Update to kernelCAD

{
  "description": "Find and run kernelCAD cookbook recipes (machined housing, NEMA motor plate, robot arm, planetary gearbox, T-slot frame, enclosures) through the hosted MCP. Use before freehand authoring of an industry part.",
  "included_files": [],
  "name": "kernelcad-cookbooks",
  "skill_md_contents": "---\nname: kernelcad-cookbooks\ndescription: Find and run kernelCAD cookbook recipes (machined housing, NEMA motor plate, robot arm, planetary gearbox, T-slot frame, enclosures) through the hosted MCP. Use before freehand authoring of an industry part.\n---\n\n# kernelCAD cookbooks\n\n1. `lookup_cookbook({ query: \"<what the user wants>\", k: 5 })` returns ranked\n   recipes `{ ok, hits[] }`. Empty `hits` is a valid answer: author freehand.\n2. Run a hit in one step: `execute_cookbook({ id, openInStudio: false })`.\n   Read `stage` on failure (`resolve` | `evaluate` | `open_in_studio`).\n   `dryRun: true` is not proof that the recipe builds a solid.\n3. Adapt the returned `code` to the user's dimensions, then go through the\n   `kernelcad-design-loop` skill.\n\nUseful ids: `multi-feature-machined-housing`, `nema-motor-mounting-plate`,\n`multi-body-mechanism-real-proportions`, `multi-dof-robot-arm-4axis`,\n`planetary-gearbox-shop-release`, `gt2-shop-release-actuator`,\n`clamshell-enclosure-release-pack`, `tslot-frame-fastener-bom`,\n`scissor-lift-closed-loop`, `holeless-board-cradle` (no-hole development board rail and connector opening).\n"
}