jochen
c46f9502ee
One repository, two modules (ADR 0069). `node-tools/` holds the runtime — its code, tests, package and the manifest of the module the controller composes a process for on every machine it is assigned to: a bundle of `src/main.js`, the interpreter as a package, a place for the node's credential, the loopback port the console declared, and leave to call every tool. Nothing about how it runs: which bundles to load, where the credential is and whose machine it is are the controller's to compose (WP2). The root module `mesh-tools` keeps the two images TypeScript bundles are compiled in and a module's own service may run in; it is no longer how tools reach a node. As node-tools, `serve` is also the console (ADR 0175 §6): the same process answers MCP on loopback for whoever is on the machine, through which the tools it serves can be called. A module's own runtime in a container keeps serving without a listener. The toolchain image now carries /app/runtime — a package.json saying the compiled files are ES modules and the production node_modules — for the builder to copy into every TypeScript bundle, so a bundle unpacked on a machine starts (ADR 0188 §5; the builder's side is the controller's). Proven here by compiling node-tools with the toolchain's exact flags and starting the result. The AMQP probe script is gone with the bus it probed.
13 lines
524 B
JavaScript
13 lines
524 B
JavaScript
// The shop again, in a file of its own: a module imported once stays imported, so a second test needs a second entrypoint.
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import { registerModuleTools } from "@novox/mesh-sdk/tools";
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registerModuleTools("shop", () => [
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{
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name: "price",
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description: "what something costs",
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input: { of: { type: "string", description: "the thing" } },
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run: async (args) => ({ of: args.of ?? "nothing", cost: 12 }),
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},
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{ name: "refund", description: "give it back", input: {}, run: async () => ({ done: true }) },
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]);
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