ada-bugfix-architecture-root-cause

Traces clustered UI bugs to shared architecture-level root causes before fixing.

Updated Jul 23, 2026
One-click install
npx skills add https://github.com/wubing7755/Ada --skill ada-bugfix-architecture-root-cause-wubing7755
Or copy as Structured Prompt for Agentâ–¼
Please help me install this Agent Skill.
Skill: ada-bugfix-architecture-root-cause
Source: https://github.com/wubing7755/Ada/tree/main/skills/software-development/ada-bugfix-architecture-root-cause
Command: npx skills add https://github.com/wubing7755/Ada --skill ada-bugfix-architecture-root-cause-wubing7755

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve? When multiple UI or behavior bugs appear at once, fixing them one by one often exposes new symptoms and never addresses the underlying design flaw. This Skill provides a five-phase methodology to trace symptom clusters to a single architecture-level root cause before writing any code. ## Core Features & Use Cases - Symptom-to-Root-Cause Tracing: Maps each reported bug to its code path, identifies the shared design pattern, and presents the root cause with evidence before any fix is written. - Mandatory SRS Coverage Audit: Produces a requirement table grouping affected specs into directly broken, indirectly affected, and regression-guard categories, verifying every acceptance criterion. - Blazor Interop Anti-Pattern Catalog: Documents recurring pitfalls such as firstRender-coupled registration, boolean _registered flags, @ref inside RenderFragment, and front-end/back-end semantic gaps. - Use Case: A user reports three dock panel bugs — drops rejected, wrong highlight zones, and panels stuck after moving. The Skill traces all three to one drop-target lifecycle flaw and implements a single coherent fix across C# and TypeScript. ## Quick Start Ask the agent to analyze these three related UI bugs together and find their shared architectural root cause before proposing any fix.

Frequently Asked Questions about ada-bugfix-architecture-root-cause

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

FAQPage Schema
How do I fix multiple UI bugs that share a root cause?â–¼

Map each symptom to its code path, identify the shared design pattern across all symptoms, then present the root cause with evidence before writing any fix. Implement all changes as one coherent change rather than patching symptoms individually.

Why does Blazor drop target registration fail after re-render?â–¼

Registration inside OnAfterRenderAsync with a firstRender guard never re-fires after Blazor replaces DOM elements. Track registration by string identity comparison instead of boolean flags, and add @key in the parent template to force fresh component instances.

When should I use architecture root cause analysis vs systematic debugging?â–¼

Use architecture root cause analysis when two or more symptoms span cross-cutting infrastructure or when fixing one bug exposes another. Use systematic debugging for a single isolated bug with no shared pattern.

Why does @ref inside a RenderFragment break in Blazor?â–¼

The Razor compiler cannot correctly map ElementReference captures generated inside C#-returned RenderFragment lambdas to actual DOM elements. Keep all @ref assignments inline in the main .razor template and extract only display-only content into helpers.

What are the limitations of this bug-fixing approach?â–¼

It is not suited for single isolated bugs or refactoring driven by an existing deviation analysis document. It also requires access to SRS requirements to perform the mandatory coverage audit before proposing fixes.