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It fills `early_idt_handler_array` with the `.rept NUM_EXCEPTION_VECTORS` and contains entry of the `early_make_pgtable` interrupt handler (you can read more about its implementation in the part about [Early interrupt and exception handling](https://0xax.gitbook.io/linux-insides/summary/initialization/linux-initialization-2)). For now, we have reached the end of the x86_64 architecture-specific code and the next part is the generic kernel code. You probably already know, that we will return to the architecture-specific code in the `setup_arch` function and other places, but this is the end of the `x86_64` early code.
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It fills `early_idt_handler_array` with the `.rept NUM_EXCEPTION_VECTORS` and contains entry of the `early_make_pgtable` interrupt handler (you can read more about its implementation in the part about [Early interrupt and exception handling](https://0xax.gitbook.io/linux-insides/summary/initialization/linux-initialization-2)). For now, we have reached the end of the x86_64 architecture-specific code and the next part is the generic kernel code. You probably already know, that we will return to the architecture-specific code in the `setup_arch` function and other places, but this is the end of the `x86_64` early code.
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Z