void setup_kernel (multiboot_info_t *info, unsigned long magic)
{
serial_early_init();
assert(magic == MULTIBOOT_BOOTLOADER_MAGIC);
init_early_pagination ();
cpu_init ();
trap_init ();
init_IRQ ();
sti();
size_t cmdline_len = strlen((char *)info->cmdline);
cmdline_parse((char *)info->cmdline, cmdline_len);
/* okay, this is a *ugly* hack, but it works if there is only 1 module */
if (info->mods_count != 0)
{
boot_module.addr = 0x4000;
boot_module.len =
((module_t *)info->mods_addr)->mod_end -
((module_t *)info->mods_addr)->mod_start;
/* set name to buf */
boot_module.name = (char *)&boot_module.buf;
memcpy(&boot_module.buf,(void *)(((module_t *)info->mods_addr)->string + sizeof(long)),64);
memcpy((void*)0x4000,(void *)((module_t *)info->mods_addr)->mod_start, PAGE_SIZE);
}
u32 nr_frames = frame_allocator_init(info->mem_upper * 1024);
// load_stack_info(); // FIXME
/* NOTE: stack reset, do nothing here */
return start_kernel (info);
}
/* Symbol for our assembly to call. */
void serial_initialize(void)
{
serial_early_init();
}
