snowflake-id-skill

Name: snowflake-id-skill
Availability: InStock
Author: penitence1992

Generate and parse Snowflake IDs with embedded business type and index.

Updated Jan 24, 2026

Search Tags:#go #parsing #distributed-systems #snowflake #id-generation #base32

Ready to run

npx skills add https://github.com/Penitence1992/go-zero-backend-skills --skill snowflake-id-skill

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: snowflake-id-skill
Source: https://github.com/Penitence1992/go-zero-backend-skills/tree/main/skills/snowflake-id-skill
Command: npx skills add https://github.com/Penitence1992/go-zero-backend-skills --skill snowflake-id-skill

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill enables reliable generation of distributed, globally unique IDs using the Snowflake algorithm with business-type encoding, allowing systems to scale while preserving meaningful metadata embedded in IDs.

Core Features & Use Cases

Generate IDs with embedded business type information through configurable node and type bits.
Parse IDs to recover businessType and typeIndex, supporting both numeric and encoded Base32 representations.
Use in high-throughput services, event streams, multi-tenant architectures, and tracing where unique IDs and quick metadata extraction are critical.
Example: create an order ID with business type 10 and type index 0, then parse it to retrieve business information.

Quick Start

Use the snowflake-id-skill in your Go services by calling IdTypeGenRandom or IdTypeGenInc with appropriate businessType and typeIndex.

Frequently Asked Questions about snowflake-id-skill

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

FAQPage Schema

How do I generate distributed Snowflake IDs with embedded business type metadata in Go?▼

Generate distributed Snowflake IDs with embedded business type metadata in Go by calling IdTypeGenRandom or IdTypeGenInc with specific businessType and typeIndex values. This creates globally unique identifiers while preserving business information for quick extraction.

How does parsing a Snowflake ID retrieve business type and index information?▼

Parsing a Snowflake ID retrieves business type and index information by decoding the bit segments configured during generation. The parser extracts the encoded businessType and typeIndex fields, supporting both numeric and Base32 representations for quick metadata recovery.

Can I configure node bits and use Base32 encoding for Snowflake ID generation?▼

You can configure node bits and use Base32 encoding for Snowflake ID generation through the Skill's configurable bit allocation. This allows customized node identification alongside Base32 encoded output for compact representation and parsing utility support.

When do I need Snowflake IDs with business type encoding for high-throughput distributed systems?▼

You need Snowflake IDs with business type encoding for high-throughput distributed systems when scaling multi-tenant architectures, event streams, or tracing services. This approach embeds quick metadata extraction directly within globally unique IDs across demanding service environments.

What is the best way to extract metadata from unique IDs in multi-tenant architectures?▼

The best way to extract metadata from unique IDs in multi-tenant architectures is using Snowflake IDs with embedded business type encoding. Parsing these IDs directly yields businessType and typeIndex data without external lookups, optimizing high-throughput service performance.

Does generating Snowflake IDs with business encoding require external dependencies?▼

Generating Snowflake IDs with business encoding requires no external dependencies. The Skill operates independently using native Go logic to handle configurable node bits, business type encoding, base32 encoding, and parsing utilities without external package requirements.