IFQ App Builder for Openclaw

A streamlined utility that transforms three-sentence natural language intents into verified, build-ready prompt bundles for mobile, desktop, and web applications.

peixl
v1.0.1
May 11, 2026
1
665
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install ifq-app-builder

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install ifq-app-builder 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 IFQ App Builder?

IFQ App Builder is a professional-grade Openclaw Skills extension designed to bridge the gap between high-level intent and technical execution. It allows developers and product owners to generate comprehensive prompt bundles for 12 distinct platform modes—including iOS, Android, macOS, Windows, and WeChat MiniPrograms—using a simple three-sentence contract. By forking specialized templates and filling in acceptance, packaging, and security requirements, it ensures that the resulting output is ready for end-to-end execution by other coding agents.

Built with a focus on security and auditability, this skill adheres to a zero-dependency philosophy. It operates strictly within the user's workspace, requiring no sensitive credentials, environment variables, or global installations. Every bundle generated is automatically verified against a quality bar to ensure technical viability before the developer ever touches a line of code.

IFQ App Builder Use Cases

  • Scaffolding cross-platform desktop applications using Tauri or Flutter.
  • Generating build-ready prompt bundles for iOS and Android mobile apps.
  • Creating self-hosted web apps or Progressive Web Apps (PWAs) from simple descriptions.
  • Developing WeChat MiniPrograms or HarmonyOS applications with verified requirements.
  • Transforming a single natural language request into a structured technical specification for other AI coding agents.

How IFQ App Builder Works

  1. Intent Capture: The skill captures a three-sentence intent focusing on Who+What, Where (Platform), and Success Criteria.
  2. Mode Routing: It analyzes the request to route it to one of 12 platform-specific modes (e.g., Mobile, Desktop, CLI).
  3. Template Forking: The skill selects and forks a matched Markdown prompt template from the internal registry.
  4. Requirement Injection: It populates the template with necessary metadata, including security baselines, i18n defaults, and packaging requirements.
  5. Verification: If shell access is available, it runs a lite verification script to ensure the bundle meets technical standards.
  6. Evidence Reporting: The skill outputs the file path, mode, and any assumptions made during the generation process.

IFQ App Builder Setup

Install the skill directly via the Openclaw Skills CLI:

openclaw skills install ifq-app-builder

To validate the local health of the skill and its template registry, you can run:

npm run validate
npm run validate:templates

IFQ App Builder Data Schema & Taxonomy

The skill organizes its output and internal logic through a structured set of Markdown references and JSON registries:

Component Description
*.prompt.md The primary output; a verified build bundle containing all app logic and requirements.
INDEX.json The central registry for all available platform templates.
modes.md Defines the 12 platform routing paths and their specific constraints.
three-sentence-contract.md The logic used to parse and validate user intent.
quality-bar.md The scoring rubric used during the verification phase.

IFQ App Builder Advanced Features

  • Multi-Platform Matrix: Supports specialized routing for HarmonyOS and WeChat MiniPrograms alongside standard OSs.
  • Automated Quality Scoring: Integrated tools to score prompt bundles for technical completeness.
  • Tiered Execution Policy: Distinguishes between bundle generation (Tier 0) and actual SDK-based building (Tier 1).
  • Zero-Dependency Security: No install-time hooks or script-side network primitives for maximum safety.
  • AI Agent Compatibility: Specifically formatted bundles designed to be consumed by other LLM-based coding tools.

SKILL.md


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