integration-test-scaffold

Generate cross-module integration test harnesses with mock servers and in-memory stores.

Updated Mar 1, 2026
One-click install
npx skills add https://github.com/mazicimert/RunDom --skill integration-test-scaffold-mazicimert
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: integration-test-scaffold
Source: https://github.com/mazicimert/RunDom/tree/main/.claude/skills/testing/integration-test-scaffold
Command: npx skills add https://github.com/mazicimert/RunDom --skill integration-test-scaffold-mazicimert

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Generates a cross-module test harness with mock servers, in-memory stores, and test configuration to validate end-to-end flows across networking, persistence, and business logic.

Core Features & Use Cases

  • Create mock servers and in-memory data stores to simulate real interactions without external dependencies.
  • Wire API clients, repositories, and view models into cohesive integration test suites for multi-module apps.
  • Provide reusable test environments and guided workflows to speed up end-to-end testing across modules.

Quick Start

Run integration-test-scaffold to generate a complete integration test scaffold for your multi-module application.

Frequently Asked Questions about integration-test-scaffold

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

FAQPage Schema
How do I set up integration tests for multi-module iOS apps without external dependencies?

You can validate multi-module iOS flows by generating a cross-module test harness with mock servers and in-memory stores. This synchronizes API, repository, and view-model layers into cohesive integration test suites without external dependencies.

What is an in-memory test environment for Swift end-to-end testing?

An in-memory test environment is a reusable container that replaces actual persistence paths to simulate real interactions. It coordinates deterministic mocks to validate API interactions, data flow, and error handling across networking and business logic.

Can I use mock servers to test API interactions and data flow in Swift?

Yes, mock servers simulate API interactions and data flow by wiring API clients and repositories into cohesive integration test suites. They coordinate deterministic mocks to validate end-to-end networking flows and error handling.

What's the best way to wire API clients, repositories, and view models into integration test suites?

The best way is generating a reusable test environment container that synchronizes API, repository, and view-model layers. This provides guided workflows to speed up end-to-end testing across multi-module apps deterministically.

Do I need external databases or live servers to run end-to-end tests for networking and persistence?

No, you do not need external databases or live servers. The integration test harness uses mock servers and an in-memory persistence path to validate data flow and error handling without relying on external dependencies.

When should I use an in-memory store over a real database for integration testing?

Use an in-memory store over a real database when you need deterministic end-to-end tests that span persistence and business logic. It eliminates external dependencies, ensuring stable and repeatable test configurations.