ragmint 0.1.0

A modular framework for evaluating and optimizing RAG pipelines.

Ragmint

Ragmint (Retrieval-Augmented Generation Model Inspection & Tuning) is a modular, developer-friendly Python library for evaluating, optimizing, and tuning RAG (Retrieval-Augmented Generation) pipelines.

It provides a complete toolkit for retriever selection, embedding model tuning, and automated RAG evaluation with support for Optuna-based Bayesian optimization.

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✨ Features

• ✅ Automated hyperparameter optimization (Grid, Random, Bayesian via Optuna)
• 🔍 Built-in RAG evaluation metrics — faithfulness, recall, BLEU, ROUGE, latency
• ⚙️ Retrievers — FAISS, Chroma, ElasticSearch
• 🧩 Embeddings — OpenAI, HuggingFace
• 🧠 Rerankers — MMR, CrossEncoder (extensible via plugin interface)
• 💾 Caching, experiment tracking, and reproducibility out of the box
• 🧰 Clean modular structure for easy integration in research and production setups

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🚀 Quick Start

1️⃣ Installation

git clone https://github.com/andyolivers/ragmint.git
cd ragmint
pip install -e .

The -e flag installs Ragmint in editable (development) mode.
Requires Python ≥ 3.9.

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2️⃣ Run a RAG Optimization Experiment

python ragmint/main.py --config configs/default.yaml --search bayesian

Example configs/default.yaml:

retriever: faiss
embedding_model: text-embedding-3-small
reranker:
  mode: mmr
  lambda_param: 0.5
optimization:
  search_method: bayesian
  n_trials: 20

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3️⃣ Manual Pipeline Usage

from ragmint.core.pipeline import RAGPipeline

pipeline = RAGPipeline({
    "embedding_model": "text-embedding-3-small",
    "retriever": "faiss",
})

result = pipeline.run("What is retrieval-augmented generation?")
print(result)

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🧩 Folder Structure

ragmint/
├── core/
│   ├── pipeline.py         # RAGPipeline implementation
│   ├── retriever.py        # Retriever logic (FAISS, Chroma)
│   ├── reranker.py         # MMR + CrossEncoder rerankers
│   └── embedding.py        # Embedding backends
├── tuner.py                # Grid, Random, Bayesian optimization (Optuna)
├── utils/                  # Metrics, logging, caching helpers
├── configs/                # Default experiment configs
├── experiments/            # Saved experiment results
├── tests/                  # Unit tests for all components
├── main.py                 # CLI entrypoint for tuning
└── pyproject.toml          # Project dependencies & build metadata

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🧪 Running Tests

To verify your setup:

pytest -v

Or to test a specific component (e.g., reranker):

pytest tests/test_reranker.py -v

All tests are designed for Pytest and run with lightweight mock data.

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⚙️ Configuration via pyproject.toml

Your pyproject.toml automatically includes:

[project]
name = "ragmint"
version = "0.1.0"
dependencies = [
    "numpy",
    "optuna",
    "scikit-learn",
    "faiss-cpu",
    "chromadb",
    "pytest",
    "openai",
    "tqdm",
]

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📊 Example Experiment Workflow

1. Define your retriever and reranker configuration in YAML
2. Launch an optimization search (Grid, Random, or Bayesian)
3. Ragmint evaluates combinations automatically and reports top results
4. Export best parameters for production pipelines

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🧬 Architecture Overview

flowchart TD
    A[Query] --> B[Embedder]
    B --> C[Retriever]
    C --> D[Reranker]
    D --> E[Generator]
    E --> F[Evaluation]
    F --> G[Optuna Tuner]
    G -->|Best Params| B

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📘 Example Output

[INFO] Starting Bayesian optimization with Optuna
[INFO] Trial 7 finished: recall=0.83, latency=0.42s
[INFO] Best parameters: {'lambda_param': 0.6, 'retriever': 'faiss'}

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🧠 Why Ragmint?

• Built for RAG researchers, AI engineers, and LLM ops
• Works with LangChain, LlamaIndex, or standalone RAG setups
• Designed for extensibility — plug in your own models, retrievers, or metrics

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⚖️ License

Licensed under the Apache License 2.0 — free for personal, research, and commercial use.

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👤 Author

André Oliveira
andyolivers.com
Data Scientist | AI Engineer