rag-playbook 0.1.1

Compare RAG patterns with real benchmarks. Run one command, see which pattern wins.

rag-playbook

Stop guessing which RAG pattern to use. Compare them with real numbers.

Quick Start · Patterns · Decision Guide · Architecture · CLI Reference

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Every RAG tutorial teaches you how to build patterns. None of them tell you which one to actually use.

rag-playbook runs the same query against 8 production-tested RAG patterns and shows you which one wins — with real numbers for quality, latency, and cost.

Quick Start

pip install rag-playbook[openai]
export OPENAI_API_KEY=sk-...

# Compare all patterns on your documents
rag-playbook compare --data ./my_docs/ --query "What is the refund policy?"

Patterns

#	Pattern	Best For	Latency	Cost
01	Naive	Simple factual queries	~1s	$
02	Hybrid Search	Queries with codes, IDs, exact terms	~1.1s	$
03	Re-ranking	When top-K retrieval isn't precise enough	~1.4s	$$
04	Parent-Child	Long documents with clear sections	~1s	$
05	Query Decomposition	Complex multi-part questions	~2.1s	$$$
06	HyDE	Short or ambiguous queries	~1.5s	$$
07	Self-Correcting	When hallucination risk is high	~2.8s	$$$
08	Agentic	When query intent is unclear	~3.2s	$$$$

Which pattern should I use? (decision guide)

How is this different from [X]?

	NirDiamant/RAG_Techniques	FlashRAG	Ragas	rag-playbook
Format	Jupyter notebooks	Academic library	Eval metrics	Library + CLI
pip install	No	Complex	Yes	Yes (simple)
Benchmarks	None	Academic	N/A	Practical comparison
"Which to use?"	No	No	No	YES
License	Non-commercial	MIT	Apache-2.0	MIT

Use as a Library

import asyncio
from rag_playbook import create_pattern, Settings
from rag_playbook.core.embedder import create_embedder
from rag_playbook.core.llm import create_llm
from rag_playbook.core.vector_store import create_vector_store

async def main():
    settings = Settings()  # Reads from .env / environment
    llm = create_llm(settings)
    embedder = create_embedder(settings)
    store = create_vector_store("memory")

    pattern = create_pattern("reranking", llm=llm, embedder=embedder, store=store)

    # Index your documents first (or use the CLI: rag-playbook ingest)
    result = await pattern.query("What is the refund policy?")

    print(result.answer)
    print(f"Cost: ${result.metadata.cost_usd:.4f}")
    print(f"Latency: {result.metadata.latency_ms:.0f}ms")

asyncio.run(main())

See examples/ for more usage patterns.

Installation

# Minimal (in-memory store, OpenAI)
pip install rag-playbook[openai]

# With ChromaDB
pip install rag-playbook[openai,chromadb]

# With pgvector
pip install rag-playbook[openai,pgvector]

# With re-ranking support (Pattern 03)
pip install rag-playbook[openai,chromadb,reranking]

# Everything
pip install rag-playbook[all]

From Source

git clone https://github.com/Aamirofficiall/rag-playbook.git
cd rag-playbook
uv venv --python 3.11 .venv
source .venv/bin/activate
uv pip install -e ".[dev,chromadb,openai]"

CLI Commands

Command	Description
rag-playbook compare	Compare patterns side-by-side on your documents
rag-playbook run	Run a single pattern
rag-playbook recommend	Get an LLM-powered pattern recommendation
rag-playbook ingest	Load, chunk, embed, and index documents
rag-playbook bench	Run full benchmark suite
rag-playbook patterns	List all available patterns

Run a single pattern

rag-playbook run reranking --data ./docs/ --query "What are the laptop specs?"

List available patterns

rag-playbook patterns

Get a pattern recommendation

rag-playbook recommend --query "What is the refund policy?"

Ingest documents

rag-playbook ingest --data ./sample_docs/

See CLI Reference for full usage.

Configuration

All settings can be configured via environment variables with the RAG_ prefix:

# .env
RAG_LLM_PROVIDER=openai
RAG_LLM_MODEL=gpt-4o-mini
RAG_EMBEDDING_MODEL=text-embedding-3-small
RAG_EMBEDDING_DIMENSIONS=1536
RAG_TOP_K=5
RAG_CHUNK_SIZE=512
RAG_CHUNK_OVERLAP=50

Or pass a Settings object directly in code. See .env.example for all options.

Architecture

Document → Chunk → EmbeddedChunk → RetrievedChunk → RAGResult
              │         │                │               │
          Chunker    Embedder       VectorStore        LLM

Design patterns used:

• Strategy — Swappable LLM and embedding providers
• Repository — Vector store abstraction
• Template Method — BaseRAGPattern with overridable pipeline steps
• Decorator — CachedEmbedder wrapping any embedder with SHA-256 keyed cache
• Factory — create_pattern(), create_llm(), create_embedder(), etc.

See Architecture Guide for details.

Development

make install    # Install with dev dependencies
make test       # Run unit tests
make lint       # Lint with ruff
make format     # Auto-format with ruff
make type-check # Type check with mypy
make check      # Run all checks

See CONTRIBUTING.md for the full guide.

Project Structure

src/rag_playbook/
├── core/
│   ├── llm.py           # LLM client (OpenAI, Anthropic)
│   ├── embedder.py       # Embedding with caching
│   ├── vector_store.py   # Vector store abstraction
│   ├── chunker.py        # Document chunking strategies
│   ├── evaluator.py      # LLM-as-judge evaluation
│   ├── models.py         # Immutable pipeline data models
│   ├── config.py         # Settings via pydantic-settings
│   ├── cost.py           # Per-model cost tracking
│   └── prompts.py        # All prompt templates
├── patterns/
│   ├── base.py           # Template Method base class
│   ├── naive.py          # Pattern 01: Baseline
│   ├── hybrid_search.py  # Pattern 02: BM25 + vector
│   ├── reranking.py      # Pattern 03: LLM reranking
│   ├── parent_child.py   # Pattern 04: Context expansion
│   ├── query_decomposition.py  # Pattern 05: Sub-queries
│   ├── hyde.py           # Pattern 06: Hypothetical docs
│   ├── self_correcting.py     # Pattern 07: Faithfulness check
│   └── agentic.py        # Pattern 08: Tool-calling loop
├── cli/
│   ├── app.py            # Typer CLI root
│   ├── compare_cmd.py    # The killer feature
│   ├── run_cmd.py        # Single pattern execution
│   ├── recommend_cmd.py  # LLM-powered recommendation
│   ├── ingest_cmd.py     # Document ingestion pipeline
│   ├── patterns_cmd.py   # List patterns
│   └── formatters.py     # Rich terminal output
└── utils/
    ├── timer.py          # Timing context manager
    └── tokenizer.py      # tiktoken helpers

Author

Built by Aamir Shahzad — backend engineer building data systems and AI infrastructure.

License

MIT