auto-experience-trigger

Detect repeated debugging sessions and generate reusable SKILL.md artifacts.

1|Updated Apr 11, 2026
One-click install
npx skills add https://github.com/drgon1/santian --skill auto-experience-trigger
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: auto-experience-trigger
Source: https://github.com/drgon1/santian/tree/main/ai-skills/skills/auto-experience-trigger
Command: npx skills add https://github.com/drgon1/santian --skill auto-experience-trigger

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It eliminates repeated trial-and-error by automatically recognizing when a troubleshooting session has become slow, repetitive, or historically familiar, then turning the winning fix into a reusable Skill.

Core Features & Use Cases

  • Automatic trigger detection: Starts capture when debugging exceeds a time threshold, repeats too many attempts, or matches a known failure pattern.
  • Skill generation workflow: Compresses the successful resolution path into a concise SKILL.md with frontmatter, instructions, and reuse guidance.
  • Operational discipline: Promotes the best fix, reduces redundant reasoning, and keeps future resolutions fast and consistent.
  • Use case: A recurring service outage is solved once, documented once, and then reused instantly the next time the same symptom appears.

Quick Start

Ask the skill to convert a repeated troubleshooting pattern into a new reusable Skill document with the required frontmatter and the shortest reliable fix path.

Frequently Asked Questions about auto-experience-trigger

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

FAQPage Schema
How do I automatically convert repeated debugging sessions into reusable documentation?

Automated debugging session capture detects when troubleshooting exceeds time thresholds or repeats failure patterns, then converts the successful fix into a reusable SKILL.md artifact with standardized frontmatter and instructions.

What triggers the automatic capture of a troubleshooting session?

Automatic trigger detection activates capture when debugging exceeds a time threshold, repeats too many attempts, or matches a known failure pattern across code errors, service outages, and API issues.

How do I generate a reusable skill from a recurring service outage fix?

Skill generation compresses the successful resolution path into a concise SKILL.md document containing frontmatter, instructions, and reuse guidance, then immediately synchronizes the artifact to Git.

Can I use this to stop repeating trial-and-error fixes for the same API issues?

Yes, it eliminates repeated trial-and-error by recognizing historically familiar failure patterns and automatically turning the winning fix into a reusable Skill for instant future application.

Does the generated skill document include standardized metadata for knowledge reuse?

Yes, standardized SKILL.md generation produces a document with required frontmatter, concise instructions, and reuse guidance to ensure future resolutions remain fast and consistent.

What are the limitations of automatic skill generation from debugging patterns?

Automatic skill generation requires silent threshold monitoring and same-pattern recognition to activate, meaning it only triggers when debugging becomes slow, repetitive, or historically familiar rather than capturing isolated incidents.