int aws_kms_encrypt_blocking_with_context()

in source/kms.c [2781:2817]

• 30 lines of code
• 4 McCabe index (conditional complexity)

int aws_kms_encrypt_blocking_with_context(
    struct aws_nitro_enclaves_kms_client *client,
    const struct aws_string *key_id,
    const struct aws_byte_buf *plaintext,
    const struct aws_string *encryption_context,
    struct aws_byte_buf *ciphertext_blob
    /* TODO: err_reason */) {
    AWS_PRECONDITION(client != NULL);
    AWS_PRECONDITION(key_id != NULL);
    AWS_PRECONDITION(ciphertext_blob != NULL);
    AWS_PRECONDITION(plaintext != NULL);

    struct aws_kms_encrypt_request *request_structure = NULL;
    int rc = AWS_OP_SUCCESS;

    request_structure = aws_kms_encrypt_request_new(client->allocator);
    if (request_structure == NULL) {
        return AWS_OP_ERR;
    }

    aws_byte_buf_init_copy(&request_structure->plaintext, client->allocator, plaintext);
    request_structure->key_id = aws_string_clone_or_reuse(client->allocator, key_id);

    if (encryption_context) {
        struct json_object *context_json = s_json_object_from_string(encryption_context);
        rc = s_aws_hash_table_from_json(client->allocator, context_json, &request_structure->encryption_context);
        json_object_put(context_json);
    }

    if (rc == AWS_OP_SUCCESS) {
        rc = aws_kms_encrypt_blocking_from_request(client, request_structure, ciphertext_blob);
    }

    aws_kms_encrypt_request_destroy(request_structure);

    return rc;
}