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the-trace-execution-path

Trace request paths across Stave process boundaries from producer to consumer.

3|1|Updated Mar 25, 2026
Search Tags:#architecture#debugging#trace#renderer#ipc#execution-path#boundary-crossing
One-click install
npx skills add https://github.com/sendbird-playground/stave --skill the-trace-execution-path
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: the-trace-execution-path
Source: https://github.com/sendbird-playground/stave/tree/main/skills/the-trace-execution-path
Command: npx skills add https://github.com/sendbird-playground/stave --skill the-trace-execution-path

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill helps engineers understand how a request travels through the Stave architecture by tracing producers, boundaries, and consumers across renderer, preload, IPC, provider runtime, and UI.

Core Features & Use Cases

  • Trace end-to-end request paths across multiple process boundaries to identify where data flows and where bottlenecks or misrouting occur.
  • Diagnose cross-boundary issues such as UI triggers to renderers, IPC channels to providers, and final UI replay paths.
  • Use during debugging to map a feature's request from source to final consumer and confirm each cross-boundary step.

Quick Start

Trace a request from its UI trigger through all Stave boundaries to its final consumer.

Frequently Asked Questions about the-trace-execution-path

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

FAQPage Schema
How do I trace an end-to-end execution path across renderer and IPC boundaries?▼

Tracing end-to-end execution paths involves mapping a request from producer to consumer across Stave boundaries like renderer, preload, and IPC, checking forward and reverse paths to surface breakpoints.

How does cross-boundary request tracing work when debugging UI state replay?▼

Cross-boundary request tracing works by mapping a feature's request from its UI trigger through IPC channels to the provider runtime, confirming each step to diagnose where bottlenecks or misrouting occur.

What is the best way to debug a request flow from preload to provider runtime?▼

The best way to debug a request flow is to trace the request from its source to the final consumer, verifying each cross-boundary step from preload to provider runtime to locate misrouting.

When do I need execution path tracing for diagnosing cross-boundary flows?▼

You need execution path tracing when diagnosing cross-boundary flows like renderer to preload or IPC to provider runtime, specifically when mapping a feature's request from source to final consumer.

Can I use this to trace IPC channels to providers and identify bottlenecks?▼

Yes, you can trace IPC channels to providers to identify where data flows and where bottlenecks occur, using knowledge of boundary crossings to check forward and reverse paths.

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