@mastra/core/dist/base-Bt5IshKX.js

import { t as MastraBase } from "./base-BeUQ6mLP.js";
//#region src/storage/domains/base.ts
/**
* Base class for all storage domains.
* Provides common interface for initialization and data clearing.
*/
var StorageDomain = class extends MastraBase {
	/**
	* Declares which of this domain's tables are eligible for age-based
	* retention, mapping a stable table key → physical table name, timestamp
	* anchor column, and whether that column is indexed.
	*
	* This is the single source of truth used by `prune()` implementations to
	* resolve policies to physical deletes. Domains that support retention
	* override this; the default is empty (nothing prunable).
	*/
	static retentionTables = {};
	/**
	* Initialize the storage domain.
	* This should create any necessary tables/collections.
	* Default implementation is a no-op - override in adapters that need initialization.
	*/
	async init() {}
	/**
	* Delete rows older than each policy's `maxAge`, batched, bounded, and
	* cancellable so it is safe to run against very large tables.
	*
	* - `policies` maps this domain's stable table keys to their retention policy.
	* - `options` bound the work (`maxBatches`/`maxRows`), pace it (`pauseMs`),
	*   and allow cooperative cancellation (`signal`).
	*
	* Returns one {@link PruneResult} per table touched. A result with
	* `done: false` means eligible rows remain — call `prune()` again to continue.
	*
	* `prune()` only deletes rows. On SQLite/LibSQL freed pages are reused by
	* future writes so the file stops growing. Handing disk back to the OS is left
	* to the underlying database and the operator to manage.
	*
	* Default implementation is a no-op (retention not supported).
	*/
	async prune(_policies, _options) {
		return [];
	}
};
//#endregion
export { StorageDomain as t };

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