moai-lang-kotlin

Build Kotlin 2.0+ apps with Ktor and Compose Multiplatform patterns.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/globalmsq/solo-relayer-service --skill moai-lang-kotlin-globalmsq
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: moai-lang-kotlin
Source: https://github.com/globalmsq/solo-relayer-service/tree/main/.claude/skills/moai-lang-kotlin
Command: npx skills add https://github.com/globalmsq/solo-relayer-service --skill moai-lang-kotlin-globalmsq

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill guides Kotlin 2.0+ developers in adopting Ktor, coroutines, and Compose Multiplatform patterns to accelerate building server applications, multiplatform projects, and Android apps.

Core Features & Use Cases

  • Ktor server patterns: routing, authentication, content negotiation, and deployment practices.
  • Coroutine-based design: structured concurrency, flows, and cancellation-safe asynchronous logic.
  • Multiplatform architecture: shared code, Compose Multiplatform UI strategies for desktop, web, and mobile.
  • Use Case: rapidly bootstrap a Kotlin server and multiplatform client within a single project to ship features faster.

Quick Start

Generate a Kotlin 2.0+ project wired with Ktor and Multiplatform support, add ktor-server-core, kotlinx-coroutines, and compose-multiplatform dependencies, then run a minimal sample and exercise endpoints with curl.

Frequently Asked Questions about moai-lang-kotlin

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

FAQPage Schema
How do I build a Kotlin server and multiplatform client in a single project?

To build a Kotlin multiplatform server and client, generate a Kotlin 2.0+ project wired with Ktor and Compose Multiplatform, add ktor-server-core and kotlinx-coroutines dependencies, then run a minimal sample to exercise endpoints.

What is the best way to structure coroutines and flows for asynchronous data in Kotlin?

The best way to structure coroutines is using structured concurrency, flows, and cancellation-safe asynchronous logic to manage asynchronous data flows effectively within Kotlin 2.0+ applications.

Does Compose Multiplatform work for sharing UI layers across desktop, web, and mobile?

Yes, Compose Multiplatform works for sharing UI layers across desktop, web, and mobile by providing multiplatform architecture patterns and shared code strategies within a single Kotlin project.

How do I set up Ktor server routing, authentication, and content negotiation?

To set up Ktor server routing, authentication, and content negotiation, apply practical Ktor server patterns that cover deployment practices and API building within your Kotlin 2.0+ backend application.

Can I use this approach to rapidly bootstrap a Kotlin server and Android app together?

Yes, you can rapidly bootstrap a Kotlin server and Android app together by adopting Ktor, coroutines, and Compose Multiplatform patterns to accelerate building multiplatform projects and server applications.

When should I use cancellation-safe asynchronous logic in Kotlin coroutines?

You should use cancellation-safe asynchronous logic when designing coroutine-based flows to ensure structured concurrency and prevent resource leaks during multiplatform or server-side Kotlin operations.