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@@ -413,7 +413,11 @@ pub extern fn rust_main() {
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Since we imported the macros at crate level, they are available in all modules and thus provide an easy and safe interface to the VGA buffer.
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Since we imported the macros at crate level, they are available in all modules and thus provide an easy and safe interface to the VGA buffer.
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## What's next?
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## What's next?
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In the next posts we will map the kernel pages correctly so that accessing `0x0` or writing to `.rodata` is not possible anymore. To obtain the loaded kernel sections we will read the multiboot information structure. Then we will create a paging module and use it to switch to a new page table where the kernel sections are mapped correctly.
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In the next posts we will map the kernel pages correctly so that accessing `0x0` or writing to `.rodata` is not possible anymore. To obtain the loaded kernel sections we will read the Multiboot information structure. Then we will create a paging module and use it to switch to a new page table where the kernel sections are mapped correctly.
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The [next post] describes the Multiboot information structure and creates a frame allocator using the information about memory areas.
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[next post]: {{ page.next.url }}
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## Other Rust OS Projects
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## Other Rust OS Projects
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Now that you know the very basics of OS development in Rust, you should also check out the following projects:
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Now that you know the very basics of OS development in Rust, you should also check out the following projects:
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