invowk avatar

invowk

Official

@invowk · Brazil

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6Public Repos
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23Published Skills

Offers a structured framework for design-to-code specification, configuration validation, and deterministic testing of modular software systems.

Skills Distribution
DomainDeveloper To...Specification & De.. (40%)Configuration & Sc.. (30%)Testing & Quality .. (30%)

Agent Skills by invowk

Showing 23 vetted skills indexed across 1 GitHub repositories.

invowkinvowk

d2-diagrams

Generate D2 diagrams with Tala layouts and validation pipelines.

Official
Advanced
invowkinvowk

speckit.tasks

Transform design artifacts into dependency-ordered tasks.md documents.

Official
Advanced
invowkinvowk

cue

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

Official
Advanced
invowkinvowk

speckit.analyze

Analyze spec.md, plan.md, and tasks.md for inconsistencies and gaps.

Official
Advanced
invowkinvowk

uroot

Implement u-root utilities in Invowk with streaming I/O and error prefixing.

Official
Advanced
invowkinvowk

speckit.constitution

Automate project constitution updates with frontmatter-driven amendment workflows.

Official
Advanced
invowkinvowk

invowk-schema

Enforce consistent schemas for invkfile.cue and invkmod module definitions.

Official
Advanced
invowkinvowk

shell

Enforces safe mvdan/sh shell execution rules for Invowk's virtual runtime.

Official
Advanced
invowkinvowk

discovery

Locate and aggregate commands from multiple sources with precedence and collision detection.

Official
Advanced
invowkinvowk

server

Implement server lifecycle state machines with atomic state reads and context cancellation.

Official
Advanced
invowkinvowk

speckit.plan

Generate design artifacts from a FEATURE_SPEC using a formal plan template.

Official
Advanced
invowkinvowk

docs

Automate documentation workflows for Invowk websites with MDX snippets and i18n.

Official
Intermediate
invowkinvowk

cli

Designs Cobra-based CLI command trees with dynamic discovery and dual-layer TUI wrappers for Invowk.

Official
Advanced
invowkinvowk

speckit.specify

Convert natural language prompts into structured feature specification documents with validation checklists.

Official
Advanced
invowkinvowk

pr

Automate GitHub pull request workflows with tests, lint, and license checks.

Official
Intermediate
invowkinvowk

testing

Standardize Go testing practices with testscript and testutil patterns.

Official
Advanced
invowkinvowk

container

Execute container-runtime operations across Docker and Podman with a unified Engine interface.

Official
Advanced
invowkinvowk

tui-testing

Execute VHS tapes to verify invowk TUI components via screenshots.

Official
Advanced
invowkinvowk

tmux-testing

Automate deterministic TUI testing with tmux sessions and ANSI validation.

Official
Advanced
invowkinvowk

speckit.taskstoissues

Extract tasks from design artifacts and create dependency-ordered GitHub issues.

Official
Advanced
invowkinvowk

speckit.checklist

Generate structured unit-test style checklists from feature requirements.

Official
Advanced
invowkinvowk

speckit.clarify

Identify ambiguous areas in feature specs and record answers back.

Official
Advanced
invowkinvowk

speckit.implement

Execute tasks from tasks.md in dependency-aware phase order.

Official
Advanced

Frequently Asked Questions About invowk

FAQPage Schema
What specific tasks can I perform using Invowk?

You can convert natural language prompts into structured feature specifications, generate dependency-ordered task lists, validate configuration data using CUE schemas, and perform deterministic testing of terminal interfaces using tmux and VHS tapes.

Which personas benefit most from this framework?

Software architects, technical leads, and systems engineers benefit from Invowk by standardizing the transition from design artifacts to implementation tasks while ensuring configuration integrity and rigorous testing standards across complex project modules.

What are the primary prerequisites for running Invowk?

Invowk requires a Go-based environment, CUE for configuration management, and container runtimes like Docker or Podman for unified engine operations. It also relies on standard shell environments for executing its command discovery and lifecycle state machines.