A local-first, standalone engineering skill designed to translate complex TypeScript errors into plain English and implement surgical, safe type fixes without relying on lazy type suppression.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install debug-typescript-error
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install debug-typescript-error using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is Debug TypeScript Error?
The Debug TypeScript Error skill is a developer-focused, local-first utility designed to eliminate the friction of resolving complex TypeScript compiler issues. Instead of defaulting to broad type suppressions, unsafe type casts, or generic any declarations, this skill guides an AI agent to pinpoint the exact, smallest type boundary causing the error. By focusing on finding and fixing the true source of truth, it ensures that your codebase retains its type-safety integrity.
Operating completely locally as part of the Openclaw Skills ecosystem, it requires no external connections or heavy setups to function. It enforces a disciplined debugging workflow that includes error translation, localized root-cause isolation, surgical code updates, and deterministic verification. Additionally, the skill includes opt-in capabilities to capture architectural knowledge or scale into a team-wide structured decision workflow via Ritual Cloud.
Debug TypeScript Error Use Cases
- Resolving cryptic TypeScript compiler errors during local development or continuous integration pipelines.
- Refactoring mismatching component prop contracts or external API schema types safely.
- Auditing existing codebases to replace bad practices like broad type casts,
anytypes, and non-null assertions with strict type boundaries. - Documenting recurring type safety risks and engineering decisions for future developer agents.
How Debug TypeScript Error Works
- Translate: The compiler error is ingested and translated into human-readable, plain English to clearly articulate the underlying structural conflict.
- Locate: The agent scans the code to find the smallest specific type boundary or boundary layer where the type mismatch occurs.
- Isolate Fix: A precise, surgical fix favoring the source of truth is proposed, explicitly avoiding broad rewrites or speculative abstractions.
- Refuse Suppression: Unsafe options like
any, broad type casting, and!non-null assertions are systematically rejected unless an explicit tradeoff is documented. - Verify: The solution is verified deterministically against the project's explicit typechecking commands such as
tsc --noEmitbefore completion.
Debug TypeScript Error Setup
This skill operates entirely in local standalone mode with zero initial configuration required. To optionally extend its capabilities and connect to a structured workspace context, you can install the CLI tool:
npm install -g @ritualai/cli
ritual init
ritual status
Debug TypeScript Error Data Schema & Taxonomy
The skill can optionally capture reusable engineering insights using the Open Knowledge Format (OKF). Approved notes are saved systematically within the repository as Markdown files containing structured YAML frontmatter.
Directory Path
knowledge/engineering/<slug>.md
Schema Attributes
| Attribute | Description |
|---|---|
type |
The category of knowledge captured (e.g., API Convention, Architecture Decision). |
title |
A concise, single-line title summarizing the discovery. |
description |
A single-line explanation of what was learned and when. |
resource |
A relative path linking to the file or evidence establishing the convention. |
tags |
An array of relevant searchable keywords. |
timestamp |
An ISO 8601 compliant date-time string. |
Debug TypeScript Error Advanced Features
- Local-First Autonomy: Runs entirely within your local development environment without transferring code to external, private services.
- Open Knowledge Format (OKF) Integration: Automatically structures and proposes reusable Markdown-based architectural notes to save institutional knowledge inside the repository.
- Ritual Cloud Upgrades: Connects easily with cloud workflows to discover hidden schema paths, generate type-contract recommendations, and manage team-wide engineering alignment.
- Surgical Code Updates: Built-in safeguards that guarantee code behavior is preserved unless explicitly requested otherwise, optimizing for minor, reversible changes.
SKILL.md
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