void main()
{
clear_screens();
if(mount_sd() != 0) {
draw_loading("Failed to mount SD", "Make sure your SD card can be read correctly");
return;
}
// This function already correctly draws error messages
if (load_firm() != 0) return;
if (load_cakes_info("/cakes/patches") != 0) {
draw_loading("Failed to read some cakes", "Make sure your cakes are up to date\n and your SD card can be read correctly");
return;
}
load_config();
// If the L button isn't pressed, autoboot.
if (config->autoboot_enabled && *hid_regs ^ 0xFFF ^ key_l) {
boot_cfw();
}
menu_main();
}
void main()
{
clear_screens();
if(mount_sd() != 0) {
draw_loading("Failed to mount SD", "Make sure your SD card can be read correctly");
return;
}
load_config();
// If the L button isn't pressed, autoboot.
if (config->autoboot_enabled && *hid_regs ^ 0xFFF ^ key_l) {
print("Autobooting...");
if (read_file(firm_loc, PATH_PATCHED_FIRMWARE, FCRAM_SPACING) != 0 ||
firm_loc->magic != FIRM_MAGIC) {
print("Failed to load patched FIRM");
draw_message("Failed to load patched FIRM", "The option to autoboot was selected,\n but no valid FIRM could be found at:\n " PATH_PATCHED_FIRMWARE);
} else {
if (read_file(memory_loc, PATH_MEMORY, FCRAM_SPACING) != 0) {
print("Failed to load memory patches");
draw_message("Failed to load memory patches", "The option to autoboot was selected,\n but no valid memory patches could be found at:\n " PATH_MEMORY);
} else {
if (config->firm_console == console_n3ds && config->firm_ver > 0x0F) {
slot0x11key96_init();
}
// boot_firm() requires current_firm->console and current_firm->version.
struct firm_signature config_firm = {.console = config->firm_console,
.version = config->firm_ver};
current_firm = &config_firm;
boot_firm();
}
}
}
if (load_firms() != 0) {
if(menu_firms() !=0) return;
}
print("Loading cakes");
if (load_cakes_info(PATH_PATCHES) != 0) {
draw_loading("Failed to read some cakes", "Make sure your cakes are up to date\n and your SD card can be read correctly");
return;
}
load_config_cakes();
menu_main();
}
void version_info()
{
int pos_y = draw_loading("Version info", "CakesFW version " CAKES_VERSION) + SPACING_VERT;
int version_pos_x = SPACING_HORIZ * 21;
draw_string(screen_top_left, "NATIVE_FIRM version:", 0, pos_y, COLOR_NEUTRAL);
draw_string(screen_top_left, current_firm->version_string, version_pos_x, pos_y, COLOR_NEUTRAL);
if (current_twl_firm) {
pos_y += SPACING_VERT;
draw_string(screen_top_left, "TWL_FIRM version:", 0, pos_y, COLOR_NEUTRAL);
draw_string(screen_top_left, current_twl_firm->version_string, version_pos_x, pos_y, COLOR_NEUTRAL);
}
if (current_agb_firm) {
pos_y += SPACING_VERT;
draw_string(screen_top_left, "AGB_FIRM version:", 0, pos_y, COLOR_NEUTRAL);
draw_string(screen_top_left, current_agb_firm->version_string, version_pos_x, pos_y, COLOR_NEUTRAL);
}
draw_string(screen_top_left, "Press B to return", 0, pos_y + 20, COLOR_SELECTED);
while (1) {
uint16_t key = wait_key();
if (key == (key_released | key_b)) {
return;
}
}
}
int menu_firms()
{
char firms[MAX_OPTIONS][_MAX_LFN + 1], dirpath[] = PATH_FIRMWARE_DIR;
int pathlen = strlen(dirpath);
int count = find_file_pattern(firms, dirpath, pathlen, MAX_OPTIONS, "firmware*.bin");
if (!count) {
draw_loading("Failed to load FIRM", "Make sure the encrypted FIRM is\n located in the firmware directory");
return 1;
}
char *options[count];
for (int x = 0; x <= count; x++) options[x] = firms[x];
int result = draw_menu("Select firmware", 0, count, options);
if (result == -1) return 0;
memcpy(config->firm_path, firms[result], _MAX_LFN + 1);
reload_native_firm();
load_cakes_info(PATH_PATCHES);
return 0;
}
static void menu_draw_row_callback(GContext *ctx, const Layer *cell_layer, MenuIndex *cell_index, void *data) {
if (is_search_initialized) {
save_contact_name(cell_index->row);
save_contact_number(cell_index->row);
save_contact_id(cell_index->row);
draw_menu(ctx, cell_layer, current_contact, current_number);
} else {
draw_loading(ctx, cell_layer, "Loading...", "If you just installed, this menu will populate as you send texts");
}
}
void draw_message(char *title, char *text)
{
int pos_y = draw_loading(title, text);
draw_string(screen_top_left, "Press A to continue", 10, pos_y + 20, COLOR_SELECTED);
while (1) {
uint16_t key = wait_key();
if (key == (key_released | key_a)) {
return;
}
}
}
