add ram test programs
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nino-porcino
parent
687832c5fc
commit
4f6b138849
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//#pragma start_address(0x8000)
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#define APPLE1_USE_WOZ_MONITOR 1
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#define INPUT_LINE_PROMPT_CHAR '?'
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#include <string.h>
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#include <utils.h>
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#include <apple1.h>
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#include <stdlib.h>
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byte *const KEYBUF = (byte *) 0x0200; // use the same keyboard buffer as in WOZ monitor
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unsigned int start_address;
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unsigned int end_address;
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unsigned int check_sum;
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unsigned int hex_to_word(byte *str) {
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unsigned int tmpword=0;
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byte hex_to_word_ok = 1;
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byte c;
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byte i;
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for(i=0; c=str[i]; ++i) {
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tmpword = tmpword << 4;
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if(c>='0' && c<='9') tmpword += (c-'0');
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else if(c>='A' && c<='F') tmpword += (c-65)+0x0A;
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else hex_to_word_ok = 0;
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}
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if(i>4 || i==0) hex_to_word_ok = 0;
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return tmpword;
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}
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void main() {
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woz_puts("\r\r*** CHECKSUM ***\r");
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while(1) {
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woz_puts("\rSTART ADDRESS "); apple1_input_line_prompt(KEYBUF, 4); if(KEYBUF[0]!=0) start_address = hex_to_word(KEYBUF);
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woz_puts("\rEND ADDRESS "); apple1_input_line_prompt(KEYBUF, 4); if(KEYBUF[0]!=0) end_address = hex_to_word(KEYBUF);
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check_sum = 0;
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for(unsigned int t=start_address;;t++) {
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byte b = *((byte *)t);
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check_sum += (unsigned int) b;
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if(t==end_address) break;
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}
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woz_puts("\r\r");
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woz_print_hexword(start_address);
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woz_putc('-');
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woz_print_hexword(end_address);
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woz_puts(" => ");
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woz_print_hexword(check_sum);
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woz_puts(" CHECKSUM\r\r");
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}
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}
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@ -0,0 +1,14 @@
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@echo off
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call ..\..\tools\build checksum
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call ..\..\tools\build ramchk
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call ..\..\tools\build ramfill
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copy out\checksum.prg ..\..\..\apple1-emu\software\checksum.prg /y
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copy out\ramchk.prg ..\..\..\apple1-emu\software\ramchk.prg /y
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copy out\ramfill.prg ..\..\..\apple1-emu\software\ramfill.prg /y
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copy out\checksum.bin ..\..\..\apple1-emu\software\sdcard_image\PLAB\CHKSUM#060280 /y
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copy out\ramchk.bin ..\..\..\apple1-emu\software\sdcard_image\PLAB\RAMCHK#060280 /y
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copy out\ramfill.bin ..\..\..\apple1-emu\software\sdcard_image\PLAB\RAMFILL#060280 /y
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#define APPLE1_USE_WOZ_MONITOR 1
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#define INPUT_LINE_PROMPT_CHAR '?'
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#include <string.h>
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#include <utils.h>
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#include <apple1.h>
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#include <stdlib.h>
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byte *const KEYBUF = (byte *) 0x0200; // use the same keyboard buffer as in WOZ monitor
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byte *start_address;
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byte *end_address;
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unsigned int hex_to_word(byte *str) {
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unsigned int tmpword=0;
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byte hex_to_word_ok = 1;
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byte c;
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byte i;
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for(i=0; c=str[i]; ++i) {
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tmpword = tmpword << 4;
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if(c>='0' && c<='9') tmpword += (c-'0');
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else if(c>='A' && c<='F') tmpword += (c-65)+0x0A;
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else hex_to_word_ok = 0;
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}
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if(i>4 || i==0) hex_to_word_ok = 0;
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return tmpword;
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}
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// 0 = bad ram
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// 1 = good ram
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// 2 = rom
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byte test_location(byte *ptr) {
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byte oldval = *ptr;
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*ptr = ~oldval; if(*ptr == oldval) return 2; // ROM found
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if(*ptr != ~oldval) return 0;
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*ptr = 0; if(*ptr != 0 ) return 0;
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*ptr = 255; if(*ptr != 255 ) return 0;
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*ptr = (1<<0); if(*ptr != (1<<0) ) return 0;
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*ptr = (1<<1); if(*ptr != (1<<1) ) return 0;
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*ptr = (1<<2); if(*ptr != (1<<2) ) return 0;
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*ptr = (1<<3); if(*ptr != (1<<3) ) return 0;
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*ptr = (1<<4); if(*ptr != (1<<4) ) return 0;
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*ptr = (1<<5); if(*ptr != (1<<5) ) return 0;
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*ptr = (1<<6); if(*ptr != (1<<6) ) return 0;
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*ptr = (1<<7); if(*ptr != (1<<7) ) return 0;
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*ptr = (~(1<<0)); if(*ptr != (~(1<<0)) ) return 0;
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*ptr = (~(1<<1)); if(*ptr != (~(1<<1)) ) return 0;
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*ptr = (~(1<<2)); if(*ptr != (~(1<<2)) ) return 0;
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*ptr = (~(1<<3)); if(*ptr != (~(1<<3)) ) return 0;
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*ptr = (~(1<<4)); if(*ptr != (~(1<<4)) ) return 0;
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*ptr = (~(1<<5)); if(*ptr != (~(1<<5)) ) return 0;
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*ptr = (~(1<<6)); if(*ptr != (~(1<<6)) ) return 0;
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*ptr = (~(1<<7)); if(*ptr != (~(1<<7)) ) return 0;
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*ptr = oldval; if(*ptr != oldval) return 0;
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return 1; // good ram
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}
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void main() {
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woz_puts("\r\r*** RAM CHECK ***\r");
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while(1) {
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byte curr_state = 3;
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woz_puts("\rSTART ADDRESS "); apple1_input_line_prompt(KEYBUF, 4); start_address = (byte *) hex_to_word(KEYBUF);
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woz_puts("\rEND ADDRESS "); apple1_input_line_prompt(KEYBUF, 4); end_address = (byte *) hex_to_word(KEYBUF);
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woz_puts("\r\r");
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for(byte *t=start_address;;t++) {
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byte new_state = test_location(t);
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if(new_state != curr_state) {
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curr_state = new_state;
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woz_putc('\r');
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woz_print_hexword((unsigned int )t);
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if(curr_state == 0) { woz_puts(" BAD RAM"); curr_state = 3; }
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else if(curr_state == 1) woz_puts(" RAM");
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else if(curr_state == 2) woz_puts(" ROM");
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}
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//if(!) {
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// woz_print_hexword((unsigned int )t);
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// woz_putc(' ');
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//}
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if(t==end_address) break;
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//if((t & 0xFF)==0) woz_putc('.');
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}
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woz_puts("\r\rDONE\r\r");
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}
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}
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@ -0,0 +1,75 @@
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#define APPLE1_USE_WOZ_MONITOR 1
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#define INPUT_LINE_PROMPT_CHAR '?'
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#include <string.h>
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#include <utils.h>
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#include <apple1.h>
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#include <stdlib.h>
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byte *const KEYBUF = (byte *) 0x0200; // use the same keyboard buffer as in WOZ monitor
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byte *start_address;
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byte *end_address;
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unsigned int hex_to_word(byte *str) {
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unsigned int tmpword=0;
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byte hex_to_word_ok = 1;
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byte c;
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byte i;
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for(i=0; c=str[i]; ++i) {
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tmpword = tmpword << 4;
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if(c>='0' && c<='9') tmpword += (c-'0');
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else if(c>='A' && c<='F') tmpword += (c-65)+0x0A;
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else hex_to_word_ok = 0;
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}
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if(i>4 || i==0) hex_to_word_ok = 0;
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return tmpword;
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}
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void main() {
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woz_puts("\r\r*** RAM FILL TEST ***\r");
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woz_puts("\rSTART ADDRESS "); apple1_input_line_prompt(KEYBUF, 4); start_address = (byte *) hex_to_word(KEYBUF);
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woz_puts("\rEND ADDRESS "); apple1_input_line_prompt(KEYBUF, 4); end_address = (byte *) hex_to_word(KEYBUF);
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woz_puts("\r\r");
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while(1) {
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// fill with normal data
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rand_state = 1;
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for(byte *t=start_address;;t++) {
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byte r = (byte) (rand() & 0xFF);
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*t = r;
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if(t==end_address) break;
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}
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// verify normal data
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rand_state = 1;
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for(byte *t=start_address;;t++) {
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byte r = (byte) (rand() & 0xFF);
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if(*t != r) { woz_print_hexword((unsigned int )t); woz_putc(' '); }
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if(t==end_address) break;
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}
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// fill with inverted data
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rand_state = 1;
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for(byte *t=start_address;;t++) {
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byte r = (byte) (rand() & 0xFF);
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*t = ~r;
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if(t==end_address) break;
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}
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// verify inverted data
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rand_state = 1;
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for(byte *t=start_address;;t++) {
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byte r = (byte) (rand() & 0xFF);
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if(*t != ~r) { woz_print_hexword((unsigned int )t); woz_putc(' '); }
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if(t==end_address) break;
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}
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woz_putc('.');
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}
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}
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