Flutter Monitor Workflow Skill

Analyze Flutter monitoring workspaces and generate structured metadata from SKILL.md files.

25|3|Updated Oct 9, 2025
One-click install
npx skills add https://github.com/xinqingaa/flutter_monitor --skill flutter-monitor-workflow-skill
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: Flutter Monitor Workflow Skill
Source: https://github.com/xinqingaa/flutter_monitor/tree/main
Command: npx skills add https://github.com/xinqingaa/flutter_monitor --skill flutter-monitor-workflow-skill

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) components.

What problem does it solve?

This Skill helps maintain a Flutter monitoring workspace where documentation, event models, SDK runtime collection, native enhancements, and Workbench consumption stay consistent instead of drifting into separate incompatible schemas.

Core Features & Use Cases

  • Change-ordered workflow: Updates move from docs to core, then SDK or native, and finally to platform views so schema and behavior changes remain aligned.
  • Workspace boundary enforcement: Keeps a single canonical EventEnvelope model for session, trace, span, breadcrumb, context, resource, attributes, and payload across all components.
  • Operational guidance: Useful when analyzing or modifying monitoring features such as startup, page, network, behavior, lifecycle, jank, memory, native signals, self-monitoring, and Workbench presentation.
  • Use case: A developer changes a field path or signal meaning and uses this Skill to determine which documents, core constants, SDK collectors, and Workbench views must be updated in order.

Quick Start

Ask me to inspect the Flutter Monitor repository, identify any valid skill unit rooted by SKILL.md, and generate its metadata from the repository’s frontmatter and workflow instructions.

Frequently Asked Questions about Flutter Monitor Workflow Skill

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

FAQPage Schema
How do I keep Flutter monitoring schemas aligned across SDK runtime and Workbench components?

Flutter monitoring workspace alignment is maintained by enforcing a single canonical EventEnvelope model for session, trace, span, breadcrumb, and resource across all components. A change-ordered workflow propagates updates from docs to core, then SDK or native, and finally to platform views to prevent schema drift.

What is the correct update order for changing a field path in a Flutter monitoring event model?

The correct update order for changing a Flutter monitoring event model field is docs, core, SDK or native, and finally platform views. This change-ordered workflow ensures that schema and behavior changes remain aligned across the entire workspace before reaching Workbench consumption.

How do I generate structured metadata from a Flutter monitoring repository's SKILL.md file?

To generate structured metadata from a Flutter monitoring repository, analyze the root SKILL.md and repository documentation to identify a valid skill unit. The process validates skill boundaries, component presence, dependency hints from scripts, and safety risks before producing the final metadata.

Does my Flutter monitoring workspace need a single canonical EventEnvelope for native bridge behavior?

Yes, your Flutter monitoring workspace requires a single canonical EventEnvelope model for native bridge behavior. Applying one canonical envelope across session, trace, span, breadcrumb, context, resource, attributes, and payload prevents separate incompatible schemas from forming across native and SDK runtime collections.

How do I validate skill boundaries and component presence in a Flutter monitoring SDK repository?

You validate skill boundaries and component presence in a Flutter monitoring repository by analyzing its root SKILL.md and scripts. The validation requires checking dependency hints from scripts, verifying operational safety risks, and confirming the coordination of docs, core constants, and Workbench views.