via54goport

Evaluate Python daemons for Go rewrites and scaffold verified migrations.

1|Updated Jun 13, 2026
One-click install
npx skills add https://github.com/veawho/via54Skills --skill via54goport
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: via54goport
Source: https://github.com/veawho/via54Skills/tree/main/via54goport
Command: npx skills add https://github.com/veawho/via54Skills --skill via54goport

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps determine whether rewriting a Python daemon or service in Go will genuinely reduce operational cost, while avoiding risky rewrites that cannot eliminate Python dependencies or lack mature Go SDK support.

Core Features & Use Cases

  • Rewrite Decision Matrix: Score service size, dependencies, IPC model, restart frequency, memory limits, and team expertise before committing to a rewrite.
  • Feasibility and Inventory Checks: Inspect live imports, source structure, subprocess calls, IPC contracts, SDK availability, and service managers.
  • Go Migration Scaffolding: Build foreground Go skeletons for WebSocket or polling services, preserve file-based IPC formats, validate atomic writes, and plan parallel dual-runtime migration with rollback.
  • Use Case: Evaluate a small Feishu or Lark Python daemon, scaffold an equivalent Go service using the official SDK, verify inbox and outbox compatibility, and run both implementations safely before retiring Python.

Quick Start

Ask the Go port skill to evaluate the specified Python daemon, inspect its live dependencies and IPC contract, and produce a verified migration plan or Go skeleton.

Frequently Asked Questions about via54goport

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

FAQPage Schema
How do I evaluate whether to rewrite a Python daemon in Go?

Evaluating a Python daemon rewrite in Go requires scoring service size, dependencies, IPC model, restart frequency, memory limits, and team expertise against a decision matrix to justify the migration effort.

Can I migrate a Python WebSocket service to Go without breaking IPC compatibility?

Migrating a Python WebSocket service to Go while maintaining IPC compatibility involves preserving file-based IPC formats, validating atomic writes, and testing byte-compatible IPC contracts between both runtime environments.

What is the safest way to migrate a Python service to Go?

The safest way to migrate a Python service to Go is a staged dual-runtime migration with rollback, running both implementations in parallel during foreground testing before retiring the Python service.

Does Go SDK availability affect Python to Go service migration feasibility?

Go SDK availability directly affects Python to Go service migration feasibility by requiring live inventory checks and SDK verification for mature official Go SDKs across macOS, Linux, and Windows before scaffolding.

When should I not rewrite a Python service in Go?

You should not rewrite a Python service in Go when the evaluation reveals risky rewrites that cannot eliminate Python dependencies or lack mature official Go SDK support for subprocess-orchestration and polling tasks.