memclave/vud__sk_8h_source.html

#ifndef VUD_SK_H

#define VUD_SK_H


#include "vud.h"

#include "vud_mem.h"


#include <stddef.h>

#include <stdint.h>


long vud_sk_from_elf(const char* path, size_t sz, uint64_t* out, bool auth_only);


int vud_enc_auth_sk(uint64_t* sk, const uint8_t* key);


vud_error vud_get_symbol(const char *binary, const char *symb,

                         vud_mram_addr *out_addr);


#endif

vud.h

vud_error
vud_error
Definition vud.h:13

path
const char * path
Definition vud_ime.h:20

vud_mem.h

vud_mram_addr
uint32_t vud_mram_addr
Definition vud_mem.h:8

vud_enc_auth_sk
int vud_enc_auth_sk(uint64_t *sk, const uint8_t *key)
encrypt the passed in subkernel under key - leave only header as AD

vud_get_symbol
vud_error vud_get_symbol(const char *binary, const char *symb, vud_mram_addr *out_addr)
lookup the location of a symbol in MRAM based on the subkernel ELF file

vud_sk_from_elf
long vud_sk_from_elf(const char *path, size_t sz, uint64_t *out, bool auth_only)
load an elf file and convert it into subkernel format