Move everything to src

I am indecisive

boot.s

@@ -1,60 +0,0 @@
-# Declare some constants for the multiboot header.
-.set ALIGN,     1<<0                # Align loaded modules on page boundaries
-.set MEMINFO,   1<<1                # Provide memory map
-.set FLAGS,     ALIGN | MEMINFO     # This is the multiboot 'flag' field
-.set MAGIC,     0x1BADB002          # Magic number lets bootloader find the header
-.set CHECKSUM,  -(MAGIC + FLAGS)    # Checksum of above, to prove we are multiboot
-
-# Declare a header as in the Multiboot Standard. We put this into a special
-# section so we can force the header to be in the start of the final program.
-# You don't need to understand all these details as it is just magic values that
-# is documented in the multiboot standard. The bootloader will search for this
-# magic sequence and recognize us as a multiboot kernel.
-.section .multiboot
-.align 4
-.long MAGIC
-.long FLAGS
-.long CHECKSUM
-
-# Currently the stack pointer register (esp) points at anything and using it may
-# cause massive harm. Instead, we'll provide our own stack. We will allocate
-# room for a small temporary stack by creating a symbol at the bottom of it,
-# then allocating 16384 bytes for it, and finally creating a symbol at the top.
-.section .bootstrap_stack
-stack_buttom:
-.skip 16384     # 16 KiB
-stack_top:
-
-# The linker script specifies _start as the entry point to the kernel and the
-# bootloader will jump to this position once the kernel has been loaded. It
-# doesn't make sense to return from this function as the bootloader is gone.
-.section .text
-.global _start
-.type _start, @function
-_start:
-    # Set up some space for a call stack. The stack grows downwards, so esp gets set to the top of the stack.
-    movl $stack_top, %esp
-
-    # Very early initialization done here.
-    call kearly
-
-    # Global initialization done here.
-    call _init
-
-    # Here we go...
-    call kmain
-
-    # In case the function returns, we'll want to put the computer into an
-    # infinite loop. To do that, we use the clear interrupt ('cli') instruction
-    # to disable interrupts, the halt instruction ('hlt') to stop the CPU until
-    # the next interrupt arrives, and jumping to the halt instruction if it ever
-    # continues execution, just to be safe. We will create a local label rather
-    # than real symbol and jump to there endlessly.
-    cli
-    hlt
-.Lhang:
-    jmp .Lhang
-
-# Set the size of the _start symbol to the current location '.' minus its start.
-# This is useful when debugging or when you implement call tracing.
-.size _start, . - _start