One-click install
npx skills add https://github.com/shin0720/autopus --skill auto-go-shin0720
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: auto-go
Source: https://github.com/shin0720/autopus/tree/main/.autopus/plugins/auto/skills/auto-go
Command: npx skills add https://github.com/shin0720/autopus --skill auto-go-shin0720

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill eliminates the manual, error-prone work of translating SPEC design documents into production-ready code, ensuring implementation stays fully aligned with approved planned requirements without redundant rework or misalignment.

Core Features & Use Cases

  • SPEC-aligned implementation: Automatically generates code that strictly follows the requirements and design outlined in finalized SPEC documents.
  • Flexible workflow control: Supports all standard Autopus execution flags including --auto, --loop, --team, and --multi to match your team's preferred development workflow.
  • Use case: For example, when you have an approved SPEC-AUTH-001 document for OAuth2 authentication, use this Skill to trigger the full automated implementation pipeline with parallel executors, built-in testing, and security review.

Quick Start

Use the auto-go skill to implement the code defined in your finalized SPEC document with your desired workflow execution flags enabled.

Frequently Asked Questions about auto-go

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

FAQPage Schema
How do I automatically generate production-ready code from a SPEC document?

To generate production-ready code from a SPEC document, you can trigger an automated implementation pipeline that strictly follows your finalized design requirements. This eliminates manual translation errors between planned specifications and delivered code.

Can I use parallel worktrees for SPEC-aligned code implementation?

Yes, SPEC-aligned code implementation supports automated and consistent execution across parallel worktrees. This allows teams to apply approved specifications to multiple features simultaneously while maintaining quality controls.

What is the best way to eliminate manual translation errors between planned requirements and delivered implementation?

The best way to eliminate translation errors between planned requirements and implementation is using an automated workflow that reads finalized SPEC documents. This ensures delivered code stays fully aligned with approved designs without redundant rework.

Does automated SPEC implementation support multi-model collaboration and team-based workflows?

Automated SPEC implementation supports multi-model collaboration and team-based workflows through flexible execution flags. You can enable specific routing options to match your project's preferred development workflow and implementation standards.

When do I need to use automated workflow routing for software engineering tasks?

You need automated workflow routing for software engineering tasks when your team has approved SPEC documents for features like authentication or API integrations. It ensures consistent implementation and built-in quality assurance across parallel executors.

Are there limitations when applying automated development workflows to core functionality specs?

Automated development workflows require finalized and approved SPEC design documents to function correctly. Limitations arise if the input specifications are incomplete, as the pipeline strictly implements the provided design without inferring missing requirements.