The DeepSeek search and Search/Fetch API providers now report readiness
from credential presence alone, on any model route: the account token
first on the deepseek-account route, then a literal apiKey or a
configured apiKeyEnv reference. A conversation on another provider's
model keeps web_search and web_fetch while a DeepSeek key is configured,
as on master, so the route refusal WEB_PROVIDER_ROUTE_DISABLED and its
upgrade guide are removed.
The pi-ai-conversation-updates and deepseek-messages-system-prompt
snapshots replay their master recordings again, the headless keyless
smoke points its search key reference at an unset variable, and the
readiness Agent Note records the rejected route and endpoint rules.
A user who gives DeepSeek search a key of its own has chosen what that key
pays for, so the route check now applies only to the shared
DEEPSEEK_API_KEY. A literal apiKey, or an apiKeyEnv other than
DEEPSEEK_API_KEY, opens every model route for Messages search and for the
Search and Fetch APIs; a configured endpoint does not, since the search
still sends the shared key. The Web search settings page saves its key
under the section's apiKeyEnv, DEEPSEEK_API_KEY by default, so a key saved
there keeps serving only the DeepSeek routes.
The route refusal now names the settings that give search a key of its
own, and the READMEs, the readiness Agent Note, and the upgrade guide
describe the exception.
web-search-unconfigured declares exactly the tool catalog that web-fetch
already pins, so it names web-fetch as its toolSchemasSource instead of
committing a second copy.
Review found two faults in the endpoint and configuration checks. The
providers took the official chat route's endpoint from the first active
dsh-llm-deepseek-api-key Loader row, so a composition that isolates several
instances answered for an unrelated one: a correct route lost search, or a
gateway's key reached DeepSeek. And a key saved on the Web search settings
page lands under the default DEEPSEEK_API_KEY reference, so the inference
that search had its own configuration never saw it.
Both DeepSeek web packages now serve only the deepseek-account and
deepseek-official routes, whatever key they are configured with, and no
longer compare the chat endpoint with their own. ready() checks the route
and then credential presence as before; the API-key resolver repeats the
route check and refuses with WEB_PROVIDER_ROUTE_DISABLED. The packages no
longer read Loader rows or depend on dsh-llm-deepseek-api-key, so the
lockfile, the module graph, and the keyless smoke expectations that the
endpoint check had changed return to master's.
An upgrade guide covers conversations on other providers' models, which
lose DeepSeek web search and, with the Search and Fetch APIs selected,
web_fetch.
The Web search switch selects the DeepSeek Search and Fetch APIs together,
and both reuse the DeepSeek chat key by default. Neither provider answered
readiness, so a step without a usable key was offered web_search and
web_fetch whose every call failed, and a conversation on another provider's
model or behind a gateway sent the chat key to DeepSeek.
dsh-web gives WebFetchProvider an optional ready(llmProvider) and adds
ctx.web.fetchReady(), which asks only the provider fetch() selects, as
searchReady() does for search. tool-web registers web_fetch with a step
activation condition on fetchReady(), so a step that cannot fetch leaves the
tool out of declarations, guidance, and PTC bindings and refuses a call to
it as UNKNOWN_TOOL; without web_fetch the search guidance uses its
search-only text. The shipped HTTP fetch provider has no ready() and stays
admitted.
web-deepseek-api applies the API-key rules of Messages search to both APIs:
without a literal apiKey, an apiKeyEnv other than DEEPSEEK_API_KEY, or a
baseURL other than the default, the chat key goes only to the DeepSeek
routes and only to an API base on the official chat route's origin. The
refusal sits in the key's only resolver, and both providers' ready()
answers presence in the order an operation resolves credentials. The
transport repeats these checks so the package still does not depend on
dsh-web-search-deepseek.
Master's step-scoped conditional activation resolves each tool's condition
before a model step assembles, and both the declarations and dispatch read
that admitted set. Prompt assembly no longer carries tool declarations, so
tool-web's system-prompt/assemble listener could not remove web_search any
more, and removing a declaration there never stopped a repeated call from
running.
tool-web now registers web_search with a when condition that asks
ctx.web.searchReady() about the route of the step's model selection, and its
guidance section renders from the step's admitted set. A step that does not
admit the tool leaves it out of declarations, guidance, and PTC program
bindings, and refuses a call to it as UNKNOWN_TOOL without reaching a
provider. Tests that execute web_search directly now run inside a resolved
step, as the executor requires for conditional registrations.
Docs, the readiness Agent Note, and the event producer/consumer table follow
the new mechanism; the tools README gains an explicit conditional-tools
anchor for cross-locale links.
Master declares exit_plan_mode only in plan mode, so this branch's own tool
schema sidecars for web-search-unconfigured and pi-ai-conversation-updates
drop it. The merge took master's pi-ai-conversation-updates session, whose
request headers still listed web_search; the refresh records the moonshotai
route without it again.
A step's tool set no longer empties when the step is cancelled. The shared
pipeline already settles unstarted calls as cancelled; keeping admission lets
those calls keep their finalizers, and a wrapper result completed at
cancellation now reports cancellation instead of UNKNOWN_TOOL.
exit_plan_mode checks for a missing Agent explicitly instead of asserting it.
Document the activation types on the tools subsystem page, the turn/end code
for a failed tool condition, the replacement and no-set consequences in the
upgrade guide, and the admission rule in the parallel tool-call note.
* feat(ui-user-questions): show answered batches as shared message bubbles
* refactor(ui-primitives): share clipboard confirmation lifecycle
* test(web): include answered question bubbles in steering goldens
* fix(ui-user-questions): keep answered turns collapsible
* test(ui-user-questions): drop the removed compactAnswer expectation
master removed ChatTurnProcessPresentation.compactAnswer in aaeb344
("fix(chat): keep the reply gap on a folded final answer"); reply spacing
now comes from the adjacent-row rules. The rebase left this assertion
behind, so the parametrized replay/live/prepend cases failed on every CI
coverage lane even though typecheck stayed green: toMatchObject accepts
the stale property.
* fix(ui-user-questions): address answer bubble review feedback
* test(web): observe file card styles after both cards mount
---------
Co-authored-by: imccyu <[email protected]>
The tool executor merge added ToolBatchInput.toolSet; the subsystem page's type-equivalence block now matches it. The architecture turn-flow line names step-admitted tool schemas in one line so the page stays within its word budget.
The /api/file route bounds files by maxImageBytes, whose default is now
50 MiB, so the 20 MiB + 1 byte fixture no longer exceeded it and the
route served it with 200 instead of 413.
Yichen Jiang