Everything in CAP

If your tool reads the open skill standard directly, install [capire/skills](artifact:capire-skills) and skip the wrapper.

No license Neither the package manifest nor the repository tree declares a licence.

Functional boundary There is no licence, so there is no grant to use or redistribute it. Everything else is secondary to that. Note too that its 'verified' claim means the skill text was checked against itself by an evaluation suite — not that the advice was run against a CAP version.

Local scaffolding only. Its own Out of Scope list names deployment to Cloud Foundry or Kyma, XSUAA and IAS configuration or any other BTP service binding, the SaaS Registry and subscription flow to real tenants, and automatic migration from the legacy `@sap/cds-mtx`. For the concepts rather than the scaffolding step, the README points at the `multitenancy` skill in [skillOverflow](artifact:dankromp-skilloverflow) by [Daniel Krompaß](actor:dankromp), which covers the MTX sidecar, `xs-security.json`, tenant lifecycle hooks and the deployment path and runs no commands at all.

Host-specific: outside Kiro the automatic context activation is the part that does not come with it, and what remains is prose you would have to wire in yourself. Breadth over depth by design — thirty-five skills across six product areas is an orientation layer, not a substitute for the focused sets in each.

GPL-3.0, which is a licence to read before vendoring any of it into something you ship. Forty plugins is also a lot of always-available surface — the ledger is there because breadth and verification pull in opposite directions, and it does not resolve that so much as report it.

It says so itself, in bold, and the atlas repeats it: not legal advice and not a compliance decision. Only SAP, your contract, or SAP support can answer bindingly, and the skill routes legal, commercial and roadmap questions there rather than guessing at them. Treat the output as evidence gathered, not as a verdict.

It audits through npm: a project that resolves its dependencies with another package manager, or has no `package.json`, has nothing for it to run. What it reports is what `npm audit` knows, so a vulnerability outside the npm advisory data is not in its table.

A team that does not keep one long-lived branch per environment has no environment branches for it to compare feature branches against. What it reports is the merge state of branches in Git, so it says nothing about whether a merged change has been built or deployed to the environment.

It audits through npm: a project that resolves its dependencies with another package manager, or has no `package.json`, has nothing for it to run. What it reports is what `npm audit` knows, so a vulnerability outside the npm advisory data is not in its table.

Everything it checks is a name: a file name under `rootDir`, or an identifier a parser extracted from a file, so a convention that cannot be written as a regex over one name has no rule shape here. Content rules targeting `.hdbanalyticalprivilege` or `.hdbconstraint` return no results, which the README states as not yet implemented, so conventions centred on those two artifact types go unchecked.

There is no repository and no README: what the eight commands do is only readable from the compiled dist that ships in the package. Three of them — npmrc, install, project — are written for "SimpleMDG" projects rather than for CAP generally, so the reusable part is bind-local, run-local and debug. Seven releases up to July 2026. Its binding step writes the resolved VCAP_SERVICES into default-env.json in the project, where [@sap/cds-dk](artifact:sap-cds-dk) keeps only the place the credentials can be fetched from, so a project using it needs that file kept out of version control.

It reads TypeScript exports only; a project written in plain JavaScript has no exported functions for it to extract. A call to the function name in a test file counts as tested, and a call through property access such as `.foo(` does not.