Jump to content

Connect SuperML | Leeroopedia MCP: Equip your AI agents with best practices, code verification, and debugging knowledge. Powered by Leeroo — building Organizational Superintelligence. Contact us at founders@leeroo.com.

Principle:Googleapis Python genai Document Management

From Leeroopedia
Revision as of 17:40, 16 February 2026 by Admin (talk | contribs) (Auto-imported from principles/Googleapis_Python_genai_Document_Management.md)
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Knowledge Sources
Domains RAG, Document_Management
Last Updated 2026-02-15 14:00 GMT

Overview

Pattern for managing documents within retrieval-augmented generation (RAG) stores to provide grounding context for generative AI.

Description

Document Management is the practice of organizing, indexing, retrieving, and lifecycle-managing documents within a knowledge store. In RAG workflows, documents are ingested into a search store where they are chunked, embedded, and indexed. Subsequent generation requests can retrieve relevant document chunks to ground model responses in factual data. Management operations include listing, getting metadata, and deleting documents from stores.

Usage

Use this principle when building RAG pipelines that require programmatic management of the document corpus, such as refreshing indexed content, auditing stored documents, or cleaning up stale entries from a file search store.

Theoretical Basis

The document management lifecycle follows a CRUD pattern over an indexed corpus:

# Pseudo-code for document management in a RAG store
store = create_search_store(name, config)
upload_document(store, file_path)
documents = list_documents(store)
doc_metadata = get_document(doc_name)
delete_document(doc_name)

Key properties:

  • Indexed storage: Documents are chunked and embedded for retrieval
  • Metadata-rich: Each document carries name, type, and state metadata
  • Store-scoped: Documents belong to a parent file search store

Related Pages

Page Connections

Double-click a node to navigate. Hold to expand connections.
Principle
Implementation
Heuristic
Environment