oss-contributor-swarm

Automate GitHub contributions from issue selection to pull request creation.

Updated Feb 3, 2026
One-click install
npx skills add https://github.com/niveshdandyan/oss-contributor-swarm --skill oss-contributor-swarm
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: oss-contributor-swarm
Source: https://github.com/niveshdandyan/oss-contributor-swarm/tree/main
Command: npx skills add https://github.com/niveshdandyan/oss-contributor-swarm --skill oss-contributor-swarm

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires gh, jq, git, claude, and includes scripts (resource) components.

What problem does it solve?

It solves the problem of inconsistent, manual open-source contribution by continuously finding suitable GitHub issues and executing end-to-end PR workflows without ongoing human effort.

Core Features & Use Cases

  • Repository qualification: Pre-qualifies repos by contribution-friendliness signals such as maintainer responsiveness, required files (e.g., CONTRIBUTING.md), and license presence, then filters out risky targets.
  • Issue-to-PR pipeline: Selects “good first” issues, analyzes requirements, explores the codebase, implements changes, writes tests, updates docs, and creates a PR using the project’s conventions.
  • Review auto-response and learning: Monitors PR review feedback, applies auto-fixes for safe categories (typos/style/formatting), escalates when logic/security changes are required, and learns from outcomes in a persistent history model.
  • Use case: Keep a steady cadence (targeting ~3–5 PRs/day) by continuously turning newly discovered issues into merged contributions while tracking patterns that work best across repos and issue types.

Quick Start

Ask the swarm to run continuous contribution mode so it can qualify repositories, pick issues, implement fixes, open PRs, and respond to review feedback automatically.

Frequently Asked Questions about oss-contributor-swarm

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automate GitHub pull requests for open-source issues?

Automating GitHub pull requests involves using a multi-agent pipeline to continuously qualify repositories, select suitable issues, generate code with tests, and open PRs automatically. This handles end-to-end contribution workflows without manual coding effort.

What is the best way to find good first issues and automatically submit code?

Finding good first issues and submitting code automatically requires a continuous learning pipeline that pre-qualifies repositories by maintainer responsiveness, analyzes requirements, implements changes following project conventions, and creates PRs while monitoring review feedback.

Do I need to install gh and jq to automate open-source contributions?

Yes, automating open-source contributions requires installing gh, jq, git, and claude. These dependencies enable the multi-agent pipeline to interact with GitHub repositories, parse JSON data, manage version control, and generate code for the pull requests.

Can I use an autonomous agent to respond to PR review feedback and apply auto-fixes?

Yes, an autonomous agent can monitor PR review feedback and apply auto-fixes for safe categories like typos, style, and formatting. It escalates when logic or security changes are required and learns from outcomes in a persistent history model for future contributions.

What are the limitations of automating open-source pull requests continuously?

Limitations of automating open-source pull requests include configured safety rules that avoid security, dependency, or config changes without human approval. The pipeline targets 3-5 PRs per day and escalates complex logic changes rather than autonomously modifying critical code paths.

How does a multi-agent pipeline ensure safe code generation for continuous open-source contributions?

A multi-agent pipeline ensures safe code generation for continuous open-source contributions by following configured safety rules, pre-qualifying repositories to filter out risky targets, and persisting learning in contribution history. It restricts security or dependency modifications without explicit human approval.