القائمة
Define, validate, and audit agent capability manifests for safe skill installation
التثبيت باستخدام Codex أو Claude انسخ هذا Prompt والصقه في Codex أو Claude أو مساعد آخر ليراجع صفحة Skill ويثبّتها لك.
استنادا إلى تصنيف SOC المهني
Build and maintain ZERO-COST, Hermes-automated online income systems — multiple independent "streams" (affiliate blog, Gumroad products, tools hub, Fiverr guides), each with a generator + self-running cron, hosted free on GitHub Pages. Use when the user wants to "make money online for free", "passive/automated income", or have "Hermes do everything". Encodes the proven architecture, the affiliate-token pattern, and the gotchas (Pages /docs, clean-on-build, f-string braces, MSYS paths, ad-hoc verification) that broke a real build.
Build and operate a zero-cost, fully-automated multi-stream money system (affiliate + digital products + POD + traffic + support) maintained by Hermes Agent crons. Use when the user wants to make money online for free with automation, or to extend/verify the money-engine project.
Configure, extend, or contribute to Hermes Agent.
Stand up a local autonomous "agent company" — Paperclip (the orchestrator) + Hermes Agent employees (via the hermes_local adapter) — on Windows via the Hermes terminal. Covers the verified pnpm/tsx build, the embedded-Postgres-vs-admin trap, and how the Hermes adapter is already bundled in Paperclip main (so you do NOT hand-wire it). Use when the user wants to "run a Paperclip company", "hire a Hermes agent in Paperclip", "build the agent-company stack", or references paperclipai/paperclip + NousResearch/hermes-paperclip-adapter.
Drive Autodesk Fusion 360 via its MCP server to programmatically build, simulate, and export parametric CAD / robot models. Also covers STATIC code+math engineering verification of a payload WITHOUT running Fusion (no MCP needed) — servo torque margins, mass/COM/stability, structural safety factors, 3D-printability, power budget. Use when a project sends Python payloads to Fusion 360 over MCP (e.g. a run_simulation.py controller + versioned optimus_*.py / model_*.py payloads), when asked to "run the vN simulation", to "analyze which version is best", or to "review/verify the engineering" of a CAD script.
Deploy, build, verify, and operate a Next.js site on Cloudflare Workers via the OpenNext adapter (@opennextjs/cloudflare), and set up the Cloudflare MCP server. Covers the build pipeline, multi-worker split configs, auth (wrangler login OAuth token OR CLOUDFLARE_API_TOKEN), headless-deploy pitfalls (stdin is not a tty, IPv6 DNS), the diff-based resumable asset upload, the Cloudflare MCP server (run <accountId> + OAuth token reuse), and how to verify a project is "completely working". Use when deploying/building/verifying for Cloudflare, wiring up the Cloudflare MCP, or hitting Cloudflare auth/deploy errors.
| name | agent-caps |
| version | 2.0.0 |
| description | Define, validate, and audit agent capability manifests for safe skill installation |
| tags | ["agent","caps","security","manifest","cli","safety","python","open-source","automation","MIT"] |
Validate, scaffold, and cross-check AI-agent capability manifests so agents stay swappable, auditable, and safe.
Keywords: agent, caps, security, manifest, cli, safety, python, open-source, automation, MIT
Part of the itsPremkumar Hermes / OpenClaw / Paperclip agent stack — 31 free, MIT-licensed, CI-tested agent-native tools.
Agents declare incompatible capabilities and dependencies, then break the system at install time. Agent Capability Manifest Toolkit solves this: Validate, scaffold, and cross-check AI-agent capability manifests so agents stay swappable, auditable, and safe.
Best for: Agent builders, platform engineers, and security reviewers shipping OpenClaw / Hermes / Paperclip agents.
# Requires Python 3.8+. No pip install needed.
curl -O https://raw.githubusercontent.com/itsPremkumar/agent-caps/main/agent_caps.py
# Or copy the file anywhere — it's self-contained.
python agent_caps.py self-test # prove it works end-to-end
python agent_caps.py validate --help # validate subcommand
python agent_caps.py scaffold --help # scaffold subcommand
python agent_caps.py check-deps --help # check-deps subcommand
python agent_caps.py schema --help # schema subcommand
| Alternative | Why this skill is better |
|---|---|
| Hand-written JSON schemas | agent-caps ships a single enforceable schema + validator, not ad-hoc docs. |
| Reading the manifest manually | It catches missing fields, bad versions, illegal statuses, and unknown deps automatically. |
| Trusting an agent's self-description | check-deps cross-verifies claims against reality before the agent goes live. |
Q: What is an agent capability manifest?
A: A machine-readable JSON describing an agent's name, version, capabilities, dependencies, memory, tools, API, and status — the standard interface that lets agents be swapped or audited without breaking the host.
Q: Does agent-caps need internet or pip?
A: No. It is pure Python 3.8+ stdlib, zero dependencies, runs fully offline.
Q: Can I use it in CI?
A: Yes. Run validate as a CI gate; a non-zero exit blocks merges with malformed manifests.
Q: What does check-deps do?
A: Resolves declared dependencies against known agents/manifests and flags unknown or unmet requirements.
Built and maintained by @itsPremkumar (Chennai, India · serving developers worldwide). Free for individuals and teams everywhere. Documentation in English; tool output is locale-neutral.
# .github/workflows/verify.yml
name: Verify
on: [push]
jobs:
verify:
runs-on: ubuntu-latest
steps:
- uses: actions/checkout@v4
- name: Self-test agent-caps
run: python agent_caps.py self-test
Free + MIT-0 (free, modifiable, no attribution required). Sponsor if useful:
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