feature-error-and-retry-state

Harden error boundaries and retry paths for route-level workflows.

Updated Feb 25, 2026
One-click install
npx skills add https://github.com/kimjuyoung1127/TaillogToss --skill feature-error-and-retry-state
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: feature-error-and-retry-state
Source: https://github.com/kimjuyoung1127/TaillogToss/tree/main/.claude/skills/feature-error-and-retry-state
Command: npx skills add https://github.com/kimjuyoung1127/TaillogToss --skill feature-error-and-retry-state

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Harden error boundaries, retry paths, and user-visible recovery messages to improve resilience across route transitions and failures.

Core Features & Use Cases

  • Deterministic error handling for route-level failures.
  • Minimal, route-scoped changes with predictable outcomes.
  • Evidence recording in docs/daily and board status for traceability.

Quick Start

Identify the active route with failures and apply minimal, route-scoped retry logic, then verify with the deterministic checklist.

Frequently Asked Questions about feature-error-and-retry-state

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

FAQPage Schema
How do I implement deterministic error handling for route-level failures?

You implement deterministic error handling by identifying the active route with failures and applying minimal, route-scoped retry logic. This approach ensures predictable recovery outcomes while maintaining deterministic behavior across route transitions.

What is the best way to harden error boundaries and retry paths during cross-page navigation?

The best way to harden error boundaries and retry paths is to apply deterministic recovery handling to route-level workflows. This guides predictable error recovery and improves resilience across route transitions and failure scenarios during cross-page navigation.

When do I need deterministic retry logic for route transitions?

You need deterministic retry logic when route-level workflows involve cross-page navigation and error scenarios. It is required when your application must satisfy deterministic behavior requirements and deliver predictable user-visible recovery messages during failures.

How do I record evidence of error recovery and retry state changes?

You record evidence of error recovery and retry state changes by logging traceability records in docs/daily and board status. This evidence recording satisfies deterministic behavior requirements and ensures route-scoped recovery actions are documented.

Can I apply retry logic to specific routes without modifying the entire application?

Yes, you can apply retry logic to specific routes without modifying the entire application. The approach focuses on minimal, route-scoped changes, allowing you to target only the active route with failures and verify outcomes with a deterministic checklist.

Why does my error recovery behavior become unpredictable during route transitions?

Error recovery behavior becomes unpredictable during route transitions when deterministic retry paths are not hardened. Applying route-scoped deterministic recovery handling ensures predictable outcomes and consistent user-visible recovery messages across navigation failures.