rem: puts("Welcome to the Haiku boot loader!");
add: dprintf("Welcome to the Haiku boot loader!\n");
context: main(stage2_args *args){	TRACE(("boot(): enter\n"));	if (heap_init(args) < B_OK)		panic("Could not initialize heap!\n");	TRACE(("boot(): heap initialized...\n"));	platform_init_video();	if ((platform_boot_options() & (BOOT_OPTION_DEBUG_OUTPUT | BOOT_OPTION_MENU)) == 0)		platform_switch_to_logo();	// the main platform dependent initialisation	// has already taken place at this point.	if (vfs_init(args) < B_OK)		panic("Could not initialize VFS!\n");	puts("Welcome to the Haiku boot loader!");	bool mountedAllVolumes = false;	Directory *volume = get_boot_file_system(args);	if (volume == NULL || (platform_boot_options() & BOOT_OPTION_MENU) != 0) {		if (volume == NULL)			puts("\tno boot path found, scan for all partitions...\n");		if (mount_file_systems(args) < B_OK) {			// That's unfortunate, but we still give the user the possibility			// to insert a CD-ROM or just rescan the available devices			puts("Could not locate any supported boot devices!");		}		// ToDo: check if there is only one bootable volume!		mountedAllVolumes = true;		if (user_menu(&volume) < B_OK) {			// user requested to quit the loader			goto out;		}	}	if (volume != NULL) {		// we got a volume to boot from!		status_t status;		while ((status = load_kernel(args, volume)) < B_OK) {			// loading the kernel failed, so let the user choose another			// volume to boot from until it works			volume = NULL;			if (!mountedAllVolumes) {				// mount all other file systems, if not already happened				if (mount_file_systems(args) < B_OK)					panic("Could not locate any supported boot devices!\n");				mountedAllVolumes = true;			}			if (user_menu(&volume) < B_OK || volume == NULL) {				// user requested to quit the loader				goto out;			}		}		// if everything is okay, continue booting; the kernel		// is already loaded at this point and we definitely		// know our boot volume, too		if (status == B_OK) {			register_boot_file_system(volume);			load_modules(args, volume);			// set up kernel args version info			gKernelArgs.kernel_args_size = sizeof(kernel_args);			gKernelArgs.version = CURRENT_KERNEL_ARGS_VERSION;			// ToDo: cleanup, heap_release() etc.			platform_start_kernel();		}	}out:	heap_release(args);	return 0;}