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sprint

Orchestrate autonomous task execution through PLAN, BUILD, TEST, VERIFY, and COMMIT phases with circuit breakers.

Updated Jun 1, 2025
Search Tags:#automation#workflow#logging#sprint#autonomous#circuit-breaker
One-click install
npx skills add https://github.com/Yokhan/yokhanFitnessDocsWebsite --skill sprint-yokhan
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: sprint
Source: https://github.com/Yokhan/yokhanFitnessDocsWebsite/tree/main/.claude/skills/sprint
Command: npx skills add https://github.com/Yokhan/yokhanFitnessDocsWebsite --skill sprint-yokhan

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Automates autonomous work execution with built-in safety checks (circuit breakers) to prevent runaway automation and ensure structured task progression.

Core Features & Use Cases

  • Deterministic PLAN/BUILD/TEST/VERIFY/COMMIT loop with a circuit breaker to guard against failure.
  • Self-critique gates and comprehensive logging to maintain auditability and accountability.
  • Task progression, persistence, and resume capabilities across brain/01-daily and tasks/current.md.

Quick Start

Start a sprint by loading your current tasks and letting the agent begin executing tasks in priority order.

Frequently Asked Questions about sprint

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

FAQPage Schema
How do I automate autonomous work execution with safety guardrails?▼

Autonomous work execution is automated using a deterministic PLAN, BUILD, TEST, VERIFY, and COMMIT loop. Built-in circuit breakers guard against failure to ensure structured task progression and prevent runaway automation.

Can I use circuit breakers to prevent runaway automation during task execution?▼

Yes, circuit breakers are implemented as safety gates within the execution loop. They halt operations upon detecting failures, ensuring structured task progression, maintaining auditability, and preventing uncontrolled automated processes.

What is the best way to structure coding tasks into autonomous execution phases?▼

Structure coding tasks by decomposing them into PLAN, BUILD, TEST, VERIFY, and COMMIT phases. This deterministic loop executes prioritized backlog items sequentially, applying self-critique gates to maintain accountability and reliability.

How does self-critique and logging work during automated workflow loops?▼

Self-critique gates and comprehensive logging operate throughout the execution loop to maintain auditability. Persistent updates to brain logs and task files record task progression, enabling reliability and future audits.

Do I need a prioritized backlog to start autonomous task progression?▼

Yes, a prioritized backlog is required to start. The agent loads current tasks and begins executing them in priority order, utilizing persistent resume capabilities across task files to track ongoing progression accurately.

Why does my autonomous loop stop midway through a task?▼

The loop stops midway when a circuit-breaker gate detects a failure during the BUILD, TEST, or VERIFY phases. This safety mechanism prevents runaway automation and ensures only verified tasks progress to COMMIT.

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