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game-and-watch-retro-go/Core/Src/flashapp.c
Adam Minchinton 7f0dd97118 Update drawn UI to use new C_GW_MAIN_COLOR
2021-11-16 22:16:58 +01:00

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#include <odroid_system.h>
#include <assert.h>
#include <stdarg.h>
#include <stdint.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include "githash.h"
#include "gui.h"
#include "gw_buttons.h"
#include "gw_flash.h"
#include "gw_lcd.h"
#include "gw_linker.h"
#include "main.h"
#include "rg_emulators.h"
#include "rg_favorites.h"
#include "utils.h"
#include "sha256.h"
#define DBG(...) printf(__VA_ARGS__)
// #define DBG(...)
#define STATUS_HEIGHT (33)
#define HEADER_HEIGHT (47)
#define IMAGE_BANNER_HEIGHT (32)
#define IMAGE_BANNER_WIDTH (ODROID_SCREEN_WIDTH)
static const int font_height = 8; //odroid_overlay_get_font_size();
static const int font_width = 8; //odroid_overlay_get_font_width();
#define LIST_X_OFFSET (0)
#define LIST_Y_OFFSET (STATUS_HEIGHT)
#define LIST_WIDTH (ODROID_SCREEN_WIDTH)
#define LIST_HEIGHT (ODROID_SCREEN_HEIGHT - STATUS_HEIGHT - HEADER_HEIGHT)
#define LIST_LINE_HEIGHT (font_height + 2)
#define LIST_LINE_COUNT (LIST_HEIGHT / LIST_LINE_HEIGHT)
#define PROGRESS_X_OFFSET (ODROID_SCREEN_WIDTH / 5 / 2)
#define PROGRESS_Y_OFFSET (LIST_Y_OFFSET + 6 * LIST_LINE_HEIGHT)
#define PROGRESS_WIDTH (4 * (PROGRESS_X_OFFSET * 2))
#define PROGRESS_HEIGHT (2 * LIST_LINE_HEIGHT)
// TODO: Make this nicer
extern OSPI_HandleTypeDef hospi1;
typedef enum {
FLASHAPP_INIT = 0x00,
FLASHAPP_IDLE = 0x01,
FLASHAPP_START = 0x02,
FLASHAPP_CHECK_HASH_RAM_NEXT = 0x03,
FLASHAPP_CHECK_HASH_RAM = 0x04,
FLASHAPP_ERASE_NEXT = 0x05,
FLASHAPP_ERASE = 0x06,
FLASHAPP_PROGRAM_NEXT = 0x07,
FLASHAPP_PROGRAM = 0x08,
FLASHAPP_CHECK_HASH_FLASH_NEXT = 0x09,
FLASHAPP_CHECK_HASH_FLASH = 0x0A,
FLASHAPP_TEST_NEXT = 0x0B,
FLASHAPP_TEST = 0x0C,
FLASHAPP_FINAL = 0x0D,
FLASHAPP_ERROR = 0x0E,
} flashapp_state_t;
typedef enum {
FLASHAPP_STATUS_BAD_HASH_RAM = 0xbad00001,
FLASHAPP_STATUS_BAD_HAS_FLASH = 0xbad00002,
FLASHAPP_STATUS_NOT_ALIGNED = 0xbad00003,
FLASHAPP_STATUS_IDLE = 0xcafe0000,
FLASHAPP_STATUS_DONE = 0xcafe0001,
FLASHAPP_STATUS_BUSY = 0xcafe0002,
} flashapp_status_t;
typedef struct {
tab_t tab;
uint32_t erase_address;
uint32_t erase_bytes_left;
uint32_t current_program_address;
uint32_t program_bytes_left;
uint8_t* program_buf;
uint32_t progress_max;
uint32_t progress_value;
} flashapp_t;
// framebuffer1 is used as an actual framebuffer.
// framebuffer2 and onwards is used as a buffer for the flash.
static uint8_t *flash_buffer = (uint8_t *) framebuffer2;
// Values below are read or written by the debugger
// Store state in a uint32_t
uint32_t flashapp_state;
// Set to non-zero to start programming
uint32_t program_start;
// Status register
uint32_t program_status;
// Number of bytes to program in the flash
uint32_t program_size;
// Where to program in the flash
uint32_t program_address;
// Control if chip should be erased or not
uint32_t program_erase;
// Number of bytes to be erased from program_address
int32_t program_erase_bytes;
// Current chunk index
uint32_t program_chunk_idx;
// Number of chunks
uint32_t program_chunk_count;
// The expected sha256 of the loaded binary
uint8_t program_expected_sha256[65];
// TODO: Expose properly
int odroid_overlay_draw_text_line(uint16_t x_pos,
uint16_t y_pos,
uint16_t width,
const char *text,
uint16_t color,
uint16_t color_bg);
static void draw_text_line_centered(uint16_t y_pos,
const char *text,
uint16_t color,
uint16_t color_bg)
{
int width = strlen(text) * font_width;
int x_pos = ODROID_SCREEN_WIDTH / 2 - width / 2;
odroid_overlay_draw_text_line(x_pos, y_pos, width, text, color, color_bg);
}
static void draw_progress(flashapp_t *flashapp)
{
char progress_str[16];
odroid_overlay_draw_fill_rect(0, LIST_Y_OFFSET, LIST_WIDTH, LIST_HEIGHT, C_BLACK);
draw_text_line_centered(LIST_Y_OFFSET + 2 * LIST_LINE_HEIGHT, flashapp->tab.name, C_GW_YELLOW, C_BLACK);
if (flashapp->progress_max != 0) {
int32_t progress_percent = (100 * (uint64_t)flashapp->progress_value) / flashapp->progress_max;
int32_t progress_width = (PROGRESS_WIDTH * (uint64_t)flashapp->progress_value) / flashapp->progress_max;
sprintf(progress_str, "%ld%%", progress_percent);
odroid_overlay_draw_fill_rect(PROGRESS_X_OFFSET,
PROGRESS_Y_OFFSET,
PROGRESS_WIDTH,
PROGRESS_HEIGHT,
C_GW_MAIN_COLOR);
odroid_overlay_draw_fill_rect(PROGRESS_X_OFFSET,
PROGRESS_Y_OFFSET,
progress_width,
PROGRESS_HEIGHT,
C_GW_YELLOW);
draw_text_line_centered(LIST_Y_OFFSET + 4 * LIST_LINE_HEIGHT, progress_str, C_GW_YELLOW, C_BLACK);
}
}
static void redraw(flashapp_t *flashapp)
{
// Re-use header, status and footer from the retro-go code
gui_draw_header(&flashapp->tab);
gui_draw_status(&flashapp->tab);
// Empty logo
odroid_overlay_draw_fill_rect(0, ODROID_SCREEN_HEIGHT - IMAGE_BANNER_HEIGHT - 15,
IMAGE_BANNER_WIDTH, IMAGE_BANNER_HEIGHT, C_GW_MAIN_COLOR);
draw_progress(flashapp);
lcd_swap();
}
static bool validate_erased(uint32_t address, uint32_t size)
{
assert((size & 0b11) == 0);
assert((address & 0b11) == 0);
uint32_t *flash_ptr_u32 = (uint32_t *)(0x90000000 + address);
for (uint32_t i = 0; i < size / 4; i++) {
if (flash_ptr_u32[i] != 0xffffffff) {
return false;
}
}
return true;
}
static uint32_t xorshift32(uint32_t *state)
{
uint32_t x = *state;
x ^= x << 13;
x ^= x >> 17;
x ^= x << 5;
return *state = x;
}
static void generate_random(uint32_t *buf, uint32_t size, uint32_t seed)
{
for (int i = 0; i < size / 4; i++) {
buf[i] = xorshift32(&seed);
}
}
const uint32_t tests[][2] = {
// start, end
{ 0 * 1024, 4 * 1024 }, // 1 * 4k
{ 32 * 1024, 64 * 1024 }, // 1 * 32k
{ 64 * 1024, 128 * 1024 }, // 1 * 64k
{ 252 * 1024, 260 * 1024 }, // 8k = 2 * 4k
{ 384 * 1024, 508 * 1024 }, // 124k = 64k + 32k + 7 * 4k
};
static uint32_t test_read(uint32_t addr, uint32_t len)
{
const uint8_t *flash_ptr = (const uint8_t *) 0x90000000;
uint32_t t0;
uint32_t t1;
t0 = HAL_GetTick();
while (len != 0) {
uint32_t chunk_len = (len > sizeof(emulator_framebuffer)) ? sizeof(emulator_framebuffer) : len;
memcpy(emulator_framebuffer, flash_ptr, chunk_len);
flash_ptr += chunk_len;
len -= chunk_len;
}
t1 = HAL_GetTick();
return t1 - t0;
}
static void test_flash(flashapp_t *flashapp)
{
const uint8_t *flash_ptr = (const uint8_t *) 0x90000000;
uint32_t address;
uint32_t size;
uint32_t start;
uint32_t end;
const uint32_t rand_size = 512 * 1024;
sprintf(flashapp->tab.status, " Game and Watch Flash App TEST");
sprintf(flashapp->tab.name, "Erase and program..");
lcd_swap();
lcd_wait_for_vblank();
redraw(flashapp);
// Erase 512kB at 0
address = 0;
size = rand_size;
OSPI_DisableMemoryMappedMode();
OSPI_EraseSync(address, size);
OSPI_EnableMemoryMappedMode();
assert(validate_erased(address, size));
generate_random((uint32_t *) flash_buffer, rand_size, 0x12345678);
// Write and verify 512kB random data
address = 0;
size = rand_size;
OSPI_DisableMemoryMappedMode();
OSPI_Program(address, &flash_buffer[address], size);
OSPI_EnableMemoryMappedMode();
// Erase parts of the flash and verify that the non erased data is still intact
for (int i = 0; i < ARRAY_SIZE(tests); i++) {
start = tests[i][0];
end = tests[i][1];
size = end - start;
DBG("Erase test %d start=%08lx end=%08lx\n", i, start, end);
sprintf(flashapp->tab.name, "Erase test %d start=%08lx end=%08lx", i, start, end);
// Check that data is ok first
assert(memcmp(&flash_ptr[start], &flash_buffer[start], size) == 0);
// Erase
OSPI_DisableMemoryMappedMode();
OSPI_EraseSync(start, size);
OSPI_EnableMemoryMappedMode();
// Check that erased is actually erased
assert(validate_erased(start, size));
// Check that the rest of the data is still there
assert(memcmp(&flash_ptr[start + size], &flash_buffer[start + size], rand_size - end) == 0);
lcd_swap();
lcd_wait_for_vblank();
redraw(flashapp);
}
DBG("[OK] Erase ok\n");
sprintf(flashapp->tab.name, "Flash diag test OK");
redraw(flashapp);
// Do a read test of the first 1MB
uint32_t read_ms = test_read(0, 1024 * 1024);
sprintf(flashapp->tab.name, "All OK. Flash read: %ld.%02ld MB/s", 1024 / read_ms, (100 * 1024 / read_ms) % 100);
lcd_swap();
lcd_wait_for_vblank();
redraw(flashapp);
}
static void state_set(flashapp_state_t state_next)
{
printf("State: %ld -> %d\n", flashapp_state, state_next);
flashapp_state = state_next;
}
static void state_inc(void)
{
state_set(flashapp_state + 1);
}
static void flashapp_run(flashapp_t *flashapp)
{
uint8_t program_calculated_sha256[65];
switch (flashapp_state) {
case FLASHAPP_INIT:
// Clear variables shared with the host
program_size = 0;
program_address = 0;
program_status = 0;
program_erase = 0;
program_erase_bytes = 0;
program_chunk_idx = 1;
program_chunk_count = 1;
memset(program_expected_sha256, 0, sizeof(program_expected_sha256));
memset(program_calculated_sha256, 0, sizeof(program_calculated_sha256));
flashapp->progress_value = 0;
flashapp->progress_max = 0;
state_inc();
break;
case FLASHAPP_IDLE:
sprintf(flashapp->tab.name, "1. Waiting for data");
// Notify that we are ready to start
program_status = FLASHAPP_STATUS_IDLE;
flashapp->progress_value = 0;
flashapp->progress_max = 0;
// program_start is set by the flash script
switch (program_start) {
case 1: // Normal flash operation
program_start = 0;
state_inc();
break;
case 2: // Test flash
program_start = 0;
state_set(FLASHAPP_TEST_NEXT);
break;
default:
break;
}
break;
case FLASHAPP_START:
program_status = FLASHAPP_STATUS_BUSY;
state_inc();
break;
case FLASHAPP_CHECK_HASH_RAM_NEXT:
sprintf(flashapp->tab.name, "2. Checking hash in RAM (%ld bytes)", program_size);
state_inc();
break;
case FLASHAPP_CHECK_HASH_RAM:
// Calculate sha256 hash of the RAM first
sha256_to_string(program_calculated_sha256, (const BYTE*) flash_buffer, program_size);
if (strncmp((char *)program_calculated_sha256, (char *)program_expected_sha256, 64) != 0) {
// Hashes don't match even in RAM, openocd loading failed.
sprintf(flashapp->tab.name, "*** Hash mismatch in RAM ***");
program_status = FLASHAPP_STATUS_BAD_HASH_RAM;
state_set(FLASHAPP_ERROR);
break;
} else {
sprintf(flashapp->tab.name, "3. Hash OK in RAM");
state_inc();
}
break;
case FLASHAPP_ERASE_NEXT:
OSPI_DisableMemoryMappedMode();
if (program_erase) {
if (program_erase_bytes == 0) {
sprintf(flashapp->tab.name, "4. Performing Chip Erase (takes time)");
} else {
flashapp->erase_address = program_address;
flashapp->erase_bytes_left = program_erase_bytes;
uint32_t smallest_erase = OSPI_GetSmallestEraseSize();
if (flashapp->erase_address & (smallest_erase - 1)) {
sprintf(flashapp->tab.name, "** Address not aligned to smallest erase size! **");
program_status = FLASHAPP_STATUS_NOT_ALIGNED;
state_set(FLASHAPP_ERROR);
break;
}
// Round size up to nearest erase size if needed ?
if ((flashapp->erase_bytes_left & (smallest_erase - 1)) != 0) {
flashapp->erase_bytes_left += smallest_erase - (flashapp->erase_bytes_left & (smallest_erase - 1));
}
sprintf(flashapp->tab.name, "4. Erasing %ld bytes...", flashapp->erase_bytes_left);
printf("Erasing %ld bytes at 0x%08lx\n", flashapp->erase_bytes_left, flashapp->erase_address);
flashapp->progress_max = program_erase_bytes;
flashapp->progress_value = 0;
}
state_inc();
} else {
state_set(FLASHAPP_PROGRAM_NEXT);
}
break;
case FLASHAPP_ERASE:
if (program_erase_bytes == 0) {
OSPI_NOR_WriteEnable();
OSPI_ChipErase();
state_inc();
} else {
if (OSPI_Erase(&flashapp->erase_address, &flashapp->erase_bytes_left)) {
flashapp->progress_max = 0;
state_inc();
}
flashapp->progress_value = flashapp->progress_max - flashapp->erase_bytes_left;
}
break;
case FLASHAPP_PROGRAM_NEXT:
sprintf(flashapp->tab.name, "5. Programming...");
flashapp->progress_value = 0;
flashapp->progress_max = program_size;
flashapp->current_program_address = program_address;
flashapp->program_bytes_left = program_size;
flashapp->program_buf = flash_buffer;
state_inc();
break;
case FLASHAPP_PROGRAM:
if (flashapp->program_bytes_left > 0) {
uint32_t dest_page = flashapp->current_program_address / 256;
uint32_t bytes_to_write = flashapp->program_bytes_left > 256 ? 256 : flashapp->program_bytes_left;
OSPI_NOR_WriteEnable();
OSPI_PageProgram(dest_page * 256, flashapp->program_buf, bytes_to_write);
flashapp->current_program_address += bytes_to_write;
flashapp->program_buf += bytes_to_write;
flashapp->program_bytes_left -= bytes_to_write;
flashapp->progress_value = program_size - flashapp->program_bytes_left;
} else {
state_inc();
}
break;
case FLASHAPP_CHECK_HASH_FLASH_NEXT:
sprintf(flashapp->tab.name, "6. Checking hash in FLASH");
OSPI_EnableMemoryMappedMode();
state_inc();
break;
case FLASHAPP_CHECK_HASH_FLASH:
// Calculate sha256 hash of the FLASH.
sha256_to_string(program_calculated_sha256,
(const BYTE*) (0x90000000 + program_address),
program_size);
if (strncmp((char *)program_calculated_sha256, (char *)program_expected_sha256, 64) != 0) {
// Hashes don't match in FLASH, programming failed.
sprintf(flashapp->tab.name, "*** Hash mismatch in FLASH ***");
program_status = FLASHAPP_STATUS_BAD_HAS_FLASH;
state_set(FLASHAPP_ERROR);
} else {
sprintf(flashapp->tab.name, "7. Hash OK in FLASH.");
if (program_chunk_idx != program_chunk_count) {
// More chunks will be programmed, skip the init state.
program_chunk_idx++;
state_set(FLASHAPP_IDLE);
} else {
sprintf(flashapp->tab.name, "Programming done!");
program_status = FLASHAPP_STATUS_DONE;
state_set(FLASHAPP_FINAL);
}
}
break;
case FLASHAPP_TEST_NEXT:
test_flash(flashapp);
state_inc();
break;
case FLASHAPP_TEST:
case FLASHAPP_FINAL:
case FLASHAPP_ERROR:
// Stay in state until reset.
break;
}
}
void flashapp_main(void)
{
flashapp_t flashapp = {};
SCB_InvalidateDCache();
SCB_DisableDCache();
odroid_system_init(0, 32000);
lcd_set_buffers(framebuffer1, framebuffer1);
while (true) {
if (program_chunk_count == 1) {
sprintf(flashapp.tab.status, " Game and Watch Flash App");
} else {
sprintf(flashapp.tab.status, " Game and Watch Flash App (%ld/%ld)",
program_chunk_idx, program_chunk_count);
}
// Run multiple times to skip rendering when programming
for (int i = 0; i < 128; i++) {
wdog_refresh();
flashapp_run(&flashapp);
if (flashapp_state != FLASHAPP_PROGRAM) {
break;
}
}
lcd_swap();
lcd_wait_for_vblank();
redraw(&flashapp);
}
}
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