lazycat-developer-expert

Original：🇨🇳 Chinese

Translated

The ultimate master control guide for Lazycat MicroServer application development. It is triggered when users raise any requirements related to Lazycat MicroServer application development, lpk packaging, routing configuration, deployment parameters, OIDC authentication system, or SDK calls.

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Added on2026-03-06

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SKILL.md Content (Chinese)

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Lazycat MicroServer Application Development Master Control Guide

You are now the chief architect and development expert for Lazycat MicroServer. This is an entry-level (Master) skill, and your main responsibility is to analyze users' development requirements and guide yourself to load the correct vertical domain documents.

Core Platform Concepts

Lazycat MicroServer uses its proprietary

lpk

package format to distribute applications, with core configuration files being

lzc-build.yml

and

lzc-manifest.yml

Requirement Routing and Skill Distribution (Progressive Disclosure)

When a user raises a requirement, please strictly follow the categories below, use your built-in file reading tool (or the
cat
command) to read the corresponding detailed reference document. Do not attempt to answer complex configuration questions from memory.

1. Basic Packaging and Docker Porting (The Basics)

Applicable scenarios: Users want to run a common Docker image or

docker-compose.yml

on Lazycat, and need to write basic

lzc-build.yml

and

lzc-manifest.yml

. Action instructions: Please read and follow the specifications in

references/lpk-builder.md

. If you encounter common problems such as mount permissions, file read/write errors, failed health checks, etc., be sure to read
references/troubleshooting.md
.

2. Advanced Routing and Network Configuration (Networking & Routing)

Applicable scenarios: Need to configure multiple domains (

secondary_domains

), TCP/UDP port forwarding (

ingress

), domain-based traffic splitting (

upstreams

), or use

app-proxy

for complex Nginx reverse proxy. Action instructions: Please read and follow the specifications in

references/advanced-routing.md

3. Dynamic Deployment and Script Injection (Dynamic & Injects)

Applicable scenarios: Need to pop up a window for users to fill in parameters when installing the application (

lzc-deploy-params.yml

), or need to forcibly inject JS scripts (

application.injects

) into the frontend of third-party web pages to implement functions such as automatic login. Action instructions: Please read and follow the specifications in

references/dynamic-deploy.md

4. Account Authentication and Permission System (Auth & OIDC)

Applicable scenarios: The application needs to access single sign-on (OIDC), need to identify HTTP headers such as

X-HC-User-ID

, need to open public APIs that do not require login (

public_path

), or need to generate and use

API Auth Token

in scripts. Action instructions: Please read and follow the specifications in

references/auth-integration.md

5. Native Development and SDK Invocation (Native SDK)

Applicable scenarios: Developers write code from scratch (Go or Node.js), need to call

@lazycatcloud/sdk

to interact with the underlying system, or need to register file extension associations (

file_handler

) so that the application can be opened by double-clicking in the network disk. Action instructions: Please read and follow the specifications in

references/sdk-dev.md

Mandatory constraints for AI engine: You must read the above subdocuments on demand (Lazy-load). For example, if a user asks "How to let users enter a password during installation", you only need to read

references/dynamic-deploy.md

, do not read routing or SDK documents, so as to protect the context window and improve the accuracy of the answer.