npx claudepluginhub omidzamani/dspy-skillsCollection of 22 focused skills for building, optimizing, evaluating, and deploying DSPy applications.
A comprehensive collection of AI-powered skills for programming and optimizing LLM applications using the DSPy framework. These skills enable you to move from manual prompt engineering to systematic, programmatic LLM development.
DSPy is a declarative framework that lets you program language models instead of prompting them. It provides:
| Skill | Description | Best For |
|---|---|---|
| dspy-bootstrap-fewshot | Auto-generate few-shot examples | Quick optimization with ~10 examples |
| dspy-miprov2-optimizer | Bayesian instruction+demo optimization | 200+ examples, comprehensive tuning |
| dspy-gepa-reflective | LLM reflection on execution traces | Agentic systems, complex workflows |
| dspy-finetune-bootstrap | Fine-tune model weights | Production deployment, efficiency |
| Skill | Description | Best For |
|---|---|---|
| dspy-rag-pipeline | RAG with ColBERTv2 retrieval | Knowledge-grounded generation |
| dspy-signature-designer | Design type-safe I/O specs | Clean, validated outputs |
| dspy-evaluation-suite | Metrics and evaluation | Quality assessment |
| dspy-haystack-integration | DSPy + Haystack pipelines | Existing Haystack projects |
pip install dspy-ai
# For ColBERTv2 retrieval
pip install colbert-ai
# For Haystack integration
pip install haystack-ai
# For fine-tuning
pip install transformers datasets
import dspy
# Configure LM
dspy.configure(lm=dspy.LM("openai/gpt-4o-mini"))
# Create a simple classifier
classify = dspy.Predict("text -> sentiment: bool")
result = classify(text="I love this product!")
print(result.sentiment) # True
See examples/code-snippets.py for production-ready code.
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