skills.rest
invowk
invowkOFFICIAL
Explore all skills by this author →
WebsiteGitHub

cue

Applies CUE schema patterns to validate and parse configuration data in Invowk projects.

Updated Jan 8, 2026
Search Tags:#validation#schema#go#parsing#cue#cue-lang
One-click install
npx skills add https://github.com/invowk/invowk --skill cue
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: cue
Source: https://github.com/invowk/invowk/tree/main/.claude/skills/cue
Command: npx skills add https://github.com/invowk/invowk --skill cue

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

CUE schemas provide a formal, well-typed foundation for validating and parsing configuration data, enabling consistent behavior across Invowk projects.

Core Features & Use Cases

  • Centralized schema definitions for Invowk's invkfile_schema.cue, invkmod_schema.cue, and config_schema.cue
  • Clear 3-step parsing flow (compile, unify, decode) with robust error formatting
  • Seamless integration with Go structs through decoding of unified data
  • Use cases include validating configuration, module requirements, and runtime configuration

Quick Start

Edit a *.cue schema file and apply the 3-step flow to compile the schema, unify user data, and decode it into Go structs.

Frequently Asked Questions about cue

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

FAQPage Schema
How do I validate and parse configuration data using CUE schemas in Go?▼

Validate and parse configuration data by applying a three-step workflow: compile the CUE schema, unify user data, and decode it into Go structs. This enforces standardized error formatting and separates declarative validation from runtime execution.

What is the standard workflow for parsing CUE schema files?▼

The standard CUE schema parsing workflow involves three sequential steps: compile the schema definitions, unify the compiled schema with user data, and decode the unified data into native Go structs for runtime use.

Can I use CUE schemas to validate module requirements and runtime configuration?▼

Yes, CUE schemas validate module requirements, runtime configuration, and invkfile data. Centralized schema definitions like invkfile_schema.cue, invkmod_schema.cue, and config_schema.cue provide a formal, well-typed foundation for consistent validation.

How do I separate declarative validation from runtime execution in Go?▼

Separate declarative validation from runtime execution by defining constraints in CUE schema files and decoding unified data into Go structs. This keeps parsing logic in dedicated packages isolated from execution flow.

What's the best way to structure CUE schema parsing logic for Invowk projects?▼

Structure CUE schema parsing logic by editing centralized schema files and applying the three-step compile, unify, decode flow. Apply these patterns to parsing logic in pkg/invkfile, pkg/invkmod, and internal/config packages.

Why does my CUE schema validation fail to decode into Go structs?▼

CUE schema validation fails to decode when the three-step workflow is incomplete. You must compile schemas, unify user data, and decode the result into Go structs while enforcing standardized error formatting to catch mismatches.

Related Skills

Explore More Software Engineering Skills→
osmanozenosmanozen

golang-project-layout

Organize Go projects with scalable single-module or multi-module directory structures.

Community
Advanced
kettleofketchupkettleofketchup

golang-viper

Centralize Go application configuration from files, environment variables, and defaults.

Community
Intermediate
matdev83matdev83

golang-dependency-management

Manage Go module dependencies with go mod commands and vulnerability scans.

Community
Intermediate
modu-aimodu-ai
1.2k

moai-workflow-project

Consolidate configuration management and module orchestration for the MoAI Menu Project.

Official
Advanced