Decryptor/Decryptor/DecryptorWrapper.cpp

#include <stdint.h>
#include "Decryptor.h"
#include "Decryptor_t.h"

uint32_t process_message_generate_response_wrapper(uint8_t* input_ciphertext, uint32_t input_ciphertext_plus_tag_length, uint8_t* output_ciphertext, uint32_t* output_ciphertext_plus_tag_length)
{
  return Decryptor::process_message_generate_response(input_ciphertext, input_ciphertext_plus_tag_length, output_ciphertext, output_ciphertext_plus_tag_length);
}

uint32_t process_verifiers_message_wrapper(uint8_t* input_ciphertext, uint32_t input_ciphertext_plus_tag_length)//, uint8_t* output_ciphertext, uint32_t* output_ciphertext_plus_tag_length)
{
  return Decryptor::process_verifiers_message(input_ciphertext, input_ciphertext_plus_tag_length);
}

uint32_t encrypt_mitigator_header_H_to_apache_wrapper(uint8_t* ciphertext_token_H_plus_tag)
{
  return Decryptor::encrypt_mitigator_header_H_to_apache(ciphertext_token_H_plus_tag);
}

void calculate_sealed_keypair_size_wrapper(uint32_t* length)
{
  Decryptor::calculate_sealed_keypair_size(length);
}

uint32_t create_and_seal_long_term_signing_key_pair_wrapper(uint32_t* sealed_data_length, uint8_t* sealed_data)
{
     return Decryptor::create_and_seal_long_term_signing_key_pair(sealed_data_length, sealed_data);
}

uint32_t unseal_and_restore_long_term_signing_key_pair_wrapper(uint8_t* sealed_data, uint32_t* sgx_sealed_data_length)
{
  return Decryptor::unseal_and_restore_long_term_signing_key_pair(sealed_data, sgx_sealed_data_length);
}