workflow-chapter6-single-task-daily-loop

Name: workflow-chapter6-single-task-daily-loop
Availability: InStock
Author: skyoxu

Automate idempotent Chapter 6 daily task loops across sibling business repositories.

Updated Nov 6, 2025

Search Tags:#workflow #python #idempotent #task-automation #chapter6 #devcli

Ready to run

npx skills add https://github.com/skyoxu/godotgame --skill workflow-chapter6-single-task-daily-loop

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: workflow-chapter6-single-task-daily-loop
Source: https://github.com/skyoxu/godotgame/tree/main/.agents/skills/workflow-chapter6-single-task-daily-loop
Command: npx skills add https://github.com/skyoxu/godotgame --skill workflow-chapter6-single-task-daily-loop

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Run the fixed Chapter 6 daily single-task loop across a business repository pair, enabling reliable recovery, deterministic task progression, and consistent audit trails.

Core Features & Use Cases

Orchestrates one-task-at-a-time execution following the Chapter 6 workflow, including resume-task, routing decisions, and automated validation steps.
Works across sibling business repositories to reproduce production-like recovery flows and ensure logs and artifacts reflect the latest status.
Supports replays after failures, reruns after changes, and pipeline reviews that require deterministic execution and guardrails.

Quick Start

Launches a single Chapter 6 task against a target repo using the primary CLI, guiding the user to run a deterministic task sequence with a specified task-id and delivery profile.

Frequently Asked Questions about workflow-chapter6-single-task-daily-loop

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

FAQPage Schema

How do I automate idempotent task execution for a daily development loop?▼

Idempotent task execution for a daily loop is automated by orchestrating one task at a time across sibling business repositories, ensuring deterministic progression, automated validation, and reliable recovery after failures.

What is the best way to resume a failed task in a TDD red green refactor workflow?▼

Resuming a failed task in a TDD red green refactor workflow is handled by the resume-task routing decision, which applies stop-loss and rerun guards to recover the single-task loop and generate recovery artifacts.

How does idempotent task orchestration handle replays after a pipeline failure?▼

Idempotent task orchestration handles replays after pipeline failures by treating business-repo logs as evidence, producing recovery artifacts, and applying rerun guards to ensure deterministic execution without duplicating side effects.

Can I run a single task daily loop across multiple sibling business repositories?▼

You can run a single task daily loop across multiple sibling business repositories to reproduce production-like recovery flows, ensuring logs and artifacts consistently reflect the latest status across the repository family.

Does Python task automation support stop-loss and rerun guards for repository validation?▼

Python task automation supports stop-loss and rerun guards for repository validation by implementing the operating contract from workflow.md, using Python UTF-8 for reads and writes to guide routing decisions.

Why do I need idempotent execution for automated task progression in a business repository?▼

You need idempotent execution for automated task progression to guarantee that replays after changes or failures do not corrupt state, enabling deterministic execution and consistent audit trails across the business repository pair.