR TSTNBR | |
| E451 24 0E BCC CMD02 | |
| E453 29 2B BVS CMD05 | |
| E455 BD E6 5D JSR SKIPSP | |
| E458 81 04 CMPA #EOL | |
| E45A 27 E1 BEQ CMDE | |
| E45C BD E6 0F JSR MSLINE | |
| E45F 20 D0 BRA CMDB | |
| E461 34 10 CMD02: PSHS X | |
| E463 9E 08 LDX USRTOP | |
| E465 9C 0A CMPX STKLIM | |
| E467 35 10 PULS X | |
| E469 27 03 BEQ CMD03 | |
| E46B 7E E5 5F JMP ERRORR | |
| E46E C3 00 00 CMD03: ADDD #0 | |
| E471 27 0D BEQ CMD05 | |
| E473 34 06 CMD04: PSHS D | |
| E475 83 27 0F SUBD #9999 | |
| E478 35 06 PULS D | |
| E47A 22 04 BHI CMD05 | |
| E47C 8D 10 BSR EDITOR | |
| E47E 20 BD BRA CMDE | |
| E480 7E E5 56 CMD05: JMP ERRORS | |
| E483 54 49 4E 59 20 56 31 2E 33 37 VSTR: DB "TINY V1.37" | |
| E48D 04 FCB EOL | |
| E48E ;****************************** | |
| E48E ;****************************** | |
| E48E 34 06 EDITOR: PSHS D | |
| E490 BD E6 5D JSR SKIPSP | |
| E493 9F 14 STX SCRTCH | |
| E495 A6 60 LDA 0,S | |
| E497 9E 0E LDX CURSOR | |
| E499 9C 08 CMPX USRTOP | |
| E49B 27 05 BEQ ED00 | |
| E49D 10 A3 00 CMPD 0,X | |
| E4A0 24 02 BCC ED01 | |
| E4A2 9E 06 ED00: LDX USRBAS | |
| E4A4 BD E7 C6 ED01: JSR FNDLIN | |
| E4A7 9F 0E STX CURSOR | |
| E4A9 25 22 BCS ED04 | |
| E4AB 9F 10 STX SAVESP | |
| E4AD 30 02 LEAX 2,X | |
| E4AF A6 80 ED02: LDA ,X+ | |
| E4B1 81 04 CMPA #EOL | |
| E4B3 26 FA BNE ED02 | |
| E4B5 9C 08 ED03: CMPX USRTOP | |
| E4B7 27 0E BEQ ED35 | |
| E4B9 A6 80 LDA ,X+ | |
| E4BB 9F 16 STX CHAR | |
| E4BD 9E 10 LDX SAVESP | |
| E4BF A7 80 STA ,X+ | |
| E4C1 9F 10 STX SAVESP | |
| E4C3 9E 16 LDX CHAR | |
| E4C5 20 EE BRA ED03 | |
| E4C7 9E 10 ED35: LDX SAVESP | |
| E4C9 9F 08 STX USRTOP | |
| E4CB 9F 0A STX STKLIM | |
| E4CD 9E 14 ED04: LDX SCRTCH | |
| E4CF C6 FF LDB #-1 | |
| E4D1 5C ED05: INCB | |
| E4D2 A6 80 LDA ,X+ | |
| E4D4 81 04 CMPA #EOL | |
| E4D6 26 F9 BNE ED05 | |
| E4D8 5D TSTB | |
| E4D9 26 03 BNE ED55 | |
| E4DB 32 62 LEAS 2,S | |
| E4DD 39 RTS | |
| E4DE 30 1F ED55: LEAX -1,X | |
| E4E0 CB 04 ADDB #4 | |
| E4E2 30 1F ED06: LEAX -1,X | |
| E4E4 5A DECB | |
| E4E5 A6 00 LDA 0,X | |
| E4E7 81 20 CMPA #SPACE | |
| E4E9 27 F7 BEQ ED06 | |
| E4EB 86 04 LDA #EOL | |
| E4ED A7 01 STA 1,X | |
| E4EF 4F CLRA | |
| E4F0 9E 08 LDX USRTOP | |
| E4F2 9F 16 STX CHAR | |
| E4F4 D3 08 ADDD USRTOP | |
| E4F6 DD 08 STD USRTOP | |
| E4F8 DD 0A STD STKLIM | |
| E4FA BD E7 64 JSR TSTSTK | |
| E4FD 24 07 BCC ED07 | |
| E4FF 9F 08 STX USRTOP | |
| E501 9F 0A STX STKLIM | |
| E503 7E E5 4E JMP ERRORF | |
| E506 9E 08 ED07: LDX USRTOP | |
| E508 9F 10 ED08: STX SAVESP | |
| E50A 9E 16 LDX CHAR | |
| E50C 9C 0E CMPX CURSOR | |
| E50E 27 0A BEQ ED09 | |
| E510 A6 82 LDA ,-X | |
| E512 9F 16 STX CHAR | |
| E514 9E 10 LDX SAVESP | |
| E516 A7 82 STA ,-X | |
| E518 20 EE BRA ED08 | |
| E51A 35 06 ED09: PULS D | |
| E51C 9E 0E LDX CURSOR | |
| E51E ED 81 STD ,X++ | |
| E520 9F 16 STX CHAR | |
| E522 9E 14 ED10: LDX SCRTCH | |
| E524 A6 80 LDA ,X+ | |
| E526 9F 14 STX SCRTCH | |
| E528 9E 16 LDX CHAR | |
| E52A A7 80 STA ,X+ | |
| E52C 9F 16 STX CHAR | |
| E52E 81 04 CMPA #EOL | |
| E530 26 F0 BNE ED10 | |
| E532 39 RTS | |
| E533 ;****************************** | |
| E533 ;****************************** | |
| E533 BD EB AC PUTS01: JSR PUTCHR | |
| E536 30 01 LEAX 1,X | |
| E538 A6 00 PUTSTR: LDA 0,X | |
| E53A 81 04 CMPA #EOL | |
| E53C 26 F5 BNE PUTS01 | |
| E53E 39 RTS | |
| E53F ;****************************** | |
| E53F ;****************************** | |
| E53F 8E E5 47 CRLF: LDX #CRLFST | |
| E542 8D F4 BSR PUTSTR | |
| E544 0F 18 CLR ZONE | |
| E546 39 RTS | |
| E547 0D 0A 7F 00 00 00 04 CRLFST: FCB CR,LF,DEL,FILL,FILL,FILL,EOL | |
| E54E ;****************************** | |
| E54E ;****************************** | |
| E54E 8D 26 ERRORF: BSR ER01 | |
| E550 53 4F 52 52 59 DB "SORRY" | |
| E555 04 FCB EOL | |
| E556 8D 1E ERRORS: BSR ER01 | |
| E558 57 48 41 54 20 3F DB "WHAT ?" | |
| E55E 04 FCB EOL | |
| E55F 8D 15 ERRORR: BSR ER01 | |
| E561 48 4F 57 20 3F DB "HOW ?" | |
| E566 04 FCB EOL | |
| E567 8D 0D BREAK: BSR ER01 | |
| E569 42 52 45 41 4B DB "BREAK" | |
| E56E 04 FCB EOL | |
| E56F 8D 05 END: BSR ER01 | |
| E571 53 54 4F 50 DB "STOP" | |
| E575 04 FCB EOL | |
| E576 8D C7 ER01: BSR CRLF | |
| E578 86 07 LDA #BELL | |
| E57A BD EB AC JSR PUTCHR | |
| E57D DC 12 LDD LINENB | |
| E57F BD EA 60 JSR PRNT4 | |
| E582 86 20 LDA #SPACE | |
| E584 BD EB AC JSR PUTCHR | |
| E587 35 10 PULS X | |
| E589 8D AD BSR PUTSTR | |
| E58B 8D B2 BSR CRLF | |
| E58D 7E E4 31 JMP CMDB | |
| E590 ;****************************** | |
| E590 ;****************************** | |
| E590 8D AD GL00: BSR CRLF | |
| E592 8E 02 00 GETLIN: LDX #BUFFER | |
| E595 BD EB A2 GL03: JSR GETCHR | |
| E598 81 20 CMPA #SPACE | |
| E59A 25 14 BCS GL05 | |
| E59C 81 7F CMPA #$7F | |
| E59E 27 F5 BEQ GL03 | |
| E5A0 8C 02 48 CMPX #BUFFER+BSIZE-1 | |
| E5A3 26 04 BNE GL04 | |
| E5A5 86 07 LDA #BELL | |
| E5A7 20 02 BRA GL02 | |
| E5A9 A7 80 GL04: STA ,X+ | |
| E5AB BD EB AC GL02: JSR PUTCHR | |
| E5AE 20 E5 BRA GL03 | |
| E5B0 81 08 GL05: CMPA #BS | |
| E5B2 27 24 BEQ GL07 | |
| E5B4 81 18 CMPA #CAN | |
| E5B6 27 D8 BEQ GL00 | |
| E5B8 81 0A CMPA #LF | |
| E5BA 27 31 BEQ GL09 | |
| E5BC 81 0D CMPA #CR | |
| E5BE 26 D5 BNE GL03 | |
| E5C0 0D 19 TST MODE | |
| E5C2 27 05 BEQ GL06 | |
| E5C4 BD EB AC JSR PUTCHR | |
| E5C7 20 07 BRA GL08 | |
| E5C9 34 10 GL06: PSHS X | |
| E5CB BD E5 3F JSR CRLF | |
| E5CE 35 10 PULS X | |
| E5D0 86 04 GL08: LDA #EOL | |
| E5D2 A7 00 STA 0,X | |
| E5D4 8E 02 00 LDX #BUFFER | |
| E5D7 39 RTS | |
| E5D8 8C 02 00 GL07: CMPX #BUFFER | |
| E5DB 27 B8 BEQ GL03 | |
| E5DD 30 1F LEAX -1,X | |
| E5DF 86 08 LDA #BS | |
| E5E1 BD EB AC JSR PUTCHR | |
| E5E4 86 20 LDA #SPACE | |
| E5E6 BD EB AC JSR PUTCHR | |
| E5E9 86 08 LDA #BS | |
| E5EB 20 BE BRA GL02 | |
| E5ED 1A 01 GL09: ORCC #$01 | |
| E5EF 06 19 ROR MODE | |
| E5F1 20 B8 BRA GL02 | |
| E5F3 ;****************************** | |
| E5F3 ;****************************** | |
| E5F3 30 01 REM00: LEAX 1,X | |
| E5F5 8D 66 REM: BSR SKIPSP | |
| E5F7 81 04 CMPA #EOL | |
| E5F9 26 F8 BNE REM00 | |
| E5FB BD E9 33 ENDSMT: JSR TSTEOL | |
| E5FE 96 12 ENDS02: LDA LINENB | |
| E600 9A 13 ORA LINENB+1 | |
| E602 27 14 BEQ REM09 | |
| E604 9C 08 REM05: CMPX USRTOP | |
| E606 26 03 BNE NXTLIN | |
| E608 7E E5 5F JMP ERRORR | |
| E60B EC 81 NXTLIN: LDD ,X++ | |
| E60D DD 12 STD LINENB | |
| E60F BD EB 9E MSLINE: JSR TSTBRK | |
| E612 8D 08 BSR IFAN | |
| E614 25 03 BCS IMPLET | |
| E616 34 06 PSHS D | |
| E618 39 REM09: RTS | |
| E619 7E E9 44 IMPLET: JMP LET | |
| E61C ;****************************** | |
| E61C ;****************************** | |
| E61C 8D 3F IFAN: BSR SKIPSP | |
| E61E 9F 0E STX CURSOR | |
| E620 8E EB 39 LDX #VERBT | |
| E623 A6 80 FAN00: LDA ,X+ | |
| E625 81 04 CMPA #EOL | |
| E627 26 05 BNE FAN04 | |
| E629 9E 0E LDX CURSOR | |
| E62B 1A 01 ORCC #$01 | |
| E62D 39 RTS | |
| E62E 9F 16 FAN04: STX CHAR | |
| E630 9E 0E LDX CURSOR | |
| E632 9F 14 STX SCRTCH | |
| E634 9E 14 FAN05: LDX SCRTCH | |
| E636 A1 00 CMPA 0,X | |
| E638 26 15 BNE FAN07 | |
| E63A 30 01 LEAX 1,X | |
| E63C 9F 14 STX SCRTCH | |
| E63E 9E 16 LDX CHAR | |
| E640 A6 80 LDA ,X+ | |
| E642 9F 16 STX CHAR | |
| E644 81 04 CMPA #EOL | |
| E646 26 EC BNE FAN05 | |
| E648 EC 00 LDD 0,X | |
| E64A 9E 14 LDX SCRTCH | |
| E64C 1C FE ANDCC #$FE | |
| E64E 39 RTS | |
| E64F 9E 16 FAN07: LDX CHAR | |
| E651 A6 80 FAN08: LDA ,X+ | |
| E653 81 04 CMPA #EOL | |
| E655 26 FA BNE FAN08 | |
| E657 30 02 LEAX 2,X | |
| E659 20 C8 BRA FAN00 | |
| E65B ;****************************** | |
| E65B ;****************************** | |
| E65B 30 01 NXTNSP: LEAX 1,X | |
| E65D A6 00 SKIPSP: LDA 0,X | |
| E65F 81 20 CMPA #SPACE | |
| E661 27 F8 BEQ NXTNSP | |
| E663 39 RTS | |
| E664 ;****************************** | |
| E664 ;****************************** | |
| E664 8D 1A TSTHEX: BSR TSTDIG | |
| E666 24 22 BCC TST05 | |
| E668 81 41 CMPA #"A" | |
| E66A 25 11 BCS TST03 | |
| E66C 81 46 CMPA #"F" | |
| E66E 22 0D BHI TST03 | |
| E670 80 37 SUBA #"A"-10 | |
| E672 1C FE ANDCC #$FE | |
| E674 39 RTS | |
| E675 ;****************************** | |
| E675 ;****************************** | |
| E675 81 41 TSTLTR: CMPA #"A" | |
| E677 25 04 BCS TST03 | |
| E679 81 5A CMPA #"Z" | |
| E67B 23 0D BLS TST05 | |
| E67D 1A 01 TST03: ORCC #$01 | |
| E67F 39 RTS | |
| E680 ;****************************** | |
| E680 ;****************************** | |
| E680 81 30 TSTDIG: CMPA #"0" | |
| E682 25 F9 BCS TST03 | |
| E684 81 39 CMPA #"9" | |
| E686 22 F5 BHI TST03 | |
| E688 80 30 SUBA #"0" | |
| E68A 1C FE TST05: ANDCC #$FE | |
| E68C 39 RTS | |
| E68D ;****************************** | |
| E68D ;****************************** | |
| E68D 8D CE TSTVAR: BSR SKIPSP | |
| E68F 8D E4 BSR TSTLTR | |
| E691 25 12 BCS TSTV03 | |
| E693 1F 89 TFR A,B | |
| E695 A6 01 LDA 1,X | |
| E697 8D DC BSR TSTLTR | |
| E699 24 E2 BCC TST03 | |
| E69B 30 01 LEAX 1,X | |
| E69D C0 41 SUBB #"A" | |
| E69F 58 ASLB | |
| E6A0 4F CLRA | |
| E6A1 D3 0C ADDD STKTOP | |
| E6A3 1C FE TSTV02: ANDCC #$FE | |
| E6A5 39 TSTV03: RTS | |
| E6A6 ;****************************** | |
| E6A6 ;****************************** | |
| E6A6 BD E9 12 USER: JSR ARGONE | |
| E6A9 34 06 PSHS D | |
| E6AB BD E6 5D JSR SKIPSP | |
| E6AE 81 2C CMPA #"," | |
| E6B0 27 09 BEQ USER03 | |
| E6B2 81 29 CMPA #")" | |
| E6B4 1A 01 ORCC #$01 | |
| E6B6 27 15 BEQ USER05 | |
| E6B8 7E E5 56 USER02: JMP ERRORS | |
| E6BB 30 01 USER03: LEAX 1,X | |
| E6BD BD E8 45 JSR EXPR | |
| E6C0 34 02 PSHS A | |
| E6C2 BD E6 5D JSR SKIPSP | |
| E6C5 81 29 CMPA #")" | |
| E6C7 35 02 PULS A | |
| E6C9 26 ED BNE USER02 | |
| E6CB 1C FE ANDCC #$FE | |
| E6CD 30 01 USER05: LEAX 1,X | |
| E6CF 9F 0E STX CURSOR | |
| E6D1 AD F1 JSR [,S++] | |
| E6D3 9E 0E LDX CURSOR | |
| E6D5 1C FE ANDCC #$FE | |
| E6D7 39 RTS | |
| E6D8 ;****************************** | |
| E6D8 ;****************************** | |
| E6D8 BD E6 5D TSTSNB: JSR SKIPSP | |
| E6DB 81 2D CMPA #"-" | |
| E6DD 26 0D BNE TSTNBR | |
| E6DF 30 01 LEAX 1,X | |
| E6E1 8D 09 BSR TSTNBR | |
| E6E3 25 06 BCS TSN02 | |
| E6E5 40 NEGA | |
| E6E6 50 NEGB | |
| E6E7 82 00 SBCA #0 | |
| E6E9 1C FC ANDCC #$FC | |
| E6EB 39 TSN02: RTS | |
| E6EC ;****************************** | |
| E6EC ;****************************** | |
| E6EC BD E6 5D TSTNBR: JSR SKIPSP | |
| E6EF BD E6 80 JSR TSTDIG | |
| E6F2 24 2F BCC TSTN02 | |
| E6F4 81 24 CMPA #"$" | |
| E6F6 1A 01 ORCC #$01 | |
| E6F8 26 60 BNE TSTN09 | |
| E6FA 30 01 TSTN20: LEAX 1,X | |
| E6FC 6F E2 CLR ,-S | |
| E6FE 6F E2 CLR ,-S | |
| E700 A6 00 TSTN23: LDA 0,X | |
| E702 BD E6 64 JSR TSTHEX | |
| E705 25 4F BCS TSTN07 | |
| E707 30 01 LEAX 1,X | |
| E709 34 10 PSHS X | |
| E70B 34 02 PSHS A | |
| E70D EC 63 LDD 3,S | |
| E70F 85 F0 BITA #$F0 | |
| E711 26 4A BNE TSTN11 | |
| E713 58 ASLB | |
| E714 49 ROLA | |
| E715 58 ASLB | |
| E716 49 ROLA | |
| E717 58 ASLB | |
| E718 49 ROLA | |
| E719 58 ASLB | |
| E71A 49 ROLA | |
| E71B EB E0 ADDB ,S+ | |
| E71D ED 62 STD 2,S | |
| E71F 35 10 PULS X | |
| E721 20 DD BRA TSTN23 | |
| E723 30 01 TSTN02: LEAX 1,X | |
| E725 34 02 PSHS A | |
| E727 6F E2 CLR ,-S | |
| E729 A6 00 TSTN03: LDA 0,X | |
| E72B BD E6 80 JSR TSTDIG | |
| E72E 25 26 BCS TSTN07 | |
| E730 30 01 LEAX 1,X | |
| E732 34 10 PSHS X | |
| E734 34 02 PSHS A | |
| E736 EC 63 LDD 3,S | |
| E738 58 ASLB | |
| E739 49 ROLA | |
| E73A 29 21 BVS TSTN11 | |
| E73C 58 ASLB | |
| E73D 49 ROLA | |
| E73E 29 1D BVS TSTN11 | |
| E740 E3 63 ADDD 3,S | |
| E742 29 19 BVS TSTN11 | |
| E744 58 ASLB | |
| E745 49 ROLA | |
| E746 29 15 BVS TSTN11 | |
| E748 EB 60 ADDB 0,S | |
| E74A 89 00 ADCA #0 | |
| E74C 29 0F BVS TSTN11 | |
| E74E ED 63 STD 3,S | |
| E750 32 61 LEAS 1,S | |
| E752 35 10 PULS X | |
| E754 20 D3 BRA TSTN03 | |
| E756 35 06 TSTN07: PULS D | |
| E758 1C FE ANDCC #$FE | |
| E75A 1C FD TSTN09: ANDCC #$FD | |
| E75C 39 RTS | |
| E75D AE 61 TSTN11: LDX 1,S | |
| E75F 32 65 LEAS 5,S | |
| E761 1A 03 ORCC #$03 | |
| E763 39 RTS | |
| E764 ;****************************** | |
| E764 ;****************************** | |
| E764 10 DF 10 TSTSTK: STS SAVESP | |
| E767 DC 10 LDD SAVESP | |
| E769 83 00 30 SUBD #STKCUS | |
| E76C 93 0A SUBD STKLIM | |
| E76E 39 RTS | |
| E76F ;****************************** | |
| E76F ;****************************** | |
| E76F BD E8 FF PEEK: JSR PAREXP | |
| E772 34 06 PSHS D | |
| E774 34 10 PSHS X | |
| E776 E6 72 LDB [2,S] | |
| E778 35 10 PULS X | |
| E77A 32 62 LEAS 2,S | |
| E77C 4F CLRA | |
| E77D 39 RTS | |
| E77E ;****************************** | |
| E77E ;****************************** | |
| E77E BD E8 FF POKE: JSR PAREXP | |
| E781 34 06 PSHS D | |
| E783 BD E6 5D JSR SKIPSP | |
| E786 81 3D CMPA #"=" | |
| E788 27 03 BEQ POKE05 | |
| E78A 7E E5 56 JMP ERRORS | |
| E78D 30 01 POKE05: LEAX 1,X | |
| E78F BD E8 45 JSR EXPR | |
| E792 BD E9 33 JSR TSTEOL | |
| E795 34 10 PSHS X | |
| E797 E7 72 STB [2,S] | |
| E799 35 10 PULS X | |
| E79B 32 62 LEAS 2,S | |
| E79D 7E E5 FE JMP ENDS02 | |
| E7A0 ;****************************** | |
| E7A0 ;****************************** | |
| E7A0 BD E6 5D TSTFUN: JSR SKIPSP | |
| E7A3 9F 0E STX CURSOR | |
| E7A5 8E E7 B0 LDX #FUNT | |
| E7A8 BD E6 23 JSR FAN00 | |
| E7AB 25 02 BCS TSTF05 | |
| E7AD 34 06 PSHS D | |
| E7AF 39 TSTF05: RTS | |
| E7B0 ;****************************** | |
| E7B0 ;****************************** | |
| E7B0 55 53 52 FUNT: DB "USR" | |
| E7B3 04 FCB EOL | |
| E7B4 E6 A6 FDB USER | |
| E7B6 50 45 45 4B DB "PEEK" | |
| E7BA 04 FCB EOL | |
| E7BB E7 6F FDB PEEK | |
| E7BD 4D 45 4D DB "MEM" | |
| E7C0 04 FCB EOL | |
| E7C1 E7 64 FDB TSTSTK | |
| E7C3 04 FCB EOL | |
| E7C4 ;****************************** | |
| E7C4 ;****************************** | |
| E7C4 9E 06 FLINE: LDX USRBAS | |
| E7C6 9C 08 FNDLIN: CMPX USRTOP | |
| E7C8 26 03 BNE FND03 | |
| E7CA 1A 03 ORCC #$03 | |
| E7CC 39 RTS | |
| E7CD 10 A3 00 FND03: CMPD 0,X | |
| E7D0 26 03 BNE FND05 | |
| E7D2 1C FC ANDCC #$FC | |
| E7D4 39 RTS | |
| E7D5 24 05 FND05: BCC FND07 | |
| E7D7 1A 01 ORCC #$01 | |
| E7D9 1C FD ANDCC #$FD | |
| E7DB 39 RTS | |
| E7DC 34 02 FND07: PSHS A | |
| E7DE 86 04 LDA #EOL | |
| E7E0 30 01 LEAX 1,X | |
| E7E2 30 01 FND09: LEAX 1,X | |
| E7E4 A1 00 CMPA 0,X | |
| E7E6 26 FA BNE FND09 | |
| E7E8 35 02 PULS A | |
| E7EA 30 01 LEAX 1,X | |
| E7EC 20 D8 BRA FNDLIN | |
| E7EE ;****************************** | |
| E7EE ;****************************** | |
| E7EE 8D 55 RELEXP: BSR EXPR | |
| E7F0 34 06 PSHS D | |
| E7F2 5F CLRB | |
| E7F3 BD E6 5D JSR SKIPSP | |
| E7F6 81 3D CMPA #"=" | |
| E7F8 27 23 BEQ REL06 | |
| E7FA 81 3C CMPA #"<" | |
| E7FC 26 10 BNE REL03 | |
| E7FE 30 01 LEAX 1,X | |
| E800 5C INCB | |
| E801 BD E6 5D JSR SKIPSP | |
| E804 81 3E CMPA #">" | |
| E806 26 11 BNE REL05 | |
| E808 30 01 LEAX 1,X | |
| E80A CB 04 ADDB #4 | |
| E80C 20 13 BRA REL07 | |
| E80E 81 3E REL03: CMPA #">" | |
| E810 26 5F BNE EXPR06 | |
| E812 30 01 LEAX 1,X | |
| E814 CB 04 ADDB #4 | |
| E816 BD E6 5D JSR SKIPSP | |
| E819 81 3D REL05: CMPA #"=" | |
| E81B 26 04 BNE REL07 | |
| E81D 30 01 REL06: LEAX 1,X | |
| E81F CB 02 ADDB #2 | |
| E821 34 04 REL07: PSHS B | |
| E823 8D 20 BSR EXPR | |
| E825 34 10 PSHS X | |
| E827 A3 63 SUBD 3,S | |
| E829 1F A8 TFR CC,A | |
| E82B 44 LSRA | |
| E82C 1F 89 TFR A,B | |
| E82E 48 ASLA | |
| E82F 48 ASLA | |
| E830 34 04 PSHS B | |
| E832 AB E0 ADDA ,S+ | |
| E834 84 06 ANDA #$06 | |
| E836 26 01 BNE REL08 | |
| E838 4C INCA | |
| E839 5F REL08: CLRB | |
| E83A A4 62 ANDA 2,S | |
| E83C 27 01 BEQ REL09 | |
| E83E 53 COMB | |
| E83F 4F REL09: CLRA | |
| E840 35 10 PULS X | |
| E842 32 63 LEAS 3,S | |
| E844 39 RTS | |
| E845 ;****************************** | |
| E845 ;****************************** | |
| E845 6F E2 EXPR: CLR ,-S | |
| E847 6F E2 CLR ,-S | |
| E849 BD E6 5D JSR SKIPSP | |
| E84C 81 2D CMPA #"-" | |
| E84E 27 17 BEQ EXPR05 | |
| E850 81 2B CMPA #"+" | |
| E852 26 02 BNE EXPR03 | |
| E854 30 01 EXPR02: LEAX 1,X | |
| E856 8D 1C EXPR03: BSR TERM | |
| E858 E3 60 EXPR04: ADDD 0,S | |
| E85A ED 60 STD 0,S | |
| E85C BD E6 5D JSR SKIPSP | |
| E85F 81 2B CMPA #"+" | |
| E861 27 F1 BEQ EXPR02 | |
| E863 81 2D CMPA #"-" | |
| E865 26 0A BNE EXPR06 | |
| E867 30 01 EXPR05: LEAX 1,X | |
| E869 8D 09 BSR TERM | |
| E86B 40 NEGA | |
| E86C 50 NEGB | |
| E86D 82 00 SBCA #0 | |
| E86F 20 E7 BRA EXPR04 | |
| E871 35 06 EXPR06: PULS D | |
| E873 39 RTS | |
| E874 ;****************************** | |
| E874 ;****************************** | |
| E874 BD E8 E7 TERM: JSR FACT | |
| E877 34 06 PSHS D | |
| E879 BD E6 5D TERM03: JSR SKIPSP | |
| E87C 81 2A CMPA #"*" | |
| E87E 27 48 BEQ TERM07 | |
| E880 81 2F CMPA #"/" | |
| E882 27 03 BEQ TERM05 | |
| E884 35 06 PULS D | |
| E886 39 RTS | |
| E887 30 01 TERM05: LEAX 1,X | |
| E889 8D 5C BSR FACT | |
| E88B 34 10 PSHS X | |
| E88D 30 62 LEAX 2,S | |
| E88F 34 06 PSHS D | |
| E891 A8 00 EORA 0,X | |
| E893 BD E9 26 JSR ABSX | |
| E896 30 60 LEAX 0,S | |
| E898 BD E9 26 JSR ABSX | |
| E89B 34 02 PSHS A | |
| E89D 86 11 LDA #17 | |
| E89F 34 02 PSHS A | |
| E8A1 4F CLRA | |
| E8A2 5F CLRB | |
| E8A3 A3 62 DIV05: SUBD 2,S | |
| E8A5 24 06 BCC DIV07 | |
| E8A7 E3 62 ADDD 2,S | |
| E8A9 1C FE ANDCC #$FE | |
| E8AB 20 02 BRA DIV09 | |
| E8AD 1A 01 DIV07: ORCC #$01 | |
| E8AF 69 67 DIV09: ROL 7,S | |
| E8B1 69 66 ROL 6,S | |
| E8B3 59 ROLB | |
| E8B4 49 ROLA | |
| E8B5 6A 60 DEC 0,S | |
| E8B7 26 EA BNE DIV05 | |
| E8B9 A6 61 LDA 1,S | |
| E8BB 32 64 LEAS 4,S | |
| E8BD 4D TSTA | |
| E8BE 2A 04 BPL TERM06 | |
| E8C0 30 62 LEAX 2,S | |
| E8C2 8D 66 BSR NEGX | |
| E8C4 35 10 TERM06: PULS X | |
| E8C6 20 B1 BRA TERM03 | |
| E8C8 30 01 TERM07: LEAX 1,X | |
| E8CA 8D 1B BSR FACT | |
| E8CC 34 04 MULT: PSHS B | |
| E8CE E6 62 LDB 2,S | |
| E8D0 3D MUL | |
| E8D1 A6 61 LDA 1,S | |
| E8D3 E7 61 STB 1,S | |
| E8D5 E6 60 LDB 0,S | |
| E8D7 3D MUL | |
| E8D8 A6 62 LDA 2,S | |
| E8DA E7 62 STB 2,S | |
| E8DC 35 04 PULS B | |
| E8DE 3D MUL | |
| E8DF AB 60 ADDA 0,S | |
| E8E1 AB 61 ADDA 1,S | |
| E8E3 ED 60 STD 0,S | |
| E8E5 20 92 BRA TERM03 | |
| E8E7 ;****************************** | |
| E8E7 ;****************************** | |
| E8E7 BD E6 8D FACT: JSR TSTVAR | |
| E8EA 25 09 BCS FACT03 | |
| E8EC 34 10 PSHS X | |
| E8EE 1F 01 TFR D,X | |
| E8F0 EC 00 LDD 0,X | |
| E8F2 35 10 PULS X | |
| E8F4 39 FACT02: RTS | |
| E8F5 BD E6 EC FACT03: JSR TSTNBR | |
| E8F8 24 FA BCC FACT02 | |
| E8FA BD E7 A0 JSR TSTFUN | |
| E8FD 24 F5 BCC FACT02 | |
| E8FF 8D 11 PAREXP: BSR ARGONE | |
| E901 34 02 PSHS A | |
| E903 BD E6 5D JSR SKIPSP | |
| E906 81 29 CMPA #")" | |
| E908 35 02 PULS A | |
| E90A 26 03 BNE FACT05 | |
| E90C 30 01 LEAX 1,X | |
| E90E 39 RTS | |
| E90F 7E E5 56 FACT05: JMP ERRORS | |
| E912 ;****************************** | |
| E912 ;****************************** | |
| E912 BD E7 64 ARGONE: JSR TSTSTK | |
| E915 24 03 BCC FACT04 | |
| E917 7E E5 4E JMP ERRORF | |
| E91A BD E6 5D FACT04: JSR SKIPSP | |
| E91D 81 28 CMPA #"(" | |
| E91F 26 EE BNE FACT05 | |
| E921 30 01 LEAX 1,X | |
| E923 7E E8 45 JMP EXPR | |
| E926 ;****************************** | |
| E926 ;****************************** | |
| E926 6D 00 ABSX: TST 0,X | |
| E928 2A 08 BPL NEG05 | |
| E92A 60 00 NEGX: NEG 0,X | |
| E92C 60 01 NEG 1,X | |
| E92E 24 02 BCC NEG05 | |
| E930 6A 00 DEC 0,X | |
| E932 39 NEG05: RTS | |
| E933 ;****************************** | |
| E933 ;****************************** | |
| E933 34 02 TSTEOL: PSHS A | |
| E935 BD E6 5D JSR SKIPSP | |
| E938 81 04 CMPA #EOL | |
| E93A 27 03 BEQ TEOL03 | |
| E93C 7E E5 56 JMP ERRORS | |
| E93F 30 01 TEOL03: LEAX 1,X | |
| E941 35 02 PULS A | |
| E943 39 RTS | |
| E944 ;****************************** | |
| E944 ;****************************** | |
| E944 BD E6 8D LET: JSR TSTVAR | |
| E947 24 03 BCC LET03 | |
| E949 7E E5 56 JMP ERRORS | |
| E94C 34 06 LET03: PSHS D | |
| E94E BD E6 5D JSR SKIPSP | |
| E951 81 3D CMPA #"=" | |
| E953 27 03 BEQ LET05 | |
| E955 7E E5 56 JMP ERRORS | |
| E958 30 01 LET05: LEAX 1,X | |
| E95A BD E8 45 JSR EXPR | |
| E95D 8D D4 BSR TSTEOL | |
| E95F 9F 0E STX CURSOR | |
| E961 35 10 PULS X | |
| E963 ED 00 STD 0,X | |
| E965 9E 0E LDX CURSOR | |
| E967 7E E5 FE JMP ENDS02 | |
| E96A ;****************************** | |
| E96A ;****************************** | |
| E96A BD E7 EE IF: JSR RELEXP | |
| E96D 5D TSTB | |
| E96E 27 03 BEQ IF03 | |
| E970 7E E6 0F JMP MSLINE | |
| E973 7E E5 F5 IF03: JMP REM | |
| E976 ;****************************** | |
| E976 ;****************************** | |
| E976 BD E8 45 GOTO: JSR EXPR | |
| E979 8D B8 BSR TSTEOL | |
| E97B BD E7 C4 JSR FLINE | |
| E97E 25 0F BCS GOSB04 | |
| E980 7E E6 0B JMP NXTLIN | |
| E983 ;****************************** | |
| E983 ;****************************** | |
| E983 BD E8 45 GOSUB: JSR EXPR | |
| E986 8D AB BSR TSTEOL | |
| E988 9F 0E STX CURSOR | |
| E98A BD E7 C4 JSR FLINE | |
| E98D 24 03 BCC GOSB03 | |
| E98F 7E E5 5F GOSB04: JMP ERRORR | |
| E992 BD E7 64 GOSB03: JSR TSTSTK | |
| E995 24 03 BCC GOSB05 | |
| E997 7E E5 4E JMP ERRORF | |
| E99A DC 0E GOSB05: LDD CURSOR | |
| E99C 34 06 PSHS D | |
| E99E DC 12 LDD LINENB | |
| E9A0 34 06 PSHS D | |
| E9A2 BD E6 0B JSR NXTLIN | |
| E9A5 35 06 PULS D | |
| E9A7 DD 12 STD LINENB | |
| E9A9 35 10 PULS X | |
| E9AB 7E E5 FE JMP ENDS02 | |
| E9AE ;****************************** | |
| E9AE ;****************************** | |
| E9AE RETURN: EQU TSTEOL | |
| E9AE ;****************************** | |
| E9AE ;****************************** | |
| E9AE BD E6 5D PRINT: JSR SKIPSP | |
| E9B1 81 2C PR01: CMPA #"," | |
| E9B3 27 36 BEQ PR05 | |
| E9B5 81 3B CMPA #";" | |
| E9B7 27 3D BEQ PR07 | |
| E9B9 81 04 CMPA #EOL | |
| E9BB 27 25 BEQ PR04 | |
| E9BD 81 22 CMPA #$22 | |
| E9BF 26 06 BNE PR02 | |
| E9C1 30 01 LEAX 1,X | |
| E9C3 8D 42 BSR PRNTQS | |
| E9C5 20 09 BRA PR03 | |
| E9C7 BD E8 45 PR02: JSR EXPR | |
| E9CA 34 10 PSHS X | |
| E9CC 8D 47 BSR PRNTN | |
| E9CE 35 10 PULS X | |
| E9D0 BD E6 5D PR03: JSR SKIPSP | |
| E9D3 81 2C CMPA #"," | |
| E9D5 27 14 BEQ PR05 | |
| E9D7 81 3B CMPA #";" | |
| E9D9 27 1B BEQ PR07 | |
| E9DB 81 04 CMPA #EOL | |
| E9DD 27 03 BEQ PR04 | |
| E9DF 7E E5 56 JMP ERRORS | |
| E9E2 34 10 PR04: PSHS X | |
| E9E4 BD E5 3F JSR CRLF | |
| E9E7 35 10 PULS X | |
| E9E9 20 14 BRA PR08 | |
| E9EB C6 07 PR05: LDB #$7 | |
| E9ED 86 20 PR06: LDA #SPACE | |
| E9EF BD EB AC JSR PUTCHR | |
| E9F2 D5 18 BITB ZONE | |
| E9F4 26 F7 BNE PR06 | |
| E9F6 30 01 PR07: LEAX 1,X | |
| E9F8 BD E6 5D JSR SKIPSP | |
| E9FB 81 04 CMPA #EOL | |
| E9FD 26 B2 BNE PR01 | |
| E9FF 30 01 PR08: LEAX 1,X | |
| EA01 7E E5 FE JMP ENDS02 | |
| EA04 ;* | |
| EA04 ;* | |
| EA04 BD EB AC PRQ01: JSR PUTCHR | |
| EA07 A6 80 PRNTQS: LDA ,X+ | |
| EA09 81 04 CMPA #EOL | |
| EA0B 26 03 BNE PRQ03 | |
| EA0D 7E E5 56 JMP ERRORS | |
| EA10 81 22 PRQ03: CMPA #$22 | |
| EA12 26 F0 BNE PRQ01 | |
| EA14 39 RTS | |
| EA15 ;* | |
| EA15 4D PRNTN: TSTA | |
| EA16 2A 0D BPL PRN03 | |
| EA18 40 NEGA | |
| EA19 50 NEGB | |
| EA1A 82 00 SBCA #0 | |
| EA1C 34 02 PSHS A | |
| EA1E 86 2D LDA #"-" | |
| EA20 BD EB AC JSR PUTCHR | |
| EA23 35 02 PULS A | |
| EA25 8E EA 54 PRN03: LDX #PRNPT-2 | |
| EA28 30 02 PRN05: LEAX 2,X | |
| EA2A 10 A3 00 CMPD 0,X | |
| EA2D 24 05 BCC PRN07 | |
| EA2F 8C EA 5E CMPX #PRNPTO | |
| EA32 26 F4 BNE PRN05 | |
| EA34 0F 16 PRN07: CLR CHAR | |
| EA36 10 A3 00 PRN09: CMPD 0,X | |
| EA39 25 06 BCS PRN11 | |
| EA3B A3 00 SUBD 0,X | |
| EA3D 0C 16 INC CHAR | |
| EA3F 20 F5 BRA PRN09 | |
| EA41 34 02 PRN11: PSHS A | |
| EA43 86 30 LDA #"0" | |
| EA45 9B 16 ADDA CHAR | |
| EA47 BD EB AC JSR PUTCHR | |
| EA4A 35 02 PULS A | |
| EA4C 8C EA 5E CMPX #PRNPTO | |
| EA4F 27 04 BEQ PRN13 | |
| EA51 30 02 LEAX 2,X | |
| EA53 20 DF BRA PRN07 | |
| EA55 39 PRN13: RTS | |
| EA56 27 10 PRNPT: FDB 10000 | |
| EA58 03 E8 FDB 1000 | |
| EA5A 00 64 FDB 100 | |
| EA5C 00 0A FDB 10 | |
| EA5E 00 01 PRNPTO: FDB 1 | |
| EA60 ;* | |
| EA60 8E EA 58 PRNT4: LDX #PRNPT+2 | |
| EA63 20 CF BRA PRN07 | |
| EA65 ;****************************** | |
| EA65 ;****************************** | |
| EA65 BD E6 8D INPUT: JSR TSTVAR | |
| EA68 25 3C BCS IN11 | |
| EA6A 34 06 PSHS D | |
| EA6C 9F 0E STX CURSOR | |
| EA6E 86 3F IN03: LDA #"?" | |
| EA70 BD EB AC JSR PUTCHR | |
| EA73 BD E5 92 JSR GETLIN | |
| EA76 BD E6 5D IN05: JSR SKIPSP | |
| EA79 81 04 CMPA #EOL | |
| EA7B 27 F1 BEQ IN03 | |
| EA7D BD E6 D8 JSR TSTSNB | |
| EA80 24 0B BCC IN07 | |
| EA82 8E EA BA LDX #RMESS | |
| EA85 BD E5 38 JSR PUTSTR | |
| EA88 BD E5 3F JSR CRLF | |
| EA8B 20 E1 BRA IN03 | |
| EA8D 9F 14 IN07: STX SCRTCH | |
| EA8F 35 10 PULS X | |
| EA91 ED 00 STD 0,X | |
| EA93 9E 0E LDX CURSOR | |
| EA95 BD E6 5D JSR SKIPSP | |
| EA98 81 2C CMPA #"," | |
| EA9A 27 03 BEQ IN09 | |
| EA9C 7E E5 FB JMP ENDSMT | |
| EA9F 30 01 IN09: LEAX 1,X | |
| EAA1 BD E6 8D JSR TSTVAR | |
| EAA4 24 03 BCC IN13 | |
| EAA6 7E E5 56 IN11: JMP ERRORS | |
| EAA9 34 06 IN13: PSHS D | |
| EAAB 34 10 PSHS X | |
| EAAD 9E 14 LDX SCRTCH | |
| EAAF BD E6 5D JSR SKIPSP | |
| EAB2 81 2C CMPA #"," | |
| EAB4 26 C0 BNE IN05 | |
| EAB6 30 01 LEAX 1,X | |
| EAB8 20 BC BRA IN05 | |
| EABA 52 45 2D 45 4E 54 45 52 RMESS: DB "RE-ENTER" | |
| EAC2 04 FCB EOL | |
| EAC3 ;****************************** | |
| EAC3 ;****************************** | |
| EAC3 9E 0C RUN: LDX STKTOP | |
| EAC5 86 34 LDA #52 | |
| EAC7 6F 80 RUN01: CLR ,X+ | |
| EAC9 4A DECA | |
| EACA 26 FB BNE RUN01 | |
| EACC 9E 06 LDX USRBAS | |
| EACE 7E E6 04 JMP REM05 | |
| EAD1 ;****************************** | |
| EAD1 ;****************************** | |
| EAD1 BD E6 EC LIST: JSR TSTNBR | |
| EAD4 24 08 BCC LIST03 | |
| EAD6 4F CLRA | |
| EAD7 5F CLRB | |
| EAD8 DD 0E STD CURSOR | |
| EADA 86 7F LDA #$7F | |
| EADC 20 17 BRA LIST07 | |
| EADE DD 0E LIST03: STD CURSOR | |
| EAE0 BD E6 5D JSR SKIPSP | |
| EAE3 81 2C CMPA #"," | |
| EAE5 27 04 BEQ LIST05 | |
| EAE7 96 0E LDA CURSOR | |
| EAE9 20 0A BRA LIST07 | |
| EAEB 30 01 LIST05: LEAX 1,X | |
| EAED BD E6 EC JSR TSTNBR | |
| EAF0 24 03 BCC LIST07 | |
| EAF2 7E E5 56 JMP ERRORS | |
| EAF5 BD E9 33 LIST07: JSR TSTEOL | |
| EAF8 34 06 PSHS D | |
| EAFA DC 0E LDD CURSOR | |
| EAFC 9F 0E STX CURSOR | |
| EAFE BD E7 C4 JSR FLINE | |
| EB01 9C 08 LIST09: CMPX USRTOP | |
| EB03 27 28 BEQ LIST10 | |
| EB05 35 06 PULS D | |
| EB07 10 A3 00 CMPD 0,X | |
| EB0A 25 28 BCS LIST11 | |
| EB0C 34 06 PSHS D | |
| EB0E EC 81 LDD ,X++ | |
| EB10 34 10 PSHS X | |
| EB12 BD EA 60 JSR PRNT4 | |
| EB15 35 10 PULS X | |
| EB17 86 20 LDA #SPACE | |
| EB19 BD EB AC JSR PUTCHR | |
| EB1C BD E5 38 JSR PUTSTR | |
| EB1F 30 01 LEAX 1,X | |
| EB21 34 10 PSHS X | |
| EB23 BD E5 3F JSR CRLF | |
| EB26 35 10 PULS X | |
| EB28 BD EB 9E JSR TSTBRK | |
| EB2B 20 D4 BRA LIST09 | |
| EB2D 32 62 LIST10: LEAS 2,S | |
| EB2F 86 03 LDA #ETX | |
| EB31 BD EB AC JSR PUTCHR | |
| EB34 9E 0E LIST11: LDX CURSOR | |
| EB36 7E E5 FE JMP ENDS02 | |
| EB39 ;****************************** | |
| EB39 ;****************************** | |
| EB39 4C 45 54 VERBT: DB "LET" | |
| EB3C 04 FCB EOL | |
| EB3D E9 44 FDB LET | |
| EB3F 49 46 DB "IF" | |
| EB41 04 FCB EOL | |
| EB42 E9 6A FDB IF | |
| EB44 47 4F 54 4F DB "GOTO" | |
| EB48 04 FCB EOL | |
| EB49 E9 76 FDB GOTO | |
| EB4B 47 4F 53 55 42 DB "GOSUB" | |
| EB50 04 FCB EOL | |
| EB51 E9 83 FDB GOSUB | |
| EB53 52 45 54 55 52 4E DB "RETURN" | |
| EB59 04 FCB EOL | |
| EB5A E9 33 FDB RETURN | |
| EB5C 50 4F 4B 45 DB "POKE" | |
| EB60 04 FCB EOL | |
| EB61 E7 7E FDB POKE | |
| EB63 50 52 49 4E 54 DB "PRINT" | |
| EB68 04 FCB EOL | |
| EB69 E9 AE FDB PRINT | |
| EB6B 49 4E 50 55 54 DB "INPUT" | |
| EB70 04 FCB EOL | |
| EB71 EA 65 FDB INPUT | |
| EB73 52 45 4D DB "REM" | |
| EB76 04 FCB EOL | |
| EB77 E5 F5 FDB REM | |
| EB79 53 54 4F 50 DB "STOP" | |
| EB7D 04 FCB EOL | |
| EB7E E5 6F FDB END | |
| EB80 45 4E 44 DB "END" | |
| EB83 04 FCB EOL | |
| EB84 E5 6F FDB END | |
| EB86 52 55 4E DB "RUN" | |
| EB89 04 FCB EOL | |
| EB8A EA C3 FDB RUN | |
| EB8C 4C 49 53 54 DB "LIST" | |
| EB90 04 FCB EOL | |
| EB91 EA D1 FDB LIST | |
| EB93 4E 45 57 DB "NEW" | |
| EB96 04 FCB EOL | |
| EB97 E4 1F FDB CLEAR | |
| EB99 3F DB "?" | |
| EB9A 04 FCB EOL | |
| EB9B E9 AE FDB PRINT | |
| EB9D 04 FCB EOL | |
| EB9E ;****************************** | |
| EB9E ;****************************** | |
| EB9E 8D 2A TSTBRK: BSR BRKEEE | |
| EBA0 27 09 BEQ GETC05 | |
| EBA2 8D 0D GETCHR: BSR INEEE | |
| EBA4 81 03 CMPA #ETX | |
| EBA6 26 03 BNE GETC05 | |
| EBA8 7E E5 67 JMP BREAK | |
| EBAB 39 GETC05: RTS | |
| EBAC 0C 18 PUTCHR: INC ZONE | |
| EBAE 7E EB BB JMP OUTEEE | |
| EBB1 ;****************************** | |
| EBB1 ;****************************** | |
| EBB1 8D 17 INEEE: BSR BRKEEE | |
| EBB3 27 FC BEQ INEEE | |
| EBB5 B6 83 FF LDA RECEV | |
| EBB8 84 7F ANDA #$7F | |
| EBBA 39 RTS | |
| EBBB 34 02 OUTEEE: PSHS A | |
| EBBD B6 83 FE OUT01: LDA TRCS | |
| EBC0 85 02 BITA #TDRE | |
| EBC2 27 F9 BEQ OUT01 | |
| EBC4 35 02 PULS A | |
| EBC6 B7 83 FF STA TRANS | |
| EBC9 39 RTS | |
| EBCA 34 02 BRKEEE: PSHS A | |
| EBCC B6 83 FE BRK03: LDA TRCS | |
| EBCF 85 20 BITA #ORFE | |
| EBD1 27 05 BEQ BRK05 | |
| EBD3 B6 83 FF LDA RECEV | |
| EBD6 20 F4 BRA BRK03 | |
| EBD8 85 01 BRK05: BITA #RDRF | |
| EBDA 35 02 PULS A | |
| EBDC 39 RTS | |
| EBDD ;* | |
| EBDD 86 03 LDA #CNTL1 | |
| EBDF B7 83 FE STA RMCR | |
| EBE2 86 15 LDA #CNTL2 | |
| EBE4 B7 83 FE STA TRCS | |
| EBE7 INTEEE: EQU $ | |
| EBE7 39 RTS | |
| EBE8 ;****************************** | |
| EBE8 ;****************************** | |
| EBE8 .ENDBLOCK | |
| EOL: 0004 DEFINED AT LINE 17 | |
| > USED AT LINE 148 | |
| > USED AT LINE 253 | |
| > USED AT LINE 256 | |
| > USED AT LINE 259 | |
| > USED AT LINE 262 | |
| > USED AT LINE 265 | |
| > USED AT LINE 581 | |
| > USED AT LINE 584 | |
| > USED AT LINE 587 | |
| > USED AT LINE 589 | |
| > USED AT LINE 987 | |
| > USED AT LINE 1048 | |
| > USED AT LINE 1051 | |
| > USED AT LINE 1054 | |
| > USED AT LINE 1057 | |
| > USED AT LINE 1060 | |
| > USED AT LINE 1063 | |
| > USED AT LINE 1066 | |
| > USED AT LINE 1069 | |
| > USED AT LINE 1072 | |
| > USED AT LINE 1075 | |
| > USED AT LINE 1078 | |
| > USED AT LINE 1081 | |
| > USED AT LINE 1084 | |
| > USED AT LINE 1087 | |
| > USED AT LINE 1090 | |
| > USED AT LINE 1092 | |
| ETX: 0003 DEFINED AT LINE 18 | |
| SPACE: 0020 DEFINED AT LINE 19 | |
| CR: 000D DEFINED AT LINE 20 | |
| > USED AT LINE 248 | |
| LF: 000A DEFINED AT LINE 21 | |
| > USED AT LINE 248 | |
| BS: 0008 DEFINED AT LINE 22 | |
| CAN: 0018 DEFINED AT LINE 23 | |
| BELL: 0007 DEFINED AT LINE 24 | |
| FILL: 0000 DEFINED AT LINE 25 | |
| DEL: 007F DEFINED AT LINE 26 | |
| BSIZE: 0049 DEFINED AT LINE 27 | |
| > USED AT LINE 47 | |
| STKCUS: 0030 DEFINED AT LINE 28 | |
| BACIA: 83FE DEFINED AT LINE 30 | |
| > USED AT LINE 31 | |
| > USED AT LINE 32 | |
| > USED AT LINE 33 | |
| > USED AT LINE 34 | |
| RMCR: 83FE DEFINED AT LINE 31 | |
| > USED AT LINE 1129 | |
| TRCS: 83FE DEFINED AT LINE 32 | |
| > USED AT LINE 1112 | |
| > USED AT LINE 1119 | |
| > USED AT LINE 1131 | |
| RECEV: 83FF DEFINED AT LINE 33 | |
| > USED AT LINE 1108 | |
| > USED AT LINE 1122 | |
| TRANS: 83FF DEFINED AT LINE 34 | |
| > USED AT LINE 1116 | |
| CNTL1: 0003 DEFINED AT LINE 35 | |
| CNTL2: 0015 DEFINED AT LINE 36 | |
| RDRF: 0001 DEFINED AT LINE 37 | |
| ORFE: 0020 DEFINED AT LINE 38 | |
| TDRE: 0002 DEFINED AT LINE 39 | |
| LORAM: 0080 DEFINED AT LINE 42 | |
| BUFFER: 0200 DEFINED AT LINE 43 | |
| > USED AT LINE 47 | |
| > USED AT LINE 48 | |
| RAMSIZ: 2000 DEFINED AT LINE 44 | |
| > USED AT LINE 48 | |
| ROMADR: F000 DEFINED AT LINE 45 | |
| RAMBEG: 0249 DEFINED AT LINE 47 | |
| RAMEND: 2200 DEFINED AT LINE 48 | |
| RAMPAT: AA0F DEFINED AT LINE 50 | |
| ROMPAT: F055 DEFINED AT LINE 51 | |
| USRBAS: 0006 DEFINED AT LINE 56 | |
| > USED AT LINE 106 | |
| > USED AT LINE 115 | |
| > USED AT LINE 160 | |
| > USED AT LINE 592 | |
| > USED AT LINE 995 | |
| USRTOP: 0008 DEFINED AT LINE 57 | |
| > USED AT LINE 107 | |
| > USED AT LINE 133 | |
| > USED AT LINE 156 | |
| > USED AT LINE 169 | |
| > USED AT LINE 179 | |
| > USED AT LINE 201 | |
| > USED AT LINE 203 | |
| > USED AT LINE 204 | |
| > USED AT LINE 208 | |
| > USED AT LINE 211 | |
| > USED AT LINE 334 | |
| > USED AT LINE 593 | |
| > USED AT LINE 1021 | |
| STKLIM: 000A DEFINED AT LINE 58 | |
| > USED AT LINE 108 | |
| > USED AT LINE 134 | |
| > USED AT LINE 180 | |
| > USED AT LINE 205 | |
| > USED AT LINE 209 | |
| > USED AT LINE 541 | |
| STKTOP: 000C DEFINED AT LINE 59 | |
| > USED AT LINE 99 | |
| > USED AT LINE 103 | |
| > USED AT LINE 112 | |
| > USED AT LINE 427 | |
| > USED AT LINE 990 | |
| CURSOR: 000E DEFINED AT LINE 60 | |
| > USED AT LINE 116 | |
| > USED AT LINE 155 | |
| > USED AT LINE 162 | |
| > USED AT LINE 214 | |
| > USED AT LINE 222 | |
| > USED AT LINE 348 | |
| > USED AT LINE 353 | |
| > USED AT LINE 357 | |
| > USED AT LINE 450 | |
| > USED AT LINE 452 | |
| > USED AT LINE 572 | |
| > USED AT LINE 815 | |
| > USED AT LINE 818 | |
| > USED AT LINE 838 | |
| > USED AT LINE 845 | |
| > USED AT LINE 953 | |
| > USED AT LINE 969 | |
| > USED AT LINE 1003 | |
| > USED AT LINE 1006 | |
| > USED AT LINE 1010 | |
| > USED AT LINE 1018 | |
| > USED AT LINE 1019 | |
| > USED AT LINE 1043 | |
| SAVESP: 0010 DEFINED AT LINE 61 | |
| > USED AT LINE 164 | |
| > USED AT LINE 173 | |
| > USED AT LINE 175 | |
| > USED AT LINE 178 | |
| > USED AT LINE 212 | |
| > USED AT LINE 218 | |
| > USED AT LINE 538 | |
| > USED AT LINE 539 | |
| LINENB: 0012 DEFINED AT LINE 62 | |
| > USED AT LINE 118 | |
| > USED AT LINE 269 | |
| > USED AT LINE 331 | |
| > USED AT LINE 332 | |
| > USED AT LINE 338 | |
| > USED AT LINE 847 | |
| > USED AT LINE 851 | |
| SCRTCH: 0014 DEFINED AT LINE 63 | |
| > USED AT LINE 153 | |
| > USED AT LINE 181 | |
| > USED AT LINE 225 | |
| > USED AT LINE 227 | |
| > USED AT LINE 358 | |
| > USED AT LINE 359 | |
| > USED AT LINE 363 | |
| > USED AT LINE 370 | |
| > USED AT LINE 966 | |
| > USED AT LINE 980 | |
| CHAR: 0016 DEFINED AT LINE 64 | |
| > USED AT LINE 172 | |
| > USED AT LINE 176 | |
| > USED AT LINE 202 | |
| > USED AT LINE 213 | |
| > USED AT LINE 217 | |
| > USED AT LINE 224 | |
| > USED AT LINE 228 | |
| > USED AT LINE 230 | |
| > USED AT LINE 356 | |
| > USED AT LINE 364 | |
| > USED AT LINE 366 | |
| > USED AT LINE 373 | |
| > USED AT LINE 924 | |
| > USED AT LINE 928 | |
| > USED AT LINE 932 | |
| ZONE: 0018 DEFINED AT LINE 65 | |
| > USED AT LINE 246 | |
| > USED AT LINE 890 | |
| > USED AT LINE 1102 | |
| MODE: 0019 DEFINED AT LINE 66 | |
| > USED AT LINE 113 | |
| > USED AT LINE 119 | |
| > USED AT LINE 301 | |
| > USED AT LINE 322 | |
| RESRVD: 001A DEFINED AT LINE 67 | |
| LOEND: 001B DEFINED AT LINE 68 | |
| RESET: E400 DEFINED AT LINE 94 | |
| > USED AT LINE 75 | |
| > USED AT LINE 77 | |
| > USED AT LINE 79 | |
| > USED AT LINE 81 | |
| > USED AT LINE 83 | |
| > USED AT LINE 85 | |
| > USED AT LINE 87 | |
| > USED AT LINE 89 | |
| BASIC: E400 DEFINED AT LINE 97 | |
| WARMS: E40D DEFINED AT LINE 99 | |
| SETUP: E415 DEFINED AT LINE 102 | |
| > USED AT LINE 97 | |
| SET03: E419 DEFINED AT LINE 103 | |
| CLEAR: E41F DEFINED AT LINE 105 | |
| > USED AT LINE 1088 | |
| CLR02: E426 DEFINED AT LINE 108 | |
| WMS05: E428 DEFINED AT LINE 109 | |
| > USED AT LINE 101 | |
| CMDB: E431 DEFINED AT LINE 112 | |
| > USED AT LINE 131 | |
| > USED AT LINE 276 | |
| CMDE: E43D DEFINED AT LINE 117 | |
| > USED AT LINE 129 | |
| > USED AT LINE 145 | |
| CMD01: E44B DEFINED AT LINE 123 | |
| > USED AT LINE 120 | |
| CMD02: E461 DEFINED AT LINE 132 | |
| > USED AT LINE 125 | |
| CMD03: E46E DEFINED AT LINE 138 | |
| > USED AT LINE 136 | |
| CMD04: E473 DEFINED AT LINE 140 | |
| CMD05: E480 DEFINED AT LINE 146 | |
| > USED AT LINE 126 | |
| > USED AT LINE 139 | |
| > USED AT LINE 143 | |
| VSTR: E483 DEFINED AT LINE 147 | |
| EDITOR: E48E DEFINED AT LINE 151 | |
| > USED AT LINE 144 | |
| ED00: E4A2 DEFINED AT LINE 160 | |
| > USED AT LINE 157 | |
| ED01: E4A4 DEFINED AT LINE 161 | |
| > USED AT LINE 159 | |
| ED02: E4AF DEFINED AT LINE 166 | |
| > USED AT LINE 168 | |
| ED03: E4B5 DEFINED AT LINE 169 | |
| > USED AT LINE 177 | |
| ED35: E4C7 DEFINED AT LINE 178 | |
| > USED AT LINE 170 | |
| ED04: E4CD DEFINED AT LINE 181 | |
| > USED AT LINE 163 | |
| ED05: E4D1 DEFINED AT LINE 183 | |
| > USED AT LINE 186 | |
| ED55: E4DE DEFINED AT LINE 191 | |
| > USED AT LINE 188 | |
| ED06: E4E2 DEFINED AT LINE 193 | |
| > USED AT LINE 197 | |
| ED07: E506 DEFINED AT LINE 211 | |
| > USED AT LINE 207 | |
| ED08: E508 DEFINED AT LINE 212 | |
| > USED AT LINE 220 | |
| ED09: E51A DEFINED AT LINE 221 | |
| > USED AT LINE 215 | |
| ED10: E522 DEFINED AT LINE 225 | |
| > USED AT LINE 232 | |
| PUTS01: E533 DEFINED AT LINE 236 | |
| > USED AT LINE 240 | |
| PUTSTR: E538 DEFINED AT LINE 238 | |
| > USED AT LINE 111 | |
| > USED AT LINE 245 | |
| > USED AT LINE 274 | |
| > USED AT LINE 963 | |
| > USED AT LINE 1033 | |
| CRLF: E53F DEFINED AT LINE 244 | |
| > USED AT LINE 109 | |
| > USED AT LINE 114 | |
| > USED AT LINE 266 | |
| > USED AT LINE 275 | |
| > USED AT LINE 279 | |
| > USED AT LINE 306 | |
| > USED AT LINE 884 | |
| > USED AT LINE 964 | |
| > USED AT LINE 1036 | |
| CRLFST: E547 DEFINED AT LINE 248 | |
| ERRORF: E54E DEFINED AT LINE 251 | |
| > USED AT LINE 210 | |
| > USED AT LINE 777 | |
| > USED AT LINE 844 | |
| ERRORS: E556 DEFINED AT LINE 254 | |
| > USED AT LINE 146 | |
| > USED AT LINE 440 | |
| > USED AT LINE 560 | |
| > USED AT LINE 772 | |
| > USED AT LINE 798 | |
| > USED AT LINE 806 | |
| > USED AT LINE 811 | |
| > USED AT LINE 882 | |
| > USED AT LINE 904 | |
| > USED AT LINE 977 | |
| > USED AT LINE 1015 | |
| ERRORR: E55F DEFINED AT LINE 257 | |
| > USED AT LINE 137 | |
| > USED AT LINE 336 | |
| > USED AT LINE 841 | |
| BREAK: E567 DEFINED AT LINE 260 | |
| > USED AT LINE 1100 | |
| END: E56F DEFINED AT LINE 263 | |
| > USED AT LINE 1076 | |
| > USED AT LINE 1079 | |
| ER01: E576 DEFINED AT LINE 266 | |
| > USED AT LINE 251 | |
| > USED AT LINE 254 | |
| > USED AT LINE 257 | |
| > USED AT LINE 260 | |
| > USED AT LINE 263 | |
| GL00: E590 DEFINED AT LINE 279 | |
| > USED AT LINE 296 | |
| GETLIN: E592 DEFINED AT LINE 280 | |
| > USED AT LINE 123 | |
| > USED AT LINE 956 | |
| GL03: E595 DEFINED AT LINE 281 | |
| > USED AT LINE 285 | |
| > USED AT LINE 292 | |
| > USED AT LINE 300 | |
| > USED AT LINE 313 | |
| GL04: E5A9 DEFINED AT LINE 290 | |
| > USED AT LINE 287 | |
| GL02: E5AB DEFINED AT LINE 291 | |
| > USED AT LINE 289 | |
| > USED AT LINE 320 | |
| > USED AT LINE 323 | |
| GL05: E5B0 DEFINED AT LINE 293 | |
| > USED AT LINE 283 | |
| GL06: E5C9 DEFINED AT LINE 305 | |
| > USED AT LINE 302 | |
| GL08: E5D0 DEFINED AT LINE 308 | |
| > USED AT LINE 304 | |
| GL07: E5D8 DEFINED AT LINE 312 | |
| > USED AT LINE 294 | |
| GL09: E5ED DEFINED AT LINE 321 | |
| > USED AT LINE 298 | |
| REM00: E5F3 DEFINED AT LINE 326 | |
| > USED AT LINE 329 | |
| REM: E5F5 DEFINED AT LINE 327 | |
| > USED AT LINE 826 | |
| > USED AT LINE 1073 | |
| ENDSMT: E5FB DEFINED AT LINE 330 | |
| > USED AT LINE 973 | |
| ENDS02: E5FE DEFINED AT LINE 331 | |
| > USED AT LINE 568 | |
| > USED AT LINE 819 | |
| > USED AT LINE 853 | |
| > USED AT LINE 897 | |
| > USED AT LINE 1044 | |
| REM05: E604 DEFINED AT LINE 334 | |
| > USED AT LINE 996 | |
| NXTLIN: E60B DEFINED AT LINE 337 | |
| > USED AT LINE 335 | |
| > USED AT LINE 833 | |
| > USED AT LINE 849 | |
| MSLINE: E60F DEFINED AT LINE 339 | |
| > USED AT LINE 130 | |
| > USED AT LINE 825 | |
| REM09: E618 DEFINED AT LINE 343 | |
| > USED AT LINE 333 | |
| IMPLET: E619 DEFINED AT LINE 344 | |
| > USED AT LINE 341 | |
| IFAN: E61C DEFINED AT LINE 347 | |
| > USED AT LINE 340 | |
| FAN00: E623 DEFINED AT LINE 350 | |
| > USED AT LINE 378 | |
| > USED AT LINE 574 | |
| FAN04: E62E DEFINED AT LINE 356 | |
| > USED AT LINE 352 | |
| FAN05: E634 DEFINED AT LINE 359 | |
| > USED AT LINE 368 | |
| FAN07: E64F DEFINED AT LINE 373 | |
| > USED AT LINE 361 | |
| FAN08: E651 DEFINED AT LINE 374 | |
| > USED AT LINE 376 | |
| NXTNSP: E65B DEFINED AT LINE 381 | |
| > USED AT LINE 384 | |
| SKIPSP: E65D DEFINED AT LINE 382 | |
| > USED AT LINE 127 | |
| > USED AT LINE 152 | |
| > USED AT LINE 327 | |
| > USED AT LINE 347 | |
| > USED AT LINE 416 | |
| > USED AT LINE 434 | |
| > USED AT LINE 444 | |
| > USED AT LINE 457 | |
| > USED AT LINE 470 | |
| > USED AT LINE 557 | |
| > USED AT LINE 571 | |
| > USED AT LINE 619 | |
| > USED AT LINE 626 | |
| > USED AT LINE 636 | |
| > USED AT LINE 667 | |
| > USED AT LINE 676 | |
| > USED AT LINE 693 | |
| > USED AT LINE 766 | |
| > USED AT LINE 778 | |
| > USED AT LINE 795 | |
| > USED AT LINE 808 | |
| > USED AT LINE 859 | |
| > USED AT LINE 875 | |
| > USED AT LINE 893 | |
| > USED AT LINE 957 | |
| > USED AT LINE 970 | |
| > USED AT LINE 981 | |
| > USED AT LINE 1007 | |
| TSTHEX: E664 DEFINED AT LINE 388 | |
| > USED AT LINE 480 | |
| TSTLTR: E675 DEFINED AT LINE 399 | |
| > USED AT LINE 417 | |
| > USED AT LINE 421 | |
| TST03: E67D DEFINED AT LINE 403 | |
| > USED AT LINE 391 | |
| > USED AT LINE 393 | |
| > USED AT LINE 400 | |
| > USED AT LINE 408 | |
| > USED AT LINE 410 | |
| > USED AT LINE 422 | |
| TSTDIG: E680 DEFINED AT LINE 407 | |
| > USED AT LINE 388 | |
| > USED AT LINE 471 | |
| > USED AT LINE 504 | |
| TST05: E68A DEFINED AT LINE 412 | |
| > USED AT LINE 389 | |
| > USED AT LINE 402 | |
| TSTVAR: E68D DEFINED AT LINE 416 | |
| > USED AT LINE 753 | |
| > USED AT LINE 804 | |
| > USED AT LINE 950 | |
| > USED AT LINE 975 | |
| TSTV02: E6A3 DEFINED AT LINE 428 | |
| TSTV03: E6A5 DEFINED AT LINE 429 | |
| > USED AT LINE 418 | |
| USER: E6A6 DEFINED AT LINE 432 | |
| > USED AT LINE 582 | |
| USER02: E6B8 DEFINED AT LINE 440 | |
| > USED AT LINE 447 | |
| USER03: E6BB DEFINED AT LINE 441 | |
| > USED AT LINE 436 | |
| USER05: E6CD DEFINED AT LINE 449 | |
| > USED AT LINE 439 | |
| TSTSNB: E6D8 DEFINED AT LINE 457 | |
| > USED AT LINE 960 | |
| TSN02: E6EB DEFINED AT LINE 467 | |
| > USED AT LINE 462 | |
| TSTNBR: E6EC DEFINED AT LINE 470 | |
| > USED AT LINE 124 | |
| > USED AT LINE 459 | |
| > USED AT LINE 461 | |
| > USED AT LINE 760 | |
| > USED AT LINE 999 | |
| > USED AT LINE 1013 | |
| TSTN20: E6FA DEFINED AT LINE 476 | |
| TSTN23: E700 DEFINED AT LINE 479 | |
| > USED AT LINE 499 | |
| TSTN02: E723 DEFINED AT LINE 500 | |
| > USED AT LINE 472 | |
| TSTN03: E729 DEFINED AT LINE 503 | |
| > USED AT LINE 527 | |
| TSTN07: E756 DEFINED AT LINE 528 | |
| > USED AT LINE 481 | |
| > USED AT LINE 505 | |
| TSTN09: E75A DEFINED AT LINE 530 | |
| > USED AT LINE 475 | |
| TSTN11: E75D DEFINED AT LINE 532 | |
| > USED AT LINE 487 | |
| > USED AT LINE 512 | |
| > USED AT LINE 515 | |
| > USED AT LINE 517 | |
| > USED AT LINE 520 | |
| > USED AT LINE 523 | |
| TSTSTK: E764 DEFINED AT LINE 538 | |
| > USED AT LINE 206 | |
| > USED AT LINE 588 | |
| > USED AT LINE 775 | |
| > USED AT LINE 842 | |
| PEEK: E76F DEFINED AT LINE 545 | |
| > USED AT LINE 585 | |
| POKE: E77E DEFINED AT LINE 555 | |
| > USED AT LINE 1064 | |
| POKE05: E78D DEFINED AT LINE 561 | |
| > USED AT LINE 559 | |
| TSTFUN: E7A0 DEFINED AT LINE 571 | |
| > USED AT LINE 762 | |
| TSTF05: E7AF DEFINED AT LINE 577 | |
| > USED AT LINE 575 | |
| FUNT: E7B0 DEFINED AT LINE 580 | |
| FLINE: E7C4 DEFINED AT LINE 592 | |
| > USED AT LINE 831 | |
| > USED AT LINE 839 | |
| > USED AT LINE 1020 | |
| FNDLIN: E7C6 DEFINED AT LINE 593 | |
| > USED AT LINE 161 | |
| > USED AT LINE 613 | |
| FND03: E7CD DEFINED AT LINE 597 | |
| > USED AT LINE 594 | |
| FND05: E7D5 DEFINED AT LINE 601 | |
| > USED AT LINE 598 | |
| FND07: E7DC DEFINED AT LINE 605 | |
| > USED AT LINE 601 | |
| FND09: E7E2 DEFINED AT LINE 608 | |
| > USED AT LINE 610 | |
| RELEXP: E7EE DEFINED AT LINE 616 | |
| > USED AT LINE 822 | |
| REL03: E80E DEFINED AT LINE 632 | |
| > USED AT LINE 623 | |
| REL05: E819 DEFINED AT LINE 637 | |
| > USED AT LINE 628 | |
| REL06: E81D DEFINED AT LINE 639 | |
| > USED AT LINE 621 | |
| REL07: E821 DEFINED AT LINE 641 | |
| > USED AT LINE 631 | |
| > USED AT LINE 638 | |
| REL08: E839 DEFINED AT LINE 655 | |
| > USED AT LINE 653 | |
| REL09: E83F DEFINED AT LINE 659 | |
| > USED AT LINE 657 | |
| EXPR: E845 DEFINED AT LINE 665 | |
| > USED AT LINE 442 | |
| > USED AT LINE 562 | |
| > USED AT LINE 616 | |
| > USED AT LINE 642 | |
| > USED AT LINE 782 | |
| > USED AT LINE 813 | |
| > USED AT LINE 829 | |
| > USED AT LINE 836 | |
| > USED AT LINE 871 | |
| EXPR02: E854 DEFINED AT LINE 672 | |
| > USED AT LINE 678 | |
| EXPR03: E856 DEFINED AT LINE 673 | |
| > USED AT LINE 671 | |
| EXPR04: E858 DEFINED AT LINE 674 | |
| > USED AT LINE 686 | |
| EXPR05: E867 DEFINED AT LINE 681 | |
| > USED AT LINE 669 | |
| EXPR06: E871 DEFINED AT LINE 687 | |
| > USED AT LINE 633 | |
| > USED AT LINE 680 | |
| TERM: E874 DEFINED AT LINE 691 | |
| > USED AT LINE 673 | |
| > USED AT LINE 682 | |
| TERM03: E879 DEFINED AT LINE 693 | |
| > USED AT LINE 733 | |
| > USED AT LINE 750 | |
| TERM05: E887 DEFINED AT LINE 700 | |
| > USED AT LINE 697 | |
| DIV05: E8A3 DEFINED AT LINE 714 | |
| > USED AT LINE 725 | |
| DIV07: E8AD DEFINED AT LINE 719 | |
| > USED AT LINE 715 | |
| DIV09: E8AF DEFINED AT LINE 720 | |
| > USED AT LINE 718 | |
| TERM06: E8C4 DEFINED AT LINE 732 | |
| > USED AT LINE 729 | |
| TERM07: E8C8 DEFINED AT LINE 734 | |
| > USED AT LINE 695 | |
| MULT: E8CC DEFINED AT LINE 736 | |
| FACT: E8E7 DEFINED AT LINE 753 | |
| > USED AT LINE 691 | |
| > USED AT LINE 701 | |
| > USED AT LINE 735 | |
| FACT02: E8F4 DEFINED AT LINE 759 | |
| > USED AT LINE 761 | |
| > USED AT LINE 763 | |
| FACT03: E8F5 DEFINED AT LINE 760 | |
| > USED AT LINE 754 | |
| PAREXP: E8FF DEFINED AT LINE 764 | |
| > USED AT LINE 545 | |
| > USED AT LINE 555 | |
| FACT05: E90F DEFINED AT LINE 772 | |
| > USED AT LINE 769 | |
| > USED AT LINE 780 | |
| ARGONE: E912 DEFINED AT LINE 775 | |
| > USED AT LINE 432 | |
| > USED AT LINE 764 | |
| FACT04: E91A DEFINED AT LINE 778 | |
| > USED AT LINE 776 | |
| ABSX: E926 DEFINED AT LINE 785 | |
| > USED AT LINE 706 | |
| > USED AT LINE 708 | |
| NEGX: E92A DEFINED AT LINE 787 | |
| > USED AT LINE 731 | |
| NEG05: E932 DEFINED AT LINE 791 | |
| > USED AT LINE 786 | |
| > USED AT LINE 789 | |
| TSTEOL: E933 DEFINED AT LINE 794 | |
| > USED AT LINE 330 | |
| > USED AT LINE 563 | |
| > USED AT LINE 814 | |
| > USED AT LINE 830 | |
| > USED AT LINE 837 | |
| > USED AT LINE 856 | |
| > USED AT LINE 1016 | |
| TEOL03: E93F DEFINED AT LINE 799 | |
| > USED AT LINE 797 | |
| LET: E944 DEFINED AT LINE 804 | |
| > USED AT LINE 344 | |
| > USED AT LINE 1049 | |
| LET03: E94C DEFINED AT LINE 807 | |
| > USED AT LINE 805 | |
| LET05: E958 DEFINED AT LINE 812 | |
| > USED AT LINE 810 | |
| IF: E96A DEFINED AT LINE 822 | |
| > USED AT LINE 1052 | |
| IF03: E973 DEFINED AT LINE 826 | |
| > USED AT LINE 824 | |
| GOTO: E976 DEFINED AT LINE 829 | |
| > USED AT LINE 1055 | |
| GOSUB: E983 DEFINED AT LINE 836 | |
| > USED AT LINE 1058 | |
| GOSB04: E98F DEFINED AT LINE 841 | |
| > USED AT LINE 832 | |
| GOSB03: E992 DEFINED AT LINE 842 | |
| > USED AT LINE 840 | |
| GOSB05: E99A DEFINED AT LINE 845 | |
| > USED AT LINE 843 | |
| RETURN: E933 DEFINED AT LINE 856 | |
| > USED AT LINE 1061 | |
| PRINT: E9AE DEFINED AT LINE 859 | |
| > USED AT LINE 1067 | |
| > USED AT LINE 1091 | |
| PR01: E9B1 DEFINED AT LINE 860 | |
| > USED AT LINE 895 | |
| PR02: E9C7 DEFINED AT LINE 871 | |
| > USED AT LINE 867 | |
| PR03: E9D0 DEFINED AT LINE 875 | |
| > USED AT LINE 870 | |
| PR04: E9E2 DEFINED AT LINE 883 | |
| > USED AT LINE 865 | |
| > USED AT LINE 881 | |
| PR05: E9EB DEFINED AT LINE 887 | |
| > USED AT LINE 861 | |
| > USED AT LINE 877 | |
| PR06: E9ED DEFINED AT LINE 888 | |
| > USED AT LINE 891 | |
| PR07: E9F6 DEFINED AT LINE 892 | |
| > USED AT LINE 863 | |
| > USED AT LINE 879 | |
| PR08: E9FF DEFINED AT LINE 896 | |
| > USED AT LINE 886 | |
| PRQ01: EA04 DEFINED AT LINE 900 | |
| > USED AT LINE 906 | |
| PRNTQS: EA07 DEFINED AT LINE 901 | |
| > USED AT LINE 869 | |
| PRQ03: EA10 DEFINED AT LINE 905 | |
| > USED AT LINE 903 | |
| PRNTN: EA15 DEFINED AT LINE 909 | |
| > USED AT LINE 873 | |
| PRN03: EA25 DEFINED AT LINE 918 | |
| > USED AT LINE 910 | |
| PRN05: EA28 DEFINED AT LINE 919 | |
| > USED AT LINE 923 | |
| PRN07: EA34 DEFINED AT LINE 924 | |
| > USED AT LINE 921 | |
| > USED AT LINE 938 | |
| > USED AT LINE 947 | |
| PRN09: EA36 DEFINED AT LINE 925 | |
| > USED AT LINE 929 | |
| PRN11: EA41 DEFINED AT LINE 930 | |
| > USED AT LINE 926 | |
| PRN13: EA55 DEFINED AT LINE 939 | |
| > USED AT LINE 936 | |
| PRNPT: EA56 DEFINED AT LINE 940 | |
| PRNPTO: EA5E DEFINED AT LINE 944 | |
| PRNT4: EA60 DEFINED AT LINE 946 | |
| > USED AT LINE 270 | |
| > USED AT LINE 1029 | |
| INPUT: EA65 DEFINED AT LINE 950 | |
| > USED AT LINE 1070 | |
| IN03: EA6E DEFINED AT LINE 954 | |
| > USED AT LINE 959 | |
| > USED AT LINE 965 | |
| IN05: EA76 DEFINED AT LINE 957 | |
| > USED AT LINE 983 | |
| > USED AT LINE 985 | |
| IN07: EA8D DEFINED AT LINE 966 | |
| > USED AT LINE 961 | |
| IN09: EA9F DEFINED AT LINE 974 | |
| > USED AT LINE 972 | |
| IN11: EAA6 DEFINED AT LINE 977 | |
| > USED AT LINE 951 | |
| IN13: EAA9 DEFINED AT LINE 978 | |
| > USED AT LINE 976 | |
| RMESS: EABA DEFINED AT LINE 986 | |
| RUN: EAC3 DEFINED AT LINE 990 | |
| > USED AT LINE 1082 | |
| RUN01: EAC7 DEFINED AT LINE 992 | |
| > USED AT LINE 994 | |
| LIST: EAD1 DEFINED AT LINE 999 | |
| > USED AT LINE 1085 | |
| LIST03: EADE DEFINED AT LINE 1006 | |
| > USED AT LINE 1000 | |
| LIST05: EAEB DEFINED AT LINE 1012 | |
| > USED AT LINE 1009 | |
| LIST07: EAF5 DEFINED AT LINE 1016 | |
| > USED AT LINE 1005 | |
| > USED AT LINE 1011 | |
| > USED AT LINE 1014 | |
| LIST09: EB01 DEFINED AT LINE 1021 | |
| > USED AT LINE 1039 | |
| LIST10: EB2D DEFINED AT LINE 1040 | |
| > USED AT LINE 1022 | |
| LIST11: EB34 DEFINED AT LINE 1043 | |
| > USED AT LINE 1025 | |
| VERBT: EB39 DEFINED AT LINE 1047 | |
| TSTBRK: EB9E DEFINED AT LINE 1095 | |
| > USED AT LINE 339 | |
| > USED AT LINE 1038 | |
| GETCHR: EBA2 DEFINED AT LINE 1097 | |
| > USED AT LINE 281 | |
| GETC05: EBAB DEFINED AT LINE 1101 | |
| > USED AT LINE 1096 | |
| > USED AT LINE 1099 | |
| PUTCHR: EBAC DEFINED AT LINE 1102 | |
| > USED AT LINE 122 | |
| > USED AT LINE 236 | |
| > USED AT LINE 268 | |
| > USED AT LINE 272 | |
| > USED AT LINE 291 | |
| > USED AT LINE 303 | |
| > USED AT LINE 316 | |
| > USED AT LINE 318 | |
| > USED AT LINE 889 | |
| > USED AT LINE 900 | |
| > USED AT LINE 916 | |
| > USED AT LINE 933 | |
| > USED AT LINE 955 | |
| > USED AT LINE 1032 | |
| > USED AT LINE 1042 | |
| INEEE: EBB1 DEFINED AT LINE 1106 | |
| > USED AT LINE 1097 | |
| > USED AT LINE 1107 | |
| OUTEEE: EBBB DEFINED AT LINE 1111 | |
| > USED AT LINE 1103 | |
| OUT01: EBBD DEFINED AT LINE 1112 | |
| > USED AT LINE 1114 | |
| BRKEEE: EBCA DEFINED AT LINE 1118 | |
| > USED AT LINE 1095 | |
| > USED AT LINE 1106 | |
| BRK03: EBCC DEFINED AT LINE 1119 | |
| > USED AT LINE 1123 | |
| BRK05: EBD8 DEFINED AT LINE 1124 | |
| > USED AT LINE 1121 | |
| INTEEE: EBE7 DEFINED AT LINE 1132 | |
| > USED AT LINE 100 | |
| > USED AT LINE 104 |
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| ;NAM TB01V137 | |
| ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| ;* REVISED 30-DEC-77 | |
| ;* REVISED 18-JAN-78 | |
| ;* REVISED 10-APR-78 | |
| ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| ;* REVISED 21-NOV-84 FOR 6809 | |
| ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| ;* | |
| .engine kilo | |
| EOL: EQU $04 | |
| ETX: EQU $03 | |
| SPACE: EQU $20 | |
| CR: EQU $0D | |
| LF: EQU $0A | |
| BS: EQU $08 | |
| CAN: EQU $18 | |
| BELL: EQU $07 | |
| FILL: EQU $00 | |
| DEL: EQU $7F | |
| BSIZE: EQU 73 | |
| STKCUS: EQU 48 | |
| ;* | |
| bACIA equ $83FE | |
| RMCR EQU bACIA | |
| TRCS EQU bACIA | |
| RECEV EQU bACIA+1 | |
| TRANS EQU bACIA+1 | |
| CNTL1 EQU $03 | |
| CNTL2 EQU $15 | |
| RDRF EQU $01 | |
| ORFE EQU $20 | |
| TDRE EQU $02 | |
| ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| ;* DESIRED ROM AND RAM LAYOUT | |
| LORAM EQU $0080 ;ADDRESS OF DIRECT PAGE SCRATCH RAM | |
| BUFFER EQU $0200 ;ADDRESS OF MAIN RAM | |
| RAMSIZ EQU $2000 ;SIZE OF MAIN RAM | |
| ROMADR EQU $f000 ;ADDRESS OF TINY BASIC ROM | |
| ;* | |
| RAMBEG EQU BUFFER+BSIZE | |
| RAMEND EQU BUFFER+RAMSIZ | |
| ;* | |
| RAMPAT EQU $AA0F | |
| ROMPAT EQU $F055 | |
| ;* | |
| ; ORG LORAM | |
| .bsseg | |
| .org 6 | |
| USRBAS: RMB 2 | |
| USRTOP: RMB 2 | |
| STKLIM: RMB 2 | |
| STKTOP: RMB 2 | |
| CURSOR: RMB 2 | |
| SAVESP: RMB 2 | |
| LINENB: RMB 2 | |
| SCRTCH: RMB 2 | |
| CHAR: RMB 2 | |
| ZONE: RMB 1 | |
| MODE: RMB 1 | |
| RESRVD: RMB 1 | |
| LOEND: EQU $ | |
| ;* | |
| .cseg | |
| .ORG 0xfff0 | |
| ;reserved | |
| DW reset | |
| ;SWI3 | |
| DW reset | |
| ;SWI2 | |
| DW reset | |
| ;FIRQ | |
| DW reset | |
| ;IRQ | |
| DW reset | |
| ;SWI | |
| DW reset | |
| ;NMI | |
| DW reset | |
| ;RES | |
| DW reset | |
| org $e400 | |
| reset: | |
| .ent $ | |
| BASIC: JMP SETUP | |
| .cstr "MOD9BASIC" | |
| WARMS LDS STKTOP | |
| JSR INTEEE | |
| BRA WMS05 | |
| SETUP LDS #RAMEND-52 | |
| SET03 STS STKTOP | |
| JSR INTEEE | |
| CLEAR LDD #RAMBEG | |
| STD USRBAS | |
| STD USRTOP | |
| CLR02 STD STKLIM | |
| WMS05 JSR CRLF | |
| LDX #VSTR | |
| JSR PUTSTR | |
| CMDB LDS STKTOP | |
| CLR MODE | |
| JSR CRLF | |
| LDX USRBAS | |
| STX CURSOR | |
| CMDE LDX #0000 | |
| STX LINENB | |
| TST MODE | |
| BNE CMD01 | |
| LDA #":" | |
| JSR PUTCHR | |
| CMD01 JSR GETLIN | |
| JSR TSTNBR | |
| BCC CMD02 | |
| BVS CMD05 | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BEQ CMDE | |
| JSR MSLINE | |
| BRA CMDB | |
| CMD02 PSHS X | |
| LDX USRTOP | |
| CMPX STKLIM | |
| PULS X | |
| BEQ CMD03 | |
| JMP ERRORR | |
| CMD03 ADDD #0 | |
| BEQ CMD05 | |
| CMD04 PSHS D | |
| SUBD #9999 | |
| PULS D | |
| BHI CMD05 | |
| BSR EDITOR | |
| BRA CMDE | |
| CMD05 JMP ERRORS | |
| VSTR DB "TINY V1.37" | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| EDITOR PSHS D | |
| JSR SKIPSP | |
| STX SCRTCH | |
| LDA 0,S | |
| LDX CURSOR | |
| CMPX USRTOP | |
| BEQ ED00 | |
| CMPD 0,X | |
| BCC ED01 | |
| ED00 LDX USRBAS | |
| ED01 JSR FNDLIN | |
| STX CURSOR | |
| BCS ED04 | |
| STX SAVESP | |
| LEAX 2,X | |
| ED02 LDA ,X+ | |
| CMPA #EOL | |
| BNE ED02 | |
| ED03 CMPX USRTOP | |
| BEQ ED35 | |
| LDA ,X+ | |
| STX CHAR | |
| LDX SAVESP | |
| STA ,X+ | |
| STX SAVESP | |
| LDX CHAR | |
| BRA ED03 | |
| ED35 LDX SAVESP | |
| STX USRTOP | |
| STX STKLIM | |
| ED04 LDX SCRTCH | |
| LDB #-1 | |
| ED05 INCB | |
| LDA ,X+ | |
| CMPA #EOL | |
| BNE ED05 | |
| TSTB | |
| BNE ED55 | |
| LEAS 2,S | |
| RTS | |
| ED55 LEAX -1,X | |
| ADDB #4 | |
| ED06 LEAX -1,X | |
| DECB | |
| LDA 0,X | |
| CMPA #SPACE | |
| BEQ ED06 | |
| LDA #EOL | |
| STA 1,X | |
| CLRA | |
| LDX USRTOP | |
| STX CHAR | |
| ADDD USRTOP | |
| STD USRTOP | |
| STD STKLIM | |
| JSR TSTSTK | |
| BCC ED07 | |
| STX USRTOP | |
| STX STKLIM | |
| JMP ERRORF | |
| ED07 LDX USRTOP | |
| ED08 STX SAVESP | |
| LDX CHAR | |
| CMPX CURSOR | |
| BEQ ED09 | |
| LDA ,-X | |
| STX CHAR | |
| LDX SAVESP | |
| STA ,-X | |
| BRA ED08 | |
| ED09 PULS D | |
| LDX CURSOR | |
| STD ,X++ | |
| STX CHAR | |
| ED10 LDX SCRTCH | |
| LDA ,X+ | |
| STX SCRTCH | |
| LDX CHAR | |
| STA ,X+ | |
| STX CHAR | |
| CMPA #EOL | |
| BNE ED10 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| PUTS01 JSR PUTCHR | |
| LEAX 1,X | |
| PUTSTR LDA 0,X | |
| CMPA #EOL | |
| BNE PUTS01 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| CRLF LDX #CRLFST | |
| BSR PUTSTR | |
| CLR ZONE | |
| RTS | |
| CRLFST FCB CR,LF,DEL,FILL,FILL,FILL,EOL | |
| ;****************************** | |
| ;****************************** | |
| ERRORF BSR ER01 | |
| DB "SORRY" | |
| FCB EOL | |
| ERRORS BSR ER01 | |
| DB "WHAT ?" | |
| FCB EOL | |
| ERRORR BSR ER01 | |
| DB "HOW ?" | |
| FCB EOL | |
| BREAK BSR ER01 | |
| DB "BREAK" | |
| FCB EOL | |
| END BSR ER01 | |
| DB "STOP" | |
| FCB EOL | |
| ER01 BSR CRLF | |
| LDA #BELL | |
| JSR PUTCHR | |
| LDD LINENB | |
| JSR PRNT4 | |
| LDA #SPACE | |
| JSR PUTCHR | |
| PULS X | |
| BSR PUTSTR | |
| BSR CRLF | |
| JMP CMDB | |
| ;****************************** | |
| ;****************************** | |
| GL00 BSR CRLF | |
| GETLIN LDX #BUFFER | |
| GL03 JSR GETCHR | |
| CMPA #SPACE | |
| BCS GL05 | |
| CMPA #$7F | |
| BEQ GL03 | |
| CMPX #BUFFER+BSIZE-1 | |
| BNE GL04 | |
| LDA #BELL | |
| BRA GL02 | |
| GL04 STA ,X+ | |
| GL02 JSR PUTCHR | |
| BRA GL03 | |
| GL05 CMPA #BS | |
| BEQ GL07 | |
| CMPA #CAN | |
| BEQ GL00 | |
| CMPA #LF | |
| BEQ GL09 | |
| CMPA #CR | |
| BNE GL03 | |
| TST MODE | |
| BEQ GL06 | |
| JSR PUTCHR | |
| BRA GL08 | |
| GL06 PSHS X | |
| JSR CRLF | |
| PULS X | |
| GL08 LDA #EOL | |
| STA 0,X | |
| LDX #BUFFER | |
| RTS | |
| GL07 CMPX #BUFFER | |
| BEQ GL03 | |
| LEAX -1,X | |
| LDA #BS | |
| JSR PUTCHR | |
| LDA #SPACE | |
| JSR PUTCHR | |
| LDA #BS | |
| BRA GL02 | |
| GL09 ORCC #$01 | |
| ROR MODE | |
| BRA GL02 | |
| ;****************************** | |
| ;****************************** | |
| REM00 LEAX 1,X | |
| REM BSR SKIPSP | |
| CMPA #EOL | |
| BNE REM00 | |
| ENDSMT JSR TSTEOL | |
| ENDS02 LDA LINENB | |
| ORA LINENB+1 | |
| BEQ REM09 | |
| REM05 CMPX USRTOP | |
| BNE NXTLIN | |
| JMP ERRORR | |
| NXTLIN LDD ,X++ | |
| STD LINENB | |
| MSLINE JSR TSTBRK | |
| BSR IFAN | |
| BCS IMPLET | |
| PSHS D | |
| REM09 RTS | |
| IMPLET JMP LET | |
| ;****************************** | |
| ;****************************** | |
| IFAN BSR SKIPSP | |
| STX CURSOR | |
| LDX #VERBT | |
| FAN00: LDA ,X+ | |
| CMPA #EOL | |
| BNE FAN04 | |
| LDX CURSOR | |
| ORCC #$01 | |
| RTS | |
| FAN04 STX CHAR | |
| LDX CURSOR | |
| STX SCRTCH | |
| FAN05 LDX SCRTCH | |
| CMPA 0,X | |
| BNE FAN07 | |
| LEAX 1,X | |
| STX SCRTCH | |
| LDX CHAR | |
| LDA ,X+ | |
| STX CHAR | |
| CMPA #EOL | |
| BNE FAN05 | |
| LDD 0,X | |
| LDX SCRTCH | |
| ANDCC #$FE | |
| RTS | |
| FAN07 LDX CHAR | |
| FAN08 LDA ,X+ | |
| CMPA #EOL | |
| BNE FAN08 | |
| LEAX 2,X | |
| BRA FAN00 | |
| ;****************************** | |
| ;****************************** | |
| NXTNSP LEAX 1,X | |
| SKIPSP LDA 0,X | |
| CMPA #SPACE | |
| BEQ NXTNSP | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTHEX BSR TSTDIG | |
| BCC TST05 | |
| CMPA #"A" | |
| BCS TST03 | |
| CMPA #"F" | |
| BHI TST03 | |
| SUBA #"A"-10 | |
| ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTLTR CMPA #"A" | |
| BCS TST03 | |
| CMPA #"Z" | |
| BLS TST05 | |
| TST03 ORCC #$01 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTDIG CMPA #"0" | |
| BCS TST03 | |
| CMPA #"9" | |
| BHI TST03 | |
| SUBA #"0" | |
| TST05 ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTVAR BSR SKIPSP | |
| BSR TSTLTR | |
| BCS TSTV03 | |
| TFR A,B | |
| LDA 1,X | |
| BSR TSTLTR | |
| BCC TST03 | |
| LEAX 1,X | |
| SUBB #"A" | |
| ASLB | |
| CLRA | |
| ADDD STKTOP | |
| TSTV02 ANDCC #$FE | |
| TSTV03 RTS | |
| ;****************************** | |
| ;****************************** | |
| USER JSR ARGONE | |
| PSHS D | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ USER03 | |
| CMPA #")" | |
| ORCC #$01 | |
| BEQ USER05 | |
| USER02 JMP ERRORS | |
| USER03 LEAX 1,X | |
| JSR EXPR | |
| PSHS A | |
| JSR SKIPSP | |
| CMPA #")" | |
| PULS A | |
| BNE USER02 | |
| ANDCC #$FE | |
| USER05 LEAX 1,X | |
| STX CURSOR | |
| JSR [,S++] | |
| LDX CURSOR | |
| ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTSNB JSR SKIPSP | |
| CMPA #"-" | |
| BNE TSTNBR | |
| LEAX 1,X | |
| BSR TSTNBR | |
| BCS TSN02 | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| ANDCC #$FC | |
| TSN02 RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTNBR JSR SKIPSP | |
| JSR TSTDIG | |
| BCC TSTN02 | |
| CMPA #"$" | |
| ORCC #$01 | |
| BNE TSTN09 | |
| TSTN20 LEAX 1,X | |
| CLR ,-S | |
| CLR ,-S | |
| TSTN23 LDA 0,X | |
| JSR TSTHEX | |
| BCS TSTN07 | |
| LEAX 1,X | |
| PSHS X | |
| PSHS A | |
| LDD 3,S | |
| BITA #$F0 | |
| BNE TSTN11 | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ADDB ,S+ | |
| STD 2,S | |
| PULS X | |
| BRA TSTN23 | |
| TSTN02 LEAX 1,X | |
| PSHS A | |
| CLR ,-S | |
| TSTN03 LDA 0,X | |
| JSR TSTDIG | |
| BCS TSTN07 | |
| LEAX 1,X | |
| PSHS X | |
| PSHS A | |
| LDD 3,S | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ADDD 3,S | |
| BVS TSTN11 | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ADDB 0,S | |
| ADCA #0 | |
| BVS TSTN11 | |
| STD 3,S | |
| LEAS 1,S | |
| PULS X | |
| BRA TSTN03 | |
| TSTN07 PULS D | |
| ANDCC #$FE | |
| TSTN09 ANDCC #$FD | |
| RTS | |
| TSTN11 LDX 1,S | |
| LEAS 5,S | |
| ORCC #$03 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTSTK STS SAVESP | |
| LDD SAVESP | |
| SUBD #STKCUS | |
| SUBD STKLIM | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| PEEK JSR PAREXP | |
| PSHS D | |
| PSHS X | |
| LDB [2,S] | |
| PULS X | |
| LEAS 2,S | |
| CLRA | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| POKE JSR PAREXP | |
| PSHS D | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ POKE05 | |
| JMP ERRORS | |
| POKE05 LEAX 1,X | |
| JSR EXPR | |
| JSR TSTEOL | |
| PSHS X | |
| STB [2,S] | |
| PULS X | |
| LEAS 2,S | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| TSTFUN JSR SKIPSP | |
| STX CURSOR | |
| LDX #FUNT | |
| JSR FAN00 | |
| BCS TSTF05 | |
| PSHS D | |
| TSTF05 RTS | |
| ;****************************** | |
| ;****************************** | |
| FUNT DB "USR" | |
| FCB EOL | |
| FDB USER | |
| DB "PEEK" | |
| FCB EOL | |
| FDB PEEK | |
| DB "MEM" | |
| FCB EOL | |
| FDB TSTSTK | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| FLINE LDX USRBAS | |
| FNDLIN CMPX USRTOP | |
| BNE FND03 | |
| ORCC #$03 | |
| RTS | |
| FND03 CMPD 0,X | |
| BNE FND05 | |
| ANDCC #$FC | |
| RTS | |
| FND05 BCC FND07 | |
| ORCC #$01 | |
| ANDCC #$FD | |
| RTS | |
| FND07 PSHS A | |
| LDA #EOL | |
| LEAX 1,X | |
| FND09 LEAX 1,X | |
| CMPA 0,X | |
| BNE FND09 | |
| PULS A | |
| LEAX 1,X | |
| BRA FNDLIN | |
| ;****************************** | |
| ;****************************** | |
| RELEXP BSR EXPR | |
| PSHS D | |
| CLRB | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ REL06 | |
| CMPA #"<" | |
| BNE REL03 | |
| LEAX 1,X | |
| INCB | |
| JSR SKIPSP | |
| CMPA #">" | |
| BNE REL05 | |
| LEAX 1,X | |
| ADDB #4 | |
| BRA REL07 | |
| REL03 CMPA #">" | |
| BNE EXPR06 | |
| LEAX 1,X | |
| ADDB #4 | |
| JSR SKIPSP | |
| REL05 CMPA #"=" | |
| BNE REL07 | |
| REL06 LEAX 1,X | |
| ADDB #2 | |
| REL07 PSHS B | |
| BSR EXPR | |
| PSHS X | |
| SUBD 3,S | |
| TFR CC,A | |
| LSRA | |
| TFR A,B | |
| ASLA | |
| ASLA | |
| PSHS B | |
| ADDA ,S+ | |
| ANDA #$06 | |
| BNE REL08 | |
| INCA | |
| REL08 CLRB | |
| ANDA 2,S | |
| BEQ REL09 | |
| COMB | |
| REL09 CLRA | |
| PULS X | |
| LEAS 3,S | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| EXPR CLR ,-S | |
| CLR ,-S | |
| JSR SKIPSP | |
| CMPA #"-" | |
| BEQ EXPR05 | |
| CMPA #"+" | |
| BNE EXPR03 | |
| EXPR02 LEAX 1,X | |
| EXPR03 BSR TERM | |
| EXPR04 ADDD 0,S | |
| STD 0,S | |
| JSR SKIPSP | |
| CMPA #"+" | |
| BEQ EXPR02 | |
| CMPA #"-" | |
| BNE EXPR06 | |
| EXPR05 LEAX 1,X | |
| BSR TERM | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| BRA EXPR04 | |
| EXPR06 PULS D | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TERM JSR FACT | |
| PSHS D | |
| TERM03 JSR SKIPSP | |
| CMPA #"*" | |
| BEQ TERM07 | |
| CMPA #"/" | |
| BEQ TERM05 | |
| PULS D | |
| RTS | |
| TERM05 LEAX 1,X | |
| BSR FACT | |
| PSHS X | |
| LEAX 2,S | |
| PSHS D | |
| EORA 0,X | |
| JSR ABSX | |
| LEAX 0,S | |
| JSR ABSX | |
| PSHS A | |
| LDA #17 | |
| PSHS A | |
| CLRA | |
| CLRB | |
| DIV05 SUBD 2,S | |
| BCC DIV07 | |
| ADDD 2,S | |
| ANDCC #$FE | |
| BRA DIV09 | |
| DIV07 ORCC #$01 | |
| DIV09 ROL 7,S | |
| ROL 6,S | |
| ROLB | |
| ROLA | |
| DEC 0,S | |
| BNE DIV05 | |
| LDA 1,S | |
| LEAS 4,S | |
| TSTA | |
| BPL TERM06 | |
| LEAX 2,S | |
| BSR NEGX | |
| TERM06 PULS X | |
| BRA TERM03 | |
| TERM07 LEAX 1,X | |
| BSR FACT | |
| MULT PSHS B | |
| LDB 2,S | |
| MUL | |
| LDA 1,S | |
| STB 1,S | |
| LDB 0,S | |
| MUL | |
| LDA 2,S | |
| STB 2,S | |
| PULS B | |
| MUL | |
| ADDA 0,S | |
| ADDA 1,S | |
| STD 0,S | |
| BRA TERM03 | |
| ;****************************** | |
| ;****************************** | |
| FACT JSR TSTVAR | |
| BCS FACT03 | |
| PSHS X | |
| TFR D,X | |
| LDD 0,X | |
| PULS X | |
| FACT02 RTS | |
| FACT03 JSR TSTNBR | |
| BCC FACT02 | |
| JSR TSTFUN | |
| BCC FACT02 | |
| PAREXP BSR ARGONE | |
| PSHS A | |
| JSR SKIPSP | |
| CMPA #")" | |
| PULS A | |
| BNE FACT05 | |
| LEAX 1,X | |
| RTS | |
| FACT05 JMP ERRORS | |
| ;****************************** | |
| ;****************************** | |
| ARGONE JSR TSTSTK | |
| BCC FACT04 | |
| JMP ERRORF | |
| FACT04 JSR SKIPSP | |
| CMPA #"(" | |
| BNE FACT05 | |
| LEAX 1,X | |
| JMP EXPR | |
| ;****************************** | |
| ;****************************** | |
| ABSX TST 0,X | |
| BPL NEG05 | |
| NEGX NEG 0,X | |
| NEG 1,X | |
| BCC NEG05 | |
| DEC 0,X | |
| NEG05 RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTEOL PSHS A | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BEQ TEOL03 | |
| JMP ERRORS | |
| TEOL03 LEAX 1,X | |
| PULS A | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| LET JSR TSTVAR | |
| BCC LET03 | |
| JMP ERRORS | |
| LET03 PSHS D | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ LET05 | |
| JMP ERRORS | |
| LET05 LEAX 1,X | |
| JSR EXPR | |
| BSR TSTEOL | |
| STX CURSOR | |
| PULS X | |
| STD 0,X | |
| LDX CURSOR | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| IF: JSR RELEXP | |
| TSTB | |
| BEQ IF03 | |
| JMP MSLINE | |
| IF03: JMP REM | |
| ;****************************** | |
| ;****************************** | |
| GOTO JSR EXPR | |
| BSR TSTEOL | |
| JSR FLINE | |
| BCS GOSB04 | |
| JMP NXTLIN | |
| ;****************************** | |
| ;****************************** | |
| GOSUB JSR EXPR | |
| BSR TSTEOL | |
| STX CURSOR | |
| JSR FLINE | |
| BCC GOSB03 | |
| GOSB04 JMP ERRORR | |
| GOSB03 JSR TSTSTK | |
| BCC GOSB05 | |
| JMP ERRORF | |
| GOSB05 LDD CURSOR | |
| PSHS D | |
| LDD LINENB | |
| PSHS D | |
| JSR NXTLIN | |
| PULS D | |
| STD LINENB | |
| PULS X | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| RETURN EQU TSTEOL | |
| ;****************************** | |
| ;****************************** | |
| PRINT JSR SKIPSP | |
| PR01 CMPA #"," | |
| BEQ PR05 | |
| CMPA #";" | |
| BEQ PR07 | |
| CMPA #EOL | |
| BEQ PR04 | |
| CMPA #$22 | |
| BNE PR02 | |
| LEAX 1,X | |
| BSR PRNTQS | |
| BRA PR03 | |
| PR02 JSR EXPR | |
| PSHS X | |
| BSR PRNTN | |
| PULS X | |
| PR03 JSR SKIPSP | |
| CMPA #"," | |
| BEQ PR05 | |
| CMPA #";" | |
| BEQ PR07 | |
| CMPA #EOL | |
| BEQ PR04 | |
| JMP ERRORS | |
| PR04 PSHS X | |
| JSR CRLF | |
| PULS X | |
| BRA PR08 | |
| PR05 LDB #$7 | |
| PR06 LDA #SPACE | |
| JSR PUTCHR | |
| BITB ZONE | |
| BNE PR06 | |
| PR07 LEAX 1,X | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BNE PR01 | |
| PR08 LEAX 1,X | |
| JMP ENDS02 | |
| ;* | |
| ;* | |
| PRQ01 JSR PUTCHR | |
| PRNTQS LDA ,X+ | |
| CMPA #EOL | |
| BNE PRQ03 | |
| JMP ERRORS | |
| PRQ03 CMPA #$22 | |
| BNE PRQ01 | |
| RTS | |
| ;* | |
| PRNTN TSTA | |
| BPL PRN03 | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| PSHS A | |
| LDA #"-" | |
| JSR PUTCHR | |
| PULS A | |
| PRN03 LDX #PRNPT-2 | |
| PRN05 LEAX 2,X | |
| CMPD 0,X | |
| BCC PRN07 | |
| CMPX #PRNPTO | |
| BNE PRN05 | |
| PRN07 CLR CHAR | |
| PRN09 CMPD 0,X | |
| BCS PRN11 | |
| SUBD 0,X | |
| INC CHAR | |
| BRA PRN09 | |
| PRN11 PSHS A | |
| LDA #"0" | |
| ADDA CHAR | |
| JSR PUTCHR | |
| PULS A | |
| CMPX #PRNPTO | |
| BEQ PRN13 | |
| LEAX 2,X | |
| BRA PRN07 | |
| PRN13 RTS | |
| PRNPT FDB 10000 | |
| FDB 1000 | |
| FDB 100 | |
| FDB 10 | |
| PRNPTO FDB 1 | |
| ;* | |
| PRNT4 LDX #PRNPT+2 | |
| BRA PRN07 | |
| ;****************************** | |
| ;****************************** | |
| INPUT JSR TSTVAR | |
| BCS IN11 | |
| PSHS D | |
| STX CURSOR | |
| IN03 LDA #"?" | |
| JSR PUTCHR | |
| JSR GETLIN | |
| IN05 JSR SKIPSP | |
| CMPA #EOL | |
| BEQ IN03 | |
| JSR TSTSNB | |
| BCC IN07 | |
| LDX #RMESS | |
| JSR PUTSTR | |
| JSR CRLF | |
| BRA IN03 | |
| IN07 STX SCRTCH | |
| PULS X | |
| STD 0,X | |
| LDX CURSOR | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ IN09 | |
| JMP ENDSMT | |
| IN09 LEAX 1,X | |
| JSR TSTVAR | |
| BCC IN13 | |
| IN11 JMP ERRORS | |
| IN13 PSHS D | |
| PSHS X | |
| LDX SCRTCH | |
| JSR SKIPSP | |
| CMPA #"," | |
| BNE IN05 | |
| LEAX 1,X | |
| BRA IN05 | |
| RMESS DB "RE-ENTER" | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| RUN LDX STKTOP | |
| LDA #52 | |
| RUN01 CLR ,X+ | |
| DECA | |
| BNE RUN01 | |
| LDX USRBAS | |
| JMP REM05 | |
| ;****************************** | |
| ;****************************** | |
| LIST JSR TSTNBR | |
| BCC LIST03 | |
| CLRA | |
| CLRB | |
| STD CURSOR | |
| LDA #$7F | |
| BRA LIST07 | |
| LIST03 STD CURSOR | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ LIST05 | |
| LDA CURSOR | |
| BRA LIST07 | |
| LIST05 LEAX 1,X | |
| JSR TSTNBR | |
| BCC LIST07 | |
| JMP ERRORS | |
| LIST07 JSR TSTEOL | |
| PSHS D | |
| LDD CURSOR | |
| STX CURSOR | |
| JSR FLINE | |
| LIST09 CMPX USRTOP | |
| BEQ LIST10 | |
| PULS D | |
| CMPD 0,X | |
| BCS LIST11 | |
| PSHS D | |
| LDD ,X++ | |
| PSHS X | |
| JSR PRNT4 | |
| PULS X | |
| LDA #SPACE | |
| JSR PUTCHR | |
| JSR PUTSTR | |
| LEAX 1,X | |
| PSHS X | |
| JSR CRLF | |
| PULS X | |
| JSR TSTBRK | |
| BRA LIST09 | |
| LIST10 LEAS 2,S | |
| LDA #ETX | |
| JSR PUTCHR | |
| LIST11 LDX CURSOR | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| VERBT DB "LET" | |
| FCB EOL | |
| FDB LET | |
| DB "IF" | |
| FCB EOL | |
| FDB IF | |
| DB "GOTO" | |
| FCB EOL | |
| FDB GOTO | |
| DB "GOSUB" | |
| FCB EOL | |
| FDB GOSUB | |
| DB "RETURN" | |
| FCB EOL | |
| FDB RETURN | |
| DB "POKE" | |
| FCB EOL | |
| FDB POKE | |
| DB "PRINT" | |
| FCB EOL | |
| FDB PRINT | |
| DB "INPUT" | |
| FCB EOL | |
| FDB INPUT | |
| DB "REM" | |
| FCB EOL | |
| FDB REM | |
| DB "STOP" | |
| FCB EOL | |
| FDB END | |
| DB "END" | |
| FCB EOL | |
| FDB END | |
| DB "RUN" | |
| FCB EOL | |
| FDB RUN | |
| DB "LIST" | |
| FCB EOL | |
| FDB LIST | |
| DB "NEW" | |
| FCB EOL | |
| FDB CLEAR | |
| DB "?" | |
| FCB EOL | |
| FDB PRINT | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| TSTBRK bsr BRKEEE | |
| beq GETC05 | |
| GETCHR bsr INEEE | |
| CMPA #ETX | |
| BNE GETC05 | |
| JMP BREAK | |
| GETC05 RTS | |
| PUTCHR INC ZONE | |
| JMP OUTEEE | |
| ;****************************** | |
| ;****************************** | |
| INEEE BSR BRKEEE | |
| BEQ INEEE | |
| LDA RECEV | |
| ANDA #$7F | |
| RTS | |
| OUTEEE PSHS A | |
| OUT01 LDA TRCS | |
| BITA #TDRE | |
| BEQ OUT01 | |
| PULS A | |
| STA TRANS | |
| RTS | |
| BRKEEE PSHS A | |
| BRK03 LDA TRCS | |
| BITA #ORFE | |
| BEQ BRK05 | |
| LDA RECEV | |
| BRA BRK03 | |
| BRK05 BITA #RDRF | |
| PULS A | |
| RTS | |
| ;* | |
| LDA #CNTL1 | |
| STA RMCR | |
| LDA #CNTL2 | |
| STA TRCS | |
| INTEEE EQU $ | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| END: | |
| jmp reset | |
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| {} |
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| :00000001FF |
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| 0000 ;NAM TB01V137 | |
| 0000 ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| 0000 ;* REVISED 30-DEC-77 | |
| 0000 ;* REVISED 18-JAN-78 | |
| 0000 ;* REVISED 10-APR-78 | |
| 0000 ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| 0000 ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| 0000 ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| 0000 ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| 0000 ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| 0000 ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| 0000 ;* REVISED 21-NOV-84 FOR 6809 | |
| 0000 ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| 0000 ;* | |
| 0000 .ENGINE kilo | |
| 0000 EOL: EQU $04 | |
| 0000 ETX: EQU $03 | |
| 0000 SPACE: EQU $20 | |
| 0000 CR: EQU $0D | |
| 0000 LF: EQU $0A | |
| 0000 BS: EQU $08 | |
| 0000 CAN: EQU $18 | |
| 0000 BELL: EQU $07 | |
| 0000 FILL: EQU $00 | |
| 0000 DEL: EQU $7F | |
| 0000 BSIZE: EQU 73 | |
| 0000 STKCUS: EQU 48 | |
| 0000 ;* | |
| 0000 BACIA: EQU $83FE | |
| 0000 RMCR: EQU bACIA | |
| 0000 TRCS: EQU bACIA | |
| 0000 RECEV: EQU bACIA+1 | |
| 0000 TRANS: EQU bACIA+1 | |
| 0000 CNTL1: EQU $03 | |
| 0000 CNTL2: EQU $15 | |
| 0000 RDRF: EQU $01 | |
| 0000 ORFE: EQU $20 | |
| 0000 TDRE: EQU $02 | |
| 0000 ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| 0000 ;* DESIRED ROM AND RAM LAYOUT | |
| 0000 LORAM: EQU $0080 | |
| 0000 BUFFER: EQU $0200 | |
| 0000 RAMSIZ: EQU $2000 | |
| 0000 ROMADR: EQU $f000 | |
| 0000 ;* | |
| 0000 RAMBEG: EQU BUFFER+BSIZE | |
| 0000 RAMEND: EQU BUFFER+RAMSIZ | |
| 0000 ;* | |
| 0000 RAMPAT: EQU $AA0F | |
| 0000 ROMPAT: EQU $F055 | |
| 0000 ;* | |
| 0000 ; ORG LORAM | |
| 0000 .BSSEG | |
| 0006 .ORG 6 | |
| 0006 USRBAS: RMB 2 | |
| 0008 USRTOP: RMB 2 | |
| 000A STKLIM: RMB 2 | |
| 000C STKTOP: RMB 2 | |
| 000E CURSOR: RMB 2 | |
| 0010 SAVESP: RMB 2 | |
| 0012 LINENB: RMB 2 | |
| 0014 SCRTCH: RMB 2 | |
| 0016 CHAR: RMB 2 | |
| 0018 ZONE: RMB 1 | |
| 0019 MODE: RMB 1 | |
| 001A RESRVD: RMB 1 | |
| 001B LOEND: EQU $ | |
| 001B ;* | |
| 0000 .CSEG | |
| FFF0 .ORG 0xfff0 | |
| FFF0 ;reserved | |
| FFF0 E4 00 DW reset | |
| FFF2 ;SWI3 | |
| FFF2 E4 00 DW reset | |
| FFF4 ;SWI2 | |
| FFF4 E4 00 DW reset | |
| FFF6 ;FIRQ | |
| FFF6 E4 00 DW reset | |
| FFF8 ;IRQ | |
| FFF8 E4 00 DW reset | |
| FFFA ;SWI | |
| FFFA E4 00 DW reset | |
| FFFC ;NMI | |
| FFFC E4 00 DW reset | |
| FFFE ;RES | |
| FFFE E4 00 DW reset | |
| E400 .ORG $e400 | |
| E400 RESET: | |
| E400 .ENT $ | |
| E400 7E E4 15 BASIC: JMP SETUP | |
| E403 4D 4F 44 39 42 41 53 49 43 00 .CSTR "MOD9BASIC" | |
| E40D 10 DE 0C WARMS: LDS STKTOP | |
| E410 BD EB E5 JSR INTEEE | |
| E413 20 13 BRA WMS05 | |
| E415 10 CE 21 CC SETUP: LDS #RAMEND-52 | |
| E419 10 DF 0C SET03: STS STKTOP | |
| E41C BD EB E5 JSR INTEEE | |
| E41F CC 02 49 CLEAR: LDD #RAMBEG | |
| E422 DD 06 STD USRBAS | |
| E424 DD 08 STD USRTOP | |
| E426 DD 0A CLR02: STD STKLIM | |
| E428 BD E5 3F WMS05: JSR CRLF | |
| E42B 8E E4 83 LDX #VSTR | |
| E42E BD E5 38 JSR PUTSTR | |
| E431 10 DE 0C CMDB: LDS STKTOP | |
| E434 0F 19 CLR MODE | |
| E436 BD E5 3F JSR CRLF | |
| E439 9E 06 LDX USRBAS | |
| E43B 9F 0E STX CURSOR | |
| E43D 8E 00 00 CMDE: LDX #0000 | |
| E440 9F 12 STX LINENB | |
| E442 0D 19 TST MODE | |
| E444 26 05 BNE CMD01 | |
| E446 86 3A LDA #":" | |
| E448 BD EB AA JSR PUTCHR | |
| E44B BD E5 90 CMD01: JSR GETLIN | |
| E44E BD E6 EA JSR TSTNBR | |
| E451 24 0E BCC CMD02 | |
| E453 29 2B BVS CMD05 | |
| E455 BD E6 5B JSR SKIPSP | |
| E458 81 04 CMPA #EOL | |
| E45A 27 E1 BEQ CMDE | |
| E45C BD E6 0D JSR MSLINE | |
| E45F 20 D0 BRA CMDB | |
| E461 34 10 CMD02: PSHS X | |
| E463 9E 08 LDX USRTOP | |
| E465 9C 0A CMPX STKLIM | |
| E467 35 10 PULS X | |
| E469 27 03 BEQ CMD03 | |
| E46B 7E E5 5F JMP ERRORR | |
| E46E C3 00 00 CMD03: ADDD #0 | |
| E471 27 0D BEQ CMD05 | |
| E473 34 06 CMD04: PSHS D | |
| E475 83 27 0F SUBD #9999 | |
| E478 35 06 PULS D | |
| E47A 22 04 BHI CMD05 | |
| E47C 8D 10 BSR EDITOR | |
| E47E 20 BD BRA CMDE | |
| E480 7E E5 56 CMD05: JMP ERRORS | |
| E483 54 49 4E 59 20 56 31 2E 33 37 VSTR: DB "TINY V1.37" | |
| E48D 04 FCB EOL | |
| E48E ;****************************** | |
| E48E ;****************************** | |
| E48E 34 06 EDITOR: PSHS D | |
| E490 BD E6 5B JSR SKIPSP | |
| E493 9F 14 STX SCRTCH | |
| E495 A6 60 LDA 0,S | |
| E497 9E 0E LDX CURSOR | |
| E499 9C 08 CMPX USRTOP | |
| E49B 27 05 BEQ ED00 | |
| E49D 10 A3 00 CMPD 0,X | |
| E4A0 24 02 BCC ED01 | |
| E4A2 9E 06 ED00: LDX USRBAS | |
| E4A4 BD E7 C4 ED01: JSR FNDLIN | |
| E4A7 9F 0E STX CURSOR | |
| E4A9 25 22 BCS ED04 | |
| E4AB 9F 10 STX SAVESP | |
| E4AD 30 02 LEAX 2,X | |
| E4AF A6 80 ED02: LDA ,X+ | |
| E4B1 81 04 CMPA #EOL | |
| E4B3 26 FA BNE ED02 | |
| E4B5 9C 08 ED03: CMPX USRTOP | |
| E4B7 27 0E BEQ ED35 | |
| E4B9 A6 80 LDA ,X+ | |
| E4BB 9F 16 STX CHAR | |
| E4BD 9E 10 LDX SAVESP | |
| E4BF A7 80 STA ,X+ | |
| E4C1 9F 10 STX SAVESP | |
| E4C3 9E 16 LDX CHAR | |
| E4C5 20 EE BRA ED03 | |
| E4C7 9E 10 ED35: LDX SAVESP | |
| E4C9 9F 08 STX USRTOP | |
| E4CB 9F 0A STX STKLIM | |
| E4CD 9E 14 ED04: LDX SCRTCH | |
| E4CF C6 FF LDB #-1 | |
| E4D1 5C ED05: INCB | |
| E4D2 A6 80 LDA ,X+ | |
| E4D4 81 04 CMPA #EOL | |
| E4D6 26 F9 BNE ED05 | |
| E4D8 5D TSTB | |
| E4D9 26 03 BNE ED55 | |
| E4DB 32 62 LEAS 2,S | |
| E4DD 39 RTS | |
| E4DE 30 1F ED55: LEAX -1,X | |
| E4E0 CB 04 ADDB #4 | |
| E4E2 30 1F ED06: LEAX -1,X | |
| E4E4 5A DECB | |
| E4E5 A6 00 LDA 0,X | |
| E4E7 81 20 CMPA #SPACE | |
| E4E9 27 F7 BEQ ED06 | |
| E4EB 86 04 LDA #EOL | |
| E4ED A7 01 STA 1,X | |
| E4EF 4F CLRA | |
| E4F0 9E 08 LDX USRTOP | |
| E4F2 9F 16 STX CHAR | |
| E4F4 D3 08 ADDD USRTOP | |
| E4F6 DD 08 STD USRTOP | |
| E4F8 DD 0A STD STKLIM | |
| E4FA BD E7 62 JSR TSTSTK | |
| E4FD 24 07 BCC ED07 | |
| E4FF 9F 08 STX USRTOP | |
| E501 9F 0A STX STKLIM | |
| E503 7E E5 4E JMP ERRORF | |
| E506 9E 08 ED07: LDX USRTOP | |
| E508 9F 10 ED08: STX SAVESP | |
| E50A 9E 16 LDX CHAR | |
| E50C 9C 0E CMPX CURSOR | |
| E50E 27 0A BEQ ED09 | |
| E510 A6 82 LDA ,-X | |
| E512 9F 16 STX CHAR | |
| E514 9E 10 LDX SAVESP | |
| E516 A7 82 STA ,-X | |
| E518 20 EE BRA ED08 | |
| E51A 35 06 ED09: PULS D | |
| E51C 9E 0E LDX CURSOR | |
| E51E ED 81 STD ,X++ | |
| E520 9F 16 STX CHAR | |
| E522 9E 14 ED10: LDX SCRTCH | |
| E524 A6 80 LDA ,X+ | |
| E526 9F 14 STX SCRTCH | |
| E528 9E 16 LDX CHAR | |
| E52A A7 80 STA ,X+ | |
| E52C 9F 16 STX CHAR | |
| E52E 81 04 CMPA #EOL | |
| E530 26 F0 BNE ED10 | |
| E532 39 RTS | |
| E533 ;****************************** | |
| E533 ;****************************** | |
| E533 BD EB AA PUTS01: JSR PUTCHR | |
| E536 30 01 LEAX 1,X | |
| E538 A6 00 PUTSTR: LDA 0,X | |
| E53A 81 04 CMPA #EOL | |
| E53C 26 F5 BNE PUTS01 | |
| E53E 39 RTS | |
| E53F ;****************************** | |
| E53F ;****************************** | |
| E53F 8E E5 47 CRLF: LDX #CRLFST | |
| E542 8D F4 BSR PUTSTR | |
| E544 0F 18 CLR ZONE | |
| E546 39 RTS | |
| E547 0D 0A 7F 00 00 00 04 CRLFST: FCB CR,LF,DEL,FILL,FILL,FILL,EOL | |
| E54E ;****************************** | |
| E54E ;****************************** | |
| E54E 8D 24 ERRORF: BSR ER01 | |
| E550 53 4F 52 52 59 DB "SORRY" | |
| E555 04 FCB EOL | |
| E556 8D 1C ERRORS: BSR ER01 | |
| E558 57 48 41 54 20 3F DB "WHAT ?" | |
| E55E 04 FCB EOL | |
| E55F 8D 13 ERRORR: BSR ER01 | |
| E561 48 4F 57 20 3F DB "HOW ?" | |
| E566 04 FCB EOL | |
| E567 8D 0B BREAK: BSR ER01 | |
| E569 42 52 45 41 4B DB "BREAK" | |
| E56E 04 FCB EOL | |
| E56F END BSR ER01 | |
| E56F 53 54 4F 50 DB "STOP" | |
| E573 04 FCB EOL | |
| E574 8D C9 ER01: BSR CRLF | |
| E576 86 07 LDA #BELL | |
| E578 BD EB AA JSR PUTCHR | |
| E57B DC 12 LDD LINENB | |
| E57D BD EA 5E JSR PRNT4 | |
| E580 86 20 LDA #SPACE | |
| E582 BD EB AA JSR PUTCHR | |
| E585 35 10 PULS X | |
| E587 8D AF BSR PUTSTR | |
| E589 8D B4 BSR CRLF | |
| E58B 7E E4 31 JMP CMDB | |
| E58E ;****************************** | |
| E58E ;****************************** | |
| E58E 8D AF GL00: BSR CRLF | |
| E590 8E 02 00 GETLIN: LDX #BUFFER | |
| E593 BD EB A0 GL03: JSR GETCHR | |
| E596 81 20 CMPA #SPACE | |
| E598 25 14 BCS GL05 | |
| E59A 81 7F CMPA #$7F | |
| E59C 27 F5 BEQ GL03 | |
| E59E 8C 02 48 CMPX #BUFFER+BSIZE-1 | |
| E5A1 26 04 BNE GL04 | |
| E5A3 86 07 LDA #BELL | |
| E5A5 20 02 BRA GL02 | |
| E5A7 A7 80 GL04: STA ,X+ | |
| E5A9 BD EB AA GL02: JSR PUTCHR | |
| E5AC 20 E5 BRA GL03 | |
| E5AE 81 08 GL05: CMPA #BS | |
| E5B0 27 24 BEQ GL07 | |
| E5B2 81 18 CMPA #CAN | |
| E5B4 27 D8 BEQ GL00 | |
| E5B6 81 0A CMPA #LF | |
| E5B8 27 31 BEQ GL09 | |
| E5BA 81 0D CMPA #CR | |
| E5BC 26 D5 BNE GL03 | |
| E5BE 0D 19 TST MODE | |
| E5C0 27 05 BEQ GL06 | |
| E5C2 BD EB AA JSR PUTCHR | |
| E5C5 20 07 BRA GL08 | |
| E5C7 34 10 GL06: PSHS X | |
| E5C9 BD E5 3F JSR CRLF | |
| E5CC 35 10 PULS X | |
| E5CE 86 04 GL08: LDA #EOL | |
| E5D0 A7 00 STA 0,X | |
| E5D2 8E 02 00 LDX #BUFFER | |
| E5D5 39 RTS | |
| E5D6 8C 02 00 GL07: CMPX #BUFFER | |
| E5D9 27 B8 BEQ GL03 | |
| E5DB 30 1F LEAX -1,X | |
| E5DD 86 08 LDA #BS | |
| E5DF BD EB AA JSR PUTCHR | |
| E5E2 86 20 LDA #SPACE | |
| E5E4 BD EB AA JSR PUTCHR | |
| E5E7 86 08 LDA #BS | |
| E5E9 20 BE BRA GL02 | |
| E5EB 1A 01 GL09: ORCC #$01 | |
| E5ED 06 19 ROR MODE | |
| E5EF 20 B8 BRA GL02 | |
| E5F1 ;****************************** | |
| E5F1 ;****************************** | |
| E5F1 30 01 REM00: LEAX 1,X | |
| E5F3 8D 66 REM: BSR SKIPSP | |
| E5F5 81 04 CMPA #EOL | |
| E5F7 26 F8 BNE REM00 | |
| E5F9 BD E9 31 ENDSMT: JSR TSTEOL | |
| E5FC 96 12 ENDS02: LDA LINENB | |
| E5FE 9A 13 ORA LINENB+1 | |
| E600 27 14 BEQ REM09 | |
| E602 9C 08 REM05: CMPX USRTOP | |
| E604 26 03 BNE NXTLIN | |
| E606 7E E5 5F JMP ERRORR | |
| E609 EC 81 NXTLIN: LDD ,X++ | |
| E60B DD 12 STD LINENB | |
| E60D BD EB 9C MSLINE: JSR TSTBRK | |
| E610 8D 08 BSR IFAN | |
| E612 25 03 BCS IMPLET | |
| E614 34 06 PSHS D | |
| E616 39 REM09: RTS | |
| E617 7E E9 42 IMPLET: JMP LET | |
| E61A ;****************************** | |
| E61A ;****************************** | |
| E61A 8D 3F IFAN: BSR SKIPSP | |
| E61C 9F 0E STX CURSOR | |
| E61E 8E EB 37 LDX #VERBT | |
| E621 A6 80 FAN00: LDA ,X+ | |
| E623 81 04 CMPA #EOL | |
| E625 26 05 BNE FAN04 | |
| E627 9E 0E LDX CURSOR | |
| E629 1A 01 ORCC #$01 | |
| E62B 39 RTS | |
| E62C 9F 16 FAN04: STX CHAR | |
| E62E 9E 0E LDX CURSOR | |
| E630 9F 14 STX SCRTCH | |
| E632 9E 14 FAN05: LDX SCRTCH | |
| E634 A1 00 CMPA 0,X | |
| E636 26 15 BNE FAN07 | |
| E638 30 01 LEAX 1,X | |
| E63A 9F 14 STX SCRTCH | |
| E63C 9E 16 LDX CHAR | |
| E63E A6 80 LDA ,X+ | |
| E640 9F 16 STX CHAR | |
| E642 81 04 CMPA #EOL | |
| E644 26 EC BNE FAN05 | |
| E646 EC 00 LDD 0,X | |
| E648 9E 14 LDX SCRTCH | |
| E64A 1C FE ANDCC #$FE | |
| E64C 39 RTS | |
| E64D 9E 16 FAN07: LDX CHAR | |
| E64F A6 80 FAN08: LDA ,X+ | |
| E651 81 04 CMPA #EOL | |
| E653 26 FA BNE FAN08 | |
| E655 30 02 LEAX 2,X | |
| E657 20 C8 BRA FAN00 | |
| E659 ;****************************** | |
| E659 ;****************************** | |
| E659 30 01 NXTNSP: LEAX 1,X | |
| E65B A6 00 SKIPSP: LDA 0,X | |
| E65D 81 20 CMPA #SPACE | |
| E65F 27 F8 BEQ NXTNSP | |
| E661 39 RTS | |
| E662 ;****************************** | |
| E662 ;****************************** | |
| E662 8D 1A TSTHEX: BSR TSTDIG | |
| E664 24 22 BCC TST05 | |
| E666 81 41 CMPA #"A" | |
| E668 25 11 BCS TST03 | |
| E66A 81 46 CMPA #"F" | |
| E66C 22 0D BHI TST03 | |
| E66E 80 37 SUBA #"A"-10 | |
| E670 1C FE ANDCC #$FE | |
| E672 39 RTS | |
| E673 ;****************************** | |
| E673 ;****************************** | |
| E673 81 41 TSTLTR: CMPA #"A" | |
| E675 25 04 BCS TST03 | |
| E677 81 5A CMPA #"Z" | |
| E679 23 0D BLS TST05 | |
| E67B 1A 01 TST03: ORCC #$01 | |
| E67D 39 RTS | |
| E67E ;****************************** | |
| E67E ;****************************** | |
| E67E 81 30 TSTDIG: CMPA #"0" | |
| E680 25 F9 BCS TST03 | |
| E682 81 39 CMPA #"9" | |
| E684 22 F5 BHI TST03 | |
| E686 80 30 SUBA #"0" | |
| E688 1C FE TST05: ANDCC #$FE | |
| E68A 39 RTS | |
| E68B ;****************************** | |
| E68B ;****************************** | |
| E68B 8D CE TSTVAR: BSR SKIPSP | |
| E68D 8D E4 BSR TSTLTR | |
| E68F 25 12 BCS TSTV03 | |
| E691 1F 89 TFR A,B | |
| E693 A6 01 LDA 1,X | |
| E695 8D DC BSR TSTLTR | |
| E697 24 E2 BCC TST03 | |
| E699 30 01 LEAX 1,X | |
| E69B C0 41 SUBB #"A" | |
| E69D 58 ASLB | |
| E69E 4F CLRA | |
| E69F D3 0C ADDD STKTOP | |
| E6A1 1C FE TSTV02: ANDCC #$FE | |
| E6A3 39 TSTV03: RTS | |
| E6A4 ;****************************** | |
| E6A4 ;****************************** | |
| E6A4 BD E9 10 USER: JSR ARGONE | |
| E6A7 34 06 PSHS D | |
| E6A9 BD E6 5B JSR SKIPSP | |
| E6AC 81 2C CMPA #"," | |
| E6AE 27 09 BEQ USER03 | |
| E6B0 81 29 CMPA #")" | |
| E6B2 1A 01 ORCC #$01 | |
| E6B4 27 15 BEQ USER05 | |
| E6B6 7E E5 56 USER02: JMP ERRORS | |
| E6B9 30 01 USER03: LEAX 1,X | |
| E6BB BD E8 43 JSR EXPR | |
| E6BE 34 02 PSHS A | |
| E6C0 BD E6 5B JSR SKIPSP | |
| E6C3 81 29 CMPA #")" | |
| E6C5 35 02 PULS A | |
| E6C7 26 ED BNE USER02 | |
| E6C9 1C FE ANDCC #$FE | |
| E6CB 30 01 USER05: LEAX 1,X | |
| E6CD 9F 0E STX CURSOR | |
| E6CF AD F1 JSR [,S++] | |
| E6D1 9E 0E LDX CURSOR | |
| E6D3 1C FE ANDCC #$FE | |
| E6D5 39 RTS | |
| E6D6 ;****************************** | |
| E6D6 ;****************************** | |
| E6D6 BD E6 5B TSTSNB: JSR SKIPSP | |
| E6D9 81 2D CMPA #"-" | |
| E6DB 26 0D BNE TSTNBR | |
| E6DD 30 01 LEAX 1,X | |
| E6DF 8D 09 BSR TSTNBR | |
| E6E1 25 06 BCS TSN02 | |
| E6E3 40 NEGA | |
| E6E4 50 NEGB | |
| E6E5 82 00 SBCA #0 | |
| E6E7 1C FC ANDCC #$FC | |
| E6E9 39 TSN02: RTS | |
| E6EA ;****************************** | |
| E6EA ;****************************** | |
| E6EA BD E6 5B TSTNBR: JSR SKIPSP | |
| E6ED BD E6 7E JSR TSTDIG | |
| E6F0 24 2F BCC TSTN02 | |
| E6F2 81 24 CMPA #"$" | |
| E6F4 1A 01 ORCC #$01 | |
| E6F6 26 60 BNE TSTN09 | |
| E6F8 30 01 TSTN20: LEAX 1,X | |
| E6FA 6F E2 CLR ,-S | |
| E6FC 6F E2 CLR ,-S | |
| E6FE A6 00 TSTN23: LDA 0,X | |
| E700 BD E6 62 JSR TSTHEX | |
| E703 25 4F BCS TSTN07 | |
| E705 30 01 LEAX 1,X | |
| E707 34 10 PSHS X | |
| E709 34 02 PSHS A | |
| E70B EC 63 LDD 3,S | |
| E70D 85 F0 BITA #$F0 | |
| E70F 26 4A BNE TSTN11 | |
| E711 58 ASLB | |
| E712 49 ROLA | |
| E713 58 ASLB | |
| E714 49 ROLA | |
| E715 58 ASLB | |
| E716 49 ROLA | |
| E717 58 ASLB | |
| E718 49 ROLA | |
| E719 EB E0 ADDB ,S+ | |
| E71B ED 62 STD 2,S | |
| E71D 35 10 PULS X | |
| E71F 20 DD BRA TSTN23 | |
| E721 30 01 TSTN02: LEAX 1,X | |
| E723 34 02 PSHS A | |
| E725 6F E2 CLR ,-S | |
| E727 A6 00 TSTN03: LDA 0,X | |
| E729 BD E6 7E JSR TSTDIG | |
| E72C 25 26 BCS TSTN07 | |
| E72E 30 01 LEAX 1,X | |
| E730 34 10 PSHS X | |
| E732 34 02 PSHS A | |
| E734 EC 63 LDD 3,S | |
| E736 58 ASLB | |
| E737 49 ROLA | |
| E738 29 21 BVS TSTN11 | |
| E73A 58 ASLB | |
| E73B 49 ROLA | |
| E73C 29 1D BVS TSTN11 | |
| E73E E3 63 ADDD 3,S | |
| E740 29 19 BVS TSTN11 | |
| E742 58 ASLB | |
| E743 49 ROLA | |
| E744 29 15 BVS TSTN11 | |
| E746 EB 60 ADDB 0,S | |
| E748 89 00 ADCA #0 | |
| E74A 29 0F BVS TSTN11 | |
| E74C ED 63 STD 3,S | |
| E74E 32 61 LEAS 1,S | |
| E750 35 10 PULS X | |
| E752 20 D3 BRA TSTN03 | |
| E754 35 06 TSTN07: PULS D | |
| E756 1C FE ANDCC #$FE | |
| E758 1C FD TSTN09: ANDCC #$FD | |
| E75A 39 RTS | |
| E75B AE 61 TSTN11: LDX 1,S | |
| E75D 32 65 LEAS 5,S | |
| E75F 1A 03 ORCC #$03 | |
| E761 39 RTS | |
| E762 ;****************************** | |
| E762 ;****************************** | |
| E762 10 DF 10 TSTSTK: STS SAVESP | |
| E765 DC 10 LDD SAVESP | |
| E767 83 00 30 SUBD #STKCUS | |
| E76A 93 0A SUBD STKLIM | |
| E76C 39 RTS | |
| E76D ;****************************** | |
| E76D ;****************************** | |
| E76D BD E8 FD PEEK: JSR PAREXP | |
| E770 34 06 PSHS D | |
| E772 34 10 PSHS X | |
| E774 E6 72 LDB [2,S] | |
| E776 35 10 PULS X | |
| E778 32 62 LEAS 2,S | |
| E77A 4F CLRA | |
| E77B 39 RTS | |
| E77C ;****************************** | |
| E77C ;****************************** | |
| E77C BD E8 FD POKE: JSR PAREXP | |
| E77F 34 06 PSHS D | |
| E781 BD E6 5B JSR SKIPSP | |
| E784 81 3D CMPA #"=" | |
| E786 27 03 BEQ POKE05 | |
| E788 7E E5 56 JMP ERRORS | |
| E78B 30 01 POKE05: LEAX 1,X | |
| E78D BD E8 43 JSR EXPR | |
| E790 BD E9 31 JSR TSTEOL | |
| E793 34 10 PSHS X | |
| E795 E7 72 STB [2,S] | |
| E797 35 10 PULS X | |
| E799 32 62 LEAS 2,S | |
| E79B 7E E5 FC JMP ENDS02 | |
| E79E ;****************************** | |
| E79E ;****************************** | |
| E79E BD E6 5B TSTFUN: JSR SKIPSP | |
| E7A1 9F 0E STX CURSOR | |
| E7A3 8E E7 AE LDX #FUNT | |
| E7A6 BD E6 21 JSR FAN00 | |
| E7A9 25 02 BCS TSTF05 | |
| E7AB 34 06 PSHS D | |
| E7AD 39 TSTF05: RTS | |
| E7AE ;****************************** | |
| E7AE ;****************************** | |
| E7AE 55 53 52 FUNT: DB "USR" | |
| E7B1 04 FCB EOL | |
| E7B2 E6 A4 FDB USER | |
| E7B4 50 45 45 4B DB "PEEK" | |
| E7B8 04 FCB EOL | |
| E7B9 E7 6D FDB PEEK | |
| E7BB 4D 45 4D DB "MEM" | |
| E7BE 04 FCB EOL | |
| E7BF E7 62 FDB TSTSTK | |
| E7C1 04 FCB EOL | |
| E7C2 ;****************************** | |
| E7C2 ;****************************** | |
| E7C2 9E 06 FLINE: LDX USRBAS | |
| E7C4 9C 08 FNDLIN: CMPX USRTOP | |
| E7C6 26 03 BNE FND03 | |
| E7C8 1A 03 ORCC #$03 | |
| E7CA 39 RTS | |
| E7CB 10 A3 00 FND03: CMPD 0,X | |
| E7CE 26 03 BNE FND05 | |
| E7D0 1C FC ANDCC #$FC | |
| E7D2 39 RTS | |
| E7D3 24 05 FND05: BCC FND07 | |
| E7D5 1A 01 ORCC #$01 | |
| E7D7 1C FD ANDCC #$FD | |
| E7D9 39 RTS | |
| E7DA 34 02 FND07: PSHS A | |
| E7DC 86 04 LDA #EOL | |
| E7DE 30 01 LEAX 1,X | |
| E7E0 30 01 FND09: LEAX 1,X | |
| E7E2 A1 00 CMPA 0,X | |
| E7E4 26 FA BNE FND09 | |
| E7E6 35 02 PULS A | |
| E7E8 30 01 LEAX 1,X | |
| E7EA 20 D8 BRA FNDLIN | |
| E7EC ;****************************** | |
| E7EC ;****************************** | |
| E7EC 8D 55 RELEXP: BSR EXPR | |
| E7EE 34 06 PSHS D | |
| E7F0 5F CLRB | |
| E7F1 BD E6 5B JSR SKIPSP | |
| E7F4 81 3D CMPA #"=" | |
| E7F6 27 23 BEQ REL06 | |
| E7F8 81 3C CMPA #"<" | |
| E7FA 26 10 BNE REL03 | |
| E7FC 30 01 LEAX 1,X | |
| E7FE 5C INCB | |
| E7FF BD E6 5B JSR SKIPSP | |
| E802 81 3E CMPA #">" | |
| E804 26 11 BNE REL05 | |
| E806 30 01 LEAX 1,X | |
| E808 CB 04 ADDB #4 | |
| E80A 20 13 BRA REL07 | |
| E80C 81 3E REL03: CMPA #">" | |
| E80E 26 5F BNE EXPR06 | |
| E810 30 01 LEAX 1,X | |
| E812 CB 04 ADDB #4 | |
| E814 BD E6 5B JSR SKIPSP | |
| E817 81 3D REL05: CMPA #"=" | |
| E819 26 04 BNE REL07 | |
| E81B 30 01 REL06: LEAX 1,X | |
| E81D CB 02 ADDB #2 | |
| E81F 34 04 REL07: PSHS B | |
| E821 8D 20 BSR EXPR | |
| E823 34 10 PSHS X | |
| E825 A3 63 SUBD 3,S | |
| E827 1F A8 TFR CC,A | |
| E829 44 LSRA | |
| E82A 1F 89 TFR A,B | |
| E82C 48 ASLA | |
| E82D 48 ASLA | |
| E82E 34 04 PSHS B | |
| E830 AB E0 ADDA ,S+ | |
| E832 84 06 ANDA #$06 | |
| E834 26 01 BNE REL08 | |
| E836 4C INCA | |
| E837 5F REL08: CLRB | |
| E838 A4 62 ANDA 2,S | |
| E83A 27 01 BEQ REL09 | |
| E83C 53 COMB | |
| E83D 4F REL09: CLRA | |
| E83E 35 10 PULS X | |
| E840 32 63 LEAS 3,S | |
| E842 39 RTS | |
| E843 ;****************************** | |
| E843 ;****************************** | |
| E843 6F E2 EXPR: CLR ,-S | |
| E845 6F E2 CLR ,-S | |
| E847 BD E6 5B JSR SKIPSP | |
| E84A 81 2D CMPA #"-" | |
| E84C 27 17 BEQ EXPR05 | |
| E84E 81 2B CMPA #"+" | |
| E850 26 02 BNE EXPR03 | |
| E852 30 01 EXPR02: LEAX 1,X | |
| E854 8D 1C EXPR03: BSR TERM | |
| E856 E3 60 EXPR04: ADDD 0,S | |
| E858 ED 60 STD 0,S | |
| E85A BD E6 5B JSR SKIPSP | |
| E85D 81 2B CMPA #"+" | |
| E85F 27 F1 BEQ EXPR02 | |
| E861 81 2D CMPA #"-" | |
| E863 26 0A BNE EXPR06 | |
| E865 30 01 EXPR05: LEAX 1,X | |
| E867 8D 09 BSR TERM | |
| E869 40 NEGA | |
| E86A 50 NEGB | |
| E86B 82 00 SBCA #0 | |
| E86D 20 E7 BRA EXPR04 | |
| E86F 35 06 EXPR06: PULS D | |
| E871 39 RTS | |
| E872 ;****************************** | |
| E872 ;****************************** | |
| E872 BD E8 E5 TERM: JSR FACT | |
| E875 34 06 PSHS D | |
| E877 BD E6 5B TERM03: JSR SKIPSP | |
| E87A 81 2A CMPA #"*" | |
| E87C 27 48 BEQ TERM07 | |
| E87E 81 2F CMPA #"/" | |
| E880 27 03 BEQ TERM05 | |
| E882 35 06 PULS D | |
| E884 39 RTS | |
| E885 30 01 TERM05: LEAX 1,X | |
| E887 8D 5C BSR FACT | |
| E889 34 10 PSHS X | |
| E88B 30 62 LEAX 2,S | |
| E88D 34 06 PSHS D | |
| E88F A8 00 EORA 0,X | |
| E891 BD E9 24 JSR ABSX | |
| E894 30 60 LEAX 0,S | |
| E896 BD E9 24 JSR ABSX | |
| E899 34 02 PSHS A | |
| E89B 86 11 LDA #17 | |
| E89D 34 02 PSHS A | |
| E89F 4F CLRA | |
| E8A0 5F CLRB | |
| E8A1 A3 62 DIV05: SUBD 2,S | |
| E8A3 24 06 BCC DIV07 | |
| E8A5 E3 62 ADDD 2,S | |
| E8A7 1C FE ANDCC #$FE | |
| E8A9 20 02 BRA DIV09 | |
| E8AB 1A 01 DIV07: ORCC #$01 | |
| E8AD 69 67 DIV09: ROL 7,S | |
| E8AF 69 66 ROL 6,S | |
| E8B1 59 ROLB | |
| E8B2 49 ROLA | |
| E8B3 6A 60 DEC 0,S | |
| E8B5 26 EA BNE DIV05 | |
| E8B7 A6 61 LDA 1,S | |
| E8B9 32 64 LEAS 4,S | |
| E8BB 4D TSTA | |
| E8BC 2A 04 BPL TERM06 | |
| E8BE 30 62 LEAX 2,S | |
| E8C0 8D 66 BSR NEGX | |
| E8C2 35 10 TERM06: PULS X | |
| E8C4 20 B1 BRA TERM03 | |
| E8C6 30 01 TERM07: LEAX 1,X | |
| E8C8 8D 1B BSR FACT | |
| E8CA 34 04 MULT: PSHS B | |
| E8CC E6 62 LDB 2,S | |
| E8CE 3D MUL | |
| E8CF A6 61 LDA 1,S | |
| E8D1 E7 61 STB 1,S | |
| E8D3 E6 60 LDB 0,S | |
| E8D5 3D MUL | |
| E8D6 A6 62 LDA 2,S | |
| E8D8 E7 62 STB 2,S | |
| E8DA 35 04 PULS B | |
| E8DC 3D MUL | |
| E8DD AB 60 ADDA 0,S | |
| E8DF AB 61 ADDA 1,S | |
| E8E1 ED 60 STD 0,S | |
| E8E3 20 92 BRA TERM03 | |
| E8E5 ;****************************** | |
| E8E5 ;****************************** | |
| E8E5 BD E6 8B FACT: JSR TSTVAR | |
| E8E8 25 09 BCS FACT03 | |
| E8EA 34 10 PSHS X | |
| E8EC 1F 01 TFR D,X | |
| E8EE EC 00 LDD 0,X | |
| E8F0 35 10 PULS X | |
| E8F2 39 FACT02: RTS | |
| E8F3 BD E6 EA FACT03: JSR TSTNBR | |
| E8F6 24 FA BCC FACT02 | |
| E8F8 BD E7 9E JSR TSTFUN | |
| E8FB 24 F5 BCC FACT02 | |
| E8FD 8D 11 PAREXP: BSR ARGONE | |
| E8FF 34 02 PSHS A | |
| E901 BD E6 5B JSR SKIPSP | |
| E904 81 29 CMPA #")" | |
| E906 35 02 PULS A | |
| E908 26 03 BNE FACT05 | |
| E90A 30 01 LEAX 1,X | |
| E90C 39 RTS | |
| E90D 7E E5 56 FACT05: JMP ERRORS | |
| E910 ;****************************** | |
| E910 ;****************************** | |
| E910 BD E7 62 ARGONE: JSR TSTSTK | |
| E913 24 03 BCC FACT04 | |
| E915 7E E5 4E JMP ERRORF | |
| E918 BD E6 5B FACT04: JSR SKIPSP | |
| E91B 81 28 CMPA #"(" | |
| E91D 26 EE BNE FACT05 | |
| E91F 30 01 LEAX 1,X | |
| E921 7E E8 43 JMP EXPR | |
| E924 ;****************************** | |
| E924 ;****************************** | |
| E924 6D 00 ABSX: TST 0,X | |
| E926 2A 08 BPL NEG05 | |
| E928 60 00 NEGX: NEG 0,X | |
| E92A 60 01 NEG 1,X | |
| E92C 24 02 BCC NEG05 | |
| E92E 6A 00 DEC 0,X | |
| E930 39 NEG05: RTS | |
| E931 ;****************************** | |
| E931 ;****************************** | |
| E931 34 02 TSTEOL: PSHS A | |
| E933 BD E6 5B JSR SKIPSP | |
| E936 81 04 CMPA #EOL | |
| E938 27 03 BEQ TEOL03 | |
| E93A 7E E5 56 JMP ERRORS | |
| E93D 30 01 TEOL03: LEAX 1,X | |
| E93F 35 02 PULS A | |
| E941 39 RTS | |
| E942 ;****************************** | |
| E942 ;****************************** | |
| E942 BD E6 8B LET: JSR TSTVAR | |
| E945 24 03 BCC LET03 | |
| E947 7E E5 56 JMP ERRORS | |
| E94A 34 06 LET03: PSHS D | |
| E94C BD E6 5B JSR SKIPSP | |
| E94F 81 3D CMPA #"=" | |
| E951 27 03 BEQ LET05 | |
| E953 7E E5 56 JMP ERRORS | |
| E956 30 01 LET05: LEAX 1,X | |
| E958 BD E8 43 JSR EXPR | |
| E95B 8D D4 BSR TSTEOL | |
| E95D 9F 0E STX CURSOR | |
| E95F 35 10 PULS X | |
| E961 ED 00 STD 0,X | |
| E963 9E 0E LDX CURSOR | |
| E965 7E E5 FC JMP ENDS02 | |
| E968 ;****************************** | |
| E968 ;****************************** | |
| E968 BD E7 EC IF: JSR RELEXP | |
| E96B 5D TSTB | |
| E96C 27 03 BEQ IF03 | |
| E96E 7E E6 0D JMP MSLINE | |
| E971 7E E5 F3 IF03: JMP REM | |
| E974 ;****************************** | |
| E974 ;****************************** | |
| E974 BD E8 43 GOTO: JSR EXPR | |
| E977 8D B8 BSR TSTEOL | |
| E979 BD E7 C2 JSR FLINE | |
| E97C 25 0F BCS GOSB04 | |
| E97E 7E E6 09 JMP NXTLIN | |
| E981 ;****************************** | |
| E981 ;****************************** | |
| E981 BD E8 43 GOSUB: JSR EXPR | |
| E984 8D AB BSR TSTEOL | |
| E986 9F 0E STX CURSOR | |
| E988 BD E7 C2 JSR FLINE | |
| E98B 24 03 BCC GOSB03 | |
| E98D 7E E5 5F GOSB04: JMP ERRORR | |
| E990 BD E7 62 GOSB03: JSR TSTSTK | |
| E993 24 03 BCC GOSB05 | |
| E995 7E E5 4E JMP ERRORF | |
| E998 DC 0E GOSB05: LDD CURSOR | |
| E99A 34 06 PSHS D | |
| E99C DC 12 LDD LINENB | |
| E99E 34 06 PSHS D | |
| E9A0 BD E6 09 JSR NXTLIN | |
| E9A3 35 06 PULS D | |
| E9A5 DD 12 STD LINENB | |
| E9A7 35 10 PULS X | |
| E9A9 7E E5 FC JMP ENDS02 | |
| E9AC ;****************************** | |
| E9AC ;****************************** | |
| E9AC RETURN: EQU TSTEOL | |
| E9AC ;****************************** | |
| E9AC ;****************************** | |
| E9AC BD E6 5B PRINT: JSR SKIPSP | |
| E9AF 81 2C PR01: CMPA #"," | |
| E9B1 27 36 BEQ PR05 | |
| E9B3 81 3B CMPA #";" | |
| E9B5 27 3D BEQ PR07 | |
| E9B7 81 04 CMPA #EOL | |
| E9B9 27 25 BEQ PR04 | |
| E9BB 81 22 CMPA #$22 | |
| E9BD 26 06 BNE PR02 | |
| E9BF 30 01 LEAX 1,X | |
| E9C1 8D 42 BSR PRNTQS | |
| E9C3 20 09 BRA PR03 | |
| E9C5 BD E8 43 PR02: JSR EXPR | |
| E9C8 34 10 PSHS X | |
| E9CA 8D 47 BSR PRNTN | |
| E9CC 35 10 PULS X | |
| E9CE BD E6 5B PR03: JSR SKIPSP | |
| E9D1 81 2C CMPA #"," | |
| E9D3 27 14 BEQ PR05 | |
| E9D5 81 3B CMPA #";" | |
| E9D7 27 1B BEQ PR07 | |
| E9D9 81 04 CMPA #EOL | |
| E9DB 27 03 BEQ PR04 | |
| E9DD 7E E5 56 JMP ERRORS | |
| E9E0 34 10 PR04: PSHS X | |
| E9E2 BD E5 3F JSR CRLF | |
| E9E5 35 10 PULS X | |
| E9E7 20 14 BRA PR08 | |
| E9E9 C6 07 PR05: LDB #$7 | |
| E9EB 86 20 PR06: LDA #SPACE | |
| E9ED BD EB AA JSR PUTCHR | |
| E9F0 D5 18 BITB ZONE | |
| E9F2 26 F7 BNE PR06 | |
| E9F4 30 01 PR07: LEAX 1,X | |
| E9F6 BD E6 5B JSR SKIPSP | |
| E9F9 81 04 CMPA #EOL | |
| E9FB 26 B2 BNE PR01 | |
| E9FD 30 01 PR08: LEAX 1,X | |
| E9FF 7E E5 FC JMP ENDS02 | |
| EA02 ;* | |
| EA02 ;* | |
| EA02 BD EB AA PRQ01: JSR PUTCHR | |
| EA05 A6 80 PRNTQS: LDA ,X+ | |
| EA07 81 04 CMPA #EOL | |
| EA09 26 03 BNE PRQ03 | |
| EA0B 7E E5 56 JMP ERRORS | |
| EA0E 81 22 PRQ03: CMPA #$22 | |
| EA10 26 F0 BNE PRQ01 | |
| EA12 39 RTS | |
| EA13 ;* | |
| EA13 4D PRNTN: TSTA | |
| EA14 2A 0D BPL PRN03 | |
| EA16 40 NEGA | |
| EA17 50 NEGB | |
| EA18 82 00 SBCA #0 | |
| EA1A 34 02 PSHS A | |
| EA1C 86 2D LDA #"-" | |
| EA1E BD EB AA JSR PUTCHR | |
| EA21 35 02 PULS A | |
| EA23 8E EA 52 PRN03: LDX #PRNPT-2 | |
| EA26 30 02 PRN05: LEAX 2,X | |
| EA28 10 A3 00 CMPD 0,X | |
| EA2B 24 05 BCC PRN07 | |
| EA2D 8C EA 5C CMPX #PRNPTO | |
| EA30 26 F4 BNE PRN05 | |
| EA32 0F 16 PRN07: CLR CHAR | |
| EA34 10 A3 00 PRN09: CMPD 0,X | |
| EA37 25 06 BCS PRN11 | |
| EA39 A3 00 SUBD 0,X | |
| EA3B 0C 16 INC CHAR | |
| EA3D 20 F5 BRA PRN09 | |
| EA3F 34 02 PRN11: PSHS A | |
| EA41 86 30 LDA #"0" | |
| EA43 9B 16 ADDA CHAR | |
| EA45 BD EB AA JSR PUTCHR | |
| EA48 35 02 PULS A | |
| EA4A 8C EA 5C CMPX #PRNPTO | |
| EA4D 27 04 BEQ PRN13 | |
| EA4F 30 02 LEAX 2,X | |
| EA51 20 DF BRA PRN07 | |
| EA53 39 PRN13: RTS | |
| EA54 27 10 PRNPT: FDB 10000 | |
| EA56 03 E8 FDB 1000 | |
| EA58 00 64 FDB 100 | |
| EA5A 00 0A FDB 10 | |
| EA5C 00 01 PRNPTO: FDB 1 | |
| EA5E ;* | |
| EA5E 8E EA 56 PRNT4: LDX #PRNPT+2 | |
| EA61 20 CF BRA PRN07 | |
| EA63 ;****************************** | |
| EA63 ;****************************** | |
| EA63 BD E6 8B INPUT: JSR TSTVAR | |
| EA66 25 3C BCS IN11 | |
| EA68 34 06 PSHS D | |
| EA6A 9F 0E STX CURSOR | |
| EA6C 86 3F IN03: LDA #"?" | |
| EA6E BD EB AA JSR PUTCHR | |
| EA71 BD E5 90 JSR GETLIN | |
| EA74 BD E6 5B IN05: JSR SKIPSP | |
| EA77 81 04 CMPA #EOL | |
| EA79 27 F1 BEQ IN03 | |
| EA7B BD E6 D6 JSR TSTSNB | |
| EA7E 24 0B BCC IN07 | |
| EA80 8E EA B8 LDX #RMESS | |
| EA83 BD E5 38 JSR PUTSTR | |
| EA86 BD E5 3F JSR CRLF | |
| EA89 20 E1 BRA IN03 | |
| EA8B 9F 14 IN07: STX SCRTCH | |
| EA8D 35 10 PULS X | |
| EA8F ED 00 STD 0,X | |
| EA91 9E 0E LDX CURSOR | |
| EA93 BD E6 5B JSR SKIPSP | |
| EA96 81 2C CMPA #"," | |
| EA98 27 03 BEQ IN09 | |
| EA9A 7E E5 F9 JMP ENDSMT | |
| EA9D 30 01 IN09: LEAX 1,X | |
| EA9F BD E6 8B JSR TSTVAR | |
| EAA2 24 03 BCC IN13 | |
| EAA4 7E E5 56 IN11: JMP ERRORS | |
| EAA7 34 06 IN13: PSHS D | |
| EAA9 34 10 PSHS X | |
| EAAB 9E 14 LDX SCRTCH | |
| EAAD BD E6 5B JSR SKIPSP | |
| EAB0 81 2C CMPA #"," | |
| EAB2 26 C0 BNE IN05 | |
| EAB4 30 01 LEAX 1,X | |
| EAB6 20 BC BRA IN05 | |
| EAB8 52 45 2D 45 4E 54 45 52 RMESS: DB "RE-ENTER" | |
| EAC0 04 FCB EOL | |
| EAC1 ;****************************** | |
| EAC1 ;****************************** | |
| EAC1 9E 0C RUN: LDX STKTOP | |
| EAC3 86 34 LDA #52 | |
| EAC5 6F 80 RUN01: CLR ,X+ | |
| EAC7 4A DECA | |
| EAC8 26 FB BNE RUN01 | |
| EACA 9E 06 LDX USRBAS | |
| EACC 7E E6 02 JMP REM05 | |
| EACF ;****************************** | |
| EACF ;****************************** | |
| EACF BD E6 EA LIST: JSR TSTNBR | |
| EAD2 24 08 BCC LIST03 | |
| EAD4 4F CLRA | |
| EAD5 5F CLRB | |
| EAD6 DD 0E STD CURSOR | |
| EAD8 86 7F LDA #$7F | |
| EADA 20 17 BRA LIST07 | |
| EADC DD 0E LIST03: STD CURSOR | |
| EADE BD E6 5B JSR SKIPSP | |
| EAE1 81 2C CMPA #"," | |
| EAE3 27 04 BEQ LIST05 | |
| EAE5 96 0E LDA CURSOR | |
| EAE7 20 0A BRA LIST07 | |
| EAE9 30 01 LIST05: LEAX 1,X | |
| EAEB BD E6 EA JSR TSTNBR | |
| EAEE 24 03 BCC LIST07 | |
| EAF0 7E E5 56 JMP ERRORS | |
| EAF3 BD E9 31 LIST07: JSR TSTEOL | |
| EAF6 34 06 PSHS D | |
| EAF8 DC 0E LDD CURSOR | |
| EAFA 9F 0E STX CURSOR | |
| EAFC BD E7 C2 JSR FLINE | |
| EAFF 9C 08 LIST09: CMPX USRTOP | |
| EB01 27 28 BEQ LIST10 | |
| EB03 35 06 PULS D | |
| EB05 10 A3 00 CMPD 0,X | |
| EB08 25 28 BCS LIST11 | |
| EB0A 34 06 PSHS D | |
| EB0C EC 81 LDD ,X++ | |
| EB0E 34 10 PSHS X | |
| EB10 BD EA 5E JSR PRNT4 | |
| EB13 35 10 PULS X | |
| EB15 86 20 LDA #SPACE | |
| EB17 BD EB AA JSR PUTCHR | |
| EB1A BD E5 38 JSR PUTSTR | |
| EB1D 30 01 LEAX 1,X | |
| EB1F 34 10 PSHS X | |
| EB21 BD E5 3F JSR CRLF | |
| EB24 35 10 PULS X | |
| EB26 BD EB 9C JSR TSTBRK | |
| EB29 20 D4 BRA LIST09 | |
| EB2B 32 62 LIST10: LEAS 2,S | |
| EB2D 86 03 LDA #ETX | |
| EB2F BD EB AA JSR PUTCHR | |
| EB32 9E 0E LIST11: LDX CURSOR | |
| EB34 7E E5 FC JMP ENDS02 | |
| EB37 ;****************************** | |
| EB37 ;****************************** | |
| EB37 4C 45 54 VERBT: DB "LET" | |
| EB3A 04 FCB EOL | |
| EB3B E9 42 FDB LET | |
| EB3D 49 46 DB "IF" | |
| EB3F 04 FCB EOL | |
| EB40 E9 68 FDB IF | |
| EB42 47 4F 54 4F DB "GOTO" | |
| EB46 04 FCB EOL | |
| EB47 E9 74 FDB GOTO | |
| EB49 47 4F 53 55 42 DB "GOSUB" | |
| EB4E 04 FCB EOL | |
| EB4F E9 81 FDB GOSUB | |
| EB51 52 45 54 55 52 4E DB "RETURN" | |
| EB57 04 FCB EOL | |
| EB58 E9 31 FDB RETURN | |
| EB5A 50 4F 4B 45 DB "POKE" | |
| EB5E 04 FCB EOL | |
| EB5F E7 7C FDB POKE | |
| EB61 50 52 49 4E 54 DB "PRINT" | |
| EB66 04 FCB EOL | |
| EB67 E9 AC FDB PRINT | |
| EB69 49 4E 50 55 54 DB "INPUT" | |
| EB6E 04 FCB EOL | |
| EB6F EA 63 FDB INPUT | |
| EB71 52 45 4D DB "REM" | |
| EB74 04 FCB EOL | |
| EB75 E5 F3 FDB REM | |
| EB77 53 54 4F 50 DB "STOP" | |
| EB7B 04 FCB EOL | |
| EB7C EB E6 FDB END | |
| EB7E 45 4E 44 DB "END" | |
| EB81 04 FCB EOL | |
| EB82 EB E6 FDB END | |
| EB84 52 55 4E DB "RUN" | |
| EB87 04 FCB EOL | |
| EB88 EA C1 FDB RUN | |
| EB8A 4C 49 53 54 DB "LIST" | |
| EB8E 04 FCB EOL | |
| EB8F EA CF FDB LIST | |
| EB91 4E 45 57 DB "NEW" | |
| EB94 04 FCB EOL | |
| EB95 E4 1F FDB CLEAR | |
| EB97 3F DB "?" | |
| EB98 04 FCB EOL | |
| EB99 E9 AC FDB PRINT | |
| EB9B 04 FCB EOL | |
| EB9C ;****************************** | |
| EB9C ;****************************** | |
| EB9C 8D 2A TSTBRK: BSR BRKEEE | |
| EB9E 27 09 BEQ GETC05 | |
| EBA0 8D 0D GETCHR: BSR INEEE | |
| EBA2 81 03 CMPA #ETX | |
| EBA4 26 03 BNE GETC05 | |
| EBA6 7E E5 67 JMP BREAK | |
| EBA9 39 GETC05: RTS | |
| EBAA 0C 18 PUTCHR: INC ZONE | |
| EBAC 7E EB B9 JMP OUTEEE | |
| EBAF ;****************************** | |
| EBAF ;****************************** | |
| EBAF 8D 17 INEEE: BSR BRKEEE | |
| EBB1 27 FC BEQ INEEE | |
| EBB3 B6 83 FF LDA RECEV | |
| EBB6 84 7F ANDA #$7F | |
| EBB8 39 RTS | |
| EBB9 34 02 OUTEEE: PSHS A | |
| EBBB B6 83 FE OUT01: LDA TRCS | |
| EBBE 85 02 BITA #TDRE | |
| EBC0 27 F9 BEQ OUT01 | |
| EBC2 35 02 PULS A | |
| EBC4 B7 83 FF STA TRANS | |
| EBC7 39 RTS | |
| EBC8 34 02 BRKEEE: PSHS A | |
| EBCA B6 83 FE BRK03: LDA TRCS | |
| EBCD 85 20 BITA #ORFE | |
| EBCF 27 05 BEQ BRK05 | |
| EBD1 B6 83 FF LDA RECEV | |
| EBD4 20 F4 BRA BRK03 | |
| EBD6 85 01 BRK05: BITA #RDRF | |
| EBD8 35 02 PULS A | |
| EBDA 39 RTS | |
| EBDB ;* | |
| EBDB 86 03 LDA #CNTL1 | |
| EBDD B7 83 FE STA RMCR | |
| EBE0 86 15 LDA #CNTL2 | |
| EBE2 B7 83 FE STA TRCS | |
| EBE5 INTEEE: EQU $ | |
| EBE5 39 RTS | |
| EBE6 ;****************************** | |
| EBE6 ;****************************** | |
| EBE6 END: | |
| EBE6 7E E4 00 JMP reset | |
| EOL: 0004 DEFINED AT LINE 17 | |
| > USED AT LINE 146 | |
| > USED AT LINE 251 | |
| > USED AT LINE 254 | |
| > USED AT LINE 257 | |
| > USED AT LINE 260 | |
| > USED AT LINE 263 | |
| > USED AT LINE 579 | |
| > USED AT LINE 582 | |
| > USED AT LINE 585 | |
| > USED AT LINE 587 | |
| > USED AT LINE 985 | |
| > USED AT LINE 1046 | |
| > USED AT LINE 1049 | |
| > USED AT LINE 1052 | |
| > USED AT LINE 1055 | |
| > USED AT LINE 1058 | |
| > USED AT LINE 1061 | |
| > USED AT LINE 1064 | |
| > USED AT LINE 1067 | |
| > USED AT LINE 1070 | |
| > USED AT LINE 1073 | |
| > USED AT LINE 1076 | |
| > USED AT LINE 1079 | |
| > USED AT LINE 1082 | |
| > USED AT LINE 1085 | |
| > USED AT LINE 1088 | |
| > USED AT LINE 1090 | |
| ETX: 0003 DEFINED AT LINE 18 | |
| SPACE: 0020 DEFINED AT LINE 19 | |
| CR: 000D DEFINED AT LINE 20 | |
| > USED AT LINE 246 | |
| LF: 000A DEFINED AT LINE 21 | |
| > USED AT LINE 246 | |
| BS: 0008 DEFINED AT LINE 22 | |
| CAN: 0018 DEFINED AT LINE 23 | |
| BELL: 0007 DEFINED AT LINE 24 | |
| FILL: 0000 DEFINED AT LINE 25 | |
| DEL: 007F DEFINED AT LINE 26 | |
| BSIZE: 0049 DEFINED AT LINE 27 | |
| > USED AT LINE 47 | |
| STKCUS: 0030 DEFINED AT LINE 28 | |
| BACIA: 83FE DEFINED AT LINE 30 | |
| > USED AT LINE 31 | |
| > USED AT LINE 32 | |
| > USED AT LINE 33 | |
| > USED AT LINE 34 | |
| RMCR: 83FE DEFINED AT LINE 31 | |
| > USED AT LINE 1127 | |
| TRCS: 83FE DEFINED AT LINE 32 | |
| > USED AT LINE 1110 | |
| > USED AT LINE 1117 | |
| > USED AT LINE 1129 | |
| RECEV: 83FF DEFINED AT LINE 33 | |
| > USED AT LINE 1106 | |
| > USED AT LINE 1120 | |
| TRANS: 83FF DEFINED AT LINE 34 | |
| > USED AT LINE 1114 | |
| CNTL1: 0003 DEFINED AT LINE 35 | |
| CNTL2: 0015 DEFINED AT LINE 36 | |
| RDRF: 0001 DEFINED AT LINE 37 | |
| ORFE: 0020 DEFINED AT LINE 38 | |
| TDRE: 0002 DEFINED AT LINE 39 | |
| LORAM: 0080 DEFINED AT LINE 42 | |
| BUFFER: 0200 DEFINED AT LINE 43 | |
| > USED AT LINE 47 | |
| > USED AT LINE 48 | |
| RAMSIZ: 2000 DEFINED AT LINE 44 | |
| > USED AT LINE 48 | |
| ROMADR: F000 DEFINED AT LINE 45 | |
| RAMBEG: 0249 DEFINED AT LINE 47 | |
| RAMEND: 2200 DEFINED AT LINE 48 | |
| RAMPAT: AA0F DEFINED AT LINE 50 | |
| ROMPAT: F055 DEFINED AT LINE 51 | |
| USRBAS: 0006 DEFINED AT LINE 56 | |
| > USED AT LINE 104 | |
| > USED AT LINE 113 | |
| > USED AT LINE 158 | |
| > USED AT LINE 590 | |
| > USED AT LINE 993 | |
| USRTOP: 0008 DEFINED AT LINE 57 | |
| > USED AT LINE 105 | |
| > USED AT LINE 131 | |
| > USED AT LINE 154 | |
| > USED AT LINE 167 | |
| > USED AT LINE 177 | |
| > USED AT LINE 199 | |
| > USED AT LINE 201 | |
| > USED AT LINE 202 | |
| > USED AT LINE 206 | |
| > USED AT LINE 209 | |
| > USED AT LINE 332 | |
| > USED AT LINE 591 | |
| > USED AT LINE 1019 | |
| STKLIM: 000A DEFINED AT LINE 58 | |
| > USED AT LINE 106 | |
| > USED AT LINE 132 | |
| > USED AT LINE 178 | |
| > USED AT LINE 203 | |
| > USED AT LINE 207 | |
| > USED AT LINE 539 | |
| STKTOP: 000C DEFINED AT LINE 59 | |
| > USED AT LINE 97 | |
| > USED AT LINE 101 | |
| > USED AT LINE 110 | |
| > USED AT LINE 425 | |
| > USED AT LINE 988 | |
| CURSOR: 000E DEFINED AT LINE 60 | |
| > USED AT LINE 114 | |
| > USED AT LINE 153 | |
| > USED AT LINE 160 | |
| > USED AT LINE 212 | |
| > USED AT LINE 220 | |
| > USED AT LINE 346 | |
| > USED AT LINE 351 | |
| > USED AT LINE 355 | |
| > USED AT LINE 448 | |
| > USED AT LINE 450 | |
| > USED AT LINE 570 | |
| > USED AT LINE 813 | |
| > USED AT LINE 816 | |
| > USED AT LINE 836 | |
| > USED AT LINE 843 | |
| > USED AT LINE 951 | |
| > USED AT LINE 967 | |
| > USED AT LINE 1001 | |
| > USED AT LINE 1004 | |
| > USED AT LINE 1008 | |
| > USED AT LINE 1016 | |
| > USED AT LINE 1017 | |
| > USED AT LINE 1041 | |
| SAVESP: 0010 DEFINED AT LINE 61 | |
| > USED AT LINE 162 | |
| > USED AT LINE 171 | |
| > USED AT LINE 173 | |
| > USED AT LINE 176 | |
| > USED AT LINE 210 | |
| > USED AT LINE 216 | |
| > USED AT LINE 536 | |
| > USED AT LINE 537 | |
| LINENB: 0012 DEFINED AT LINE 62 | |
| > USED AT LINE 116 | |
| > USED AT LINE 267 | |
| > USED AT LINE 329 | |
| > USED AT LINE 330 | |
| > USED AT LINE 336 | |
| > USED AT LINE 845 | |
| > USED AT LINE 849 | |
| SCRTCH: 0014 DEFINED AT LINE 63 | |
| > USED AT LINE 151 | |
| > USED AT LINE 179 | |
| > USED AT LINE 223 | |
| > USED AT LINE 225 | |
| > USED AT LINE 356 | |
| > USED AT LINE 357 | |
| > USED AT LINE 361 | |
| > USED AT LINE 368 | |
| > USED AT LINE 964 | |
| > USED AT LINE 978 | |
| CHAR: 0016 DEFINED AT LINE 64 | |
| > USED AT LINE 170 | |
| > USED AT LINE 174 | |
| > USED AT LINE 200 | |
| > USED AT LINE 211 | |
| > USED AT LINE 215 | |
| > USED AT LINE 222 | |
| > USED AT LINE 226 | |
| > USED AT LINE 228 | |
| > USED AT LINE 354 | |
| > USED AT LINE 362 | |
| > USED AT LINE 364 | |
| > USED AT LINE 371 | |
| > USED AT LINE 922 | |
| > USED AT LINE 926 | |
| > USED AT LINE 930 | |
| ZONE: 0018 DEFINED AT LINE 65 | |
| > USED AT LINE 244 | |
| > USED AT LINE 888 | |
| > USED AT LINE 1100 | |
| MODE: 0019 DEFINED AT LINE 66 | |
| > USED AT LINE 111 | |
| > USED AT LINE 117 | |
| > USED AT LINE 299 | |
| > USED AT LINE 320 | |
| RESRVD: 001A DEFINED AT LINE 67 | |
| LOEND: 001B DEFINED AT LINE 68 | |
| RESET: E400 DEFINED AT LINE 92 | |
| > USED AT LINE 75 | |
| > USED AT LINE 77 | |
| > USED AT LINE 79 | |
| > USED AT LINE 81 | |
| > USED AT LINE 83 | |
| > USED AT LINE 85 | |
| > USED AT LINE 87 | |
| > USED AT LINE 89 | |
| > USED AT LINE 1138 | |
| BASIC: E400 DEFINED AT LINE 95 | |
| WARMS: E40D DEFINED AT LINE 97 | |
| SETUP: E415 DEFINED AT LINE 100 | |
| > USED AT LINE 95 | |
| SET03: E419 DEFINED AT LINE 101 | |
| CLEAR: E41F DEFINED AT LINE 103 | |
| > USED AT LINE 1086 | |
| CLR02: E426 DEFINED AT LINE 106 | |
| WMS05: E428 DEFINED AT LINE 107 | |
| > USED AT LINE 99 | |
| CMDB: E431 DEFINED AT LINE 110 | |
| > USED AT LINE 129 | |
| > USED AT LINE 274 | |
| CMDE: E43D DEFINED AT LINE 115 | |
| > USED AT LINE 127 | |
| > USED AT LINE 143 | |
| CMD01: E44B DEFINED AT LINE 121 | |
| > USED AT LINE 118 | |
| CMD02: E461 DEFINED AT LINE 130 | |
| > USED AT LINE 123 | |
| CMD03: E46E DEFINED AT LINE 136 | |
| > USED AT LINE 134 | |
| CMD04: E473 DEFINED AT LINE 138 | |
| CMD05: E480 DEFINED AT LINE 144 | |
| > USED AT LINE 124 | |
| > USED AT LINE 137 | |
| > USED AT LINE 141 | |
| VSTR: E483 DEFINED AT LINE 145 | |
| EDITOR: E48E DEFINED AT LINE 149 | |
| > USED AT LINE 142 | |
| ED00: E4A2 DEFINED AT LINE 158 | |
| > USED AT LINE 155 | |
| ED01: E4A4 DEFINED AT LINE 159 | |
| > USED AT LINE 157 | |
| ED02: E4AF DEFINED AT LINE 164 | |
| > USED AT LINE 166 | |
| ED03: E4B5 DEFINED AT LINE 167 | |
| > USED AT LINE 175 | |
| ED35: E4C7 DEFINED AT LINE 176 | |
| > USED AT LINE 168 | |
| ED04: E4CD DEFINED AT LINE 179 | |
| > USED AT LINE 161 | |
| ED05: E4D1 DEFINED AT LINE 181 | |
| > USED AT LINE 184 | |
| ED55: E4DE DEFINED AT LINE 189 | |
| > USED AT LINE 186 | |
| ED06: E4E2 DEFINED AT LINE 191 | |
| > USED AT LINE 195 | |
| ED07: E506 DEFINED AT LINE 209 | |
| > USED AT LINE 205 | |
| ED08: E508 DEFINED AT LINE 210 | |
| > USED AT LINE 218 | |
| ED09: E51A DEFINED AT LINE 219 | |
| > USED AT LINE 213 | |
| ED10: E522 DEFINED AT LINE 223 | |
| > USED AT LINE 230 | |
| PUTS01: E533 DEFINED AT LINE 234 | |
| > USED AT LINE 238 | |
| PUTSTR: E538 DEFINED AT LINE 236 | |
| > USED AT LINE 109 | |
| > USED AT LINE 243 | |
| > USED AT LINE 272 | |
| > USED AT LINE 961 | |
| > USED AT LINE 1031 | |
| CRLF: E53F DEFINED AT LINE 242 | |
| > USED AT LINE 107 | |
| > USED AT LINE 112 | |
| > USED AT LINE 264 | |
| > USED AT LINE 273 | |
| > USED AT LINE 277 | |
| > USED AT LINE 304 | |
| > USED AT LINE 882 | |
| > USED AT LINE 962 | |
| > USED AT LINE 1034 | |
| CRLFST: E547 DEFINED AT LINE 246 | |
| ERRORF: E54E DEFINED AT LINE 249 | |
| > USED AT LINE 208 | |
| > USED AT LINE 775 | |
| > USED AT LINE 842 | |
| ERRORS: E556 DEFINED AT LINE 252 | |
| > USED AT LINE 144 | |
| > USED AT LINE 438 | |
| > USED AT LINE 558 | |
| > USED AT LINE 770 | |
| > USED AT LINE 796 | |
| > USED AT LINE 804 | |
| > USED AT LINE 809 | |
| > USED AT LINE 880 | |
| > USED AT LINE 902 | |
| > USED AT LINE 975 | |
| > USED AT LINE 1013 | |
| ERRORR: E55F DEFINED AT LINE 255 | |
| > USED AT LINE 135 | |
| > USED AT LINE 334 | |
| > USED AT LINE 839 | |
| BREAK: E567 DEFINED AT LINE 258 | |
| > USED AT LINE 1098 | |
| ER01: E574 DEFINED AT LINE 264 | |
| > USED AT LINE 249 | |
| > USED AT LINE 252 | |
| > USED AT LINE 255 | |
| > USED AT LINE 258 | |
| GL00: E58E DEFINED AT LINE 277 | |
| > USED AT LINE 294 | |
| GETLIN: E590 DEFINED AT LINE 278 | |
| > USED AT LINE 121 | |
| > USED AT LINE 954 | |
| GL03: E593 DEFINED AT LINE 279 | |
| > USED AT LINE 283 | |
| > USED AT LINE 290 | |
| > USED AT LINE 298 | |
| > USED AT LINE 311 | |
| GL04: E5A7 DEFINED AT LINE 288 | |
| > USED AT LINE 285 | |
| GL02: E5A9 DEFINED AT LINE 289 | |
| > USED AT LINE 287 | |
| > USED AT LINE 318 | |
| > USED AT LINE 321 | |
| GL05: E5AE DEFINED AT LINE 291 | |
| > USED AT LINE 281 | |
| GL06: E5C7 DEFINED AT LINE 303 | |
| > USED AT LINE 300 | |
| GL08: E5CE DEFINED AT LINE 306 | |
| > USED AT LINE 302 | |
| GL07: E5D6 DEFINED AT LINE 310 | |
| > USED AT LINE 292 | |
| GL09: E5EB DEFINED AT LINE 319 | |
| > USED AT LINE 296 | |
| REM00: E5F1 DEFINED AT LINE 324 | |
| > USED AT LINE 327 | |
| REM: E5F3 DEFINED AT LINE 325 | |
| > USED AT LINE 824 | |
| > USED AT LINE 1071 | |
| ENDSMT: E5F9 DEFINED AT LINE 328 | |
| > USED AT LINE 971 | |
| ENDS02: E5FC DEFINED AT LINE 329 | |
| > USED AT LINE 566 | |
| > USED AT LINE 817 | |
| > USED AT LINE 851 | |
| > USED AT LINE 895 | |
| > USED AT LINE 1042 | |
| REM05: E602 DEFINED AT LINE 332 | |
| > USED AT LINE 994 | |
| NXTLIN: E609 DEFINED AT LINE 335 | |
| > USED AT LINE 333 | |
| > USED AT LINE 831 | |
| > USED AT LINE 847 | |
| MSLINE: E60D DEFINED AT LINE 337 | |
| > USED AT LINE 128 | |
| > USED AT LINE 823 | |
| REM09: E616 DEFINED AT LINE 341 | |
| > USED AT LINE 331 | |
| IMPLET: E617 DEFINED AT LINE 342 | |
| > USED AT LINE 339 | |
| IFAN: E61A DEFINED AT LINE 345 | |
| > USED AT LINE 338 | |
| FAN00: E621 DEFINED AT LINE 348 | |
| > USED AT LINE 376 | |
| > USED AT LINE 572 | |
| FAN04: E62C DEFINED AT LINE 354 | |
| > USED AT LINE 350 | |
| FAN05: E632 DEFINED AT LINE 357 | |
| > USED AT LINE 366 | |
| FAN07: E64D DEFINED AT LINE 371 | |
| > USED AT LINE 359 | |
| FAN08: E64F DEFINED AT LINE 372 | |
| > USED AT LINE 374 | |
| NXTNSP: E659 DEFINED AT LINE 379 | |
| > USED AT LINE 382 | |
| SKIPSP: E65B DEFINED AT LINE 380 | |
| > USED AT LINE 125 | |
| > USED AT LINE 150 | |
| > USED AT LINE 325 | |
| > USED AT LINE 345 | |
| > USED AT LINE 414 | |
| > USED AT LINE 432 | |
| > USED AT LINE 442 | |
| > USED AT LINE 455 | |
| > USED AT LINE 468 | |
| > USED AT LINE 555 | |
| > USED AT LINE 569 | |
| > USED AT LINE 617 | |
| > USED AT LINE 624 | |
| > USED AT LINE 634 | |
| > USED AT LINE 665 | |
| > USED AT LINE 674 | |
| > USED AT LINE 691 | |
| > USED AT LINE 764 | |
| > USED AT LINE 776 | |
| > USED AT LINE 793 | |
| > USED AT LINE 806 | |
| > USED AT LINE 857 | |
| > USED AT LINE 873 | |
| > USED AT LINE 891 | |
| > USED AT LINE 955 | |
| > USED AT LINE 968 | |
| > USED AT LINE 979 | |
| > USED AT LINE 1005 | |
| TSTHEX: E662 DEFINED AT LINE 386 | |
| > USED AT LINE 478 | |
| TSTLTR: E673 DEFINED AT LINE 397 | |
| > USED AT LINE 415 | |
| > USED AT LINE 419 | |
| TST03: E67B DEFINED AT LINE 401 | |
| > USED AT LINE 389 | |
| > USED AT LINE 391 | |
| > USED AT LINE 398 | |
| > USED AT LINE 406 | |
| > USED AT LINE 408 | |
| > USED AT LINE 420 | |
| TSTDIG: E67E DEFINED AT LINE 405 | |
| > USED AT LINE 386 | |
| > USED AT LINE 469 | |
| > USED AT LINE 502 | |
| TST05: E688 DEFINED AT LINE 410 | |
| > USED AT LINE 387 | |
| > USED AT LINE 400 | |
| TSTVAR: E68B DEFINED AT LINE 414 | |
| > USED AT LINE 751 | |
| > USED AT LINE 802 | |
| > USED AT LINE 948 | |
| > USED AT LINE 973 | |
| TSTV02: E6A1 DEFINED AT LINE 426 | |
| TSTV03: E6A3 DEFINED AT LINE 427 | |
| > USED AT LINE 416 | |
| USER: E6A4 DEFINED AT LINE 430 | |
| > USED AT LINE 580 | |
| USER02: E6B6 DEFINED AT LINE 438 | |
| > USED AT LINE 445 | |
| USER03: E6B9 DEFINED AT LINE 439 | |
| > USED AT LINE 434 | |
| USER05: E6CB DEFINED AT LINE 447 | |
| > USED AT LINE 437 | |
| TSTSNB: E6D6 DEFINED AT LINE 455 | |
| > USED AT LINE 958 | |
| TSN02: E6E9 DEFINED AT LINE 465 | |
| > USED AT LINE 460 | |
| TSTNBR: E6EA DEFINED AT LINE 468 | |
| > USED AT LINE 122 | |
| > USED AT LINE 457 | |
| > USED AT LINE 459 | |
| > USED AT LINE 758 | |
| > USED AT LINE 997 | |
| > USED AT LINE 1011 | |
| TSTN20: E6F8 DEFINED AT LINE 474 | |
| TSTN23: E6FE DEFINED AT LINE 477 | |
| > USED AT LINE 497 | |
| TSTN02: E721 DEFINED AT LINE 498 | |
| > USED AT LINE 470 | |
| TSTN03: E727 DEFINED AT LINE 501 | |
| > USED AT LINE 525 | |
| TSTN07: E754 DEFINED AT LINE 526 | |
| > USED AT LINE 479 | |
| > USED AT LINE 503 | |
| TSTN09: E758 DEFINED AT LINE 528 | |
| > USED AT LINE 473 | |
| TSTN11: E75B DEFINED AT LINE 530 | |
| > USED AT LINE 485 | |
| > USED AT LINE 510 | |
| > USED AT LINE 513 | |
| > USED AT LINE 515 | |
| > USED AT LINE 518 | |
| > USED AT LINE 521 | |
| TSTSTK: E762 DEFINED AT LINE 536 | |
| > USED AT LINE 204 | |
| > USED AT LINE 586 | |
| > USED AT LINE 773 | |
| > USED AT LINE 840 | |
| PEEK: E76D DEFINED AT LINE 543 | |
| > USED AT LINE 583 | |
| POKE: E77C DEFINED AT LINE 553 | |
| > USED AT LINE 1062 | |
| POKE05: E78B DEFINED AT LINE 559 | |
| > USED AT LINE 557 | |
| TSTFUN: E79E DEFINED AT LINE 569 | |
| > USED AT LINE 760 | |
| TSTF05: E7AD DEFINED AT LINE 575 | |
| > USED AT LINE 573 | |
| FUNT: E7AE DEFINED AT LINE 578 | |
| FLINE: E7C2 DEFINED AT LINE 590 | |
| > USED AT LINE 829 | |
| > USED AT LINE 837 | |
| > USED AT LINE 1018 | |
| FNDLIN: E7C4 DEFINED AT LINE 591 | |
| > USED AT LINE 159 | |
| > USED AT LINE 611 | |
| FND03: E7CB DEFINED AT LINE 595 | |
| > USED AT LINE 592 | |
| FND05: E7D3 DEFINED AT LINE 599 | |
| > USED AT LINE 596 | |
| FND07: E7DA DEFINED AT LINE 603 | |
| > USED AT LINE 599 | |
| FND09: E7E0 DEFINED AT LINE 606 | |
| > USED AT LINE 608 | |
| RELEXP: E7EC DEFINED AT LINE 614 | |
| > USED AT LINE 820 | |
| REL03: E80C DEFINED AT LINE 630 | |
| > USED AT LINE 621 | |
| REL05: E817 DEFINED AT LINE 635 | |
| > USED AT LINE 626 | |
| REL06: E81B DEFINED AT LINE 637 | |
| > USED AT LINE 619 | |
| REL07: E81F DEFINED AT LINE 639 | |
| > USED AT LINE 629 | |
| > USED AT LINE 636 | |
| REL08: E837 DEFINED AT LINE 653 | |
| > USED AT LINE 651 | |
| REL09: E83D DEFINED AT LINE 657 | |
| > USED AT LINE 655 | |
| EXPR: E843 DEFINED AT LINE 663 | |
| > USED AT LINE 440 | |
| > USED AT LINE 560 | |
| > USED AT LINE 614 | |
| > USED AT LINE 640 | |
| > USED AT LINE 780 | |
| > USED AT LINE 811 | |
| > USED AT LINE 827 | |
| > USED AT LINE 834 | |
| > USED AT LINE 869 | |
| EXPR02: E852 DEFINED AT LINE 670 | |
| > USED AT LINE 676 | |
| EXPR03: E854 DEFINED AT LINE 671 | |
| > USED AT LINE 669 | |
| EXPR04: E856 DEFINED AT LINE 672 | |
| > USED AT LINE 684 | |
| EXPR05: E865 DEFINED AT LINE 679 | |
| > USED AT LINE 667 | |
| EXPR06: E86F DEFINED AT LINE 685 | |
| > USED AT LINE 631 | |
| > USED AT LINE 678 | |
| TERM: E872 DEFINED AT LINE 689 | |
| > USED AT LINE 671 | |
| > USED AT LINE 680 | |
| TERM03: E877 DEFINED AT LINE 691 | |
| > USED AT LINE 731 | |
| > USED AT LINE 748 | |
| TERM05: E885 DEFINED AT LINE 698 | |
| > USED AT LINE 695 | |
| DIV05: E8A1 DEFINED AT LINE 712 | |
| > USED AT LINE 723 | |
| DIV07: E8AB DEFINED AT LINE 717 | |
| > USED AT LINE 713 | |
| DIV09: E8AD DEFINED AT LINE 718 | |
| > USED AT LINE 716 | |
| TERM06: E8C2 DEFINED AT LINE 730 | |
| > USED AT LINE 727 | |
| TERM07: E8C6 DEFINED AT LINE 732 | |
| > USED AT LINE 693 | |
| MULT: E8CA DEFINED AT LINE 734 | |
| FACT: E8E5 DEFINED AT LINE 751 | |
| > USED AT LINE 689 | |
| > USED AT LINE 699 | |
| > USED AT LINE 733 | |
| FACT02: E8F2 DEFINED AT LINE 757 | |
| > USED AT LINE 759 | |
| > USED AT LINE 761 | |
| FACT03: E8F3 DEFINED AT LINE 758 | |
| > USED AT LINE 752 | |
| PAREXP: E8FD DEFINED AT LINE 762 | |
| > USED AT LINE 543 | |
| > USED AT LINE 553 | |
| FACT05: E90D DEFINED AT LINE 770 | |
| > USED AT LINE 767 | |
| > USED AT LINE 778 | |
| ARGONE: E910 DEFINED AT LINE 773 | |
| > USED AT LINE 430 | |
| > USED AT LINE 762 | |
| FACT04: E918 DEFINED AT LINE 776 | |
| > USED AT LINE 774 | |
| ABSX: E924 DEFINED AT LINE 783 | |
| > USED AT LINE 704 | |
| > USED AT LINE 706 | |
| NEGX: E928 DEFINED AT LINE 785 | |
| > USED AT LINE 729 | |
| NEG05: E930 DEFINED AT LINE 789 | |
| > USED AT LINE 784 | |
| > USED AT LINE 787 | |
| TSTEOL: E931 DEFINED AT LINE 792 | |
| > USED AT LINE 328 | |
| > USED AT LINE 561 | |
| > USED AT LINE 812 | |
| > USED AT LINE 828 | |
| > USED AT LINE 835 | |
| > USED AT LINE 854 | |
| > USED AT LINE 1014 | |
| TEOL03: E93D DEFINED AT LINE 797 | |
| > USED AT LINE 795 | |
| LET: E942 DEFINED AT LINE 802 | |
| > USED AT LINE 342 | |
| > USED AT LINE 1047 | |
| LET03: E94A DEFINED AT LINE 805 | |
| > USED AT LINE 803 | |
| LET05: E956 DEFINED AT LINE 810 | |
| > USED AT LINE 808 | |
| IF: E968 DEFINED AT LINE 820 | |
| > USED AT LINE 1050 | |
| IF03: E971 DEFINED AT LINE 824 | |
| > USED AT LINE 822 | |
| GOTO: E974 DEFINED AT LINE 827 | |
| > USED AT LINE 1053 | |
| GOSUB: E981 DEFINED AT LINE 834 | |
| > USED AT LINE 1056 | |
| GOSB04: E98D DEFINED AT LINE 839 | |
| > USED AT LINE 830 | |
| GOSB03: E990 DEFINED AT LINE 840 | |
| > USED AT LINE 838 | |
| GOSB05: E998 DEFINED AT LINE 843 | |
| > USED AT LINE 841 | |
| RETURN: E931 DEFINED AT LINE 854 | |
| > USED AT LINE 1059 | |
| PRINT: E9AC DEFINED AT LINE 857 | |
| > USED AT LINE 1065 | |
| > USED AT LINE 1089 | |
| PR01: E9AF DEFINED AT LINE 858 | |
| > USED AT LINE 893 | |
| PR02: E9C5 DEFINED AT LINE 869 | |
| > USED AT LINE 865 | |
| PR03: E9CE DEFINED AT LINE 873 | |
| > USED AT LINE 868 | |
| PR04: E9E0 DEFINED AT LINE 881 | |
| > USED AT LINE 863 | |
| > USED AT LINE 879 | |
| PR05: E9E9 DEFINED AT LINE 885 | |
| > USED AT LINE 859 | |
| > USED AT LINE 875 | |
| PR06: E9EB DEFINED AT LINE 886 | |
| > USED AT LINE 889 | |
| PR07: E9F4 DEFINED AT LINE 890 | |
| > USED AT LINE 861 | |
| > USED AT LINE 877 | |
| PR08: E9FD DEFINED AT LINE 894 | |
| > USED AT LINE 884 | |
| PRQ01: EA02 DEFINED AT LINE 898 | |
| > USED AT LINE 904 | |
| PRNTQS: EA05 DEFINED AT LINE 899 | |
| > USED AT LINE 867 | |
| PRQ03: EA0E DEFINED AT LINE 903 | |
| > USED AT LINE 901 | |
| PRNTN: EA13 DEFINED AT LINE 907 | |
| > USED AT LINE 871 | |
| PRN03: EA23 DEFINED AT LINE 916 | |
| > USED AT LINE 908 | |
| PRN05: EA26 DEFINED AT LINE 917 | |
| > USED AT LINE 921 | |
| PRN07: EA32 DEFINED AT LINE 922 | |
| > USED AT LINE 919 | |
| > USED AT LINE 936 | |
| > USED AT LINE 945 | |
| PRN09: EA34 DEFINED AT LINE 923 | |
| > USED AT LINE 927 | |
| PRN11: EA3F DEFINED AT LINE 928 | |
| > USED AT LINE 924 | |
| PRN13: EA53 DEFINED AT LINE 937 | |
| > USED AT LINE 934 | |
| PRNPT: EA54 DEFINED AT LINE 938 | |
| PRNPTO: EA5C DEFINED AT LINE 942 | |
| PRNT4: EA5E DEFINED AT LINE 944 | |
| > USED AT LINE 268 | |
| > USED AT LINE 1027 | |
| INPUT: EA63 DEFINED AT LINE 948 | |
| > USED AT LINE 1068 | |
| IN03: EA6C DEFINED AT LINE 952 | |
| > USED AT LINE 957 | |
| > USED AT LINE 963 | |
| IN05: EA74 DEFINED AT LINE 955 | |
| > USED AT LINE 981 | |
| > USED AT LINE 983 | |
| IN07: EA8B DEFINED AT LINE 964 | |
| > USED AT LINE 959 | |
| IN09: EA9D DEFINED AT LINE 972 | |
| > USED AT LINE 970 | |
| IN11: EAA4 DEFINED AT LINE 975 | |
| > USED AT LINE 949 | |
| IN13: EAA7 DEFINED AT LINE 976 | |
| > USED AT LINE 974 | |
| RMESS: EAB8 DEFINED AT LINE 984 | |
| RUN: EAC1 DEFINED AT LINE 988 | |
| > USED AT LINE 1080 | |
| RUN01: EAC5 DEFINED AT LINE 990 | |
| > USED AT LINE 992 | |
| LIST: EACF DEFINED AT LINE 997 | |
| > USED AT LINE 1083 | |
| LIST03: EADC DEFINED AT LINE 1004 | |
| > USED AT LINE 998 | |
| LIST05: EAE9 DEFINED AT LINE 1010 | |
| > USED AT LINE 1007 | |
| LIST07: EAF3 DEFINED AT LINE 1014 | |
| > USED AT LINE 1003 | |
| > USED AT LINE 1009 | |
| > USED AT LINE 1012 | |
| LIST09: EAFF DEFINED AT LINE 1019 | |
| > USED AT LINE 1037 | |
| LIST10: EB2B DEFINED AT LINE 1038 | |
| > USED AT LINE 1020 | |
| LIST11: EB32 DEFINED AT LINE 1041 | |
| > USED AT LINE 1023 | |
| VERBT: EB37 DEFINED AT LINE 1045 | |
| TSTBRK: EB9C DEFINED AT LINE 1093 | |
| > USED AT LINE 337 | |
| > USED AT LINE 1036 | |
| GETCHR: EBA0 DEFINED AT LINE 1095 | |
| > USED AT LINE 279 | |
| GETC05: EBA9 DEFINED AT LINE 1099 | |
| > USED AT LINE 1094 | |
| > USED AT LINE 1097 | |
| PUTCHR: EBAA DEFINED AT LINE 1100 | |
| > USED AT LINE 120 | |
| > USED AT LINE 234 | |
| > USED AT LINE 266 | |
| > USED AT LINE 270 | |
| > USED AT LINE 289 | |
| > USED AT LINE 301 | |
| > USED AT LINE 314 | |
| > USED AT LINE 316 | |
| > USED AT LINE 887 | |
| > USED AT LINE 898 | |
| > USED AT LINE 914 | |
| > USED AT LINE 931 | |
| > USED AT LINE 953 | |
| > USED AT LINE 1030 | |
| > USED AT LINE 1040 | |
| INEEE: EBAF DEFINED AT LINE 1104 | |
| > USED AT LINE 1095 | |
| > USED AT LINE 1105 | |
| OUTEEE: EBB9 DEFINED AT LINE 1109 | |
| > USED AT LINE 1101 | |
| OUT01: EBBB DEFINED AT LINE 1110 | |
| > USED AT LINE 1112 | |
| BRKEEE: EBC8 DEFINED AT LINE 1116 | |
| > USED AT LINE 1093 | |
| > USED AT LINE 1104 | |
| BRK03: EBCA DEFINED AT LINE 1117 | |
| > USED AT LINE 1121 | |
| BRK05: EBD6 DEFINED AT LINE 1122 | |
| > USED AT LINE 1119 | |
| INTEEE: EBE5 DEFINED AT LINE 1130 | |
| > USED AT LINE 98 | |
| > USED AT LINE 102 | |
| END: EBE6 DEFINED AT LINE 1137 | |
| > USED AT LINE 1074 | |
| > USED AT LINE 1077 |
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| ;NAM TB01V137 | |
| ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| ;* REVISED 30-DEC-77 | |
| ;* REVISED 18-JAN-78 | |
| ;* REVISED 10-APR-78 | |
| ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| ;* REVISED 21-NOV-84 FOR 6809 | |
| ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| ;* | |
| .engine kilo | |
| EOL: EQU $04 | |
| ETX: EQU $03 | |
| SPACE: EQU $20 | |
| CR: EQU $0D | |
| LF: EQU $0A | |
| BS: EQU $08 | |
| CAN: EQU $18 | |
| BELL: EQU $07 | |
| FILL: EQU $00 | |
| DEL: EQU $7F | |
| BSIZE: EQU 73 | |
| STKCUS: EQU 48 | |
| ;* | |
| bACIA = $83FE | |
| RMCR: EQU bACIA | |
| TRCS: EQU bACIA | |
| RECEV: EQU bACIA+1 | |
| TRANS: EQU bACIA+1 | |
| CNTL1: EQU $03 | |
| CNTL2: EQU $15 | |
| RDRF: EQU $01 | |
| ORFE: EQU $20 | |
| TDRE: EQU $02 | |
| ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| ;* DESIRED ROM AND RAM LAYOUT | |
| LORAM: EQU $0080 ;ADDRESS OF DIRECT PAGE SCRATCH RAM | |
| BUFFER: EQU $0200 ;ADDRESS OF MAIN RAM | |
| RAMSIZ: EQU $2000 ;SIZE OF MAIN RAM | |
| ROMADR: EQU $f000 ;ADDRESS OF TINY BASIC ROM | |
| ;* | |
| RAMBEG: EQU BUFFER+BSIZE | |
| RAMEND: EQU BUFFER+RAMSIZ | |
| ;* | |
| RAMPAT: EQU $AA0F | |
| ROMPAT: EQU $F055 | |
| ;* | |
| ; ORG LORAM | |
| .bsseg | |
| USRBAS: RMB 2 | |
| USRTOP: RMB 2 | |
| STKLIM: RMB 2 | |
| STKTOP: RMB 2 | |
| CURSOR: RMB 2 | |
| SAVESP: RMB 2 | |
| LINENB: RMB 2 | |
| SCRTCH: RMB 2 | |
| CHAR: RMB 2 | |
| ZONE: RMB 1 | |
| MODE: RMB 1 | |
| RESRVD: RMB 1 | |
| LOEND: EQU $ | |
| ;* | |
| .cseg | |
| ;;; ORG ROMADR | |
| .align 256 | |
| .ent $ | |
| BASIC: JMP SETUP | |
| .cstr "MOD9BASIC" | |
| WARMS LDS STKTOP | |
| JSR INTEEE | |
| BRA WMS05 | |
| SETUP LDS #RAMEND-52 | |
| SET03 STS STKTOP | |
| JSR INTEEE | |
| CLEAR LDD #RAMBEG | |
| STD USRBAS | |
| STD USRTOP | |
| CLR02 STD STKLIM | |
| WMS05 JSR CRLF | |
| LDX #VSTR | |
| JSR PUTSTR | |
| CMDB LDS STKTOP | |
| CLR MODE | |
| JSR CRLF | |
| LDX USRBAS | |
| STX CURSOR | |
| CMDE LDX #0000 | |
| STX LINENB | |
| TST MODE | |
| BNE CMD01 | |
| LDA #":" | |
| JSR PUTCHR | |
| CMD01 JSR GETLIN | |
| JSR TSTNBR | |
| BCC CMD02 | |
| BVS CMD05 | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BEQ CMDE | |
| JSR MSLINE | |
| BRA CMDB | |
| CMD02 PSHS X | |
| LDX USRTOP | |
| CMPX STKLIM | |
| PULS X | |
| BEQ CMD03 | |
| JMP ERRORR | |
| CMD03 ADDD #0 | |
| BEQ CMD05 | |
| CMD04 PSHS D | |
| SUBD #9999 | |
| PULS D | |
| BHI CMD05 | |
| BSR EDITOR | |
| BRA CMDE | |
| CMD05 JMP ERRORS | |
| VSTR DB "TINY V1.37" | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| EDITOR PSHS D | |
| JSR SKIPSP | |
| STX SCRTCH | |
| LDA 0,S | |
| LDX CURSOR | |
| CMPX USRTOP | |
| BEQ ED00 | |
| CMPD 0,X | |
| BCC ED01 | |
| ED00 LDX USRBAS | |
| ED01 JSR FNDLIN | |
| STX CURSOR | |
| BCS ED04 | |
| STX SAVESP | |
| LEAX 2,X | |
| ED02 LDA ,X+ | |
| CMPA #EOL | |
| BNE ED02 | |
| ED03 CMPX USRTOP | |
| BEQ ED35 | |
| LDA ,X+ | |
| STX CHAR | |
| LDX SAVESP | |
| STA ,X+ | |
| STX SAVESP | |
| LDX CHAR | |
| BRA ED03 | |
| ED35 LDX SAVESP | |
| STX USRTOP | |
| STX STKLIM | |
| ED04 LDX SCRTCH | |
| LDB #-1 | |
| ED05 INCB | |
| LDA ,X+ | |
| CMPA #EOL | |
| BNE ED05 | |
| TSTB | |
| BNE ED55 | |
| LEAS 2,S | |
| RTS | |
| ED55 LEAX -1,X | |
| ADDB #4 | |
| ED06 LEAX -1,X | |
| DECB | |
| LDA 0,X | |
| CMPA #SPACE | |
| BEQ ED06 | |
| LDA #EOL | |
| STA 1,X | |
| CLRA | |
| LDX USRTOP | |
| STX CHAR | |
| ADDD USRTOP | |
| STD USRTOP | |
| STD STKLIM | |
| JSR TSTSTK | |
| BCC ED07 | |
| STX USRTOP | |
| STX STKLIM | |
| JMP ERRORF | |
| ED07 LDX USRTOP | |
| ED08 STX SAVESP | |
| LDX CHAR | |
| CMPX CURSOR | |
| BEQ ED09 | |
| LDA ,-X | |
| STX CHAR | |
| LDX SAVESP | |
| STA ,-X | |
| BRA ED08 | |
| ED09 PULS D | |
| LDX CURSOR | |
| STD ,X++ | |
| STX CHAR | |
| ED10 LDX SCRTCH | |
| LDA ,X+ | |
| STX SCRTCH | |
| LDX CHAR | |
| STA ,X+ | |
| STX CHAR | |
| CMPA #EOL | |
| BNE ED10 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| PUTS01 JSR PUTCHR | |
| LEAX 1,X | |
| PUTSTR LDA 0,X | |
| CMPA #EOL | |
| BNE PUTS01 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| CRLF LDX #CRLFST | |
| BSR PUTSTR | |
| CLR ZONE | |
| RTS | |
| CRLFST FCB CR,LF,DEL,FILL,FILL,FILL,EOL | |
| ;****************************** | |
| ;****************************** | |
| ERRORF BSR ER01 | |
| DB "SORRY" | |
| FCB EOL | |
| ERRORS BSR ER01 | |
| DB "WHAT ?" | |
| FCB EOL | |
| ERRORR BSR ER01 | |
| DB "HOW ?" | |
| FCB EOL | |
| BREAK BSR ER01 | |
| DB "BREAK" | |
| FCB EOL | |
| END BSR ER01 | |
| DB "STOP" | |
| FCB EOL | |
| ER01 BSR CRLF | |
| LDA #BELL | |
| JSR PUTCHR | |
| LDD LINENB | |
| JSR PRNT4 | |
| LDA #SPACE | |
| JSR PUTCHR | |
| PULS X | |
| BSR PUTSTR | |
| BSR CRLF | |
| JMP CMDB | |
| ;****************************** | |
| ;****************************** | |
| GL00 BSR CRLF | |
| GETLIN LDX #BUFFER | |
| GL03 JSR GETCHR | |
| CMPA #SPACE | |
| BCS GL05 | |
| CMPA #$7F | |
| BEQ GL03 | |
| CMPX #BUFFER+BSIZE-1 | |
| BNE GL04 | |
| LDA #BELL | |
| BRA GL02 | |
| GL04 STA ,X+ | |
| GL02 JSR PUTCHR | |
| BRA GL03 | |
| GL05 CMPA #BS | |
| BEQ GL07 | |
| CMPA #CAN | |
| BEQ GL00 | |
| CMPA #LF | |
| BEQ GL09 | |
| CMPA #CR | |
| BNE GL03 | |
| TST MODE | |
| BEQ GL06 | |
| JSR PUTCHR | |
| BRA GL08 | |
| GL06 PSHS X | |
| JSR CRLF | |
| PULS X | |
| GL08 LDA #EOL | |
| STA 0,X | |
| LDX #BUFFER | |
| RTS | |
| GL07 CMPX #BUFFER | |
| BEQ GL03 | |
| LEAX -1,X | |
| LDA #BS | |
| JSR PUTCHR | |
| LDA #SPACE | |
| JSR PUTCHR | |
| LDA #BS | |
| BRA GL02 | |
| GL09 ORCC #$01 | |
| ROR MODE | |
| BRA GL02 | |
| ;****************************** | |
| ;****************************** | |
| REM00 LEAX 1,X | |
| REM BSR SKIPSP | |
| CMPA #EOL | |
| BNE REM00 | |
| ENDSMT JSR TSTEOL | |
| ENDS02 LDA LINENB | |
| ORA LINENB+1 | |
| BEQ REM09 | |
| REM05 CMPX USRTOP | |
| BNE NXTLIN | |
| JMP ERRORR | |
| NXTLIN LDD ,X++ | |
| STD LINENB | |
| MSLINE JSR TSTBRK | |
| BSR IFAN | |
| BCS IMPLET | |
| PSHS D | |
| REM09 RTS | |
| IMPLET JMP LET | |
| ;****************************** | |
| ;****************************** | |
| IFAN BSR SKIPSP | |
| STX CURSOR | |
| LDX #VERBT | |
| FAN00: LDA ,X+ | |
| CMPA #EOL | |
| BNE FAN04 | |
| LDX CURSOR | |
| ORCC #$01 | |
| RTS | |
| FAN04 STX CHAR | |
| LDX CURSOR | |
| STX SCRTCH | |
| FAN05 LDX SCRTCH | |
| CMPA 0,X | |
| BNE FAN07 | |
| LEAX 1,X | |
| STX SCRTCH | |
| LDX CHAR | |
| LDA ,X+ | |
| STX CHAR | |
| CMPA #EOL | |
| BNE FAN05 | |
| LDD 0,X | |
| LDX SCRTCH | |
| ANDCC #$FE | |
| RTS | |
| FAN07 LDX CHAR | |
| FAN08 LDA ,X+ | |
| CMPA #EOL | |
| BNE FAN08 | |
| LEAX 2,X | |
| BRA FAN00 | |
| ;****************************** | |
| ;****************************** | |
| NXTNSP LEAX 1,X | |
| SKIPSP LDA 0,X | |
| CMPA #SPACE | |
| BEQ NXTNSP | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTHEX BSR TSTDIG | |
| BCC TST05 | |
| CMPA #"A" | |
| BCS TST03 | |
| CMPA #"F" | |
| BHI TST03 | |
| SUBA #"A"-10 | |
| ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTLTR CMPA #"A" | |
| BCS TST03 | |
| CMPA #"Z" | |
| BLS TST05 | |
| TST03 ORCC #$01 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTDIG CMPA #"0" | |
| BCS TST03 | |
| CMPA #"9" | |
| BHI TST03 | |
| SUBA #"0" | |
| TST05 ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTVAR BSR SKIPSP | |
| BSR TSTLTR | |
| BCS TSTV03 | |
| TFR A,B | |
| LDA 1,X | |
| BSR TSTLTR | |
| BCC TST03 | |
| LEAX 1,X | |
| SUBB #"A" | |
| ASLB | |
| CLRA | |
| ADDD STKTOP | |
| TSTV02 ANDCC #$FE | |
| TSTV03 RTS | |
| ;****************************** | |
| ;****************************** | |
| USER JSR ARGONE | |
| PSHS D | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ USER03 | |
| CMPA #")" | |
| ORCC #$01 | |
| BEQ USER05 | |
| USER02 JMP ERRORS | |
| USER03 LEAX 1,X | |
| JSR EXPR | |
| PSHS A | |
| JSR SKIPSP | |
| CMPA #")" | |
| PULS A | |
| BNE USER02 | |
| ANDCC #$FE | |
| USER05 LEAX 1,X | |
| STX CURSOR | |
| JSR [,S++] | |
| LDX CURSOR | |
| ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTSNB JSR SKIPSP | |
| CMPA #"-" | |
| BNE TSTNBR | |
| LEAX 1,X | |
| BSR TSTNBR | |
| BCS TSN02 | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| ANDCC #$FC | |
| TSN02 RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTNBR JSR SKIPSP | |
| JSR TSTDIG | |
| BCC TSTN02 | |
| CMPA #"$" | |
| ORCC #$01 | |
| BNE TSTN09 | |
| TSTN20 LEAX 1,X | |
| CLR ,-S | |
| CLR ,-S | |
| TSTN23 LDA 0,X | |
| JSR TSTHEX | |
| BCS TSTN07 | |
| LEAX 1,X | |
| PSHS X | |
| PSHS A | |
| LDD 3,S | |
| BITA #$F0 | |
| BNE TSTN11 | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ADDB ,S+ | |
| STD 2,S | |
| PULS X | |
| BRA TSTN23 | |
| TSTN02 LEAX 1,X | |
| PSHS A | |
| CLR ,-S | |
| TSTN03 LDA 0,X | |
| JSR TSTDIG | |
| BCS TSTN07 | |
| LEAX 1,X | |
| PSHS X | |
| PSHS A | |
| LDD 3,S | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ADDD 3,S | |
| BVS TSTN11 | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ADDB 0,S | |
| ADCA #0 | |
| BVS TSTN11 | |
| STD 3,S | |
| LEAS 1,S | |
| PULS X | |
| BRA TSTN03 | |
| TSTN07 PULS D | |
| ANDCC #$FE | |
| TSTN09 ANDCC #$FD | |
| RTS | |
| TSTN11 LDX 1,S | |
| LEAS 5,S | |
| ORCC #$03 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTSTK STS SAVESP | |
| LDD SAVESP | |
| SUBD #STKCUS | |
| SUBD STKLIM | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| PEEK JSR PAREXP | |
| PSHS D | |
| PSHS X | |
| LDB [2,S] | |
| PULS X | |
| LEAS 2,S | |
| CLRA | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| POKE JSR PAREXP | |
| PSHS D | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ POKE05 | |
| JMP ERRORS | |
| POKE05 LEAX 1,X | |
| JSR EXPR | |
| JSR TSTEOL | |
| PSHS X | |
| STB [2,S] | |
| PULS X | |
| LEAS 2,S | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| TSTFUN JSR SKIPSP | |
| STX CURSOR | |
| LDX #FUNT | |
| JSR FAN00 | |
| BCS TSTF05 | |
| PSHS D | |
| TSTF05 RTS | |
| ;****************************** | |
| ;****************************** | |
| FUNT DB "USR" | |
| FCB EOL | |
| FDB USER | |
| DB "PEEK" | |
| FCB EOL | |
| FDB PEEK | |
| DB "MEM" | |
| FCB EOL | |
| FDB TSTSTK | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| FLINE LDX USRBAS | |
| FNDLIN CMPX USRTOP | |
| BNE FND03 | |
| ORCC #$03 | |
| RTS | |
| FND03 CMPD 0,X | |
| BNE FND05 | |
| ANDCC #$FC | |
| RTS | |
| FND05 BCC FND07 | |
| ORCC #$01 | |
| ANDCC #$FD | |
| RTS | |
| FND07 PSHS A | |
| LDA #EOL | |
| LEAX 1,X | |
| FND09 LEAX 1,X | |
| CMPA 0,X | |
| BNE FND09 | |
| PULS A | |
| LEAX 1,X | |
| BRA FNDLIN | |
| ;****************************** | |
| ;****************************** | |
| RELEXP BSR EXPR | |
| PSHS D | |
| CLRB | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ REL06 | |
| CMPA #"<" | |
| BNE REL03 | |
| LEAX 1,X | |
| INCB | |
| JSR SKIPSP | |
| CMPA #">" | |
| BNE REL05 | |
| LEAX 1,X | |
| ADDB #4 | |
| BRA REL07 | |
| REL03 CMPA #">" | |
| BNE EXPR06 | |
| LEAX 1,X | |
| ADDB #4 | |
| JSR SKIPSP | |
| REL05 CMPA #"=" | |
| BNE REL07 | |
| REL06 LEAX 1,X | |
| ADDB #2 | |
| REL07 PSHS B | |
| BSR EXPR | |
| PSHS X | |
| SUBD 3,S | |
| TFR CC,A | |
| LSRA | |
| TFR A,B | |
| ASLA | |
| ASLA | |
| PSHS B | |
| ADDA ,S+ | |
| ANDA #$06 | |
| BNE REL08 | |
| INCA | |
| REL08 CLRB | |
| ANDA 2,S | |
| BEQ REL09 | |
| COMB | |
| REL09 CLRA | |
| PULS X | |
| LEAS 3,S | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| EXPR CLR ,-S | |
| CLR ,-S | |
| JSR SKIPSP | |
| CMPA #"-" | |
| BEQ EXPR05 | |
| CMPA #"+" | |
| BNE EXPR03 | |
| EXPR02 LEAX 1,X | |
| EXPR03 BSR TERM | |
| EXPR04 ADDD 0,S | |
| STD 0,S | |
| JSR SKIPSP | |
| CMPA #"+" | |
| BEQ EXPR02 | |
| CMPA #"-" | |
| BNE EXPR06 | |
| EXPR05 LEAX 1,X | |
| BSR TERM | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| BRA EXPR04 | |
| EXPR06 PULS D | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TERM JSR FACT | |
| PSHS D | |
| TERM03 JSR SKIPSP | |
| CMPA #"*" | |
| BEQ TERM07 | |
| CMPA #"/" | |
| BEQ TERM05 | |
| PULS D | |
| RTS | |
| TERM05 LEAX 1,X | |
| BSR FACT | |
| PSHS X | |
| LEAX 2,S | |
| PSHS D | |
| EORA 0,X | |
| JSR ABSX | |
| LEAX 0,S | |
| JSR ABSX | |
| PSHS A | |
| LDA #17 | |
| PSHS A | |
| CLRA | |
| CLRB | |
| DIV05 SUBD 2,S | |
| BCC DIV07 | |
| ADDD 2,S | |
| ANDCC #$FE | |
| BRA DIV09 | |
| DIV07 ORCC #$01 | |
| DIV09 ROL 7,S | |
| ROL 6,S | |
| ROLB | |
| ROLA | |
| DEC 0,S | |
| BNE DIV05 | |
| LDA 1,S | |
| LEAS 4,S | |
| TSTA | |
| BPL TERM06 | |
| LEAX 2,S | |
| BSR NEGX | |
| TERM06 PULS X | |
| BRA TERM03 | |
| TERM07 LEAX 1,X | |
| BSR FACT | |
| MULT PSHS B | |
| LDB 2,S | |
| MUL | |
| LDA 1,S | |
| STB 1,S | |
| LDB 0,S | |
| MUL | |
| LDA 2,S | |
| STB 2,S | |
| PULS B | |
| MUL | |
| ADDA 0,S | |
| ADDA 1,S | |
| STD 0,S | |
| BRA TERM03 | |
| ;****************************** | |
| ;****************************** | |
| FACT JSR TSTVAR | |
| BCS FACT03 | |
| PSHS X | |
| TFR D,X | |
| LDD 0,X | |
| PULS X | |
| FACT02 RTS | |
| FACT03 JSR TSTNBR | |
| BCC FACT02 | |
| JSR TSTFUN | |
| BCC FACT02 | |
| PAREXP BSR ARGONE | |
| PSHS A | |
| JSR SKIPSP | |
| CMPA #")" | |
| PULS A | |
| BNE FACT05 | |
| LEAX 1,X | |
| RTS | |
| FACT05 JMP ERRORS | |
| ;****************************** | |
| ;****************************** | |
| ARGONE JSR TSTSTK | |
| BCC FACT04 | |
| JMP ERRORF | |
| FACT04 JSR SKIPSP | |
| CMPA #"(" | |
| BNE FACT05 | |
| LEAX 1,X | |
| JMP EXPR | |
| ;****************************** | |
| ;****************************** | |
| ABSX TST 0,X | |
| BPL NEG05 | |
| NEGX NEG 0,X | |
| NEG 1,X | |
| BCC NEG05 | |
| DEC 0,X | |
| NEG05 RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTEOL PSHS A | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BEQ TEOL03 | |
| JMP ERRORS | |
| TEOL03 LEAX 1,X | |
| PULS A | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| LET JSR TSTVAR | |
| BCC LET03 | |
| JMP ERRORS | |
| LET03 PSHS D | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ LET05 | |
| JMP ERRORS | |
| LET05 LEAX 1,X | |
| JSR EXPR | |
| BSR TSTEOL | |
| STX CURSOR | |
| PULS X | |
| STD 0,X | |
| LDX CURSOR | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| IF: JSR RELEXP | |
| TSTB | |
| BEQ IF03 | |
| JMP MSLINE | |
| IF03: JMP REM | |
| ;****************************** | |
| ;****************************** | |
| GOTO JSR EXPR | |
| BSR TSTEOL | |
| JSR FLINE | |
| BCS GOSB04 | |
| JMP NXTLIN | |
| ;****************************** | |
| ;****************************** | |
| GOSUB JSR EXPR | |
| BSR TSTEOL | |
| STX CURSOR | |
| JSR FLINE | |
| BCC GOSB03 | |
| GOSB04 JMP ERRORR | |
| GOSB03 JSR TSTSTK | |
| BCC GOSB05 | |
| JMP ERRORF | |
| GOSB05 LDD CURSOR | |
| PSHS D | |
| LDD LINENB | |
| PSHS D | |
| JSR NXTLIN | |
| PULS D | |
| STD LINENB | |
| PULS X | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| RETURN EQU TSTEOL | |
| ;****************************** | |
| ;****************************** | |
| PRINT JSR SKIPSP | |
| PR01 CMPA #"," | |
| BEQ PR05 | |
| CMPA #";" | |
| BEQ PR07 | |
| CMPA #EOL | |
| BEQ PR04 | |
| CMPA #$22 | |
| BNE PR02 | |
| LEAX 1,X | |
| BSR PRNTQS | |
| BRA PR03 | |
| PR02 JSR EXPR | |
| PSHS X | |
| BSR PRNTN | |
| PULS X | |
| PR03 JSR SKIPSP | |
| CMPA #"," | |
| BEQ PR05 | |
| CMPA #";" | |
| BEQ PR07 | |
| CMPA #EOL | |
| BEQ PR04 | |
| JMP ERRORS | |
| PR04 PSHS X | |
| JSR CRLF | |
| PULS X | |
| BRA PR08 | |
| PR05 LDB #$7 | |
| PR06 LDA #SPACE | |
| JSR PUTCHR | |
| BITB ZONE | |
| BNE PR06 | |
| PR07 LEAX 1,X | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BNE PR01 | |
| PR08 LEAX 1,X | |
| JMP ENDS02 | |
| ;* | |
| ;* | |
| PRQ01 JSR PUTCHR | |
| PRNTQS LDA ,X+ | |
| CMPA #EOL | |
| BNE PRQ03 | |
| JMP ERRORS | |
| PRQ03 CMPA #$22 | |
| BNE PRQ01 | |
| RTS | |
| ;* | |
| PRNTN TSTA | |
| BPL PRN03 | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| PSHS A | |
| LDA #"-" | |
| JSR PUTCHR | |
| PULS A | |
| PRN03 LDX #PRNPT-2 | |
| PRN05 LEAX 2,X | |
| CMPD 0,X | |
| BCC PRN07 | |
| CMPX #PRNPTO | |
| BNE PRN05 | |
| PRN07 CLR CHAR | |
| PRN09 CMPD 0,X | |
| BCS PRN11 | |
| SUBD 0,X | |
| INC CHAR | |
| BRA PRN09 | |
| PRN11 PSHS A | |
| LDA #"0" | |
| ADDA CHAR | |
| JSR PUTCHR | |
| PULS A | |
| CMPX #PRNPTO | |
| BEQ PRN13 | |
| LEAX 2,X | |
| BRA PRN07 | |
| PRN13 RTS | |
| PRNPT FDB 10000 | |
| FDB 1000 | |
| FDB 100 | |
| FDB 10 | |
| PRNPTO FDB 1 | |
| ;* | |
| PRNT4 LDX #PRNPT+2 | |
| BRA PRN07 | |
| ;****************************** | |
| ;****************************** | |
| INPUT JSR TSTVAR | |
| BCS IN11 | |
| PSHS D | |
| STX CURSOR | |
| IN03 LDA #"?" | |
| JSR PUTCHR | |
| JSR GETLIN | |
| IN05 JSR SKIPSP | |
| CMPA #EOL | |
| BEQ IN03 | |
| JSR TSTSNB | |
| BCC IN07 | |
| LDX #RMESS | |
| JSR PUTSTR | |
| JSR CRLF | |
| BRA IN03 | |
| IN07 STX SCRTCH | |
| PULS X | |
| STD 0,X | |
| LDX CURSOR | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ IN09 | |
| JMP ENDSMT | |
| IN09 LEAX 1,X | |
| JSR TSTVAR | |
| BCC IN13 | |
| IN11 JMP ERRORS | |
| IN13 PSHS D | |
| PSHS X | |
| LDX SCRTCH | |
| JSR SKIPSP | |
| CMPA #"," | |
| BNE IN05 | |
| LEAX 1,X | |
| BRA IN05 | |
| RMESS DB "RE-ENTER" | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| RUN LDX STKTOP | |
| LDA #52 | |
| RUN01 CLR ,X+ | |
| DECA | |
| BNE RUN01 | |
| LDX USRBAS | |
| JMP REM05 | |
| ;****************************** | |
| ;****************************** | |
| LIST JSR TSTNBR | |
| BCC LIST03 | |
| CLRA | |
| CLRB | |
| STD CURSOR | |
| LDA #$7F | |
| BRA LIST07 | |
| LIST03 STD CURSOR | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ LIST05 | |
| LDA CURSOR | |
| BRA LIST07 | |
| LIST05 LEAX 1,X | |
| JSR TSTNBR | |
| BCC LIST07 | |
| JMP ERRORS | |
| LIST07 JSR TSTEOL | |
| PSHS D | |
| LDD CURSOR | |
| STX CURSOR | |
| JSR FLINE | |
| LIST09 CMPX USRTOP | |
| BEQ LIST10 | |
| PULS D | |
| CMPD 0,X | |
| BCS LIST11 | |
| PSHS D | |
| LDD ,X++ | |
| PSHS X | |
| JSR PRNT4 | |
| PULS X | |
| LDA #SPACE | |
| JSR PUTCHR | |
| JSR PUTSTR | |
| LEAX 1,X | |
| PSHS X | |
| JSR CRLF | |
| PULS X | |
| JSR TSTBRK | |
| BRA LIST09 | |
| LIST10 LEAS 2,S | |
| LDA #ETX | |
| JSR PUTCHR | |
| LIST11 LDX CURSOR | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| VERBT DB "LET" | |
| FCB EOL | |
| FDB LET | |
| DB "IF" | |
| FCB EOL | |
| FDB IF | |
| DB "GOTO" | |
| FCB EOL | |
| FDB GOTO | |
| DB "GOSUB" | |
| FCB EOL | |
| FDB GOSUB | |
| DB "RETURN" | |
| FCB EOL | |
| FDB RETURN | |
| DB "POKE" | |
| FCB EOL | |
| FDB POKE | |
| DB "PRINT" | |
| FCB EOL | |
| FDB PRINT | |
| DB "INPUT" | |
| FCB EOL | |
| FDB INPUT | |
| DB "REM" | |
| FCB EOL | |
| FDB REM | |
| DB "STOP" | |
| FCB EOL | |
| FDB END | |
| DB "END" | |
| FCB EOL | |
| FDB END | |
| DB "RUN" | |
| FCB EOL | |
| FDB RUN | |
| DB "LIST" | |
| FCB EOL | |
| FDB LIST | |
| DB "NEW" | |
| FCB EOL | |
| FDB CLEAR | |
| DB "?" | |
| FCB EOL | |
| FDB PRINT | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| TSTBRK bsr BRKEEE | |
| beq GETC05 | |
| GETCHR bsr INEEE | |
| CMPA #ETX | |
| BNE GETC05 | |
| JMP BREAK | |
| GETC05 RTS | |
| PUTCHR INC ZONE | |
| JMP OUTEEE | |
| ;****************************** | |
| ;****************************** | |
| INEEE BSR BRKEEE | |
| BEQ INEEE | |
| LDA RECEV | |
| ANDA #$7F | |
| RTS | |
| OUTEEE PSHS A | |
| OUT01 LDA TRCS | |
| BITA #TDRE | |
| BEQ OUT01 | |
| PULS A | |
| STA TRANS | |
| RTS | |
| BRKEEE PSHS A | |
| BRK03 LDA TRCS | |
| BITA #ORFE | |
| BEQ BRK05 | |
| LDA RECEV | |
| BRA BRK03 | |
| BRK05 BITA #RDRF | |
| PULS A | |
| RTS | |
| ;* | |
| LDA #CNTL1 | |
| STA RMCR | |
| LDA #CNTL2 | |
| STA TRCS | |
| INTEEE EQU $ | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| END: | |
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| ;NAM TB01V137 | |
| ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| ;* REVISED 30-DEC-77 | |
| ;* REVISED 18-JAN-78 | |
| ;* REVISED 10-APR-78 | |
| ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| ;* REVISED 21-NOV-84 FOR 6809 | |
| ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| ;* | |
| ;.engine kilo | |
| EOL: EQU $04 | |
| ETX: EQU $03 | |
| SPACE: EQU $20 | |
| CR: EQU $0D | |
| LF: EQU $0A | |
| BS: EQU $08 | |
| CAN: EQU $18 | |
| BELL: EQU $07 | |
| FILL: EQU $00 | |
| DEL: EQU $7F | |
| BSIZE: EQU 73 | |
| STKCUS: EQU 48 | |
| ;* | |
| bACIA equ $83FE | |
| RMCR EQU bACIA | |
| TRCS EQU bACIA | |
| RECEV EQU bACIA+1 | |
| TRANS EQU bACIA+1 | |
| CNTL1 EQU $03 | |
| CNTL2 EQU $15 | |
| RDRF EQU $01 | |
| ORFE EQU $20 | |
| TDRE EQU $02 | |
| ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| ;* DESIRED ROM AND RAM LAYOUT | |
| LORAM EQU $0080 ;ADDRESS OF DIRECT PAGE SCRATCH RAM | |
| BUFFER EQU $0200 ;ADDRESS OF MAIN RAM | |
| RAMSIZ EQU $2000 ;SIZE OF MAIN RAM | |
| ROMADR EQU $f000 ;ADDRESS OF TINY BASIC ROM | |
| ;* | |
| RAMBEG EQU BUFFER+BSIZE | |
| RAMEND EQU BUFFER+RAMSIZ | |
| ;* | |
| RAMPAT EQU $AA0F | |
| ROMPAT EQU $F055 | |
| ;* | |
| ; ORG LORAM | |
| .bsseg | |
| USRBAS: RMB 2 | |
| USRTOP: RMB 2 | |
| STKLIM: RMB 2 | |
| STKTOP: RMB 2 | |
| CURSOR: RMB 2 | |
| SAVESP: RMB 2 | |
| LINENB: RMB 2 | |
| SCRTCH: RMB 2 | |
| CHAR: RMB 2 | |
| ZONE: RMB 1 | |
| MODE: RMB 1 | |
| RESRVD: RMB 1 | |
| LOEND: EQU $ | |
| ;* | |
| .cseg | |
| ;;; ORG ROMADR | |
| .align 256 | |
| .ent $ | |
| .block | |
| BASIC: JMP SETUP | |
| .cstr "MOD9BASIC" | |
| WARMS LDS STKTOP | |
| JSR INTEEE | |
| BRA WMS05 | |
| SETUP LDS #RAMEND-52 | |
| SET03 STS STKTOP | |
| JSR INTEEE | |
| CLEAR LDD #RAMBEG | |
| STD USRBAS | |
| STD USRTOP | |
| CLR02 STD STKLIM | |
| WMS05 JSR CRLF | |
| LDX #VSTR | |
| JSR PUTSTR | |
| CMDB LDS STKTOP | |
| CLR MODE | |
| JSR CRLF | |
| LDX USRBAS | |
| STX CURSOR | |
| CMDE LDX #0000 | |
| STX LINENB | |
| TST MODE | |
| BNE CMD01 | |
| LDA #":" | |
| JSR PUTCHR | |
| CMD01 JSR GETLIN | |
| JSR TSTNBR | |
| BCC CMD02 | |
| BVS CMD05 | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BEQ CMDE | |
| JSR MSLINE | |
| BRA CMDB | |
| CMD02 PSHS X | |
| LDX USRTOP | |
| CMPX STKLIM | |
| PULS X | |
| BEQ CMD03 | |
| JMP ERRORR | |
| CMD03 ADDD #0 | |
| BEQ CMD05 | |
| CMD04 PSHS D | |
| SUBD #9999 | |
| PULS D | |
| BHI CMD05 | |
| BSR EDITOR | |
| BRA CMDE | |
| CMD05 JMP ERRORS | |
| VSTR DB "TINY V1.37" | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| EDITOR PSHS D | |
| JSR SKIPSP | |
| STX SCRTCH | |
| LDA 0,S | |
| LDX CURSOR | |
| CMPX USRTOP | |
| BEQ ED00 | |
| CMPD 0,X | |
| BCC ED01 | |
| ED00 LDX USRBAS | |
| ED01 JSR FNDLIN | |
| STX CURSOR | |
| BCS ED04 | |
| STX SAVESP | |
| LEAX 2,X | |
| ED02 LDA ,X+ | |
| CMPA #EOL | |
| BNE ED02 | |
| ED03 CMPX USRTOP | |
| BEQ ED35 | |
| LDA ,X+ | |
| STX CHAR | |
| LDX SAVESP | |
| STA ,X+ | |
| STX SAVESP | |
| LDX CHAR | |
| BRA ED03 | |
| ED35 LDX SAVESP | |
| STX USRTOP | |
| STX STKLIM | |
| ED04 LDX SCRTCH | |
| LDB #-1 | |
| ED05 INCB | |
| LDA ,X+ | |
| CMPA #EOL | |
| BNE ED05 | |
| TSTB | |
| BNE ED55 | |
| LEAS 2,S | |
| RTS | |
| ED55 LEAX -1,X | |
| ADDB #4 | |
| ED06 LEAX -1,X | |
| DECB | |
| LDA 0,X | |
| CMPA #SPACE | |
| BEQ ED06 | |
| LDA #EOL | |
| STA 1,X | |
| CLRA | |
| LDX USRTOP | |
| STX CHAR | |
| ADDD USRTOP | |
| STD USRTOP | |
| STD STKLIM | |
| JSR TSTSTK | |
| BCC ED07 | |
| STX USRTOP | |
| STX STKLIM | |
| JMP ERRORF | |
| ED07 LDX USRTOP | |
| ED08 STX SAVESP | |
| LDX CHAR | |
| CMPX CURSOR | |
| BEQ ED09 | |
| LDA ,-X | |
| STX CHAR | |
| LDX SAVESP | |
| STA ,-X | |
| BRA ED08 | |
| ED09 PULS D | |
| LDX CURSOR | |
| STD ,X++ | |
| STX CHAR | |
| ED10 LDX SCRTCH | |
| LDA ,X+ | |
| STX SCRTCH | |
| LDX CHAR | |
| STA ,X+ | |
| STX CHAR | |
| CMPA #EOL | |
| BNE ED10 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| PUTS01 JSR PUTCHR | |
| LEAX 1,X | |
| PUTSTR LDA 0,X | |
| CMPA #EOL | |
| BNE PUTS01 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| CRLF LDX #CRLFST | |
| BSR PUTSTR | |
| CLR ZONE | |
| RTS | |
| CRLFST FCB CR,LF,DEL,FILL,FILL,FILL,EOL | |
| ;****************************** | |
| ;****************************** | |
| ERRORF BSR ER01 | |
| DB "SORRY" | |
| FCB EOL | |
| ERRORS BSR ER01 | |
| DB "WHAT ?" | |
| FCB EOL | |
| ERRORR BSR ER01 | |
| DB "HOW ?" | |
| FCB EOL | |
| BREAK BSR ER01 | |
| DB "BREAK" | |
| FCB EOL | |
| END: BSR ER01 | |
| DB "STOP" | |
| FCB EOL | |
| ER01 BSR CRLF | |
| LDA #BELL | |
| JSR PUTCHR | |
| LDD LINENB | |
| JSR PRNT4 | |
| LDA #SPACE | |
| JSR PUTCHR | |
| PULS X | |
| BSR PUTSTR | |
| BSR CRLF | |
| JMP CMDB | |
| ;****************************** | |
| ;****************************** | |
| GL00 BSR CRLF | |
| GETLIN LDX #BUFFER | |
| GL03 JSR GETCHR | |
| CMPA #SPACE | |
| BCS GL05 | |
| CMPA #$7F | |
| BEQ GL03 | |
| CMPX #BUFFER+BSIZE-1 | |
| BNE GL04 | |
| LDA #BELL | |
| BRA GL02 | |
| GL04 STA ,X+ | |
| GL02 JSR PUTCHR | |
| BRA GL03 | |
| GL05 CMPA #BS | |
| BEQ GL07 | |
| CMPA #CAN | |
| BEQ GL00 | |
| CMPA #LF | |
| BEQ GL09 | |
| CMPA #CR | |
| BNE GL03 | |
| TST MODE | |
| BEQ GL06 | |
| JSR PUTCHR | |
| BRA GL08 | |
| GL06 PSHS X | |
| JSR CRLF | |
| PULS X | |
| GL08 LDA #EOL | |
| STA 0,X | |
| LDX #BUFFER | |
| RTS | |
| GL07 CMPX #BUFFER | |
| BEQ GL03 | |
| LEAX -1,X | |
| LDA #BS | |
| JSR PUTCHR | |
| LDA #SPACE | |
| JSR PUTCHR | |
| LDA #BS | |
| BRA GL02 | |
| GL09 ORCC #$01 | |
| ROR MODE | |
| BRA GL02 | |
| ;****************************** | |
| ;****************************** | |
| REM00 LEAX 1,X | |
| REM BSR SKIPSP | |
| CMPA #EOL | |
| BNE REM00 | |
| ENDSMT JSR TSTEOL | |
| ENDS02 LDA LINENB | |
| ORA LINENB+1 | |
| BEQ REM09 | |
| REM05 CMPX USRTOP | |
| BNE NXTLIN | |
| JMP ERRORR | |
| NXTLIN LDD ,X++ | |
| STD LINENB | |
| MSLINE JSR TSTBRK | |
| BSR IFAN | |
| BCS IMPLET | |
| PSHS D | |
| REM09 RTS | |
| IMPLET JMP LET | |
| ;****************************** | |
| ;****************************** | |
| IFAN BSR SKIPSP | |
| STX CURSOR | |
| LDX #VERBT | |
| FAN00: LDA ,X+ | |
| CMPA #EOL | |
| BNE FAN04 | |
| LDX CURSOR | |
| ORCC #$01 | |
| RTS | |
| FAN04 STX CHAR | |
| LDX CURSOR | |
| STX SCRTCH | |
| FAN05 LDX SCRTCH | |
| CMPA 0,X | |
| BNE FAN07 | |
| LEAX 1,X | |
| STX SCRTCH | |
| LDX CHAR | |
| LDA ,X+ | |
| STX CHAR | |
| CMPA #EOL | |
| BNE FAN05 | |
| LDD 0,X | |
| LDX SCRTCH | |
| ANDCC #$FE | |
| RTS | |
| FAN07 LDX CHAR | |
| FAN08 LDA ,X+ | |
| CMPA #EOL | |
| BNE FAN08 | |
| LEAX 2,X | |
| BRA FAN00 | |
| ;****************************** | |
| ;****************************** | |
| NXTNSP LEAX 1,X | |
| SKIPSP LDA 0,X | |
| CMPA #SPACE | |
| BEQ NXTNSP | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTHEX BSR TSTDIG | |
| BCC TST05 | |
| CMPA #"A" | |
| BCS TST03 | |
| CMPA #"F" | |
| BHI TST03 | |
| SUBA #"A"-10 | |
| ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTLTR CMPA #"A" | |
| BCS TST03 | |
| CMPA #"Z" | |
| BLS TST05 | |
| TST03 ORCC #$01 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTDIG CMPA #"0" | |
| BCS TST03 | |
| CMPA #"9" | |
| BHI TST03 | |
| SUBA #"0" | |
| TST05 ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTVAR BSR SKIPSP | |
| BSR TSTLTR | |
| BCS TSTV03 | |
| TFR A,B | |
| LDA 1,X | |
| BSR TSTLTR | |
| BCC TST03 | |
| LEAX 1,X | |
| SUBB #"A" | |
| ASLB | |
| CLRA | |
| ADDD STKTOP | |
| TSTV02 ANDCC #$FE | |
| TSTV03 RTS | |
| ;****************************** | |
| ;****************************** | |
| USER JSR ARGONE | |
| PSHS D | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ USER03 | |
| CMPA #")" | |
| ORCC #$01 | |
| BEQ USER05 | |
| USER02 JMP ERRORS | |
| USER03 LEAX 1,X | |
| JSR EXPR | |
| PSHS A | |
| JSR SKIPSP | |
| CMPA #")" | |
| PULS A | |
| BNE USER02 | |
| ANDCC #$FE | |
| USER05 LEAX 1,X | |
| STX CURSOR | |
| JSR [,S++] | |
| LDX CURSOR | |
| ANDCC #$FE | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTSNB JSR SKIPSP | |
| CMPA #"-" | |
| BNE TSTNBR | |
| LEAX 1,X | |
| BSR TSTNBR | |
| BCS TSN02 | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| ANDCC #$FC | |
| TSN02 RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTNBR JSR SKIPSP | |
| JSR TSTDIG | |
| BCC TSTN02 | |
| CMPA #"$" | |
| ORCC #$01 | |
| BNE TSTN09 | |
| TSTN20 LEAX 1,X | |
| CLR ,-S | |
| CLR ,-S | |
| TSTN23 LDA 0,X | |
| JSR TSTHEX | |
| BCS TSTN07 | |
| LEAX 1,X | |
| PSHS X | |
| PSHS A | |
| LDD 3,S | |
| BITA #$F0 | |
| BNE TSTN11 | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ASLB | |
| ROLA | |
| ADDB ,S+ | |
| STD 2,S | |
| PULS X | |
| BRA TSTN23 | |
| TSTN02 LEAX 1,X | |
| PSHS A | |
| CLR ,-S | |
| TSTN03 LDA 0,X | |
| JSR TSTDIG | |
| BCS TSTN07 | |
| LEAX 1,X | |
| PSHS X | |
| PSHS A | |
| LDD 3,S | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ADDD 3,S | |
| BVS TSTN11 | |
| ASLB | |
| ROLA | |
| BVS TSTN11 | |
| ADDB 0,S | |
| ADCA #0 | |
| BVS TSTN11 | |
| STD 3,S | |
| LEAS 1,S | |
| PULS X | |
| BRA TSTN03 | |
| TSTN07 PULS D | |
| ANDCC #$FE | |
| TSTN09 ANDCC #$FD | |
| RTS | |
| TSTN11 LDX 1,S | |
| LEAS 5,S | |
| ORCC #$03 | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTSTK STS SAVESP | |
| LDD SAVESP | |
| SUBD #STKCUS | |
| SUBD STKLIM | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| PEEK JSR PAREXP | |
| PSHS D | |
| PSHS X | |
| LDB [2,S] | |
| PULS X | |
| LEAS 2,S | |
| CLRA | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| POKE JSR PAREXP | |
| PSHS D | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ POKE05 | |
| JMP ERRORS | |
| POKE05 LEAX 1,X | |
| JSR EXPR | |
| JSR TSTEOL | |
| PSHS X | |
| STB [2,S] | |
| PULS X | |
| LEAS 2,S | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| TSTFUN JSR SKIPSP | |
| STX CURSOR | |
| LDX #FUNT | |
| JSR FAN00 | |
| BCS TSTF05 | |
| PSHS D | |
| TSTF05 RTS | |
| ;****************************** | |
| ;****************************** | |
| FUNT DB "USR" | |
| FCB EOL | |
| FDB USER | |
| DB "PEEK" | |
| FCB EOL | |
| FDB PEEK | |
| DB "MEM" | |
| FCB EOL | |
| FDB TSTSTK | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| FLINE LDX USRBAS | |
| FNDLIN CMPX USRTOP | |
| BNE FND03 | |
| ORCC #$03 | |
| RTS | |
| FND03 CMPD 0,X | |
| BNE FND05 | |
| ANDCC #$FC | |
| RTS | |
| FND05 BCC FND07 | |
| ORCC #$01 | |
| ANDCC #$FD | |
| RTS | |
| FND07 PSHS A | |
| LDA #EOL | |
| LEAX 1,X | |
| FND09 LEAX 1,X | |
| CMPA 0,X | |
| BNE FND09 | |
| PULS A | |
| LEAX 1,X | |
| BRA FNDLIN | |
| ;****************************** | |
| ;****************************** | |
| RELEXP BSR EXPR | |
| PSHS D | |
| CLRB | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ REL06 | |
| CMPA #"<" | |
| BNE REL03 | |
| LEAX 1,X | |
| INCB | |
| JSR SKIPSP | |
| CMPA #">" | |
| BNE REL05 | |
| LEAX 1,X | |
| ADDB #4 | |
| BRA REL07 | |
| REL03 CMPA #">" | |
| BNE EXPR06 | |
| LEAX 1,X | |
| ADDB #4 | |
| JSR SKIPSP | |
| REL05 CMPA #"=" | |
| BNE REL07 | |
| REL06 LEAX 1,X | |
| ADDB #2 | |
| REL07 PSHS B | |
| BSR EXPR | |
| PSHS X | |
| SUBD 3,S | |
| TFR CC,A | |
| LSRA | |
| TFR A,B | |
| ASLA | |
| ASLA | |
| PSHS B | |
| ADDA ,S+ | |
| ANDA #$06 | |
| BNE REL08 | |
| INCA | |
| REL08 CLRB | |
| ANDA 2,S | |
| BEQ REL09 | |
| COMB | |
| REL09 CLRA | |
| PULS X | |
| LEAS 3,S | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| EXPR CLR ,-S | |
| CLR ,-S | |
| JSR SKIPSP | |
| CMPA #"-" | |
| BEQ EXPR05 | |
| CMPA #"+" | |
| BNE EXPR03 | |
| EXPR02 LEAX 1,X | |
| EXPR03 BSR TERM | |
| EXPR04 ADDD 0,S | |
| STD 0,S | |
| JSR SKIPSP | |
| CMPA #"+" | |
| BEQ EXPR02 | |
| CMPA #"-" | |
| BNE EXPR06 | |
| EXPR05 LEAX 1,X | |
| BSR TERM | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| BRA EXPR04 | |
| EXPR06 PULS D | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| TERM JSR FACT | |
| PSHS D | |
| TERM03 JSR SKIPSP | |
| CMPA #"*" | |
| BEQ TERM07 | |
| CMPA #"/" | |
| BEQ TERM05 | |
| PULS D | |
| RTS | |
| TERM05 LEAX 1,X | |
| BSR FACT | |
| PSHS X | |
| LEAX 2,S | |
| PSHS D | |
| EORA 0,X | |
| JSR ABSX | |
| LEAX 0,S | |
| JSR ABSX | |
| PSHS A | |
| LDA #17 | |
| PSHS A | |
| CLRA | |
| CLRB | |
| DIV05 SUBD 2,S | |
| BCC DIV07 | |
| ADDD 2,S | |
| ANDCC #$FE | |
| BRA DIV09 | |
| DIV07 ORCC #$01 | |
| DIV09 ROL 7,S | |
| ROL 6,S | |
| ROLB | |
| ROLA | |
| DEC 0,S | |
| BNE DIV05 | |
| LDA 1,S | |
| LEAS 4,S | |
| TSTA | |
| BPL TERM06 | |
| LEAX 2,S | |
| BSR NEGX | |
| TERM06 PULS X | |
| BRA TERM03 | |
| TERM07 LEAX 1,X | |
| BSR FACT | |
| MULT PSHS B | |
| LDB 2,S | |
| MUL | |
| LDA 1,S | |
| STB 1,S | |
| LDB 0,S | |
| MUL | |
| LDA 2,S | |
| STB 2,S | |
| PULS B | |
| MUL | |
| ADDA 0,S | |
| ADDA 1,S | |
| STD 0,S | |
| BRA TERM03 | |
| ;****************************** | |
| ;****************************** | |
| FACT JSR TSTVAR | |
| BCS FACT03 | |
| PSHS X | |
| TFR D,X | |
| LDD 0,X | |
| PULS X | |
| FACT02 RTS | |
| FACT03 JSR TSTNBR | |
| BCC FACT02 | |
| JSR TSTFUN | |
| BCC FACT02 | |
| PAREXP BSR ARGONE | |
| PSHS A | |
| JSR SKIPSP | |
| CMPA #")" | |
| PULS A | |
| BNE FACT05 | |
| LEAX 1,X | |
| RTS | |
| FACT05 JMP ERRORS | |
| ;****************************** | |
| ;****************************** | |
| ARGONE JSR TSTSTK | |
| BCC FACT04 | |
| JMP ERRORF | |
| FACT04 JSR SKIPSP | |
| CMPA #"(" | |
| BNE FACT05 | |
| LEAX 1,X | |
| JMP EXPR | |
| ;****************************** | |
| ;****************************** | |
| ABSX TST 0,X | |
| BPL NEG05 | |
| NEGX NEG 0,X | |
| NEG 1,X | |
| BCC NEG05 | |
| DEC 0,X | |
| NEG05 RTS | |
| ;****************************** | |
| ;****************************** | |
| TSTEOL PSHS A | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BEQ TEOL03 | |
| JMP ERRORS | |
| TEOL03 LEAX 1,X | |
| PULS A | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| LET JSR TSTVAR | |
| BCC LET03 | |
| JMP ERRORS | |
| LET03 PSHS D | |
| JSR SKIPSP | |
| CMPA #"=" | |
| BEQ LET05 | |
| JMP ERRORS | |
| LET05 LEAX 1,X | |
| JSR EXPR | |
| BSR TSTEOL | |
| STX CURSOR | |
| PULS X | |
| STD 0,X | |
| LDX CURSOR | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| IF: JSR RELEXP | |
| TSTB | |
| BEQ IF03 | |
| JMP MSLINE | |
| IF03: JMP REM | |
| ;****************************** | |
| ;****************************** | |
| GOTO JSR EXPR | |
| BSR TSTEOL | |
| JSR FLINE | |
| BCS GOSB04 | |
| JMP NXTLIN | |
| ;****************************** | |
| ;****************************** | |
| GOSUB JSR EXPR | |
| BSR TSTEOL | |
| STX CURSOR | |
| JSR FLINE | |
| BCC GOSB03 | |
| GOSB04 JMP ERRORR | |
| GOSB03 JSR TSTSTK | |
| BCC GOSB05 | |
| JMP ERRORF | |
| GOSB05 LDD CURSOR | |
| PSHS D | |
| LDD LINENB | |
| PSHS D | |
| JSR NXTLIN | |
| PULS D | |
| STD LINENB | |
| PULS X | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| RETURN EQU TSTEOL | |
| ;****************************** | |
| ;****************************** | |
| PRINT JSR SKIPSP | |
| PR01 CMPA #"," | |
| BEQ PR05 | |
| CMPA #";" | |
| BEQ PR07 | |
| CMPA #EOL | |
| BEQ PR04 | |
| CMPA #$22 | |
| BNE PR02 | |
| LEAX 1,X | |
| BSR PRNTQS | |
| BRA PR03 | |
| PR02 JSR EXPR | |
| PSHS X | |
| BSR PRNTN | |
| PULS X | |
| PR03 JSR SKIPSP | |
| CMPA #"," | |
| BEQ PR05 | |
| CMPA #";" | |
| BEQ PR07 | |
| CMPA #EOL | |
| BEQ PR04 | |
| JMP ERRORS | |
| PR04 PSHS X | |
| JSR CRLF | |
| PULS X | |
| BRA PR08 | |
| PR05 LDB #$7 | |
| PR06 LDA #SPACE | |
| JSR PUTCHR | |
| BITB ZONE | |
| BNE PR06 | |
| PR07 LEAX 1,X | |
| JSR SKIPSP | |
| CMPA #EOL | |
| BNE PR01 | |
| PR08 LEAX 1,X | |
| JMP ENDS02 | |
| ;* | |
| ;* | |
| PRQ01 JSR PUTCHR | |
| PRNTQS LDA ,X+ | |
| CMPA #EOL | |
| BNE PRQ03 | |
| JMP ERRORS | |
| PRQ03 CMPA #$22 | |
| BNE PRQ01 | |
| RTS | |
| ;* | |
| PRNTN TSTA | |
| BPL PRN03 | |
| NEGA | |
| NEGB | |
| SBCA #0 | |
| PSHS A | |
| LDA #"-" | |
| JSR PUTCHR | |
| PULS A | |
| PRN03 LDX #PRNPT-2 | |
| PRN05 LEAX 2,X | |
| CMPD 0,X | |
| BCC PRN07 | |
| CMPX #PRNPTO | |
| BNE PRN05 | |
| PRN07 CLR CHAR | |
| PRN09 CMPD 0,X | |
| BCS PRN11 | |
| SUBD 0,X | |
| INC CHAR | |
| BRA PRN09 | |
| PRN11 PSHS A | |
| LDA #"0" | |
| ADDA CHAR | |
| JSR PUTCHR | |
| PULS A | |
| CMPX #PRNPTO | |
| BEQ PRN13 | |
| LEAX 2,X | |
| BRA PRN07 | |
| PRN13 RTS | |
| PRNPT FDB 10000 | |
| FDB 1000 | |
| FDB 100 | |
| FDB 10 | |
| PRNPTO FDB 1 | |
| ;* | |
| PRNT4 LDX #PRNPT+2 | |
| BRA PRN07 | |
| ;****************************** | |
| ;****************************** | |
| INPUT JSR TSTVAR | |
| BCS IN11 | |
| PSHS D | |
| STX CURSOR | |
| IN03 LDA #"?" | |
| JSR PUTCHR | |
| JSR GETLIN | |
| IN05 JSR SKIPSP | |
| CMPA #EOL | |
| BEQ IN03 | |
| JSR TSTSNB | |
| BCC IN07 | |
| LDX #RMESS | |
| JSR PUTSTR | |
| JSR CRLF | |
| BRA IN03 | |
| IN07 STX SCRTCH | |
| PULS X | |
| STD 0,X | |
| LDX CURSOR | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ IN09 | |
| JMP ENDSMT | |
| IN09 LEAX 1,X | |
| JSR TSTVAR | |
| BCC IN13 | |
| IN11 JMP ERRORS | |
| IN13 PSHS D | |
| PSHS X | |
| LDX SCRTCH | |
| JSR SKIPSP | |
| CMPA #"," | |
| BNE IN05 | |
| LEAX 1,X | |
| BRA IN05 | |
| RMESS DB "RE-ENTER" | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| RUN LDX STKTOP | |
| LDA #52 | |
| RUN01 CLR ,X+ | |
| DECA | |
| BNE RUN01 | |
| LDX USRBAS | |
| JMP REM05 | |
| ;****************************** | |
| ;****************************** | |
| LIST JSR TSTNBR | |
| BCC LIST03 | |
| CLRA | |
| CLRB | |
| STD CURSOR | |
| LDA #$7F | |
| BRA LIST07 | |
| LIST03 STD CURSOR | |
| JSR SKIPSP | |
| CMPA #"," | |
| BEQ LIST05 | |
| LDA CURSOR | |
| BRA LIST07 | |
| LIST05 LEAX 1,X | |
| JSR TSTNBR | |
| BCC LIST07 | |
| JMP ERRORS | |
| LIST07 JSR TSTEOL | |
| PSHS D | |
| LDD CURSOR | |
| STX CURSOR | |
| JSR FLINE | |
| LIST09 CMPX USRTOP | |
| BEQ LIST10 | |
| PULS D | |
| CMPD 0,X | |
| BCS LIST11 | |
| PSHS D | |
| LDD ,X++ | |
| PSHS X | |
| JSR PRNT4 | |
| PULS X | |
| LDA #SPACE | |
| JSR PUTCHR | |
| JSR PUTSTR | |
| LEAX 1,X | |
| PSHS X | |
| JSR CRLF | |
| PULS X | |
| JSR TSTBRK | |
| BRA LIST09 | |
| LIST10 LEAS 2,S | |
| LDA #ETX | |
| JSR PUTCHR | |
| LIST11 LDX CURSOR | |
| JMP ENDS02 | |
| ;****************************** | |
| ;****************************** | |
| VERBT DB "LET" | |
| FCB EOL | |
| FDB LET | |
| DB "IF" | |
| FCB EOL | |
| FDB IF | |
| DB "GOTO" | |
| FCB EOL | |
| FDB GOTO | |
| DB "GOSUB" | |
| FCB EOL | |
| FDB GOSUB | |
| DB "RETURN" | |
| FCB EOL | |
| FDB RETURN | |
| DB "POKE" | |
| FCB EOL | |
| FDB POKE | |
| DB "PRINT" | |
| FCB EOL | |
| FDB PRINT | |
| DB "INPUT" | |
| FCB EOL | |
| FDB INPUT | |
| DB "REM" | |
| FCB EOL | |
| FDB REM | |
| DB "STOP" | |
| FCB EOL | |
| FDB END | |
| DB "END" | |
| FCB EOL | |
| FDB END | |
| DB "RUN" | |
| FCB EOL | |
| FDB RUN | |
| DB "LIST" | |
| FCB EOL | |
| FDB LIST | |
| DB "NEW" | |
| FCB EOL | |
| FDB CLEAR | |
| DB "?" | |
| FCB EOL | |
| FDB PRINT | |
| FCB EOL | |
| ;****************************** | |
| ;****************************** | |
| TSTBRK bsr BRKEEE | |
| beq GETC05 | |
| GETCHR bsr INEEE | |
| CMPA #ETX | |
| BNE GETC05 | |
| JMP BREAK | |
| GETC05 RTS | |
| PUTCHR INC ZONE | |
| JMP OUTEEE | |
| ;****************************** | |
| ;****************************** | |
| INEEE BSR BRKEEE | |
| BEQ INEEE | |
| LDA RECEV | |
| ANDA #$7F | |
| RTS | |
| OUTEEE PSHS A | |
| OUT01 LDA TRCS | |
| BITA #TDRE | |
| BEQ OUT01 | |
| PULS A | |
| STA TRANS | |
| RTS | |
| BRKEEE PSHS A | |
| BRK03 LDA TRCS | |
| BITA #ORFE | |
| BEQ BRK05 | |
| LDA RECEV | |
| BRA BRK03 | |
| BRK05 BITA #RDRF | |
| PULS A | |
| RTS | |
| ;* | |
| LDA #CNTL1 | |
| STA RMCR | |
| LDA #CNTL2 | |
| STA TRCS | |
| INTEEE EQU $ | |
| RTS | |
| ;****************************** | |
| ;****************************** | |
| .endblock | |
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| {} |
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| :00000001FF |
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| 0000 ;NAM TB01V137 | |
| 0000 ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| 0000 ;* REVISED 30-DEC-77 | |
| 0000 ;* REVISED 18-JAN-78 | |
| 0000 ;* REVISED 10-APR-78 | |
| 0000 ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| 0000 ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| 0000 ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| 0000 ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| 0000 ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| 0000 ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| 0000 ;* REVISED 21-NOV-84 FOR 6809 | |
| 0000 ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| 0000 ;* | |
| 0000 .ENGINE kilo | |
| 0000 EOL: EQU $04 | |
| 0000 ETX: EQU $03 | |
| 0000 SPACE: EQU $20 | |
| 0000 CR: EQU $0D | |
| 0000 LF: EQU $0A | |
| 0000 BS: EQU $08 | |
| 0000 CAN: EQU $18 | |
| 0000 BELL: EQU $07 | |
| 0000 FILL: EQU $00 | |
| 0000 DEL: EQU $7F | |
| 0000 BSIZE: EQU 73 | |
| 0000 STKCUS: EQU 48 | |
| 0000 ;* | |
| 0000 BACIA: = $83FE | |
| 0000 RMCR: EQU bACIA | |
| 0000 TRCS: EQU bACIA | |
| 0000 RECEV: EQU bACIA+1 | |
| 0000 TRANS: EQU bACIA+1 | |
| 0000 CNTL1: EQU $03 | |
| 0000 CNTL2: EQU $15 | |
| 0000 RDRF: EQU $01 | |
| 0000 ORFE: EQU $20 | |
| 0000 TDRE: EQU $02 | |
| 0000 ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| 0000 ;* DESIRED ROM AND RAM LAYOUT | |
| 0000 LORAM: EQU $0080 ;ADDRESS OF DIRECT PAGE SCRATCH RAM | |
| 0000 BUFFER: EQU $0200 ;ADDRESS OF MAIN RAM | |
| 0000 RAMSIZ: EQU $2000 ;SIZE OF MAIN RAM | |
| 0000 ROMADR: EQU $f000 ;ADDRESS OF TINY BASIC ROM | |
| 0000 ;* | |
| 0000 RAMBEG: EQU BUFFER+BSIZE | |
| 0000 RAMEND: EQU BUFFER+RAMSIZ | |
| 0000 ;* | |
| 0000 RAMPAT: EQU $AA0F | |
| 0000 ROMPAT: EQU $F055 | |
| 0000 ;* | |
| 0000 ; ORG LORAM | |
| 0000 .BSSEG | |
| 0000 USRBAS: RMB 2 | |
| 0002 USRTOP: RMB 2 | |
| 0004 STKLIM: RMB 2 | |
| 0006 STKTOP: RMB 2 | |
| 0008 CURSOR: RMB 2 | |
| 000A SAVESP: RMB 2 | |
| 000C LINENB: RMB 2 | |
| 000E SCRTCH: RMB 2 | |
| 0010 CHAR: RMB 2 | |
| 0012 ZONE: RMB 1 | |
| 0013 MODE: RMB 1 | |
| 0014 RESRVD: RMB 1 | |
| 0015 LOEND: EQU $ | |
| 0015 ;* | |
| 0000 .CSEG | |
| 0000 ; ORG ROMADR | |
| 0000 ALIGN 256 | |
| 0000 .ENT $ | |
| 0000 0E 14 BASIC: JMP SETUP | |
| 0002 4D 4F 44 39 42 41 53 49 43 00 .CSTR "MOD9BASIC" | |
| 000C 10 DE 06 WARMS: LDS STKTOP | |
| 000F BD 07 E3 JSR INTEEE | |
| 0012 20 13 BRA WMS05 | |
| 0014 10 CE 21 CC SETUP: LDS #RAMEND-52 | |
| 0018 10 DF 06 SET03: STS STKTOP | |
| 001B BD 07 E3 JSR INTEEE | |
| 001E CC 02 49 CLEAR: LDD #RAMBEG | |
| 0021 DD 00 STD USRBAS | |
| 0023 DD 02 STD USRTOP | |
| 0025 DD 04 CLR02: STD STKLIM | |
| 0027 BD 01 3E WMS05: JSR CRLF | |
| 002A 8E 00 82 LDX #VSTR | |
| 002D BD 01 37 JSR PUTSTR | |
| 0030 10 DE 06 CMDB: LDS STKTOP | |
| 0033 0F 13 CLR MODE | |
| 0035 BD 01 3E JSR CRLF | |
| 0038 9E 00 LDX USRBAS | |
| 003A 9F 08 STX CURSOR | |
| 003C 8E 00 00 CMDE: LDX #0000 | |
| 003F 9F 0C STX LINENB | |
| 0041 0D 13 TST MODE | |
| 0043 26 05 BNE CMD01 | |
| 0045 86 3A LDA #":" | |
| 0047 BD 07 A8 JSR PUTCHR | |
| 004A BD 01 8E CMD01: JSR GETLIN | |
| 004D BD 02 E8 JSR TSTNBR | |
| 0050 24 0E BCC CMD02 | |
| 0052 29 2B BVS CMD05 | |
| 0054 BD 02 59 JSR SKIPSP | |
| 0057 81 04 CMPA #EOL | |
| 0059 27 E1 BEQ CMDE | |
| 005B BD 02 0B JSR MSLINE | |
| 005E 20 D0 BRA CMDB | |
| 0060 34 10 CMD02: PSHS X | |
| 0062 9E 02 LDX USRTOP | |
| 0064 9C 04 CMPX STKLIM | |
| 0066 35 10 PULS X | |
| 0068 27 03 BEQ CMD03 | |
| 006A 7E 01 5E JMP ERRORR | |
| 006D C3 00 00 CMD03: ADDD #0 | |
| 0070 27 0D BEQ CMD05 | |
| 0072 34 06 CMD04: PSHS D | |
| 0074 83 27 0F SUBD #9999 | |
| 0077 35 06 PULS D | |
| 0079 22 04 BHI CMD05 | |
| 007B 8D 10 BSR EDITOR | |
| 007D 20 BD BRA CMDE | |
| 007F 7E 01 55 CMD05: JMP ERRORS | |
| 0082 54 49 4E 59 20 56 31 2E 33 37 VSTR: DB "TINY V1.37" | |
| 008C 04 FCB EOL | |
| 008D ;****************************** | |
| 008D ;****************************** | |
| 008D 34 06 EDITOR: PSHS D | |
| 008F BD 02 59 JSR SKIPSP | |
| 0092 9F 0E STX SCRTCH | |
| 0094 A6 60 LDA 0,S | |
| 0096 9E 08 LDX CURSOR | |
| 0098 9C 02 CMPX USRTOP | |
| 009A 27 05 BEQ ED00 | |
| 009C 10 A3 00 CMPD 0,X | |
| 009F 24 02 BCC ED01 | |
| 00A1 9E 00 ED00: LDX USRBAS | |
| 00A3 BD 03 C2 ED01: JSR FNDLIN | |
| 00A6 9F 08 STX CURSOR | |
| 00A8 25 22 BCS ED04 | |
| 00AA 9F 0A STX SAVESP | |
| 00AC 30 02 LEAX 2,X | |
| 00AE A6 80 ED02: LDA ,X+ | |
| 00B0 81 04 CMPA #EOL | |
| 00B2 26 FA BNE ED02 | |
| 00B4 9C 02 ED03: CMPX USRTOP | |
| 00B6 27 0E BEQ ED35 | |
| 00B8 A6 80 LDA ,X+ | |
| 00BA 9F 10 STX CHAR | |
| 00BC 9E 0A LDX SAVESP | |
| 00BE A7 80 STA ,X+ | |
| 00C0 9F 0A STX SAVESP | |
| 00C2 9E 10 LDX CHAR | |
| 00C4 20 EE BRA ED03 | |
| 00C6 9E 0A ED35: LDX SAVESP | |
| 00C8 9F 02 STX USRTOP | |
| 00CA 9F 04 STX STKLIM | |
| 00CC 9E 0E ED04: LDX SCRTCH | |
| 00CE C6 FF LDB #-1 | |
| 00D0 5C ED05: INCB | |
| 00D1 A6 80 LDA ,X+ | |
| 00D3 81 04 CMPA #EOL | |
| 00D5 26 F9 BNE ED05 | |
| 00D7 5D TSTB | |
| 00D8 26 03 BNE ED55 | |
| 00DA 32 62 LEAS 2,S | |
| 00DC 39 RTS | |
| 00DD 30 1F ED55: LEAX -1,X | |
| 00DF CB 04 ADDB #4 | |
| 00E1 30 1F ED06: LEAX -1,X | |
| 00E3 5A DECB | |
| 00E4 A6 00 LDA 0,X | |
| 00E6 81 20 CMPA #SPACE | |
| 00E8 27 F7 BEQ ED06 | |
| 00EA 86 04 LDA #EOL | |
| 00EC A7 01 STA 1,X | |
| 00EE 4F CLRA | |
| 00EF 9E 02 LDX USRTOP | |
| 00F1 9F 10 STX CHAR | |
| 00F3 D3 02 ADDD USRTOP | |
| 00F5 DD 02 STD USRTOP | |
| 00F7 DD 04 STD STKLIM | |
| 00F9 BD 03 60 JSR TSTSTK | |
| 00FC 24 07 BCC ED07 | |
| 00FE 9F 02 STX USRTOP | |
| 0100 9F 04 STX STKLIM | |
| 0102 7E 01 4D JMP ERRORF | |
| 0105 9E 02 ED07: LDX USRTOP | |
| 0107 9F 0A ED08: STX SAVESP | |
| 0109 9E 10 LDX CHAR | |
| 010B 9C 08 CMPX CURSOR | |
| 010D 27 0A BEQ ED09 | |
| 010F A6 82 LDA ,-X | |
| 0111 9F 10 STX CHAR | |
| 0113 9E 0A LDX SAVESP | |
| 0115 A7 82 STA ,-X | |
| 0117 20 EE BRA ED08 | |
| 0119 35 06 ED09: PULS D | |
| 011B 9E 08 LDX CURSOR | |
| 011D ED 81 STD ,X++ | |
| 011F 9F 10 STX CHAR | |
| 0121 9E 0E ED10: LDX SCRTCH | |
| 0123 A6 80 LDA ,X+ | |
| 0125 9F 0E STX SCRTCH | |
| 0127 9E 10 LDX CHAR | |
| 0129 A7 80 STA ,X+ | |
| 012B 9F 10 STX CHAR | |
| 012D 81 04 CMPA #EOL | |
| 012F 26 F0 BNE ED10 | |
| 0131 39 RTS | |
| 0132 ;****************************** | |
| 0132 ;****************************** | |
| 0132 BD 07 A8 PUTS01: JSR PUTCHR | |
| 0135 30 01 LEAX 1,X | |
| 0137 A6 00 PUTSTR: LDA 0,X | |
| 0139 81 04 CMPA #EOL | |
| 013B 26 F5 BNE PUTS01 | |
| 013D 39 RTS | |
| 013E ;****************************** | |
| 013E ;****************************** | |
| 013E 8E 01 46 CRLF: LDX #CRLFST | |
| 0141 8D F4 BSR PUTSTR | |
| 0143 0F 12 CLR ZONE | |
| 0145 39 RTS | |
| 0146 0D 0A 7F 00 00 00 04 CRLFST: FCB CR,LF,DEL,FILL,FILL,FILL,EOL | |
| 014D ;****************************** | |
| 014D ;****************************** | |
| 014D 8D 24 ERRORF: BSR ER01 | |
| 014F 53 4F 52 52 59 DB "SORRY" | |
| 0154 04 FCB EOL | |
| 0155 8D 1C ERRORS: BSR ER01 | |
| 0157 57 48 41 54 20 3F DB "WHAT ?" | |
| 015D 04 FCB EOL | |
| 015E 8D 13 ERRORR: BSR ER01 | |
| 0160 48 4F 57 20 3F DB "HOW ?" | |
| 0165 04 FCB EOL | |
| 0166 8D 0B BREAK: BSR ER01 | |
| 0168 42 52 45 41 4B DB "BREAK" | |
| 016D 04 FCB EOL | |
| 016E END BSR ER01 | |
| 016E 53 54 4F 50 DB "STOP" | |
| 0172 04 FCB EOL | |
| 0173 8D C9 ER01: BSR CRLF | |
| 0175 86 07 LDA #BELL | |
| 0177 BD 07 A8 JSR PUTCHR | |
| 017A DC 0C LDD LINENB | |
| 017C BD 06 5C JSR PRNT4 | |
| 017F 86 20 LDA #SPACE | |
| 0181 BD 07 A8 JSR PUTCHR | |
| 0184 35 10 PULS X | |
| 0186 8D AF BSR PUTSTR | |
| 0188 8D B4 BSR CRLF | |
| 018A 0E 30 JMP CMDB | |
| 018C ;****************************** | |
| 018C ;****************************** | |
| 018C 8D B0 GL00: BSR CRLF | |
| 018E 8E 02 00 GETLIN: LDX #BUFFER | |
| 0191 BD 07 9E GL03: JSR GETCHR | |
| 0194 81 20 CMPA #SPACE | |
| 0196 25 14 BCS GL05 | |
| 0198 81 7F CMPA #$7F | |
| 019A 27 F5 BEQ GL03 | |
| 019C 8C 02 48 CMPX #BUFFER+BSIZE-1 | |
| 019F 26 04 BNE GL04 | |
| 01A1 86 07 LDA #BELL | |
| 01A3 20 02 BRA GL02 | |
| 01A5 A7 80 GL04: STA ,X+ | |
| 01A7 BD 07 A8 GL02: JSR PUTCHR | |
| 01AA 20 E5 BRA GL03 | |
| 01AC 81 08 GL05: CMPA #BS | |
| 01AE 27 24 BEQ GL07 | |
| 01B0 81 18 CMPA #CAN | |
| 01B2 27 D8 BEQ GL00 | |
| 01B4 81 0A CMPA #LF | |
| 01B6 27 31 BEQ GL09 | |
| 01B8 81 0D CMPA #CR | |
| 01BA 26 D5 BNE GL03 | |
| 01BC 0D 13 TST MODE | |
| 01BE 27 05 BEQ GL06 | |
| 01C0 BD 07 A8 JSR PUTCHR | |
| 01C3 20 07 BRA GL08 | |
| 01C5 34 10 GL06: PSHS X | |
| 01C7 BD 01 3E JSR CRLF | |
| 01CA 35 10 PULS X | |
| 01CC 86 04 GL08: LDA #EOL | |
| 01CE A7 00 STA 0,X | |
| 01D0 8E 02 00 LDX #BUFFER | |
| 01D3 39 RTS | |
| 01D4 8C 02 00 GL07: CMPX #BUFFER | |
| 01D7 27 B8 BEQ GL03 | |
| 01D9 30 1F LEAX -1,X | |
| 01DB 86 08 LDA #BS | |
| 01DD BD 07 A8 JSR PUTCHR | |
| 01E0 86 20 LDA #SPACE | |
| 01E2 BD 07 A8 JSR PUTCHR | |
| 01E5 86 08 LDA #BS | |
| 01E7 20 BE BRA GL02 | |
| 01E9 1A 01 GL09: ORCC #$01 | |
| 01EB 06 13 ROR MODE | |
| 01ED 20 B8 BRA GL02 | |
| 01EF ;****************************** | |
| 01EF ;****************************** | |
| 01EF 30 01 REM00: LEAX 1,X | |
| 01F1 8D 66 REM: BSR SKIPSP | |
| 01F3 81 04 CMPA #EOL | |
| 01F5 26 F8 BNE REM00 | |
| 01F7 BD 05 2F ENDSMT: JSR TSTEOL | |
| 01FA 96 0C ENDS02: LDA LINENB | |
| 01FC 9A 0D ORA LINENB+1 | |
| 01FE 27 14 BEQ REM09 | |
| 0200 9C 02 REM05: CMPX USRTOP | |
| 0202 26 03 BNE NXTLIN | |
| 0204 7E 01 5E JMP ERRORR | |
| 0207 EC 81 NXTLIN: LDD ,X++ | |
| 0209 DD 0C STD LINENB | |
| 020B BD 07 9A MSLINE: JSR TSTBRK | |
| 020E 8D 08 BSR IFAN | |
| 0210 25 03 BCS IMPLET | |
| 0212 34 06 PSHS D | |
| 0214 39 REM09: RTS | |
| 0215 7E 05 40 IMPLET: JMP LET | |
| 0218 ;****************************** | |
| 0218 ;****************************** | |
| 0218 8D 3F IFAN: BSR SKIPSP | |
| 021A 9F 08 STX CURSOR | |
| 021C 8E 07 35 LDX #VERBT | |
| 021F A6 80 FAN00: LDA ,X+ | |
| 0221 81 04 CMPA #EOL | |
| 0223 26 05 BNE FAN04 | |
| 0225 9E 08 LDX CURSOR | |
| 0227 1A 01 ORCC #$01 | |
| 0229 39 RTS | |
| 022A 9F 10 FAN04: STX CHAR | |
| 022C 9E 08 LDX CURSOR | |
| 022E 9F 0E STX SCRTCH | |
| 0230 9E 0E FAN05: LDX SCRTCH | |
| 0232 A1 00 CMPA 0,X | |
| 0234 26 15 BNE FAN07 | |
| 0236 30 01 LEAX 1,X | |
| 0238 9F 0E STX SCRTCH | |
| 023A 9E 10 LDX CHAR | |
| 023C A6 80 LDA ,X+ | |
| 023E 9F 10 STX CHAR | |
| 0240 81 04 CMPA #EOL | |
| 0242 26 EC BNE FAN05 | |
| 0244 EC 00 LDD 0,X | |
| 0246 9E 0E LDX SCRTCH | |
| 0248 1C FE ANDCC #$FE | |
| 024A 39 RTS | |
| 024B 9E 10 FAN07: LDX CHAR | |
| 024D A6 80 FAN08: LDA ,X+ | |
| 024F 81 04 CMPA #EOL | |
| 0251 26 FA BNE FAN08 | |
| 0253 30 02 LEAX 2,X | |
| 0255 20 C8 BRA FAN00 | |
| 0257 ;****************************** | |
| 0257 ;****************************** | |
| 0257 30 01 NXTNSP: LEAX 1,X | |
| 0259 A6 00 SKIPSP: LDA 0,X | |
| 025B 81 20 CMPA #SPACE | |
| 025D 27 F8 BEQ NXTNSP | |
| 025F 39 RTS | |
| 0260 ;****************************** | |
| 0260 ;****************************** | |
| 0260 8D 1A TSTHEX: BSR TSTDIG | |
| 0262 24 22 BCC TST05 | |
| 0264 81 41 CMPA #"A" | |
| 0266 25 11 BCS TST03 | |
| 0268 81 46 CMPA #"F" | |
| 026A 22 0D BHI TST03 | |
| 026C 80 37 SUBA #"A"-10 | |
| 026E 1C FE ANDCC #$FE | |
| 0270 39 RTS | |
| 0271 ;****************************** | |
| 0271 ;****************************** | |
| 0271 81 41 TSTLTR: CMPA #"A" | |
| 0273 25 04 BCS TST03 | |
| 0275 81 5A CMPA #"Z" | |
| 0277 23 0D BLS TST05 | |
| 0279 1A 01 TST03: ORCC #$01 | |
| 027B 39 RTS | |
| 027C ;****************************** | |
| 027C ;****************************** | |
| 027C 81 30 TSTDIG: CMPA #"0" | |
| 027E 25 F9 BCS TST03 | |
| 0280 81 39 CMPA #"9" | |
| 0282 22 F5 BHI TST03 | |
| 0284 80 30 SUBA #"0" | |
| 0286 1C FE TST05: ANDCC #$FE | |
| 0288 39 RTS | |
| 0289 ;****************************** | |
| 0289 ;****************************** | |
| 0289 8D CE TSTVAR: BSR SKIPSP | |
| 028B 8D E4 BSR TSTLTR | |
| 028D 25 12 BCS TSTV03 | |
| 028F 1F 89 TFR A,B | |
| 0291 A6 01 LDA 1,X | |
| 0293 8D DC BSR TSTLTR | |
| 0295 24 E2 BCC TST03 | |
| 0297 30 01 LEAX 1,X | |
| 0299 C0 41 SUBB #"A" | |
| 029B 58 ASLB | |
| 029C 4F CLRA | |
| 029D D3 06 ADDD STKTOP | |
| 029F 1C FE TSTV02: ANDCC #$FE | |
| 02A1 39 TSTV03: RTS | |
| 02A2 ;****************************** | |
| 02A2 ;****************************** | |
| 02A2 BD 05 0E USER: JSR ARGONE | |
| 02A5 34 06 PSHS D | |
| 02A7 BD 02 59 JSR SKIPSP | |
| 02AA 81 2C CMPA #"," | |
| 02AC 27 09 BEQ USER03 | |
| 02AE 81 29 CMPA #")" | |
| 02B0 1A 01 ORCC #$01 | |
| 02B2 27 15 BEQ USER05 | |
| 02B4 7E 01 55 USER02: JMP ERRORS | |
| 02B7 30 01 USER03: LEAX 1,X | |
| 02B9 BD 04 41 JSR EXPR | |
| 02BC 34 02 PSHS A | |
| 02BE BD 02 59 JSR SKIPSP | |
| 02C1 81 29 CMPA #")" | |
| 02C3 35 02 PULS A | |
| 02C5 26 ED BNE USER02 | |
| 02C7 1C FE ANDCC #$FE | |
| 02C9 30 01 USER05: LEAX 1,X | |
| 02CB 9F 08 STX CURSOR | |
| 02CD AD F1 JSR [,S++] | |
| 02CF 9E 08 LDX CURSOR | |
| 02D1 1C FE ANDCC #$FE | |
| 02D3 39 RTS | |
| 02D4 ;****************************** | |
| 02D4 ;****************************** | |
| 02D4 BD 02 59 TSTSNB: JSR SKIPSP | |
| 02D7 81 2D CMPA #"-" | |
| 02D9 26 0D BNE TSTNBR | |
| 02DB 30 01 LEAX 1,X | |
| 02DD 8D 09 BSR TSTNBR | |
| 02DF 25 06 BCS TSN02 | |
| 02E1 40 NEGA | |
| 02E2 50 NEGB | |
| 02E3 82 00 SBCA #0 | |
| 02E5 1C FC ANDCC #$FC | |
| 02E7 39 TSN02: RTS | |
| 02E8 ;****************************** | |
| 02E8 ;****************************** | |
| 02E8 BD 02 59 TSTNBR: JSR SKIPSP | |
| 02EB BD 02 7C JSR TSTDIG | |
| 02EE 24 2F BCC TSTN02 | |
| 02F0 81 24 CMPA #"$" | |
| 02F2 1A 01 ORCC #$01 | |
| 02F4 26 60 BNE TSTN09 | |
| 02F6 30 01 TSTN20: LEAX 1,X | |
| 02F8 6F E2 CLR ,-S | |
| 02FA 6F E2 CLR ,-S | |
| 02FC A6 00 TSTN23: LDA 0,X | |
| 02FE BD 02 60 JSR TSTHEX | |
| 0301 25 4F BCS TSTN07 | |
| 0303 30 01 LEAX 1,X | |
| 0305 34 10 PSHS X | |
| 0307 34 02 PSHS A | |
| 0309 EC 63 LDD 3,S | |
| 030B 85 F0 BITA #$F0 | |
| 030D 26 4A BNE TSTN11 | |
| 030F 58 ASLB | |
| 0310 49 ROLA | |
| 0311 58 ASLB | |
| 0312 49 ROLA | |
| 0313 58 ASLB | |
| 0314 49 ROLA | |
| 0315 58 ASLB | |
| 0316 49 ROLA | |
| 0317 EB E0 ADDB ,S+ | |
| 0319 ED 62 STD 2,S | |
| 031B 35 10 PULS X | |
| 031D 20 DD BRA TSTN23 | |
| 031F 30 01 TSTN02: LEAX 1,X | |
| 0321 34 02 PSHS A | |
| 0323 6F E2 CLR ,-S | |
| 0325 A6 00 TSTN03: LDA 0,X | |
| 0327 BD 02 7C JSR TSTDIG | |
| 032A 25 26 BCS TSTN07 | |
| 032C 30 01 LEAX 1,X | |
| 032E 34 10 PSHS X | |
| 0330 34 02 PSHS A | |
| 0332 EC 63 LDD 3,S | |
| 0334 58 ASLB | |
| 0335 49 ROLA | |
| 0336 29 21 BVS TSTN11 | |
| 0338 58 ASLB | |
| 0339 49 ROLA | |
| 033A 29 1D BVS TSTN11 | |
| 033C E3 63 ADDD 3,S | |
| 033E 29 19 BVS TSTN11 | |
| 0340 58 ASLB | |
| 0341 49 ROLA | |
| 0342 29 15 BVS TSTN11 | |
| 0344 EB 60 ADDB 0,S | |
| 0346 89 00 ADCA #0 | |
| 0348 29 0F BVS TSTN11 | |
| 034A ED 63 STD 3,S | |
| 034C 32 61 LEAS 1,S | |
| 034E 35 10 PULS X | |
| 0350 20 D3 BRA TSTN03 | |
| 0352 35 06 TSTN07: PULS D | |
| 0354 1C FE ANDCC #$FE | |
| 0356 1C FD TSTN09: ANDCC #$FD | |
| 0358 39 RTS | |
| 0359 AE 61 TSTN11: LDX 1,S | |
| 035B 32 65 LEAS 5,S | |
| 035D 1A 03 ORCC #$03 | |
| 035F 39 RTS | |
| 0360 ;****************************** | |
| 0360 ;****************************** | |
| 0360 10 DF 0A TSTSTK: STS SAVESP | |
| 0363 DC 0A LDD SAVESP | |
| 0365 83 00 30 SUBD #STKCUS | |
| 0368 93 04 SUBD STKLIM | |
| 036A 39 RTS | |
| 036B ;****************************** | |
| 036B ;****************************** | |
| 036B BD 04 FB PEEK: JSR PAREXP | |
| 036E 34 06 PSHS D | |
| 0370 34 10 PSHS X | |
| 0372 E6 72 LDB [2,S] | |
| 0374 35 10 PULS X | |
| 0376 32 62 LEAS 2,S | |
| 0378 4F CLRA | |
| 0379 39 RTS | |
| 037A ;****************************** | |
| 037A ;****************************** | |
| 037A BD 04 FB POKE: JSR PAREXP | |
| 037D 34 06 PSHS D | |
| 037F BD 02 59 JSR SKIPSP | |
| 0382 81 3D CMPA #"=" | |
| 0384 27 03 BEQ POKE05 | |
| 0386 7E 01 55 JMP ERRORS | |
| 0389 30 01 POKE05: LEAX 1,X | |
| 038B BD 04 41 JSR EXPR | |
| 038E BD 05 2F JSR TSTEOL | |
| 0391 34 10 PSHS X | |
| 0393 E7 72 STB [2,S] | |
| 0395 35 10 PULS X | |
| 0397 32 62 LEAS 2,S | |
| 0399 7E 01 FA JMP ENDS02 | |
| 039C ;****************************** | |
| 039C ;****************************** | |
| 039C BD 02 59 TSTFUN: JSR SKIPSP | |
| 039F 9F 08 STX CURSOR | |
| 03A1 8E 03 AC LDX #FUNT | |
| 03A4 BD 02 1F JSR FAN00 | |
| 03A7 25 02 BCS TSTF05 | |
| 03A9 34 06 PSHS D | |
| 03AB 39 TSTF05: RTS | |
| 03AC ;****************************** | |
| 03AC ;****************************** | |
| 03AC 55 53 52 FUNT: DB "USR" | |
| 03AF 04 FCB EOL | |
| 03B0 02 A2 FDB USER | |
| 03B2 50 45 45 4B DB "PEEK" | |
| 03B6 04 FCB EOL | |
| 03B7 03 6B FDB PEEK | |
| 03B9 4D 45 4D DB "MEM" | |
| 03BC 04 FCB EOL | |
| 03BD 03 60 FDB TSTSTK | |
| 03BF 04 FCB EOL | |
| 03C0 ;****************************** | |
| 03C0 ;****************************** | |
| 03C0 9E 00 FLINE: LDX USRBAS | |
| 03C2 9C 02 FNDLIN: CMPX USRTOP | |
| 03C4 26 03 BNE FND03 | |
| 03C6 1A 03 ORCC #$03 | |
| 03C8 39 RTS | |
| 03C9 10 A3 00 FND03: CMPD 0,X | |
| 03CC 26 03 BNE FND05 | |
| 03CE 1C FC ANDCC #$FC | |
| 03D0 39 RTS | |
| 03D1 24 05 FND05: BCC FND07 | |
| 03D3 1A 01 ORCC #$01 | |
| 03D5 1C FD ANDCC #$FD | |
| 03D7 39 RTS | |
| 03D8 34 02 FND07: PSHS A | |
| 03DA 86 04 LDA #EOL | |
| 03DC 30 01 LEAX 1,X | |
| 03DE 30 01 FND09: LEAX 1,X | |
| 03E0 A1 00 CMPA 0,X | |
| 03E2 26 FA BNE FND09 | |
| 03E4 35 02 PULS A | |
| 03E6 30 01 LEAX 1,X | |
| 03E8 20 D8 BRA FNDLIN | |
| 03EA ;****************************** | |
| 03EA ;****************************** | |
| 03EA 8D 55 RELEXP: BSR EXPR | |
| 03EC 34 06 PSHS D | |
| 03EE 5F CLRB | |
| 03EF BD 02 59 JSR SKIPSP | |
| 03F2 81 3D CMPA #"=" | |
| 03F4 27 23 BEQ REL06 | |
| 03F6 81 3C CMPA #"<" | |
| 03F8 26 10 BNE REL03 | |
| 03FA 30 01 LEAX 1,X | |
| 03FC 5C INCB | |
| 03FD BD 02 59 JSR SKIPSP | |
| 0400 81 3E CMPA #">" | |
| 0402 26 11 BNE REL05 | |
| 0404 30 01 LEAX 1,X | |
| 0406 CB 04 ADDB #4 | |
| 0408 20 13 BRA REL07 | |
| 040A 81 3E REL03: CMPA #">" | |
| 040C 26 5F BNE EXPR06 | |
| 040E 30 01 LEAX 1,X | |
| 0410 CB 04 ADDB #4 | |
| 0412 BD 02 59 JSR SKIPSP | |
| 0415 81 3D REL05: CMPA #"=" | |
| 0417 26 04 BNE REL07 | |
| 0419 30 01 REL06: LEAX 1,X | |
| 041B CB 02 ADDB #2 | |
| 041D 34 04 REL07: PSHS B | |
| 041F 8D 20 BSR EXPR | |
| 0421 34 10 PSHS X | |
| 0423 A3 63 SUBD 3,S | |
| 0425 1F A8 TFR CC,A | |
| 0427 44 LSRA | |
| 0428 1F 89 TFR A,B | |
| 042A 48 ASLA | |
| 042B 48 ASLA | |
| 042C 34 04 PSHS B | |
| 042E AB E0 ADDA ,S+ | |
| 0430 84 06 ANDA #$06 | |
| 0432 26 01 BNE REL08 | |
| 0434 4C INCA | |
| 0435 5F REL08: CLRB | |
| 0436 A4 62 ANDA 2,S | |
| 0438 27 01 BEQ REL09 | |
| 043A 53 COMB | |
| 043B 4F REL09: CLRA | |
| 043C 35 10 PULS X | |
| 043E 32 63 LEAS 3,S | |
| 0440 39 RTS | |
| 0441 ;****************************** | |
| 0441 ;****************************** | |
| 0441 6F E2 EXPR: CLR ,-S | |
| 0443 6F E2 CLR ,-S | |
| 0445 BD 02 59 JSR SKIPSP | |
| 0448 81 2D CMPA #"-" | |
| 044A 27 17 BEQ EXPR05 | |
| 044C 81 2B CMPA #"+" | |
| 044E 26 02 BNE EXPR03 | |
| 0450 30 01 EXPR02: LEAX 1,X | |
| 0452 8D 1C EXPR03: BSR TERM | |
| 0454 E3 60 EXPR04: ADDD 0,S | |
| 0456 ED 60 STD 0,S | |
| 0458 BD 02 59 JSR SKIPSP | |
| 045B 81 2B CMPA #"+" | |
| 045D 27 F1 BEQ EXPR02 | |
| 045F 81 2D CMPA #"-" | |
| 0461 26 0A BNE EXPR06 | |
| 0463 30 01 EXPR05: LEAX 1,X | |
| 0465 8D 09 BSR TERM | |
| 0467 40 NEGA | |
| 0468 50 NEGB | |
| 0469 82 00 SBCA #0 | |
| 046B 20 E7 BRA EXPR04 | |
| 046D 35 06 EXPR06: PULS D | |
| 046F 39 RTS | |
| 0470 ;****************************** | |
| 0470 ;****************************** | |
| 0470 BD 04 E3 TERM: JSR FACT | |
| 0473 34 06 PSHS D | |
| 0475 BD 02 59 TERM03: JSR SKIPSP | |
| 0478 81 2A CMPA #"*" | |
| 047A 27 48 BEQ TERM07 | |
| 047C 81 2F CMPA #"/" | |
| 047E 27 03 BEQ TERM05 | |
| 0480 35 06 PULS D | |
| 0482 39 RTS | |
| 0483 30 01 TERM05: LEAX 1,X | |
| 0485 8D 5C BSR FACT | |
| 0487 34 10 PSHS X | |
| 0489 30 62 LEAX 2,S | |
| 048B 34 06 PSHS D | |
| 048D A8 00 EORA 0,X | |
| 048F BD 05 22 JSR ABSX | |
| 0492 30 60 LEAX 0,S | |
| 0494 BD 05 22 JSR ABSX | |
| 0497 34 02 PSHS A | |
| 0499 86 11 LDA #17 | |
| 049B 34 02 PSHS A | |
| 049D 4F CLRA | |
| 049E 5F CLRB | |
| 049F A3 62 DIV05: SUBD 2,S | |
| 04A1 24 06 BCC DIV07 | |
| 04A3 E3 62 ADDD 2,S | |
| 04A5 1C FE ANDCC #$FE | |
| 04A7 20 02 BRA DIV09 | |
| 04A9 1A 01 DIV07: ORCC #$01 | |
| 04AB 69 67 DIV09: ROL 7,S | |
| 04AD 69 66 ROL 6,S | |
| 04AF 59 ROLB | |
| 04B0 49 ROLA | |
| 04B1 6A 60 DEC 0,S | |
| 04B3 26 EA BNE DIV05 | |
| 04B5 A6 61 LDA 1,S | |
| 04B7 32 64 LEAS 4,S | |
| 04B9 4D TSTA | |
| 04BA 2A 04 BPL TERM06 | |
| 04BC 30 62 LEAX 2,S | |
| 04BE 8D 66 BSR NEGX | |
| 04C0 35 10 TERM06: PULS X | |
| 04C2 20 B1 BRA TERM03 | |
| 04C4 30 01 TERM07: LEAX 1,X | |
| 04C6 8D 1B BSR FACT | |
| 04C8 34 04 MULT: PSHS B | |
| 04CA E6 62 LDB 2,S | |
| 04CC 3D MUL | |
| 04CD A6 61 LDA 1,S | |
| 04CF E7 61 STB 1,S | |
| 04D1 E6 60 LDB 0,S | |
| 04D3 3D MUL | |
| 04D4 A6 62 LDA 2,S | |
| 04D6 E7 62 STB 2,S | |
| 04D8 35 04 PULS B | |
| 04DA 3D MUL | |
| 04DB AB 60 ADDA 0,S | |
| 04DD AB 61 ADDA 1,S | |
| 04DF ED 60 STD 0,S | |
| 04E1 20 92 BRA TERM03 | |
| 04E3 ;****************************** | |
| 04E3 ;****************************** | |
| 04E3 BD 02 89 FACT: JSR TSTVAR | |
| 04E6 25 09 BCS FACT03 | |
| 04E8 34 10 PSHS X | |
| 04EA 1F 01 TFR D,X | |
| 04EC EC 00 LDD 0,X | |
| 04EE 35 10 PULS X | |
| 04F0 39 FACT02: RTS | |
| 04F1 BD 02 E8 FACT03: JSR TSTNBR | |
| 04F4 24 FA BCC FACT02 | |
| 04F6 BD 03 9C JSR TSTFUN | |
| 04F9 24 F5 BCC FACT02 | |
| 04FB 8D 11 PAREXP: BSR ARGONE | |
| 04FD 34 02 PSHS A | |
| 04FF BD 02 59 JSR SKIPSP | |
| 0502 81 29 CMPA #")" | |
| 0504 35 02 PULS A | |
| 0506 26 03 BNE FACT05 | |
| 0508 30 01 LEAX 1,X | |
| 050A 39 RTS | |
| 050B 7E 01 55 FACT05: JMP ERRORS | |
| 050E ;****************************** | |
| 050E ;****************************** | |
| 050E BD 03 60 ARGONE: JSR TSTSTK | |
| 0511 24 03 BCC FACT04 | |
| 0513 7E 01 4D JMP ERRORF | |
| 0516 BD 02 59 FACT04: JSR SKIPSP | |
| 0519 81 28 CMPA #"(" | |
| 051B 26 EE BNE FACT05 | |
| 051D 30 01 LEAX 1,X | |
| 051F 7E 04 41 JMP EXPR | |
| 0522 ;****************************** | |
| 0522 ;****************************** | |
| 0522 6D 00 ABSX: TST 0,X | |
| 0524 2A 08 BPL NEG05 | |
| 0526 60 00 NEGX: NEG 0,X | |
| 0528 60 01 NEG 1,X | |
| 052A 24 02 BCC NEG05 | |
| 052C 6A 00 DEC 0,X | |
| 052E 39 NEG05: RTS | |
| 052F ;****************************** | |
| 052F ;****************************** | |
| 052F 34 02 TSTEOL: PSHS A | |
| 0531 BD 02 59 JSR SKIPSP | |
| 0534 81 04 CMPA #EOL | |
| 0536 27 03 BEQ TEOL03 | |
| 0538 7E 01 55 JMP ERRORS | |
| 053B 30 01 TEOL03: LEAX 1,X | |
| 053D 35 02 PULS A | |
| 053F 39 RTS | |
| 0540 ;****************************** | |
| 0540 ;****************************** | |
| 0540 BD 02 89 LET: JSR TSTVAR | |
| 0543 24 03 BCC LET03 | |
| 0545 7E 01 55 JMP ERRORS | |
| 0548 34 06 LET03: PSHS D | |
| 054A BD 02 59 JSR SKIPSP | |
| 054D 81 3D CMPA #"=" | |
| 054F 27 03 BEQ LET05 | |
| 0551 7E 01 55 JMP ERRORS | |
| 0554 30 01 LET05: LEAX 1,X | |
| 0556 BD 04 41 JSR EXPR | |
| 0559 8D D4 BSR TSTEOL | |
| 055B 9F 08 STX CURSOR | |
| 055D 35 10 PULS X | |
| 055F ED 00 STD 0,X | |
| 0561 9E 08 LDX CURSOR | |
| 0563 7E 01 FA JMP ENDS02 | |
| 0566 ;****************************** | |
| 0566 ;****************************** | |
| 0566 BD 03 EA IF: JSR RELEXP | |
| 0569 5D TSTB | |
| 056A 27 03 BEQ IF03 | |
| 056C 7E 02 0B JMP MSLINE | |
| 056F 7E 01 F1 IF03: JMP REM | |
| 0572 ;****************************** | |
| 0572 ;****************************** | |
| 0572 BD 04 41 GOTO: JSR EXPR | |
| 0575 8D B8 BSR TSTEOL | |
| 0577 BD 03 C0 JSR FLINE | |
| 057A 25 0F BCS GOSB04 | |
| 057C 7E 02 07 JMP NXTLIN | |
| 057F ;****************************** | |
| 057F ;****************************** | |
| 057F BD 04 41 GOSUB: JSR EXPR | |
| 0582 8D AB BSR TSTEOL | |
| 0584 9F 08 STX CURSOR | |
| 0586 BD 03 C0 JSR FLINE | |
| 0589 24 03 BCC GOSB03 | |
| 058B 7E 01 5E GOSB04: JMP ERRORR | |
| 058E BD 03 60 GOSB03: JSR TSTSTK | |
| 0591 24 03 BCC GOSB05 | |
| 0593 7E 01 4D JMP ERRORF | |
| 0596 DC 08 GOSB05: LDD CURSOR | |
| 0598 34 06 PSHS D | |
| 059A DC 0C LDD LINENB | |
| 059C 34 06 PSHS D | |
| 059E BD 02 07 JSR NXTLIN | |
| 05A1 35 06 PULS D | |
| 05A3 DD 0C STD LINENB | |
| 05A5 35 10 PULS X | |
| 05A7 7E 01 FA JMP ENDS02 | |
| 05AA ;****************************** | |
| 05AA ;****************************** | |
| 05AA RETURN: EQU TSTEOL | |
| 05AA ;****************************** | |
| 05AA ;****************************** | |
| 05AA BD 02 59 PRINT: JSR SKIPSP | |
| 05AD 81 2C PR01: CMPA #"," | |
| 05AF 27 36 BEQ PR05 | |
| 05B1 81 3B CMPA #";" | |
| 05B3 27 3D BEQ PR07 | |
| 05B5 81 04 CMPA #EOL | |
| 05B7 27 25 BEQ PR04 | |
| 05B9 81 22 CMPA #$22 | |
| 05BB 26 06 BNE PR02 | |
| 05BD 30 01 LEAX 1,X | |
| 05BF 8D 42 BSR PRNTQS | |
| 05C1 20 09 BRA PR03 | |
| 05C3 BD 04 41 PR02: JSR EXPR | |
| 05C6 34 10 PSHS X | |
| 05C8 8D 47 BSR PRNTN | |
| 05CA 35 10 PULS X | |
| 05CC BD 02 59 PR03: JSR SKIPSP | |
| 05CF 81 2C CMPA #"," | |
| 05D1 27 14 BEQ PR05 | |
| 05D3 81 3B CMPA #";" | |
| 05D5 27 1B BEQ PR07 | |
| 05D7 81 04 CMPA #EOL | |
| 05D9 27 03 BEQ PR04 | |
| 05DB 7E 01 55 JMP ERRORS | |
| 05DE 34 10 PR04: PSHS X | |
| 05E0 BD 01 3E JSR CRLF | |
| 05E3 35 10 PULS X | |
| 05E5 20 14 BRA PR08 | |
| 05E7 C6 07 PR05: LDB #$7 | |
| 05E9 86 20 PR06: LDA #SPACE | |
| 05EB BD 07 A8 JSR PUTCHR | |
| 05EE D5 12 BITB ZONE | |
| 05F0 26 F7 BNE PR06 | |
| 05F2 30 01 PR07: LEAX 1,X | |
| 05F4 BD 02 59 JSR SKIPSP | |
| 05F7 81 04 CMPA #EOL | |
| 05F9 26 B2 BNE PR01 | |
| 05FB 30 01 PR08: LEAX 1,X | |
| 05FD 7E 01 FA JMP ENDS02 | |
| 0600 ;* | |
| 0600 ;* | |
| 0600 BD 07 A8 PRQ01: JSR PUTCHR | |
| 0603 A6 80 PRNTQS: LDA ,X+ | |
| 0605 81 04 CMPA #EOL | |
| 0607 26 03 BNE PRQ03 | |
| 0609 7E 01 55 JMP ERRORS | |
| 060C 81 22 PRQ03: CMPA #$22 | |
| 060E 26 F0 BNE PRQ01 | |
| 0610 39 RTS | |
| 0611 ;* | |
| 0611 4D PRNTN: TSTA | |
| 0612 2A 0D BPL PRN03 | |
| 0614 40 NEGA | |
| 0615 50 NEGB | |
| 0616 82 00 SBCA #0 | |
| 0618 34 02 PSHS A | |
| 061A 86 2D LDA #"-" | |
| 061C BD 07 A8 JSR PUTCHR | |
| 061F 35 02 PULS A | |
| 0621 8E 06 50 PRN03: LDX #PRNPT-2 | |
| 0624 30 02 PRN05: LEAX 2,X | |
| 0626 10 A3 00 CMPD 0,X | |
| 0629 24 05 BCC PRN07 | |
| 062B 8C 06 5A CMPX #PRNPTO | |
| 062E 26 F4 BNE PRN05 | |
| 0630 0F 10 PRN07: CLR CHAR | |
| 0632 10 A3 00 PRN09: CMPD 0,X | |
| 0635 25 06 BCS PRN11 | |
| 0637 A3 00 SUBD 0,X | |
| 0639 0C 10 INC CHAR | |
| 063B 20 F5 BRA PRN09 | |
| 063D 34 02 PRN11: PSHS A | |
| 063F 86 30 LDA #"0" | |
| 0641 9B 10 ADDA CHAR | |
| 0643 BD 07 A8 JSR PUTCHR | |
| 0646 35 02 PULS A | |
| 0648 8C 06 5A CMPX #PRNPTO | |
| 064B 27 04 BEQ PRN13 | |
| 064D 30 02 LEAX 2,X | |
| 064F 20 DF BRA PRN07 | |
| 0651 39 PRN13: RTS | |
| 0652 27 10 PRNPT: FDB 10000 | |
| 0654 03 E8 FDB 1000 | |
| 0656 00 64 FDB 100 | |
| 0658 00 0A FDB 10 | |
| 065A 00 01 PRNPTO: FDB 1 | |
| 065C ;* | |
| 065C 8E 06 54 PRNT4: LDX #PRNPT+2 | |
| 065F 20 CF BRA PRN07 | |
| 0661 ;****************************** | |
| 0661 ;****************************** | |
| 0661 BD 02 89 INPUT: JSR TSTVAR | |
| 0664 25 3C BCS IN11 | |
| 0666 34 06 PSHS D | |
| 0668 9F 08 STX CURSOR | |
| 066A 86 3F IN03: LDA #"?" | |
| 066C BD 07 A8 JSR PUTCHR | |
| 066F BD 01 8E JSR GETLIN | |
| 0672 BD 02 59 IN05: JSR SKIPSP | |
| 0675 81 04 CMPA #EOL | |
| 0677 27 F1 BEQ IN03 | |
| 0679 BD 02 D4 JSR TSTSNB | |
| 067C 24 0B BCC IN07 | |
| 067E 8E 06 B6 LDX #RMESS | |
| 0681 BD 01 37 JSR PUTSTR | |
| 0684 BD 01 3E JSR CRLF | |
| 0687 20 E1 BRA IN03 | |
| 0689 9F 0E IN07: STX SCRTCH | |
| 068B 35 10 PULS X | |
| 068D ED 00 STD 0,X | |
| 068F 9E 08 LDX CURSOR | |
| 0691 BD 02 59 JSR SKIPSP | |
| 0694 81 2C CMPA #"," | |
| 0696 27 03 BEQ IN09 | |
| 0698 7E 01 F7 JMP ENDSMT | |
| 069B 30 01 IN09: LEAX 1,X | |
| 069D BD 02 89 JSR TSTVAR | |
| 06A0 24 03 BCC IN13 | |
| 06A2 7E 01 55 IN11: JMP ERRORS | |
| 06A5 34 06 IN13: PSHS D | |
| 06A7 34 10 PSHS X | |
| 06A9 9E 0E LDX SCRTCH | |
| 06AB BD 02 59 JSR SKIPSP | |
| 06AE 81 2C CMPA #"," | |
| 06B0 26 C0 BNE IN05 | |
| 06B2 30 01 LEAX 1,X | |
| 06B4 20 BC BRA IN05 | |
| 06B6 52 45 2D 45 4E 54 45 52 RMESS: DB "RE-ENTER" | |
| 06BE 04 FCB EOL | |
| 06BF ;****************************** | |
| 06BF ;****************************** | |
| 06BF 9E 06 RUN: LDX STKTOP | |
| 06C1 86 34 LDA #52 | |
| 06C3 6F 80 RUN01: CLR ,X+ | |
| 06C5 4A DECA | |
| 06C6 26 FB BNE RUN01 | |
| 06C8 9E 00 LDX USRBAS | |
| 06CA 7E 02 00 JMP REM05 | |
| 06CD ;****************************** | |
| 06CD ;****************************** | |
| 06CD BD 02 E8 LIST: JSR TSTNBR | |
| 06D0 24 08 BCC LIST03 | |
| 06D2 4F CLRA | |
| 06D3 5F CLRB | |
| 06D4 DD 08 STD CURSOR | |
| 06D6 86 7F LDA #$7F | |
| 06D8 20 17 BRA LIST07 | |
| 06DA DD 08 LIST03: STD CURSOR | |
| 06DC BD 02 59 JSR SKIPSP | |
| 06DF 81 2C CMPA #"," | |
| 06E1 27 04 BEQ LIST05 | |
| 06E3 96 08 LDA CURSOR | |
| 06E5 20 0A BRA LIST07 | |
| 06E7 30 01 LIST05: LEAX 1,X | |
| 06E9 BD 02 E8 JSR TSTNBR | |
| 06EC 24 03 BCC LIST07 | |
| 06EE 7E 01 55 JMP ERRORS | |
| 06F1 BD 05 2F LIST07: JSR TSTEOL | |
| 06F4 34 06 PSHS D | |
| 06F6 DC 08 LDD CURSOR | |
| 06F8 9F 08 STX CURSOR | |
| 06FA BD 03 C0 JSR FLINE | |
| 06FD 9C 02 LIST09: CMPX USRTOP | |
| 06FF 27 28 BEQ LIST10 | |
| 0701 35 06 PULS D | |
| 0703 10 A3 00 CMPD 0,X | |
| 0706 25 28 BCS LIST11 | |
| 0708 34 06 PSHS D | |
| 070A EC 81 LDD ,X++ | |
| 070C 34 10 PSHS X | |
| 070E BD 06 5C JSR PRNT4 | |
| 0711 35 10 PULS X | |
| 0713 86 20 LDA #SPACE | |
| 0715 BD 07 A8 JSR PUTCHR | |
| 0718 BD 01 37 JSR PUTSTR | |
| 071B 30 01 LEAX 1,X | |
| 071D 34 10 PSHS X | |
| 071F BD 01 3E JSR CRLF | |
| 0722 35 10 PULS X | |
| 0724 BD 07 9A JSR TSTBRK | |
| 0727 20 D4 BRA LIST09 | |
| 0729 32 62 LIST10: LEAS 2,S | |
| 072B 86 03 LDA #ETX | |
| 072D BD 07 A8 JSR PUTCHR | |
| 0730 9E 08 LIST11: LDX CURSOR | |
| 0732 7E 01 FA JMP ENDS02 | |
| 0735 ;****************************** | |
| 0735 ;****************************** | |
| 0735 4C 45 54 VERBT: DB "LET" | |
| 0738 04 FCB EOL | |
| 0739 05 40 FDB LET | |
| 073B 49 46 DB "IF" | |
| 073D 04 FCB EOL | |
| 073E 05 66 FDB IF | |
| 0740 47 4F 54 4F DB "GOTO" | |
| 0744 04 FCB EOL | |
| 0745 05 72 FDB GOTO | |
| 0747 47 4F 53 55 42 DB "GOSUB" | |
| 074C 04 FCB EOL | |
| 074D 05 7F FDB GOSUB | |
| 074F 52 45 54 55 52 4E DB "RETURN" | |
| 0755 04 FCB EOL | |
| 0756 05 2F FDB RETURN | |
| 0758 50 4F 4B 45 DB "POKE" | |
| 075C 04 FCB EOL | |
| 075D 03 7A FDB POKE | |
| 075F 50 52 49 4E 54 DB "PRINT" | |
| 0764 04 FCB EOL | |
| 0765 05 AA FDB PRINT | |
| 0767 49 4E 50 55 54 DB "INPUT" | |
| 076C 04 FCB EOL | |
| 076D 06 61 FDB INPUT | |
| 076F 52 45 4D DB "REM" | |
| 0772 04 FCB EOL | |
| 0773 01 F1 FDB REM | |
| 0775 53 54 4F 50 DB "STOP" | |
| 0779 04 FCB EOL | |
| 077A 07 E4 FDB END | |
| 077C 45 4E 44 DB "END" | |
| 077F 04 FCB EOL | |
| 0780 07 E4 FDB END | |
| 0782 52 55 4E DB "RUN" | |
| 0785 04 FCB EOL | |
| 0786 06 BF FDB RUN | |
| 0788 4C 49 53 54 DB "LIST" | |
| 078C 04 FCB EOL | |
| 078D 06 CD FDB LIST | |
| 078F 4E 45 57 DB "NEW" | |
| 0792 04 FCB EOL | |
| 0793 00 1E FDB CLEAR | |
| 0795 3F DB "?" | |
| 0796 04 FCB EOL | |
| 0797 05 AA FDB PRINT | |
| 0799 04 FCB EOL | |
| 079A ;****************************** | |
| 079A ;****************************** | |
| 079A 8D 2A TSTBRK: BSR BRKEEE | |
| 079C 27 09 BEQ GETC05 | |
| 079E 8D 0D GETCHR: BSR INEEE | |
| 07A0 81 03 CMPA #ETX | |
| 07A2 26 03 BNE GETC05 | |
| 07A4 7E 01 66 JMP BREAK | |
| 07A7 39 GETC05: RTS | |
| 07A8 0C 12 PUTCHR: INC ZONE | |
| 07AA 7E 07 B7 JMP OUTEEE | |
| 07AD ;****************************** | |
| 07AD ;****************************** | |
| 07AD 8D 17 INEEE: BSR BRKEEE | |
| 07AF 27 FC BEQ INEEE | |
| 07B1 B6 83 FF LDA RECEV | |
| 07B4 84 7F ANDA #$7F | |
| 07B6 39 RTS | |
| 07B7 34 02 OUTEEE: PSHS A | |
| 07B9 B6 83 FE OUT01: LDA TRCS | |
| 07BC 85 02 BITA #TDRE | |
| 07BE 27 F9 BEQ OUT01 | |
| 07C0 35 02 PULS A | |
| 07C2 B7 83 FF STA TRANS | |
| 07C5 39 RTS | |
| 07C6 34 02 BRKEEE: PSHS A | |
| 07C8 B6 83 FE BRK03: LDA TRCS | |
| 07CB 85 20 BITA #ORFE | |
| 07CD 27 05 BEQ BRK05 | |
| 07CF B6 83 FF LDA RECEV | |
| 07D2 20 F4 BRA BRK03 | |
| 07D4 85 01 BRK05: BITA #RDRF | |
| 07D6 35 02 PULS A | |
| 07D8 39 RTS | |
| 07D9 ;* | |
| 07D9 86 03 LDA #CNTL1 | |
| 07DB B7 83 FE STA RMCR | |
| 07DE 86 15 LDA #CNTL2 | |
| 07E0 B7 83 FE STA TRCS | |
| 07E3 INTEEE: EQU $ | |
| 07E3 39 RTS | |
| 07E4 ;****************************** | |
| 07E4 ;****************************** | |
| 07E4 END: | |
| EOL: 0004 DEFINED AT LINE 18 | |
| > USED AT LINE 127 | |
| > USED AT LINE 232 | |
| > USED AT LINE 235 | |
| > USED AT LINE 238 | |
| > USED AT LINE 241 | |
| > USED AT LINE 244 | |
| > USED AT LINE 560 | |
| > USED AT LINE 563 | |
| > USED AT LINE 566 | |
| > USED AT LINE 568 | |
| > USED AT LINE 966 | |
| > USED AT LINE 1027 | |
| > USED AT LINE 1030 | |
| > USED AT LINE 1033 | |
| > USED AT LINE 1036 | |
| > USED AT LINE 1039 | |
| > USED AT LINE 1042 | |
| > USED AT LINE 1045 | |
| > USED AT LINE 1048 | |
| > USED AT LINE 1051 | |
| > USED AT LINE 1054 | |
| > USED AT LINE 1057 | |
| > USED AT LINE 1060 | |
| > USED AT LINE 1063 | |
| > USED AT LINE 1066 | |
| > USED AT LINE 1069 | |
| > USED AT LINE 1071 | |
| ETX: 0003 DEFINED AT LINE 19 | |
| SPACE: 0020 DEFINED AT LINE 20 | |
| CR: 000D DEFINED AT LINE 21 | |
| > USED AT LINE 227 | |
| LF: 000A DEFINED AT LINE 22 | |
| > USED AT LINE 227 | |
| BS: 0008 DEFINED AT LINE 23 | |
| CAN: 0018 DEFINED AT LINE 24 | |
| BELL: 0007 DEFINED AT LINE 25 | |
| FILL: 0000 DEFINED AT LINE 26 | |
| DEL: 007F DEFINED AT LINE 27 | |
| BSIZE: 0049 DEFINED AT LINE 28 | |
| > USED AT LINE 48 | |
| STKCUS: 0030 DEFINED AT LINE 29 | |
| BACIA: 83FE DEFINED AT LINE 31 | |
| > USED AT LINE 32 | |
| > USED AT LINE 33 | |
| > USED AT LINE 34 | |
| > USED AT LINE 35 | |
| RMCR: 83FE DEFINED AT LINE 32 | |
| > USED AT LINE 1108 | |
| TRCS: 83FE DEFINED AT LINE 33 | |
| > USED AT LINE 1091 | |
| > USED AT LINE 1098 | |
| > USED AT LINE 1110 | |
| RECEV: 83FF DEFINED AT LINE 34 | |
| > USED AT LINE 1087 | |
| > USED AT LINE 1101 | |
| TRANS: 83FF DEFINED AT LINE 35 | |
| > USED AT LINE 1095 | |
| CNTL1: 0003 DEFINED AT LINE 36 | |
| CNTL2: 0015 DEFINED AT LINE 37 | |
| RDRF: 0001 DEFINED AT LINE 38 | |
| ORFE: 0020 DEFINED AT LINE 39 | |
| TDRE: 0002 DEFINED AT LINE 40 | |
| LORAM: 0080 DEFINED AT LINE 43 | |
| BUFFER: 0200 DEFINED AT LINE 44 | |
| > USED AT LINE 48 | |
| > USED AT LINE 49 | |
| RAMSIZ: 2000 DEFINED AT LINE 45 | |
| > USED AT LINE 49 | |
| ROMADR: F000 DEFINED AT LINE 46 | |
| RAMBEG: 0249 DEFINED AT LINE 48 | |
| RAMEND: 2200 DEFINED AT LINE 49 | |
| RAMPAT: AA0F DEFINED AT LINE 51 | |
| ROMPAT: F055 DEFINED AT LINE 52 | |
| USRBAS: 0000 DEFINED AT LINE 56 | |
| > USED AT LINE 85 | |
| > USED AT LINE 94 | |
| > USED AT LINE 139 | |
| > USED AT LINE 571 | |
| > USED AT LINE 974 | |
| USRTOP: 0002 DEFINED AT LINE 57 | |
| > USED AT LINE 86 | |
| > USED AT LINE 112 | |
| > USED AT LINE 135 | |
| > USED AT LINE 148 | |
| > USED AT LINE 158 | |
| > USED AT LINE 180 | |
| > USED AT LINE 182 | |
| > USED AT LINE 183 | |
| > USED AT LINE 187 | |
| > USED AT LINE 190 | |
| > USED AT LINE 313 | |
| > USED AT LINE 572 | |
| > USED AT LINE 1000 | |
| STKLIM: 0004 DEFINED AT LINE 58 | |
| > USED AT LINE 87 | |
| > USED AT LINE 113 | |
| > USED AT LINE 159 | |
| > USED AT LINE 184 | |
| > USED AT LINE 188 | |
| > USED AT LINE 520 | |
| STKTOP: 0006 DEFINED AT LINE 59 | |
| > USED AT LINE 78 | |
| > USED AT LINE 82 | |
| > USED AT LINE 91 | |
| > USED AT LINE 406 | |
| > USED AT LINE 969 | |
| CURSOR: 0008 DEFINED AT LINE 60 | |
| > USED AT LINE 95 | |
| > USED AT LINE 134 | |
| > USED AT LINE 141 | |
| > USED AT LINE 193 | |
| > USED AT LINE 201 | |
| > USED AT LINE 327 | |
| > USED AT LINE 332 | |
| > USED AT LINE 336 | |
| > USED AT LINE 429 | |
| > USED AT LINE 431 | |
| > USED AT LINE 551 | |
| > USED AT LINE 794 | |
| > USED AT LINE 797 | |
| > USED AT LINE 817 | |
| > USED AT LINE 824 | |
| > USED AT LINE 932 | |
| > USED AT LINE 948 | |
| > USED AT LINE 982 | |
| > USED AT LINE 985 | |
| > USED AT LINE 989 | |
| > USED AT LINE 997 | |
| > USED AT LINE 998 | |
| > USED AT LINE 1022 | |
| SAVESP: 000A DEFINED AT LINE 61 | |
| > USED AT LINE 143 | |
| > USED AT LINE 152 | |
| > USED AT LINE 154 | |
| > USED AT LINE 157 | |
| > USED AT LINE 191 | |
| > USED AT LINE 197 | |
| > USED AT LINE 517 | |
| > USED AT LINE 518 | |
| LINENB: 000C DEFINED AT LINE 62 | |
| > USED AT LINE 97 | |
| > USED AT LINE 248 | |
| > USED AT LINE 310 | |
| > USED AT LINE 311 | |
| > USED AT LINE 317 | |
| > USED AT LINE 826 | |
| > USED AT LINE 830 | |
| SCRTCH: 000E DEFINED AT LINE 63 | |
| > USED AT LINE 132 | |
| > USED AT LINE 160 | |
| > USED AT LINE 204 | |
| > USED AT LINE 206 | |
| > USED AT LINE 337 | |
| > USED AT LINE 338 | |
| > USED AT LINE 342 | |
| > USED AT LINE 349 | |
| > USED AT LINE 945 | |
| > USED AT LINE 959 | |
| CHAR: 0010 DEFINED AT LINE 64 | |
| > USED AT LINE 151 | |
| > USED AT LINE 155 | |
| > USED AT LINE 181 | |
| > USED AT LINE 192 | |
| > USED AT LINE 196 | |
| > USED AT LINE 203 | |
| > USED AT LINE 207 | |
| > USED AT LINE 209 | |
| > USED AT LINE 335 | |
| > USED AT LINE 343 | |
| > USED AT LINE 345 | |
| > USED AT LINE 352 | |
| > USED AT LINE 903 | |
| > USED AT LINE 907 | |
| > USED AT LINE 911 | |
| ZONE: 0012 DEFINED AT LINE 65 | |
| > USED AT LINE 225 | |
| > USED AT LINE 869 | |
| > USED AT LINE 1081 | |
| MODE: 0013 DEFINED AT LINE 66 | |
| > USED AT LINE 92 | |
| > USED AT LINE 98 | |
| > USED AT LINE 280 | |
| > USED AT LINE 301 | |
| RESRVD: 0014 DEFINED AT LINE 67 | |
| LOEND: 0015 DEFINED AT LINE 68 | |
| BASIC: 0000 DEFINED AT LINE 76 | |
| WARMS: 000C DEFINED AT LINE 78 | |
| SETUP: 0014 DEFINED AT LINE 81 | |
| > USED AT LINE 76 | |
| SET03: 0018 DEFINED AT LINE 82 | |
| CLEAR: 001E DEFINED AT LINE 84 | |
| > USED AT LINE 1067 | |
| CLR02: 0025 DEFINED AT LINE 87 | |
| WMS05: 0027 DEFINED AT LINE 88 | |
| > USED AT LINE 80 | |
| CMDB: 0030 DEFINED AT LINE 91 | |
| > USED AT LINE 110 | |
| > USED AT LINE 255 | |
| CMDE: 003C DEFINED AT LINE 96 | |
| > USED AT LINE 108 | |
| > USED AT LINE 124 | |
| CMD01: 004A DEFINED AT LINE 102 | |
| > USED AT LINE 99 | |
| CMD02: 0060 DEFINED AT LINE 111 | |
| > USED AT LINE 104 | |
| CMD03: 006D DEFINED AT LINE 117 | |
| > USED AT LINE 115 | |
| CMD04: 0072 DEFINED AT LINE 119 | |
| CMD05: 007F DEFINED AT LINE 125 | |
| > USED AT LINE 105 | |
| > USED AT LINE 118 | |
| > USED AT LINE 122 | |
| VSTR: 0082 DEFINED AT LINE 126 | |
| EDITOR: 008D DEFINED AT LINE 130 | |
| > USED AT LINE 123 | |
| ED00: 00A1 DEFINED AT LINE 139 | |
| > USED AT LINE 136 | |
| ED01: 00A3 DEFINED AT LINE 140 | |
| > USED AT LINE 138 | |
| ED02: 00AE DEFINED AT LINE 145 | |
| > USED AT LINE 147 | |
| ED03: 00B4 DEFINED AT LINE 148 | |
| > USED AT LINE 156 | |
| ED35: 00C6 DEFINED AT LINE 157 | |
| > USED AT LINE 149 | |
| ED04: 00CC DEFINED AT LINE 160 | |
| > USED AT LINE 142 | |
| ED05: 00D0 DEFINED AT LINE 162 | |
| > USED AT LINE 165 | |
| ED55: 00DD DEFINED AT LINE 170 | |
| > USED AT LINE 167 | |
| ED06: 00E1 DEFINED AT LINE 172 | |
| > USED AT LINE 176 | |
| ED07: 0105 DEFINED AT LINE 190 | |
| > USED AT LINE 186 | |
| ED08: 0107 DEFINED AT LINE 191 | |
| > USED AT LINE 199 | |
| ED09: 0119 DEFINED AT LINE 200 | |
| > USED AT LINE 194 | |
| ED10: 0121 DEFINED AT LINE 204 | |
| > USED AT LINE 211 | |
| PUTS01: 0132 DEFINED AT LINE 215 | |
| > USED AT LINE 219 | |
| PUTSTR: 0137 DEFINED AT LINE 217 | |
| > USED AT LINE 90 | |
| > USED AT LINE 224 | |
| > USED AT LINE 253 | |
| > USED AT LINE 942 | |
| > USED AT LINE 1012 | |
| CRLF: 013E DEFINED AT LINE 223 | |
| > USED AT LINE 88 | |
| > USED AT LINE 93 | |
| > USED AT LINE 245 | |
| > USED AT LINE 254 | |
| > USED AT LINE 258 | |
| > USED AT LINE 285 | |
| > USED AT LINE 863 | |
| > USED AT LINE 943 | |
| > USED AT LINE 1015 | |
| CRLFST: 0146 DEFINED AT LINE 227 | |
| ERRORF: 014D DEFINED AT LINE 230 | |
| > USED AT LINE 189 | |
| > USED AT LINE 756 | |
| > USED AT LINE 823 | |
| ERRORS: 0155 DEFINED AT LINE 233 | |
| > USED AT LINE 125 | |
| > USED AT LINE 419 | |
| > USED AT LINE 539 | |
| > USED AT LINE 751 | |
| > USED AT LINE 777 | |
| > USED AT LINE 785 | |
| > USED AT LINE 790 | |
| > USED AT LINE 861 | |
| > USED AT LINE 883 | |
| > USED AT LINE 956 | |
| > USED AT LINE 994 | |
| ERRORR: 015E DEFINED AT LINE 236 | |
| > USED AT LINE 116 | |
| > USED AT LINE 315 | |
| > USED AT LINE 820 | |
| BREAK: 0166 DEFINED AT LINE 239 | |
| > USED AT LINE 1079 | |
| ER01: 0173 DEFINED AT LINE 245 | |
| > USED AT LINE 230 | |
| > USED AT LINE 233 | |
| > USED AT LINE 236 | |
| > USED AT LINE 239 | |
| GL00: 018C DEFINED AT LINE 258 | |
| > USED AT LINE 275 | |
| GETLIN: 018E DEFINED AT LINE 259 | |
| > USED AT LINE 102 | |
| > USED AT LINE 935 | |
| GL03: 0191 DEFINED AT LINE 260 | |
| > USED AT LINE 264 | |
| > USED AT LINE 271 | |
| > USED AT LINE 279 | |
| > USED AT LINE 292 | |
| GL04: 01A5 DEFINED AT LINE 269 | |
| > USED AT LINE 266 | |
| GL02: 01A7 DEFINED AT LINE 270 | |
| > USED AT LINE 268 | |
| > USED AT LINE 299 | |
| > USED AT LINE 302 | |
| GL05: 01AC DEFINED AT LINE 272 | |
| > USED AT LINE 262 | |
| GL06: 01C5 DEFINED AT LINE 284 | |
| > USED AT LINE 281 | |
| GL08: 01CC DEFINED AT LINE 287 | |
| > USED AT LINE 283 | |
| GL07: 01D4 DEFINED AT LINE 291 | |
| > USED AT LINE 273 | |
| GL09: 01E9 DEFINED AT LINE 300 | |
| > USED AT LINE 277 | |
| REM00: 01EF DEFINED AT LINE 305 | |
| > USED AT LINE 308 | |
| REM: 01F1 DEFINED AT LINE 306 | |
| > USED AT LINE 805 | |
| > USED AT LINE 1052 | |
| ENDSMT: 01F7 DEFINED AT LINE 309 | |
| > USED AT LINE 952 | |
| ENDS02: 01FA DEFINED AT LINE 310 | |
| > USED AT LINE 547 | |
| > USED AT LINE 798 | |
| > USED AT LINE 832 | |
| > USED AT LINE 876 | |
| > USED AT LINE 1023 | |
| REM05: 0200 DEFINED AT LINE 313 | |
| > USED AT LINE 975 | |
| NXTLIN: 0207 DEFINED AT LINE 316 | |
| > USED AT LINE 314 | |
| > USED AT LINE 812 | |
| > USED AT LINE 828 | |
| MSLINE: 020B DEFINED AT LINE 318 | |
| > USED AT LINE 109 | |
| > USED AT LINE 804 | |
| REM09: 0214 DEFINED AT LINE 322 | |
| > USED AT LINE 312 | |
| IMPLET: 0215 DEFINED AT LINE 323 | |
| > USED AT LINE 320 | |
| IFAN: 0218 DEFINED AT LINE 326 | |
| > USED AT LINE 319 | |
| FAN00: 021F DEFINED AT LINE 329 | |
| > USED AT LINE 357 | |
| > USED AT LINE 553 | |
| FAN04: 022A DEFINED AT LINE 335 | |
| > USED AT LINE 331 | |
| FAN05: 0230 DEFINED AT LINE 338 | |
| > USED AT LINE 347 | |
| FAN07: 024B DEFINED AT LINE 352 | |
| > USED AT LINE 340 | |
| FAN08: 024D DEFINED AT LINE 353 | |
| > USED AT LINE 355 | |
| NXTNSP: 0257 DEFINED AT LINE 360 | |
| > USED AT LINE 363 | |
| SKIPSP: 0259 DEFINED AT LINE 361 | |
| > USED AT LINE 106 | |
| > USED AT LINE 131 | |
| > USED AT LINE 306 | |
| > USED AT LINE 326 | |
| > USED AT LINE 395 | |
| > USED AT LINE 413 | |
| > USED AT LINE 423 | |
| > USED AT LINE 436 | |
| > USED AT LINE 449 | |
| > USED AT LINE 536 | |
| > USED AT LINE 550 | |
| > USED AT LINE 598 | |
| > USED AT LINE 605 | |
| > USED AT LINE 615 | |
| > USED AT LINE 646 | |
| > USED AT LINE 655 | |
| > USED AT LINE 672 | |
| > USED AT LINE 745 | |
| > USED AT LINE 757 | |
| > USED AT LINE 774 | |
| > USED AT LINE 787 | |
| > USED AT LINE 838 | |
| > USED AT LINE 854 | |
| > USED AT LINE 872 | |
| > USED AT LINE 936 | |
| > USED AT LINE 949 | |
| > USED AT LINE 960 | |
| > USED AT LINE 986 | |
| TSTHEX: 0260 DEFINED AT LINE 367 | |
| > USED AT LINE 459 | |
| TSTLTR: 0271 DEFINED AT LINE 378 | |
| > USED AT LINE 396 | |
| > USED AT LINE 400 | |
| TST03: 0279 DEFINED AT LINE 382 | |
| > USED AT LINE 370 | |
| > USED AT LINE 372 | |
| > USED AT LINE 379 | |
| > USED AT LINE 387 | |
| > USED AT LINE 389 | |
| > USED AT LINE 401 | |
| TSTDIG: 027C DEFINED AT LINE 386 | |
| > USED AT LINE 367 | |
| > USED AT LINE 450 | |
| > USED AT LINE 483 | |
| TST05: 0286 DEFINED AT LINE 391 | |
| > USED AT LINE 368 | |
| > USED AT LINE 381 | |
| TSTVAR: 0289 DEFINED AT LINE 395 | |
| > USED AT LINE 732 | |
| > USED AT LINE 783 | |
| > USED AT LINE 929 | |
| > USED AT LINE 954 | |
| TSTV02: 029F DEFINED AT LINE 407 | |
| TSTV03: 02A1 DEFINED AT LINE 408 | |
| > USED AT LINE 397 | |
| USER: 02A2 DEFINED AT LINE 411 | |
| > USED AT LINE 561 | |
| USER02: 02B4 DEFINED AT LINE 419 | |
| > USED AT LINE 426 | |
| USER03: 02B7 DEFINED AT LINE 420 | |
| > USED AT LINE 415 | |
| USER05: 02C9 DEFINED AT LINE 428 | |
| > USED AT LINE 418 | |
| TSTSNB: 02D4 DEFINED AT LINE 436 | |
| > USED AT LINE 939 | |
| TSN02: 02E7 DEFINED AT LINE 446 | |
| > USED AT LINE 441 | |
| TSTNBR: 02E8 DEFINED AT LINE 449 | |
| > USED AT LINE 103 | |
| > USED AT LINE 438 | |
| > USED AT LINE 440 | |
| > USED AT LINE 739 | |
| > USED AT LINE 978 | |
| > USED AT LINE 992 | |
| TSTN20: 02F6 DEFINED AT LINE 455 | |
| TSTN23: 02FC DEFINED AT LINE 458 | |
| > USED AT LINE 478 | |
| TSTN02: 031F DEFINED AT LINE 479 | |
| > USED AT LINE 451 | |
| TSTN03: 0325 DEFINED AT LINE 482 | |
| > USED AT LINE 506 | |
| TSTN07: 0352 DEFINED AT LINE 507 | |
| > USED AT LINE 460 | |
| > USED AT LINE 484 | |
| TSTN09: 0356 DEFINED AT LINE 509 | |
| > USED AT LINE 454 | |
| TSTN11: 0359 DEFINED AT LINE 511 | |
| > USED AT LINE 466 | |
| > USED AT LINE 491 | |
| > USED AT LINE 494 | |
| > USED AT LINE 496 | |
| > USED AT LINE 499 | |
| > USED AT LINE 502 | |
| TSTSTK: 0360 DEFINED AT LINE 517 | |
| > USED AT LINE 185 | |
| > USED AT LINE 567 | |
| > USED AT LINE 754 | |
| > USED AT LINE 821 | |
| PEEK: 036B DEFINED AT LINE 524 | |
| > USED AT LINE 564 | |
| POKE: 037A DEFINED AT LINE 534 | |
| > USED AT LINE 1043 | |
| POKE05: 0389 DEFINED AT LINE 540 | |
| > USED AT LINE 538 | |
| TSTFUN: 039C DEFINED AT LINE 550 | |
| > USED AT LINE 741 | |
| TSTF05: 03AB DEFINED AT LINE 556 | |
| > USED AT LINE 554 | |
| FUNT: 03AC DEFINED AT LINE 559 | |
| FLINE: 03C0 DEFINED AT LINE 571 | |
| > USED AT LINE 810 | |
| > USED AT LINE 818 | |
| > USED AT LINE 999 | |
| FNDLIN: 03C2 DEFINED AT LINE 572 | |
| > USED AT LINE 140 | |
| > USED AT LINE 592 | |
| FND03: 03C9 DEFINED AT LINE 576 | |
| > USED AT LINE 573 | |
| FND05: 03D1 DEFINED AT LINE 580 | |
| > USED AT LINE 577 | |
| FND07: 03D8 DEFINED AT LINE 584 | |
| > USED AT LINE 580 | |
| FND09: 03DE DEFINED AT LINE 587 | |
| > USED AT LINE 589 | |
| RELEXP: 03EA DEFINED AT LINE 595 | |
| > USED AT LINE 801 | |
| REL03: 040A DEFINED AT LINE 611 | |
| > USED AT LINE 602 | |
| REL05: 0415 DEFINED AT LINE 616 | |
| > USED AT LINE 607 | |
| REL06: 0419 DEFINED AT LINE 618 | |
| > USED AT LINE 600 | |
| REL07: 041D DEFINED AT LINE 620 | |
| > USED AT LINE 610 | |
| > USED AT LINE 617 | |
| REL08: 0435 DEFINED AT LINE 634 | |
| > USED AT LINE 632 | |
| REL09: 043B DEFINED AT LINE 638 | |
| > USED AT LINE 636 | |
| EXPR: 0441 DEFINED AT LINE 644 | |
| > USED AT LINE 421 | |
| > USED AT LINE 541 | |
| > USED AT LINE 595 | |
| > USED AT LINE 621 | |
| > USED AT LINE 761 | |
| > USED AT LINE 792 | |
| > USED AT LINE 808 | |
| > USED AT LINE 815 | |
| > USED AT LINE 850 | |
| EXPR02: 0450 DEFINED AT LINE 651 | |
| > USED AT LINE 657 | |
| EXPR03: 0452 DEFINED AT LINE 652 | |
| > USED AT LINE 650 | |
| EXPR04: 0454 DEFINED AT LINE 653 | |
| > USED AT LINE 665 | |
| EXPR05: 0463 DEFINED AT LINE 660 | |
| > USED AT LINE 648 | |
| EXPR06: 046D DEFINED AT LINE 666 | |
| > USED AT LINE 612 | |
| > USED AT LINE 659 | |
| TERM: 0470 DEFINED AT LINE 670 | |
| > USED AT LINE 652 | |
| > USED AT LINE 661 | |
| TERM03: 0475 DEFINED AT LINE 672 | |
| > USED AT LINE 712 | |
| > USED AT LINE 729 | |
| TERM05: 0483 DEFINED AT LINE 679 | |
| > USED AT LINE 676 | |
| DIV05: 049F DEFINED AT LINE 693 | |
| > USED AT LINE 704 | |
| DIV07: 04A9 DEFINED AT LINE 698 | |
| > USED AT LINE 694 | |
| DIV09: 04AB DEFINED AT LINE 699 | |
| > USED AT LINE 697 | |
| TERM06: 04C0 DEFINED AT LINE 711 | |
| > USED AT LINE 708 | |
| TERM07: 04C4 DEFINED AT LINE 713 | |
| > USED AT LINE 674 | |
| MULT: 04C8 DEFINED AT LINE 715 | |
| FACT: 04E3 DEFINED AT LINE 732 | |
| > USED AT LINE 670 | |
| > USED AT LINE 680 | |
| > USED AT LINE 714 | |
| FACT02: 04F0 DEFINED AT LINE 738 | |
| > USED AT LINE 740 | |
| > USED AT LINE 742 | |
| FACT03: 04F1 DEFINED AT LINE 739 | |
| > USED AT LINE 733 | |
| PAREXP: 04FB DEFINED AT LINE 743 | |
| > USED AT LINE 524 | |
| > USED AT LINE 534 | |
| FACT05: 050B DEFINED AT LINE 751 | |
| > USED AT LINE 748 | |
| > USED AT LINE 759 | |
| ARGONE: 050E DEFINED AT LINE 754 | |
| > USED AT LINE 411 | |
| > USED AT LINE 743 | |
| FACT04: 0516 DEFINED AT LINE 757 | |
| > USED AT LINE 755 | |
| ABSX: 0522 DEFINED AT LINE 764 | |
| > USED AT LINE 685 | |
| > USED AT LINE 687 | |
| NEGX: 0526 DEFINED AT LINE 766 | |
| > USED AT LINE 710 | |
| NEG05: 052E DEFINED AT LINE 770 | |
| > USED AT LINE 765 | |
| > USED AT LINE 768 | |
| TSTEOL: 052F DEFINED AT LINE 773 | |
| > USED AT LINE 309 | |
| > USED AT LINE 542 | |
| > USED AT LINE 793 | |
| > USED AT LINE 809 | |
| > USED AT LINE 816 | |
| > USED AT LINE 835 | |
| > USED AT LINE 995 | |
| TEOL03: 053B DEFINED AT LINE 778 | |
| > USED AT LINE 776 | |
| LET: 0540 DEFINED AT LINE 783 | |
| > USED AT LINE 323 | |
| > USED AT LINE 1028 | |
| LET03: 0548 DEFINED AT LINE 786 | |
| > USED AT LINE 784 | |
| LET05: 0554 DEFINED AT LINE 791 | |
| > USED AT LINE 789 | |
| IF: 0566 DEFINED AT LINE 801 | |
| > USED AT LINE 1031 | |
| IF03: 056F DEFINED AT LINE 805 | |
| > USED AT LINE 803 | |
| GOTO: 0572 DEFINED AT LINE 808 | |
| > USED AT LINE 1034 | |
| GOSUB: 057F DEFINED AT LINE 815 | |
| > USED AT LINE 1037 | |
| GOSB04: 058B DEFINED AT LINE 820 | |
| > USED AT LINE 811 | |
| GOSB03: 058E DEFINED AT LINE 821 | |
| > USED AT LINE 819 | |
| GOSB05: 0596 DEFINED AT LINE 824 | |
| > USED AT LINE 822 | |
| RETURN: 052F DEFINED AT LINE 835 | |
| > USED AT LINE 1040 | |
| PRINT: 05AA DEFINED AT LINE 838 | |
| > USED AT LINE 1046 | |
| > USED AT LINE 1070 | |
| PR01: 05AD DEFINED AT LINE 839 | |
| > USED AT LINE 874 | |
| PR02: 05C3 DEFINED AT LINE 850 | |
| > USED AT LINE 846 | |
| PR03: 05CC DEFINED AT LINE 854 | |
| > USED AT LINE 849 | |
| PR04: 05DE DEFINED AT LINE 862 | |
| > USED AT LINE 844 | |
| > USED AT LINE 860 | |
| PR05: 05E7 DEFINED AT LINE 866 | |
| > USED AT LINE 840 | |
| > USED AT LINE 856 | |
| PR06: 05E9 DEFINED AT LINE 867 | |
| > USED AT LINE 870 | |
| PR07: 05F2 DEFINED AT LINE 871 | |
| > USED AT LINE 842 | |
| > USED AT LINE 858 | |
| PR08: 05FB DEFINED AT LINE 875 | |
| > USED AT LINE 865 | |
| PRQ01: 0600 DEFINED AT LINE 879 | |
| > USED AT LINE 885 | |
| PRNTQS: 0603 DEFINED AT LINE 880 | |
| > USED AT LINE 848 | |
| PRQ03: 060C DEFINED AT LINE 884 | |
| > USED AT LINE 882 | |
| PRNTN: 0611 DEFINED AT LINE 888 | |
| > USED AT LINE 852 | |
| PRN03: 0621 DEFINED AT LINE 897 | |
| > USED AT LINE 889 | |
| PRN05: 0624 DEFINED AT LINE 898 | |
| > USED AT LINE 902 | |
| PRN07: 0630 DEFINED AT LINE 903 | |
| > USED AT LINE 900 | |
| > USED AT LINE 917 | |
| > USED AT LINE 926 | |
| PRN09: 0632 DEFINED AT LINE 904 | |
| > USED AT LINE 908 | |
| PRN11: 063D DEFINED AT LINE 909 | |
| > USED AT LINE 905 | |
| PRN13: 0651 DEFINED AT LINE 918 | |
| > USED AT LINE 915 | |
| PRNPT: 0652 DEFINED AT LINE 919 | |
| PRNPTO: 065A DEFINED AT LINE 923 | |
| PRNT4: 065C DEFINED AT LINE 925 | |
| > USED AT LINE 249 | |
| > USED AT LINE 1008 | |
| INPUT: 0661 DEFINED AT LINE 929 | |
| > USED AT LINE 1049 | |
| IN03: 066A DEFINED AT LINE 933 | |
| > USED AT LINE 938 | |
| > USED AT LINE 944 | |
| IN05: 0672 DEFINED AT LINE 936 | |
| > USED AT LINE 962 | |
| > USED AT LINE 964 | |
| IN07: 0689 DEFINED AT LINE 945 | |
| > USED AT LINE 940 | |
| IN09: 069B DEFINED AT LINE 953 | |
| > USED AT LINE 951 | |
| IN11: 06A2 DEFINED AT LINE 956 | |
| > USED AT LINE 930 | |
| IN13: 06A5 DEFINED AT LINE 957 | |
| > USED AT LINE 955 | |
| RMESS: 06B6 DEFINED AT LINE 965 | |
| RUN: 06BF DEFINED AT LINE 969 | |
| > USED AT LINE 1061 | |
| RUN01: 06C3 DEFINED AT LINE 971 | |
| > USED AT LINE 973 | |
| LIST: 06CD DEFINED AT LINE 978 | |
| > USED AT LINE 1064 | |
| LIST03: 06DA DEFINED AT LINE 985 | |
| > USED AT LINE 979 | |
| LIST05: 06E7 DEFINED AT LINE 991 | |
| > USED AT LINE 988 | |
| LIST07: 06F1 DEFINED AT LINE 995 | |
| > USED AT LINE 984 | |
| > USED AT LINE 990 | |
| > USED AT LINE 993 | |
| LIST09: 06FD DEFINED AT LINE 1000 | |
| > USED AT LINE 1018 | |
| LIST10: 0729 DEFINED AT LINE 1019 | |
| > USED AT LINE 1001 | |
| LIST11: 0730 DEFINED AT LINE 1022 | |
| > USED AT LINE 1004 | |
| VERBT: 0735 DEFINED AT LINE 1026 | |
| TSTBRK: 079A DEFINED AT LINE 1074 | |
| > USED AT LINE 318 | |
| > USED AT LINE 1017 | |
| GETCHR: 079E DEFINED AT LINE 1076 | |
| > USED AT LINE 260 | |
| GETC05: 07A7 DEFINED AT LINE 1080 | |
| > USED AT LINE 1075 | |
| > USED AT LINE 1078 | |
| PUTCHR: 07A8 DEFINED AT LINE 1081 | |
| > USED AT LINE 101 | |
| > USED AT LINE 215 | |
| > USED AT LINE 247 | |
| > USED AT LINE 251 | |
| > USED AT LINE 270 | |
| > USED AT LINE 282 | |
| > USED AT LINE 295 | |
| > USED AT LINE 297 | |
| > USED AT LINE 868 | |
| > USED AT LINE 879 | |
| > USED AT LINE 895 | |
| > USED AT LINE 912 | |
| > USED AT LINE 934 | |
| > USED AT LINE 1011 | |
| > USED AT LINE 1021 | |
| INEEE: 07AD DEFINED AT LINE 1085 | |
| > USED AT LINE 1076 | |
| > USED AT LINE 1086 | |
| OUTEEE: 07B7 DEFINED AT LINE 1090 | |
| > USED AT LINE 1082 | |
| OUT01: 07B9 DEFINED AT LINE 1091 | |
| > USED AT LINE 1093 | |
| BRKEEE: 07C6 DEFINED AT LINE 1097 | |
| > USED AT LINE 1074 | |
| > USED AT LINE 1085 | |
| BRK03: 07C8 DEFINED AT LINE 1098 | |
| > USED AT LINE 1102 | |
| BRK05: 07D4 DEFINED AT LINE 1103 | |
| > USED AT LINE 1100 | |
| INTEEE: 07E3 DEFINED AT LINE 1111 | |
| > USED AT LINE 79 | |
| > USED AT LINE 83 | |
| END: 07E4 DEFINED AT LINE 1118 | |
| > USED AT LINE 1055 | |
| > USED AT LINE 1058 |
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| 0000 ;NAM TB01V137 | |
| 0000 ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| 0000 ;* REVISED 30-DEC-77 | |
| 0000 ;* REVISED 18-JAN-78 | |
| 0000 ;* REVISED 10-APR-78 | |
| 0000 ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| 0000 ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| 0000 ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| 0000 ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| 0000 ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| 0000 ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| 0000 ;* REVISED 21-NOV-84 FOR 6809 | |
| 0000 ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| 0000 ;* | |
| 0000 ;.engine kilo | |
| 0000 EOL: EQU $04 | |
| 0000 ETX: EQU $03 | |
| 0000 SPACE: EQU $20 | |
| 0000 CR: EQU $0D | |
| 0000 LF: EQU $0A | |
| 0000 BS: EQU $08 | |
| 0000 CAN: EQU $18 | |
| 0000 BELL: EQU $07 | |
| 0000 FILL: EQU $00 | |
| 0000 DEL: EQU $7F | |
| 0000 BSIZE: EQU 73 | |
| 0000 STKCUS: EQU 48 | |
| 0000 ;* | |
| 0000 BACIA: EQU $83FE | |
| 0000 RMCR: EQU bACIA | |
| 0000 TRCS: EQU bACIA | |
| 0000 RECEV: EQU bACIA+1 | |
| 0000 TRANS: EQU bACIA+1 | |
| 0000 CNTL1: EQU $03 | |
| 0000 CNTL2: EQU $15 | |
| 0000 RDRF: EQU $01 | |
| 0000 ORFE: EQU $20 | |
| 0000 TDRE: EQU $02 | |
| 0000 ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| 0000 ;* DESIRED ROM AND RAM LAYOUT | |
| 0000 LORAM: EQU $0080 | |
| 0000 BUFFER: EQU $0200 | |
| 0000 RAMSIZ: EQU $2000 | |
| 0000 ROMADR: EQU $f000 | |
| 0000 ;* | |
| 0000 RAMBEG: EQU BUFFER+BSIZE | |
| 0000 RAMEND: EQU BUFFER+RAMSIZ | |
| 0000 ;* | |
| 0000 RAMPAT: EQU $AA0F | |
| 0000 ROMPAT: EQU $F055 | |
| 0000 ;* | |
| 0000 ; ORG LORAM | |
| 0000 .BSSEG | |
| 0000 USRBAS: RMB 2 | |
| 0002 USRTOP: RMB 2 | |
| 0004 STKLIM: RMB 2 | |
| 0006 STKTOP: RMB 2 | |
| 0008 CURSOR: RMB 2 | |
| 000A SAVESP: RMB 2 | |
| 000C LINENB: RMB 2 | |
| 000E SCRTCH: RMB 2 | |
| 0010 CHAR: RMB 2 | |
| 0012 ZONE: RMB 1 | |
| 0013 MODE: RMB 1 | |
| 0014 RESRVD: RMB 1 | |
| 0015 LOEND: EQU $ | |
| 0015 ;* | |
| 0000 .CSEG | |
| 0000 ; ORG ROMADR | |
| 0000 ALIGN 256 | |
| 0000 .ENT $ | |
| 0000 0E 14 BASIC: JMP SETUP | |
| 0002 4D 4F 44 39 42 41 53 49 43 00 .CSTR "MOD9BASIC" | |
| 000C 10 DE 06 WARMS: LDS STKTOP | |
| 000F BD 07 E5 JSR INTEEE | |
| 0012 20 13 BRA WMS05 | |
| 0014 10 CE 21 CC SETUP: LDS #RAMEND-52 | |
| 0018 10 DF 06 SET03: STS STKTOP | |
| 001B BD 07 E5 JSR INTEEE | |
| 001E CC 02 49 CLEAR: LDD #RAMBEG | |
| 0021 DD 00 STD USRBAS | |
| 0023 DD 02 STD USRTOP | |
| 0025 DD 04 CLR02: STD STKLIM | |
| 0027 BD 01 3E WMS05: JSR CRLF | |
| 002A 8E 00 82 LDX #VSTR | |
| 002D BD 01 37 JSR PUTSTR | |
| 0030 10 DE 06 CMDB: LDS STKTOP | |
| 0033 0F 13 CLR MODE | |
| 0035 BD 01 3E JSR CRLF | |
| 0038 9E 00 LDX USRBAS | |
| 003A 9F 08 STX CURSOR | |
| 003C 8E 00 00 CMDE: LDX #0000 | |
| 003F 9F 0C STX LINENB | |
| 0041 0D 13 TST MODE | |
| 0043 26 05 BNE CMD01 | |
| 0045 86 3A LDA #":" | |
| 0047 BD 07 AA JSR PUTCHR | |
| 004A BD 01 90 CMD01: JSR GETLIN | |
| 004D BD 02 EA JSR TSTNBR | |
| 0050 24 0E BCC CMD02 | |
| 0052 29 2B BVS CMD05 | |
| 0054 BD 02 5B JSR SKIPSP | |
| 0057 81 04 CMPA #EOL | |
| 0059 27 E1 BEQ CMDE | |
| 005B BD 02 0D JSR MSLINE | |
| 005E 20 D0 BRA CMDB | |
| 0060 34 10 CMD02: PSHS X | |
| 0062 9E 02 LDX USRTOP | |
| 0064 9C 04 CMPX STKLIM | |
| 0066 35 10 PULS X | |
| 0068 27 03 BEQ CMD03 | |
| 006A 7E 01 5E JMP ERRORR | |
| 006D C3 00 00 CMD03: ADDD #0 | |
| 0070 27 0D BEQ CMD05 | |
| 0072 34 06 CMD04: PSHS D | |
| 0074 83 27 0F SUBD #9999 | |
| 0077 35 06 PULS D | |
| 0079 22 04 BHI CMD05 | |
| 007B 8D 10 BSR EDITOR | |
| 007D 20 BD BRA CMDE | |
| 007F 7E 01 55 CMD05: JMP ERRORS | |
| 0082 54 49 4E 59 20 56 31 2E 33 37 VSTR: DB "TINY V1.37" | |
| 008C 04 FCB EOL | |
| 008D ;****************************** | |
| 008D ;****************************** | |
| 008D 34 06 EDITOR: PSHS D | |
| 008F BD 02 5B JSR SKIPSP | |
| 0092 9F 0E STX SCRTCH | |
| 0094 A6 60 LDA 0,S | |
| 0096 9E 08 LDX CURSOR | |
| 0098 9C 02 CMPX USRTOP | |
| 009A 27 05 BEQ ED00 | |
| 009C 10 A3 00 CMPD 0,X | |
| 009F 24 02 BCC ED01 | |
| 00A1 9E 00 ED00: LDX USRBAS | |
| 00A3 BD 03 C4 ED01: JSR FNDLIN | |
| 00A6 9F 08 STX CURSOR | |
| 00A8 25 22 BCS ED04 | |
| 00AA 9F 0A STX SAVESP | |
| 00AC 30 02 LEAX 2,X | |
| 00AE A6 80 ED02: LDA ,X+ | |
| 00B0 81 04 CMPA #EOL | |
| 00B2 26 FA BNE ED02 | |
| 00B4 9C 02 ED03: CMPX USRTOP | |
| 00B6 27 0E BEQ ED35 | |
| 00B8 A6 80 LDA ,X+ | |
| 00BA 9F 10 STX CHAR | |
| 00BC 9E 0A LDX SAVESP | |
| 00BE A7 80 STA ,X+ | |
| 00C0 9F 0A STX SAVESP | |
| 00C2 9E 10 LDX CHAR | |
| 00C4 20 EE BRA ED03 | |
| 00C6 9E 0A ED35: LDX SAVESP | |
| 00C8 9F 02 STX USRTOP | |
| 00CA 9F 04 STX STKLIM | |
| 00CC 9E 0E ED04: LDX SCRTCH | |
| 00CE C6 FF LDB #-1 | |
| 00D0 5C ED05: INCB | |
| 00D1 A6 80 LDA ,X+ | |
| 00D3 81 04 CMPA #EOL | |
| 00D5 26 F9 BNE ED05 | |
| 00D7 5D TSTB | |
| 00D8 26 03 BNE ED55 | |
| 00DA 32 62 LEAS 2,S | |
| 00DC 39 RTS | |
| 00DD 30 1F ED55: LEAX -1,X | |
| 00DF CB 04 ADDB #4 | |
| 00E1 30 1F ED06: LEAX -1,X | |
| 00E3 5A DECB | |
| 00E4 A6 00 LDA 0,X | |
| 00E6 81 20 CMPA #SPACE | |
| 00E8 27 F7 BEQ ED06 | |
| 00EA 86 04 LDA #EOL | |
| 00EC A7 01 STA 1,X | |
| 00EE 4F CLRA | |
| 00EF 9E 02 LDX USRTOP | |
| 00F1 9F 10 STX CHAR | |
| 00F3 D3 02 ADDD USRTOP | |
| 00F5 DD 02 STD USRTOP | |
| 00F7 DD 04 STD STKLIM | |
| 00F9 BD 03 62 JSR TSTSTK | |
| 00FC 24 07 BCC ED07 | |
| 00FE 9F 02 STX USRTOP | |
| 0100 9F 04 STX STKLIM | |
| 0102 7E 01 4D JMP ERRORF | |
| 0105 9E 02 ED07: LDX USRTOP | |
| 0107 9F 0A ED08: STX SAVESP | |
| 0109 9E 10 LDX CHAR | |
| 010B 9C 08 CMPX CURSOR | |
| 010D 27 0A BEQ ED09 | |
| 010F A6 82 LDA ,-X | |
| 0111 9F 10 STX CHAR | |
| 0113 9E 0A LDX SAVESP | |
| 0115 A7 82 STA ,-X | |
| 0117 20 EE BRA ED08 | |
| 0119 35 06 ED09: PULS D | |
| 011B 9E 08 LDX CURSOR | |
| 011D ED 81 STD ,X++ | |
| 011F 9F 10 STX CHAR | |
| 0121 9E 0E ED10: LDX SCRTCH | |
| 0123 A6 80 LDA ,X+ | |
| 0125 9F 0E STX SCRTCH | |
| 0127 9E 10 LDX CHAR | |
| 0129 A7 80 STA ,X+ | |
| 012B 9F 10 STX CHAR | |
| 012D 81 04 CMPA #EOL | |
| 012F 26 F0 BNE ED10 | |
| 0131 39 RTS | |
| 0132 ;****************************** | |
| 0132 ;****************************** | |
| 0132 BD 07 AA PUTS01: JSR PUTCHR | |
| 0135 30 01 LEAX 1,X | |
| 0137 A6 00 PUTSTR: LDA 0,X | |
| 0139 81 04 CMPA #EOL | |
| 013B 26 F5 BNE PUTS01 | |
| 013D 39 RTS | |
| 013E ;****************************** | |
| 013E ;****************************** | |
| 013E 8E 01 46 CRLF: LDX #CRLFST | |
| 0141 8D F4 BSR PUTSTR | |
| 0143 0F 12 CLR ZONE | |
| 0145 39 RTS | |
| 0146 0D 0A 7F 00 00 00 04 CRLFST: FCB CR,LF,DEL,FILL,FILL,FILL,EOL | |
| 014D ;****************************** | |
| 014D ;****************************** | |
| 014D 8D 26 ERRORF: BSR ER01 | |
| 014F 53 4F 52 52 59 DB "SORRY" | |
| 0154 04 FCB EOL | |
| 0155 8D 1E ERRORS: BSR ER01 | |
| 0157 57 48 41 54 20 3F DB "WHAT ?" | |
| 015D 04 FCB EOL | |
| 015E 8D 15 ERRORR: BSR ER01 | |
| 0160 48 4F 57 20 3F DB "HOW ?" | |
| 0165 04 FCB EOL | |
| 0166 8D 0D BREAK: BSR ER01 | |
| 0168 42 52 45 41 4B DB "BREAK" | |
| 016D 04 FCB EOL | |
| 016E 8D 05 END: BSR ER01 | |
| 0170 53 54 4F 50 DB "STOP" | |
| 0174 04 FCB EOL | |
| 0175 8D C7 ER01: BSR CRLF | |
| 0177 86 07 LDA #BELL | |
| 0179 BD 07 AA JSR PUTCHR | |
| 017C DC 0C LDD LINENB | |
| 017E BD 06 5E JSR PRNT4 | |
| 0181 86 20 LDA #SPACE | |
| 0183 BD 07 AA JSR PUTCHR | |
| 0186 35 10 PULS X | |
| 0188 8D AD BSR PUTSTR | |
| 018A 8D B2 BSR CRLF | |
| 018C 0E 30 JMP CMDB | |
| 018E ;****************************** | |
| 018E ;****************************** | |
| 018E 8D AE GL00: BSR CRLF | |
| 0190 8E 02 00 GETLIN: LDX #BUFFER | |
| 0193 BD 07 A0 GL03: JSR GETCHR | |
| 0196 81 20 CMPA #SPACE | |
| 0198 25 14 BCS GL05 | |
| 019A 81 7F CMPA #$7F | |
| 019C 27 F5 BEQ GL03 | |
| 019E 8C 02 48 CMPX #BUFFER+BSIZE-1 | |
| 01A1 26 04 BNE GL04 | |
| 01A3 86 07 LDA #BELL | |
| 01A5 20 02 BRA GL02 | |
| 01A7 A7 80 GL04: STA ,X+ | |
| 01A9 BD 07 AA GL02: JSR PUTCHR | |
| 01AC 20 E5 BRA GL03 | |
| 01AE 81 08 GL05: CMPA #BS | |
| 01B0 27 24 BEQ GL07 | |
| 01B2 81 18 CMPA #CAN | |
| 01B4 27 D8 BEQ GL00 | |
| 01B6 81 0A CMPA #LF | |
| 01B8 27 31 BEQ GL09 | |
| 01BA 81 0D CMPA #CR | |
| 01BC 26 D5 BNE GL03 | |
| 01BE 0D 13 TST MODE | |
| 01C0 27 05 BEQ GL06 | |
| 01C2 BD 07 AA JSR PUTCHR | |
| 01C5 20 07 BRA GL08 | |
| 01C7 34 10 GL06: PSHS X | |
| 01C9 BD 01 3E JSR CRLF | |
| 01CC 35 10 PULS X | |
| 01CE 86 04 GL08: LDA #EOL | |
| 01D0 A7 00 STA 0,X | |
| 01D2 8E 02 00 LDX #BUFFER | |
| 01D5 39 RTS | |
| 01D6 8C 02 00 GL07: CMPX #BUFFER | |
| 01D9 27 B8 BEQ GL03 | |
| 01DB 30 1F LEAX -1,X | |
| 01DD 86 08 LDA #BS | |
| 01DF BD 07 AA JSR PUTCHR | |
| 01E2 86 20 LDA #SPACE | |
| 01E4 BD 07 AA JSR PUTCHR | |
| 01E7 86 08 LDA #BS | |
| 01E9 20 BE BRA GL02 | |
| 01EB 1A 01 GL09: ORCC #$01 | |
| 01ED 06 13 ROR MODE | |
| 01EF 20 B8 BRA GL02 | |
| 01F1 ;****************************** | |
| 01F1 ;****************************** | |
| 01F1 30 01 REM00: LEAX 1,X | |
| 01F3 8D 66 REM: BSR SKIPSP | |
| 01F5 81 04 CMPA #EOL | |
| 01F7 26 F8 BNE REM00 | |
| 01F9 BD 05 31 ENDSMT: JSR TSTEOL | |
| 01FC 96 0C ENDS02: LDA LINENB | |
| 01FE 9A 0D ORA LINENB+1 | |
| 0200 27 14 BEQ REM09 | |
| 0202 9C 02 REM05: CMPX USRTOP | |
| 0204 26 03 BNE NXTLIN | |
| 0206 7E 01 5E JMP ERRORR | |
| 0209 EC 81 NXTLIN: LDD ,X++ | |
| 020B DD 0C STD LINENB | |
| 020D BD 07 9C MSLINE: JSR TSTBRK | |
| 0210 8D 08 BSR IFAN | |
| 0212 25 03 BCS IMPLET | |
| 0214 34 06 PSHS D | |
| 0216 39 REM09: RTS | |
| 0217 7E 05 42 IMPLET: JMP LET | |
| 021A ;****************************** | |
| 021A ;****************************** | |
| 021A 8D 3F IFAN: BSR SKIPSP | |
| 021C 9F 08 STX CURSOR | |
| 021E 8E 07 37 LDX #VERBT | |
| 0221 A6 80 FAN00: LDA ,X+ | |
| 0223 81 04 CMPA #EOL | |
| 0225 26 05 BNE FAN04 | |
| 0227 9E 08 LDX CURSOR | |
| 0229 1A 01 ORCC #$01 | |
| 022B 39 RTS | |
| 022C 9F 10 FAN04: STX CHAR | |
| 022E 9E 08 LDX CURSOR | |
| 0230 9F 0E STX SCRTCH | |
| 0232 9E 0E FAN05: LDX SCRTCH | |
| 0234 A1 00 CMPA 0,X | |
| 0236 26 15 BNE FAN07 | |
| 0238 30 01 LEAX 1,X | |
| 023A 9F 0E STX SCRTCH | |
| 023C 9E 10 LDX CHAR | |
| 023E A6 80 LDA ,X+ | |
| 0240 9F 10 STX CHAR | |
| 0242 81 04 CMPA #EOL | |
| 0244 26 EC BNE FAN05 | |
| 0246 EC 00 LDD 0,X | |
| 0248 9E 0E LDX SCRTCH | |
| 024A 1C FE ANDCC #$FE | |
| 024C 39 RTS | |
| 024D 9E 10 FAN07: LDX CHAR | |
| 024F A6 80 FAN08: LDA ,X+ | |
| 0251 81 04 CMPA #EOL | |
| 0253 26 FA BNE FAN08 | |
| 0255 30 02 LEAX 2,X | |
| 0257 20 C8 BRA FAN00 | |
| 0259 ;****************************** | |
| 0259 ;****************************** | |
| 0259 30 01 NXTNSP: LEAX 1,X | |
| 025B A6 00 SKIPSP: LDA 0,X | |
| 025D 81 20 CMPA #SPACE | |
| 025F 27 F8 BEQ NXTNSP | |
| 0261 39 RTS | |
| 0262 ;****************************** | |
| 0262 ;****************************** | |
| 0262 8D 1A TSTHEX: BSR TSTDIG | |
| 0264 24 22 BCC TST05 | |
| 0266 81 41 CMPA #"A" | |
| 0268 25 11 BCS TST03 | |
| 026A 81 46 CMPA #"F" | |
| 026C 22 0D BHI TST03 | |
| 026E 80 37 SUBA #"A"-10 | |
| 0270 1C FE ANDCC #$FE | |
| 0272 39 RTS | |
| 0273 ;****************************** | |
| 0273 ;****************************** | |
| 0273 81 41 TSTLTR: CMPA #"A" | |
| 0275 25 04 BCS TST03 | |
| 0277 81 5A CMPA #"Z" | |
| 0279 23 0D BLS TST05 | |
| 027B 1A 01 TST03: ORCC #$01 | |
| 027D 39 RTS | |
| 027E ;****************************** | |
| 027E ;****************************** | |
| 027E 81 30 TSTDIG: CMPA #"0" | |
| 0280 25 F9 BCS TST03 | |
| 0282 81 39 CMPA #"9" | |
| 0284 22 F5 BHI TST03 | |
| 0286 80 30 SUBA #"0" | |
| 0288 1C FE TST05: ANDCC #$FE | |
| 028A 39 RTS | |
| 028B ;****************************** | |
| 028B ;****************************** | |
| 028B 8D CE TSTVAR: BSR SKIPSP | |
| 028D 8D E4 BSR TSTLTR | |
| 028F 25 12 BCS TSTV03 | |
| 0291 1F 89 TFR A,B | |
| 0293 A6 01 LDA 1,X | |
| 0295 8D DC BSR TSTLTR | |
| 0297 24 E2 BCC TST03 | |
| 0299 30 01 LEAX 1,X | |
| 029B C0 41 SUBB #"A" | |
| 029D 58 ASLB | |
| 029E 4F CLRA | |
| 029F D3 06 ADDD STKTOP | |
| 02A1 1C FE TSTV02: ANDCC #$FE | |
| 02A3 39 TSTV03: RTS | |
| 02A4 ;****************************** | |
| 02A4 ;****************************** | |
| 02A4 BD 05 10 USER: JSR ARGONE | |
| 02A7 34 06 PSHS D | |
| 02A9 BD 02 5B JSR SKIPSP | |
| 02AC 81 2C CMPA #"," | |
| 02AE 27 09 BEQ USER03 | |
| 02B0 81 29 CMPA #")" | |
| 02B2 1A 01 ORCC #$01 | |
| 02B4 27 15 BEQ USER05 | |
| 02B6 7E 01 55 USER02: JMP ERRORS | |
| 02B9 30 01 USER03: LEAX 1,X | |
| 02BB BD 04 43 JSR EXPR | |
| 02BE 34 02 PSHS A | |
| 02C0 BD 02 5B JSR SKIPSP | |
| 02C3 81 29 CMPA #")" | |
| 02C5 35 02 PULS A | |
| 02C7 26 ED BNE USER02 | |
| 02C9 1C FE ANDCC #$FE | |
| 02CB 30 01 USER05: LEAX 1,X | |
| 02CD 9F 08 STX CURSOR | |
| 02CF AD F1 JSR [,S++] | |
| 02D1 9E 08 LDX CURSOR | |
| 02D3 1C FE ANDCC #$FE | |
| 02D5 39 RTS | |
| 02D6 ;****************************** | |
| 02D6 ;****************************** | |
| 02D6 BD 02 5B TSTSNB: JSR SKIPSP | |
| 02D9 81 2D CMPA #"-" | |
| 02DB 26 0D BNE TSTNBR | |
| 02DD 30 01 LEAX 1,X | |
| 02DF 8D 09 BSR TSTNBR | |
| 02E1 25 06 BCS TSN02 | |
| 02E3 40 NEGA | |
| 02E4 50 NEGB | |
| 02E5 82 00 SBCA #0 | |
| 02E7 1C FC ANDCC #$FC | |
| 02E9 39 TSN02: RTS | |
| 02EA ;****************************** | |
| 02EA ;****************************** | |
| 02EA BD 02 5B TSTNBR: JSR SKIPSP | |
| 02ED BD 02 7E JSR TSTDIG | |
| 02F0 24 2F BCC TSTN02 | |
| 02F2 81 24 CMPA #"$" | |
| 02F4 1A 01 ORCC #$01 | |
| 02F6 26 60 BNE TSTN09 | |
| 02F8 30 01 TSTN20: LEAX 1,X | |
| 02FA 6F E2 CLR ,-S | |
| 02FC 6F E2 CLR ,-S | |
| 02FE A6 00 TSTN23: LDA 0,X | |
| 0300 BD 02 62 JSR TSTHEX | |
| 0303 25 4F BCS TSTN07 | |
| 0305 30 01 LEAX 1,X | |
| 0307 34 10 PSHS X | |
| 0309 34 02 PSHS A | |
| 030B EC 63 LDD 3,S | |
| 030D 85 F0 BITA #$F0 | |
| 030F 26 4A BNE TSTN11 | |
| 0311 58 ASLB | |
| 0312 49 ROLA | |
| 0313 58 ASLB | |
| 0314 49 ROLA | |
| 0315 58 ASLB | |
| 0316 49 ROLA | |
| 0317 58 ASLB | |
| 0318 49 ROLA | |
| 0319 EB E0 ADDB ,S+ | |
| 031B ED 62 STD 2,S | |
| 031D 35 10 PULS X | |
| 031F 20 DD BRA TSTN23 | |
| 0321 30 01 TSTN02: LEAX 1,X | |
| 0323 34 02 PSHS A | |
| 0325 6F E2 CLR ,-S | |
| 0327 A6 00 TSTN03: LDA 0,X | |
| 0329 BD 02 7E JSR TSTDIG | |
| 032C 25 26 BCS TSTN07 | |
| 032E 30 01 LEAX 1,X | |
| 0330 34 10 PSHS X | |
| 0332 34 02 PSHS A | |
| 0334 EC 63 LDD 3,S | |
| 0336 58 ASLB | |
| 0337 49 ROLA | |
| 0338 29 21 BVS TSTN11 | |
| 033A 58 ASLB | |
| 033B 49 ROLA | |
| 033C 29 1D BVS TSTN11 | |
| 033E E3 63 ADDD 3,S | |
| 0340 29 19 BVS TSTN11 | |
| 0342 58 ASLB | |
| 0343 49 ROLA | |
| 0344 29 15 BVS TSTN11 | |
| 0346 EB 60 ADDB 0,S | |
| 0348 89 00 ADCA #0 | |
| 034A 29 0F BVS TSTN11 | |
| 034C ED 63 STD 3,S | |
| 034E 32 61 LEAS 1,S | |
| 0350 35 10 PULS X | |
| 0352 20 D3 BRA TSTN03 | |
| 0354 35 06 TSTN07: PULS D | |
| 0356 1C FE ANDCC #$FE | |
| 0358 1C FD TSTN09: ANDCC #$FD | |
| 035A 39 RTS | |
| 035B AE 61 TSTN11: LDX 1,S | |
| 035D 32 65 LEAS 5,S | |
| 035F 1A 03 ORCC #$03 | |
| 0361 39 RTS | |
| 0362 ;****************************** | |
| 0362 ;****************************** | |
| 0362 10 DF 0A TSTSTK: STS SAVESP | |
| 0365 DC 0A LDD SAVESP | |
| 0367 83 00 30 SUBD #STKCUS | |
| 036A 93 04 SUBD STKLIM | |
| 036C 39 RTS | |
| 036D ;****************************** | |
| 036D ;****************************** | |
| 036D BD 04 FD PEEK: JSR PAREXP | |
| 0370 34 06 PSHS D | |
| 0372 34 10 PSHS X | |
| 0374 E6 72 LDB [2,S] | |
| 0376 35 10 PULS X | |
| 0378 32 62 LEAS 2,S | |
| 037A 4F CLRA | |
| 037B 39 RTS | |
| 037C ;****************************** | |
| 037C ;****************************** | |
| 037C BD 04 FD POKE: JSR PAREXP | |
| 037F 34 06 PSHS D | |
| 0381 BD 02 5B JSR SKIPSP | |
| 0384 81 3D CMPA #"=" | |
| 0386 27 03 BEQ POKE05 | |
| 0388 7E 01 55 JMP ERRORS | |
| 038B 30 01 POKE05: LEAX 1,X | |
| 038D BD 04 43 JSR EXPR | |
| 0390 BD 05 31 JSR TSTEOL | |
| 0393 34 10 PSHS X | |
| 0395 E7 72 STB [2,S] | |
| 0397 35 10 PULS X | |
| 0399 32 62 LEAS 2,S | |
| 039B 7E 01 FC JMP ENDS02 | |
| 039E ;****************************** | |
| 039E ;****************************** | |
| 039E BD 02 5B TSTFUN: JSR SKIPSP | |
| 03A1 9F 08 STX CURSOR | |
| 03A3 8E 03 AE LDX #FUNT | |
| 03A6 BD 02 21 JSR FAN00 | |
| 03A9 25 02 BCS TSTF05 | |
| 03AB 34 06 PSHS D | |
| 03AD 39 TSTF05: RTS | |
| 03AE ;****************************** | |
| 03AE ;****************************** | |
| 03AE 55 53 52 FUNT: DB "USR" | |
| 03B1 04 FCB EOL | |
| 03B2 02 A4 FDB USER | |
| 03B4 50 45 45 4B DB "PEEK" | |
| 03B8 04 FCB EOL | |
| 03B9 03 6D FDB PEEK | |
| 03BB 4D 45 4D DB "MEM" | |
| 03BE 04 FCB EOL | |
| 03BF 03 62 FDB TSTSTK | |
| 03C1 04 FCB EOL | |
| 03C2 ;****************************** | |
| 03C2 ;****************************** | |
| 03C2 9E 00 FLINE: LDX USRBAS | |
| 03C4 9C 02 FNDLIN: CMPX USRTOP | |
| 03C6 26 03 BNE FND03 | |
| 03C8 1A 03 ORCC #$03 | |
| 03CA 39 RTS | |
| 03CB 10 A3 00 FND03: CMPD 0,X | |
| 03CE 26 03 BNE FND05 | |
| 03D0 1C FC ANDCC #$FC | |
| 03D2 39 RTS | |
| 03D3 24 05 FND05: BCC FND07 | |
| 03D5 1A 01 ORCC #$01 | |
| 03D7 1C FD ANDCC #$FD | |
| 03D9 39 RTS | |
| 03DA 34 02 FND07: PSHS A | |
| 03DC 86 04 LDA #EOL | |
| 03DE 30 01 LEAX 1,X | |
| 03E0 30 01 FND09: LEAX 1,X | |
| 03E2 A1 00 CMPA 0,X | |
| 03E4 26 FA BNE FND09 | |
| 03E6 35 02 PULS A | |
| 03E8 30 01 LEAX 1,X | |
| 03EA 20 D8 BRA FNDLIN | |
| 03EC ;****************************** | |
| 03EC ;****************************** | |
| 03EC 8D 55 RELEXP: BSR EXPR | |
| 03EE 34 06 PSHS D | |
| 03F0 5F CLRB | |
| 03F1 BD 02 5B JSR SKIPSP | |
| 03F4 81 3D CMPA #"=" | |
| 03F6 27 23 BEQ REL06 | |
| 03F8 81 3C CMPA #"<" | |
| 03FA 26 10 BNE REL03 | |
| 03FC 30 01 LEAX 1,X | |
| 03FE 5C INCB | |
| 03FF BD 02 5B JSR SKIPSP | |
| 0402 81 3E CMPA #">" | |
| 0404 26 11 BNE REL05 | |
| 0406 30 01 LEAX 1,X | |
| 0408 CB 04 ADDB #4 | |
| 040A 20 13 BRA REL07 | |
| 040C 81 3E REL03: CMPA #">" | |
| 040E 26 5F BNE EXPR06 | |
| 0410 30 01 LEAX 1,X | |
| 0412 CB 04 ADDB #4 | |
| 0414 BD 02 5B JSR SKIPSP | |
| 0417 81 3D REL05: CMPA #"=" | |
| 0419 26 04 BNE REL07 | |
| 041B 30 01 REL06: LEAX 1,X | |
| 041D CB 02 ADDB #2 | |
| 041F 34 04 REL07: PSHS B | |
| 0421 8D 20 BSR EXPR | |
| 0423 34 10 PSHS X | |
| 0425 A3 63 SUBD 3,S | |
| 0427 1F A8 TFR CC,A | |
| 0429 44 LSRA | |
| 042A 1F 89 TFR A,B | |
| 042C 48 ASLA | |
| 042D 48 ASLA | |
| 042E 34 04 PSHS B | |
| 0430 AB E0 ADDA ,S+ | |
| 0432 84 06 ANDA #$06 | |
| 0434 26 01 BNE REL08 | |
| 0436 4C INCA | |
| 0437 5F REL08: CLRB | |
| 0438 A4 62 ANDA 2,S | |
| 043A 27 01 BEQ REL09 | |
| 043C 53 COMB | |
| 043D 4F REL09: CLRA | |
| 043E 35 10 PULS X | |
| 0440 32 63 LEAS 3,S | |
| 0442 39 RTS | |
| 0443 ;****************************** | |
| 0443 ;****************************** | |
| 0443 6F E2 EXPR: CLR ,-S | |
| 0445 6F E2 CLR ,-S | |
| 0447 BD 02 5B JSR SKIPSP | |
| 044A 81 2D CMPA #"-" | |
| 044C 27 17 BEQ EXPR05 | |
| 044E 81 2B CMPA #"+" | |
| 0450 26 02 BNE EXPR03 | |
| 0452 30 01 EXPR02: LEAX 1,X | |
| 0454 8D 1C EXPR03: BSR TERM | |
| 0456 E3 60 EXPR04: ADDD 0,S | |
| 0458 ED 60 STD 0,S | |
| 045A BD 02 5B JSR SKIPSP | |
| 045D 81 2B CMPA #"+" | |
| 045F 27 F1 BEQ EXPR02 | |
| 0461 81 2D CMPA #"-" | |
| 0463 26 0A BNE EXPR06 | |
| 0465 30 01 EXPR05: LEAX 1,X | |
| 0467 8D 09 BSR TERM | |
| 0469 40 NEGA | |
| 046A 50 NEGB | |
| 046B 82 00 SBCA #0 | |
| 046D 20 E7 BRA EXPR04 | |
| 046F 35 06 EXPR06: PULS D | |
| 0471 39 RTS | |
| 0472 ;****************************** | |
| 0472 ;****************************** | |
| 0472 BD 04 E5 TERM: JSR FACT | |
| 0475 34 06 PSHS D | |
| 0477 BD 02 5B TERM03: JSR SKIPSP | |
| 047A 81 2A CMPA #"*" | |
| 047C 27 48 BEQ TERM07 | |
| 047E 81 2F CMPA #"/" | |
| 0480 27 03 BEQ TERM05 | |
| 0482 35 06 PULS D | |
| 0484 39 RTS | |
| 0485 30 01 TERM05: LEAX 1,X | |
| 0487 8D 5C BSR FACT | |
| 0489 34 10 PSHS X | |
| 048B 30 62 LEAX 2,S | |
| 048D 34 06 PSHS D | |
| 048F A8 00 EORA 0,X | |
| 0491 BD 05 24 JSR ABSX | |
| 0494 30 60 LEAX 0,S | |
| 0496 BD 05 24 JSR ABSX | |
| 0499 34 02 PSHS A | |
| 049B 86 11 LDA #17 | |
| 049D 34 02 PSHS A | |
| 049F 4F CLRA | |
| 04A0 5F CLRB | |
| 04A1 A3 62 DIV05: SUBD 2,S | |
| 04A3 24 06 BCC DIV07 | |
| 04A5 E3 62 ADDD 2,S | |
| 04A7 1C FE ANDCC #$FE | |
| 04A9 20 02 BRA DIV09 | |
| 04AB 1A 01 DIV07: ORCC #$01 | |
| 04AD 69 67 DIV09: ROL 7,S | |
| 04AF 69 66 ROL 6,S | |
| 04B1 59 ROLB | |
| 04B2 49 ROLA | |
| 04B3 6A 60 DEC 0,S | |
| 04B5 26 EA BNE DIV05 | |
| 04B7 A6 61 LDA 1,S | |
| 04B9 32 64 LEAS 4,S | |
| 04BB 4D TSTA | |
| 04BC 2A 04 BPL TERM06 | |
| 04BE 30 62 LEAX 2,S | |
| 04C0 8D 66 BSR NEGX | |
| 04C2 35 10 TERM06: PULS X | |
| 04C4 20 B1 BRA TERM03 | |
| 04C6 30 01 TERM07: LEAX 1,X | |
| 04C8 8D 1B BSR FACT | |
| 04CA 34 04 MULT: PSHS B | |
| 04CC E6 62 LDB 2,S | |
| 04CE 3D MUL | |
| 04CF A6 61 LDA 1,S | |
| 04D1 E7 61 STB 1,S | |
| 04D3 E6 60 LDB 0,S | |
| 04D5 3D MUL | |
| 04D6 A6 62 LDA 2,S | |
| 04D8 E7 62 STB 2,S | |
| 04DA 35 04 PULS B | |
| 04DC 3D MUL | |
| 04DD AB 60 ADDA 0,S | |
| 04DF AB 61 ADDA 1,S | |
| 04E1 ED 60 STD 0,S | |
| 04E3 20 92 BRA TERM03 | |
| 04E5 ;****************************** | |
| 04E5 ;****************************** | |
| 04E5 BD 02 8B FACT: JSR TSTVAR | |
| 04E8 25 09 BCS FACT03 | |
| 04EA 34 10 PSHS X | |
| 04EC 1F 01 TFR D,X | |
| 04EE EC 00 LDD 0,X | |
| 04F0 35 10 PULS X | |
| 04F2 39 FACT02: RTS | |
| 04F3 BD 02 EA FACT03: JSR TSTNBR | |
| 04F6 24 FA BCC FACT02 | |
| 04F8 BD 03 9E JSR TSTFUN | |
| 04FB 24 F5 BCC FACT02 | |
| 04FD 8D 11 PAREXP: BSR ARGONE | |
| 04FF 34 02 PSHS A | |
| 0501 BD 02 5B JSR SKIPSP | |
| 0504 81 29 CMPA #")" | |
| 0506 35 02 PULS A | |
| 0508 26 03 BNE FACT05 | |
| 050A 30 01 LEAX 1,X | |
| 050C 39 RTS | |
| 050D 7E 01 55 FACT05: JMP ERRORS | |
| 0510 ;****************************** | |
| 0510 ;****************************** | |
| 0510 BD 03 62 ARGONE: JSR TSTSTK | |
| 0513 24 03 BCC FACT04 | |
| 0515 7E 01 4D JMP ERRORF | |
| 0518 BD 02 5B FACT04: JSR SKIPSP | |
| 051B 81 28 CMPA #"(" | |
| 051D 26 EE BNE FACT05 | |
| 051F 30 01 LEAX 1,X | |
| 0521 7E 04 43 JMP EXPR | |
| 0524 ;****************************** | |
| 0524 ;****************************** | |
| 0524 6D 00 ABSX: TST 0,X | |
| 0526 2A 08 BPL NEG05 | |
| 0528 60 00 NEGX: NEG 0,X | |
| 052A 60 01 NEG 1,X | |
| 052C 24 02 BCC NEG05 | |
| 052E 6A 00 DEC 0,X | |
| 0530 39 NEG05: RTS | |
| 0531 ;****************************** | |
| 0531 ;****************************** | |
| 0531 34 02 TSTEOL: PSHS A | |
| 0533 BD 02 5B JSR SKIPSP | |
| 0536 81 04 CMPA #EOL | |
| 0538 27 03 BEQ TEOL03 | |
| 053A 7E 01 55 JMP ERRORS | |
| 053D 30 01 TEOL03: LEAX 1,X | |
| 053F 35 02 PULS A | |
| 0541 39 RTS | |
| 0542 ;****************************** | |
| 0542 ;****************************** | |
| 0542 BD 02 8B LET: JSR TSTVAR | |
| 0545 24 03 BCC LET03 | |
| 0547 7E 01 55 JMP ERRORS | |
| 054A 34 06 LET03: PSHS D | |
| 054C BD 02 5B JSR SKIPSP | |
| 054F 81 3D CMPA #"=" | |
| 0551 27 03 BEQ LET05 | |
| 0553 7E 01 55 JMP ERRORS | |
| 0556 30 01 LET05: LEAX 1,X | |
| 0558 BD 04 43 JSR EXPR | |
| 055B 8D D4 BSR TSTEOL | |
| 055D 9F 08 STX CURSOR | |
| 055F 35 10 PULS X | |
| 0561 ED 00 STD 0,X | |
| 0563 9E 08 LDX CURSOR | |
| 0565 7E 01 FC JMP ENDS02 | |
| 0568 ;****************************** | |
| 0568 ;****************************** | |
| 0568 BD 03 EC IF: JSR RELEXP | |
| 056B 5D TSTB | |
| 056C 27 03 BEQ IF03 | |
| 056E 7E 02 0D JMP MSLINE | |
| 0571 7E 01 F3 IF03: JMP REM | |
| 0574 ;****************************** | |
| 0574 ;****************************** | |
| 0574 BD 04 43 GOTO: JSR EXPR | |
| 0577 8D B8 BSR TSTEOL | |
| 0579 BD 03 C2 JSR FLINE | |
| 057C 25 0F BCS GOSB04 | |
| 057E 7E 02 09 JMP NXTLIN | |
| 0581 ;****************************** | |
| 0581 ;****************************** | |
| 0581 BD 04 43 GOSUB: JSR EXPR | |
| 0584 8D AB BSR TSTEOL | |
| 0586 9F 08 STX CURSOR | |
| 0588 BD 03 C2 JSR FLINE | |
| 058B 24 03 BCC GOSB03 | |
| 058D 7E 01 5E GOSB04: JMP ERRORR | |
| 0590 BD 03 62 GOSB03: JSR TSTSTK | |
| 0593 24 03 BCC GOSB05 | |
| 0595 7E 01 4D JMP ERRORF | |
| 0598 DC 08 GOSB05: LDD CURSOR | |
| 059A 34 06 PSHS D | |
| 059C DC 0C LDD LINENB | |
| 059E 34 06 PSHS D | |
| 05A0 BD 02 09 JSR NXTLIN | |
| 05A3 35 06 PULS D | |
| 05A5 DD 0C STD LINENB | |
| 05A7 35 10 PULS X | |
| 05A9 7E 01 FC JMP ENDS02 | |
| 05AC ;****************************** | |
| 05AC ;****************************** | |
| 05AC RETURN: EQU TSTEOL | |
| 05AC ;****************************** | |
| 05AC ;****************************** | |
| 05AC BD 02 5B PRINT: JSR SKIPSP | |
| 05AF 81 2C PR01: CMPA #"," | |
| 05B1 27 36 BEQ PR05 | |
| 05B3 81 3B CMPA #";" | |
| 05B5 27 3D BEQ PR07 | |
| 05B7 81 04 CMPA #EOL | |
| 05B9 27 25 BEQ PR04 | |
| 05BB 81 22 CMPA #$22 | |
| 05BD 26 06 BNE PR02 | |
| 05BF 30 01 LEAX 1,X | |
| 05C1 8D 42 BSR PRNTQS | |
| 05C3 20 09 BRA PR03 | |
| 05C5 BD 04 43 PR02: JSR EXPR | |
| 05C8 34 10 PSHS X | |
| 05CA 8D 47 BSR PRNTN | |
| 05CC 35 10 PULS X | |
| 05CE BD 02 5B PR03: JSR SKIPSP | |
| 05D1 81 2C CMPA #"," | |
| 05D3 27 14 BEQ PR05 | |
| 05D5 81 3B CMPA #";" | |
| 05D7 27 1B BEQ PR07 | |
| 05D9 81 04 CMPA #EOL | |
| 05DB 27 03 BEQ PR04 | |
| 05DD 7E 01 55 JMP ERRORS | |
| 05E0 34 10 PR04: PSHS X | |
| 05E2 BD 01 3E JSR CRLF | |
| 05E5 35 10 PULS X | |
| 05E7 20 14 BRA PR08 | |
| 05E9 C6 07 PR05: LDB #$7 | |
| 05EB 86 20 PR06: LDA #SPACE | |
| 05ED BD 07 AA JSR PUTCHR | |
| 05F0 D5 12 BITB ZONE | |
| 05F2 26 F7 BNE PR06 | |
| 05F4 30 01 PR07: LEAX 1,X | |
| 05F6 BD 02 5B JSR SKIPSP | |
| 05F9 81 04 CMPA #EOL | |
| 05FB 26 B2 BNE PR01 | |
| 05FD 30 01 PR08: LEAX 1,X | |
| 05FF 7E 01 FC JMP ENDS02 | |
| 0602 ;* | |
| 0602 ;* | |
| 0602 BD 07 AA PRQ01: JSR PUTCHR | |
| 0605 A6 80 PRNTQS: LDA ,X+ | |
| 0607 81 04 CMPA #EOL | |
| 0609 26 03 BNE PRQ03 | |
| 060B 7E 01 55 JMP ERRORS | |
| 060E 81 22 PRQ03: CMPA #$22 | |
| 0610 26 F0 BNE PRQ01 | |
| 0612 39 RTS | |
| 0613 ;* | |
| 0613 4D PRNTN: TSTA | |
| 0614 2A 0D BPL PRN03 | |
| 0616 40 NEGA | |
| 0617 50 NEGB | |
| 0618 82 00 SBCA #0 | |
| 061A 34 02 PSHS A | |
| 061C 86 2D LDA #"-" | |
| 061E BD 07 AA JSR PUTCHR | |
| 0621 35 02 PULS A | |
| 0623 8E 06 52 PRN03: LDX #PRNPT-2 | |
| 0626 30 02 PRN05: LEAX 2,X | |
| 0628 10 A3 00 CMPD 0,X | |
| 062B 24 05 BCC PRN07 | |
| 062D 8C 06 5C CMPX #PRNPTO | |
| 0630 26 F4 BNE PRN05 | |
| 0632 0F 10 PRN07: CLR CHAR | |
| 0634 10 A3 00 PRN09: CMPD 0,X | |
| 0637 25 06 BCS PRN11 | |
| 0639 A3 00 SUBD 0,X | |
| 063B 0C 10 INC CHAR | |
| 063D 20 F5 BRA PRN09 | |
| 063F 34 02 PRN11: PSHS A | |
| 0641 86 30 LDA #"0" | |
| 0643 9B 10 ADDA CHAR | |
| 0645 BD 07 AA JSR PUTCHR | |
| 0648 35 02 PULS A | |
| 064A 8C 06 5C CMPX #PRNPTO | |
| 064D 27 04 BEQ PRN13 | |
| 064F 30 02 LEAX 2,X | |
| 0651 20 DF BRA PRN07 | |
| 0653 39 PRN13: RTS | |
| 0654 27 10 PRNPT: FDB 10000 | |
| 0656 03 E8 FDB 1000 | |
| 0658 00 64 FDB 100 | |
| 065A 00 0A FDB 10 | |
| 065C 00 01 PRNPTO: FDB 1 | |
| 065E ;* | |
| 065E 8E 06 56 PRNT4: LDX #PRNPT+2 | |
| 0661 20 CF BRA PRN07 | |
| 0663 ;****************************** | |
| 0663 ;****************************** | |
| 0663 BD 02 8B INPUT: JSR TSTVAR | |
| 0666 25 3C BCS IN11 | |
| 0668 34 06 PSHS D | |
| 066A 9F 08 STX CURSOR | |
| 066C 86 3F IN03: LDA #"?" | |
| 066E BD 07 AA JSR PUTCHR | |
| 0671 BD 01 90 JSR GETLIN | |
| 0674 BD 02 5B IN05: JSR SKIPSP | |
| 0677 81 04 CMPA #EOL | |
| 0679 27 F1 BEQ IN03 | |
| 067B BD 02 D6 JSR TSTSNB | |
| 067E 24 0B BCC IN07 | |
| 0680 8E 06 B8 LDX #RMESS | |
| 0683 BD 01 37 JSR PUTSTR | |
| 0686 BD 01 3E JSR CRLF | |
| 0689 20 E1 BRA IN03 | |
| 068B 9F 0E IN07: STX SCRTCH | |
| 068D 35 10 PULS X | |
| 068F ED 00 STD 0,X | |
| 0691 9E 08 LDX CURSOR | |
| 0693 BD 02 5B JSR SKIPSP | |
| 0696 81 2C CMPA #"," | |
| 0698 27 03 BEQ IN09 | |
| 069A 7E 01 F9 JMP ENDSMT | |
| 069D 30 01 IN09: LEAX 1,X | |
| 069F BD 02 8B JSR TSTVAR | |
| 06A2 24 03 BCC IN13 | |
| 06A4 7E 01 55 IN11: JMP ERRORS | |
| 06A7 34 06 IN13: PSHS D | |
| 06A9 34 10 PSHS X | |
| 06AB 9E 0E LDX SCRTCH | |
| 06AD BD 02 5B JSR SKIPSP | |
| 06B0 81 2C CMPA #"," | |
| 06B2 26 C0 BNE IN05 | |
| 06B4 30 01 LEAX 1,X | |
| 06B6 20 BC BRA IN05 | |
| 06B8 52 45 2D 45 4E 54 45 52 RMESS: DB "RE-ENTER" | |
| 06C0 04 FCB EOL | |
| 06C1 ;****************************** | |
| 06C1 ;****************************** | |
| 06C1 9E 06 RUN: LDX STKTOP | |
| 06C3 86 34 LDA #52 | |
| 06C5 6F 80 RUN01: CLR ,X+ | |
| 06C7 4A DECA | |
| 06C8 26 FB BNE RUN01 | |
| 06CA 9E 00 LDX USRBAS | |
| 06CC 7E 02 02 JMP REM05 | |
| 06CF ;****************************** | |
| 06CF ;****************************** | |
| 06CF BD 02 EA LIST: JSR TSTNBR | |
| 06D2 24 08 BCC LIST03 | |
| 06D4 4F CLRA | |
| 06D5 5F CLRB | |
| 06D6 DD 08 STD CURSOR | |
| 06D8 86 7F LDA #$7F | |
| 06DA 20 17 BRA LIST07 | |
| 06DC DD 08 LIST03: STD CURSOR | |
| 06DE BD 02 5B JSR SKIPSP | |
| 06E1 81 2C CMPA #"," | |
| 06E3 27 04 BEQ LIST05 | |
| 06E5 96 08 LDA CURSOR | |
| 06E7 20 0A BRA LIST07 | |
| 06E9 30 01 LIST05: LEAX 1,X | |
| 06EB BD 02 EA JSR TSTNBR | |
| 06EE 24 03 BCC LIST07 | |
| 06F0 7E 01 55 JMP ERRORS | |
| 06F3 BD 05 31 LIST07: JSR TSTEOL | |
| 06F6 34 06 PSHS D | |
| 06F8 DC 08 LDD CURSOR | |
| 06FA 9F 08 STX CURSOR | |
| 06FC BD 03 C2 JSR FLINE | |
| 06FF 9C 02 LIST09: CMPX USRTOP | |
| 0701 27 28 BEQ LIST10 | |
| 0703 35 06 PULS D | |
| 0705 10 A3 00 CMPD 0,X | |
| 0708 25 28 BCS LIST11 | |
| 070A 34 06 PSHS D | |
| 070C EC 81 LDD ,X++ | |
| 070E 34 10 PSHS X | |
| 0710 BD 06 5E JSR PRNT4 | |
| 0713 35 10 PULS X | |
| 0715 86 20 LDA #SPACE | |
| 0717 BD 07 AA JSR PUTCHR | |
| 071A BD 01 37 JSR PUTSTR | |
| 071D 30 01 LEAX 1,X | |
| 071F 34 10 PSHS X | |
| 0721 BD 01 3E JSR CRLF | |
| 0724 35 10 PULS X | |
| 0726 BD 07 9C JSR TSTBRK | |
| 0729 20 D4 BRA LIST09 | |
| 072B 32 62 LIST10: LEAS 2,S | |
| 072D 86 03 LDA #ETX | |
| 072F BD 07 AA JSR PUTCHR | |
| 0732 9E 08 LIST11: LDX CURSOR | |
| 0734 7E 01 FC JMP ENDS02 | |
| 0737 ;****************************** | |
| 0737 ;****************************** | |
| 0737 4C 45 54 VERBT: DB "LET" | |
| 073A 04 FCB EOL | |
| 073B 05 42 FDB LET | |
| 073D 49 46 DB "IF" | |
| 073F 04 FCB EOL | |
| 0740 05 68 FDB IF | |
| 0742 47 4F 54 4F DB "GOTO" | |
| 0746 04 FCB EOL | |
| 0747 05 74 FDB GOTO | |
| 0749 47 4F 53 55 42 DB "GOSUB" | |
| 074E 04 FCB EOL | |
| 074F 05 81 FDB GOSUB | |
| 0751 52 45 54 55 52 4E DB "RETURN" | |
| 0757 04 FCB EOL | |
| 0758 05 31 FDB RETURN | |
| 075A 50 4F 4B 45 DB "POKE" | |
| 075E 04 FCB EOL | |
| 075F 03 7C FDB POKE | |
| 0761 50 52 49 4E 54 DB "PRINT" | |
| 0766 04 FCB EOL | |
| 0767 05 AC FDB PRINT | |
| 0769 49 4E 50 55 54 DB "INPUT" | |
| 076E 04 FCB EOL | |
| 076F 06 63 FDB INPUT | |
| 0771 52 45 4D DB "REM" | |
| 0774 04 FCB EOL | |
| 0775 01 F3 FDB REM | |
| 0777 53 54 4F 50 DB "STOP" | |
| 077B 04 FCB EOL | |
| 077C 01 6E FDB END | |
| 077E 45 4E 44 DB "END" | |
| 0781 04 FCB EOL | |
| 0782 01 6E FDB END | |
| 0784 52 55 4E DB "RUN" | |
| 0787 04 FCB EOL | |
| 0788 06 C1 FDB RUN | |
| 078A 4C 49 53 54 DB "LIST" | |
| 078E 04 FCB EOL | |
| 078F 06 CF FDB LIST | |
| 0791 4E 45 57 DB "NEW" | |
| 0794 04 FCB EOL | |
| 0795 00 1E FDB CLEAR | |
| 0797 3F DB "?" | |
| 0798 04 FCB EOL | |
| 0799 05 AC FDB PRINT | |
| 079B 04 FCB EOL | |
| 079C ;****************************** | |
| 079C ;****************************** | |
| 079C 8D 2A TSTBRK: BSR BRKEEE | |
| 079E 27 09 BEQ GETC05 | |
| 07A0 8D 0D GETCHR: BSR INEEE | |
| 07A2 81 03 CMPA #ETX | |
| 07A4 26 03 BNE GETC05 | |
| 07A6 7E 01 66 JMP BREAK | |
| 07A9 39 GETC05: RTS | |
| 07AA 0C 12 PUTCHR: INC ZONE | |
| 07AC 7E 07 B9 JMP OUTEEE | |
| 07AF ;****************************** | |
| 07AF ;****************************** | |
| 07AF 8D 17 INEEE: BSR BRKEEE | |
| 07B1 27 FC BEQ INEEE | |
| 07B3 B6 83 FF LDA RECEV | |
| 07B6 84 7F ANDA #$7F | |
| 07B8 39 RTS | |
| 07B9 34 02 OUTEEE: PSHS A | |
| 07BB B6 83 FE OUT01: LDA TRCS | |
| 07BE 85 02 BITA #TDRE | |
| 07C0 27 F9 BEQ OUT01 | |
| 07C2 35 02 PULS A | |
| 07C4 B7 83 FF STA TRANS | |
| 07C7 39 RTS | |
| 07C8 34 02 BRKEEE: PSHS A | |
| 07CA B6 83 FE BRK03: LDA TRCS | |
| 07CD 85 20 BITA #ORFE | |
| 07CF 27 05 BEQ BRK05 | |
| 07D1 B6 83 FF LDA RECEV | |
| 07D4 20 F4 BRA BRK03 | |
| 07D6 85 01 BRK05: BITA #RDRF | |
| 07D8 35 02 PULS A | |
| 07DA 39 RTS | |
| 07DB ;* | |
| 07DB 86 03 LDA #CNTL1 | |
| 07DD B7 83 FE STA RMCR | |
| 07E0 86 15 LDA #CNTL2 | |
| 07E2 B7 83 FE STA TRCS | |
| 07E5 INTEEE: EQU $ | |
| 07E5 39 RTS | |
| 07E6 ;****************************** | |
| 07E6 ;****************************** | |
| EOL: 0004 DEFINED AT LINE 18 | |
| > USED AT LINE 127 | |
| > USED AT LINE 232 | |
| > USED AT LINE 235 | |
| > USED AT LINE 238 | |
| > USED AT LINE 241 | |
| > USED AT LINE 244 | |
| > USED AT LINE 560 | |
| > USED AT LINE 563 | |
| > USED AT LINE 566 | |
| > USED AT LINE 568 | |
| > USED AT LINE 966 | |
| > USED AT LINE 1027 | |
| > USED AT LINE 1030 | |
| > USED AT LINE 1033 | |
| > USED AT LINE 1036 | |
| > USED AT LINE 1039 | |
| > USED AT LINE 1042 | |
| > USED AT LINE 1045 | |
| > USED AT LINE 1048 | |
| > USED AT LINE 1051 | |
| > USED AT LINE 1054 | |
| > USED AT LINE 1057 | |
| > USED AT LINE 1060 | |
| > USED AT LINE 1063 | |
| > USED AT LINE 1066 | |
| > USED AT LINE 1069 | |
| > USED AT LINE 1071 | |
| ETX: 0003 DEFINED AT LINE 19 | |
| SPACE: 0020 DEFINED AT LINE 20 | |
| CR: 000D DEFINED AT LINE 21 | |
| > USED AT LINE 227 | |
| LF: 000A DEFINED AT LINE 22 | |
| > USED AT LINE 227 | |
| BS: 0008 DEFINED AT LINE 23 | |
| CAN: 0018 DEFINED AT LINE 24 | |
| BELL: 0007 DEFINED AT LINE 25 | |
| FILL: 0000 DEFINED AT LINE 26 | |
| DEL: 007F DEFINED AT LINE 27 | |
| BSIZE: 0049 DEFINED AT LINE 28 | |
| > USED AT LINE 48 | |
| STKCUS: 0030 DEFINED AT LINE 29 | |
| BACIA: 83FE DEFINED AT LINE 31 | |
| > USED AT LINE 32 | |
| > USED AT LINE 33 | |
| > USED AT LINE 34 | |
| > USED AT LINE 35 | |
| RMCR: 83FE DEFINED AT LINE 32 | |
| > USED AT LINE 1108 | |
| TRCS: 83FE DEFINED AT LINE 33 | |
| > USED AT LINE 1091 | |
| > USED AT LINE 1098 | |
| > USED AT LINE 1110 | |
| RECEV: 83FF DEFINED AT LINE 34 | |
| > USED AT LINE 1087 | |
| > USED AT LINE 1101 | |
| TRANS: 83FF DEFINED AT LINE 35 | |
| > USED AT LINE 1095 | |
| CNTL1: 0003 DEFINED AT LINE 36 | |
| CNTL2: 0015 DEFINED AT LINE 37 | |
| RDRF: 0001 DEFINED AT LINE 38 | |
| ORFE: 0020 DEFINED AT LINE 39 | |
| TDRE: 0002 DEFINED AT LINE 40 | |
| LORAM: 0080 DEFINED AT LINE 43 | |
| BUFFER: 0200 DEFINED AT LINE 44 | |
| > USED AT LINE 48 | |
| > USED AT LINE 49 | |
| RAMSIZ: 2000 DEFINED AT LINE 45 | |
| > USED AT LINE 49 | |
| ROMADR: F000 DEFINED AT LINE 46 | |
| RAMBEG: 0249 DEFINED AT LINE 48 | |
| RAMEND: 2200 DEFINED AT LINE 49 | |
| RAMPAT: AA0F DEFINED AT LINE 51 | |
| ROMPAT: F055 DEFINED AT LINE 52 | |
| USRBAS: 0000 DEFINED AT LINE 56 | |
| > USED AT LINE 85 | |
| > USED AT LINE 94 | |
| > USED AT LINE 139 | |
| > USED AT LINE 571 | |
| > USED AT LINE 974 | |
| USRTOP: 0002 DEFINED AT LINE 57 | |
| > USED AT LINE 86 | |
| > USED AT LINE 112 | |
| > USED AT LINE 135 | |
| > USED AT LINE 148 | |
| > USED AT LINE 158 | |
| > USED AT LINE 180 | |
| > USED AT LINE 182 | |
| > USED AT LINE 183 | |
| > USED AT LINE 187 | |
| > USED AT LINE 190 | |
| > USED AT LINE 313 | |
| > USED AT LINE 572 | |
| > USED AT LINE 1000 | |
| STKLIM: 0004 DEFINED AT LINE 58 | |
| > USED AT LINE 87 | |
| > USED AT LINE 113 | |
| > USED AT LINE 159 | |
| > USED AT LINE 184 | |
| > USED AT LINE 188 | |
| > USED AT LINE 520 | |
| STKTOP: 0006 DEFINED AT LINE 59 | |
| > USED AT LINE 78 | |
| > USED AT LINE 82 | |
| > USED AT LINE 91 | |
| > USED AT LINE 406 | |
| > USED AT LINE 969 | |
| CURSOR: 0008 DEFINED AT LINE 60 | |
| > USED AT LINE 95 | |
| > USED AT LINE 134 | |
| > USED AT LINE 141 | |
| > USED AT LINE 193 | |
| > USED AT LINE 201 | |
| > USED AT LINE 327 | |
| > USED AT LINE 332 | |
| > USED AT LINE 336 | |
| > USED AT LINE 429 | |
| > USED AT LINE 431 | |
| > USED AT LINE 551 | |
| > USED AT LINE 794 | |
| > USED AT LINE 797 | |
| > USED AT LINE 817 | |
| > USED AT LINE 824 | |
| > USED AT LINE 932 | |
| > USED AT LINE 948 | |
| > USED AT LINE 982 | |
| > USED AT LINE 985 | |
| > USED AT LINE 989 | |
| > USED AT LINE 997 | |
| > USED AT LINE 998 | |
| > USED AT LINE 1022 | |
| SAVESP: 000A DEFINED AT LINE 61 | |
| > USED AT LINE 143 | |
| > USED AT LINE 152 | |
| > USED AT LINE 154 | |
| > USED AT LINE 157 | |
| > USED AT LINE 191 | |
| > USED AT LINE 197 | |
| > USED AT LINE 517 | |
| > USED AT LINE 518 | |
| LINENB: 000C DEFINED AT LINE 62 | |
| > USED AT LINE 97 | |
| > USED AT LINE 248 | |
| > USED AT LINE 310 | |
| > USED AT LINE 311 | |
| > USED AT LINE 317 | |
| > USED AT LINE 826 | |
| > USED AT LINE 830 | |
| SCRTCH: 000E DEFINED AT LINE 63 | |
| > USED AT LINE 132 | |
| > USED AT LINE 160 | |
| > USED AT LINE 204 | |
| > USED AT LINE 206 | |
| > USED AT LINE 337 | |
| > USED AT LINE 338 | |
| > USED AT LINE 342 | |
| > USED AT LINE 349 | |
| > USED AT LINE 945 | |
| > USED AT LINE 959 | |
| CHAR: 0010 DEFINED AT LINE 64 | |
| > USED AT LINE 151 | |
| > USED AT LINE 155 | |
| > USED AT LINE 181 | |
| > USED AT LINE 192 | |
| > USED AT LINE 196 | |
| > USED AT LINE 203 | |
| > USED AT LINE 207 | |
| > USED AT LINE 209 | |
| > USED AT LINE 335 | |
| > USED AT LINE 343 | |
| > USED AT LINE 345 | |
| > USED AT LINE 352 | |
| > USED AT LINE 903 | |
| > USED AT LINE 907 | |
| > USED AT LINE 911 | |
| ZONE: 0012 DEFINED AT LINE 65 | |
| > USED AT LINE 225 | |
| > USED AT LINE 869 | |
| > USED AT LINE 1081 | |
| MODE: 0013 DEFINED AT LINE 66 | |
| > USED AT LINE 92 | |
| > USED AT LINE 98 | |
| > USED AT LINE 280 | |
| > USED AT LINE 301 | |
| RESRVD: 0014 DEFINED AT LINE 67 | |
| LOEND: 0015 DEFINED AT LINE 68 | |
| BASIC: 0000 DEFINED AT LINE 76 | |
| WARMS: 000C DEFINED AT LINE 78 | |
| SETUP: 0014 DEFINED AT LINE 81 | |
| > USED AT LINE 76 | |
| SET03: 0018 DEFINED AT LINE 82 | |
| CLEAR: 001E DEFINED AT LINE 84 | |
| > USED AT LINE 1067 | |
| CLR02: 0025 DEFINED AT LINE 87 | |
| WMS05: 0027 DEFINED AT LINE 88 | |
| > USED AT LINE 80 | |
| CMDB: 0030 DEFINED AT LINE 91 | |
| > USED AT LINE 110 | |
| > USED AT LINE 255 | |
| CMDE: 003C DEFINED AT LINE 96 | |
| > USED AT LINE 108 | |
| > USED AT LINE 124 | |
| CMD01: 004A DEFINED AT LINE 102 | |
| > USED AT LINE 99 | |
| CMD02: 0060 DEFINED AT LINE 111 | |
| > USED AT LINE 104 | |
| CMD03: 006D DEFINED AT LINE 117 | |
| > USED AT LINE 115 | |
| CMD04: 0072 DEFINED AT LINE 119 | |
| CMD05: 007F DEFINED AT LINE 125 | |
| > USED AT LINE 105 | |
| > USED AT LINE 118 | |
| > USED AT LINE 122 | |
| VSTR: 0082 DEFINED AT LINE 126 | |
| EDITOR: 008D DEFINED AT LINE 130 | |
| > USED AT LINE 123 | |
| ED00: 00A1 DEFINED AT LINE 139 | |
| > USED AT LINE 136 | |
| ED01: 00A3 DEFINED AT LINE 140 | |
| > USED AT LINE 138 | |
| ED02: 00AE DEFINED AT LINE 145 | |
| > USED AT LINE 147 | |
| ED03: 00B4 DEFINED AT LINE 148 | |
| > USED AT LINE 156 | |
| ED35: 00C6 DEFINED AT LINE 157 | |
| > USED AT LINE 149 | |
| ED04: 00CC DEFINED AT LINE 160 | |
| > USED AT LINE 142 | |
| ED05: 00D0 DEFINED AT LINE 162 | |
| > USED AT LINE 165 | |
| ED55: 00DD DEFINED AT LINE 170 | |
| > USED AT LINE 167 | |
| ED06: 00E1 DEFINED AT LINE 172 | |
| > USED AT LINE 176 | |
| ED07: 0105 DEFINED AT LINE 190 | |
| > USED AT LINE 186 | |
| ED08: 0107 DEFINED AT LINE 191 | |
| > USED AT LINE 199 | |
| ED09: 0119 DEFINED AT LINE 200 | |
| > USED AT LINE 194 | |
| ED10: 0121 DEFINED AT LINE 204 | |
| > USED AT LINE 211 | |
| PUTS01: 0132 DEFINED AT LINE 215 | |
| > USED AT LINE 219 | |
| PUTSTR: 0137 DEFINED AT LINE 217 | |
| > USED AT LINE 90 | |
| > USED AT LINE 224 | |
| > USED AT LINE 253 | |
| > USED AT LINE 942 | |
| > USED AT LINE 1012 | |
| CRLF: 013E DEFINED AT LINE 223 | |
| > USED AT LINE 88 | |
| > USED AT LINE 93 | |
| > USED AT LINE 245 | |
| > USED AT LINE 254 | |
| > USED AT LINE 258 | |
| > USED AT LINE 285 | |
| > USED AT LINE 863 | |
| > USED AT LINE 943 | |
| > USED AT LINE 1015 | |
| CRLFST: 0146 DEFINED AT LINE 227 | |
| ERRORF: 014D DEFINED AT LINE 230 | |
| > USED AT LINE 189 | |
| > USED AT LINE 756 | |
| > USED AT LINE 823 | |
| ERRORS: 0155 DEFINED AT LINE 233 | |
| > USED AT LINE 125 | |
| > USED AT LINE 419 | |
| > USED AT LINE 539 | |
| > USED AT LINE 751 | |
| > USED AT LINE 777 | |
| > USED AT LINE 785 | |
| > USED AT LINE 790 | |
| > USED AT LINE 861 | |
| > USED AT LINE 883 | |
| > USED AT LINE 956 | |
| > USED AT LINE 994 | |
| ERRORR: 015E DEFINED AT LINE 236 | |
| > USED AT LINE 116 | |
| > USED AT LINE 315 | |
| > USED AT LINE 820 | |
| BREAK: 0166 DEFINED AT LINE 239 | |
| > USED AT LINE 1079 | |
| END: 016E DEFINED AT LINE 242 | |
| > USED AT LINE 1055 | |
| > USED AT LINE 1058 | |
| ER01: 0175 DEFINED AT LINE 245 | |
| > USED AT LINE 230 | |
| > USED AT LINE 233 | |
| > USED AT LINE 236 | |
| > USED AT LINE 239 | |
| > USED AT LINE 242 | |
| GL00: 018E DEFINED AT LINE 258 | |
| > USED AT LINE 275 | |
| GETLIN: 0190 DEFINED AT LINE 259 | |
| > USED AT LINE 102 | |
| > USED AT LINE 935 | |
| GL03: 0193 DEFINED AT LINE 260 | |
| > USED AT LINE 264 | |
| > USED AT LINE 271 | |
| > USED AT LINE 279 | |
| > USED AT LINE 292 | |
| GL04: 01A7 DEFINED AT LINE 269 | |
| > USED AT LINE 266 | |
| GL02: 01A9 DEFINED AT LINE 270 | |
| > USED AT LINE 268 | |
| > USED AT LINE 299 | |
| > USED AT LINE 302 | |
| GL05: 01AE DEFINED AT LINE 272 | |
| > USED AT LINE 262 | |
| GL06: 01C7 DEFINED AT LINE 284 | |
| > USED AT LINE 281 | |
| GL08: 01CE DEFINED AT LINE 287 | |
| > USED AT LINE 283 | |
| GL07: 01D6 DEFINED AT LINE 291 | |
| > USED AT LINE 273 | |
| GL09: 01EB DEFINED AT LINE 300 | |
| > USED AT LINE 277 | |
| REM00: 01F1 DEFINED AT LINE 305 | |
| > USED AT LINE 308 | |
| REM: 01F3 DEFINED AT LINE 306 | |
| > USED AT LINE 805 | |
| > USED AT LINE 1052 | |
| ENDSMT: 01F9 DEFINED AT LINE 309 | |
| > USED AT LINE 952 | |
| ENDS02: 01FC DEFINED AT LINE 310 | |
| > USED AT LINE 547 | |
| > USED AT LINE 798 | |
| > USED AT LINE 832 | |
| > USED AT LINE 876 | |
| > USED AT LINE 1023 | |
| REM05: 0202 DEFINED AT LINE 313 | |
| > USED AT LINE 975 | |
| NXTLIN: 0209 DEFINED AT LINE 316 | |
| > USED AT LINE 314 | |
| > USED AT LINE 812 | |
| > USED AT LINE 828 | |
| MSLINE: 020D DEFINED AT LINE 318 | |
| > USED AT LINE 109 | |
| > USED AT LINE 804 | |
| REM09: 0216 DEFINED AT LINE 322 | |
| > USED AT LINE 312 | |
| IMPLET: 0217 DEFINED AT LINE 323 | |
| > USED AT LINE 320 | |
| IFAN: 021A DEFINED AT LINE 326 | |
| > USED AT LINE 319 | |
| FAN00: 0221 DEFINED AT LINE 329 | |
| > USED AT LINE 357 | |
| > USED AT LINE 553 | |
| FAN04: 022C DEFINED AT LINE 335 | |
| > USED AT LINE 331 | |
| FAN05: 0232 DEFINED AT LINE 338 | |
| > USED AT LINE 347 | |
| FAN07: 024D DEFINED AT LINE 352 | |
| > USED AT LINE 340 | |
| FAN08: 024F DEFINED AT LINE 353 | |
| > USED AT LINE 355 | |
| NXTNSP: 0259 DEFINED AT LINE 360 | |
| > USED AT LINE 363 | |
| SKIPSP: 025B DEFINED AT LINE 361 | |
| > USED AT LINE 106 | |
| > USED AT LINE 131 | |
| > USED AT LINE 306 | |
| > USED AT LINE 326 | |
| > USED AT LINE 395 | |
| > USED AT LINE 413 | |
| > USED AT LINE 423 | |
| > USED AT LINE 436 | |
| > USED AT LINE 449 | |
| > USED AT LINE 536 | |
| > USED AT LINE 550 | |
| > USED AT LINE 598 | |
| > USED AT LINE 605 | |
| > USED AT LINE 615 | |
| > USED AT LINE 646 | |
| > USED AT LINE 655 | |
| > USED AT LINE 672 | |
| > USED AT LINE 745 | |
| > USED AT LINE 757 | |
| > USED AT LINE 774 | |
| > USED AT LINE 787 | |
| > USED AT LINE 838 | |
| > USED AT LINE 854 | |
| > USED AT LINE 872 | |
| > USED AT LINE 936 | |
| > USED AT LINE 949 | |
| > USED AT LINE 960 | |
| > USED AT LINE 986 | |
| TSTHEX: 0262 DEFINED AT LINE 367 | |
| > USED AT LINE 459 | |
| TSTLTR: 0273 DEFINED AT LINE 378 | |
| > USED AT LINE 396 | |
| > USED AT LINE 400 | |
| TST03: 027B DEFINED AT LINE 382 | |
| > USED AT LINE 370 | |
| > USED AT LINE 372 | |
| > USED AT LINE 379 | |
| > USED AT LINE 387 | |
| > USED AT LINE 389 | |
| > USED AT LINE 401 | |
| TSTDIG: 027E DEFINED AT LINE 386 | |
| > USED AT LINE 367 | |
| > USED AT LINE 450 | |
| > USED AT LINE 483 | |
| TST05: 0288 DEFINED AT LINE 391 | |
| > USED AT LINE 368 | |
| > USED AT LINE 381 | |
| TSTVAR: 028B DEFINED AT LINE 395 | |
| > USED AT LINE 732 | |
| > USED AT LINE 783 | |
| > USED AT LINE 929 | |
| > USED AT LINE 954 | |
| TSTV02: 02A1 DEFINED AT LINE 407 | |
| TSTV03: 02A3 DEFINED AT LINE 408 | |
| > USED AT LINE 397 | |
| USER: 02A4 DEFINED AT LINE 411 | |
| > USED AT LINE 561 | |
| USER02: 02B6 DEFINED AT LINE 419 | |
| > USED AT LINE 426 | |
| USER03: 02B9 DEFINED AT LINE 420 | |
| > USED AT LINE 415 | |
| USER05: 02CB DEFINED AT LINE 428 | |
| > USED AT LINE 418 | |
| TSTSNB: 02D6 DEFINED AT LINE 436 | |
| > USED AT LINE 939 | |
| TSN02: 02E9 DEFINED AT LINE 446 | |
| > USED AT LINE 441 | |
| TSTNBR: 02EA DEFINED AT LINE 449 | |
| > USED AT LINE 103 | |
| > USED AT LINE 438 | |
| > USED AT LINE 440 | |
| > USED AT LINE 739 | |
| > USED AT LINE 978 | |
| > USED AT LINE 992 | |
| TSTN20: 02F8 DEFINED AT LINE 455 | |
| TSTN23: 02FE DEFINED AT LINE 458 | |
| > USED AT LINE 478 | |
| TSTN02: 0321 DEFINED AT LINE 479 | |
| > USED AT LINE 451 | |
| TSTN03: 0327 DEFINED AT LINE 482 | |
| > USED AT LINE 506 | |
| TSTN07: 0354 DEFINED AT LINE 507 | |
| > USED AT LINE 460 | |
| > USED AT LINE 484 | |
| TSTN09: 0358 DEFINED AT LINE 509 | |
| > USED AT LINE 454 | |
| TSTN11: 035B DEFINED AT LINE 511 | |
| > USED AT LINE 466 | |
| > USED AT LINE 491 | |
| > USED AT LINE 494 | |
| > USED AT LINE 496 | |
| > USED AT LINE 499 | |
| > USED AT LINE 502 | |
| TSTSTK: 0362 DEFINED AT LINE 517 | |
| > USED AT LINE 185 | |
| > USED AT LINE 567 | |
| > USED AT LINE 754 | |
| > USED AT LINE 821 | |
| PEEK: 036D DEFINED AT LINE 524 | |
| > USED AT LINE 564 | |
| POKE: 037C DEFINED AT LINE 534 | |
| > USED AT LINE 1043 | |
| POKE05: 038B DEFINED AT LINE 540 | |
| > USED AT LINE 538 | |
| TSTFUN: 039E DEFINED AT LINE 550 | |
| > USED AT LINE 741 | |
| TSTF05: 03AD DEFINED AT LINE 556 | |
| > USED AT LINE 554 | |
| FUNT: 03AE DEFINED AT LINE 559 | |
| FLINE: 03C2 DEFINED AT LINE 571 | |
| > USED AT LINE 810 | |
| > USED AT LINE 818 | |
| > USED AT LINE 999 | |
| FNDLIN: 03C4 DEFINED AT LINE 572 | |
| > USED AT LINE 140 | |
| > USED AT LINE 592 | |
| FND03: 03CB DEFINED AT LINE 576 | |
| > USED AT LINE 573 | |
| FND05: 03D3 DEFINED AT LINE 580 | |
| > USED AT LINE 577 | |
| FND07: 03DA DEFINED AT LINE 584 | |
| > USED AT LINE 580 | |
| FND09: 03E0 DEFINED AT LINE 587 | |
| > USED AT LINE 589 | |
| RELEXP: 03EC DEFINED AT LINE 595 | |
| > USED AT LINE 801 | |
| REL03: 040C DEFINED AT LINE 611 | |
| > USED AT LINE 602 | |
| REL05: 0417 DEFINED AT LINE 616 | |
| > USED AT LINE 607 | |
| REL06: 041B DEFINED AT LINE 618 | |
| > USED AT LINE 600 | |
| REL07: 041F DEFINED AT LINE 620 | |
| > USED AT LINE 610 | |
| > USED AT LINE 617 | |
| REL08: 0437 DEFINED AT LINE 634 | |
| > USED AT LINE 632 | |
| REL09: 043D DEFINED AT LINE 638 | |
| > USED AT LINE 636 | |
| EXPR: 0443 DEFINED AT LINE 644 | |
| > USED AT LINE 421 | |
| > USED AT LINE 541 | |
| > USED AT LINE 595 | |
| > USED AT LINE 621 | |
| > USED AT LINE 761 | |
| > USED AT LINE 792 | |
| > USED AT LINE 808 | |
| > USED AT LINE 815 | |
| > USED AT LINE 850 | |
| EXPR02: 0452 DEFINED AT LINE 651 | |
| > USED AT LINE 657 | |
| EXPR03: 0454 DEFINED AT LINE 652 | |
| > USED AT LINE 650 | |
| EXPR04: 0456 DEFINED AT LINE 653 | |
| > USED AT LINE 665 | |
| EXPR05: 0465 DEFINED AT LINE 660 | |
| > USED AT LINE 648 | |
| EXPR06: 046F DEFINED AT LINE 666 | |
| > USED AT LINE 612 | |
| > USED AT LINE 659 | |
| TERM: 0472 DEFINED AT LINE 670 | |
| > USED AT LINE 652 | |
| > USED AT LINE 661 | |
| TERM03: 0477 DEFINED AT LINE 672 | |
| > USED AT LINE 712 | |
| > USED AT LINE 729 | |
| TERM05: 0485 DEFINED AT LINE 679 | |
| > USED AT LINE 676 | |
| DIV05: 04A1 DEFINED AT LINE 693 | |
| > USED AT LINE 704 | |
| DIV07: 04AB DEFINED AT LINE 698 | |
| > USED AT LINE 694 | |
| DIV09: 04AD DEFINED AT LINE 699 | |
| > USED AT LINE 697 | |
| TERM06: 04C2 DEFINED AT LINE 711 | |
| > USED AT LINE 708 | |
| TERM07: 04C6 DEFINED AT LINE 713 | |
| > USED AT LINE 674 | |
| MULT: 04CA DEFINED AT LINE 715 | |
| FACT: 04E5 DEFINED AT LINE 732 | |
| > USED AT LINE 670 | |
| > USED AT LINE 680 | |
| > USED AT LINE 714 | |
| FACT02: 04F2 DEFINED AT LINE 738 | |
| > USED AT LINE 740 | |
| > USED AT LINE 742 | |
| FACT03: 04F3 DEFINED AT LINE 739 | |
| > USED AT LINE 733 | |
| PAREXP: 04FD DEFINED AT LINE 743 | |
| > USED AT LINE 524 | |
| > USED AT LINE 534 | |
| FACT05: 050D DEFINED AT LINE 751 | |
| > USED AT LINE 748 | |
| > USED AT LINE 759 | |
| ARGONE: 0510 DEFINED AT LINE 754 | |
| > USED AT LINE 411 | |
| > USED AT LINE 743 | |
| FACT04: 0518 DEFINED AT LINE 757 | |
| > USED AT LINE 755 | |
| ABSX: 0524 DEFINED AT LINE 764 | |
| > USED AT LINE 685 | |
| > USED AT LINE 687 | |
| NEGX: 0528 DEFINED AT LINE 766 | |
| > USED AT LINE 710 | |
| NEG05: 0530 DEFINED AT LINE 770 | |
| > USED AT LINE 765 | |
| > USED AT LINE 768 | |
| TSTEOL: 0531 DEFINED AT LINE 773 | |
| > USED AT LINE 309 | |
| > USED AT LINE 542 | |
| > USED AT LINE 793 | |
| > USED AT LINE 809 | |
| > USED AT LINE 816 | |
| > USED AT LINE 835 | |
| > USED AT LINE 995 | |
| TEOL03: 053D DEFINED AT LINE 778 | |
| > USED AT LINE 776 | |
| LET: 0542 DEFINED AT LINE 783 | |
| > USED AT LINE 323 | |
| > USED AT LINE 1028 | |
| LET03: 054A DEFINED AT LINE 786 | |
| > USED AT LINE 784 | |
| LET05: 0556 DEFINED AT LINE 791 | |
| > USED AT LINE 789 | |
| IF: 0568 DEFINED AT LINE 801 | |
| > USED AT LINE 1031 | |
| IF03: 0571 DEFINED AT LINE 805 | |
| > USED AT LINE 803 | |
| GOTO: 0574 DEFINED AT LINE 808 | |
| > USED AT LINE 1034 | |
| GOSUB: 0581 DEFINED AT LINE 815 | |
| > USED AT LINE 1037 | |
| GOSB04: 058D DEFINED AT LINE 820 | |
| > USED AT LINE 811 | |
| GOSB03: 0590 DEFINED AT LINE 821 | |
| > USED AT LINE 819 | |
| GOSB05: 0598 DEFINED AT LINE 824 | |
| > USED AT LINE 822 | |
| RETURN: 0531 DEFINED AT LINE 835 | |
| > USED AT LINE 1040 | |
| PRINT: 05AC DEFINED AT LINE 838 | |
| > USED AT LINE 1046 | |
| > USED AT LINE 1070 | |
| PR01: 05AF DEFINED AT LINE 839 | |
| > USED AT LINE 874 | |
| PR02: 05C5 DEFINED AT LINE 850 | |
| > USED AT LINE 846 | |
| PR03: 05CE DEFINED AT LINE 854 | |
| > USED AT LINE 849 | |
| PR04: 05E0 DEFINED AT LINE 862 | |
| > USED AT LINE 844 | |
| > USED AT LINE 860 | |
| PR05: 05E9 DEFINED AT LINE 866 | |
| > USED AT LINE 840 | |
| > USED AT LINE 856 | |
| PR06: 05EB DEFINED AT LINE 867 | |
| > USED AT LINE 870 | |
| PR07: 05F4 DEFINED AT LINE 871 | |
| > USED AT LINE 842 | |
| > USED AT LINE 858 | |
| PR08: 05FD DEFINED AT LINE 875 | |
| > USED AT LINE 865 | |
| PRQ01: 0602 DEFINED AT LINE 879 | |
| > USED AT LINE 885 | |
| PRNTQS: 0605 DEFINED AT LINE 880 | |
| > USED AT LINE 848 | |
| PRQ03: 060E DEFINED AT LINE 884 | |
| > USED AT LINE 882 | |
| PRNTN: 0613 DEFINED AT LINE 888 | |
| > USED AT LINE 852 | |
| PRN03: 0623 DEFINED AT LINE 897 | |
| > USED AT LINE 889 | |
| PRN05: 0626 DEFINED AT LINE 898 | |
| > USED AT LINE 902 | |
| PRN07: 0632 DEFINED AT LINE 903 | |
| > USED AT LINE 900 | |
| > USED AT LINE 917 | |
| > USED AT LINE 926 | |
| PRN09: 0634 DEFINED AT LINE 904 | |
| > USED AT LINE 908 | |
| PRN11: 063F DEFINED AT LINE 909 | |
| > USED AT LINE 905 | |
| PRN13: 0653 DEFINED AT LINE 918 | |
| > USED AT LINE 915 | |
| PRNPT: 0654 DEFINED AT LINE 919 | |
| PRNPTO: 065C DEFINED AT LINE 923 | |
| PRNT4: 065E DEFINED AT LINE 925 | |
| > USED AT LINE 249 | |
| > USED AT LINE 1008 | |
| INPUT: 0663 DEFINED AT LINE 929 | |
| > USED AT LINE 1049 | |
| IN03: 066C DEFINED AT LINE 933 | |
| > USED AT LINE 938 | |
| > USED AT LINE 944 | |
| IN05: 0674 DEFINED AT LINE 936 | |
| > USED AT LINE 962 | |
| > USED AT LINE 964 | |
| IN07: 068B DEFINED AT LINE 945 | |
| > USED AT LINE 940 | |
| IN09: 069D DEFINED AT LINE 953 | |
| > USED AT LINE 951 | |
| IN11: 06A4 DEFINED AT LINE 956 | |
| > USED AT LINE 930 | |
| IN13: 06A7 DEFINED AT LINE 957 | |
| > USED AT LINE 955 | |
| RMESS: 06B8 DEFINED AT LINE 965 | |
| RUN: 06C1 DEFINED AT LINE 969 | |
| > USED AT LINE 1061 | |
| RUN01: 06C5 DEFINED AT LINE 971 | |
| > USED AT LINE 973 | |
| LIST: 06CF DEFINED AT LINE 978 | |
| > USED AT LINE 1064 | |
| LIST03: 06DC DEFINED AT LINE 985 | |
| > USED AT LINE 979 | |
| LIST05: 06E9 DEFINED AT LINE 991 | |
| > USED AT LINE 988 | |
| LIST07: 06F3 DEFINED AT LINE 995 | |
| > USED AT LINE 984 | |
| > USED AT LINE 990 | |
| > USED AT LINE 993 | |
| LIST09: 06FF DEFINED AT LINE 1000 | |
| > USED AT LINE 1018 | |
| LIST10: 072B DEFINED AT LINE 1019 | |
| > USED AT LINE 1001 | |
| LIST11: 0732 DEFINED AT LINE 1022 | |
| > USED AT LINE 1004 | |
| VERBT: 0737 DEFINED AT LINE 1026 | |
| TSTBRK: 079C DEFINED AT LINE 1074 | |
| > USED AT LINE 318 | |
| > USED AT LINE 1017 | |
| GETCHR: 07A0 DEFINED AT LINE 1076 | |
| > USED AT LINE 260 | |
| GETC05: 07A9 DEFINED AT LINE 1080 | |
| > USED AT LINE 1075 | |
| > USED AT LINE 1078 | |
| PUTCHR: 07AA DEFINED AT LINE 1081 | |
| > USED AT LINE 101 | |
| > USED AT LINE 215 | |
| > USED AT LINE 247 | |
| > USED AT LINE 251 | |
| > USED AT LINE 270 | |
| > USED AT LINE 282 | |
| > USED AT LINE 295 | |
| > USED AT LINE 297 | |
| > USED AT LINE 868 | |
| > USED AT LINE 879 | |
| > USED AT LINE 895 | |
| > USED AT LINE 912 | |
| > USED AT LINE 934 | |
| > USED AT LINE 1011 | |
| > USED AT LINE 1021 | |
| INEEE: 07AF DEFINED AT LINE 1085 | |
| > USED AT LINE 1076 | |
| > USED AT LINE 1086 | |
| OUTEEE: 07B9 DEFINED AT LINE 1090 | |
| > USED AT LINE 1082 | |
| OUT01: 07BB DEFINED AT LINE 1091 | |
| > USED AT LINE 1093 | |
| BRKEEE: 07C8 DEFINED AT LINE 1097 | |
| > USED AT LINE 1074 | |
| > USED AT LINE 1085 | |
| BRK03: 07CA DEFINED AT LINE 1098 | |
| > USED AT LINE 1102 | |
| BRK05: 07D6 DEFINED AT LINE 1103 | |
| > USED AT LINE 1100 | |
| INTEEE: 07E5 DEFINED AT LINE 1111 | |
| > USED AT LINE 79 | |
| > USED AT LINE 83 |
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| .org $200 | |
| .ent $ | |
| ldx test | |
| ldx [test] | |
| lda $1234 | |
| ldx $fedc | |
| lda #$2 | |
| tfr a,dp | |
| lda $12 | |
| test dw $204 | |
| ; setdp | |
| ; lda <12 | |
| ; reg |
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| {} |
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| {} |
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| :10020000BE0213AE9F0213B61234BEFEDC86021F7E | |
| :050210008B96120204B0 | |
| :00000001FF |
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| 0200 .ORG $200 | |
| 0200 .ENT $ | |
| 0200 BE 02 13 LDX test | |
| 0203 AE 9F 02 13 LDX [test] | |
| 0207 B6 12 34 LDA $1234 | |
| 020A BE FE DC LDX $fedc | |
| 020D 86 02 LDA #$2 | |
| 020F 1F 8B TFR a,dp | |
| 0211 96 12 LDA $12 | |
| 0213 02 04 TEST: DW $204 | |
| 0215 ; setdp | |
| 0215 ; lda <12 | |
| 0215 ; reg | |
| TEST: 0213 DEFINED AT LINE 15 | |
| > USED AT LINE 4 |
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| ; Monitor vectors: | |
| MRESET EQU $E000 | |
| MSERIN EQU $E003 | |
| MSEROUT EQU $E006 | |
| MPRINT2 EQU $E009 | |
| MPRINTX EQU $E00C | |
| MPRIMM EQU $E00F | |
| .ORG $100 | |
| .ENT $ | |
| .PRAGMA 6309 | |
| ; test 20 | |
| ; here are your space: | |
| TESTMOD: | |
| JSR hdtest | |
| BEQ m68 | |
| JSR MPRIMM | |
| .CSTR $0d,$0a,"Hi from HD6309",$0d,$0a | |
| JMP MRESET | |
| M68: | |
| JSR MPRIMM | |
| .CSTR $0d,$0a,"Hi from MC6809",$0d,$0a | |
| JMP MRESET | |
| HDTEST: | |
| PSHS d | |
| ;FDB $1043 | |
| COMD | |
| CMPB 1,s | |
| PULS d,pc | |
| biand a.7,100.5 |
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| ;TITLE 6809 eForth | |
| ; $Id: ef09.asm,v 1.1 1997/11/24 02:56:01 root Exp $ | |
| ; | |
| ;=============================================================== | |
| ; | |
| ; eForth 1.0 by Bill Muench and C. H. Ting, 1990 | |
| ; Much of the code is derived from the following sources: | |
| ; 8086 figForth by Thomas Newman, 1981 and Joe smith, 1983 | |
| ; aFORTH by John Rible | |
| ; bFORTH by Bill Muench | |
| ; | |
| ; The goal of this implementation is to provide a simple eForth Model | |
| ; which can be ported easily to many 8, 16, 24 and 32 bit CPU's. | |
| ; The following attributes make it suitable for CPU's of the '90: | |
| ; | |
| ; small machine dependent kernel and portable high level code | |
| ; source code in the MASM format | |
| ; direct threaded code | |
| ; separated code and name dictionaries | |
| ; simple vectored terminal and file interface to host computer | |
| ; aligned with the proposed ANS Forth Standard | |
| ; easy upgrade path to optimize for specific CPU | |
| ; | |
| ; You are invited to implement this Model on your favorite CPU and | |
| ; contribute it to the eForth Library for public use. You may use | |
| ; a portable implementation to advertise more sophisticated and | |
| ; optimized version for commercial purposes. However, you are | |
| ; expected to implement the Model faithfully. The eForth Working | |
| ; Group reserves the right to reject implementation which deviates | |
| ; significantly from this Model. | |
| ; | |
| ; As the ANS Forth Standard is still evolving, this Model will | |
| ; change accordingly. Implementations must state clearly the | |
| ; version number of the Model being tracked. | |
| ; | |
| ; Representing the eForth Working Group in the Silicon Valley FIG Chapter. | |
| ; Send contributions to: | |
| ; | |
| ; Dr. C. H. Ting | |
| ; 156 14th Avenue | |
| ; San Mateo, CA 94402 | |
| ; (415) 571-7639 | |
| ; | |
| ;=============================================================== | |
| ; $Log: ef09.asm,v $ | |
| ; Revision 1.1 1997/11/24 02:56:01 root | |
| ; Initial revision | |
| ; | |
| ;=============================================================== | |
| ;; Version control | |
| VER EQU 1 ;major release version | |
| EXT EQU 0 ;minor extension | |
| ;; Constants | |
| TRUEE EQU -1 ;true flag | |
| COMPO EQU $40 ;lexicon compile only bit | |
| IMEDD EQU $80 ;lexicon immediate bit | |
| MASKK EQU $1F7F ;lexicon bit mask | |
| CFAOFF EQU 3 ;offset from word entry to code field area | |
| ; (length of JSR) | |
| CELLL EQU 2 ;size of a cell | |
| BASEE EQU 10 ;default radix | |
| VOCSS EQU 8 ;depth of vocabulary stack | |
| BKSPP EQU 8 ;back space | |
| BKSPP2 EQU 127 ;back space | |
| LF EQU 10 ;line feed | |
| CRR EQU 13 ;carriage return | |
| ERR EQU 27 ;error escape | |
| TIC EQU 39 ;tick | |
| CALLL EQU $12BD ;NOP CALL opcodes | |
| ;; Memory allocation | |
| EM EQU $4000 ;top of memory | |
| US EQU 64*CELLL ;user area size in cells | |
| RTS EQU 128*CELLL ;return stack/TIB size | |
| UPP EQU EM-US ;start of user area (UP0) | |
| RPP EQU UPP-8*CELLL ;start of return stack (RP0) | |
| TIBB EQU RPP-RTS ;terminal input buffer (TIB) | |
| SPP EQU TIBB-8*CELLL ;start of data stack (SP0) | |
| COLDD EQU $100 ;cold start vector | |
| CODEE EQU COLDD+US ;code dictionary | |
| NAMEE EQU EM-$0400 ;name dictionary | |
| ;; Initialize assembly variables | |
| ;; Main entry points and COLD start data | |
| ORG COLDD ;beginning of cold boot area | |
| SETDP 0 | |
| ORIG lds #SPP ;Init stack pointer. | |
| ldy #RPP ;Init return stack pointer | |
| ldu #COLD1 ;Init Instr pointer. | |
| pulu pc ;next. | |
| ; COLD start moves the following to USER variables. | |
| ; MUST BE IN SAME ORDER AS USER VARIABLES. | |
| UZERO RMB 8 ;reserved space in user area | |
| FDB SPP ;SP0 | |
| FDB RPP ;RP0 | |
| FDB QRX ;'?KEY | |
| FDB TXSTO ;'EMIT | |
| FDB ACCEP ;'EXPECT | |
| FDB KTAP ;'TAP | |
| FDB TXSTO ;'ECHO | |
| FDB DOTOK ;'PROMPT | |
| FDB BASEE ;BASE | |
| FDB 0 ;tmp | |
| FDB 0 ;SPAN | |
| FDB 0 ;>IN | |
| FDB 0 ;#TIB | |
| FDB TIBB ;TIB | |
| FDB 0 ;CSP | |
| FDB INTER ;'EVAL | |
| FDB NUMBQ ;'NUMBER | |
| FDB 0 ;HLD | |
| FDB 0 ;HANDLER | |
| FDB 0 ;CONTEXT pointer | |
| RMB VOCSS*2 ;vocabulary stack | |
| FDB 0 ;CURRENT pointer | |
| FDB 0 ;vocabulary link pointer | |
| FDB CTOP ;CP | |
| FDB NTOP ;NP | |
| FDB LASTN ;LAST | |
| ULAST: | |
| ORG CODEE ;beginning of the code dictionary | |
| ;; Device dependent I/O | |
| ; BYE ( -- ) | |
| ; Exit eForth. | |
| FDB BYE,0 | |
| L100 FCB 3,"BYE" | |
| BYE sync | |
| ; ?RX ( -- c T | F ) | |
| ; Return input character and true, or a false if no input. | |
| FDB QRX,L100 | |
| L110 FCB 3,"?RX" | |
| QRX ldx #0 | |
| swi3 | |
| bcc qrx1 | |
| stx ,--s | |
| pulu pc | |
| qrx1 clra | |
| std ,--s | |
| leax -1,x | |
| stx ,--s | |
| pulu pc | |
| ; TX! ( c -- ) | |
| ; Send character c to the output device. | |
| FDB TXSTO,L110 | |
| L120 FCB 3,"TX!" | |
| TXSTO ldd ,s++ | |
| cmpb #$ff | |
| bne tx1 | |
| ldb #32 | |
| tx1 swi2 | |
| pulu pc | |
| ; !IO ( -- ) | |
| ; Initialize the serial I/O devices. | |
| FDB STOIO,L120 | |
| L130 FCB 3,"!IO" | |
| STOIO pulu pc | |
| ;; The kernel | |
| ; doLIT ( -- w ) | |
| ; Push an inline literal. | |
| FDB DOLIT,L130 | |
| L140 FCB COMPO+5,"doLIT" | |
| DOLIT: | |
| ;;;; ldd ,u++ | |
| pulu d | |
| ; 7 cycles | |
| pshs d | |
| ;;;; 8 cycles | |
| ;;;; std ,--s | |
| pulu pc | |
| ; doCLIT ( -- w ) | |
| ; Push an inline 8-bit literal. | |
| FDB DOCLIT,L140 | |
| L141 FCB COMPO+6,"doCLIT" | |
| DOCLIT: | |
| pulu b | |
| sex ; sign extended | |
| pshs d | |
| pulu pc | |
| ; doLIST ( a -- ) | |
| ; Process colon list. | |
| FDB DOLST,L141 | |
| L150 FCB COMPO+6,"doLIST" | |
| DOLST stu ,--y ; IP on return stack | |
| puls u ; JSR left new IP on parameter stack | |
| ;;;; ldu ,s++ | |
| pulu pc ; FORTH NEXT IP | |
| ; next ( -- ) | |
| ; Run time code for the single index loop. | |
| ; : next ( -- ) \ hilevel model | |
| ; r> r> dup if 1 - >r @ >r exit then drop cell+ >r ; | |
| FDB DONXT,L150 | |
| L160 FCB COMPO+4,"next" | |
| DONXT ldd ,y ; counter on return stack | |
| subd #1 ; decrement | |
| bcs next1 ; < -> exit loop | |
| std ,y ; decremented value back on stack | |
| ldu ,u ; branch to begin of loop | |
| pulu pc | |
| next1 leay 2,y ; remove counter from stack | |
| leau 2,u ; skip branch destination | |
| pulu pc | |
| ; ?branch ( f -- ) | |
| ; Branch if flag is zero. | |
| FDB QBRAN,L160 | |
| L170 FCB COMPO+7,"?branch" | |
| QBRAN: ;$CODE COMPO+7,'?branch',QBRAN | |
| ldd ,s++ | |
| beq bran1 | |
| leau 2,u ; skip new IP, no branch | |
| pulu pc | |
| bran1 ldu ,u ; go to new IP | |
| pulu pc | |
| ; branch ( -- ) | |
| ; Branch to an inline address. | |
| FDB BRAN,L170 | |
| L180 FCB COMPO+6,"branch" | |
| BRAN ldu ,u ; destination immediate after BRANCH | |
| pulu pc | |
| ; EXECUTE ( ca -- ) | |
| ; Execute the word at ca. | |
| FDB EXECU,L180 | |
| L190 FCB 7,"EXECUTE" | |
| EXECU rts ; code pointer on parameter stack | |
| ; EXIT ( -- ) | |
| ; SEMIS | |
| ; Terminate a colon definition. | |
| FDB EXIT,L190 | |
| L200 FCB 4,"EXIT" | |
| EXIT ldu ,y++ ; get calling IP from return stack | |
| pulu pc | |
| ; ! ( w a -- ) | |
| ; Pop the data stack to memory. | |
| FDB STORE,L200 | |
| L210 FCB 1,"!" | |
| STORE: | |
| ;;;; ldx ,s++ | |
| ;;;; ldd ,s++ | |
| ;;;; faster ... | |
| puls x | |
| puls d | |
| ; we cannot use puls x,d because the order fetched would be wrong :( | |
| std ,x | |
| pulu pc | |
| ; @ ( a -- w ) | |
| ; Push memory location to the data stack. | |
| FDB AT,L210 | |
| L220 FCB 1,"@" | |
| AT ldd [,s] | |
| std ,s | |
| pulu pc | |
| ; C! ( c b -- ) | |
| ; Pop the data stack to byte memory. | |
| FDB CSTOR,L220 | |
| L230 FCB 2,"C!" | |
| CSTOR: | |
| ;;;; ldx ,s++ | |
| ;;;; ldd ,s++ | |
| ;;;; faster ... | |
| puls x | |
| puls d | |
| ; we cannot use puls x,d because the order fetched would be wrong :( | |
| stb ,x | |
| pulu pc | |
| ; C@ ( b -- c ) | |
| ; Push byte memory location to the data stack. | |
| FDB CAT,L230 | |
| L240 FCB 2,"C@" | |
| CAT ldb [,s] | |
| clra | |
| std ,s | |
| pulu pc | |
| ; RP@ ( -- a ) | |
| ; Push the current RP to the data stack. | |
| FDB RPAT,L240 | |
| L250 FCB 3,"RP@" | |
| RPAT pshs y | |
| pulu pc | |
| ; RP! ( a -- ) | |
| ; Set the return stack pointer. | |
| FDB RPSTO,L250 | |
| L260 FCB 3,"RP!" | |
| RPSTO puls y | |
| pulu pc | |
| ; R> ( -- w ) | |
| ; Pop the return stack to the data stack. | |
| FDB RFROM,L260 | |
| L270 FCB 2,"R>" | |
| RFROM ldd ,y++ | |
| ;;;; std ,--s | |
| pshs d | |
| pulu pc | |
| ; I ( -- w ) | |
| ; Copy top of return stack (current index from DO/LOOP) to the data stack. | |
| FDB RAT,L270 | |
| L279 FCB 1,"I" | |
| ; R@ ( -- w ) | |
| ; Copy top of return stack to the data stack. | |
| FDB RAT,L279 | |
| L280 FCB 2,"R@" | |
| RAT: | |
| I: | |
| ldd ,y | |
| ;;;; std ,--s | |
| pshs d | |
| pulu pc | |
| ; >R ( w -- ) | |
| ; Push the data stack to the return stack. | |
| FDB TOR,L280 | |
| L290 FCB 2,">R" | |
| TOR: | |
| ;;;; ldd ,s++ | |
| puls d | |
| std ,--y | |
| pulu pc | |
| ; SP@ ( -- a ) | |
| ; Push the current data stack pointer. | |
| FDB SPAT,L290 | |
| L300 FCB 3,"SP@" | |
| SPAT: | |
| tfr s,d | |
| std ,--s | |
| ;;;; alternatively | |
| ;;;; sts ,--s ; does this work? | |
| pulu pc | |
| ; SP! ( a -- ) | |
| ; Set the data stack pointer. | |
| FDB SPSTO,L300 | |
| L310 FCB 3,"SP!" | |
| SPSTO lds ,s | |
| pulu pc | |
| ; DROP ( w -- ) | |
| ; Discard top stack item. | |
| FDB DROP,L310 | |
| L320 FCB 4,"DROP" | |
| DROP leas 2,s | |
| pulu pc | |
| ; DUP ( w -- w w ) | |
| ; Duplicate the top stack item. | |
| FDB DUPP,L320 | |
| L330 FCB 3,"DUP" | |
| DUPP ldd ,s | |
| ;;;; std ,--s | |
| pshs d | |
| pulu pc | |
| ; SWAP ( w1 w2 -- w2 w1 ) | |
| ; Exchange top two stack items. | |
| FDB SWAP,L330 | |
| L340 FCB 4,"SWAP" | |
| SWAP: | |
| ;;;;OLD 1: slow | |
| ;;;; ldx ,s++ | |
| ;;;; ldd ,s++ | |
| ;;;;OLD 2: faster | |
| ;;;; puls x | |
| ;;;; puls d | |
| ;;;; pshs d,x | |
| ;more efficient, without unnecessary stack pointer manipulations | |
| ldd ,s | |
| ldx 2,s | |
| std 2,s | |
| stx ,s | |
| pulu pc | |
| ; OVER ( w1 w2 -- w1 w2 w1 ) | |
| ; Copy second stack item to top. | |
| FDB OVER,L340 | |
| L350 FCB 4,"OVER" | |
| OVER ldd 2,s | |
| ;;;; std ,--s | |
| pshs d | |
| pulu pc | |
| ; 0< ( n -- t ) | |
| ; Return true if n is negative. | |
| FDB ZLESS,L350 | |
| L360 FCB 2,"0<" | |
| ZLESS ldb ,s ; input high byte, as D low | |
| sex ; sign extend to b to a/b | |
| tfr a,b ; high byte: 0 or FF copy to D low | |
| std ,s ; D: 0000 or FFFF (= -1) | |
| pulu pc | |
| ; 0= ( n -- t ) | |
| ; Return true if n is zero | |
| FDB ZEQUAL,L360 | |
| L365 FCB 2,"0=" | |
| ZEQUAL: | |
| ldx #TRUEE ; true | |
| ldd ,s ; TOS | |
| beq ZEQUAL1 ; -> true | |
| ldx #0 ; false | |
| ZEQUAL1 stx ,s ; D: 0000 or FFFF (= -1) | |
| pulu pc | |
| ; AND ( w w -- w ) | |
| ; Bitwise AND. | |
| FDB ANDD,L365 | |
| L370 FCB 3,"AND" | |
| ANDD ldd ,s++ | |
| anda ,s | |
| andb 1,s | |
| std ,s | |
| pulu pc | |
| ; OR ( w w -- w ) | |
| ; Bitwise inclusive OR. | |
| FDB ORR,L370 | |
| L380 FCB 2,"OR" | |
| ORR ldd ,s++ | |
| ora ,s | |
| orb 1,s | |
| std ,s | |
| pulu pc | |
| ; XOR ( w w -- w ) | |
| ; Bitwise exclusive OR. | |
| FDB XORR,L380 | |
| L390 FCB 3,"XOR" | |
| XORR ldd ,s++ | |
| eora ,s | |
| eorb 1,s | |
| std ,s | |
| pulu pc | |
| ; D+ ( ud ud -- udsum ) | |
| ; Add two unsigned double numbers and return a double sum. | |
| FDB DPLUS,L390 | |
| L391 FCB 2,"D+" | |
| DPLUS ldd 2,s ; add low words | |
| addd 6,s | |
| std 6,s | |
| ldd ,s ; add hig words | |
| adcb 5,s | |
| adca 4,s | |
| std 4,s | |
| leas 4,s ; drop one double | |
| pulu pc | |
| ; D- ( ud ud -- uddiff ) | |
| ; Subtract two unsigned double numbers and return a double sum. | |
| FDB DSUB,L391 | |
| L392 FCB 2,"D-" | |
| DSUB jsr DOLST | |
| FDB DNEGA,DPLUS,EXIT | |
| ; UM+ ( u u -- udsum ) | |
| ; Add two unsigned single numbers and return a double sum. | |
| FDB UPLUS,L392 | |
| L400 FCB 3,"UM+" | |
| UPLUS ldd ,s | |
| addd 2,s | |
| std 2,s | |
| ldd #0 | |
| adcb #0 | |
| std ,s | |
| pulu pc | |
| ;; Constants | |
| ; doCONST ( -- w ) | |
| ; Run time routine for CONSTANT | |
| FDB DOCONST,L400 | |
| L401 FCB COMPO+7,"doCONST" | |
| DOCONST: | |
| FDOCONST: | |
| ldd [,s] ; contents of W (on TOS because of JSR) | |
| std ,s ; to TOS (replacing W) | |
| pulu pc | |
| ; 0 ( -- 0 ) | |
| ; Constant 0 | |
| FDB ZERO,L401 | |
| L402 FCB 1,"0" | |
| ZERO jsr FDOCONST | |
| FDB 0 | |
| ; 1 ( -- 1 ) | |
| ; Constant 1 | |
| FDB ONE,L402 | |
| L403 FCB 1,"1" | |
| ONE jsr FDOCONST | |
| FDB 1 | |
| ; 2 ( -- 2 ) | |
| ; Constant 2 | |
| FDB TWO,L403 | |
| L404 FCB 1,"2" | |
| TWO jsr FDOCONST | |
| FDB 2 | |
| ; -1 ( -- -1 ) | |
| ; Constant -1 | |
| FDB MONE,L404 | |
| L405 FCB 2,"-1" | |
| MONE jsr FDOCONST | |
| FDB -1 | |
| ;; System and user variables | |
| ; doVAR ( -- a ) | |
| ; Run time routine for VARIABLE and CREATE. | |
| FDB DOVAR,L405 | |
| L410 FCB COMPO+5,"doVAR" | |
| DOVAR: | |
| jsr DOLST | |
| FDB RFROM,EXIT | |
| ;; fast native DOVAR implementation | |
| FDOVAR pulu pc | |
| ; UP ( -- a ) | |
| ; Pointer to the user area. | |
| FDB UP,L410 | |
| L420 FCB 2,"UP" | |
| UP: | |
| ;; jsr DOLST | |
| ;; FDB DOVAR | |
| ;; fast (native) DOVAR | |
| jsr FDOVAR | |
| FDB UPP | |
| ; doUSER ( -- a ) | |
| ; Run time routine for user variables. | |
| FDB DOUSE,L420 | |
| L430 FCB COMPO+5,"doUSER" | |
| DOUSE: | |
| jsr DOLST | |
| FDB RFROM,AT,UP,AT,PLUS,EXIT | |
| ;; fast (native) DOUSE implementation (*NOT COMPLETE*) | |
| FDOUSE: | |
| ldd [,s] ; pointer to value (from JSR) | |
| addd UP+CFAOFF ; dirty access to start of USER area: | |
| ; var. UP value direct access (not | |
| ; as a high level word) | |
| std ,s ; resulting address returned on p-stack | |
| pulu pc | |
| ; SP0 ( -- a ) | |
| ; Pointer to bottom of the data stack. | |
| FDB SZERO,L430 | |
| L440 FCB 3,"SP0" | |
| SZERO: | |
| jsr FDOUSE | |
| FDB 8 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,8 | |
| ; RP0 ( -- a ) | |
| ; Pointer to bottom of the return stack. | |
| FDB RZERO,L440 | |
| L450 FCB 3,"RP0" | |
| RZERO: | |
| jsr FDOUSE | |
| FDB 10 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,10 | |
| ; '?KEY ( -- a ) | |
| ; Execution vector of ?KEY. | |
| FDB TQKEY,L450 | |
| L460 FCB 5,"'?KEY" | |
| TQKEY | |
| jsr FDOUSE | |
| FDB 12 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,12 | |
| ; 'EMIT ( -- a ) | |
| ; Execution vector of EMIT. | |
| FDB TEMIT,L460 | |
| L470 FCB 5,"'EMIT" | |
| TEMIT | |
| jsr FDOUSE | |
| FDB 14 | |
| ;; jsr DOLST | |
| ;; FDB DOUSE,14 | |
| ; 'EXPECT ( -- a ) | |
| ; Execution vector of EXPECT. | |
| FDB TEXPE,L470 | |
| L480 FCB 7,"'EXPECT" | |
| TEXPE | |
| jsr FDOUSE | |
| FDB 16 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,16 | |
| ; 'TAP ( -- a ) | |
| ; Execution vector of TAP. | |
| FDB TTAP,L480 | |
| L490 FCB 4,"'TAP" | |
| TTAP | |
| jsr FDOUSE | |
| FDB 18 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,18 | |
| ; 'ECHO ( -- a ) | |
| ; Execution vector of ECHO. | |
| FDB TECHO,L490 | |
| L500 FCB 5,"'ECHO" | |
| TECHO | |
| jsr FDOUSE | |
| FDB 20 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,20 | |
| ; 'PROMPT ( -- a ) | |
| ; Execution vector of PROMPT. | |
| FDB TPROM,L500 | |
| L510 FCB 7,"'PROMPT" | |
| TPROM | |
| jsr FDOUSE | |
| FDB 22 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,22 | |
| ; BASE ( -- a ) | |
| ; Storage of the radix base for numeric I/O. | |
| FDB BASE,L510 | |
| L520 FCB 4,"BASE" | |
| BASE | |
| jsr FDOUSE | |
| FDB 24 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,24 | |
| ; tmp ( -- a ) | |
| ; A temporary storage location used in parse and find. | |
| FDB TEMP,L520 | |
| L530 FCB COMPO+3,"tmp" | |
| TEMP | |
| jsr FDOUSE | |
| FDB 26 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,26 | |
| ; SPAN ( -- a ) | |
| ; Hold character count received by EXPECT. | |
| FDB SPAN,L530 | |
| L540 FCB 4,"SPAN" | |
| SPAN | |
| jsr FDOUSE | |
| FDB 28 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,28 | |
| ; >IN ( -- a ) | |
| ; Hold the character pointer while parsing input stream. | |
| FDB INN,L540 | |
| L550 FCB 3,">IN" | |
| INN | |
| jsr FDOUSE | |
| FDB 30 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,30 | |
| ; #TIB ( -- a ) | |
| ; Hold the current count in and address of the terminal input buffer. | |
| FDB NTIB,L550 | |
| L560 FCB 4,"#TIB" | |
| NTIB | |
| jsr FDOUSE | |
| FDB 32 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,32 ;It contains TWO cells!!!! | |
| ; CSP ( -- a ) | |
| ; Hold the stack pointer for error checking. | |
| FDB CSP,L560 | |
| L570 FCB 3,"CSP" | |
| CSP | |
| jsr FDOUSE | |
| FDB 36 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE 36 | |
| ; 'EVAL ( -- a ) | |
| ; Execution vector of EVAL. | |
| FDB TEVAL,L570 | |
| L580 FCB 5,"'EVAL" | |
| TEVAL | |
| jsr FDOUSE | |
| FDB 38 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,38 | |
| ; 'NUMBER ( -- a ) | |
| ; Execution vector of NUMBER?. | |
| FDB TNUMB,L580 | |
| L590 FCB 7,"'NUMBER" | |
| TNUMB | |
| jsr FDOUSE | |
| FDB 40 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,40 | |
| ; HLD ( -- a ) | |
| ; Hold a pointer in building a numeric output string. | |
| FDB HLD,L590 | |
| L600 FCB 3,"HLD" | |
| HLD | |
| jsr FDOUSE | |
| FDB 42 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,42 | |
| ; HANDLER ( -- a ) | |
| ; Hold the return stack pointer for error handling. | |
| FDB HANDL,L600 | |
| L610 FCB 7,"HANDLER" | |
| HANDL | |
| jsr FDOUSE | |
| FDB 44 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,44 | |
| ; CONTEXT ( -- a ) | |
| ; A area to specify vocabulary search order. | |
| FDB CNTXT,L610 | |
| L620 FCB 7,"CONTEXT" | |
| CNTXT | |
| jsr FDOUSE | |
| FDB 46 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,46 ;plus space for voc stack. | |
| ; CURRENT ( -- a ) | |
| ; Point to the vocabulary to be extended. | |
| FDB CRRNT,L620 | |
| L630 FCB 7,"CURRENT" | |
| CRRNT | |
| jsr FDOUSE | |
| FDB 48+VOCSS*2 ;Extra cell | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,48+VOCSS*2 ;Extra cell | |
| ; CP ( -- a ) | |
| ; Point to the top of the code dictionary. | |
| FDB CP,L630 | |
| L640 FCB 2,"CP" | |
| CP | |
| jsr FDOUSE | |
| FDB 52+VOCSS*2 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,52+VOCSS*2 | |
| ; NP ( -- a ) | |
| ; Point to the bottom of the name dictionary. | |
| FDB NP,L640 | |
| L650 FCB 2,"NP" | |
| NP | |
| jsr FDOUSE | |
| FDB 54+VOCSS*2 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,54+VOCSS*2 | |
| ; LAST ( -- a ) | |
| ; Point to the last name in the name dictionary. | |
| FDB LAST,L650 | |
| L660 FCB 4,"LAST" | |
| LAST | |
| jsr FDOUSE | |
| FDB 56+VOCSS*2 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,56+VOCSS*2 | |
| ;; Common functions | |
| ; doVOC ( -- ) | |
| ; Run time action of VOCABULARY's. | |
| FDB DOVOC,L660 | |
| L670 FCB COMPO+5,"doVOC" | |
| DOVOC | |
| jsr DOLST | |
| FDB RFROM,CNTXT,STORE,EXIT | |
| ; FORTH ( -- ) | |
| ; Make FORTH the context vocabulary. | |
| FDB FORTH,L670 | |
| L680 FCB 5,"FORTH" | |
| FORTH | |
| jsr DOLST | |
| FDB DOVOC | |
| FDB 0 ;vocabulary head pointer | |
| FDB 0 ;vocabulary link pointer | |
| ; ?DUP ( w -- w w | 0 ) | |
| ; Dup tos if its is not zero. | |
| FDB QDUP,L680 | |
| L690 FCB 4,"?DUP" | |
| QDUP | |
| jsr DOLST | |
| FDB DUPP | |
| FDB QBRAN,QDUP1 | |
| FDB DUPP | |
| QDUP1 FDB EXIT | |
| ; ROT ( w1 w2 w3 -- w2 w3 w1 ) | |
| ; Rot 3rd item to top. | |
| FDB ROT,L690 | |
| L700 FCB 3,"ROT" | |
| ROT | |
| jsr DOLST | |
| FDB TOR,SWAP,RFROM,SWAP,EXIT | |
| ; 2DROP ( w w -- ) | |
| ; Discard two items on stack. | |
| FDB DDROP,L700 | |
| L710 FCB 5,"2DROP" | |
| DDROP | |
| jsr DOLST | |
| FDB DROP,DROP,EXIT | |
| ; 2DUP ( w1 w2 -- w1 w2 w1 w2 ) | |
| ; Duplicate top two items. | |
| FDB DDUP,L710 | |
| L720 FCB 4,"2DUP" | |
| DDUP | |
| jsr DOLST | |
| FDB OVER,OVER,EXIT | |
| ; LSHIFT ( w n -- w ) | |
| ; Shift word left n times. | |
| FDB LSHIFT,L720 | |
| L721 FCB 6,"LSHIFT" | |
| LSHIFT ldx ,s++ ;shift count | |
| beq LSHIFT2 | |
| ldd ,s ;value to shift | |
| LSHIFT1 aslb ;low | |
| rola ;high | |
| leax -1,x ;count down | |
| bne LSHIFT1 | |
| std ,s | |
| LSHIFT2 | |
| pulu pc | |
| ; RSHIFT ( w n -- w ) | |
| ; Shift word right n times. | |
| FDB RSHIFT,L721 | |
| L721A FCB 6,"RSHIFT" | |
| RSHIFT ldx ,s++ ;shift count | |
| beq RSHIFT2 | |
| ldd ,s ;value to shift | |
| RSHIFT1 lsra ;high | |
| rorb ;low | |
| leax -1,x ;count down | |
| bne RSHIFT1 | |
| std ,s | |
| RSHIFT2 | |
| pulu pc | |
| ; >< ( w -- w ) | |
| ; swap high and low byte | |
| FDB SWAPHL,L721A | |
| L722 FCB 2,"><" | |
| SWAPHL ldb ,s ;high -> D low | |
| lda 1,s ;low -> D high | |
| std ,s | |
| pulu pc | |
| ; 256/ ( w -- w ) | |
| ; multiply with 256 (shift left 8 times) | |
| FDB SLASH256,L722 | |
| L723 FCB 4,"256/" | |
| SLASH256 ldb ,s ;high -> D low | |
| clra ;D high = 0 | |
| std ,s | |
| pulu pc | |
| ; 256* ( w -- w ) | |
| ; multiply with 256 (shift left 8 times) | |
| FDB STAR256,L723 | |
| L724 FCB 4,"256*" | |
| STAR256 lda 1,s ;low -> D high | |
| clrb ;D low = 0 | |
| std ,s | |
| pulu pc | |
| ; 1+ ( w -- w ) | |
| ; Shortcut, quick add 1 | |
| FDB PLUS1,L724 | |
| L725 FCB 2,"1+" | |
| PLUS1 ldd ,s | |
| addd #1 | |
| std ,s | |
| pulu pc | |
| ; -+ ( w -- w ) | |
| ; Shortcut, quick subtract 1 | |
| FDB MINUS1,L725 | |
| L726 FCB 2,"1-" | |
| MINUS1 ldd ,s | |
| subd #1 | |
| std ,s | |
| pulu pc | |
| ; 2* ( w -- w ) | |
| ; multiply by 2 using shift operation | |
| FDB TWOSTAR,L726 | |
| L727 FCB 2,"2*" | |
| TWOSTAR asl 1,s ;low | |
| rol 0,s ;high | |
| pulu pc | |
| ; 2/ ( w -- w ) | |
| ; divide by 2 using shift operation | |
| FDB TWOSLASH,L727 | |
| L728 FCB 2,"2/" | |
| TWOSLASH asr 0,s ;high | |
| ror 1,s ;low | |
| pulu pc | |
| ; + ( w w -- sum ) | |
| ; Add top two items. | |
| FDB PLUS,L728 | |
| L730 FCB 1,"+" | |
| PLUS | |
| ldd ,s++ | |
| addd ,s | |
| std ,s | |
| pulu pc | |
| ;;; HL with UPLUS!? Too inefficient ... | |
| ;;; jsr DOLST | |
| ;;; FDB UPLUS,DROP,EXIT | |
| ; NOT ( w -- w ) | |
| ; One's complement of tos. | |
| FDB INVER,L730 | |
| L740 FCB 3,"NOT" | |
| INVER | |
| ;;;; fastest ... (13T) | |
| com ,s ; 6T | |
| com 1,s ; 7T | |
| pulu pc | |
| ;;;; alternative ... (14T) | |
| ldd ,s ;TOS 5T | |
| coma ; 2T | |
| comb ; 2T | |
| std ,s ; 5T | |
| pulu pc | |
| ;;; slow HL ... | |
| ;;; jsr DOLST | |
| ;;; FDB DOLIT,-1,XORR,EXIT | |
| ; NEGATE ( n -- -n ) | |
| ; Two's complement of tos. | |
| FDB NEGAT,L740 | |
| L750 FCB 6,"NEGATE" | |
| NEGAT | |
| ;;;; fastest? .... (3+6+5 = 14T) | |
| ldd #0 ; 3T | |
| subd ,s ; 6T | |
| std ,s ; 5T | |
| pulu pc | |
| ;;;; alternate ... (7+3+6 = 16T) | |
| neg 1,s ; high 7T | |
| bne NEGAT1 ; 3T | |
| neg ,s ; low with 1+ carry 6T | |
| pulu pc | |
| NEGAT1 com ,s ; low, no 1+ carry 6T | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB INVER,PLUS1,EXIT | |
| ; DNEGATE ( d -- -d ) | |
| ; Two's complement of top double. | |
| FDB DNEGA,L750 | |
| L760 FCB 7,"DNEGATE" | |
| DNEGA | |
| ldd #0 | |
| subd 2,s ; low word | |
| std 2,s | |
| ldd #0 | |
| sbcb 1,s ; high word low byte | |
| sbca ,s ; high word high byte | |
| std ,s | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB INVER,TOR,INVER | |
| ;;;; FDB DOLIT,1,UPLUS | |
| ;;;; FDB RFROM,PLUS,EXIT | |
| ; - ( n1 n2 -- n1-n2 ) | |
| ; Subtraction. | |
| FDB SUBB,L760 | |
| L770 FCB 1,"-" | |
| SUBB ldd 2,s | |
| subd ,s++ | |
| std ,s | |
| pulu pc | |
| ;;; slow HL ... | |
| ;;; jsr DOLST | |
| ;;; FDB NEGAT,PLUS,EXIT | |
| ; ABS ( n -- n ) | |
| ; Return the absolute value of n. | |
| FDB ABSS,L770 | |
| L780 FCB 3,"ABS" | |
| ABSS jsr DOLST | |
| FDB DUPP,ZLESS | |
| FDB QBRAN,ABS1 | |
| FDB NEGAT | |
| ABS1 FDB EXIT | |
| ; = ( w w -- t ) | |
| ; Return true if top two are equal. | |
| FDB EQUAL,L780 | |
| L790 FCB 1,"=" | |
| EQUAL | |
| ldx #TRUEE | |
| puls d ; first value | |
| cmpd ,s ; compare to 2nd value | |
| beq EQUAL1 ; equal -> true | |
| ldx #0 ; false (leax 1,x save 1 byte, but is slower) | |
| EQUAL1 stx ,s | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB XORR | |
| ;;;; FDB QBRAN,EQU1 | |
| ;;;; FDB DOLIT,0,EXIT | |
| ;;;;EQU1: FDB DOLIT,TRUEE,EXIT | |
| ; U< ( u1 u2 -- t ) | |
| ; Unsigned compare of top two items. | |
| FDB ULESS,L790 | |
| L800 FCB 2,"U<" | |
| ULESS | |
| ldx #TRUEE ; true | |
| puls d ; u2 | |
| cmpd ,s ; u2 - u1 | |
| bhi ULES1 ; unsigned: u2 higher u1 | |
| ldx #0 ; false | |
| ULES1 stx ,s ; replace TOS with result | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB DDUP,XORR,ZLESS | |
| ;;;; FDB QBRAN,ULES1 | |
| ;;;; FDB SWAP,DROP,ZLESS,EXIT | |
| ;;;;ULES1: FDB SUBB,ZLESS,EXIT | |
| ; < ( n1 n2 -- t ) | |
| ; Signed compare of top two items. | |
| FDB LESS,L800 | |
| L810 FCB 1,"<" | |
| LESS | |
| ldx #TRUEE ; true | |
| puls d ; n2 | |
| cmpd ,s ; n2 - n1 | |
| bgt LESS1 ; signed: n2 greater than n1 | |
| ldx #0 ; false | |
| LESS1 stx ,s ; replace TOS with result | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB DDUP,XORR,ZLESS | |
| ;;;; FDB QBRAN,LESS1 | |
| ;;;; FDB DROP,ZLESS,EXIT | |
| ;;;;LESS1: FDB SUBB,ZLESS,EXIT | |
| ; MAX ( n n -- n ) | |
| ; Return the greater of two top stack items. | |
| FDB MAX,L810 | |
| L820 FCB 3,"MAX" | |
| MAX jsr DOLST | |
| FDB DDUP,LESS | |
| FDB QBRAN,MAX1 | |
| FDB SWAP | |
| MAX1 FDB DROP,EXIT | |
| ; MIN ( n n -- n ) | |
| ; Return the smaller of top two stack items. | |
| FDB MIN,L820 | |
| L830 FCB 3,"MIN" | |
| MIN jsr DOLST | |
| FDB DDUP,SWAP,LESS | |
| FDB QBRAN,MIN1 | |
| FDB SWAP | |
| MIN1 FDB DROP,EXIT | |
| ; WITHIN ( u ul uh -- t ) | |
| ; Return true if u is within the range of ul and uh. ( ul <= u < uh ) | |
| FDB WITHI,L830 | |
| L840 FCB 6,"WITHIN" | |
| WITHI jsr DOLST | |
| FDB OVER,SUBB,TOR | |
| FDB SUBB,RFROM,ULESS,EXIT | |
| ;; Divide | |
| ; U/ ( udl udh un -- ur uq ) | |
| ; Unsigned divide of a double by a single. Return mod and quotient. | |
| ; | |
| ; Special cases: | |
| ; 1. overflow: quotient overflow if dividend is to great (remainder = divisor), | |
| ; remainder is set to $FFFF -> special handling. | |
| ; This is checked also right before the main loop. | |
| ; 2. underflow: divisor does not fit into dividend -> remainder | |
| ; get the value of the dividend -> automatically covered. | |
| ; | |
| ; overflow: quotient = $FFFF, remainder = divisor | |
| ; underflow: quotient = $0000, remainder = dividend low | |
| ; division by zero: quotient = $FFFF, remainder = $0000 | |
| ; | |
| ; Testvalues: | |
| ; | |
| ; DIVH DIVL DVSR QUOT REM comment | |
| ; | |
| ; 0100 0000 FFFF 0100 0100 maximum divisor | |
| ; 0000 0001 8000 0000 0001 underflow (REM = DIVL) | |
| ; 0000 5800 3000 0001 1800 normal divsion | |
| ; 5800 0000 3000 FFFF 3000 overflow | |
| ; 0000 0001 0000 FFFF 0000 overflow (division by zero) | |
| FDB USLASH,L840 | |
| L845 FCB 2,"U/" | |
| USLASH | |
| ldx #16 | |
| ldd 2,s ; udh | |
| cmpd ,s ; dividend to great? | |
| bhs UMMODOV ; quotient overflow! | |
| asl 5,s ; udl low | |
| rol 4,s ; udl high | |
| UMMOD1 rolb ; got one bit from udl | |
| rola | |
| bcs UMMOD2 ; bit 16 means always greater as divisor | |
| cmpd ,s ; divide by un | |
| bhs UMMOD2 ; higher or same as divisor? | |
| andcc #$fe ; clc - clear carry flag | |
| bra UMMOD3 | |
| UMMOD2 subd ,s | |
| orcc #$01 ; sec - set carry flag | |
| UMMOD3 rol 5,s ; udl, quotient shifted in | |
| rol 4,s | |
| leax -1,x | |
| bne UMMOD1 | |
| ldx 4,s ; quotient | |
| cmpd ,s ; remainder >= divisor -> overflow | |
| blo UMMOD4 | |
| UMMODOV | |
| ldd ,s ; remainder set to divisor | |
| ldx #$FFFF ; quotient = FFFF (-1) marks overflow | |
| ; (case 1) | |
| UMMOD4 | |
| leas 2,s ; un (divisor thrown away) | |
| stx ,s ; quotient to TOS | |
| std 2,s ; remainder 2nd | |
| pulu pc ; NEXT | |
| ; UM/MOD ( udl udh un -- ur uq ) | |
| ; Unsigned divide of a double by a single. Return mod and quotient. | |
| FDB UMMOD,L845 | |
| L850 FCB 6,"UM/MOD" | |
| UMMOD | |
| jmp USLASH | |
| ;;;; slow HL ... | |
| jsr DOLST | |
| FDB DDUP,ULESS | |
| FDB QBRAN,UMM4 | |
| FDB NEGAT,DOLIT,15,TOR | |
| UMM1 FDB TOR,DUPP,UPLUS | |
| FDB TOR,TOR,DUPP,UPLUS | |
| FDB RFROM,PLUS,DUPP | |
| FDB RFROM,RAT,SWAP,TOR | |
| FDB UPLUS,RFROM,ORR | |
| FDB QBRAN,UMM2 | |
| FDB TOR,DROP,PLUS1,RFROM | |
| FDB BRAN,UMM3 | |
| UMM2 FDB DROP | |
| UMM3 FDB RFROM | |
| FDB DONXT,UMM1 | |
| FDB DROP,SWAP,EXIT | |
| UMM4 FDB DROP,DDROP | |
| FDB DOLIT,-1,DUPP,EXIT | |
| ; M/MOD ( d n -- r q ) | |
| ; Signed floored divide of double by single. Return mod and quotient. | |
| FDB MSMOD,L850 | |
| L860 FCB 5,"M/MOD" | |
| MSMOD | |
| jsr DOLST | |
| FDB DUPP,ZLESS,DUPP,TOR | |
| FDB QBRAN,MMOD1 | |
| FDB NEGAT,TOR,DNEGA,RFROM | |
| MMOD1 FDB TOR,DUPP,ZLESS | |
| FDB QBRAN,MMOD2 | |
| FDB RAT,PLUS | |
| MMOD2 FDB RFROM,UMMOD,RFROM | |
| FDB QBRAN,MMOD3 | |
| FDB SWAP,NEGAT,SWAP | |
| MMOD3 FDB EXIT | |
| ; /MOD ( n n -- r q ) | |
| ; Signed divide. Return mod and quotient. | |
| FDB SLMOD,L860 | |
| L870 FCB 4,"/MOD" | |
| SLMOD jsr DOLST | |
| FDB OVER,ZLESS,SWAP,MSMOD,EXIT | |
| ; MOD ( n n -- r ) | |
| ; Signed divide. Return mod only. | |
| FDB MODD,L870 | |
| L880 FCB 3,"MOD" | |
| MODD jsr DOLST | |
| FDB SLMOD,DROP,EXIT | |
| ; / ( n n -- q ) | |
| ; Signed divide. Return quotient only. | |
| FDB SLASH,L880 | |
| L890 FCB 1,"/" | |
| SLASH | |
| jsr DOLST | |
| FDB SLMOD,SWAP,DROP,EXIT | |
| ;; Multiply | |
| ; UM* ( u u -- ud ) | |
| ; Unsigned multiply. Return double product. | |
| FDB UMSTA,L890 | |
| L900 FCB 3,"UM*" | |
| UMSTA | |
| ldx #17 ; 16 adds and 17 shifts ... | |
| clra ; result high word | |
| clrb | |
| bra UUMSTA3 | |
| UUMSTA1 bcc UUMSTA2 | |
| addd ,s | |
| UUMSTA2 rora ; high, result high word | |
| rorb ; low, result high word | |
| UUMSTA3 ror 2,s ; shift multiplier high, result low word | |
| ror 3,s ; shift multiplier low, result low word | |
| leax -1,x | |
| bne UUMSTA1 | |
| std ,s | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOLIT,0,SWAP,DOLIT,15,TOR | |
| ;;;;UMST1: FDB DUPP,UPLUS,TOR,TOR | |
| ;;;; FDB DUPP,UPLUS,RFROM,PLUS,RFROM | |
| ;;;; FDB QBRAN,UMST2 | |
| ;;;; FDB TOR,OVER,UPLUS,RFROM,PLUS | |
| ;;;;UMST2: FDB DONXT,UMST1 | |
| ;;;; FDB ROT,DROP,EXIT | |
| ; _UM* ( u u -- ud ) | |
| ; Unsigned multiply. Return double product. | |
| FDB UUMSTA,L900 | |
| L900A FCB 4,"_UM*" | |
| UUMSTA | |
| jsr DOLST | |
| FDB DOLIT,0,SWAP,DOLIT,15,TOR | |
| UMST1 FDB DUPP,UPLUS,TOR,TOR | |
| FDB DUPP,UPLUS,RFROM,PLUS,RFROM | |
| FDB QBRAN,UMST2 | |
| FDB TOR,OVER,UPLUS,RFROM,PLUS | |
| UMST2 FDB DONXT,UMST1 | |
| FDB ROT,DROP,EXIT | |
| ; * ( n n -- n ) | |
| ; Signed multiply. Return single product. | |
| ; XXX Not really signed, -200 -200 * -> -25536 | |
| FDB STAR,L900A | |
| L910 FCB 1,"*" | |
| STAR | |
| jsr DOLST | |
| FDB MSTAR,DROP,EXIT | |
| ; M* ( n n -- d ) | |
| ; Signed multiply. Return double product. | |
| FDB MSTAR,L910 | |
| L920 FCB 2,"M*" | |
| MSTAR | |
| jsr DOLST | |
| FDB DDUP,XORR,ZLESS,TOR | |
| FDB ABSS,SWAP,ABSS,UMSTA | |
| FDB RFROM | |
| FDB QBRAN,MSTA1 | |
| FDB DNEGA | |
| MSTA1 FDB EXIT | |
| ; */MOD ( n1 n2 n3 -- r q ) | |
| ; Multiply n1 and n2, then divide by n3. Return mod and quotient. | |
| FDB SSMOD,L920 | |
| L930 FCB 5,"*/MOD" | |
| SSMOD jsr DOLST | |
| FDB TOR,MSTAR,RFROM,MSMOD,EXIT | |
| ; */ ( n1 n2 n3 -- q ) | |
| ; Multiply n1 by n2, then divide by n3. Return quotient only. | |
| FDB STASL,L930 | |
| L940 FCB 2,"*/" | |
| STASL jsr DOLST | |
| FDB SSMOD,SWAP,DROP,EXIT | |
| ;; Miscellaneous | |
| ; CELL+ ( a -- a ) | |
| ; Add cell size in byte to address. | |
| FDB CELLP,L940 | |
| L950 FCB 5,"CELL+" | |
| CELLP jsr DOLST | |
| FDB DOCLIT | |
| FCB CELLL | |
| FDB PLUS,EXIT | |
| ; CELL- ( a -- a ) | |
| ; Subtract cell size in byte from address. | |
| FDB CELLM,L950 | |
| L960 FCB 5,"CELL-" | |
| CELLM jsr DOLST | |
| FDB DOCLIT | |
| FCB 0-CELLL | |
| FDB PLUS,EXIT | |
| ; CELLS ( n -- n ) | |
| ; Multiply tos by cell size in bytes. | |
| FDB CELLS,L960 | |
| L970 FCB 5,"CELLS" | |
| CELLS jsr DOLST | |
| FDB DOCLIT | |
| FCB CELLL | |
| FDB STAR,EXIT | |
| ; ALIGNED ( b -- a ) | |
| ; Align address to the cell boundary. | |
| FDB ALGND,L970 | |
| L975 FCB 7,"ALIGNED" | |
| ALGND jsr DOLST | |
| FDB EXIT | |
| ; BL ( -- 32 ) | |
| ; Return 32, the blank character. | |
| FDB BLANK,L975 | |
| L980 FCB 2,"BL" | |
| BLANK | |
| jsr DOCONST | |
| FDB ' ' | |
| ;;; jsr DOLST | |
| ;;; FDB DOLIT,' ',EXIT | |
| ; >CHAR ( c -- c ) | |
| ; Filter non-printing characters. | |
| FDB TCHAR,L980 | |
| L990 FCB 5,">CHAR" | |
| TCHAR jsr DOLST | |
| FDB DOLIT,$7F,ANDD,DUPP ;mask msb | |
| FDB DOCLIT | |
| FCB 127 | |
| FDB BLANK,WITHI ;check for printable | |
| FDB QBRAN,TCHA1 | |
| FDB DROP,DOLIT,'_' ;replace non-printables | |
| TCHA1 FDB EXIT | |
| ; DEPTH ( -- n ) | |
| ; Return the depth of the data stack. | |
| FDB DEPTH,L990 | |
| L1000 FCB 5,"DEPTH" | |
| DEPTH jsr DOLST | |
| FDB SPAT,SZERO,AT,SWAP,SUBB | |
| FDB DOCLIT | |
| FCB CELLL | |
| FDB SLASH,EXIT | |
| ; PICK ( ... +n -- ... w ) | |
| ; Copy the nth stack item to tos. | |
| FDB PICK,L1000 | |
| L1010 FCB 4,"PICK" | |
| PICK | |
| ldd ,s | |
| addd #1 ; correct index | |
| aslb ; CELLL* (ASSERT: CELLL=2!!!) | |
| rola | |
| ldx d,s ; pick value | |
| stx ,s ; replace TOP | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB PLUS1,CELLS | |
| ;;;; FDB SPAT,PLUS,AT,EXIT | |
| ; ROLL ( ... +n -- ... w ) | |
| ; Copy the nth stack item to tos. | |
| FDB ROLL,L1010 | |
| L1015 FCB 4,"ROLL" | |
| ROLL | |
| ;;;; XXX als Primitive! | |
| ;;;; slow HL ... | |
| jsr DOLST | |
| FDB DUPP,TWO | |
| FDB LESS,QBRAN,ROL1 | |
| FDB DROP,BRAN,ROL2 | |
| ROL1 FDB SWAP,TOR,ONE | |
| FDB SUBB | |
| FDB ROLL,RFROM,SWAP | |
| ROL2 FDB EXIT | |
| ;; Memory access | |
| ; +! ( n a -- ) | |
| ; Add n to the contents at address a. | |
| FDB PSTOR,L1015 | |
| L1020 FCB 2,"+!" | |
| PSTOR | |
| puls x ; address | |
| puls d ; value | |
| addd ,x ; add to value from address | |
| std ,x ; store back | |
| pulu pc | |
| ;;;; XXX als Primitive! | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB SWAP,OVER,AT,PLUS | |
| ;;;; FDB SWAP,STORE,EXIT | |
| ; 2! ( d a -- ) | |
| ; Store the double integer to address a. | |
| FDB DSTOR,L1020 | |
| L1030 FCB 2,"2!" | |
| DSTOR | |
| ;;;; XXX als Primitive! | |
| ;;;; slow HL ... | |
| jsr DOLST | |
| FDB SWAP,OVER,STORE | |
| FDB CELLP,STORE,EXIT | |
| ; 2@ ( a -- d ) | |
| ; Fetch double integer from address a. | |
| FDB DAT,L1030 | |
| L1040 FCB 2,"2@" | |
| DAT | |
| ;;;; XXX als Primitive! | |
| ;;;; slow HL ... | |
| jsr DOLST | |
| FDB DUPP,CELLP,AT | |
| FDB SWAP,AT,EXIT | |
| ; COUNT ( b -- b +n ) | |
| ; Return count byte of a string and add 1 to byte address. | |
| FDB COUNT,L1040 | |
| L1050 FCB 5,"COUNT" | |
| COUNT jsr DOLST | |
| FDB DUPP,PLUS1 | |
| FDB SWAP,CAT,EXIT | |
| ; HERE ( -- a ) | |
| ; Return the top of the code dictionary. | |
| FDB HERE,L1050 | |
| L1060 FCB 4,"HERE" | |
| HERE jsr DOLST | |
| FDB CP,AT,EXIT | |
| ; PAD ( -- a ) | |
| ; Return the address of the text buffer above the code dictionary. | |
| FDB PAD,L1060 | |
| L1070 FCB 3,"PAD" | |
| PAD jsr DOLST | |
| FDB HERE,DOLIT,80,PLUS,EXIT | |
| ; TIB ( -- a ) | |
| ; Return the address of the terminal input buffer. | |
| FDB TIB,L1070 | |
| L1080 FCB 3,"TIB" | |
| TIB jsr DOLST | |
| FDB NTIB,CELLP,AT,EXIT | |
| ; @EXECUTE ( a -- ) | |
| ; Execute vector stored in address a. | |
| FDB ATEXE,L1080 | |
| L1090 FCB 8,"@EXECUTE" | |
| ATEXE jsr DOLST | |
| FDB AT,QDUP ;?address or zero | |
| FDB QBRAN,EXE1 | |
| FDB EXECU ;execute if non-zero | |
| EXE1 FDB EXIT ;do nothing if zero | |
| ; CMOVE ( b1 b2 u -- ) | |
| ; Copy u bytes from b1 to b2. | |
| FDB CMOVE,L1090 | |
| L1100 FCB 5,"CMOVE" | |
| CMOVE | |
| jmp CMOVEW | |
| ldd ,s ;count | |
| beq CMOVE3 ;zero -> leave | |
| tstb ;count low | |
| beq CMOVE1 | |
| inc ,s ;ajust high for to-0 decrementation | |
| CMOVE1 | |
| ldx 2,s ;to addr | |
| stu 2,s ;save reg on stack | |
| ldu 4,s ;from addr | |
| CMOVE2 lda ,u+ ;from -> | |
| sta ,x+ ;to | |
| decb ;low count | |
| bne CMOVE2 | |
| dec ,s ;high count | |
| bne CMOVE2 | |
| ldu 2,s | |
| CMOVE3 leas 6,s ;drop 3 parameters from stack | |
| pulu pc | |
| ;;;; | |
| ;;;; alternative, wordwise copy ... | |
| CMOVEW ldd ,s ; count | |
| ldx 2,s ; destination | |
| sty ,s ; save RP | |
| stu 2,s ; save IP | |
| ldy 4,s ; source | |
| lsra ; divide by 2, count words | |
| rorb ; | |
| pshs cc | |
| beq CMOVEW1 ; byte decrement correction | |
| inca ; byte decrement high byte correction | |
| CMOVEW1 subd #0 ; word count zero (=65536)? | |
| beq CMOVEW3 | |
| CMOVEW2 ldu ,y++ ; source | |
| stu ,x++ ; destination | |
| decb ; count low | |
| bne CMOVEW2 | |
| deca ; count high (count to 0 corrected) | |
| bne CMOVEW2 | |
| CMOVEW3 puls CC ; check if odd count? | |
| bcc CMOVEW4 | |
| lda ,y | |
| sta ,x | |
| CMOVEW4 puls y,u ; y first | |
| leas 2,s ; drop 3rd parameter | |
| pulu pc ; next | |
| ;;;; | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB TOR | |
| ;;;; FDB BRAN,CMOV2 | |
| ;;;;CMOV1: FDB TOR,DUPP,CAT | |
| ;;;; FDB RAT,CSTOR | |
| ;;;; FDB PLUS1 | |
| ;;;; FDB RFROM,PLUS1 | |
| ;;;;CMOV2: FDB DONXT,CMOV1 | |
| ;;;; FDB DDROP,EXIT | |
| ;;;; | |
| ; FILL ( b u c -- ) | |
| ; Fill u bytes of character c to area beginning at b. | |
| FDB FILL,L1100 | |
| L1110 FCB 4,"FILL" | |
| FILL | |
| ldd 2,s ;count | |
| beq NFILL3 ;zero -> leave | |
| tstb ;count low | |
| beq NFILL1 | |
| inc 2,s ;ajust high for to-0 decrementation | |
| NFILL1 | |
| ldx 4,s ;to addr | |
| lda 1,s ;fill byte, low byte from TOS | |
| NFILL2 | |
| sta ,x+ ;to | |
| decb ;low count | |
| bne NFILL2 | |
| dec 2,s ;high count | |
| bne NFILL2 | |
| NFILL3 leas 6,s ;drop 3 parameters from stack | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB SWAP,TOR,SWAP | |
| ;;;; FDB BRAN,FILL2 | |
| ;;;;FILL1: FDB DDUP,CSTOR,PLUS1 | |
| ;;;;FILL2: FDB DONXT,FILL1 | |
| ;;;; FDB DDROP,EXIT | |
| ; -TRAILING ( b u -- b u ) | |
| ; Adjust the count to eliminate trailing white space. | |
| FDB DTRAI,L1110 | |
| L1120 FCB 9,"-TRAILING" | |
| DTRAI jsr DOLST | |
| FDB TOR | |
| FDB BRAN,DTRA2 | |
| DTRA1 FDB BLANK,OVER,RAT,PLUS,CAT,LESS | |
| FDB QBRAN,DTRA2 | |
| FDB RFROM,PLUS1,EXIT | |
| DTRA2 FDB DONXT,DTRA1 | |
| FDB ZERO,EXIT | |
| ; PACK$ ( b u a -- a ) | |
| ; Build a counted string with u characters from b. Null fill. | |
| FDB PACKS,L1120 | |
| L1130 FCB 5,"PACK$" | |
| PACKS jsr DOLST | |
| FDB DUPP,TOR ;strings only on cell boundary | |
| FDB DDUP,CSTOR | |
| FDB PLUS1 ;count mod cell | |
| FDB DDUP,PLUS | |
| FDB ZERO,SWAP,CSTOR ;null fill cell | |
| FDB SWAP,CMOVE,RFROM,EXIT ;move string | |
| ;; Numeric output, single precision | |
| ; DIGIT ( u -- c ) | |
| ; Convert digit u to a character. | |
| FDB DIGIT,L1130 | |
| L1140 FCB 5,"DIGIT" | |
| DIGIT jsr DOLST | |
| FDB DOCLIT | |
| FCB 9 | |
| FDB OVER,LESS | |
| FDB DOCLIT | |
| FCB 7 | |
| FDB ANDD,PLUS | |
| FDB DOLIT,'0',PLUS,EXIT | |
| ; EXTRACT ( n base -- n c ) | |
| ; Extract the least significant digit from n. | |
| FDB EXTRC,L1140 | |
| L1150 FCB 7,"EXTRACT" | |
| EXTRC jsr DOLST | |
| FDB ZERO,SWAP,UMMOD | |
| FDB SWAP,DIGIT,EXIT | |
| ; <# ( -- ) | |
| ; Initiate the numeric output process. | |
| FDB BDIGS,L1150 | |
| L1160 FCB 2,"<#" | |
| BDIGS jsr DOLST | |
| FDB PAD,HLD,STORE,EXIT | |
| ; HOLD ( c -- ) | |
| ; Insert a character into the numeric output string. | |
| FDB HOLD,L1160 | |
| L1170 FCB 4,"HOLD" | |
| HOLD jsr DOLST | |
| FDB HLD,AT,MINUS1 | |
| FDB DUPP,HLD,STORE,CSTOR,EXIT | |
| ; # ( u -- u ) | |
| ; Extract one digit from u and append the digit to output string. | |
| FDB DIG,L1170 | |
| L1180 FCB 1,"#" | |
| DIG jsr DOLST | |
| FDB BASE,AT,EXTRC,HOLD,EXIT | |
| ; #S ( u -- 0 ) | |
| ; Convert u until all digits are added to the output string. | |
| FDB DIGS,L1180 | |
| L1190 FCB 2,"#S" | |
| DIGS jsr DOLST | |
| DIGS1 FDB DIG,DUPP | |
| FDB QBRAN,DIGS2 | |
| FDB BRAN,DIGS1 | |
| DIGS2 FDB EXIT | |
| ; SIGN ( n -- ) | |
| ; Add a minus sign to the numeric output string. | |
| FDB SIGN,L1190 | |
| L1200 FCB 4,"SIGN" | |
| SIGN jsr DOLST | |
| FDB ZLESS | |
| FDB QBRAN,SIGN1 | |
| FDB DOLIT,'-',HOLD | |
| SIGN1 FDB EXIT | |
| ; #> ( w -- b u ) | |
| ; Prepare the output string to be TYPE'd. | |
| FDB EDIGS,L1200 | |
| L1210 FCB 2,"#>" | |
| EDIGS jsr DOLST | |
| FDB DROP,HLD,AT | |
| FDB PAD,OVER,SUBB,EXIT | |
| ; str ( w -- b u ) | |
| ; Convert a signed integer to a numeric string. | |
| FDB STR,L1210 | |
| L1220 FCB 3,"str" | |
| STR jsr DOLST | |
| FDB DUPP,TOR,ABSS | |
| FDB BDIGS,DIGS,RFROM | |
| FDB SIGN,EDIGS,EXIT | |
| ; HEX ( -- ) | |
| ; Use radix 16 as base for numeric conversions. | |
| FDB HEX,L1220 | |
| L1230 FCB 3,"HEX" | |
| HEX jsr DOLST | |
| FDB DOCLIT | |
| FCB 16 | |
| FDB BASE,STORE,EXIT | |
| ; DECIMAL ( -- ) | |
| ; Use radix 10 as base for numeric conversions. | |
| FDB DECIM,L1230 | |
| L1240 FCB 7,"DECIMAL" | |
| DECIM jsr DOLST | |
| FDB DOCLIT | |
| FCB 10 | |
| FDB BASE,STORE,EXIT | |
| ;; Numeric input, single precision | |
| ; DIGIT? ( c base -- u t ) | |
| ; Convert a character to its numeric value. A flag indicates success. | |
| FDB DIGTQ,L1240 | |
| L1250 FCB 6,"DIGIT?" | |
| DIGTQ jsr DOLST | |
| FDB TOR,DOLIT,'0',SUBB | |
| FDB DOCLIT | |
| FCB 9 | |
| FDB OVER,LESS | |
| FDB QBRAN,DGTQ1 | |
| FDB DOCLIT | |
| FCB 7 | |
| FDB SUBB | |
| FDB DUPP,DOLIT,10,LESS,ORR | |
| DGTQ1 FDB DUPP,RFROM,ULESS,EXIT | |
| ; NUMBER? ( a -- n T | a F ) | |
| ; Convert a number string to integer. Push a flag on tos. | |
| FDB NUMBQ,L1250 | |
| L1260 FCB 7,"NUMBER?" | |
| NUMBQ jsr DOLST | |
| FDB BASE,AT,TOR,ZERO,OVER,COUNT | |
| FDB OVER,CAT,DOLIT,'$',EQUAL | |
| FDB QBRAN,NUMQ1 | |
| FDB HEX,SWAP,PLUS1 | |
| FDB SWAP,MINUS1 | |
| NUMQ1 FDB OVER,CAT,DOLIT,'-',EQUAL,TOR | |
| FDB SWAP,RAT,SUBB,SWAP,RAT,PLUS,QDUP | |
| FDB QBRAN,NUMQ6 | |
| FDB MINUS1,TOR | |
| NUMQ2 FDB DUPP,TOR,CAT,BASE,AT,DIGTQ | |
| FDB QBRAN,NUMQ4 | |
| FDB SWAP,BASE,AT,STAR,PLUS,RFROM | |
| FDB PLUS1 | |
| FDB DONXT,NUMQ2 | |
| FDB RAT,SWAP,DROP | |
| FDB QBRAN,NUMQ3 | |
| FDB NEGAT | |
| NUMQ3 FDB SWAP | |
| FDB BRAN,NUMQ5 | |
| NUMQ4 FDB RFROM,RFROM,DDROP,DDROP,ZERO | |
| NUMQ5 FDB DUPP | |
| NUMQ6 FDB RFROM,DDROP | |
| FDB RFROM,BASE,STORE,EXIT | |
| ;; Basic I/O | |
| ; ?KEY ( -- c T | F ) | |
| ; Return input character and true, or a false if no input. | |
| FDB QKEY,L1260 | |
| L1270 FCB 4,"?KEY" | |
| QKEY jsr DOLST | |
| FDB TQKEY,ATEXE,EXIT | |
| ; KEY ( -- c ) | |
| ; Wait for and return an input character. | |
| FDB KEY,L1270 | |
| L1280 FCB 3,"KEY" | |
| KEY jsr DOLST | |
| KEY1 FDB QKEY | |
| FDB QBRAN,KEY1 | |
| FDB EXIT | |
| ; EMIT ( c -- ) | |
| ; Send a character to the output device. | |
| FDB EMIT,L1280 | |
| L1290 FCB 4,"EMIT" | |
| EMIT jsr DOLST | |
| FDB TEMIT,ATEXE,EXIT | |
| ; NUF? ( -- t ) | |
| ; Return false if no input, else pause and if CR return true. | |
| FDB NUFQ,L1290 | |
| L1300 FCB 4,"NUF?" | |
| NUFQ jsr DOLST | |
| FDB QKEY,DUPP | |
| FDB QBRAN,NUFQ1 | |
| FDB DDROP,KEY,DOCLIT | |
| FCB CRR | |
| FDB EQUAL | |
| NUFQ1 FDB EXIT | |
| ; PACE ( -- ) | |
| ; Send a pace character for the file downloading process. | |
| FDB PACE,L1300 | |
| L1310 FCB 4,"PACE" | |
| PACE jsr DOLST | |
| FDB DOCLIT | |
| FCB 11 | |
| FDB EMIT,EXIT | |
| ; SPACE ( -- ) | |
| ; Send the blank character to the output device. | |
| FDB SPACE,L1310 | |
| L1320 FCB 5,"SPACE" | |
| SPACE jsr DOLST | |
| FDB BLANK,EMIT,EXIT | |
| ; SPACES ( +n -- ) | |
| ; Send n spaces to the output device. | |
| FDB SPACS,L1320 | |
| L1330 FCB 6,"SPACES" | |
| SPACS jsr DOLST | |
| FDB ZERO,MAX,TOR | |
| FDB BRAN,CHAR2 | |
| CHAR1 FDB SPACE | |
| CHAR2 FDB DONXT,CHAR1 | |
| FDB EXIT | |
| ; TYPE ( b u -- ) | |
| ; Output u characters from b. | |
| FDB TYPES,L1330 | |
| L1340 FCB 4,"TYPE" | |
| TYPES jsr DOLST | |
| FDB TOR | |
| FDB BRAN,TYPE2 | |
| TYPE1 FDB DUPP,CAT,EMIT | |
| FDB PLUS1 | |
| TYPE2 FDB DONXT,TYPE1 | |
| FDB DROP,EXIT | |
| ; CR ( -- ) | |
| ; Output a carriage return and a line feed. | |
| FDB CR,L1340 | |
| L1350 FCB 2,"CR" | |
| CR jsr DOLST | |
| FDB DOCLIT | |
| FCB CRR | |
| FDB EMIT | |
| FDB DOCLIT | |
| FCB LF | |
| FDB EMIT,EXIT | |
| ; do$ ( -- a ) | |
| ; Return the address of a compiled string. | |
| FDB DOSTR,L1350 | |
| L1360 FCB COMPO+3,"do$" | |
| DOSTR jsr DOLST | |
| FDB RFROM,RAT,RFROM,COUNT,PLUS | |
| FDB ALGND,TOR,SWAP,TOR,EXIT | |
| ; $"| ( -- a ) | |
| ; Run time routine compiled by $". Return address of a compiled string. | |
| FDB STRQP,L1360 | |
| L1370 FCB COMPO+3,'$','"','|' | |
| STRQP jsr DOLST | |
| FDB DOSTR,EXIT ;force a call to do$ | |
| ; ."| ( -- ) | |
| ; Run time routine of ." . Output a compiled string. | |
| FDB DOTQP,L1370 | |
| L1380 FCB COMPO+3,'.','"','|' | |
| DOTQP jsr DOLST | |
| FDB DOSTR,COUNT,TYPES,EXIT | |
| ; .R ( n +n -- ) | |
| ; Display an integer in a field of n columns, right justified. | |
| FDB DOTR,L1380 | |
| L1390 FCB 2,".R" | |
| DOTR jsr DOLST | |
| FDB TOR,STR,RFROM,OVER,SUBB | |
| FDB SPACS,TYPES,EXIT | |
| ; U.R ( u +n -- ) | |
| ; Display an unsigned integer in n column, right justified. | |
| FDB UDOTR,L1390 | |
| L1400 FCB 3,"U.R" | |
| UDOTR jsr DOLST | |
| FDB TOR,BDIGS,DIGS,EDIGS | |
| FDB RFROM,OVER,SUBB | |
| FDB SPACS,TYPES,EXIT | |
| ; U. ( u -- ) | |
| ; Display an unsigned integer in free format. | |
| FDB UDOT,L1400 | |
| L1410 FCB 2,"U." | |
| UDOT jsr DOLST | |
| FDB BDIGS,DIGS,EDIGS | |
| FDB SPACE,TYPES,EXIT | |
| ; . ( w -- ) | |
| ; Display an integer in free format, preceeded by a space. | |
| FDB DOT,L1410 | |
| L1420 FCB 1,"." | |
| DOT jsr DOLST | |
| FDB BASE,AT,DOCLIT | |
| FCB 10 | |
| FDB XORR ;?decimal | |
| FDB QBRAN,DOT1 | |
| FDB UDOT,EXIT ;no, display unsigned | |
| DOT1 FDB STR,SPACE,TYPES,EXIT ;yes, display signed | |
| ; ? ( a -- ) | |
| ; Display the contents in a memory cell. | |
| FDB QUEST,L1420 | |
| L1430 FCB 1,"?" | |
| QUEST jsr DOLST | |
| FDB AT,DOT,EXIT | |
| ;; Parsing | |
| ; parse ( b u c -- b u delta ; <string> ) | |
| ; Scan string delimited by c. Return found string and its offset. | |
| FDB PARS,L1430 | |
| L1440 FCB 5,"parse" | |
| PARS jsr DOLST | |
| FDB TEMP,STORE,OVER,TOR,DUPP | |
| FDB QBRAN,PARS8 | |
| FDB MINUS1,TEMP,AT,BLANK,EQUAL | |
| FDB QBRAN,PARS3 | |
| FDB TOR | |
| PARS1 FDB BLANK,OVER,CAT ;skip leading blanks ONLY | |
| FDB SUBB,ZLESS,INVER | |
| FDB QBRAN,PARS2 | |
| FDB PLUS1 | |
| FDB DONXT,PARS1 | |
| FDB RFROM,DROP,ZERO,DUPP,EXIT | |
| PARS2 FDB RFROM | |
| PARS3 FDB OVER,SWAP | |
| FDB TOR | |
| PARS4 FDB TEMP,AT,OVER,CAT,SUBB ;scan for delimiter | |
| FDB TEMP,AT,BLANK,EQUAL | |
| FDB QBRAN,PARS5 | |
| FDB ZLESS | |
| PARS5 FDB QBRAN,PARS6 | |
| FDB PLUS1 | |
| FDB DONXT,PARS4 | |
| FDB DUPP,TOR | |
| FDB BRAN,PARS7 | |
| PARS6 FDB RFROM,DROP,DUPP | |
| FDB PLUS1,TOR | |
| PARS7 FDB OVER,SUBB | |
| FDB RFROM,RFROM,SUBB,EXIT | |
| PARS8 FDB OVER,RFROM,SUBB,EXIT | |
| ; PARSE ( c -- b u ; <string> ) | |
| ; Scan input stream and return counted string delimited by c. | |
| FDB PARSE,L1440 | |
| L1450 FCB 5,"PARSE" | |
| PARSE jsr DOLST | |
| FDB TOR,TIB,INN,AT,PLUS ;current input buffer pointer | |
| FDB NTIB,AT,INN,AT,SUBB ;remaining count | |
| FDB RFROM,PARS,INN,PSTOR,EXIT | |
| ; .( ( -- ) | |
| ; Output following string up to next ) . | |
| FDB DOTPR,L1450 | |
| L1460 FCB IMEDD+2,".(" | |
| DOTPR jsr DOLST | |
| FDB DOLIT,')',PARSE,TYPES,EXIT | |
| ; ( ( -- ) | |
| ; Ignore following string up to next ) . A comment. | |
| FDB PAREN,L1460 | |
| L1470 FCB IMEDD+1,"(" | |
| PAREN jsr DOLST | |
| FDB DOLIT,')',PARSE,DDROP,EXIT | |
| ; \ ( -- ) | |
| ; Ignore following text till the end of line. | |
| FDB BKSLA,L1470 | |
| L1480 FCB IMEDD+1,92 ; '\' but give as numeric to avoid different escap char processing in different assemblers | |
| BKSLA jsr DOLST | |
| FDB NTIB,AT,INN,STORE,EXIT | |
| ; CHAR ( -- c ) | |
| ; Parse next word and return its first character. | |
| FDB CHAR,L1480 | |
| L1490 FCB 4,"CHAR" | |
| CHAR jsr DOLST | |
| FDB BLANK,PARSE,DROP,CAT,EXIT | |
| ; TOKEN ( -- a ; <string> ) | |
| ; Parse a word from input stream and copy it to name dictionary. | |
| FDB TOKEN,L1490 | |
| L1500 FCB 5,"TOKEN" | |
| TOKEN jsr DOLST | |
| FDB BLANK,PARSE,DOCLIT | |
| FCB 31 | |
| FDB MIN | |
| FDB NP,AT,OVER,SUBB,CELLM | |
| FDB PACKS,EXIT | |
| ; WORD ( c -- a ; <string> ) | |
| ; Parse a word from input stream and copy it to code dictionary. | |
| FDB WORD,L1500 | |
| L1510 FCB 4,"WORD" | |
| WORD jsr DOLST | |
| FDB PARSE,HERE,PACKS,EXIT | |
| ;; Dictionary search | |
| ; NAME> ( na -- ca ) | |
| ; Return a code address given a name address. | |
| FDB NAMET,L1510 | |
| L1520 FCB 5,"NAME>" | |
| NAMET jsr DOLST | |
| FDB CELLM,CELLM,AT,EXIT | |
| ; SAME? ( a a u -- a a f \ -0+ ) | |
| ; Compare u bytes in two strings. Return 0 if identical. | |
| FDB SAMEQ,L1520 | |
| L1530 FCB 5,"SAME?" | |
| SAMEQ jsr DOLST | |
| FDB TOR | |
| FDB BRAN,SAME2 | |
| SAME1 FDB OVER,RAT,PLUS,CAT | |
| FDB OVER,RAT,PLUS,CAT | |
| FDB SUBB,QDUP | |
| FDB QBRAN,SAME2 | |
| FDB RFROM,DROP,EXIT | |
| SAME2 FDB DONXT,SAME1 | |
| FDB DOLIT,0,EXIT | |
| ; find ( a va -- ca na | a F ) | |
| ; Search a vocabulary for a string. Return ca and na if succeeded. | |
| FDB FIND,L1530 | |
| L1540 FCB 4,"find" | |
| FIND jsr DOLST | |
| FDB SWAP,DUPP,CAT,MINUS1 | |
| FDB TEMP,STORE | |
| FDB DUPP,AT,TOR,CELLP,SWAP | |
| FIND1 FDB AT,DUPP | |
| FDB QBRAN,FIND6 | |
| FDB DUPP,AT,DOLIT,MASKK,ANDD,RAT,XORR | |
| FDB QBRAN,FIND2 | |
| FDB CELLP,MONE | |
| FDB BRAN,FIND3 | |
| FIND2 FDB CELLP,TEMP,AT,SAMEQ | |
| FIND3 FDB BRAN,FIND4 | |
| FIND6 FDB RFROM,DROP | |
| FDB SWAP,CELLM,SWAP,EXIT | |
| FIND4 FDB QBRAN,FIND5 | |
| FDB CELLM,CELLM | |
| FDB BRAN,FIND1 | |
| FIND5 FDB RFROM,DROP,SWAP,DROP | |
| FDB CELLM | |
| FDB DUPP,NAMET,SWAP,EXIT | |
| ; NAME? ( a -- ca na | a F ) | |
| ; Search all context vocabularies for a string. | |
| FDB NAMEQ,L1540 | |
| L1550 FCB 5,"NAME?" | |
| NAMEQ jsr DOLST | |
| FDB CNTXT,DUPP,DAT,XORR | |
| FDB QBRAN,NAMQ1 | |
| FDB CELLM | |
| NAMQ1 FDB TOR | |
| NAMQ2 FDB RFROM,CELLP,DUPP,TOR | |
| FDB AT,QDUP | |
| FDB QBRAN,NAMQ3 | |
| FDB FIND,QDUP | |
| FDB QBRAN,NAMQ2 | |
| FDB RFROM,DROP,EXIT | |
| NAMQ3 FDB RFROM,DROP | |
| FDB ZERO,EXIT | |
| ;; Terminal response | |
| ; ^H ( bot eot cur -- bot eot cur ) | |
| ; Backup the cursor by one character. | |
| FDB BKSP,L1550 | |
| L1560 FCB 2,"^H" | |
| BKSP jsr DOLST | |
| FDB TOR,OVER,RFROM,SWAP,OVER,XORR | |
| FDB QBRAN,BACK1 | |
| FDB DOLIT,BKSPP,TECHO,ATEXE,MINUS1 | |
| FDB BLANK,TECHO,ATEXE | |
| FDB DOLIT,BKSPP,TECHO,ATEXE | |
| BACK1 FDB EXIT | |
| ; TAP ( bot eot cur c -- bot eot cur ) | |
| ; Accept and echo the key stroke and bump the cursor. | |
| FDB TAP,L1560 | |
| L1570 FCB 3,"TAP" | |
| TAP jsr DOLST | |
| FDB DUPP,TECHO,ATEXE | |
| FDB OVER,CSTOR,PLUS1,EXIT | |
| ; kTAP ( bot eot cur c -- bot eot cur ) | |
| ; Process a key stroke, CR or backspace. | |
| FDB KTAP,L1570 | |
| L1580 FCB 4,"kTAP" | |
| KTAP jsr DOLST | |
| FDB DUPP,DOCLIT | |
| FCB CRR | |
| FDB XORR | |
| FDB QBRAN,KTAP2 | |
| FDB DUPP,DOLIT,BKSPP,XORR | |
| FDB SWAP,DOLIT,BKSPP2,XORR,ANDD | |
| FDB QBRAN,KTAP1 | |
| FDB BLANK,TAP,EXIT | |
| KTAP1 FDB BKSP,EXIT | |
| KTAP2 FDB DROP,SWAP,DROP,DUPP,EXIT | |
| ; accept ( b u -- b u ) | |
| ; Accept characters to input buffer. Return with actual count. | |
| FDB ACCEP,L1580 | |
| L1590 FCB 6,"ACCEPT" | |
| ACCEP jsr DOLST | |
| FDB OVER,PLUS,OVER | |
| ACCP1 FDB DDUP,XORR | |
| FDB QBRAN,ACCP4 | |
| FDB KEY,DUPP | |
| ; FDB BLANK,SUBB,DOLIT,95,ULESS | |
| FDB BLANK,DOLIT,127,WITHI | |
| FDB QBRAN,ACCP2 | |
| FDB TAP | |
| FDB BRAN,ACCP3 | |
| ACCP2 FDB TTAP,ATEXE | |
| ACCP3 FDB BRAN,ACCP1 | |
| ACCP4 FDB DROP,OVER,SUBB,EXIT | |
| ; EXPECT ( b u -- ) | |
| ; Accept input stream and store count in SPAN. | |
| FDB EXPEC,L1590 | |
| L1600 FCB 6,"EXPECT" | |
| EXPEC jsr DOLST | |
| FDB TEXPE,ATEXE,SPAN,STORE,DROP,EXIT | |
| ; QUERY ( -- ) | |
| ; Accept input stream to terminal input buffer. | |
| FDB QUERY,L1600 | |
| L1610 FCB 5,"QUERY" | |
| QUERY jsr DOLST | |
| FDB TIB,DOCLIT | |
| FCB 80 | |
| FDB TEXPE,ATEXE,NTIB,STORE | |
| FDB DROP,ZERO,INN,STORE,EXIT | |
| ;; Error handling | |
| ; CATCH ( ca -- 0 | err# ) | |
| ; Execute word at ca and set up an error frame for it. | |
| FDB CATCH,L1610 | |
| L1620 FCB 5,"CATCH" | |
| CATCH jsr DOLST | |
| FDB SPAT,TOR,HANDL,AT,TOR ;save error frame | |
| FDB RPAT,HANDL,STORE,EXECU ;execute | |
| FDB RFROM,HANDL,STORE ;restore error frame | |
| FDB RFROM,DROP,ZERO,EXIT ;no error | |
| ; THROW ( err# -- err# ) | |
| ; Reset system to current local error frame an update error flag. | |
| FDB THROW,L1620 | |
| L1630 FCB 5,"THROW" | |
| THROW jsr DOLST | |
| FDB HANDL,AT,RPSTO ;restore return stack | |
| FDB RFROM,HANDL,STORE ;restore handler frame | |
| FDB RFROM,SWAP,TOR,SPSTO ;restore data stack | |
| FDB DROP,RFROM,EXIT | |
| ; NULL$ ( -- a ) | |
| ; Return address of a null string with zero count. | |
| FDB NULLS,L1630 | |
| L1640 FCB 5,"NULL$" | |
| NULLS | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOVAR ;emulate CREATE | |
| jsr FDOVAR | |
| FDB 0 | |
| FCB 99,111,121,111,116,101 | |
| ; ABORT ( -- ) | |
| ; Reset data stack and jump to QUIT. | |
| FDB ABORT,L1640 | |
| L1650 FCB 5,"ABORT" | |
| ABORT jsr DOLST | |
| FDB NULLS,THROW | |
| ; abort" ( f -- ) | |
| ; Run time routine of ABORT" . Abort with a message. | |
| FDB ABORQ,L1650 | |
| L1660 FCB COMPO+6,"abort",'"' | |
| ABORQ jsr DOLST | |
| FDB QBRAN,ABOR1 ;text flag | |
| FDB DOSTR,THROW ;pass error string | |
| ABOR1 FDB DOSTR,DROP,EXIT ;drop error | |
| ;; The text interpreter | |
| ; $INTERPRET ( a -- ) | |
| ; Interpret a word. If failed, try to convert it to an integer. | |
| FDB INTER,L1660 | |
| L1670 FCB 10,"$INTERPRET" | |
| INTER jsr DOLST | |
| FDB NAMEQ,QDUP ;?defined | |
| FDB QBRAN,INTE1 | |
| FDB AT,DOLIT,COMPO<<8,ANDD ;?compile only lexicon bits | |
| FDB ABORQ | |
| FCB 13," compile only" | |
| FDB EXECU,EXIT ;execute defined word | |
| INTE1 FDB TNUMB,ATEXE ;convert a number | |
| FDB QBRAN,INTE2 | |
| FDB EXIT | |
| INTE2 FDB THROW ;error | |
| ; [ ( -- ) | |
| ; Start the text interpreter. | |
| FDB LBRAC,L1670 | |
| L1680 FCB IMEDD+1,"[" | |
| LBRAC jsr DOLST | |
| FDB DOLIT,INTER,TEVAL,STORE,EXIT | |
| ; .OK ( -- ) | |
| ; Display 'ok' only while interpreting. | |
| FDB DOTOK,L1680 | |
| L1690 FCB 3,".OK" | |
| DOTOK jsr DOLST | |
| FDB DOLIT,INTER,TEVAL,AT,EQUAL | |
| FDB QBRAN,DOTO1 | |
| FDB DOTQP | |
| FCB 3," ok" | |
| DOTO1 FDB CR,EXIT | |
| ; ?STACK ( -- ) | |
| ; Abort if the data stack underflows. | |
| FDB QSTAC,L1690 | |
| L1700 FCB 6,"?STACK" | |
| QSTAC jsr DOLST | |
| FDB DEPTH,ZLESS ;check only for underflow | |
| FDB ABORQ | |
| FCB 10," underflow" | |
| FDB EXIT | |
| ; EVAL ( -- ) | |
| ; Interpret the input stream. | |
| FDB EVAL,L1700 | |
| L1710 FCB 4,"EVAL" | |
| EVAL jsr DOLST | |
| EVAL1 FDB TOKEN,DUPP,CAT ;?input stream empty | |
| FDB QBRAN,EVAL2 | |
| FDB TEVAL,ATEXE,QSTAC ;evaluate input, check stack | |
| FDB BRAN,EVAL1 | |
| EVAL2 FDB DROP,TPROM,ATEXE,EXIT ;prompt | |
| ;; Shell | |
| ; PRESET ( -- ) | |
| ; Reset data stack pointer and the terminal input buffer. | |
| FDB PRESE,L1710 | |
| L1720 FCB 6,"PRESET" | |
| PRESE jsr DOLST | |
| FDB SZERO,AT,SPSTO | |
| FDB DOLIT,TIBB,NTIB,CELLP,STORE,EXIT | |
| ; xio ( a a a -- ) | |
| ; Reset the I/O vectors 'EXPECT, 'TAP, 'ECHO and 'PROMPT. | |
| FDB XIO,L1720 | |
| L1730 FCB COMPO+3,"xio" | |
| XIO jsr DOLST | |
| FDB DOLIT,ACCEP,TEXPE,DSTOR | |
| FDB TECHO,DSTOR,EXIT | |
| ; FILE ( -- ) | |
| ; Select I/O vectors for file download. | |
| FDB FILE,L1730 | |
| L1740 FCB 4,"FILE" | |
| FILE jsr DOLST | |
| FDB DOLIT,PACE,DOLIT,DROP | |
| FDB DOLIT,KTAP,XIO,EXIT | |
| ; HAND ( -- ) | |
| ; Select I/O vectors for terminal interface. | |
| FDB HAND,L1740 | |
| L1750 FCB 4,"HAND" | |
| HAND jsr DOLST | |
| FDB DOLIT,DOTOK,DOLIT,EMIT | |
| FDB DOLIT,KTAP,XIO,EXIT | |
| ; I/O ( -- a ) | |
| ; Array to store default I/O vectors. | |
| FDB ISLO,L1750 | |
| L1760 FCB 3,"I/O" | |
| ISLO | |
| ;; jsr DOLST | |
| ;; FDB DOVAR ;emulate CREATE | |
| jsr FDOVAR | |
| FDB QRX,TXSTO ;default I/O vectors | |
| ; CONSOLE ( -- ) | |
| ; Initiate terminal interface. | |
| FDB CONSO,L1760 | |
| L1770 FCB 7,"CONSOLE" | |
| CONSO jsr DOLST | |
| FDB ISLO,DAT,TQKEY,DSTOR ;restore default I/O device | |
| FDB HAND,EXIT ;keyboard input | |
| ; QUIT ( -- ) | |
| ; Reset return stack pointer and start text interpreter. | |
| FDB QUIT,L1770 | |
| L1780 FCB 4,"QUIT" | |
| QUIT jsr DOLST | |
| FDB RZERO,AT,RPSTO ;reset return stack pointer | |
| QUIT1 FDB LBRAC ;start interpretation | |
| QUIT2 FDB QUERY ;get input | |
| FDB DOLIT,EVAL,CATCH,QDUP ;evaluate input | |
| FDB QBRAN,QUIT2 ;continue till error | |
| FDB TPROM,AT,TOR ;save input device | |
| FDB CONSO,NULLS,OVER,XORR ;?display error message | |
| FDB QBRAN,QUIT3 | |
| FDB SPACE,COUNT,TYPES ;error message | |
| FDB DOTQP | |
| FCB 3," ? " ;error prompt | |
| QUIT3 FDB RFROM,DOLIT,DOTOK,XORR ;?file input | |
| FDB QBRAN,QUIT4 | |
| FDB DOLIT,ERR,EMIT ;file error, tell host | |
| QUIT4 FDB PRESE ;some cleanup | |
| FDB BRAN,QUIT1 | |
| ;; The compiler | |
| ; ' ( -- ca ) | |
| ; Search context vocabularies for the next word in input stream. | |
| FDB TICK,L1780 | |
| L1790 FCB 1,"'" | |
| TICK jsr DOLST | |
| FDB TOKEN,NAMEQ ;?defined | |
| FDB QBRAN,TICK1 | |
| FDB EXIT ;yes, push code address | |
| TICK1 FDB THROW ;no, error | |
| ; ALLOT ( n -- ) | |
| ; Allocate n bytes to the code dictionary. | |
| FDB ALLOT,L1790 | |
| L1800 FCB 5,"ALLOT" | |
| ALLOT jsr DOLST | |
| FDB CP,PSTOR,EXIT ;adjust code pointer | |
| ; , ( w -- ) | |
| ; Compile an integer into the code dictionary. | |
| FDB COMMA,L1800 | |
| L1810 FCB 1,"," | |
| COMMA jsr DOLST | |
| FDB HERE,DUPP,CELLP ;cell boundary | |
| FDB CP,STORE,STORE,EXIT ;adjust code pointer and compile | |
| ; [COMPILE] ( -- ; <string> ) | |
| ; Compile the next immediate word into code dictionary. | |
| FDB BCOMP,L1810 | |
| L1820 FCB IMEDD+9,"[COMPILE]" | |
| BCOMP jsr DOLST | |
| FDB TICK,COMMA,EXIT | |
| ; COMPILE ( -- ) | |
| ; Compile the next address in colon list to code dictionary. | |
| FDB COMPI,L1820 | |
| L1830 FCB COMPO+7,"COMPILE" | |
| COMPI jsr DOLST | |
| FDB RFROM,DUPP,AT,COMMA ;compile address | |
| FDB CELLP,TOR,EXIT ;adjust return address | |
| ; LITERAL ( w -- ) | |
| ; Compile tos to code dictionary as an integer literal. | |
| FDB LITER,L1830 | |
| L1840 FCB IMEDD+7,"LITERAL" | |
| LITER jsr DOLST | |
| FDB COMPI,DOLIT,COMMA,EXIT | |
| ; $," ( -- ) | |
| ; Compile a literal string up to next " . | |
| FDB STRCQ,L1840 | |
| L1850 FCB 3,"$,",'"' | |
| STRCQ jsr DOLST | |
| FDB DOLIT,'"',WORD ;move string to code dictionary | |
| FDB COUNT,PLUS,ALGND ;calculate aligned end of string | |
| FDB CP,STORE,EXIT ;adjust the code pointer | |
| ; RECURSE ( -- ) | |
| ; Make the current word available for compilation. | |
| FDB RECUR,L1850 | |
| L1860 FCB IMEDD+7,"RECURSE" | |
| RECUR jsr DOLST | |
| FDB LAST,AT,NAMET,COMMA,EXIT | |
| ;; Structures | |
| ; DO ( -- a m ) | |
| ; Start a DO-LOOP/+LOOP structure in a colon definition. | |
| FDB DO,L1860 | |
| L1861 FCB IMEDD+2,"DO" | |
| DO jsr DOLST | |
| FDB COMPI,DODO,HERE | |
| FDB ONE ; marker for DO | |
| FDB EXIT | |
| ; ?DO ( -- a m ) | |
| ; Start a ?DO-LOOP/+LOOP structure in a colon definition. | |
| FDB QDO,L1861 | |
| L1862 FCB IMEDD+3,"?DO" | |
| QDO jsr DOLST | |
| FDB COMPI,DOQDO,HERE | |
| FDB COMPI,0 ; branch destination placeholder | |
| FDB TWO ; marker for ?DO | |
| FDB EXIT | |
| ; (?DO) ( w w -- ) | |
| ; Runtime part of DO in a DO-LOOP/+LOOP structure. | |
| FDB DOQDO,L1862 | |
| L1862A FCB 5,"(?DO)" | |
| DOQDO | |
| puls d ;start | |
| cmpd ,s ;start < end -> ok | |
| blt DOQDO1 | |
| leas 2,s ;drop end | |
| ldu ,u | |
| pulu pc ;branch past loop | |
| DOQDO1 | |
| puls x ;end | |
| stx ,--y ;end to return stack | |
| std ,--y ;start to return stack | |
| leau 2,u ;skip jump forward | |
| pulu pc | |
| ; -DO ( -- a m ) | |
| ; Start a -DO-LOOP/+LOOP structure in a colon definition. | |
| FDB MDO,L1862A | |
| L1862B FCB IMEDD+3,"-DO" | |
| MDO jsr DOLST | |
| FDB COMPI,DOMDO,HERE | |
| FDB COMPI,0 ; branch destination placeholder | |
| FDB TWO ; marker for ?DO/-DO | |
| FDB EXIT | |
| ; (-DO) ( w w -- ) | |
| ; Runtime part of -DO in a -DO-LOOP/+LOOP structure. | |
| FDB DOMDO,L1862B | |
| L1862C FCB 5,"(-DO)" | |
| DOMDO | |
| puls d ;start | |
| cmpd ,s ;start > end -> ok | |
| bgt DOMDO1 | |
| leas 2,s ;drop end | |
| ldu ,u | |
| pulu pc ;branch past loop | |
| DOMDO1 | |
| puls x ;end | |
| stx ,--y ;end to return stack | |
| std ,--y ;start to return stack | |
| leau 2,u ;skip jump forward | |
| pulu pc | |
| ; (DO) ( w w -- ) | |
| ; Runtime part of DO in a DO-LOOP/+LOOP structure. | |
| FDB DODO,L1862C | |
| L1863 FCB 4,"(DO)" | |
| DODO | |
| puls d,x ;start first, end second | |
| stx ,--y ;end to return stack | |
| std ,--y ;start to return stack | |
| pulu pc | |
| ; (LOOP) ( -- ) | |
| ; Runtime part of LOOP | |
| FDB DOLOOP,L1863 | |
| L1864 FCB 6,"(LOOP)" | |
| DOLOOP | |
| ldd #1 | |
| bra DOPLOF | |
| ; (+LOOP) ( -- ) | |
| ; Runtime part of +LOOP | |
| FDB DOPLOOP,L1864 | |
| L1865 FCB IMEDD+7,"(+LOOP)" | |
| DOPLOOP | |
| ldd ,s++ ; increment | |
| bpl DOPLOF ; forward | |
| addd ,y ; start/index | |
| cmpd 2,y ; end | |
| ble DOPLO1 ; index <= end -> leave | |
| std ,y | |
| ldu ,u ; branch to begin of loop | |
| pulu pc | |
| DOPLOF addd ,y ; start/index | |
| cmpd 2,y ; end | |
| bge DOPLO1 ; index >= end -> leave | |
| std ,y ; save back | |
| ldu ,u ; branch to begin of loop | |
| pulu pc | |
| DOPLO1 | |
| leau 2,u ; skip back destination | |
| leay 4,y ; remove index and upper from r stack | |
| pulu pc | |
| ; LOOP ( a m -- ) | |
| ; Terminate a DO/?DO-LOOP loop structure. | |
| FDB LOOP,L1865 | |
| L1866 FCB IMEDD+4,"LOOP" | |
| LOOP jsr DOLST | |
| FDB COMPI,DOLOOP | |
| FDB TWO,EQUAL,QBRAN,LOOP1 | |
| FDB HERE,CELLP,OVER,STORE,CELLP ; branch forward destination | |
| LOOP1 FDB COMMA,EXIT | |
| ; +LOOP ( a m -- ) | |
| ; Terminate a DO/?DO-+LOOP loop structure. | |
| FDB PLOOP,L1866 | |
| L1867 FCB IMEDD+5,"+LOOP" | |
| PLOOP jsr DOLST | |
| FDB COMPI,DOPLOOP | |
| FDB TWO,EQUAL,QBRAN,PLOOP1 | |
| FDB HERE,CELLP,OVER,STORE,CELLP ; branch forward destination | |
| PLOOP1 FDB COMMA,EXIT | |
| ; LEAVE ( -- ) | |
| ; Leave DO/LOOP | |
| FDB LEAVE,L1867 | |
| L1868 FCB 5,"LEAVE" | |
| LEAVE | |
| ldd ,y ;take index on return stack | |
| std 2,y ;and change end to it | |
| pulu pc | |
| ; FOR ( -- a ) | |
| ; Start a FOR-NEXT loop structure in a colon definition. | |
| FDB FOR,L1867 | |
| L1870 FCB IMEDD+3,"FOR" | |
| FOR jsr DOLST | |
| FDB COMPI,TOR,HERE,EXIT | |
| ; BEGIN ( -- a ) | |
| ; Start an infinite or indefinite loop structure. | |
| FDB BEGIN,L1870 | |
| L1880 FCB IMEDD+5,"BEGIN" | |
| BEGIN jsr DOLST | |
| FDB HERE,EXIT | |
| ; NEXT ( a -- ) | |
| ; Terminate a FOR-NEXT loop structure. | |
| FDB NEXT,L1880 | |
| L1890 FCB IMEDD+4,"NEXT" | |
| NEXT jsr DOLST | |
| FDB COMPI,DONXT,COMMA,EXIT | |
| ; UNTIL ( a -- ) | |
| ; Terminate a BEGIN-UNTIL indefinite loop structure. | |
| FDB UNTIL,L1890 | |
| L1900 FCB IMEDD+5,"UNTIL" | |
| UNTIL jsr DOLST | |
| FDB COMPI,QBRAN,COMMA,EXIT | |
| ; AGAIN ( a -- ) | |
| ; Terminate a BEGIN-AGAIN infinite loop structure. | |
| FDB AGAIN,L1900 | |
| L1910 FCB IMEDD+5,"AGAIN" | |
| AGAIN jsr DOLST | |
| FDB COMPI,BRAN,COMMA,EXIT | |
| ; IF ( -- A ) | |
| ; Begin a conditional branch structure. | |
| FDB IFF,L1910 | |
| L1920 FCB IMEDD+2,"IF" | |
| IFF jsr DOLST | |
| FDB COMPI,QBRAN,HERE | |
| FDB ZERO,COMMA,EXIT | |
| ; AHEAD ( -- A ) | |
| ; Compile a forward branch instruction. | |
| FDB AHEAD,L1920 | |
| L1930 FCB IMEDD+5,"AHEAD" | |
| AHEAD jsr DOLST | |
| FDB COMPI,BRAN,HERE,ZERO,COMMA,EXIT | |
| ; REPEAT ( A a -- ) | |
| ; Terminate a BEGIN-WHILE-REPEAT indefinite loop. | |
| FDB REPEA,L1930 | |
| L1940 FCB IMEDD+6,"REPEAT" | |
| REPEA jsr DOLST | |
| FDB AGAIN,HERE,SWAP,STORE,EXIT | |
| ; THEN ( A -- ) | |
| ; Terminate a conditional branch structure. | |
| FDB THENN,L1940 | |
| L1950 FCB IMEDD+4,"THEN" | |
| THENN jsr DOLST | |
| FDB HERE,SWAP,STORE,EXIT | |
| ; AFT ( a -- a A ) | |
| ; Jump to THEN in a FOR-AFT-THEN-NEXT loop the first time through. | |
| FDB AFT,L1950 | |
| L1960 FCB IMEDD+3,"AFT" | |
| AFT jsr DOLST | |
| FDB DROP,AHEAD,BEGIN,SWAP,EXIT | |
| ; ELSE ( A -- A ) | |
| ; Start the false clause in an IF-ELSE-THEN structure. | |
| FDB ELSEE,L1960 | |
| L1970 FCB IMEDD+4,"ELSE" | |
| ELSEE jsr DOLST | |
| FDB AHEAD,SWAP,THENN,EXIT | |
| ; WHILE ( a -- A a ) | |
| ; Conditional branch out of a BEGIN-WHILE-REPEAT loop. | |
| FDB WHILE,L1970 | |
| L1980 FCB IMEDD+5,"WHILE" | |
| WHILE jsr DOLST | |
| FDB IFF,SWAP,EXIT | |
| ; ABORT" ( -- ; <string> ) | |
| ; Conditional abort with an error message. | |
| FDB ABRTQ,L1980 | |
| L1990 FCB IMEDD+6,"ABORT",'"' | |
| ABRTQ jsr DOLST | |
| FDB COMPI,ABORQ,STRCQ,EXIT | |
| ; $" ( -- ; <string> ) | |
| ; Compile an inline string literal. | |
| FDB STRQ,L1990 | |
| L2000 FCB IMEDD+2,'$','"' | |
| STRQ jsr DOLST | |
| FDB COMPI,STRQP,STRCQ,EXIT | |
| ; ." ( -- ; <string> ) | |
| ; Compile an inline string literal to be typed out at run time. | |
| FDB DOTQ,L2000 | |
| L2010 FCB IMEDD+2,'.','"' | |
| DOTQ jsr DOLST | |
| FDB COMPI,DOTQP,STRCQ,EXIT | |
| ;; Name compiler | |
| ; ?UNIQUE ( a -- a ) | |
| ; Display a warning message if the word already exists. | |
| FDB UNIQU,L2010 | |
| L2020 FCB 7,"?UNIQUE" | |
| UNIQU jsr DOLST | |
| FDB DUPP,NAMEQ ;?name exists | |
| FDB QBRAN,UNIQ1 | |
| FDB DOTQP ;redefinitions are OK | |
| FCB 7," reDef " ;but the user should be warned | |
| FDB OVER,COUNT,TYPES ;just in case its not planned | |
| UNIQ1 FDB DROP,EXIT | |
| ; $,n ( na -- ) | |
| ; Build a new dictionary name using the string at na. | |
| FDB SNAME,L2020 | |
| L2030 FCB 3,"$,n" | |
| SNAME jsr DOLST | |
| FDB DUPP,CAT ;?null input | |
| FDB QBRAN,PNAM1 | |
| FDB UNIQU ;?redefinition | |
| FDB DUPP,LAST,STORE ;save na for vocabulary link | |
| FDB HERE,ALGND,SWAP ;align code address | |
| FDB CELLM ;link address | |
| FDB CRRNT,AT,AT,OVER,STORE | |
| FDB CELLM,DUPP,NP,STORE ;adjust name pointer | |
| FDB STORE,EXIT ;save code pointer | |
| PNAM1 FDB STRQP | |
| FCB 5," name" ;null input | |
| FDB THROW | |
| ;; FORTH compiler | |
| ; $COMPILE ( a -- ) | |
| ; Compile next word to code dictionary as a token or literal. | |
| FDB SCOMP,L2030 | |
| L2040 FCB 8,"$COMPILE" | |
| SCOMP jsr DOLST | |
| FDB NAMEQ,QDUP ;?defined | |
| FDB QBRAN,SCOM2 | |
| FDB AT,DOLIT,IMEDD<<8,ANDD ;?immediate | |
| FDB QBRAN,SCOM1 | |
| FDB EXECU,EXIT ;its immediate, execute | |
| SCOM1 FDB COMMA,EXIT ;its not immediate, compile | |
| SCOM2 FDB TNUMB,ATEXE ;try to convert to number | |
| FDB QBRAN,SCOM3 | |
| FDB LITER,EXIT ;compile number as integer | |
| SCOM3 FDB THROW ;error | |
| ; OVERT ( -- ) | |
| ; Link a new word into the current vocabulary. | |
| FDB OVERT,L2040 | |
| L2050 FCB 5,"OVERT" | |
| OVERT jsr DOLST | |
| FDB LAST,AT,CRRNT,AT,STORE,EXIT | |
| ; ; ( -- ) | |
| ; Terminate a colon definition. | |
| FDB SEMIS,L2050 | |
| L2060 FCB IMEDD+COMPO+1,";" | |
| SEMIS jsr DOLST | |
| FDB COMPI,EXIT,LBRAC,OVERT,EXIT | |
| ; ] ( -- ) | |
| ; Start compiling the words in the input stream. | |
| FDB RBRAC,L2060 | |
| L2070 FCB 1,"]" | |
| RBRAC jsr DOLST | |
| FDB DOLIT,SCOMP,TEVAL,STORE,EXIT | |
| ; call, ( ca -- ) | |
| ; Assemble a call instruction to ca. | |
| FDB CALLC,L2070 | |
| L2080 FCB 5,"call," | |
| CALLC jsr DOLST | |
| FDB DOCLIT | |
| FCB CALLL | |
| FDB HERE,CSTOR ;Direct Threaded Code | |
| FDB ONE,ALLOT | |
| FDB COMMA,EXIT ;DTC 6809 extended addr jsr | |
| ; : ( -- ; <string> ) | |
| ; Start a new colon definition using next word as its name. | |
| FDB COLON,L2080 | |
| L2090 FCB 1,":" | |
| COLON jsr DOLST | |
| FDB TOKEN,SNAME,DOLIT,DOLST | |
| FDB CALLC,RBRAC,EXIT | |
| ; IMMEDIATE ( -- ) | |
| ; Make the last compiled word an immediate word. | |
| FDB IMMED,L2090 | |
| L2100 FCB 9,"IMMEDIATE" | |
| IMMED jsr DOLST | |
| FDB DOLIT,IMEDD<<8,LAST,AT,AT,ORR | |
| FDB LAST,AT,STORE,EXIT | |
| ;; Defining words | |
| ; USER ( u -- ; <string> ) | |
| ; Compile a new user variable. | |
| FDB USER,L2100 | |
| L2110 FCB 4,"USER" | |
| USER jsr DOLST | |
| FDB TOKEN,SNAME,OVERT | |
| ;;;; FDB DOLIT,DOLST,CALLC | |
| ;;;; FDB DOLIT,DOUSE,COMMA | |
| ; fast implementation .... | |
| FDB DOLIT,FDOUSE,CALLC | |
| FDB COMMA,EXIT | |
| ; CREATE ( -- ; <string> ) | |
| ; Compile a new array entry without allocating code space. | |
| FDB CREAT,L2110 | |
| L2120 FCB 6,"CREATE" | |
| CREAT jsr DOLST | |
| FDB TOKEN,SNAME,OVERT | |
| ;;;; FDB DOLIT,DOLST,CALLC | |
| ;;;; FDB DOLIT,DOVAR,COMMA,EXIT | |
| ; fast implementation .... | |
| FDB DOLIT,FDOVAR,CALLC,EXIT | |
| ; VARIABLE ( -- ; <string> ) | |
| ; Compile a new variable initialized to 0. | |
| FDB VARIA,L2120 | |
| L2130 FCB 8,"VARIABLE" | |
| VARIA jsr DOLST | |
| FDB CREAT,ZERO,COMMA,EXIT | |
| ; CONSTANT ( w -- ; <string> ) | |
| ; Compile a new constant with value w. | |
| FDB CONST,L2130 | |
| L2135 FCB 8,"CONSTANT" | |
| CONST jsr DOLST | |
| FDB TOKEN,SNAME,OVERT | |
| FDB DOLIT,DOCONST,CALLC | |
| FDB COMMA,EXIT | |
| ;; Tools | |
| ; _TYPE ( b u -- ) | |
| ; Display a string. Filter non-printing characters. | |
| FDB UTYPE,L2135 | |
| L2140 FCB 5,"_TYPE" | |
| UTYPE jsr DOLST | |
| FDB TOR ;start count down loop | |
| FDB BRAN,UTYP2 ;skip first pass | |
| UTYP1 FDB DUPP,CAT,TCHAR,EMIT ;display only printable | |
| FDB PLUS1 ;increment address | |
| UTYP2 FDB DONXT,UTYP1 ;loop till done | |
| FDB DROP,EXIT | |
| ; dm+ ( a u -- a ) | |
| ; Dump u bytes from , leaving a+u on the stack. | |
| FDB DUMPP,L2140 | |
| L2150 FCB 3,"dm+" | |
| DUMPP jsr DOLST | |
| FDB OVER,DOLIT,4,UDOTR ;display address | |
| FDB SPACE,TOR ;start count down loop | |
| FDB BRAN,PDUM2 ;skip first pass | |
| PDUM1 FDB DUPP,CAT,DOLIT,3,UDOTR ;display numeric data | |
| FDB PLUS1 ;increment address | |
| PDUM2 FDB DONXT,PDUM1 ;loop till done | |
| FDB EXIT | |
| ; DUMP ( a u -- ) | |
| ; Dump u bytes from a, in a formatted manner. | |
| FDB DUMP,L2150 | |
| L2160 FCB 4,"DUMP" | |
| DUMP jsr DOLST | |
| FDB BASE,AT,TOR,HEX ;save radix, set hex | |
| FDB DOCLIT | |
| FCB 16 | |
| FDB SLASH ;change count to lines | |
| FDB TOR ;start count down loop | |
| DUMP1 FDB CR,DOCLIT | |
| FCB 16 | |
| FDB DDUP,DUMPP ;display numeric | |
| FDB ROT,ROT | |
| FDB TWO,SPACS,UTYPE ;display printable characters | |
| FDB NUFQ,INVER ;user control | |
| FDB QBRAN,DUMP2 | |
| FDB DONXT,DUMP1 ;loop till done | |
| FDB BRAN,DUMP3 | |
| DUMP2 FDB RFROM,DROP ;cleanup loop stack, early exit | |
| DUMP3 FDB DROP,RFROM,BASE,STORE ;restore radix | |
| FDB EXIT | |
| ; .S ( ... -- ... ) | |
| ; Display the contents of the data stack. | |
| FDB DOTS,L2160 | |
| L2170 FCB 2,".S" | |
| DOTS jsr DOLST | |
| FDB CR,DEPTH ;stack depth | |
| FDB TOR ;start count down loop | |
| FDB BRAN,DOTS2 ;skip first pass | |
| DOTS1 FDB RAT,PICK,DOT ;index stack, display contents | |
| DOTS2 FDB DONXT,DOTS1 ;loop till done | |
| FDB DOTQP | |
| FCB 4," <sp" | |
| FDB EXIT | |
| ; !CSP ( -- ) | |
| ; Save stack pointer in CSP for error checking. | |
| FDB STCSP,L2170 | |
| L2180 FCB 4,"!CSP" | |
| STCSP jsr DOLST | |
| FDB SPAT,CSP,STORE,EXIT ;save pointer | |
| ; ?CSP ( -- ) | |
| ; Abort if stack pointer differs from that saved in CSP. | |
| FDB QCSP,L2180 | |
| L2190 FCB 4,"?CSP" | |
| QCSP jsr DOLST | |
| FDB SPAT,CSP,AT,XORR ;compare pointers | |
| FDB ABORQ ;abort if different | |
| FCB 6,"stacks" | |
| FDB EXIT | |
| ; >NAME ( ca -- na | F ) | |
| ; Convert code address to a name address. | |
| FDB TNAME,L2190 | |
| L2200 FCB 5,">NAME" | |
| TNAME jsr DOLST | |
| FDB CRRNT ;vocabulary link | |
| TNAM1 FDB CELLP,AT,QDUP ;check all vocabularies | |
| FDB QBRAN,TNAM4 | |
| FDB DDUP | |
| TNAM2 FDB AT,DUPP ;?last word in a vocabulary | |
| FDB QBRAN,TNAM3 | |
| FDB DDUP,NAMET,XORR ;compare | |
| FDB QBRAN,TNAM3 | |
| FDB CELLM ;continue with next word | |
| FDB BRAN,TNAM2 | |
| TNAM3 FDB SWAP,DROP,QDUP | |
| FDB QBRAN,TNAM1 | |
| FDB SWAP,DROP,SWAP,DROP,EXIT | |
| TNAM4 FDB DROP,DOLIT,0,EXIT | |
| ; .ID ( na -- ) | |
| ; Display the name at address. | |
| FDB DOTID,L2200 | |
| L2210 FCB 3,".ID" | |
| DOTID jsr DOLST | |
| FDB QDUP ;if zero no name | |
| FDB QBRAN,DOTI1 | |
| FDB COUNT,DOCLIT | |
| FCB $1F | |
| FDB ANDD ;mask lexicon bits | |
| FDB UTYPE,EXIT ;display name string | |
| DOTI1 FDB DOTQP | |
| FCB 9," {noName}" | |
| FDB EXIT | |
| ; SEE ( -- ; <string> ) | |
| ; A simple decompiler. | |
| FDB SEE,L2210 | |
| L2220 FCB 3,"SEE" | |
| SEE jsr DOLST | |
| FDB TICK ;starting address | |
| FDB PLUS1 ;skip JSR | |
| ;primitive check ... | |
| FDB BASE,AT,TOR,HEX ;switch to hex base | |
| FDB DUPP,AT,DOLIT,DOLST,XORR | |
| ;high level word? | |
| FDB QBRAN,SEE1 ;yes! | |
| FDB CR,DOTQP ;primitive word only | |
| FCB 9, " PRIMITVE" | |
| FDB BRAN,SEE5 ;exit | |
| SEE1 FDB CR,CELLP,DUPP,UDOT,SPACE | |
| FDB DUPP,AT,DUPP ;?does it contain a zero | |
| FDB QBRAN,SEE2 | |
| FDB TNAME ;?is it a name | |
| SEE2 FDB QDUP ;name address or zero | |
| FDB QBRAN,SEE3 | |
| FDB SPACE,DOTID ;display name | |
| FDB DUPP,AT | |
| FDB DUPP,DOLIT,DOCLIT,EQUAL ; doCLIT? | |
| FDB QBRAN,SEE21 | |
| FDB OVER,CELLP,CAT,SPACE,UDOT ; CLIT: get only single byte | |
| FDB SWAP,PLUS1,SWAP | |
| FDB BRAN,SEE28 | |
| SEE21 FDB DUPP,DOLIT,DOLIT,EQUAL ; doCLIT? | |
| FDB OVER,DOLIT,QBRAN,EQUAL,ORR ; ?BRAN ? | |
| FDB OVER,DOLIT,BRAN,EQUAL,ORR; BRANCH ? | |
| FDB OVER,DOLIT,DONXT,EQUAL,ORR; next ? (from FOR/NEXT) | |
| FDB OVER,DOLIT,DOLOOP,EQUAL,ORR; (LOOP) ? | |
| FDB OVER,DOLIT,DOPLOOP,EQUAL,ORR; (+LOOP) ? | |
| FDB OVER,DOLIT,DODO,EQUAL,ORR; (DO) ? | |
| FDB OVER,DOLIT,DOQDO,EQUAL,ORR; (?DO) ? | |
| FDB OVER,DOLIT,DOMDO,EQUAL,ORR; (-DO) ? | |
| FDB QBRAN,SEE27 | |
| FDB SWAP,CELLP,DUPP,AT,SPACE,UDOT,SWAP ; LIT: get word | |
| FDB BRAN,SEE28 | |
| SEE27 | |
| FDB DUPP,DOLIT,DOTQP,EQUAL ; ." ..." | |
| FDB OVER,DOLIT,ABORQ,EQUAL,ORR ; ABORT" ..." | |
| FDB OVER,DOLIT,STRQP,EQUAL,ORR ; $" ..." | |
| FDB QBRAN,SEE29 ; last case aalway to SEE29!! | |
| FDB SWAP,CELLP ; print compiled string | |
| FDB DUPP,COUNT,TYPES,DOCLIT | |
| FCB 34 | |
| FDB EMIT | |
| FDB COUNT,PLUS,CELLM,SWAP ; adjust continuation address | |
| SEE28 FDB DROP ; LEAVL, without EXIT check | |
| FDB BRAN,SEE4 | |
| SEE29 FDB DROP ; ELSE | |
| FDB BRAN,SEE31 ; cleanup, check for EXIT | |
| SEE3 FDB DUPP,AT,UDOT ;display number | |
| FDB BRAN,SEE4 | |
| SEE31 FDB DUPP,AT,DOLIT,EXIT,XORR ; stop on EXIT word | |
| ; but not if SEE decompiles itself! | |
| FDB QBRAN,SEE5 | |
| SEE4 FDB NUFQ ;user control | |
| FDB QBRAN,SEE1 | |
| SEE5 FDB RFROM,BASE,STORE,DROP,EXIT | |
| ; WORDS ( -- ) | |
| ; Display the names in the context vocabulary. | |
| FDB WORDS,L2220 | |
| L2230 FCB 5,"WORDS" | |
| WORDS jsr DOLST | |
| FDB CR,CNTXT,AT ;only in context | |
| WORS1 FDB AT,QDUP ;?at end of list | |
| FDB QBRAN,WORS2 | |
| FDB DUPP,SPACE,DOTID ;display a name | |
| FDB CELLM,NUFQ ;user control | |
| FDB QBRAN,WORS1 | |
| FDB DROP | |
| WORS2 FDB EXIT | |
| ;; Hardware reset | |
| ; VER ( -- n ) | |
| ; Return the version number of this implementation. | |
| FDB VERSN,L2230 | |
| L2240 FCB 3,"VER" | |
| VERSN jsr DOLST | |
| FDB DOLIT,VER*256+EXT,EXIT | |
| ; hi ( -- ) | |
| ; Display the sign-on message of eForth. | |
| FDB HI,L2240 | |
| L2250 FCB 2,"hi" | |
| HI jsr DOLST | |
| FDB STOIO,CR,DOTQP ;initialize I/O | |
| FCB 11,"eForth v" ;model | |
| FCB VER+'0','.',EXT+'0' ;version | |
| FDB CR,EXIT | |
| ; 'BOOT ( -- a ) | |
| ; The application startup vector. | |
| FDB TBOOT,L2250 | |
| L2260 FCB 5,"'BOOT" | |
| TBOOT | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOVAR | |
| jsr FDOVAR | |
| FDB HI ;application to boot | |
| ; COLD ( -- ) | |
| ; The hilevel cold start sequence. | |
| FDB COLD,L2260 | |
| L2270 FCB 4,"COLD" | |
| COLD jsr DOLST | |
| COLD1 FDB DOLIT,UZERO,DOLIT,UPP | |
| FDB DOLIT,ULAST-UZERO,CMOVE ;initialize user area | |
| FDB PRESE ;initialize data stack and TIB | |
| FDB TBOOT,ATEXE ;application boot | |
| FDB FORTH,CNTXT,AT,DUPP ;initialize search order | |
| FDB CRRNT,DSTOR,OVERT | |
| ; TEST | |
| ; FDB DOLIT,10,DOLIT,1 | |
| ; FDB DODO | |
| ; | |
| FDB QUIT ;start interpretation | |
| FDB BRAN,COLD1 ;just in case | |
| ;=============================================================== | |
| LASTN EQU L2270 ;last name address in name dictionary | |
| NTOP EQU NAMEE ;next available memory in name dictionary | |
| CTOP EQU * ;next available memory in code dictionary | |
| END ORIG | |
| ;=============================================================== |
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| ;TITLE 6809 eForth | |
| ;.engine kilo | |
| ; $Id: ef09.asm,v 1.1 1997/11/24 02:56:01 root Exp $ | |
| ; | |
| ;=============================================================== | |
| ; | |
| ; eForth 1.0 by Bill Muench and C. H. Ting, 1990 | |
| ; Much of the code is derived from the following sources: | |
| ; 8086 figForth by Thomas Newman, 1981 and Joe smith, 1983 | |
| ; aFORTH by John Rible | |
| ; bFORTH by Bill Muench | |
| ; | |
| ; The goal of this implementation is to provide a simple eForth Model | |
| ; which can be ported easily to many 8, 16, 24 and 32 bit CPU's. | |
| ; The following attributes make it suitable for CPU's of the '90: | |
| ; | |
| ; small machine dependent kernel and portable high level code | |
| ; source code in the MASM format | |
| ; direct threaded code | |
| ; separated code and name dictionaries | |
| ; simple vectored terminal and file interface to host computer | |
| ; aligned with the proposed ANS Forth Standard | |
| ; easy upgrade path to optimize for specific CPU | |
| ; | |
| ; You are invited to implement this Model on your favorite CPU and | |
| ; contribute it to the eForth Library for public use. You may use | |
| ; a portable implementation to advertise more sophisticated and | |
| ; optimized version for commercial purposes. However, you are | |
| ; expected to implement the Model faithfully. The eForth Working | |
| ; Group reserves the right to reject implementation which deviates | |
| ; significantly from this Model. | |
| ; | |
| ; As the ANS Forth Standard is still evolving, this Model will | |
| ; change accordingly. Implementations must state clearly the | |
| ; version number of the Model being tracked. | |
| ; | |
| ; Representing the eForth Working Group in the Silicon Valley FIG Chapter. | |
| ; Send contributions to: | |
| ; | |
| ; Dr. C. H. Ting | |
| ; 156 14th Avenue | |
| ; San Mateo, CA 94402 | |
| ; (415) 571-7639 | |
| ; | |
| ;=============================================================== | |
| ; $Log: ef09.asm,v $ | |
| ; Revision 1.1 1997/11/24 02:56:01 root | |
| ; Initial revision | |
| ; | |
| ;=============================================================== | |
| ;; Version control | |
| VER EQU 1 ;major release version | |
| EXT EQU 0 ;minor extension | |
| ;; Constants | |
| TRUEE EQU -1 ;true flag | |
| COMPO EQU $40 ;lexicon compile only bit | |
| IMEDD EQU $80 ;lexicon immediate bit | |
| MASKK EQU $1F7F ;lexicon bit mask | |
| CFAOFF EQU 3 ;offset from word entry to code field area | |
| ; (length of JSR) | |
| CELLL EQU 2 ;size of a cell | |
| BASEE EQU 10 ;default radix | |
| VOCSS EQU 8 ;depth of vocabulary stack | |
| BKSPP EQU 8 ;back space | |
| BKSPP2 EQU 127 ;back space | |
| LF EQU 13 ;line feed | |
| CRR EQU 10 ;carriage return | |
| ERR EQU 27 ;error escape | |
| TIC EQU 39 ;tick | |
| CALLL EQU $12BD ;NOP CALL opcodes | |
| ;; Memory allocation | |
| EM EQU $7000 ;top of memory | |
| US EQU 64*CELLL ;user area size in cells | |
| RTS: EQU 128*CELLL ;return stack/TIB size | |
| UPP EQU EM-US ;start of user area (UP0) | |
| RPP EQU UPP-8*CELLL ;start of return stack (RP0) | |
| TIBB EQU RPP-RTS ;terminal input buffer (TIB) | |
| SPP EQU TIBB-8*CELLL ;start of data stack (SP0) | |
| COLDD EQU $e000 ;cold start vector | |
| CODEE EQU COLDD+US ;code dictionary | |
| NAMEE EQU EM-$0400 ;name dictionary | |
| ;; Initialize assembly variables | |
| ;; Main entry points and COLD start data | |
| .ORG 0xfff0 | |
| ;reserved | |
| DW reset | |
| ;SWI3 | |
| DW reset | |
| ;SWI2 | |
| DW reset | |
| ;FIRQ | |
| DW reset | |
| ;IRQ | |
| DW reset | |
| ;SWI | |
| DW reset | |
| ;NMI | |
| DW reset | |
| ;RES | |
| DW reset | |
| ORG COLDD ;beginning of cold boot area | |
| ; SETDP 0 | |
| .ent $ | |
| .engine kilo | |
| reset: | |
| ORIG lds #SPP ;Init stack pointer. | |
| ldy #RPP ;Init return stack pointer | |
| ldu #COLD1 ;Init Instr pointer. | |
| pulu pc ;next. | |
| ; COLD start moves the following to USER variables. | |
| ; MUST BE IN SAME ORDER AS USER VARIABLES. | |
| UZERO RMB 8 ;reserved space in user area | |
| FDB SPP ;SP0 | |
| FDB RPP ;RP0 | |
| FDB QRX ;'?KEY | |
| FDB TXSTO ;'EMIT | |
| FDB ACCEP ;'EXPECT | |
| FDB KTAP ;'TAP | |
| FDB TXSTO ;'ECHO | |
| FDB DOTOK ;'PROMPT | |
| FDB BASEE ;BASE | |
| FDB 0 ;tmp | |
| FDB 0 ;SPAN | |
| FDB 0 ;>IN | |
| FDB 0 ;#TIB | |
| FDB TIBB ;TIB | |
| FDB 0 ;CSP | |
| FDB INTER ;'EVAL | |
| FDB NUMBQ ;'NUMBER | |
| FDB 0 ;HLD | |
| FDB 0 ;HANDLER | |
| FDB 0 ;CONTEXT pointer | |
| RMB VOCSS*2 ;vocabulary stack | |
| FDB 0 ;CURRENT pointer | |
| FDB 0 ;vocabulary link pointer | |
| FDB CTOP ;CP | |
| FDB NTOP ;NP | |
| FDB LASTN ;LAST | |
| ULAST: | |
| ORG CODEE ;beginning of the code dictionary | |
| ;; Device dependent I/O | |
| ACIA EQU $83fe | |
| ACIAC EQU ACIA | |
| ACIAS EQU ACIA | |
| ACIAD EQU ACIA+1 | |
| ACIA_TDRE EQU 02h | |
| ACIA_RDRF EQU 01h | |
| SEROUT: | |
| PSHS a,b | |
| SEROUTL: | |
| LDB ACIAS | |
| ANDB #ACIA_TDRE | |
| BEQ seroutl | |
| STA ACIAD | |
| PULS a,b | |
| RTS | |
| SERIN: | |
| LDA ACIAS | |
| ANDA #ACIA_RDRF | |
| BEQ serin_ret | |
| LDA ACIAD | |
| serin_ret: RTS | |
| ; BYE ( -- ) | |
| ; Exit eForth. | |
| FDB BYE,0 | |
| L100 FCB 3,"BYE" | |
| BYE JMP $E000 ; monitor | |
| ; ?RX ( -- c T | F ) | |
| ; Return input character and true, or a false if no input. | |
| FDB QRX,L100 | |
| L110 FCB 3,"?RX" | |
| QRX ldx #0 | |
| jsr serin | |
| bne qrx1 ;!!!!!!!!!!!!!!!!!!! BEQ | |
| stx ,--s | |
| pulu pc | |
| qrx1: tfr a,b | |
| clra | |
| std ,--s | |
| leax -1,x | |
| stx ,--s | |
| pulu pc | |
| ; TX! ( c -- ) | |
| ; Send character c to the output device. | |
| FDB TXSTO,L110 | |
| L120 FCB 3,"TX!" | |
| TXSTO ldd ,s++ | |
| cmpb #$ff | |
| bne tx1 | |
| ldb #32 | |
| tx1: | |
| tfr b,a | |
| jsr serout | |
| pulu pc | |
| ; !IO ( -- ) | |
| ; Initialize the serial I/O devices. | |
| FDB STOIO,L120 | |
| L130 FCB 3,"!IO" | |
| STOIO pulu pc | |
| ;; The kernel | |
| ; doLIT ( -- w ) | |
| ; Push an inline literal. | |
| FDB DOLIT,L130 | |
| L140 FCB COMPO+5,"doLIT" | |
| DOLIT: | |
| ;;;; ldd ,u++ | |
| pulu d | |
| ; 7 cycles | |
| pshs d | |
| ;;;; 8 cycles | |
| ;;;; std ,--s | |
| pulu pc | |
| ; doCLIT ( -- w ) | |
| ; Push an inline 8-bit literal. | |
| FDB DOCLIT,L140 | |
| L141 FCB COMPO+6,"doCLIT" | |
| DOCLIT: | |
| pulu b | |
| sex ; sign extended | |
| pshs d | |
| pulu pc | |
| ; doLIST ( a -- ) | |
| ; Process colon list. | |
| FDB DOLST,L141 | |
| L150 FCB COMPO+6,"doLIST" | |
| DOLST stu ,--y ; IP on return stack | |
| puls u ; JSR left new IP on parameter stack | |
| ;;;; ldu ,s++ | |
| pulu pc ; FORTH NEXT IP | |
| ; next ( -- ) | |
| ; Run time code for the single index loop. | |
| ; : next ( -- ) \ hilevel model | |
| ; r> r> dup if 1 - >r @ >r exit then drop cell+ >r ; | |
| FDB DONXT,L150 | |
| L160 FCB COMPO+4,"next" | |
| DONXT ldd ,y ; counter on return stack | |
| subd #1 ; decrement | |
| bcs next1 ; < -> exit loop | |
| std ,y ; decremented value back on stack | |
| ldu ,u ; branch to begin of loop | |
| pulu pc | |
| next1 leay 2,y ; remove counter from stack | |
| leau 2,u ; skip branch destination | |
| pulu pc | |
| ; ?branch ( f -- ) | |
| ; Branch if flag is zero. | |
| FDB QBRAN,L160 | |
| L170 FCB COMPO+7,"?branch" | |
| QBRAN: ;$CODE COMPO+7,'?branch',QBRAN | |
| ldd ,s++ | |
| beq bran1 | |
| leau 2,u ; skip new IP, no branch | |
| pulu pc | |
| bran1 ldu ,u ; go to new IP | |
| pulu pc | |
| ; branch ( -- ) | |
| ; Branch to an inline address. | |
| FDB BRAN,L170 | |
| L180 FCB COMPO+6,"branch" | |
| BRAN ldu ,u ; destination immediate after BRANCH | |
| pulu pc | |
| ; EXECUTE ( ca -- ) | |
| ; Execute the word at ca. | |
| FDB EXECU,L180 | |
| L190 FCB 7,"EXECUTE" | |
| EXECU rts ; code pointer on parameter stack | |
| ; EXIT ( -- ) | |
| ; SEMIS | |
| ; Terminate a colon definition. | |
| FDB EXIT,L190 | |
| L200 FCB 4,"EXIT" | |
| EXIT ldu ,y++ ; get calling IP from return stack | |
| pulu pc | |
| ; ! ( w a -- ) | |
| ; Pop the data stack to memory. | |
| FDB STORE,L200 | |
| L210 FCB 1,"!" | |
| STORE: | |
| ;;;; ldx ,s++ | |
| ;;;; ldd ,s++ | |
| ;;;; faster ... | |
| puls x | |
| puls d | |
| ; we cannot use puls x,d because the order fetched would be wrong :( | |
| std ,x | |
| pulu pc | |
| ; @ ( a -- w ) | |
| ; Push memory location to the data stack. | |
| FDB AT,L210 | |
| L220 FCB 1,"@" | |
| AT ldd [,s] | |
| std ,s | |
| pulu pc | |
| ; C! ( c b -- ) | |
| ; Pop the data stack to byte memory. | |
| FDB CSTOR,L220 | |
| L230 FCB 2,"C!" | |
| CSTOR: | |
| ;;;; ldx ,s++ | |
| ;;;; ldd ,s++ | |
| ;;;; faster ... | |
| puls x | |
| puls d | |
| ; we cannot use puls x,d because the order fetched would be wrong :( | |
| stb ,x | |
| pulu pc | |
| ; C@ ( b -- c ) | |
| ; Push byte memory location to the data stack. | |
| FDB CAT,L230 | |
| L240 FCB 2,"C@" | |
| CAT ldb [,s] | |
| clra | |
| std ,s | |
| pulu pc | |
| ; RP@ ( -- a ) | |
| ; Push the current RP to the data stack. | |
| FDB RPAT,L240 | |
| L250 FCB 3,"RP@" | |
| RPAT pshs y | |
| pulu pc | |
| ; RP! ( a -- ) | |
| ; Set the return stack pointer. | |
| FDB RPSTO,L250 | |
| L260 FCB 3,"RP!" | |
| RPSTO puls y | |
| pulu pc | |
| ; R> ( -- w ) | |
| ; Pop the return stack to the data stack. | |
| FDB RFROM,L260 | |
| L270 FCB 2,"R>" | |
| RFROM ldd ,y++ | |
| ;;;; std ,--s | |
| pshs d | |
| pulu pc | |
| ; I ( -- w ) | |
| ; Copy top of return stack (current index from DO/LOOP) to the data stack. | |
| FDB RAT,L270 | |
| L279 FCB 1,"I" | |
| ; R@ ( -- w ) | |
| ; Copy top of return stack to the data stack. | |
| FDB RAT,L279 | |
| L280 FCB 2,"R@" | |
| RAT: | |
| I: | |
| ldd ,y | |
| ;;;; std ,--s | |
| pshs d | |
| pulu pc | |
| ; >R ( w -- ) | |
| ; Push the data stack to the return stack. | |
| FDB TOR,L280 | |
| L290 FCB 2,">R" | |
| TOR: | |
| ;;;; ldd ,s++ | |
| puls d | |
| std ,--y | |
| pulu pc | |
| ; SP@ ( -- a ) | |
| ; Push the current data stack pointer. | |
| FDB SPAT,L290 | |
| L300 FCB 3,"SP@" | |
| SPAT: | |
| tfr s,d | |
| std ,--s | |
| ;;;; alternatively | |
| ;;;; sts ,--s ; does this work? | |
| pulu pc | |
| ; SP! ( a -- ) | |
| ; Set the data stack pointer. | |
| FDB SPSTO,L300 | |
| L310 FCB 3,"SP!" | |
| SPSTO lds ,s | |
| pulu pc | |
| ; DROP ( w -- ) | |
| ; Discard top stack item. | |
| FDB DROP,L310 | |
| L320 FCB 4,"DROP" | |
| DROP leas 2,s | |
| pulu pc | |
| ; DUP ( w -- w w ) | |
| ; Duplicate the top stack item. | |
| FDB DUPP,L320 | |
| L330 FCB 3,"DUP" | |
| DUPP ldd ,s | |
| ;;;; std ,--s | |
| pshs d | |
| pulu pc | |
| ; SWAP ( w1 w2 -- w2 w1 ) | |
| ; Exchange top two stack items. | |
| FDB SWAP,L330 | |
| L340 FCB 4,"SWAP" | |
| SWAP: | |
| ;;;;OLD 1: slow | |
| ;;;; ldx ,s++ | |
| ;;;; ldd ,s++ | |
| ;;;;OLD 2: faster | |
| ;;;; puls x | |
| ;;;; puls d | |
| ;;;; pshs d,x | |
| ;more efficient, without unnecessary stack pointer manipulations | |
| ldd ,s | |
| ldx 2,s | |
| std 2,s | |
| stx ,s | |
| pulu pc | |
| ; OVER ( w1 w2 -- w1 w2 w1 ) | |
| ; Copy second stack item to top. | |
| FDB OVER,L340 | |
| L350 FCB 4,"OVER" | |
| OVER ldd 2,s | |
| ;;;; std ,--s | |
| pshs d | |
| pulu pc | |
| ; 0< ( n -- t ) | |
| ; Return true if n is negative. | |
| FDB ZLESS,L350 | |
| L360 FCB 2,"0<" | |
| ZLESS ldb ,s ; input high byte, as D low | |
| sex ; sign extend to b to a/b | |
| tfr a,b ; high byte: 0 or FF copy to D low | |
| std ,s ; D: 0000 or FFFF (= -1) | |
| pulu pc | |
| ; 0= ( n -- t ) | |
| ; Return true if n is zero | |
| FDB ZEQUAL,L360 | |
| L365 FCB 2,"0=" | |
| ZEQUAL: | |
| ldx #TRUEE ; true | |
| ldd ,s ; TOS | |
| beq ZEQUAL1 ; -> true | |
| ldx #0 ; false | |
| ZEQUAL1 stx ,s ; D: 0000 or FFFF (= -1) | |
| pulu pc | |
| ; AND ( w w -- w ) | |
| ; Bitwise AND. | |
| FDB ANDD,L365 | |
| L370 FCB 3,"AND" | |
| ANDD ldd ,s++ | |
| anda ,s | |
| andb 1,s | |
| std ,s | |
| pulu pc | |
| ; OR ( w w -- w ) | |
| ; Bitwise inclusive OR. | |
| FDB ORR,L370 | |
| L380 FCB 2,"OR" | |
| ORR ldd ,s++ | |
| ora ,s | |
| orb 1,s | |
| std ,s | |
| pulu pc | |
| ; XOR ( w w -- w ) | |
| ; Bitwise exclusive OR. | |
| FDB XORR,L380 | |
| L390 FCB 3,"XOR" | |
| XORR ldd ,s++ | |
| eora ,s | |
| eorb 1,s | |
| std ,s | |
| pulu pc | |
| ; D+ ( ud ud -- udsum ) | |
| ; Add two unsigned double numbers and return a double sum. | |
| FDB DPLUS,L390 | |
| L391 FCB 2,"D+" | |
| DPLUS ldd 2,s ; add low words | |
| addd 6,s | |
| std 6,s | |
| ldd ,s ; add hig words | |
| adcb 5,s | |
| adca 4,s | |
| std 4,s | |
| leas 4,s ; drop one double | |
| pulu pc | |
| ; D- ( ud ud -- uddiff ) | |
| ; Subtract two unsigned double numbers and return a double sum. | |
| FDB DSUB,L391 | |
| L392 FCB 2,"D-" | |
| DSUB jsr DOLST | |
| FDB DNEGA,DPLUS,EXIT | |
| ; UM+ ( u u -- udsum ) | |
| ; Add two unsigned single numbers and return a double sum. | |
| FDB UPLUS,L392 | |
| L400 FCB 3,"UM+" | |
| UPLUS ldd ,s | |
| addd 2,s | |
| std 2,s | |
| ldd #0 | |
| adcb #0 | |
| std ,s | |
| pulu pc | |
| ;; Constants | |
| ; doCONST ( -- w ) | |
| ; Run time routine for CONSTANT | |
| FDB DOCONST,L400 | |
| L401 FCB COMPO+7,"doCONST" | |
| DOCONST: | |
| FDOCONST: | |
| ldd [,s] ; contents of W (on TOS because of JSR) | |
| std ,s ; to TOS (replacing W) | |
| pulu pc | |
| ; 0 ( -- 0 ) | |
| ; Constant 0 | |
| FDB ZERO,L401 | |
| L402 FCB 1,"0" | |
| ZERO jsr FDOCONST | |
| FDB 0 | |
| ; 1 ( -- 1 ) | |
| ; Constant 1 | |
| FDB ONE,L402 | |
| L403 FCB 1,"1" | |
| ONE jsr FDOCONST | |
| FDB 1 | |
| ; 2 ( -- 2 ) | |
| ; Constant 2 | |
| FDB TWO,L403 | |
| L404 FCB 1,"2" | |
| TWO jsr FDOCONST | |
| FDB 2 | |
| ; -1 ( -- -1 ) | |
| ; Constant -1 | |
| FDB MONE,L404 | |
| L405 FCB 2,"-1" | |
| MONE jsr FDOCONST | |
| FDB -1 | |
| ;; System and user variables | |
| ; doVAR ( -- a ) | |
| ; Run time routine for VARIABLE and CREATE. | |
| FDB DOVAR,L405 | |
| L410 FCB COMPO+5,"doVAR" | |
| DOVAR: | |
| jsr DOLST | |
| FDB RFROM,EXIT | |
| ;; fast native DOVAR implementation | |
| FDOVAR pulu pc | |
| ; UP ( -- a ) | |
| ; Pointer to the user area. | |
| FDB UP,L410 | |
| L420 FCB 2,"UP" | |
| UP: | |
| ;; jsr DOLST | |
| ;; FDB DOVAR | |
| ;; fast (native) DOVAR | |
| jsr FDOVAR | |
| FDB UPP | |
| ; doUSER ( -- a ) | |
| ; Run time routine for user variables. | |
| FDB DOUSE,L420 | |
| L430 FCB COMPO+5,"doUSER" | |
| DOUSE: | |
| jsr DOLST | |
| FDB RFROM,AT,UP,AT,PLUS,EXIT | |
| ;; fast (native) DOUSE implementation (*NOT COMPLETE*) | |
| FDOUSE: | |
| ldd [,s] ; pointer to value (from JSR) | |
| addd UP+CFAOFF ; dirty access to start of USER area: | |
| ; var. UP value direct access (not | |
| ; as a high level word) | |
| std ,s ; resulting address returned on p-stack | |
| pulu pc | |
| ; SP0 ( -- a ) | |
| ; Pointer to bottom of the data stack. | |
| FDB SZERO,L430 | |
| L440 FCB 3,"SP0" | |
| SZERO: | |
| jsr FDOUSE | |
| FDB 8 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,8 | |
| ; RP0 ( -- a ) | |
| ; Pointer to bottom of the return stack. | |
| FDB RZERO,L440 | |
| L450 FCB 3,"RP0" | |
| RZERO: | |
| jsr FDOUSE | |
| FDB 10 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,10 | |
| ; '?KEY ( -- a ) | |
| ; Execution vector of ?KEY. | |
| FDB TQKEY,L450 | |
| L460 FCB 5,"'?KEY" | |
| TQKEY: | |
| jsr FDOUSE | |
| FDB 12 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,12 | |
| ; 'EMIT ( -- a ) | |
| ; Execution vector of EMIT. | |
| FDB TEMIT,L460 | |
| L470 FCB 5,"'EMIT" | |
| TEMIT: | |
| jsr FDOUSE | |
| FDB 14 | |
| ;; jsr DOLST | |
| ;; FDB DOUSE,14 | |
| ; 'EXPECT ( -- a ) | |
| ; Execution vector of EXPECT. | |
| FDB TEXPE,L470 | |
| L480 FCB 7,"'EXPECT" | |
| TEXPE: | |
| jsr FDOUSE | |
| FDB 16 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,16 | |
| ; 'TAP ( -- a ) | |
| ; Execution vector of TAP. | |
| FDB TTAP,L480 | |
| L490 FCB 4,"'TAP" | |
| TTAP: | |
| jsr FDOUSE | |
| FDB 18 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,18 | |
| ; 'ECHO ( -- a ) | |
| ; Execution vector of ECHO. | |
| FDB TECHO,L490 | |
| L500 FCB 5,"'ECHO" | |
| TECHO: | |
| jsr FDOUSE | |
| FDB 20 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,20 | |
| ; 'PROMPT ( -- a ) | |
| ; Execution vector of PROMPT. | |
| FDB TPROM,L500 | |
| L510 FCB 7,"'PROMPT" | |
| TPROM: | |
| jsr FDOUSE | |
| FDB 22 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,22 | |
| ; BASE ( -- a ) | |
| ; Storage of the radix base for numeric I/O. | |
| FDB BASE,L510 | |
| L520 FCB 4,"BASE" | |
| BASE: | |
| jsr FDOUSE | |
| FDB 24 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,24 | |
| ; tmp ( -- a ) | |
| ; A temporary storage location used in parse and find. | |
| FDB TEMP,L520 | |
| L530 FCB COMPO+3,"tmp" | |
| TEMP: | |
| jsr FDOUSE | |
| FDB 26 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,26 | |
| ; SPAN ( -- a ) | |
| ; Hold character count received by EXPECT. | |
| FDB SPAN,L530 | |
| L540 FCB 4,"SPAN" | |
| SPAN: | |
| jsr FDOUSE | |
| FDB 28 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,28 | |
| ; >IN ( -- a ) | |
| ; Hold the character pointer while parsing input stream. | |
| FDB INN,L540 | |
| L550 FCB 3,">IN" | |
| INN: | |
| jsr FDOUSE | |
| FDB 30 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,30 | |
| ; #TIB ( -- a ) | |
| ; Hold the current count in and address of the terminal input buffer. | |
| FDB NTIB,L550 | |
| L560 FCB 4,"#TIB" | |
| NTIB: | |
| jsr FDOUSE | |
| FDB 32 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,32 ;It contains TWO cells!!!! | |
| ; CSP ( -- a ) | |
| ; Hold the stack pointer for error checking. | |
| FDB CSP,L560 | |
| L570 FCB 3,"CSP" | |
| CSP: | |
| jsr FDOUSE | |
| FDB 36 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE 36 | |
| ; 'EVAL ( -- a ) | |
| ; Execution vector of EVAL. | |
| FDB TEVAL,L570 | |
| L580 FCB 5,"'EVAL" | |
| TEVAL: | |
| jsr FDOUSE | |
| FDB 38 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,38 | |
| ; 'NUMBER ( -- a ) | |
| ; Execution vector of NUMBER?. | |
| FDB TNUMB,L580 | |
| L590 FCB 7,"'NUMBER" | |
| TNUMB: | |
| jsr FDOUSE | |
| FDB 40 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,40 | |
| ; HLD ( -- a ) | |
| ; Hold a pointer in building a numeric output string. | |
| FDB HLD,L590 | |
| L600 FCB 3,"HLD" | |
| HLD: | |
| jsr FDOUSE | |
| FDB 42 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,42 | |
| ; HANDLER ( -- a ) | |
| ; Hold the return stack pointer for error handling. | |
| FDB HANDL,L600 | |
| L610 FCB 7,"HANDLER" | |
| HANDL: | |
| jsr FDOUSE | |
| FDB 44 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,44 | |
| ; CONTEXT ( -- a ) | |
| ; A area to specify vocabulary search order. | |
| FDB CNTXT,L610 | |
| L620 FCB 7,"CONTEXT" | |
| CNTXT: | |
| jsr FDOUSE | |
| FDB 46 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,46 ;plus space for voc stack. | |
| ; CURRENT ( -- a ) | |
| ; Point to the vocabulary to be extended. | |
| FDB CRRNT,L620 | |
| L630 FCB 7,"CURRENT" | |
| CRRNT: | |
| jsr FDOUSE | |
| FDB 48+VOCSS*2 ;Extra cell | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,48+VOCSS*2 ;Extra cell | |
| ; CP ( -- a ) | |
| ; Point to the top of the code dictionary. | |
| FDB CP,L630 | |
| L640 FCB 2,"CP" | |
| CP: | |
| jsr FDOUSE | |
| FDB 52+VOCSS*2 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,52+VOCSS*2 | |
| ; NP ( -- a ) | |
| ; Point to the bottom of the name dictionary. | |
| FDB NP,L640 | |
| L650 FCB 2,"NP" | |
| NP: | |
| jsr FDOUSE | |
| FDB 54+VOCSS*2 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,54+VOCSS*2 | |
| ; LAST ( -- a ) | |
| ; Point to the last name in the name dictionary. | |
| FDB LAST,L650 | |
| L660 FCB 4,"LAST" | |
| LAST: | |
| jsr FDOUSE | |
| FDB 56+VOCSS*2 | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOUSE,56+VOCSS*2 | |
| ;; Common functions | |
| ; doVOC ( -- ) | |
| ; Run time action of VOCABULARY's. | |
| FDB DOVOC,L660 | |
| L670 FCB COMPO+5,"doVOC" | |
| DOVOC: | |
| jsr DOLST | |
| FDB RFROM,CNTXT,STORE,EXIT | |
| ; FORTH ( -- ) | |
| ; Make FORTH the context vocabulary. | |
| FDB FORTH,L670 | |
| L680 FCB 5,"FORTH" | |
| FORTH: | |
| jsr DOLST | |
| FDB DOVOC | |
| FDB 0 ;vocabulary head pointer | |
| FDB 0 ;vocabulary link pointer | |
| ; ?DUP ( w -- w w | 0 ) | |
| ; Dup tos if its is not zero. | |
| FDB QDUP,L680 | |
| L690 FCB 4,"?DUP" | |
| QDUP: | |
| jsr DOLST | |
| FDB DUPP | |
| FDB QBRAN,QDUP1 | |
| FDB DUPP | |
| QDUP1 FDB EXIT | |
| ; ROT ( w1 w2 w3 -- w2 w3 w1 ) | |
| ; Rot 3rd item to top. | |
| FDB ROT,L690 | |
| L700 FCB 3,"ROT" | |
| ROT: | |
| jsr DOLST | |
| FDB TOR,SWAP,RFROM,SWAP,EXIT | |
| ; 2DROP ( w w -- ) | |
| ; Discard two items on stack. | |
| FDB DDROP,L700 | |
| L710 FCB 5,"2DROP" | |
| DDROP: | |
| jsr DOLST | |
| FDB DROP,DROP,EXIT | |
| ; 2DUP ( w1 w2 -- w1 w2 w1 w2 ) | |
| ; Duplicate top two items. | |
| FDB DDUP,L710 | |
| L720 FCB 4,"2DUP" | |
| DDUP: | |
| jsr DOLST | |
| FDB OVER,OVER,EXIT | |
| ; LSHIFT ( w n -- w ) | |
| ; Shift word left n times. | |
| FDB LSHIFT,L720 | |
| L721 FCB 6,"LSHIFT" | |
| LSHIFT ldx ,s++ ;shift count | |
| beq LSHIFT2 | |
| ldd ,s ;value to shift | |
| LSHIFT1 aslb ;low | |
| rola ;high | |
| leax -1,x ;count down | |
| bne LSHIFT1 | |
| std ,s | |
| LSHIFT2: | |
| pulu pc | |
| ; RSHIFT ( w n -- w ) | |
| ; Shift word right n times. | |
| FDB RSHIFT,L721 | |
| L721A FCB 6,"RSHIFT" | |
| RSHIFT ldx ,s++ ;shift count | |
| beq RSHIFT2 | |
| ldd ,s ;value to shift | |
| RSHIFT1 lsra ;high | |
| rorb ;low | |
| leax -1,x ;count down | |
| bne RSHIFT1 | |
| std ,s | |
| RSHIFT2: | |
| pulu pc | |
| ; >< ( w -- w ) | |
| ; swap high and low byte | |
| FDB SWAPHL,L721A | |
| L722 FCB 2,"><" | |
| SWAPHL ldb ,s ;high -> D low | |
| lda 1,s ;low -> D high | |
| std ,s | |
| pulu pc | |
| ; 256/ ( w -- w ) | |
| ; multiply with 256 (shift left 8 times) | |
| FDB SLASH256,L722 | |
| L723 FCB 4,"256/" | |
| SLASH256 ldb ,s ;high -> D low | |
| clra ;D high = 0 | |
| std ,s | |
| pulu pc | |
| ; 256* ( w -- w ) | |
| ; multiply with 256 (shift left 8 times) | |
| FDB STAR256,L723 | |
| L724 FCB 4,"256*" | |
| STAR256 lda 1,s ;low -> D high | |
| clrb ;D low = 0 | |
| std ,s | |
| pulu pc | |
| ; 1+ ( w -- w ) | |
| ; Shortcut, quick add 1 | |
| FDB PLUS1,L724 | |
| L725 FCB 2,"1+" | |
| PLUS1 ldd ,s | |
| addd #1 | |
| std ,s | |
| pulu pc | |
| ; -+ ( w -- w ) | |
| ; Shortcut, quick subtract 1 | |
| FDB MINUS1,L725 | |
| L726 FCB 2,"1-" | |
| MINUS1 ldd ,s | |
| subd #1 | |
| std ,s | |
| pulu pc | |
| ; 2* ( w -- w ) | |
| ; multiply by 2 using shift operation | |
| FDB TWOSTAR,L726 | |
| L727 FCB 2,"2*" | |
| TWOSTAR asl 1,s ;low | |
| rol 0,s ;high | |
| pulu pc | |
| ; 2/ ( w -- w ) | |
| ; divide by 2 using shift operation | |
| FDB TWOSLASH,L727 | |
| L728 FCB 2,"2/" | |
| TWOSLASH asr 0,s ;high | |
| ror 1,s ;low | |
| pulu pc | |
| ; + ( w w -- sum ) | |
| ; Add top two items. | |
| FDB PLUS,L728 | |
| L730 FCB 1,"+" | |
| PLUS: | |
| ldd ,s++ | |
| addd ,s | |
| std ,s | |
| pulu pc | |
| ;;; HL with UPLUS!? Too inefficient ... | |
| ;;; jsr DOLST | |
| ;;; FDB UPLUS,DROP,EXIT | |
| ; NOT ( w -- w ) | |
| ; One's complement of tos. | |
| FDB INVER,L730 | |
| L740 FCB 3,"NOT" | |
| INVER: | |
| ;;;; fastest ... (13T) | |
| com ,s ; 6T | |
| com 1,s ; 7T | |
| pulu pc | |
| ;;;; alternative ... (14T) | |
| ldd ,s ;TOS 5T | |
| coma ; 2T | |
| comb ; 2T | |
| std ,s ; 5T | |
| pulu pc | |
| ;;; slow HL ... | |
| ;;; jsr DOLST | |
| ;;; FDB DOLIT,-1,XORR,EXIT | |
| ; NEGATE ( n -- -n ) | |
| ; Two's complement of tos. | |
| FDB NEGAT,L740 | |
| L750 FCB 6,"NEGATE" | |
| NEGAT: | |
| ;;;; fastest? .... (3+6+5 = 14T) | |
| ldd #0 ; 3T | |
| subd ,s ; 6T | |
| std ,s ; 5T | |
| pulu pc | |
| ;;;; alternate ... (7+3+6 = 16T) | |
| neg 1,s ; high 7T | |
| bne NEGAT1 ; 3T | |
| neg ,s ; low with 1+ carry 6T | |
| pulu pc | |
| NEGAT1 com ,s ; low, no 1+ carry 6T | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB INVER,PLUS1,EXIT | |
| ; DNEGATE ( d -- -d ) | |
| ; Two's complement of top double. | |
| FDB DNEGA,L750 | |
| L760 FCB 7,"DNEGATE" | |
| DNEGA: | |
| ldd #0 | |
| subd 2,s ; low word | |
| std 2,s | |
| ldd #0 | |
| sbcb 1,s ; high word low byte | |
| sbca ,s ; high word high byte | |
| std ,s | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB INVER,TOR,INVER | |
| ;;;; FDB DOLIT,1,UPLUS | |
| ;;;; FDB RFROM,PLUS,EXIT | |
| ; - ( n1 n2 -- n1-n2 ) | |
| ; Subtraction. | |
| FDB SUBB,L760 | |
| L770 FCB 1,"-" | |
| SUBB: ldd 2,s | |
| subd ,s++ | |
| std ,s | |
| pulu pc | |
| ;;; slow HL ... | |
| ;;; jsr DOLST | |
| ;;; FDB NEGAT,PLUS,EXIT | |
| ; ABS ( n -- n ) | |
| ; Return the absolute value of n. | |
| FDB ABSS,L770 | |
| L780 FCB 3,"ABS" | |
| ABSS jsr DOLST | |
| FDB DUPP,ZLESS | |
| FDB QBRAN,ABS1 | |
| FDB NEGAT | |
| ABS1 FDB EXIT | |
| ; = ( w w -- t ) | |
| ; Return true if top two are equal. | |
| FDB EQUAL,L780 | |
| L790 FCB 1,"=" | |
| EQUAL: | |
| ldx #TRUEE | |
| puls d ; first value | |
| cmpd ,s ; compare to 2nd value | |
| beq EQUAL1 ; equal -> true | |
| ldx #0 ; false (leax 1,x save 1 byte, but is slower) | |
| EQUAL1 stx ,s | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB XORR | |
| ;;;; FDB QBRAN,EQU1 | |
| ;;;; FDB DOLIT,0,EXIT | |
| ;;;;EQU1: FDB DOLIT,TRUEE,EXIT | |
| ; U< ( u1 u2 -- t ) | |
| ; Unsigned compare of top two items. | |
| FDB ULESS,L790 | |
| L800 FCB 2,"U<" | |
| ULESS: | |
| ldx #TRUEE ; true | |
| puls d ; u2 | |
| cmpd ,s ; u2 - u1 | |
| bhi ULES1 ; unsigned: u2 higher u1 | |
| ldx #0 ; false | |
| ULES1 stx ,s ; replace TOS with result | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB DDUP,XORR,ZLESS | |
| ;;;; FDB QBRAN,ULES1 | |
| ;;;; FDB SWAP,DROP,ZLESS,EXIT | |
| ;;;;ULES1: FDB SUBB,ZLESS,EXIT | |
| ; < ( n1 n2 -- t ) | |
| ; Signed compare of top two items. | |
| FDB LESS,L800 | |
| L810 FCB 1,"<" | |
| LESS: | |
| ldx #TRUEE ; true | |
| puls d ; n2 | |
| cmpd ,s ; n2 - n1 | |
| bgt LESS1 ; signed: n2 greater than n1 | |
| ldx #0 ; false | |
| LESS1 stx ,s ; replace TOS with result | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB DDUP,XORR,ZLESS | |
| ;;;; FDB QBRAN,LESS1 | |
| ;;;; FDB DROP,ZLESS,EXIT | |
| ;;;;LESS1: FDB SUBB,ZLESS,EXIT | |
| ; MAX ( n n -- n ) | |
| ; Return the greater of two top stack items. | |
| FDB MAX,L810 | |
| L820 FCB 3,"MAX" | |
| MAX jsr DOLST | |
| FDB DDUP,LESS | |
| FDB QBRAN,MAX1 | |
| FDB SWAP | |
| MAX1 FDB DROP,EXIT | |
| ; MIN ( n n -- n ) | |
| ; Return the smaller of top two stack items. | |
| FDB MIN,L820 | |
| L830 FCB 3,"MIN" | |
| MIN jsr DOLST | |
| FDB DDUP,SWAP,LESS | |
| FDB QBRAN,MIN1 | |
| FDB SWAP | |
| MIN1 FDB DROP,EXIT | |
| ; WITHIN ( u ul uh -- t ) | |
| ; Return true if u is within the range of ul and uh. ( ul <= u < uh ) | |
| FDB WITHI,L830 | |
| L840 FCB 6,"WITHIN" | |
| WITHI jsr DOLST | |
| FDB OVER,SUBB,TOR | |
| FDB SUBB,RFROM,ULESS,EXIT | |
| ;; Divide | |
| ; U/ ( udl udh un -- ur uq ) | |
| ; Unsigned divide of a double by a single. Return mod and quotient. | |
| ; | |
| ; Special cases: | |
| ; 1. overflow: quotient overflow if dividend is to great (remainder = divisor), | |
| ; remainder is set to $FFFF -> special handling. | |
| ; This is checked also right before the main loop. | |
| ; 2. underflow: divisor does not fit into dividend -> remainder | |
| ; get the value of the dividend -> automatically covered. | |
| ; | |
| ; overflow: quotient = $FFFF, remainder = divisor | |
| ; underflow: quotient = $0000, remainder = dividend low | |
| ; division by zero: quotient = $FFFF, remainder = $0000 | |
| ; | |
| ; Testvalues: | |
| ; | |
| ; DIVH DIVL DVSR QUOT REM comment | |
| ; | |
| ; 0100 0000 FFFF 0100 0100 maximum divisor | |
| ; 0000 0001 8000 0000 0001 underflow (REM = DIVL) | |
| ; 0000 5800 3000 0001 1800 normal divsion | |
| ; 5800 0000 3000 FFFF 3000 overflow | |
| ; 0000 0001 0000 FFFF 0000 overflow (division by zero) | |
| FDB USLASH,L840 | |
| L845 FCB 2,"U/" | |
| USLASH: | |
| ldx #16 | |
| ldd 2,s ; udh | |
| cmpd ,s ; dividend to great? | |
| bhs UMMODOV ; quotient overflow! | |
| asl 5,s ; udl low | |
| rol 4,s ; udl high | |
| UMMOD1 rolb ; got one bit from udl | |
| rola | |
| bcs UMMOD2 ; bit 16 means always greater as divisor | |
| cmpd ,s ; divide by un | |
| bhs UMMOD2 ; higher or same as divisor? | |
| andcc #$fe ; clc - clear carry flag | |
| bra UMMOD3 | |
| UMMOD2 subd ,s | |
| orcc #$01 ; sec - set carry flag | |
| UMMOD3 rol 5,s ; udl, quotient shifted in | |
| rol 4,s | |
| leax -1,x | |
| bne UMMOD1 | |
| ldx 4,s ; quotient | |
| cmpd ,s ; remainder >= divisor -> overflow | |
| blo UMMOD4 | |
| UMMODOV: | |
| ldd ,s ; remainder set to divisor | |
| ldx #$FFFF ; quotient = FFFF (-1) marks overflow | |
| ; (case 1) | |
| UMMOD4: | |
| leas 2,s ; un (divisor thrown away) | |
| stx ,s ; quotient to TOS | |
| std 2,s ; remainder 2nd | |
| pulu pc ; NEXT | |
| ; UM/MOD ( udl udh un -- ur uq ) | |
| ; Unsigned divide of a double by a single. Return mod and quotient. | |
| FDB UMMOD,L845 | |
| L850 FCB 6,"UM/MOD" | |
| UMMOD: | |
| jmp USLASH | |
| ;;;; slow HL ... | |
| jsr DOLST | |
| FDB DDUP,ULESS | |
| FDB QBRAN,UMM4 | |
| FDB NEGAT,DOLIT,15,TOR | |
| UMM1 FDB TOR,DUPP,UPLUS | |
| FDB TOR,TOR,DUPP,UPLUS | |
| FDB RFROM,PLUS,DUPP | |
| FDB RFROM,RAT,SWAP,TOR | |
| FDB UPLUS,RFROM,ORR | |
| FDB QBRAN,UMM2 | |
| FDB TOR,DROP,PLUS1,RFROM | |
| FDB BRAN,UMM3 | |
| UMM2 FDB DROP | |
| UMM3 FDB RFROM | |
| FDB DONXT,UMM1 | |
| FDB DROP,SWAP,EXIT | |
| UMM4 FDB DROP,DDROP | |
| FDB DOLIT,-1,DUPP,EXIT | |
| ; M/MOD ( d n -- r q ) | |
| ; Signed floored divide of double by single. Return mod and quotient. | |
| FDB MSMOD,L850 | |
| L860 FCB 5,"M/MOD" | |
| MSMOD: | |
| jsr DOLST | |
| FDB DUPP,ZLESS,DUPP,TOR | |
| FDB QBRAN,MMOD1 | |
| FDB NEGAT,TOR,DNEGA,RFROM | |
| MMOD1 FDB TOR,DUPP,ZLESS | |
| FDB QBRAN,MMOD2 | |
| FDB RAT,PLUS | |
| MMOD2 FDB RFROM,UMMOD,RFROM | |
| FDB QBRAN,MMOD3 | |
| FDB SWAP,NEGAT,SWAP | |
| MMOD3 FDB EXIT | |
| ; /MOD ( n n -- r q ) | |
| ; Signed divide. Return mod and quotient. | |
| FDB SLMOD,L860 | |
| L870 FCB 4,"/MOD" | |
| SLMOD jsr DOLST | |
| FDB OVER,ZLESS,SWAP,MSMOD,EXIT | |
| ; MOD ( n n -- r ) | |
| ; Signed divide. Return mod only. | |
| FDB MODD,L870 | |
| L880 FCB 3,"MOD" | |
| MODD jsr DOLST | |
| FDB SLMOD,DROP,EXIT | |
| ; / ( n n -- q ) | |
| ; Signed divide. Return quotient only. | |
| FDB SLASH,L880 | |
| L890 FCB 1,"/" | |
| SLASH: | |
| jsr DOLST | |
| FDB SLMOD,SWAP,DROP,EXIT | |
| ;; Multiply | |
| ; UM* ( u u -- ud ) | |
| ; Unsigned multiply. Return double product. | |
| FDB UMSTA,L890 | |
| L900 FCB 3,"UM*" | |
| UMSTA: | |
| ldx #17 ; 16 adds and 17 shifts ... | |
| clra ; result high word | |
| clrb | |
| bra UUMSTA3 | |
| UUMSTA1 bcc UUMSTA2 | |
| addd ,s | |
| UUMSTA2 rora ; high, result high word | |
| rorb ; low, result high word | |
| UUMSTA3 ror 2,s ; shift multiplier high, result low word | |
| ror 3,s ; shift multiplier low, result low word | |
| leax -1,x | |
| bne UUMSTA1 | |
| std ,s | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOLIT,0,SWAP,DOLIT,15,TOR | |
| ;;;;UMST1: FDB DUPP,UPLUS,TOR,TOR | |
| ;;;; FDB DUPP,UPLUS,RFROM,PLUS,RFROM | |
| ;;;; FDB QBRAN,UMST2 | |
| ;;;; FDB TOR,OVER,UPLUS,RFROM,PLUS | |
| ;;;;UMST2: FDB DONXT,UMST1 | |
| ;;;; FDB ROT,DROP,EXIT | |
| ; _UM* ( u u -- ud ) | |
| ; Unsigned multiply. Return double product. | |
| FDB UUMSTA,L900 | |
| L900A FCB 4,"_UM*" | |
| UUMSTA: | |
| jsr DOLST | |
| FDB DOLIT,0,SWAP,DOLIT,15,TOR | |
| UMST1 FDB DUPP,UPLUS,TOR,TOR | |
| FDB DUPP,UPLUS,RFROM,PLUS,RFROM | |
| FDB QBRAN,UMST2 | |
| FDB TOR,OVER,UPLUS,RFROM,PLUS | |
| UMST2 FDB DONXT,UMST1 | |
| FDB ROT,DROP,EXIT | |
| ; * ( n n -- n ) | |
| ; Signed multiply. Return single product. | |
| ; XXX Not really signed, -200 -200 * -> -25536 | |
| FDB STAR,L900A | |
| L910 FCB 1,"*" | |
| STAR: | |
| jsr DOLST | |
| FDB MSTAR,DROP,EXIT | |
| ; M* ( n n -- d ) | |
| ; Signed multiply. Return double product. | |
| FDB MSTAR,L910 | |
| L920 FCB 2,"M*" | |
| MSTAR: | |
| jsr DOLST | |
| FDB DDUP,XORR,ZLESS,TOR | |
| FDB ABSS,SWAP,ABSS,UMSTA | |
| FDB RFROM | |
| FDB QBRAN,MSTA1 | |
| FDB DNEGA | |
| MSTA1 FDB EXIT | |
| ; */MOD ( n1 n2 n3 -- r q ) | |
| ; Multiply n1 and n2, then divide by n3. Return mod and quotient. | |
| FDB SSMOD,L920 | |
| L930 FCB 5,"*/MOD" | |
| SSMOD jsr DOLST | |
| FDB TOR,MSTAR,RFROM,MSMOD,EXIT | |
| ; */ ( n1 n2 n3 -- q ) | |
| ; Multiply n1 by n2, then divide by n3. Return quotient only. | |
| FDB STASL,L930 | |
| L940 FCB 2,"*/" | |
| STASL jsr DOLST | |
| FDB SSMOD,SWAP,DROP,EXIT | |
| ;; Miscellaneous | |
| ; CELL+ ( a -- a ) | |
| ; Add cell size in byte to address. | |
| FDB CELLP,L940 | |
| L950 FCB 5,"CELL+" | |
| CELLP jsr DOLST | |
| FDB DOCLIT | |
| FCB CELLL | |
| FDB PLUS,EXIT | |
| ; CELL- ( a -- a ) | |
| ; Subtract cell size in byte from address. | |
| FDB CELLM,L950 | |
| L960 FCB 5,"CELL-" | |
| CELLM jsr DOLST | |
| FDB DOCLIT | |
| FCB 0-CELLL | |
| FDB PLUS,EXIT | |
| ; CELLS ( n -- n ) | |
| ; Multiply tos by cell size in bytes. | |
| FDB CELLS,L960 | |
| L970 FCB 5,"CELLS" | |
| CELLS jsr DOLST | |
| FDB DOCLIT | |
| FCB CELLL | |
| FDB STAR,EXIT | |
| ; ALIGNED ( b -- a ) | |
| ; Align address to the cell boundary. | |
| FDB ALGND,L970 | |
| L975 FCB 7,"ALIGNED" | |
| ALGND jsr DOLST | |
| FDB EXIT | |
| ; BL ( -- 32 ) | |
| ; Return 32, the blank character. | |
| FDB BLANK,L975 | |
| L980 FCB 2,"BL" | |
| BLANK: | |
| jsr DOCONST | |
| FDB ' ' | |
| ;;; jsr DOLST | |
| ;;; FDB DOLIT,' ',EXIT | |
| ; >CHAR ( c -- c ) | |
| ; Filter non-printing characters. | |
| FDB TCHAR,L980 | |
| L990 FCB 5,">CHAR" | |
| TCHAR jsr DOLST | |
| FDB DOLIT,$7F,ANDD,DUPP ;mask msb | |
| FDB DOCLIT | |
| FCB 127 | |
| FDB BLANK,WITHI ;check for printable | |
| FDB QBRAN,TCHA1 | |
| FDB DROP,DOLIT,'_' ;replace non-printables | |
| TCHA1 FDB EXIT | |
| ; DEPTH ( -- n ) | |
| ; Return the depth of the data stack. | |
| FDB DEPTH,L990 | |
| L1000 FCB 5,"DEPTH" | |
| DEPTH jsr DOLST | |
| FDB SPAT,SZERO,AT,SWAP,SUBB | |
| FDB DOCLIT | |
| FCB CELLL | |
| FDB SLASH,EXIT | |
| ; PICK ( ... +n -- ... w ) | |
| ; Copy the nth stack item to tos. | |
| FDB PICK,L1000 | |
| L1010 FCB 4,"PICK" | |
| PICK: | |
| ldd ,s | |
| addd #1 ; correct index | |
| aslb ; CELLL* (ASSERT: CELLL=2!!!) | |
| rola | |
| ldx d,s ; pick value | |
| stx ,s ; replace TOP | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB PLUS1,CELLS | |
| ;;;; FDB SPAT,PLUS,AT,EXIT | |
| ; ROLL ( ... +n -- ... w ) | |
| ; Copy the nth stack item to tos. | |
| FDB ROLL,L1010 | |
| L1015 FCB 4,"ROLL" | |
| ROLL: | |
| ;;;; XXX als Primitive! | |
| ;;;; slow HL ... | |
| jsr DOLST | |
| FDB DUPP,TWO | |
| FDB LESS,QBRAN,ROL1 | |
| FDB DROP,BRAN,ROL2 | |
| ROL1 FDB SWAP,TOR,ONE | |
| FDB SUBB | |
| FDB ROLL,RFROM,SWAP | |
| ROL2 FDB EXIT | |
| ;; Memory access | |
| ; +! ( n a -- ) | |
| ; Add n to the contents at address a. | |
| FDB PSTOR,L1015 | |
| L1020 FCB 2,"+!" | |
| PSTOR: | |
| puls x ; address | |
| puls d ; value | |
| addd ,x ; add to value from address | |
| std ,x ; store back | |
| pulu pc | |
| ;;;; XXX als Primitive! | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB SWAP,OVER,AT,PLUS | |
| ;;;; FDB SWAP,STORE,EXIT | |
| ; 2! ( d a -- ) | |
| ; Store the double integer to address a. | |
| FDB DSTOR,L1020 | |
| L1030 FCB 2,"2!" | |
| DSTOR: | |
| ;;;; XXX als Primitive! | |
| ;;;; slow HL ... | |
| jsr DOLST | |
| FDB SWAP,OVER,STORE | |
| FDB CELLP,STORE,EXIT | |
| ; 2@ ( a -- d ) | |
| ; Fetch double integer from address a. | |
| FDB DAT,L1030 | |
| L1040 FCB 2,"2@" | |
| DAT: | |
| ;;;; XXX als Primitive! | |
| ;;;; slow HL ... | |
| jsr DOLST | |
| FDB DUPP,CELLP,AT | |
| FDB SWAP,AT,EXIT | |
| ; COUNT ( b -- b +n ) | |
| ; Return count byte of a string and add 1 to byte address. | |
| FDB COUNT,L1040 | |
| L1050 FCB 5,"COUNT" | |
| COUNT jsr DOLST | |
| FDB DUPP,PLUS1 | |
| FDB SWAP,CAT,EXIT | |
| ; HERE ( -- a ) | |
| ; Return the top of the code dictionary. | |
| FDB HERE,L1050 | |
| L1060 FCB 4,"HERE" | |
| HERE jsr DOLST | |
| FDB CP,AT,EXIT | |
| ; PAD ( -- a ) | |
| ; Return the address of the text buffer above the code dictionary. | |
| FDB PAD,L1060 | |
| L1070 FCB 3,"PAD" | |
| PAD jsr DOLST | |
| FDB HERE,DOLIT,80,PLUS,EXIT | |
| ; TIB ( -- a ) | |
| ; Return the address of the terminal input buffer. | |
| FDB TIB,L1070 | |
| L1080 FCB 3,"TIB" | |
| TIB jsr DOLST | |
| FDB NTIB,CELLP,AT,EXIT | |
| ; @EXECUTE ( a -- ) | |
| ; Execute vector stored in address a. | |
| FDB ATEXE,L1080 | |
| L1090 FCB 8,"@EXECUTE" | |
| ATEXE jsr DOLST | |
| FDB AT,QDUP ;?address or zero | |
| FDB QBRAN,EXE1 | |
| FDB EXECU ;execute if non-zero | |
| EXE1 FDB EXIT ;do nothing if zero | |
| ; CMOVE ( b1 b2 u -- ) | |
| ; Copy u bytes from b1 to b2. | |
| FDB CMOVE,L1090 | |
| L1100 FCB 5,"CMOVE" | |
| CMOVE: | |
| jmp CMOVEW | |
| ldd ,s ;count | |
| beq CMOVE3 ;zero -> leave | |
| tstb ;count low | |
| beq CMOVE1 | |
| inc ,s ;ajust high for to-0 decrementation | |
| CMOVE1: | |
| ldx 2,s ;to addr | |
| stu 2,s ;save reg on stack | |
| ldu 4,s ;from addr | |
| CMOVE2 lda ,u+ ;from -> | |
| sta ,x+ ;to | |
| decb ;low count | |
| bne CMOVE2 | |
| dec ,s ;high count | |
| bne CMOVE2 | |
| ldu 2,s | |
| CMOVE3 leas 6,s ;drop 3 parameters from stack | |
| pulu pc | |
| ;;;; | |
| ;;;; alternative, wordwise copy ... | |
| CMOVEW ldd ,s ; count | |
| ldx 2,s ; destination | |
| sty ,s ; save RP | |
| stu 2,s ; save IP | |
| ldy 4,s ; source | |
| lsra ; divide by 2, count words | |
| rorb ; | |
| pshs cc | |
| beq CMOVEW1 ; byte decrement correction | |
| inca ; byte decrement high byte correction | |
| CMOVEW1 subd #0 ; word count zero (=65536)? | |
| beq CMOVEW3 | |
| CMOVEW2 ldu ,y++ ; source | |
| stu ,x++ ; destination | |
| decb ; count low | |
| bne CMOVEW2 | |
| deca ; count high (count to 0 corrected) | |
| bne CMOVEW2 | |
| CMOVEW3 puls CC ; check if odd count? | |
| bcc CMOVEW4 | |
| lda ,y | |
| sta ,x | |
| CMOVEW4 puls y,u ; y first | |
| leas 2,s ; drop 3rd parameter | |
| pulu pc ; next | |
| ;;;; | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB TOR | |
| ;;;; FDB BRAN,CMOV2 | |
| ;;;;CMOV1: FDB TOR,DUPP,CAT | |
| ;;;; FDB RAT,CSTOR | |
| ;;;; FDB PLUS1 | |
| ;;;; FDB RFROM,PLUS1 | |
| ;;;;CMOV2: FDB DONXT,CMOV1 | |
| ;;;; FDB DDROP,EXIT | |
| ;;;; | |
| ; FILL ( b u c -- ) | |
| ; Fill u bytes of character c to area beginning at b. | |
| FDB FILL,L1100 | |
| L1110 FCB 4,"FILL" | |
| FILL: | |
| ldd 2,s ;count | |
| beq NFILL3 ;zero -> leave | |
| tstb ;count low | |
| beq NFILL1 | |
| inc 2,s ;ajust high for to-0 decrementation | |
| NFILL1: | |
| ldx 4,s ;to addr | |
| lda 1,s ;fill byte, low byte from TOS | |
| NFILL2: | |
| sta ,x+ ;to | |
| decb ;low count | |
| bne NFILL2 | |
| dec 2,s ;high count | |
| bne NFILL2 | |
| NFILL3 leas 6,s ;drop 3 parameters from stack | |
| pulu pc | |
| ;;;; slow HL ... | |
| ;;;; jsr DOLST | |
| ;;;; FDB SWAP,TOR,SWAP | |
| ;;;; FDB BRAN,FILL2 | |
| ;;;;FILL1: FDB DDUP,CSTOR,PLUS1 | |
| ;;;;FILL2: FDB DONXT,FILL1 | |
| ;;;; FDB DDROP,EXIT | |
| ; -TRAILING ( b u -- b u ) | |
| ; Adjust the count to eliminate trailing white space. | |
| FDB DTRAI,L1110 | |
| L1120 FCB 9,"-TRAILING" | |
| DTRAI jsr DOLST | |
| FDB TOR | |
| FDB BRAN,DTRA2 | |
| DTRA1 FDB BLANK,OVER,RAT,PLUS,CAT,LESS | |
| FDB QBRAN,DTRA2 | |
| FDB RFROM,PLUS1,EXIT | |
| DTRA2 FDB DONXT,DTRA1 | |
| FDB ZERO,EXIT | |
| ; PACK$ ( b u a -- a ) | |
| ; Build a counted string with u characters from b. Null fill. | |
| FDB PACKS,L1120 | |
| L1130 FCB 5,"PACK$" | |
| PACKS jsr DOLST | |
| FDB DUPP,TOR ;strings only on cell boundary | |
| FDB DDUP,CSTOR | |
| FDB PLUS1 ;count mod cell | |
| FDB DDUP,PLUS | |
| FDB ZERO,SWAP,CSTOR ;null fill cell | |
| FDB SWAP,CMOVE,RFROM,EXIT ;move string | |
| ;; Numeric output, single precision | |
| ; DIGIT ( u -- c ) | |
| ; Convert digit u to a character. | |
| FDB DIGIT,L1130 | |
| L1140 FCB 5,"DIGIT" | |
| DIGIT jsr DOLST | |
| FDB DOCLIT | |
| FCB 9 | |
| FDB OVER,LESS | |
| FDB DOCLIT | |
| FCB 7 | |
| FDB ANDD,PLUS | |
| FDB DOLIT,'0',PLUS,EXIT | |
| ; EXTRACT ( n base -- n c ) | |
| ; Extract the least significant digit from n. | |
| FDB EXTRC,L1140 | |
| L1150 FCB 7,"EXTRACT" | |
| EXTRC jsr DOLST | |
| FDB ZERO,SWAP,UMMOD | |
| FDB SWAP,DIGIT,EXIT | |
| ; <# ( -- ) | |
| ; Initiate the numeric output process. | |
| FDB BDIGS,L1150 | |
| L1160 FCB 2,"<#" | |
| BDIGS jsr DOLST | |
| FDB PAD,HLD,STORE,EXIT | |
| ; HOLD ( c -- ) | |
| ; Insert a character into the numeric output string. | |
| FDB HOLD,L1160 | |
| L1170 FCB 4,"HOLD" | |
| HOLD jsr DOLST | |
| FDB HLD,AT,MINUS1 | |
| FDB DUPP,HLD,STORE,CSTOR,EXIT | |
| ; # ( u -- u ) | |
| ; Extract one digit from u and append the digit to output string. | |
| FDB DIG,L1170 | |
| L1180 FCB 1,"#" | |
| DIG jsr DOLST | |
| FDB BASE,AT,EXTRC,HOLD,EXIT | |
| ; #S ( u -- 0 ) | |
| ; Convert u until all digits are added to the output string. | |
| FDB DIGS,L1180 | |
| L1190 FCB 2,"#S" | |
| DIGS jsr DOLST | |
| DIGS1 FDB DIG,DUPP | |
| FDB QBRAN,DIGS2 | |
| FDB BRAN,DIGS1 | |
| DIGS2 FDB EXIT | |
| ; SIGN ( n -- ) | |
| ; Add a minus sign to the numeric output string. | |
| FDB SIGN,L1190 | |
| L1200 FCB 4,"SIGN" | |
| SIGN jsr DOLST | |
| FDB ZLESS | |
| FDB QBRAN,SIGN1 | |
| FDB DOLIT,'-',HOLD | |
| SIGN1 FDB EXIT | |
| ; #> ( w -- b u ) | |
| ; Prepare the output string to be TYPE'd. | |
| FDB EDIGS,L1200 | |
| L1210 FCB 2,"#>" | |
| EDIGS jsr DOLST | |
| FDB DROP,HLD,AT | |
| FDB PAD,OVER,SUBB,EXIT | |
| ; str ( w -- b u ) | |
| ; Convert a signed integer to a numeric string. | |
| FDB STR,L1210 | |
| L1220 FCB 3,"str" | |
| STR jsr DOLST | |
| FDB DUPP,TOR,ABSS | |
| FDB BDIGS,DIGS,RFROM | |
| FDB SIGN,EDIGS,EXIT | |
| ; HEX ( -- ) | |
| ; Use radix 16 as base for numeric conversions. | |
| FDB HEX,L1220 | |
| L1230 FCB 3,"HEX" | |
| HEX jsr DOLST | |
| FDB DOCLIT | |
| FCB 16 | |
| FDB BASE,STORE,EXIT | |
| ; DECIMAL ( -- ) | |
| ; Use radix 10 as base for numeric conversions. | |
| FDB DECIM,L1230 | |
| L1240 FCB 7,"DECIMAL" | |
| DECIM jsr DOLST | |
| FDB DOCLIT | |
| FCB 10 | |
| FDB BASE,STORE,EXIT | |
| ;; Numeric input, single precision | |
| ; DIGIT? ( c base -- u t ) | |
| ; Convert a character to its numeric value. A flag indicates success. | |
| FDB DIGTQ,L1240 | |
| L1250 FCB 6,"DIGIT?" | |
| DIGTQ jsr DOLST | |
| FDB TOR,DOLIT,'0',SUBB | |
| FDB DOCLIT | |
| FCB 9 | |
| FDB OVER,LESS | |
| FDB QBRAN,DGTQ1 | |
| FDB DOCLIT | |
| FCB 7 | |
| FDB SUBB | |
| FDB DUPP,DOLIT,10,LESS,ORR | |
| DGTQ1 FDB DUPP,RFROM,ULESS,EXIT | |
| ; NUMBER? ( a -- n T | a F ) | |
| ; Convert a number string to integer. Push a flag on tos. | |
| FDB NUMBQ,L1250 | |
| L1260 FCB 7,"NUMBER?" | |
| NUMBQ jsr DOLST | |
| FDB BASE,AT,TOR,ZERO,OVER,COUNT | |
| FDB OVER,CAT,DOLIT,'$',EQUAL | |
| FDB QBRAN,NUMQ1 | |
| FDB HEX,SWAP,PLUS1 | |
| FDB SWAP,MINUS1 | |
| NUMQ1 FDB OVER,CAT,DOLIT,'-',EQUAL,TOR | |
| FDB SWAP,RAT,SUBB,SWAP,RAT,PLUS,QDUP | |
| FDB QBRAN,NUMQ6 | |
| FDB MINUS1,TOR | |
| NUMQ2 FDB DUPP,TOR,CAT,BASE,AT,DIGTQ | |
| FDB QBRAN,NUMQ4 | |
| FDB SWAP,BASE,AT,STAR,PLUS,RFROM | |
| FDB PLUS1 | |
| FDB DONXT,NUMQ2 | |
| FDB RAT,SWAP,DROP | |
| FDB QBRAN,NUMQ3 | |
| FDB NEGAT | |
| NUMQ3 FDB SWAP | |
| FDB BRAN,NUMQ5 | |
| NUMQ4 FDB RFROM,RFROM,DDROP,DDROP,ZERO | |
| NUMQ5 FDB DUPP | |
| NUMQ6 FDB RFROM,DDROP | |
| FDB RFROM,BASE,STORE,EXIT | |
| ;; Basic I/O | |
| ; ?KEY ( -- c T | F ) | |
| ; Return input character and true, or a false if no input. | |
| FDB QKEY,L1260 | |
| L1270 FCB 4,"?KEY" | |
| QKEY jsr DOLST | |
| FDB TQKEY,ATEXE,EXIT | |
| ; KEY ( -- c ) | |
| ; Wait for and return an input character. | |
| FDB KEY,L1270 | |
| L1280 FCB 3,"KEY" | |
| KEY jsr DOLST | |
| KEY1 FDB QKEY | |
| FDB QBRAN,KEY1 | |
| FDB EXIT | |
| ; EMIT ( c -- ) | |
| ; Send a character to the output device. | |
| FDB EMIT,L1280 | |
| L1290 FCB 4,"EMIT" | |
| EMIT jsr DOLST | |
| FDB TEMIT,ATEXE,EXIT | |
| ; NUF? ( -- t ) | |
| ; Return false if no input, else pause and if CR return true. | |
| FDB NUFQ,L1290 | |
| L1300 FCB 4,"NUF?" | |
| NUFQ jsr DOLST | |
| FDB QKEY,DUPP | |
| FDB QBRAN,NUFQ1 | |
| FDB DDROP,KEY,DOCLIT | |
| FCB CRR | |
| FDB EQUAL | |
| NUFQ1 FDB EXIT | |
| ; PACE ( -- ) | |
| ; Send a pace character for the file downloading process. | |
| FDB PACE,L1300 | |
| L1310 FCB 4,"PACE" | |
| PACE jsr DOLST | |
| FDB DOCLIT | |
| FCB 11 | |
| FDB EMIT,EXIT | |
| ; SPACE ( -- ) | |
| ; Send the blank character to the output device. | |
| FDB SPACE,L1310 | |
| L1320 FCB 5,"SPACE" | |
| SPACE jsr DOLST | |
| FDB BLANK,EMIT,EXIT | |
| ; SPACES ( +n -- ) | |
| ; Send n spaces to the output device. | |
| FDB SPACS,L1320 | |
| L1330 FCB 6,"SPACES" | |
| SPACS jsr DOLST | |
| FDB ZERO,MAX,TOR | |
| FDB BRAN,CHAR2 | |
| CHAR1 FDB SPACE | |
| CHAR2 FDB DONXT,CHAR1 | |
| FDB EXIT | |
| ; TYPE ( b u -- ) | |
| ; Output u characters from b. | |
| FDB TYPES,L1330 | |
| L1340 FCB 4,"TYPE" | |
| TYPES jsr DOLST | |
| FDB TOR | |
| FDB BRAN,TYPE2 | |
| TYPE1 FDB DUPP,CAT,EMIT | |
| FDB PLUS1 | |
| TYPE2 FDB DONXT,TYPE1 | |
| FDB DROP,EXIT | |
| ; CR ( -- ) | |
| ; Output a carriage return and a line feed. | |
| FDB CR,L1340 | |
| L1350 FCB 2,"CR" | |
| CR jsr DOLST | |
| FDB DOCLIT | |
| FCB CRR | |
| FDB EMIT | |
| FDB DOCLIT | |
| FCB LF | |
| FDB EMIT,EXIT | |
| ; do$ ( -- a ) | |
| ; Return the address of a compiled string. | |
| FDB DOSTR,L1350 | |
| L1360 FCB COMPO+3,"do$" | |
| DOSTR jsr DOLST | |
| FDB RFROM,RAT,RFROM,COUNT,PLUS | |
| FDB ALGND,TOR,SWAP,TOR,EXIT | |
| ; $"| ( -- a ) | |
| ; Run time routine compiled by $". Return address of a compiled string. | |
| FDB STRQP,L1360 | |
| L1370 FCB COMPO+3,"$",$22,"|" | |
| STRQP jsr DOLST | |
| FDB DOSTR,EXIT ;force a call to do$ | |
| ; ."| ( -- ) | |
| ; Run time routine of ." . Output a compiled string. | |
| FDB DOTQP,L1370 | |
| L1380 FCB COMPO+3,".",$22,"|" | |
| DOTQP jsr DOLST | |
| FDB DOSTR,COUNT,TYPES,EXIT | |
| ; .R ( n +n -- ) | |
| ; Display an integer in a field of n columns, right justified. | |
| FDB DOTR,L1380 | |
| L1390 FCB 2,".R" | |
| DOTR jsr DOLST | |
| FDB TOR,STR,RFROM,OVER,SUBB | |
| FDB SPACS,TYPES,EXIT | |
| ; U.R ( u +n -- ) | |
| ; Display an unsigned integer in n column, right justified. | |
| FDB UDOTR,L1390 | |
| L1400 FCB 3,"U.R" | |
| UDOTR jsr DOLST | |
| FDB TOR,BDIGS,DIGS,EDIGS | |
| FDB RFROM,OVER,SUBB | |
| FDB SPACS,TYPES,EXIT | |
| ; U. ( u -- ) | |
| ; Display an unsigned integer in free format. | |
| FDB UDOT,L1400 | |
| L1410 FCB 2,"U." | |
| UDOT jsr DOLST | |
| FDB BDIGS,DIGS,EDIGS | |
| FDB SPACE,TYPES,EXIT | |
| ; . ( w -- ) | |
| ; Display an integer in free format, preceeded by a space. | |
| FDB DOT,L1410 | |
| L1420 FCB 1,"." | |
| DOT jsr DOLST | |
| FDB BASE,AT,DOCLIT | |
| FCB 10 | |
| FDB XORR ;?decimal | |
| FDB QBRAN,DOT1 | |
| FDB UDOT,EXIT ;no, display unsigned | |
| DOT1 FDB STR,SPACE,TYPES,EXIT ;yes, display signed | |
| ; ? ( a -- ) | |
| ; Display the contents in a memory cell. | |
| FDB QUEST,L1420 | |
| L1430 FCB 1,"?" | |
| QUEST jsr DOLST | |
| FDB AT,DOT,EXIT | |
| ;; Parsing | |
| ; parse ( b u c -- b u delta ; <string> ) | |
| ; Scan string delimited by c. Return found string and its offset. | |
| FDB PARS,L1430 | |
| L1440 FCB 5,"parse" | |
| PARS jsr DOLST | |
| FDB TEMP,STORE,OVER,TOR,DUPP | |
| FDB QBRAN,PARS8 | |
| FDB MINUS1,TEMP,AT,BLANK,EQUAL | |
| FDB QBRAN,PARS3 | |
| FDB TOR | |
| PARS1 FDB BLANK,OVER,CAT ;skip leading blanks ONLY | |
| FDB SUBB,ZLESS,INVER | |
| FDB QBRAN,PARS2 | |
| FDB PLUS1 | |
| FDB DONXT,PARS1 | |
| FDB RFROM,DROP,ZERO,DUPP,EXIT | |
| PARS2 FDB RFROM | |
| PARS3 FDB OVER,SWAP | |
| FDB TOR | |
| PARS4 FDB TEMP,AT,OVER,CAT,SUBB ;scan for delimiter | |
| FDB TEMP,AT,BLANK,EQUAL | |
| FDB QBRAN,PARS5 | |
| FDB ZLESS | |
| PARS5 FDB QBRAN,PARS6 | |
| FDB PLUS1 | |
| FDB DONXT,PARS4 | |
| FDB DUPP,TOR | |
| FDB BRAN,PARS7 | |
| PARS6 FDB RFROM,DROP,DUPP | |
| FDB PLUS1,TOR | |
| PARS7 FDB OVER,SUBB | |
| FDB RFROM,RFROM,SUBB,EXIT | |
| PARS8 FDB OVER,RFROM,SUBB,EXIT | |
| ; PARSE ( c -- b u ; <string> ) | |
| ; Scan input stream and return counted string delimited by c. | |
| FDB PARSE,L1440 | |
| L1450 FCB 5,"PARSE" | |
| PARSE jsr DOLST | |
| FDB TOR,TIB,INN,AT,PLUS ;current input buffer pointer | |
| FDB NTIB,AT,INN,AT,SUBB ;remaining count | |
| FDB RFROM,PARS,INN,PSTOR,EXIT | |
| ; .( ( -- ) | |
| ; Output following string up to next ) . | |
| FDB DOTPR,L1450 | |
| L1460 FCB IMEDD+2,".(" | |
| DOTPR jsr DOLST | |
| FDB DOLIT,')',PARSE,TYPES,EXIT | |
| ; ( ( -- ) | |
| ; Ignore following string up to next ) . A comment. | |
| FDB PAREN,L1460 | |
| L1470 FCB IMEDD+1,"(" | |
| PAREN jsr DOLST | |
| FDB DOLIT,')',PARSE,DDROP,EXIT | |
| ; \ ( -- ) | |
| ; Ignore following text till the end of line. | |
| FDB BKSLA,L1470 | |
| L1480 FCB IMEDD+1,92 ; '\' but give as numeric to avoid different escap char processing in different assemblers | |
| BKSLA jsr DOLST | |
| FDB NTIB,AT,INN,STORE,EXIT | |
| ; CHAR ( -- c ) | |
| ; Parse next word and return its first character. | |
| FDB CHAR,L1480 | |
| L1490 FCB 4,"CHAR" | |
| CHAR jsr DOLST | |
| FDB BLANK,PARSE,DROP,CAT,EXIT | |
| ; TOKEN ( -- a ; <string> ) | |
| ; Parse a word from input stream and copy it to name dictionary. | |
| FDB TOKEN,L1490 | |
| L1500 FCB 5,"TOKEN" | |
| TOKEN jsr DOLST | |
| FDB BLANK,PARSE,DOCLIT | |
| FCB 31 | |
| FDB MIN | |
| FDB NP,AT,OVER,SUBB,CELLM | |
| FDB PACKS,EXIT | |
| ; WORD ( c -- a ; <string> ) | |
| ; Parse a word from input stream and copy it to code dictionary. | |
| FDB WORD,L1500 | |
| L1510 FCB 4,"WORD" | |
| WORD jsr DOLST | |
| FDB PARSE,HERE,PACKS,EXIT | |
| ;; Dictionary search | |
| ; NAME> ( na -- ca ) | |
| ; Return a code address given a name address. | |
| FDB NAMET,L1510 | |
| L1520 FCB 5,"NAME>" | |
| NAMET jsr DOLST | |
| FDB CELLM,CELLM,AT,EXIT | |
| ; SAME? ( a a u -- a a f \ -0+ ) | |
| ; Compare u bytes in two strings. Return 0 if identical. | |
| FDB SAMEQ,L1520 | |
| L1530 FCB 5,"SAME?" | |
| SAMEQ jsr DOLST | |
| FDB TOR | |
| FDB BRAN,SAME2 | |
| SAME1 FDB OVER,RAT,PLUS,CAT | |
| FDB OVER,RAT,PLUS,CAT | |
| FDB SUBB,QDUP | |
| FDB QBRAN,SAME2 | |
| FDB RFROM,DROP,EXIT | |
| SAME2 FDB DONXT,SAME1 | |
| FDB DOLIT,0,EXIT | |
| ; find ( a va -- ca na | a F ) | |
| ; Search a vocabulary for a string. Return ca and na if succeeded. | |
| FDB FIND,L1530 | |
| L1540 FCB 4,"find" | |
| FIND jsr DOLST | |
| FDB SWAP,DUPP,CAT,MINUS1 | |
| FDB TEMP,STORE | |
| FDB DUPP,AT,TOR,CELLP,SWAP | |
| FIND1 FDB AT,DUPP | |
| FDB QBRAN,FIND6 | |
| FDB DUPP,AT,DOLIT,MASKK,ANDD,RAT,XORR | |
| FDB QBRAN,FIND2 | |
| FDB CELLP,MONE | |
| FDB BRAN,FIND3 | |
| FIND2 FDB CELLP,TEMP,AT,SAMEQ | |
| FIND3 FDB BRAN,FIND4 | |
| FIND6 FDB RFROM,DROP | |
| FDB SWAP,CELLM,SWAP,EXIT | |
| FIND4 FDB QBRAN,FIND5 | |
| FDB CELLM,CELLM | |
| FDB BRAN,FIND1 | |
| FIND5 FDB RFROM,DROP,SWAP,DROP | |
| FDB CELLM | |
| FDB DUPP,NAMET,SWAP,EXIT | |
| ; NAME? ( a -- ca na | a F ) | |
| ; Search all context vocabularies for a string. | |
| FDB NAMEQ,L1540 | |
| L1550 FCB 5,"NAME?" | |
| NAMEQ jsr DOLST | |
| FDB CNTXT,DUPP,DAT,XORR | |
| FDB QBRAN,NAMQ1 | |
| FDB CELLM | |
| NAMQ1 FDB TOR | |
| NAMQ2 FDB RFROM,CELLP,DUPP,TOR | |
| FDB AT,QDUP | |
| FDB QBRAN,NAMQ3 | |
| FDB FIND,QDUP | |
| FDB QBRAN,NAMQ2 | |
| FDB RFROM,DROP,EXIT | |
| NAMQ3 FDB RFROM,DROP | |
| FDB ZERO,EXIT | |
| ;; Terminal response | |
| ; ^H ( bot eot cur -- bot eot cur ) | |
| ; Backup the cursor by one character. | |
| FDB BKSP,L1550 | |
| L1560 FCB 2,"^H" | |
| BKSP jsr DOLST | |
| FDB TOR,OVER,RFROM,SWAP,OVER,XORR | |
| FDB QBRAN,BACK1 | |
| FDB DOLIT,BKSPP,TECHO,ATEXE,MINUS1 | |
| FDB BLANK,TECHO,ATEXE | |
| FDB DOLIT,BKSPP,TECHO,ATEXE | |
| BACK1 FDB EXIT | |
| ; TAP ( bot eot cur c -- bot eot cur ) | |
| ; Accept and echo the key stroke and bump the cursor. | |
| FDB TAP,L1560 | |
| L1570 FCB 3,"TAP" | |
| TAP jsr DOLST | |
| FDB DUPP,TECHO,ATEXE | |
| FDB OVER,CSTOR,PLUS1,EXIT | |
| ; kTAP ( bot eot cur c -- bot eot cur ) | |
| ; Process a key stroke, CR or backspace. | |
| FDB KTAP,L1570 | |
| L1580 FCB 4,"kTAP" | |
| KTAP jsr DOLST | |
| FDB DUPP,DOCLIT | |
| FCB CRR | |
| FDB XORR | |
| FDB QBRAN,KTAP2 | |
| FDB DUPP,DOLIT,BKSPP,XORR | |
| FDB SWAP,DOLIT,BKSPP2,XORR,ANDD | |
| FDB QBRAN,KTAP1 | |
| FDB BLANK,TAP,EXIT | |
| KTAP1 FDB BKSP,EXIT | |
| KTAP2 FDB DROP,SWAP,DROP,DUPP,EXIT | |
| ; accept ( b u -- b u ) | |
| ; Accept characters to input buffer. Return with actual count. | |
| FDB ACCEP,L1580 | |
| L1590 FCB 6,"ACCEPT" | |
| ACCEP jsr DOLST | |
| FDB OVER,PLUS,OVER | |
| ACCP1 FDB DDUP,XORR | |
| FDB QBRAN,ACCP4 | |
| FDB KEY,DUPP | |
| ; FDB BLANK,SUBB,DOLIT,95,ULESS | |
| FDB BLANK,DOLIT,127,WITHI | |
| FDB QBRAN,ACCP2 | |
| FDB TAP | |
| FDB BRAN,ACCP3 | |
| ACCP2 FDB TTAP,ATEXE | |
| ACCP3 FDB BRAN,ACCP1 | |
| ACCP4 FDB DROP,OVER,SUBB,EXIT | |
| ; EXPECT ( b u -- ) | |
| ; Accept input stream and store count in SPAN. | |
| FDB EXPEC,L1590 | |
| L1600 FCB 6,"EXPECT" | |
| EXPEC jsr DOLST | |
| FDB TEXPE,ATEXE,SPAN,STORE,DROP,EXIT | |
| ; QUERY ( -- ) | |
| ; Accept input stream to terminal input buffer. | |
| FDB QUERY,L1600 | |
| L1610 FCB 5,"QUERY" | |
| QUERY jsr DOLST | |
| FDB TIB,DOCLIT | |
| FCB 80 | |
| FDB TEXPE,ATEXE,NTIB,STORE | |
| FDB DROP,ZERO,INN,STORE,EXIT | |
| ;; Error handling | |
| ; CATCH ( ca -- 0 | err# ) | |
| ; Execute word at ca and set up an error frame for it. | |
| FDB CATCH,L1610 | |
| L1620 FCB 5,"CATCH" | |
| CATCH jsr DOLST | |
| FDB SPAT,TOR,HANDL,AT,TOR ;save error frame | |
| FDB RPAT,HANDL,STORE,EXECU ;execute | |
| FDB RFROM,HANDL,STORE ;restore error frame | |
| FDB RFROM,DROP,ZERO,EXIT ;no error | |
| ; THROW ( err# -- err# ) | |
| ; Reset system to current local error frame an update error flag. | |
| FDB THROW,L1620 | |
| L1630 FCB 5,"THROW" | |
| THROW jsr DOLST | |
| FDB HANDL,AT,RPSTO ;restore return stack | |
| FDB RFROM,HANDL,STORE ;restore handler frame | |
| FDB RFROM,SWAP,TOR,SPSTO ;restore data stack | |
| FDB DROP,RFROM,EXIT | |
| ; NULL$ ( -- a ) | |
| ; Return address of a null string with zero count. | |
| FDB NULLS,L1630 | |
| L1640 FCB 5,"NULL$" | |
| NULLS: | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOVAR ;emulate CREATE | |
| jsr FDOVAR | |
| FDB 0 | |
| FCB 99,111,121,111,116,101 | |
| ; ABORT ( -- ) | |
| ; Reset data stack and jump to QUIT. | |
| FDB ABORT,L1640 | |
| L1650 FCB 5,"ABORT" | |
| ABORT jsr DOLST | |
| FDB NULLS,THROW | |
| ; abort" ( f -- ) | |
| ; Run time routine of ABORT" . Abort with a message. | |
| FDB ABORQ,L1650 | |
| L1660 FCB COMPO+6,"abort" | |
| FCB 34 ;'"' | |
| ABORQ jsr DOLST | |
| FDB QBRAN,ABOR1 ;text flag | |
| FDB DOSTR,THROW ;pass error string | |
| ABOR1 FDB DOSTR,DROP,EXIT ;drop error | |
| ;; The text interpreter | |
| ; $INTERPRET ( a -- ) | |
| ; Interpret a word. If failed, try to convert it to an integer. | |
| FDB INTER,L1660 | |
| L1670 FCB 10,"$INTERPRET" | |
| INTER jsr DOLST | |
| FDB NAMEQ,QDUP ;?defined | |
| FDB QBRAN,INTE1 | |
| FDB AT,DOLIT,COMPO*256,ANDD ;?compile only lexicon bits | |
| FDB ABORQ | |
| FCB 13," compile only" | |
| FDB EXECU,EXIT ;execute defined word | |
| INTE1 FDB TNUMB,ATEXE ;convert a number | |
| FDB QBRAN,INTE2 | |
| FDB EXIT | |
| INTE2 FDB THROW ;error | |
| ; [ ( -- ) | |
| ; Start the text interpreter. | |
| FDB LBRAC,L1670 | |
| L1680 FCB IMEDD+1,"[" | |
| LBRAC jsr DOLST | |
| FDB DOLIT,INTER,TEVAL,STORE,EXIT | |
| ; .OK ( -- ) | |
| ; Display 'ok' only while interpreting. | |
| FDB DOTOK,L1680 | |
| L1690 FCB 3,".OK" | |
| DOTOK jsr DOLST | |
| FDB DOLIT,INTER,TEVAL,AT,EQUAL | |
| FDB QBRAN,DOTO1 | |
| FDB DOTQP | |
| FCB 3," ok" | |
| DOTO1 FDB CR,EXIT | |
| ; ?STACK ( -- ) | |
| ; Abort if the data stack underflows. | |
| FDB QSTAC,L1690 | |
| L1700 FCB 6,"?STACK" | |
| QSTAC jsr DOLST | |
| FDB DEPTH,ZLESS ;check only for underflow | |
| FDB ABORQ | |
| FCB 10," underflow" | |
| FDB EXIT | |
| ; EVAL ( -- ) | |
| ; Interpret the input stream. | |
| FDB EVAL,L1700 | |
| L1710 FCB 4,"EVAL" | |
| EVAL jsr DOLST | |
| EVAL1 FDB TOKEN,DUPP,CAT ;?input stream empty | |
| FDB QBRAN,EVAL2 | |
| FDB TEVAL,ATEXE,QSTAC ;evaluate input, check stack | |
| FDB BRAN,EVAL1 | |
| EVAL2 FDB DROP,TPROM,ATEXE,EXIT ;prompt | |
| ;; Shell | |
| ; PRESET ( -- ) | |
| ; Reset data stack pointer and the terminal input buffer. | |
| FDB PRESE,L1710 | |
| L1720 FCB 6,"PRESET" | |
| PRESE jsr DOLST | |
| FDB SZERO,AT,SPSTO | |
| FDB DOLIT,TIBB,NTIB,CELLP,STORE,EXIT | |
| ; xio ( a a a -- ) | |
| ; Reset the I/O vectors 'EXPECT, 'TAP, 'ECHO and 'PROMPT. | |
| FDB XIO,L1720 | |
| L1730 FCB COMPO+3,"xio" | |
| XIO jsr DOLST | |
| FDB DOLIT,ACCEP,TEXPE,DSTOR | |
| FDB TECHO,DSTOR,EXIT | |
| ; FILE ( -- ) | |
| ; Select I/O vectors for file download. | |
| FDB FILE,L1730 | |
| L1740 FCB 4,"FILE" | |
| FILE jsr DOLST | |
| FDB DOLIT,PACE,DOLIT,DROP | |
| FDB DOLIT,KTAP,XIO,EXIT | |
| ; HAND ( -- ) | |
| ; Select I/O vectors for terminal interface. | |
| FDB HAND,L1740 | |
| L1750 FCB 4,"HAND" | |
| HAND jsr DOLST | |
| FDB DOLIT,DOTOK,DOLIT,EMIT | |
| FDB DOLIT,KTAP,XIO,EXIT | |
| ; I/O ( -- a ) | |
| ; Array to store default I/O vectors. | |
| FDB ISLO,L1750 | |
| L1760 FCB 3,"I/O" | |
| ISLO: | |
| ;; jsr DOLST | |
| ;; FDB DOVAR ;emulate CREATE | |
| jsr FDOVAR | |
| FDB QRX,TXSTO ;default I/O vectors | |
| ; CONSOLE ( -- ) | |
| ; Initiate terminal interface. | |
| FDB CONSO,L1760 | |
| L1770 FCB 7,"CONSOLE" | |
| CONSO jsr DOLST | |
| FDB ISLO,DAT,TQKEY,DSTOR ;restore default I/O device | |
| FDB HAND,EXIT ;keyboard input | |
| ; QUIT ( -- ) | |
| ; Reset return stack pointer and start text interpreter. | |
| FDB QUIT,L1770 | |
| L1780 FCB 4,"QUIT" | |
| QUIT jsr DOLST | |
| FDB RZERO,AT,RPSTO ;reset return stack pointer | |
| QUIT1 FDB LBRAC ;start interpretation | |
| QUIT2 FDB QUERY ;get input | |
| FDB DOLIT,EVAL,CATCH,QDUP ;evaluate input | |
| FDB QBRAN,QUIT2 ;continue till error | |
| FDB TPROM,AT,TOR ;save input device | |
| FDB CONSO,NULLS,OVER,XORR ;?display error message | |
| FDB QBRAN,QUIT3 | |
| FDB SPACE,COUNT,TYPES ;error message | |
| FDB DOTQP | |
| FCB 3," ? " ;error prompt | |
| QUIT3 FDB RFROM,DOLIT,DOTOK,XORR ;?file input | |
| FDB QBRAN,QUIT4 | |
| FDB DOLIT,ERR,EMIT ;file error, tell host | |
| QUIT4 FDB PRESE ;some cleanup | |
| FDB BRAN,QUIT1 | |
| ;; The compiler | |
| ; ' ( -- ca ) | |
| ; Search context vocabularies for the next word in input stream. | |
| FDB TICK,L1780 | |
| L1790 FCB 1,"'" | |
| TICK jsr DOLST | |
| FDB TOKEN,NAMEQ ;?defined | |
| FDB QBRAN,TICK1 | |
| FDB EXIT ;yes, push code address | |
| TICK1 FDB THROW ;no, error | |
| ; ALLOT ( n -- ) | |
| ; Allocate n bytes to the code dictionary. | |
| FDB ALLOT,L1790 | |
| L1800 FCB 5,"ALLOT" | |
| ALLOT jsr DOLST | |
| FDB CP,PSTOR,EXIT ;adjust code pointer | |
| ; , ( w -- ) | |
| ; Compile an integer into the code dictionary. | |
| FDB COMMA,L1800 | |
| L1810 FCB 1,"," | |
| COMMA jsr DOLST | |
| FDB HERE,DUPP,CELLP ;cell boundary | |
| FDB CP,STORE,STORE,EXIT ;adjust code pointer and compile | |
| ; [COMPILE] ( -- ; <string> ) | |
| ; Compile the next immediate word into code dictionary. | |
| FDB BCOMP,L1810 | |
| L1820 FCB IMEDD+9,"[COMPILE]" | |
| BCOMP jsr DOLST | |
| FDB TICK,COMMA,EXIT | |
| ; COMPILE ( -- ) | |
| ; Compile the next address in colon list to code dictionary. | |
| FDB COMPI,L1820 | |
| L1830 FCB COMPO+7,"COMPILE" | |
| COMPI jsr DOLST | |
| FDB RFROM,DUPP,AT,COMMA ;compile address | |
| FDB CELLP,TOR,EXIT ;adjust return address | |
| ; LITERAL ( w -- ) | |
| ; Compile tos to code dictionary as an integer literal. | |
| FDB LITER,L1830 | |
| L1840 FCB IMEDD+7,"LITERAL" | |
| LITER jsr DOLST | |
| FDB COMPI,DOLIT,COMMA,EXIT | |
| ; $," ( -- ) | |
| ; Compile a literal string up to next " . | |
| FDB STRCQ,L1840 | |
| L1850 FCB 3,"$,",34 | |
| STRCQ jsr DOLST | |
| FDB DOLIT,34,WORD ;move string to code dictionary | |
| FDB COUNT,PLUS,ALGND ;calculate aligned end of string | |
| FDB CP,STORE,EXIT ;adjust the code pointer | |
| ; RECURSE ( -- ) | |
| ; Make the current word available for compilation. | |
| FDB RECUR,L1850 | |
| L1860 FCB IMEDD+7,"RECURSE" | |
| RECUR jsr DOLST | |
| FDB LAST,AT,NAMET,COMMA,EXIT | |
| ;; Structures | |
| ; DO ( -- a m ) | |
| ; Start a DO-LOOP/+LOOP structure in a colon definition. | |
| FDB DO,L1860 | |
| L1861 FCB IMEDD+2,"DO" | |
| DO jsr DOLST | |
| FDB COMPI,DODO,HERE | |
| FDB ONE ; marker for DO | |
| FDB EXIT | |
| ; ?DO ( -- a m ) | |
| ; Start a ?DO-LOOP/+LOOP structure in a colon definition. | |
| FDB QDO,L1861 | |
| L1862 FCB IMEDD+3,"?DO" | |
| QDO jsr DOLST | |
| FDB COMPI,DOQDO,HERE | |
| FDB COMPI,0 ; branch destination placeholder | |
| FDB TWO ; marker for ?DO | |
| FDB EXIT | |
| ; (?DO) ( w w -- ) | |
| ; Runtime part of DO in a DO-LOOP/+LOOP structure. | |
| FDB DOQDO,L1862 | |
| L1862A FCB 5,"(?DO)" | |
| DOQDO: | |
| puls d ;start | |
| cmpd ,s ;start < end -> ok | |
| blt DOQDO1 | |
| leas 2,s ;drop end | |
| ldu ,u | |
| pulu pc ;branch past loop | |
| DOQDO1: | |
| puls x ;end | |
| stx ,--y ;end to return stack | |
| std ,--y ;start to return stack | |
| leau 2,u ;skip jump forward | |
| pulu pc | |
| ; -DO ( -- a m ) | |
| ; Start a -DO-LOOP/+LOOP structure in a colon definition. | |
| FDB MDO,L1862A | |
| L1862B FCB IMEDD+3,"-DO" | |
| MDO jsr DOLST | |
| FDB COMPI,DOMDO,HERE | |
| FDB COMPI,0 ; branch destination placeholder | |
| FDB TWO ; marker for ?DO/-DO | |
| FDB EXIT | |
| ; (-DO) ( w w -- ) | |
| ; Runtime part of -DO in a -DO-LOOP/+LOOP structure. | |
| FDB DOMDO,L1862B | |
| L1862C FCB 5,"(-DO)" | |
| DOMDO: | |
| puls d ;start | |
| cmpd ,s ;start > end -> ok | |
| bgt DOMDO1 | |
| leas 2,s ;drop end | |
| ldu ,u | |
| pulu pc ;branch past loop | |
| DOMDO1: | |
| puls x ;end | |
| stx ,--y ;end to return stack | |
| std ,--y ;start to return stack | |
| leau 2,u ;skip jump forward | |
| pulu pc | |
| ; (DO) ( w w -- ) | |
| ; Runtime part of DO in a DO-LOOP/+LOOP structure. | |
| FDB DODO,L1862C | |
| L1863 FCB 4,"(DO)" | |
| DODO: | |
| puls d,x ;start first, end second | |
| stx ,--y ;end to return stack | |
| std ,--y ;start to return stack | |
| pulu pc | |
| ; (LOOP) ( -- ) | |
| ; Runtime part of LOOP | |
| FDB DOLOOP,L1863 | |
| L1864 FCB 6,"(LOOP)" | |
| DOLOOP: | |
| ldd #1 | |
| bra DOPLOF | |
| ; (+LOOP) ( -- ) | |
| ; Runtime part of +LOOP | |
| FDB DOPLOOP,L1864 | |
| L1865 FCB IMEDD+7,"(+LOOP)" | |
| DOPLOOP: | |
| ldd ,s++ ; increment | |
| bpl DOPLOF ; forward | |
| addd ,y ; start/index | |
| cmpd 2,y ; end | |
| ble DOPLO1 ; index <= end -> leave | |
| std ,y | |
| ldu ,u ; branch to begin of loop | |
| pulu pc | |
| DOPLOF addd ,y ; start/index | |
| cmpd 2,y ; end | |
| bge DOPLO1 ; index >= end -> leave | |
| std ,y ; save back | |
| ldu ,u ; branch to begin of loop | |
| pulu pc | |
| DOPLO1: | |
| leau 2,u ; skip back destination | |
| leay 4,y ; remove index and upper from r stack | |
| pulu pc | |
| ; LOOP ( a m -- ) | |
| ; Terminate a DO/?DO-LOOP loop structure. | |
| FDB LOOP,L1865 | |
| L1866 FCB IMEDD+4,"LOOP" | |
| LOOP jsr DOLST | |
| FDB COMPI,DOLOOP | |
| FDB TWO,EQUAL,QBRAN,LOOP1 | |
| FDB HERE,CELLP,OVER,STORE,CELLP ; branch forward destination | |
| LOOP1 FDB COMMA,EXIT | |
| ; +LOOP ( a m -- ) | |
| ; Terminate a DO/?DO-+LOOP loop structure. | |
| FDB PLOOP,L1866 | |
| L1867 FCB IMEDD+5,"+LOOP" | |
| PLOOP jsr DOLST | |
| FDB COMPI,DOPLOOP | |
| FDB TWO,EQUAL,QBRAN,PLOOP1 | |
| FDB HERE,CELLP,OVER,STORE,CELLP ; branch forward destination | |
| PLOOP1 FDB COMMA,EXIT | |
| ; LEAVE ( -- ) | |
| ; Leave DO/LOOP | |
| FDB LEAVE,L1867 | |
| L1868 FCB 5,"LEAVE" | |
| LEAVE: | |
| ldd ,y ;take index on return stack | |
| std 2,y ;and change end to it | |
| pulu pc | |
| ; FOR ( -- a ) | |
| ; Start a FOR-NEXT loop structure in a colon definition. | |
| FDB FOR,L1867 | |
| L1870 FCB IMEDD+3,"FOR" | |
| FOR jsr DOLST | |
| FDB COMPI,TOR,HERE,EXIT | |
| ; BEGIN ( -- a ) | |
| ; Start an infinite or indefinite loop structure. | |
| FDB BEGIN,L1870 | |
| L1880 FCB IMEDD+5,"BEGIN" | |
| BEGIN jsr DOLST | |
| FDB HERE,EXIT | |
| ; NEXT ( a -- ) | |
| ; Terminate a FOR-NEXT loop structure. | |
| FDB NEXT,L1880 | |
| L1890 FCB IMEDD+4,"NEXT" | |
| NEXT jsr DOLST | |
| FDB COMPI,DONXT,COMMA,EXIT | |
| ; UNTIL ( a -- ) | |
| ; Terminate a BEGIN-UNTIL indefinite loop structure. | |
| FDB UNTIL,L1890 | |
| L1900 FCB IMEDD+5,"UNTIL" | |
| UNTIL jsr DOLST | |
| FDB COMPI,QBRAN,COMMA,EXIT | |
| ; AGAIN ( a -- ) | |
| ; Terminate a BEGIN-AGAIN infinite loop structure. | |
| FDB AGAIN,L1900 | |
| L1910 FCB IMEDD+5,"AGAIN" | |
| AGAIN jsr DOLST | |
| FDB COMPI,BRAN,COMMA,EXIT | |
| ; IF ( -- A ) | |
| ; Begin a conditional branch structure. | |
| FDB IFF,L1910 | |
| L1920 FCB IMEDD+2,"IF" | |
| IFF jsr DOLST | |
| FDB COMPI,QBRAN,HERE | |
| FDB ZERO,COMMA,EXIT | |
| ; AHEAD ( -- A ) | |
| ; Compile a forward branch instruction. | |
| FDB AHEAD,L1920 | |
| L1930 FCB IMEDD+5,"AHEAD" | |
| AHEAD jsr DOLST | |
| FDB COMPI,BRAN,HERE,ZERO,COMMA,EXIT | |
| ; REPEAT ( A a -- ) | |
| ; Terminate a BEGIN-WHILE-REPEAT indefinite loop. | |
| FDB REPEA,L1930 | |
| L1940 FCB IMEDD+6,"REPEAT" | |
| REPEA jsr DOLST | |
| FDB AGAIN,HERE,SWAP,STORE,EXIT | |
| ; THEN ( A -- ) | |
| ; Terminate a conditional branch structure. | |
| FDB THENN,L1940 | |
| L1950 FCB IMEDD+4,"THEN" | |
| THENN jsr DOLST | |
| FDB HERE,SWAP,STORE,EXIT | |
| ; AFT ( a -- a A ) | |
| ; Jump to THEN in a FOR-AFT-THEN-NEXT loop the first time through. | |
| FDB AFT,L1950 | |
| L1960 FCB IMEDD+3,"AFT" | |
| AFT jsr DOLST | |
| FDB DROP,AHEAD,BEGIN,SWAP,EXIT | |
| ; ELSE ( A -- A ) | |
| ; Start the false clause in an IF-ELSE-THEN structure. | |
| FDB ELSEE,L1960 | |
| L1970 FCB IMEDD+4,"ELSE" | |
| ELSEE jsr DOLST | |
| FDB AHEAD,SWAP,THENN,EXIT | |
| ; WHILE ( a -- A a ) | |
| ; Conditional branch out of a BEGIN-WHILE-REPEAT loop. | |
| FDB WHILE,L1970 | |
| L1980 FCB IMEDD+5,"WHILE" | |
| WHILE jsr DOLST | |
| FDB IFF,SWAP,EXIT | |
| ; ABORT" ( -- ; <string> ) | |
| ; Conditional abort with an error message. | |
| FDB ABRTQ,L1980 | |
| L1990 FCB IMEDD+6,"ABORT",34 | |
| ABRTQ jsr DOLST | |
| FDB COMPI,ABORQ,STRCQ,EXIT | |
| ; $" ( -- ; <string> ) | |
| ; Compile an inline string literal. | |
| FDB STRQ,L1990 | |
| L2000 FCB IMEDD+2,"$",$22 | |
| STRQ jsr DOLST | |
| FDB COMPI,STRQP,STRCQ,EXIT | |
| ; ." ( -- ; <string> ) | |
| ; Compile an inline string literal to be typed out at run time. | |
| FDB DOTQ,L2000 | |
| L2010 FCB IMEDD+2,".",$22 | |
| DOTQ jsr DOLST | |
| FDB COMPI,DOTQP,STRCQ,EXIT | |
| ;; Name compiler | |
| ; ?UNIQUE ( a -- a ) | |
| ; Display a warning message if the word already exists. | |
| FDB UNIQU,L2010 | |
| L2020 FCB 7,"?UNIQUE" | |
| UNIQU jsr DOLST | |
| FDB DUPP,NAMEQ ;?name exists | |
| FDB QBRAN,UNIQ1 | |
| FDB DOTQP ;redefinitions are OK | |
| FCB 7," reDef " ;but the user should be warned | |
| FDB OVER,COUNT,TYPES ;just in case its not planned | |
| UNIQ1 FDB DROP,EXIT | |
| ; $,n ( na -- ) | |
| ; Build a new dictionary name using the string at na. | |
| FDB SNAME,L2020 | |
| L2030 FCB 3,"$,n" | |
| SNAME jsr DOLST | |
| FDB DUPP,CAT ;?null input | |
| FDB QBRAN,PNAM1 | |
| FDB UNIQU ;?redefinition | |
| FDB DUPP,LAST,STORE ;save na for vocabulary link | |
| FDB HERE,ALGND,SWAP ;align code address | |
| FDB CELLM ;link address | |
| FDB CRRNT,AT,AT,OVER,STORE | |
| FDB CELLM,DUPP,NP,STORE ;adjust name pointer | |
| FDB STORE,EXIT ;save code pointer | |
| PNAM1 FDB STRQP | |
| FCB 5," name" ;null input | |
| FDB THROW | |
| ;; FORTH compiler | |
| ; $COMPILE ( a -- ) | |
| ; Compile next word to code dictionary as a token or literal. | |
| FDB SCOMP,L2030 | |
| L2040 FCB 8,"$COMPILE" | |
| SCOMP jsr DOLST | |
| FDB NAMEQ,QDUP ;?defined | |
| FDB QBRAN,SCOM2 | |
| FDB AT,DOLIT,IMEDD*256,ANDD ;?immediate | |
| FDB QBRAN,SCOM1 | |
| FDB EXECU,EXIT ;its immediate, execute | |
| SCOM1 FDB COMMA,EXIT ;its not immediate, compile | |
| SCOM2 FDB TNUMB,ATEXE ;try to convert to number | |
| FDB QBRAN,SCOM3 | |
| FDB LITER,EXIT ;compile number as integer | |
| SCOM3 FDB THROW ;error | |
| ; OVERT ( -- ) | |
| ; Link a new word into the current vocabulary. | |
| FDB OVERT,L2040 | |
| L2050 FCB 5,"OVERT" | |
| OVERT jsr DOLST | |
| FDB LAST,AT,CRRNT,AT,STORE,EXIT | |
| ; ; ( -- ) | |
| ; Terminate a colon definition. | |
| FDB SEMIS,L2050 | |
| L2060 FCB IMEDD+COMPO+1,";" | |
| SEMIS jsr DOLST | |
| FDB COMPI,EXIT,LBRAC,OVERT,EXIT | |
| ; ] ( -- ) | |
| ; Start compiling the words in the input stream. | |
| FDB RBRAC,L2060 | |
| L2070 FCB 1,"]" | |
| RBRAC jsr DOLST | |
| FDB DOLIT,SCOMP,TEVAL,STORE,EXIT | |
| ; call, ( ca -- ) | |
| ; Assemble a call instruction to ca. | |
| FDB CALLC,L2070 | |
| L2080 FCB 5,"call," | |
| CALLC jsr DOLST | |
| FDB DOCLIT | |
| FCB CALLL | |
| FDB HERE,CSTOR ;Direct Threaded Code | |
| FDB ONE,ALLOT | |
| FDB COMMA,EXIT ;DTC 6809 extended addr jsr | |
| ; : ( -- ; <string> ) | |
| ; Start a new colon definition using next word as its name. | |
| FDB COLON,L2080 | |
| L2090 FCB 1,":" | |
| COLON jsr DOLST | |
| FDB TOKEN,SNAME,DOLIT,DOLST | |
| FDB CALLC,RBRAC,EXIT | |
| ; IMMEDIATE ( -- ) | |
| ; Make the last compiled word an immediate word. | |
| FDB IMMED,L2090 | |
| L2100 FCB 9,"IMMEDIATE" | |
| IMMED jsr DOLST | |
| FDB DOLIT,IMEDD*256,LAST,AT,AT,ORR | |
| FDB LAST,AT,STORE,EXIT | |
| ;; Defining words | |
| ; USER ( u -- ; <string> ) | |
| ; Compile a new user variable. | |
| FDB USER,L2100 | |
| L2110 FCB 4,"USER" | |
| USER jsr DOLST | |
| FDB TOKEN,SNAME,OVERT | |
| ;;;; FDB DOLIT,DOLST,CALLC | |
| ;;;; FDB DOLIT,DOUSE,COMMA | |
| ; fast implementation .... | |
| FDB DOLIT,FDOUSE,CALLC | |
| FDB COMMA,EXIT | |
| ; CREATE ( -- ; <string> ) | |
| ; Compile a new array entry without allocating code space. | |
| FDB CREAT,L2110 | |
| L2120 FCB 6,"CREATE" | |
| CREAT jsr DOLST | |
| FDB TOKEN,SNAME,OVERT | |
| ;;;; FDB DOLIT,DOLST,CALLC | |
| ;;;; FDB DOLIT,DOVAR,COMMA,EXIT | |
| ; fast implementation .... | |
| FDB DOLIT,FDOVAR,CALLC,EXIT | |
| ; VARIABLE ( -- ; <string> ) | |
| ; Compile a new variable initialized to 0. | |
| FDB VARIA,L2120 | |
| L2130 FCB 8,"VARIABLE" | |
| VARIA jsr DOLST | |
| FDB CREAT,ZERO,COMMA,EXIT | |
| ; CONSTANT ( w -- ; <string> ) | |
| ; Compile a new constant with value w. | |
| FDB CONST,L2130 | |
| L2135 FCB 8,"CONSTANT" | |
| CONST jsr DOLST | |
| FDB TOKEN,SNAME,OVERT | |
| FDB DOLIT,DOCONST,CALLC | |
| FDB COMMA,EXIT | |
| ;; Tools | |
| ; _TYPE ( b u -- ) | |
| ; Display a string. Filter non-printing characters. | |
| FDB UTYPE,L2135 | |
| L2140 FCB 5,"_TYPE" | |
| UTYPE jsr DOLST | |
| FDB TOR ;start count down loop | |
| FDB BRAN,UTYP2 ;skip first pass | |
| UTYP1 FDB DUPP,CAT,TCHAR,EMIT ;display only printable | |
| FDB PLUS1 ;increment address | |
| UTYP2 FDB DONXT,UTYP1 ;loop till done | |
| FDB DROP,EXIT | |
| ; dm+ ( a u -- a ) | |
| ; Dump u bytes from , leaving a+u on the stack. | |
| FDB DUMPP,L2140 | |
| L2150 FCB 3,"dm+" | |
| DUMPP jsr DOLST | |
| FDB OVER,DOLIT,4,UDOTR ;display address | |
| FDB SPACE,TOR ;start count down loop | |
| FDB BRAN,PDUM2 ;skip first pass | |
| PDUM1 FDB DUPP,CAT,DOLIT,3,UDOTR ;display numeric data | |
| FDB PLUS1 ;increment address | |
| PDUM2 FDB DONXT,PDUM1 ;loop till done | |
| FDB EXIT | |
| ; DUMP ( a u -- ) | |
| ; Dump u bytes from a, in a formatted manner. | |
| FDB DUMP,L2150 | |
| L2160 FCB 4,"DUMP" | |
| DUMP jsr DOLST | |
| FDB BASE,AT,TOR,HEX ;save radix, set hex | |
| FDB DOCLIT | |
| FCB 16 | |
| FDB SLASH ;change count to lines | |
| FDB TOR ;start count down loop | |
| DUMP1 FDB CR,DOCLIT | |
| FCB 16 | |
| FDB DDUP,DUMPP ;display numeric | |
| FDB ROT,ROT | |
| FDB TWO,SPACS,UTYPE ;display printable characters | |
| FDB NUFQ,INVER ;user control | |
| FDB QBRAN,DUMP2 | |
| FDB DONXT,DUMP1 ;loop till done | |
| FDB BRAN,DUMP3 | |
| DUMP2 FDB RFROM,DROP ;cleanup loop stack, early exit | |
| DUMP3 FDB DROP,RFROM,BASE,STORE ;restore radix | |
| FDB EXIT | |
| ; .S ( ... -- ... ) | |
| ; Display the contents of the data stack. | |
| FDB DOTS,L2160 | |
| L2170 FCB 2,".S" | |
| DOTS jsr DOLST | |
| FDB CR,DEPTH ;stack depth | |
| FDB TOR ;start count down loop | |
| FDB BRAN,DOTS2 ;skip first pass | |
| DOTS1 FDB RAT,PICK,DOT ;index stack, display contents | |
| DOTS2 FDB DONXT,DOTS1 ;loop till done | |
| FDB DOTQP | |
| FCB 4," <sp" | |
| FDB EXIT | |
| ; !CSP ( -- ) | |
| ; Save stack pointer in CSP for error checking. | |
| FDB STCSP,L2170 | |
| L2180 FCB 4,"!CSP" | |
| STCSP jsr DOLST | |
| FDB SPAT,CSP,STORE,EXIT ;save pointer | |
| ; ?CSP ( -- ) | |
| ; Abort if stack pointer differs from that saved in CSP. | |
| FDB QCSP,L2180 | |
| L2190 FCB 4,"?CSP" | |
| QCSP jsr DOLST | |
| FDB SPAT,CSP,AT,XORR ;compare pointers | |
| FDB ABORQ ;abort if different | |
| FCB 6,"stacks" | |
| FDB EXIT | |
| ; >NAME ( ca -- na | F ) | |
| ; Convert code address to a name address. | |
| FDB TNAME,L2190 | |
| L2200 FCB 5,">NAME" | |
| TNAME jsr DOLST | |
| FDB CRRNT ;vocabulary link | |
| TNAM1 FDB CELLP,AT,QDUP ;check all vocabularies | |
| FDB QBRAN,TNAM4 | |
| FDB DDUP | |
| TNAM2 FDB AT,DUPP ;?last word in a vocabulary | |
| FDB QBRAN,TNAM3 | |
| FDB DDUP,NAMET,XORR ;compare | |
| FDB QBRAN,TNAM3 | |
| FDB CELLM ;continue with next word | |
| FDB BRAN,TNAM2 | |
| TNAM3 FDB SWAP,DROP,QDUP | |
| FDB QBRAN,TNAM1 | |
| FDB SWAP,DROP,SWAP,DROP,EXIT | |
| TNAM4 FDB DROP,DOLIT,0,EXIT | |
| ; .ID ( na -- ) | |
| ; Display the name at address. | |
| FDB DOTID,L2200 | |
| L2210 FCB 3,".ID" | |
| DOTID jsr DOLST | |
| FDB QDUP ;if zero no name | |
| FDB QBRAN,DOTI1 | |
| FDB COUNT,DOCLIT | |
| FCB $1F | |
| FDB ANDD ;mask lexicon bits | |
| FDB UTYPE,EXIT ;display name string | |
| DOTI1 FDB DOTQP | |
| FCB 9," {noName}" | |
| FDB EXIT | |
| ; SEE ( -- ; <string> ) | |
| ; A simple decompiler. | |
| FDB SEE,L2210 | |
| L2220 FCB 3,"SEE" | |
| SEE jsr DOLST | |
| FDB TICK ;starting address | |
| FDB PLUS1 ;skip JSR | |
| ;primitive check ... | |
| FDB BASE,AT,TOR,HEX ;switch to hex base | |
| FDB DUPP,AT,DOLIT,DOLST,XORR | |
| ;high level word? | |
| FDB QBRAN,SEE1 ;yes! | |
| FDB CR,DOTQP ;primitive word only | |
| FCB 9, " PRIMITVE" | |
| FDB BRAN,SEE5 ;exit | |
| SEE1 FDB CR,CELLP,DUPP,UDOT,SPACE | |
| FDB DUPP,AT,DUPP ;?does it contain a zero | |
| FDB QBRAN,SEE2 | |
| FDB TNAME ;?is it a name | |
| SEE2 FDB QDUP ;name address or zero | |
| FDB QBRAN,SEE3 | |
| FDB SPACE,DOTID ;display name | |
| FDB DUPP,AT | |
| FDB DUPP,DOLIT,DOCLIT,EQUAL ; doCLIT? | |
| FDB QBRAN,SEE21 | |
| FDB OVER,CELLP,CAT,SPACE,UDOT ; CLIT: get only single byte | |
| FDB SWAP,PLUS1,SWAP | |
| FDB BRAN,SEE28 | |
| SEE21 FDB DUPP,DOLIT,DOLIT,EQUAL ; doCLIT? | |
| FDB OVER,DOLIT,QBRAN,EQUAL,ORR ; ?BRAN ? | |
| FDB OVER,DOLIT,BRAN,EQUAL,ORR; BRANCH ? | |
| FDB OVER,DOLIT,DONXT,EQUAL,ORR; next ? (from FOR/NEXT) | |
| FDB OVER,DOLIT,DOLOOP,EQUAL,ORR; (LOOP) ? | |
| FDB OVER,DOLIT,DOPLOOP,EQUAL,ORR; (+LOOP) ? | |
| FDB OVER,DOLIT,DODO,EQUAL,ORR; (DO) ? | |
| FDB OVER,DOLIT,DOQDO,EQUAL,ORR; (?DO) ? | |
| FDB OVER,DOLIT,DOMDO,EQUAL,ORR; (-DO) ? | |
| FDB QBRAN,SEE27 | |
| FDB SWAP,CELLP,DUPP,AT,SPACE,UDOT,SWAP ; LIT: get word | |
| FDB BRAN,SEE28 | |
| SEE27: | |
| FDB DUPP,DOLIT,DOTQP,EQUAL ; ." ..." | |
| FDB OVER,DOLIT,ABORQ,EQUAL,ORR ; ABORT" ..." | |
| FDB OVER,DOLIT,STRQP,EQUAL,ORR ; $" ..." | |
| FDB QBRAN,SEE29 ; last case aalway to SEE29!! | |
| FDB SWAP,CELLP ; print compiled string | |
| FDB DUPP,COUNT,TYPES,DOCLIT | |
| FCB 34 | |
| FDB EMIT | |
| FDB COUNT,PLUS,CELLM,SWAP ; adjust continuation address | |
| SEE28 FDB DROP ; LEAVL, without EXIT check | |
| FDB BRAN,SEE4 | |
| SEE29 FDB DROP ; ELSE | |
| FDB BRAN,SEE31 ; cleanup, check for EXIT | |
| SEE3 FDB DUPP,AT,UDOT ;display number | |
| FDB BRAN,SEE4 | |
| SEE31 FDB DUPP,AT,DOLIT,EXIT,XORR ; stop on EXIT word | |
| ; but not if SEE decompiles itself! | |
| FDB QBRAN,SEE5 | |
| SEE4 FDB NUFQ ;user control | |
| FDB QBRAN,SEE1 | |
| SEE5 FDB RFROM,BASE,STORE,DROP,EXIT | |
| ; WORDS ( -- ) | |
| ; Display the names in the context vocabulary. | |
| FDB WORDS,L2220 | |
| L2230 FCB 5,"WORDS" | |
| WORDS jsr DOLST | |
| FDB CR,CNTXT,AT ;only in context | |
| WORS1 FDB AT,QDUP ;?at end of list | |
| FDB QBRAN,WORS2 | |
| FDB DUPP,SPACE,DOTID ;display a name | |
| FDB CELLM,NUFQ ;user control | |
| FDB QBRAN,WORS1 | |
| FDB DROP | |
| WORS2 FDB EXIT | |
| ;; Hardware reset | |
| ; VER ( -- n ) | |
| ; Return the version number of this implementation. | |
| FDB VERSN,L2230 | |
| L2240 FCB 3,"VER" | |
| VERSN jsr DOLST | |
| FDB DOLIT,VER*256+EXT,EXIT | |
| ; hi ( -- ) | |
| ; Display the sign-on message of eForth. | |
| FDB HI,L2240 | |
| L2250 FCB 2,"hi" | |
| HI jsr DOLST | |
| FDB STOIO,CR,DOTQP ;initialize I/O | |
| FCB 11,"eForth v" ;model | |
| FCB VER+"0",".",EXT+"0" ;version | |
| FDB CR,EXIT | |
| ; 'BOOT ( -- a ) | |
| ; The application startup vector. | |
| FDB TBOOT,L2250 | |
| L2260 FCB 5,"'BOOT" | |
| TBOOT: | |
| ;;;; jsr DOLST | |
| ;;;; FDB DOVAR | |
| jsr FDOVAR | |
| FDB HI ;application to boot | |
| ; COLD ( -- ) | |
| ; The hilevel cold start sequence. | |
| FDB COLD,L2260 | |
| L2270 FCB 4,"COLD" | |
| COLD jsr DOLST | |
| COLD1 FDB DOLIT,UZERO,DOLIT,UPP | |
| FDB DOLIT,ULAST-UZERO,CMOVE ;initialize user area | |
| FDB PRESE ;initialize data stack and TIB | |
| FDB TBOOT,ATEXE ;application boot | |
| FDB FORTH,CNTXT,AT,DUPP ;initialize search order | |
| FDB CRRNT,DSTOR,OVERT | |
| ; TEST | |
| ; FDB DOLIT,10,DOLIT,1 | |
| ; FDB DODO | |
| ; | |
| FDB QUIT ;start interpretation | |
| FDB BRAN,COLD1 ;just in case | |
| ;=============================================================== | |
| LASTN EQU L2270 ;last name address in name dictionary | |
| NTOP EQU NAMEE ;next available memory in name dictionary | |
| CTOP EQU $ ;next available memory in code dictionary | |
| ; END ORIG | |
| ;=============================================================== |
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| :00000001FF |
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| 0000 ;TITLE 6809 eForth | |
| 0000 ;.engine kilo | |
| 0000 ; $Id: ef09.asm,v 1.1 1997/11/24 02:56:01 root Exp $ | |
| 0000 ; | |
| 0000 ;=============================================================== | |
| 0000 ; | |
| 0000 ; eForth 1.0 by Bill Muench and C. H. Ting, 1990 | |
| 0000 ; Much of the code is derived from the following sources: | |
| 0000 ; 8086 figForth by Thomas Newman, 1981 and Joe smith, 1983 | |
| 0000 ; aFORTH by John Rible | |
| 0000 ; bFORTH by Bill Muench | |
| 0000 ; | |
| 0000 ; The goal of this implementation is to provide a simple eForth Model | |
| 0000 ; which can be ported easily to many 8, 16, 24 and 32 bit CPU's. | |
| 0000 ; The following attributes make it suitable for CPU"s of the "90: | |
| 0000 ; | |
| 0000 ; small machine dependent kernel and portable high level code | |
| 0000 ; source code in the MASM format | |
| 0000 ; direct threaded code | |
| 0000 ; separated code and name dictionaries | |
| 0000 ; simple vectored terminal and file interface to host computer | |
| 0000 ; aligned with the proposed ANS Forth Standard | |
| 0000 ; easy upgrade path to optimize for specific CPU | |
| 0000 ; | |
| 0000 ; You are invited to implement this Model on your favorite CPU and | |
| 0000 ; contribute it to the eForth Library for public use. You may use | |
| 0000 ; a portable implementation to advertise more sophisticated and | |
| 0000 ; optimized version for commercial purposes. However, you are | |
| 0000 ; expected to implement the Model faithfully. The eForth Working | |
| 0000 ; Group reserves the right to reject implementation which deviates | |
| 0000 ; significantly from this Model. | |
| 0000 ; | |
| 0000 ; As the ANS Forth Standard is still evolving, this Model will | |
| 0000 ; change accordingly. Implementations must state clearly the | |
| 0000 ; version number of the Model being tracked. | |
| 0000 ; | |
| 0000 ; Representing the eForth Working Group in the Silicon Valley FIG Chapter. | |
| 0000 ; Send contributions to: | |
| 0000 ; | |
| 0000 ; Dr. C. H. Ting | |
| 0000 ; 156 14th Avenue | |
| 0000 ; San Mateo, CA 94402 | |
| 0000 ; (415) 571-7639 | |
| 0000 ; | |
| 0000 ;=============================================================== | |
| 0000 ; $Log: ef09.asm,v $ | |
| 0000 ; Revision 1.1 1997/11/24 02:56:01 root | |
| 0000 ; Initial revision | |
| 0000 ; | |
| 0000 ;=============================================================== | |
| 0000 ; Version control | |
| 0000 ; | |
| 0000 VER: EQU 1 | |
| 0000 EXT: EQU 0 | |
| 0000 ; | |
| 0000 ; Constants | |
| 0000 ; | |
| 0000 TRUEE: EQU -1 | |
| 0000 ; | |
| 0000 COMPO: EQU $40 | |
| 0000 IMEDD: EQU $80 | |
| 0000 MASKK: EQU $1F7F | |
| 0000 ; | |
| 0000 CFAOFF: EQU 3 | |
| 0000 ; (length of JSR) | |
| 0000 CELLL: EQU 2 | |
| 0000 BASEE: EQU 10 | |
| 0000 VOCSS: EQU 8 | |
| 0000 ; | |
| 0000 BKSPP: EQU 8 | |
| 0000 BKSPP2: EQU 127 | |
| 0000 LF: EQU 13 | |
| 0000 CRR: EQU 10 | |
| 0000 ERR: EQU 27 | |
| 0000 TIC: EQU 39 | |
| 0000 ; | |
| 0000 CALLL: EQU $12BD | |
| 0000 ; | |
| 0000 ; Memory allocation | |
| 0000 ; | |
| 0000 EM: EQU $7000 | |
| 0000 US: EQU 64*CELLL | |
| 0000 RTS: EQU 128*CELLL ;return stack/TIB size | |
| 0000 ; | |
| 0000 UPP: EQU EM-US | |
| 0000 RPP: EQU UPP-8*CELLL | |
| 0000 TIBB: EQU RPP-RTS | |
| 0000 SPP: EQU TIBB-8*CELLL | |
| 0000 ; | |
| 0000 COLDD: EQU $e000 | |
| 0000 CODEE: EQU COLDD+US | |
| 0000 NAMEE: EQU EM-$0400 | |
| 0000 ; | |
| 0000 ; Initialize assembly variables | |
| 0000 ; | |
| 0000 ; | |
| 0000 ; Main entry points and COLD start data | |
| 0000 ; | |
| 0000 ; | |
| FFF0 .ORG 0xfff0 | |
| FFF0 ;reserved | |
| FFF0 E0 00 DW reset | |
| FFF2 ;SWI3 | |
| FFF2 E0 00 DW reset | |
| FFF4 ;SWI2 | |
| FFF4 E0 00 DW reset | |
| FFF6 ;FIRQ | |
| FFF6 E0 00 DW reset | |
| FFF8 ;IRQ | |
| FFF8 E0 00 DW reset | |
| FFFA ;SWI | |
| FFFA E0 00 DW reset | |
| FFFC ;NMI | |
| FFFC E0 00 DW reset | |
| FFFE ;RES | |
| FFFE E0 00 DW reset | |
| 10000 ; | |
| 10000 ; | |
| 10000 ; | |
| E000 .ORG COLDD ;beginning of cold boot area | |
| E000 ; SETDP 0 | |
| E000 .ENT $ | |
| E000 .ENGINE kilo | |
| E000 RESET: | |
| E000 10 CE 6E 60 ORIG: LDS #SPP | |
| E004 10 8E 6F 70 LDY #RPP ;Init return stack pointer | |
| E008 CE FC 6D LDU #COLD1 ;Init Instr pointer. | |
| E00B 37 80 PULU pc ;next. | |
| E00D ; | |
| E00D ; COLD start moves the following to USER variables. | |
| E00D ; MUST BE IN SAME ORDER AS USER VARIABLES. | |
| E00D ; | |
| E00D ; | |
| E00D UZERO: RMB 8 | |
| E015 6E 60 FDB SPP ;SP0 | |
| E017 6F 70 FDB RPP ;RP0 | |
| E019 E0 AD FDB QRX ;'?KEY | |
| E01B E0 CC FDB TXSTO ;'EMIT | |
| E01D F1 98 FDB ACCEP ;'EXPECT | |
| E01F F1 55 FDB KTAP ;'TAP | |
| E021 E0 CC FDB TXSTO ;'ECHO | |
| E023 F3 00 FDB DOTOK ;'PROMPT | |
| E025 00 0A FDB BASEE ;BASE | |
| E027 00 00 FDB 0 ;tmp | |
| E029 00 00 FDB 0 ;SPAN | |
| E02B 00 00 FDB 0 ;>IN | |
| E02D 00 00 FDB 0 ;#TIB | |
| E02F 6E 70 FDB TIBB ;TIB | |
| E031 00 00 FDB 0 ;CSP | |
| E033 F2 B2 FDB INTER ;'EVAL | |
| E035 EC 82 FDB NUMBQ ;'NUMBER | |
| E037 00 00 FDB 0 ;HLD | |
| E039 00 00 FDB 0 ;HANDLER | |
| E03B 00 00 FDB 0 ;CONTEXT pointer | |
| E03D RMB VOCSS*2 ;vocabulary stack | |
| E04D 00 00 FDB 0 ;CURRENT pointer | |
| E04F 00 00 FDB 0 ;vocabulary link pointer | |
| E051 FC 95 FDB CTOP ;CP | |
| E053 6C 00 FDB NTOP ;NP | |
| E055 FC 65 FDB LASTN ;LAST | |
| E057 ULAST: | |
| E057 ; | |
| E080 .ORG CODEE ;beginning of the code dictionary | |
| E080 ; | |
| E080 ; Device dependent I/O | |
| E080 ; | |
| E080 ACIA: EQU $83fe | |
| E080 ACIAC: EQU ACIA | |
| E080 ACIAS: EQU ACIA | |
| E080 ACIAD: EQU ACIA+1 | |
| E080 ; | |
| E080 ACIA_TDRE: EQU 02h | |
| E080 ACIA_RDRF: EQU 01h | |
| E080 ; | |
| E080 SEROUT: | |
| E080 34 06 PSHS a,b | |
| E082 SEROUTL: | |
| E082 F6 83 FE LDB ACIAS | |
| E085 C4 02 ANDB #ACIA_TDRE | |
| E087 27 F9 BEQ seroutl | |
| E089 B7 83 FF STA ACIAD | |
| E08C 35 06 PULS a,b | |
| E08E 39 RTS | |
| E08F ; | |
| E08F SERIN: | |
| E08F B6 83 FE LDA ACIAS | |
| E092 84 01 ANDA #ACIA_RDRF | |
| E094 27 03 BEQ serin_ret | |
| E096 B6 83 FF LDA ACIAD | |
| E099 39 SERIN_RET: RTS | |
| E09A ; | |
| E09A ; | |
| E09A ; BYE ( -- ) | |
| E09A ; Exit eForth. | |
| E09A ; | |
| E09A E0 A2 00 00 FDB BYE,0 | |
| E09E 03 42 59 45 L100: FCB 3,"BYE" | |
| E0A2 7E E0 00 BYE: JMP $E000 | |
| E0A5 ; | |
| E0A5 ; ?RX ( -- c T | F ) | |
| E0A5 ; Return input character and true, or a false if no input. | |
| E0A5 ; | |
| E0A5 E0 AD E0 9E FDB QRX,L100 | |
| E0A9 03 3F 52 58 L110: FCB 3,"?RX" | |
| E0AD 8E 00 00 QRX: LDX #0 | |
| E0B0 BD E0 8F JSR serin | |
| E0B3 26 04 BNE qrx1 ;!!!!!!!!!!!!!!!!!!! BEQ | |
| E0B5 AF E3 STX ,--s | |
| E0B7 37 80 PULU pc | |
| E0B9 1F 89 QRX1: TFR a,b | |
| E0BB 4F CLRA | |
| E0BC ED E3 STD ,--s | |
| E0BE 30 1F LEAX -1,x | |
| E0C0 AF E3 STX ,--s | |
| E0C2 37 80 PULU pc | |
| E0C4 ; | |
| E0C4 ; TX! ( c -- ) | |
| E0C4 ; Send character c to the output device. | |
| E0C4 E0 CC E0 A9 FDB TXSTO,L110 | |
| E0C8 03 54 58 21 L120: FCB 3,"TX!" | |
| E0CC EC E1 TXSTO: LDD ,s++ | |
| E0CE C1 FF CMPB #$ff | |
| E0D0 26 02 BNE tx1 | |
| E0D2 C6 20 LDB #32 | |
| E0D4 TX1: | |
| E0D4 1F 98 TFR b,a | |
| E0D6 BD E0 80 JSR serout | |
| E0D9 37 80 PULU pc | |
| E0DB ; | |
| E0DB ; | |
| E0DB ; !IO ( -- ) | |
| E0DB ; Initialize the serial I/O devices. | |
| E0DB ; | |
| E0DB E0 E3 E0 C8 FDB STOIO,L120 | |
| E0DF 03 21 49 4F L130: FCB 3,"!IO" | |
| E0E3 37 80 STOIO: PULU pc | |
| E0E5 ; | |
| E0E5 ; The kernel | |
| E0E5 ; | |
| E0E5 ; doLIT ( -- w ) | |
| E0E5 ; Push an inline literal. | |
| E0E5 ; | |
| E0E5 E0 EF E0 DF FDB DOLIT,L130 | |
| E0E9 45 64 6F 4C 49 54 L140: FCB COMPO+5,"doLIT" | |
| E0EF DOLIT: | |
| E0EF ; ldd ,u++ | |
| E0EF 37 06 PULU d | |
| E0F1 ; 7 cycles | |
| E0F1 34 06 PSHS d | |
| E0F3 ; 8 cycles | |
| E0F3 ; std ,--s | |
| E0F3 37 80 PULU pc | |
| E0F5 ; | |
| E0F5 ; doCLIT ( -- w ) | |
| E0F5 ; Push an inline 8-bit literal. | |
| E0F5 ; | |
| E0F5 E1 00 E0 E9 FDB DOCLIT,L140 | |
| E0F9 46 64 6F 43 4C 49 54 L141: FCB COMPO+6,"doCLIT" | |
| E100 DOCLIT: | |
| E100 37 04 PULU b | |
| E102 1D SEX ; sign extended | |
| E103 34 06 PSHS d | |
| E105 37 80 PULU pc | |
| E107 ; | |
| E107 ; doLIST ( a -- ) | |
| E107 ; Process colon list. | |
| E107 ; | |
| E107 E1 12 E0 F9 FDB DOLST,L141 | |
| E10B 46 64 6F 4C 49 53 54 L150: FCB COMPO+6,"doLIST" | |
| E112 EF A3 DOLST: STU ,--y | |
| E114 35 40 PULS u ; JSR left new IP on parameter stack | |
| E116 ; ldu ,s++ | |
| E116 37 80 PULU pc ; FORTH NEXT IP | |
| E118 ; | |
| E118 ; next ( -- ) | |
| E118 ; Run time code for the single index loop. | |
| E118 ; : next ( -- ) \ hilevel model | |
| E118 ; r> r> dup if 1 - >r @ >r exit then drop cell+ >r ; | |
| E118 ; | |
| E118 E1 21 E1 0B FDB DONXT,L150 | |
| E11C 44 6E 65 78 74 L160: FCB COMPO+4,"next" | |
| E121 EC A4 DONXT: LDD ,y | |
| E123 83 00 01 SUBD #1 ; decrement | |
| E126 25 06 BCS next1 ; < -> exit loop | |
| E128 ED A4 STD ,y ; decremented value back on stack | |
| E12A EE C4 LDU ,u ; branch to begin of loop | |
| E12C 37 80 PULU pc | |
| E12E 31 22 NEXT1: LEAY 2,y | |
| E130 33 42 LEAU 2,u ; skip branch destination | |
| E132 37 80 PULU pc | |
| E134 ; | |
| E134 ; | |
| E134 ; ?branch ( f -- ) | |
| E134 ; Branch if flag is zero. | |
| E134 ; | |
| E134 E1 40 E1 1C FDB QBRAN,L160 | |
| E138 47 3F 62 72 61 6E 63 68 L170: FCB COMPO+7,"?branch" | |
| E140 QBRAN: ;$CODE COMPO+7,"?branch",QBRAN | |
| E140 EC E1 LDD ,s++ | |
| E142 27 04 BEQ bran1 | |
| E144 33 42 LEAU 2,u ; skip new IP, no branch | |
| E146 37 80 PULU pc | |
| E148 EE C4 BRAN1: LDU ,u | |
| E14A 37 80 PULU pc | |
| E14C ; | |
| E14C ; branch ( -- ) | |
| E14C ; Branch to an inline address. | |
| E14C ; | |
| E14C E1 57 E1 38 FDB BRAN,L170 | |
| E150 46 62 72 61 6E 63 68 L180: FCB COMPO+6,"branch" | |
| E157 EE C4 BRAN: LDU ,u | |
| E159 37 80 PULU pc | |
| E15B ; | |
| E15B ; EXECUTE ( ca -- ) | |
| E15B ; Execute the word at ca. | |
| E15B ; | |
| E15B E1 67 E1 50 FDB EXECU,L180 | |
| E15F 07 45 58 45 43 55 54 45 L190: FCB 7,"EXECUTE" | |
| E167 39 EXECU: RTS | |
| E168 ; | |
| E168 ; EXIT ( -- ) | |
| E168 ; SEMIS | |
| E168 ; Terminate a colon definition. | |
| E168 ; | |
| E168 E1 71 E1 5F FDB EXIT,L190 | |
| E16C 04 45 58 49 54 L200: FCB 4,"EXIT" | |
| E171 EE A1 EXIT: LDU ,y++ | |
| E173 37 80 PULU pc | |
| E175 ; | |
| E175 ; ! ( w a -- ) | |
| E175 ; Pop the data stack to memory. | |
| E175 ; | |
| E175 E1 7B E1 6C FDB STORE,L200 | |
| E179 01 21 L210: FCB 1,"!" | |
| E17B STORE: | |
| E17B ; ldx ,s++ | |
| E17B ; ldd ,s++ | |
| E17B ; faster ... | |
| E17B 35 10 PULS x | |
| E17D 35 06 PULS d | |
| E17F ; we cannot use puls x,d because the order fetched would be wrong :( | |
| E17F ED 84 STD ,x | |
| E181 37 80 PULU pc | |
| E183 ; | |
| E183 ; @ ( a -- w ) | |
| E183 ; Push memory location to the data stack. | |
| E183 ; | |
| E183 E1 89 E1 79 FDB AT,L210 | |
| E187 01 40 L220: FCB 1,"@" | |
| E189 EC F4 AT: LDD [,s] | |
| E18B ED E4 STD ,s | |
| E18D 37 80 PULU pc | |
| E18F ; | |
| E18F ; C! ( c b -- ) | |
| E18F ; Pop the data stack to byte memory. | |
| E18F ; | |
| E18F E1 96 E1 87 FDB CSTOR,L220 | |
| E193 02 43 21 L230: FCB 2,"C!" | |
| E196 CSTOR: | |
| E196 ; ldx ,s++ | |
| E196 ; ldd ,s++ | |
| E196 ; faster ... | |
| E196 35 10 PULS x | |
| E198 35 06 PULS d | |
| E19A ; we cannot use puls x,d because the order fetched would be wrong :( | |
| E19A E7 84 STB ,x | |
| E19C 37 80 PULU pc | |
| E19E ; | |
| E19E ; | |
| E19E ; C@ ( b -- c ) | |
| E19E ; Push byte memory location to the data stack. | |
| E19E ; | |
| E19E E1 A5 E1 93 FDB CAT,L230 | |
| E1A2 02 43 40 L240: FCB 2,"C@" | |
| E1A5 E6 F4 CAT: LDB [,s] | |
| E1A7 4F CLRA | |
| E1A8 ED E4 STD ,s | |
| E1AA 37 80 PULU pc | |
| E1AC ; | |
| E1AC ; RP@ ( -- a ) | |
| E1AC ; Push the current RP to the data stack. | |
| E1AC ; | |
| E1AC E1 B4 E1 A2 FDB RPAT,L240 | |
| E1B0 03 52 50 40 L250: FCB 3,"RP@" | |
| E1B4 34 20 RPAT: PSHS y | |
| E1B6 37 80 PULU pc | |
| E1B8 ; | |
| E1B8 ; RP! ( a -- ) | |
| E1B8 ; Set the return stack pointer. | |
| E1B8 ; | |
| E1B8 E1 C0 E1 B0 FDB RPSTO,L250 | |
| E1BC 03 52 50 21 L260: FCB 3,"RP!" | |
| E1C0 35 20 RPSTO: PULS y | |
| E1C2 37 80 PULU pc | |
| E1C4 ; | |
| E1C4 ; R> ( -- w ) | |
| E1C4 ; Pop the return stack to the data stack. | |
| E1C4 ; | |
| E1C4 E1 CB E1 BC FDB RFROM,L260 | |
| E1C8 02 52 3E L270: FCB 2,"R>" | |
| E1CB EC A1 RFROM: LDD ,y++ | |
| E1CD ; std ,--s | |
| E1CD 34 06 PSHS d | |
| E1CF 37 80 PULU pc | |
| E1D1 ; | |
| E1D1 ; I ( -- w ) | |
| E1D1 ; Copy top of return stack (current index from DO/LOOP) to the data stack. | |
| E1D1 ; | |
| E1D1 E1 DE E1 C8 FDB RAT,L270 | |
| E1D5 01 49 L279: FCB 1,"I" | |
| E1D7 ; | |
| E1D7 ; R@ ( -- w ) | |
| E1D7 ; Copy top of return stack to the data stack. | |
| E1D7 ; | |
| E1D7 E1 DE E1 D5 FDB RAT,L279 | |
| E1DB 02 52 40 L280: FCB 2,"R@" | |
| E1DE RAT: | |
| E1DE I: | |
| E1DE EC A4 LDD ,y | |
| E1E0 ; std ,--s | |
| E1E0 34 06 PSHS d | |
| E1E2 37 80 PULU pc | |
| E1E4 ; | |
| E1E4 ; >R ( w -- ) | |
| E1E4 ; Push the data stack to the return stack. | |
| E1E4 ; | |
| E1E4 E1 EB E1 DB FDB TOR,L280 | |
| E1E8 02 3E 52 L290: FCB 2,">R" | |
| E1EB TOR: | |
| E1EB ; ldd ,s++ | |
| E1EB 35 06 PULS d | |
| E1ED ED A3 STD ,--y | |
| E1EF 37 80 PULU pc | |
| E1F1 ; | |
| E1F1 ; SP@ ( -- a ) | |
| E1F1 ; Push the current data stack pointer. | |
| E1F1 ; | |
| E1F1 E1 F9 E1 E8 FDB SPAT,L290 | |
| E1F5 03 53 50 40 L300: FCB 3,"SP@" | |
| E1F9 SPAT: | |
| E1F9 1F 40 TFR s,d | |
| E1FB ED E3 STD ,--s | |
| E1FD ; alternatively | |
| E1FD ; sts ,--s ; does this work? | |
| E1FD 37 80 PULU pc | |
| E1FF ; | |
| E1FF ; SP! ( a -- ) | |
| E1FF ; Set the data stack pointer. | |
| E1FF ; | |
| E1FF E2 07 E1 F5 FDB SPSTO,L300 | |
| E203 03 53 50 21 L310: FCB 3,"SP!" | |
| E207 10 EE E4 SPSTO: LDS ,s | |
| E20A 37 80 PULU pc | |
| E20C ; | |
| E20C ; DROP ( w -- ) | |
| E20C ; Discard top stack item. | |
| E20C ; | |
| E20C E2 15 E2 03 FDB DROP,L310 | |
| E210 04 44 52 4F 50 L320: FCB 4,"DROP" | |
| E215 32 62 DROP: LEAS 2,s | |
| E217 37 80 PULU pc | |
| E219 ; | |
| E219 ; DUP ( w -- w w ) | |
| E219 ; Duplicate the top stack item. | |
| E219 ; | |
| E219 E2 21 E2 10 FDB DUPP,L320 | |
| E21D 03 44 55 50 L330: FCB 3,"DUP" | |
| E221 EC E4 DUPP: LDD ,s | |
| E223 ; std ,--s | |
| E223 34 06 PSHS d | |
| E225 37 80 PULU pc | |
| E227 ; | |
| E227 ; SWAP ( w1 w2 -- w2 w1 ) | |
| E227 ; Exchange top two stack items. | |
| E227 ; | |
| E227 E2 30 E2 1D FDB SWAP,L330 | |
| E22B 04 53 57 41 50 L340: FCB 4,"SWAP" | |
| E230 SWAP: | |
| E230 ;OLD 1: slow | |
| E230 ; ldx ,s++ | |
| E230 ; ldd ,s++ | |
| E230 ;OLD 2: faster | |
| E230 ; puls x | |
| E230 ; puls d | |
| E230 ; pshs d,x | |
| E230 ;more efficient, without unnecessary stack pointer manipulations | |
| E230 EC E4 LDD ,s | |
| E232 AE 62 LDX 2,s | |
| E234 ED 62 STD 2,s | |
| E236 AF E4 STX ,s | |
| E238 37 80 PULU pc | |
| E23A ; | |
| E23A ; OVER ( w1 w2 -- w1 w2 w1 ) | |
| E23A ; Copy second stack item to top. | |
| E23A ; | |
| E23A E2 43 E2 2B FDB OVER,L340 | |
| E23E 04 4F 56 45 52 L350: FCB 4,"OVER" | |
| E243 EC 62 OVER: LDD 2,s | |
| E245 ; std ,--s | |
| E245 34 06 PSHS d | |
| E247 37 80 PULU pc | |
| E249 ; | |
| E249 ; 0< ( n -- t ) | |
| E249 ; Return true if n is negative. | |
| E249 ; | |
| E249 E2 50 E2 3E FDB ZLESS,L350 | |
| E24D 02 30 3C L360: FCB 2,"0<" | |
| E250 E6 E4 ZLESS: LDB ,s | |
| E252 1D SEX ; sign extend to b to a/b | |
| E253 1F 89 TFR a,b ; high byte: 0 or FF copy to D low | |
| E255 ED E4 STD ,s ; D: 0000 or FFFF (= -1) | |
| E257 37 80 PULU pc | |
| E259 ; | |
| E259 ; 0= ( n -- t ) | |
| E259 ; Return true if n is zero | |
| E259 ; | |
| E259 E2 60 E2 4D FDB ZEQUAL,L360 | |
| E25D 02 30 3D L365: FCB 2,"0=" | |
| E260 ZEQUAL: | |
| E260 8E FF FF LDX #TRUEE ; true | |
| E263 EC E4 LDD ,s ; TOS | |
| E265 27 03 BEQ ZEQUAL1 ; -> true | |
| E267 8E 00 00 LDX #0 ; false | |
| E26A AF E4 ZEQUAL1: STX ,s | |
| E26C 37 80 PULU pc | |
| E26E ; | |
| E26E ; AND ( w w -- w ) | |
| E26E ; Bitwise AND. | |
| E26E ; | |
| E26E E2 76 E2 5D FDB ANDD,L365 | |
| E272 03 41 4E 44 L370: FCB 3,"AND" | |
| E276 EC E1 ANDD: LDD ,s++ | |
| E278 A4 E4 ANDA ,s | |
| E27A E4 61 ANDB 1,s | |
| E27C ED E4 STD ,s | |
| E27E 37 80 PULU pc | |
| E280 ; | |
| E280 ; OR ( w w -- w ) | |
| E280 ; Bitwise inclusive OR. | |
| E280 ; | |
| E280 E2 87 E2 72 FDB ORR,L370 | |
| E284 02 4F 52 L380: FCB 2,"OR" | |
| E287 EC E1 ORR: LDD ,s++ | |
| E289 AA E4 ORA ,s | |
| E28B EA 61 ORB 1,s | |
| E28D ED E4 STD ,s | |
| E28F 37 80 PULU pc | |
| E291 ; | |
| E291 ; XOR ( w w -- w ) | |
| E291 ; Bitwise exclusive OR. | |
| E291 ; | |
| E291 E2 99 E2 84 FDB XORR,L380 | |
| E295 03 58 4F 52 L390: FCB 3,"XOR" | |
| E299 EC E1 XORR: LDD ,s++ | |
| E29B A8 E4 EORA ,s | |
| E29D E8 61 EORB 1,s | |
| E29F ED E4 STD ,s | |
| E2A1 37 80 PULU pc | |
| E2A3 ; | |
| E2A3 ; D+ ( ud ud -- udsum ) | |
| E2A3 ; Add two unsigned double numbers and return a double sum. | |
| E2A3 ; | |
| E2A3 E2 AA E2 95 FDB DPLUS,L390 | |
| E2A7 02 44 2B L391: FCB 2,"D+" | |
| E2AA EC 62 DPLUS: LDD 2,s | |
| E2AC E3 66 ADDD 6,s | |
| E2AE ED 66 STD 6,s | |
| E2B0 EC E4 LDD ,s ; add hig words | |
| E2B2 E9 65 ADCB 5,s | |
| E2B4 A9 64 ADCA 4,s | |
| E2B6 ED 64 STD 4,s | |
| E2B8 32 64 LEAS 4,s ; drop one double | |
| E2BA 37 80 PULU pc | |
| E2BC ; | |
| E2BC ; D- ( ud ud -- uddiff ) | |
| E2BC ; Subtract two unsigned double numbers and return a double sum. | |
| E2BC ; | |
| E2BC E2 C3 E2 A7 FDB DSUB,L391 | |
| E2C0 02 44 2D L392: FCB 2,"D-" | |
| E2C3 BD E1 12 DSUB: JSR DOLST | |
| E2C6 E6 19 E2 AA E1 71 FDB DNEGA,DPLUS,EXIT | |
| E2CC ; | |
| E2CC ; | |
| E2CC ; UM+ ( u u -- udsum ) | |
| E2CC ; Add two unsigned single numbers and return a double sum. | |
| E2CC ; | |
| E2CC E2 D4 E2 C0 FDB UPLUS,L392 | |
| E2D0 03 55 4D 2B L400: FCB 3,"UM+" | |
| E2D4 EC E4 UPLUS: LDD ,s | |
| E2D6 E3 62 ADDD 2,s | |
| E2D8 ED 62 STD 2,s | |
| E2DA CC 00 00 LDD #0 | |
| E2DD C9 00 ADCB #0 | |
| E2DF ED E4 STD ,s | |
| E2E1 37 80 PULU pc | |
| E2E3 ; | |
| E2E3 ; Constants | |
| E2E3 ; | |
| E2E3 ; doCONST ( -- w ) | |
| E2E3 ; Run time routine for CONSTANT | |
| E2E3 ; | |
| E2E3 E2 EF E2 D0 FDB DOCONST,L400 | |
| E2E7 47 64 6F 43 4F 4E 53 54 L401: FCB COMPO+7,"doCONST" | |
| E2EF DOCONST: | |
| E2EF FDOCONST: | |
| E2EF EC F4 LDD [,s] ; contents of W (on TOS because of JSR) | |
| E2F1 ED E4 STD ,s ; to TOS (replacing W) | |
| E2F3 37 80 PULU pc | |
| E2F5 ; | |
| E2F5 ; 0 ( -- 0 ) | |
| E2F5 ; Constant 0 | |
| E2F5 ; | |
| E2F5 E2 FB E2 E7 FDB ZERO,L401 | |
| E2F9 01 30 L402: FCB 1,"0" | |
| E2FB BD E2 EF ZERO: JSR FDOCONST | |
| E2FE 00 00 FDB 0 | |
| E300 ; | |
| E300 ; 1 ( -- 1 ) | |
| E300 ; Constant 1 | |
| E300 ; | |
| E300 E3 06 E2 F9 FDB ONE,L402 | |
| E304 01 31 L403: FCB 1,"1" | |
| E306 BD E2 EF ONE: JSR FDOCONST | |
| E309 00 01 FDB 1 | |
| E30B ; | |
| E30B ; 2 ( -- 2 ) | |
| E30B ; Constant 2 | |
| E30B ; | |
| E30B E3 11 E3 04 FDB TWO,L403 | |
| E30F 01 32 L404: FCB 1,"2" | |
| E311 BD E2 EF TWO: JSR FDOCONST | |
| E314 00 02 FDB 2 | |
| E316 ; | |
| E316 ; | |
| E316 ; -1 ( -- -1 ) | |
| E316 ; Constant -1 | |
| E316 ; | |
| E316 E3 1D E3 0F FDB MONE,L404 | |
| E31A 02 2D 31 L405: FCB 2,"-1" | |
| E31D BD E2 EF MONE: JSR FDOCONST | |
| E320 FF FF FDB -1 | |
| E322 ; | |
| E322 ; System and user variables | |
| E322 ; | |
| E322 ; doVAR ( -- a ) | |
| E322 ; Run time routine for VARIABLE and CREATE. | |
| E322 ; | |
| E322 E3 2C E3 1A FDB DOVAR,L405 | |
| E326 45 64 6F 56 41 52 L410: FCB COMPO+5,"doVAR" | |
| E32C DOVAR: | |
| E32C BD E1 12 JSR DOLST | |
| E32F E1 CB E1 71 FDB RFROM,EXIT | |
| E333 ; | |
| E333 ; fast native DOVAR implementation | |
| E333 37 80 FDOVAR: PULU pc | |
| E335 ; | |
| E335 ; | |
| E335 ; UP ( -- a ) | |
| E335 ; Pointer to the user area. | |
| E335 ; | |
| E335 E3 3C E3 26 FDB UP,L410 | |
| E339 02 55 50 L420: FCB 2,"UP" | |
| E33C UP: | |
| E33C ; jsr DOLST | |
| E33C ; FDB DOVAR | |
| E33C ; fast (native) DOVAR | |
| E33C BD E3 33 JSR FDOVAR | |
| E33F 6F 80 FDB UPP | |
| E341 ; | |
| E341 ; doUSER ( -- a ) | |
| E341 ; Run time routine for user variables. | |
| E341 ; | |
| E341 E3 4C E3 39 FDB DOUSE,L420 | |
| E345 45 64 6F 55 53 45 52 L430: FCB COMPO+5,"doUSER" | |
| E34C DOUSE: | |
| E34C BD E1 12 JSR DOLST | |
| E34F E1 CB E1 89 E3 3C E1 89 E5 CF E1 71 FDB RFROM,AT,UP,AT,PLUS,EXIT | |
| E35B ; | |
| E35B ; fast (native) DOUSE implementation (*NOT COMPLETE*) | |
| E35B FDOUSE: | |
| E35B EC F4 LDD [,s] ; pointer to value (from JSR) | |
| E35D F3 E3 3F ADDD UP+CFAOFF ; dirty access to start of USER area: | |
| E360 ; var. UP value direct access (not | |
| E360 ; as a high level word) | |
| E360 ED E4 STD ,s ; resulting address returned on p-stack | |
| E362 37 80 PULU pc | |
| E364 ; | |
| E364 ; SP0 ( -- a ) | |
| E364 ; Pointer to bottom of the data stack. | |
| E364 ; | |
| E364 E3 6C E3 45 FDB SZERO,L430 | |
| E368 03 53 50 30 L440: FCB 3,"SP0" | |
| E36C SZERO: | |
| E36C BD E3 5B JSR FDOUSE | |
| E36F 00 08 FDB 8 | |
| E371 ; jsr DOLST | |
| E371 ; FDB DOUSE,8 | |
| E371 ; | |
| E371 ; RP0 ( -- a ) | |
| E371 ; Pointer to bottom of the return stack. | |
| E371 ; | |
| E371 E3 79 E3 68 FDB RZERO,L440 | |
| E375 03 52 50 30 L450: FCB 3,"RP0" | |
| E379 RZERO: | |
| E379 BD E3 5B JSR FDOUSE | |
| E37C 00 0A FDB 10 | |
| E37E ; jsr DOLST | |
| E37E ; FDB DOUSE,10 | |
| E37E ; | |
| E37E ; '?KEY ( -- a ) | |
| E37E ; Execution vector of ?KEY. | |
| E37E ; | |
| E37E E3 88 E3 75 FDB TQKEY,L450 | |
| E382 05 27 3F 4B 45 59 L460: FCB 5,"'?KEY" | |
| E388 TQKEY: | |
| E388 BD E3 5B JSR FDOUSE | |
| E38B 00 0C FDB 12 | |
| E38D ; jsr DOLST | |
| E38D ; FDB DOUSE,12 | |
| E38D ; | |
| E38D ; 'EMIT ( -- a ) | |
| E38D ; Execution vector of EMIT. | |
| E38D ; | |
| E38D E3 97 E3 82 FDB TEMIT,L460 | |
| E391 05 27 45 4D 49 54 L470: FCB 5,"'EMIT" | |
| E397 TEMIT: | |
| E397 BD E3 5B JSR FDOUSE | |
| E39A 00 0E FDB 14 | |
| E39C ; jsr DOLST | |
| E39C ; FDB DOUSE,14 | |
| E39C ; | |
| E39C ; 'EXPECT ( -- a ) | |
| E39C ; Execution vector of EXPECT. | |
| E39C ; | |
| E39C E3 A8 E3 91 FDB TEXPE,L470 | |
| E3A0 07 27 45 58 50 45 43 54 L480: FCB 7,"'EXPECT" | |
| E3A8 TEXPE: | |
| E3A8 BD E3 5B JSR FDOUSE | |
| E3AB 00 10 FDB 16 | |
| E3AD ; jsr DOLST | |
| E3AD ; FDB DOUSE,16 | |
| E3AD ; | |
| E3AD ; 'TAP ( -- a ) | |
| E3AD ; Execution vector of TAP. | |
| E3AD ; | |
| E3AD E3 B6 E3 A0 FDB TTAP,L480 | |
| E3B1 04 27 54 41 50 L490: FCB 4,"'TAP" | |
| E3B6 TTAP: | |
| E3B6 BD E3 5B JSR FDOUSE | |
| E3B9 00 12 FDB 18 | |
| E3BB ; jsr DOLST | |
| E3BB ; FDB DOUSE,18 | |
| E3BB ; | |
| E3BB ; 'ECHO ( -- a ) | |
| E3BB ; Execution vector of ECHO. | |
| E3BB ; | |
| E3BB E3 C5 E3 B1 FDB TECHO,L490 | |
| E3BF 05 27 45 43 48 4F L500: FCB 5,"'ECHO" | |
| E3C5 TECHO: | |
| E3C5 BD E3 5B JSR FDOUSE | |
| E3C8 00 14 FDB 20 | |
| E3CA ; jsr DOLST | |
| E3CA ; FDB DOUSE,20 | |
| E3CA ; | |
| E3CA ; 'PROMPT ( -- a ) | |
| E3CA ; Execution vector of PROMPT. | |
| E3CA ; | |
| E3CA E3 D6 E3 BF FDB TPROM,L500 | |
| E3CE 07 27 50 52 4F 4D 50 54 L510: FCB 7,"'PROMPT" | |
| E3D6 TPROM: | |
| E3D6 BD E3 5B JSR FDOUSE | |
| E3D9 00 16 FDB 22 | |
| E3DB ; jsr DOLST | |
| E3DB ; FDB DOUSE,22 | |
| E3DB ; | |
| E3DB ; | |
| E3DB ; BASE ( -- a ) | |
| E3DB ; Storage of the radix base for numeric I/O. | |
| E3DB ; | |
| E3DB E3 E4 E3 CE FDB BASE,L510 | |
| E3DF 04 42 41 53 45 L520: FCB 4,"BASE" | |
| E3E4 BASE: | |
| E3E4 BD E3 5B JSR FDOUSE | |
| E3E7 00 18 FDB 24 | |
| E3E9 ; jsr DOLST | |
| E3E9 ; FDB DOUSE,24 | |
| E3E9 ; | |
| E3E9 ; tmp ( -- a ) | |
| E3E9 ; A temporary storage location used in parse and find. | |
| E3E9 ; | |
| E3E9 E3 F1 E3 DF FDB TEMP,L520 | |
| E3ED 43 74 6D 70 L530: FCB COMPO+3,"tmp" | |
| E3F1 TEMP: | |
| E3F1 BD E3 5B JSR FDOUSE | |
| E3F4 00 1A FDB 26 | |
| E3F6 ; jsr DOLST | |
| E3F6 ; FDB DOUSE,26 | |
| E3F6 ; | |
| E3F6 ; SPAN ( -- a ) | |
| E3F6 ; Hold character count received by EXPECT. | |
| E3F6 ; | |
| E3F6 E3 FF E3 ED FDB SPAN,L530 | |
| E3FA 04 53 50 41 4E L540: FCB 4,"SPAN" | |
| E3FF SPAN: | |
| E3FF BD E3 5B JSR FDOUSE | |
| E402 00 1C FDB 28 | |
| E404 ; jsr DOLST | |
| E404 ; FDB DOUSE,28 | |
| E404 ; | |
| E404 ; >IN ( -- a ) | |
| E404 ; Hold the character pointer while parsing input stream. | |
| E404 ; | |
| E404 E4 0C E3 FA FDB INN,L540 | |
| E408 03 3E 49 4E L550: FCB 3,">IN" | |
| E40C INN: | |
| E40C BD E3 5B JSR FDOUSE | |
| E40F 00 1E FDB 30 | |
| E411 ; jsr DOLST | |
| E411 ; FDB DOUSE,30 | |
| E411 ; | |
| E411 ; #TIB ( -- a ) | |
| E411 ; Hold the current count in and address of the terminal input buffer. | |
| E411 ; | |
| E411 E4 1A E4 08 FDB NTIB,L550 | |
| E415 04 23 54 49 42 L560: FCB 4,"#TIB" | |
| E41A NTIB: | |
| E41A BD E3 5B JSR FDOUSE | |
| E41D 00 20 FDB 32 | |
| E41F ; jsr DOLST | |
| E41F ; FDB DOUSE,32 ;It contains TWO cells!!!! | |
| E41F ; | |
| E41F ; CSP ( -- a ) | |
| E41F ; Hold the stack pointer for error checking. | |
| E41F ; | |
| E41F E4 27 E4 15 FDB CSP,L560 | |
| E423 03 43 53 50 L570: FCB 3,"CSP" | |
| E427 CSP: | |
| E427 BD E3 5B JSR FDOUSE | |
| E42A 00 24 FDB 36 | |
| E42C ; jsr DOLST | |
| E42C ; FDB DOUSE 36 | |
| E42C ; | |
| E42C ; 'EVAL ( -- a ) | |
| E42C ; Execution vector of EVAL. | |
| E42C ; | |
| E42C E4 36 E4 23 FDB TEVAL,L570 | |
| E430 05 27 45 56 41 4C L580: FCB 5,"'EVAL" | |
| E436 TEVAL: | |
| E436 BD E3 5B JSR FDOUSE | |
| E439 00 26 FDB 38 | |
| E43B ; jsr DOLST | |
| E43B ; FDB DOUSE,38 | |
| E43B ; | |
| E43B ; 'NUMBER ( -- a ) | |
| E43B ; Execution vector of NUMBER?. | |
| E43B ; | |
| E43B E4 47 E4 30 FDB TNUMB,L580 | |
| E43F 07 27 4E 55 4D 42 45 52 L590: FCB 7,"'NUMBER" | |
| E447 TNUMB: | |
| E447 BD E3 5B JSR FDOUSE | |
| E44A 00 28 FDB 40 | |
| E44C ; jsr DOLST | |
| E44C ; FDB DOUSE,40 | |
| E44C ; | |
| E44C ; HLD ( -- a ) | |
| E44C ; Hold a pointer in building a numeric output string. | |
| E44C ; | |
| E44C E4 54 E4 3F FDB HLD,L590 | |
| E450 03 48 4C 44 L600: FCB 3,"HLD" | |
| E454 HLD: | |
| E454 BD E3 5B JSR FDOUSE | |
| E457 00 2A FDB 42 | |
| E459 ; jsr DOLST | |
| E459 ; FDB DOUSE,42 | |
| E459 ; | |
| E459 ; HANDLER ( -- a ) | |
| E459 ; Hold the return stack pointer for error handling. | |
| E459 ; | |
| E459 E4 65 E4 50 FDB HANDL,L600 | |
| E45D 07 48 41 4E 44 4C 45 52 L610: FCB 7,"HANDLER" | |
| E465 HANDL: | |
| E465 BD E3 5B JSR FDOUSE | |
| E468 00 2C FDB 44 | |
| E46A ; jsr DOLST | |
| E46A ; FDB DOUSE,44 | |
| E46A ; | |
| E46A ; CONTEXT ( -- a ) | |
| E46A ; A area to specify vocabulary search order. | |
| E46A ; | |
| E46A E4 76 E4 5D FDB CNTXT,L610 | |
| E46E 07 43 4F 4E 54 45 58 54 L620: FCB 7,"CONTEXT" | |
| E476 CNTXT: | |
| E476 BD E3 5B JSR FDOUSE | |
| E479 00 2E FDB 46 | |
| E47B ; jsr DOLST | |
| E47B ; FDB DOUSE,46 ;plus space for voc stack. | |
| E47B ; | |
| E47B ; CURRENT ( -- a ) | |
| E47B ; Point to the vocabulary to be extended. | |
| E47B ; | |
| E47B E4 87 E4 6E FDB CRRNT,L620 | |
| E47F 07 43 55 52 52 45 4E 54 L630: FCB 7,"CURRENT" | |
| E487 CRRNT: | |
| E487 BD E3 5B JSR FDOUSE | |
| E48A 00 40 FDB 48+VOCSS*2 ;Extra cell | |
| E48C ; jsr DOLST | |
| E48C ; FDB DOUSE,48+VOCSS*2 ;Extra cell | |
| E48C ; | |
| E48C ; CP ( -- a ) | |
| E48C ; Point to the top of the code dictionary. | |
| E48C ; | |
| E48C E4 93 E4 7F FDB CP,L630 | |
| E490 02 43 50 L640: FCB 2,"CP" | |
| E493 CP: | |
| E493 BD E3 5B JSR FDOUSE | |
| E496 00 44 FDB 52+VOCSS*2 | |
| E498 ; jsr DOLST | |
| E498 ; FDB DOUSE,52+VOCSS*2 | |
| E498 ; | |
| E498 ; NP ( -- a ) | |
| E498 ; Point to the bottom of the name dictionary. | |
| E498 ; | |
| E498 E4 9F E4 90 FDB NP,L640 | |
| E49C 02 4E 50 L650: FCB 2,"NP" | |
| E49F NP: | |
| E49F BD E3 5B JSR FDOUSE | |
| E4A2 00 46 FDB 54+VOCSS*2 | |
| E4A4 ; jsr DOLST | |
| E4A4 ; FDB DOUSE,54+VOCSS*2 | |
| E4A4 ; | |
| E4A4 ; LAST ( -- a ) | |
| E4A4 ; Point to the last name in the name dictionary. | |
| E4A4 ; | |
| E4A4 E4 AD E4 9C FDB LAST,L650 | |
| E4A8 04 4C 41 53 54 L660: FCB 4,"LAST" | |
| E4AD LAST: | |
| E4AD BD E3 5B JSR FDOUSE | |
| E4B0 00 48 FDB 56+VOCSS*2 | |
| E4B2 ; jsr DOLST | |
| E4B2 ; FDB DOUSE,56+VOCSS*2 | |
| E4B2 ; | |
| E4B2 ; Common functions | |
| E4B2 ; | |
| E4B2 ; doVOC ( -- ) | |
| E4B2 ; Run time action of VOCABULARY's. | |
| E4B2 ; | |
| E4B2 E4 BC E4 A8 FDB DOVOC,L660 | |
| E4B6 45 64 6F 56 4F 43 L670: FCB COMPO+5,"doVOC" | |
| E4BC DOVOC: | |
| E4BC BD E1 12 JSR DOLST | |
| E4BF E1 CB E4 76 E1 7B E1 71 FDB RFROM,CNTXT,STORE,EXIT | |
| E4C7 ; | |
| E4C7 ; FORTH ( -- ) | |
| E4C7 ; Make FORTH the context vocabulary. | |
| E4C7 ; | |
| E4C7 E4 D1 E4 B6 FDB FORTH,L670 | |
| E4CB 05 46 4F 52 54 48 L680: FCB 5,"FORTH" | |
| E4D1 FORTH: | |
| E4D1 BD E1 12 JSR DOLST | |
| E4D4 E4 BC FDB DOVOC | |
| E4D6 00 00 FDB 0 ;vocabulary head pointer | |
| E4D8 00 00 FDB 0 ;vocabulary link pointer | |
| E4DA ; | |
| E4DA ; ?DUP ( w -- w w | 0 ) | |
| E4DA ; Dup tos if its is not zero. | |
| E4DA ; | |
| E4DA E4 E3 E4 CB FDB QDUP,L680 | |
| E4DE 04 3F 44 55 50 L690: FCB 4,"?DUP" | |
| E4E3 QDUP: | |
| E4E3 BD E1 12 JSR DOLST | |
| E4E6 E2 21 FDB DUPP | |
| E4E8 E1 40 E4 EE FDB QBRAN,QDUP1 | |
| E4EC E2 21 FDB DUPP | |
| E4EE E1 71 QDUP1: FDB EXIT | |
| E4F0 ; | |
| E4F0 ; ROT ( w1 w2 w3 -- w2 w3 w1 ) | |
| E4F0 ; Rot 3rd item to top. | |
| E4F0 ; | |
| E4F0 E4 F8 E4 DE FDB ROT,L690 | |
| E4F4 03 52 4F 54 L700: FCB 3,"ROT" | |
| E4F8 ROT: | |
| E4F8 BD E1 12 JSR DOLST | |
| E4FB E1 EB E2 30 E1 CB E2 30 E1 71 FDB TOR,SWAP,RFROM,SWAP,EXIT | |
| E505 ; | |
| E505 ; 2DROP ( w w -- ) | |
| E505 ; Discard two items on stack. | |
| E505 ; | |
| E505 E5 0F E4 F4 FDB DDROP,L700 | |
| E509 05 32 44 52 4F 50 L710: FCB 5,"2DROP" | |
| E50F DDROP: | |
| E50F BD E1 12 JSR DOLST | |
| E512 E2 15 E2 15 E1 71 FDB DROP,DROP,EXIT | |
| E518 ; | |
| E518 ; 2DUP ( w1 w2 -- w1 w2 w1 w2 ) | |
| E518 ; Duplicate top two items. | |
| E518 ; | |
| E518 E5 21 E5 09 FDB DDUP,L710 | |
| E51C 04 32 44 55 50 L720: FCB 4,"2DUP" | |
| E521 DDUP: | |
| E521 BD E1 12 JSR DOLST | |
| E524 E2 43 E2 43 E1 71 FDB OVER,OVER,EXIT | |
| E52A ; | |
| E52A ; LSHIFT ( w n -- w ) | |
| E52A ; Shift word left n times. | |
| E52A E5 35 E5 1C FDB LSHIFT,L720 | |
| E52E 06 4C 53 48 49 46 54 L721: FCB 6,"LSHIFT" | |
| E535 AE E1 LSHIFT: LDX ,s++ | |
| E537 27 0A BEQ LSHIFT2 | |
| E539 EC E4 LDD ,s ;value to shift | |
| E53B 58 LSHIFT1: ASLB | |
| E53C 49 ROLA ;high | |
| E53D 30 1F LEAX -1,x ;count down | |
| E53F 26 FA BNE LSHIFT1 | |
| E541 ED E4 STD ,s | |
| E543 LSHIFT2: | |
| E543 37 80 PULU pc | |
| E545 ; | |
| E545 ; RSHIFT ( w n -- w ) | |
| E545 ; Shift word right n times. | |
| E545 E5 50 E5 2E FDB RSHIFT,L721 | |
| E549 06 52 53 48 49 46 54 L721A: FCB 6,"RSHIFT" | |
| E550 AE E1 RSHIFT: LDX ,s++ | |
| E552 27 0A BEQ RSHIFT2 | |
| E554 EC E4 LDD ,s ;value to shift | |
| E556 44 RSHIFT1: LSRA | |
| E557 56 RORB ;low | |
| E558 30 1F LEAX -1,x ;count down | |
| E55A 26 FA BNE RSHIFT1 | |
| E55C ED E4 STD ,s | |
| E55E RSHIFT2: | |
| E55E 37 80 PULU pc | |
| E560 ; | |
| E560 ; >< ( w -- w ) | |
| E560 ; swap high and low byte | |
| E560 E5 67 E5 49 FDB SWAPHL,L721A | |
| E564 02 3E 3C L722: FCB 2,"><" | |
| E567 E6 E4 SWAPHL: LDB ,s | |
| E569 A6 61 LDA 1,s ;low -> D high | |
| E56B ED E4 STD ,s | |
| E56D 37 80 PULU pc | |
| E56F ; | |
| E56F ; 256/ ( w -- w ) | |
| E56F ; multiply with 256 (shift left 8 times) | |
| E56F E5 78 E5 64 FDB SLASH256,L722 | |
| E573 04 32 35 36 2F L723: FCB 4,"256/" | |
| E578 E6 E4 SLASH256: LDB ,s | |
| E57A 4F CLRA ;D high = 0 | |
| E57B ED E4 STD ,s | |
| E57D 37 80 PULU pc | |
| E57F ; | |
| E57F ; 256* ( w -- w ) | |
| E57F ; multiply with 256 (shift left 8 times) | |
| E57F E5 88 E5 73 FDB STAR256,L723 | |
| E583 04 32 35 36 2A L724: FCB 4,"256*" | |
| E588 A6 61 STAR256: LDA 1,s | |
| E58A 5F CLRB ;D low = 0 | |
| E58B ED E4 STD ,s | |
| E58D 37 80 PULU pc | |
| E58F ; | |
| E58F ; 1+ ( w -- w ) | |
| E58F ; Shortcut, quick add 1 | |
| E58F E5 96 E5 83 FDB PLUS1,L724 | |
| E593 02 31 2B L725: FCB 2,"1+" | |
| E596 EC E4 PLUS1: LDD ,s | |
| E598 C3 00 01 ADDD #1 | |
| E59B ED E4 STD ,s | |
| E59D 37 80 PULU pc | |
| E59F ; | |
| E59F ; -+ ( w -- w ) | |
| E59F ; Shortcut, quick subtract 1 | |
| E59F E5 A6 E5 93 FDB MINUS1,L725 | |
| E5A3 02 31 2D L726: FCB 2,"1-" | |
| E5A6 EC E4 MINUS1: LDD ,s | |
| E5A8 83 00 01 SUBD #1 | |
| E5AB ED E4 STD ,s | |
| E5AD 37 80 PULU pc | |
| E5AF ; | |
| E5AF ; 2* ( w -- w ) | |
| E5AF ; multiply by 2 using shift operation | |
| E5AF E5 B6 E5 A3 FDB TWOSTAR,L726 | |
| E5B3 02 32 2A L727: FCB 2,"2*" | |
| E5B6 68 61 TWOSTAR: ASL 1,s | |
| E5B8 69 60 ROL 0,s ;high | |
| E5BA 37 80 PULU pc | |
| E5BC ; | |
| E5BC ; 2/ ( w -- w ) | |
| E5BC ; divide by 2 using shift operation | |
| E5BC E5 C3 E5 B3 FDB TWOSLASH,L727 | |
| E5C0 02 32 2F L728: FCB 2,"2/" | |
| E5C3 67 60 TWOSLASH: ASR 0,s | |
| E5C5 66 61 ROR 1,s ;low | |
| E5C7 37 80 PULU pc | |
| E5C9 ; | |
| E5C9 ; + ( w w -- sum ) | |
| E5C9 ; Add top two items. | |
| E5C9 ; | |
| E5C9 E5 CF E5 C0 FDB PLUS,L728 | |
| E5CD 01 2B L730: FCB 1,"+" | |
| E5CF PLUS: | |
| E5CF EC E1 LDD ,s++ | |
| E5D1 E3 E4 ADDD ,s | |
| E5D3 ED E4 STD ,s | |
| E5D5 37 80 PULU pc | |
| E5D7 ; HL with UPLUS!? Too inefficient ... | |
| E5D7 ; jsr DOLST | |
| E5D7 ; FDB UPLUS,DROP,EXIT | |
| E5D7 ; | |
| E5D7 ; NOT ( w -- w ) | |
| E5D7 ; One's complement of tos. | |
| E5D7 ; | |
| E5D7 E5 DF E5 CD FDB INVER,L730 | |
| E5DB 03 4E 4F 54 L740: FCB 3,"NOT" | |
| E5DF INVER: | |
| E5DF ; fastest ... (13T) | |
| E5DF 63 E4 COM ,s ; 6T | |
| E5E1 63 61 COM 1,s ; 7T | |
| E5E3 37 80 PULU pc | |
| E5E5 ; alternative ... (14T) | |
| E5E5 EC E4 LDD ,s ;TOS 5T | |
| E5E7 43 COMA ; 2T | |
| E5E8 53 COMB ; 2T | |
| E5E9 ED E4 STD ,s ; 5T | |
| E5EB 37 80 PULU pc | |
| E5ED ; slow HL ... | |
| E5ED ; jsr DOLST | |
| E5ED ; FDB DOLIT,-1,XORR,EXIT | |
| E5ED ; | |
| E5ED ; NEGATE ( n -- -n ) | |
| E5ED ; Two's complement of tos. | |
| E5ED ; | |
| E5ED E5 F8 E5 DB FDB NEGAT,L740 | |
| E5F1 06 4E 45 47 41 54 45 L750: FCB 6,"NEGATE" | |
| E5F8 NEGAT: | |
| E5F8 ; fastest? .... (3+6+5 = 14T) | |
| E5F8 CC 00 00 LDD #0 ; 3T | |
| E5FB A3 E4 SUBD ,s ; 6T | |
| E5FD ED E4 STD ,s ; 5T | |
| E5FF 37 80 PULU pc | |
| E601 ; alternate ... (7+3+6 = 16T) | |
| E601 60 61 NEG 1,s ; high 7T | |
| E603 26 04 BNE NEGAT1 ; 3T | |
| E605 60 E4 NEG ,s ; low with 1+ carry 6T | |
| E607 37 80 PULU pc | |
| E609 63 E4 NEGAT1: COM ,s | |
| E60B 37 80 PULU pc | |
| E60D ; slow HL ... | |
| E60D ; jsr DOLST | |
| E60D ; FDB INVER,PLUS1,EXIT | |
| E60D ; | |
| E60D ; DNEGATE ( d -- -d ) | |
| E60D ; Two's complement of top double. | |
| E60D ; | |
| E60D E6 19 E5 F1 FDB DNEGA,L750 | |
| E611 07 44 4E 45 47 41 54 45 L760: FCB 7,"DNEGATE" | |
| E619 DNEGA: | |
| E619 CC 00 00 LDD #0 | |
| E61C A3 62 SUBD 2,s ; low word | |
| E61E ED 62 STD 2,s | |
| E620 CC 00 00 LDD #0 | |
| E623 E2 61 SBCB 1,s ; high word low byte | |
| E625 A2 E4 SBCA ,s ; high word high byte | |
| E627 ED E4 STD ,s | |
| E629 37 80 PULU pc | |
| E62B ; slow HL ... | |
| E62B ; jsr DOLST | |
| E62B ; FDB INVER,TOR,INVER | |
| E62B ; FDB DOLIT,1,UPLUS | |
| E62B ; FDB RFROM,PLUS,EXIT | |
| E62B ; | |
| E62B ; - ( n1 n2 -- n1-n2 ) | |
| E62B ; Subtraction. | |
| E62B ; | |
| E62B E6 31 E6 11 FDB SUBB,L760 | |
| E62F 01 2D L770: FCB 1,"-" | |
| E631 EC 62 SUBB: LDD 2,s | |
| E633 A3 E1 SUBD ,s++ | |
| E635 ED E4 STD ,s | |
| E637 37 80 PULU pc | |
| E639 ; slow HL ... | |
| E639 ; jsr DOLST | |
| E639 ; FDB NEGAT,PLUS,EXIT | |
| E639 ; | |
| E639 ; ABS ( n -- n ) | |
| E639 ; Return the absolute value of n. | |
| E639 ; | |
| E639 E6 41 E6 2F FDB ABSS,L770 | |
| E63D 03 41 42 53 L780: FCB 3,"ABS" | |
| E641 BD E1 12 ABSS: JSR DOLST | |
| E644 E2 21 E2 50 FDB DUPP,ZLESS | |
| E648 E1 40 E6 4E FDB QBRAN,ABS1 | |
| E64C E5 F8 FDB NEGAT | |
| E64E E1 71 ABS1: FDB EXIT | |
| E650 ; | |
| E650 ; = ( w w -- t ) | |
| E650 ; Return true if top two are equal. | |
| E650 ; | |
| E650 E6 56 E6 3D FDB EQUAL,L780 | |
| E654 01 3D L790: FCB 1,"=" | |
| E656 EQUAL: | |
| E656 8E FF FF LDX #TRUEE | |
| E659 35 06 PULS d ; first value | |
| E65B 10 A3 E4 CMPD ,s ; compare to 2nd value | |
| E65E 27 03 BEQ EQUAL1 ; equal -> true | |
| E660 8E 00 00 LDX #0 ; false (leax 1,x save 1 byte, but is slower) | |
| E663 AF E4 EQUAL1: STX ,s | |
| E665 37 80 PULU pc | |
| E667 ; slow HL ... | |
| E667 ; jsr DOLST | |
| E667 ; FDB XORR | |
| E667 ; FDB QBRAN,EQU1 | |
| E667 ; FDB DOLIT,0,EXIT | |
| E667 ;EQU1: FDB DOLIT,TRUEE,EXIT | |
| E667 ; | |
| E667 ; U< ( u1 u2 -- t ) | |
| E667 ; Unsigned compare of top two items. | |
| E667 ; | |
| E667 E6 6E E6 54 FDB ULESS,L790 | |
| E66B 02 55 3C L800: FCB 2,"U<" | |
| E66E ULESS: | |
| E66E 8E FF FF LDX #TRUEE ; true | |
| E671 35 06 PULS d ; u2 | |
| E673 10 A3 E4 CMPD ,s ; u2 - u1 | |
| E676 22 03 BHI ULES1 ; unsigned: u2 higher u1 | |
| E678 8E 00 00 LDX #0 ; false | |
| E67B AF E4 ULES1: STX ,s | |
| E67D 37 80 PULU pc | |
| E67F ; slow HL ... | |
| E67F ; jsr DOLST | |
| E67F ; FDB DDUP,XORR,ZLESS | |
| E67F ; FDB QBRAN,ULES1 | |
| E67F ; FDB SWAP,DROP,ZLESS,EXIT | |
| E67F ;ULES1: FDB SUBB,ZLESS,EXIT | |
| E67F ; | |
| E67F ; < ( n1 n2 -- t ) | |
| E67F ; Signed compare of top two items. | |
| E67F ; | |
| E67F E6 85 E6 6B FDB LESS,L800 | |
| E683 01 3C L810: FCB 1,"<" | |
| E685 LESS: | |
| E685 8E FF FF LDX #TRUEE ; true | |
| E688 35 06 PULS d ; n2 | |
| E68A 10 A3 E4 CMPD ,s ; n2 - n1 | |
| E68D 2E 03 BGT LESS1 ; signed: n2 greater than n1 | |
| E68F 8E 00 00 LDX #0 ; false | |
| E692 AF E4 LESS1: STX ,s | |
| E694 37 80 PULU pc | |
| E696 ; | |
| E696 ; slow HL ... | |
| E696 ; jsr DOLST | |
| E696 ; FDB DDUP,XORR,ZLESS | |
| E696 ; FDB QBRAN,LESS1 | |
| E696 ; FDB DROP,ZLESS,EXIT | |
| E696 ;LESS1: FDB SUBB,ZLESS,EXIT | |
| E696 ; | |
| E696 ; MAX ( n n -- n ) | |
| E696 ; Return the greater of two top stack items. | |
| E696 ; | |
| E696 E6 9E E6 83 FDB MAX,L810 | |
| E69A 03 4D 41 58 L820: FCB 3,"MAX" | |
| E69E BD E1 12 MAX: JSR DOLST | |
| E6A1 E5 21 E6 85 FDB DDUP,LESS | |
| E6A5 E1 40 E6 AB FDB QBRAN,MAX1 | |
| E6A9 E2 30 FDB SWAP | |
| E6AB E2 15 E1 71 MAX1: FDB DROP,EXIT | |
| E6AF ; | |
| E6AF ; MIN ( n n -- n ) | |
| E6AF ; Return the smaller of top two stack items. | |
| E6AF ; | |
| E6AF E6 B7 E6 9A FDB MIN,L820 | |
| E6B3 03 4D 49 4E L830: FCB 3,"MIN" | |
| E6B7 BD E1 12 MIN: JSR DOLST | |
| E6BA E5 21 E2 30 E6 85 FDB DDUP,SWAP,LESS | |
| E6C0 E1 40 E6 C6 FDB QBRAN,MIN1 | |
| E6C4 E2 30 FDB SWAP | |
| E6C6 E2 15 E1 71 MIN1: FDB DROP,EXIT | |
| E6CA ; | |
| E6CA ; WITHIN ( u ul uh -- t ) | |
| E6CA ; Return true if u is within the range of ul and uh. ( ul <= u < uh ) | |
| E6CA ; | |
| E6CA E6 D5 E6 B3 FDB WITHI,L830 | |
| E6CE 06 57 49 54 48 49 4E L840: FCB 6,"WITHIN" | |
| E6D5 BD E1 12 WITHI: JSR DOLST | |
| E6D8 E2 43 E6 31 E1 EB FDB OVER,SUBB,TOR | |
| E6DE E6 31 E1 CB E6 6E E1 71 FDB SUBB,RFROM,ULESS,EXIT | |
| E6E6 ; | |
| E6E6 ; Divide | |
| E6E6 ; | |
| E6E6 ; U/ ( udl udh un -- ur uq ) | |
| E6E6 ; Unsigned divide of a double by a single. Return mod and quotient. | |
| E6E6 ; | |
| E6E6 ; Special cases: | |
| E6E6 ; 1. overflow: quotient overflow if dividend is to great (remainder = divisor), | |
| E6E6 ; remainder is set to $FFFF -> special handling. | |
| E6E6 ; This is checked also right before the main loop. | |
| E6E6 ; 2. underflow: divisor does not fit into dividend -> remainder | |
| E6E6 ; get the value of the dividend -> automatically covered. | |
| E6E6 ; | |
| E6E6 ; overflow: quotient = $FFFF, remainder = divisor | |
| E6E6 ; underflow: quotient = $0000, remainder = dividend low | |
| E6E6 ; division by zero: quotient = $FFFF, remainder = $0000 | |
| E6E6 ; | |
| E6E6 ; Testvalues: | |
| E6E6 ; | |
| E6E6 ; DIVH DIVL DVSR QUOT REM comment | |
| E6E6 ; | |
| E6E6 ; 0100 0000 FFFF 0100 0100 maximum divisor | |
| E6E6 ; 0000 0001 8000 0000 0001 underflow (REM = DIVL) | |
| E6E6 ; 0000 5800 3000 0001 1800 normal divsion | |
| E6E6 ; 5800 0000 3000 FFFF 3000 overflow | |
| E6E6 ; 0000 0001 0000 FFFF 0000 overflow (division by zero) | |
| E6E6 ; | |
| E6E6 E6 ED E6 CE FDB USLASH,L840 | |
| E6EA 02 55 2F L845: FCB 2,"U/" | |
| E6ED ; | |
| E6ED USLASH: | |
| E6ED 8E 00 10 LDX #16 | |
| E6F0 EC 62 LDD 2,s ; udh | |
| E6F2 10 A3 E4 CMPD ,s ; dividend to great? | |
| E6F5 24 24 BHS UMMODOV ; quotient overflow! | |
| E6F7 68 65 ASL 5,s ; udl low | |
| E6F9 69 64 ROL 4,s ; udl high | |
| E6FB ; | |
| E6FB 59 UMMOD1: ROLB | |
| E6FC 49 ROLA | |
| E6FD 25 09 BCS UMMOD2 ; bit 16 means always greater as divisor | |
| E6FF 10 A3 E4 CMPD ,s ; divide by un | |
| E702 24 04 BHS UMMOD2 ; higher or same as divisor? | |
| E704 1C FE ANDCC #$fe ; clc - clear carry flag | |
| E706 20 04 BRA UMMOD3 | |
| E708 A3 E4 UMMOD2: SUBD ,s | |
| E70A 1A 01 ORCC #$01 ; sec - set carry flag | |
| E70C 69 65 UMMOD3: ROL 5,s | |
| E70E 69 64 ROL 4,s | |
| E710 30 1F LEAX -1,x | |
| E712 26 E7 BNE UMMOD1 | |
| E714 ; | |
| E714 AE 64 LDX 4,s ; quotient | |
| E716 10 A3 E4 CMPD ,s ; remainder >= divisor -> overflow | |
| E719 25 05 BLO UMMOD4 | |
| E71B UMMODOV: | |
| E71B EC E4 LDD ,s ; remainder set to divisor | |
| E71D 8E FF FF LDX #$FFFF ; quotient = FFFF (-1) marks overflow | |
| E720 ; (case 1) | |
| E720 UMMOD4: | |
| E720 32 62 LEAS 2,s ; un (divisor thrown away) | |
| E722 AF E4 STX ,s ; quotient to TOS | |
| E724 ED 62 STD 2,s ; remainder 2nd | |
| E726 ; | |
| E726 37 80 PULU pc ; NEXT | |
| E728 ; | |
| E728 ; | |
| E728 ; UM/MOD ( udl udh un -- ur uq ) | |
| E728 ; Unsigned divide of a double by a single. Return mod and quotient. | |
| E728 ; | |
| E728 E7 33 E6 EA FDB UMMOD,L845 | |
| E72C 06 55 4D 2F 4D 4F 44 L850: FCB 6,"UM/MOD" | |
| E733 UMMOD: | |
| E733 7E E6 ED JMP USLASH | |
| E736 ; slow HL ... | |
| E736 BD E1 12 JSR DOLST | |
| E739 E5 21 E6 6E FDB DDUP,ULESS | |
| E73D E1 40 E7 89 FDB QBRAN,UMM4 | |
| E741 E5 F8 E0 EF 00 0F E1 EB FDB NEGAT,DOLIT,15,TOR | |
| E749 E1 EB E2 21 E2 D4 UMM1: FDB TOR,DUPP,UPLUS | |
| E74F E1 EB E1 EB E2 21 E2 D4 FDB TOR,TOR,DUPP,UPLUS | |
| E757 E1 CB E5 CF E2 21 FDB RFROM,PLUS,DUPP | |
| E75D E1 CB E1 DE E2 30 E1 EB FDB RFROM,RAT,SWAP,TOR | |
| E765 E2 D4 E1 CB E2 87 FDB UPLUS,RFROM,ORR | |
| E76B E1 40 E7 7B FDB QBRAN,UMM2 | |
| E76F E1 EB E2 15 E5 96 E1 CB FDB TOR,DROP,PLUS1,RFROM | |
| E777 E1 57 E7 7D FDB BRAN,UMM3 | |
| E77B E2 15 UMM2: FDB DROP | |
| E77D E1 CB UMM3: FDB RFROM | |
| E77F E1 21 E7 49 FDB DONXT,UMM1 | |
| E783 E2 15 E2 30 E1 71 FDB DROP,SWAP,EXIT | |
| E789 E2 15 E5 0F UMM4: FDB DROP,DDROP | |
| E78D E0 EF FF FF E2 21 E1 71 FDB DOLIT,-1,DUPP,EXIT | |
| E795 ; | |
| E795 ; M/MOD ( d n -- r q ) | |
| E795 ; Signed floored divide of double by single. Return mod and quotient. | |
| E795 ; | |
| E795 E7 9F E7 2C FDB MSMOD,L850 | |
| E799 05 4D 2F 4D 4F 44 L860: FCB 5,"M/MOD" | |
| E79F MSMOD: | |
| E79F BD E1 12 JSR DOLST | |
| E7A2 E2 21 E2 50 E2 21 E1 EB FDB DUPP,ZLESS,DUPP,TOR | |
| E7AA E1 40 E7 B6 FDB QBRAN,MMOD1 | |
| E7AE E5 F8 E1 EB E6 19 E1 CB FDB NEGAT,TOR,DNEGA,RFROM | |
| E7B6 E1 EB E2 21 E2 50 MMOD1: FDB TOR,DUPP,ZLESS | |
| E7BC E1 40 E7 C4 FDB QBRAN,MMOD2 | |
| E7C0 E1 DE E5 CF FDB RAT,PLUS | |
| E7C4 E1 CB E7 33 E1 CB MMOD2: FDB RFROM,UMMOD,RFROM | |
| E7CA E1 40 E7 D4 FDB QBRAN,MMOD3 | |
| E7CE E2 30 E5 F8 E2 30 FDB SWAP,NEGAT,SWAP | |
| E7D4 E1 71 MMOD3: FDB EXIT | |
| E7D6 ; | |
| E7D6 ; /MOD ( n n -- r q ) | |
| E7D6 ; Signed divide. Return mod and quotient. | |
| E7D6 ; | |
| E7D6 E7 DF E7 99 FDB SLMOD,L860 | |
| E7DA 04 2F 4D 4F 44 L870: FCB 4,"/MOD" | |
| E7DF BD E1 12 SLMOD: JSR DOLST | |
| E7E2 E2 43 E2 50 E2 30 E7 9F E1 71 FDB OVER,ZLESS,SWAP,MSMOD,EXIT | |
| E7EC ; | |
| E7EC ; MOD ( n n -- r ) | |
| E7EC ; Signed divide. Return mod only. | |
| E7EC ; | |
| E7EC E7 F4 E7 DA FDB MODD,L870 | |
| E7F0 03 4D 4F 44 L880: FCB 3,"MOD" | |
| E7F4 BD E1 12 MODD: JSR DOLST | |
| E7F7 E7 DF E2 15 E1 71 FDB SLMOD,DROP,EXIT | |
| E7FD ; | |
| E7FD ; / ( n n -- q ) | |
| E7FD ; Signed divide. Return quotient only. | |
| E7FD ; | |
| E7FD E8 03 E7 F0 FDB SLASH,L880 | |
| E801 01 2F L890: FCB 1,"/" | |
| E803 SLASH: | |
| E803 BD E1 12 JSR DOLST | |
| E806 E7 DF E2 30 E2 15 E1 71 FDB SLMOD,SWAP,DROP,EXIT | |
| E80E ; | |
| E80E ; Multiply | |
| E80E ; | |
| E80E ; UM* ( u u -- ud ) | |
| E80E ; Unsigned multiply. Return double product. | |
| E80E ; | |
| E80E E8 16 E8 01 FDB UMSTA,L890 | |
| E812 03 55 4D 2A L900: FCB 3,"UM*" | |
| E816 UMSTA: | |
| E816 8E 00 11 LDX #17 ; 16 adds and 17 shifts ... | |
| E819 4F CLRA ; result high word | |
| E81A 5F CLRB | |
| E81B 20 06 BRA UUMSTA3 | |
| E81D 24 02 UUMSTA1: BCC UUMSTA2 | |
| E81F E3 E4 ADDD ,s | |
| E821 46 UUMSTA2: RORA | |
| E822 56 RORB ; low, result high word | |
| E823 66 62 UUMSTA3: ROR 2,s | |
| E825 66 63 ROR 3,s ; shift multiplier low, result low word | |
| E827 30 1F LEAX -1,x | |
| E829 26 F2 BNE UUMSTA1 | |
| E82B ED E4 STD ,s | |
| E82D 37 80 PULU pc | |
| E82F ; slow HL ... | |
| E82F ; jsr DOLST | |
| E82F ; FDB DOLIT,0,SWAP,DOLIT,15,TOR | |
| E82F ;UMST1: FDB DUPP,UPLUS,TOR,TOR | |
| E82F ; FDB DUPP,UPLUS,RFROM,PLUS,RFROM | |
| E82F ; FDB QBRAN,UMST2 | |
| E82F ; FDB TOR,OVER,UPLUS,RFROM,PLUS | |
| E82F ;UMST2: FDB DONXT,UMST1 | |
| E82F ; FDB ROT,DROP,EXIT | |
| E82F ; | |
| E82F ; _UM* ( u u -- ud ) | |
| E82F ; Unsigned multiply. Return double product. | |
| E82F ; | |
| E82F E8 38 E8 12 FDB UUMSTA,L900 | |
| E833 04 5F 55 4D 2A L900A: FCB 4,"_UM*" | |
| E838 UUMSTA: | |
| E838 BD E1 12 JSR DOLST | |
| E83B E0 EF 00 00 E2 30 E0 EF 00 0F E1 EB FDB DOLIT,0,SWAP,DOLIT,15,TOR | |
| E847 E2 21 E2 D4 E1 EB E1 EB UMST1: FDB DUPP,UPLUS,TOR,TOR | |
| E84F E2 21 E2 D4 E1 CB E5 CF E1 CB FDB DUPP,UPLUS,RFROM,PLUS,RFROM | |
| E859 E1 40 E8 67 FDB QBRAN,UMST2 | |
| E85D E1 EB E2 43 E2 D4 E1 CB E5 CF FDB TOR,OVER,UPLUS,RFROM,PLUS | |
| E867 E1 21 E8 47 UMST2: FDB DONXT,UMST1 | |
| E86B E4 F8 E2 15 E1 71 FDB ROT,DROP,EXIT | |
| E871 ; | |
| E871 ; * ( n n -- n ) | |
| E871 ; Signed multiply. Return single product. | |
| E871 ; XXX Not really signed, -200 -200 * -> -25536 | |
| E871 ; | |
| E871 E8 77 E8 33 FDB STAR,L900A | |
| E875 01 2A L910: FCB 1,"*" | |
| E877 STAR: | |
| E877 BD E1 12 JSR DOLST | |
| E87A E8 87 E2 15 E1 71 FDB MSTAR,DROP,EXIT | |
| E880 ; | |
| E880 ; M* ( n n -- d ) | |
| E880 ; Signed multiply. Return double product. | |
| E880 ; | |
| E880 E8 87 E8 75 FDB MSTAR,L910 | |
| E884 02 4D 2A L920: FCB 2,"M*" | |
| E887 MSTAR: | |
| E887 BD E1 12 JSR DOLST | |
| E88A E5 21 E2 99 E2 50 E1 EB FDB DDUP,XORR,ZLESS,TOR | |
| E892 E6 41 E2 30 E6 41 E8 16 FDB ABSS,SWAP,ABSS,UMSTA | |
| E89A E1 CB FDB RFROM | |
| E89C E1 40 E8 A2 FDB QBRAN,MSTA1 | |
| E8A0 E6 19 FDB DNEGA | |
| E8A2 E1 71 MSTA1: FDB EXIT | |
| E8A4 ; | |
| E8A4 ; */MOD ( n1 n2 n3 -- r q ) | |
| E8A4 ; Multiply n1 and n2, then divide by n3. Return mod and quotient. | |
| E8A4 ; | |
| E8A4 E8 AE E8 84 FDB SSMOD,L920 | |
| E8A8 05 2A 2F 4D 4F 44 L930: FCB 5,"*/MOD" | |
| E8AE BD E1 12 SSMOD: JSR DOLST | |
| E8B1 E1 EB E8 87 E1 CB E7 9F E1 71 FDB TOR,MSTAR,RFROM,MSMOD,EXIT | |
| E8BB ; | |
| E8BB ; */ ( n1 n2 n3 -- q ) | |
| E8BB ; Multiply n1 by n2, then divide by n3. Return quotient only. | |
| E8BB ; | |
| E8BB E8 C2 E8 A8 FDB STASL,L930 | |
| E8BF 02 2A 2F L940: FCB 2,"*/" | |
| E8C2 BD E1 12 STASL: JSR DOLST | |
| E8C5 E8 AE E2 30 E2 15 E1 71 FDB SSMOD,SWAP,DROP,EXIT | |
| E8CD ; | |
| E8CD ; Miscellaneous | |
| E8CD ; | |
| E8CD ; CELL+ ( a -- a ) | |
| E8CD ; Add cell size in byte to address. | |
| E8CD ; | |
| E8CD E8 D7 E8 BF FDB CELLP,L940 | |
| E8D1 05 43 45 4C 4C 2B L950: FCB 5,"CELL+" | |
| E8D7 BD E1 12 CELLP: JSR DOLST | |
| E8DA E1 00 FDB DOCLIT | |
| E8DC 02 FCB CELLL | |
| E8DD E5 CF E1 71 FDB PLUS,EXIT | |
| E8E1 ; | |
| E8E1 ; CELL- ( a -- a ) | |
| E8E1 ; Subtract cell size in byte from address. | |
| E8E1 ; | |
| E8E1 E8 EB E8 D1 FDB CELLM,L950 | |
| E8E5 05 43 45 4C 4C 2D L960: FCB 5,"CELL-" | |
| E8EB BD E1 12 CELLM: JSR DOLST | |
| E8EE E1 00 FDB DOCLIT | |
| E8F0 FE FCB 0-CELLL | |
| E8F1 E5 CF E1 71 FDB PLUS,EXIT | |
| E8F5 ; | |
| E8F5 ; CELLS ( n -- n ) | |
| E8F5 ; Multiply tos by cell size in bytes. | |
| E8F5 ; | |
| E8F5 E8 FF E8 E5 FDB CELLS,L960 | |
| E8F9 05 43 45 4C 4C 53 L970: FCB 5,"CELLS" | |
| E8FF BD E1 12 CELLS: JSR DOLST | |
| E902 E1 00 FDB DOCLIT | |
| E904 02 FCB CELLL | |
| E905 E8 77 E1 71 FDB STAR,EXIT | |
| E909 ; | |
| E909 ; ALIGNED ( b -- a ) | |
| E909 ; Align address to the cell boundary. | |
| E909 ; | |
| E909 E9 15 E8 F9 FDB ALGND,L970 | |
| E90D 07 41 4C 49 47 4E 45 44 L975: FCB 7,"ALIGNED" | |
| E915 BD E1 12 ALGND: JSR DOLST | |
| E918 E1 71 FDB EXIT | |
| E91A ; | |
| E91A ; BL ( -- 32 ) | |
| E91A ; Return 32, the blank character. | |
| E91A ; | |
| E91A E9 21 E9 0D FDB BLANK,L975 | |
| E91E 02 42 4C L980: FCB 2,"BL" | |
| E921 BLANK: | |
| E921 BD E2 EF JSR DOCONST | |
| E924 FDB " " | |
| E924 ; jsr DOLST | |
| E924 ; FDB DOLIT," ",EXIT | |
| E924 ; | |
| E924 ; >CHAR ( c -- c ) | |
| E924 ; Filter non-printing characters. | |
| E924 ; | |
| E924 E9 2E E9 1E FDB TCHAR,L980 | |
| E928 05 3E 43 48 41 52 L990: FCB 5,">CHAR" | |
| E92E BD E1 12 TCHAR: JSR DOLST | |
| E931 E0 EF 00 7F E2 76 E2 21 FDB DOLIT,$7F,ANDD,DUPP ;mask msb | |
| E939 E1 00 FDB DOCLIT | |
| E93B 7F FCB 127 | |
| E93C E9 21 E6 D5 FDB BLANK,WITHI ;check for printable | |
| E940 E1 40 E9 48 FDB QBRAN,TCHA1 | |
| E944 E2 15 E0 EF FDB DROP,DOLIT,"_" ;replace non-printables | |
| E948 E1 71 TCHA1: FDB EXIT | |
| E94A ; | |
| E94A ; DEPTH ( -- n ) | |
| E94A ; Return the depth of the data stack. | |
| E94A ; | |
| E94A E9 54 E9 28 FDB DEPTH,L990 | |
| E94E 05 44 45 50 54 48 L1000: FCB 5,"DEPTH" | |
| E954 BD E1 12 DEPTH: JSR DOLST | |
| E957 E1 F9 E3 6C E1 89 E2 30 E6 31 FDB SPAT,SZERO,AT,SWAP,SUBB | |
| E961 E1 00 FDB DOCLIT | |
| E963 02 FCB CELLL | |
| E964 E8 03 E1 71 FDB SLASH,EXIT | |
| E968 ; | |
| E968 ; PICK ( ... +n -- ... w ) | |
| E968 ; Copy the nth stack item to tos. | |
| E968 ; | |
| E968 E9 71 E9 4E FDB PICK,L1000 | |
| E96C 04 50 49 43 4B L1010: FCB 4,"PICK" | |
| E971 PICK: | |
| E971 EC E4 LDD ,s | |
| E973 C3 00 01 ADDD #1 ; correct index | |
| E976 58 ASLB ; CELLL* (ASSERT: CELLL=2!!!) | |
| E977 49 ROLA | |
| E978 AE EB LDX d,s ; pick value | |
| E97A AF E4 STX ,s ; replace TOP | |
| E97C 37 80 PULU pc | |
| E97E ; slow HL ... | |
| E97E ; jsr DOLST | |
| E97E ; FDB PLUS1,CELLS | |
| E97E ; FDB SPAT,PLUS,AT,EXIT | |
| E97E ; | |
| E97E ; | |
| E97E ; ROLL ( ... +n -- ... w ) | |
| E97E ; Copy the nth stack item to tos. | |
| E97E ; | |
| E97E E9 87 E9 6C FDB ROLL,L1010 | |
| E982 04 52 4F 4C 4C L1015: FCB 4,"ROLL" | |
| E987 ROLL: | |
| E987 ; XXX als Primitive! | |
| E987 ; slow HL ... | |
| E987 BD E1 12 JSR DOLST | |
| E98A E2 21 E3 11 FDB DUPP,TWO | |
| E98E E6 85 E1 40 E9 9A FDB LESS,QBRAN,ROL1 | |
| E994 E2 15 E1 57 E9 A8 FDB DROP,BRAN,ROL2 | |
| E99A E2 30 E1 EB E3 06 ROL1: FDB SWAP,TOR,ONE | |
| E9A0 E6 31 FDB SUBB | |
| E9A2 E9 87 E1 CB E2 30 FDB ROLL,RFROM,SWAP | |
| E9A8 E1 71 ROL2: FDB EXIT | |
| E9AA ; | |
| E9AA ; Memory access | |
| E9AA ; | |
| E9AA ; +! ( n a -- ) | |
| E9AA ; Add n to the contents at address a. | |
| E9AA ; | |
| E9AA E9 B1 E9 82 FDB PSTOR,L1015 | |
| E9AE 02 2B 21 L1020: FCB 2,"+!" | |
| E9B1 PSTOR: | |
| E9B1 35 10 PULS x ; address | |
| E9B3 35 06 PULS d ; value | |
| E9B5 E3 84 ADDD ,x ; add to value from address | |
| E9B7 ED 84 STD ,x ; store back | |
| E9B9 37 80 PULU pc | |
| E9BB ; | |
| E9BB ; XXX als Primitive! | |
| E9BB ; slow HL ... | |
| E9BB ; jsr DOLST | |
| E9BB ; FDB SWAP,OVER,AT,PLUS | |
| E9BB ; FDB SWAP,STORE,EXIT | |
| E9BB ; | |
| E9BB ; 2! ( d a -- ) | |
| E9BB ; Store the double integer to address a. | |
| E9BB ; | |
| E9BB E9 C2 E9 AE FDB DSTOR,L1020 | |
| E9BF 02 32 21 L1030: FCB 2,"2!" | |
| E9C2 DSTOR: | |
| E9C2 ; XXX als Primitive! | |
| E9C2 ; slow HL ... | |
| E9C2 BD E1 12 JSR DOLST | |
| E9C5 E2 30 E2 43 E1 7B FDB SWAP,OVER,STORE | |
| E9CB E8 D7 E1 7B E1 71 FDB CELLP,STORE,EXIT | |
| E9D1 ; | |
| E9D1 ; 2@ ( a -- d ) | |
| E9D1 ; Fetch double integer from address a. | |
| E9D1 ; | |
| E9D1 E9 D8 E9 BF FDB DAT,L1030 | |
| E9D5 02 32 40 L1040: FCB 2,"2@" | |
| E9D8 DAT: | |
| E9D8 ; XXX als Primitive! | |
| E9D8 ; slow HL ... | |
| E9D8 BD E1 12 JSR DOLST | |
| E9DB E2 21 E8 D7 E1 89 FDB DUPP,CELLP,AT | |
| E9E1 E2 30 E1 89 E1 71 FDB SWAP,AT,EXIT | |
| E9E7 ; | |
| E9E7 ; COUNT ( b -- b +n ) | |
| E9E7 ; Return count byte of a string and add 1 to byte address. | |
| E9E7 ; | |
| E9E7 E9 F1 E9 D5 FDB COUNT,L1040 | |
| E9EB 05 43 4F 55 4E 54 L1050: FCB 5,"COUNT" | |
| E9F1 BD E1 12 COUNT: JSR DOLST | |
| E9F4 E2 21 E5 96 FDB DUPP,PLUS1 | |
| E9F8 E2 30 E1 A5 E1 71 FDB SWAP,CAT,EXIT | |
| E9FE ; | |
| E9FE ; HERE ( -- a ) | |
| E9FE ; Return the top of the code dictionary. | |
| E9FE ; | |
| E9FE EA 07 E9 EB FDB HERE,L1050 | |
| EA02 04 48 45 52 45 L1060: FCB 4,"HERE" | |
| EA07 BD E1 12 HERE: JSR DOLST | |
| EA0A E4 93 E1 89 E1 71 FDB CP,AT,EXIT | |
| EA10 ; | |
| EA10 ; PAD ( -- a ) | |
| EA10 ; Return the address of the text buffer above the code dictionary. | |
| EA10 ; | |
| EA10 EA 18 EA 02 FDB PAD,L1060 | |
| EA14 03 50 41 44 L1070: FCB 3,"PAD" | |
| EA18 BD E1 12 PAD: JSR DOLST | |
| EA1B EA 07 E0 EF 00 50 E5 CF E1 71 FDB HERE,DOLIT,80,PLUS,EXIT | |
| EA25 ; | |
| EA25 ; TIB ( -- a ) | |
| EA25 ; Return the address of the terminal input buffer. | |
| EA25 ; | |
| EA25 EA 2D EA 14 FDB TIB,L1070 | |
| EA29 03 54 49 42 L1080: FCB 3,"TIB" | |
| EA2D BD E1 12 TIB: JSR DOLST | |
| EA30 E4 1A E8 D7 E1 89 E1 71 FDB NTIB,CELLP,AT,EXIT | |
| EA38 ; | |
| EA38 ; @EXECUTE ( a -- ) | |
| EA38 ; Execute vector stored in address a. | |
| EA38 ; | |
| EA38 EA 45 EA 29 FDB ATEXE,L1080 | |
| EA3C 08 40 45 58 45 43 55 54 45 L1090: FCB 8,"@EXECUTE" | |
| EA45 BD E1 12 ATEXE: JSR DOLST | |
| EA48 E1 89 E4 E3 FDB AT,QDUP ;?address or zero | |
| EA4C E1 40 EA 52 FDB QBRAN,EXE1 | |
| EA50 E1 67 FDB EXECU ;execute if non-zero | |
| EA52 E1 71 EXE1: FDB EXIT | |
| EA54 ; | |
| EA54 ; CMOVE ( b1 b2 u -- ) | |
| EA54 ; Copy u bytes from b1 to b2. | |
| EA54 ; | |
| EA54 EA 5E EA 3C FDB CMOVE,L1090 | |
| EA58 05 43 4D 4F 56 45 L1100: FCB 5,"CMOVE" | |
| EA5E CMOVE: | |
| EA5E 7E EA 81 JMP CMOVEW | |
| EA61 EC E4 LDD ,s ;count | |
| EA63 27 18 BEQ CMOVE3 ;zero -> leave | |
| EA65 5D TSTB ;count low | |
| EA66 27 02 BEQ CMOVE1 | |
| EA68 6C E4 INC ,s ;ajust high for to-0 decrementation | |
| EA6A CMOVE1: | |
| EA6A AE 62 LDX 2,s ;to addr | |
| EA6C EF 62 STU 2,s ;save reg on stack | |
| EA6E EE 64 LDU 4,s ;from addr | |
| EA70 A6 C0 CMOVE2: LDA ,u+ | |
| EA72 A7 80 STA ,x+ ;to | |
| EA74 5A DECB ;low count | |
| EA75 26 F9 BNE CMOVE2 | |
| EA77 6A E4 DEC ,s ;high count | |
| EA79 26 F5 BNE CMOVE2 | |
| EA7B EE 62 LDU 2,s | |
| EA7D 32 66 CMOVE3: LEAS 6,s | |
| EA7F 37 80 PULU pc | |
| EA81 ; | |
| EA81 ; alternative, wordwise copy ... | |
| EA81 EC E4 CMOVEW: LDD ,s | |
| EA83 AE 62 LDX 2,s ; destination | |
| EA85 10 AF E4 STY ,s ; save RP | |
| EA88 EF 62 STU 2,s ; save IP | |
| EA8A 10 AE 64 LDY 4,s ; source | |
| EA8D 44 LSRA ; divide by 2, count words | |
| EA8E 56 RORB ; | |
| EA8F 34 01 PSHS cc | |
| EA91 27 01 BEQ CMOVEW1 ; byte decrement correction | |
| EA93 4C INCA ; byte decrement high byte correction | |
| EA94 83 00 00 CMOVEW1: SUBD #0 | |
| EA97 27 0A BEQ CMOVEW3 | |
| EA99 EE A1 CMOVEW2: LDU ,y++ | |
| EA9B EF 81 STU ,x++ ; destination | |
| EA9D 5A DECB ; count low | |
| EA9E 26 F9 BNE CMOVEW2 | |
| EAA0 4A DECA ; count high (count to 0 corrected) | |
| EAA1 26 F6 BNE CMOVEW2 | |
| EAA3 35 01 CMOVEW3: PULS CC | |
| EAA5 24 04 BCC CMOVEW4 | |
| EAA7 A6 A4 LDA ,y | |
| EAA9 A7 84 STA ,x | |
| EAAB 35 60 CMOVEW4: PULS y,u | |
| EAAD 32 62 LEAS 2,s ; drop 3rd parameter | |
| EAAF 37 80 PULU pc ; next | |
| EAB1 ; | |
| EAB1 ; slow HL ... | |
| EAB1 ; jsr DOLST | |
| EAB1 ; FDB TOR | |
| EAB1 ; FDB BRAN,CMOV2 | |
| EAB1 ;CMOV1: FDB TOR,DUPP,CAT | |
| EAB1 ; FDB RAT,CSTOR | |
| EAB1 ; FDB PLUS1 | |
| EAB1 ; FDB RFROM,PLUS1 | |
| EAB1 ;CMOV2: FDB DONXT,CMOV1 | |
| EAB1 ; FDB DDROP,EXIT | |
| EAB1 ; | |
| EAB1 ; | |
| EAB1 ; FILL ( b u c -- ) | |
| EAB1 ; Fill u bytes of character c to area beginning at b. | |
| EAB1 ; | |
| EAB1 EA BA EA 58 FDB FILL,L1100 | |
| EAB5 04 46 49 4C 4C L1110: FCB 4,"FILL" | |
| EABA FILL: | |
| EABA EC 62 LDD 2,s ;count | |
| EABC 27 12 BEQ NFILL3 ;zero -> leave | |
| EABE 5D TSTB ;count low | |
| EABF 27 02 BEQ NFILL1 | |
| EAC1 6C 62 INC 2,s ;ajust high for to-0 decrementation | |
| EAC3 NFILL1: | |
| EAC3 AE 64 LDX 4,s ;to addr | |
| EAC5 A6 61 LDA 1,s ;fill byte, low byte from TOS | |
| EAC7 NFILL2: | |
| EAC7 A7 80 STA ,x+ ;to | |
| EAC9 5A DECB ;low count | |
| EACA 26 FB BNE NFILL2 | |
| EACC 6A 62 DEC 2,s ;high count | |
| EACE 26 F7 BNE NFILL2 | |
| EAD0 32 66 NFILL3: LEAS 6,s | |
| EAD2 37 80 PULU pc | |
| EAD4 ; slow HL ... | |
| EAD4 ; jsr DOLST | |
| EAD4 ; FDB SWAP,TOR,SWAP | |
| EAD4 ; FDB BRAN,FILL2 | |
| EAD4 ;FILL1: FDB DDUP,CSTOR,PLUS1 | |
| EAD4 ;FILL2: FDB DONXT,FILL1 | |
| EAD4 ; FDB DDROP,EXIT | |
| EAD4 ; | |
| EAD4 ; -TRAILING ( b u -- b u ) | |
| EAD4 ; Adjust the count to eliminate trailing white space. | |
| EAD4 ; | |
| EAD4 EA E2 EA B5 FDB DTRAI,L1110 | |
| EAD8 09 2D 54 52 41 49 4C 49 4E 47 L1120: FCB 9,"-TRAILING" | |
| EAE2 BD E1 12 DTRAI: JSR DOLST | |
| EAE5 E1 EB FDB TOR | |
| EAE7 E1 57 EB 01 FDB BRAN,DTRA2 | |
| EAEB E9 21 E2 43 E1 DE E5 CF E1 A5 E6 85 DTRA1: FDB BLANK,OVER,RAT,PLUS,CAT,LESS | |
| EAF7 E1 40 EB 01 FDB QBRAN,DTRA2 | |
| EAFB E1 CB E5 96 E1 71 FDB RFROM,PLUS1,EXIT | |
| EB01 E1 21 EA EB DTRA2: FDB DONXT,DTRA1 | |
| EB05 E2 FB E1 71 FDB ZERO,EXIT | |
| EB09 ; | |
| EB09 ; PACK$ ( b u a -- a ) | |
| EB09 ; Build a counted string with u characters from b. Null fill. | |
| EB09 ; | |
| EB09 EB 13 EA D8 FDB PACKS,L1120 | |
| EB0D 05 50 41 43 4B 24 L1130: FCB 5,"PACK$" | |
| EB13 BD E1 12 PACKS: JSR DOLST | |
| EB16 E2 21 E1 EB FDB DUPP,TOR ;strings only on cell boundary | |
| EB1A E5 21 E1 96 FDB DDUP,CSTOR | |
| EB1E E5 96 FDB PLUS1 ;count mod cell | |
| EB20 E5 21 E5 CF FDB DDUP,PLUS | |
| EB24 E2 FB E2 30 E1 96 FDB ZERO,SWAP,CSTOR ;null fill cell | |
| EB2A E2 30 EA 5E E1 CB E1 71 FDB SWAP,CMOVE,RFROM,EXIT ;move string | |
| EB32 ; | |
| EB32 ; Numeric output, single precision | |
| EB32 ; | |
| EB32 ; DIGIT ( u -- c ) | |
| EB32 ; Convert digit u to a character. | |
| EB32 ; | |
| EB32 EB 3C EB 0D FDB DIGIT,L1130 | |
| EB36 05 44 49 47 49 54 L1140: FCB 5,"DIGIT" | |
| EB3C BD E1 12 DIGIT: JSR DOLST | |
| EB3F E1 00 FDB DOCLIT | |
| EB41 09 FCB 9 | |
| EB42 E2 43 E6 85 FDB OVER,LESS | |
| EB46 E1 00 FDB DOCLIT | |
| EB48 07 FCB 7 | |
| EB49 E2 76 E5 CF FDB ANDD,PLUS | |
| EB4D E0 EF E5 CF E1 71 FDB DOLIT,"0",PLUS,EXIT | |
| EB53 ; | |
| EB53 ; EXTRACT ( n base -- n c ) | |
| EB53 ; Extract the least significant digit from n. | |
| EB53 ; | |
| EB53 EB 5F EB 36 FDB EXTRC,L1140 | |
| EB57 07 45 58 54 52 41 43 54 L1150: FCB 7,"EXTRACT" | |
| EB5F BD E1 12 EXTRC: JSR DOLST | |
| EB62 E2 FB E2 30 E7 33 FDB ZERO,SWAP,UMMOD | |
| EB68 E2 30 EB 3C E1 71 FDB SWAP,DIGIT,EXIT | |
| EB6E ; | |
| EB6E ; <# ( -- ) | |
| EB6E ; Initiate the numeric output process. | |
| EB6E ; | |
| EB6E EB 75 EB 57 FDB BDIGS,L1150 | |
| EB72 02 3C 23 L1160: FCB 2,"<#" | |
| EB75 BD E1 12 BDIGS: JSR DOLST | |
| EB78 EA 18 E4 54 E1 7B E1 71 FDB PAD,HLD,STORE,EXIT | |
| EB80 ; | |
| EB80 ; HOLD ( c -- ) | |
| EB80 ; Insert a character into the numeric output string. | |
| EB80 ; | |
| EB80 ; | |
| EB80 EB 89 EB 72 FDB HOLD,L1160 | |
| EB84 04 48 4F 4C 44 L1170: FCB 4,"HOLD" | |
| EB89 BD E1 12 HOLD: JSR DOLST | |
| EB8C E4 54 E1 89 E5 A6 FDB HLD,AT,MINUS1 | |
| EB92 E2 21 E4 54 E1 7B E1 96 E1 71 FDB DUPP,HLD,STORE,CSTOR,EXIT | |
| EB9C ; | |
| EB9C ; # ( u -- u ) | |
| EB9C ; Extract one digit from u and append the digit to output string. | |
| EB9C ; | |
| EB9C EB A2 EB 84 FDB DIG,L1170 | |
| EBA0 01 23 L1180: FCB 1,"#" | |
| EBA2 BD E1 12 DIG: JSR DOLST | |
| EBA5 E3 E4 E1 89 EB 5F EB 89 E1 71 FDB BASE,AT,EXTRC,HOLD,EXIT | |
| EBAF ; | |
| EBAF ; #S ( u -- 0 ) | |
| EBAF ; Convert u until all digits are added to the output string. | |
| EBAF ; | |
| EBAF EB B6 EB A0 FDB DIGS,L1180 | |
| EBB3 02 23 53 L1190: FCB 2,"#S" | |
| EBB6 BD E1 12 DIGS: JSR DOLST | |
| EBB9 EB A2 E2 21 DIGS1: FDB DIG,DUPP | |
| EBBD E1 40 EB C5 FDB QBRAN,DIGS2 | |
| EBC1 E1 57 EB B9 FDB BRAN,DIGS1 | |
| EBC5 E1 71 DIGS2: FDB EXIT | |
| EBC7 ; | |
| EBC7 ; SIGN ( n -- ) | |
| EBC7 ; Add a minus sign to the numeric output string. | |
| EBC7 ; | |
| EBC7 EB D0 EB B3 FDB SIGN,L1190 | |
| EBCB 04 53 49 47 4E L1200: FCB 4,"SIGN" | |
| EBD0 BD E1 12 SIGN: JSR DOLST | |
| EBD3 E2 50 FDB ZLESS | |
| EBD5 E1 40 EB DD FDB QBRAN,SIGN1 | |
| EBD9 E0 EF EB 89 FDB DOLIT,"-",HOLD | |
| EBDD E1 71 SIGN1: FDB EXIT | |
| EBDF ; | |
| EBDF ; #> ( w -- b u ) | |
| EBDF ; Prepare the output string to be TYPE'd. | |
| EBDF ; | |
| EBDF EB E6 EB CB FDB EDIGS,L1200 | |
| EBE3 02 23 3E L1210: FCB 2,"#>" | |
| EBE6 BD E1 12 EDIGS: JSR DOLST | |
| EBE9 E2 15 E4 54 E1 89 FDB DROP,HLD,AT | |
| EBEF EA 18 E2 43 E6 31 E1 71 FDB PAD,OVER,SUBB,EXIT | |
| EBF7 ; | |
| EBF7 ; str ( w -- b u ) | |
| EBF7 ; Convert a signed integer to a numeric string. | |
| EBF7 ; | |
| EBF7 EB FF EB E3 FDB STR,L1210 | |
| EBFB 03 73 74 72 L1220: FCB 3,"str" | |
| EBFF BD E1 12 STR: JSR DOLST | |
| EC02 E2 21 E1 EB E6 41 FDB DUPP,TOR,ABSS | |
| EC08 EB 75 EB B6 E1 CB FDB BDIGS,DIGS,RFROM | |
| EC0E EB D0 EB E6 E1 71 FDB SIGN,EDIGS,EXIT | |
| EC14 ; | |
| EC14 ; HEX ( -- ) | |
| EC14 ; Use radix 16 as base for numeric conversions. | |
| EC14 ; | |
| EC14 EC 1C EB FB FDB HEX,L1220 | |
| EC18 03 48 45 58 L1230: FCB 3,"HEX" | |
| EC1C BD E1 12 HEX: JSR DOLST | |
| EC1F E1 00 FDB DOCLIT | |
| EC21 10 FCB 16 | |
| EC22 E3 E4 E1 7B E1 71 FDB BASE,STORE,EXIT | |
| EC28 ; | |
| EC28 ; DECIMAL ( -- ) | |
| EC28 ; Use radix 10 as base for numeric conversions. | |
| EC28 ; | |
| EC28 EC 34 EC 18 FDB DECIM,L1230 | |
| EC2C 07 44 45 43 49 4D 41 4C L1240: FCB 7,"DECIMAL" | |
| EC34 BD E1 12 DECIM: JSR DOLST | |
| EC37 E1 00 FDB DOCLIT | |
| EC39 0A FCB 10 | |
| EC3A E3 E4 E1 7B E1 71 FDB BASE,STORE,EXIT | |
| EC40 ; | |
| EC40 ; Numeric input, single precision | |
| EC40 ; | |
| EC40 ; DIGIT? ( c base -- u t ) | |
| EC40 ; Convert a character to its numeric value. A flag indicates success. | |
| EC40 ; | |
| EC40 EC 4B EC 2C FDB DIGTQ,L1240 | |
| EC44 06 44 49 47 49 54 3F L1250: FCB 6,"DIGIT?" | |
| EC4B BD E1 12 DIGTQ: JSR DOLST | |
| EC4E E1 EB E0 EF E6 31 FDB TOR,DOLIT,"0",SUBB | |
| EC54 E1 00 FDB DOCLIT | |
| EC56 09 FCB 9 | |
| EC57 E2 43 E6 85 FDB OVER,LESS | |
| EC5B E1 40 EC 6E FDB QBRAN,DGTQ1 | |
| EC5F E1 00 FDB DOCLIT | |
| EC61 07 FCB 7 | |
| EC62 E6 31 FDB SUBB | |
| EC64 E2 21 E0 EF 00 0A E6 85 E2 87 FDB DUPP,DOLIT,10,LESS,ORR | |
| EC6E E2 21 E1 CB E6 6E E1 71 DGTQ1: FDB DUPP,RFROM,ULESS,EXIT | |
| EC76 ; | |
| EC76 ; NUMBER? ( a -- n T | a F ) | |
| EC76 ; Convert a number string to integer. Push a flag on tos. | |
| EC76 ; | |
| EC76 EC 82 EC 44 FDB NUMBQ,L1250 | |
| EC7A 07 4E 55 4D 42 45 52 3F L1260: FCB 7,"NUMBER?" | |
| EC82 BD E1 12 NUMBQ: JSR DOLST | |
| EC85 E3 E4 E1 89 E1 EB E2 FB E2 43 E9 F1 FDB BASE,AT,TOR,ZERO,OVER,COUNT | |
| EC91 E2 43 E1 A5 E0 EF E6 56 FDB OVER,CAT,DOLIT,"$",EQUAL | |
| EC99 E1 40 EC A7 FDB QBRAN,NUMQ1 | |
| EC9D EC 1C E2 30 E5 96 FDB HEX,SWAP,PLUS1 | |
| ECA3 E2 30 E5 A6 FDB SWAP,MINUS1 | |
| ECA7 E2 43 E1 A5 E0 EF E6 56 E1 EB NUMQ1: FDB OVER,CAT,DOLIT,"-",EQUAL,TOR | |
| ECB1 E2 30 E1 DE E6 31 E2 30 E1 DE E5 CF E4 E3 FDB SWAP,RAT,SUBB,SWAP,RAT,PLUS,QDUP | |
| ECBF E1 40 ED 07 FDB QBRAN,NUMQ6 | |
| ECC3 E5 A6 E1 EB FDB MINUS1,TOR | |
| ECC7 E2 21 E1 EB E1 A5 E3 E4 E1 89 EC 4B NUMQ2: FDB DUPP,TOR,CAT,BASE,AT,DIGTQ | |
| ECD3 E1 40 EC FB FDB QBRAN,NUMQ4 | |
| ECD7 E2 30 E3 E4 E1 89 E8 77 E5 CF E1 CB FDB SWAP,BASE,AT,STAR,PLUS,RFROM | |
| ECE3 E5 96 FDB PLUS1 | |
| ECE5 E1 21 EC C7 FDB DONXT,NUMQ2 | |
| ECE9 E1 DE E2 30 E2 15 FDB RAT,SWAP,DROP | |
| ECEF E1 40 EC F5 FDB QBRAN,NUMQ3 | |
| ECF3 E5 F8 FDB NEGAT | |
| ECF5 E2 30 NUMQ3: FDB SWAP | |
| ECF7 E1 57 ED 05 FDB BRAN,NUMQ5 | |
| ECFB E1 CB E1 CB E5 0F E5 0F E2 FB NUMQ4: FDB RFROM,RFROM,DDROP,DDROP,ZERO | |
| ED05 E2 21 NUMQ5: FDB DUPP | |
| ED07 E1 CB E5 0F NUMQ6: FDB RFROM,DDROP | |
| ED0B E1 CB E3 E4 E1 7B E1 71 FDB RFROM,BASE,STORE,EXIT | |
| ED13 ; | |
| ED13 ; Basic I/O | |
| ED13 ; | |
| ED13 ; ?KEY ( -- c T | F ) | |
| ED13 ; Return input character and true, or a false if no input. | |
| ED13 ; | |
| ED13 ; | |
| ED13 ED 1C EC 7A FDB QKEY,L1260 | |
| ED17 04 3F 4B 45 59 L1270: FCB 4,"?KEY" | |
| ED1C BD E1 12 QKEY: JSR DOLST | |
| ED1F E3 88 EA 45 E1 71 FDB TQKEY,ATEXE,EXIT | |
| ED25 ; | |
| ED25 ; KEY ( -- c ) | |
| ED25 ; Wait for and return an input character. | |
| ED25 ; | |
| ED25 ED 2D ED 17 FDB KEY,L1270 | |
| ED29 03 4B 45 59 L1280: FCB 3,"KEY" | |
| ED2D BD E1 12 KEY: JSR DOLST | |
| ED30 ED 1C KEY1: FDB QKEY | |
| ED32 E1 40 ED 30 FDB QBRAN,KEY1 | |
| ED36 E1 71 FDB EXIT | |
| ED38 ; | |
| ED38 ; EMIT ( c -- ) | |
| ED38 ; Send a character to the output device. | |
| ED38 ; | |
| ED38 ED 41 ED 29 FDB EMIT,L1280 | |
| ED3C 04 45 4D 49 54 L1290: FCB 4,"EMIT" | |
| ED41 BD E1 12 EMIT: JSR DOLST | |
| ED44 E3 97 EA 45 E1 71 FDB TEMIT,ATEXE,EXIT | |
| ED4A ; | |
| ED4A ; NUF? ( -- t ) | |
| ED4A ; Return false if no input, else pause and if CR return true. | |
| ED4A ; | |
| ED4A ED 53 ED 3C FDB NUFQ,L1290 | |
| ED4E 04 4E 55 46 3F L1300: FCB 4,"NUF?" | |
| ED53 BD E1 12 NUFQ: JSR DOLST | |
| ED56 ED 1C E2 21 FDB QKEY,DUPP | |
| ED5A E1 40 ED 67 FDB QBRAN,NUFQ1 | |
| ED5E E5 0F ED 2D E1 00 FDB DDROP,KEY,DOCLIT | |
| ED64 0A FCB CRR | |
| ED65 E6 56 FDB EQUAL | |
| ED67 E1 71 NUFQ1: FDB EXIT | |
| ED69 ; | |
| ED69 ; PACE ( -- ) | |
| ED69 ; Send a pace character for the file downloading process. | |
| ED69 ; | |
| ED69 ED 72 ED 4E FDB PACE,L1300 | |
| ED6D 04 50 41 43 45 L1310: FCB 4,"PACE" | |
| ED72 BD E1 12 PACE: JSR DOLST | |
| ED75 E1 00 FDB DOCLIT | |
| ED77 0B FCB 11 | |
| ED78 ED 41 E1 71 FDB EMIT,EXIT | |
| ED7C ; | |
| ED7C ; SPACE ( -- ) | |
| ED7C ; Send the blank character to the output device. | |
| ED7C ; | |
| ED7C ED 86 ED 6D FDB SPACE,L1310 | |
| ED80 05 53 50 41 43 45 L1320: FCB 5,"SPACE" | |
| ED86 BD E1 12 SPACE: JSR DOLST | |
| ED89 E9 21 ED 41 E1 71 FDB BLANK,EMIT,EXIT | |
| ED8F ; | |
| ED8F ; SPACES ( +n -- ) | |
| ED8F ; Send n spaces to the output device. | |
| ED8F ; | |
| ED8F ED 9A ED 80 FDB SPACS,L1320 | |
| ED93 06 53 50 41 43 45 53 L1330: FCB 6,"SPACES" | |
| ED9A BD E1 12 SPACS: JSR DOLST | |
| ED9D E2 FB E6 9E E1 EB FDB ZERO,MAX,TOR | |
| EDA3 E1 57 ED A9 FDB BRAN,CHAR2 | |
| EDA7 ED 86 CHAR1: FDB SPACE | |
| EDA9 E1 21 ED A7 CHAR2: FDB DONXT,CHAR1 | |
| EDAD E1 71 FDB EXIT | |
| EDAF ; | |
| EDAF ; TYPE ( b u -- ) | |
| EDAF ; Output u characters from b. | |
| EDAF ; | |
| EDAF ED B8 ED 93 FDB TYPES,L1330 | |
| EDB3 04 54 59 50 45 L1340: FCB 4,"TYPE" | |
| EDB8 BD E1 12 TYPES: JSR DOLST | |
| EDBB E1 EB FDB TOR | |
| EDBD E1 57 ED C9 FDB BRAN,TYPE2 | |
| EDC1 E2 21 E1 A5 ED 41 TYPE1: FDB DUPP,CAT,EMIT | |
| EDC7 E5 96 FDB PLUS1 | |
| EDC9 E1 21 ED C1 TYPE2: FDB DONXT,TYPE1 | |
| EDCD E2 15 E1 71 FDB DROP,EXIT | |
| EDD1 ; | |
| EDD1 ; CR ( -- ) | |
| EDD1 ; Output a carriage return and a line feed. | |
| EDD1 ; | |
| EDD1 ED D8 ED B3 FDB CR,L1340 | |
| EDD5 02 43 52 L1350: FCB 2,"CR" | |
| EDD8 BD E1 12 CR: JSR DOLST | |
| EDDB E1 00 FDB DOCLIT | |
| EDDD 0A FCB CRR | |
| EDDE ED 41 FDB EMIT | |
| EDE0 E1 00 FDB DOCLIT | |
| EDE2 0D FCB LF | |
| EDE3 ED 41 E1 71 FDB EMIT,EXIT | |
| EDE7 ; | |
| EDE7 ; do$ ( -- a ) | |
| EDE7 ; Return the address of a compiled string. | |
| EDE7 ; | |
| EDE7 ED EF ED D5 FDB DOSTR,L1350 | |
| EDEB 43 64 6F 24 L1360: FCB COMPO+3,"do$" | |
| EDEF BD E1 12 DOSTR: JSR DOLST | |
| EDF2 E1 CB E1 DE E1 CB E9 F1 E5 CF FDB RFROM,RAT,RFROM,COUNT,PLUS | |
| EDFC E9 15 E1 EB E2 30 E1 EB E1 71 FDB ALGND,TOR,SWAP,TOR,EXIT | |
| EE06 ; | |
| EE06 ; $"| ( -- a ) | |
| EE06 ; Run time routine compiled by $". Return address of a compiled string. | |
| EE06 ; | |
| EE06 EE 0E ED EB FDB STRQP,L1360 | |
| EE0A 43 24 22 7C L1370: FCB COMPO+3,"$",$22,"|" | |
| EE0E BD E1 12 STRQP: JSR DOLST | |
| EE11 ED EF E1 71 FDB DOSTR,EXIT ;force a call to do$ | |
| EE15 ; | |
| EE15 ; ."| ( -- ) | |
| EE15 ; Run time routine of ." . Output a compiled string. | |
| EE15 ; | |
| EE15 EE 1D EE 0A FDB DOTQP,L1370 | |
| EE19 43 2E 22 7C L1380: FCB COMPO+3,".",$22,"|" | |
| EE1D BD E1 12 DOTQP: JSR DOLST | |
| EE20 ED EF E9 F1 ED B8 E1 71 FDB DOSTR,COUNT,TYPES,EXIT | |
| EE28 ; | |
| EE28 ; .R ( n +n -- ) | |
| EE28 ; Display an integer in a field of n columns, right justified. | |
| EE28 ; | |
| EE28 EE 2F EE 19 FDB DOTR,L1380 | |
| EE2C 02 2E 52 L1390: FCB 2,".R" | |
| EE2F BD E1 12 DOTR: JSR DOLST | |
| EE32 E1 EB EB FF E1 CB E2 43 E6 31 FDB TOR,STR,RFROM,OVER,SUBB | |
| EE3C ED 9A ED B8 E1 71 FDB SPACS,TYPES,EXIT | |
| EE42 ; | |
| EE42 ; U.R ( u +n -- ) | |
| EE42 ; Display an unsigned integer in n column, right justified. | |
| EE42 ; | |
| EE42 EE 4A EE 2C FDB UDOTR,L1390 | |
| EE46 03 55 2E 52 L1400: FCB 3,"U.R" | |
| EE4A BD E1 12 UDOTR: JSR DOLST | |
| EE4D E1 EB EB 75 EB B6 EB E6 FDB TOR,BDIGS,DIGS,EDIGS | |
| EE55 E1 CB E2 43 E6 31 FDB RFROM,OVER,SUBB | |
| EE5B ED 9A ED B8 E1 71 FDB SPACS,TYPES,EXIT | |
| EE61 ; | |
| EE61 ; U. ( u -- ) | |
| EE61 ; Display an unsigned integer in free format. | |
| EE61 ; | |
| EE61 EE 68 EE 46 FDB UDOT,L1400 | |
| EE65 02 55 2E L1410: FCB 2,"U." | |
| EE68 BD E1 12 UDOT: JSR DOLST | |
| EE6B EB 75 EB B6 EB E6 FDB BDIGS,DIGS,EDIGS | |
| EE71 ED 86 ED B8 E1 71 FDB SPACE,TYPES,EXIT | |
| EE77 ; | |
| EE77 ; . ( w -- ) | |
| EE77 ; Display an integer in free format, preceeded by a space. | |
| EE77 ; | |
| EE77 EE 7D EE 65 FDB DOT,L1410 | |
| EE7B 01 2E L1420: FCB 1,"." | |
| EE7D BD E1 12 DOT: JSR DOLST | |
| EE80 E3 E4 E1 89 E1 00 FDB BASE,AT,DOCLIT | |
| EE86 0A FCB 10 | |
| EE87 E2 99 FDB XORR ;?decimal | |
| EE89 E1 40 EE 91 FDB QBRAN,DOT1 | |
| EE8D EE 68 E1 71 FDB UDOT,EXIT ;no, display unsigned | |
| EE91 EB FF ED 86 ED B8 E1 71 DOT1: FDB STR,SPACE,TYPES,EXIT | |
| EE99 ; | |
| EE99 ; ? ( a -- ) | |
| EE99 ; Display the contents in a memory cell. | |
| EE99 ; | |
| EE99 EE 9F EE 7B FDB QUEST,L1420 | |
| EE9D 01 3F L1430: FCB 1,"?" | |
| EE9F BD E1 12 QUEST: JSR DOLST | |
| EEA2 E1 89 EE 7D E1 71 FDB AT,DOT,EXIT | |
| EEA8 ; | |
| EEA8 ; Parsing | |
| EEA8 ; | |
| EEA8 ; parse ( b u c -- b u delta ; <string> ) | |
| EEA8 ; Scan string delimited by c. Return found string and its offset. | |
| EEA8 ; | |
| EEA8 EE B2 EE 9D FDB PARS,L1430 | |
| EEAC 05 70 61 72 73 65 L1440: FCB 5,"parse" | |
| EEB2 BD E1 12 PARS: JSR DOLST | |
| EEB5 E3 F1 E1 7B E2 43 E1 EB E2 21 FDB TEMP,STORE,OVER,TOR,DUPP | |
| EEBF E1 40 EF 3B FDB QBRAN,PARS8 | |
| EEC3 E5 A6 E3 F1 E1 89 E9 21 E6 56 FDB MINUS1,TEMP,AT,BLANK,EQUAL | |
| EECD E1 40 EE F5 FDB QBRAN,PARS3 | |
| EED1 E1 EB FDB TOR | |
| EED3 E9 21 E2 43 E1 A5 PARS1: FDB BLANK,OVER,CAT | |
| EED9 E6 31 E2 50 E5 DF FDB SUBB,ZLESS,INVER | |
| EEDF E1 40 EE F3 FDB QBRAN,PARS2 | |
| EEE3 E5 96 FDB PLUS1 | |
| EEE5 E1 21 EE D3 FDB DONXT,PARS1 | |
| EEE9 E1 CB E2 15 E2 FB E2 21 E1 71 FDB RFROM,DROP,ZERO,DUPP,EXIT | |
| EEF3 E1 CB PARS2: FDB RFROM | |
| EEF5 E2 43 E2 30 PARS3: FDB OVER,SWAP | |
| EEF9 E1 EB FDB TOR | |
| EEFB E3 F1 E1 89 E2 43 E1 A5 E6 31 PARS4: FDB TEMP,AT,OVER,CAT,SUBB | |
| EF05 E3 F1 E1 89 E9 21 E6 56 FDB TEMP,AT,BLANK,EQUAL | |
| EF0D E1 40 EF 13 FDB QBRAN,PARS5 | |
| EF11 E2 50 FDB ZLESS | |
| EF13 E1 40 EF 25 PARS5: FDB QBRAN,PARS6 | |
| EF17 E5 96 FDB PLUS1 | |
| EF19 E1 21 EE FB FDB DONXT,PARS4 | |
| EF1D E2 21 E1 EB FDB DUPP,TOR | |
| EF21 E1 57 EF 2F FDB BRAN,PARS7 | |
| EF25 E1 CB E2 15 E2 21 PARS6: FDB RFROM,DROP,DUPP | |
| EF2B E5 96 E1 EB FDB PLUS1,TOR | |
| EF2F E2 43 E6 31 PARS7: FDB OVER,SUBB | |
| EF33 E1 CB E1 CB E6 31 E1 71 FDB RFROM,RFROM,SUBB,EXIT | |
| EF3B E2 43 E1 CB E6 31 E1 71 PARS8: FDB OVER,RFROM,SUBB,EXIT | |
| EF43 ; | |
| EF43 ; PARSE ( c -- b u ; <string> ) | |
| EF43 ; Scan input stream and return counted string delimited by c. | |
| EF43 ; | |
| EF43 EF 4D EE AC FDB PARSE,L1440 | |
| EF47 05 50 41 52 53 45 L1450: FCB 5,"PARSE" | |
| EF4D BD E1 12 PARSE: JSR DOLST | |
| EF50 E1 EB EA 2D E4 0C E1 89 E5 CF FDB TOR,TIB,INN,AT,PLUS ;current input buffer pointer | |
| EF5A E4 1A E1 89 E4 0C E1 89 E6 31 FDB NTIB,AT,INN,AT,SUBB ;remaining count | |
| EF64 E1 CB EE B2 E4 0C E9 B1 E1 71 FDB RFROM,PARS,INN,PSTOR,EXIT | |
| EF6E ; | |
| EF6E ; .( ( -- ) | |
| EF6E ; Output following string up to next ) . | |
| EF6E ; | |
| EF6E EF 75 EF 47 FDB DOTPR,L1450 | |
| EF72 82 2E 28 L1460: FCB IMEDD+2,".(" | |
| EF75 BD E1 12 DOTPR: JSR DOLST | |
| EF78 E0 EF EF 4D ED B8 E1 71 FDB DOLIT,")",PARSE,TYPES,EXIT | |
| EF80 ; | |
| EF80 ; ( ( -- ) | |
| EF80 ; Ignore following string up to next ) . A comment. | |
| EF80 ; | |
| EF80 EF 86 EF 72 FDB PAREN,L1460 | |
| EF84 81 28 L1470: FCB IMEDD+1,"(" | |
| EF86 BD E1 12 PAREN: JSR DOLST | |
| EF89 E0 EF EF 4D E5 0F E1 71 FDB DOLIT,")",PARSE,DDROP,EXIT | |
| EF91 ; | |
| EF91 ; \ ( -- ) | |
| EF91 ; Ignore following text till the end of line. | |
| EF91 ; | |
| EF91 EF 97 EF 84 FDB BKSLA,L1470 | |
| EF95 81 5C L1480: FCB IMEDD+1,92 | |
| EF97 BD E1 12 BKSLA: JSR DOLST | |
| EF9A E4 1A E1 89 E4 0C E1 7B E1 71 FDB NTIB,AT,INN,STORE,EXIT | |
| EFA4 ; | |
| EFA4 ; CHAR ( -- c ) | |
| EFA4 ; Parse next word and return its first character. | |
| EFA4 ; | |
| EFA4 EF AD EF 95 FDB CHAR,L1480 | |
| EFA8 04 43 48 41 52 L1490: FCB 4,"CHAR" | |
| EFAD BD E1 12 CHAR: JSR DOLST | |
| EFB0 E9 21 EF 4D E2 15 E1 A5 E1 71 FDB BLANK,PARSE,DROP,CAT,EXIT | |
| EFBA ; | |
| EFBA ; TOKEN ( -- a ; <string> ) | |
| EFBA ; Parse a word from input stream and copy it to name dictionary. | |
| EFBA ; | |
| EFBA EF C4 EF A8 FDB TOKEN,L1490 | |
| EFBE 05 54 4F 4B 45 4E L1500: FCB 5,"TOKEN" | |
| EFC4 BD E1 12 TOKEN: JSR DOLST | |
| EFC7 E9 21 EF 4D E1 00 FDB BLANK,PARSE,DOCLIT | |
| EFCD 1F FCB 31 | |
| EFCE E6 B7 FDB MIN | |
| EFD0 E4 9F E1 89 E2 43 E6 31 E8 EB FDB NP,AT,OVER,SUBB,CELLM | |
| EFDA EB 13 E1 71 FDB PACKS,EXIT | |
| EFDE ; | |
| EFDE ; WORD ( c -- a ; <string> ) | |
| EFDE ; Parse a word from input stream and copy it to code dictionary. | |
| EFDE ; | |
| EFDE EF E7 EF BE FDB WORD,L1500 | |
| EFE2 04 57 4F 52 44 L1510: FCB 4,"WORD" | |
| EFE7 BD E1 12 WORD: JSR DOLST | |
| EFEA EF 4D EA 07 EB 13 E1 71 FDB PARSE,HERE,PACKS,EXIT | |
| EFF2 ; | |
| EFF2 ; Dictionary search | |
| EFF2 ; | |
| EFF2 ; NAME> ( na -- ca ) | |
| EFF2 ; Return a code address given a name address. | |
| EFF2 ; | |
| EFF2 EF FC EF E2 FDB NAMET,L1510 | |
| EFF6 05 4E 41 4D 45 3E L1520: FCB 5,"NAME>" | |
| EFFC BD E1 12 NAMET: JSR DOLST | |
| EFFF E8 EB E8 EB E1 89 E1 71 FDB CELLM,CELLM,AT,EXIT | |
| F007 ; | |
| F007 ; SAME? ( a a u -- a a f \ -0+ ) | |
| F007 ; Compare u bytes in two strings. Return 0 if identical. | |
| F007 ; | |
| F007 F0 11 EF F6 FDB SAMEQ,L1520 | |
| F00B 05 53 41 4D 45 3F L1530: FCB 5,"SAME?" | |
| F011 BD E1 12 SAMEQ: JSR DOLST | |
| F014 E1 EB FDB TOR | |
| F016 E1 57 F0 38 FDB BRAN,SAME2 | |
| F01A E2 43 E1 DE E5 CF E1 A5 SAME1: FDB OVER,RAT,PLUS,CAT | |
| F022 E2 43 E1 DE E5 CF E1 A5 FDB OVER,RAT,PLUS,CAT | |
| F02A E6 31 E4 E3 FDB SUBB,QDUP | |
| F02E E1 40 F0 38 FDB QBRAN,SAME2 | |
| F032 E1 CB E2 15 E1 71 FDB RFROM,DROP,EXIT | |
| F038 E1 21 F0 1A SAME2: FDB DONXT,SAME1 | |
| F03C E0 EF 00 00 E1 71 FDB DOLIT,0,EXIT | |
| F042 ; | |
| F042 ; find ( a va -- ca na | a F ) | |
| F042 ; Search a vocabulary for a string. Return ca and na if succeeded. | |
| F042 ; | |
| F042 F0 4B F0 0B FDB FIND,L1530 | |
| F046 04 66 69 6E 64 L1540: FCB 4,"find" | |
| F04B BD E1 12 FIND: JSR DOLST | |
| F04E E2 30 E2 21 E1 A5 E5 A6 FDB SWAP,DUPP,CAT,MINUS1 | |
| F056 E3 F1 E1 7B FDB TEMP,STORE | |
| F05A E2 21 E1 89 E1 EB E8 D7 E2 30 FDB DUPP,AT,TOR,CELLP,SWAP | |
| F064 E1 89 E2 21 FIND1: FDB AT,DUPP | |
| F068 E1 40 F0 92 FDB QBRAN,FIND6 | |
| F06C E2 21 E1 89 E0 EF 1F 7F E2 76 E1 DE E2 99 FDB DUPP,AT,DOLIT,MASKK,ANDD,RAT,XORR | |
| F07A E1 40 F0 86 FDB QBRAN,FIND2 | |
| F07E E8 D7 E3 1D FDB CELLP,MONE | |
| F082 E1 57 F0 8E FDB BRAN,FIND3 | |
| F086 E8 D7 E3 F1 E1 89 F0 11 FIND2: FDB CELLP,TEMP,AT,SAMEQ | |
| F08E E1 57 F0 9E FIND3: FDB BRAN,FIND4 | |
| F092 E1 CB E2 15 FIND6: FDB RFROM,DROP | |
| F096 E2 30 E8 EB E2 30 E1 71 FDB SWAP,CELLM,SWAP,EXIT | |
| F09E E1 40 F0 AA FIND4: FDB QBRAN,FIND5 | |
| F0A2 E8 EB E8 EB FDB CELLM,CELLM | |
| F0A6 E1 57 F0 64 FDB BRAN,FIND1 | |
| F0AA E1 CB E2 15 E2 30 E2 15 FIND5: FDB RFROM,DROP,SWAP,DROP | |
| F0B2 E8 EB FDB CELLM | |
| F0B4 E2 21 EF FC E2 30 E1 71 FDB DUPP,NAMET,SWAP,EXIT | |
| F0BC ; | |
| F0BC ; NAME? ( a -- ca na | a F ) | |
| F0BC ; Search all context vocabularies for a string. | |
| F0BC ; | |
| F0BC F0 C6 F0 46 FDB NAMEQ,L1540 | |
| F0C0 05 4E 41 4D 45 3F L1550: FCB 5,"NAME?" | |
| F0C6 BD E1 12 NAMEQ: JSR DOLST | |
| F0C9 E4 76 E2 21 E9 D8 E2 99 FDB CNTXT,DUPP,DAT,XORR | |
| F0D1 E1 40 F0 D7 FDB QBRAN,NAMQ1 | |
| F0D5 E8 EB FDB CELLM | |
| F0D7 E1 EB NAMQ1: FDB TOR | |
| F0D9 E1 CB E8 D7 E2 21 E1 EB NAMQ2: FDB RFROM,CELLP,DUPP,TOR | |
| F0E1 E1 89 E4 E3 FDB AT,QDUP | |
| F0E5 E1 40 F0 F7 FDB QBRAN,NAMQ3 | |
| F0E9 F0 4B E4 E3 FDB FIND,QDUP | |
| F0ED E1 40 F0 D9 FDB QBRAN,NAMQ2 | |
| F0F1 E1 CB E2 15 E1 71 FDB RFROM,DROP,EXIT | |
| F0F7 E1 CB E2 15 NAMQ3: FDB RFROM,DROP | |
| F0FB E2 FB E1 71 FDB ZERO,EXIT | |
| F0FF ; | |
| F0FF ; Terminal response | |
| F0FF ; | |
| F0FF ; ^H ( bot eot cur -- bot eot cur ) | |
| F0FF ; Backup the cursor by one character. | |
| F0FF ; | |
| F0FF F1 06 F0 C0 FDB BKSP,L1550 | |
| F103 02 5E 48 L1560: FCB 2,"^H" | |
| F106 BD E1 12 BKSP: JSR DOLST | |
| F109 E1 EB E2 43 E1 CB E2 30 E2 43 E2 99 FDB TOR,OVER,RFROM,SWAP,OVER,XORR | |
| F115 E1 40 F1 31 FDB QBRAN,BACK1 | |
| F119 E0 EF 00 08 E3 C5 EA 45 E5 A6 FDB DOLIT,BKSPP,TECHO,ATEXE,MINUS1 | |
| F123 E9 21 E3 C5 EA 45 FDB BLANK,TECHO,ATEXE | |
| F129 E0 EF 00 08 E3 C5 EA 45 FDB DOLIT,BKSPP,TECHO,ATEXE | |
| F131 E1 71 BACK1: FDB EXIT | |
| F133 ; | |
| F133 ; TAP ( bot eot cur c -- bot eot cur ) | |
| F133 ; Accept and echo the key stroke and bump the cursor. | |
| F133 ; | |
| F133 F1 3B F1 03 FDB TAP,L1560 | |
| F137 03 54 41 50 L1570: FCB 3,"TAP" | |
| F13B BD E1 12 TAP: JSR DOLST | |
| F13E E2 21 E3 C5 EA 45 FDB DUPP,TECHO,ATEXE | |
| F144 E2 43 E1 96 E5 96 E1 71 FDB OVER,CSTOR,PLUS1,EXIT | |
| F14C ; | |
| F14C ; kTAP ( bot eot cur c -- bot eot cur ) | |
| F14C ; Process a key stroke, CR or backspace. | |
| F14C ; | |
| F14C F1 55 F1 37 FDB KTAP,L1570 | |
| F150 04 6B 54 41 50 L1580: FCB 4,"kTAP" | |
| F155 BD E1 12 KTAP: JSR DOLST | |
| F158 E2 21 E1 00 FDB DUPP,DOCLIT | |
| F15C 0A FCB CRR | |
| F15D E2 99 FDB XORR | |
| F15F E1 40 F1 83 FDB QBRAN,KTAP2 | |
| F163 E2 21 E0 EF 00 08 E2 99 FDB DUPP,DOLIT,BKSPP,XORR | |
| F16B E2 30 E0 EF 00 7F E2 99 E2 76 FDB SWAP,DOLIT,BKSPP2,XORR,ANDD | |
| F175 E1 40 F1 7F FDB QBRAN,KTAP1 | |
| F179 E9 21 F1 3B E1 71 FDB BLANK,TAP,EXIT | |
| F17F F1 06 E1 71 KTAP1: FDB BKSP,EXIT | |
| F183 E2 15 E2 30 E2 15 E2 21 E1 71 KTAP2: FDB DROP,SWAP,DROP,DUPP,EXIT | |
| F18D ; | |
| F18D ; accept ( b u -- b u ) | |
| F18D ; Accept characters to input buffer. Return with actual count. | |
| F18D ; | |
| F18D F1 98 F1 50 FDB ACCEP,L1580 | |
| F191 06 41 43 43 45 50 54 L1590: FCB 6,"ACCEPT" | |
| F198 BD E1 12 ACCEP: JSR DOLST | |
| F19B E2 43 E5 CF E2 43 FDB OVER,PLUS,OVER | |
| F1A1 E5 21 E2 99 ACCP1: FDB DDUP,XORR | |
| F1A5 E1 40 F1 C7 FDB QBRAN,ACCP4 | |
| F1A9 ED 2D E2 21 FDB KEY,DUPP | |
| F1AD ; FDB BLANK,SUBB,DOLIT,95,ULESS | |
| F1AD E9 21 E0 EF 00 7F E6 D5 FDB BLANK,DOLIT,127,WITHI | |
| F1B5 E1 40 F1 BF FDB QBRAN,ACCP2 | |
| F1B9 F1 3B FDB TAP | |
| F1BB E1 57 F1 C3 FDB BRAN,ACCP3 | |
| F1BF E3 B6 EA 45 ACCP2: FDB TTAP,ATEXE | |
| F1C3 E1 57 F1 A1 ACCP3: FDB BRAN,ACCP1 | |
| F1C7 E2 15 E2 43 E6 31 E1 71 ACCP4: FDB DROP,OVER,SUBB,EXIT | |
| F1CF ; | |
| F1CF ; EXPECT ( b u -- ) | |
| F1CF ; Accept input stream and store count in SPAN. | |
| F1CF ; | |
| F1CF F1 DA F1 91 FDB EXPEC,L1590 | |
| F1D3 06 45 58 50 45 43 54 L1600: FCB 6,"EXPECT" | |
| F1DA BD E1 12 EXPEC: JSR DOLST | |
| F1DD E3 A8 EA 45 E3 FF E1 7B E2 15 E1 71 FDB TEXPE,ATEXE,SPAN,STORE,DROP,EXIT | |
| F1E9 ; | |
| F1E9 ; QUERY ( -- ) | |
| F1E9 ; Accept input stream to terminal input buffer. | |
| F1E9 ; | |
| F1E9 F1 F3 F1 D3 FDB QUERY,L1600 | |
| F1ED 05 51 55 45 52 59 L1610: FCB 5,"QUERY" | |
| F1F3 BD E1 12 QUERY: JSR DOLST | |
| F1F6 EA 2D E1 00 FDB TIB,DOCLIT | |
| F1FA 50 FCB 80 | |
| F1FB E3 A8 EA 45 E4 1A E1 7B FDB TEXPE,ATEXE,NTIB,STORE | |
| F203 E2 15 E2 FB E4 0C E1 7B E1 71 FDB DROP,ZERO,INN,STORE,EXIT | |
| F20D ; | |
| F20D ; Error handling | |
| F20D ; | |
| F20D ; CATCH ( ca -- 0 | err# ) | |
| F20D ; Execute word at ca and set up an error frame for it. | |
| F20D ; | |
| F20D F2 17 F1 ED FDB CATCH,L1610 | |
| F211 05 43 41 54 43 48 L1620: FCB 5,"CATCH" | |
| F217 BD E1 12 CATCH: JSR DOLST | |
| F21A E1 F9 E1 EB E4 65 E1 89 E1 EB FDB SPAT,TOR,HANDL,AT,TOR ;save error frame | |
| F224 E1 B4 E4 65 E1 7B E1 67 FDB RPAT,HANDL,STORE,EXECU ;execute | |
| F22C E1 CB E4 65 E1 7B FDB RFROM,HANDL,STORE ;restore error frame | |
| F232 E1 CB E2 15 E2 FB E1 71 FDB RFROM,DROP,ZERO,EXIT ;no error | |
| F23A ; | |
| F23A ; THROW ( err# -- err# ) | |
| F23A ; Reset system to current local error frame an update error flag. | |
| F23A ; | |
| F23A F2 44 F2 11 FDB THROW,L1620 | |
| F23E 05 54 48 52 4F 57 L1630: FCB 5,"THROW" | |
| F244 BD E1 12 THROW: JSR DOLST | |
| F247 E4 65 E1 89 E1 C0 FDB HANDL,AT,RPSTO ;restore return stack | |
| F24D E1 CB E4 65 E1 7B FDB RFROM,HANDL,STORE ;restore handler frame | |
| F253 E1 CB E2 30 E1 EB E2 07 FDB RFROM,SWAP,TOR,SPSTO ;restore data stack | |
| F25B E2 15 E1 CB E1 71 FDB DROP,RFROM,EXIT | |
| F261 ; | |
| F261 ; NULL$ ( -- a ) | |
| F261 ; Return address of a null string with zero count. | |
| F261 ; | |
| F261 F2 6B F2 3E FDB NULLS,L1630 | |
| F265 05 4E 55 4C 4C 24 L1640: FCB 5,"NULL$" | |
| F26B NULLS: | |
| F26B ; jsr DOLST | |
| F26B ; FDB DOVAR ;emulate CREATE | |
| F26B BD E3 33 JSR FDOVAR | |
| F26E 00 00 FDB 0 | |
| F270 63 6F 79 6F 74 65 FCB 99,111,121,111,116,101 | |
| F276 ; | |
| F276 ; ABORT ( -- ) | |
| F276 ; Reset data stack and jump to QUIT. | |
| F276 ; | |
| F276 F2 80 F2 65 FDB ABORT,L1640 | |
| F27A 05 41 42 4F 52 54 L1650: FCB 5,"ABORT" | |
| F280 BD E1 12 ABORT: JSR DOLST | |
| F283 F2 6B F2 44 FDB NULLS,THROW | |
| F287 ; | |
| F287 ; abort" ( f -- ) | |
| F287 ; Run time routine of ABORT" . Abort with a message. | |
| F287 ; | |
| F287 F2 92 F2 7A FDB ABORQ,L1650 | |
| F28B 46 61 62 6F 72 74 L1660: FCB COMPO+6,"abort" | |
| F291 22 FCB 34 ;""" | |
| F292 BD E1 12 ABORQ: JSR DOLST | |
| F295 E1 40 F2 9D FDB QBRAN,ABOR1 ;text flag | |
| F299 ED EF F2 44 FDB DOSTR,THROW ;pass error string | |
| F29D ED EF E2 15 E1 71 ABOR1: FDB DOSTR,DROP,EXIT | |
| F2A3 ; | |
| F2A3 ; The text interpreter | |
| F2A3 ; | |
| F2A3 ; $INTERPRET ( a -- ) | |
| F2A3 ; Interpret a word. If failed, try to convert it to an integer. | |
| F2A3 ; | |
| F2A3 F2 B2 F2 8B FDB INTER,L1660 | |
| F2A7 0A 24 49 4E 54 45 52 50 52 45 54 L1670: FCB 10,"$INTERPRET" | |
| F2B2 BD E1 12 INTER: JSR DOLST | |
| F2B5 F0 C6 E4 E3 FDB NAMEQ,QDUP ;?defined | |
| F2B9 E1 40 F2 D9 FDB QBRAN,INTE1 | |
| F2BD E1 89 E0 EF 40 00 E2 76 FDB AT,DOLIT,COMPO*256,ANDD ;?compile only lexicon bits | |
| F2C5 F2 92 FDB ABORQ | |
| F2C7 0D 20 63 6F 6D 70 69 6C 65 20 6F 6E 6C 79 FCB 13," compile only" | |
| F2D5 E1 67 E1 71 FDB EXECU,EXIT ;execute defined word | |
| F2D9 E4 47 EA 45 INTE1: FDB TNUMB,ATEXE | |
| F2DD E1 40 F2 E3 FDB QBRAN,INTE2 | |
| F2E1 E1 71 FDB EXIT | |
| F2E3 F2 44 INTE2: FDB THROW | |
| F2E5 ; | |
| F2E5 ; [ ( -- ) | |
| F2E5 ; Start the text interpreter. | |
| F2E5 ; | |
| F2E5 F2 EB F2 A7 FDB LBRAC,L1670 | |
| F2E9 81 5B L1680: FCB IMEDD+1,"[" | |
| F2EB BD E1 12 LBRAC: JSR DOLST | |
| F2EE E0 EF F2 B2 E4 36 E1 7B E1 71 FDB DOLIT,INTER,TEVAL,STORE,EXIT | |
| F2F8 ; | |
| F2F8 ; .OK ( -- ) | |
| F2F8 ; Display "ok" only while interpreting. | |
| F2F8 ; | |
| F2F8 F3 00 F2 E9 FDB DOTOK,L1680 | |
| F2FC 03 2E 4F 4B L1690: FCB 3,".OK" | |
| F300 BD E1 12 DOTOK: JSR DOLST | |
| F303 E0 EF F2 B2 E4 36 E1 89 E6 56 FDB DOLIT,INTER,TEVAL,AT,EQUAL | |
| F30D E1 40 F3 17 FDB QBRAN,DOTO1 | |
| F311 EE 1D FDB DOTQP | |
| F313 03 20 6F 6B FCB 3," ok" | |
| F317 ED D8 E1 71 DOTO1: FDB CR,EXIT | |
| F31B ; | |
| F31B ; ?STACK ( -- ) | |
| F31B ; Abort if the data stack underflows. | |
| F31B ; | |
| F31B F3 26 F2 FC FDB QSTAC,L1690 | |
| F31F 06 3F 53 54 41 43 4B L1700: FCB 6,"?STACK" | |
| F326 BD E1 12 QSTAC: JSR DOLST | |
| F329 E9 54 E2 50 FDB DEPTH,ZLESS ;check only for underflow | |
| F32D F2 92 FDB ABORQ | |
| F32F 0A 20 75 6E 64 65 72 66 6C 6F 77 FCB 10," underflow" | |
| F33A E1 71 FDB EXIT | |
| F33C ; | |
| F33C ; EVAL ( -- ) | |
| F33C ; Interpret the input stream. | |
| F33C ; | |
| F33C F3 45 F3 1F FDB EVAL,L1700 | |
| F340 04 45 56 41 4C L1710: FCB 4,"EVAL" | |
| F345 BD E1 12 EVAL: JSR DOLST | |
| F348 EF C4 E2 21 E1 A5 EVAL1: FDB TOKEN,DUPP,CAT | |
| F34E E1 40 F3 5C FDB QBRAN,EVAL2 | |
| F352 E4 36 EA 45 F3 26 FDB TEVAL,ATEXE,QSTAC ;evaluate input, check stack | |
| F358 E1 57 F3 48 FDB BRAN,EVAL1 | |
| F35C E2 15 E3 D6 EA 45 E1 71 EVAL2: FDB DROP,TPROM,ATEXE,EXIT | |
| F364 ; | |
| F364 ; Shell | |
| F364 ; | |
| F364 ; PRESET ( -- ) | |
| F364 ; Reset data stack pointer and the terminal input buffer. | |
| F364 ; | |
| F364 F3 6F F3 40 FDB PRESE,L1710 | |
| F368 06 50 52 45 53 45 54 L1720: FCB 6,"PRESET" | |
| F36F BD E1 12 PRESE: JSR DOLST | |
| F372 E3 6C E1 89 E2 07 FDB SZERO,AT,SPSTO | |
| F378 E0 EF 6E 70 E4 1A E8 D7 E1 7B E1 71 FDB DOLIT,TIBB,NTIB,CELLP,STORE,EXIT | |
| F384 ; | |
| F384 ; xio ( a a a -- ) | |
| F384 ; Reset the I/O vectors "EXPECT, "TAP, "ECHO and "PROMPT. | |
| F384 ; | |
| F384 F3 8C F3 68 FDB XIO,L1720 | |
| F388 43 78 69 6F L1730: FCB COMPO+3,"xio" | |
| F38C BD E1 12 XIO: JSR DOLST | |
| F38F E0 EF F1 98 E3 A8 E9 C2 FDB DOLIT,ACCEP,TEXPE,DSTOR | |
| F397 E3 C5 E9 C2 E1 71 FDB TECHO,DSTOR,EXIT | |
| F39D ; | |
| F39D ; FILE ( -- ) | |
| F39D ; Select I/O vectors for file download. | |
| F39D ; | |
| F39D F3 A6 F3 88 FDB FILE,L1730 | |
| F3A1 04 46 49 4C 45 L1740: FCB 4,"FILE" | |
| F3A6 BD E1 12 FILE: JSR DOLST | |
| F3A9 E0 EF ED 72 E0 EF E2 15 FDB DOLIT,PACE,DOLIT,DROP | |
| F3B1 E0 EF F1 55 F3 8C E1 71 FDB DOLIT,KTAP,XIO,EXIT | |
| F3B9 ; | |
| F3B9 ; HAND ( -- ) | |
| F3B9 ; Select I/O vectors for terminal interface. | |
| F3B9 ; | |
| F3B9 F3 C2 F3 A1 FDB HAND,L1740 | |
| F3BD 04 48 41 4E 44 L1750: FCB 4,"HAND" | |
| F3C2 BD E1 12 HAND: JSR DOLST | |
| F3C5 E0 EF F3 00 E0 EF ED 41 FDB DOLIT,DOTOK,DOLIT,EMIT | |
| F3CD E0 EF F1 55 F3 8C E1 71 FDB DOLIT,KTAP,XIO,EXIT | |
| F3D5 ; | |
| F3D5 ; I/O ( -- a ) | |
| F3D5 ; Array to store default I/O vectors. | |
| F3D5 ; | |
| F3D5 F3 DD F3 BD FDB ISLO,L1750 | |
| F3D9 03 49 2F 4F L1760: FCB 3,"I/O" | |
| F3DD ISLO: | |
| F3DD ; jsr DOLST | |
| F3DD ; FDB DOVAR ;emulate CREATE | |
| F3DD BD E3 33 JSR FDOVAR | |
| F3E0 E0 AD E0 CC FDB QRX,TXSTO ;default I/O vectors | |
| F3E4 ; | |
| F3E4 ; CONSOLE ( -- ) | |
| F3E4 ; Initiate terminal interface. | |
| F3E4 ; | |
| F3E4 F3 F0 F3 D9 FDB CONSO,L1760 | |
| F3E8 07 43 4F 4E 53 4F 4C 45 L1770: FCB 7,"CONSOLE" | |
| F3F0 BD E1 12 CONSO: JSR DOLST | |
| F3F3 F3 DD E9 D8 E3 88 E9 C2 FDB ISLO,DAT,TQKEY,DSTOR ;restore default I/O device | |
| F3FB F3 C2 E1 71 FDB HAND,EXIT ;keyboard input | |
| F3FF ; | |
| F3FF ; QUIT ( -- ) | |
| F3FF ; Reset return stack pointer and start text interpreter. | |
| F3FF ; | |
| F3FF F4 08 F3 E8 FDB QUIT,L1770 | |
| F403 04 51 55 49 54 L1780: FCB 4,"QUIT" | |
| F408 BD E1 12 QUIT: JSR DOLST | |
| F40B E3 79 E1 89 E1 C0 FDB RZERO,AT,RPSTO ;reset return stack pointer | |
| F411 F2 EB QUIT1: FDB LBRAC | |
| F413 F1 F3 QUIT2: FDB QUERY | |
| F415 E0 EF F3 45 F2 17 E4 E3 FDB DOLIT,EVAL,CATCH,QDUP ;evaluate input | |
| F41D E1 40 F4 13 FDB QBRAN,QUIT2 ;continue till error | |
| F421 E3 D6 E1 89 E1 EB FDB TPROM,AT,TOR ;save input device | |
| F427 F3 F0 F2 6B E2 43 E2 99 FDB CONSO,NULLS,OVER,XORR ;?display error message | |
| F42F E1 40 F4 3F FDB QBRAN,QUIT3 | |
| F433 ED 86 E9 F1 ED B8 FDB SPACE,COUNT,TYPES ;error message | |
| F439 EE 1D FDB DOTQP | |
| F43B 03 20 3F 20 FCB 3," ? " ;error prompt | |
| F43F E1 CB E0 EF F3 00 E2 99 QUIT3: FDB RFROM,DOLIT,DOTOK,XORR | |
| F447 E1 40 F4 51 FDB QBRAN,QUIT4 | |
| F44B E0 EF 00 1B ED 41 FDB DOLIT,ERR,EMIT ;file error, tell host | |
| F451 F3 6F QUIT4: FDB PRESE | |
| F453 E1 57 F4 11 FDB BRAN,QUIT1 | |
| F457 ; | |
| F457 ; The compiler | |
| F457 ; | |
| F457 ; ' ( -- ca ) | |
| F457 ; Search context vocabularies for the next word in input stream. | |
| F457 ; | |
| F457 F4 5D F4 03 FDB TICK,L1780 | |
| F45B 01 27 L1790: FCB 1,"'" | |
| F45D BD E1 12 TICK: JSR DOLST | |
| F460 EF C4 F0 C6 FDB TOKEN,NAMEQ ;?defined | |
| F464 E1 40 F4 6A FDB QBRAN,TICK1 | |
| F468 E1 71 FDB EXIT ;yes, push code address | |
| F46A F2 44 TICK1: FDB THROW | |
| F46C ; | |
| F46C ; ALLOT ( n -- ) | |
| F46C ; Allocate n bytes to the code dictionary. | |
| F46C ; | |
| F46C F4 76 F4 5B FDB ALLOT,L1790 | |
| F470 05 41 4C 4C 4F 54 L1800: FCB 5,"ALLOT" | |
| F476 BD E1 12 ALLOT: JSR DOLST | |
| F479 E4 93 E9 B1 E1 71 FDB CP,PSTOR,EXIT ;adjust code pointer | |
| F47F ; | |
| F47F ; , ( w -- ) | |
| F47F ; Compile an integer into the code dictionary. | |
| F47F ; | |
| F47F F4 85 F4 70 FDB COMMA,L1800 | |
| F483 01 2C L1810: FCB 1,"," | |
| F485 BD E1 12 COMMA: JSR DOLST | |
| F488 EA 07 E2 21 E8 D7 FDB HERE,DUPP,CELLP ;cell boundary | |
| F48E E4 93 E1 7B E1 7B E1 71 FDB CP,STORE,STORE,EXIT ;adjust code pointer and compile | |
| F496 ; | |
| F496 ; [COMPILE] ( -- ; <string> ) | |
| F496 ; Compile the next immediate word into code dictionary. | |
| F496 ; | |
| F496 F4 A4 F4 83 FDB BCOMP,L1810 | |
| F49A 89 5B 43 4F 4D 50 49 4C 45 5D L1820: FCB IMEDD+9,"[COMPILE]" | |
| F4A4 BD E1 12 BCOMP: JSR DOLST | |
| F4A7 F4 5D F4 85 E1 71 FDB TICK,COMMA,EXIT | |
| F4AD ; | |
| F4AD ; COMPILE ( -- ) | |
| F4AD ; Compile the next address in colon list to code dictionary. | |
| F4AD ; | |
| F4AD F4 B9 F4 9A FDB COMPI,L1820 | |
| F4B1 47 43 4F 4D 50 49 4C 45 L1830: FCB COMPO+7,"COMPILE" | |
| F4B9 BD E1 12 COMPI: JSR DOLST | |
| F4BC E1 CB E2 21 E1 89 F4 85 FDB RFROM,DUPP,AT,COMMA ;compile address | |
| F4C4 E8 D7 E1 EB E1 71 FDB CELLP,TOR,EXIT ;adjust return address | |
| F4CA ; | |
| F4CA ; LITERAL ( w -- ) | |
| F4CA ; Compile tos to code dictionary as an integer literal. | |
| F4CA ; | |
| F4CA F4 D6 F4 B1 FDB LITER,L1830 | |
| F4CE 87 4C 49 54 45 52 41 4C L1840: FCB IMEDD+7,"LITERAL" | |
| F4D6 BD E1 12 LITER: JSR DOLST | |
| F4D9 F4 B9 E0 EF F4 85 E1 71 FDB COMPI,DOLIT,COMMA,EXIT | |
| F4E1 ; | |
| F4E1 ; $," ( -- ) | |
| F4E1 ; Compile a literal string up to next " . | |
| F4E1 ; | |
| F4E1 F4 E9 F4 CE FDB STRCQ,L1840 | |
| F4E5 03 24 2C 22 L1850: FCB 3,"$,",34 | |
| F4E9 BD E1 12 STRCQ: JSR DOLST | |
| F4EC E0 EF 00 22 EF E7 FDB DOLIT,34,WORD ;move string to code dictionary | |
| F4F2 E9 F1 E5 CF E9 15 FDB COUNT,PLUS,ALGND ;calculate aligned end of string | |
| F4F8 E4 93 E1 7B E1 71 FDB CP,STORE,EXIT ;adjust the code pointer | |
| F4FE ; | |
| F4FE ; RECURSE ( -- ) | |
| F4FE ; Make the current word available for compilation. | |
| F4FE ; | |
| F4FE F5 0A F4 E5 FDB RECUR,L1850 | |
| F502 87 52 45 43 55 52 53 45 L1860: FCB IMEDD+7,"RECURSE" | |
| F50A BD E1 12 RECUR: JSR DOLST | |
| F50D E4 AD E1 89 EF FC F4 85 E1 71 FDB LAST,AT,NAMET,COMMA,EXIT | |
| F517 ; | |
| F517 ; Structures | |
| F517 ; | |
| F517 ; DO ( -- a m ) | |
| F517 ; Start a DO-LOOP/+LOOP structure in a colon definition. | |
| F517 ; | |
| F517 F5 1E F5 02 FDB DO,L1860 | |
| F51B 82 44 4F L1861: FCB IMEDD+2,"DO" | |
| F51E BD E1 12 DO: JSR DOLST | |
| F521 F4 B9 F5 A8 EA 07 FDB COMPI,DODO,HERE | |
| F527 E3 06 FDB ONE ; marker for DO | |
| F529 E1 71 FDB EXIT | |
| F52B ; | |
| F52B ; ?DO ( -- a m ) | |
| F52B ; Start a ?DO-LOOP/+LOOP structure in a colon definition. | |
| F52B ; | |
| F52B F5 33 F5 1B FDB QDO,L1861 | |
| F52F 83 3F 44 4F L1862: FCB IMEDD+3,"?DO" | |
| F533 BD E1 12 QDO: JSR DOLST | |
| F536 F4 B9 F5 4E EA 07 FDB COMPI,DOQDO,HERE | |
| F53C F4 B9 00 00 FDB COMPI,0 ; branch destination placeholder | |
| F540 E3 11 FDB TWO ; marker for ?DO | |
| F542 E1 71 FDB EXIT | |
| F544 ; | |
| F544 ; (?DO) ( w w -- ) | |
| F544 ; Runtime part of DO in a DO-LOOP/+LOOP structure. | |
| F544 ; | |
| F544 F5 4E F5 2F FDB DOQDO,L1862 | |
| F548 05 28 3F 44 4F 29 L1862A: FCB 5,"(?DO)" | |
| F54E DOQDO: | |
| F54E 35 06 PULS d ;start | |
| F550 10 A3 E4 CMPD ,s ;start < end -> ok | |
| F553 2D 06 BLT DOQDO1 | |
| F555 32 62 LEAS 2,s ;drop end | |
| F557 EE C4 LDU ,u | |
| F559 37 80 PULU pc ;branch past loop | |
| F55B DOQDO1: | |
| F55B 35 10 PULS x ;end | |
| F55D AF A3 STX ,--y ;end to return stack | |
| F55F ED A3 STD ,--y ;start to return stack | |
| F561 33 42 LEAU 2,u ;skip jump forward | |
| F563 37 80 PULU pc | |
| F565 ; | |
| F565 ; -DO ( -- a m ) | |
| F565 ; Start a -DO-LOOP/+LOOP structure in a colon definition. | |
| F565 ; | |
| F565 F5 6D F5 48 FDB MDO,L1862A | |
| F569 83 2D 44 4F L1862B: FCB IMEDD+3,"-DO" | |
| F56D BD E1 12 MDO: JSR DOLST | |
| F570 F4 B9 F5 88 EA 07 FDB COMPI,DOMDO,HERE | |
| F576 F4 B9 00 00 FDB COMPI,0 ; branch destination placeholder | |
| F57A E3 11 FDB TWO ; marker for ?DO/-DO | |
| F57C E1 71 FDB EXIT | |
| F57E ; | |
| F57E ; (-DO) ( w w -- ) | |
| F57E ; Runtime part of -DO in a -DO-LOOP/+LOOP structure. | |
| F57E ; | |
| F57E F5 88 F5 69 FDB DOMDO,L1862B | |
| F582 05 28 2D 44 4F 29 L1862C: FCB 5,"(-DO)" | |
| F588 DOMDO: | |
| F588 35 06 PULS d ;start | |
| F58A 10 A3 E4 CMPD ,s ;start > end -> ok | |
| F58D 2E 06 BGT DOMDO1 | |
| F58F 32 62 LEAS 2,s ;drop end | |
| F591 EE C4 LDU ,u | |
| F593 37 80 PULU pc ;branch past loop | |
| F595 DOMDO1: | |
| F595 35 10 PULS x ;end | |
| F597 AF A3 STX ,--y ;end to return stack | |
| F599 ED A3 STD ,--y ;start to return stack | |
| F59B 33 42 LEAU 2,u ;skip jump forward | |
| F59D 37 80 PULU pc | |
| F59F ; | |
| F59F ; (DO) ( w w -- ) | |
| F59F ; Runtime part of DO in a DO-LOOP/+LOOP structure. | |
| F59F ; | |
| F59F F5 A8 F5 82 FDB DODO,L1862C | |
| F5A3 04 28 44 4F 29 L1863: FCB 4,"(DO)" | |
| F5A8 DODO: | |
| F5A8 35 16 PULS d,x ;start first, end second | |
| F5AA AF A3 STX ,--y ;end to return stack | |
| F5AC ED A3 STD ,--y ;start to return stack | |
| F5AE 37 80 PULU pc | |
| F5B0 ; | |
| F5B0 ; (LOOP) ( -- ) | |
| F5B0 ; Runtime part of LOOP | |
| F5B0 ; | |
| F5B0 F5 BB F5 A3 FDB DOLOOP,L1863 | |
| F5B4 06 28 4C 4F 4F 50 29 L1864: FCB 6,"(LOOP)" | |
| F5BB DOLOOP: | |
| F5BB CC 00 01 LDD #1 | |
| F5BE 20 1D BRA DOPLOF | |
| F5C0 ; | |
| F5C0 ; (+LOOP) ( -- ) | |
| F5C0 ; Runtime part of +LOOP | |
| F5C0 ; | |
| F5C0 F5 CC F5 B4 FDB DOPLOOP,L1864 | |
| F5C4 87 28 2B 4C 4F 4F 50 29 L1865: FCB IMEDD+7,"(+LOOP)" | |
| F5CC DOPLOOP: | |
| F5CC EC E1 LDD ,s++ ; increment | |
| F5CE 2A 0D BPL DOPLOF ; forward | |
| F5D0 E3 A4 ADDD ,y ; start/index | |
| F5D2 10 A3 22 CMPD 2,y ; end | |
| F5D5 2F 13 BLE DOPLO1 ; index <= end -> leave | |
| F5D7 ED A4 STD ,y | |
| F5D9 EE C4 LDU ,u ; branch to begin of loop | |
| F5DB 37 80 PULU pc | |
| F5DD ; | |
| F5DD E3 A4 DOPLOF: ADDD ,y | |
| F5DF 10 A3 22 CMPD 2,y ; end | |
| F5E2 2C 06 BGE DOPLO1 ; index >= end -> leave | |
| F5E4 ED A4 STD ,y ; save back | |
| F5E6 EE C4 LDU ,u ; branch to begin of loop | |
| F5E8 37 80 PULU pc | |
| F5EA DOPLO1: | |
| F5EA 33 42 LEAU 2,u ; skip back destination | |
| F5EC 31 24 LEAY 4,y ; remove index and upper from r stack | |
| F5EE 37 80 PULU pc | |
| F5F0 ; | |
| F5F0 ; LOOP ( a m -- ) | |
| F5F0 ; Terminate a DO/?DO-LOOP loop structure. | |
| F5F0 ; | |
| F5F0 F5 F9 F5 C4 FDB LOOP,L1865 | |
| F5F4 84 4C 4F 4F 50 L1866: FCB IMEDD+4,"LOOP" | |
| F5F9 BD E1 12 LOOP: JSR DOLST | |
| F5FC F4 B9 F5 BB FDB COMPI,DOLOOP | |
| F600 E3 11 E6 56 E1 40 F6 12 FDB TWO,EQUAL,QBRAN,LOOP1 | |
| F608 EA 07 E8 D7 E2 43 E1 7B E8 D7 FDB HERE,CELLP,OVER,STORE,CELLP ; branch forward destination | |
| F612 F4 85 E1 71 LOOP1: FDB COMMA,EXIT | |
| F616 ; | |
| F616 ; | |
| F616 ; +LOOP ( a m -- ) | |
| F616 ; Terminate a DO/?DO-+LOOP loop structure. | |
| F616 ; | |
| F616 F6 20 F5 F4 FDB PLOOP,L1866 | |
| F61A 85 2B 4C 4F 4F 50 L1867: FCB IMEDD+5,"+LOOP" | |
| F620 BD E1 12 PLOOP: JSR DOLST | |
| F623 F4 B9 F5 CC FDB COMPI,DOPLOOP | |
| F627 E3 11 E6 56 E1 40 F6 39 FDB TWO,EQUAL,QBRAN,PLOOP1 | |
| F62F EA 07 E8 D7 E2 43 E1 7B E8 D7 FDB HERE,CELLP,OVER,STORE,CELLP ; branch forward destination | |
| F639 F4 85 E1 71 PLOOP1: FDB COMMA,EXIT | |
| F63D ; | |
| F63D ; LEAVE ( -- ) | |
| F63D ; Leave DO/LOOP | |
| F63D ; | |
| F63D F6 47 F6 1A FDB LEAVE,L1867 | |
| F641 05 4C 45 41 56 45 L1868: FCB 5,"LEAVE" | |
| F647 LEAVE: | |
| F647 EC A4 LDD ,y ;take index on return stack | |
| F649 ED 22 STD 2,y ;and change end to it | |
| F64B 37 80 PULU pc | |
| F64D ; | |
| F64D ; FOR ( -- a ) | |
| F64D ; Start a FOR-NEXT loop structure in a colon definition. | |
| F64D ; | |
| F64D F6 55 F6 1A FDB FOR,L1867 | |
| F651 83 46 4F 52 L1870: FCB IMEDD+3,"FOR" | |
| F655 BD E1 12 FOR: JSR DOLST | |
| F658 F4 B9 E1 EB EA 07 E1 71 FDB COMPI,TOR,HERE,EXIT | |
| F660 ; | |
| F660 ; BEGIN ( -- a ) | |
| F660 ; Start an infinite or indefinite loop structure. | |
| F660 ; | |
| F660 F6 6A F6 51 FDB BEGIN,L1870 | |
| F664 85 42 45 47 49 4E L1880: FCB IMEDD+5,"BEGIN" | |
| F66A BD E1 12 BEGIN: JSR DOLST | |
| F66D EA 07 E1 71 FDB HERE,EXIT | |
| F671 ; | |
| F671 ; NEXT ( a -- ) | |
| F671 ; Terminate a FOR-NEXT loop structure. | |
| F671 ; | |
| F671 F6 7A F6 64 FDB NEXT,L1880 | |
| F675 84 4E 45 58 54 L1890: FCB IMEDD+4,"NEXT" | |
| F67A BD E1 12 NEXT: JSR DOLST | |
| F67D F4 B9 E1 21 F4 85 E1 71 FDB COMPI,DONXT,COMMA,EXIT | |
| F685 ; | |
| F685 ; UNTIL ( a -- ) | |
| F685 ; Terminate a BEGIN-UNTIL indefinite loop structure. | |
| F685 ; | |
| F685 F6 8F F6 75 FDB UNTIL,L1890 | |
| F689 85 55 4E 54 49 4C L1900: FCB IMEDD+5,"UNTIL" | |
| F68F BD E1 12 UNTIL: JSR DOLST | |
| F692 F4 B9 E1 40 F4 85 E1 71 FDB COMPI,QBRAN,COMMA,EXIT | |
| F69A ; | |
| F69A ; AGAIN ( a -- ) | |
| F69A ; Terminate a BEGIN-AGAIN infinite loop structure. | |
| F69A ; | |
| F69A F6 A4 F6 89 FDB AGAIN,L1900 | |
| F69E 85 41 47 41 49 4E L1910: FCB IMEDD+5,"AGAIN" | |
| F6A4 BD E1 12 AGAIN: JSR DOLST | |
| F6A7 F4 B9 E1 57 F4 85 E1 71 FDB COMPI,BRAN,COMMA,EXIT | |
| F6AF ; | |
| F6AF ; IF ( -- A ) | |
| F6AF ; Begin a conditional branch structure. | |
| F6AF ; | |
| F6AF F6 B6 F6 9E FDB IFF,L1910 | |
| F6B3 82 49 46 L1920: FCB IMEDD+2,"IF" | |
| F6B6 BD E1 12 IFF: JSR DOLST | |
| F6B9 F4 B9 E1 40 EA 07 FDB COMPI,QBRAN,HERE | |
| F6BF E2 FB F4 85 E1 71 FDB ZERO,COMMA,EXIT | |
| F6C5 ; | |
| F6C5 ; AHEAD ( -- A ) | |
| F6C5 ; Compile a forward branch instruction. | |
| F6C5 ; | |
| F6C5 F6 CF F6 B3 FDB AHEAD,L1920 | |
| F6C9 85 41 48 45 41 44 L1930: FCB IMEDD+5,"AHEAD" | |
| F6CF BD E1 12 AHEAD: JSR DOLST | |
| F6D2 F4 B9 E1 57 EA 07 E2 FB F4 85 E1 71 FDB COMPI,BRAN,HERE,ZERO,COMMA,EXIT | |
| F6DE ; | |
| F6DE ; REPEAT ( A a -- ) | |
| F6DE ; Terminate a BEGIN-WHILE-REPEAT indefinite loop. | |
| F6DE ; | |
| F6DE F6 E9 F6 C9 FDB REPEA,L1930 | |
| F6E2 86 52 45 50 45 41 54 L1940: FCB IMEDD+6,"REPEAT" | |
| F6E9 BD E1 12 REPEA: JSR DOLST | |
| F6EC F6 A4 EA 07 E2 30 E1 7B E1 71 FDB AGAIN,HERE,SWAP,STORE,EXIT | |
| F6F6 ; | |
| F6F6 ; THEN ( A -- ) | |
| F6F6 ; Terminate a conditional branch structure. | |
| F6F6 ; | |
| F6F6 F6 FF F6 E2 FDB THENN,L1940 | |
| F6FA 84 54 48 45 4E L1950: FCB IMEDD+4,"THEN" | |
| F6FF BD E1 12 THENN: JSR DOLST | |
| F702 EA 07 E2 30 E1 7B E1 71 FDB HERE,SWAP,STORE,EXIT | |
| F70A ; | |
| F70A ; AFT ( a -- a A ) | |
| F70A ; Jump to THEN in a FOR-AFT-THEN-NEXT loop the first time through. | |
| F70A ; | |
| F70A F7 12 F6 FA FDB AFT,L1950 | |
| F70E 83 41 46 54 L1960: FCB IMEDD+3,"AFT" | |
| F712 BD E1 12 AFT: JSR DOLST | |
| F715 E2 15 F6 CF F6 6A E2 30 E1 71 FDB DROP,AHEAD,BEGIN,SWAP,EXIT | |
| F71F ; | |
| F71F ; ELSE ( A -- A ) | |
| F71F ; Start the false clause in an IF-ELSE-THEN structure. | |
| F71F ; | |
| F71F F7 28 F7 0E FDB ELSEE,L1960 | |
| F723 84 45 4C 53 45 L1970: FCB IMEDD+4,"ELSE" | |
| F728 BD E1 12 ELSEE: JSR DOLST | |
| F72B F6 CF E2 30 F6 FF E1 71 FDB AHEAD,SWAP,THENN,EXIT | |
| F733 ; | |
| F733 ; WHILE ( a -- A a ) | |
| F733 ; Conditional branch out of a BEGIN-WHILE-REPEAT loop. | |
| F733 ; | |
| F733 F7 3D F7 23 FDB WHILE,L1970 | |
| F737 85 57 48 49 4C 45 L1980: FCB IMEDD+5,"WHILE" | |
| F73D BD E1 12 WHILE: JSR DOLST | |
| F740 F6 B6 E2 30 E1 71 FDB IFF,SWAP,EXIT | |
| F746 ; | |
| F746 ; ABORT" ( -- ; <string> ) | |
| F746 ; Conditional abort with an error message. | |
| F746 ; | |
| F746 F7 51 F7 37 FDB ABRTQ,L1980 | |
| F74A 86 41 42 4F 52 54 22 L1990: FCB IMEDD+6,"ABORT",34 | |
| F751 BD E1 12 ABRTQ: JSR DOLST | |
| F754 F4 B9 F2 92 F4 E9 E1 71 FDB COMPI,ABORQ,STRCQ,EXIT | |
| F75C ; | |
| F75C ; $" ( -- ; <string> ) | |
| F75C ; Compile an inline string literal. | |
| F75C ; | |
| F75C F7 63 F7 4A FDB STRQ,L1990 | |
| F760 82 24 22 L2000: FCB IMEDD+2,"$",$22 | |
| F763 BD E1 12 STRQ: JSR DOLST | |
| F766 F4 B9 EE 0E F4 E9 E1 71 FDB COMPI,STRQP,STRCQ,EXIT | |
| F76E ; | |
| F76E ; ." ( -- ; <string> ) | |
| F76E ; Compile an inline string literal to be typed out at run time. | |
| F76E ; | |
| F76E F7 75 F7 60 FDB DOTQ,L2000 | |
| F772 82 2E 22 L2010: FCB IMEDD+2,".",$22 | |
| F775 BD E1 12 DOTQ: JSR DOLST | |
| F778 F4 B9 EE 1D F4 E9 E1 71 FDB COMPI,DOTQP,STRCQ,EXIT | |
| F780 ; | |
| F780 ; Name compiler | |
| F780 ; | |
| F780 ; ?UNIQUE ( a -- a ) | |
| F780 ; Display a warning message if the word already exists. | |
| F780 ; | |
| F780 F7 8C F7 72 FDB UNIQU,L2010 | |
| F784 07 3F 55 4E 49 51 55 45 L2020: FCB 7,"?UNIQUE" | |
| F78C BD E1 12 UNIQU: JSR DOLST | |
| F78F E2 21 F0 C6 FDB DUPP,NAMEQ ;?name exists | |
| F793 E1 40 F7 A7 FDB QBRAN,UNIQ1 | |
| F797 EE 1D FDB DOTQP ;redefinitions are OK | |
| F799 07 20 72 65 44 65 66 20 FCB 7," reDef " ;but the user should be warned | |
| F7A1 E2 43 E9 F1 ED B8 FDB OVER,COUNT,TYPES ;just in case its not planned | |
| F7A7 E2 15 E1 71 UNIQ1: FDB DROP,EXIT | |
| F7AB ; | |
| F7AB ; $,n ( na -- ) | |
| F7AB ; Build a new dictionary name using the string at na. | |
| F7AB ; | |
| F7AB F7 B3 F7 84 FDB SNAME,L2020 | |
| F7AF 03 24 2C 6E L2030: FCB 3,"$,n" | |
| F7B3 BD E1 12 SNAME: JSR DOLST | |
| F7B6 E2 21 E1 A5 FDB DUPP,CAT ;?null input | |
| F7BA E1 40 F7 E4 FDB QBRAN,PNAM1 | |
| F7BE F7 8C FDB UNIQU ;?redefinition | |
| F7C0 E2 21 E4 AD E1 7B FDB DUPP,LAST,STORE ;save na for vocabulary link | |
| F7C6 EA 07 E9 15 E2 30 FDB HERE,ALGND,SWAP ;align code address | |
| F7CC E8 EB FDB CELLM ;link address | |
| F7CE E4 87 E1 89 E1 89 E2 43 E1 7B FDB CRRNT,AT,AT,OVER,STORE | |
| F7D8 E8 EB E2 21 E4 9F E1 7B FDB CELLM,DUPP,NP,STORE ;adjust name pointer | |
| F7E0 E1 7B E1 71 FDB STORE,EXIT ;save code pointer | |
| F7E4 EE 0E PNAM1: FDB STRQP | |
| F7E6 05 20 6E 61 6D 65 FCB 5," name" ;null input | |
| F7EC F2 44 FDB THROW | |
| F7EE ; | |
| F7EE ; FORTH compiler | |
| F7EE ; | |
| F7EE ; $COMPILE ( a -- ) | |
| F7EE ; Compile next word to code dictionary as a token or literal. | |
| F7EE ; | |
| F7EE F7 FB F7 AF FDB SCOMP,L2030 | |
| F7F2 08 24 43 4F 4D 50 49 4C 45 L2040: FCB 8,"$COMPILE" | |
| F7FB BD E1 12 SCOMP: JSR DOLST | |
| F7FE F0 C6 E4 E3 FDB NAMEQ,QDUP ;?defined | |
| F802 E1 40 F8 1A FDB QBRAN,SCOM2 | |
| F806 E1 89 E0 EF 80 00 E2 76 FDB AT,DOLIT,IMEDD*256,ANDD ;?immediate | |
| F80E E1 40 F8 16 FDB QBRAN,SCOM1 | |
| F812 E1 67 E1 71 FDB EXECU,EXIT ;its immediate, execute | |
| F816 F4 85 E1 71 SCOM1: FDB COMMA,EXIT | |
| F81A E4 47 EA 45 SCOM2: FDB TNUMB,ATEXE | |
| F81E E1 40 F8 26 FDB QBRAN,SCOM3 | |
| F822 F4 D6 E1 71 FDB LITER,EXIT ;compile number as integer | |
| F826 F2 44 SCOM3: FDB THROW | |
| F828 ; | |
| F828 ; OVERT ( -- ) | |
| F828 ; Link a new word into the current vocabulary. | |
| F828 ; | |
| F828 F8 32 F7 F2 FDB OVERT,L2040 | |
| F82C 05 4F 56 45 52 54 L2050: FCB 5,"OVERT" | |
| F832 BD E1 12 OVERT: JSR DOLST | |
| F835 E4 AD E1 89 E4 87 E1 89 E1 7B E1 71 FDB LAST,AT,CRRNT,AT,STORE,EXIT | |
| F841 ; | |
| F841 ; ; ( -- ) | |
| F841 ; Terminate a colon definition. | |
| F841 ; | |
| F841 F8 47 F8 2C FDB SEMIS,L2050 | |
| F845 C1 3B L2060: FCB IMEDD+COMPO+1,";" | |
| F847 BD E1 12 SEMIS: JSR DOLST | |
| F84A F4 B9 E1 71 F2 EB F8 32 E1 71 FDB COMPI,EXIT,LBRAC,OVERT,EXIT | |
| F854 ; | |
| F854 ; ] ( -- ) | |
| F854 ; Start compiling the words in the input stream. | |
| F854 ; | |
| F854 F8 5A F8 45 FDB RBRAC,L2060 | |
| F858 01 5D L2070: FCB 1,"]" | |
| F85A BD E1 12 RBRAC: JSR DOLST | |
| F85D E0 EF F7 FB E4 36 E1 7B E1 71 FDB DOLIT,SCOMP,TEVAL,STORE,EXIT | |
| F867 ; | |
| F867 ; call, ( ca -- ) | |
| F867 ; Assemble a call instruction to ca. | |
| F867 ; | |
| F867 F8 71 F8 58 FDB CALLC,L2070 | |
| F86B 05 63 61 6C 6C 2C L2080: FCB 5,"call," | |
| F871 BD E1 12 CALLC: JSR DOLST | |
| F874 E1 00 FDB DOCLIT | |
| F876 BD FCB CALLL | |
| F877 EA 07 E1 96 FDB HERE,CSTOR ;Direct Threaded Code | |
| F87B E3 06 F4 76 FDB ONE,ALLOT | |
| F87F F4 85 E1 71 FDB COMMA,EXIT ;DTC 6809 extended addr jsr | |
| F883 ; | |
| F883 ; : ( -- ; <string> ) | |
| F883 ; Start a new colon definition using next word as its name. | |
| F883 ; | |
| F883 F8 89 F8 6B FDB COLON,L2080 | |
| F887 01 3A L2090: FCB 1,":" | |
| F889 BD E1 12 COLON: JSR DOLST | |
| F88C EF C4 F7 B3 E0 EF E1 12 FDB TOKEN,SNAME,DOLIT,DOLST | |
| F894 F8 71 F8 5A E1 71 FDB CALLC,RBRAC,EXIT | |
| F89A ; | |
| F89A ; IMMEDIATE ( -- ) | |
| F89A ; Make the last compiled word an immediate word. | |
| F89A ; | |
| F89A F8 A8 F8 87 FDB IMMED,L2090 | |
| F89E 09 49 4D 4D 45 44 49 41 54 45 L2100: FCB 9,"IMMEDIATE" | |
| F8A8 BD E1 12 IMMED: JSR DOLST | |
| F8AB E0 EF 80 00 E4 AD E1 89 E1 89 E2 87 FDB DOLIT,IMEDD*256,LAST,AT,AT,ORR | |
| F8B7 E4 AD E1 89 E1 7B E1 71 FDB LAST,AT,STORE,EXIT | |
| F8BF ; | |
| F8BF ; Defining words | |
| F8BF ; | |
| F8BF ; USER ( u -- ; <string> ) | |
| F8BF ; Compile a new user variable. | |
| F8BF ; | |
| F8BF F8 C8 F8 9E FDB USER,L2100 | |
| F8C3 04 55 53 45 52 L2110: FCB 4,"USER" | |
| F8C8 BD E1 12 USER: JSR DOLST | |
| F8CB EF C4 F7 B3 F8 32 FDB TOKEN,SNAME,OVERT | |
| F8D1 ; FDB DOLIT,DOLST,CALLC | |
| F8D1 ; FDB DOLIT,DOUSE,COMMA | |
| F8D1 ; fast implementation .... | |
| F8D1 E0 EF E3 5B F8 71 FDB DOLIT,FDOUSE,CALLC | |
| F8D7 F4 85 E1 71 FDB COMMA,EXIT | |
| F8DB ; | |
| F8DB ; CREATE ( -- ; <string> ) | |
| F8DB ; Compile a new array entry without allocating code space. | |
| F8DB ; | |
| F8DB F8 E6 F8 C3 FDB CREAT,L2110 | |
| F8DF 06 43 52 45 41 54 45 L2120: FCB 6,"CREATE" | |
| F8E6 BD E1 12 CREAT: JSR DOLST | |
| F8E9 EF C4 F7 B3 F8 32 FDB TOKEN,SNAME,OVERT | |
| F8EF ; FDB DOLIT,DOLST,CALLC | |
| F8EF ; FDB DOLIT,DOVAR,COMMA,EXIT | |
| F8EF ; fast implementation .... | |
| F8EF E0 EF E3 33 F8 71 E1 71 FDB DOLIT,FDOVAR,CALLC,EXIT | |
| F8F7 ; | |
| F8F7 ; VARIABLE ( -- ; <string> ) | |
| F8F7 ; Compile a new variable initialized to 0. | |
| F8F7 ; | |
| F8F7 F9 04 F8 DF FDB VARIA,L2120 | |
| F8FB 08 56 41 52 49 41 42 4C 45 L2130: FCB 8,"VARIABLE" | |
| F904 BD E1 12 VARIA: JSR DOLST | |
| F907 F8 E6 E2 FB F4 85 E1 71 FDB CREAT,ZERO,COMMA,EXIT | |
| F90F ; | |
| F90F ; CONSTANT ( w -- ; <string> ) | |
| F90F ; Compile a new constant with value w. | |
| F90F ; | |
| F90F F9 1C F8 FB FDB CONST,L2130 | |
| F913 08 43 4F 4E 53 54 41 4E 54 L2135: FCB 8,"CONSTANT" | |
| F91C BD E1 12 CONST: JSR DOLST | |
| F91F EF C4 F7 B3 F8 32 FDB TOKEN,SNAME,OVERT | |
| F925 E0 EF E2 EF F8 71 FDB DOLIT,DOCONST,CALLC | |
| F92B F4 85 E1 71 FDB COMMA,EXIT | |
| F92F ; | |
| F92F ; Tools | |
| F92F ; | |
| F92F ; _TYPE ( b u -- ) | |
| F92F ; Display a string. Filter non-printing characters. | |
| F92F ; | |
| F92F F9 39 F9 13 FDB UTYPE,L2135 | |
| F933 05 5F 54 59 50 45 L2140: FCB 5,"_TYPE" | |
| F939 BD E1 12 UTYPE: JSR DOLST | |
| F93C E1 EB FDB TOR ;start count down loop | |
| F93E E1 57 F9 4C FDB BRAN,UTYP2 ;skip first pass | |
| F942 E2 21 E1 A5 E9 2E ED 41 UTYP1: FDB DUPP,CAT,TCHAR,EMIT | |
| F94A E5 96 FDB PLUS1 ;increment address | |
| F94C E1 21 F9 42 UTYP2: FDB DONXT,UTYP1 | |
| F950 E2 15 E1 71 FDB DROP,EXIT | |
| F954 ; | |
| F954 ; dm+ ( a u -- a ) | |
| F954 ; Dump u bytes from , leaving a+u on the stack. | |
| F954 ; | |
| F954 F9 5C F9 33 FDB DUMPP,L2140 | |
| F958 03 64 6D 2B L2150: FCB 3,"dm+" | |
| F95C BD E1 12 DUMPP: JSR DOLST | |
| F95F E2 43 E0 EF 00 04 EE 4A FDB OVER,DOLIT,4,UDOTR ;display address | |
| F967 ED 86 E1 EB FDB SPACE,TOR ;start count down loop | |
| F96B E1 57 F9 7B FDB BRAN,PDUM2 ;skip first pass | |
| F96F E2 21 E1 A5 E0 EF 00 03 EE 4A PDUM1: FDB DUPP,CAT,DOLIT,3,UDOTR | |
| F979 E5 96 FDB PLUS1 ;increment address | |
| F97B E1 21 F9 6F PDUM2: FDB DONXT,PDUM1 | |
| F97F E1 71 FDB EXIT | |
| F981 ; | |
| F981 ; DUMP ( a u -- ) | |
| F981 ; Dump u bytes from a, in a formatted manner. | |
| F981 ; | |
| F981 F9 8A F9 58 FDB DUMP,L2150 | |
| F985 04 44 55 4D 50 L2160: FCB 4,"DUMP" | |
| F98A BD E1 12 DUMP: JSR DOLST | |
| F98D E3 E4 E1 89 E1 EB EC 1C FDB BASE,AT,TOR,HEX ;save radix, set hex | |
| F995 E1 00 FDB DOCLIT | |
| F997 10 FCB 16 | |
| F998 E8 03 FDB SLASH ;change count to lines | |
| F99A E1 EB FDB TOR ;start count down loop | |
| F99C ED D8 E1 00 DUMP1: FDB CR,DOCLIT | |
| F9A0 10 FCB 16 | |
| F9A1 E5 21 F9 5C FDB DDUP,DUMPP ;display numeric | |
| F9A5 E4 F8 E4 F8 FDB ROT,ROT | |
| F9A9 E3 11 ED 9A F9 39 FDB TWO,SPACS,UTYPE ;display printable characters | |
| F9AF ED 53 E5 DF FDB NUFQ,INVER ;user control | |
| F9B3 E1 40 F9 BF FDB QBRAN,DUMP2 | |
| F9B7 E1 21 F9 9C FDB DONXT,DUMP1 ;loop till done | |
| F9BB E1 57 F9 C3 FDB BRAN,DUMP3 | |
| F9BF E1 CB E2 15 DUMP2: FDB RFROM,DROP | |
| F9C3 E2 15 E1 CB E3 E4 E1 7B DUMP3: FDB DROP,RFROM,BASE,STORE | |
| F9CB E1 71 FDB EXIT | |
| F9CD ; | |
| F9CD ; .S ( ... -- ... ) | |
| F9CD ; Display the contents of the data stack. | |
| F9CD ; | |
| F9CD F9 D4 F9 85 FDB DOTS,L2160 | |
| F9D1 02 2E 53 L2170: FCB 2,".S" | |
| F9D4 BD E1 12 DOTS: JSR DOLST | |
| F9D7 ED D8 E9 54 FDB CR,DEPTH ;stack depth | |
| F9DB E1 EB FDB TOR ;start count down loop | |
| F9DD E1 57 F9 E7 FDB BRAN,DOTS2 ;skip first pass | |
| F9E1 E1 DE E9 71 EE 7D DOTS1: FDB RAT,PICK,DOT | |
| F9E7 E1 21 F9 E1 DOTS2: FDB DONXT,DOTS1 | |
| F9EB EE 1D FDB DOTQP | |
| F9ED 04 20 3C 73 70 FCB 4," <sp" | |
| F9F2 E1 71 FDB EXIT | |
| F9F4 ; | |
| F9F4 ; !CSP ( -- ) | |
| F9F4 ; Save stack pointer in CSP for error checking. | |
| F9F4 ; | |
| F9F4 F9 FD F9 D1 FDB STCSP,L2170 | |
| F9F8 04 21 43 53 50 L2180: FCB 4,"!CSP" | |
| F9FD BD E1 12 STCSP: JSR DOLST | |
| FA00 E1 F9 E4 27 E1 7B E1 71 FDB SPAT,CSP,STORE,EXIT ;save pointer | |
| FA08 ; | |
| FA08 ; ?CSP ( -- ) | |
| FA08 ; Abort if stack pointer differs from that saved in CSP. | |
| FA08 ; | |
| FA08 FA 11 F9 F8 FDB QCSP,L2180 | |
| FA0C 04 3F 43 53 50 L2190: FCB 4,"?CSP" | |
| FA11 BD E1 12 QCSP: JSR DOLST | |
| FA14 E1 F9 E4 27 E1 89 E2 99 FDB SPAT,CSP,AT,XORR ;compare pointers | |
| FA1C F2 92 FDB ABORQ ;abort if different | |
| FA1E 06 73 74 61 63 6B 73 FCB 6,"stacks" | |
| FA25 E1 71 FDB EXIT | |
| FA27 ; | |
| FA27 ; >NAME ( ca -- na | F ) | |
| FA27 ; Convert code address to a name address. | |
| FA27 ; | |
| FA27 FA 31 FA 0C FDB TNAME,L2190 | |
| FA2B 05 3E 4E 41 4D 45 L2200: FCB 5,">NAME" | |
| FA31 BD E1 12 TNAME: JSR DOLST | |
| FA34 E4 87 FDB CRRNT ;vocabulary link | |
| FA36 E8 D7 E1 89 E4 E3 TNAM1: FDB CELLP,AT,QDUP | |
| FA3C E1 40 FA 6E FDB QBRAN,TNAM4 | |
| FA40 E5 21 FDB DDUP | |
| FA42 E1 89 E2 21 TNAM2: FDB AT,DUPP | |
| FA46 E1 40 FA 5A FDB QBRAN,TNAM3 | |
| FA4A E5 21 EF FC E2 99 FDB DDUP,NAMET,XORR ;compare | |
| FA50 E1 40 FA 5A FDB QBRAN,TNAM3 | |
| FA54 E8 EB FDB CELLM ;continue with next word | |
| FA56 E1 57 FA 42 FDB BRAN,TNAM2 | |
| FA5A E2 30 E2 15 E4 E3 TNAM3: FDB SWAP,DROP,QDUP | |
| FA60 E1 40 FA 36 FDB QBRAN,TNAM1 | |
| FA64 E2 30 E2 15 E2 30 E2 15 E1 71 FDB SWAP,DROP,SWAP,DROP,EXIT | |
| FA6E E2 15 E0 EF 00 00 E1 71 TNAM4: FDB DROP,DOLIT,0,EXIT | |
| FA76 ; | |
| FA76 ; .ID ( na -- ) | |
| FA76 ; Display the name at address. | |
| FA76 ; | |
| FA76 FA 7E FA 2B FDB DOTID,L2200 | |
| FA7A 03 2E 49 44 L2210: FCB 3,".ID" | |
| FA7E BD E1 12 DOTID: JSR DOLST | |
| FA81 E4 E3 FDB QDUP ;if zero no name | |
| FA83 E1 40 FA 92 FDB QBRAN,DOTI1 | |
| FA87 E9 F1 E1 00 FDB COUNT,DOCLIT | |
| FA8B 1F FCB $1F | |
| FA8C E2 76 FDB ANDD ;mask lexicon bits | |
| FA8E F9 39 E1 71 FDB UTYPE,EXIT ;display name string | |
| FA92 EE 1D DOTI1: FDB DOTQP | |
| FA94 09 20 7B 6E 6F 4E 61 6D 65 7D FCB 9," {noName}" | |
| FA9E E1 71 FDB EXIT | |
| FAA0 ; | |
| FAA0 ; SEE ( -- ; <string> ) | |
| FAA0 ; A simple decompiler. | |
| FAA0 ; | |
| FAA0 FA A8 FA 7A FDB SEE,L2210 | |
| FAA4 03 53 45 45 L2220: FCB 3,"SEE" | |
| FAA8 BD E1 12 SEE: JSR DOLST | |
| FAAB F4 5D FDB TICK ;starting address | |
| FAAD E5 96 FDB PLUS1 ;skip JSR | |
| FAAF ;primitive check ... | |
| FAAF E3 E4 E1 89 E1 EB EC 1C FDB BASE,AT,TOR,HEX ;switch to hex base | |
| FAB7 E2 21 E1 89 E0 EF E1 12 E2 99 FDB DUPP,AT,DOLIT,DOLST,XORR | |
| FAC1 ;high level word? | |
| FAC1 E1 40 FA D7 FDB QBRAN,SEE1 ;yes! | |
| FAC5 ED D8 EE 1D FDB CR,DOTQP ;primitive word only | |
| FAC9 09 20 50 52 49 4D 49 54 56 45 FCB 9," PRIMITVE" | |
| FAD3 E1 57 FB EA FDB BRAN,SEE5 ;exit | |
| FAD7 ED D8 E8 D7 E2 21 EE 68 ED 86 SEE1: FDB CR,CELLP,DUPP,UDOT,SPACE | |
| FAE1 E2 21 E1 89 E2 21 FDB DUPP,AT,DUPP ;?does it contain a zero | |
| FAE7 E1 40 FA ED FDB QBRAN,SEE2 | |
| FAEB FA 31 FDB TNAME ;?is it a name | |
| FAED E4 E3 SEE2: FDB QDUP | |
| FAEF E1 40 FB CC FDB QBRAN,SEE3 | |
| FAF3 ; | |
| FAF3 ED 86 FA 7E FDB SPACE,DOTID ;display name | |
| FAF7 E2 21 E1 89 FDB DUPP,AT | |
| FAFB ; | |
| FAFB E2 21 E0 EF E1 00 E6 56 FDB DUPP,DOLIT,DOCLIT,EQUAL ; doCLIT? | |
| FB03 E1 40 FB 1B FDB QBRAN,SEE21 | |
| FB07 E2 43 E8 D7 E1 A5 ED 86 EE 68 FDB OVER,CELLP,CAT,SPACE,UDOT ; CLIT: get only single byte | |
| FB11 E2 30 E5 96 E2 30 FDB SWAP,PLUS1,SWAP | |
| FB17 E1 57 FB C0 FDB BRAN,SEE28 | |
| FB1B ; | |
| FB1B E2 21 E0 EF E0 EF E6 56 SEE21: FDB DUPP,DOLIT,DOLIT,EQUAL | |
| FB23 E2 43 E0 EF E1 40 E6 56 E2 87 FDB OVER,DOLIT,QBRAN,EQUAL,ORR ; ?BRAN ? | |
| FB2D E2 43 E0 EF E1 57 E6 56 E2 87 FDB OVER,DOLIT,BRAN,EQUAL,ORR ; BRANCH ? | |
| FB37 E2 43 E0 EF E1 21 E6 56 E2 87 FDB OVER,DOLIT,DONXT,EQUAL,ORR ; next ? (from FOR/NEXT) | |
| FB41 E2 43 E0 EF F5 BB E6 56 E2 87 FDB OVER,DOLIT,DOLOOP,EQUAL,ORR ; (LOOP) ? | |
| FB4B E2 43 E0 EF F5 CC E6 56 E2 87 FDB OVER,DOLIT,DOPLOOP,EQUAL,ORR ; (+LOOP) ? | |
| FB55 E2 43 E0 EF F5 A8 E6 56 E2 87 FDB OVER,DOLIT,DODO,EQUAL,ORR ; (DO) ? | |
| FB5F E2 43 E0 EF F5 4E E6 56 E2 87 FDB OVER,DOLIT,DOQDO,EQUAL,ORR ; (?DO) ? | |
| FB69 E2 43 E0 EF F5 88 E6 56 E2 87 FDB OVER,DOLIT,DOMDO,EQUAL,ORR ; (-DO) ? | |
| FB73 E1 40 FB 89 FDB QBRAN,SEE27 | |
| FB77 E2 30 E8 D7 E2 21 E1 89 ED 86 EE 68 E2 30 FDB SWAP,CELLP,DUPP,AT,SPACE,UDOT,SWAP ; LIT: get word | |
| FB85 E1 57 FB C0 FDB BRAN,SEE28 | |
| FB89 SEE27: | |
| FB89 E2 21 E0 EF EE 1D E6 56 FDB DUPP,DOLIT,DOTQP,EQUAL ; ." ..." | |
| FB91 E2 43 E0 EF F2 92 E6 56 E2 87 FDB OVER,DOLIT,ABORQ,EQUAL,ORR ; ABORT" ..." | |
| FB9B E2 43 E0 EF EE 0E E6 56 E2 87 FDB OVER,DOLIT,STRQP,EQUAL,ORR ; $" ..." | |
| FBA5 E1 40 FB C6 FDB QBRAN,SEE29 ; last case aalway to SEE29!! | |
| FBA9 E2 30 E8 D7 FDB SWAP,CELLP ; print compiled string | |
| FBAD E2 21 E9 F1 ED B8 E1 00 FDB DUPP,COUNT,TYPES,DOCLIT | |
| FBB5 22 FCB 34 | |
| FBB6 ED 41 FDB EMIT | |
| FBB8 E9 F1 E5 CF E8 EB E2 30 FDB COUNT,PLUS,CELLM,SWAP ; adjust continuation address | |
| FBC0 ; | |
| FBC0 E2 15 SEE28: FDB DROP | |
| FBC2 E1 57 FB E4 FDB BRAN,SEE4 | |
| FBC6 E2 15 SEE29: FDB DROP | |
| FBC8 E1 57 FB D6 FDB BRAN,SEE31 ; cleanup, check for EXIT | |
| FBCC ; | |
| FBCC E2 21 E1 89 EE 68 SEE3: FDB DUPP,AT,UDOT | |
| FBD2 E1 57 FB E4 FDB BRAN,SEE4 | |
| FBD6 E2 21 E1 89 E0 EF E1 71 E2 99 SEE31: FDB DUPP,AT,DOLIT,EXIT,XORR | |
| FBE0 ; but not if SEE decompiles itself! | |
| FBE0 E1 40 FB EA FDB QBRAN,SEE5 | |
| FBE4 ED 53 SEE4: FDB NUFQ | |
| FBE6 E1 40 FA D7 FDB QBRAN,SEE1 | |
| FBEA E1 CB E3 E4 E1 7B E2 15 E1 71 SEE5: FDB RFROM,BASE,STORE,DROP,EXIT | |
| FBF4 ; | |
| FBF4 ; WORDS ( -- ) | |
| FBF4 ; Display the names in the context vocabulary. | |
| FBF4 ; | |
| FBF4 FB FE FA A4 FDB WORDS,L2220 | |
| FBF8 05 57 4F 52 44 53 L2230: FCB 5,"WORDS" | |
| FBFE BD E1 12 WORDS: JSR DOLST | |
| FC01 ED D8 E4 76 E1 89 FDB CR,CNTXT,AT ;only in context | |
| FC07 E1 89 E4 E3 WORS1: FDB AT,QDUP | |
| FC0B E1 40 FC 1F FDB QBRAN,WORS2 | |
| FC0F E2 21 ED 86 FA 7E FDB DUPP,SPACE,DOTID ;display a name | |
| FC15 E8 EB ED 53 FDB CELLM,NUFQ ;user control | |
| FC19 E1 40 FC 07 FDB QBRAN,WORS1 | |
| FC1D E2 15 FDB DROP | |
| FC1F E1 71 WORS2: FDB EXIT | |
| FC21 ; | |
| FC21 ; Hardware reset | |
| FC21 ; | |
| FC21 ; VER ( -- n ) | |
| FC21 ; Return the version number of this implementation. | |
| FC21 ; | |
| FC21 FC 29 FB F8 FDB VERSN,L2230 | |
| FC25 03 56 45 52 L2240: FCB 3,"VER" | |
| FC29 BD E1 12 VERSN: JSR DOLST | |
| FC2C E0 EF 01 00 E1 71 FDB DOLIT,VER*256+EXT,EXIT | |
| FC32 ; | |
| FC32 ; hi ( -- ) | |
| FC32 ; Display the sign-on message of eForth. | |
| FC32 ; | |
| FC32 FC 39 FC 25 FDB HI,L2240 | |
| FC36 02 68 69 L2250: FCB 2,"hi" | |
| FC39 BD E1 12 HI: JSR DOLST | |
| FC3C E0 E3 ED D8 EE 1D FDB STOIO,CR,DOTQP ;initialize I/O | |
| FC42 0B 65 46 6F 72 74 68 20 76 FCB 11,"eForth v" ;model | |
| FC4B 31 2E 30 FCB VER+"0",".",EXT+"0" ;version | |
| FC4E ED D8 E1 71 FDB CR,EXIT | |
| FC52 ; | |
| FC52 ; 'BOOT ( -- a ) | |
| FC52 ; The application startup vector. | |
| FC52 ; | |
| FC52 FC 5C FC 36 FDB TBOOT,L2250 | |
| FC56 05 27 42 4F 4F 54 L2260: FCB 5,"'BOOT" | |
| FC5C TBOOT: | |
| FC5C ; jsr DOLST | |
| FC5C ; FDB DOVAR | |
| FC5C BD E3 33 JSR FDOVAR | |
| FC5F FC 39 FDB HI ;application to boot | |
| FC61 ; | |
| FC61 ; COLD ( -- ) | |
| FC61 ; The hilevel cold start sequence. | |
| FC61 ; | |
| FC61 FC 6A FC 56 FDB COLD,L2260 | |
| FC65 04 43 4F 4C 44 L2270: FCB 4,"COLD" | |
| FC6A BD E1 12 COLD: JSR DOLST | |
| FC6D E0 EF E0 0D E0 EF 6F 80 COLD1: FDB DOLIT,UZERO,DOLIT,UPP | |
| FC75 E0 EF 00 4A EA 5E FDB DOLIT,ULAST-UZERO,CMOVE ;initialize user area | |
| FC7B F3 6F FDB PRESE ;initialize data stack and TIB | |
| FC7D FC 5C EA 45 FDB TBOOT,ATEXE ;application boot | |
| FC81 E4 D1 E4 76 E1 89 E2 21 FDB FORTH,CNTXT,AT,DUPP ;initialize search order | |
| FC89 E4 87 E9 C2 F8 32 FDB CRRNT,DSTOR,OVERT | |
| FC8F ; TEST | |
| FC8F ; FDB DOLIT,10,DOLIT,1 | |
| FC8F ; FDB DODO | |
| FC8F ; | |
| FC8F F4 08 FDB QUIT ;start interpretation | |
| FC91 E1 57 FC 6D FDB BRAN,COLD1 ;just in case | |
| FC95 ; | |
| FC95 ;=============================================================== | |
| FC95 ; | |
| FC95 LASTN: EQU L2270 | |
| FC95 ; | |
| FC95 NTOP: EQU NAMEE | |
| FC95 CTOP: EQU $ | |
| FC95 ; | |
| FC95 ; | |
| FC95 ; END ORIG | |
| FC95 ; | |
| FC95 ;=============================================================== | |
| VER: 0001 DEFINED AT LINE 53 | |
| > USED AT LINE 3324 | |
| > USED AT LINE 3334 | |
| EXT: 0000 DEFINED AT LINE 54 | |
| > USED AT LINE 3324 | |
| TRUEE: 00-1 DEFINED AT LINE 58 | |
| COMPO: 0040 DEFINED AT LINE 60 | |
| > USED AT LINE 244 | |
| > USED AT LINE 258 | |
| > USED AT LINE 269 | |
| > USED AT LINE 281 | |
| > USED AT LINE 297 | |
| > USED AT LINE 310 | |
| > USED AT LINE 603 | |
| > USED AT LINE 649 | |
| > USED AT LINE 674 | |
| > USED AT LINE 792 | |
| > USED AT LINE 948 | |
| > USED AT LINE 2094 | |
| > USED AT LINE 2103 | |
| > USED AT LINE 2111 | |
| > USED AT LINE 2461 | |
| > USED AT LINE 2545 | |
| > USED AT LINE 2653 | |
| > USED AT LINE 3021 | |
| IMEDD: 0080 DEFINED AT LINE 61 | |
| > USED AT LINE 2215 | |
| > USED AT LINE 2223 | |
| > USED AT LINE 2231 | |
| > USED AT LINE 2491 | |
| > USED AT LINE 2645 | |
| > USED AT LINE 2662 | |
| > USED AT LINE 2680 | |
| > USED AT LINE 2690 | |
| > USED AT LINE 2700 | |
| > USED AT LINE 2730 | |
| > USED AT LINE 2780 | |
| > USED AT LINE 2806 | |
| > USED AT LINE 2818 | |
| > USED AT LINE 2839 | |
| > USED AT LINE 2847 | |
| > USED AT LINE 2855 | |
| > USED AT LINE 2863 | |
| > USED AT LINE 2871 | |
| > USED AT LINE 2879 | |
| > USED AT LINE 2888 | |
| > USED AT LINE 2896 | |
| > USED AT LINE 2904 | |
| > USED AT LINE 2912 | |
| > USED AT LINE 2920 | |
| > USED AT LINE 2928 | |
| > USED AT LINE 2936 | |
| > USED AT LINE 2944 | |
| > USED AT LINE 2952 | |
| > USED AT LINE 3021 | |
| > USED AT LINE 3060 | |
| MASKK: 1F7F DEFINED AT LINE 62 | |
| CFAOFF: 0003 DEFINED AT LINE 64 | |
| > USED AT LINE 682 | |
| CELLL: 0002 DEFINED AT LINE 66 | |
| > USED AT LINE 82 | |
| > USED AT LINE 83 | |
| > USED AT LINE 86 | |
| > USED AT LINE 88 | |
| > USED AT LINE 1518 | |
| > USED AT LINE 1528 | |
| > USED AT LINE 1538 | |
| > USED AT LINE 1582 | |
| BASEE: 000A DEFINED AT LINE 67 | |
| > USED AT LINE 143 | |
| VOCSS: 0008 DEFINED AT LINE 68 | |
| > USED AT LINE 155 | |
| > USED AT LINE 905 | |
| > USED AT LINE 916 | |
| > USED AT LINE 927 | |
| > USED AT LINE 938 | |
| BKSPP: 0008 DEFINED AT LINE 70 | |
| > USED AT LINE 2344 | |
| > USED AT LINE 2346 | |
| BKSPP2: 007F DEFINED AT LINE 71 | |
| LF: 000D DEFINED AT LINE 72 | |
| > USED AT LINE 2087 | |
| CRR: 000A DEFINED AT LINE 73 | |
| > USED AT LINE 2030 | |
| > USED AT LINE 2084 | |
| > USED AT LINE 2365 | |
| ERR: 001B DEFINED AT LINE 74 | |
| > USED AT LINE 2607 | |
| TIC: 0027 DEFINED AT LINE 75 | |
| CALLL: 12BD DEFINED AT LINE 77 | |
| > USED AT LINE 3040 | |
| EM: 7000 DEFINED AT LINE 81 | |
| > USED AT LINE 85 | |
| > USED AT LINE 92 | |
| US: 0080 DEFINED AT LINE 82 | |
| > USED AT LINE 85 | |
| > USED AT LINE 91 | |
| RTS: 0100 DEFINED AT LINE 83 | |
| > USED AT LINE 87 | |
| UPP: 6F80 DEFINED AT LINE 85 | |
| > USED AT LINE 86 | |
| > USED AT LINE 668 | |
| RPP: 6F70 DEFINED AT LINE 86 | |
| > USED AT LINE 87 | |
| > USED AT LINE 136 | |
| TIBB: 6E70 DEFINED AT LINE 87 | |
| > USED AT LINE 88 | |
| > USED AT LINE 148 | |
| > USED AT LINE 2539 | |
| SPP: 6E60 DEFINED AT LINE 88 | |
| > USED AT LINE 135 | |
| COLDD: E000 DEFINED AT LINE 90 | |
| > USED AT LINE 91 | |
| > USED AT LINE 120 | |
| CODEE: E080 DEFINED AT LINE 91 | |
| > USED AT LINE 163 | |
| NAMEE: 6C00 DEFINED AT LINE 92 | |
| > USED AT LINE 3371 | |
| RESET: E000 DEFINED AT LINE 124 | |
| > USED AT LINE 102 | |
| > USED AT LINE 104 | |
| > USED AT LINE 106 | |
| > USED AT LINE 108 | |
| > USED AT LINE 110 | |
| > USED AT LINE 112 | |
| > USED AT LINE 114 | |
| > USED AT LINE 116 | |
| ORIG: E000 DEFINED AT LINE 125 | |
| UZERO: E00D DEFINED AT LINE 134 | |
| > USED AT LINE 3354 | |
| > USED AT LINE 3355 | |
| ULAST: E057 DEFINED AT LINE 161 | |
| > USED AT LINE 3355 | |
| ACIA: 83FE DEFINED AT LINE 167 | |
| > USED AT LINE 168 | |
| > USED AT LINE 169 | |
| > USED AT LINE 170 | |
| ACIAC: 83FE DEFINED AT LINE 168 | |
| ACIAS: 83FE DEFINED AT LINE 169 | |
| > USED AT LINE 178 | |
| > USED AT LINE 186 | |
| ACIAD: 83FF DEFINED AT LINE 170 | |
| > USED AT LINE 181 | |
| > USED AT LINE 189 | |
| ACIA_TDRE: 0002 DEFINED AT LINE 172 | |
| ACIA_RDRF: 0001 DEFINED AT LINE 173 | |
| SEROUT: E080 DEFINED AT LINE 175 | |
| > USED AT LINE 227 | |
| SEROUTL: E082 DEFINED AT LINE 177 | |
| > USED AT LINE 180 | |
| SERIN: E08F DEFINED AT LINE 185 | |
| > USED AT LINE 206 | |
| SERIN_RET: E099 DEFINED AT LINE 190 | |
| > USED AT LINE 188 | |
| L100: E09E DEFINED AT LINE 197 | |
| > USED AT LINE 203 | |
| BYE: E0A2 DEFINED AT LINE 198 | |
| > USED AT LINE 196 | |
| L110: E0A9 DEFINED AT LINE 204 | |
| > USED AT LINE 219 | |
| QRX: E0AD DEFINED AT LINE 205 | |
| > USED AT LINE 137 | |
| > USED AT LINE 203 | |
| > USED AT LINE 2577 | |
| QRX1: E0B9 DEFINED AT LINE 210 | |
| > USED AT LINE 207 | |
| L120: E0C8 DEFINED AT LINE 220 | |
| > USED AT LINE 234 | |
| TXSTO: E0CC DEFINED AT LINE 221 | |
| > USED AT LINE 138 | |
| > USED AT LINE 141 | |
| > USED AT LINE 219 | |
| > USED AT LINE 2577 | |
| TX1: E0D4 DEFINED AT LINE 225 | |
| > USED AT LINE 223 | |
| L130: E0DF DEFINED AT LINE 235 | |
| > USED AT LINE 243 | |
| STOIO: E0E3 DEFINED AT LINE 236 | |
| > USED AT LINE 234 | |
| > USED AT LINE 3332 | |
| L140: E0E9 DEFINED AT LINE 244 | |
| > USED AT LINE 257 | |
| DOLIT: E0EF DEFINED AT LINE 245 | |
| > USED AT LINE 243 | |
| > USED AT LINE 1363 | |
| > USED AT LINE 1377 | |
| > USED AT LINE 1461 | |
| > USED AT LINE 1566 | |
| > USED AT LINE 1571 | |
| > USED AT LINE 1688 | |
| > USED AT LINE 1845 | |
| > USED AT LINE 1901 | |
| > USED AT LINE 1951 | |
| > USED AT LINE 1959 | |
| > USED AT LINE 2217 | |
| > USED AT LINE 2225 | |
| > USED AT LINE 2287 | |
| > USED AT LINE 2344 | |
| > USED AT LINE 2346 | |
| > USED AT LINE 2368 | |
| > USED AT LINE 2369 | |
| > USED AT LINE 2386 | |
| > USED AT LINE 2478 | |
| > USED AT LINE 2493 | |
| > USED AT LINE 2501 | |
| > USED AT LINE 2539 | |
| > USED AT LINE 2547 | |
| > USED AT LINE 2556 | |
| > USED AT LINE 2557 | |
| > USED AT LINE 2565 | |
| > USED AT LINE 2566 | |
| > USED AT LINE 2597 | |
| > USED AT LINE 2605 | |
| > USED AT LINE 2607 | |
| > USED AT LINE 2664 | |
| > USED AT LINE 2672 | |
| > USED AT LINE 3000 | |
| > USED AT LINE 3031 | |
| > USED AT LINE 3060 | |
| > USED AT LINE 3075 | |
| > USED AT LINE 3088 | |
| > USED AT LINE 3105 | |
| > USED AT LINE 3129 | |
| > USED AT LINE 3214 | |
| > USED AT LINE 3258 | |
| > USED AT LINE 3264 | |
| > USED AT LINE 3265 | |
| > USED AT LINE 3266 | |
| > USED AT LINE 3267 | |
| > USED AT LINE 3268 | |
| > USED AT LINE 3269 | |
| > USED AT LINE 3270 | |
| > USED AT LINE 3271 | |
| > USED AT LINE 3272 | |
| > USED AT LINE 3277 | |
| > USED AT LINE 3278 | |
| > USED AT LINE 3279 | |
| > USED AT LINE 3324 | |
| > USED AT LINE 3354 | |
| > USED AT LINE 3355 | |
| L141: E0F9 DEFINED AT LINE 258 | |
| > USED AT LINE 268 | |
| DOCLIT: E100 DEFINED AT LINE 259 | |
| > USED AT LINE 257 | |
| > USED AT LINE 1517 | |
| > USED AT LINE 1527 | |
| > USED AT LINE 1537 | |
| > USED AT LINE 1567 | |
| > USED AT LINE 1581 | |
| > USED AT LINE 1839 | |
| > USED AT LINE 1842 | |
| > USED AT LINE 1929 | |
| > USED AT LINE 1939 | |
| > USED AT LINE 1952 | |
| > USED AT LINE 1956 | |
| > USED AT LINE 2040 | |
| > USED AT LINE 2083 | |
| > USED AT LINE 2086 | |
| > USED AT LINE 2364 | |
| > USED AT LINE 2408 | |
| > USED AT LINE 3039 | |
| > USED AT LINE 3144 | |
| > USED AT LINE 3148 | |
| > USED AT LINE 3224 | |
| L150: E10B DEFINED AT LINE 269 | |
| > USED AT LINE 280 | |
| DOLST: E112 DEFINED AT LINE 270 | |
| > USED AT LINE 268 | |
| > USED AT LINE 580 | |
| > USED AT LINE 651 | |
| > USED AT LINE 676 | |
| > USED AT LINE 950 | |
| > USED AT LINE 959 | |
| > USED AT LINE 970 | |
| > USED AT LINE 982 | |
| > USED AT LINE 991 | |
| > USED AT LINE 1000 | |
| > USED AT LINE 1188 | |
| > USED AT LINE 1260 | |
| > USED AT LINE 1271 | |
| > USED AT LINE 1282 | |
| > USED AT LINE 1360 | |
| > USED AT LINE 1385 | |
| > USED AT LINE 1402 | |
| > USED AT LINE 1410 | |
| > USED AT LINE 1419 | |
| > USED AT LINE 1460 | |
| > USED AT LINE 1476 | |
| > USED AT LINE 1485 | |
| > USED AT LINE 1498 | |
| > USED AT LINE 1506 | |
| > USED AT LINE 1516 | |
| > USED AT LINE 1526 | |
| > USED AT LINE 1536 | |
| > USED AT LINE 1546 | |
| > USED AT LINE 1565 | |
| > USED AT LINE 1579 | |
| > USED AT LINE 1612 | |
| > USED AT LINE 1649 | |
| > USED AT LINE 1661 | |
| > USED AT LINE 1670 | |
| > USED AT LINE 1679 | |
| > USED AT LINE 1687 | |
| > USED AT LINE 1695 | |
| > USED AT LINE 1703 | |
| > USED AT LINE 1809 | |
| > USED AT LINE 1823 | |
| > USED AT LINE 1838 | |
| > USED AT LINE 1852 | |
| > USED AT LINE 1861 | |
| > USED AT LINE 1870 | |
| > USED AT LINE 1879 | |
| > USED AT LINE 1887 | |
| > USED AT LINE 1898 | |
| > USED AT LINE 1909 | |
| > USED AT LINE 1918 | |
| > USED AT LINE 1928 | |
| > USED AT LINE 1938 | |
| > USED AT LINE 1950 | |
| > USED AT LINE 1967 | |
| > USED AT LINE 2000 | |
| > USED AT LINE 2008 | |
| > USED AT LINE 2018 | |
| > USED AT LINE 2026 | |
| > USED AT LINE 2039 | |
| > USED AT LINE 2049 | |
| > USED AT LINE 2057 | |
| > USED AT LINE 2069 | |
| > USED AT LINE 2082 | |
| > USED AT LINE 2095 | |
| > USED AT LINE 2104 | |
| > USED AT LINE 2112 | |
| > USED AT LINE 2120 | |
| > USED AT LINE 2129 | |
| > USED AT LINE 2139 | |
| > USED AT LINE 2148 | |
| > USED AT LINE 2161 | |
| > USED AT LINE 2171 | |
| > USED AT LINE 2206 | |
| > USED AT LINE 2216 | |
| > USED AT LINE 2224 | |
| > USED AT LINE 2232 | |
| > USED AT LINE 2240 | |
| > USED AT LINE 2248 | |
| > USED AT LINE 2260 | |
| > USED AT LINE 2270 | |
| > USED AT LINE 2278 | |
| > USED AT LINE 2294 | |
| > USED AT LINE 2320 | |
| > USED AT LINE 2341 | |
| > USED AT LINE 2354 | |
| > USED AT LINE 2363 | |
| > USED AT LINE 2380 | |
| > USED AT LINE 2399 | |
| > USED AT LINE 2407 | |
| > USED AT LINE 2420 | |
| > USED AT LINE 2431 | |
| > USED AT LINE 2454 | |
| > USED AT LINE 2463 | |
| > USED AT LINE 2475 | |
| > USED AT LINE 2492 | |
| > USED AT LINE 2500 | |
| > USED AT LINE 2512 | |
| > USED AT LINE 2523 | |
| > USED AT LINE 2537 | |
| > USED AT LINE 2546 | |
| > USED AT LINE 2555 | |
| > USED AT LINE 2564 | |
| > USED AT LINE 2584 | |
| > USED AT LINE 2593 | |
| > USED AT LINE 2618 | |
| > USED AT LINE 2629 | |
| > USED AT LINE 2637 | |
| > USED AT LINE 2646 | |
| > USED AT LINE 2654 | |
| > USED AT LINE 2663 | |
| > USED AT LINE 2671 | |
| > USED AT LINE 2681 | |
| > USED AT LINE 2691 | |
| > USED AT LINE 2701 | |
| > USED AT LINE 2731 | |
| > USED AT LINE 2807 | |
| > USED AT LINE 2819 | |
| > USED AT LINE 2840 | |
| > USED AT LINE 2848 | |
| > USED AT LINE 2856 | |
| > USED AT LINE 2864 | |
| > USED AT LINE 2872 | |
| > USED AT LINE 2880 | |
| > USED AT LINE 2889 | |
| > USED AT LINE 2897 | |
| > USED AT LINE 2905 | |
| > USED AT LINE 2913 | |
| > USED AT LINE 2921 | |
| > USED AT LINE 2929 | |
| > USED AT LINE 2937 | |
| > USED AT LINE 2945 | |
| > USED AT LINE 2953 | |
| > USED AT LINE 2963 | |
| > USED AT LINE 2976 | |
| > USED AT LINE 2997 | |
| > USED AT LINE 3014 | |
| > USED AT LINE 3022 | |
| > USED AT LINE 3030 | |
| > USED AT LINE 3038 | |
| > USED AT LINE 3050 | |
| > USED AT LINE 3059 | |
| > USED AT LINE 3070 | |
| > USED AT LINE 3083 | |
| > USED AT LINE 3095 | |
| > USED AT LINE 3103 | |
| > USED AT LINE 3115 | |
| > USED AT LINE 3128 | |
| > USED AT LINE 3142 | |
| > USED AT LINE 3166 | |
| > USED AT LINE 3181 | |
| > USED AT LINE 3189 | |
| > USED AT LINE 3200 | |
| > USED AT LINE 3221 | |
| > USED AT LINE 3237 | |
| > USED AT LINE 3306 | |
| > USED AT LINE 3323 | |
| > USED AT LINE 3331 | |
| > USED AT LINE 3353 | |
| L160: E11C DEFINED AT LINE 281 | |
| > USED AT LINE 296 | |
| DONXT: E121 DEFINED AT LINE 282 | |
| > USED AT LINE 280 | |
| > USED AT LINE 1374 | |
| > USED AT LINE 1466 | |
| > USED AT LINE 1815 | |
| > USED AT LINE 1981 | |
| > USED AT LINE 2061 | |
| > USED AT LINE 2074 | |
| > USED AT LINE 2181 | |
| > USED AT LINE 2192 | |
| > USED AT LINE 2286 | |
| > USED AT LINE 2857 | |
| > USED AT LINE 3120 | |
| > USED AT LINE 3134 | |
| > USED AT LINE 3155 | |
| > USED AT LINE 3171 | |
| NEXT1: E12E DEFINED AT LINE 288 | |
| > USED AT LINE 284 | |
| L170: E138 DEFINED AT LINE 297 | |
| > USED AT LINE 309 | |
| QBRAN: E140 DEFINED AT LINE 298 | |
| > USED AT LINE 296 | |
| > USED AT LINE 972 | |
| > USED AT LINE 1190 | |
| > USED AT LINE 1262 | |
| > USED AT LINE 1273 | |
| > USED AT LINE 1362 | |
| > USED AT LINE 1369 | |
| > USED AT LINE 1387 | |
| > USED AT LINE 1390 | |
| > USED AT LINE 1393 | |
| > USED AT LINE 1464 | |
| > USED AT LINE 1489 | |
| > USED AT LINE 1570 | |
| > USED AT LINE 1614 | |
| > USED AT LINE 1705 | |
| > USED AT LINE 1813 | |
| > USED AT LINE 1889 | |
| > USED AT LINE 1900 | |
| > USED AT LINE 1955 | |
| > USED AT LINE 1970 | |
| > USED AT LINE 1975 | |
| > USED AT LINE 1978 | |
| > USED AT LINE 1983 | |
| > USED AT LINE 2010 | |
| > USED AT LINE 2028 | |
| > USED AT LINE 2152 | |
| > USED AT LINE 2173 | |
| > USED AT LINE 2175 | |
| > USED AT LINE 2179 | |
| > USED AT LINE 2188 | |
| > USED AT LINE 2190 | |
| > USED AT LINE 2284 | |
| > USED AT LINE 2299 | |
| > USED AT LINE 2301 | |
| > USED AT LINE 2308 | |
| > USED AT LINE 2322 | |
| > USED AT LINE 2327 | |
| > USED AT LINE 2329 | |
| > USED AT LINE 2343 | |
| > USED AT LINE 2367 | |
| > USED AT LINE 2370 | |
| > USED AT LINE 2383 | |
| > USED AT LINE 2387 | |
| > USED AT LINE 2464 | |
| > USED AT LINE 2477 | |
| > USED AT LINE 2483 | |
| > USED AT LINE 2502 | |
| > USED AT LINE 2525 | |
| > USED AT LINE 2598 | |
| > USED AT LINE 2601 | |
| > USED AT LINE 2606 | |
| > USED AT LINE 2620 | |
| > USED AT LINE 2865 | |
| > USED AT LINE 2881 | |
| > USED AT LINE 2965 | |
| > USED AT LINE 2978 | |
| > USED AT LINE 2999 | |
| > USED AT LINE 3001 | |
| > USED AT LINE 3005 | |
| > USED AT LINE 3154 | |
| > USED AT LINE 3203 | |
| > USED AT LINE 3206 | |
| > USED AT LINE 3208 | |
| > USED AT LINE 3212 | |
| > USED AT LINE 3223 | |
| > USED AT LINE 3244 | |
| > USED AT LINE 3250 | |
| > USED AT LINE 3253 | |
| > USED AT LINE 3259 | |
| > USED AT LINE 3273 | |
| > USED AT LINE 3280 | |
| > USED AT LINE 3296 | |
| > USED AT LINE 3298 | |
| > USED AT LINE 3309 | |
| > USED AT LINE 3312 | |
| BRAN1: E148 DEFINED AT LINE 303 | |
| > USED AT LINE 300 | |
| L180: E150 DEFINED AT LINE 310 | |
| > USED AT LINE 317 | |
| BRAN: E157 DEFINED AT LINE 311 | |
| > USED AT LINE 309 | |
| > USED AT LINE 1371 | |
| > USED AT LINE 1615 | |
| > USED AT LINE 1811 | |
| > USED AT LINE 1890 | |
| > USED AT LINE 1986 | |
| > USED AT LINE 2059 | |
| > USED AT LINE 2071 | |
| > USED AT LINE 2194 | |
| > USED AT LINE 2280 | |
| > USED AT LINE 2303 | |
| > USED AT LINE 2305 | |
| > USED AT LINE 2310 | |
| > USED AT LINE 2389 | |
| > USED AT LINE 2391 | |
| > USED AT LINE 2527 | |
| > USED AT LINE 2609 | |
| > USED AT LINE 2873 | |
| > USED AT LINE 2890 | |
| > USED AT LINE 3117 | |
| > USED AT LINE 3131 | |
| > USED AT LINE 3156 | |
| > USED AT LINE 3169 | |
| > USED AT LINE 3210 | |
| > USED AT LINE 3247 | |
| > USED AT LINE 3262 | |
| > USED AT LINE 3275 | |
| > USED AT LINE 3288 | |
| > USED AT LINE 3290 | |
| > USED AT LINE 3293 | |
| > USED AT LINE 3365 | |
| L190: E15F DEFINED AT LINE 318 | |
| > USED AT LINE 325 | |
| EXECU: E167 DEFINED AT LINE 319 | |
| > USED AT LINE 317 | |
| > USED AT LINE 1706 | |
| > USED AT LINE 2481 | |
| > USED AT LINE 3002 | |
| L200: E16C DEFINED AT LINE 326 | |
| > USED AT LINE 333 | |
| EXIT: E171 DEFINED AT LINE 327 | |
| > USED AT LINE 325 | |
| > USED AT LINE 652 | |
| > USED AT LINE 974 | |
| > USED AT LINE 1192 | |
| > USED AT LINE 1264 | |
| > USED AT LINE 1275 | |
| > USED AT LINE 1395 | |
| > USED AT LINE 1491 | |
| > USED AT LINE 1519 | |
| > USED AT LINE 1529 | |
| > USED AT LINE 1539 | |
| > USED AT LINE 1547 | |
| > USED AT LINE 1572 | |
| > USED AT LINE 1583 | |
| > USED AT LINE 1619 | |
| > USED AT LINE 1707 | |
| > USED AT LINE 1816 | |
| > USED AT LINE 1891 | |
| > USED AT LINE 1902 | |
| > USED AT LINE 2011 | |
| > USED AT LINE 2032 | |
| > USED AT LINE 2042 | |
| > USED AT LINE 2062 | |
| > USED AT LINE 2075 | |
| > USED AT LINE 2088 | |
| > USED AT LINE 2105 | |
| > USED AT LINE 2153 | |
| > USED AT LINE 2253 | |
| > USED AT LINE 2332 | |
| > USED AT LINE 2347 | |
| > USED AT LINE 2372 | |
| > USED AT LINE 2481 | |
| > USED AT LINE 2484 | |
| > USED AT LINE 2505 | |
| > USED AT LINE 2516 | |
| > USED AT LINE 2586 | |
| > USED AT LINE 2621 | |
| > USED AT LINE 2694 | |
| > USED AT LINE 2705 | |
| > USED AT LINE 2735 | |
| > USED AT LINE 2811 | |
| > USED AT LINE 2823 | |
| > USED AT LINE 2849 | |
| > USED AT LINE 2969 | |
| > USED AT LINE 2985 | |
| > USED AT LINE 3002 | |
| > USED AT LINE 3003 | |
| > USED AT LINE 3006 | |
| > USED AT LINE 3023 | |
| > USED AT LINE 3043 | |
| > USED AT LINE 3076 | |
| > USED AT LINE 3106 | |
| > USED AT LINE 3121 | |
| > USED AT LINE 3135 | |
| > USED AT LINE 3159 | |
| > USED AT LINE 3174 | |
| > USED AT LINE 3193 | |
| > USED AT LINE 3227 | |
| > USED AT LINE 3230 | |
| > USED AT LINE 3314 | |
| > USED AT LINE 3335 | |
| L210: E179 DEFINED AT LINE 334 | |
| > USED AT LINE 348 | |
| STORE: E17B DEFINED AT LINE 335 | |
| > USED AT LINE 333 | |
| > USED AT LINE 1651 | |
| > USED AT LINE 1931 | |
| > USED AT LINE 1941 | |
| > USED AT LINE 2172 | |
| > USED AT LINE 2296 | |
| > USED AT LINE 2639 | |
| > USED AT LINE 2674 | |
| > USED AT LINE 2985 | |
| L220: E187 DEFINED AT LINE 349 | |
| > USED AT LINE 357 | |
| AT: E189 DEFINED AT LINE 350 | |
| > USED AT LINE 348 | |
| > USED AT LINE 677 | |
| > USED AT LINE 1663 | |
| > USED AT LINE 1680 | |
| > USED AT LINE 1704 | |
| > USED AT LINE 1871 | |
| > USED AT LINE 1880 | |
| > USED AT LINE 1968 | |
| > USED AT LINE 2149 | |
| > USED AT LINE 2162 | |
| > USED AT LINE 2186 | |
| > USED AT LINE 2187 | |
| > USED AT LINE 2208 | |
| > USED AT LINE 2233 | |
| > USED AT LINE 2252 | |
| > USED AT LINE 2297 | |
| > USED AT LINE 2298 | |
| > USED AT LINE 2300 | |
| > USED AT LINE 2326 | |
| > USED AT LINE 2432 | |
| > USED AT LINE 2478 | |
| > USED AT LINE 2538 | |
| > USED AT LINE 2594 | |
| > USED AT LINE 2599 | |
| > USED AT LINE 2682 | |
| > USED AT LINE 2983 | |
| > USED AT LINE 3000 | |
| > USED AT LINE 3015 | |
| > USED AT LINE 3061 | |
| > USED AT LINE 3143 | |
| > USED AT LINE 3202 | |
| > USED AT LINE 3205 | |
| > USED AT LINE 3241 | |
| > USED AT LINE 3242 | |
| > USED AT LINE 3249 | |
| > USED AT LINE 3256 | |
| > USED AT LINE 3292 | |
| > USED AT LINE 3294 | |
| > USED AT LINE 3308 | |
| L230: E193 DEFINED AT LINE 358 | |
| > USED AT LINE 373 | |
| CSTOR: E196 DEFINED AT LINE 359 | |
| > USED AT LINE 357 | |
| > USED AT LINE 1825 | |
| > USED AT LINE 2356 | |
| > USED AT LINE 3041 | |
| L240: E1A2 DEFINED AT LINE 374 | |
| > USED AT LINE 383 | |
| CAT: E1A5 DEFINED AT LINE 375 | |
| > USED AT LINE 373 | |
| > USED AT LINE 1672 | |
| > USED AT LINE 1969 | |
| > USED AT LINE 1973 | |
| > USED AT LINE 2072 | |
| > USED AT LINE 2977 | |
| > USED AT LINE 3118 | |
| > USED AT LINE 3132 | |
| L250: E1B0 DEFINED AT LINE 384 | |
| > USED AT LINE 391 | |
| RPAT: E1B4 DEFINED AT LINE 385 | |
| > USED AT LINE 383 | |
| > USED AT LINE 2422 | |
| L260: E1BC DEFINED AT LINE 392 | |
| > USED AT LINE 399 | |
| RPSTO: E1C0 DEFINED AT LINE 393 | |
| > USED AT LINE 391 | |
| L270: E1C8 DEFINED AT LINE 400 | |
| > USED AT LINE 409 | |
| RFROM: E1CB DEFINED AT LINE 401 | |
| > USED AT LINE 399 | |
| > USED AT LINE 652 | |
| > USED AT LINE 677 | |
| > USED AT LINE 951 | |
| > USED AT LINE 1284 | |
| > USED AT LINE 1366 | |
| > USED AT LINE 1367 | |
| > USED AT LINE 1368 | |
| > USED AT LINE 1373 | |
| > USED AT LINE 1392 | |
| > USED AT LINE 1488 | |
| > USED AT LINE 1618 | |
| > USED AT LINE 1814 | |
| > USED AT LINE 1960 | |
| > USED AT LINE 1987 | |
| > USED AT LINE 1987 | |
| > USED AT LINE 1989 | |
| > USED AT LINE 1990 | |
| > USED AT LINE 2096 | |
| > USED AT LINE 2131 | |
| > USED AT LINE 2182 | |
| > USED AT LINE 2183 | |
| > USED AT LINE 2195 | |
| > USED AT LINE 2198 | |
| > USED AT LINE 2198 | |
| > USED AT LINE 2199 | |
| > USED AT LINE 2209 | |
| > USED AT LINE 2285 | |
| > USED AT LINE 2306 | |
| > USED AT LINE 2311 | |
| > USED AT LINE 2325 | |
| > USED AT LINE 2330 | |
| > USED AT LINE 2331 | |
| > USED AT LINE 2423 | |
| > USED AT LINE 2424 | |
| > USED AT LINE 2433 | |
| > USED AT LINE 2434 | |
| > USED AT LINE 2435 | |
| > USED AT LINE 2605 | |
| > USED AT LINE 2655 | |
| > USED AT LINE 3157 | |
| > USED AT LINE 3158 | |
| > USED AT LINE 3299 | |
| L279: E1D5 DEFINED AT LINE 410 | |
| > USED AT LINE 415 | |
| L280: E1DB DEFINED AT LINE 416 | |
| > USED AT LINE 427 | |
| RAT: E1DE DEFINED AT LINE 417 | |
| > USED AT LINE 409 | |
| > USED AT LINE 415 | |
| > USED AT LINE 1367 | |
| > USED AT LINE 1391 | |
| > USED AT LINE 1974 | |
| > USED AT LINE 1982 | |
| > USED AT LINE 2096 | |
| > USED AT LINE 2281 | |
| > USED AT LINE 2282 | |
| > USED AT LINE 3170 | |
| I: E1DE DEFINED AT LINE 418 | |
| L290: E1E8 DEFINED AT LINE 428 | |
| > USED AT LINE 438 | |
| TOR: E1EB DEFINED AT LINE 429 | |
| > USED AT LINE 427 | |
| > USED AT LINE 983 | |
| > USED AT LINE 1364 | |
| > USED AT LINE 1365 | |
| > USED AT LINE 1365 | |
| > USED AT LINE 1370 | |
| > USED AT LINE 1388 | |
| > USED AT LINE 1389 | |
| > USED AT LINE 1465 | |
| > USED AT LINE 1499 | |
| > USED AT LINE 1616 | |
| > USED AT LINE 1810 | |
| > USED AT LINE 1824 | |
| > USED AT LINE 1919 | |
| > USED AT LINE 1951 | |
| > USED AT LINE 1976 | |
| > USED AT LINE 1977 | |
| > USED AT LINE 2070 | |
| > USED AT LINE 2097 | |
| > USED AT LINE 2121 | |
| > USED AT LINE 2130 | |
| > USED AT LINE 2176 | |
| > USED AT LINE 2185 | |
| > USED AT LINE 2193 | |
| > USED AT LINE 2196 | |
| > USED AT LINE 2207 | |
| > USED AT LINE 2279 | |
| > USED AT LINE 2324 | |
| > USED AT LINE 2342 | |
| > USED AT LINE 2421 | |
| > USED AT LINE 2656 | |
| > USED AT LINE 2841 | |
| > USED AT LINE 3116 | |
| > USED AT LINE 3130 | |
| > USED AT LINE 3147 | |
| > USED AT LINE 3168 | |
| L300: E1F5 DEFINED AT LINE 439 | |
| > USED AT LINE 450 | |
| SPAT: E1F9 DEFINED AT LINE 440 | |
| > USED AT LINE 438 | |
| > USED AT LINE 1580 | |
| > USED AT LINE 2421 | |
| > USED AT LINE 3182 | |
| > USED AT LINE 3190 | |
| L310: E203 DEFINED AT LINE 451 | |
| > USED AT LINE 458 | |
| SPSTO: E207 DEFINED AT LINE 452 | |
| > USED AT LINE 450 | |
| L320: E210 DEFINED AT LINE 459 | |
| > USED AT LINE 466 | |
| DROP: E215 DEFINED AT LINE 460 | |
| > USED AT LINE 458 | |
| > USED AT LINE 992 | |
| > USED AT LINE 992 | |
| > USED AT LINE 1264 | |
| > USED AT LINE 1275 | |
| > USED AT LINE 1370 | |
| > USED AT LINE 1372 | |
| > USED AT LINE 1375 | |
| > USED AT LINE 1376 | |
| > USED AT LINE 1411 | |
| > USED AT LINE 1467 | |
| > USED AT LINE 1477 | |
| > USED AT LINE 1571 | |
| > USED AT LINE 1615 | |
| > USED AT LINE 1910 | |
| > USED AT LINE 2075 | |
| > USED AT LINE 2182 | |
| > USED AT LINE 2195 | |
| > USED AT LINE 2285 | |
| > USED AT LINE 2306 | |
| > USED AT LINE 2311 | |
| > USED AT LINE 2330 | |
| > USED AT LINE 2331 | |
| > USED AT LINE 2373 | |
| > USED AT LINE 2392 | |
| > USED AT LINE 2411 | |
| > USED AT LINE 2424 | |
| > USED AT LINE 2435 | |
| > USED AT LINE 2466 | |
| > USED AT LINE 2528 | |
| > USED AT LINE 2914 | |
| > USED AT LINE 2969 | |
| > USED AT LINE 3121 | |
| > USED AT LINE 3157 | |
| > USED AT LINE 3158 | |
| > USED AT LINE 3211 | |
| > USED AT LINE 3213 | |
| > USED AT LINE 3214 | |
| > USED AT LINE 3287 | |
| > USED AT LINE 3289 | |
| > USED AT LINE 3313 | |
| L330: E21D DEFINED AT LINE 467 | |
| > USED AT LINE 476 | |
| DUPP: E221 DEFINED AT LINE 468 | |
| > USED AT LINE 466 | |
| > USED AT LINE 971 | |
| > USED AT LINE 973 | |
| > USED AT LINE 1189 | |
| > USED AT LINE 1364 | |
| > USED AT LINE 1386 | |
| > USED AT LINE 1389 | |
| > USED AT LINE 1462 | |
| > USED AT LINE 1463 | |
| > USED AT LINE 1613 | |
| > USED AT LINE 1662 | |
| > USED AT LINE 1671 | |
| > USED AT LINE 1824 | |
| > USED AT LINE 1872 | |
| > USED AT LINE 1888 | |
| > USED AT LINE 1919 | |
| > USED AT LINE 1959 | |
| > USED AT LINE 1960 | |
| > USED AT LINE 1977 | |
| > USED AT LINE 1988 | |
| > USED AT LINE 2027 | |
| > USED AT LINE 2072 | |
| > USED AT LINE 2193 | |
| > USED AT LINE 2295 | |
| > USED AT LINE 2297 | |
| > USED AT LINE 2298 | |
| > USED AT LINE 2300 | |
| > USED AT LINE 2313 | |
| > USED AT LINE 2321 | |
| > USED AT LINE 2355 | |
| > USED AT LINE 2364 | |
| > USED AT LINE 2368 | |
| > USED AT LINE 2384 | |
| > USED AT LINE 2524 | |
| > USED AT LINE 2638 | |
| > USED AT LINE 2655 | |
| > USED AT LINE 2964 | |
| > USED AT LINE 2977 | |
| > USED AT LINE 2980 | |
| > USED AT LINE 2984 | |
| > USED AT LINE 3118 | |
| > USED AT LINE 3132 | |
| > USED AT LINE 3205 | |
| > USED AT LINE 3242 | |
| > USED AT LINE 3249 | |
| > USED AT LINE 3256 | |
| > USED AT LINE 3258 | |
| > USED AT LINE 3264 | |
| > USED AT LINE 3277 | |
| > USED AT LINE 3282 | |
| > USED AT LINE 3292 | |
| > USED AT LINE 3294 | |
| > USED AT LINE 3310 | |
| L340: E22B DEFINED AT LINE 477 | |
| > USED AT LINE 496 | |
| SWAP: E230 DEFINED AT LINE 478 | |
| > USED AT LINE 476 | |
| > USED AT LINE 983 | |
| > USED AT LINE 1263 | |
| > USED AT LINE 1272 | |
| > USED AT LINE 1274 | |
| > USED AT LINE 1375 | |
| > USED AT LINE 1394 | |
| > USED AT LINE 1420 | |
| > USED AT LINE 1487 | |
| > USED AT LINE 1507 | |
| > USED AT LINE 1616 | |
| > USED AT LINE 1650 | |
| > USED AT LINE 1663 | |
| > USED AT LINE 1672 | |
| > USED AT LINE 1828 | |
| > USED AT LINE 1829 | |
| > USED AT LINE 1853 | |
| > USED AT LINE 1854 | |
| > USED AT LINE 1971 | |
| > USED AT LINE 1972 | |
| > USED AT LINE 1974 | |
| > USED AT LINE 1979 | |
| > USED AT LINE 1982 | |
| > USED AT LINE 1985 | |
| > USED AT LINE 2184 | |
| > USED AT LINE 2295 | |
| > USED AT LINE 2307 | |
| > USED AT LINE 2369 | |
| > USED AT LINE 2373 | |
| > USED AT LINE 2434 | |
| > USED AT LINE 2906 | |
| > USED AT LINE 2922 | |
| > USED AT LINE 2930 | |
| > USED AT LINE 3211 | |
| > USED AT LINE 3213 | |
| > USED AT LINE 3261 | |
| > USED AT LINE 3274 | |
| > USED AT LINE 3281 | |
| L350: E23E DEFINED AT LINE 497 | |
| > USED AT LINE 506 | |
| OVER: E243 DEFINED AT LINE 498 | |
| > USED AT LINE 496 | |
| > USED AT LINE 1001 | |
| > USED AT LINE 1001 | |
| > USED AT LINE 1283 | |
| > USED AT LINE 1403 | |
| > USED AT LINE 1465 | |
| > USED AT LINE 1650 | |
| > USED AT LINE 1812 | |
| > USED AT LINE 1841 | |
| > USED AT LINE 1911 | |
| > USED AT LINE 1954 | |
| > USED AT LINE 1969 | |
| > USED AT LINE 1973 | |
| > USED AT LINE 2131 | |
| > USED AT LINE 2177 | |
| > USED AT LINE 2184 | |
| > USED AT LINE 2197 | |
| > USED AT LINE 2199 | |
| > USED AT LINE 2281 | |
| > USED AT LINE 2282 | |
| > USED AT LINE 2342 | |
| > USED AT LINE 2356 | |
| > USED AT LINE 2381 | |
| > USED AT LINE 2392 | |
| > USED AT LINE 2968 | |
| > USED AT LINE 3129 | |
| > USED AT LINE 3260 | |
| > USED AT LINE 3265 | |
| > USED AT LINE 3266 | |
| > USED AT LINE 3267 | |
| > USED AT LINE 3268 | |
| > USED AT LINE 3269 | |
| > USED AT LINE 3270 | |
| > USED AT LINE 3271 | |
| > USED AT LINE 3272 | |
| > USED AT LINE 3278 | |
| > USED AT LINE 3279 | |
| L360: E24D DEFINED AT LINE 507 | |
| > USED AT LINE 517 | |
| ZLESS: E250 DEFINED AT LINE 508 | |
| > USED AT LINE 506 | |
| > USED AT LINE 1189 | |
| > USED AT LINE 1386 | |
| > USED AT LINE 1403 | |
| > USED AT LINE 1899 | |
| > USED AT LINE 2178 | |
| > USED AT LINE 2189 | |
| > USED AT LINE 2513 | |
| L365: E25D DEFINED AT LINE 518 | |
| > USED AT LINE 530 | |
| ZEQUAL: E260 DEFINED AT LINE 519 | |
| > USED AT LINE 517 | |
| ZEQUAL1: E26A DEFINED AT LINE 524 | |
| > USED AT LINE 522 | |
| L370: E272 DEFINED AT LINE 531 | |
| > USED AT LINE 541 | |
| ANDD: E276 DEFINED AT LINE 532 | |
| > USED AT LINE 530 | |
| > USED AT LINE 1844 | |
| > USED AT LINE 3226 | |
| L380: E284 DEFINED AT LINE 542 | |
| > USED AT LINE 552 | |
| ORR: E287 DEFINED AT LINE 543 | |
| > USED AT LINE 541 | |
| L390: E295 DEFINED AT LINE 553 | |
| > USED AT LINE 563 | |
| XORR: E299 DEFINED AT LINE 554 | |
| > USED AT LINE 552 | |
| > USED AT LINE 1486 | |
| > USED AT LINE 2151 | |
| > USED AT LINE 2366 | |
| > USED AT LINE 2382 | |
| L391: E2A7 DEFINED AT LINE 564 | |
| > USED AT LINE 578 | |
| DPLUS: E2AA DEFINED AT LINE 565 | |
| > USED AT LINE 563 | |
| > USED AT LINE 581 | |
| L392: E2C0 DEFINED AT LINE 579 | |
| > USED AT LINE 587 | |
| DSUB: E2C3 DEFINED AT LINE 580 | |
| > USED AT LINE 578 | |
| L400: E2D0 DEFINED AT LINE 588 | |
| > USED AT LINE 602 | |
| UPLUS: E2D4 DEFINED AT LINE 589 | |
| > USED AT LINE 587 | |
| > USED AT LINE 1368 | |
| > USED AT LINE 1462 | |
| > USED AT LINE 1463 | |
| L401: E2E7 DEFINED AT LINE 603 | |
| > USED AT LINE 613 | |
| DOCONST: E2EF DEFINED AT LINE 604 | |
| > USED AT LINE 602 | |
| > USED AT LINE 1555 | |
| > USED AT LINE 3105 | |
| FDOCONST: E2EF DEFINED AT LINE 605 | |
| > USED AT LINE 615 | |
| > USED AT LINE 623 | |
| > USED AT LINE 631 | |
| > USED AT LINE 640 | |
| L402: E2F9 DEFINED AT LINE 614 | |
| > USED AT LINE 621 | |
| ZERO: E2FB DEFINED AT LINE 615 | |
| > USED AT LINE 613 | |
| > USED AT LINE 1816 | |
| > USED AT LINE 1828 | |
| > USED AT LINE 1853 | |
| > USED AT LINE 2058 | |
| > USED AT LINE 2332 | |
| > USED AT LINE 2411 | |
| > USED AT LINE 2882 | |
| > USED AT LINE 3096 | |
| L403: E304 DEFINED AT LINE 622 | |
| > USED AT LINE 629 | |
| ONE: E306 DEFINED AT LINE 623 | |
| > USED AT LINE 621 | |
| > USED AT LINE 2693 | |
| > USED AT LINE 3042 | |
| L404: E30F DEFINED AT LINE 630 | |
| > USED AT LINE 638 | |
| TWO: E311 DEFINED AT LINE 631 | |
| > USED AT LINE 629 | |
| > USED AT LINE 1613 | |
| > USED AT LINE 2704 | |
| > USED AT LINE 2734 | |
| > USED AT LINE 2809 | |
| > USED AT LINE 2821 | |
| > USED AT LINE 3152 | |
| L405: E31A DEFINED AT LINE 639 | |
| > USED AT LINE 648 | |
| MONE: E31D DEFINED AT LINE 640 | |
| > USED AT LINE 638 | |
| > USED AT LINE 2302 | |
| L410: E326 DEFINED AT LINE 649 | |
| > USED AT LINE 661 | |
| DOVAR: E32C DEFINED AT LINE 650 | |
| > USED AT LINE 648 | |
| FDOVAR: E333 DEFINED AT LINE 655 | |
| > USED AT LINE 667 | |
| > USED AT LINE 2445 | |
| > USED AT LINE 2576 | |
| > USED AT LINE 3088 | |
| > USED AT LINE 3345 | |
| L420: E339 DEFINED AT LINE 662 | |
| > USED AT LINE 673 | |
| UP: E33C DEFINED AT LINE 663 | |
| > USED AT LINE 661 | |
| > USED AT LINE 682 | |
| L430: E345 DEFINED AT LINE 674 | |
| > USED AT LINE 691 | |
| DOUSE: E34C DEFINED AT LINE 675 | |
| > USED AT LINE 673 | |
| FDOUSE: E35B DEFINED AT LINE 680 | |
| > USED AT LINE 694 | |
| > USED AT LINE 705 | |
| > USED AT LINE 716 | |
| > USED AT LINE 727 | |
| > USED AT LINE 738 | |
| > USED AT LINE 749 | |
| > USED AT LINE 760 | |
| > USED AT LINE 771 | |
| > USED AT LINE 783 | |
| > USED AT LINE 794 | |
| > USED AT LINE 805 | |
| > USED AT LINE 816 | |
| > USED AT LINE 827 | |
| > USED AT LINE 838 | |
| > USED AT LINE 849 | |
| > USED AT LINE 860 | |
| > USED AT LINE 871 | |
| > USED AT LINE 882 | |
| > USED AT LINE 893 | |
| > USED AT LINE 904 | |
| > USED AT LINE 915 | |
| > USED AT LINE 926 | |
| > USED AT LINE 937 | |
| > USED AT LINE 3075 | |
| L440: E368 DEFINED AT LINE 692 | |
| > USED AT LINE 702 | |
| SZERO: E36C DEFINED AT LINE 693 | |
| > USED AT LINE 691 | |
| > USED AT LINE 1580 | |
| > USED AT LINE 2538 | |
| L450: E375 DEFINED AT LINE 703 | |
| > USED AT LINE 713 | |
| RZERO: E379 DEFINED AT LINE 704 | |
| > USED AT LINE 702 | |
| > USED AT LINE 2594 | |
| L460: E382 DEFINED AT LINE 714 | |
| > USED AT LINE 724 | |
| TQKEY: E388 DEFINED AT LINE 715 | |
| > USED AT LINE 713 | |
| > USED AT LINE 2001 | |
| L470: E391 DEFINED AT LINE 725 | |
| > USED AT LINE 735 | |
| TEMIT: E397 DEFINED AT LINE 726 | |
| > USED AT LINE 724 | |
| > USED AT LINE 2019 | |
| L480: E3A0 DEFINED AT LINE 736 | |
| > USED AT LINE 746 | |
| TEXPE: E3A8 DEFINED AT LINE 737 | |
| > USED AT LINE 735 | |
| > USED AT LINE 2400 | |
| > USED AT LINE 2410 | |
| L490: E3B1 DEFINED AT LINE 747 | |
| > USED AT LINE 757 | |
| TTAP: E3B6 DEFINED AT LINE 748 | |
| > USED AT LINE 746 | |
| > USED AT LINE 2390 | |
| L500: E3BF DEFINED AT LINE 758 | |
| > USED AT LINE 768 | |
| TECHO: E3C5 DEFINED AT LINE 759 | |
| > USED AT LINE 757 | |
| > USED AT LINE 2345 | |
| > USED AT LINE 2355 | |
| > USED AT LINE 2548 | |
| L510: E3CE DEFINED AT LINE 769 | |
| > USED AT LINE 780 | |
| TPROM: E3D6 DEFINED AT LINE 770 | |
| > USED AT LINE 768 | |
| > USED AT LINE 2528 | |
| > USED AT LINE 2599 | |
| L520: E3DF DEFINED AT LINE 781 | |
| > USED AT LINE 791 | |
| BASE: E3E4 DEFINED AT LINE 782 | |
| > USED AT LINE 780 | |
| > USED AT LINE 1880 | |
| > USED AT LINE 1931 | |
| > USED AT LINE 1941 | |
| > USED AT LINE 1968 | |
| > USED AT LINE 1979 | |
| > USED AT LINE 1990 | |
| > USED AT LINE 2149 | |
| > USED AT LINE 3143 | |
| > USED AT LINE 3241 | |
| > USED AT LINE 3299 | |
| L530: E3ED DEFINED AT LINE 792 | |
| > USED AT LINE 802 | |
| TEMP: E3F1 DEFINED AT LINE 793 | |
| > USED AT LINE 791 | |
| > USED AT LINE 2172 | |
| > USED AT LINE 2174 | |
| > USED AT LINE 2186 | |
| > USED AT LINE 2187 | |
| > USED AT LINE 2296 | |
| > USED AT LINE 2304 | |
| L540: E3FA DEFINED AT LINE 803 | |
| > USED AT LINE 813 | |
| SPAN: E3FF DEFINED AT LINE 804 | |
| > USED AT LINE 802 | |
| L550: E408 DEFINED AT LINE 814 | |
| > USED AT LINE 824 | |
| INN: E40C DEFINED AT LINE 815 | |
| > USED AT LINE 813 | |
| L560: E415 DEFINED AT LINE 825 | |
| > USED AT LINE 835 | |
| NTIB: E41A DEFINED AT LINE 826 | |
| > USED AT LINE 824 | |
| > USED AT LINE 1696 | |
| > USED AT LINE 2208 | |
| > USED AT LINE 2233 | |
| L570: E423 DEFINED AT LINE 836 | |
| > USED AT LINE 846 | |
| CSP: E427 DEFINED AT LINE 837 | |
| > USED AT LINE 835 | |
| > USED AT LINE 3182 | |
| > USED AT LINE 3190 | |
| L580: E430 DEFINED AT LINE 847 | |
| > USED AT LINE 857 | |
| TEVAL: E436 DEFINED AT LINE 848 | |
| > USED AT LINE 846 | |
| > USED AT LINE 2526 | |
| L590: E43F DEFINED AT LINE 858 | |
| > USED AT LINE 868 | |
| TNUMB: E447 DEFINED AT LINE 859 | |
| > USED AT LINE 857 | |
| > USED AT LINE 2482 | |
| > USED AT LINE 3004 | |
| L600: E450 DEFINED AT LINE 869 | |
| > USED AT LINE 879 | |
| HLD: E454 DEFINED AT LINE 870 | |
| > USED AT LINE 868 | |
| > USED AT LINE 1862 | |
| > USED AT LINE 1871 | |
| > USED AT LINE 1872 | |
| > USED AT LINE 1910 | |
| L610: E45D DEFINED AT LINE 880 | |
| > USED AT LINE 890 | |
| HANDL: E465 DEFINED AT LINE 881 | |
| > USED AT LINE 879 | |
| > USED AT LINE 2422 | |
| > USED AT LINE 2423 | |
| > USED AT LINE 2432 | |
| > USED AT LINE 2433 | |
| L620: E46E DEFINED AT LINE 891 | |
| > USED AT LINE 901 | |
| CNTXT: E476 DEFINED AT LINE 892 | |
| > USED AT LINE 890 | |
| > USED AT LINE 951 | |
| > USED AT LINE 2321 | |
| > USED AT LINE 3307 | |
| > USED AT LINE 3358 | |
| L630: E47F DEFINED AT LINE 902 | |
| > USED AT LINE 912 | |
| CRRNT: E487 DEFINED AT LINE 903 | |
| > USED AT LINE 901 | |
| > USED AT LINE 2983 | |
| > USED AT LINE 3201 | |
| > USED AT LINE 3359 | |
| L640: E490 DEFINED AT LINE 913 | |
| > USED AT LINE 923 | |
| CP: E493 DEFINED AT LINE 914 | |
| > USED AT LINE 912 | |
| > USED AT LINE 1680 | |
| > USED AT LINE 2630 | |
| > USED AT LINE 2639 | |
| > USED AT LINE 2674 | |
| L650: E49C DEFINED AT LINE 924 | |
| > USED AT LINE 934 | |
| NP: E49F DEFINED AT LINE 925 | |
| > USED AT LINE 923 | |
| > USED AT LINE 2252 | |
| L660: E4A8 DEFINED AT LINE 935 | |
| > USED AT LINE 947 | |
| LAST: E4AD DEFINED AT LINE 936 | |
| > USED AT LINE 934 | |
| > USED AT LINE 2682 | |
| > USED AT LINE 2980 | |
| > USED AT LINE 3015 | |
| > USED AT LINE 3061 | |
| L670: E4B6 DEFINED AT LINE 948 | |
| > USED AT LINE 956 | |
| DOVOC: E4BC DEFINED AT LINE 949 | |
| > USED AT LINE 947 | |
| > USED AT LINE 960 | |
| L680: E4CB DEFINED AT LINE 957 | |
| > USED AT LINE 967 | |
| FORTH: E4D1 DEFINED AT LINE 958 | |
| > USED AT LINE 956 | |
| > USED AT LINE 3358 | |
| L690: E4DE DEFINED AT LINE 968 | |
| > USED AT LINE 979 | |
| QDUP: E4E3 DEFINED AT LINE 969 | |
| > USED AT LINE 967 | |
| > USED AT LINE 1704 | |
| > USED AT LINE 2283 | |
| > USED AT LINE 2326 | |
| > USED AT LINE 2328 | |
| > USED AT LINE 2476 | |
| > USED AT LINE 2998 | |
| > USED AT LINE 3222 | |
| > USED AT LINE 3252 | |
| > USED AT LINE 3308 | |
| QDUP1: E4EE DEFINED AT LINE 974 | |
| > USED AT LINE 972 | |
| L700: E4F4 DEFINED AT LINE 980 | |
| > USED AT LINE 988 | |
| ROT: E4F8 DEFINED AT LINE 981 | |
| > USED AT LINE 979 | |
| > USED AT LINE 1467 | |
| > USED AT LINE 3151 | |
| > USED AT LINE 3151 | |
| L710: E509 DEFINED AT LINE 989 | |
| > USED AT LINE 997 | |
| DDROP: E50F DEFINED AT LINE 990 | |
| > USED AT LINE 988 | |
| > USED AT LINE 1376 | |
| > USED AT LINE 1989 | |
| > USED AT LINE 2029 | |
| L720: E51C DEFINED AT LINE 998 | |
| > USED AT LINE 1005 | |
| DDUP: E521 DEFINED AT LINE 999 | |
| > USED AT LINE 997 | |
| > USED AT LINE 1261 | |
| > USED AT LINE 1272 | |
| > USED AT LINE 1361 | |
| > USED AT LINE 1486 | |
| > USED AT LINE 1825 | |
| > USED AT LINE 1827 | |
| > USED AT LINE 2382 | |
| > USED AT LINE 3150 | |
| > USED AT LINE 3204 | |
| > USED AT LINE 3207 | |
| L721: E52E DEFINED AT LINE 1006 | |
| > USED AT LINE 1020 | |
| LSHIFT: E535 DEFINED AT LINE 1007 | |
| > USED AT LINE 1005 | |
| LSHIFT1: E53B DEFINED AT LINE 1010 | |
| > USED AT LINE 1013 | |
| LSHIFT2: E543 DEFINED AT LINE 1015 | |
| > USED AT LINE 1008 | |
| L721A: E549 DEFINED AT LINE 1021 | |
| > USED AT LINE 1035 | |
| RSHIFT: E550 DEFINED AT LINE 1022 | |
| > USED AT LINE 1020 | |
| RSHIFT1: E556 DEFINED AT LINE 1025 | |
| > USED AT LINE 1028 | |
| RSHIFT2: E55E DEFINED AT LINE 1030 | |
| > USED AT LINE 1023 | |
| L722: E564 DEFINED AT LINE 1036 | |
| > USED AT LINE 1044 | |
| SWAPHL: E567 DEFINED AT LINE 1037 | |
| > USED AT LINE 1035 | |
| L723: E573 DEFINED AT LINE 1045 | |
| > USED AT LINE 1053 | |
| SLASH256: E578 DEFINED AT LINE 1046 | |
| > USED AT LINE 1044 | |
| L724: E583 DEFINED AT LINE 1054 | |
| > USED AT LINE 1062 | |
| STAR256: E588 DEFINED AT LINE 1055 | |
| > USED AT LINE 1053 | |
| L725: E593 DEFINED AT LINE 1063 | |
| > USED AT LINE 1071 | |
| PLUS1: E596 DEFINED AT LINE 1064 | |
| > USED AT LINE 1062 | |
| > USED AT LINE 1671 | |
| > USED AT LINE 1814 | |
| > USED AT LINE 1826 | |
| > USED AT LINE 1980 | |
| > USED AT LINE 2073 | |
| > USED AT LINE 2180 | |
| > USED AT LINE 2191 | |
| > USED AT LINE 2196 | |
| > USED AT LINE 3119 | |
| > USED AT LINE 3133 | |
| > USED AT LINE 3239 | |
| > USED AT LINE 3261 | |
| L726: E5A3 DEFINED AT LINE 1072 | |
| > USED AT LINE 1080 | |
| MINUS1: E5A6 DEFINED AT LINE 1073 | |
| > USED AT LINE 1071 | |
| > USED AT LINE 1972 | |
| > USED AT LINE 1976 | |
| > USED AT LINE 2174 | |
| L727: E5B3 DEFINED AT LINE 1081 | |
| > USED AT LINE 1088 | |
| TWOSTAR: E5B6 DEFINED AT LINE 1082 | |
| > USED AT LINE 1080 | |
| L728: E5C0 DEFINED AT LINE 1089 | |
| > USED AT LINE 1097 | |
| TWOSLASH: E5C3 DEFINED AT LINE 1090 | |
| > USED AT LINE 1088 | |
| L730: E5CD DEFINED AT LINE 1098 | |
| > USED AT LINE 1111 | |
| PLUS: E5CF DEFINED AT LINE 1099 | |
| > USED AT LINE 1097 | |
| > USED AT LINE 1366 | |
| > USED AT LINE 1391 | |
| > USED AT LINE 1519 | |
| > USED AT LINE 1529 | |
| > USED AT LINE 1827 | |
| > USED AT LINE 1844 | |
| > USED AT LINE 2381 | |
| > USED AT LINE 2673 | |
| > USED AT LINE 3285 | |
| L740: E5DB DEFINED AT LINE 1112 | |
| > USED AT LINE 1131 | |
| INVER: E5DF DEFINED AT LINE 1113 | |
| > USED AT LINE 1111 | |
| > USED AT LINE 3153 | |
| L750: E5F1 DEFINED AT LINE 1132 | |
| > USED AT LINE 1153 | |
| NEGAT: E5F8 DEFINED AT LINE 1133 | |
| > USED AT LINE 1131 | |
| > USED AT LINE 1191 | |
| > USED AT LINE 1363 | |
| > USED AT LINE 1388 | |
| > USED AT LINE 1394 | |
| > USED AT LINE 1984 | |
| NEGAT1: E609 DEFINED AT LINE 1144 | |
| > USED AT LINE 1141 | |
| L760: E611 DEFINED AT LINE 1154 | |
| > USED AT LINE 1173 | |
| DNEGA: E619 DEFINED AT LINE 1155 | |
| > USED AT LINE 581 | |
| > USED AT LINE 1153 | |
| > USED AT LINE 1490 | |
| L770: E62F DEFINED AT LINE 1174 | |
| > USED AT LINE 1186 | |
| SUBB: E631 DEFINED AT LINE 1175 | |
| > USED AT LINE 1173 | |
| > USED AT LINE 1283 | |
| > USED AT LINE 1284 | |
| > USED AT LINE 1617 | |
| > USED AT LINE 1958 | |
| > USED AT LINE 2178 | |
| > USED AT LINE 2197 | |
| > USED AT LINE 2283 | |
| L780: E63D DEFINED AT LINE 1187 | |
| > USED AT LINE 1197 | |
| ABSS: E641 DEFINED AT LINE 1188 | |
| > USED AT LINE 1186 | |
| > USED AT LINE 1487 | |
| ABS1: E64E DEFINED AT LINE 1192 | |
| > USED AT LINE 1190 | |
| L790: E654 DEFINED AT LINE 1198 | |
| > USED AT LINE 1217 | |
| EQUAL: E656 DEFINED AT LINE 1199 | |
| > USED AT LINE 1197 | |
| > USED AT LINE 2031 | |
| > USED AT LINE 2809 | |
| > USED AT LINE 2821 | |
| EQUAL1: E663 DEFINED AT LINE 1205 | |
| > USED AT LINE 1203 | |
| L800: E66B DEFINED AT LINE 1218 | |
| > USED AT LINE 1237 | |
| ULESS: E66E DEFINED AT LINE 1219 | |
| > USED AT LINE 1217 | |
| > USED AT LINE 1361 | |
| ULES1: E67B DEFINED AT LINE 1225 | |
| > USED AT LINE 1223 | |
| L810: E683 DEFINED AT LINE 1238 | |
| > USED AT LINE 1258 | |
| LESS: E685 DEFINED AT LINE 1239 | |
| > USED AT LINE 1237 | |
| > USED AT LINE 1261 | |
| > USED AT LINE 1614 | |
| > USED AT LINE 1841 | |
| > USED AT LINE 1954 | |
| LESS1: E692 DEFINED AT LINE 1245 | |
| > USED AT LINE 1243 | |
| L820: E69A DEFINED AT LINE 1259 | |
| > USED AT LINE 1269 | |
| MAX: E69E DEFINED AT LINE 1260 | |
| > USED AT LINE 1258 | |
| > USED AT LINE 2058 | |
| MAX1: E6AB DEFINED AT LINE 1264 | |
| > USED AT LINE 1262 | |
| L830: E6B3 DEFINED AT LINE 1270 | |
| > USED AT LINE 1280 | |
| MIN: E6B7 DEFINED AT LINE 1271 | |
| > USED AT LINE 1269 | |
| > USED AT LINE 2251 | |
| MIN1: E6C6 DEFINED AT LINE 1275 | |
| > USED AT LINE 1273 | |
| L840: E6CE DEFINED AT LINE 1281 | |
| > USED AT LINE 1312 | |
| WITHI: E6D5 DEFINED AT LINE 1282 | |
| > USED AT LINE 1280 | |
| > USED AT LINE 1569 | |
| L845: E6EA DEFINED AT LINE 1313 | |
| > USED AT LINE 1355 | |
| USLASH: E6ED DEFINED AT LINE 1315 | |
| > USED AT LINE 1312 | |
| > USED AT LINE 1358 | |
| UMMOD1: E6FB DEFINED AT LINE 1323 | |
| > USED AT LINE 1335 | |
| UMMOD2: E708 DEFINED AT LINE 1330 | |
| > USED AT LINE 1325 | |
| > USED AT LINE 1327 | |
| UMMOD3: E70C DEFINED AT LINE 1332 | |
| > USED AT LINE 1329 | |
| UMMODOV: E71B DEFINED AT LINE 1340 | |
| > USED AT LINE 1319 | |
| UMMOD4: E720 DEFINED AT LINE 1344 | |
| > USED AT LINE 1339 | |
| L850: E72C DEFINED AT LINE 1356 | |
| > USED AT LINE 1382 | |
| UMMOD: E733 DEFINED AT LINE 1357 | |
| > USED AT LINE 1355 | |
| > USED AT LINE 1392 | |
| UMM1: E749 DEFINED AT LINE 1364 | |
| > USED AT LINE 1374 | |
| UMM2: E77B DEFINED AT LINE 1372 | |
| > USED AT LINE 1369 | |
| UMM3: E77D DEFINED AT LINE 1373 | |
| > USED AT LINE 1371 | |
| UMM4: E789 DEFINED AT LINE 1376 | |
| > USED AT LINE 1362 | |
| L860: E799 DEFINED AT LINE 1383 | |
| > USED AT LINE 1400 | |
| MSMOD: E79F DEFINED AT LINE 1384 | |
| > USED AT LINE 1382 | |
| MMOD1: E7B6 DEFINED AT LINE 1389 | |
| > USED AT LINE 1387 | |
| MMOD2: E7C4 DEFINED AT LINE 1392 | |
| > USED AT LINE 1390 | |
| MMOD3: E7D4 DEFINED AT LINE 1395 | |
| > USED AT LINE 1393 | |
| L870: E7DA DEFINED AT LINE 1401 | |
| > USED AT LINE 1408 | |
| SLMOD: E7DF DEFINED AT LINE 1402 | |
| > USED AT LINE 1400 | |
| > USED AT LINE 1411 | |
| > USED AT LINE 1420 | |
| L880: E7F0 DEFINED AT LINE 1409 | |
| > USED AT LINE 1416 | |
| MODD: E7F4 DEFINED AT LINE 1410 | |
| > USED AT LINE 1408 | |
| L890: E801 DEFINED AT LINE 1417 | |
| > USED AT LINE 1427 | |
| SLASH: E803 DEFINED AT LINE 1418 | |
| > USED AT LINE 1416 | |
| > USED AT LINE 1583 | |
| > USED AT LINE 3146 | |
| L900: E812 DEFINED AT LINE 1428 | |
| > USED AT LINE 1457 | |
| UMSTA: E816 DEFINED AT LINE 1429 | |
| > USED AT LINE 1427 | |
| UUMSTA1: E81D DEFINED AT LINE 1434 | |
| > USED AT LINE 1441 | |
| UUMSTA2: E821 DEFINED AT LINE 1436 | |
| > USED AT LINE 1434 | |
| UUMSTA3: E823 DEFINED AT LINE 1438 | |
| > USED AT LINE 1433 | |
| L900A: E833 DEFINED AT LINE 1458 | |
| > USED AT LINE 1473 | |
| UUMSTA: E838 DEFINED AT LINE 1459 | |
| > USED AT LINE 1457 | |
| UMST1: E847 DEFINED AT LINE 1462 | |
| > USED AT LINE 1466 | |
| UMST2: E867 DEFINED AT LINE 1466 | |
| > USED AT LINE 1464 | |
| L910: E875 DEFINED AT LINE 1474 | |
| > USED AT LINE 1482 | |
| STAR: E877 DEFINED AT LINE 1475 | |
| > USED AT LINE 1473 | |
| > USED AT LINE 1539 | |
| L920: E884 DEFINED AT LINE 1483 | |
| > USED AT LINE 1496 | |
| MSTAR: E887 DEFINED AT LINE 1484 | |
| > USED AT LINE 1477 | |
| > USED AT LINE 1482 | |
| > USED AT LINE 1499 | |
| MSTA1: E8A2 DEFINED AT LINE 1491 | |
| > USED AT LINE 1489 | |
| L930: E8A8 DEFINED AT LINE 1497 | |
| > USED AT LINE 1504 | |
| SSMOD: E8AE DEFINED AT LINE 1498 | |
| > USED AT LINE 1496 | |
| > USED AT LINE 1507 | |
| L940: E8BF DEFINED AT LINE 1505 | |
| > USED AT LINE 1514 | |
| STASL: E8C2 DEFINED AT LINE 1506 | |
| > USED AT LINE 1504 | |
| L950: E8D1 DEFINED AT LINE 1515 | |
| > USED AT LINE 1524 | |
| CELLP: E8D7 DEFINED AT LINE 1516 | |
| > USED AT LINE 1514 | |
| > USED AT LINE 1651 | |
| > USED AT LINE 1662 | |
| > USED AT LINE 1696 | |
| > USED AT LINE 2302 | |
| > USED AT LINE 2304 | |
| > USED AT LINE 2325 | |
| > USED AT LINE 2656 | |
| > USED AT LINE 2810 | |
| > USED AT LINE 2822 | |
| > USED AT LINE 3202 | |
| > USED AT LINE 3248 | |
| > USED AT LINE 3260 | |
| > USED AT LINE 3274 | |
| > USED AT LINE 3281 | |
| L960: E8E5 DEFINED AT LINE 1525 | |
| > USED AT LINE 1534 | |
| CELLM: E8EB DEFINED AT LINE 1526 | |
| > USED AT LINE 1524 | |
| > USED AT LINE 2271 | |
| > USED AT LINE 2271 | |
| > USED AT LINE 2307 | |
| > USED AT LINE 2309 | |
| > USED AT LINE 2309 | |
| > USED AT LINE 2312 | |
| > USED AT LINE 2323 | |
| > USED AT LINE 2982 | |
| > USED AT LINE 2984 | |
| > USED AT LINE 3209 | |
| > USED AT LINE 3311 | |
| L970: E8F9 DEFINED AT LINE 1535 | |
| > USED AT LINE 1544 | |
| CELLS: E8FF DEFINED AT LINE 1536 | |
| > USED AT LINE 1534 | |
| L975: E90D DEFINED AT LINE 1545 | |
| > USED AT LINE 1552 | |
| ALGND: E915 DEFINED AT LINE 1546 | |
| > USED AT LINE 1544 | |
| > USED AT LINE 2097 | |
| > USED AT LINE 2981 | |
| L980: E91E DEFINED AT LINE 1553 | |
| > USED AT LINE 1563 | |
| BLANK: E921 DEFINED AT LINE 1554 | |
| > USED AT LINE 1552 | |
| > USED AT LINE 1569 | |
| > USED AT LINE 1812 | |
| > USED AT LINE 2050 | |
| > USED AT LINE 2177 | |
| > USED AT LINE 2241 | |
| > USED AT LINE 2249 | |
| > USED AT LINE 2345 | |
| > USED AT LINE 2371 | |
| > USED AT LINE 2386 | |
| L990: E928 DEFINED AT LINE 1564 | |
| > USED AT LINE 1577 | |
| TCHAR: E92E DEFINED AT LINE 1565 | |
| > USED AT LINE 1563 | |
| TCHA1: E948 DEFINED AT LINE 1572 | |
| > USED AT LINE 1570 | |
| L1000: E94E DEFINED AT LINE 1578 | |
| > USED AT LINE 1588 | |
| DEPTH: E954 DEFINED AT LINE 1579 | |
| > USED AT LINE 1577 | |
| > USED AT LINE 2513 | |
| > USED AT LINE 3167 | |
| L1010: E96C DEFINED AT LINE 1589 | |
| > USED AT LINE 1607 | |
| PICK: E971 DEFINED AT LINE 1590 | |
| > USED AT LINE 1588 | |
| > USED AT LINE 3170 | |
| L1015: E982 DEFINED AT LINE 1608 | |
| > USED AT LINE 1626 | |
| ROLL: E987 DEFINED AT LINE 1609 | |
| > USED AT LINE 1607 | |
| > USED AT LINE 1618 | |
| ROL1: E99A DEFINED AT LINE 1616 | |
| ROL2: E9A8 DEFINED AT LINE 1619 | |
| L1020: E9AE DEFINED AT LINE 1627 | |
| > USED AT LINE 1644 | |
| PSTOR: E9B1 DEFINED AT LINE 1628 | |
| > USED AT LINE 1626 | |
| > USED AT LINE 2630 | |
| L1030: E9BF DEFINED AT LINE 1645 | |
| > USED AT LINE 1656 | |
| DSTOR: E9C2 DEFINED AT LINE 1646 | |
| > USED AT LINE 1644 | |
| > USED AT LINE 2548 | |
| > USED AT LINE 3359 | |
| L1040: E9D5 DEFINED AT LINE 1657 | |
| > USED AT LINE 1668 | |
| DAT: E9D8 DEFINED AT LINE 1658 | |
| > USED AT LINE 1656 | |
| > USED AT LINE 2585 | |
| L1050: E9EB DEFINED AT LINE 1669 | |
| > USED AT LINE 1677 | |
| COUNT: E9F1 DEFINED AT LINE 1670 | |
| > USED AT LINE 1668 | |
| > USED AT LINE 2113 | |
| > USED AT LINE 2602 | |
| > USED AT LINE 2673 | |
| > USED AT LINE 2968 | |
| > USED AT LINE 3224 | |
| > USED AT LINE 3282 | |
| > USED AT LINE 3285 | |
| L1060: EA02 DEFINED AT LINE 1678 | |
| > USED AT LINE 1685 | |
| HERE: EA07 DEFINED AT LINE 1679 | |
| > USED AT LINE 1677 | |
| > USED AT LINE 1688 | |
| > USED AT LINE 2261 | |
| > USED AT LINE 2638 | |
| > USED AT LINE 2810 | |
| > USED AT LINE 2822 | |
| > USED AT LINE 2849 | |
| > USED AT LINE 2898 | |
| > USED AT LINE 2906 | |
| > USED AT LINE 2981 | |
| > USED AT LINE 3041 | |
| L1070: EA14 DEFINED AT LINE 1686 | |
| > USED AT LINE 1693 | |
| PAD: EA18 DEFINED AT LINE 1687 | |
| > USED AT LINE 1685 | |
| > USED AT LINE 1862 | |
| > USED AT LINE 1911 | |
| L1080: EA29 DEFINED AT LINE 1694 | |
| > USED AT LINE 1701 | |
| TIB: EA2D DEFINED AT LINE 1695 | |
| > USED AT LINE 1693 | |
| > USED AT LINE 2207 | |
| > USED AT LINE 2408 | |
| L1090: EA3C DEFINED AT LINE 1702 | |
| > USED AT LINE 1712 | |
| ATEXE: EA45 DEFINED AT LINE 1703 | |
| > USED AT LINE 1701 | |
| > USED AT LINE 2001 | |
| > USED AT LINE 2019 | |
| > USED AT LINE 2390 | |
| > USED AT LINE 2400 | |
| > USED AT LINE 2410 | |
| > USED AT LINE 2482 | |
| > USED AT LINE 2526 | |
| > USED AT LINE 3004 | |
| > USED AT LINE 3357 | |
| EXE1: EA52 DEFINED AT LINE 1707 | |
| > USED AT LINE 1705 | |
| L1100: EA58 DEFINED AT LINE 1713 | |
| > USED AT LINE 1777 | |
| CMOVE: EA5E DEFINED AT LINE 1714 | |
| > USED AT LINE 1712 | |
| > USED AT LINE 1829 | |
| CMOVE1: EA6A DEFINED AT LINE 1721 | |
| > USED AT LINE 1719 | |
| CMOVE2: EA70 DEFINED AT LINE 1725 | |
| > USED AT LINE 1728 | |
| > USED AT LINE 1730 | |
| CMOVE3: EA7D DEFINED AT LINE 1732 | |
| > USED AT LINE 1717 | |
| CMOVEW: EA81 DEFINED AT LINE 1736 | |
| > USED AT LINE 1715 | |
| CMOVEW1: EA94 DEFINED AT LINE 1746 | |
| > USED AT LINE 1744 | |
| CMOVEW2: EA99 DEFINED AT LINE 1748 | |
| > USED AT LINE 1751 | |
| > USED AT LINE 1753 | |
| CMOVEW3: EAA3 DEFINED AT LINE 1754 | |
| > USED AT LINE 1747 | |
| CMOVEW4: EAAB DEFINED AT LINE 1758 | |
| > USED AT LINE 1755 | |
| L1110: EAB5 DEFINED AT LINE 1778 | |
| > USED AT LINE 1807 | |
| FILL: EABA DEFINED AT LINE 1779 | |
| > USED AT LINE 1777 | |
| NFILL1: EAC3 DEFINED AT LINE 1785 | |
| > USED AT LINE 1783 | |
| NFILL2: EAC7 DEFINED AT LINE 1788 | |
| > USED AT LINE 1791 | |
| > USED AT LINE 1793 | |
| NFILL3: EAD0 DEFINED AT LINE 1794 | |
| > USED AT LINE 1781 | |
| L1120: EAD8 DEFINED AT LINE 1808 | |
| > USED AT LINE 1821 | |
| DTRAI: EAE2 DEFINED AT LINE 1809 | |
| > USED AT LINE 1807 | |
| DTRA1: EAEB DEFINED AT LINE 1812 | |
| > USED AT LINE 1815 | |
| DTRA2: EB01 DEFINED AT LINE 1815 | |
| > USED AT LINE 1811 | |
| > USED AT LINE 1813 | |
| L1130: EB0D DEFINED AT LINE 1822 | |
| > USED AT LINE 1836 | |
| PACKS: EB13 DEFINED AT LINE 1823 | |
| > USED AT LINE 1821 | |
| > USED AT LINE 2253 | |
| L1140: EB36 DEFINED AT LINE 1837 | |
| > USED AT LINE 1850 | |
| DIGIT: EB3C DEFINED AT LINE 1838 | |
| > USED AT LINE 1836 | |
| > USED AT LINE 1854 | |
| L1150: EB57 DEFINED AT LINE 1851 | |
| > USED AT LINE 1859 | |
| EXTRC: EB5F DEFINED AT LINE 1852 | |
| > USED AT LINE 1850 | |
| L1160: EB72 DEFINED AT LINE 1860 | |
| > USED AT LINE 1868 | |
| BDIGS: EB75 DEFINED AT LINE 1861 | |
| > USED AT LINE 1859 | |
| > USED AT LINE 1920 | |
| > USED AT LINE 2130 | |
| > USED AT LINE 2140 | |
| L1170: EB84 DEFINED AT LINE 1869 | |
| > USED AT LINE 1877 | |
| HOLD: EB89 DEFINED AT LINE 1870 | |
| > USED AT LINE 1868 | |
| L1180: EBA0 DEFINED AT LINE 1878 | |
| > USED AT LINE 1885 | |
| DIG: EBA2 DEFINED AT LINE 1879 | |
| > USED AT LINE 1877 | |
| > USED AT LINE 1888 | |
| L1190: EBB3 DEFINED AT LINE 1886 | |
| > USED AT LINE 1896 | |
| DIGS: EBB6 DEFINED AT LINE 1887 | |
| > USED AT LINE 1885 | |
| > USED AT LINE 1920 | |
| > USED AT LINE 2140 | |
| DIGS1: EBB9 DEFINED AT LINE 1888 | |
| > USED AT LINE 1890 | |
| DIGS2: EBC5 DEFINED AT LINE 1891 | |
| > USED AT LINE 1889 | |
| L1200: EBCB DEFINED AT LINE 1897 | |
| > USED AT LINE 1907 | |
| SIGN: EBD0 DEFINED AT LINE 1898 | |
| > USED AT LINE 1896 | |
| > USED AT LINE 1921 | |
| SIGN1: EBDD DEFINED AT LINE 1902 | |
| > USED AT LINE 1900 | |
| L1210: EBE3 DEFINED AT LINE 1908 | |
| > USED AT LINE 1916 | |
| EDIGS: EBE6 DEFINED AT LINE 1909 | |
| > USED AT LINE 1907 | |
| > USED AT LINE 1921 | |
| L1220: EBFB DEFINED AT LINE 1917 | |
| > USED AT LINE 1926 | |
| STR: EBFF DEFINED AT LINE 1918 | |
| > USED AT LINE 1916 | |
| > USED AT LINE 2121 | |
| > USED AT LINE 2154 | |
| L1230: EC18 DEFINED AT LINE 1927 | |
| > USED AT LINE 1936 | |
| HEX: EC1C DEFINED AT LINE 1928 | |
| > USED AT LINE 1926 | |
| > USED AT LINE 1971 | |
| L1240: EC2C DEFINED AT LINE 1937 | |
| > USED AT LINE 1948 | |
| DECIM: EC34 DEFINED AT LINE 1938 | |
| > USED AT LINE 1936 | |
| L1250: EC44 DEFINED AT LINE 1949 | |
| > USED AT LINE 1965 | |
| DIGTQ: EC4B DEFINED AT LINE 1950 | |
| > USED AT LINE 1948 | |
| DGTQ1: EC6E DEFINED AT LINE 1960 | |
| > USED AT LINE 1955 | |
| L1260: EC7A DEFINED AT LINE 1966 | |
| > USED AT LINE 1998 | |
| NUMBQ: EC82 DEFINED AT LINE 1967 | |
| > USED AT LINE 151 | |
| > USED AT LINE 1965 | |
| NUMQ1: ECA7 DEFINED AT LINE 1973 | |
| > USED AT LINE 1970 | |
| NUMQ2: ECC7 DEFINED AT LINE 1977 | |
| > USED AT LINE 1981 | |
| NUMQ3: ECF5 DEFINED AT LINE 1985 | |
| > USED AT LINE 1983 | |
| NUMQ4: ECFB DEFINED AT LINE 1987 | |
| > USED AT LINE 1978 | |
| NUMQ5: ED05 DEFINED AT LINE 1988 | |
| > USED AT LINE 1986 | |
| NUMQ6: ED07 DEFINED AT LINE 1989 | |
| > USED AT LINE 1975 | |
| L1270: ED17 DEFINED AT LINE 1999 | |
| > USED AT LINE 2006 | |
| QKEY: ED1C DEFINED AT LINE 2000 | |
| > USED AT LINE 1998 | |
| > USED AT LINE 2009 | |
| > USED AT LINE 2027 | |
| L1280: ED29 DEFINED AT LINE 2007 | |
| > USED AT LINE 2016 | |
| KEY: ED2D DEFINED AT LINE 2008 | |
| > USED AT LINE 2006 | |
| > USED AT LINE 2029 | |
| > USED AT LINE 2384 | |
| KEY1: ED30 DEFINED AT LINE 2009 | |
| > USED AT LINE 2010 | |
| L1290: ED3C DEFINED AT LINE 2017 | |
| > USED AT LINE 2024 | |
| EMIT: ED41 DEFINED AT LINE 2018 | |
| > USED AT LINE 2016 | |
| > USED AT LINE 2042 | |
| > USED AT LINE 2050 | |
| > USED AT LINE 2085 | |
| > USED AT LINE 2088 | |
| > USED AT LINE 3284 | |
| L1300: ED4E DEFINED AT LINE 2025 | |
| > USED AT LINE 2037 | |
| NUFQ: ED53 DEFINED AT LINE 2026 | |
| > USED AT LINE 2024 | |
| > USED AT LINE 3153 | |
| > USED AT LINE 3297 | |
| > USED AT LINE 3311 | |
| NUFQ1: ED67 DEFINED AT LINE 2032 | |
| > USED AT LINE 2028 | |
| L1310: ED6D DEFINED AT LINE 2038 | |
| > USED AT LINE 2047 | |
| PACE: ED72 DEFINED AT LINE 2039 | |
| > USED AT LINE 2037 | |
| > USED AT LINE 2556 | |
| L1320: ED80 DEFINED AT LINE 2048 | |
| > USED AT LINE 2055 | |
| SPACE: ED86 DEFINED AT LINE 2049 | |
| > USED AT LINE 2047 | |
| > USED AT LINE 2060 | |
| > USED AT LINE 2141 | |
| > USED AT LINE 2154 | |
| > USED AT LINE 2602 | |
| > USED AT LINE 3130 | |
| > USED AT LINE 3255 | |
| > USED AT LINE 3310 | |
| L1330: ED93 DEFINED AT LINE 2056 | |
| > USED AT LINE 2067 | |
| SPACS: ED9A DEFINED AT LINE 2057 | |
| > USED AT LINE 2055 | |
| > USED AT LINE 2122 | |
| > USED AT LINE 2132 | |
| > USED AT LINE 3152 | |
| CHAR1: EDA7 DEFINED AT LINE 2060 | |
| > USED AT LINE 2061 | |
| CHAR2: EDA9 DEFINED AT LINE 2061 | |
| > USED AT LINE 2059 | |
| L1340: EDB3 DEFINED AT LINE 2068 | |
| > USED AT LINE 2080 | |
| TYPES: EDB8 DEFINED AT LINE 2069 | |
| > USED AT LINE 2067 | |
| > USED AT LINE 2122 | |
| > USED AT LINE 2132 | |
| > USED AT LINE 2141 | |
| TYPE1: EDC1 DEFINED AT LINE 2072 | |
| > USED AT LINE 2074 | |
| TYPE2: EDC9 DEFINED AT LINE 2074 | |
| > USED AT LINE 2071 | |
| L1350: EDD5 DEFINED AT LINE 2081 | |
| > USED AT LINE 2093 | |
| CR: EDD8 DEFINED AT LINE 2082 | |
| > USED AT LINE 2080 | |
| > USED AT LINE 2505 | |
| > USED AT LINE 3148 | |
| > USED AT LINE 3167 | |
| > USED AT LINE 3245 | |
| > USED AT LINE 3248 | |
| > USED AT LINE 3307 | |
| > USED AT LINE 3332 | |
| > USED AT LINE 3335 | |
| L1360: EDEB DEFINED AT LINE 2094 | |
| > USED AT LINE 2102 | |
| DOSTR: EDEF DEFINED AT LINE 2095 | |
| > USED AT LINE 2093 | |
| > USED AT LINE 2105 | |
| > USED AT LINE 2113 | |
| > USED AT LINE 2465 | |
| > USED AT LINE 2466 | |
| L1370: EE0A DEFINED AT LINE 2103 | |
| > USED AT LINE 2110 | |
| STRQP: EE0E DEFINED AT LINE 2104 | |
| > USED AT LINE 2102 | |
| > USED AT LINE 2946 | |
| > USED AT LINE 2986 | |
| L1380: EE19 DEFINED AT LINE 2111 | |
| > USED AT LINE 2118 | |
| DOTQP: EE1D DEFINED AT LINE 2112 | |
| > USED AT LINE 2110 | |
| > USED AT LINE 2503 | |
| > USED AT LINE 2603 | |
| > USED AT LINE 2954 | |
| > USED AT LINE 2966 | |
| > USED AT LINE 3172 | |
| > USED AT LINE 3228 | |
| > USED AT LINE 3245 | |
| L1390: EE2C DEFINED AT LINE 2119 | |
| > USED AT LINE 2127 | |
| DOTR: EE2F DEFINED AT LINE 2120 | |
| > USED AT LINE 2118 | |
| L1400: EE46 DEFINED AT LINE 2128 | |
| > USED AT LINE 2137 | |
| UDOTR: EE4A DEFINED AT LINE 2129 | |
| > USED AT LINE 2127 | |
| L1410: EE65 DEFINED AT LINE 2138 | |
| > USED AT LINE 2146 | |
| UDOT: EE68 DEFINED AT LINE 2139 | |
| > USED AT LINE 2137 | |
| > USED AT LINE 2153 | |
| L1420: EE7B DEFINED AT LINE 2147 | |
| > USED AT LINE 2159 | |
| DOT: EE7D DEFINED AT LINE 2148 | |
| > USED AT LINE 2146 | |
| > USED AT LINE 2162 | |
| DOT1: EE91 DEFINED AT LINE 2154 | |
| > USED AT LINE 2152 | |
| L1430: EE9D DEFINED AT LINE 2160 | |
| > USED AT LINE 2169 | |
| QUEST: EE9F DEFINED AT LINE 2161 | |
| > USED AT LINE 2159 | |
| L1440: EEAC DEFINED AT LINE 2170 | |
| > USED AT LINE 2204 | |
| PARS: EEB2 DEFINED AT LINE 2171 | |
| > USED AT LINE 2169 | |
| > USED AT LINE 2209 | |
| PARS1: EED3 DEFINED AT LINE 2177 | |
| > USED AT LINE 2181 | |
| PARS2: EEF3 DEFINED AT LINE 2183 | |
| > USED AT LINE 2179 | |
| PARS3: EEF5 DEFINED AT LINE 2184 | |
| > USED AT LINE 2175 | |
| PARS4: EEFB DEFINED AT LINE 2186 | |
| > USED AT LINE 2192 | |
| PARS5: EF13 DEFINED AT LINE 2190 | |
| > USED AT LINE 2188 | |
| PARS6: EF25 DEFINED AT LINE 2195 | |
| > USED AT LINE 2190 | |
| PARS7: EF2F DEFINED AT LINE 2197 | |
| > USED AT LINE 2194 | |
| PARS8: EF3B DEFINED AT LINE 2199 | |
| > USED AT LINE 2173 | |
| L1450: EF47 DEFINED AT LINE 2205 | |
| > USED AT LINE 2214 | |
| PARSE: EF4D DEFINED AT LINE 2206 | |
| > USED AT LINE 2204 | |
| > USED AT LINE 2241 | |
| > USED AT LINE 2249 | |
| > USED AT LINE 2261 | |
| L1460: EF72 DEFINED AT LINE 2215 | |
| > USED AT LINE 2222 | |
| DOTPR: EF75 DEFINED AT LINE 2216 | |
| > USED AT LINE 2214 | |
| L1470: EF84 DEFINED AT LINE 2223 | |
| > USED AT LINE 2230 | |
| PAREN: EF86 DEFINED AT LINE 2224 | |
| > USED AT LINE 2222 | |
| L1480: EF95 DEFINED AT LINE 2231 | |
| > USED AT LINE 2238 | |
| BKSLA: EF97 DEFINED AT LINE 2232 | |
| > USED AT LINE 2230 | |
| L1490: EFA8 DEFINED AT LINE 2239 | |
| > USED AT LINE 2246 | |
| CHAR: EFAD DEFINED AT LINE 2240 | |
| > USED AT LINE 2238 | |
| L1500: EFBE DEFINED AT LINE 2247 | |
| > USED AT LINE 2258 | |
| TOKEN: EFC4 DEFINED AT LINE 2248 | |
| > USED AT LINE 2246 | |
| > USED AT LINE 2524 | |
| > USED AT LINE 2619 | |
| > USED AT LINE 3051 | |
| > USED AT LINE 3071 | |
| > USED AT LINE 3084 | |
| > USED AT LINE 3104 | |
| L1510: EFE2 DEFINED AT LINE 2259 | |
| > USED AT LINE 2268 | |
| WORD: EFE7 DEFINED AT LINE 2260 | |
| > USED AT LINE 2258 | |
| L1520: EFF6 DEFINED AT LINE 2269 | |
| > USED AT LINE 2276 | |
| NAMET: EFFC DEFINED AT LINE 2270 | |
| > USED AT LINE 2268 | |
| > USED AT LINE 2313 | |
| > USED AT LINE 3207 | |
| L1530: F00B DEFINED AT LINE 2277 | |
| > USED AT LINE 2292 | |
| SAMEQ: F011 DEFINED AT LINE 2278 | |
| > USED AT LINE 2276 | |
| SAME1: F01A DEFINED AT LINE 2281 | |
| > USED AT LINE 2286 | |
| SAME2: F038 DEFINED AT LINE 2286 | |
| > USED AT LINE 2280 | |
| > USED AT LINE 2284 | |
| L1540: F046 DEFINED AT LINE 2293 | |
| > USED AT LINE 2318 | |
| FIND: F04B DEFINED AT LINE 2294 | |
| > USED AT LINE 2292 | |
| > USED AT LINE 2328 | |
| FIND1: F064 DEFINED AT LINE 2298 | |
| > USED AT LINE 2310 | |
| FIND2: F086 DEFINED AT LINE 2304 | |
| > USED AT LINE 2301 | |
| FIND3: F08E DEFINED AT LINE 2305 | |
| > USED AT LINE 2303 | |
| FIND6: F092 DEFINED AT LINE 2306 | |
| > USED AT LINE 2299 | |
| FIND4: F09E DEFINED AT LINE 2308 | |
| > USED AT LINE 2305 | |
| FIND5: F0AA DEFINED AT LINE 2311 | |
| > USED AT LINE 2308 | |
| L1550: F0C0 DEFINED AT LINE 2319 | |
| > USED AT LINE 2339 | |
| NAMEQ: F0C6 DEFINED AT LINE 2320 | |
| > USED AT LINE 2318 | |
| > USED AT LINE 2476 | |
| > USED AT LINE 2619 | |
| > USED AT LINE 2964 | |
| > USED AT LINE 2998 | |
| NAMQ1: F0D7 DEFINED AT LINE 2324 | |
| > USED AT LINE 2322 | |
| NAMQ2: F0D9 DEFINED AT LINE 2325 | |
| > USED AT LINE 2329 | |
| NAMQ3: F0F7 DEFINED AT LINE 2331 | |
| > USED AT LINE 2327 | |
| L1560: F103 DEFINED AT LINE 2340 | |
| > USED AT LINE 2352 | |
| BKSP: F106 DEFINED AT LINE 2341 | |
| > USED AT LINE 2339 | |
| > USED AT LINE 2372 | |
| BACK1: F131 DEFINED AT LINE 2347 | |
| > USED AT LINE 2343 | |
| L1570: F137 DEFINED AT LINE 2353 | |
| > USED AT LINE 2361 | |
| TAP: F13B DEFINED AT LINE 2354 | |
| > USED AT LINE 2352 | |
| > USED AT LINE 2371 | |
| > USED AT LINE 2388 | |
| L1580: F150 DEFINED AT LINE 2362 | |
| > USED AT LINE 2378 | |
| KTAP: F155 DEFINED AT LINE 2363 | |
| > USED AT LINE 140 | |
| > USED AT LINE 2361 | |
| > USED AT LINE 2557 | |
| > USED AT LINE 2566 | |
| KTAP1: F17F DEFINED AT LINE 2372 | |
| > USED AT LINE 2370 | |
| KTAP2: F183 DEFINED AT LINE 2373 | |
| > USED AT LINE 2367 | |
| L1590: F191 DEFINED AT LINE 2379 | |
| > USED AT LINE 2397 | |
| ACCEP: F198 DEFINED AT LINE 2380 | |
| > USED AT LINE 139 | |
| > USED AT LINE 2378 | |
| > USED AT LINE 2547 | |
| ACCP1: F1A1 DEFINED AT LINE 2382 | |
| > USED AT LINE 2391 | |
| ACCP2: F1BF DEFINED AT LINE 2390 | |
| > USED AT LINE 2387 | |
| ACCP3: F1C3 DEFINED AT LINE 2391 | |
| > USED AT LINE 2389 | |
| ACCP4: F1C7 DEFINED AT LINE 2392 | |
| > USED AT LINE 2383 | |
| L1600: F1D3 DEFINED AT LINE 2398 | |
| > USED AT LINE 2405 | |
| EXPEC: F1DA DEFINED AT LINE 2399 | |
| > USED AT LINE 2397 | |
| L1610: F1ED DEFINED AT LINE 2406 | |
| > USED AT LINE 2418 | |
| QUERY: F1F3 DEFINED AT LINE 2407 | |
| > USED AT LINE 2405 | |
| > USED AT LINE 2596 | |
| L1620: F211 DEFINED AT LINE 2419 | |
| > USED AT LINE 2429 | |
| CATCH: F217 DEFINED AT LINE 2420 | |
| > USED AT LINE 2418 | |
| L1630: F23E DEFINED AT LINE 2430 | |
| > USED AT LINE 2440 | |
| THROW: F244 DEFINED AT LINE 2431 | |
| > USED AT LINE 2429 | |
| > USED AT LINE 2455 | |
| > USED AT LINE 2465 | |
| > USED AT LINE 2485 | |
| > USED AT LINE 2622 | |
| > USED AT LINE 2988 | |
| > USED AT LINE 3007 | |
| L1640: F265 DEFINED AT LINE 2441 | |
| > USED AT LINE 2452 | |
| NULLS: F26B DEFINED AT LINE 2442 | |
| > USED AT LINE 2440 | |
| > USED AT LINE 2455 | |
| > USED AT LINE 2600 | |
| L1650: F27A DEFINED AT LINE 2453 | |
| > USED AT LINE 2460 | |
| ABORT: F280 DEFINED AT LINE 2454 | |
| > USED AT LINE 2452 | |
| L1660: F28B DEFINED AT LINE 2461 | |
| > USED AT LINE 2473 | |
| ABORQ: F292 DEFINED AT LINE 2463 | |
| > USED AT LINE 2460 | |
| > USED AT LINE 2479 | |
| > USED AT LINE 2514 | |
| > USED AT LINE 2938 | |
| > USED AT LINE 3191 | |
| ABOR1: F29D DEFINED AT LINE 2466 | |
| > USED AT LINE 2464 | |
| L1670: F2A7 DEFINED AT LINE 2474 | |
| > USED AT LINE 2490 | |
| INTER: F2B2 DEFINED AT LINE 2475 | |
| > USED AT LINE 150 | |
| > USED AT LINE 2473 | |
| > USED AT LINE 2493 | |
| > USED AT LINE 2501 | |
| INTE1: F2D9 DEFINED AT LINE 2482 | |
| > USED AT LINE 2477 | |
| INTE2: F2E3 DEFINED AT LINE 2485 | |
| > USED AT LINE 2483 | |
| L1680: F2E9 DEFINED AT LINE 2491 | |
| > USED AT LINE 2498 | |
| LBRAC: F2EB DEFINED AT LINE 2492 | |
| > USED AT LINE 2490 | |
| > USED AT LINE 2595 | |
| L1690: F2FC DEFINED AT LINE 2499 | |
| > USED AT LINE 2510 | |
| DOTOK: F300 DEFINED AT LINE 2500 | |
| > USED AT LINE 142 | |
| > USED AT LINE 2498 | |
| > USED AT LINE 2565 | |
| DOTO1: F317 DEFINED AT LINE 2505 | |
| > USED AT LINE 2502 | |
| L1700: F31F DEFINED AT LINE 2511 | |
| > USED AT LINE 2521 | |
| QSTAC: F326 DEFINED AT LINE 2512 | |
| > USED AT LINE 2510 | |
| L1710: F340 DEFINED AT LINE 2522 | |
| > USED AT LINE 2535 | |
| EVAL: F345 DEFINED AT LINE 2523 | |
| > USED AT LINE 2521 | |
| > USED AT LINE 2597 | |
| EVAL1: F348 DEFINED AT LINE 2524 | |
| > USED AT LINE 2527 | |
| EVAL2: F35C DEFINED AT LINE 2528 | |
| > USED AT LINE 2525 | |
| L1720: F368 DEFINED AT LINE 2536 | |
| > USED AT LINE 2544 | |
| PRESE: F36F DEFINED AT LINE 2537 | |
| > USED AT LINE 2535 | |
| > USED AT LINE 2608 | |
| > USED AT LINE 3356 | |
| L1730: F388 DEFINED AT LINE 2545 | |
| > USED AT LINE 2553 | |
| XIO: F38C DEFINED AT LINE 2546 | |
| > USED AT LINE 2544 | |
| L1740: F3A1 DEFINED AT LINE 2554 | |
| > USED AT LINE 2562 | |
| FILE: F3A6 DEFINED AT LINE 2555 | |
| > USED AT LINE 2553 | |
| L1750: F3BD DEFINED AT LINE 2563 | |
| > USED AT LINE 2571 | |
| HAND: F3C2 DEFINED AT LINE 2564 | |
| > USED AT LINE 2562 | |
| > USED AT LINE 2586 | |
| L1760: F3D9 DEFINED AT LINE 2572 | |
| > USED AT LINE 2582 | |
| ISLO: F3DD DEFINED AT LINE 2573 | |
| > USED AT LINE 2571 | |
| > USED AT LINE 2585 | |
| L1770: F3E8 DEFINED AT LINE 2583 | |
| > USED AT LINE 2591 | |
| CONSO: F3F0 DEFINED AT LINE 2584 | |
| > USED AT LINE 2582 | |
| > USED AT LINE 2600 | |
| L1780: F403 DEFINED AT LINE 2592 | |
| > USED AT LINE 2616 | |
| QUIT: F408 DEFINED AT LINE 2593 | |
| > USED AT LINE 2591 | |
| > USED AT LINE 3364 | |
| QUIT1: F411 DEFINED AT LINE 2595 | |
| > USED AT LINE 2609 | |
| QUIT2: F413 DEFINED AT LINE 2596 | |
| > USED AT LINE 2598 | |
| QUIT3: F43F DEFINED AT LINE 2605 | |
| > USED AT LINE 2601 | |
| QUIT4: F451 DEFINED AT LINE 2608 | |
| > USED AT LINE 2606 | |
| L1790: F45B DEFINED AT LINE 2617 | |
| > USED AT LINE 2627 | |
| TICK: F45D DEFINED AT LINE 2618 | |
| > USED AT LINE 2616 | |
| > USED AT LINE 2647 | |
| > USED AT LINE 3238 | |
| TICK1: F46A DEFINED AT LINE 2622 | |
| > USED AT LINE 2620 | |
| L1800: F470 DEFINED AT LINE 2628 | |
| > USED AT LINE 2635 | |
| ALLOT: F476 DEFINED AT LINE 2629 | |
| > USED AT LINE 2627 | |
| > USED AT LINE 3042 | |
| L1810: F483 DEFINED AT LINE 2636 | |
| > USED AT LINE 2644 | |
| COMMA: F485 DEFINED AT LINE 2637 | |
| > USED AT LINE 2635 | |
| > USED AT LINE 2647 | |
| > USED AT LINE 2811 | |
| > USED AT LINE 2823 | |
| > USED AT LINE 2882 | |
| > USED AT LINE 3003 | |
| > USED AT LINE 3043 | |
| > USED AT LINE 3076 | |
| > USED AT LINE 3106 | |
| L1820: F49A DEFINED AT LINE 2645 | |
| > USED AT LINE 2652 | |
| BCOMP: F4A4 DEFINED AT LINE 2646 | |
| > USED AT LINE 2644 | |
| L1830: F4B1 DEFINED AT LINE 2653 | |
| > USED AT LINE 2661 | |
| COMPI: F4B9 DEFINED AT LINE 2654 | |
| > USED AT LINE 2652 | |
| > USED AT LINE 2664 | |
| > USED AT LINE 2692 | |
| > USED AT LINE 2702 | |
| > USED AT LINE 2703 | |
| > USED AT LINE 2732 | |
| > USED AT LINE 2733 | |
| > USED AT LINE 2808 | |
| > USED AT LINE 2820 | |
| > USED AT LINE 2841 | |
| > USED AT LINE 2857 | |
| > USED AT LINE 2865 | |
| > USED AT LINE 2873 | |
| > USED AT LINE 2881 | |
| > USED AT LINE 2890 | |
| > USED AT LINE 2938 | |
| > USED AT LINE 2946 | |
| > USED AT LINE 2954 | |
| > USED AT LINE 3023 | |
| L1840: F4CE DEFINED AT LINE 2662 | |
| > USED AT LINE 2669 | |
| LITER: F4D6 DEFINED AT LINE 2663 | |
| > USED AT LINE 2661 | |
| > USED AT LINE 3006 | |
| L1850: F4E5 DEFINED AT LINE 2670 | |
| > USED AT LINE 2679 | |
| STRCQ: F4E9 DEFINED AT LINE 2671 | |
| > USED AT LINE 2669 | |
| L1860: F502 DEFINED AT LINE 2680 | |
| > USED AT LINE 2689 | |
| RECUR: F50A DEFINED AT LINE 2681 | |
| > USED AT LINE 2679 | |
| L1861: F51B DEFINED AT LINE 2690 | |
| > USED AT LINE 2699 | |
| DO: F51E DEFINED AT LINE 2691 | |
| > USED AT LINE 2689 | |
| L1862: F52F DEFINED AT LINE 2700 | |
| > USED AT LINE 2710 | |
| QDO: F533 DEFINED AT LINE 2701 | |
| > USED AT LINE 2699 | |
| L1862A: F548 DEFINED AT LINE 2711 | |
| > USED AT LINE 2729 | |
| DOQDO: F54E DEFINED AT LINE 2712 | |
| > USED AT LINE 2702 | |
| > USED AT LINE 2710 | |
| DOQDO1: F55B DEFINED AT LINE 2719 | |
| > USED AT LINE 2715 | |
| L1862B: F569 DEFINED AT LINE 2730 | |
| > USED AT LINE 2740 | |
| MDO: F56D DEFINED AT LINE 2731 | |
| > USED AT LINE 2729 | |
| L1862C: F582 DEFINED AT LINE 2741 | |
| > USED AT LINE 2759 | |
| DOMDO: F588 DEFINED AT LINE 2742 | |
| > USED AT LINE 2732 | |
| > USED AT LINE 2740 | |
| DOMDO1: F595 DEFINED AT LINE 2749 | |
| > USED AT LINE 2745 | |
| L1863: F5A3 DEFINED AT LINE 2760 | |
| > USED AT LINE 2770 | |
| DODO: F5A8 DEFINED AT LINE 2761 | |
| > USED AT LINE 2692 | |
| > USED AT LINE 2759 | |
| L1864: F5B4 DEFINED AT LINE 2771 | |
| > USED AT LINE 2779 | |
| DOLOOP: F5BB DEFINED AT LINE 2772 | |
| > USED AT LINE 2770 | |
| > USED AT LINE 2808 | |
| L1865: F5C4 DEFINED AT LINE 2780 | |
| > USED AT LINE 2805 | |
| DOPLOOP: F5CC DEFINED AT LINE 2781 | |
| > USED AT LINE 2779 | |
| > USED AT LINE 2820 | |
| DOPLOF: F5DD DEFINED AT LINE 2791 | |
| > USED AT LINE 2774 | |
| > USED AT LINE 2783 | |
| DOPLO1: F5EA DEFINED AT LINE 2797 | |
| > USED AT LINE 2786 | |
| > USED AT LINE 2793 | |
| L1866: F5F4 DEFINED AT LINE 2806 | |
| > USED AT LINE 2817 | |
| LOOP: F5F9 DEFINED AT LINE 2807 | |
| > USED AT LINE 2805 | |
| LOOP1: F612 DEFINED AT LINE 2811 | |
| L1867: F61A DEFINED AT LINE 2818 | |
| > USED AT LINE 2828 | |
| > USED AT LINE 2838 | |
| PLOOP: F620 DEFINED AT LINE 2819 | |
| > USED AT LINE 2817 | |
| PLOOP1: F639 DEFINED AT LINE 2823 | |
| L1868: F641 DEFINED AT LINE 2829 | |
| LEAVE: F647 DEFINED AT LINE 2830 | |
| > USED AT LINE 2828 | |
| L1870: F651 DEFINED AT LINE 2839 | |
| > USED AT LINE 2846 | |
| FOR: F655 DEFINED AT LINE 2840 | |
| > USED AT LINE 2838 | |
| L1880: F664 DEFINED AT LINE 2847 | |
| > USED AT LINE 2854 | |
| BEGIN: F66A DEFINED AT LINE 2848 | |
| > USED AT LINE 2846 | |
| L1890: F675 DEFINED AT LINE 2855 | |
| > USED AT LINE 2862 | |
| NEXT: F67A DEFINED AT LINE 2856 | |
| > USED AT LINE 2854 | |
| L1900: F689 DEFINED AT LINE 2863 | |
| > USED AT LINE 2870 | |
| UNTIL: F68F DEFINED AT LINE 2864 | |
| > USED AT LINE 2862 | |
| L1910: F69E DEFINED AT LINE 2871 | |
| > USED AT LINE 2878 | |
| AGAIN: F6A4 DEFINED AT LINE 2872 | |
| > USED AT LINE 2870 | |
| > USED AT LINE 2898 | |
| L1920: F6B3 DEFINED AT LINE 2879 | |
| > USED AT LINE 2887 | |
| IFF: F6B6 DEFINED AT LINE 2880 | |
| > USED AT LINE 2878 | |
| > USED AT LINE 2930 | |
| L1930: F6C9 DEFINED AT LINE 2888 | |
| > USED AT LINE 2895 | |
| AHEAD: F6CF DEFINED AT LINE 2889 | |
| > USED AT LINE 2887 | |
| > USED AT LINE 2914 | |
| > USED AT LINE 2922 | |
| L1940: F6E2 DEFINED AT LINE 2896 | |
| > USED AT LINE 2903 | |
| REPEA: F6E9 DEFINED AT LINE 2897 | |
| > USED AT LINE 2895 | |
| L1950: F6FA DEFINED AT LINE 2904 | |
| > USED AT LINE 2911 | |
| THENN: F6FF DEFINED AT LINE 2905 | |
| > USED AT LINE 2903 | |
| L1960: F70E DEFINED AT LINE 2912 | |
| > USED AT LINE 2919 | |
| AFT: F712 DEFINED AT LINE 2913 | |
| > USED AT LINE 2911 | |
| L1970: F723 DEFINED AT LINE 2920 | |
| > USED AT LINE 2927 | |
| ELSEE: F728 DEFINED AT LINE 2921 | |
| > USED AT LINE 2919 | |
| L1980: F737 DEFINED AT LINE 2928 | |
| > USED AT LINE 2935 | |
| WHILE: F73D DEFINED AT LINE 2929 | |
| > USED AT LINE 2927 | |
| L1990: F74A DEFINED AT LINE 2936 | |
| > USED AT LINE 2943 | |
| ABRTQ: F751 DEFINED AT LINE 2937 | |
| > USED AT LINE 2935 | |
| L2000: F760 DEFINED AT LINE 2944 | |
| > USED AT LINE 2951 | |
| STRQ: F763 DEFINED AT LINE 2945 | |
| > USED AT LINE 2943 | |
| L2010: F772 DEFINED AT LINE 2952 | |
| > USED AT LINE 2961 | |
| DOTQ: F775 DEFINED AT LINE 2953 | |
| > USED AT LINE 2951 | |
| L2020: F784 DEFINED AT LINE 2962 | |
| > USED AT LINE 2974 | |
| UNIQU: F78C DEFINED AT LINE 2963 | |
| > USED AT LINE 2961 | |
| > USED AT LINE 2979 | |
| UNIQ1: F7A7 DEFINED AT LINE 2969 | |
| > USED AT LINE 2965 | |
| L2030: F7AF DEFINED AT LINE 2975 | |
| > USED AT LINE 2995 | |
| SNAME: F7B3 DEFINED AT LINE 2976 | |
| > USED AT LINE 2974 | |
| > USED AT LINE 3051 | |
| > USED AT LINE 3071 | |
| > USED AT LINE 3084 | |
| > USED AT LINE 3104 | |
| PNAM1: F7E4 DEFINED AT LINE 2986 | |
| > USED AT LINE 2978 | |
| L2040: F7F2 DEFINED AT LINE 2996 | |
| > USED AT LINE 3012 | |
| SCOMP: F7FB DEFINED AT LINE 2997 | |
| > USED AT LINE 2995 | |
| > USED AT LINE 3031 | |
| SCOM1: F816 DEFINED AT LINE 3003 | |
| > USED AT LINE 3001 | |
| SCOM2: F81A DEFINED AT LINE 3004 | |
| > USED AT LINE 2999 | |
| SCOM3: F826 DEFINED AT LINE 3007 | |
| > USED AT LINE 3005 | |
| L2050: F82C DEFINED AT LINE 3013 | |
| > USED AT LINE 3020 | |
| OVERT: F832 DEFINED AT LINE 3014 | |
| > USED AT LINE 3012 | |
| L2060: F845 DEFINED AT LINE 3021 | |
| > USED AT LINE 3028 | |
| SEMIS: F847 DEFINED AT LINE 3022 | |
| > USED AT LINE 3020 | |
| L2070: F858 DEFINED AT LINE 3029 | |
| > USED AT LINE 3036 | |
| RBRAC: F85A DEFINED AT LINE 3030 | |
| > USED AT LINE 3028 | |
| > USED AT LINE 3052 | |
| L2080: F86B DEFINED AT LINE 3037 | |
| > USED AT LINE 3048 | |
| CALLC: F871 DEFINED AT LINE 3038 | |
| > USED AT LINE 3036 | |
| > USED AT LINE 3052 | |
| L2090: F887 DEFINED AT LINE 3049 | |
| > USED AT LINE 3057 | |
| COLON: F889 DEFINED AT LINE 3050 | |
| > USED AT LINE 3048 | |
| L2100: F89E DEFINED AT LINE 3058 | |
| > USED AT LINE 3068 | |
| IMMED: F8A8 DEFINED AT LINE 3059 | |
| > USED AT LINE 3057 | |
| L2110: F8C3 DEFINED AT LINE 3069 | |
| > USED AT LINE 3081 | |
| USER: F8C8 DEFINED AT LINE 3070 | |
| > USED AT LINE 3068 | |
| L2120: F8DF DEFINED AT LINE 3082 | |
| > USED AT LINE 3093 | |
| CREAT: F8E6 DEFINED AT LINE 3083 | |
| > USED AT LINE 3081 | |
| > USED AT LINE 3096 | |
| L2130: F8FB DEFINED AT LINE 3094 | |
| > USED AT LINE 3101 | |
| VARIA: F904 DEFINED AT LINE 3095 | |
| > USED AT LINE 3093 | |
| L2135: F913 DEFINED AT LINE 3102 | |
| > USED AT LINE 3113 | |
| CONST: F91C DEFINED AT LINE 3103 | |
| > USED AT LINE 3101 | |
| L2140: F933 DEFINED AT LINE 3114 | |
| > USED AT LINE 3126 | |
| UTYPE: F939 DEFINED AT LINE 3115 | |
| > USED AT LINE 3113 | |
| > USED AT LINE 3227 | |
| UTYP1: F942 DEFINED AT LINE 3118 | |
| > USED AT LINE 3120 | |
| UTYP2: F94C DEFINED AT LINE 3120 | |
| > USED AT LINE 3117 | |
| L2150: F958 DEFINED AT LINE 3127 | |
| > USED AT LINE 3140 | |
| DUMPP: F95C DEFINED AT LINE 3128 | |
| > USED AT LINE 3126 | |
| > USED AT LINE 3150 | |
| PDUM1: F96F DEFINED AT LINE 3132 | |
| > USED AT LINE 3134 | |
| PDUM2: F97B DEFINED AT LINE 3134 | |
| > USED AT LINE 3131 | |
| L2160: F985 DEFINED AT LINE 3141 | |
| > USED AT LINE 3164 | |
| DUMP: F98A DEFINED AT LINE 3142 | |
| > USED AT LINE 3140 | |
| DUMP1: F99C DEFINED AT LINE 3148 | |
| > USED AT LINE 3155 | |
| DUMP2: F9BF DEFINED AT LINE 3157 | |
| > USED AT LINE 3154 | |
| DUMP3: F9C3 DEFINED AT LINE 3158 | |
| > USED AT LINE 3156 | |
| L2170: F9D1 DEFINED AT LINE 3165 | |
| > USED AT LINE 3179 | |
| DOTS: F9D4 DEFINED AT LINE 3166 | |
| > USED AT LINE 3164 | |
| DOTS1: F9E1 DEFINED AT LINE 3170 | |
| > USED AT LINE 3171 | |
| DOTS2: F9E7 DEFINED AT LINE 3171 | |
| > USED AT LINE 3169 | |
| L2180: F9F8 DEFINED AT LINE 3180 | |
| > USED AT LINE 3187 | |
| STCSP: F9FD DEFINED AT LINE 3181 | |
| > USED AT LINE 3179 | |
| L2190: FA0C DEFINED AT LINE 3188 | |
| > USED AT LINE 3198 | |
| QCSP: FA11 DEFINED AT LINE 3189 | |
| > USED AT LINE 3187 | |
| L2200: FA2B DEFINED AT LINE 3199 | |
| > USED AT LINE 3219 | |
| TNAME: FA31 DEFINED AT LINE 3200 | |
| > USED AT LINE 3198 | |
| > USED AT LINE 3251 | |
| TNAM1: FA36 DEFINED AT LINE 3202 | |
| > USED AT LINE 3212 | |
| TNAM2: FA42 DEFINED AT LINE 3205 | |
| > USED AT LINE 3210 | |
| TNAM3: FA5A DEFINED AT LINE 3211 | |
| > USED AT LINE 3206 | |
| > USED AT LINE 3208 | |
| TNAM4: FA6E DEFINED AT LINE 3214 | |
| > USED AT LINE 3203 | |
| L2210: FA7A DEFINED AT LINE 3220 | |
| > USED AT LINE 3235 | |
| DOTID: FA7E DEFINED AT LINE 3221 | |
| > USED AT LINE 3219 | |
| > USED AT LINE 3255 | |
| DOTI1: FA92 DEFINED AT LINE 3228 | |
| > USED AT LINE 3223 | |
| L2220: FAA4 DEFINED AT LINE 3236 | |
| > USED AT LINE 3304 | |
| SEE: FAA8 DEFINED AT LINE 3237 | |
| > USED AT LINE 3235 | |
| SEE1: FAD7 DEFINED AT LINE 3248 | |
| > USED AT LINE 3244 | |
| > USED AT LINE 3298 | |
| SEE2: FAED DEFINED AT LINE 3252 | |
| > USED AT LINE 3250 | |
| SEE21: FB1B DEFINED AT LINE 3264 | |
| > USED AT LINE 3259 | |
| SEE27: FB89 DEFINED AT LINE 3276 | |
| > USED AT LINE 3273 | |
| SEE28: FBC0 DEFINED AT LINE 3287 | |
| > USED AT LINE 3262 | |
| > USED AT LINE 3275 | |
| SEE29: FBC6 DEFINED AT LINE 3289 | |
| > USED AT LINE 3280 | |
| SEE3: FBCC DEFINED AT LINE 3292 | |
| > USED AT LINE 3253 | |
| SEE31: FBD6 DEFINED AT LINE 3294 | |
| > USED AT LINE 3290 | |
| SEE4: FBE4 DEFINED AT LINE 3297 | |
| > USED AT LINE 3288 | |
| > USED AT LINE 3293 | |
| SEE5: FBEA DEFINED AT LINE 3299 | |
| > USED AT LINE 3247 | |
| > USED AT LINE 3296 | |
| L2230: FBF8 DEFINED AT LINE 3305 | |
| > USED AT LINE 3321 | |
| WORDS: FBFE DEFINED AT LINE 3306 | |
| > USED AT LINE 3304 | |
| WORS1: FC07 DEFINED AT LINE 3308 | |
| > USED AT LINE 3312 | |
| WORS2: FC1F DEFINED AT LINE 3314 | |
| > USED AT LINE 3309 | |
| L2240: FC25 DEFINED AT LINE 3322 | |
| > USED AT LINE 3329 | |
| VERSN: FC29 DEFINED AT LINE 3323 | |
| > USED AT LINE 3321 | |
| L2250: FC36 DEFINED AT LINE 3330 | |
| > USED AT LINE 3340 | |
| HI: FC39 DEFINED AT LINE 3331 | |
| > USED AT LINE 3329 | |
| > USED AT LINE 3346 | |
| L2260: FC56 DEFINED AT LINE 3341 | |
| > USED AT LINE 3351 | |
| TBOOT: FC5C DEFINED AT LINE 3342 | |
| > USED AT LINE 3340 | |
| > USED AT LINE 3357 | |
| L2270: FC65 DEFINED AT LINE 3352 | |
| > USED AT LINE 3369 | |
| COLD: FC6A DEFINED AT LINE 3353 | |
| > USED AT LINE 3351 | |
| COLD1: FC6D DEFINED AT LINE 3354 | |
| > USED AT LINE 3365 | |
| LASTN: FC65 DEFINED AT LINE 3369 | |
| > USED AT LINE 160 | |
| NTOP: 6C00 DEFINED AT LINE 3371 | |
| > USED AT LINE 159 | |
| CTOP: FC95 DEFINED AT LINE 3372 | |
| > USED AT LINE 158 |
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| 4acdd5e725ca42d03213a9a0551f7fe9 |
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| ; START OF ROM CODE | |
| ; ================= | |
| ORG $F800 | |
| ROMSTART: | |
| RAMSTART: EQU $0000 | |
| RAMEND: EQU ROMSTART | |
| RAMEND_EQU_ROMSTART: EQU 1 | |
| BUILDK: EQU 1 | |
| FALSE: equ 0 | |
| TRUE: equ 1 | |
| .db RAMEND_EQU_ROMSTART | |
| test equ (ramend = romstart) | |
| ; NOT WORKING because ELSE is not working: | |
| ; IF BUILDK | |
| ; TFR S,X ; | |
| ; ELSE | |
| ; LDX #ROMSTART ; | |
| ; ENDIF | |
| ; | |
| ; Workaround suggested by Martin: | |
| ; | |
| IF RAMEND_EQU_ROMSTART | |
| TFR S,X ; | |
| ENDIF | |
| IFN RAMEND_EQU_ROMSTART | |
| LDX #ROMSTART ; | |
| ENDIF | |
| ; fails: | |
| ; IF (RAMEND==ROMSTART) | |
| ; TFR S,X ; | |
| ; ENDIF | |
| ; fails: | |
| ; IFN RAMEND = ROMSTART | |
| ; LDX #ROMSTART ; | |
| ; ENDIF | |
| IF FALSE | |
| db "False!" | |
| db 0 | |
| ENDIF | |
| IFN FALSE | |
| db "True!" | |
| db 0 | |
| ENDIF | |
| ; | |
| IF TRUE | |
| db "True!" | |
| db 0 | |
| ENDIF | |
| IFN TRUE | |
| db "False!" | |
| db 0 | |
| ENDIF | |
| ; | |
| ; The ELSE statement seems to work for db | |
| ; | |
| IF FALSE | |
| db "False!" | |
| db 0 | |
| ELSE | |
| db "True!" | |
| db 0 | |
| ENDIF | |
| ; | |
| IF TRUE | |
| db "True!" | |
| db 0 | |
| ELSE | |
| db "False!" | |
| db 0 | |
| ENDIF | |
| ; | |
| ; The ELSE statement fails for mnemonics: | |
| ; | |
| IF TRUE | |
| TFR S,X ; | |
| ELSE | |
| LDX #ROMSTART ; | |
| ENDIF | |
| ; | |
| IF FALSE | |
| TFR S,X ; | |
| ELSE | |
| LDX #ROMSTART ; | |
| ENDIF | |
| ; | |
| ; The ELSE statement fails for db mixed with mnemonics: | |
| ; | |
| IF TRUE | |
| db 0 | |
| TFR S,X ; | |
| ELSE | |
| db 0 ; this won't appear (good) | |
| LDX #ROMSTART ; this will appear (bad) | |
| ENDIF | |
| ; | |
| IF FALSE | |
| db 0 ; this won't appear (good) | |
| TFR S,X ; this will appear (bad) | |
| ELSE | |
| db 0 | |
| LDX #ROMSTART ; | |
| ENDIF | |
| ; | |
| ; The ELSE statement fails for FCC mixed with mnemonics: | |
| ; | |
| IF TRUE | |
| FCC "Okay" | |
| TFR S,X ; | |
| ELSE | |
| FCC "Okay" ; this won't appear (good) | |
| LDX #ROMSTART ; this will appear (bad) | |
| ENDIF | |
| ; | |
| IF FALSE | |
| FCC "Okay" ; this won't appear (good) | |
| TFR S,X ; this will appear (bad) | |
| ELSE | |
| FCC "Okay" | |
| LDX #ROMSTART ; | |
| ENDIF | |
| db "K" | |
| FCC "Okay" | |
| ds "Malfunctions " ; creates a mess from here onward | |
| ; fds "Wibble " | |
| fdb "Wibble " | |
| end |
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| .MACRO write_string | |
| LDX #$00 ; Start at 0 | |
| OUTSTR: | |
| LDA $%%1,X | |
| CMPA #$%%2 | |
| BEQ DONE ; Are we done writing? | |
| JSR OUTCH | |
| INX | |
| JMP OUTSTR | |
| DONE: | |
| .ENDM | |
| write_string TABLEHEADER,DB | |
| TABLEHEADER: | |
| DB "TEST" |
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| {} |
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| :10F80000011F4154727565210054727565210054C1 | |
| :10F8100072756521005472756521001F418EF800D4 | |
| :0DF82000001F41008EF8001F418EF8004BC4 | |
| :00000001FF |
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| 0000 ; START OF ROM CODE | |
| 0000 ; ================= | |
| F800 .ORG $F800 | |
| F800 ROMSTART: | |
| F800 RAMSTART: EQU $0000 | |
| F800 RAMEND: EQU ROMSTART | |
| F800 ; | |
| F800 RAMEND_EQU_ROMSTART: EQU 1 | |
| F800 BUILDK: EQU 1 | |
| F800 ; | |
| F800 FALSE: EQU 0 | |
| F800 TRUE: EQU 1 | |
| F800 ; | |
| F800 01 DB RAMEND_EQU_ROMSTART | |
| F801 ; | |
| F801 TEST: EQU (ramend = romstart) | |
| F801 ; | |
| F801 ; NOT WORKING because ELSE is not working: | |
| F801 ; IF BUILDK | |
| F801 ; TFR S,X ; | |
| F801 ; ELSE | |
| F801 ; LDX #ROMSTART ; | |
| F801 ; ENDIF | |
| F801 ; | |
| F801 ; Workaround suggested by Martin: | |
| F801 ; | |
| F801 ; | |
| F801 IF RAMEND_EQU_ROMSTART | |
| F801 1F 41 TFR S,X ; | |
| F803 ENDIF | |
| F803 IFN RAMEND_EQU_ROMSTART | |
| F803 ENDIF | |
| F803 ; | |
| F803 ; fails: | |
| F803 ; IF (RAMEND==ROMSTART) | |
| F803 ; TFR S,X ; | |
| F803 ; ENDIF | |
| F803 ; | |
| F803 ; fails: | |
| F803 ; IFN RAMEND = ROMSTART | |
| F803 ; LDX #ROMSTART ; | |
| F803 ; ENDIF | |
| F803 ; | |
| F803 IF FALSE | |
| F803 ENDIF | |
| F803 IFN FALSE | |
| F803 54 72 75 65 21 DB "True!" | |
| F808 00 DB 0 | |
| F809 ENDIF | |
| F809 ; | |
| F809 IF TRUE | |
| F809 54 72 75 65 21 DB "True!" | |
| F80E 00 DB 0 | |
| F80F ENDIF | |
| F80F IFN TRUE | |
| F80F ENDIF | |
| F80F ; | |
| F80F ; The ELSE statement seems to work for db | |
| F80F ; | |
| F80F IF FALSE | |
| F80F ELSE | |
| F80F 54 72 75 65 21 DB "True!" | |
| F814 00 DB 0 | |
| F815 ENDIF | |
| F815 ; | |
| F815 IF TRUE | |
| F815 54 72 75 65 21 DB "True!" | |
| F81A 00 DB 0 | |
| F81B ELSE | |
| F81B ENDIF | |
| F81B ; | |
| F81B ; The ELSE statement fails for mnemonics: | |
| F81B ; | |
| F81B IF TRUE | |
| F81B 1F 41 TFR S,X ; | |
| F81D ELSE | |
| F81D ENDIF | |
| F81D ; | |
| F81D IF FALSE | |
| F81D ELSE | |
| F81D 8E F8 00 LDX #ROMSTART ; | |
| F820 ENDIF | |
| F820 ; | |
| F820 ; | |
| F820 ; The ELSE statement fails for db mixed with mnemonics: | |
| F820 ; | |
| F820 IF TRUE | |
| F820 00 DB 0 | |
| F821 1F 41 TFR S,X ; | |
| F823 ELSE | |
| F823 ENDIF | |
| F823 ; | |
| F823 IF FALSE | |
| F823 ELSE | |
| F823 00 DB 0 | |
| F824 8E F8 00 LDX #ROMSTART ; | |
| F827 ENDIF | |
| F827 ; | |
| F827 ; | |
| F827 ; The ELSE statement fails for FCC mixed with mnemonics: | |
| F827 ; | |
| F827 IF TRUE | |
| F827 FCC "Okay" | |
| F827 1F 41 TFR S,X ; | |
| F829 ELSE | |
| F829 ENDIF | |
| F829 ; | |
| F829 IF FALSE | |
| F829 ELSE | |
| F829 FCC "Okay" | |
| F829 8E F8 00 LDX #ROMSTART ; | |
| F82C ENDIF | |
| F82C ; | |
| F82C 4B DB "K" | |
| F82D FCC "Okay" | |
| F82D DS "Malfunctions " ; creates a mess from here onward | |
| 63533MALFUNCTIONS ; fds "Wibble " | |
| 63533MALFUNCTIONS 0 FDB "Wibble " | |
| 63533MALFUNCTIONS 00 END | |
| ROMSTART: F800 DEFINED AT LINE 4 | |
| > USED AT LINE 6 | |
| > USED AT LINE 16 | |
| RAMSTART: 0000 DEFINED AT LINE 5 | |
| RAMEND: F800 DEFINED AT LINE 6 | |
| > USED AT LINE 16 | |
| RAMEND_EQU_ROMSTART: 0001 DEFINED AT LINE 8 | |
| > USED AT LINE 14 | |
| BUILDK: 0001 DEFINED AT LINE 9 | |
| FALSE: 0000 DEFINED AT LINE 11 | |
| TRUE: 0001 DEFINED AT LINE 12 | |
| TEST: 0001 DEFINED AT LINE 16 |
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| S113F800011F4154727565210054727565210054BE | |
| S113F81072756521005472756521001F418EF800D1 | |
| S110F820001F41008EF8001F418EF8004BC1 | |
| S9030000FC |
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| .org $2000 | |
| .ent $ | |
| lda $1234 | |
| .MACRO write_string | |
| LDX #$00 ; Start at 0 | |
| OUTSTR: | |
| LDA %%1,X | |
| CMP #$%%2 | |
| BEQ DONE ; Are we done writing? | |
| JSR OUTCH | |
| INX | |
| JMP OUTSTR | |
| DONE: | |
| .ENDM | |
| jmp tableheader | |
| jmp $1234 | |
| TABLEHEADER: | |
| DB "TEST" | |
| ;write_string TABLEHEADER,DB | |
| lda tableheader,X |
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| {} |
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| :10200000AD34124C09204C341254455354BD0920B0 | |
| :00000001FF |
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| 2000 .ORG $2000 | |
| 2000 .ENT $ | |
| 2000 AD 34 12 LDA $1234 | |
| 2003 4C 09 20 JMP tableheader | |
| 2006 4C 34 12 JMP $1234 | |
| 2009 TABLEHEADER: | |
| 2009 54 45 53 54 DB "TEST" | |
| 200D ;write_string TABLEHEADER,DB | |
| 200D BD 09 20 LDA tableheader,X | |
| TABLEHEADER: 2009 DEFINED AT LINE 21 | |
| > USED AT LINE 18 | |
| > USED AT LINE 26 |
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| cpu M6809 | |
| serial 6850 | |
| serial.data 0x83ff | |
| serial.control 0x83fe | |
| serial.map 1 | |
| terminal.caps 1 | |
| memory.rom.from 0xE000 | |
| memory.rom.to 0xffff | |
| memory.ram.from 0x0000 | |
| memory.ram.to 0x7fff |
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| .ENGINE kilo | |
| ;zero page | |
| .BSSEG | |
| .ORG 0 | |
| Q_ADD: DS 2 | |
| Q_KEY: DS 1 | |
| Q_HEXCNT: DS 1 | |
| Q_HEXADD: DS 2 | |
| .CSEG | |
| ;.org $0000 | |
| ;.phase $E000 | |
| .ORG $E000 | |
| .ENT $ | |
| JMP reset | |
| JMP serin | |
| JMP serout | |
| JMP print2 | |
| JMP printx | |
| JMP primm | |
| RESET: | |
| LDS #$8000 | |
| ORCC #$50 | |
| LDA #$15 | |
| STA ACIAC | |
| LDA #0 | |
| TFR a,dp | |
| WARM: | |
| JSR primm | |
| .CSTR "KILO Monitor v1" | |
| MAINCRLF: | |
| JSR pcrlf | |
| MAIN: | |
| JSR prompt | |
| MAINSHORT: | |
| JSR serin | |
| CMPA #":" | |
| BEQ m_hex | |
| CMPA #$0d | |
| BEQ mainshort | |
| CMPA #$a | |
| BEQ mainshort | |
| ;caps fix | |
| ANDA #$DF | |
| CMPA #"M" | |
| LBEQ m_mem | |
| CMPA #"D" | |
| LBEQ m_dump | |
| CMPA #"G" | |
| LBEQ m_go | |
| CMPA #"U" | |
| LBEQ m_user | |
| WHAT: | |
| JSR primm | |
| .CSTR "What?" | |
| JMP maincrlf | |
| M_HEX: | |
| JSR gethex2 | |
| STA q_hexcnt | |
| JSR gethex4 | |
| STX q_hexadd | |
| JSR gethex2 | |
| CMPA #$00 | |
| BNE m_hexend | |
| M_HEX_LOOP: | |
| JSR gethex2 | |
| STA ,x+ | |
| ;inc q_hexadd | |
| DEC q_hexcnt | |
| BNE m_hex_loop | |
| LDA #"*" | |
| JSR serout | |
| M_HEX_WAITEND: | |
| JSR serin | |
| CMPA #$0d | |
| BEQ main | |
| CMPA #$0a | |
| BEQ m_hex_waitend | |
| CMPA #":" | |
| BEQ m_hex | |
| BRA m_hex_waitend | |
| M_HEXEND: | |
| ;jsr gethex2 | |
| BRA maincrlf | |
| M_MEM: | |
| JSR getaddr | |
| LDX q_add | |
| M_MEM_LINE: | |
| JSR pcrlf | |
| JSR printx | |
| JSR primm | |
| .CSTR " [" | |
| LDA ,x+ | |
| STA q_add+1 | |
| JSR print2 | |
| JSR primm | |
| .CSTR "] " | |
| JSR get4x | |
| CMPA #$A0 | |
| LBEQ maincrlf | |
| CMPA #$88 | |
| BEQ m_mem_back | |
| CMPA #$8d | |
| BNE m_mem_line | |
| LDA q_add+1 | |
| STA [-1,x] | |
| JMP m_mem_line | |
| M_MEM_BACK: | |
| LDA q_add+1 | |
| STA [-1,x] | |
| LEAX -2,x | |
| JMP m_mem_line | |
| M_DUMP: | |
| JSR getaddr | |
| LDX q_add | |
| JSR pcrlf | |
| M_DUMP_LINE: | |
| JSR printx | |
| JSR primm | |
| .CSTR ": " | |
| LDB #$10 | |
| M_DUMP_LOOP: | |
| LDA ,x+ | |
| JSR print2 | |
| LDA #$20 | |
| JSR serout | |
| DECB | |
| BNE m_dump_loop | |
| JSR pcrlf | |
| M_DUMP_WAIT: | |
| JSR serin | |
| CMPA #$0d | |
| BEQ m_dump_line | |
| CMPA #$20 | |
| LBEQ main | |
| CMPA #$08 | |
| BNE m_dump_wait | |
| LEAX -32,x | |
| JMP m_dump_line | |
| M_GO: | |
| JSR getaddr | |
| JMP [q_add] | |
| M_USER: | |
| JSR primm | |
| .CSTR "Installed modules:",$d,$a | |
| LDD #mon_end | |
| CLRB | |
| INCA | |
| PSHS d | |
| PULS x | |
| M_U_FIND: | |
| LDA 3,x | |
| CMPA #"M" | |
| BNE m_u_next | |
| LDA 4,x | |
| CMPA #"O" | |
| BNE m_u_next | |
| LDA 5,x | |
| CMPA #"D" | |
| BNE m_u_next | |
| LDA 6,x | |
| CMPA #"9" | |
| BNE m_u_next | |
| ;found | |
| PSHS x | |
| LEAX 7,x | |
| JSR strout | |
| JSR pcrlf | |
| PULS x | |
| M_U_NEXT: | |
| LEAX 256,x | |
| BNE m_u_find | |
| JMP main | |
| PRINTX: | |
| TFR x,d | |
| JSR print2 | |
| TFR b,a | |
| PRINT2: | |
| PSHS a | |
| LSRA | |
| LSRA | |
| LSRA | |
| LSRA | |
| JSR printhex | |
| PULS a | |
| ANDA #$0f | |
| PRINTHEX: | |
| CMPA #$0a | |
| BHS ph2 | |
| ADDA #$30 | |
| JMP serout | |
| PH2: | |
| ADDA #$37 | |
| JMP serout | |
| GETADDR: | |
| JSR primm | |
| .CSTR "Addr:" | |
| JSR get4 | |
| RTS | |
| GET4: | |
| LDD #0 | |
| STD q_add | |
| GET4X: | |
| JSR gethex | |
| BPL get4ok | |
| RTS | |
| GET4OK: | |
| TFR a,b | |
| JSR printhex | |
| CLRA | |
| LSL q_add+1 | |
| ROL q_add | |
| LSL q_add+1 | |
| ROL q_add | |
| LSL q_add+1 | |
| ROL q_add | |
| LSL q_add+1 | |
| ROL q_add | |
| ADDD q_add | |
| STD q_add | |
| JMP get4x | |
| GETHEX2: | |
| JSR gethex | |
| LSLA | |
| LSLA | |
| LSLA | |
| LSLA | |
| STA q_key | |
| JSR gethex | |
| ADDA q_key | |
| RTS | |
| GETHEX4: | |
| JSR gethex2 | |
| PSHS a | |
| JSR gethex2 | |
| TFR a,b | |
| PULS a | |
| TFR d,x | |
| RTS | |
| GETHEX: | |
| JSR serin | |
| CMPA #$30 | |
| BHS gh1 | |
| GHB: | |
| ORA #$80 | |
| RTS | |
| GH1: | |
| CMPA #$3A | |
| BHI gh2 | |
| SUBA #$30 | |
| RTS | |
| GH2: | |
| CMPA #"A" | |
| BLO ghb | |
| CMPA #"F" | |
| BHI gh3 | |
| SUBA #55 | |
| RTS | |
| GH3: | |
| CMPA #"a" | |
| BLO ghb | |
| CMPA #"f" | |
| BHI ghb | |
| SUBA #$57 | |
| RTS | |
| ; serial | |
| ACIA EQU $83fe | |
| ACIAC EQU ACIA | |
| ACIAS EQU ACIA | |
| ACIAD EQU ACIA+1 | |
| ACIA_TDRE EQU 02h | |
| ACIA_RDRF EQU 01h | |
| STROUT: | |
| LDA ,x+ | |
| BNE sout2 | |
| RTS | |
| SOUT2: | |
| JSR serout | |
| JMP strout | |
| SEROUT: | |
| PSHS a,b | |
| SEROUTL: | |
| LDB ACIAS | |
| ANDB #ACIA_TDRE | |
| BEQ seroutl | |
| STA ACIAD | |
| PULS a,b | |
| RTS | |
| PCRLF: | |
| LDA #$d | |
| JSR serout | |
| LDA #$a | |
| JMP serout | |
| PROMPT: | |
| LDA #">" | |
| JSR serout | |
| LDA #$20 | |
| JMP serout | |
| PRIMM: | |
| PSHS a,x | |
| LDX 3,s | |
| PRIMM1: | |
| LDA ,x+ | |
| BNE primm2 | |
| STX 3,s | |
| PULS a,x,pc | |
| PRIMM2: | |
| JSR serout | |
| BRA primm1 | |
| SERIN: | |
| LDA ACIAS | |
| ANDA #ACIA_RDRF | |
| BEQ serin | |
| LDA ACIAD | |
| RTS | |
| MON_END EQU $ | |
| .BLOCK | |
| .INCLUDE basic.a09 | |
| .ENDBLOCK | |
| .INCLUDE testmod.a09 | |
| .ORG 0xfff0 | |
| ;reserved | |
| DW reset | |
| ;SWI3 | |
| DW reset | |
| ;SWI2 | |
| DW reset | |
| ;FIRQ | |
| DW reset | |
| ;IRQ | |
| DW reset | |
| ;SWI | |
| DW reset | |
| ;NMI | |
| DW reset | |
| ;RES | |
| DW reset |
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| ; OMEN KILO monitor version 1.0 | |
| ; (C) 2018 Martin Maly <maly@maly.cz> | |
| ; Published under the terms of MIT license | |
| ; Commands: | |
| ; ========= | |
| ; M - list / change memory | |
| ; D - Dump memory | |
| ; Enter moves to the next cell, backspace moves to the previous, space ends | |
| ; G - Jump to memory | |
| ; U - List and call user modules | |
| ; W - Dump memory (from, to) as a SREC19 record | |
| ; X - Dump memory (from, to) as a HEX record | |
| ; : - read a HEX line (you can send the HEX record directly into the terminal) | |
| ; S - read a SREC line | |
| .ENGINE kilo | |
| .pragma srec | |
| ;zero page | |
| .BSSEG | |
| .ORG 0 | |
| Q_ADD: DS 2 ; address | |
| Q_KEY: DS 1 ; last key pressed | |
| Q_HEXCNT: DS 1 ; for hex/srec: number of bytes | |
| Q_HEXADD: DS 2 ; for hex/srec: address | |
| Q_HEXADD2: DS 2 | |
| q_subr: ds 2 | |
| .CSEG | |
| ; for generating EEPROM image, use this: | |
| ;.org $0000 | |
| ;.phase $E000 | |
| .ORG $E000 | |
| .ENT $ | |
| ; Vector table | |
| ; E000 - reset | |
| ; E003 - read a character from the serial port | |
| ; E006 - print a character | |
| ; E009 - print 2digit hex number from A | |
| ; E00C - print 4digit hex number from X | |
| ; E00F - print immediatelly stored ASCIIZ string | |
| JMP reset | |
| JMP serin | |
| JMP serout | |
| JMP print2 | |
| JMP printx | |
| JMP primm | |
| RESET: | |
| LDS #$8000 | |
| ORCC #$50 | |
| LDA #$15 | |
| STA ACIAC | |
| LDA #0 | |
| TFR a,dp | |
| WARM: | |
| JSR primm | |
| .CSTR "KILO Monitor v1" | |
| MAINCRLF: | |
| JSR pcrlf | |
| MAIN: | |
| JSR prompt | |
| MAINSHORT: | |
| JSR serin | |
| CMPA #":" | |
| BEQ m_hex | |
| CMPA #$0d | |
| BEQ mainshort | |
| CMPA #$a | |
| BEQ mainshort | |
| ;caps fix | |
| ANDA #$DF | |
| CMPA #"M" | |
| LBEQ m_mem | |
| CMPA #"D" | |
| LBEQ m_dump | |
| CMPA #"G" | |
| LBEQ m_go | |
| CMPA #"U" | |
| LBEQ m_user | |
| CMPA #"W" | |
| LBEQ m_writesrec | |
| CMPA #"X" | |
| LBEQ m_writehex | |
| WHAT: | |
| JSR primm | |
| .CSTR "What?" | |
| JMP maincrlf | |
| M_HEX: | |
| JSR gethex2 | |
| STA q_hexcnt | |
| JSR gethex4 | |
| STX q_hexadd | |
| JSR gethex2 | |
| CMPA #$00 | |
| BNE m_hexend | |
| M_HEX_LOOP: | |
| JSR gethex2 | |
| STA ,x+ | |
| ;inc q_hexadd | |
| DEC q_hexcnt | |
| BNE m_hex_loop | |
| LDA #"*" | |
| JSR serout | |
| M_HEX_WAITEND: | |
| JSR serin | |
| CMPA #$0d | |
| BEQ main | |
| CMPA #$0a | |
| BEQ m_hex_waitend | |
| CMPA #":" | |
| BEQ m_hex | |
| BRA m_hex_waitend | |
| M_HEXEND: | |
| ;jsr gethex2 | |
| BRA maincrlf | |
| M_MEM: | |
| JSR getaddr | |
| LDX q_add | |
| M_MEM_LINE: | |
| JSR pcrlf | |
| JSR printx | |
| JSR primm | |
| .CSTR " [" | |
| LDA ,x+ | |
| STA q_add+1 | |
| JSR print2 | |
| JSR primm | |
| .CSTR "] " | |
| JSR get4x | |
| CMPA #$A0 | |
| LBEQ maincrlf | |
| CMPA #$88 | |
| BEQ m_mem_back | |
| CMPA #$8d | |
| BNE m_mem_line | |
| LDA q_add+1 | |
| STA [-1,x] | |
| JMP m_mem_line | |
| M_MEM_BACK: | |
| LDA q_add+1 | |
| STA [-1,x] | |
| LEAX -2,x | |
| JMP m_mem_line | |
| M_DUMP: | |
| JSR getaddr | |
| LDX q_add | |
| JSR pcrlf | |
| M_DUMP_LINE: | |
| JSR printx | |
| JSR primm | |
| .CSTR ": " | |
| LDB #$10 | |
| M_DUMP_LOOP: | |
| LDA ,x+ | |
| JSR print2 | |
| LDA #$20 | |
| JSR serout | |
| DECB | |
| BNE m_dump_loop | |
| JSR pcrlf | |
| M_DUMP_WAIT: | |
| JSR serin | |
| CMPA #$0d | |
| BEQ m_dump_line | |
| CMPA #$20 | |
| LBEQ main | |
| CMPA #$08 | |
| BNE m_dump_wait | |
| LEAX -32,x | |
| JMP m_dump_line | |
| M_GO: | |
| JSR getaddr | |
| JMP [q_add] | |
| M_U_FNEXT: | |
| LDA 3,x | |
| CMPA #"M" | |
| BNE m_u_fnext_e | |
| LDA 4,x | |
| CMPA #"O" | |
| BNE m_u_fnext_e | |
| LDA 5,x | |
| CMPA #"D" | |
| BNE m_u_fnext_e | |
| LDA 6,x | |
| CMPA #"9" | |
| M_U_FNEXT_E: | |
| RTS | |
| M_USER: | |
| JSR primm | |
| .CSTR "Installed modules:",$d,$a | |
| LDD #mon_end | |
| CLRB | |
| INCA | |
| PSHS d | |
| PULS x | |
| LDB #$41 | |
| M_U_FIND: | |
| JSR m_u_fnext | |
| BNE m_u_next | |
| ;found | |
| LDA #"[" | |
| JSR serout | |
| TFR b,a | |
| JSR serout | |
| INCB | |
| LDA #"]" | |
| JSR serout | |
| LDA #" " | |
| JSR serout | |
| PSHS x | |
| LEAX 7,x | |
| JSR strout | |
| JSR pcrlf | |
| PULS x | |
| M_U_NEXT: | |
| LEAX 256,x | |
| BNE m_u_find | |
| JSR primm | |
| .CSTR "Select module to run: " | |
| M_U_SEL: | |
| JSR serin | |
| CMPA #$20 | |
| LBEQ main | |
| CMPA #$0d | |
| LBEQ main | |
| SUBA #$41 | |
| LBLT main | |
| PSHS a | |
| LDD #mon_end | |
| CLRB | |
| INCA | |
| PSHS d | |
| PULS x | |
| PULS b | |
| M_U_SELF: | |
| JSR m_u_fnext | |
| BNE m_u_seln | |
| CMPB #0 | |
| BEQ m_u_found | |
| DECB | |
| M_U_SELN: | |
| LEAX 256,x | |
| BNE m_u_self | |
| JMP m_u_sel | |
| M_U_FOUND: | |
| PSHS x | |
| RTS | |
| M_WRITEHEX: | |
| ldx #m_whexline | |
| stx q_subr | |
| jsr m_wrbody | |
| JSR primm | |
| .CSTR ":00000001FF",$d,$a | |
| JMP main | |
| M_WRITEsrec: | |
| ldx #m_wsline | |
| stx q_subr | |
| jsr m_wrbody | |
| JSR primm | |
| .CSTR "S9030000FC",$d,$a | |
| JMP main | |
| m_wrbody: | |
| JSR primm | |
| .CSTR "From:" | |
| JSR get4 | |
| LDX q_add | |
| STX q_hexadd | |
| JSR primm | |
| .CSTR $d,$a,"To:" | |
| JSR get4 | |
| LDX q_add | |
| STX q_hexadd2 | |
| JSR pcrlf | |
| M_WHL: | |
| LDA q_hexadd | |
| CMPA q_hexadd2 | |
| BNE m_wh10 | |
| LDA q_hexadd2+1 | |
| SUBA q_hexadd+1 | |
| BEQ m_whend | |
| CMPA #$10 | |
| BLO m_whx | |
| M_WH10: | |
| LDA #$10 | |
| M_WHX: | |
| STA q_hexcnt | |
| JSR [q_subr] | |
| LDA q_hexadd | |
| CMPA q_hexadd2 | |
| BLS m_whl | |
| LDA q_hexadd+1 | |
| CMPA q_hexadd2+1 | |
| BLS m_whl | |
| m_whend: | |
| rts | |
| M_WHEXLINE: | |
| LDA #":" | |
| JSR serout | |
| LDA q_hexcnt | |
| JSR print2 | |
| LDX q_hexadd | |
| JSR printx | |
| LDA #0 | |
| JSR print2 | |
| LDB q_hexcnt | |
| ADDB q_hexadd | |
| ADDB q_hexadd+1 | |
| MWHLOOP: | |
| ADDB ,x | |
| LDA ,x+ | |
| JSR print2 | |
| DEC q_hexcnt | |
| BNE mwhloop | |
| STX q_hexadd | |
| TFR b,a | |
| NEGA | |
| JSR print2 | |
| JSR pcrlf | |
| RTS | |
| M_WSLINE: | |
| LDA #"S" | |
| JSR serout | |
| LDA #"1" | |
| JSR serout | |
| LDA q_hexcnt | |
| adda #3 | |
| JSR print2 | |
| LDX q_hexadd | |
| JSR printx | |
| LDA #0 | |
| JSR print2 | |
| LDB q_hexcnt | |
| ADDB q_hexadd | |
| ADDB q_hexadd+1 | |
| addb #3 | |
| MWSLOOP: | |
| ADDB ,x | |
| LDA ,x+ | |
| JSR print2 | |
| DEC q_hexcnt | |
| BNE mwsloop | |
| STX q_hexadd | |
| TFR b,a | |
| NEGA | |
| JSR print2 | |
| JSR pcrlf | |
| RTS | |
| ; ---------------------------------------- | |
| ; End of monitor commands | |
| ; Here starts the useful routines | |
| ; Print the 4digit hex number from the X register | |
| PRINTX: | |
| TFR x,d | |
| JSR print2 | |
| TFR b,a | |
| ; Print the 2digit hex number from the A register | |
| PRINT2: | |
| PSHS a | |
| LSRA | |
| LSRA | |
| LSRA | |
| LSRA | |
| JSR printhex | |
| PULS a | |
| ANDA #$0f | |
| ; Print one hex digit from register A | |
| PRINTHEX: | |
| CMPA #$0a | |
| BHS ph2 | |
| ADDA #$30 | |
| JMP serout | |
| PH2: | |
| ADDA #$37 | |
| JMP serout | |
| ; Prompt for address | |
| GETADDR: | |
| JSR primm | |
| .CSTR "Addr:" | |
| ;JSR get4 | |
| ;RTS | |
| ; Read 4digit hex address | |
| ; The value is in q_add variable (ZP) | |
| GET4: | |
| LDD #0 | |
| STD q_add | |
| GET4X: | |
| JSR gethex | |
| BPL get4ok | |
| RTS | |
| GET4OK: | |
| TFR a,b | |
| JSR printhex | |
| CLRA | |
| LSL q_add+1 | |
| ROL q_add | |
| LSL q_add+1 | |
| ROL q_add | |
| LSL q_add+1 | |
| ROL q_add | |
| LSL q_add+1 | |
| ROL q_add | |
| ADDD q_add | |
| STD q_add | |
| JMP get4x | |
| ; Get 1 byte from serial to A (for .hex/.srec) | |
| GETHEX2: | |
| JSR gethex | |
| LSLA | |
| LSLA | |
| LSLA | |
| LSLA | |
| STA q_key | |
| JSR gethex | |
| ADDA q_key | |
| RTS | |
| ; Get 2 bytes from serial to X (for .hex/.srec) | |
| GETHEX4: | |
| JSR gethex2 | |
| PSHS a | |
| JSR gethex2 | |
| TFR a,b | |
| PULS a | |
| TFR d,x | |
| RTS | |
| GETHEX: | |
| JSR serin | |
| CMPA #$30 | |
| BHS gh1 | |
| GHB: | |
| ORA #$80 | |
| RTS | |
| GH1: | |
| CMPA #$3A | |
| BHI gh2 | |
| SUBA #$30 | |
| RTS | |
| GH2: | |
| CMPA #"A" | |
| BLO ghb | |
| CMPA #"F" | |
| BHI gh3 | |
| SUBA #55 | |
| RTS | |
| GH3: | |
| CMPA #"a" | |
| BLO ghb | |
| CMPA #"f" | |
| BHI ghb | |
| SUBA #$57 | |
| RTS | |
| ; serial | |
| ACIA EQU $83fe | |
| ACIAC EQU ACIA | |
| ACIAS EQU ACIA | |
| ACIAD EQU ACIA+1 | |
| ACIA_TDRE EQU 02h | |
| ACIA_RDRF EQU 01h | |
| ; Print null-terminated string to serial port | |
| ; address of the string is in the X register | |
| STROUT: | |
| LDA ,x+ | |
| BNE sout2 | |
| RTS | |
| SOUT2: | |
| JSR serout | |
| JMP strout | |
| ; send one byte from A to serial | |
| SEROUT: | |
| PSHS a,b | |
| SEROUTL: | |
| LDB ACIAS | |
| ANDB #ACIA_TDRE | |
| BEQ seroutl | |
| STA ACIAD | |
| PULS a,b | |
| RTS | |
| ; print CR LF | |
| PCRLF: | |
| LDA #$d | |
| JSR serout | |
| LDA #$a | |
| JMP serout | |
| ; print monitor prompt | |
| PROMPT: | |
| LDA #">" | |
| JSR serout | |
| LDA #$20 | |
| JMP serout | |
| ; print immediate | |
| ; Usage: | |
| ; JSR PRIMM | |
| ; .CSTR "string to print" | |
| PRIMM: | |
| PSHS a,x | |
| LDX 3,s | |
| PRIMM1: | |
| LDA ,x+ | |
| BNE primm2 | |
| STX 3,s | |
| PULS a,x,pc | |
| PRIMM2: | |
| JSR serout | |
| BRA primm1 | |
| ; Wait for serial char to read | |
| SERIN: | |
| LDA ACIAS | |
| ANDA #ACIA_RDRF | |
| BEQ serin | |
| LDA ACIAD | |
| RTS | |
| MON_END EQU $ | |
| ; USER MODULES | |
| ; see testmod.a09 to further information | |
| .INCLUDE testmod.a09 | |
| .INCLUDE basic.a09 | |
| .ORG 0xfff0 | |
| ;reserved | |
| DW reset | |
| ;SWI3 | |
| DW reset | |
| ;SWI2 | |
| DW reset | |
| ;FIRQ | |
| DW reset | |
| ;IRQ | |
| DW reset | |
| ;SWI | |
| DW reset | |
| ;NMI | |
| DW reset | |
| ;RES | |
| DW reset | |
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| {} |
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| :10E670000553544F50048DC78607BDECACDC16BD66 | |
| :10E68000EB608620BDECAC35108DAD8DB27EE531F2 | |
| :10E690008DAD8E0200BDECA281202514817F27F56F | |
| :10E6A0008C0248260486072002A780BDECAC20E53A | |
| :10E6B00081082724811827D8810A2731810D26D582 | |
| :10E6C0000D1D2705BDECAC20073410BDE63F35100D | |
| :10E6D0008604A7008E0200398C020027B8301F86FE | |
| :10E6E00008BDECAC8620BDECAC860820BE1A010645 | |
| :10E6F0001D20B830018D66810426F8BDEA339616D8 | |
| :10E700009A1727149C0C26037EE65FEC81DD16BD6C | |
| :10E71000EC9E8D0825033406397EEA448D3F9F1216 | |
| :10E720008EEC39A680810426059E121A01399F1AA3 | |
| :10E730009E129F189E18A100261530019F189E1A40 | |
| :10E74000A6809F1A810426ECEC009E181CFE399EC0 | |
| :10E750001AA680810426FA300220C83001A6008162 | |
| :10E760002027F8398D1A2422814125118146220D56 | |
| :10E7700080371CFE3981412504815A230D1A013945 | |
| :10E78000813025F9813922F580301CFE398DCE8DFE | |
| :10E79000E425121F89A6018DDC24E23001C0415816 | |
| :10E7A0004FD3101CFE39BDEA123406BDE75D812C43 | |
| :10E7B000270981291A0127157EE6563001BDE94552 | |
| :10E7C0003402BDE75D8129350226ED1CFE30019F34 | |
| :10E7D00012ADF19E121CFE39BDE75D812D260D3074 | |
| :10E7E000018D092506405082001CFC39BDE75DBD46 | |
| :10E7F000E780242F81241A01266030016FE26FE246 | |
| :10E80000A600BDE764254F300134103402EC638567 | |
| :10E81000F0264A5849584958495849EBE0ED6235C5 | |
| :10E820001020DD300134026FE2A600BDE78025260E | |
| :10E83000300134103402EC63584929215849291D0C | |
| :10E84000E363291958492915EB608900290FED6305 | |
| :10E850003261351020D335061CFE1CFD39AE613205 | |
| :10E86000651A033910DF14DC14830030930E39BDB0 | |
| :10E87000E9FF34063410E672351032624F39BDE9D3 | |
| :10E88000FF3406BDE75D813D27037EE6563001BDBE | |
| :10E89000E945BDEA333410E772351032627EE6FE98 | |
| :10E8A000BDE75D9F128EE8B0BDE72325023406392F | |
| :10E8B00055535204E7A65045454B04E86F4D454D6E | |
| :10E8C00004E864049E0A9C0C26031A033910A30072 | |
| :10E8D00026031CFC3924051A011CFD393402860468 | |
| :10E8E00030013001A10026FA3502300120D88D55C3 | |
| :10E8F00034065FBDE75D813D2723813C2610300152 | |
| :10E900005CBDE75D813E26113001CB042013813EC2 | |
| :10E91000265F3001CB04BDE75D813D26043001CB8D | |
| :10E920000234048D203410A3631FA8441F89484873 | |
| :10E930003404ABE0840626014C5FA4622701534FE8 | |
| :10E9400035103263396FE26FE2BDE75D812D271725 | |
| :10E95000812B260230018D1CE360ED60BDE75D81F7 | |
| :10E960002B27F1812D260A30018D0940508200208D | |
| :10E97000E7350639BDE9E73406BDE75D812A27485A | |
| :10E98000812F270335063930018D5C341030623415 | |
| :10E9900006A800BDEA263060BDEA2634028611349E | |
| :10E9A000024F5FA3622406E3621CFE20021A016983 | |
| :10E9B00067696659496A6026EAA66132644D2A048D | |
| :10E9C00030628D66351020B130018D1B3404E66253 | |
| :10E9D0003DA661E761E6603DA662E76235043DABB6 | |
| :10E9E00060AB61ED602092BDE78D250934101F01F9 | |
| :10E9F000EC00351039BDE7EC24FABDE8A024F58D14 | |
| :10EA0000113402BDE75D8129350226033001397ECC | |
| :10EA1000E656BDE86424037EE64EBDE75D81282608 | |
| :10EA2000EE30017EE9456D002A0860006001240295 | |
| :10EA30006A00393402BDE75D810427037EE6563063 | |
| :10EA400001350239BDE78D24037EE6563406BDE765 | |
| :10EA50005D813D27037EE6563001BDE9458DD49F9B | |
| :10EA6000123510ED009E127EE6FEBDE8EE5D270336 | |
| :10EA70007EE70F7EE6F5BDE9458DB8BDE8C4250FFC | |
| :10EA80007EE70BBDE9458DAB9F12BDE8C424037E34 | |
| :10EA9000E65FBDE86424037EE64EDC123406DC1635 | |
| :10EAA0003406BDE70B3506DD1635107EE6FEBDE704 | |
| :10EAB0005D812C2736813B273D8104272581222635 | |
| :10EAC0000630018D422009BDE94534108D473510CF | |
| :10EAD000BDE75D812C2714813B271B810427037E22 | |
| :10EAE000E6563410BDE63F35102014C6078620BD1B | |
| :10EAF000ECACD51C26F73001BDE75D810426B230B1 | |
| :10EB0000017EE6FEBDECACA680810426037EE656BF | |
| :10EB1000812226F0394D2A0D405082003402862D84 | |
| :10EB2000BDECAC35028EEB54300210A30024058CF2 | |
| :10EB3000EB5E26F40F1A10A3002506A3000C1A2082 | |
| :10EB4000F5340286309B1ABDECAC35028CEB5E27A7 | |
| :10EB500004300220DF39271003E80064000A0001B6 | |
| :10EB60008EEB5820CFBDE78D253C34069F12863FA3 | |
| :10EB7000BDECACBDE692BDE75D810427F1BDE7D8F1 | |
| :10EB8000240B8EEBBABDE638BDE63F20E19F183579 | |
| :10EB900010ED009E12BDE75D812C27037EE6FB3061 | |
| :10EBA00001BDE78D24037EE656340634109E18BD61 | |
| :10EBB000E75D812C26C0300120BC52452D454E54C6 | |
| :10EBC0004552049E1086346F804A26FB9E0A7EE7DB | |
| :10EBD00004BDE7EC24084F5FDD12867F2017DD12AD | |
| :10EBE000BDE75D812C27049612200A3001BDE7ECB9 | |
| :10EBF00024037EE656BDEA333406DC129F12BDE8DC | |
| :10EC0000C49C0C2728350610A30025283406EC8167 | |
| :10EC10003410BDEB6035108620BDECACBDE638305D | |
| :10EC2000013410BDE63F3510BDEC9E20D432628623 | |
| :10EC300003BDECAC9E127EE6FE4C455404EA44490A | |
| :10EC40004604EA6A474F544F04EA76474F53554209 | |
| :10EC500004EA8352455455524E04EA33504F4B4513 | |
| :10EC600004E87E5052494E5404EAAE494E50555481 | |
| :10EC700004EB6552454D04E6F553544F5004E66FDE | |
| :10EC8000454E4404E66F52554E04EBC34C49535471 | |
| :10EC900004EBD14E455704E51F3F04EAAE048D2A2C | |
| :10ECA00027098D0D810326037EE667390C1C7EEC57 | |
| :10ECB000BB8D1727FCB683FF847F393402B683FEF1 | |
| :10ECC000850227F93502B783FF393402B683FE8502 | |
| :10ECD000202705B683FF20F485013502398603B766 | |
| :08ECE00083FE8615B783FE399F | |
| :10FFF000E012E012E012E012E012E012E012E01271 | |
| :00000001FF |
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| 0000 .ENGINE kilo | |
| 0000 ;zero page | |
| 0000 .BSSEG | |
| 0000 .ORG 0 | |
| 0000 Q_ADD: DS 2 | |
| 0002 Q_KEY: DS 1 | |
| 0003 Q_HEXCNT: DS 1 | |
| 0004 Q_HEXADD: DS 2 | |
| 0000 .CSEG | |
| 0000 ;.org $0000 | |
| 0000 ;.phase $E000 | |
| E000 .ORG $E000 | |
| E000 .ENT $ | |
| E000 7E E0 12 JMP reset | |
| E003 7E E2 4A JMP serin | |
| E006 7E E2 16 JMP serout | |
| E009 7E E1 76 JMP print2 | |
| E00C 7E E1 6F JMP printx | |
| E00F 7E E2 39 JMP primm | |
| E012 RESET: | |
| E012 10 CE 80 00 LDS #$8000 | |
| E016 1A 50 ORCC #$50 | |
| E018 86 15 LDA #$15 | |
| E01A B7 83 FE STA ACIAC | |
| E01D 86 00 LDA #0 | |
| E01F 1F 8B TFR a,dp | |
| E021 WARM: | |
| E021 BD E2 39 JSR primm | |
| E024 4B 49 4C 4F 20 4D 6F 6E 69 74 6F 72 20 76 31 00 .CSTR "KILO Monitor v1" | |
| E034 MAINCRLF: | |
| E034 BD E2 25 JSR pcrlf | |
| E037 MAIN: | |
| E037 BD E2 2F JSR prompt | |
| E03A MAINSHORT: | |
| E03A BD E2 4A JSR serin | |
| E03D 81 3A CMPA #":" | |
| E03F 27 2E BEQ m_hex | |
| E041 81 0D CMPA #$0d | |
| E043 27 F5 BEQ mainshort | |
| E045 81 0A CMPA #$a | |
| E047 27 F1 BEQ mainshort | |
| E049 ;caps fix | |
| E049 84 DF ANDA #$DF | |
| E04B 81 4D CMPA #"M" | |
| E04D 10 27 00 50 LBEQ m_mem | |
| E051 81 44 CMPA #"D" | |
| E053 10 27 00 89 LBEQ m_dump | |
| E057 81 47 CMPA #"G" | |
| E059 10 27 00 BD LBEQ m_go | |
| E05D 81 55 CMPA #"U" | |
| E05F 10 27 00 BE LBEQ m_user | |
| E063 WHAT: | |
| E063 BD E2 39 JSR primm | |
| E066 57 68 61 74 3F 00 .CSTR "What?" | |
| E06C 7E E0 34 JMP maincrlf | |
| E06F M_HEX: | |
| E06F BD E1 C6 JSR gethex2 | |
| E072 97 03 STA q_hexcnt | |
| E074 BD E1 D5 JSR gethex4 | |
| E077 9F 04 STX q_hexadd | |
| E079 BD E1 C6 JSR gethex2 | |
| E07C 81 00 CMPA #$00 | |
| E07E 26 1F BNE m_hexend | |
| E080 M_HEX_LOOP: | |
| E080 BD E1 C6 JSR gethex2 | |
| E083 A7 80 STA ,x+ | |
| E085 ;inc q_hexadd | |
| E085 0A 03 DEC q_hexcnt | |
| E087 26 F7 BNE m_hex_loop | |
| E089 86 2A LDA #"*" | |
| E08B BD E2 16 JSR serout | |
| E08E M_HEX_WAITEND: | |
| E08E BD E2 4A JSR serin | |
| E091 81 0D CMPA #$0d | |
| E093 27 A2 BEQ main | |
| E095 81 0A CMPA #$0a | |
| E097 27 F5 BEQ m_hex_waitend | |
| E099 81 3A CMPA #":" | |
| E09B 27 D2 BEQ m_hex | |
| E09D 20 EF BRA m_hex_waitend | |
| E09F M_HEXEND: | |
| E09F ;jsr gethex2 | |
| E09F 20 93 BRA maincrlf | |
| E0A1 M_MEM: | |
| E0A1 BD E1 91 JSR getaddr | |
| E0A4 9E 00 LDX q_add | |
| E0A6 M_MEM_LINE: | |
| E0A6 BD E2 25 JSR pcrlf | |
| E0A9 BD E1 6F JSR printx | |
| E0AC BD E2 39 JSR primm | |
| E0AF 20 5B 00 .CSTR " [" | |
| E0B2 A6 80 LDA ,x+ | |
| E0B4 97 01 STA q_add+1 | |
| E0B6 BD E1 76 JSR print2 | |
| E0B9 BD E2 39 JSR primm | |
| E0BC 5D 20 00 .CSTR "] " | |
| E0BF BD E1 A3 JSR get4x | |
| E0C2 81 A0 CMPA #$A0 | |
| E0C4 10 27 FF 6C LBEQ maincrlf | |
| E0C8 81 88 CMPA #$88 | |
| E0CA 27 0B BEQ m_mem_back | |
| E0CC 81 8D CMPA #$8d | |
| E0CE 26 D6 BNE m_mem_line | |
| E0D0 96 01 LDA q_add+1 | |
| E0D2 A7 1F STA [-1,x] | |
| E0D4 7E E0 A6 JMP m_mem_line | |
| E0D7 M_MEM_BACK: | |
| E0D7 96 01 LDA q_add+1 | |
| E0D9 A7 1F STA [-1,x] | |
| E0DB 30 1E LEAX -2,x | |
| E0DD 7E E0 A6 JMP m_mem_line | |
| E0E0 M_DUMP: | |
| E0E0 BD E1 91 JSR getaddr | |
| E0E3 9E 00 LDX q_add | |
| E0E5 BD E2 25 JSR pcrlf | |
| E0E8 M_DUMP_LINE: | |
| E0E8 BD E1 6F JSR printx | |
| E0EB BD E2 39 JSR primm | |
| E0EE 3A 20 00 .CSTR ": " | |
| E0F1 C6 10 LDB #$10 | |
| E0F3 M_DUMP_LOOP: | |
| E0F3 A6 80 LDA ,x+ | |
| E0F5 BD E1 76 JSR print2 | |
| E0F8 86 20 LDA #$20 | |
| E0FA BD E2 16 JSR serout | |
| E0FD 5A DECB | |
| E0FE 26 F3 BNE m_dump_loop | |
| E100 BD E2 25 JSR pcrlf | |
| E103 M_DUMP_WAIT: | |
| E103 BD E2 4A JSR serin | |
| E106 81 0D CMPA #$0d | |
| E108 27 DE BEQ m_dump_line | |
| E10A 81 20 CMPA #$20 | |
| E10C 10 27 FF 27 LBEQ main | |
| E110 81 08 CMPA #$08 | |
| E112 26 EF BNE m_dump_wait | |
| E114 30 88 E0 LEAX -32,x | |
| E117 7E E0 E8 JMP m_dump_line | |
| E11A M_GO: | |
| E11A BD E1 91 JSR getaddr | |
| E11D 6E 9F 00 00 JMP [q_add] | |
| E121 M_USER: | |
| E121 BD E2 39 JSR primm | |
| E124 49 6E 73 74 61 6C 6C 65 64 20 6D 6F 64 75 6C 65 73 3A 0D 0A 00 .CSTR "Installed modules:",$d,$a | |
| E139 CC E2 55 LDD #mon_end | |
| E13C 5F CLRB | |
| E13D 4C INCA | |
| E13E 34 06 PSHS d | |
| E140 35 10 PULS x | |
| E142 M_U_FIND: | |
| E142 A6 03 LDA 3,x | |
| E144 81 4D CMPA #"M" | |
| E146 26 1E BNE m_u_next | |
| E148 A6 04 LDA 4,x | |
| E14A 81 4F CMPA #"O" | |
| E14C 26 18 BNE m_u_next | |
| E14E A6 05 LDA 5,x | |
| E150 81 44 CMPA #"D" | |
| E152 26 12 BNE m_u_next | |
| E154 A6 06 LDA 6,x | |
| E156 81 39 CMPA #"9" | |
| E158 26 0C BNE m_u_next | |
| E15A ;found | |
| E15A 34 10 PSHS x | |
| E15C 30 07 LEAX 7,x | |
| E15E BD E2 0B JSR strout | |
| E161 BD E2 25 JSR pcrlf | |
| E164 35 10 PULS x | |
| E166 M_U_NEXT: | |
| E166 30 89 01 00 LEAX 256,x | |
| E16A 26 D6 BNE m_u_find | |
| E16C 7E E0 37 JMP main | |
| E16F PRINTX: | |
| E16F 1F 10 TFR x,d | |
| E171 BD E1 76 JSR print2 | |
| E174 1F 98 TFR b,a | |
| E176 PRINT2: | |
| E176 34 02 PSHS a | |
| E178 44 LSRA | |
| E179 44 LSRA | |
| E17A 44 LSRA | |
| E17B 44 LSRA | |
| E17C BD E1 83 JSR printhex | |
| E17F 35 02 PULS a | |
| E181 84 0F ANDA #$0f | |
| E183 PRINTHEX: | |
| E183 81 0A CMPA #$0a | |
| E185 24 05 BHS ph2 | |
| E187 8B 30 ADDA #$30 | |
| E189 7E E2 16 JMP serout | |
| E18C PH2: | |
| E18C 8B 37 ADDA #$37 | |
| E18E 7E E2 16 JMP serout | |
| E191 GETADDR: | |
| E191 BD E2 39 JSR primm | |
| E194 41 64 64 72 3A 00 .CSTR "Addr:" | |
| E19A BD E1 9E JSR get4 | |
| E19D 39 RTS | |
| E19E GET4: | |
| E19E CC 00 00 LDD #0 | |
| E1A1 DD 00 STD q_add | |
| E1A3 GET4X: | |
| E1A3 BD E1 E4 JSR gethex | |
| E1A6 2A 01 BPL get4ok | |
| E1A8 39 RTS | |
| E1A9 GET4OK: | |
| E1A9 1F 89 TFR a,b | |
| E1AB BD E1 83 JSR printhex | |
| E1AE 4F CLRA | |
| E1AF 08 01 LSL q_add+1 | |
| E1B1 09 00 ROL q_add | |
| E1B3 08 01 LSL q_add+1 | |
| E1B5 09 00 ROL q_add | |
| E1B7 08 01 LSL q_add+1 | |
| E1B9 09 00 ROL q_add | |
| E1BB 08 01 LSL q_add+1 | |
| E1BD 09 00 ROL q_add | |
| E1BF D3 00 ADDD q_add | |
| E1C1 DD 00 STD q_add | |
| E1C3 7E E1 A3 JMP get4x | |
| E1C6 GETHEX2: | |
| E1C6 BD E1 E4 JSR gethex | |
| E1C9 48 LSLA | |
| E1CA 48 LSLA | |
| E1CB 48 LSLA | |
| E1CC 48 LSLA | |
| E1CD 97 02 STA q_key | |
| E1CF BD E1 E4 JSR gethex | |
| E1D2 9B 02 ADDA q_key | |
| E1D4 39 RTS | |
| E1D5 GETHEX4: | |
| E1D5 BD E1 C6 JSR gethex2 | |
| E1D8 34 02 PSHS a | |
| E1DA BD E1 C6 JSR gethex2 | |
| E1DD 1F 89 TFR a,b | |
| E1DF 35 02 PULS a | |
| E1E1 1F 01 TFR d,x | |
| E1E3 39 RTS | |
| E1E4 GETHEX: | |
| E1E4 BD E2 4A JSR serin | |
| E1E7 81 30 CMPA #$30 | |
| E1E9 24 03 BHS gh1 | |
| E1EB GHB: | |
| E1EB 8A 80 ORA #$80 | |
| E1ED 39 RTS | |
| E1EE GH1: | |
| E1EE 81 3A CMPA #$3A | |
| E1F0 22 03 BHI gh2 | |
| E1F2 80 30 SUBA #$30 | |
| E1F4 39 RTS | |
| E1F5 GH2: | |
| E1F5 81 41 CMPA #"A" | |
| E1F7 25 F2 BLO ghb | |
| E1F9 81 46 CMPA #"F" | |
| E1FB 22 03 BHI gh3 | |
| E1FD 80 37 SUBA #55 | |
| E1FF 39 RTS | |
| E200 GH3: | |
| E200 81 61 CMPA #"a" | |
| E202 25 E7 BLO ghb | |
| E204 81 66 CMPA #"f" | |
| E206 22 E3 BHI ghb | |
| E208 80 57 SUBA #$57 | |
| E20A 39 RTS | |
| E20B ; serial | |
| E20B ACIA: EQU $83fe | |
| E20B ACIAC: EQU ACIA | |
| E20B ACIAS: EQU ACIA | |
| E20B ACIAD: EQU ACIA+1 | |
| E20B ACIA_TDRE: EQU 02h | |
| E20B ACIA_RDRF: EQU 01h | |
| E20B STROUT: | |
| E20B A6 80 LDA ,x+ | |
| E20D 26 01 BNE sout2 | |
| E20F 39 RTS | |
| E210 SOUT2: | |
| E210 BD E2 16 JSR serout | |
| E213 7E E2 0B JMP strout | |
| E216 SEROUT: | |
| E216 34 06 PSHS a,b | |
| E218 SEROUTL: | |
| E218 F6 83 FE LDB ACIAS | |
| E21B C4 02 ANDB #ACIA_TDRE | |
| E21D 27 F9 BEQ seroutl | |
| E21F B7 83 FF STA ACIAD | |
| E222 35 06 PULS a,b | |
| E224 39 RTS | |
| E225 PCRLF: | |
| E225 86 0D LDA #$d | |
| E227 BD E2 16 JSR serout | |
| E22A 86 0A LDA #$a | |
| E22C 7E E2 16 JMP serout | |
| E22F PROMPT: | |
| E22F 86 3E LDA #">" | |
| E231 BD E2 16 JSR serout | |
| E234 86 20 LDA #$20 | |
| E236 7E E2 16 JMP serout | |
| E239 PRIMM: | |
| E239 34 12 PSHS a,x | |
| E23B AE 63 LDX 3,s | |
| E23D PRIMM1: | |
| E23D A6 80 LDA ,x+ | |
| E23F 26 04 BNE primm2 | |
| E241 AF 63 STX 3,s | |
| E243 35 92 PULS a,x,pc | |
| E245 PRIMM2: | |
| E245 BD E2 16 JSR serout | |
| E248 20 F3 BRA primm1 | |
| E24A SERIN: | |
| E24A B6 83 FE LDA ACIAS | |
| E24D 84 01 ANDA #ACIA_RDRF | |
| E24F 27 F9 BEQ serin | |
| E251 B6 83 FF LDA ACIAD | |
| E254 39 RTS | |
| E255 MON_END: EQU $ | |
| E255 .BLOCK | |
| E255 ;NAM TB01V137 | |
| E255 ;* WRITTEN 20-OCT-77 BY JOHN BYRNS | |
| E255 ;* REVISED 30-DEC-77 | |
| E255 ;* REVISED 18-JAN-78 | |
| E255 ;* REVISED 10-APR-78 | |
| E255 ;* REVISED 08-MAY-79 TO ELIMINATE USE OF SP | |
| E255 ;* REVISED 24-JAN-80 TO USE 6801 ON CHIP RAM | |
| E255 ;* REVISED 26-JAN-80 FOR NEW 6801 INSTRUCTIONS | |
| E255 ;* REVISED 24-JUL-81 FOR WHISTON BOARD | |
| E255 ;* REVISED 24-SEP-81 INCLUDE USER FUNCTION | |
| E255 ;* REVISED 08-APR-82 MAKE STANDALONE INCLUDE HEX CONSTANTS AND MEM FUNCTION | |
| E255 ;* REVISED 21-NOV-84 FOR 6809 | |
| E255 ;* REVISED FEB 94 ADAPTED TO SIMULATOR AND BUGFIXES BY L.C. BENSCHOP. | |
| E255 ;* | |
| E255 .ENGINE kilo | |
| E255 EOL: EQU $04 | |
| E255 ETX: EQU $03 | |
| E255 SPACE: EQU $20 | |
| E255 CR: EQU $0D | |
| E255 LF: EQU $0A | |
| E255 BS: EQU $08 | |
| E255 CAN: EQU $18 | |
| E255 BELL: EQU $07 | |
| E255 FILL: EQU $00 | |
| E255 DEL: EQU $7F | |
| E255 BSIZE: EQU 73 | |
| E255 STKCUS: EQU 48 | |
| E255 ;* | |
| E255 BACIA: = $83FE | |
| E255 RMCR: EQU bACIA | |
| E255 TRCS: EQU bACIA | |
| E255 RECEV: EQU bACIA+1 | |
| E255 TRANS: EQU bACIA+1 | |
| E255 CNTL1: EQU $03 | |
| E255 CNTL2: EQU $15 | |
| E255 RDRF: EQU $01 | |
| E255 ORFE: EQU $20 | |
| E255 TDRE: EQU $02 | |
| E255 ;* EDIT THE FOLLOWING EQUATES TO REFLECT THE | |
| E255 ;* DESIRED ROM AND RAM LAYOUT | |
| E255 LORAM: EQU $0080 ;ADDRESS OF DIRECT PAGE SCRATCH RAM | |
| E255 BUFFER: EQU $0200 ;ADDRESS OF MAIN RAM | |
| E255 RAMSIZ: EQU $2000 ;SIZE OF MAIN RAM | |
| E255 ROMADR: EQU $f000 ;ADDRESS OF TINY BASIC ROM | |
| E255 ;* | |
| E255 RAMBEG: EQU BUFFER+B |
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