oe_abort oe_add_vectored_exception_handler oe_assert oe_free_attestation_certificate oe_free_key oe_free_report oe_free_seal_key oe_free_target_info oe_generate_attestation_certificate oe_get_enclave oe_get_private_key oe_get_private_key_by_policy oe_get_public_key oe_get_public_key_by_policy oe_get_report_v2 oe_get_seal_key_by_policy_v2 oe_get_seal_key_v2 oe_get_target_info_v2 oe_host_calloc oe_host_free oe_host_malloc oe_host_realloc oe_host_strndup oe_identity_verify_callback_t oe_is_outside_enclave oe_is_within_enclave oe_parse_report oe_random oe_remove_vectored_exception_handler oe_verify_attestation_certificate oe_verify_report

oe_generate_attestation_certificate() oe_result_t oe_generate_attestation_certificate ( const unsigned char *  subject_name, uint8_t *  private_key, size_t  private_key_size, uint8_t *  public_key, size_t  public_key_size, uint8_t **  output_cert, size_t *  output_cert_size  ) oe_generate_attestation_certificate. This function generates a self-signed x.509 certificate with an embedded quote from the underlying enclave. Parameters [in] subject_name a string contains an X.509 distinguished name (DN) for customizing the generated certificate. This name is also used as the issuer name because this is a self-signed certificate See RFC5280 (https://tools.ietf.org/html/rfc5280) specification for details Example value "CN=Open Enclave SDK,O=OESDK TLS,C=US" [in] private_key a private key used to sign this certificate [in] private_key_size The size of the private_key buffer [in] public_key a public key used as the certificate's subject key [in] public_key_size The size of the public_key buffer. [out] output_cert a pointer to buffer pointer [out] output_cert_size size of the buffer above Returns OE_OK on success