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INL-retro-progdump
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Much of dumping code for PRG-ROM completed but have some bugs with setting buff elements working on debugging...

This commit is contained in:
paul eeepc 2016-12-11 20:34:43 -06:00
parent 4db2929c3b
commit 49ec51e767
12 changed files with 374 additions and 50 deletions
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117
firmware/source/buffer.c
View File

@ -1,5 +1,8 @@
#include "buffer.h"
//used by buffer manager to know what buffer to send to USB/memory
buffer *cur_buff;
//used to communicate to usbFunctionWrite which buffer object
//it should be filling
buffer *cur_usb_load_buff;
@ -12,26 +15,26 @@ uint8_t incoming_bytes_remain;
uint8_t operation;
//min define of two buffers
static buffer buff0;
static buffer buff1;
buffer buff0;
buffer buff1;
#if ( defined(NUM_BUFFERS_4) || (defined(NUM_BUFFERS_8)) )
static buffer buff2;
static buffer buff3;
buffer buff2;
buffer buff3;
#endif
#ifdef NUM_BUFFERS_8
static buffer buff4;
static buffer buff5;
static buffer buff6;
static buffer buff7;
buffer buff4;
buffer buff5;
buffer buff6;
buffer buff7;
#endif
//max raw buffer size is only limited based on buffer struct
//raw buffer memory to which smaller buffers will be created from
//set pointers and lengths to prevent buffer conflicts
static uint8_t raw_buffer[NUM_RAW_BANKS * RAW_BANK_SIZE]; //8 banks of 32bytes each 256Bytes total
uint8_t raw_buffer[NUM_RAW_BANKS * RAW_BANK_SIZE]; //8 banks of 32bytes each 256Bytes total
//buffer status stores allocation status of each raw buffer 32Byte bank
static uint8_t raw_bank_status[NUM_RAW_BANKS];
uint8_t raw_bank_status[NUM_RAW_BANKS];
@ -51,11 +54,12 @@ static uint8_t raw_bank_status[NUM_RAW_BANKS];
//uint8_t * buffer_usb_call( setup_packet *spacket, uint8_t *rv, uint16_t *rlen)
uint8_t * buffer_usb_call( setup_packet *spacket, uint8_t *rv, uint8_t *rlen)
{
buffer *called_buff = &buff0; //used to point to buffer that was called based on opcode
buffer *called_buff; //= &buff0; //used to point to buffer that was called based on opcode
uint8_t *rptr = rv; //used for return pointer set to small rv buffer by default
//some opcodes place buffer number in misc/data
if ( (spacket->opcode > BUFFN_INMISC_MIN) && (spacket->opcode < BUFFN_INMISC_MAX) ) {
// called_buff = &buff1;
switch ( spacket->miscdata ) {
//2 buffers minimum support
case 0: called_buff = &buff0; break;
@ -175,6 +179,7 @@ uint8_t * buffer_usb_call( setup_packet *spacket, uint8_t *rv, uint8_t *rlen)
uint8_t buffer_opcode_no_return( uint8_t opcode, buffer *buff,
uint8_t operMSB, uint8_t operLSB, uint8_t miscdata )
{
switch (opcode) {
case RAW_BUFFER_RESET:
raw_buffer_reset();
@ -224,6 +229,10 @@ uint8_t buffer_opcode_return( uint8_t opcode, buffer *buff,
*rvalue = raw_bank_status[operLSB];
*rlength += 1;
break;
case GET_BUFF_OPERATION:
*rvalue = operation;
*rlength += 1;
break;
case GET_PRI_ELEMENTS:
rvalue[0] = buff->last_idx;
rvalue[1] = buff->status;
@ -309,19 +318,28 @@ uint8_t * buffer_payload( setup_packet *spacket, buffer *buff, uint8_t hostsetbu
//buffer in use depends on opcode which was decoded prior to calling into hostsetbuff
//if buffer number not designated by host buffer.c gets to decide
if ( hostsetbuff != ~FALSE ) {
if ( hostsetbuff == FALSE ) {
//buffer.c gets to decide buffer in use
//TODO implement some fancy double buffering code
//for now just designate buffer 0
if ( endpoint == ENDPOINT_IN) {
//reads
rtnpointer = buff0.data;
buff0.status = USB_UNLOADING;
if ( cur_buff->status == DUMPED ) {
rtnpointer = cur_buff->data;
cur_buff->status = USB_UNLOADING;
} else {
//problem, buffers not prepared or initialized
*rlength = USB_NO_MSG;
operation = PROBLEM;
}
} else {//writes
cur_usb_load_buff = &buff0;
buff0.status = USB_LOADING;
//cur_usb_load_buff = &buff0;
cur_usb_load_buff = cur_buff;
//buff0.status = USB_LOADING;
cur_buff->status = USB_LOADING;
}
buff0.cur_byte = 0;
//buff0.cur_byte = 0;
cur_buff->cur_byte = 0;
} else { //host determined the buffer to use
if ( endpoint == ENDPOINT_IN) {
@ -355,6 +373,7 @@ uint8_t * buffer_payload( setup_packet *spacket, buffer *buff, uint8_t hostsetbu
* Pre: static instantitions of raw_buffer, raw_bank_status, and buff0-7
* Post:all raw buffer ram unallocated
* buffer status updated to UNALLOC
* operation set to RESET
* Rtn: None
*/
void raw_buffer_reset( )
@ -391,6 +410,8 @@ void raw_buffer_reset( )
buff7.id = UNALLOC;
#endif
operation = RESET;
}
/* Desc:Embeded subtitute for malloc of a buffer object
@ -462,6 +483,7 @@ uint8_t allocate_buffer( buffer *buff, uint8_t new_id, uint8_t base_bank, uint8_
buff->multiple = 0;
buff->add_mult = 0;
buff->mapper = 0;
buff->mapvar = 0;
buff->function = 0;
//set buffer data pointer to base ram address
@ -570,7 +592,6 @@ void update_buffers()
{
uint8_t result = 0;
static uint8_t num_buff;
static buffer *cur_buff;
//when dumping we don't actually know when the buffer has been fully
//read back through USB IN transfer. But we know when the next buffer
@ -596,14 +617,71 @@ void update_buffers()
//now we can get_next_buff by passing cur_buff
}
if (operation == STARTDUMP) {
//prepare both buffers to dump
// cur_buff->cur_byte = 0;
// cur_buff->status = DUMPING;
// //send first buffer off to dump
// result = dump_page( cur_buff );
// if (result != SUCCESS) {
// cur_buff->status = PROBLEM;
// } else {
// cur_buff->status = DUMPED;
// //increment page_num so everything is ready for next dump
// cur_buff->page_num += cur_buff->reload;
// }
//now it's ready and just waiting for IN transfer
//pretend the last buffer is in USB transfer and
//we're waiting to have that dump until the first buffer starts USB transfer
//do all the same things that would happen between buffers to start things moving
//pretend the last buffer is unloading via USB right now
//so that operation == DUMPING code gets run for the first time but appears like
//it's not the first time.
//to do this, set cur_buff to last buff and set it's status to USB_UNLOADING
for ( result=1; result<num_buff; result++ ) {
cur_buff = get_next_buff( cur_buff, num_buff );
}
cur_buff->status = USB_UNLOADING;
//that will now trigger operation == DUMPING to dump first buffer
//don't want to reenter start initialiation again
operation = DUMPING;
}
if (operation == STARTFLASH) {
//don't want to reenter start initialiation again
operation = FLASHING;
}
//this will get entered on first and all successive calls
if ( operation == DUMPING ) {
//buffer_payload will pass cur_buff to usb driver on next IN transfer
//on receipt of the IN transfer buffer_payload sets:
// cur_buff->status = USB_UNLOADING;
// So that's what we're waiting on before sending next buffer to dump
if ( cur_buff->status == USB_UNLOADING ) {
//move on to next buffer now that last one is at USB
//WARNING!!! this current design won't work well if there's only one buffer
//Because the buffer getting read via USB will get stopped on by next dump
//So things won't really work with only one buffer
cur_buff = get_next_buff( cur_buff, num_buff );
cur_buff->cur_byte = 0;
cur_buff->status = DUMPING;
//send buffer off to dump
result = dump_page( cur_buff );
if (result != SUCCESS) {
cur_buff->status = PROBLEM;
} else {
cur_buff->status = DUMPED;
//increment page_num so everything is ready for next dump
//TODO make buffer_update function to handle everything
cur_buff->page_num += cur_buff->reload;
}
}
}
//to start let's sense dumping operation by buffer status
//host updates status of buffer, then we go off and dump as appropriate
//might be best to add some opcode to kick things off.
@ -674,6 +752,9 @@ void update_buffers()
//update it's status so buffer is ready for reuse.
return;
}

120
host/source/buffer.c
View File

@ -15,6 +15,7 @@ int reset_buffers( USBtransfer *transfer )
* Pre: buffers must be reset
* Post:All buffers and raw sram unallocated
* Sets id, status to EMPTY, and last_idx.
* sets reload to sum of buffers
* All other elements set to zero
* Rtn: SUCCESS if no errors
*/
@ -44,26 +45,38 @@ int allocate_buffers( USBtransfer *transfer, int num_buffers, int buff_size ) {
numbanks= buff_size/RAW_BANK_SIZE;
buff1id = 0x80;
buff1basebank= numbanks; //buff1 starts right after buff0
//allocate buffer0
rv = dictionary_call( transfer, DICT_BUFFER, ALLOCATE_BUFFER0,
( (buff0id<<8)|(buff0basebank) ), numbanks,
USB_IN, NULL, 1);
if ( rv != SUCCESS ){
//failed to allocate pass error code back
return rv;
}
//allocate buffer1
rv = dictionary_call( transfer, DICT_BUFFER, ALLOCATE_BUFFER1,
( (buff1id<<8)|(buff1basebank) ), numbanks,
USB_IN, NULL, 1);
if ( rv != SUCCESS ){
//failed to allocate pass error code back
return rv;
}
//set reload (value added to page_num after each load/dump to sum of buffers
// 2 * 128 = 256 -> reload = 1
//set buffer0
dictionary_call( transfer, DICT_BUFFER, SET_RELOAD_PAGENUM0, 0x0000, 0x01,
USB_IN, NULL, 1);
//set buffer1
dictionary_call( transfer, DICT_BUFFER, SET_RELOAD_PAGENUM1, 0x0000, 0x01,
USB_IN, NULL, 1);
} else {
sentinel("Not setup to handle this buffer config");
}
//allocate buffer0
rv = dictionary_call_debug( transfer, DICT_BUFFER, ALLOCATE_BUFFER0,
( (buff0id<<8)|(buff0basebank) ), numbanks,
USB_IN, NULL, 1);
if ( rv != SUCCESS ){
//failed to allocate pass error code back
return rv;
}
//allocate buffer1
rv = dictionary_call_debug( transfer, DICT_BUFFER, ALLOCATE_BUFFER1,
( (buff1id<<8)|(buff1basebank) ), numbanks,
USB_IN, NULL, 1);
if ( rv != SUCCESS ){
//failed to allocate pass error code back
return rv;
}
return SUCCESS;
error:
@ -71,3 +84,78 @@ error:
}
/* Desc:Set buffer mem_type and part_num
* Pre: buffer is allocated
* Post:both value set to buffer number passed in
* Rtn: SUCCESS if no errors
*/
int set_mem_n_part( USBtransfer *transfer, int buff_num, int mem_type, int part_num )
{
return dictionary_call( transfer, DICT_BUFFER, SET_MEM_N_PART,
//( (mem_type<<8) | (part_num) ), buff_num, USB_IN, NULL, 1);
( (mem_type<<8) | (part_num) ), 1, USB_IN, NULL, 1);
// 0xAABB, buff_num, USB_IN, NULL, 1);
}
/* Desc:Set buffer mapper and map_var
* Pre: buffer is allocated
* Post:both value set to buffer number passed in
* Rtn: SUCCESS if no errors
*/
int set_map_n_mapvar( USBtransfer *transfer, int buff_num, int mapper, int map_var )
{
return dictionary_call( transfer, DICT_BUFFER, SET_MAP_N_MAPVAR,
( (mapper<<8) | (map_var) ), buff_num, USB_IN, NULL, 1);
// 0xCCDD, buff_num, USB_IN, NULL, 1);
}
/* Desc:Set buffer manager operation
* Pre: buffers are allocated and elements set ready to start operation
* Post:operation starts on device
* Rtn: SUCCESS if no errors
*/
int set_buff_operation( USBtransfer *transfer, int operation )
{
return dictionary_call( transfer, DICT_BUFFER, SET_BUFFER_OPERATION, operation,
NILL, USB_IN, NULL, 1);
}
/* Desc:Payload IN transfer
* Pre: buffers are allocated operation started
* Post:payload of length stored in data
* Rtn: SUCCESS if no errors
*/
int payload_in( USBtransfer *transfer, uint8_t *data, int length )
{
return dictionary_call( transfer, DICT_BUFFER, BUFF_PAYLOAD, NILL, NILL,
USB_IN, data, length);
}
/* Desc:Get buffer elements and print them
* Pre: buffers are allocated
* Post:
* Rtn: SUCCESS if no errors
*/
int get_buff_elements( USBtransfer *transfer, int buff_num )
{
printf("pri buff%d:", buff_num);
dictionary_call_debug( transfer, DICT_BUFFER, GET_PRI_ELEMENTS, NILL, buff_num,
USB_IN, NULL, 8);
printf("sec buff%d:", buff_num);
dictionary_call_debug( transfer, DICT_BUFFER, GET_SEC_ELEMENTS, NILL, buff_num,
USB_IN, NULL, 8);
return SUCCESS;
}
/* Desc:Get buffer opertationt
* Pre:
* Post:
* Rtn: SUCCESS if no errors
*/
int get_buff_operation( USBtransfer *transfer )
{
printf("operation:");
dictionary_call_debug( transfer, DICT_BUFFER, GET_BUFF_OPERATION, NILL, NILL,
USB_IN, NULL, RV_DATA0_IDX+1);
return SUCCESS;
}

6
host/source/buffer.h
View File

@ -23,5 +23,11 @@
int reset_buffers( USBtransfer *transfer );
int allocate_buffers( USBtransfer *transfer, int num_buffers, int buff_size );
int set_mem_n_part( USBtransfer *transfer, int buff_num, int mem_type, int part_num );
int set_map_n_mapvar( USBtransfer *transfer, int buff_num, int mapper, int map_var );
int set_buff_operation( USBtransfer *transfer, int operation );
int payload_in( USBtransfer *transfer, uint8_t *data, int length );
int get_buff_elements( USBtransfer *transfer, int buff_num );
int get_buff_operation( USBtransfer *transfer );
#endif

73
host/source/dump.c
View File

@ -10,12 +10,19 @@
//Once final mapper is known store header data in rom file and start dumping!
int dump_cart( USBtransfer* transfer, rom_image *rom, cartridge *cart )
{
int num_buffers = 2;
int buff_size = 128;
int buff0 = 0;
int buff1 = 1;
int i;
uint8_t data[buff_size];
debug("dumping cart");
//TODO provide user arg to force all these checks passed
//first check if any provided args differ from what was detected
check( cart->console != UNKNOWN,
"cartridge not detected, must provide console if autodetection is off");
check( (cart->console != UNKNOWN), "cartridge not detected, must provide console if autodetection is off");
if ( rom->console != UNKNOWN ) {
check( rom->console == cart->console,
@ -26,6 +33,9 @@ int dump_cart( USBtransfer* transfer, rom_image *rom, cartridge *cart )
"request mapper dump doesn't match detected mapper");
}
//start with reset and init
io_reset( transfer );
nes_init( transfer );
//Run some CRC's to determine size of memories
//setup buffers and manager
@ -33,28 +43,83 @@ int dump_cart( USBtransfer* transfer, rom_image *rom, cartridge *cart )
check(! reset_buffers( transfer ), "Unable to reset device buffers");
//need to allocate some buffers for dumping
//2x 128Byte buffers
int num_buffers = 2;
int buff_size = 128;
check(! allocate_buffers( transfer, num_buffers, buff_size ), "Unable to allocate buffers");
//set buffer elements as needed
//set reload which gets added to page_num after each buffer read
//set reload to 256 = 1 when translated to page_num (done in allocate buffers funct)
//set page_num to non-zero if offset arg sent
//set mem_type and part_num to designate how to get/write data
//check(! set_mem_n_part( transfer, buff0, MASKROM, PRGROM ), "Unable to set mem_type and part");
//check(! set_mem_n_part( transfer, buff1, MASKROM, PRGROM ), "Unable to set mem_type and part");
check(! set_mem_n_part( transfer, buff0, 0x12, 0x34 ), "Unable to set mem_type and part");
check(! set_mem_n_part( transfer, buff1, 0x56, 0x78 ), "Unable to set mem_type and part");
//set multiple and add_mult only when flashing
//set mapper, map_var, and function to designate read/write algo
//just dump visible NROM memory to start
//check(! set_map_n_mapvar( transfer, buff0, NROM, NILL ), "Unable to set mapper and map_var");
//check(! set_map_n_mapvar( transfer, buff1, NROM, NILL ), "Unable to set mapper and map_var");
check(! set_map_n_mapvar( transfer, buff0, 0x89, 0xAB ), "Unable to set mapper and map_var");
check(! set_map_n_mapvar( transfer, buff1, 0xCD, 0XEF ), "Unable to set mapper and map_var");
//tell buffers what function to use for dumping
//TODO when start implementing other mappers
//debugging print out buffer elements
get_buff_operation( transfer );
get_buff_elements( transfer, buff0 );
get_buff_elements( transfer, buff1 );
debug("setting operation STARTDUMP");
//inform buffer manager to start dumping operation now that buffers are initialized
check(! set_buff_operation( transfer, STARTDUMP ), "Unable to set buffer operation");
get_buff_operation( transfer );
get_buff_elements( transfer, buff0 );
get_buff_elements( transfer, buff1 );
//manager updates buffer status' so they'll start dumping
//once they're full manager prepares them to be read back on USB payloads
//once the next payload request happens manager knows last buffer can start dumping again
//buffer updates it's elements and goes off to dump next page
debug("first payload");
check(! payload_in( transfer, data, buff_size ), "Error with payload IN");
check(! append_to_file( rom, data, buff_size ), "Error with file append");
get_buff_operation( transfer );
get_buff_elements( transfer, buff0 );
get_buff_elements( transfer, buff1 );
debug("second payload");
check(! payload_in( transfer, data, buff_size ), "Error with payload IN");
check(! append_to_file( rom, data, buff_size ), "Error with file append");
get_buff_operation( transfer );
get_buff_elements( transfer, buff0 );
get_buff_elements( transfer, buff1 );
//now just need to call series of payload IN transfers to retrieve data
//for( i=0; i<(32*KByte/buff_size); i++) {
// for( i=0; i<(8*KByte/buff_size); i++) {
// //payload transfer in and append to file
// if ( i % 32 == 0 ) debug("payload in #%d", i);
// check(! payload_in( transfer, data, buff_size ), "Error with payload IN");
// check(! append_to_file( rom, data, buff_size ), "Error with file append");
// }
debug("payload done");
//TODO flush file from time to time..?
//tell buffer manager when to stop
//reset buffers and setup to dump CHR-ROM
//close file in main
//reset io at end
io_reset( transfer );
return SUCCESS;
error:
return ~SUCCESS;

28
host/source/file.c
View File

@ -34,6 +34,14 @@ error:
return -1;
}
int close_rom( rom_image *rom )
{
debug("flushing");
fflush(rom->fileptr);
debug("closing");
return fclose( rom->fileptr );
}
int detect_file( rom_image *rom )
{
int rv = 0;
@ -105,3 +113,23 @@ int create_file( rom_image *rom, char *filename )
error:
return -1;
}
/* Desc:Append data to rom file
* Pre: rom file created and opened
* Post:data of length appended to file
* file still open
* Rtn: SUCCESS if no errors
*/
int append_to_file( rom_image *rom, uint8_t *data, int length )
{
int rv = 0;
//size_t fwrite(const void *ptr, size_t size, size_t nmemb, FILE *stream);
rv = fwrite( data, sizeof(data[0]), length, rom->fileptr );
check( (rv == length), "Error appending to file, %dB out written when trying to write %d", rv, length);
return SUCCESS;
error:
return -1;
}

3
host/source/file.h
View File

@ -11,7 +11,6 @@
#include <stdlib.h>
#include <assert.h>
#include <errno.h>
#include <libusb.h>
//TODO put defintions in separate project wide .h file
#include "cartridge.h"
@ -39,5 +38,7 @@ void init_rom_elements(rom_image *rom);
int open_rom( rom_image *rom, char *filename );
int detect_file( rom_image *rom );
int create_file( rom_image *rom, char *filename );
int append_to_file( rom_image *rom, uint8_t *data, int length );
int close_rom( rom_image *rom );
#endif

5
host/source/inlprog.c
View File

@ -263,6 +263,11 @@ int main(int argc, char *argv[])
//collected as much info as can dump cart without reading any data
check( !dump_cart( transfer, rom, cart ), "Error while dumping cart");
debug("done dumping, closing");
check(! close_rom( rom ), "Problem closing file");
rom->fileptr = NULL;
debug("closed");
}
if ( p_value ) {

8
host/source/memory.h
View File

@ -20,14 +20,6 @@
#include "dictionary.h"
#include "shared_enums.h"
//SST 39SF0x0 manf/prod IDs
#define SST_MANF_ID 0xBF
#define SST_PROD_128 0xB5
#define SST_PROD_256 0xB6
#define SST_PROD_512 0xB7
//SRAM manf/prod ID
#define SRAM 0xAA
//KByte for easy math
#define KByte 1024

43
host/source/test.c
View File

@ -4,6 +4,43 @@ int test_function( USBtransfer *transfer )
{
debug("testing");
//debug("uninit");
//get_buff_elements( transfer, 0 );
//get_buff_elements( transfer, 1 );
/*
check(! reset_buffers( transfer ), "Unable to reset device buffers");
//need to allocate some buffers for dumping
//2x 128Byte buffers
check(! allocate_buffers( transfer, 2, 128 ), "Unable to allocate buffers");
debug("reset and allocate");
get_buff_elements( transfer, 0 );
get_buff_elements( transfer, 1 );
check(! set_mem_n_part( transfer, 0, 0x12, 0x34 ), "Unable to set mem_type and part");
debug("set buff0 mem_n_part");
get_buff_elements( transfer, 0 );
get_buff_elements( transfer, 1 );
check(! set_mem_n_part( transfer, 1, 0x56, 0x78 ), "Unable to set mem_type and part");
debug("set buff1 mem_n_part");
get_buff_elements( transfer, 0 );
get_buff_elements( transfer, 1 );
check(! set_map_n_mapvar( transfer, 0, 0x89, 0xAB ), "Unable to set mapper and map_var");
debug("set buff0 map_n_mapvar");
get_buff_elements( transfer, 0 );
get_buff_elements( transfer, 1 );
check(! set_map_n_mapvar( transfer, 1, 0xCD, 0XEF ), "Unable to set mapper and map_var");
debug("set buff1 map_n_mapvar");
get_buff_operation( transfer );
get_buff_elements( transfer, 0 );
get_buff_elements( transfer, 1 );
*/
/*
dictionary_call( transfer, DICT_IO, IO_RESET, 0, 0, USB_IN, NULL, 1);
dictionary_call( transfer, DICT_IO, NES_INIT, 0, 0, USB_IN, NULL, 1);
dictionary_call( transfer, DICT_IO, EXP0_PULLUP_TEST, 0, 0, USB_IN, NULL, 8);
@ -95,7 +132,6 @@ int test_function( USBtransfer *transfer )
printf(" %x",load_in[i]);
}
printf("\n");
//clock_t tstart, tstop;
//printf("load_in data:");
//for (i=0; i<254; i++) {
@ -173,7 +209,7 @@ int test_function( USBtransfer *transfer )
printf("\n");
dictionary_call( transfer, DICT_IO, IO_RESET, 0, 0, USB_IN, NULL, 1);
*/
// dictionary_call( transfer, BUFFER, ALLOCATE_BUFFER2, 0x3508, 4);
// dictionary_call( transfer, BUFFER, ALLOCATE_BUFFER3, 0x4A0C, 4);
// dictionary_call( transfer, BUFFER, RAW_BANK_STATUS, 0, 0);
@ -291,4 +327,7 @@ int test_function( USBtransfer *transfer )
return 0;
error:
return -1;
}

1
host/source/test.h
View File

@ -21,6 +21,7 @@
#include "shared_enums.h"
#include "shared_dictionaries.h"
#include "dictionary.h"
#include "buffer.h"
//uncomment to DEBUG this file alone
#define DEBUG

5
shared/shared_dict_buffer.h
View File

@ -138,7 +138,7 @@
//designate what buffer to fill with miscdata byte
//no return value as it's write OUT only
//operandMSB:LSB actually contains first 2 bytes
#define BUFF_NODESG_PAYLOAD 0x41
#define BUFF_PAYLOADN 0x41
//#define BUFF_PAYLOADN_MAX 0x4F
@ -185,6 +185,9 @@
//return value status of that raw bank (set to bank id if allocated)
#define RAW_BANK_STATUS 0x60
//retrieve buffer manager current operation variable
#define GET_BUFF_OPERATION 0x61
//#define BUFF_OPCODE_RV_MAX 0x6F

15
shared/shared_enums.h
View File

@ -56,6 +56,20 @@ enum operations {
CHECK
};
//SST 39SF0x0 manf/prod IDs
#define SST_MANF_ID 0xBF
#define SST_PROD_128 0xB5
#define SST_PROD_256 0xB6
#define SST_PROD_512 0xB7
//SRAM manf/prod ID
#define SRAM 0xAA
//MASK ROM read only
#define MASKROM 0xDD
enum buff_mem_type {
PRGROM = 10,
CHRROM,
@ -66,6 +80,7 @@ enum buff_mem_type {
//buffer status values
#define EMPTY 0x00
#define RESET 0x01
#define PROBLEM 0x10
#define USB_UNLOADING 0x80
#define USB_LOADING 0x90