void multiboot_loader(uint32_t uMagic, multiboot_info_t *pMultiboot) {
uint32_t uPhysicalMemoryTotal, uMultibootMmapLenght;
multiboot_memory_map_t *pMultibootMmap;
if (!init_screen())
return;
if (!process_cpu_features())
return;
if (!process_multiboot(uMagic, pMultiboot, &uPhysicalMemoryTotal, &pMultibootMmap, &uMultibootMmapLenght))
return;
phys_alloc_init(pMultibootMmap, uMultibootMmapLenght);
if (!virt_init())
return;
uint64_t entry = load_kernel(__PACKED_KERNEL_START, __PACKED_KERNEL_END);
_goto64(entry);
}
void kmain( struct multiboot_info * info )
{
page_init(); /* we start up with a hacked segment base, so */
gdt_init(); /* get paging enabled and a real GDT installed first. */
vga_clear();
put_status_line( 1, "Paging enabled." );
put_status_line( 1, "Starting Physical Memory Allocator..." );
phys_alloc_init( info );
put_status_line( 1, "Starting Kernel Heap Allocator..." );
kmalloc_init();
page_init_finish();
/* install other default handlers */
timer_init( 50 );
/* test the heap allocator */
int * foo = kmalloc( 240 );
vga_puts( "Allocation test: " );
vga_put_hex( (u32) foo );
vga_puts( "\n" );
*foo = 42; /* shouldn't die */
put_status_line( 1, "Scanning PCI buses..." );
pci_enum_devices();
/* finished initializing, so turn on the interrupts */
enable_interrupts();
// asm volatile( "int $0x3" );
for(;;)
halt();
}
