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25 commits
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Danny Avila
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fc2b8584c4
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📇 feat: Surface Event Child Activity Through a Bounded Parent Index (#15142)
* feat: surface event-driven child activity * fix: keep child task aggregation documentdb-compatible * fix: address event activity review findings * test: provide markdown message context defaults * fix: report bounded child history truncation * fix: preserve current child activity state * fix: preserve durable event child activity * fix: handle missing task timestamps * fix: keep active event snapshots live * fix: preserve event activity across valid anchors * fix: close event child activity gaps * fix: preserve event activity across resume |
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Danny Avila
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c2aa688d73
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🖥️ feat: Stream PTC Inner Tool Calls as a CLI-Style Trace (#15115)
* 🖥️ feat: Stream PTC Inner Tool Calls as a CLI-Style Trace Programmatic tool calling runs a whole program inside the sandbox, and the tool calls that program makes open no run step of their own. The card showed one running spinner for the entire execution, with no sign of what the code was doing. Emit a new `on_ptc_tool_call` step event for each inner invocation — once on dispatch, once on settle — and render them under the code as a terminal-style trace: status glyph, tool identity, argument preview, duration, with a failure message printed under the call that produced it. The seam is the tool map the sandbox bridge resolves inner calls against. `instrumentPtcToolMap` proxies `invoke` on each entry and leaves every other property (name, schema, mcp) passing straight through, so nothing about execution changes and emission failures can never fail a tool call. Client state is a per-tool-call Recoil atom keyed like the sandbox-starting and subagent atoms — live for the session, cleared on conversation switch so a finished program's trace stays readable. * 🩹 fix: Address Codex Review on the PTC Tool Trace Five findings, all confirmed against the source before fixing. Scope the trace atoms to a message occurrence. The hook already documents that providers repeat a tool_call_id across turns and even within one message, and `call_id` restarts at :0 for every outer call — so two programs sharing `call_0` merged into one card. Key by (response message id, tool call id) via `ptcTraceKey`, mirroring `subagentProgressKey`; the event's `runId` already carries the message id and the card reads its own from MessageContext. Prune unsettled rows on resume. Inner calls are not content parts, so the resume snapshot cannot rebuild them, and `trackReplayEvent` only persists OAuth events — a call that settled during a disconnect left a spinner that never resolved. Settled rows are real history and stay. Make the argument preview budget-aware. Iterate keys rather than entries so the budget check can actually skip work, and clip against a bounded window so a multi-megabyte value is never collapsed in full to build a 40-character preview. Catch the resumable emission promise. The synchronous try/catch around the emitter cannot observe a rejected `emitChunk`, so a failing transport raised an unhandled rejection per event instead of dropping telemetry. Announce completion to assistive technology. The check glyph is decorative and a fast call renders no duration, so a settled row previously announced no outcome; each row now carries an sr-only status and the visible cell that duplicated it is hidden. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01MBRQUsPXSvDBnjrSDoXWHP * 🧹 fix: Repair CI Failures on the PTC Tool Trace Two failures on the previous head, both mine. `Tests: api (shard 2/3)` — 46 failures in `initialize.spec.js`, all `TypeError: createPtcProgressEmitter is not a function`. The suite mocks the callbacks module with an object literal, and wiring the new emitter into `initialize.js` without adding it there left the factory undefined at call time. Added it alongside `createAttachmentEmitter`, plus an assertion that it receives the same generation fence as every other resumable emitter — a stale epoch would leak one run's inner calls into the next. `Static checks` — import-order drift in `PtcToolTrace.tsx` and `handlers.ts`, repaired with `scripts/sort-imports.mts`. ESLint and Prettier both passed, so only the dedicated check caught it. `openai.js` and `responses.js` never take the emitter, so their specs were unaffected; verified the initialize mock now covers every name the module destructures. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01MBRQUsPXSvDBnjrSDoXWHP * 🔐 fix: Address Second Codex Review on the PTC Tool Trace Three of five findings actioned; two answered on the thread. Respect tool-argument PII filtering (P1). Inner calls never reach `filteredToolArgumentsResult` — the sandbox bridge invokes them directly — so the trace was the one path putting their values on the wire in a deployment that had configured `filters.toolArguments.pii`. When any of the name / arguments / output fields are filtered, the emitter now omits both the argument preview and the failure message, which routinely quotes the argument that caused it. Name, status and duration still report. Drop the light/dark-specific background (P1). `dark:bg-transparent` stepped outside the semantic roles and would lose the intended separation under a custom theme. The pane now sets no background at all and inherits the card's surface, which resolves to the same color the override produced in both default themes and stays correct when a theme reassigns its roles. Bound the live trace (P2). A program looping over a large collection made every event copy an ever-growing array and rendered a row per call. The trace now keeps a rolling tail of 100 rows and counts what it evicted, surfaced as "+N earlier calls" so the cap is never silent. A settle whose row is gone — evicted, or pruned across a resume gap — no longer reappears out of order. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01MBRQUsPXSvDBnjrSDoXWHP * ✅ test: Keep PTC Trace Tests Aligned With Caller-Capability Filtering Left out of the merge commit by a staging slip; without them `handlers.spec.ts` fails on the merged tree. `#15105` restricts the PTC tool map to tools whose `allowed_callers` admit code execution, so the existing trace test's registry entry — which declared none, defaulting to `direct` — was filtered out before the instrumentation could see it. Declare the fixture `code_execution`. Add a guard for the resolution itself: a `direct`-only tool must never appear in the instrumented map. Tracing wraps the eligible map, and this fails if a later change reorders that and lets the trace widen what the sandbox reaches. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01MBRQUsPXSvDBnjrSDoXWHP * 🛡️ fix: Close Name Disclosure and Follow the PTC Trace Tail Two findings from the third Codex pass on ` |
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Danny Avila
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8ae94afa91
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🪡 fix: Thread Parent Message ID Through MCP Request-Scoped Bodies (#15095)
* fix: Unify MCP request-scoped headers * fix: address request-scoped MCP review findings * test: preserve request scope on status errors * fix: treat authorized on-demand MCP servers as ready * refactor: separate MCP readiness from connection state * fix: preserve on-demand MCP readiness labels * test: satisfy OpenAI conversation ownership guard * fix: keep MCP action predicates boolean * fix: close deferred MCP request context gaps * fix: preserve on-demand MCP configuration actions * fix: fail closed on unavailable MCP parent context * test: complete MCP connecting-state mocks * fix: preserve missing MCP parent on continuations * fix: align native MCP request identities * fix: preserve edited MCP parent identity * test: use scoped Agent initializer fixture * test: expose MCP request body helper * fix: preserve MCP turn identity across resume * style: sort stream metadata imports * fix: carry normalized MCP identity to execution |
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Danny Avila
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259f1e0c32
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🛰️ feat: Route Live Subagent Controls Across Replicas (#14971)
* feat: route live subagent controls across replicas * fix: initialize task routing in cluster workers * fix: harden cross-replica task routing * fix: expire routed task owners independently * fix: close cross-replica routing edge cases * fix: bound owner refresh and close routed cancellation gaps Refresh owned task registrations in bounded parallel batches so a full heartbeat pass stays well inside the 30-second directory lease instead of serializing one Redis EVAL per registration. Route conversation-deletion cancellation through a dedicated owner-side scope operation. The owner applies the deletion predicate to its complete local task set, so a scope holding more children than the model-facing list cap no longer leaves live executors running after their parent is removed. Key a consumed claim's retained response by its operation rather than by one caller's correlation id, so a later poll recovers a terminal result whose responses were all lost. Live claim statuses stay uncached so a poll always observes the task's current state. Type the model-facing `maxLength` bounds with a narrow local string schema; the SDK's JsonSchemaType does not declare the keyword, and the runtime checks continue to enforce the same limits. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: retain claimed results apart from control replays A consumed claim is the only routed response whose loss destroys data, so it no longer shares one bounded cache with control replays that unrelated command traffic can evict. Claims are retained under their own budget, and the requester acknowledges a result it received so the owner releases the copy immediately instead of holding it for the full replay window. Resolve the post-delete cancellation pass from durable leases. The deleted conversations cannot be read back, so re-reading each one only scaled the cascade while probing the owner directory once per removed id; one lease read now resolves every live child address instead. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: never consume a result the owner cannot replay Retention for consumed claims is bounded, so a burst of undelivered results could evict an earlier one and lose it for good. The owner now admits a claim only while it can retain a worst-case result, and refuses the routed claim otherwise instead of consuming it, leaving the result on the task for a later poll. Retained claims are never displaced; control replays keep evicting. Key a control replay by the command itself rather than by one caller's correlation id. The transport's own retry reuses a single envelope, but a caller that saw the owner as unavailable reissues the command under a new id, which steered, queued, or interrupted the child a second time. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: own a claimed result until it is acknowledged A consumed terminal result is task-owned state, not a cache entry. It now carries no expiry at all: the owner holds it until a caller acknowledges receipt, and only then is it released. Retention stays bounded by the existing admission gate, which refuses a claim the owner could not keep rather than consuming a result it might drop. Identify a control by the caller's invocation instead of by its content. The tool mints one id per invocation and routing carries it, so a routed retransmission of that invocation replays the owner's result while two deliberate identical commands arrive under distinct ids and both apply. Content-derived identity could not tell those apart and would have answered the second from a stale snapshot. Wait for the dpkg frontend lock in the best-effort Playwright font step. Its timeout kills npx while the apt-get it spawned keeps the lock, which then failed the fatal Redis install and ended the MCP replica jobs before any test ran (#14983). Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: treat acknowledgement as part of delivering a result Publishing an acknowledgement once and ignoring the outcome meant a result could be reported as delivered while the owner never learned it could let go, and since that retention neither expires nor evicts, enough lost acknowledgements would fill it and refuse every later remote claim. An acknowledgement is now confirmed: publishing to zero subscribers is not success, it retries inside the ordinary request window, and a claim whose acknowledgement cannot be confirmed reports the retryable unavailable path instead of handing back a result the owner still holds. A later poll recovers that result and acknowledges it, and releasing is idempotent. Owner registration also outlives the task while a result is unacknowledged, so the retained result cannot become unreachable. Take the control invocation identity from the provider's tool-call id rather than minting one per execution, so replaying the same tool call stays idempotent while two distinct calls with identical payloads both apply. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * style: sort the widened node:crypto import Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: own control invocations and cancellation plans at the task seam Applies one logical control exactly once for its owning task rather than in the transport, so a local caller and a routed caller of the same invocation agree, and reusing an invocation id for different content is refused instead of silently applied. Invocation identity now comes from the run, agent, and provider tool-call id hashed to a bounded 32 characters, so a repeated `call_0` never bleeds across tasks and no id can overrun the routed bound. Cancellation for conversation deletion is now resolved into a plan while those rows are still readable, then replayed against the owner directory after the cascade is deleted. Owner registration is awaited before any provider work, so a child that cannot be addressed never starts. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * style: separate the control invocation map from the next member Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: close subagent deletion, claim, and control invocation gaps Bulk conversation deletion now runs behind a durable owner admission fence. Draining alone could not close the race: a child admitted on another replica after the drain read its leases would start provider work against a parent about to disappear. The fence is written before any lease is read and each child revalidates it after its own lease is written, so one of the two always observes the other. It expires on its own, so a process lost mid-deletion cannot leave an account unable to run subagents. A terminal child result is no longer kept alive in the owning replica's memory until someone acknowledges it. Collection is recorded durably on the child's own message against the polling invocation, so the poll whose response was lost recovers its own result while a different invocation is told the result was already collected. Owner-side retention returns to an ordinary bounded cache that expires, which is what abandoned polls needed: they can no longer occupy claim capacity until the process restarts. The deletion drain now cancels each task under one invocation held for the whole drain, stops re-sending once the owner answers, and retries only deliveries it could not confirm. A routed control replay also validates the command fingerprint, so one invocation id carrying different content reaches the owner to be refused instead of collecting the earlier command's success. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * test: assert the drain's calls before restoring its spies Restoring a spy also clears its recorded calls, so the drain assertions ran against an emptied mock. Formats the durable claim method tests. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: close the follow-on gaps in the deletion fence and result claim The admission fence now carries an ownership token, so an overlapping deletion's fence is never lifted by the one that finishes first, and both fence writes invalidate the cached auth user document. It also covers the other bulk-delete path: `DELETE /` with no conversation filter removes every conversation, so it runs behind the same fence rather than a bare drain. The durable record now decides who holds a one-shot result. An owner replaying a retained response could hand the same terminal claim to a second invocation; that invocation is told the result was already collected, while the one that consumed it still recovers its own. A task with no durable record to arbitrate keeps whatever the owner answered. Drain cancellation treats `not_found` as unconfirmed: a missing registration while the durable lease is still live means the child may be running, so the command is retried under its invocation once the owner republishes itself. Control fingerprints are hashed, so retaining one per invocation costs a fixed few bytes instead of a bounded message. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: hold every deletion fence and keep live idempotency records An owner now holds one admission fence per concurrent bulk deletion instead of one at a time, so admission reopens only when the last deletion finishes regardless of completion order. Expired fences are pruned as new ones arrive and the set is bounded, so an abandoned fence cannot accumulate or lock an account out. A failed durable claim write is no longer read as an absent record. Handing a terminal result over without recording its claimant would let another invocation collect the same one-shot output once the database recovered, so the collection reports the retryable unavailable path and leaves the result for a later poll. Control invocation records now evict tasks the store no longer holds before live ones, over a bounded scan. Dropping a live task's record would let a caller retry apply its queue, steer, or interrupt a second time once the transport replay had also expired. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: keep the deletion fence portable and never drop a live record The admission fence is written with plain update operators again. DocumentDB rejects pipeline-form updates, and this runs before any deletion, so the pipeline form would have failed both bulk-delete endpoints outright on a supported database target. An excess deletion is now refused rather than silently displacing the oldest active fence, which would have reopened admission for a deletion still running. Expired fences are pruned before the cap is tested, so only genuinely concurrent deletions count against it. Control invocation records now sweep every settled task's entry when the window fills, and a window of entirely live records refuses the new control before touching the child instead of evicting one. Applying a command with no room to record it would let the caller's own retry apply it twice. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: hold the fence, bound recovered results, and expire stale commands The admission fence is renewed for as long as its deletion runs, so a very large account or a stalled database cannot let it lapse while conversations are still being removed. Only the deletion's own fence is renewed, and the renewal stops with the operation. Cancellation now covers every conversation the cascade removed, not only the ones a plan named: a grandchild lives in its own parent's scope, which a plan naming the deleted root never reaches. A routed request carries the deadline its caller waits for, and an owner drops one that arrives past it. A publisher disconnected mid-request queues the envelope offline and delivers it after the caller was told the owner was unavailable, which would otherwise steer a child the caller believes untouched. A result recovered from its durable child message is bounded like a routed one. The message keeps the child's untruncated output, so recovery could otherwise return far more than the routed result limit allows. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * test: size the fence window so a renewal can be observed The renewal test set a 30ms drain timeout but the five-minute grace window dominates it, so the interval was 100 seconds and no renewal could fire inside the test's deletion. The grace window is an option now, matching the store's other timings, and the test sizes the window to 90ms. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix: wire the durable claim method and close the fence follow-ons The production store never received `claimSubagentTaskResult`, so every terminal result would have surfaced as unavailable once a task settled. The host wires that object from JavaScript, where the factory's parameter type checks nothing, so the factory now refuses a store missing any method it calls rather than failing at the first claim. The routing transport takes a dedicated publisher with the offline queue disabled. The shared client held commands issued during a disconnect and delivered them after the caller had given up, which the request deadline narrowed but could not close inside the clock-skew allowance. Fence renewal invalidates the cached auth document like the fence and release paths, and a renewal reporting its entry gone re-takes the fence instead of letting the deletion run on unfenced. The post-delete cancellation retries a transiently unreachable owner: the conversations are already gone, so it is the only pass that can still stop a late-admitted child. A replaced replay entry no longer leaves its bytes counted, which would have inflated the cache's total until unrelated responses were evicted. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * test: wait on observed lease renewal instead of a fixed delay The shared-lease renewal test held a 60ms lease and slept 100ms before asserting an overlapping worker was refused, so a loaded runner that starved the 10ms heartbeat past the TTL let the lease lapse and the second worker run. Spy on acquisition and renewal, then wait until a renewal succeeds past the acquired lease's own deadline — direct evidence the heartbeat carried it past expiry, with no timing assumption — and give the lease enough headroom that a stalled timer no longer decides the outcome. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix(agents): close the routing, fence, and cache gaps found in review Five separate seams, each with its own failure: `Cluster.duplicate` reads its first argument as a startup-node list and its second as the overrides, unlike `Redis.duplicate`, so the publisher's `enableOfflineQueue: false` was silently dropped under `USE_REDIS_CLUSTER` and a command issued mid-disconnect could still reach a child after its caller was told `unavailable`. Route both through `duplicateIoRedisClient`. The control window's capacity refusal ran before the store knew whether it owned the task, so unrelated local load could veto a cancellation bound for another replica. Establish that the task is local first and leave a remote one to its owner's window. `clearInterval` stops only future fence renewals. One already waiting on the database could resolve after the release, read its own lifted fence as expiry, and write a replacement that nothing remained to lift — closing subagent admission for the account until it aged out. Track the in-flight renewal, refuse overlapping passes, and await it before releasing. Every owner bounds its own task list, but the aggregation appended each batch whole, so the model-facing list grew with the number of replicas holding the scope. Cap the merged list while still reading every reply for the stale-registration sweep. The admission-fence prune commits independently of the fence that follows it, so a refused or failed push left the cached auth document describing entries the collection no longer held. Invalidate whichever way the second write goes. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix(agents): cap the merged task list the poll tool actually reads Each owner bounds its own reply and the remote aggregation bounds their sum, but `listTasks` merged that bounded remote list with however many children this replica owns and returned it whole. `check_background_task` could therefore still receive roughly twice the advertised cap. Bound the deduplicated, sorted result and export the cap so both seams share one number. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * test: admit every task the merged-list cap test starts The base store admits ten concurrent runs per scope by default, so starting 150 at once left most refused for capacity and the assertion never reached the merge it was written to check. Raise the cap for this store only; admission is a different invariant with its own tests. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix(agents): let a deletion notice its admission fence lapsing Renewal failures were logged and swallowed, so a run of rejected writes let the last confirmed `fencedUntil` pass while the deletion carried on believing admission was still closed — long enough for another replica to admit a child against conversations about to be removed. Track the deadline only a confirmed write advances, and check it after the drain, before anything is deleted: nothing has been removed at that point, so the operation fails closed and the caller retries once the fence can be held. A lapse detected after the rows are gone is logged instead, since reporting failure there would invite a retry against conversations that no longer exist. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * test: raise both concurrency caps the merged-list test trips Raising the per-scope limit left the store-wide `maxRunningTotal` at its default hundred, so fifty of the hundred and fifty starts were still refused. Verified against the base store directly this time: with only the per-scope cap raised it admits a hundred, and with both raised it admits all hundred and fifty. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix(agents): close the fence renewal gap and keep running tasks listed A renewal that started before its deadline but landed after it was still credited with extending the fence from its own start time, so a window in which admission stood open was papered over: a child could take a lease the drain had already read past and the deletion would proceed without cancelling it. The deadline now only advances when the write lands while the previous one still holds; anything later records a lapse the fence cannot be restored backwards over. The model-facing cap sorted oldest-first and sliced, which dropped the newest tasks — including children that had only just started running, and which the poll tool offers no other way to discover. Bound by status instead: running children first, then the most recent settled results. Both caps share one helper, and the routed aggregation now bounds after its loop so the choice is made across every owner's reply rather than by whichever answered first. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix(agents): finish the cap and the fence at the seams they still missed The status-aware cap only reached the requester: an owner's own reply still sliced positionally, so a replica holding more than the cap dropped its running children before the requester could bound anything. Both sides now share `boundedTaskList`. A fence that lapsed during the deletion itself was only logged. The rows are gone by then, so failing is still wrong, but the child another replica admitted while the fence was down is not: the fence is retaken and the drain repeated to cancel it. A child's lease renewal had the same retroactive hole the admission fence had — Mongo filters on the `now` captured before the call, so a write landing after the lease expired still moves the row forward, while an owner drain reading active leases in that gap saw the thread as free. The lease now carries its own deadline and a late renewal stops the executor. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * test: cover the lease lapse and the post-deletion re-drain The owner-side cap shipped with a regression test; these two did not. One drives a lease renewal that succeeds only after the lease it was extending had expired and asserts the executor stops; the other lets the fence lapse during the deletion itself and asserts a second drain runs while the request still reports success. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01H1cCMDrTWaRNkmtKjpWELZ * fix(agents): close live-task lifecycle gaps * test(redis): exercise cluster node discovery * fix(test): type cluster discovery seam * fix(ci): wait for orphaned apt processes * fix(ci): reserve time for apt drain * fix(ci): skip optional fonts in MCP jobs * fix(agents): recover tasks after owner loss * fix(agents): preserve local task discovery * fix(agents): initialize fail-fast cluster publisher * style(agents): sort routing test imports --------- Co-authored-by: Claude <noreply@anthropic.com> |
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Danny Avila
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547bd8c4bf
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🧵 feat: Persist View-Only Subagent Threads (#14957) | ||
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Danny Avila
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7d62be2ad3
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🕸️ feat: Run Saved Agent Teams as Subagents (#14944)
* feat: Add graph subagent integration * style: Sort response usage test imports * fix: Preserve lazy graph runtime context * fix: Use isolated graph input helper * test: Align graph integration fixtures * fix: Preserve lazy graph runtime capabilities * fix: Bound lazy graph metadata preload * fix: Harden lazy graph resolution lifecycle * fix: Coalesce lazy graph member resolution * fix: Snapshot initialized graph members only * fix: Preserve lazy agent runtime context * fix: Preserve batched lazy context preparation * fix: Preserve graph member capability bounds * fix: reconcile graph subagents with execution profiles * style: align graph subagent types with formatter |
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Danny Avila
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57ea1137f6
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🛡️ feat: Let Admins Restrict Stateful Workspace Scopes (#14910)
* feat: let admins restrict stateful workspace scopes * fix: enforce stateful scope policy across agent paths * fix: close stateful scope policy activation gaps |
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Danny Avila
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06bf324cf0
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🛤️ feat: Per-Agent Code Execution Routing With Stateful Session Scopes (#14848)
* feat: route code execution per agent profile * chore: sort execution profile imports * test: preserve stateful environment literal types * fix: isolate stateful code environments by user * fix: preserve per-agent code routing end to end * fix: route code priming by execution profile * fix: isolate code profile lifecycle state * fix: preserve mixed-profile code resources * fix: complete stateful skill routing |
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Danny Avila
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54d7f04d71
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🪶 feat: Resolve Explicit Subagents Lazily (#14714)
* feat: resolve explicit subagents lazily * fix: satisfy lazy subagent type checks * test: persist lazy subagent mutation through model API * style: format lazy subagent persistence test * fix: log lazy subagent depth limit failures * fix: harden lazy subagent resolution * fix: Yield during lazy cancellation test * test: Synchronize lazy cancellation setup * style: Format lazy cancellation test |
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Danny Avila
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5ff46d8c67
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🛟 fix: Stop Agents When Code Resources Cannot Recover (#14651)
* fix: Block Agents When Code Resources Cannot Recover * fix: Preserve Resource Recovery Failures Across Agent Paths * fix: Centralize Fatal Agent Initialization * chore: sort agent imports |
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Danny Avila
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489bc02d4a
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🧭 fix: Fail Closed When Expected MCP Tools Are Unavailable (#14646)
* fix: fail closed when expected mcp tools are unavailable * test: strengthen MCP handoff coverage * fix: clarify unavailable MCP tool guidance * fix: preserve MCP discovery for empty catalogs |
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Danny Avila
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d8427ffc5e
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🛂 test: Cover Tool Approval Workflows End to End (#14427)
* test: cover tool approval workflows end to end * fix: preserve tool approval state across resume * fix: preserve agent context in mock stream responses * fix: preserve nested approvals in collapsed groups |
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Danny Avila
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f3159f9891
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🧩 fix: Harden Agent Skill Lifecycles End to End (#14429)
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* test: cover agent skill lifecycles end to end * style: sort agent skill imports |
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Danny Avila
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73699b5c25
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⚡ perf: Reduce Agent Chat Startup Latency (#14423)
* perf: reduce agent chat startup latency * test: align Redis stream readiness assertions * perf: overlap remaining agent startup work * perf: persist initial agent job metadata atomically * test: add agent startup latency benchmark * fix: harden resumable agent stream lifecycle * fix: isolate replacement stream lifecycles * fix: preserve terminal stream epochs |
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Danny Avila
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00c5a747e9
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🧵 feat: Native Background Execution for Code Interpreter Tools (#14386)
* 🧵 feat: Native Background Execution for Code Interpreter Tools * 🩹 fix: Address Codex Round 1 (fallback dedupe, harvest failure, handle parsing) * 🩹 fix: Live Completion Marker + Unkeyed Attachment Dedupe (Codex Round 2) * 🎨 chore: Sort Imports + Widen Marker Type Comparison (CI) * 🩹 fix: Stale-Harvest Guard, Error Marker Status, Faster Anchor Retry (Codex Round 3) * 🧹 refactor: TS Harvest Module, Claim-Neutral Timestamps, Error Parity (Codex Round 4) * 🩹 fix: Dispatch-Ordered Stale Guard, Foreground Downgrade, Error Wrapper Parity (Codex Round 5) * 🩹 fix: Retry Past Unfinished Rows + Per-Call Attachment Dedupe (Codex Round 6) * 🩹 fix: Writer-Dispatch Ordering, Scoped Live Upserts, Reaped-Task Wrapper (Codex Round 7) * 🩹 fix: Wildcard toolCallId Matching for Bare Attachment Updates (CI) * 🩹 fix: Claim-Insert Dispatch Stamp (Schema-Backed) + Scoped Status Markers (Codex Round 8) * 🩹 fix: Pre-Write Ownership CAS + Agent-Scoped Part Patching (Codex Round 9) * 🩹 fix: Insert-Path Ownership CAS + Agent-Routed Attachments (Codex Round 10) * 🩹 fix: Agent-Scoped Marker Ids and Attachment Dedupe (Codex Round 11) * 🩹 fix: Atomic File Commit and Sibling Preview Fan-Out (Codex Round 12) - Replace the two-step claim-confirm CAS with an atomic conditional updateFile: the ownership predicate (no sourceDispatchedAt, or <= this write's dispatch order) moves into the update filter, removing confirmCodeFileOwnership and the lost-update window between check and write - Thread agentId through createDownloadFallback so fallback download rows scope to the emitting agent like primary rows - Fan terminal preview overlays out to every live attachment sharing the file_id in useAttachmentPreviewSync (sibling tool calls no longer stick on pending) - Restore background artifacts through toStoredArtifact so the size bound applies on re-anchor - Apply filterAttachmentsForPart to grouped tool-call attachments in ContentParts so handoff agents with colliding provider call ids do not cross-contaminate groups * 🩹 fix: Agent-Scoped Live Upserts and Monotonic Dispatch Stamps (Codex Round 13) - Scope the SSE attachment upsert and the useAttachments DB/live merge by agentId with the same wildcard semantics as toolCallId: distinct non-null agentIds stay separate entries, so handoff agents sharing a claimed file_id and a repeated provider tool id (call_0) no longer merge over each other's cards - Extend the attachment identity key to fileKey::toolCallId::agentId and register less-specific key variants so bare and agent-less live records still dedupe after overlay - Stamp background task createdAt from a strictly-increasing per-process dispatch counter: raw Date.now() can tie for same-millisecond dispatches and the stale-output guard accepts equal stamps (needed for idempotent re-commits), which would let an older task overwrite a newer task's committed file |
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Danny Avila
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49859c04a2
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🗄️ fix: Gate Request-Scoped MCP Servers Out of Persistent Tool Cache (#13672)
* 🗄️ fix: Gate Request-Scoped MCP Servers Out of Persistent Tool Cache PR #13626 established that request-scoped MCP servers (runtime OPENID/GRAPH/BODY placeholders) must not use the persistent 12h tool cache, but only gated three of five touchpoints. The panel endpoint still back-filled the cache and the OAuth callback still wrote to it, while agent loading read those entries ungated — pinning ephemeral model-spec/agent toolsets to stale definitions for up to 12h. Centralize the invariant in createMCPToolCacheService: a getServerConfig resolver dep gates both writers and a new service-owned getMCPServerTools read, so every current and future caller is covered. Callers that already hold the parsed config pass it to skip resolution; the per-call skipCache flag and duplicated call-site gates are removed in favor of the single config-based mechanism. Resolution failures fail open to preserve prior behavior. * 🩹 fix: Address Codex Review on Cache Gating - Repair getCachedTools.spec.js, which destructured the relocated getMCPServerTools directly from the module; its coverage now lives in the service-level tools.spec.ts. - Resolve the merged (Config-tier-aware) server config in the OAuth callback before writing tool definitions, so the cache gate detects request-scoped servers supplied via admin Config overlays that the base registry lookup cannot see. - Discover tools actively for request-scoped servers in the panel endpoint via ephemeral reinitialization: such servers have no stored app/user connections, so the previous getServerToolFunctions fallback returned an empty toolset once the cache read was gated. * 🧵 fix: Address Second Codex Review on Cache Gating - Resolve the merged server config before the OAuth callback reconnects, so the connection itself uses Config-tier overlays rather than only the subsequent cache write. - Pass Config-tier candidates into the panel's request-scoped discovery, matching the reinitialize route: reinitMCPServer forwards configServers (not the provided serverConfig) to its OAuth discovery fallback. - Document the accepted read-path trade-off: the gate resolver sees base configs only, all writers pass merged configs, so a pre-gating or overlay-divergent entry survives at most one cache TTL. * 🚏 chore: Rework Cache Gating for BODY-Only Request Scoping After #13673 narrowed requiresEphemeralUserConnection to BODY placeholders, the central gate follows the predicate unchanged, but the panel's active discovery no longer serves a purpose: the only remaining request-scoped class cannot connect outside a chat turn, so the reinitialization attempt would always fail at the missing-body check. Remove that path; OpenID/Graph servers are persistent user-scoped again and flow through the stored-connection and cache lookups as before. Flip test fixtures that used OPENID placeholders to denote request-scoped configs over to BODY placeholders. * 🪟 fix: Check Config Overlays in Agent-Loading Cache Reads The cache service's registry resolver sees only base YAML/DB configs, so a BODY placeholder introduced by a request-tier Config overlay was invisible to the gate on the agent-loading read path: model-spec and ephemeral-agent expansion could read a leftover persistent entry and pin stale concrete tool names instead of the mcp_all fresh-discovery path. Check the raw overlay candidate inline in loadEphemeralAgent and loadAddedAgent — a pure placeholder scan with no extra IO — and skip the cache read when the overlay makes the server request-scoped. Widen UserScopedConnectionConfig so raw (pre-inspection) configs qualify for the scoping predicates, which only check key presence. * 🧪 test: Guard Run-Scoped MCP Definition Handoff Boundaries The original ClickHouse breaker storm regressed precisely at field pass-through boundaries that unit tests of each end could not see: initializeAgent dropping mcpAvailableTools from its destructure, and the agent tool context losing it on the way into ON_TOOL_EXECUTE. Add direct guards on both hops: the loadTools result must surface on the initialized agent, and the captured toolExecuteOptions closure must forward it to loadToolsForExecution. |
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Danny Avila
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6357ea10c1
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🧭 feat: Scope Model Spec Skills (#13522)
* feat: scope model spec skills * style: format skill catalog limit * fix: serialize model spec skill resolution * test: satisfy model spec load config typing * fix: apply model spec skills to added conversations * fix: support alwaysApply frontmatter alias * fix: address model spec skills review |
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Danny Avila
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1da789bac0
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🗂️ feat: Add Agent File Authoring Tools (#13435)
* feat: add agent file authoring tools * style: format file authoring changes * style: satisfy file authoring prettier * test: fix file authoring initialization expectations * fix: complete skill file authoring flow * fix: pass skill authoring state on edit * test: mock missing bundled skill file * fix: harden agent file authoring gates * fix: preserve file authoring runtime context * test: fix authoring context mock typing * fix: preserve subagent skill primes * test: avoid array at in handler spec * refactor: deepen skill authoring runtime wiring * fix: address codex authoring review findings * test: fix authoring collision fixture type * test: add skill file authoring mock e2e * fix: Improve skill file authoring recovery * fix: Show file authoring args while running * fix: Clarify skill rename authoring errors * fix: Keep code-only file authoring schemas sandbox scoped * fix: Address skill authoring review findings * fix: Gate skill authoring on write access |
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Danny Avila
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68eac104ad
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🗂️ fix: Scope Handoff Agent Context Docs (#13167)
* fix: Scope agent context docs to handoff agents * fix: Deduplicate scoped request context * refactor: Extract agent attachment helpers |
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Danny Avila
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7631366f52
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🪵 chore: Log Subagent Limit Hits (#13068) | ||
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Danny Avila
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70b6bb69d3
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🧬 fix: Bound Subagent Expansion (#13064)
* fix: Bound subagent expansion * fix: Preserve subagent path depth |
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Danny Avila
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22890771cf
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🧭 fix: Preserve Resend Files for Subagents (#13030) | ||
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Danny Avila
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d83cb84f59 |
🪆 feat: Subagent configuration in Agent Builder (#12725)
* 🪆 feat: Subagents configuration (isolated-context child agents) Surfaces the new @librechat/agents `SubagentConfig` primitive in the Agent Builder. Subagents let a supervisor delegate a focused subtask to a child graph running in an isolated context window: verbose tool output stays in the child, only a filtered summary returns to the parent. Data model: new `subagents: { enabled, allowSelf, agent_ids }` on Agent, wired through the Zod, Mongoose, and form schemas plus a new `AgentCapabilities.subagents` capability (enabled by default). Backend: `initialize.js` loads explicit subagent configs alongside handoff agents, and drops subagent-only references from the parallel/handoff maps so they don't leak into the supervisor's graph. `run.ts` emits `SubagentConfig[]` on the primary `AgentInputs` — a self-spawn entry when `allowSelf` is enabled plus one entry per configured agent. UI: an "Advanced" panel section with an enable toggle, a self-spawn toggle, and an agent picker (capped at 10). Enabling without adding agents still yields self-spawn; disabling self-spawn with no agents shows a warning. A capability flag gates the whole section. * 🪆 feat: Stream subagent progress to UI (dialog + inline ticker) Pairs with the @librechat/agents SDK change that forwards child-graph events through the parent's handler registry (danny-avila/agents#107): - Self-spawn and explicit subagents can now use event-driven tools, because child `ON_TOOL_EXECUTE` dispatches reach our ToolService via the parent's registered handler. - The same forwarding path wraps the child's run_step / run_step_delta / run_step_completed / message_delta / reasoning_delta dispatches in a new `ON_SUBAGENT_UPDATE` envelope, with start/stop/error bookends. Backend: `callbacks.js` registers an `ON_SUBAGENT_UPDATE` handler that forwards each envelope straight to the SSE stream. Frontend: - `useStepHandler` consumes `ON_SUBAGENT_UPDATE` events and merges them into a per-tool_call Recoil atom (`subagentProgressByToolCallId`). First-seen `subagentRunId` claims the most-recent unclaimed `subagent` tool call in the active response message — a temporal mapping, no SDK wire-format change needed to correlate child runs with parent tool calls. - New `SubagentCall` part component replaces the default `ToolCall` rendering when `toolCall.name === Constants.SUBAGENT`: compact status ticker showing the 3 most recent update labels, clickable to open a dialog with the full activity log + final markdown-rendered result. - Adds `Constants.SUBAGENT`, `StepEvents.ON_SUBAGENT_UPDATE`, and `SubagentUpdateEvent` type in data-provider. Tests: - `packages/api npx jest run-summarization` — 23 pass - `api npx jest initialize` — 16 pass - `npm run build` — clean Dependency note: bumps `@librechat/agents` to `^3.1.67-dev.1` — requires the SDK PR (danny-avila/agents#107) to be merged to dev and published before this PR merges. `ON_SUBAGENT_UPDATE` is absent from dev.0, so the handler registration would be a no-op with the older SDK but would not crash. * 🪆 fix: address Codex review and review audit on subagents Stacks on top of the SDK change in danny-avila/agents#107 (bumped to `^3.1.67-dev.2`). - **P1 (`initialize.js`)**: subagent-only agents were being deleted from both `agentConfigs` AND `agentToolContexts`. The tool-execute handler resolves execution context (agent, tool_resources, skill ACLs) from `agentToolContexts`, so explicit subagents would run without their configured resources and skip action tools. Now only `agentConfigs` is pruned — tool context stays intact. - **P2 (`AgentSubagents.tsx`)**: toggling subagents off set the form field to `undefined`; `removeNullishValues` stripped it from the PATCH, leaving the server copy enabled. Now it persists an explicit `{ enabled: false, ... }` so the update actually clears state. - **Finding 1 (MAJOR)** — `agent_ids` Zod schema gains `.max()` via a new `MAX_SUBAGENTS` export from `data-provider` (shared with the UI cap). Crafted payloads can't trigger hundreds of `processAgent` calls. - **Finding 2 (MAJOR)** — `subagentProgressByToolCallId` atomFamily atoms are now tracked in a ref and reset from `clearStepMaps` via a `useRecoilCallback({ reset })`. No monotonic growth across a session. - **Finding 3 (MAJOR)** — early-arriving `ON_SUBAGENT_UPDATE` events whose parent `tool_call_id` is not yet mapped are now buffered in `pendingSubagentBuffer` (keyed by `subagentRunId`) and replayed in arrival order once correlation completes. Mirrors the existing `pendingDeltaBuffer` pattern. - **Finding 4 (MAJOR)** — switched to deterministic correlation via the new `parentToolCallId` that SDK `3.1.67-dev.2` threads through from `ToolRunnableConfig.toolCall.id`. Temporal fallback now iterates oldest-unclaimed-first (forward), matching tool-call creation order, so concurrent spawns map correctly. - **Finding 6 (MINOR)** — `agent_ids` are deduped on the backend via `new Set(...)` before the load loop. Duplicates no longer produce duplicate `SubagentConfig` entries visible to the LLM. - **Finding 7 (MINOR)** — events array inside each Recoil atom is capped at 200 entries. Long-running subagents no longer replay O(n) spreads on every update; the dialog log still shows the cap window. - **Finding 8 (MINOR)** — documented: subagents are loaded only for the primary agent this release (handoff children get self-spawn but not explicit sub-subagents). In-code comment added so the next maintainer doesn't wonder. - **Finding 9 (NIT)** — removed `{!isSubmitting && null}` dead code and the misleading announce-polite comment in `SubagentCall`. - New `validation.spec.ts` — 9 tests covering the cap on `agent_ids.length` at the subagent schema, agent-create, and agent-update layers. - `run-summarization` — 23 pass, `initialize` — 16 pass, total backend package: 103 pass across touched areas. Findings 5 (component tests) and 10 (micro-allocation) are tracked but deferred; the former needs a Recoil-RenderHook harness that isn't in this PR's scope, and the latter has negligible impact (one `Array.from` per subagent run). * 🧪 test: integration coverage for subagent correlation + backend loading Addresses the follow-up audit on #12725 with real-code tests (no mock handlers, only the existing setMessages/getMessages spies and the standard mongodb-memory-server harness). Six new tests under a dedicated `describe('subagent loading')`: - loads a configured subagent, populates `subagentAgentConfigs`, keeps it out of `agentConfigs` - **P1 regression guard**: drives the real `toolExecuteOptions.loadTools` closure with the subagent id and asserts `loadToolsForExecution` is called with `agent: <subagent>`, `tool_resources`, `actionsEnabled`. If anyone deletes `agentToolContexts` again, this fails. - dedup: three copies of the same id load the agent once - overlap: agent referenced both as handoff target and subagent stays in `agentConfigs` - capability gate: admin disabling `subagents` suppresses loading even when the agent has a config - per-agent disable: `subagents.enabled: false` skips loading entirely Five new tests under `describe('on_subagent_update event')` using a real `RecoilRoot` and a companion `useRecoilCallback` reader so writes from the hook are observable: - deterministic correlation via `parentToolCallId` (happy path with SDK dev.2+) - fallback: oldest-unclaimed tool call wins for concurrent spawns without `parentToolCallId` - early-arrival buffer: updates with no mapping get buffered and replayed once the tool call appears - event cap: 205 updates collapse to 200 retained, oldest dropped - `clearStepMaps` resets tracked atoms back to their null default - F2 — added explicit `// TODO` marker for handoff-subagent-loading extension (matches the comment that referenced it). - F3 — dropped the unnecessary `MAX_SUBAGENTS as MAX_SUBAGENTS_CAP` alias; just import the constant directly. - Bumped `@librechat/agents` to `^3.1.67-dev.3` to pick up the SDK's paired test additions. - `api/server/services/Endpoints/agents/initialize.spec.js` — 22 pass (6 new + 16 existing) - `packages/api/src/agents/validation.spec.ts` + `run-summarization.test.ts` — 103 pass - `client/src/hooks/SSE/__tests__/useStepHandler.spec.ts` — 48 pass (5 new + 43 existing) * 🪆 fix: strip parent run summary + discovered tools from subagent inputs Codex P1 on #12725: `buildSubagentConfigs` reused the shared `buildAgentInput` factory for each explicit child, and that factory always stamps the parent run's `initialSummary` (cross-run conversation summary) and `discoveredTools` (tool names the parent's LLM searched earlier) onto every `AgentInputs` it returns. When subagents were enabled on a conversation that had already been summarized, every child inherited that summary — silently defeating the isolated-context contract and burning extra tokens on unrelated prior chat. Fix in `run.ts`: after `buildAgentInput(child)`, explicitly clear `childInputs.initialSummary` and `childInputs.discoveredTools` before attaching to the `SubagentConfig`. The parent keeps both — that's how the supervisor receives cross-turn context — but the child starts fresh. Paired with danny-avila/agents#107 (bumped to `^3.1.67-dev.4`), which adds the equivalent strip inside `buildChildInputs` to cover the self-spawn path where the SDK clones parent `_sourceInputs` directly and LibreChat never sees the intermediate shape. Belt and suspenders. Regression test (new): - `does NOT leak the parent run initialSummary into an explicit child (Codex P1 regression)` — sets `initialSummary` on the run, enables subagents with an explicit child, asserts the parent still has the summary but `childConfig.agentInputs.initialSummary` is `undefined`. Same for `discoveredTools`. 24 pass. * 🪆 fix: capability gate applies to handoff agents + parallel subagent test ### Codex P2 — handoff agents kept `subagents` after capability disabled The endpoint-level `AgentCapabilities.subagents` gate only cleared `subagents` on `primaryConfig`. Handoff agents loaded into `agentConfigs` retained their persisted `subagents.enabled: true`, and because `run.ts` calls `buildSubagentConfigs` for every agent input, self-spawn would still fire on a handoff target even when the admin had disabled the capability globally. Fix in `initialize.js`: after the subagent loading block, when the capability is off, iterate `agentConfigs.values()` and clear `subagents` + `subagentAgentConfigs` on every loaded config. Regression test: `clears subagents on handoff agents too when capability is disabled (Codex P2 regression)` — seeds a handoff target with its own `subagents.enabled: true`, disables the capability at the endpoint, asserts both primary AND handoff have `subagents` undefined in the client args. 23 init tests pass. ### Parallel subagent correlation — user-requested verification Added `keeps parallel subagent streams independent when events interleave` to `useStepHandler.spec.ts`. Two `subagent` tool calls seeded side by side, 6 interleaved `ON_SUBAGENT_UPDATE` envelopes dispatched (a-start, b-start, a-step, b-step, a-stop, b-step), each carrying its own `parentToolCallId`. Asserts each `tool_call_id`'s Recoil bucket accumulates only its own run's events, statuses reflect each run independently (`call_a` → stop, `call_b` → run_step), no cross-contamination. 49 step-handler tests pass. * 🪆 fix: SubagentCall detects cancelled / errored states (Codex P2) Codex P2 on #12725: the old `running` check only consulted `initialProgress` and the subagent's phase. A user stop, dropped stream, or backend crash before a terminal `stop`/`error` envelope arrived would leave the ticker permanently stuck on "working…". Other *Call components (ToolCall.tsx) already model this via `!isSubmitting && !finished` → cancelled. Mirror that pattern. Re-introduce `isSubmitting` on `SubagentCallProps` (the prop was dropped earlier as 'unused' — that was a bug) and resolve status as a tri-state: - `finished` — initialProgress >= 1, or subagent `stop`/`error` - `cancelled` — `!isSubmitting && !finished` - `running` — neither New locale keys `com_ui_subagent_cancelled` + `com_ui_subagent_errored` swap in the right header text per state. Tests: new `SubagentCall.test.tsx` covers all four states with a real `RecoilRoot` and a `useRecoilCallback` seeder — no mocked store — 5/5 pass. Includes an explicit P2 regression test that simulates the `isSubmitting=false, progress.status='run_step', initialProgress<1` scenario and asserts the cancelled label renders. * 🪆 feat: semantic ticker + aggregated content-part dialog for subagents Two rounds of feedback on #12725: ### Ticker — user-readable lines, not raw event names The old ticker showed \`on_run_step\`, \`on_message_delta\`, etc. — not meaningful to users. Replaced with \`buildSubagentTickerLines\`, a pure helper that walks the \`SubagentUpdateEvent\` stream and emits: - message/reasoning deltas → a single live "Writing: <last 60 chars>" (or "Reasoning: …") line that updates in place as chunks arrive - run_step with tool_calls → "Using calculator(expression=42*58)" for a single call, "Using tool: a, b" for parallel (args dropped when multiple so the line stays short) - run_step_completed → "calculator → 42*58 = 2436" (output truncated to 48 chars; falls back to "Tool X complete" when output is empty) - error → "Error: <message>" - start / stop / run_step_delta → suppressed (too granular / lifecycle-only) Args and output pass through \`summarizeArgs\` / \`summarizeOutput\` which flatten JSON to \`key=value\` pairs and head-truncate long strings so a 200-line tool output never bloats the ticker. ### Dialog — aggregated content parts via leaf renderers \`aggregateSubagentContent\` folds the raw event stream into \`TMessageContentParts[]\` — text/reasoning delta streaks collapse into single \`TEXT\` / \`THINK\` parts, tool calls become \`TOOL_CALL\` parts, and \`run_step\` boundaries correctly break text runs around tool calls. The dialog iterates those parts through a \`SubagentDialogPart\` renderer that delegates to the existing \`Text\`, \`Reasoning\`, and \`ToolCall\` leaf components — the same sub-components \`<Part />\` uses — wrapped in a minimal \`MessageContext\` so reasoning expand state and cursor animation work. Leaf components are used directly rather than importing \`<Part />\` itself to avoid a module cycle (Part → Parts/index → SubagentCall → Part) and to sidestep a hypothetical nested-subagent rendering. ### Tests - \`subagentContent.test.ts\` — 19 pure-function tests covering the aggregator (text concat, reasoning concat, tool call lifecycle, interleaving, phase suppression, late-arriving completions) and the ticker builder (live preview truncation, args/output snippets, parallel-call handling, output truncation, i18n formatter override). - \`SubagentCall.test.tsx\` — 9 component tests: 5 status-resolution (existing) + 2 ticker (semantic text, delta collapse) + 2 dialog (aggregated parts routed to leaf renderers, raw-output fallback). ### Locale keys New: \`com_ui_subagent_ticker_writing\`, \`…_reasoning\`, \`…_error\`, \`…_using\`, \`…_using_with_args\`, \`…_tool_complete\`, \`…_tool_output\`. Preserves i18n at the display layer while the helper stays pure. * chore: drop unused com_ui_subagent_activity_log locale key The dialog no longer renders an "Activity log" section — the new content-parts renderer replaced it. Also tweaks the dialog description copy to match. * 🪆 fix: subagent dialog order, persistence, auto-scroll, width Follow-up pass addressing the four issues observed in real runs against a live subagent-using parent. ### Aggregator ordering (reasoning appearing after text it preceded) Reproducible pattern: LLM emits reasoning → text → tool call in that order, but the dialog rendered text BEFORE reasoning in the content array. Root cause: `aggregateSubagentContent` maintained `currentText` and `currentThink` buffers in parallel and only flushed them at a `run_step` boundary in a fixed (text, think) order, losing the actual arrival order. Fix: when a text chunk arrives, close any open think buffer first (pushes it into the content array right then); symmetric for think → text. Two new regression tests cover the exact reasoning → text → tool_call sequence from the screenshot and the repeated reasoning ↔ text flow across a turn. ### Content persists after completion (markdown not rendering when done) `clearStepMaps` was calling `resetSubagentAtoms()` at stream end, which wiped every `subagentProgressByToolCallId` entry. Once reset, `contentParts.length === 0` and the dialog fell back to rendering the raw `output` string with plain text — hence the literal `##`/`**` in the completed-state screenshot. Stopped resetting; the atoms are bounded per-call (200-event cap) and per-conversation (one per subagent spawn) so growth matches the rest of the conversation state. `resetSubagentAtoms` is kept for a future conversation-switch caller. Also: routed the raw-`output` fallback (older subagent runs recorded before the event forwarder existed) through the same `SubagentDialogPart` → `Text` leaf that content parts use, so its markdown renders the same way. ### Auto-scroll to bottom while running Added a `scrollRef` on the dialog body and a `useEffect` that pins `scrollTop = scrollHeight` while the dialog is open AND the subagent is running. Triggers on `contentParts.length` (new tool calls / part boundaries) and `events.length` (intra-part deltas) so the cursor tracks text streaming. Disabled post-completion so re-opening a finished run doesn't yank to the bottom. ### Wider dialog Went from `max-w-2xl` (42rem / 672px — too cramped on maximized laptop windows) to `w-[min(95vw,64rem)] max-w-[min(95vw,64rem)]`. Narrow on phones, scales up to 64rem on desktop, always leaves a bit of margin from the viewport edge. Bumped `max-h-[65vh]` on the scroll area to give the extra width room to breathe vertically too. ### Tests - `subagentContent.test.ts` — 21 pass (2 new ordering regressions). - `useStepHandler.spec.ts` — 49 pass (1 updated to assert atoms are *preserved* on clearStepMaps). - `SubagentCall.test.tsx` — 9 pass (unchanged; aggregator-level tests cover the ordering). * 🪆 feat: persist subagent_content via SDK createContentAggregator Per-request map of createContentAggregator instances keyed by the parent's tool_call_id. ON_SUBAGENT_UPDATE handler feeds each event into the matching aggregator (phase → GraphEvent mapping); AgentClient harvests contentParts onto the subagent tool_call at message save so the child's reasoning / tool calls / final text survive a page refresh. Reusing the SDK's battle-tested aggregator instead of a bespoke one keeps the persisted shape identical to the parent graph's output and drops ~100 lines of custom aggregation code. * 🪆 fix: incremental subagent aggregation + dialog render parity **Disappearing tool_calls**: the Recoil atom trimmed events to a 200-long rolling window, so verbose subagents could shed the `run_step` that originally created a tool_call part — rebuilding content from the trimmed window then produced only the surviving text/reasoning. Fix: fold each envelope into `contentParts` incrementally in the atom as it arrives (new `foldSubagentEvent` + cursor state). Event trim window now affects only the ticker, never the dialog. **Render parity**: dialog now applies `groupSequentialToolCalls` and renders single parts through `Container` + grouped batches through `ToolCallGroup` — same spacing and "Used N tools" collapsing the main message view uses. **Width**: `min(96vw, 80rem)` — wider on big screens, still responsive. **Labels**: "Subagent: X" is jargon. Named subagents render as `Running "{name}" agent` / `Ran "{name}" agent` (past tense on completion); self-spawns use `Running subtask` / `Ran subtask` since `Running "self" agent` reads badly. * 🪆 polish: subagent dialog parity + agent avatar in header **Labels**: drop "subtask" framing. Self-spawn shows `Running agent` / `Ran agent` (past tense on completion); named subagents stay `Running "X" agent` / `Ran "X" agent`. **Dialog render parity**: stop wrapping every part in `Container`. TEXT keeps its `Container` (gap-3 + `mt-5` sibling margin), THINK and TOOL_CALL render bare so their own wrappers set the full-column width the regular message view gives them — matches the main `<Part>` dispatch. Outer scroll region now uses `px-4 py-3` padding and a `max-w-full flex-grow flex-col gap-0` inner wrapper, mirroring the `MessageParts` container the main conversation uses. **Avatar**: header icon now renders the subagent's configured avatar via `MessageIcon` when `useAgentsMapContext()` has the child agent, falling back to the `Users` SVG (which keeps its running-state pulse). Same icon-left-of-label pattern the tool UI uses. * 🪆 polish: subagent group label, ticker throttle + tail-ellipsis, scroll button **Grouped label**: ToolCallGroup now detects all-subagent batches and labels them "Running N agents" / "Ran N agents" instead of "Used N tools". Mixed batches keep the existing label. The tool-name summary is suppressed for all-subagent groups (every entry dedupes to "subagent", which adds nothing). **Ticker width + tail-ellipsis**: raise the preview cap to 300 chars so wide containers aren't half-empty, and flip the ticker `<li>` to `dir="rtl"` so `text-overflow: ellipsis` clips the *oldest* characters (visually the left edge) — the newest tokens stay pinned to the right regardless of container width. Bidi lays out the Latin text LTR internally, the rtl only affects which side gets the ellipsis. **Throttle**: `useThrottledValue` hook (trailing-edge, 1.2s) smooths the live `Writing: …` preview so tokens no longer strobe past the eye faster than they can be read. Ref-based internals (not `useState`) avoid infinite-update loops when the upstream value is a new-reference each render; `NEGATIVE_INFINITY` sentinel ensures the very first value passes through synchronously so tests and first paint aren't delayed. **Scroll-to-bottom**: dialog tracks `isAtBottom` with a 120px threshold; auto-scroll only engages when the user is already following along, and a persistent jump-to-latest button appears whenever they scroll up — no more fighting the auto-scroll to read back. * 🪆 polish: snappier ticker, prefix-safe labels, agents icon, readable lines **Ticker lines are now incrementally aggregated in the atom** — same pattern as contentParts. The raw-events rolling window is gone; event volume no longer caps what the ticker can display. Verbose subagents that used to drop early tool_call lines out of the window now keep the full 3-line history (using_tool, tool_complete, writing). **Discriminated-union ticker lines** split a constant prefix (e.g. "Writing:") from a tail-truncatable body. The prefix lives in a `shrink-0` span so it never gets clipped when the body overflows; the body uses `dir="rtl"` only on itself — scoped so non-streaming lines (e.g. "Waiting for first update…") can't get their trailing ellipsis flipped by bidi. **Content-aware throttle**: 800ms interval (down from 1200ms), skipped entirely while the live buffer is below 120 chars. Early tokens now appear immediately — no more "Reasoning: I" sitting blank for a full second before the next heartbeat. Once the preview is long enough to fill the container, throttling kicks in at the tighter interval. **Header label** is now a constant verb + optional muted sub-label. Base reads "Running agent" / "Ran agent" / "Cancelled agent" / "Agent errored" for every subagent; named subagents get the configured agent name rendered to the right in secondary text (self-spawns and unresolved names omit it — "Running self agent" is nonsense). **ToolCallGroup** now detects `allSubagents` and swaps `StackedToolIcons` for a single `Users` glyph — otherwise the group header shows a wrench ("tool") icon next to "Ran 5 agents", which reads wrong. * 🪆 feat: delimiter-aware tool labels in ticker + full-width tool lines New shared `parseToolName` helper in `client/src/utils/toolLabels.ts` — single source of truth for splitting `<tool>_mcp_<server>` ids and mapping native tool names (web_search, execute_code, …) to their friendly translation keys. `ToolCallGroup` drops its inline copy and pulls from this helper. Ticker tool lines now use the shared parser + a new `ToolIdentifier` sub-renderer so the live log reads like the main tool UI: - MCP tool → `<server> · <code-badge:tool>` (e.g. "github · `search_code`") - Native → friendly name from `TOOL_FRIENDLY_NAME_KEYS` - Unknown → bare `<code>` badge of the raw id The `using_tool` / `tool_complete` rows now render with a `flex w-full items-baseline gap-1 overflow-hidden` layout matching the writing/reasoning rows — they take the full container width instead of collapsing to content size. Output snippets on `tool_complete` get the same tail-side `dir="rtl"` ellipsis so the newest characters stay flush-right when the container is narrow. Dropped the now-unused template i18n keys (`com_ui_subagent_ticker_using_with_args`, `com_ui_subagent_ticker_tool_complete`, `com_ui_subagent_ticker_tool_output`) in favor of tokens the JSX composes structurally. Only English is touched per the project rule; other locales follow externally. * 🪆 fix: dialog scroll button + auto-scroll during streaming deltas Two race/trigger bugs in the dialog's scroll behavior: **Button never showed**: `addEventListener('scroll', …)` in a `useEffect` ran before Radix's portal had actually committed the scroll container, so `scrollRef.current` was still null — the listener never attached, `isAtBottom` stayed stuck at its initial `true`, and the jump-to-latest button was never rendered. Swap to React's `onScroll` prop on the element itself so the handler wires up as part of DOM commit, not a post-commit effect. **Auto-scroll stalled during text streaming**: the pin-to-bottom effect only re-fired on `contentParts.length` changes. Message/reasoning deltas extend the last TEXT/THINK part's `.text` without changing the array length — so the view would drift up as tokens piled in and never catch back up. Replace the length-dep effect with a `ResizeObserver` on the inner content div; every height change (new part or in-place growth) triggers a scroll-pin when the user is still at the bottom. * 🪆 fix: drop leading ellipsis from ticker body truncatePreview was prepending ... to the tail when the buffer exceeded 300 chars. The component's CSS already produces a left-side ellipsis for overflow via dir=rtl + text-overflow: ellipsis — stacking a data-level ellipsis on top renders a stray dot character right after the Writing: / Reasoning: label (Writing: .Sure!), which looks like a typo to the reader. Data now returns just the last 300 chars when truncating; CSS handles the visual cue whenever the body actually overflows its container. * 🪆 fix: Codex review — subagent isolation + concurrent-safe throttle Three findings from the @codex review pass, all valid: **P1 — buildAgentInput leaks parent discovered-tool state into subagent children.** `buildAgentInput` mutates `agent.toolRegistry` (`overrideDeferLoadingForDiscoveredTools` flips `defer_loading:true→false` on tools the parent previously searched for) and appends those tools' definitions to the returned `toolDefinitions` before the function returns. `buildSubagentConfigs` was clearing the reported `initialSummary` / `discoveredTools` fields on the returned AgentInputs, but that happened post-return — the registry writes and extra tool definitions persisted on the child, silently defeating context isolation and inflating the child's prompt. Fix: `buildAgentInput` now takes an `isSubagent` flag that gates the registry-mutation block and omits `initialSummary` / `discoveredTools` at the source. `buildSubagentConfigs` passes `{ isSubagent: true }` for every explicit child; no post-hoc cleanup needed. **P2 — ToolCallGroup labels a finished subagent group as still running when the child returned no output.** `getToolMeta` computed `hasOutput` as `!!tc.output`, which is `false` for a completed subagent that returned empty text (the UI already has an "empty result" fallback for that case). `allCompleted` would stay `false` and the group header stuck on "Running N agents" forever. Fix: treat `tc.progress === 1` as completion too — progress is the authoritative lifecycle signal, output is just content. **P2 — useThrottledValue schedules `setTimeout` during render.** Discarded renders under Strict Mode / Concurrent rendering would leave orphan timers firing against stale trees. Fix: move `setTimeout` into a `useEffect` keyed on `[value, intervalMs, enabled]`. Render-time still mutates refs (idempotent), but timer scheduling lives post-commit. Cleanup on unmount and on passthrough transitions is preserved. * 🪆 fix: Codex P2 — wipe subagent atoms on conversation switch `clearStepMaps()` intentionally doesn't reset `subagentProgressByToolCallId` so a user can reopen a completed subagent's dialog mid-conversation, but `resetSubagentAtoms` was defined and never exposed / called — so each completed run's aggregated `contentParts` + `tickerState` stayed resident in the `atomFamily` for the whole app session. Unbounded growth across multi-conversation sessions. Expose `resetSubagentAtoms` from `useStepHandler` and fire it from `useEventHandlers` whenever the URL's `conversationId` changes. That's the correct cleanup boundary: historical subagent dialogs rehydrate from persisted `subagent_content` on each `tool_call` at message-save time, so wiping live atoms on switch doesn't lose any viewable history — it just releases per-tool-call state that the old conversation's components no longer subscribe to. * 🪆 fix: Codex round 3 — subagent registry isolation + post-run label Two more valid findings. **P1 — parent-order registry mutation leaks into subagent inputs.** `overrideDeferLoadingForDiscoveredTools` mutates `agent.toolRegistry` in place (the Map *and* the LCTool objects inside it). When an agent appears both as a handoff target (normal graph node) AND an explicit subagent child, a subagent build that ran before the parent's build captures a reference to the same registry — the parent's later mutation leaks through to the child. Fix: for subagent children (`isSubagent`), clone the `toolRegistry` Map and shallow-clone each LCTool inside before returning the inputs. `defer_loading` flips on parent-graph registry mutations can't propagate across the clone boundary. `toolDefinitions` also gets a shallow-copy pass so the same isolation holds for definitions the child carries directly. **P2 — "Running N agents" label stuck after cancel/error.** ToolCallGroup's all-subagent label was gated only on `allCompleted`, which requires every child to have `hasOutput || progress === 1`. A subagent that gets cancelled (stream ends, no `stop` phase, no output) never satisfies that — so even after `isSubmitting` flips false, the header stays on "Running N agents" while each individual card correctly shows "Cancelled agent". Fix: derive a `subagentsDone` flag as `allCompleted || !isSubmitting` and gate the past-tense label on that. Matches the tri-state each SubagentCall card already resolves (finished / cancelled / running). * 🪆 fix: Codex P2 — ACL-check subagents.agent_ids on create/update Codex flagged that `subagents.agent_ids` was accepted as arbitrary strings on the create/update routes while `edges` got a `validateEdgeAgentAccess` pass — so users could save subagent references to agents they can't VIEW. At runtime `initializeClient`'s `processAgent` ACL gate silently drops those, so the persisted configuration and the actual behavior diverged in a way that is difficult to diagnose. Refactor: extract the id-set → unauthorized-ids check into a shared `collectUnauthorizedAgentIds`, wrap it with a dedicated `validateSubagentAccess`, and plumb the same 403-on-failure response the edge path already returns. Applied on both POST /agents and PATCH /agents/:id. * 🪆 fix: Codex round 5 — ACL-disable escape hatch + ticker order Two valid findings. **P1 — can't disable subagents after losing access to a child.** The subagent ACL check ran on every create/update that echoed back the `agent_ids` list, even when the user was explicitly disabling the feature. The UI keeps the list intact when toggling `enabled: false`, so a user who subsequently lost VIEW on any child would be locked in a 403 loop — every edit (including the one that turns subagents off) bounces. Fix: gate the ACL check on `subagents.enabled !== false` at both the POST /agents and PATCH /agents/:id handlers. Empty list stays a no-op. Disabling the feature is always permitted. **P2 — ticker fold merges out-of-order previews across delta switches.** `foldSubagentEventIntoTicker` carried `textLineIdx` / `thinkLineIdx` across a reasoning → text → reasoning transition, so the second reasoning chunk appended to the original reasoning line instead of starting a new chronological one. Fix: close the opposite buffer + cursor when a delta-type switch is detected (same rule the content-parts reducer already applies). Added a regression test. * 🪆 fix: Codex round 6 — preserve mid-stream atoms + honor sequential suppression Two valid findings. **P2 — atom reset fires on initial chat URL assignment.** `useEventHandlers` initialized `lastConversationIdRef` from the URL's current `paramId`, then reset subagent atoms whenever the ref and `paramId` disagreed. For a brand-new conversation the URL stamp goes from `undefined → "abc123"` while the first response is still streaming, which used to drop subagent ticker/content state mid-run and leave dialogs missing earlier updates. Fix: only reset when *both* the old and new IDs are non-null and differ — i.e. a user-initiated switch between two established conversations. The initial assignment passes through without clearing. **P2 — ON_SUBAGENT_UPDATE bypassed `hide_sequential_outputs`.** Every other streaming handler in `callbacks.js` (`ON_RUN_STEP`, `ON_MESSAGE_DELTA`, etc.) gates emission on `checkIfLastAgent` + `metadata?.hide_sequential_outputs`, but the subagent forwarder did an unconditional `emitEvent` — so intermediate agents in a sequential chain were leaking their children's activity to the client even when the chain was configured to suppress intermediates. Fix: accept `metadata` and apply the same `isLastAgent || !hide_sequential_outputs` gate. Aggregation still runs regardless of visibility (persistence + dialog depend on it); only the SSE forward is suppressed. * 🪆 fix: Codex P2 — gate subagent ACL check on endpoint capability `validateSubagentAccess` ran on every create/update where `subagents.enabled !== false`, regardless of the endpoint-level `subagents` capability. When the capability is off at the appConfig level, `initializeClient` already strips the `subagents` block at runtime — so persisted `agent_ids` are inert — but the validation could still 403 on a legacy record whose referenced child is no longer viewable, blocking unrelated edits. Fix: add `isSubagentsCapabilityEnabled(req)` that reads the agents endpoint's capabilities from `req.config` and gate both the create and update ACL checks on it. Capability-off environments can update agents with stale `subagents` data freely; capability-on keeps the full ACL protection. * 🪆 fix: Codex P2 — reset subagent atoms on id→null navigation too Previous guard (both-established) skipped the reset whenever `paramId` became null/undefined, so navigating from an existing chat to a "new chat" route left stale subagent progress resident in the `atomFamily` until the user picked a specific different chat. Swap the both-established check for a one-time flag: skip only the very first `undefined → id` transition (the brand-new-chat URL stamp that happens mid-stream), then reset on any subsequent change — id→id, id→null, null→id-after-reset. If the user started on an established chat the flag is true at mount, so the guard is a no-op and every navigation resets normally. * 🪆 fix: Codex round 9 — subagent persistence gate + handoff children Two valid findings. **P1 — hide_sequential_outputs also gates persistence.** The previous fix gated the SSE forward on `isLastAgent || !hide_sequential_outputs` but still ran the per-tool-call `createContentAggregator` aggregation unconditionally. `finalizeSubagentContent` would then attach the hidden intermediate agent's child reasoning / tool output to the saved message, so a page refresh could reveal activity that was intentionally suppressed live. Move the visibility gate to the top of the handler — hidden agents now skip both aggregation and emission, so "hide_sequential_outputs" is a consistent "don't record" rule for subagent traces. **P2 — handoff agents' explicit subagents were silently dropped.** `initializeClient` only resolved `subagentAgentConfigs` for the primary config, so an agent used via handoff that had its own `subagents.agent_ids` saved in the builder would get self-spawn only; every explicit child was quietly ignored, creating a saved-config / runtime mismatch the user couldn't diagnose. Extract the resolution into a shared `loadSubagentsFor(config)` helper and invoke it for the primary and every handoff agent in `agentConfigs`. The `edgeAgentIds` precomputation stays outside the helper (it's loop-invariant). Capability-off shortcuts return empty early so the existing strip-on-capability-off path still holds. * 🪆 fix: Codex P2 — recursive subagent build for multi-level delegation Previously only the outer `agents[]` loop attached `subagentConfigs` to its inputs, so a child used as a subagent (invoked via the `subagent` tool) lost every explicit spawn target of its own. A user-valid configuration like A → B → C would only run the top layer; B could never actually delegate to C from inside A's run. Recursively build `subagentConfigs` for each child inside `buildSubagentConfigs`, passing the child's freshly-constructed `childInputs` down so its own `subagents.enabled` children get resolved too. Added cycle protection via an `ancestors` Set — a configuration like A → B → A is safely cut off at the second encounter of A rather than recursing forever (the existing `child.id === agent.id` guard already prevents the direct self-loop). * 🪆 fix: Codex P2 — reset subagent atoms on useEventHandlers unmount The effect that resets subagent atoms only fired on `paramId` change, so unmounting the chat container (route change away from /c) never flushed the atoms. `knownSubagentAtomKeys` lives in a ref inside `useStepHandler` — once the hook unmounts the ref is gone, so a subsequent remount can't clean atoms it never registered. Added a second `useEffect` that only runs cleanup on unmount (empty deps aside from the stable `resetSubagentAtoms` callback). Keeps `atomFamily` bounded across full route teardowns too. * 🪆 fix: Codex round 13 — cyclic subagent guard + prefer persisted Two valid findings. **P1 — cyclic subagent ref reloads the primary.** A configuration like `A ↔ B` (B lists A as its own subagent) would send `loadSubagentsFor` down a path that couldn't find A in `agentConfigs` (the primary isn't stored there), so it called `processAgent(A)` a second time. That inserts a fresh config for the primary id, which downstream duplicates in `[primary, ...agentConfigs.values()]` and can replace the primary's tool context with the reloaded copy. Fix: short-circuit when a subagent ref points back at `primaryConfig.id` — reuse the already-loaded primary config. Primary is always an edge id so no pruning bookkeeping needed. **P2 — live atom preferred over canonical persisted trace.** The dialog picked `progress.contentParts` ahead of `persistedContent`, but the Recoil bucket is best-effort — after a disconnect/reconnect it can be stale or partial. The server's `subagent_content` on the `tool_call` is the canonical record refreshed on sync. Preferring live could hide completed tool/reasoning history that was actually persisted. Fix: flip the preference order. Persisted wins when it's non-empty; live covers the mid-stream window (before the parent message saves, persisted is empty) and the older-runs fallback. Updated the test that enforced the old order to lock the new semantics in (separate mid-stream live-fallback assertion kept). * 🪆 fix: Codex P2 — subagent atom reset rule simplified to 'leaving established id' The `hasEstablishedConversationRef` + check for initial undefined→id covered the first navigation but missed the equivalent mid-stream URL stamp when a user goes from an existing chat to a new chat and sends a message there (`id → null → newId`). The null → newId transition was still hitting the reset branch and wiping the in-flight subagent ticker/content for that first turn. Simpler rule: only reset when the PREVIOUS paramId is an established id. Every transition AWAY from an established chat clears (id→id2, id→null, id→undefined); every transition FROM null/undefined passes through (initial mount, new-chat URL stamp mid-stream). Drop the `hasEstablishedConversationRef` machinery in favor of that single condition. * 🪆 fix: Codex P2 — match runtime's strict subagent enable check in ACL Runtime (`initializeClient` + `run.ts`) treats `subagents?.enabled` as a truthy predicate — `undefined`, `null`, missing, and `false` all short-circuit. The ACL gate was using `!== false` which accepted `undefined` / missing as "enabled" and could 403 a payload whose subagent tool would be inert at runtime. Swap both create and update to `enabled === true`. Only a strictly- enabled payload triggers the ACL check; the disable path (`false`) still passes through so a user who lost VIEW on a child can still save the disable edit. * 🪆 fix: Codex P2 — reject missing subagent references with 400 `validateSubagentAccess` collapsed through `collectUnauthorizedAgentIds`, which returns an empty list for ids with no DB record — so typos and references to deleted agents passed validation silently, and `initializeClient` later dropped them at runtime. Saved config would then list spawn targets that the backend never honored, a hard-to- diagnose drift. Refactor the helper into `classifyAgentReferences(ids, …)` which returns `{ missing, unauthorized }` separately. `validateEdgeAgentAccess` keeps its old semantics (missing is intentional — a self-referential `from` names the agent being created). `validateSubagentReferences` surfaces both buckets so the create/update handlers can 400 on missing and 403 on unauthorized with distinct error messages and `agent_ids` lists. * 🪆 polish: tighten subagent dialog grid gap to gap-2 OGDialogContent's grid default is `gap-4`, which renders the title, description, and scroll area as three visually separated panels. Drop to `gap-2` so they read as one block. * 🪆 polish: swap Subagents above Handoffs in Advanced panel Subagents is the more common knob users reach for, so show it first. Handoffs keep the same Controller wiring, just move below. |
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Danny Avila
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dd72b7b17e
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🔄 chore: Consolidate agent model imports across middleware and tests from rebase
- Updated imports for `createAgent` and `getAgent` to streamline access from a unified `~/models` path. - Enhanced test files to reflect the new import structure, ensuring consistency and maintainability across the codebase. - Improved clarity by removing redundant imports and aligning with the latest model updates. |
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Danny Avila
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bcf45519bd
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🪪 fix: Enforce VIEW ACL on Agent Edge References at Write and Runtime (#12246)
* 🛡️ fix: Enforce ACL checks on handoff edge and added-convo agent loading Edge-linked agents and added-convo agents were fetched by ID via getAgent without verifying the requesting user's access permissions. This allowed an authenticated user to reference another user's private agent in edges or addedConvo and have it initialized at runtime. Add checkPermission(VIEW) gate in processAgent before initializing any handoff agent, and in processAddedConvo for non-ephemeral added agents. Unauthorized agents are logged and added to skippedAgentIds so orphaned-edge filtering removes them cleanly. * 🛡️ fix: Validate edge agent access at agent create/update time Reject agent create/update requests that reference agents in edges the requesting user cannot VIEW. This provides early feedback and prevents storing unauthorized agent references as defense-in-depth alongside the runtime ACL gate in processAgent. Add collectEdgeAgentIds utility to extract all unique agent IDs from an edge array, and validateEdgeAgentAccess helper in the v1 handler. * 🧪 test: Improve ACL gate test coverage and correctness - Add processAgent ACL gate tests for initializeClient (skip/allow handoff agents) - Fix addedConvo.spec.js to mock loadAddedAgent directly instead of getAgent - Seed permMap with ownedAgent VIEW bits in v1.spec.js update-403 test * 🧹 chore: Remove redundant addedConvo ACL gate (now in middleware) PR #12243 moved the addedConvo agent ACL check upstream into canAccessAgentFromBody middleware, making the runtime check in processAddedConvo and its spec redundant. * 🧪 test: Rewrite processAgent ACL test with real DB and minimal mocking Replace heavy mock-based test (12 mocks, Providers.XAI crash) with MongoMemoryServer-backed integration test that exercises real getAgent, checkPermission, and AclEntry — only external I/O (initializeAgent, ToolService, AgentClient) remains mocked. Load edge utilities directly from packages/api/src/agents/edges to sidestep the config.ts barrel. * 🧪 fix: Use requireActual spread for @librechat/agents and @librechat/api mocks The Providers.XAI crash was caused by mocking @librechat/agents with a minimal replacement object, breaking the @librechat/api initialization chain. Match the established pattern from client.test.js and recordCollectedUsage.spec.js: spread jest.requireActual for both packages, overriding only the functions under test. |