Tianyi Cui
a7a5be1703
Run the dsh-archive-agent-notes audit over every active Agent Note on current master, judging each record by whether its rationale still guides work rather than by size or age. - Archive 453 implemented bilingual triplets (417,882 English words): completed UI chrome, narrow adapters, closed bug fixes, implementation walkthroughs whose package READMEs, docs pages, generators, or successor notes now carry the useful behavior, and 51 records fully superseded by a later active note. Keep 201 implemented notes whose ownership rules, negative guarantees, durable or wire semantics, security rules, reintroduction conditions, or still-tempting rejected alternatives remain useful. - Reject 7 proposals whose premise is gone or whose work shipped in amended form under other records; delete 2 rejected notes that no longer prevent a plausible mistake. - Retarget every remaining inbound link to the archived path, and repair active prose that named an archived record as the owner of a live fact: parenthetical citations drop, ownership sentences redirect to the README, docs page, or active note that states the fact, and history citations say so. Chinese files link the English archived path because the pairing gate treats the frozen tree as outside the bilingual corpus. - Seal 1,359 new frozen artifacts; existing seals are unchanged and outbound links from archived notes are neither inspected nor repaired. - Regenerate docs/config-catalog.md after the hook-bridge comment edits shifted two source line numbers.
description, kind
| description | kind |
|---|---|
| Package map for the code-execution capability family: what program execution does for you, and which package owns each part. | package-group |
code-runtime/ — code-execution capability family
English | 中文
Summary
The code-runtime/ group provides program execution: a model writes one program that calls host-provided functions as ordinary async calls, and a runtime executes it in isolation and returns only what the program printed and returned. One package defines the shared capability (ctx.codeRuntime), a second executes TypeScript programs in a fresh Node worker thread, and a third owns the wire protocol between a Node host and a CPython subprocess for the Python backend. Every run is independent — no state carries from one program to the next — and failures come back as part of the result, so the caller can see why a program failed and feed that back to the model.
Table of Contents
Packages
These three packages together provide program execution; each README describes what its part does.
| Package | Role | ctx key |
|---|---|---|
code-runtime/ |
Defines what a code runtime does: run one program against host-provided bindings and report what it printed and returned | ctx.codeRuntime |
code-runtime-worker-thread/ |
Executes TypeScript programs, each in a fresh Node worker thread | registers ctx.codeRuntime |
experimental/code-runtime-python/ |
The experimental Python backend: owns the fd-3 wire protocol between a Node host and a CPython subprocess and the CPython runtime implementation | — |
Related documentation
Start with the subsystem reference for the service contract, then the PTC mode design that consumes this capability and the capability-seam model it follows.
- Code runtime subsystem reference — request/result vocabulary, bindings, and the
ctx.codeRuntimecordis surface. - PTC mode Agent Note — how the tool registry presents
run_codeto the model. - Capability seams — the Service Definition / Service Provider / Consumer split this family follows.
Dev Note
Working context for maintainers — click to expand
None.