Nigel
5051b8903c
The first stage after GRUB will be Pre-Kernel. This stage will organize the information we receive from the bootloader. (in our case that will be grub) The second stage is for now called early_main. The program will at this point already be running in virtual higher-half / higher-quarter address space. The goal of the second stage is to set up the kernel in such a way that we are ready to jump in to usermode. The third stage is for now called kernel_main. This stage will jump us into usermode and load the startup programs. - Added a GRUB entry for tests - Started writing the pre-kernel stage - Removed knowledge of multiboot from early_main - Edited the linkerscript to link variables in pre-kernel to lower address space. ( from 1MB and up)
19 lines
434 B
C
19 lines
434 B
C
#pragma once
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#include <stddef.h>
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//#include "../../multiboot.h"
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#include "../memoryinfo.h"
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void initialise_available_regions(uint32_t memoryMapAddr, uint32_t memoryMapLastAddr, uint32_t* memoryBitMap, int* used_blocks);
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/*
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void mapMultibootMemoryMap( MemoryInfo* memInfo , multiboot_info_t *mbt);
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*/
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/**
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* @brief Debug Verbose Functions
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*
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* @param mmap
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*/
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/*
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void print_Multiboot_memory_Map(multiboot_memory_map_t* mmap);
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*/
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