📦 deps(thirdparty): update snapshots

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# Codex CLI Skills
# AAS Core with Codex CLI
If you want **Codex CLI skills** that are easy to install and practical in a local coding loop, this repository is designed for that exact use case.
For Codex, the recommended AAS path is **AAS Core**: a local, agent-first control plane that lets Codex search and read every catalog skill, choose the exact IDs itself, and preserve that selection before anything is installed.
Agentic Awesome Skills supports Codex CLI through the `.codex/skills/` path and gives you a wide set of reusable task playbooks for planning, implementation, debugging, testing, security review, and delivery.
The AAS MCP server is local and read-only. Codex can call `search_skills`, `get_skill`, `compose_stack`, `inspect_stack`, and `diff_stack`; changes remain in the CLI lifecycle, where `validate` and `plan` are preview operations and `apply` requires explicit approval.
Release `9.0.0` also adds a first-class Codex plugin distribution plus bundle plugins. If you want the full explanation of root plugin vs bundle plugin vs full install, read [plugins.md](plugins.md).
Start with the [AAS Core guide](aas-core.md). Direct skill installation and Codex plugins remain supported when you already know exactly which payload you want.
> **Preview status:** Complete catalog search, agent-owned selection, manifest validation, and planning are the documented path. Stop after plan review; apply and recovery remain experimental.
## How to use Agentic Awesome Skills with Codex CLI
Install the library into your Codex path, then invoke focused skills directly in your prompt. The most common pattern is:
Configure AAS Core for Codex, then describe the real task instead of manually searching a large directory. The normal flow is:
1. install with `npx agentic-awesome-skills --codex`
2. choose one workflow-oriented skill such as `@brainstorming`, `@concise-planning`, or `@test-driven-development`
3. ask Codex to apply that skill to a concrete file, feature, test, or bugfix
1. Codex discovers the local AAS MCP tools.
2. Codex searches and reads the complete catalog, then chooses the exact skills using its project understanding.
3. Codex calls `compose_stack` and proposes `aas-stack.json` for you to review.
4. The AAS CLI validates the manifest and previews the exact plan.
5. Stop after reviewing the plan unless you are deliberately participating in controlled preview development.
## Why use this repo for Codex CLI
- It supports Codex CLI with a dedicated install flag and a standard skills layout.
- It gives Codex native, complete local catalog discovery through MCP.
- It keeps the agent's exact selection, project profile, validation, and planning inspectable.
- It separates read-only agent tools from approval-gated CLI mutations.
- It is strong for local repo work where you want to move from planning to implementation to verification without changing libraries.
- It includes both general-purpose engineering skills and deeper specialist tracks.
- It gives you docs and bundles, not just raw skill files.
- It still supports direct installs and plugin distributions as delivery surfaces.
## Install Codex CLI Skills
## Direct install and plugins
Use a direct install only when you intentionally want the library copied into Codex's skills path:
```bash
npx agentic-awesome-skills --codex
```
If you prefer a plugin-style Codex integration, this repository also ships repo-local plugin metadata in `.agents/plugins/marketplace.json` and `plugins/agentic-awesome-skills/.codex-plugin/plugin.json`.
For plugin-style packaging, this repository also ships repo-local metadata in `.agents/plugins/marketplace.json` and `plugins/agentic-awesome-skills/.codex-plugin/plugin.json`.
It also generates bundle-specific Codex plugins so you can install a curated pack such as `Essentials` or `Web Wizard` as a marketplace plugin instead of loading the full library.
Those Codex plugins are plugin-safe filtered distributions. Skills that still depend on host-specific paths or undeclared setup stay in the repository, but are not published into the Codex plugin until they are hardened.
For the canonical explanation of how Codex plugins relate to the full library and bundle installs, read [plugins.md](plugins.md).
For the canonical explanation of how Core, Codex plugins, and direct installs relate, read [plugins.md](plugins.md).
### Verify the install
@@ -51,6 +59,14 @@ test -d .codex/skills || test -d ~/.codex/skills
## Example Codex CLI prompts
With AAS Core configured:
```text
Inspect this parser project, search and read the complete AAS catalog, and choose the exact skill IDs you judge most useful for designing and testing the change. Use compose_stack with a project profile, show me the schema 2 aas-stack.json, inspect it, and preview the plan; do not apply it.
```
After installing or activating a chosen skill, direct invocation still works:
```text
Use @concise-planning to break this feature request into an implementation checklist.
```
@@ -65,6 +81,7 @@ Use @create-pr once everything is passing and summarize the user-facing changes.
## What to do next
- Start with [`aas-core.md`](aas-core.md) for setup, trust boundaries, and the stack lifecycle.
- Read [`ai-agent-skills.md`](ai-agent-skills.md) if you want a framework for choosing between broad and curated skill libraries.
- Read [`plugins.md`](plugins.md) if you want the plugin-specific install story for Codex and Claude Code.
- Use [`workflows.md`](workflows.md) when you want step-by-step execution patterns for common engineering goals.