return_status master_keys_import(
master_keys ** const keys,
const Key * const public_signing_key,
const Key * const private_signing_key,
const Key * const public_identity_key,
const Key * const private_identity_key) {
return_status status = return_status_init();
//check inputs
if ((keys == NULL)
|| (public_signing_key == NULL) || (private_signing_key == NULL)
|| (public_identity_key == NULL) || (private_identity_key == NULL)) {
throw(INVALID_INPUT, "Invalid input to master_keys_import.");
}
*keys = sodium_malloc(sizeof(master_keys));
throw_on_failed_alloc(*keys);
//initialize the buffers
buffer_init_with_pointer((*keys)->public_signing_key, (*keys)->public_signing_key_storage, PUBLIC_MASTER_KEY_SIZE, 0);
buffer_init_with_pointer((*keys)->private_signing_key, (*keys)->private_signing_key_storage, PRIVATE_MASTER_KEY_SIZE, 0);
buffer_init_with_pointer((*keys)->public_identity_key, (*keys)->public_identity_key_storage, PUBLIC_KEY_SIZE, 0);
buffer_init_with_pointer((*keys)->private_identity_key, (*keys)->private_identity_key_storage, PRIVATE_KEY_SIZE, 0);
//copy the keys
if (buffer_clone_from_raw((*keys)->public_signing_key, public_signing_key->key.data, public_signing_key->key.len) != 0) {
throw(BUFFER_ERROR, "Failed to copy public signing key.");
}
if (buffer_clone_from_raw((*keys)->private_signing_key, private_signing_key->key.data, private_signing_key->key.len) != 0) {
throw(BUFFER_ERROR, "Failed to copy private signing key.");
}
if (buffer_clone_from_raw((*keys)->public_identity_key, public_identity_key->key.data, public_identity_key->key.len) != 0) {
throw(BUFFER_ERROR, "Failed to copy public identity key.");
}
if (buffer_clone_from_raw((*keys)->private_identity_key, private_identity_key->key.data, private_identity_key->key.len) != 0) {
throw(BUFFER_ERROR, "Failed to copy private identity key.");
}
sodium_mprotect_noaccess(*keys);
cleanup:
on_error {
if (keys != NULL) {
sodium_free_and_null_if_valid(*keys);
}
}
return status;
}
/*
* Copy a raw array to a buffer and return the
* buffer.
*
* This should not be used directly, it is intended for the use
* with the macro buffer_create_from_string.
*
* Returns NULL on error.
*/
buffer_t* buffer_create_from_string_helper(
buffer_t * const buffer,
const unsigned char * const content,
const size_t content_length) {
if (buffer->buffer_length < content_length) {
return NULL;
}
if (buffer_clone_from_raw(buffer, content, content_length) != 0) {
return NULL;
}
return buffer;
}
return_status user_store_node_import(user_store_node ** const node, const User * const user) {
return_status status = return_status_init();
//check input
if ((node == NULL) || (user == NULL)) {
throw(INVALID_INPUT, "Invalid input to user_store_node_import.");
}
status = create_user_store_node(node);
throw_on_error(CREATION_ERROR, "Failed to create user store node.");
//master keys
status = master_keys_import(
&((*node)->master_keys),
user->public_signing_key,
user->private_signing_key,
user->public_identity_key,
user->private_identity_key);
throw_on_error(IMPORT_ERROR, "Failed to import master keys.");
//public signing key
if (user->public_signing_key == NULL) {
throw(PROTOBUF_MISSING_ERROR, "Missing public signing key in Protobuf-C struct.");
}
if (buffer_clone_from_raw((*node)->public_signing_key, user->public_signing_key->key.data, user->public_signing_key->key.len) != 0) {
throw(BUFFER_ERROR, "Failed to copy public signing key.");
}
status = conversation_store_import(
(*node)->conversations,
user->conversations,
user->n_conversations);
throw_on_error(IMPORT_ERROR, "Failed to import conversations.");
status = prekey_store_import(
&((*node)->prekeys),
user->prekeys,
user->n_prekeys,
user->deprecated_prekeys,
user->n_deprecated_prekeys);
throw_on_error(IMPORT_ERROR, "Failed to import prekeys.");
cleanup:
return status;
}
