Merging master swapped the plain "▸ 上下文注入" button for the shared
DisclosureRow, which every conversation golden carrying an injected-context
row renders. The only change in all twelve files is that row.
The rename to deepseek-official reached cordis.snapshot.yml but not its
persistent-tools sibling, so the replay catalog no longer owned the route the
agent asks for. The SDK server then mounted the real adapter, which failed the
turn on a missing key. Re-records the six transcripts and the two diagnostics
cards that still carried the old route name.
The mutate seam's root-path ops, its non-array rejection, and the recursion
into an existing nested object were unexercised, as was the whole containment
side of the settings/document-updated fan-out and the before-snapshot repair
of a section a hand edit left non-object. The settings.mutate route had no
round trip at all: neither the client method nor the handler entry ran.
The per-file coverage gate caught three uncovered paths in the error handling
this round added: the page banner for a failed row removal, the editor card's
transport-rejection catch, and `store.fail` itself.
Two of them are one click each — Remove with a rejecting write, Apply with a
rejecting write — so they are covered through the UI rather than by calling
the helpers directly. The third was a duplicated `error instanceof Error ?
error.message : String(error)` in two files; it becomes one exported
`messageOf`, which removes the branch from both call sites and gives the
fallback arm a home a direct unit test can reach (the lint rule forbids
rejecting a promise with a non-Error, so a rejection cannot exercise it).
The master merge moved the TUI composition into `apps/cli/config/base.cordis.yml`
and I carried the `settings-local` / `credentials-local` rows across without
adding them to the resolver manifest. Bare specifiers in an app config resolve
through that manifest's dependencies, so the whole tree failed to boot:
dsh: plugin(s) failed to load: @deepseek-ai/dsh-settings-local,
@deepseek-ai/dsh-credentials-local
which took every TUI PTY smoke with it. `verify-cordis-config` did not catch
it, so the boot smoke was the first signal.
Review follow-up. provenLocalCallee inferred file-local calls from module
scoping but borrowed non-exportedness from its one caller and never checked
module-ness: a helper in a global script file (no import/export) is
program-visible and callable cross-file with no same-file reference, so the
proof passed and those call sites were dropped as silently missing matrix
cells. Guard both premises at the proof entry, failing toward the global
fallback.
- State the EVENT_API_METHODS obligation: a visitSource branch for an
unlisted method name is dead because the prefilter drops the call first.
- Add gen-doc-graphs.spec.ts pinning fast path vs global fallback equivalence
on fixture programs: a proven-local helper, an alias-escaping helper, and a
global-script helper (negative control that keeps the fallback exercised).
- Record the demand-driven indexing decision in the Program-backed semantic
gates Agent Note (both languages, pairing re-recorded).
Generated docs stay byte-identical (verify-doc-graphs green).
The event-relation collector resolved every CallExpression in all package
sources up front (getResolvedSignature is the most expensive checker query)
and type-classified every property-access receiver before looking at the
method name. Both costs served a tiny fraction of call sites.
- Filter by event API method name first; receiver classification now runs
on those calls only.
- Replace the eager global call-site index with demand-driven indexing:
when a non-exported local helper's same-file references are all provably
direct callees, only that file is indexed; any other reference shape
(alias escape) falls back to the original full package-source index.
Generated docs are byte-identical; verify-doc-graphs stays green. Halves
the script's CPU time (23.4s -> ~13s user on a warm run).
The review named this call site with the other two, and the previous pass
missed it: the editor card's mount-time `credentials.describe` had only a
fulfillment handler, so a transport failure reached the browser as an
unhandled rejection.
The probe is a placeholder hint ("already configured"), never a precondition
for editing, so it now renders without the hint rather than failing. Covered
by a test that fails without the handler.
The remaining P1 from the #939 review, plus the P2 it shares a mechanism with.
Nothing carried a version, so two tabs editing one namespace silently
overwrote each other — reproduced as tab B's `reasoning` lost to tab A's
older draft. The seam's per-namespace write queue orders writes; it cannot
tell a fresh writer from one replaying a snapshot a predecessor superseded.
Each namespace now carries a monotonic `revision` over its RAW section. A
write may send `expectedRevision`, checked at the FRONT of the queue (not at
call time, which would race the very predecessor it guards against); a
mismatch rejects with `SettingsConflictError` → `settings-conflict` on the
wire, carrying both revisions. The editor captures the revision it opened at
and, on conflict, asks the user to reopen rather than replaying its snapshot.
The same counter fixes the missing broadcast. `settings/updated` is gated on
the resolved value — correct for consumers, wrong for configuration surfaces:
storing an override equal to the composition base leaves the resolved value
alone while changing what the document says (the field is now overridden, not
inherited) and moving every open editor's revision. `settings/document-updated
(ns, revision)` fires on any raw-section change, in-process or external, and
`host/settings-changed` now rides it.
That event also closes the stale model picker: editing a provider's `models`
changes no route, so `llm/adapters-updated` never fired and an open picker
kept serving the old catalog. A change to an exposed provider namespace now
emits `host/models-changed` too — that namespace holds the catalog.
Docs: both sides of the five touched README pairs, a type-equiv block for
`SettingsPathOp`, and an Agent Note recording what the plane exposes and who
may overwrite what. The deferred wire-redaction gaps (secrets behind
union/intersection/transform, `.default(...)` in the served envelope, schema
text in rejection messages, `new Function` rehydration, pi-ai's `headers`) are
recorded as TODO(settings-wire-redaction) and in Known Limitations rather than
half-fixed.
Yichen Jiang
Tianyi Cui
hypatiamay
CreatixChu
creatixchu
imccyu