cartridge ram & rom banking
This commit is contained in:
Piotr Jaczewski
parent
65605db9b6
commit
dc5ad5f3ac
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@ -0,0 +1,35 @@
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GAL20V8
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EQN2JED - Boolean Equations to JEDEC file assembler (Version V101)
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Copyright (c) National Semiconductor Corporation 1990-1993
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Assembled from "c:/APPLE1~2/ADDRES~1.EQN". Date: 7-22-120
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*
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NOTE PINS RW:2 PHI:3 A9:4 A8:5 A7:6 A6:7 A5:8 A4:9 A3:10 A2:11*
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NOTE PINS GND:12 A15:14 A14:15 A13:16 A12:17 A11:18 A10:19 RAM:20*
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NOTE PINS ROM:21 FF:22 BANK:23 VCC:24*
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NOTE GALMODE REGISTERED*
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QF2706*QP24*F0*
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L0000
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1111111111111111111111111111111111111111
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1011011101110111010101100110011001010111*
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L0320
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1111111111111111111111111111111111111111
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0111111111111111111111101110111011011110
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0101111111111111111111111111111111011110
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0101111111111111111111111111111111101101*
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L0640
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1111111111111111111111111111111111111111
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1110011111111111111111011110111011011110
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1110011111111111111111111111111111101101
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1110011111111111111111111111110111011110
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1110011111111111111111111101111011011110*
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L2560
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10000000*
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L2632
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11111111*
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L2640
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1100000011110000111110000000000000000000000000000000000000000000*
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L2704
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01*
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C3073*
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0000
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@ -0,0 +1,73 @@
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EQN2JED - Boolean Equations to JEDEC file assembler (Version V101)
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Copyright (c) National Semiconductor Corporation 1990-1993
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Log file for c:/APPLE1~2/ADDRES~1.EQN
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Device: 20V8
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Pin Label Type
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--- ----- ----
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2 RW pos,com input
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3 PHI pos,com input
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4 A9 pos,com input
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5 A8 pos,com input
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6 A7 pos,com input
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7 A6 pos,com input
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8 A5 pos,com input
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9 A4 pos,com input
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10 A3 pos,com input
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11 A2 pos,com input
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12 GND ground pin
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14 A15 pos,com input
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15 A14 pos,com input
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16 A13 pos,com input
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17 A12 pos,com input
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18 A11 pos,com input
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19 A10 pos,com input
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20 RAM neg,trst,com output
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21 ROM neg,trst,com output
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22 FF pos,trst,com output
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23 BANK pos,com input
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24 VCC power pin
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EQN2JED - Boolean Equations to JEDEC file assembler (Version V101)
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Copyright (c) National Semiconductor Corporation 1990-1993
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Device Utilization:
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No of dedicated inputs used : 12/12 (100.0%)
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No of feedbacks used as dedicated inputs : 5/8 (62.5%)
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No of feedbacks used as dedicated outputs : 3/8 (37.5%)
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------------------------------------------
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Pin Label Terms Usage
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------------------------------------------
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22 FF.oe 1/1 (100.0%)
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22 FF 1/7 (14.3%)
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21 ROM.oe 1/1 (100.0%)
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21 ROM 3/7 (42.9%)
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20 RAM.oe 1/1 (100.0%)
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20 RAM 4/7 (57.1%)
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------------------------------------------
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Total Terms 11/64 (17.2%)
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------------------------------------------
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EQN2JED - Boolean Equations to JEDEC file assembler (Version V101)
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Copyright (c) National Semiconductor Corporation 1990-1993
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Chip diagram (DIP)
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._____ _____.
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| \__/ |
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CLK | 1 24 | VCC
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RW | 2 23 | BANK
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PHI | 3 22 | FF
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A9 | 4 21 | ROM
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A8 | 5 20 | RAM
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A7 | 6 19 | A10
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A6 | 7 18 | A11
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A5 | 8 17 | A12
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A4 | 9 16 | A13
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A3 | 10 15 | A14
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A2 | 11 14 | A15
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GND | 12 13 | /OE
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|______________|
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@ -0,0 +1,15 @@
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chip GAL20V8
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NC=1 RW=2 PHI=3 A2=11 A3=10 A4=9 A5=8 A6=7 A7=6 A8=5 A9=4 A10=19 GND=12
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A11=18 A12=17 A13=16 A14=15 A15=14 RAM=20 ROM=21 FF=22 BANK=23 VCC=24
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equations
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/ROM = /A15 * A14 * /A13 * /A12 * /A11 * RW
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+ /A15 * A14 * RW * BANK
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+ A15 * /A14 * RW * BANK
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/RAM = /A15 * A14 * /A13 * /A12 * A11 * /BANK * PHI
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+ A15 * /A14 * /BANK * PHI
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+ /A15 * A14 * A13 * /BANK * PHI
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+ /A15 * A14 * /A13 * A12 * /BANK * PHI
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FF = A2 * A3 * A4 * A5 * A6 * A7 * A8 * A9 * A10 * /A11 * /A12 * /A13 * A14 * /RW * PHI
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1
build.sh
1
build.sh
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@ -1,4 +1,3 @@
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#!/bin/sh
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xa -W -C -v -O ASCII -c src/cartridge.xa -l cartridge.label -o cartridge.bin
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xa -W -C -v -O ASCII -c src/cartridge_applesoft.xa -l cartridge_applesoft.label -o cartridge_applesoft.bin
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@ -5,6 +5,10 @@
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#define kbd_data $D010
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#define kbd_cr $D011
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; cartridge bank control constants
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#define rom_bank $47FF
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#define ram_bank $47FE
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; zero page variables
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; content copy variables
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@ -34,6 +38,10 @@
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start
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; enable rom bank
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sta rom_bank
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; print entries and get option
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jsr print_entries
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jsr get_option
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@ -150,6 +158,9 @@ load_program
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lda (dest_addr),Y
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sta jmp_addr+1
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; enable ram bank to make jmp
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sta ram_bank
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jmp (jmp_addr)
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skip_entry
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@ -182,11 +193,19 @@ init_copy
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sta copy_counter
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sta copy_counter+1
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copy
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; load byte from rom into ram
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; load byte from rom
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ldy #$00
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lda (src_addr),Y
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; enable ram bank
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stx ram_bank
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; store byte to ram
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sta (dest_addr),Y
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; enable rom bank
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stx rom_bank
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; increment source address
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ldx #src_addr
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jsr increment_16bit
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@ -218,6 +237,7 @@ increment_copy_counter
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;;; load-end
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;;; printing
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print_entries
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; print welcome string
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lda #<welcome_str
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@ -475,5 +495,5 @@ add_to_addr_done
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welcome_str .byt $15,$0D,"AVAILABLE OPTIONS:",$0D,$0D
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choose_str .byt $0F,$0D,"CHOOSE OPTION:"
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rom_content
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loader_end
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#include "src/rom_content.xa"
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@ -1,135 +0,0 @@
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; zero page variables
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; content copy variables
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#define dest_addr $30
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#define src_addr $32
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#define src_len $34
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#define copy_counter $36
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; entries scanning variables
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#define entries_scan_addr $43
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; jmp addr variable
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#define jmp_addr $47
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* = $4000
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;;; load-start
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load_entry
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; init entries scan addr
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lda #<rom_content
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sta entries_scan_addr
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lda #>rom_content
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sta entries_scan_addr+1
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load_segment
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; load segment length
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ldy #$00
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lda (entries_scan_addr),Y
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sta src_len
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ldx #entries_scan_addr
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jsr increment_16bit
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lda (entries_scan_addr),Y
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sta src_len+1
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; load dest addr
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ldx #entries_scan_addr
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jsr increment_16bit
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lda (entries_scan_addr),Y
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sta dest_addr
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ldx #entries_scan_addr
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jsr increment_16bit
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lda (entries_scan_addr),Y
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sta dest_addr+1
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; load source addr
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ldx #entries_scan_addr
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jsr increment_16bit
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lda (entries_scan_addr),Y
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sta src_addr
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ldx #entries_scan_addr
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jsr increment_16bit
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lda (entries_scan_addr),Y
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sta src_addr+1
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; copy segment from source to destination
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jsr init_copy
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load_program
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ldx #entries_scan_addr
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jsr increment_16bit
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; load entry jump address
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lda entries_scan_addr
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sta dest_addr
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lda entries_scan_addr+1
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sta dest_addr+1
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ldy #$00
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lda (dest_addr),Y
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sta jmp_addr
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iny
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lda (dest_addr),Y
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sta jmp_addr+1
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jmp (jmp_addr)
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init_copy
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lda #$00
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sta copy_counter
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sta copy_counter+1
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copy
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; load byte from rom into ram
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ldy #$00
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lda (src_addr),Y
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sta (dest_addr),Y
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; increment source address
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ldx #src_addr
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jsr increment_16bit
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; increment destination address
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ldx #dest_addr
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jsr increment_16bit
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; compare counter lower byte with source length lower byte
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; if not equal increment counter
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lda src_len
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cmp copy_counter
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bne increment_copy_counter
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; compare counter upper byte with content length upper byte
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; if not equal increment counter
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lda src_len+1
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cmp copy_counter+1
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bne increment_copy_counter
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rts
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increment_copy_counter
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ldx #copy_counter
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jsr increment_16bit
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jmp copy
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;;; load-end
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;;; tools
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increment_16bit
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inc $00,X
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bne increment_16bit_done
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inx
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inc $00,X
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increment_16bit_done
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rts
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;;; tools-end
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rom_content
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#include "src/rom_applesoft.xa"
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@ -1,7 +0,0 @@
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applesoft
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applesoft_len .word $1F65
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applesoft_addr .word $6000
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applesoft_cont_start .word applesoft_cont
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applesoft_jmp_addr .word $6000
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applesoft_cont .bin 0,8037,"inc/applesoft.bin"
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@ -1,2 +1,73 @@
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;#include "src/rom_content1.xa"
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#include "src/rom_content2.xa"
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* = $4800
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.dsb (*-loader_end), $FF
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* = $4800
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rom_content = $4800
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number_of_entries .byt $05
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basic
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basic_seg .byt $01
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basic_len .word $1000
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basic_addr .word $e000
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basic_cont_start .word basic_cont
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basic_str .byt $0D,"INTEGER BASIC"
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basic_jmp_addr .word $e000
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apple30th
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apple30th_seg .byt $01
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apple30th_len .word $0D80
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apple30th_addr .word $0280
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apple30th_cont_start .word apple30th_cont
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apple30th_str .byt $13,"APPLE 30TH BIRTHDAY"
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apple30th_jmp_addr .word $0280
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/* 00: <start_low_byte> <start_high_byte> <end_low_byte> <end_high_byte> */
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/* test address expected actual */
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/*
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0 - All zeros - each byte of memory is verified that a 0x00 value can be written and read
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1 - All ones - each byte of memory is verified that a 0xff value can be written and read
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2 - Floating ones - eight passes, starting with 0x01 and moving the 1 bit to left each succeeding pass
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0x02 0x04 0x08 0x10 0x20 0x40 0x80
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3 - Floating zeros - eight passes, starting with 0x7f and shifting the 0 bit to the right each succeeding pass
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0xBF 0xDF 0xEF 0xF7 0xFB 0xFD 0xFE
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4 - Address in Address 1 - one pass with low eight bits of the locations address is written to that location
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if this fails, you have a problem with one of the low eight address lines (this is pretty unlikely to fail,
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since you need these address lines in order to load and run this program)
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5 - Address in Address 2 - one pass with high eight bits of the locations address written to that location
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if this fails, you have a problem with one of the eight high address lines
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*/
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memorytest
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memorytest_seg .byt $02
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memorytest_1_len .word $0010
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memorytest_1_addr .word $0000
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memorytest_1_cont_start .word memorytest_cont
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memorytest_2_len .word $0122
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memorytest_2_addr .word $0280
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memorytest_2_cont_start .word memorytest_cont+16
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memorytest_str .byt $10,"MEMORY TEST 280R"
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memorytest_jmp_addr .word $FF1F
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/* 44: <low_byte> <high_byte> */
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disassembler
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disassembler_seg .byt $01
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disassembler_1_len .word $0200
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disassembler_1_addr .word $0800
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disassembler_1_cont_start .word disassembler_cont
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disassembler_str .byt $11,"DISASSEMBLER 800R"
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disassembler_jmp_addr .word $FF1F
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applesoft
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applesoft_seg .byt $01
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applesoft_len .word $1F65
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applesoft_addr .word $6000
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applesoft_cont_start .word applesoft_cont
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applesoft_str .byt $15,"APPLESOFT BASIC 6000R"
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applesoft_jmp_addr .word $6000
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basic_cont .bin 0,4096,"inc/basic.bin"
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apple30th_cont .bin 0,3456,"inc/apple30th.bin"
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memorytest_cont .bin 0,306,"inc/a1mt.bin"
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disassembler_cont .bin 0,512,"inc/disassembler.bin"
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applesoft_cont .bin 0,8037,"inc/applesoft.bin"
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@ -1,20 +0,0 @@
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number_of_entries .byt $02
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basic
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basic_seg .byt $01
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basic_1_len .word $1000
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basic_1_addr .word $e000
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basic_1_cont_start .word basic_cont
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basic_str .byt $05,"BASIC"
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basic_jmp_addr .word $e000
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apple30th
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apple30th_seg .byt $01
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apple30th_len .word $0D80
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apple30th_addr .word $0280
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apple30th_cont_start .word apple30th_cont
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apple30th_str .byt $13,"APPLE 30TH BIRTHDAY"
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apple30th_jmp_addr .word $0280
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basic_cont .bin 0,4096,"inc/basic.bin"
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apple30th_cont .bin 0,3456,"inc/apple30th.bin"
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@ -1,40 +0,0 @@
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number_of_entries .byt $02
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/* 00: <start_low_byte> <start_high_byte> <end_low_byte> <end_high_byte> */
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/* test address expected actual */
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/*
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0 - All zeros - each byte of memory is verified that a 0x00 value can be written and read
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1 - All ones - each byte of memory is verified that a 0xff value can be written and read
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2 - Floating ones - eight passes, starting with 0x01 and moving the 1 bit to left each succeeding pass
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0x02 0x04 0x08 0x10 0x20 0x40 0x80
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3 - Floating zeros - eight passes, starting with 0x7f and shifting the 0 bit to the right each succeeding pass
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0xBF 0xDF 0xEF 0xF7 0xFB 0xFD 0xFE
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4 - Address in Address 1 - one pass with low eight bits of the locations address is written to that location
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if this fails, you have a problem with one of the low eight address lines (this is pretty unlikely to fail,
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since you need these address lines in order to load and run this program)
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5 - Address in Address 2 - one pass with high eight bits of the locations address written to that location
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if this fails, you have a problem with one of the eight high address lines
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*/
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memorytest
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memorytest_seg .byt $02
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memorytest_1_len .word $0010
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memorytest_1_addr .word $0000
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memorytest_1_cont_start .word memorytest_cont
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memorytest_2_len .word $0122
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memorytest_2_addr .word $0280
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memorytest_2_cont_start .word memorytest_cont+16
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memorytest_str .byt $10,"MEMORY TEST 280R"
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memorytest_jmp_addr .word $FF1F
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/* 44: <low_byte> <high_byte> */
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disassembler
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disassembler_seg .byt $01
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disassembler_1_len .word $0200
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disassembler_1_addr .word $0800
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disassembler_1_cont_start .word disassembler_cont
|
||||
disassembler_str .byt $11,"DISASSEMBLER 800R"
|
||||
disassembler_jmp_addr .word $FF1F
|
||||
|
||||
memorytest_cont .bin 0,306,"inc/a1mt.bin"
|
||||
disassembler_cont .bin 0,512,"inc/disassembler.bin"
|
||||
Loading…
Reference in New Issue