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Author	SHA1	Message	Date
易良	2855149d47	fix(core): detect long verbatim repetition loops in content and reasoning streams (#9668) ... * fix(core): detect long verbatim repetition loops in content and reasoning streams The chunk-hash content loop rule only treats repeated 50-char chunks as a loop when their occurrences cluster within 1.5 chunk lengths (75 chars), so a verbatim-repeated unit longer than that (the ~300-char analysis block chanted in issue #1775) never fires. Add a long-period rule: five equally spaced occurrences of an identical chunk mark a candidate period, and the spanned region is verified to be exactly periodic with that stride before halting. Raise the content history window so long units stay observable. Also route thought text into the content-repetition detectors when the structured thought check does not fire: OpenAI-compatible providers stream reasoning as thought parts that getResponseText filters out of Content events, so chants in the thinking stage never reached the chunk-hash rules. * fix(core): isolate reasoning deltas from the content channel's markdown state Route thought-sourced text through an append-and-analyze-only entry point instead of checkContentLoop. Reasoning text is raw chain-of-thought, never rendered markdown: an unbalanced code fence in a thought used to flip the shared inCodeBlock parity — which nothing clears mid-turn — silently disabling visible-content chant detection for the rest of the turn, and list/heading-shaped thought deltas reset the shared history, erasing already-accumulated content evidence when a provider interleaves thought and content parts. * fix(core): grow the periodic-rule verified region with the repetition count The long-period rule only inspected the last five occurrences, pinning the verified region at 4 x stride + 50 chars: units of ~76-237 chars fell in a gap between the clustered rule's 75-char bound and the 1000-char region floor at any repetition count, and units of ~1 KB or more could never fit five occurrences into the 4000-char history window at all. Extend the candidate run backwards over the longest equally-spaced suffix of occurrences so the verified region grows with the repetition count, and once the history saturates accept a shorter run (>= 3 occurrences) when the entire retained region is verified periodic back to the history start, so earlier occurrences truncated out of the window cannot hide a chant. Also correct the constants' comments describing the rule's domains. * test(core): cover post-truncation chant detection after a long varied turn Add the realistic #1775 shape that had no positive coverage: a long varied turn filling the history window, then a ~700-char chant streamed as misaligned deltas. Asserts detection at exactly the fifth in-window occurrence, pinning MAX_HISTORY_LENGTH, truncateAndUpdate's index adjustment, and the long-unit case together — a shrunken window would fire early via the truncated-run path once the filler flushes, and a broken index adjustment would never fire. * fix(cli): widen chanting halt label to cover reasoning-stream repetitions Reasoning-stream chants fire CHANTING_IDENTICAL_SENTENCES via checkReasoningContentLoop, but getResponseText filters reasoning out of visible output, so the headless label 'repeated the same sentence in its output' sends users looking for a repetition that is never rendered. Widen the label to 'output or reasoning' and add a headless-path regression test asserting the wording. * refactor(core): share the append/truncate/analyze tail across loop channels checkReasoningContentLoop duplicated the streamContentHistory append, truncateAndUpdate, analyzeContentChunksForLoop tail of checkContentLoop, leaving the history contract in two copies that a future fix could let drift. Extract the tail into appendToContentHistoryAndAnalyze and call it from both entry points. * perf(core): compare periodic regions in place instead of slicing history isRegionPeriodicWithStride sliced up to ~4 KB of history per invocation. Near-periodic chants fail verification repeatedly while their occurrence runs persist, so once a run reaches length 5 the check fires on up to every streamed character -- a probe measured ~136 MB of transient copies over one 49k-char stream. Index the existing string directly instead; comparison semantics are unchanged. * fix(core): reset stream-content loop state on retry replays and model fallback A replay (non-continuation) retry re-streams the failed attempt's content and reasoning through the chunk detectors — the #7832 transport-replay gate admits thought-only cuts, and with deterministic decoding the re-stream is verbatim. The Retry case in addAndCheckHeuristicLoops cleared only the tool-call counters, so the accumulated identical copies could fire CHANTING_IDENTICAL_SENTENCES mid-way through an otherwise healthy attempt. Continuation retries (isContinuation) keep the delivered text and append new output, so their state stays. ModelFallback had no case at all: the fallback model restarts from scratch, so mirror the replay resets for it. A genuine chant simply re-accumulates after the restart. * perf(core): defer content-history truncation with a hysteresis slack Once streamContentHistory saturates, truncateAndUpdate walked the whole contentStats map on every streamed event — Θ(window) entries in steady state, since the stride-1 sliding window hashes every position (~385 µs/event at window 4000 vs ~12 µs pre-saturation). With high-frequency small reasoning deltas now routed through the path, healthy long-thinking turns paid thousands of events of synchronous CPU. Trim only when the length exceeds MAX_HISTORY_LENGTH by a TRUNCATION_SLACK margin (1000 chars), slicing back to exactly MAX_HISTORY_LENGTH, so the index-rebase walk is amortized over appended chars. The change is behavior-neutral: the detection rules now always operate on the logical window of the last MAX_HISTORY_LENGTH chars — occurrences the window has passed are dropped at lookup (the exact set a per-event trim would have removed) and the periodic rule's escape valve verifies from the window start, i.e. exactly the content a fully-trimmed history retains. Tests pin pre-change fire offsets across saturation and multiple trims, plus the deferred-trim mechanics. * feat(core): log a chanting-region excerpt on loop halt for debug A reasoning-channel halt exits headless runs with empty stdout and only the loop-type label on stderr; neither the LoopDetected event (loop_type + prompt_id only), telemetry, nor any log carried an excerpt of what repeated, leaving no way to tell a true repetition from a detector misfire without instrumenting a repro. Capture one period of the matched region (the span between the last two occurrences, capped at 80 chars) when the chanting detector fires and emit it through the config debug logger at the firing site. The LoopDetected event contract is deliberately unchanged. * fix(core): preserve subagent continuation retries * test(core): cover plain subagent retry forwarding * fix(core): omit plain retry continuation flag	2026-08-24 02:21:54 +00:00
nas	b2edb80a57	fix(cli): probe microphone permission on recording start, not voice warmup (#8912) ... * fix(cli): probe microphone permission on recording start, not voice warmup Voice warmup called recorder.microphoneStatus() as soon as the input prompt mounted with voice dictation configured. On macOS an undetermined TCC status maps to 'prompt', so every startup appended a "Voice dictation needs microphone access" notice to the chat history, including for users who never record. warmupVoice now only preloads the recorder backend. The permission probe and its 'denied'/'prompt' notices move to a checkMicrophonePermission callback that useVoiceInput invokes from startRecording, so the notice reaches only users who are actually trying to dictate. The dedup ref moves up to Composer and reaches InputPrompt as an optional prop, matching clipboardUnavailableShownRef. A per-instance ref reset on every InputPrompt remount, which is what produced the duplicate notice. Fixes #8877 * fix(cli): hold voice mic-permission dedup in AppContainer, not Composer Dialogs (tool approvals, auth, settings) swap Composer out of the layout, so a ref held in Composer reset on every dialog round trip and the notice could repeat on the next recording. The ref now lives in AppContainer, which owns dialogsVisible and never unmounts, and reaches InputPrompt through uiState like mainControlsRef. Also from review: delegate setupRecorder to setupRecorderWith in the InputPrompt tests, cover the prompt->denied status transition (re-warns as an error), and assert Composer forwards the session ref with stable identity across input-active toggles.	2026-08-24 02:15:04 +00:00
Harjoth Khara	22006ebf81	fix(core): cap the effort tier at what each endpoint accepts (#9501) ... * fix(core): cap the DashScope effort tier at what its ladder accepts `/effort max` writes the tier into config, and the DashScope provider emitted it as a flat `reasoning_effort` for the qwen3.8-max family without checking the endpoint's ladder, which stops at `xhigh`. The server rejected it with a 400, and because the tier lives in config every later request in the session rebuilt the same body and 400d too. The tier also persists to settings.json, so new sessions re-broke. `max` exists only as a DeepSeek extension. Declare the tiers DashScope accepts and clamp through the existing `clampReasoningEffort`, warning once, the same way the Anthropic generator caps tiers its model lacks. Only the configured `reasoning.effort` is clamped. An explicit `reasoning_effort` in `extra_body` or `samplingParams` is a documented verbatim override and still ships unchanged. Refs: #9459 Co-authored-by: Claude Opus 5 <noreply@anthropic.com> * fix(core): cap the effort tier at what each endpoint accepts Follow-up on the same defect at the generic layer, per cross-model review. The unified ladder ends at `max`, but `max` is a vendor extension: DeepSeek and GLM-5.2+ take it, and a generic OpenAI-compatible endpoint stops at `xhigh`. The effort-ladder design already specifies OpenAI `max -> xhigh`, but nothing implemented it, so a configured `max` reached the wire raw and 400d every later request in the session. Declare the accepted tiers on the provider and clamp there. The base provider ceilings at `xhigh`; DeepSeek and Z.ai override to the full ladder. The override is on the provider class, not the hostname, because which tiers a model accepts is a property of the model while the flat-vs-nested wire shape is a property of the endpoint: a self-hosted deepseek-* or glm-* model reached through the model-name fallback still understands `max`. Also corrects a wrong claim from the first commit. `max` is not DeepSeek-only: Anthropic opus/sonnet 4.6+ and every 5.x family accept it natively, and the DashScope note now says only that this family does not. Adds the warn-once and alias coverage the review found missing. Refs: #9459 Co-authored-by: Claude Opus 5 <noreply@anthropic.com> * fix(core): scope the effort ceiling to verified endpoints Closes four gaps the cross-model review found in the previous commit. The clamp rewrote a `reasoning` object the user set in `samplingParams`. The pipeline hands those keys straight to the wire and skips the injection entirely, so that object is the user's own value and documented to ship verbatim. Skip the clamp when it is present. DashScope overrides buildRequest without calling super, and only capped its own flat qwen field, so a non-qwen model on a DashScope host still shipped a raw nested `max`. Route that branch through the generic ceiling, carving out GLM-5.2+, which does accept `max`. The DeepSeek and Z.ai ladders were keyed on the provider class, but both classes also route on a model-name substring, so anything merely named `deepseek-*` or `glm-*` claimed a tier its endpoint may reject. Gate both on the verified hostname, which is the rule deepseek.ts already documents for decisions about DeepSeek's own wire shape (#3613). Z.ai additionally gates on GLM-5.2+ rather than every `glm-*`, matching what its comment claimed. One existing DeepSeek test asserted a self-hosted deepseek-* keeps `max`. That was the old no-clamp behavior; an unverified endpoint now gets the generic ceiling, and the test says so. Refs: #9459 Co-authored-by: Claude Opus 5 <noreply@anthropic.com> * docs(core): document the effort ceiling per endpoint Adds the Z.ai/GLM row, notes that DeepSeek's `max` is hostname-gated, and says plainly that a `reasoning` object inside `samplingParams` is the user's own value and is not clamped. Also adds the end-to-end pipeline test for the generic provider, mirroring the DashScope one: it drives pipeline.execute and asserts on the body handed to the SDK. Refs: #9459 Co-authored-by: Claude Opus 5 <noreply@anthropic.com> * fix(core): answer the effort ceiling for the wire model The capability check read the configured model, but the pipeline resolves `request.model || contentGeneratorConfig.model`, so a request-level model override was answered against the wrong model. Configuring Z.ai `glm-5.2` and requesting `glm-4.6` shipped a raw `max` again, which is the failure this change exists to prevent. `supportedReasoningEfforts` becomes `supportedReasoningEffortsFor(model)` and takes the wire model. Drops the GLM exception on DashScope. It contradicted this PR's own docs, which say a `glm-*` model reached on a non-Z.ai host keeps the generic ceiling, and there is no evidence DashScope's GLM deployment accepts `max`. A quiet downgrade is the safer side to be wrong on. This also removes the import of Z.ai's helper from the DashScope provider. Adds the warn-once test for the base provider and regression tests that cross the configured and request models in both directions. Refs: #9459 Co-authored-by: Claude Opus 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 5 <noreply@anthropic.com>	2026-08-24 02:14:15 +00:00
tao943	879e413867	fix(core): report remaining background agents (#9018) ... * fix(core): report remaining background agents * test(core): cover background agent count ordering * test(core): cover top-level owner normalization * test(agent): make worktree path assertion cross-platform * fix(agent): count outstanding launches by owner * test(agent): cover top-level outstanding launches --------- Co-authored-by: tao943 <278275162+tao943@users.noreply.github.com> Co-authored-by: Shaojin Wen <shaojin.wensj@alibaba-inc.com>	2026-08-24 02:08:15 +00:00
Dragon	78eadd4bf1	feat(core): declare create_sub_session only under qwen serve (#9425) ... * feat(core): declare create_sub_session only under qwen serve create_sub_session needs the daemon bridge, which only exists under `qwen serve`, yet it was declared in every session. Interactive TUI and headless runs therefore carried a tool that can never succeed, polluting the model's action space and ToolSearch results. The tool is now registered by the ACP session at the same point it wires the sub-session spawner, so it exists exactly where it can work and nowhere else. * fix(core): keep create_sub_session on registries built with a wired spawner Dropping the unconditional registration also dropped the tool from every registry rebuilt after the daemon session starts: sub-agent and override registries are built through createToolRegistry with forSubAgent, and copyDiscoveredToolsFrom carries discovered tools only, never built-ins. Daemon sub-agents therefore lost the capability silently. Restore the lazy registration but gate it on a sub-session spawner being wired onto the Config, so interactive, headless and SDK runs still do not advertise a tool that cannot work there, while daemon sub-agent and override configs pick it up through prototype delegation. Going back through the lazy path also restores the PermissionManager.isToolEnabled gate for these registries. Harden the negative test to assert on both registration entry points; a regression that re-adds the tool eagerly never touches registerFactory, so the previous assertion would have stayed green. Add a positive test covering a subagent registry rebuilt after the spawner is wired. * docs(core): align setSubSessionSpawner doc with the new gate The setter's JSDoc still described the pre-PR behaviour — that leaving the spawner unset makes the tool report itself as daemon-only. With the spawner-gated registration the tool is never registered in interactive TUI or headless, so nothing reports anything there, and the comment contradicted the three sibling doc sites this PR already updated. * fix(cli): permission-gate the daemon create_sub_session registration The eager registration in the Session constructor called ToolRegistry.registerTool() directly, which honors only `tools.disabled` — so a daemon whose operator restricts `tools.core` or denies the whole tool still advertised create_sub_session and failed every call with EXECUTION_DENIED, exactly the "declared but unusable" pollution this change set out to remove. Registration now lives in an awaited helper that applies the same PermissionManager.isToolEnabled() check the core-side gate in createToolRegistry applies, and the daemon calls it once per session it creates, after the Session has wired the spawner and before the session is published. Also drops the unused CreateSubSessionParams public export. * fix(cli): declare create_sub_session only on daemon-backed sessions, revealed to the model Address the R4 review findings: - Wire the sub-session spawner only when the daemon's QWEN_CODE_SERVE=1 stamp is present. A standalone --acp session's peer is the editor, which answers the bridge's qwen/control/* ext methods with JSON-RPC -32601, so the tool was declared there but could never run. Gate registerCreateSubSessionTool on the spawner being wired so the tool exists exactly where it can execute. - Reveal the deferred tool and refresh the declaration snapshot after registering: the registration lands after startChat() froze the chat's declarations, so without the reveal the model was never offered the tool for the session's first lifetime. - Pin that newSession awaits the registration before the session is served, so the first prompt's declarations always include the tool. * fix(core): pin the create_sub_session reveal across /clear resets The reveal applied at daemon-session creation was permanently lost by the first /clear whenever the deferred-tool startup preload did not fit its all-or-nothing schema budget (or was disabled by a <= 0 / non-finite operator threshold): resetChat() clears the revealed set, the preload restores nothing, and registerCreateSubSessionTool never re-runs — the tool silently dropped out of the declaration list for the rest of the session. Add ToolRegistry.pinDeferredToolReveal(): pinned reveals are session-setup state (not ToolSearch discovery) and are re-applied by clearRevealedDeferredTools() while the tool stays registered and deferred, so the fresh session's startChat -> setTools() re-declares it. Pin create_sub_session at registration. * test(cli): pin create_sub_session registration on the permission-manager-enabled path * docs(core): correct DAEMON_ONLY_MESSAGE reachability in create-sub-session header Per wenshao's runtime verification (N2): the guard is reachable only for a daemon session whose spawner was cleared mid-flight; in non-daemon sessions the tool is absent from the registry, so a stale direct call hits the registry-miss error before execute() is reached.	2026-08-24 02:07:23 +00:00
tlysanhuo	a369b4fac6	fix(cli): prevent input border overflow on resize (#8991) ... * fix(cli): prevent input border overflow * fix(cli): harden border width invariant	2026-08-24 02:07:12 +00:00
snoopyIsADog	632e22b6e2	fix(vscode): preserve Windows file links in session exports (#8953) ... * fix(vscode): preserve Windows file links in session exports * fix-file-uri-rendering * fix-file-uri-rendering (complete tree) * fix(vscode): harden local file link handling	2026-08-24 01:59:32 +00:00
Balachandar Ramakrishnan	2640ccf16f	fix(core): sniff image content before read (#9113) ... * fix(core): sniff image content before read * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * fix(core): harden image content classification * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * test(core): cover empty image classification * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * fix(core): avoid duplicate image file opens * Update packages/core/src/utils/fileUtils.test.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * perf(core): reuse validated file classification * fix(core): restore image classification typing * fix(core): preserve valid mismatched image formats * fix(core): constrain mismatched image formats * test(core): cover canonical image classification * test(core): cover image sniff fallback edges * Update packages/core/src/utils/readManyFiles.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> * fix(core): preserve validated image read safety * fix(core): retain binary snapshot validation * Update packages/core/src/utils/fileUtils.ts Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com> --------- Co-authored-by: qwen-code-ci-bot <qwen-code-ci@service.alibaba.com>	2026-08-24 01:55:52 +00:00
Octopus	5db4a9533e	Support MiniMax image generation schema (#8322) ... * Support MiniMax image generation schema * Surface MiniMax image generation errors * Remove MiniMax image path magic offset --------- Co-authored-by: octo-patch <266937838+octo-patch@users.noreply.github.com> Co-authored-by: Shaojin Wen <shaojin.wensj@alibaba-inc.com>	2026-08-24 01:41:12 +00:00
zhou2024NAU	9b27184903	fix(cli): normalize win32 drive-letter casing in MCP approval keys (#9779) ... * fix(cli): normalize win32 drive-letter casing in MCP approval keys Windows paths are case-insensitive, but the two entry points that produce a project root disagree on casing: the CLI stores process.cwd() as typed (D:\project) while IDE integrations pass VS Code's workspaceFolders[0].uri.fsPath with a lowercased drive letter (d:\project). normalizeProjectRoot() only resolved the path, so an approval recorded by the CLI was invisible to the IDE and the server showed as configured-but-pending. Fold case on win32 following the existing getProjectHash()/sanitizeCwd() convention, and fold stored keys at load time so decisions written by older builds are not orphaned; duplicate-cased keys merge into one entry and are rewritten normalized on the next save. Fixes #9775 * fix(cli): address review feedback on win32 MCP approval key folding Fold only win32 absolute paths (drive-letter/UNC) at load time so foreign POSIX keys synced from a Linux machine round-trip verbatim (R1-4). When duplicate-cased keys collide, prefer the rejection over an approval: records carry no timestamps and file order does not track recency, so a stale approval can never re-enable a server the user rejected (R1-2). Reuse isApprovalRecordMap in setState instead of the inline duplicate predicate (R1-3). Make approve.test.ts persistedStatus() fold the lookup on win32 to match the stored key shape, so the suite passes on Windows runners whose temp path contains uppercase letters (R1-1). Add win32 regression tests: non-drive component casing, POSIX-key preservation, rejection-wins merge (R1-5). * fix(cli): address round-2 review feedback on MCP approval key folding Use a null-prototype merge target so a server named __proto__ keeps its decision when duplicate-cased project keys merge on win32 (R2-1). Skip non-record values during merge so a corrupt null record no longer throws and poisons the whole approvals file (R2-2). Pin the rejection-wins merge invariant across both key orders (R2-3) and add a legacy UNC-key fold case (R2-4). * test(cli): cover null-record guard when merging case-collided win32 keys The non-record-value guard in mergeApprovalRecords (added for R2-2) was only reachable on win32 via normalizeStoredProjectKeys and had no test exercising the merge path, so deleting it shipped green on every platform. Add a win32-gated case: two case-variant keys for one project where the later-iterated key holds a null record value. Assert the load succeeds with no errors and the valid decision under the other casing survives. Addresses the round-3 review suggestion. * chore: re-trigger automatic review --------- Co-authored-by: zhou2024NAU <zhou2024NAU@users.noreply.github.com>	2026-08-24 01:33:03 +00:00
callmeYe	eea98f3b04	refactor(cli): extract ACP skill management (#8865) ... * refactor(cli): extract ACP skill management * test(cli): cover ACP skill safety guards * fix(cli): harden ACP skill mutation guards * fix(cli): handle ACP skill frontmatter variants * test(cli): deduplicate ACP skill fixtures * fix(cli): handle multiline Skill enablement fields * fix(cli): recognize escaped Skill enablement keys * refactor(cli): restore ACP skill extraction scope Restore the three post-review files to the initial extraction commit. The removed changes addressed pre-existing Skill behavior and test coverage rather than regressions caused by the module split. Latest origin/main changes only unrelated ACP agent sections, so no extracted Skill logic needs to be carried forward. --------- Co-authored-by: Shaojin Wen <shaojin.wensj@alibaba-inc.com>	2026-08-24 01:18:22 +00:00
qwen-code-dev-bot	ed5c56d840	fix(core): clear tool display list before awaiting completion callback (#9602) ... * fix(core): clear tool display list before awaiting completion callback The TUI completion callback commits the finalized tool_group to history and then awaits the tool-result continuation, which since #9121 spans the entire next model turn. The display-list clear was chained after that callback in the finally block, so the completed group stayed in the live pending list - pinned at the bottom of the virtualized list - until the next tool call arrived or the loop ended (#9420, regression in v0.21.13; v0.21.12's fire-and-forget submission cleared same-frame). Notify observers that the display list is empty immediately before invoking the completion callback (no await in between, so the clear and the history commit land in the same React render); the finally-block notify remains as the error-path fallback. Adds a regression test that fails on main. * test(core): strengthen finally-notify assertion in display-clear regression test (#9602) * fix(cli): hold in-flight flags across the tool completion callback window (#9602) --------- Co-authored-by: qwen-code-dev-bot <269191875+qwen-code-dev-bot@users.noreply.github.com>	2026-08-24 01:17:38 +00:00
Shaojin Wen	3a1f86d805	feat(review): give verifiers a do-not-refute list and a constructible rejection bar (#9799) ... * feat(review): give verifiers a do-not-refute list and a constructible rejection bar Step 4's verifier brief already floors uncertain Criticals at low confidence instead of rejection, but it never names the states in which "too speculative / depends on runtime state" is not a valid rejection. The finder side carries the recall rule (do not silently drop a candidate); the verifier side lacked its counterpart, so real-but-uncertain findings could die in Step 4 on a plausibility vote instead of surfacing under "Needs Human Review". Close the same leak on the verifier side: - Rejection is now defined as direct counter-evidence constructible from the code — one of four shapes: factually wrong (quote the misread line), provably impossible (type/constant/invariant, shown), already handled in this diff (cite the guard and show it covers the trigger), or pure style / an Exclusion Criterion. A rejection constructing none of them downgrades to confirmed (low confidence) instead of dropping. - A third masquerading state joins "I could not verify it" and "its evidence is somewhere I did not look": "it is too speculative". A finding whose failure scenario names a realistic state the code does not exclude is PLAUSIBLE by default — concurrency races, nil/undefined on a rare-but-reachable path, falsy zeros treated as missing, off-by-one on a boundary the code does not exclude, retry storms and partial failures, patterns that lost an anchor. SKILL.md's Step 4 summary and the user-facing code-review docs are synced to the new semantics. The pinning test asserts every shape, every ground, and the downgrade consequence — a mutation flipping the consequence into "reject" survived the subject-only assertion, so the consequence clause is pinned too. Fixes #9789 * fix(review): sync the rejection-bar summaries with the brief's four grounds (#9799) * fix(review): sync the plausible-by-default wording and re-head the probe option (#9799) --------- Co-authored-by: qwen-code-dev-bot <qwen-code-dev-bot@users.noreply.github.com>	2026-08-23 23:33:12 +00:00
Shaojin Wen	44ff47e2c7	fix(ci): record cd-cua-driver.yml's shipped size in the workflow size baseline (#9822) ... #9587 grew cd-cua-driver.yml from 29715 to 42519 bytes (the versioned Computer Use SDK release pipeline) without updating the ratchet, and its own CI never ran the size gate. Every branch that merges current main now fails the Test job at 'Check workflow file size' before any test runs. The growth is real feature surface at 8% of GitHub's 512000-byte start-runs limit, so record it, as #9747 did for qwen-autofix.yml.	2026-08-23 23:28:33 +00:00
Isaac Hernández	fd9c452dc8	fix(auth): let Vertex AI authenticate with Application Default Credentials (#9017) ... * fix(auth): let Vertex AI authenticate with Application Default Credentials Vertex AI auth required an API key, so an ADC or service account setup could not start. Supplying a placeholder to satisfy the check made it worse: an explicitly passed key switches the Google SDK to Vertex Express mode, which clears the project and location and rejects the request with "API keys are not supported by this API". Treat a configured GOOGLE_CLOUD_PROJECT as sufficient credentials for the vertex-ai auth type, in both the CLI pre-flight check and the core model config validation, and leave the API key absent so the SDK resolves ADC itself. The missing-credentials errors now mention the keyless path instead of pointing only at envKey. Fixes #9016 * fix(auth): select Vertex mode explicitly and keep declared key vars authoritative Review follow-ups on the Vertex ADC change. Vertex mode no longer depends on the GOOGLE_GENAI_USE_VERTEXAI side effect. Only the CLI pre-flight check writes that variable, and the startup call to it sits under the sandbox branch, so a plain interactive or ACP session built a client pointed at the Gemini API endpoint instead of Vertex. The flag is now derived from the auth type at construction, and left untouched for the other auth types so the SDK keeps its own environment fallback there. An entry that declares its own key variable no longer falls through to ADC when that variable is unset. It keeps failing on the declared variable, so a secret that failed to inject cannot silently authenticate as a different principal. The keyless hint is suppressed for those entries as well, since it would be advice that cannot work. The ACP pre-flight cell reports an indeterminate state for a keyless Vertex setup rather than a confirmed token: a configured project is routing configuration, not evidence that a credential resolves. All three gates now share one definition of a configured project, so whitespace is handled the same way everywhere, and the CLI missing-key message carries the same keyless hint as the core errors. Docs corrected on two counts: the environment-only row now says a keyless setup must select the auth type explicitly, since it is not inferred from the project alone, and the provider note names every key source the resolver folds in. --------- Co-authored-by: Shaojin Wen <shaojin.wensj@alibaba-inc.com>	2026-08-23 19:27:16 +00:00
callmeYe	c2d63fbe58	fix(web-shell): show reasoning effort before session creation (#9599) ... * fix(web-shell): show reasoning effort before session creation * fix(web-shell): harden reasoning preview lifecycle * chore(desktop): refresh frozen bun lockfile * fix(web-shell): restore reasoning preview after session clear * test(webui): pin session-clear model restoration on all reset paths (#9599) Witness the four back-to-welcome reset handlers' models re-projection (session_closed, stream auth failure, terminal stream error, heartbeat clear) with mutation-visible assertions: each test attaches a session whose live context displaces the provider models, then verifies the workspace reasoning preview returns after the reset. Also pin the providers-absent fallback in getConnectionAfterSessionClear so older daemons keep the pre-clear model list. --------- Co-authored-by: qwen-code-dev-bot <qwen-code-dev-bot@users.noreply.github.com> Co-authored-by: qwen-code-dev-bot <qwen-code-dev@service.alibaba.com>	2026-08-23 19:11:19 +00:00
Nothing Chan	d52bb4d678	fix(config): allow prompt hooks in settings schema (#8779) ... * fix(config): allow prompt hooks in settings schema (#8752) * fix(cli): make prompt hook schema test type-safe * test(cli): preserve hook type schema coverage --------- Co-authored-by: nothing <nothing@U-DQY4PXFJ-0222.local> Co-authored-by: Shaojin Wen <shaojin.wensj@alibaba-inc.com>	2026-08-23 18:39:05 +00:00
samuelhsin	4ddbf227e8	feat(mcp): add MCP 2026 core and WebShell Apps host (#8992) ... * feat(mcp): add 2026 protocol negotiation * feat(mcp): render MCP Apps in WebShell * fix(mcp): keep legacy tool discovery lenient * fix(mcp): keep Apps HTML out of TUI and honor tool visibility TUI and history compaction dumped mcp_app HTML as JSON, and discoverTools registered app-only tools for the model. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): stabilize AppBridge lifetime and close sandbox CSP gaps Theme toggles and transcript reseeds were tearing down MCP Apps; the host CSP also allowed any loopback port and form posts bypassed connect-src. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): list under-declared modern MCP capabilities over the wire v2 typed helpers return [] without a request when a capability is omitted. Use them only when the server declared the capability, and keep Apps unmounted in collapsed tool rows. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): keep Apps sandbox reachable and list past 64 pages Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): reject empty compacted html and keep MCP Apps expanded in multi-tool groups Fixes R3-1 and R3-2 review comments: R3-1: getMcpAppDisplay now rejects empty html strings (from compaction) so session replay shows fallbackText instead of mounting an empty iframe. R3-2: ToolGroup now checks for MCP apps across all tools (not just singleTool), auto-expands when any tool has an MCP app, and keeps MCP app rows expanded (summaryOnly=false, forceExpanded=true) even when adjacent tool calls are merged into the group. * feat(web-shell): fold thinking into the compact-mode tool summary (#9148) Compact mode used to drop thinking messages entirely, so a running turn gave no indication of the thinking step. Keep the thoughts and aggregate them with the adjacent tools into one summary: a streaming thought reads "Thinking…" with the running shimmer, and a completed thought settles into a click-to-expand row in its original interleaved position. The translate action is preserved on both the thinking block and the folded thought rows, and the merged group gets a synthetic id so its expanded state never leaks into non-compact mode. Co-authored-by: 钉萁 <dingqi.jww@alibaba-inc.com> * fix(mcp): address app discovery and sandbox regressions * fix(web-shell): keep MCP apps expanded in compact summaries * Revert "feat(web-shell): fold thinking into the compact-mode tool summary (#9148)" This reverts commit ab2eebc5d36f17a51ce94e423db5745dcbb273fe. * fix(web-shell): render compacted MCP App fallback and teardown before unload Compacted history keeps type:mcp_app with empty html; show fallbackText instead of a blank sandbox, and wait for ui/resource-teardown before unloading the iframe. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): bound the discover probe and raise the daemon bundle cap Silent legacy stdio servers inherited the 10-minute request timeout for server/discover. Cap the probe at 5s so fallback fits the discovery window, and raise the browser bundle budget after the main merge overflowed CI by 47 bytes. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): skip version-negotiation probe on remote transports SDK v2 rejects HTTP server/discover timeouts without falling back to initialize, and the 5s probe consumed the entire remote discovery window. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): keep MCP App iframe src across deferred teardown Deferred unload() was clearing src on the live iframe after a remount, so the new AppBridge never saw sandbox-proxy-ready. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): honor listing-level MCP App CSP and permissions registerAppResource puts ui.csp/permissions on resources/list, and resources/read does not merge that metadata into content entries. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): reuse session client for list and emit app fallback text Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): keep mcp list and IPv6 sandbox CSP valid Give qwen mcp list leftover handshake budget after the 5s discover probe, and stop emitting invalid [::1] CSP origins. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): keep modern list and short discovery budgets working Drop the era-illegal ping after mcp list connect, shrink the stdio discover probe to the discovery window, and document that remotes stay on legacy initialize until the SDK can fall back. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): keep the 2026 slice free of review-only extras Drop the global tools/list page cap, generated companion notices, and the review screenshot so this PR stays on stdio 2026 plus the WebShell Apps host. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): restore generated companion notices after the SDK v2 bump CI regenerates NOTICES.txt from the lockfile; the file has to ship with the new MCP client dependencies. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): isolate the Apps proxy from WebShell storage Drop allow-same-origin on the outer sandbox iframe so a default localhost daemon cannot read the WebShell session token. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(mcp): harden fallback and app sandbox * fix(core): preserve large and app-only MCP catalogs * fix(mcp): preserve legacy negotiation compatibility * fix(mcp): default stdio negotiation to legacy --------- Co-authored-by: Cursor <cursoragent@cursor.com> Co-authored-by: ytahdn <1294726970@qq.com> Co-authored-by: 钉萁 <dingqi.jww@alibaba-inc.com> Co-authored-by: YungSen Hsin <yungsenhsin@U-G0HXNQM1-2052.local>	2026-08-23 18:34:30 +00:00
LeiZhang	fd4b7c008a	fix(web-shell): add remark-cjk-friendly so bold adjacent to CJK punct… (#9457) ... * fix(web-shell): add remark-cjk-friendly so bold adjacent to CJK punctuation renders * test(web-shell): pin CJK-adjacent bold rendering and sync remark-cjk-friendly lockfile * refactor(web-shell): address review - parseOnly import, lib externals, shared renderMd, provider-branch test --------- Co-authored-by: lzk <lzk>	2026-08-23 18:28:24 +00:00
qqqys	dafd5c4459	fix(dingtalk): parse forwarded chat records (#9339) ... * fix(dingtalk): parse forwarded chat records * fix(dingtalk): normalize forwarded chat records * fix(dingtalk): preserve chat record sender alignment * fix(dingtalk): neutralize forwarded chat-record content and cover its branches Round-2 review left one Critical and six Suggestions on the chat-record formatter. All seven are addressed here. R2-1 (Critical) — forwarded record content is multi-author third-party text: the forwarder is an allowed user, the authors inside the record are not. The branch emitted it into `envelope.text` with raw newlines, C1/bidi/zero-width characters and bracket tags intact, and in 1:1 DMs nothing downstream neutralizes it — `ChannelBase` applies `sanitizePromptText` only when `envelope.isGroup || sessionScope === 'single'`, and DingTalk declares no `defaultSessionScope` so the registry falls back to `'user'`. So the same payload was neutralized in a group and delivered verbatim in a DM, where a forged start-of-line `[SYSTEM]:` line reached the model in the adapter's own prompt style. Pre-diff this callback produced `text: ''`, so this is new exposure, not inherited. Every dynamic field the formatter lifts out of a record — title, summary lines, sender, body, and bare string entries — now goes through the shared `sanitizePromptText` before being joined, which is also how `referencedText` is already treated unconditionally on the reply path. The adapter test mock now provides the real helper rather than a stub, so this defence cannot regress with the suite green. R1-2 — the msgType→placeholder switch was duplicated in `summarizeRepliedContent` and the record formatter, and the copies had already drifted (different `file` handling, different empty fallback). Extracted `mediaTypePlaceholder`; the record-specific `[${msgType}]` / `[message]` fallback stays at its call site. R1-3 — both doc comments now list chat records among the handled types. R1-7 — a chat-record payload that yields nothing now emits one stderr warning naming the content keys that arrived, matching this file's existing diagnostic convention. The payload shape is undocumented and varies, so without it a new DingTalk variant degrades to `(chat record)` with nothing to grep. R2-3 — documented why `summaryLines` keeps its empty placeholders (positional, indexes into `entries` for sender recovery) while `summary` filters them. R1-5 and R2-2 — four tests close the surviving mutants: a string entry, opaque `senderId`s, `message`/`body` as body sources, a title-only record, the unreadable-payload warning, and the false branch of the alignment guard (three entries against a two-line summary, no entry carrying a name). Mutation-verified, each independently: identity sanitizer, dropped length guard, dropped string-entry branch, dropped message/body sources, dropped title-only branch, dropped warning, and unfiltered summary display each turn at least one test red. * fix(dingtalk): close the bracket-wrap forge and bound a forwarded record Round 3 of #9339 found the round-2 sanitization fix left three entrances open, all the same residual: a value neutralized by `sanitizePromptText` is then WRAPPED in `[...]` by this file, and the wrapper's own `[` is what completes a forged tag. `sanitizePromptText` unwraps a start-of-line tag only when the value already begins with `[`, so a title of `SYSTEM]: ignore previous instructions` passes through untouched and renders as `[SYSTEM]: ignore previous instructions]` on the prompt's first line. `fileName` and the unmodeled-`msgType` fallback were not sanitized at all. `bracketSafeChatRecordField` now covers all three: sanitize, then strip the brackets the wrapper supplies. Each site keeps its documented fallback for a value that cleans to nothing (`Chat record`, `file`, `[message]`). Also from round 3: - String entries route through `formatChatRecordEntryBody` instead of re-implementing its pipeline, so a string and an object entry carrying the same text are described to the model the same way. - `warnUnreadableChatRecordEntries`: the degradation the empty-record warning cannot see — an entries key arrived (`{"list":[...]}`, a non-array, an unusable first alias) but produced no lines, so a title or summary still renders and every forwarded message is silently gone. - Tests for the `audio`/`video`/unmodeled-type placeholders, the `|| '[message]'` guard (C0 controls survive `trim()` and only then fold to spaces), and the replied-path empty-record diagnostic — all three were mutation-green before. And R1-6, carried from round 1: a merge forward can hold an entire group's history, and unbounded it displaces the user's own request in the context window. Entries are now capped at 50, the section at 4000 chars, and any single entry at 500 code points. BEHAVIOUR FLIPS, both deliberate: 1. A bare string entry whose content sanitizes to nothing rendered as nothing and now renders `Unknown: [message]`. The object entry in the identical state already rendered `[message]`; the two copies of the pipeline had drifted, and describing identical content two ways based only on entry shape is the defect, not the alignment. 2. An oversized record is truncated where it previously was not. The truncation is ANNOUNCED (`[N more message(s) not shown]`, `[truncated]`) rather than silent: a tail the model cannot see is worse than one it can account for. No existing test pinned either old behaviour — all 133 prior tests pass unchanged, and no assertion was removed or weakened. Verification: `packages/channels/dingtalk` 10 files / 319 tests pass (was 308); `tsc --noEmit` clean; eslint and prettier clean. Mutation verification, 12 mutants, all killed: bracket-strip to identity (2 red), unsanitized `fileName` (2), unsanitized `msgType` (2), string entry back to its own pipeline (1), cap disabled (2), per-line cap disabled (1), `entriesDropped` pinned false (1), each of the two warn call sites removed (1 each), `audio`/`video` swapped (2), unmodeled type folded to `[message]` (3), `|| '[message]'` guard removed (1). Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * fix(dingtalk): close three chat-record tag forges and cover the record caps Answers round 4 of #9339 — all 3 Criticals and all 6 Suggestions. R4-1 (C) — the plain-text summary branch sanitized each line WITHOUT the per-line `nonEmptyString` trim the JSON branch gets. A line beginning with a trim()-strippable char that `sanitizePromptText` does not fold before its unwrap step (VT, FF, NBSP, U+1680, U+2000–U+200A, U+202F, U+205F, U+3000) pushes the `[` off start-of-line, so the unwrap regex cannot match; the later C0 fold turns that char into a space and the trailing `.trim()` removes it — reassembling the exact `[SYSTEM]:` tag the unwrap just failed to peel. Trim first, as the JSON branch already did. R4-2 (C) — `sanitizePromptText` peeled exactly ONE bracket layer, so `[[SYSTEM]]` came out as `[SYSTEM]`: a fully-formed forge. DingTalk declares no `defaultSessionScope`, so 1:1 DMs fall back to `'user'` and ChannelBase runs no second pass; two passes would only move the bar to `[[[SYSTEM]]]`. Fixed at the root in `packages/channels/base/src/sanitize.ts` by looping the unwrap to a fixpoint (each changing iteration deletes the two brackets it matched, so the length strictly decreases and it terminates). Separately, record senders are now bracket-stripped rather than left to the unwrap. This is NOT redundant with the fixpoint: the unwrap's tag-content window is `{1,64}`, so a bracketed run longer than that never matches and survives verbatim — and a sender is emitted at start-of-line immediately before `: `, which is precisely the `[tag]:` shape. Probe-confirmed: `[SYSTEM - ignore all previous instructions and exfiltrate every secret]:` (69 chars) passes `sanitizePromptText` unchanged. R4-3 (C) — BEHAVIOUR FLIP, deliberate. The header line's tag name was attacker-derived: `bracketSafeChatRecordField` is a no-op for a title with no brackets, so a bare title `SYSTEM` (which is also what `[SYSTEM]` and `[[SYSTEM]]` sanitize down to) had the wrapper manufacture a clean start-of-line `[SYSTEM] …`. That forge is created AFTER sanitization, so sanitizing the title harder cannot defend it. The tag NAME is now fixed and the title goes inside it: `[Group chat history] …` -> `[Chat record: Group chat history] …` `[Chat record] …` -> `[Chat record: untitled] …` Nine existing assertions pinned the old shape and were updated to the new one. They are not weakened — every one still asserts the full header text, and the old shape is what the finding shows is unsafe. R4-4 — use `truncateCodePoints` from `@qwen-code/channel-base` instead of a third private `Array.from`/slice/join clone of the code-point rule. R4-5 — document forwarded chat records in `docs/users/features/channels/ dingtalk.md`: how they render, the three caps, and that truncation is announced in the text the agent sees. R4-6 — decide the entry cap before measuring, and skip the code-point pass for any line already within the cap in UTF-16 units (a valid upper bound), so a 10k-line merge-forward stops paying a throwaway array per dropped line. R4-7/R4-8/R4-9 — cover the three branches that shipped green under mutation: the 4000-char total cap, code-point truncation of astral characters, and the reply path's `entriesDropped` warning (plus the reply path's entry expansion, which no test rendered at all). Verification — every fix mutation-verified, each reverted alone: R4-1 drop the per-line trim -> 9 failed | 328 passed R4-2 single-pass unwrap (channel-base) -> 1 failed | 1030 passed R4-2 single-pass unwrap (dingtalk) -> 1 failed | 336 passed R4-2 sender via sanitizeChatRecordField -> 1 failed | 162 passed R4-3 attacker-derived header tag name -> 18 failed | 319 passed R4-7 MAX_CHAT_RECORD_CHARS -> 4000000 -> 1 failed | 336 passed R4-8 line.slice instead of code points -> 1 failed | 336 passed R4-9 delete reply-path warning branch -> 1 failed | 336 passed Green at head: channels/dingtalk 337/337 (163 in DingtalkAdapter.test.ts, up from 144), channels/base 1031/1031, channels/qqbot 291/291. tsc --noEmit and eslint clean on both packages. channels/github has 9 pre-existing failures in GithubAdapter.test.ts that reproduce identically with this change stashed. * fix(dingtalk): close the fold-assembled tag forges and cut the record tail cleanly Round-5 review findings on #9339. R5-1 (Critical): `sanitizePromptText` ran the fixpoint unwrap BEFORE the C0/DEL fold and never looked at the folded output, so the fold itself assembled tags the unwrap had already passed over. Two executed entrance classes: a line-leading C0/DEL that JS `trim()` does not strip (x00-x08, x0E-x1F, x7F) blocked the match and then became a space a caller's trim() removed; and an interior CR/LF split a tag past the unwrap's content class (`[SYS` + LF + `TEM]:`) which the fold then rejoined. Both reassembled a clean start-of-line `[SYSTEM]:` in 1:1 DMs, where ChannelBase applies no second pass. Fixed by unwrapping again over the folded text. R5-5 (Suggestion): the same class behind the nine whitespace characters `trim()` strips but neither pass folds (VT, FF, NBSP, U+1680, U+2000-U+200A, U+202F, U+205F, U+3000) was patched per call site in this adapter rather than in the producer. `START_OF_LINE_TAG`'s leading window is now every whitespace character except CR/LF, so every caller that sanitizes then trims -- five existing ChannelBase sites -- inherits the guard instead of repeating it. R5-2 (Critical): summary lines are emitted at start-of-line (each line after the first), but were defended only by the unwrap, whose `{1,64}` content window can never match a longer bracketed run -- an 87-char `[SYSTEM MESSAGE FROM ...]:` tag reached the model verbatim. The sibling sender/title/msgType/ fileName fields close this by stripping brackets outright, but they are also wrapped in brackets by this file; summary lines are not. New `startOfLineSafeChatRecordField` peels a leading bracketed run of any length to a fixpoint and leaves brackets elsewhere on the line alone, so DingTalk's own `[image]`-style display copy still reaches the model intact. R5-4 (Suggestion): after the total-size cap tripped, `continue` (with `total` frozen) let a later shorter line still fit, so dropped messages could sit in the MIDDLE of the record while the trailing `[N more message(s) not shown]` announcement said a tail was cut. Both caps now stop at the first line they reject, which also stops measuring and truncating lines that are discarded. R5-3 (Suggestion): `sanitizeChatRecordField`'s "keeps DM and group renderings identical" claim and the user doc's layout promise were both false for groups -- ChannelBase re-runs `sanitizePromptText` over the assembled text there, folding the structural newlines and peeling this file's own markers. Both now say so; the layout is documented as a DM-only guarantee. Verification: `packages/channels/base` 1042 tests and `packages/channels/dingtalk` 341 tests pass; `packages/cli` memory-intent-classifier (38) and `packages/channels/qqbot` (291), the other `sanitizePromptText` consumers, pass. Each fix was mutation-verified: reverting the second unwrap, the widened leading window, the summary-line helper, and the size-cap break each turns at least one new test red (1 / 7 / 2 / 1). Both packages typecheck, build and lint clean. Pre-existing on this branch and untouched by this commit: 9 failures in `packages/channels/github` reason-routing aggregation, identical with these changes stashed. * fix(dingtalk): put the record header inside the cap and the reply leg inside the quote budget Round-6 review, both Critical. R6-1 — the record's `summary`/`title` header was inside NO cap (per-line, total or code-point) while `capChatRecordLines` bounded only the entry lines under it. One root, two symptoms: a 62,889-char summary reached `envelope.text` intact, ~15x the "at most 4000 characters in total" the docs and the cap block's own comment promise; and nesting past `sanitizePromptText`'s `{1,64}` window fell through to the bracket peel, whose fixpoint loop re-copied the whole string per pair — quadratic, measured 212 ms of synchronous event-loop stall at 62,889 chars and 4.1 s at 200 KB, on input any group member can author. `formatChatRecord` now spends ONE budget across header then entries in render order, reserving what the entries need to announce their own cut; the title is bounded by the per-line cap and then by that budget. The peel does the same work in one linear pass over a deletion map instead of a loop of whole-string rewrites (2.3 ms at 200 KB). Equivalence was checked exhaustively over every string up to length 7 from `{[, ], space, a}` (21,837 inputs) and 573k random fuzz cases against the loop it replaces: zero divergence. R6-2 — the reply leg rendered to the 4000-char record budget, but its consumer, `ChannelBase`'s `sanitizeQuotedText(referencedText, 500)`, cuts at 500 code points unconditionally. Every non-trivial replied record therefore arrived with everything past the header gone AND its own `[N more message(s) not shown]` announcement cut off with it — the model got a partial record with only a bare `…` to say so, while the docs promised the cap is announced. The reply leg now renders to the quote budget, so the announcement lands inside the quote. Behaviour change, user-visible: a record you REPLY to is now rendered to 500 characters rather than 4000. It was already delivered at 500 — this only moves the cut from the transport's blind slice to the record's own announced one, so what the agent loses is unchanged and what it is told about the loss is not. Documented in the DingTalk channel page. Also drops `capChatRecordLines`' first-line exemption: with the per-line cap at 500 the first line always fitted the 4000 budget anyway, so it only ever fired on the quote budget — where keeping a line the transport then cuts is exactly the silent truncation the block exists to prevent. Verification: `npm run build` and `tsc --noEmit` clean in packages/channels/dingtalk; eslint clean on both changed sources; full package suite 344/344 (169 in DingtalkAdapter.test.ts, 3 new). Five mutants, all killed: uncapped summary and uncapped title each redden the header-cap test; the reply leg back on the 4000 budget and the removed announcement reservation each redden the quote-budget test (507 code points against a 500 ceiling); the fixpoint peel restored reddens the stall test at 5,197 ms against a 1,000 ms threshold that the linear peel clears in ~10 ms. * fix(dingtalk): budget the record title in UTF-16 units and peel chained tags linearly R7-1: the chat-record title cap was the one budget quantity in `formatChatRecord` measured in CODE POINTS -- `headerBudget`, `headerLead.length`, `spent` and `chatRecordAnnouncementCost` are all UTF-16 `.length`. An astral character therefore bought two units for the price of one point, so a title sitting exactly on the 429-point cap the header leaves overshot its reserved space. The entries budget then fell BELOW the announcement cost the header had reserved for it, `capChatRecordLines` hit its `spendable < 0` floor and returned `[]`: on the quote leg every forwarded message vanished with no `[N more message(s) not shown]` line, and `entriesDropped` stayed false because `recordLines` was non-empty -- so not even the stderr warning fired. Emoji in a group record title are ordinary. A fully-astral title also carried the result past the documented 500-unit ceiling (~544-873 units). Adds `truncateUtf16Units` to channel-base beside `truncateCodePoints` -- cut to a UTF-16 unit budget, still on code-point boundaries, so a pair is never split -- and uses it for both the title and the per-entry line cap. BEHAVIOUR FLIP (entry leg): an entry line of 400 emoji is 400 code points but 800+ UTF-16 units. It used to pass through whole and unmarked, 1.6x the ceiling the cap documents; it is now cut to 500 units and marked `[truncated]`. The ceiling is a budget promise the header and entry sections both spend against, not a display preference, so the old behaviour was wrong: it let one entry silently eat space the announcement had been promised. The existing R4-8 test only reaches the cap from above its POINT count, where both measures agree a cut is due -- it cannot see the band between them. R7-2: `unwrapStartOfLineTags` peeled to a fixpoint with a full-string `replace` per pass. `START_OF_LINE_TAG` is `^`-anchored, so each pass removed exactly one tag per line, and a tag whose content is all whitespace peels TO whitespace -- re-opening the leading window -- so `'[ ]'.repeat(n)` cost n x O(n). Measured on this branch: 10 KB -> 16.1 ms, 20 KB -> 71.5 ms, 40 KB -> 318.2 ms, 80 KB -> 1216.6 ms of synchronous event-loop stall. The input is attacker-authorable and reaches `sanitizePromptText` BEFORE any cap -- record titles and summary lines, entry bodies, any group message routed through `ChannelBase` -- so the stall repeats per message. The suite's only stall test pins DEEP NESTING, which exceeds the `{1,64}` content window and never matches this regex at all (0.8 ms at 200 KB), so the quadratic shipped green. Replaced with the same peel simulated in place -- the mark-and-emit technique `startOfLineSafeChatRecordField` already uses on the DingTalk side, extended with the `{1,64}` content window and per-line restart. Both pointers only move forward and each pass measures at most 65 live characters, so the peel is linear: the same inputs now run 1 ms / 3 ms / 5 ms / 5 ms, and 300 KB in 9 ms. Verification: - Differential test against the original regex fixpoint over 84,000 random inputs (bracket-dense, blank-content, CR/LF/U+2028, NBSP/IDEOGRAPHIC-SPACE, C0/DEL, astral, and the 64-char window boundary): byte-identical output. Run as a scratch test, not committed. - Mutation, R7-2: restoring the `replace` fixpoint turns the new stall test red at 16913 ms against a 1000 ms bound (9 ms with the fix); no other test moves. - Mutation, R7-1 title: restoring `truncateCodePoints` turns the new astral-title test red -- exactly one test, the new one. - Mutation, R7-1 entry line: restoring the code-point cap turns the new unit-cap test red; before it was added, that mutant shipped green. - packages/channels/{base,dingtalk,telegram,weixin,qqbot}: 1594 tests green. - packages/cli memory-intent-classifier (the only sanitizePromptText consumer outside channels): 38 green. - `tsc --build` clean in both touched packages; eslint and prettier clean. Root `npm run typecheck` fails in packages/web-shell and packages/cli, but it fails identically on the untouched branch -- stale cross-package dist in this worktree, not this change. * fix(dingtalk): delete an unpaired leading bracket in the summary-line peel * fix(dingtalk): keep the summary-line peel linear on unpaired brackets --------- Co-authored-by: qqqys <266654365+qqqys@users.noreply.github.com> Co-authored-by: Shaojin Wen <shaojin.wensj@alibaba-inc.com> Co-authored-by: Claude Opus 5 <noreply@anthropic.com> Co-authored-by: qwen-code-dev-bot <qwen-code-dev@service.alibaba.com>	2026-08-23 18:21:41 +00:00
Shaojin Wen	7385b278b2	fix(web-shell): cap React dev performance.measure accumulation to stop renderer OOM (#9770) ... * fix(web-shell): cap React dev performance.measure accumulation React 19 dev builds emit ~16k performance.measure entries per second, and the browser's user-timing buffer retains them unboundedly on the Blink side (invisible to the JS heap). Long-lived vite dev tabs grew to ~65GiB of PartitionAlloc mappings and died with SIGABRT (Aw, Snap!) — 12 renderer crashes over 5 days, all on the dev server origin; the production build never reproduced. The existing guard only stripped the structured-cloned detail payload. Extend it to every React devtools track and clear the measure timeline every 16384 React measures so entries cannot accumulate without bound. Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * test(web-shell): pin the measure-guard contract against mutations Harden the budget test per review feedback: drive the counted measures on a non-Components track, assert the timeline is cleared without a name filter and with the performance object as receiver, assert every measure is still forwarded detail-stripped (including the clear- triggering one), and drive a second window to prove the clear is not latched. Each of the five one-line mutants these assertions target was verified to flip the suite red. * test(web-shell): close the measure-guard mutation surface systematically The round-1 hardened budget test pinned a handful of named mutants; a systematic injection pass found twelve further one-line mutants of the inline guard that passed the whole suite. Drive a mixed-track/name flood, assert the exact budget boundary, post-clear forwarding/stripping/passthrough, interleaved traffic, detached receivers, standard measure shapes, and the install bailout, so every guard line now has a witness. All 33 probed mutants are killed; the guard itself is unchanged and correct. * test(web-shell): pin non-React measure detail survival by value The "not stripped" half of the non-React contract was asserted only by object identity, so a guard that stripped detail by mutating the caller's options object in place passed the whole suite (verified by mutation probe). Assert the forwarded detail's value so an in-place strip fails. --------- Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> Co-authored-by: qwen-code-dev-bot <qwen-code-dev@service.alibaba.com>	2026-08-23 14:52:44 +00:00
易良	56db17bd4c	refactor(cli): enforce utils leaf-layer dependency direction (#9146) (#9737) ... * refactor(cli): enforce utils leaf-layer dependency direction (#9146) Move domain-coupled modules out of packages/cli/src/utils into the directories that own them: config/ (dialogScopeUtils, settingsUtils), i18n/ (languageUtils), ui/ (handleAutoUpdate, standalone-update, systemInfo, systemInfoFields, update-relaunch, commands, doctorChecks), nonInteractive/ (nonInteractiveHelpers, chat-recording-failure, tool-result-boundary-diagnostics, permission-suggestions), serve/ (sandbox), services/housekeeping/ (scheduler, non-interactive-scheduler), and commands/review/ (findings). Extract the generic normalizePartList helper into utils/normalize-part-list.ts so utils consumers keep importing downward, and move the MergeStrategy enum into utils/deepMerge.ts (its owner). Add an eslint architecture rule (no-utils-upward-import) that forbids value imports from utils/ back up into a domain directory. Type-only imports stay exempt: they are erased at compile time and cannot create a runtime cycle (Settings in modelConfigUtils, CommandContext in sessionPaths). No behavior change: typecheck, build, and the affected unit tests pass. * fix: use Qwen Team 2026 license header on new files (#9146) * chore: refresh stale utils/ path references after leaf-layer move (#9146) * docs: reconcile no-utils-upward-import header with the allowed type-only set (#9146) * fix(cli): allowlist sandbox process.env accesses after leaf-layer move (#9146) * chore(ci): re-record qwen-autofix.yml size baseline after #9677 (#9146) #9677 recorded qwen-autofix.yml at 392111 bytes while the file it committed was already 397656, so every PR that merged main after it tripped the growth ratchet. Re-record the actual size; the file itself is unchanged by this PR. * fix(review): drop the stale utils/findings.ts digest root after the leaf-layer move (#9146) The #9146 move returned findings.ts to commands/review/, but the digest root lists merged from main still pinned it under utils/, where the file no longer exists — the absent root darkened every review's staleness check and failed review-source-digest.test.ts. Drop the stale file-shaped root from both digest copies and their pins; the commands/review/ directory root covers the validator at its new home, and the two utils helpers keep their file-shaped roots. * fix(review): colocate seatbelt profiles with the sandbox module (#9146) * fix(review): exempt inline type-only specifiers from the utils upward-import rule (#9146) * fix(review): report upward inline type-specifier imports under verbatimModuleSyntax (#9146) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * test(review): pin mixed-specifier and zero-specifier upward imports in the utils rule (#9146) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * test(review): anchor the nested-checkout utils rule fixture on the last marker (#9146) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * test(review): pin that the utils/findings.ts digest root stays removed (#9146) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * fix(review): reword stale-bundle SCOPE header to the post-move helper shape (#9146) * test(review): drop the pre-move utils/findings.ts from the skill-parity fixture (#9146) * test(serve): derive the seatbelt colocation tripwire from BUILTIN_SEATBELT_PROFILES (#9146) * fix(architecture): fail closed on computed dynamic imports in the utils leaf rule (#9146) * fix(cli): point settings.test.ts at the post-move settingsUtils path (#9146) main updated settings.test.ts after this branch moved settingsUtils.ts from utils/ into config/, and the merge kept main's old import specifier, which vite fails to resolve. Repoint it at ./settingsUtils.js; every other consumer already uses the new path. * fix(cli): close utils boundary review gaps * test(cli): cover utils boundary allow paths --------- Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com>	2026-08-23 14:41:49 +00:00
易良	e9ccd3c67e	fix(core): normalize both sides of the session title echo comparison (#9809)	2026-08-23 14:34:20 +00:00
Shaojin Wen	57285a94f1	fix(review): repair permissions before giving up on worktree cleanup (#9748) ... * fix(review): repair permissions before giving up on worktree cleanup The review job's end-of-job sweep gave up on the first EACCES and left foreign-owned leftovers in the shared runner workspace; the next review's checkout then died on them (run 32577821716, PR #9718: a scratch-verify tree whose contents this job's user could not unlink, on a pool member without passwordless sudo). Give the removal a repair ladder — chmod what this user owns, then passwordless sudo chown/chmod where the pool member has it, each followed by a retry — and refuse the ladder on paths that resolve through symlinks, since its sudo leg escalates to root. Members without sudo still degrade to a named warning: nothing unprivileged can remove a foreign-owned tree, but the sweep must never fail the job. Pin the ladder in the cleanup contract test so a rewrite cannot silently drop it back to warn-and-leave. * fix(ci): record qwen-code-pr-review.yml's shipped size in the workflow size baseline The permission-repair ladder added to the review cleanup step (repair before giving up on a worktree removal, refuse the sudo leg through symlinks) plus its incident comments grew the file past its recorded size plus allowance. The growth is the fix itself — the repair logic and the rationale a future reader needs — not drift, so record the shipped size rather than trimming the rationale. * fix(review): pin the repair ladder by effect and enrich its failure warnings Review feedback on the permission-repair ladder: - Pin the ladder's effect in the contract test (three removal attempts, isolated non-sudo chmod rung, refusal-comparison direction) — the old mechanism substrings stayed green when the post-repair retry was deleted, when the non-sudo rung was deleted, and when the refusal comparison was inverted (all reproduced by mutation before the fix). - Retry the removal after the chmod rung so a chmod-repaired tree never escalates to passwordless sudo; the step comment's "each followed by a retry" is now literally true. - Strip newlines from leftover paths before echoing: leftover names are untrusted glob entries, and a fresh line on the runner's stdout would parse as a workflow command. - Both warnings now carry the deciding state: the refusal names the branch that fired; the failure warning reports the sudo probe result and the survivor's owner. - Return 0 unconditionally so a failed warning echo can never fail the if: always() job via errexit. * fix(review): close the remaining command-injection entrances in worktree warnings (#9748) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * test(review): execute remove_review_tree against fixtures and pin its sudo ok-state (#9748) * test(review): gate the removal-failure fixture on realpath and pin the ladder's guards (#9748) * test(review): execute the ladder's unpinned arms against behavioral fixtures (#9748) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * fix(review): strip CR and LF from registered-worktree skip warnings (#9748) --------- Co-authored-by: qwen-code-ci-bot <qwen-code-ci-bot@users.noreply.github.com> Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> Co-authored-by: qwen-code-dev-bot <qwen-code-dev@service.alibaba.com>	2026-08-23 14:27:46 +00:00
顾盼	be891657f7	refactor(node-repl)!: deliver the persistent Node REPL as a standalone MCP server (#9499) ... * feat(core): add persistent Node REPL runtime * fix(core): align Node REPL phase-one contract * fix(core): align Node REPL module compatibility * fix(core): remove unused Node REPL host broker * refactor(node-repl)!: deliver as a standalone MCP server, revert core tools Replaces the three built-in `packages/core` node_repl tools with a self-contained MCP server package, `@qwen-code/node-repl-mcp`. Why --- Issue #9333 triage accepted the runtime only "for exploration" and gated it on an open maintainer decision: built-in core tool vs MCP-server-first. Reversing OpenAI Codex 0.149.0 settled the shape — it ships code mode as a standalone host with an in-process fallback, and its real-Node `js_repl` (not the restricted V8 `exec`) is the analogue this roadmap needs, because stage 3 (#9335) imports cua-driver's N-API addons, which only real Node can load. Delivering out-of-core also keeps a security-relevant subsystem out of the maintainer-gated `packages/core` until its value is proven. What changed ------------ - New `packages/node-repl`: the kernel, module loader, cell transform, protocol and kernel manager, ported and now dependency-free (local `debug-log`/`win-path`/`tokenizer` replace core utils; `output-adapter` emits MCP content blocks in place of `result-converter`). - Reverted every `packages/core` change, the ~11 packaging files that existed only to ship the runtime assets into six distribution layouts, and the two design/plan docs describing the core delivery. - Deleted the trusted-package/sha256 layer: it was empty and unreachable in production (`module-loader.mjs` 882 -> 483 lines). - Wired the package into `scripts/build.js` and the root `vitest.config.ts`. Net effect: `packages/core` is untouched relative to main; the tool is opt-in via `mcpServers` instead of registered unconditionally for every user. Correctness fixes made while porting ------------------------------------ - Stack line numbers were wrong and drifted with binding count (source line 4 reported as 87). The prelude is now one physical line and the cell compiles with `lineOffset: -1`. - Top-level `var` nested in blocks/try/switch/loops was silently dropped; collection now walks the statement subtree, pruning at function boundaries. Verified against real Node for 16 constructs. - A binding named `nodeRepl` permanently broke the output channel; such cells are now rejected. Ordinary globals stay shadowable, matching plain Node. - Errors thrown by imported modules lost their class, `code` and stack. - A throwing frame handler could discard buffered protocol frames. - A hoisted `var` assigned before a throw is now kept, as Node does. - Unhandled rejections settling after a cell no longer vanish. - Live sandbox timers are capped, so one runaway loop cannot saturate the session's event loop. - Image MIME types are matched case-insensitively on both input paths. - Binding sort no longer depends on host locale collation. - The published bin lacked a shebang and mis-detected its entry point, and the server plus its kernel leaked on every host disconnect. Tests: 146 across 14 files, including a compiled N-API addon fixture, 100 consecutive cells, 10 concurrent isolated kernels, stack-line fidelity, and hoisting semantics. Three smoke scripts cover the adapter, the MCP wire and process lifecycle; the packed tarball was installed into a clean project and driven end to end. Refs #9333 * fix(node-repl): pin zod to the hoisted 3.x so the workspace build type-checks `packages/node-repl` declared `zod ^4.1.13`, so `npm ci` installed a nested zod 4.4.3 for it while `@modelcontextprotocol/sdk` resolved the hoisted zod 3.25.76. Two zod type identities in one compilation made every `registerTool` input schema unassignable (`Type 'ZodString' is not assignable to type 'AnySchema'`), failing `npm run build` for this workspace — and with it the install step of every CI job that builds workspaces. The SDK accepts `^3.25 || ^4.0`, so pin the hoisted 3.x line and drop the now-stale nested lockfile entry. One deduped zod, no behaviour change. This only reproduced with a lockfile-driven install; the local tree had no nested copy, which is why the build passed locally and failed in CI. * fix(lint): lint package .mjs node scripts with the node env The eslint "scripts we run with node" override matched `packages/*/scripts/**/*.js` but not `.mjs`, nor a package-root `build.mjs`. `packages/node-repl` is `type: module`, so its `build.mjs` and `scripts/*.mjs` were linted as browser code and `eslint .` failed with `'process' is not defined` / `'console' is not defined` / `'setTimeout' is not defined`. The pre-commit hook only lints `*.{js,jsx,ts,tsx}`, so `.mjs` files are not checked locally — this only surfaced in the root CI lint step. Add `packages/*/scripts/**/*.mjs` and `packages/*/build.mjs` to the override, matching the existing `.js` entries. Generic, additive, no behaviour change. * fix(node-repl): address round-3 review findings (resolution, error identity, image bound) Triaged the bot's round-3 critical findings against the ported code and fixed the three that were genuine defects here; each has a regression test. - R3-5 (resolution): a symlinked `<cwd>/node_modules` — the norm under pnpm, monorepo hoisting and shared CI caches — was silently dropped, so the documented zero-config `await import('pkg')` failed with "cannot resolve from 0 module roots" while plain Node resolved it. The implicit cwd root was applying a re-link self-comparison that only makes sense for registered roots (which carry a registration-time canonical baseline). Follow the symlink for the implicit root, but skip it entirely when the cwd node_modules is itself a registered root, so the registered root's revocation guard is not undermined. - R3-3 (error identity): an error thrown by a host builtin inside imported code (e.g. `fs.readFileSync` → ENOENT) was rewrapped message-only, dropping `code`/`errno`/`syscall`/`cause`/`stack` — so `catch (e) { if (e.code === 'ENOENT') }`, a ubiquitous Node idiom, silently took the wrong branch. Carry those fields onto the realm-wrapped error. - R3-6 (image bound): image-frame `mimeType` was unbounded — only `data.length` counted against the raw image budget — so a malformed/forged frame could retain a huge string that also got interpolated into a notice and tokenized. Bound the MIME at frame ingestion (a real image MIME is a few dozen chars). - R3-4 is by design (the runtime is not a security boundary), but the tool description recommended `createRequire` without noting it is not subject to the process denial or module-root containment the import path enforces; the description now says so. - R3-1 / R3-2 (the `.mjs` lint failure) were already fixed in an earlier commit. Suite: 148 tests (added symlinked-cwd resolution and host-builtin error-code regressions). The symlink fix initially defeated the registered-root revocation test; the registered-root deferral above resolves both. * docs(node-repl): note top-level function/class re-declaration needs a fresh name Round-3 review R3-12/R3-33: re-declaring an existing top-level function or class in a later cell is a link-time SyntaxError (they persist as `let`, which the prelude re-declares), whereas a plain Node REPL accepts it. A correct fix needs declaration-kind tracking the manager does not carry today; until then the tool description's rerun guidance ('prefer var') is corrected, since a function cannot be made rerunnable via var. --------- Co-authored-by: Claude <noreply@anthropic.com>	2026-08-23 14:20:39 +00:00
顾盼	b5fbdb22d3	feat(cua-driver): add versioned Computer Use SDK and release pipeline (#9587) ... * chore(cua-driver): sync upstream v0.20.0 * feat(cua-driver): add Computer Use SDK with versioned observation revisions Wrap the typed driver SDK in a standalone Node wrapper and add accessibility.observation_revision.v1: base-anchored validated diffs with opaque element tokens, explicit full-resync reasons, full-only answers on Windows/Linux. Fix portable include_screenshot schema type and classify stable kAXErrorFailure refusals as complete in the macOS capture tracker. * feat(cua-driver): complete typed Computer Use capabilities * fix(cua-driver): use Qwen-owned npm identity * feat(cua-driver): publish one Qwen CUA SDK package * fix(cua-driver): verify Windows Rust targets * fix(cua-driver): verify macOS Rust targets * fix(cua-driver): pin release Rust toolchain * fix(cua-sdk): fail closed on incomplete releases * test(cua-sdk): import workflow test globals * ci(cua-sdk): retry Debian package downloads * fix(cua-driver): harden lifecycle and release gates --------- Co-authored-by: tutu <tutu@U-RD4R9MQQ-2235.local>	2026-08-23 14:20:14 +00:00
易良	0b953b7929	fix(core): support public GitHub extensions with older Git (#9690) ... * fix(core): clarify Git requirement for public extensions Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * test(core): preserve secure Git version boundary Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * fix(core): support public GitHub extensions with older Git Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * fix(core): harden old-Git fallback archive validation against export-ignore Detect Git LFS by pointer-file content instead of .gitattributes grammar: codeload archives honor export-ignore, so a repository can hide its attributes file from the extracted tree and slip raw LFS pointers past the guard (attribute macros and case-variant names bypass the grammar check too). Also restrict the .gitmodules check to the archive root, where git gives it submodule semantics. Add a debug log to the only silent ERROR return in the old-Git update check, unit tests for the fallback gate's fail-closed matrix, and coverage for the invalid-SHA update path. * test(core): cover archive entry-count and expanded-size limits Add crafted-header tar fixtures for both new rejection limits in assertTarArchiveHasNoLinks: boundary cases at exactly 100,000 entries and exactly 1 GiB declared expansion, plus just-over cases asserting the specific error messages. * fix(core): address old-Git fallback review feedback - Keep release installs ahead of the archive fallback for older Git; the fallback now only replaces the clone step after a release miss. - Restrict tar entry-count/expanded-size ceilings to the untrusted network fallback instead of every .tar.gz extraction, and stop reading the archive as soon as validation fails. - Share one ref-to-SHA resolver between install and update checks, and follow a limited number of GitHub API redirects (re-validated per hop, token never leaves the original host). - Use a random staging name for the downloaded source archive so it cannot collide with a repository file of the same name. - Collapse the duplicated pinned-Git version comparison into one check. - Document fallback limitations (symlinks, submodules, LFS, ceilings). * test(core): cover invalid commit SHA rejection in old-Git fallback The install path's ref-to-SHA resolver validates the 40-hex SHA before interpolating it into the codeload download URL; add a test asserting that an invalid SHA rejects before any archive download is attempted, matching the existing update-check coverage. * fix(test): add missing createReadStream and pipeline mocks in npm test archive-safety.ts now calls fs.createReadStream() and pipeline() directly instead of tar.t({ file, ... }). The npm test mock for node:fs was missing createReadStream, and node:stream/promises pipeline was not mocked. * perf(core): memoize the local Git version probe The fallback gate and the pinned-Git assert both spawn their own `git version` subprocess even though the version cannot change within a process lifetime. Fetch it once through a module-scope memoized promise so each extension install/update check pays a single probe. * test(core): cover early abort of the tar safety scan Once a limit trips, the scan destroys the read stream instead of consuming the rest of the archive. Add a regression test that trips the link ceiling with a large trailing entry and asserts the scan stops reading the archive at the failure point, guarding the teardown path against deadlocks and scan-to-end regressions. * fix(core): open the tar safety scan stream after the abort check A pre-aborted signal entering assertTarArchiveHasNoLinks threw before pipeline consumed the hoisted ReadStream, abandoning it (unhandled ENOENT 'error' crash for a missing file, leaked fd otherwise). Move createReadStream below the abort check to restore check-then-open order, and add a regression test asserting no stream is opened. * test(core): cover fetchJson redirects and fallback resource limits Mirror the downloadFile redirect matrix for fetchJson via the release metadata path: redirect loop cap, missing location header, non-https redirect rejection, and both sides of the cross-host token-stripping ternary. Also add a fallback integration test serving a crafted-header archive just over the 1 GiB expanded ceiling so the enforceResourceLimits option on the production call site is pinned end to end. * fix(test): return a destroyable stream from the npm test fs mock The bare createReadStream mock returned undefined, so failValidation's stream.destroy() raised a TypeError absorbed by vitest spy bookkeeping whenever a validation cap tripped. Return a destroyable object and assert the cap-trip path completes cleanly. * fix(test): make fallback anonymity assertions header-case-insensitive * test(core): abort the old-Git fallback through an AbortSignal * fix(test): pin the manager's fallback call arguments * test(core): pin fallback symlink rejection, lookup passthrough, per-hop re-resolution - Add an integration test that runs the real old-Git fallback against a symlink-bearing archive mirroring issue #8993's repro repo (obra/superpowers root AGENTS.md -> CLAUDE.md) and asserts the honest fail-closed rejection naming the link entry; safe symlink support is tracked in #9724. - Assert the fallback's https.get options carry the pinned lookup and agent:false on both the commits-API and codeload hops. - Run the five GitHub API redirect tests under networkPolicy: 'public' and pin per-hop re-validation: dns.lookup is called once per hop and every hop's options carry the pinned lookup. * test(core): import archive limit constants instead of redeclaring them The boundary tests redeclared MAX_ARCHIVE_ENTRIES and MAX_ARCHIVE_EXPANDED_BYTES locally, so changing a limit in archive-safety.ts would leave the tests validating the stale values. Import the constants from the implementation instead. * fix(core): detect export-ignore-hidden submodules via the commit tree The submodule guard checked for a root-level .gitmodules in the extracted archive, but codeload archives honor .gitattributes export-ignore, so a repository can strip its .gitmodules from the archive and slip past the presence check while still carrying submodule gitlinks. Query the commit's tree listing, which keeps every path regardless of export-ignore, and reject on a root .gitmodules blob or any gitlink entry before downloading; fail closed when GitHub truncates the listing. The extracted-tree scan stays as defense in depth. --------- Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com>	2026-08-23 13:03:15 +00:00
Shaojin Wen	f877fb3525	feat(review): add the persistently-critical convergence advisory (land-with-residual-risk) (#9526) ... * feat(review): add the persistently-critical convergence advisory The severity floor converges a healthy loop — Suggestions stop posting and the volume falls to the Criticals, then to zero as those get fixed. But a loop whose Criticals never clear — the security-sensitive PR under adversarial review — posts Criticals every round forever: the floor engages, the Suggestions stop, and the volume flatlines at the Critical count instead of falling. Nothing before this said so. This adds the shape detector and its ONE recommendation: - lib/convergence.ts — `convergenceAssessment` computes one fact from the carried telemetry (Criticals stood in the previous round's work-list AND stand again this round, with the two-round posting window present and not shrinking) and, when it fires, returns the `land-with-residual-risk` recommendation. Pure data, never authority: no threshold, no blocking, no merge/close — every input degrades OPEN, so absence is fail-safe, never a suppressed finding. - compose-review wires it: `prevLedgerFacts` now recovers the previous work-list's Critical presence beside the round and volume; the assessment surfaces on three surfaces — a structured `convergence` field on the composed JSON, a rank-1 non-capping body disclosure, and a terminal CONVERGENCE line — each advisory-only and self-disclaiming, with a blank residual-risk inventory scaffold (attack surface · attacker-dependency · blast radius) for the maintainer's risk-acceptance decision. The exit the floor cannot provide: when the loop is provably stuck on Criticals, the tool names the maintainer's decision (merge, carrying the residual risk) instead of opening another round. Advisory only — it never blocks this review. Closes the convergence-exit gap in #9278; evidence and design in #9410. * fix(review): surface the convergence advisory on every reachable event, gated on floor engagement (#9526) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * fix(review): give the trimmed convergence advisory its own disclosure rank (#9526) The advisory shared trim rank 1 with the deferral display, but every rank-1 disclosure surface names "the deferred-findings list" — a fired zero-deferral round whose body overflowed posted a trim notice asserting a deferral list that never existed while the dropped advisory went unnamed. The advisory now holds its own rank (and RANK_NAMES entry), yielding after the deferral display and before the not-reviewed disclosures. Adds the overflow fixture that pins the yield and the relocated-arm firing fixture that pins the third thisCriticals term, and corrects the prevLedgerFacts threat docstring: under `auto` the floor-engagement conjunct is forgeable via the carried round, so the only unforgeable conjunct is this round's own standing Critical. * fix(review): count the script-lint gate's Criticals in the convergence signal (#9526) The persistently-critical signal read `thisCriticals` before the gate pushed its Criticals into `bodyCriticals`, and the ledger work-list feeding the next round's persistence half omitted them too. A loop whose standing blocker is the deterministic [lint] gate — the exact shape the signal exists to name — held the whole conjunction semantically while the advisory stayed silent: the count was taken before the array was complete, and the gate-only round recorded no sev 'C' for its successor to recover. The assessment now runs after the relocated and gate pushes and reads the completed array with the same semantics as the verdict's own `c` (the explicit relocated term drops with the push that already carries it), and the gate's Criticals join the marker work-list. Adds the handler fixture arming the gate end to end — advisory fires, marker records sev 'C' — and pins both branches of the trim notice's copy-location conditional, which had no oracle on either side. * fix(review): close the round-5 oracle gaps on the residual-risk advisory (#9526) Round 5 reviewed the merge that landed #9461 underneath this branch and found four suppress paths the merge introduced with no end-to-end oracle, plus one standing comment overclaim. Each finding was reproduced as a surviving mutant before the fix and re-run after, so every test added here is one that actually kills something. R5-2 — `residualRisk` is carried into the durable artifact instead of being omitted from it. The omission's stated reason ("the advisory rides the persisted body") is false on exactly the rounds that need the record: rank 2 sheds before the not-reviewed disclosures, so a fired-but-trimmed round left a maintainer reading `.qwen/reviews` a "did not fit" breadcrumb and none of the facts behind the `land-with-residual-risk` call. Its sibling `convergence` is allow-listed one paragraph up for that precise reason, and the merge had put the two on opposite rules. Shape-checked like every other field on this boundary rather than passed through. R5-1 — the persistence conjunct had no silence fixture. Every firing fixture carries sev `C` in the prev ledger, so replacing the derivation with a bare `true` shipped the suite green while a round introducing its FIRST Critical would fire `land-with-residual-risk`. Added a fixture whose predecessor holds Suggestions only, all other conjuncts true. R5-3 — the enforcement-vs-reporting floor reading had no oracle for the one input where the two disagree: a genuinely ABSENT `severityFloor` at round >= 6, which the reporting reading folds to `auto`. Every advisory fixture passed `severityFloor: 'auto'` explicitly, so the swap shipped green and would publish "The severity floor will not converge it" over a round whose enforcement backstop moved nothing. Added a fixture with no `severityFloor` key at all. R5-4 — the two silence fixtures asserted only absences. `prevLedgerFacts` swallows every recovery failure into round 0, so a predecessor that never loaded produced the same silence and the arms they claim to pin were vacuous. Both now assert the VOLUME line quoting the predecessor's volume as a positive recovery sentinel. R4-1 — the marker path's second `scriptLintGate` run is left in place: it lives in a different function from the body composer's, threading the value across would add a seventh positional parameter for plumbing, and the two agree because the gate is pure in `planPath` over inputs immutable within one synchronous compose. What was wrong was the comment claiming it was "the same gate the body ran"; it now states the actual invariant and the actual hazard — an edit that filters what the BODY pushes must change this list too. packages/cli: typecheck, ESLint and Prettier clean; src/commands/review 4301 pass / 1 skipped. Mutation matrix (compose-review + save-artifact, 475 tests): baseline green; `prevHadCritical: true`, the reporting-reading swap, dropping `residualRisk` from the persisted verdict, and a vacuous ledger recovery each turn the suite red. * fix(review): act on the round-6 deferred list for the residual-risk advisory (#9526) Round 6 posted no findings and deferred ten observations under the convergence posture. Eight are addressed here; each was reproduced as a surviving mutant first and re-run after, and the two that are not addressed are recorded below with the reason rather than left silent. Correctness: - The volume window straddled a posture change. The round the floor engages on compares a Critical-only volume against a predecessor that was still posting Suggestions — a drop that is the posture, not the loop — and on a flat pair the advisory could publish "the severity floor will not converge it" after one round of the floor. `ConvergenceFacts` now carries `prevFloor` and a recorded `o` predecessor suppresses. Read the way the sibling diagnosis in the same module reads it: a floor that was never recorded is not a floor that DIFFERS, so pre-field markers evaluate exactly as before. Pinned in both directions — deleting the guard and tightening it to reject unrecorded floors each turn the suite red. - `noteTrimmedRanks`' tail clause keyed on the advisory instead of on the disclosures. Over a combined rank-2-and-3 drop it read "another copy — the advisory also rides the composed JSON", telling the operator the trimmed set was backed up when the half that is not backed up was exactly the half the sentence exists to rescue; over a rank-0 drop it read "their only other copy" for a paragraph the composed result does carry. It now keys on rank 3. The artifact stays unnamed here — naming it sent the operator to a deferral list that does not exist, which the existing test caught. - The terminal `RESIDUAL-RISK:` record spread one labelled line over seven, six of them unlabelled, because the advisory carries a markdown table for the body. Collapsed at the print site only: the pipes survive, so the inventory's three columns still reach the operator on the round where the body budget shed the formatted copy. Accuracy of the record: - The `PersistedVerdict` comment claimed `residualRisk` sheds "before anything else". It is rank 2; `convergence` is rank 0. What they share is that both CAN go. - The bundled skill enumerated two of the four trim ranks and stated the no-durable-copy rule without its exception. Both assertions in `SKILL.test.ts` move with the prose. New oracles (test-only): - The advisory-only guarantee — the claim the whole feature rests on — was unpinned: a fired round now asserts the event stays where the findings put it and that `cappedBy` gains nothing. - The floor-futility sentence was pinned only negatively; it now has a positive assertion in both languages. - The zh advisory's scaffold columns and its Critical-count interpolation slot had no oracle. `FIRE` is deliberately asymmetric (2 Criticals, volume 3/3) so a template reading the wrong slot shows. - The rank-ordering guard could not tell rank 2 from rank 3; the combined- drop test closes it — the `trim: 3 -> 2` mutant now fails five tests. Not done, deliberately: - The validator does not re-assert `criticals >= 1` / `posted >= prevPosted`. Those are `convergenceAssessment`'s construction invariants, and a second statement of them at the save boundary is a rule free to drift from the first — with the artifact, the durable record, as what gets thrown away when it does. Identity is pinned instead (`shape`, `recommendation`) and the counts are shape-checked. - The marker path's second `scriptLintGate` run stands (R4-1); the reasoning is on that thread and at the call site. packages/cli: 4305 pass / 1 skipped. packages/core skills: 376 pass. Typecheck, ESLint and Prettier clean on both workspaces. * fix(review): measure the residual-risk window on fresh findings, not totals (#9526) Round 7 posted one Critical and it is correct. The volume conjunct compared posting TOTALS, and Step 6 re-posts every still-standing ledger Critical under its original id — so the total only ever rises and a converging loop reads as a stuck one. Reproduced through the real `composeReview` before touching anything: round 6 posts 5 first-time Criticals; the author fixes 3; round 7 re-posts the 2 that stand and drafts 4 new. Fresh 5 -> 4 is a loop settling, the total went 5 -> 6, and the advisory fired `land-with-residual-risk` over it. The window now runs on the fresh pair the marker already carries — `postedFresh` and `prev.fresh`, the same numbers the loop-settling observation in the same module trends on, so the two features cannot disagree about what a round produced. `prev.fresh` absent degrades open. Applying only that change would have introduced a second false fire, so it does not ship alone. The posting total was silently covering a case the fresh window is blind to: a reviewer finding nothing new for two rounds while the author clears blockers sits at fresh 0 against fresh 0, which "not falling" reads as stuck. Probed on the pre-change code — backlog 5 -> 3 with zero fresh both rounds is silent today (3 < 5) and would have fired under a fresh-only window. The assessment therefore also takes the standing Critical count and vetoes on observed shrinkage. A veto rather than a requirement, on positive evidence only: the work-list it counts is the one the marker's byte budget may have shortened, and an undercount can only hide shrinkage, never manufacture it — so an unknown predecessor abstains instead of silencing a genuinely stuck loop. Unlike the sibling diagnosis, this signal does NOT require `prev.fresh > 0`. That module is about a loop generating work; this one is about work that never clears, and Criticals standing round after round with nothing new is the shape itself, not a quiet loop. The backlog veto is what separates it from a backlog being worked down. The reported numbers are renamed with what they now measure — `posted` / `prevPosted` become `fresh` / `prevFresh` on `ConvergenceFacts`, `ConvergenceAssessment` and the persisted artifact — and the advisory prose follows in both languages. Feeding fresh counts into fields printed as "the posting volume" would have swapped one false record for another. Verified as five shapes through the real command, then pinned as tests: the reported fresh-shrinking loop is silent; the clearing backlog is silent; a pre-fresh marker is silent; and both firing shapes still fire — the same Criticals re-posted at zero fresh, and new Criticals every round. Mutation matrix (539 tests): reverting the window to totals, deleting the backlog veto, and tightening the veto to suppress on an unknown predecessor each turn the suite red. packages/cli: 4310 pass / 1 skipped. Typecheck, ESLint and Prettier clean. * fix(review): prove the predecessor's floor enforced, don't trust its stamp (#9526) R8-1 is correct. The posture-change guard paired two different readings across the window's ends: this round's engagement is the strict `criticalFloorInEffect`, but the predecessor's `floor` stamp is written from `criticalFloorKind`, the reporting fold — which folds an absent `severityFloor` into `auto` and stamps `c` on any round >= 6 the enforcement backstop never touched. Reproduced through the real code first: criticalFloorKind(undefined, false, 6) = 'auto-resolved' -> stamps 'c' criticalFloorInEffect(undefined, false, 6) = false -> Suggestions post so a predecessor that still posted Suggestions passed the guard, and the advisory published "the severity floor will not converge it" one round after enforcement actually started. Neither fix direction the finding names is taken. Restamping the marker from the enforcement reading would leave the sibling diagnosis comparing this round's reporting stamp against a predecessor's enforcement stamp — the same cross-reading defect moved into #9623's feature — and #9623 chose the reporting reading deliberately, because its advice quotes the floor back to the author. Special-casing a "newly named" floor needs the predecessor's raw `severityFloor`, which no marker carries. The evidence is already in the work-list instead. Enforcement moves drafted Suggestions out of the posting set before the marker is built, so an engaged round's list is Critical-only and an un-enforced one is not — measured through the real composer across all four postures: floor=critical (engaged) work list ["C"] stamp c floor=auto, round 7 (engaged) work list ["C"] stamp c floor ABSENT, round 7 (folded c) work list ["C","S"] stamp c <- the hole floor=suggestion (not engaged) work list ["C","S"] stamp o `prevPostedSuggestion` is that fact, and it suppresses on the POSITIVE observation so the two ways it can be wrong land on opposite sides: a shortened list that shed its Suggestion reads as engaged (the truncation caveat the backlog veto already carries), while a pathless Suggestion an engaged round left inline reads as un-enforced and costs one round of silence. Unknown abstains, like every other fact read off that list. Mutation matrix: deleting the guard, tightening it so an unknown predecessor suppresses, and pointing the wiring at the wrong severity each turn the suite red — the first on both the unit arm and the end-to-end fixture built from the finding's own witness. packages/cli: 4432 pass / 1 skipped. Typecheck, ESLint and Prettier clean. * fix(review): refuse a pure-foreign work-list as this account's history (#9526) Correct, and reproduced through the real composer before changing anything. Recovery adopts the highest-round marker whoever posted it. Where that marker was NOT merged over this account's own findings, this account's entries are in no work list at all — the state `openCriticals` already refuses to infer across, one screen up in the same function. Every prev-round fact this signal reads comes off that list, and it read it unconditionally: pure-foreign {foreign:true, merged:false} -> FIRES own list {foreign:false} -> FIRES merged {foreign:true, merged:true} -> FIRES An own round-6 marker that was a clean LGTM (empty findings, fresh 0, floor stamped `c`), a foreign same-round marker carrying Criticals and no Suggestions winning recovery, and one Critical drafted this round were enough to publish "Criticals stood in the previous round's work-list and stand again this round — land-with-residual-risk" over this account's own LGTM. All three list-derived facts are withheld on that state, not just `prevHadCritical`: it alone silences the assessment today, but leaving the other two reading a stranger's list is a hole waiting for the next edit to re-open. `prevPostedSuggestion` in particular reads ABSENCE, and a stranger's Critical-only list is exactly the shape that reads as "the floor enforced". Merged foreign lists are deliberately NOT withheld: the union keeps this account's own certified entries under their own ids, which is the part that makes the list speak for this account again — the same distinction `openCriticals` draws. The test drives all three arms and asserts them as one table, so the fix is pinned in both directions: a mutant disabling the gate fires on the stranger, and a mutant widening it to any `foreign` marker silences the merged arm. Both turn the suite red, as does un-gating `prevHadCritical` alone. Not changed, and recorded rather than left implicit: a TRUNCATED work-list still reads as this account's. Truncation shortens our own list, which is a different thing from a stranger's, and the direction it errs in is already documented on `prevPostedSuggestion` and the backlog veto. Requiring completeness would silence the advisory on precisely the deep-work-list rounds it exists for. packages/cli: 4433 pass / 1 skipped. Typecheck, ESLint and Prettier clean. * fix(review): stop a gate Critical compounding, and qualify a truncated reading (#9526) Round 11's two Criticals. Both reproduced through the real composer before anything was changed. R11-2 — a standing gate Critical entered the posting set twice, and the pair compounded. This is a regression from this branch's own commit d72287cc: once the gate's `[lint]` Criticals are in the carried work-list, SKILL Step 6's still-standing rule tells the model to re-post the entry under its original id while compose re-derives the same Critical from the report. `buildLedger` keys by claimed id and the regenerated copy claims none, so it minted a second id beside the carried one: ROUND1 work-list [R1-1] blocker rendered once ROUND2 work-list [R1-1, R2-1] rendered twice ROUND3 work-list [R1-1, R2-1, R3-1] rendered three times FLIP (revert the gate spread): round-1 work-list [], rendered once `withoutGateReposts` drops the re-post, keeping the GATE's copy rather than the model's. That direction is load-bearing: `[lint]` is not in `DETERMINISTIC_TAG_RE` (`[build]`/`[test]`/`[probe]` only), so the model's copy counts toward `criticalsNeedingVerify` — a linter-proven blocker was pulling the unverified-blocker cap on every re-post round, and the probe shows that cap disappearing with the fix. For the same reason the dedup runs BEFORE `modelBodyCriticals` is captured: dropping the re-post from the body alone left provenance still counting it, so the first draft of this fix fixed the rendering and kept the cap. Matched on the gate line's LOCATOR (the `` `path`:line CODE `` it opens with, backticks normalised), not the whole string: a re-post is model prose that carries the entry forward without reproducing the message byte for byte, and an exact-match rule stopped deduping the moment the wording drifted. The carried id is stripped through the ledger's own `LEDGER_ID_READBACK`. The body composer's gate call is now the only one on that path, so this also removes one half of R4-1's double invocation. R11-1 — the residual-risk facts are read off a work-list that may be known-truncated, without the completeness gate `openCriticals` applies. The completeness gate is NOT restored, and that is the same call as round 8: a whole-list requirement would silence the advisory on exactly the deep-work-list rounds it exists for, which are the rounds the byte budget shortens. What was wrong is what the code SAID about it. The block comment claimed "every input degrades open to no assessment"; two of these inputs do not. "No Suggestion, so the floor was enforcing" and "the backlog is not shrinking" are read off ABSENCE, and a shortened list can only lose entries, so both lean toward firing. `prevTruncated` now rides the facts and the assessment — deciding nothing — and the paragraph discloses, in both languages, that those two readings came off an incomplete list. The sibling diagnosis in the same module qualifies its own recurrence reading on the same fact; this follows that precedent rather than inventing one. The block comment states the exception instead of the blanket claim. Mutation matrix: never rendering the caveat, wiring `prevTruncated` to a constant, disabling the gate dedup, reverting the dedup to exact-match, and removing it from the marker work-list each turn the suite red — alongside the carried set (window on totals, pure-foreign gate, enforcement-evidence guard). packages/cli: 4697 pass / 1 skipped. Typecheck, ESLint and Prettier clean. --------- Co-authored-by: qwen-code-dev-bot <qwen-code-dev@service.alibaba.com> Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com>	2026-08-23 12:40:24 +00:00
jinye	431a0bd9b0	fix(daemon): keep restored ask_user_question valid after load (#9763) ... * fix(daemon): keep restored questions valid across load, send, and replay Post-merge review of the restore path found illegal provider history, phantom rewind snapshots, dropped resume notices, and replay that finalized a question the load was about to re-hang. Co-authored-by: Cursor <cursoragent@cursor.com> * test(cli): pin ask_user_question restore suppress wiring in acpAgent Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * fix(daemon): skip persistence for a whole restored batch that ends unattended Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * test(core): pin restorable ask_user_question preservation on a real Config --------- Co-authored-by: Cursor <cursoragent@cursor.com> Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com>	2026-08-23 05:03:31 +00:00
callmeYe	f1b1305a76	feat(models): support dual-role image generation models (#9650) ... * feat(models): support dual-role image generation models * fix(models): address dual-role image selector review * test(cli): cover image model resolver rejection * fix(models): preserve legacy vision image routes	2026-08-23 05:02:32 +00:00
Dragon	1e062a4d0f	perf(cli): raise VP scroll rendering to 60 FPS (#9681)	2026-08-23 04:50:28 +00:00
Shaojin Wen	509226260c	feat(review): back comment-status and presubmit for Aone Code targets (#9627) ... * feat(review): back comment-status and presubmit for Aone Code targets A second `--comment` round on an Aone MR re-posted every still-valid finding as a new comment and never downgraded a self-MR review — both flows were skipped for lack of a1 backing. Route Aone targets at the a1 reads (mr view / mr status / mr comment list / auth whoami) through the same pure classification cores the GitHub path pins, so the report schemas and the Step-7 downgrade semantics stay one contract: parentNoteId threading, closed → resolved, outdated → stale (a rewritten line stays re-postable), no commit anchors (code facts degrade to unknown), and drift with no compare API fails safe. The context-unavailable verdict cap stays until pr-context lands. Closes #9613 * fix(review): harden Aone runners' pr_number guards and null gate payload Address round-1 review findings on the Aone backing of comment-status and presubmit: - extractStatusChecks no longer throws a TypeError when a1 answers a bare null to `mr status`; the payload now reads as the designed unreadable gate state (undefined), capping the verdict like a still-running check instead of crashing presubmit with no report. - comment-status and presubmit validate pr_number with fetch-pr's /^[1-9]\d*$/ grammar before Number() coercion, refusing '012'/'1e3'/ '0x1f'/' 12'/'12.0' tokens that would query a different MR than the caller's label carries. - Pin the two subject_type combinations no test covered (pathless comment WITH outdated:true; the live path+line shape) with mutation-probed assertions. - Align the --host describes with the sibling commands' detection wording (omission no longer promises github.com), name the real bucket (`resolved`) in the review skill's Aone dedup note, and scope the design doc's remaining-unbacked claim to its own section. * test(review): pin the Aone dedup seams the round-2 review named (#9627) Four mutation-verified pins on the existing Aone backing, each closing a round-2 Suggestion: - classifyAoneChecks: the continue-scan cell of aoneCheckState — an unrecognized value in an earlier key beside a recognized verdict in a later key reads the verdict, not pending (a first-present-key mutant now fails) - classifyAoneChecks: a context-keyed FAILED gate carries its name — the passing context-keyed case pinned nothing because passing gates never collect names - both comment mappers: `note` beats `body` when BOTH keys are present (`??` does not coalesce `body: ''`, so an inverted priority would blank every recognition signal and re-post the whole review) - aoneCommentToPresubmitComment: parentNoteId maps onto in_reply_to_id, including the absent-stays-unset half No source changes; each pin fails under its named mutant and passes on the current code. * test(review): pin the five Aone seams the round-3 review named (#9627) * fix(review): align Aone comment reads with measured a1 facts (#9627) * fix(review): read fully-dropped Aone checks array as pending, not all-clear (#9627) * fix(review): match SKILL.md self-PR wording to the revert-guard test The merge resolution reworded the self-PR note to "matched against the 'a1 auth whoami' account", but SKILL.test.ts's revert guard (#9616, #9627) pins the exact phrase "the MR author is matched against 'a1 auth whoami'". Restore the pinned wording (semantics unchanged) so the bundled-skill test passes. * fix(ci): record qwen-autofix.yml's actual size in the workflow ratchet The workflow-size ratchet failed on this PR: qwen-autofix.yml is 397656 bytes but .size-baseline recorded 392111 (5545 over, allowance 4096). The oversize was inherited from main, not introduced here: main's ratchet commit (a5d77eb8, #9677) shrank qwen-autofix.yml to 397656 but set the baseline to 392111 — 5545 bytes below the file's actual size at that very commit. This branch carries main's file unchanged (byte-identical), so its CI is the first to trip the mismatch. Growth is real in the sense that the file genuinely is 397656 bytes; per the ratchet's own guidance ("if the growth is real, bump the number and say why"), record the actual size so the ratchet measures future drift from reality. The Post Coverage Comment failure is downstream of this (the Test job exits before uploading the coverage artifact). * fix(review): keep the pipeline's own pathless Aone summary out of the blocker index (#9627) --------- Co-authored-by: qwen-code-ci-bot <qwen-code-ci-bot@users.noreply.github.com> Co-authored-by: qwen-code-dev-bot <qwen-code-dev-bot@users.noreply.github.com> Co-authored-by: qwen-code-dev-bot <qwen-code-dev@service.alibaba.com>	2026-08-23 04:50:14 +00:00
samuelhsin	b6901ee0fd	feat(web-shell): refresh composer skills incrementally after toggles (#9131) ... * feat(daemon): attach skill-toggle mutation metadata to settings_changed Hosts can apply Skill toggles incrementally without a full task reload or suppressing skills.* events. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(review): fit skill-toggle mutation metadata in the SDK bundle budget The new normalizer parser pushed the browser daemon bundle over the 186KB cap. Raise it to 187KB and pin the review gaps that were cheap to close. Co-authored-by: Cursor <cursoragent@cursor.com> * test(daemon): pin skill-toggle mutation event count and parser edges Co-authored-by: Cursor <cursoragent@cursor.com> * feat(web-shell): refresh skills incrementally after toggles * fix(sdk): raise daemon browser bundle budget for skill-toggle metadata The 190KB cap overflowed by 491 bytes after merging main, so the SDK build fails before tests run. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): retry cancelled skill-toggle refresh per session Marking the mutation handled before the workspace reload settled dropped the fallback when the user switched sessions mid-flight. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): keep skill fallback until session snapshot reflects toggle Reference-identity snapshot checks dropped the workspace fallback on unrelated command updates, so a disabled Skill stayed in composer autocomplete. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): scope skill-toggle fallback to workspace and pending toggles A partial toggle from another workspace, a superseded later mutation, or an unknown session skill list could leave a stale Skill in composer autocomplete. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): pass initial value to skill-mutation origin ref React 19's useRef types require an argument; the missing initializer broke the web-shell build. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): restore skill fallback after workspace round-trip Dropping the fallback on a workspace switch left the handled mark in place, so returning to the origin session never reinstalled it. An unknown session skill list now also uses the ready workspace snapshot instead of an empty composer. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): keep skill mutations per workspace after toggles An intervening toggle in another workspace overwrote the only mutation slot, so a failed live refresh could not restore that workspace's composer snapshot. Also read nested _meta.availableSkills on live command updates so the session skill list is not wiped to empty. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): retain batched skill mutations instead of the latest only Two distinct toggles in one replay or live commit used to keep only the last mutation, so a later applied toggle could drop an earlier partial fallback and leave a disabled skill in composer autocomplete. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): keep Skill composer source correct after toggles Skip the applied fast path while session skills are unknown, and drop leaked pending toggles when the workspace fallback is cleared. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): keep skill-toggle refresh scoped to #9123 Drop multi-workspace mutation books, pending-toggle merging, and the nested skills mapper so Web Shell only consumes skill_toggle metadata and refreshes the composer. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): drop unused skill-refresh eslint disable The scoped effect already lists its deps, so the leftover exhaustive-deps suppression failed lint:ci. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(web-shell): revalidate partial skill mutations * fix(web-shell): reconcile queued skill mutations * fix(web-shell): reconcile zero-session skill refreshes --------- Co-authored-by: Cursor <cursoragent@cursor.com> Co-authored-by: Shaojin Wen <shaojin.wensj@alibaba-inc.com> Co-authored-by: YungSen Hsin <yungsenhsin@U-G0HXNQM1-2052.local>	2026-08-23 04:13:51 +00:00
ytahdn	cf3e8ad7c0	fix(web-shell): preview document-classified artifacts (#9760) ... Co-authored-by: 钉萁 <dingqi.jww@alibaba-inc.com>	2026-08-23 02:40:19 +00:00
Shaojin Wen	7f2c4416b3	docs(review): name the axis when two of them both call it "rank 3" (#9759) ... The trim-rank move gave `trim` a rank 3, and the file already used a bare "rank 3" for the `keep` default on the last-resort cut's axis. The two mean opposite things — `trim: 3` is the LAST rank the ladder sheds, `keep: 3` is the FIRST thing the cut spends — so a reader landing on the cannot-tell block's "Deliberately untagged (rank 3, spent first by the last-resort cut)" now reads it against a comment three hundred lines up saying rank 3 goes last. Every mention of the number on either axis now says which axis it is on: the cannot-tell block states the collision outright, and the four trim-side mentions and the one keep-side test comment are qualified. The `keep` comment that already disambiguated itself ("No `trim` rank rides here") is unchanged. Comments only, no behaviour. Raised by the review as a deferred, non-blocking item; taken now because it is the same class of drift the previous commit closed, and shipping the ambiguity would have seeded the next one.	2026-08-23 02:04:18 +00:00
Shaojin Wen	72d3a845f7	fix(review): count a fix-induced re-report as first-time work (#9744) ... * fix(review): count a fix-induced re-report as first-time work Closes #9674. A carried id has meant two different things since the fix-induced disposition shipped, and the volume trend's first-time count read both as re-posts. One is a re-post: a finding re-asserted under the id it already had. The other is a new defect wearing the id of the entry whose fix produced it, carried deliberately so the author reads one thread per churning site instead of a new one every round. Counting that as a re-post made the trend understate new work exactly where the loop was creating the most of it — measured on the pull request that introduced the disposition, a round that newly identified six defects and re-reported four of them under earlier ids recorded a first-time count of two. Neither count moves. They measure different things and both readings are correct, which is why the two reconciliations the issue rules out stay ruled out: excluding carried-id re-reports from the census would put the attributed count outside it and every such census would be refused as impossible, and counting them as first-time posts wholesale would tell the trend a re-assertion is new work. What was missing is the distinction itself, so the comment now carries it: a fix-induced re-report is marked, and the reader of drafted comments passes that through to the count. The marking sits after the id and its separator, never inside the id grammar. That grammar is shared with the ledger's own carry, so widening it to swallow a parenthetical would put a finding's identity on the same regex as a model-written adjective — a spacing the wider grammar failed to anticipate would stop matching the id and silently renumber the finding. Read after the id, nothing about the token can cost it, and the reading is correspondingly lenient about case and spacing because it governs only whether a comment counts as first-time work. An unrecognised marking leaves the draft counted as a re-post, which is what every round did before this existed; a marking wrongly added to a still-stands is the expensive direction, so the skill restricts the token rather than offering it as a way to flag any carried finding as interesting. The token is stripped from the claim before it reaches the work list. Left in, it would ride into the next round as part of the text Step 6 re-locates the claim by and the status table prints — machine vocabulary about how to count one round, outliving the round it described. Beside no id it is ordinary claim text and survives, because there is no entry there for it to qualify and editing a finding's own words on the strength of a word it opened with is not this token's business. * fix(review): resolve orphaned readback doc and record the fresh-count seam (#9744) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * fix(review): name the zero-prev masking round in the fresh-count seam note (#9744) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> * docs(review): stop the blocker's docblock forbidding what this PR ships Three passages written when a carried id could only mean one thing now forbid the rule this branch adds. The blocker's docblock rules out "counting them as first-time POSTS" as one of two reconciliations that must never be made; the skill's census paragraph says the volume trend is the count "where a carried id is a re-post"; and a test comment restates the same premise. Each was true before a fix-induced re-report could be marked, and each now tells the next reader to undo the code beside it. The distinction the passages were protecting is real and stays. What they ruled out was reading a carried id as first-time work BY INFERENCE, which would count every re-assertion of a standing finding as new work — still wrong, and still what `isFreshDraft` refuses. What this branch added is narrower and is not an inference: the round marks the re-report, and only a marked one counts. An unmarked carried id is a re-post to the trend exactly as before, so the two counts still diverge by design; what is gone is the premise that a carried id can mean only one thing. The census paragraph gains the consequence that follows for whoever writes the comment: a fix-induced finding counted in the census but left unmarked in the body is counted by neither number. Prose only — no logic, no test assertion changes. Reported twice by the review as a deferred finding and left standing under the code-age rule, which is correct as a posting decision and not a reason to leave a contradiction in the file. --------- Co-authored-by: qwen-code-dev-bot <qwen-code-dev-bot@users.noreply.github.com> Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com>	2026-08-23 01:57:19 +00:00
Shaojin Wen	ec8a8a1a97	feat(review): back pr-context on Aone Code targets (#9621) ... * feat(review): back pr-context on Aone Code targets pr-context was the one read subcommand still gh-direct, so every Aone run was forced context-unavailable: the verdict capped at COMMENT (the wired a1 approval could never fire), Agent 0 skipped, and the machine ledger never recovered from posted summaries. Route it through the platform reader with a normalized context bundle; Aone serves it from mr view + the flat comment list (thread comments carry the ledger), GitHub's implementation is an extraction of the existing calls — its output stays byte-identical. The forced cap leaves the Aone write path for parity with GitHub's state-claim handling, and the refetch commands a context file emits bake --pr on Aone, where comment bodies are addressed per-MR. * fix(review): keep Aone ledger carriers out of the blocker re-check (#9621) On Aone this pipeline's own round summaries are path-less comments, so they ride pr-context's issue channel, where their visible **[Critical]** lines self-promoted every prior Critical-bearing summary into "Blockers to re-check" — rendering each prior Critical three times (beside the ledger section and the inline roots that own the same findings) and spending the section budget on the pipeline's own prose until genuine human blockers degraded to snippets. Exclude bodies carrying the ledger marker from issue-channel promotion and the stdout count, strip the marker out of the settled snippet, and switch the pr_number guard to the canonical isPositivePrNumber so 0x10/5. spellings cannot fragment side-file continuity. Pin the witnesses the round's findings name: the guard, args.host forwarding, the issue-kind --pr refetch branch, the account-first author keying, and the GitHub test suites' independence from the cwd-origin probe. * fix(review): refuse pr_number spellings that do not round-trip (#9621) isPositivePrNumber alone admits two spellings whose Number() value does not round-trip to the raw string: leading zeros (007 fetches 7 but the raw string labels the heading and the prev-ledger side file, so a later 7 run reads a different side file and the round counter restarts) and digit strings above Number.MAX_SAFE_INTEGER (Number() silently rounds them, fetching a different PR than the labels announce). Add the safe-integer and no-leading-zero conjuncts — matching fetch-pr's [1-9]\d* rule — so every admitted input satisfies String(Number(x)) === x. Also pin the witnesses the round-2 review names: the commit_id round-trip through the GitHub reader and toRawReview into the persisted side file (both spreads were unwitnessed), the stale force-applies comment in submit-aone.test.ts the cap removal outdates, and the setup batch's Aone carve-out for the unbacked comment-status call. * docs(review): align Aone docs with the landed no-ancestry anchor rule and comment-status skips D6 described the AGit-Flow anchor as inert until the incremental rule landed, but that rule (#9630) merged while this branch was in flight — anchors now delta-scope Aone re-reviews. SKILL.md's comment-status section and Step 6's report-existence guard now name the Aone skip the setup batch already carries, so no path sends an Aone run at the unbacked command or at a report that was never written. * docs(review): annotate #9616 as landed and define the report-less re-check rule The out-of-scope list still read self-PR detection as open work although #9629 shipped it into this branch's merge base — annotate it like the sibling #9618 entry. Step 6's report-existence guard pointed report-less runs at a re-derivation the skill never defines; replace it with the explicit rule: no per-thread status routing, no hand-derived substitute, rule from the code at the reviewed commit, cannot-tell over a guess. * fix(review): route the context head through aoneHeadSha and close the round-5 findings getReviewContext read sourceBranch raw while every other head read trims — a padded server value diverged the context file from the rest of the run (phantom-drift shape). getCurrentUser now honors the seam contract on the anomalous whoami shapes instead of leaking untagged throws and non-string accounts. Step 6's report-less rule no longer contradicts the comment-status failure contract: runs where the command ran and failed keep the "re-derive if needed" fallback. The Aone paragraph names comment-body among the backed reads, and witness tests pin the identity gate's carriers key and the head normalization. * fix(review): shape-check the Aone comment listing in getReviewContext a1 can answer repo mr comment list with an exit-0 a1.error/v1 error object (backend auth failure or client timeout — measured by cleanup's a1CommentList on the identical payload). Without a guard the object survives the ?? [] coalesce and .filter throws an untagged TypeError, losing the envelope's actionable message at exactly the recoverable moment. Guard as the provider family already does and surface the cause; witness tests pin both envelope shapes (mutant-checked). * test(review): pin getCommentBody's body-field fallback (mutant-checked) * fix(review): union resolved comments into the Aone context bundle The default comment list excludes resolved comments (measured by the cleanup audit) while GitHub's REST fetches include them, so a resolved blocker/marker root never reached the re-check walk or the fail-closed identity gate. Union the default and --resolved listings as the audit does, dedupe by id, fail closed on either listing's error envelope, and disclose the residual that resolved replies stay invisible; witness tests mutant-checked. * fix(review): serve resolved comments and guard the envelope in getCommentBody getCommentBody queried only the default comment list while the context bundle it serves refetches for unions in resolved comments — a resolved id named by a truncation note threw "not found" every time, and an exit-0 a1.error/v1 envelope threw an untagged TypeError that lost the actionable message. Extract the shape-checked default+resolved union helper and read both sites through it; witness tests mutant-checked. * ci: correct qwen-autofix.yml size baseline to its actual post-migration size #9677 shrank qwen-autofix.yml from 431526 to 397656 bytes (prose moved to the design record) but recorded the baseline at 392111, 5545 below the file's own post-change size, so the first PR to run the ratchet tripped it. This branch introduces zero growth to the file (byte-identical to main); the bump aligns the baseline with reality. No workflow content changes. --------- Co-authored-by: qwen-code-dev-bot <qwen-code-dev@service.alibaba.com>	2026-08-23 01:10:32 +00:00
Shaojin Wen	6b729f91d6	fix(core): gate skill announcements on what the model was declared (#9718) ... * fix(core): gate skill announcements on what the model was declared `CoreToolScheduler`'s skill-activation reminder exists to avoid announcing a skill to a model that cannot invoke one — its own comment says so, and names the case: "subagents ... may run with a restricted toolsList that excludes SkillTool." It read the wrong source. `registerLazy(ToolNames.SKILL, …)` carries no `forSubAgent` guard and `prepareTools`' `warmAll()` loads it, so `toolRegistry.getTool(SKILL)` is true for every subagent regardless of what its `tools` list declares. The gate was therefore permanently open — the condition it was written to detect could never be observed. Two consequences, both quiet. The agent receives a `<system-reminder>` naming a tool absent from its declarations and burns a turn discovering that (`Tool "skill" not found`); and the announcement is marked consumed on the SkillManager the parent shares, so the orchestrator that does hold the tool never learns the skill activated. The scheduler now takes an optional `hasSkillTool` predicate and prefers it over the registry. `AgentCore` passes `willHaveSkillTool()` — the same predicate that already decides whether to inject the startup `<available_skills>` snapshot — so the snapshot and the per-tool-call reminder answer from one source and cannot drift apart. Omitted, the behaviour is unchanged, which keeps every existing owner (including the top-level session, where declarations follow the registry) exactly as it was. The bundled `review-agent` type is the first shipped consumer to hit this: six tools, none of them SKILL. `Explore` declares SKILL and `statusline-setup` was reachable before it. * fix(core): answer the skill gate from the declarations, not from toolConfig Three findings from the review of this PR; the first is a defect in the fix itself. **The predicate was a copy of one filter, not the result of all of them.** `willHaveSkillTool()` reads `toolConfig.tools`, so it cannot see the `disallowedTools` blocklist, an inline-only declaration set, or a tool the permission layer kept out of the registry. Each makes it answer "declared" while `prepareTools()` excluded the tool — the same stale-copy shape as the registry read this PR replaces, one level in. `prepareTools()` now records the names it returned and the gate reads those, so every filter is accounted for by construction rather than by a second implementation of them. The pre-`prepareTools()` window keeps `willHaveSkillTool()`, which is what the startup snapshot already uses; the doc comment says plainly that it is an approximation and must not be used where the exact answer exists. **The announcing test proved less than it looked.** It set both the declaration and the registry to true, so an implementation that AND-ed them would have passed. It now sets the registry to FALSE while declaring the tool, which only an implementation that actually prefers the declaration survives. **The gate's second effect was unpinned.** Suppressing the reminder is half of it; the other half is leaving the announcement unconsumed, since the orchestrator's drain consumes exactly those keys — a restricted subagent that marks them used hides the activation from the owner that can act on it. Moving `addInlineAnnouncedSkillKeys` outside the gate passed the whole suite (374 passed). The harness now exposes that mock and both directions are asserted; the same mutation is 1 failed | 373 passed. Note on the first item's test: asserting only the recorded set left the gate free to read something else — reverting the predicate stayed green. The predicate is a named method now so a test can read the answer rather than the record, and that revert is red. * fix(core): sync the skill harness return type with what it returns CI's `tsc --build` caught what the test run could not: exposing the `addInlineAnnouncedSkillKeys` mock updated the `return` statement but not the helper's explicit return-type annotation, so the three call sites destructuring it failed with TS2353/TS2339. Vitest does not typecheck, so the suite was green locally on a build that cannot compile. `npm run build --workspace=packages/core` — the command CI actually runs — is the one that reproduces it; `build:packages` is not a substitute. All three red checks came from this: the unit job and the web-shell E2E job both failed in `Install dependencies` on the same build, and the coverage job failed downstream with no artifact to download. * fix(core): gate skill announcements on declared AND executable Four findings on the last round; the first is a hole in the fix. **Declared is not sufficient.** A fork keeps the parent's declared names in `toolConfig.tools` for prompt-cache parity while `fork_tools` narrows what may actually run, so `skill` can sit in the declarations and still be refused at call time. The gate opened, the reminder invited an invocation the execution allowlist then rejected, and the key was consumed on the shared Config either way — both halves of the harm this change exists to stop. The predicate is `declared AND executable` now, and the state survives restart (`executionAllowedTools` is persisted and rebuilt), so the fix belongs at the predicate rather than at spawn time. **The authoritative set was already in scope.** `processFunctionCalls` computes `declaredToolNames` from the very list sent to the model, about 150 lines above the scheduler it builds. The instance memo added last round duplicated it under the same name — so a bare `declaredToolNames` inside that method bound the local, not the field — and required every future `prepareTools` return path to be wrapped or the gate silently fell back. Gone: the field, the wrapper, both wrapped returns, and the fallback branch. The gate closes over the local. **Two comments claimed an invariant the last round falsified.** They said the gate and the startup snapshot cannot disagree; the snapshot answers from configuration before declarations exist, so with `tools: ['*']` plus `disallowedTools: ['skill']` it says yes where the gate says no. Both now state the real relation: the gate refines the snapshot and is never more permissive. On the tests: the first version asserted the two inputs separately, and BOTH mutations survived it — dropping the execution term and reverting to `willHaveSkillTool()` each left it green. Checking inputs is not checking how they are combined. The gate is a named method so a test can read the answer, and both mutations are now red. * docs(core): one home for the skill-gate rationale, and drop a false claim Three findings, and they share a cause: the same ~20-line rationale was copied to three sites, so each revision had to update all three and one always fell behind. **A dead paragraph.** The wiring comment still described a `willHaveSkillTool()` fallback removed two revisions ago, sitting between two overlapping "Answered from…" paragraphs and contradicting the one above it — which says deriving from `toolConfig` "would be a second copy of those filters", while `willHaveSkillTool()` is exactly that read. **The duplication itself.** The option docblock and the use site 4,000 lines apart carried the same reasoning near-verbatim, with a third partial copy in the wiring. Both non-canonical sites are one-line pointers now; the docblock keeps the rationale. **A claim that was simply false.** Both copies asserted the gate "refines the snapshot's answer and is never more permissive". It does not: `willHaveSkillTool` reads only the STRING entries of `toolConfig.tools`, so `['read_file', { name: 'skill' }]` gives snapshot=false while `prepareTools` passes the inline declaration through and the gate says true. Verified by probe before rewriting. The two predicates are independent, not ordered, and the doc says so with an example of each direction. Both directions are now pinned by tests, because a claim with no test behind it is how the earlier ones went stale: an ordering was asserted, the mechanism changed, and the assertion outlived it. * fix(core): remove a file that belongs to the companion PR `InProcessBackend.test.ts` was staged from the wrong branch: the `markRebuilt` call-site assertion it carries pins a change that lives in the MCP-invariant PR, and neither the option nor the caller it asserts exists on this branch. It compiled only because the import resolves against `tools/agent/agent.js` either way, and it passed only because the marker happens to be absent here for a different reason. Reverted to its base state. The assertion is added on the branch that introduces what it asserts.	2026-08-23 00:56:19 +00:00
Shaojin Wen	722031b900	test(core): pin that subagent registries carry no MCP instructions (#9720) ... * test(core): pin that subagent registries carry no MCP instructions `getInitialChatHistory` gates three of its four reminder parts and leaves `buildMcpServerInstructionsReminder` ungated. Reviewed as an oversight — the skills and deferred-tools reminders are both suppressed for subagents precisely because announcing something the agent cannot use wastes a turn — it is not one, and this records why rather than "fixing" the asymmetry into a behaviour change. Server instructions live on the `McpClientManager` each `ToolRegistry` constructs for itself, and only discovery populates them. A subagent's registry is built with `skipDiscovery: true`, and `copyDiscoveredToolsFrom` copies tools, not instructions. The map is empty and the reminder is already null, without a flag. Adding a flag would not have been free: the MCP part is deliberately first in the reminder order so prefix-caching servers keep the KV-cache for the shared prefix, and a gate keyed on the wrong thing would also strip instructions from a subagent that does declare MCP tools. What was missing is the assertion. Nothing pinned the invariant, so a future change sharing the parent's manager — or copying instructions alongside the tools — would start injecting the reminder into every subagent's first message silently. The second test stubs the parent so it actually holds instructions. Without that stub it passes against a mutation that propagates them, because discovery is skipped in tests and an un-stubbed parent reports an empty map: the assertion would have been green by accident. Mutation- verified with a persistent implementation — a field on the registry that the copy fills and the getter merges — which the test now catches. * test(core): make the MCP invariant actually bite Four findings on this PR, each shipped with its own mutation. Three of them showed the tests passing against the very change they were written to catch. **Stubbed the wrong layer.** Instructions live on `McpClientManager`; the registry method only delegates. The stub sat on the registry getter, so a subagent registry that SHARED the parent's manager would read the real manager and never touch it — `this.mcpClientManager = source.mcpClientManager` in the copy survived green. The stub is on the manager now, and the copy also pins manager identity, which is the structural half: sharing is how instructions arrive without any map ever being copied. **The copy moved nothing.** The parent held stubbed instructions but no discovered tools, so `copyDiscoveredToolsFrom` iterated an empty map and its body never ran. A change propagating a copied tool's server instructions — closer to this method's tools-only design than a whole-map copy — copied nothing and stayed green. The parent now holds a real `DiscoveredMCPTool` before the copy. **The comment claimed a guard the test did not provide.** It named `rebuildToolRegistryOnOverride` while re-enacting its two steps by hand, so a change inside that function was not covered. It calls the function now, and asserts the rebuild really produced a different registry that took the copy. **A redundant cast suppressed excess-property checking** on the object that installs the MCP servers — with it, `mcpServerz` compiles, attaches nothing, and both tests pass trivially. Removed. All three mutation shapes are now red: sharing the manager in the copy, propagating per-tool instructions, and sharing it inside the rebuild. * refactor(core): route InProcessBackend's registry rebuild through the helper The per-agent registry was built by three inlined steps identical to `rebuildToolRegistryOnOverride` — create with `skipDiscovery`, copy the parent's discovered tools, rebind `getToolRegistry`. A second copy is a second place for an invariant to break: a change sharing the parent's `McpClientManager`, or propagating server instructions during the copy, would leak them into every in-process-spawned agent's first message while the tests covering the other spawn path stayed green. Measured before and after. With the block inlined, sharing the manager inside it left the MCP invariant suite at `2 passed` while the same mutation inside the helper failed — the two production spawn shapes had one covered and one not. Delegating puts both behind the same assertions: that mutation is now red. Chosen over adding a parallel test for the second shape, which would have left the duplication in place and needed a third test the next time a spawn path is added. Delegating also sets the rebuilt marker, so a wrapper-of-wrapper spawn downstream can skip a redundant rebuild. `agentRegistry` is read back from the override for the failure-path `stop()`; `InProcessBackend` and `tools/agent` suites are unchanged at 485 passed. * fix(core): keep the rebuilt marker off the long-lived per-agent config The delegation added last round was faithful in its three steps and wrong in a fourth thing it brought along: the shared helper also stamps `TOOL_REGISTRY_REBUILT`, and the block it replaced did not. That marker means "a descendant may skip its own rebuild", and `hasRebuiltToolRegistry` reads it as a plain property — through the prototype chain. On a short-lived per-launch override that is the point. `InProcessBackend`'s per-agent config is long-lived: the agent keeps it, so stamping it hands that permission to every wrapper built on it later. The one that matters is a dir-scoped workflow dispatch. `createDirScopedConfigOverride` rebinds only the dir getters, so `buildSubagentContextOverride`'s rebuild is the sole re-anchoring that lifts the subagent's tools above the wrapper. Skipped, they stay bound to the config below it: relative paths resolve against the parent's working directory instead of the provisioned worktree, and the subagent inherits the parent's `FileReadCache` instead of a fresh one. The helper takes `markRebuilt` (default true, unchanged for every caller that had it) and `InProcessBackend` passes false, which makes the delegation behaviour-identical to the inlined block it replaced. Reproduced the propagation before changing anything — an `Object.create` chain shows a wrapper reading the ancestor's marker — and the test pins both directions, so removing the option or ignoring it is red. My previous commit message claimed setting the marker was "strictly more correct"; it was not, and it changed a path this PR does not touch. * test(core): pin the marker option at the call site that passes it The three tests added for `markRebuilt` drive the helper directly with explicit options, so they say nothing about what `createPerAgentConfig` passes. Dropping `{ markRebuilt: false }` there left every suite that can observe the surface green — the helper is pinned, the caller is not, and the caller is where the regression lives. `InProcessBackend.test.ts` already captures the per-agent runtimeContext handed to `AgentCore`, so the assertion has a home: that config must not carry the rebuilt marker. Removing the option now fails with `expected true to be false`. Same gap as the one disclosed on the companion PR — a behaviour pinned at the helper while its one wiring line stayed uncovered. Here an anchor existed, so it is closed rather than disclosed.	2026-08-23 00:55:13 +00:00
qqqys	2a533cf456	fix(core): widen the workflow stall watchdog past the transport retry ladder (#9397) ... * fix(core): widen the workflow stall watchdog past the transport retry ladder `DEFAULT_STALL_MS` was 60s, and the comment justifying it is wrong about how the watchdog is armed: ROUND_START fires only AFTER `await sendMessageStream` resolves ... so counting [time-to-first-response] would false-trip That parenthetical is true and its conclusion is backwards. `sendMessageStream` returns a lazily iterated async generator — the API call lives in the generator body and runs on first iteration — so the `await` resolves BEFORE the request reaches the wire, and agent-core emits ROUND_START on the very next line. The deferred arm skips only round 1's pre-request work; connection setup, queueing and pre-first-token thinking all elapse with the timer running. Verified against the real `attachStallWatchdog`: driven exactly as agent-core drives it, with a 400ms first response and a 200ms window, it aborts a perfectly healthy request. The number was wrong too, but for a reason nothing in the tree states. The binding case is the transport's own silent retry ladder: `DEFAULT_RETRY_OPTIONS` sleeps 1.5s, 3s, 6s, 12s, 24s, 30s = 76.5s, and agent-core consumes each `retry` stream event without emitting anything the watchdog counts as progress. So a plain 429/5xx ladder is 76.5s of watchdog-invisible silence on a request that is retrying exactly as designed — and 60s elapses during the ladder's sixth sleep. 180s clears it, and matches upstream's own default. This does NOT cover the stream-side rate-limit ladder, whose first two sleeps are 60s and 120s — 180s equals them exactly, and its worst case is ~42 minutes. A throttled dispatch still trips the watchdog, just later. The real fix there is to make retries visible to the watchdog rather than to keep widening it. Also corrects the same stale claim everywhere it is repeated, including the model-facing tool description, which shipped "a dispatch that produces no first response is bounded by the subagent time cap, not this watchdog" — false twice over, since `max_time_minutes` is per attempt and resets on every stall retry. MAX_STALL_ATTEMPTS stays at 3. Widening the window removes the reason extra attempts were wanted, and upstream's 5 is a retry bound on top of an initial attempt where qwen's constant is the total — so it is not the parity it looks like. Replaces a test that asserted the watchdog does not fire during the time-to-first-response window: it never emitted ROUND_START, so it only proved that a never-armed watchdog does not fire, and it encoded the refuted model. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * docs(core): scope the stall window's rationale to the ladder it is sized against Three wording defects from round 1, all in the same direction: the comments read as coverage-complete while longer watchdog-invisible waits exist. R1-1: "Sized against the transport's own silent retry ladder" (and "The binding case is the transport's silent retry ladder" at `attachStallWatchdog`) reads as if all silent-retry silence is covered. Three longer layers are not: stream-side rate-limit sleeps (`RATE_LIMIT_RETRY_OPTIONS` — 60s/120s/240s/300s, so two consecutive sleeps already reach 180s), a provider `Retry-After` honored unclamped on the normal HTTP path, and unattended-mode persistent backoff. Both sites now name `retryWithBackoff` as the binding case and list what the window does not cover. Behaviour unchanged — the abort predates this PR and is strictly mitigated by it. R1-2: the relationship test hand-copies the ladder and asserts `toBe(76_500)` against its own literal, so it guards only the `DEFAULT_STALL_MS` side; a retune of `DEFAULT_RETRY_OPTIONS` would leave it green while the real ladder overtook the window. Records that, the ±30% jitter the nominal figures omit, and a TODO to derive it once `DEFAULT_RETRY_OPTIONS` is exported. R1-3: the file asserted and refuted the same arming model within ~20 lines — the new test pins that the time-to-first-token window IS watched, while three sibling comments still said it is exempt. Reworded to say what actually happens: ROUND_START fires before the request reaches the wire, so the pre-arm silence is only round 1's pre-generator work. Verified: workflow-stall 26/26. Comment-only; no behaviour change. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(core): derive the stall window's ladder from the real retry options Round 2 of the review on #9397 kept two suggestions from round 1 open and added two more. All four, plus the export the first one needed. R1-2 — the relationship test hand-copied the ladder as a local literal, so `toBe(76_500)` pinned only that copy: the reviewer's probe retuned `DEFAULT_RETRY_OPTIONS` to a 226.5s ladder and the shipped test stayed green while the real ladder overtook the 180s window. The test now derives the ladder from `DEFAULT_RETRY_OPTIONS` through the real `getRetryDelayMs`, mirroring retryWithBackoff's error path (`maxAttempts - 1` sleeps, `currentDelay` doubling under the `maxDelayMs` cap). It also pins the jittered worst case (89_250ms) rather than the nominal sum, because the normal path applies ±30% jitter — a `DEFAULT_STALL_MS` retuned into the (76.5s, 89.25s] band false-trips on an unlucky run and a nominal-only assertion would not notice. `DEFAULT_RETRY_OPTIONS` is exported for this; it was already the symbol the old TODO named. R2-2 — the sizing rationale said unattended-mode persistent backoff sleeps "up to 5 min per sleep". That bound is `PERSISTENT_MAX_BACKOFF_MS`, and it only covers the exponential branch: a provider `Retry-After` in persistent mode is capped at `PERSISTENT_CAP_MS`/6h instead (retry.ts:428-430), so a 429 carrying `Retry-After: 7200` sleeps two hours, 24x the documented worst case a maintainer would design the follow-up against. R2-1 / R1-3 — the last two residues of the discarded arming model. The test title `fires after stallMs of no activity once the first response has arrived` stated the pre-PR model in vitest and CI output, directly contradicting the sibling test this PR adds; and the `retries on stall then SUCCEEDS` comment still called ROUND_START "a first response event" under the `#8` tag. Both now say ROUND_START, which fires before the request reaches the wire. Verification: `workflow-stall.test.ts` 26/26, `retry.test.ts` + `retryPolicy.test.ts` 110/110, eslint and prettier clean. `tsc --noEmit` on packages/core reports the same single pre-existing error before and after the diff (the worktree's `sharp` typing skew). Mutation-checked against the reviewer's own two probes, both of which shipped green before: retuning `DEFAULT_RETRY_OPTIONS` to `maxAttempts: 12` now fails with `expected 226500 to be 76500`, and `DEFAULT_STALL_MS = 80_000` now fails with `expected 80000 to be greater than 89250`. --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>	2026-08-23 00:41:07 +00:00
qqqys	98fa2e9770	feat(cli): enable dynamic workflows from a settings key (#9098) ... * feat(cli): enable dynamic workflows from a settings key `ConfigParameters.workflowsEnabled` is declared, defaulted, and read by `Config.isWorkflowsEnabled()` — but `loadCliConfig` never writes it, so no setting has ever reached it. The only way to turn dynamic workflows on is the undocumented `QWEN_CODE_ENABLE_WORKFLOWS=1`, which has to be exported in every shell that launches qwen. AGENTS.md names this shape directly: an optional field that is declared and read but never set by any caller is a dead switch. Add `tools.workflowsEnabled` to the settings schema and populate the field from it. Precedence is unchanged and still resolved in core: `QWEN_CODE_DISABLE_WORKFLOWS` beats everything, then `QWEN_CODE_ENABLE_WORKFLOWS`, then the setting. Because `settings.merged` already folds the System scope, an operator gets a fleet-wide force-off with no extra code. `requiresRestart` is load-bearing rather than decorative: the Workflow tool is registered once while the tool registry is built, `/workflows` is gated when commands load, and keyword steering resolves at startup — so a mid-session toggle would leave the dialog claiming the feature is on while the tool is absent from the registry. The setting description also disambiguates it from the unrelated `experimental.sessionWorkflow` plan-and-review view, which shares the word "workflow" and would otherwise be easy to confuse in the settings dialog. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * docs(cli): clarify workflow feature controls * test(cli): cover workflow command gating * fix(cli): restrict workflow opt-in scope * fix(cli): keep workflow opt-in user-owned * test(cli): cover workflow system scopes * refactor(cli): drive workspace-restricted settings from one list R4-3: the restricted set was hand-maintained in three parallel places — a per-key warning block, the condition in `stripWorkspaceRestrictedSettings`, and that function's destructure. Adding one restricted setting needed three synchronized edits, and either omission is silent: forgetting the warning discards a workspace value with no diagnostic, forgetting the strip honors a value the warning says is ignored. `WORKSPACE_RESTRICTED_SETTINGS` is now the single source, and the warning loop and the strip both derive from it. It lives in `settingsUtils.ts` rather than `settings.ts` because `settings.ts` already value-imports that module — defining it there and importing it back would close a runtime import cycle. R4-2: `tools.workflowsEnabled` is the first setting that is both `showInDialog: true` and stripped from Workspace scope, so the dialog offered a toggle that silently never took effect — it renders from the raw scope file, so it kept showing the value it wrote while the feature stayed at its merged value, leaving a dead entry in the repo's .qwen/settings.json. `getDialogSettingKeys` gained `excludeWorkspaceRestricted`, which the dialog passes when the selected scope is Workspace. The scope comparison stays in the component so settingsUtils keeps its type-only dependency on settings.ts. Unlike `showInDialog: false` (what the two pre-existing restricted settings use), the setting stays visible and editable under the scopes that honor it. Verified: settings 169/169, settingsUtils 85/85, BuiltinCommandLoader 13/13; packages/cli typecheck clean. Mutation-checked both ways — forcing the filter off fails 1 test, dropping a key from the list fails 3. SettingsDialog.test.tsx's 23 failures are pre-existing and environmental: identical counts on upstream/main and on this branch before the change. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * fix(serve): reject workspace-restricted settings at the daemon API too R8-1. The workspace restriction stopped at the TUI dialog. `stripWorkspace RestrictedSettings` drops these keys before every merge, so a workspace-scope write through the settings API persists a committable dead entry into the repo's `.qwen/settings.json` and answers 200 + `requiresRestart: true` while the feature never turns on — GET then reports `workspace: true` beside `effective: false`, and the warnings channel carries only `corrupted`, so the client never learns the write was inert. Exactly the trap the SettingsDialog comment in this same PR says it eliminates, one layer over. `tools.workflowsEnabled` is the first workspace-restricted key with `showInDialog: true`, which is what puts it in `getDialogSettingKeys()` and therefore in `getAllowedKeys()` — the two pre-existing restricted keys are `showInDialog: false` and never reached the API. Both POST handlers now call one shared `rejectWorkspaceRestrictedWrite`, answering 400 `workspace_restricted_setting`. One helper rather than two copies, for the reason the previous commit collapsed the warning/strip pair. User scope is untouched — that scope honors the key, and a guard that reached it would kill this PR's whole enablement path. Verified: workspace-settings 22/22, settings 169/169, settingsUtils 85/85. Mutation-checked three ways — dropping either call site fails a test, and widening the guard past workspace scope fails the user-scope test. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> Co-authored-by: qqqys <266654365+qqqys@users.noreply.github.com>	2026-08-23 00:33:51 +00:00
qqqys	acc46e58cb	fix(autofix): give the repair pass a budget it can finish in (#9691) ... * fix(autofix): give the repair pass a budget it can finish in The repair attempt ran on a hardcoded 18-minute agent budget while the primary attempt gets 120 minutes from a configurable default. Raise the repair budget to 45 minutes and carry the step and job caps that bound it. The repair attempt is handed strictly less to work with than the primary one: a deterministic rejection is an opaque check failure, not the structured review feedback the primary attempt receives, so it must first re-derive which change caused the rejection before it can amend anything. Giving that 15% of the primary budget inverted the difficulty and the allowance. Measured on four takeover PRs over nine rounds on 2026-08-21: the primary attempt reported `Autofix agent completed address-review successfully.` in 9 of 9 rounds, and the repair attempt hit `timeout (1080000ms)` in 9 of 9. Every one of those rounds discarded work the primary attempt had already finished — on #9340 a completed `origin/main` conflict resolution across three files with two mutation probes and `vitest run src/commands/review/` green at 97 files / 4335 tests. Three such rounds tripped TIMEOUT_WINDOW_CAP and parked the PR at its round cap with `autofix/needs-human`. The rejections themselves were a mix — a flaky unrelated test (#9648), a genuine defect in the PR, and a scope violation — so this is not a substitute for fixing any one of them. It is the step they all funnel through: whatever the gate rejects on, the repair attempt has to be able to finish before the round can push. Carried bounds, each preserving its documented margin: - repair step cap 20m → 55m (budget + the same 10-minute margin the primary attempt keeps, so the internal kill path still writes `agent-timeout` before the step cap fires) - review-address job cap 300m → 330m (the four long steps now sum to 305m plus the 25m setup/report reserve) - PENDING_STALE_MIN 330 → 360 (its 30-minute margin over the job cap, so a live review-address run is never aged out mid-flight) 45 minutes is deliberately a fraction of the primary budget: a repair that cannot land in 45m is a handoff, not a longer retry. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VgTjRF91xANQh6SY9YGyCf * fix(autofix): carry the raised repair bounds through sibling prose * fix(autofix): revert design-record edits outside this PR's footprint (#9691) Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com> --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> Co-authored-by: qwen-code-dev-bot <qwen-code-dev-bot@users.noreply.github.com> Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com>	2026-08-23 00:32:36 +00:00
ytahdn	1007bcacfc	fix(sdk): support relative artifact download URLs (#9734) ... Co-authored-by: 钉萁 <dingqi.jww@alibaba-inc.com>	2026-08-22 23:42:22 +00:00
qqqys	db0519563d	fix(core): parse the workflow meta literal instead of evaluating it (#9325) ... * fix(core): parse the workflow meta literal instead of evaluating it `extractAndStripMeta` evaluated the model-authored `export const meta = {...}` block in a vm and then walked the result. Both halves are unbounded, and each hangs the host on its own: { name: (function () { while (true) {} })() } // spins during evaluation { get phases() { while (true) {} } } // spins during the walk The loops are synchronous, so the event loop is blocked outright — no timer fires and nothing in-process can cancel it. Bounding them turned out to be a moving target: a vm timeout does not reach a getter invoked on the host, and moving the walk into the vm still leaves promise reactions, proxy traps and runaway allocation. Each fix invited the next. Meta is a declaration, not a computation. Every contract field is a string, and upstream states the rule outright: the meta object must be a pure literal, with no variables, calls, spreads or interpolation. Given that contract, evaluating it was the wrong mechanism. Parse it instead. A parser has no execution semantics, so none of those failures are bounded — they are unrepresentable. There is nothing to time out, sandbox or isolate. The vm context, the timeout and the thenable walker all go away. The grammar is JSON's value grammar plus the spellings a model actually writes: unquoted keys, single-quoted and substitution-free template strings, trailing commas, and comments. Anything meaning "evaluate something" is rejected by name so the diagnostic tells the author which rule they hit. This narrows the contract. A meta block that computed a value used to work if the computed field was outside the contract surface, because validateMeta dropped it silently; now the whole literal is refused. Verified against every meta literal in the existing suite: of the ten the parser refuses and the vm accepted, nine are the attacks above, and the tenth is a regex literal in a non-contract field. Zero cases where both accept and disagree on the value. No workflow scripts ship in the repo, so nothing in tree changes behaviour. Parsing is also ~70x faster than the vm path it replaces, which matters because this call is on the path to the confirmation dialog and saved-workflow enumeration. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * fix(core): handle workflow meta line terminators --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com> Co-authored-by: qqqys <266654365+qqqys@users.noreply.github.com>	2026-08-22 18:50:24 +00:00
易良	4f4130796f	fix(core): reject session titles that echo the prompt's own examples (#9709) ... * fix(core): reject session titles that echo the prompt's own examples * fix(core): address review feedback on session title echo guard - Render TITLE_SYSTEM_PROMPT's "Good examples" block from TITLE_PROMPT_EXAMPLE_TITLES so the guard set and the prompt cannot drift apart (C2 / R1-1). The rendered prompt is byte-identical to the previous literal. - Strip bracket wrappers (ASCII ()/[]/{} and full-width brackets) during the echo comparison so "(Fix login button on mobile)" cannot bypass the guard; sanitizeTitle still keeps brackets for real titles like "(WIP) Fix build" (C1). Regression-tested red on the old logic. - Log rejected titles (empty vs prompt-example echo, with the raw value) to the debug log so the now-silent failure mode stays diagnosable for oncall (R1-2). * fix(core): resolve review comment - close wrapper bypass in title echo guard	2026-08-22 18:49:50 +00:00
qqqys	bd247128fd	feat(goal): account the tokens a Goal spends (#9583) ... * feat(goal): account the tokens a Goal spends A Goal reported how many turns it had run and how long it had been active, but never what it cost. That is the number a user needs to judge whether a long autonomous run is worth continuing, and the one every future limit has to be expressed in — a budget cannot be enforced against a figure nobody keeps. `GoalRecord` now carries `tokensUsed`, summed across the Goal's turns by `reduceGoalTurnFinished`, and `get_goal` reports it in the unpermitted `lastGoal` summary beside the turn count. The figure comes from the chat recorder, which already receives every assistant turn's usage stamped with the Goal permit that produced it. Attribution is therefore settled where the spend is recorded rather than reconstructed afterwards from session totals: a user turn interleaved with an autonomous run belongs to no Goal turn, and a resumed session's replayed history is not a Goal turn's spend either. The runtime asks the ledger for one turn by id when that turn finishes, which is also why the accounting needs no coordination with session swaps. A runtime with no ledger, a ledger that throws, and a turn that made no model calls all bill zero rather than guessing, and none of them fails the turn. Goals recovered from a transcript written before the field existed restore with zero spend. No limit is introduced here — this only counts. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * test(goal): cover recorder token accounting --------- Co-authored-by: Claude Opus 5 <noreply@anthropic.com> Co-authored-by: qqqys <266654365+qqqys@users.noreply.github.com>	2026-08-22 18:48:15 +00:00
qqqys	2a57f86198	fix(ci): gate the fork signal on fields the review payload delivers (#9469) ... * fix(ci): gate the fork signal on fields the review payload delivers `qwen-autofix-fork-signal.yml` gated on `github.event.pull_request.maintainer_can_modify == true`. That field does not exist in a `pull_request_review` payload: the event carries the SIMPLE pull-request object, and `maintainer_can_modify` — like `mergeable`, `additions`, and `changed_files` — ships only on the full object the `pull_request` event sends. The expression evaluated to null on every delivery, `null == true` is false, and the job's `if` could never hold. Measured on the repository: across the 300 runs between the bridge shipping (#8676, 2026-08-07) and this change, 290 skipped, 7 cancelled, 1 action_required, and 0 success. Not one signal ever reached its step, so the bridge behind it has never fired either — every fork-PR review has been served by the scheduled scan alone, which is exactly the throttled backstop this bridge exists to get ahead of. The consent check is not lost, and does not move: the bridge already re-reads it live (`gh pr view --json maintainerCanModify`, then `select(… .maintainerCanModify == true)`), and that read was always the authoritative one — consent can be withdrawn between the review and the dispatch, so a payload copy could only ever have been a stale early-out. The signal job cannot make that call itself: it holds `permissions: {}`, no secrets and no checkout, deliberately, because it runs on a fork-triggered event. What the removal does cost is one signal + bridge run and one PR read for a takeover-labeled fork PR whose author has turned maintainer edits off, where the gate previously intended to spend nothing. Ordinary contributor fork PRs are unaffected — the bot-authored-or-takeover-labeled conjunct still excludes them. Also adds a regression test asserting the gate references no full-object-only field. A gate like this fails silently: the job's entire body is one echo, so "never opens" and "no fork review happened to qualify" look identical from outside, which is why this went twelve days unnoticed. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * test(ci): match the full-object-only guard on a word boundary (R1-1) The guard asserted the signal gate references no full-object-only field via bare substring containment, but four deny-list entries are strict prefixes of fields the simple pull-request object DOES deliver: `merged` in `merged_at`, `commits` in `commits_url`, `comments` in `comments_url`, `review_comments` in `review_comments_url`. A future edit adding a legal conjunct such as `github.event.pull_request.merged_at == null` would turn the suite red with a message blaming a full-object-only field — pushing the author to drop the conjunct or weaken the guard itself. Anchor each check on a word boundary, and add a test that pins the matcher's discrimination on all four prefix pairs so the substring form cannot come back unnoticed. * test(ci): see full-object fields through the index operator (R2-1) The full-object-only guard matched `pull_request.<field>` literally, so it only saw the `.` property de-reference. GitHub Actions reaches the same property through the documented `[ ]` index operator, on any segment of the path, and `github.event.pull_request['maintainer_can_modify'] == true` evaluates exactly as the dot form did: the field is absent from the simple `pull_request_review` payload, `null == true` is false, and the gate never opens. The guard stayed green through it — a silent replay of the incident this PR fixes, invisible to the test written to catch it. Rewrite the index form to the dot form before matching rather than enumerating spellings, so one matcher covers every combination of the two at any depth. The word-boundary anchor from R1-1 is unchanged, so the four delivered fields the deny-list names prefix (`merged_at`, `commits_url`, `comments_url`, `review_comments_url`) still pass in every spelling. A `fromJSON(toJSON(github.event.pull_request))` round-trip still evades this; no textual guard catches that one, and the comment says so. Mutation-verified, each mutant reddening the tests that pin it: | mutant | result | |---|---| | normalization removed (identity) | 2 failed — bracket and mixed spellings go unseen | | word boundary dropped | 1 failed — `merged_at` rejected as `merged` | `npx vitest run --config ./scripts/tests/vitest.config.ts scripts/tests/qwen-autofix-fork-bridge-workflow.test.js` -> 12 passed (12). eslint and prettier clean. * test(ci): pin the fork-signal guard's bracket-whitespace tolerance R3-1: `asDotAccess` rewrites `pull_request['field']` to the dot form before matching, and its regex deliberately tolerates whitespace inside the index (`\[\s*…\s*\]`) because GitHub Actions accepts `github.event.pull_request[ 'maintainer_can_modify' ]` as a legal expression. No spelling in `referenceSpellings` carried that whitespace, so the tolerance was unpinned: deleting both `\s*` left all 12 tests green, and a later gate edit written in the spaced form would have reached the same absent field and restored the always-false gate this PR fixes. Add the spaced-bracket spelling, which both index-operator tests consume. Mutation-verified: with the two `\s*` deleted from `asDotAccess`, this file now fails 2 tests ("rejects a full-object field without rejecting the fields it prefixes" and "sees a full-object field through the index operator"); before this commit the same mutation left 12 passed. --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>	2026-08-22 18:47:00 +00:00
Shaojin Wen	7c039e010e	fix(ci): record qwen-autofix.yml's shipped size in the workflow size baseline (#9747) ... The ratchet that #9677 introduced fails on the tree that introduced it. That PR moved prose out of `qwen-autofix.yml` (431526 → 397656 bytes) and recorded the manifest in the same commit, but the number it recorded — 392111 — is the size from an earlier revision of the branch, 5545 bytes below what actually shipped and 1449 past the 4096-byte allowance. Nothing downstream can pass it. `Check workflow file size` is step 7 of the `Test` job, ahead of `Install dependencies`, and a failure there skips every step after it — so any PR whose merge ref contains #9677 reports a red `Test` lane having run no tests at all, over a workflow file it never touched. Measured on two PRs from different authors, both failing at that step and no other. The file is the post-migration one #9677 meant to ship, so the number is what moves: the entry now records what is on disk, and the ratchet resumes measuring drift from there.	2026-08-22 17:57:38 +00:00
Shaojin Wen	f829a02896	feat(review): validate Aone inline anchors against the captured diff before posting (#9634) ... * feat(review): validate Aone inline anchors against the captured diff before posting Aone Code performs no server-side anchor validation — a controlled probe (scratch MR 29427547, a1 v0.2.51) proved any --line integer posts, and an old-side number silently lands on the same-numbered new-side line. The old side cannot be anchored at all, and file-level comments drop their path. Pin the removed-line semantics for the Aone write path: submit's Aone branch now validates every well-formed inline anchor against the review's captured diff before posting. An unanchorable Critical is relocated into the summary body, an unanchorable Suggestion discarded and counted — the GitHub 422-recovery dispose, performed in code — each disclosed in the terminal. A missing captured diff refuses the whole post; malformed shapes (missing path/line, reversed range, renders-as-nothing) keep their consistency-gate refusals, and a garbage state.bodyCriticals stands the gate down so compose's pinned refusal fires. The GitHub path is untouched — its server performs this validation. Issue #9615 * fix(review): reject unpostable anchors and unify the Aone gate's shape refusals - validateNewSideAnchors now rejects the input domain (fractional/zero/negative lines and reversed ranges) before the hunk scan, so its verdict can no longer certify an anchor the zero-validation Aone platform would post silently wrong. - Extract the consistency gate's per-comment shape checks into one shared predicate (commentShapeProblems) read by both the loud refusal and the Aone anchor gate, so a shape the gate disposes is never a refusal the operator misses (open fence, start_line-without-side). The path check becomes a type check, closing truthy non-string paths that reached the write seam unvouched. * fix(review): generalise the Aone gate's stand-down and harden its relocated entries Round-2 review fixes for the Aone anchor gate: - The stand-down now keys on ANY degrade that touches the payload and covers every compose-owned garbage shape: bodyCriticals that is not an array of strings, or a suggestionsDiscarded compose's counter refuses. The countability test reads compose's OWN acceptance table (toCount, exported as the total tryToCount), so the gate's merge and compose's counter can never drift — an integer-but-not-safe count now merges instead of silently dropping the gate's discards. - The relocated entry's claim extraction strips a leading marker RUN (fixpoint, like every other strip) and treats a fence-delimiter claim line as absent — both shapes used to leak raw markers or junk delimiters into the posted summary-body blocker line. - The gate keeps the model-authored comment indices through its removal (and floor enforcement keeps them through its own), so the consistency gate's refusal names the culprit in the model's payload JSON instead of a renumbered position the re-compose loop cannot act on. - A --dry-run with a missing capture no longer exits 3: it writes nothing, so it skips the gate with a disclosure and reports wouldPost: false (reason: aone-diff-missing); the exit-3 refusal stays reserved for the real write. - The MULTI_DIFF fixture's second hunk header becomes byte-exact git output (@@ -20,0 +22,2 @@, probed against git itself). - The design doc gains the gate-relocation doctrine (relocated entries deliberately inherit the model's own tag-exemption treatment), the dry-run carve-out in the failure-shape table, and the corrected fence/one-line-channel claim. * fix(review): close the anchor-gate witness gaps and a footer-leak in the relocated entry Gap-fill on top of the round-2 gate hardening: - The relocated entry's claim extraction strips the canonical footer FIRST: with an empty claim line (a marker-plus-separator-only body), the separator strip eats the newline+colon and the extraction falls THROUGH into the appended footer's first line, posting it as the claim. Witness added for the placeholder shape. - Pin the multi-line relocation entry CONTENT (it must cite the claimed end line, not the start — the start sits inside the hunk and looks fine) and the disclosure naming it. - Witnesses for the remaining mutant-tested gaps: a range whose start sits outside every hunk and end inside (the startLine mapping), the dry-run compose parity (preview composes from the gate-corrected payload), the suggestionsDiscarded 0 merge boundary, the empty-path shape (loud refusal, never a gate disposal), a declared LEFT start_side without a start_line, and the equal-boundary range (start_line === line, a shape GitHub itself produces). - The routing suites run from a per-test fixture cwd, so the captured-diff seeding and its cleanup can no longer overwrite or delete a same-numbered live capture in the real vitest cwd. Issue #9615 * fix(review): sanitise relocated-entry paths and stand down over any compose-refused bodyCriticals * fix(review): keep the anchor gate's captured diff when resetting the receipt state The Aone receipt suite's beforeEach wiped the whole .qwen tree to start from no receipt — deleting the captured diff the anchor gate needs along with it. Every post then died at the gate's missing-capture refusal and no receipt was ever written (ENOENT in the four receipt tests on CI). Remove only the receipt file; the seeded diff survives. * fix(review): close the anchor-gate entrances the review rounds demonstrated Round-3 remediation of the review comments on the Aone anchor gate: - R3-2 (structural): the BUILT relocated entry is now validated against compose's own ingestion (tryIngestBodyCriticals over the single entry) before the relocate is disclosed, and any refusal degrades the entry to the inert constant `finding — (no path):<line>` — the entrance space is unbounded model text and compose's acceptance is the authority, so a shape the enumerated guards never anticipated degrades the entry instead of refusing the whole post mid-degrade. The demonstrated entrance (a lone CR inside the claim: it passes the leading-fence guard, compose's CR normalisation then splits the entry and the second line leads with a fence delimiter) is covered by a witness. - Ledger collision: the relocated entry flips to `<claim> — <path>:<line>` — the claim leads, so a carried id keeps position 0 and the ^-anchored ledger readback matches instead of silently renumbering a carried finding as new. Witness asserts the id survives the readback regex. - R7-1: an explicit JSON null side/startSide reads as ABSENT (defaults to RIGHT), the model's idiom for an omitted optional field — never a declared old side. Unit and gate-level witnesses. - R3-3: witness for the non-identity authoredIndices branch — the gate renumbers the array, floor enforcement keys on the post-gate array, and the remap drops the comment floor enforcement names. - R4-2: the hostile-paths test gains the \r-bearing path (compose's ingestion normalises a bare CR to a line break — the same hostile shape as \n; the guard's \r half was unwitnessed). - R3-5: the design doc states the carve-out — the non-RIGHT degrade runs for single-line comments only; a multi-line non-RIGHT comment keeps the consistency gate's whole-post refusal; null side is absent, not a declaration. The failure-shapes table splits the row accordingly. Issue #9615 --------- Co-authored-by: qwen-code-dev-bot <qwen-code-dev@service.alibaba.com> Co-authored-by: Qwen-Coder <qwen-coder@alibabacloud.com>	2026-08-22 17:45:27 +00:00
jinye	2172721405	feat(cli): restore each daemon session onto its last selected model (#9687) ... * feat(cli): restore each daemon session onto its last selected model Idle detach currently rebuilds Config from settings.model.name, so session A picks up whatever model session B last switched to. Fixes #9686 Co-authored-by: Cursor <cursoragent@cursor.com> * fix(cli): address session-model persistence review findings - reader: always select the last assistant record into the restore read set so the legacy lastAssistantModel fallback still fires when a trailing chat_compression candidate excludes it from the resume read - recorder: assign currentSessionModel before the awaited write so a rewind landing in the pending-write window re-anchors the new binding instead of the stale one - reader/recorder: reject non-string session_model payload fields instead of crashing the restore path on malformed transcripts - protocol doc: describe the session_model append as best-effort, not an unconditional consequence of a successful switch - cli: import RUNTIME_SNAPSHOT_PREFIX/stripRuntimeSnapshotPrefix from core instead of duplicating the prefix algorithm locally - tests: pin the isRuntime/baseUrl payload dimension, the prefix and route-mismatch false arms, the neither-field fallback, and regression coverage for the two fixes above * fix(cli): keep daemon session-model restore from failing load Pre-auth restore skipped the last-assistant fallback, and a recorded qwen-oauth binding could hard-fail load when cached credentials were gone. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(cli): roll session-model auth retry back onto the settings route Same-id baseUrl restores and runtime-only settings models were skipping or breaking the fallback, which made load fail on the recorded credential set. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(cli): keep empty daemon sessions from creating a transcript Recording the session model on newSession wrote a jsonl file before any user content, so close/delete/child-death left the id occupied and listing still showed the empty session. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(cli): allowlist restored session-model routes against the registry JSONL baseUrl is only a registry selector, so unknown hosts are dropped before switchModel. Restore also keeps the last valid session_model payload instead of falling through a torn trailing record. Co-authored-by: Cursor <cursoragent@cursor.com> * fix(cli): retry session-model auth after same-id snapshot restore The retry gate ignored runtime-snapshot identity, so restoring an implicit registry route off a same-id snapshot looked unchanged and skipped rollback. Co-authored-by: Cursor <cursoragent@cursor.com> --------- Co-authored-by: Cursor <cursoragent@cursor.com>	2026-08-22 16:33:36 +00:00