ENTRY(start) KERNEL_VIRTUAL_BASE = 0xc0000000; PHDRS { boot_text PT_LOAD ; boot_bss PT_LOAD ; text PT_LOAD ; data PT_LOAD ; bss PT_LOAD ; } SECTIONS { . = KERNEL_VIRTUAL_BASE + 0x00100000; start_of_kernel_image = .; .boot_text ALIGN(4K) : AT (ADDR(.boot_text) - KERNEL_VIRTUAL_BASE) { KEEP(*(.boot_text)) KEEP(*(.multiboot)) } :boot_text .boot_bss ALIGN(4K) (NOLOAD) : AT (ADDR(.boot_bss) - KERNEL_VIRTUAL_BASE) { KEEP(*(.page_tables)) KEEP(*(.stack)) *(.super_pages) } :boot_bss .text ALIGN(4K) : AT (ADDR(.text) - KERNEL_VIRTUAL_BASE) { start_of_kernel_text = .; start_of_safemem_text = .; KEEP(*(.text.safemem)) end_of_safemem_text = .; start_of_safemem_atomic_text = .; KEEP(*(.text.safemem.atomic)) end_of_safemem_atomic_text = .; *(.text*) } :text .unmap_after_init ALIGN(4K) : AT (ADDR(.unmap_after_init) - KERNEL_VIRTUAL_BASE) { start_of_unmap_after_init = .; *(.unmap_after_init*); end_of_unmap_after_init = .; end_of_kernel_text = .; } :text .rodata ALIGN(4K) : AT (ADDR(.rodata) - KERNEL_VIRTUAL_BASE) { start_heap_ctors = .; *libkernel_heap.a:*(.ctors) end_heap_ctors = .; start_ctors = .; *(.ctors) end_ctors = .; *(.rodata*) } :data .data ALIGN(4K) : AT (ADDR(.data) - KERNEL_VIRTUAL_BASE) { start_of_kernel_data = .; *(.data*) end_of_kernel_data = .; } :data .ro_after_init ALIGN(4K) (NOLOAD) : AT(ADDR(.ro_after_init) - KERNEL_VIRTUAL_BASE) { start_of_ro_after_init = .; *(.ro_after_init); end_of_ro_after_init = .; } :data .bss ALIGN(4K) (NOLOAD) : AT (ADDR(.bss) - KERNEL_VIRTUAL_BASE) { start_of_kernel_bss = .; *(page_tables) *(COMMON) *(.bss) end_of_kernel_bss = .; . = ALIGN(4K); *(.heap) } :bss end_of_kernel_image = .; }