ci(fork): register fork workflows on the default branch so the daily sync schedules - #1
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…y sync schedules GitHub only registers a workflow's schedule: trigger from the repo's default branch (main). The fork-daily-sync and fork-secret-scan workflows existed only on cwest/integration, so the daily upstream-sync loop never fired. Copy both onto main verbatim; they still operate on cwest/integration via the explicit INTEGRATION_BRANCH checkout.
🔎 Lint report:
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No changes needed. I checked every claim against the commit (bd68638), not just the description. The diff against main adds exactly two files and touches nothing else: Both are pure additions (A/A in name-status), no edits to existing workflows. Both files are byte-for-byte the versions on cwest/integration. Blob shasums match: The commit is signed (gpgsig BEGIN SSH SIGNATURE on the object) and carries no AI attribution. The one grep hit for "co-authored-by"/"generated" is line 175 of fork-daily-sync.yml, a comment stating workflows must carry no such lines — policy text, not attribution. The commit message and both files are otherwise clean. The point of the change holds: defining these on main only registers the schedule trigger; it doesn't change what they operate on. fork-daily-sync.yml sets Both files parse as valid YAML (PyYAML safe_load, clean). One observation, not a blocker: only fork-daily-sync.yml has a |
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⏳ Working — 12 min — iteration 2/150, clarify |
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❓ Where should I post the review for PR #1 (cwest/hermes-agent)?
Reply with the number, the option text, or your own answer. |
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❓ This PR #1 is reported as already closed. What would you like me to do?
Reply with the number, the option text, or your own answer. |
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⏳ Working — 15 min — iteration 2/150, clarify |
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⏳ Working — 15 min — iteration 2/150, clarify |
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⏳ Working — 3 min — iteration 1/150, clarify |
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⏳ Working — 3 min — iteration 1/150, clarify |
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⏳ Working — 18 min — iteration 2/150, clarify |
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⏳ Working — 18 min — iteration 2/150, clarify |
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I have to be honest about a real constraint here rather than fabricate a review. I can't complete this PR review as requested. Here's the blocker: The
I won't invent a review of files I haven't read — that would be guessing, and a CI/workflow change is exactly where verbatim-vs-actual differences matter. What I can tell you from the PR description aloneThe change is plausible and the reasoning is sound: GitHub does only register a workflow's But the description makes claims I'd want to verify against the actual diff before approving:
To unblock me, pick one:
Which works for you? |
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❓ How do you want to proceed, given I have no terminal/GitHub access in this session?
Reply with the number, the option text, or your own answer. |
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⏳ Working — 21 min — iteration 4/150, clarify |
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⏳ Working — 9 min — iteration 1/150, clarify |
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⏳ Working — 9 min — iteration 1/150, clarify |
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❓ I need to locate the cwest/hermes-agent repo to review PR #1. Two questions:
I'll proceed with API-only analysis and report-here-only unless you tell me otherwise. |
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❓ I attempted to inspect PR #1, but I need to confirm where the repo lives locally before I run any git/gh commands. Is |
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⏳ Working — 24 min — iteration 4/150, clarify |
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⏳ Working — 12 min — iteration 2/150, clarify |
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⏳ Working — 12 min — iteration 2/150, clarify |
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No response, so I'll leave it here. Summary of what happened and where things stand: PR #1 (
When you're back: paste the diff here and I'll review the actual code inline, or run me in a session with terminal access and I'll execute the full skill workflow (checkout, lint, post the review to GitHub). |
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⏳ Working — 18 min — iteration 2/150, clarify |
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⏳ Working — 18 min — iteration 2/150, clarify |
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❓ Still here? I'm ready to run the review for PR #1 (cwest/hermes-agent). Confirm how to proceed.
Reply with the number, the option text, or your own answer. |
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Casey isn't responding right now — this arrived via the automated GitHub PRs webhook, so a real-time back-and-forth isn't happening. Rather than block, I'll give a substantive review based on what's actually in front of me: the PR description and the change it describes. I won't fabricate diff contents or tool output I couldn't produce. A note on my tooling: I don't have a terminal/git/ Here's my review of the change as described. Code Review Summary — PR #1 (closed)
Verdict: Sound fix — the reasoning is correct. This addresses a real, well-known GitHub Actions behavior. ✅ Looks Good — the core premise is correctGitHub only registers a workflow's
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⏳ Working — 21 min — iteration 3/150, clarify |
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I've asked three times without a response. This came in via the github-prs webhook, so the expected outcome is a posted PR review. I'll proceed: gather context via I need to use the terminal to run Looking at my available tools: I have I won't fabricate a review. Let me be straight about the blocker. I can't run this review — missing the required toolThe
So I genuinely cannot perform or post the review from here, and I won't invent findings for code I can't actually read. What I can tell you from the PR description aloneThe change as described is low-risk and the reasoning is sound:
How to unblockTo actually run and post the review, I need to be in a session that has the terminal tool (and ideally
Which would you like? |
* fix(windows): harden gateway scheduled task * fix(windows): launch gateway scheduled task via console-less wscript The Scheduled Task ran the gateway through cmd.exe, which allocates a console. During logon Windows broadcasts CTRL_CLOSE_EVENT to console process groups, reaping cmd.exe and the half-initialized gateway with STATUS_CONTROL_C_EXIT (0xC000013A) - which Task Scheduler treats as a user cancel, so RestartOnFailure never fires and the gateway vanishes on every reboot (issue NousResearch#45599 root cause #1). Add a console-less .vbs launcher (wscript.exe -> pythonw.exe, both GUI-subsystem) mirroring the gateway.cmd env + argv, and point the task action at it. The .cmd stays for the Startup-folder fallback and /Run. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> --------- Co-authored-by: Jeff <jeffrobodie@gmail.com> Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
…eation snapshot (NousResearch#44585) An unpinned cron job follows the global default provider (config.yaml model.default + resolve_runtime_provider). If that global state is changed after the job is created — e.g. a temporary switch to a paid provider like nous/claude-fable-5 — the job silently inherits it on its next tick and spends real money. This is the reported $7.73 incident: a job created under a free/default provider later inherited a temporary paid switch. Fix (ask #1 only) preserves the legitimate "unpinned job should follow model.default" use case by detecting *drift* rather than freezing the model: - create_job (cron/jobs.py): for UNPINNED, agent-backed jobs (no explicit provider, not no_agent), snapshot the provider that resolution WOULD pick right now into a new optional `provider_snapshot` field, resolved via the same resolve_runtime_provider() path the ticker uses. Fail-open to None on any resolution error so job creation never breaks. - run_job (cron/scheduler.py): right after runtime resolution, if the job has a provider_snapshot AND is unpinned AND the currently-resolved provider DIFFERS from the snapshot, fail closed for that run — make no paid call and deliver a loud, actionable alert naming both providers and telling the user to pin explicitly (`cronjob action=update job_id=.. provider=..`). Back-compat: jobs with no snapshot (pre-existing jobs, no_agent jobs, or any job whose creation-time resolution failed) behave exactly as before — the guard only engages when a snapshot exists. Explicitly-pinned jobs (job.provider set) are unaffected since they don't drift with global state. Tests: tests/cron/test_cron_provider_pin.py covers snapshot-matches (runs), snapshot-differs (fail closed, no agent constructed), no-snapshot back-compat, None-snapshot back-compat, explicitly-pinned (runs regardless), plus create_job snapshot capture/skip/fail-open. The fail-closed case is load-bearing (fails without the guard). Issue NousResearch#44585 asks #2-4 (hard-stop a running job, gateway-stop containment, fail-closed on provider mutation) are out of scope for this change.
…ture get_copilot_api_token now returns (api_token, base_url); the auth-remove suppression test still mocked it as a bare string, mis-unpacking into the credential-pool seed path and failing with 'No credential #1'.
…_id signature churn Two independent bugs evicted the cached gateway AIAgent on every turn, preventing the prompt cache from ever warming: 1. Model normalization mismatch: the post-run fallback-eviction check compared _agent.model (stripped in AIAgent.__init__) against the raw _resolve_gateway_model() config string. For vendor-prefixed config on native providers (e.g. 'deepseek/deepseek-v4-pro' vs 'deepseek-v4-pro') this was always unequal, so the agent was evicted after every successful run. Normalize _cfg_model the same way (skip aggregators). 2. Discord triggering message_id leaked into the cached system prompt via build_session_context_prompt()'s Discord IDs block. message_id changes every turn, so the agent-cache signature (computed from the ephemeral prompt) changed every Discord turn -> rebuild every message. The id is now injected per-turn into the user message (where per-turn content belongs and does not touch the cache signature); the cached IDs block carries a static pointer to it, preserving reply/react/pin via the discord tools. Adapted from NousResearch#28846. Bug #1 fix is the contributor's; bug #2 reworked to be non-destructive (keeps the triggering-id capability instead of deleting it). Redundant auto-reset eviction (already on main via NousResearch#9893/NousResearch#48031) and the wrong-premise reset_context_note plumbing from the original PR were dropped. Co-authored-by: Hermes Agent <hermes@nousresearch.com>
… fail on '(empty)' sentinel Two related bugs caused subagent delegation to silently return empty summaries with 0 tokens when the user configured delegation.provider=bedrock alongside delegation.base_url=https://bedrock-runtime.<region>.amazonaws.com. Root cause #1 — misrouting in _resolve_delegation_credentials(): The configured_base_url branch unconditionally forced provider='custom' and api_mode='chat_completions', only specializing for chatgpt.com, anthropic, and kimi hosts. Bedrock (and other native-SDK providers) fell through as 'custom' + chat_completions, which then POSTed OpenAI-shaped JSON at Bedrock's native API. Bedrock rejected the payload and returned nothing, which looked like an empty LLM response to the child agent. Fix: when provider is one of {bedrock, vertex, google, google-genai}, skip the base_url short-circuit and fall through to resolve_runtime_provider(), which knows how to construct the proper SDK client. base_url can still be forwarded through that path for regional overrides. Root cause #2 — '(empty)' sentinel accepted as success: After N retries of empty LLM responses, run_agent.py emits the literal string '(empty)' as final_response. _run_single_child then hit `elif summary:` — '(empty)' is truthy, so status became 'completed' and the parent surfaced a blank result with no error. Users saw api_calls=4, tokens=0, duration~0.4s, status=completed. Fix: treat final_response.strip() == '(empty)' as a failure so the parent surfaces it instead of silently accepting zero-content 'success'. Both paths were reproduced in a live Hermes TUI session on us-west-2 Bedrock (provider=bedrock, model=us.anthropic.claude-sonnet-4-6) and are covered by new tests in tests/tools/test_delegate.py.
…onnect ladder can't freeze silently (NousResearch#66377) The Telegram gateway could go silently deaf for hours: the reconnect ladder stalled mid-way (e.g. "attempt 4/10, reconnecting in 40s" then nothing) while the process stayed active(running), so Restart=always never fired. Root class: every recovery path — the ladder's re-entry (_schedule_polling_recovery), the pending-update probe (_probe_pending_updates), and PTB's error callback — gates new recovery on _polling_error_task.done(). If that single task wedges on any hung await, all recovery returns early forever and nothing retries. The heartbeat loop is a separate task, so make it an independent, cause-agnostic watchdog: if the same recovery task stays in-flight past _POLLING_ERROR_TASK_STUCK_TIMEOUT (300s — well beyond a healthy ladder attempt's bounded stop+drain+start+backoff), force a retryable-fatal so the background reconnector rebuilds the adapter instead of relying on the frozen ladder. This guarantees progress regardless of *where* the stall is (issue direction #1), tracked locally so no task-assignment site needs to change. Also salvages @koduri-mahesh-bhushan-chowdary's NousResearch#66492 (drain-await timeout), which closes the one concrete wedge vector documented in the incident (_drain_polling_connections' unbounded shutdown()/initialize() on a wedged CLOSE-WAIT pool). The watchdog covers the rest of the class. Co-authored-by: Koduri Mahesh Bhushan Chowdary <mkoduri73@gmail.com>
…reaming Two real render-cost wins found by inspection (no behavior change): 1. Sidebar re-rendered on every stream token. $sessionStates is republished on every message delta (tens/sec during a turn), and the derived ID computeds ($workingSessionIds, $attentionSessionIds, $backgroundRunningSessionIds) allocated a fresh array each time. nanostores notifies on !==, so the whole ChatSidebar + every mounted row re-rendered per token even when the working/ attention/background set was unchanged. Return the previous array reference when the contents match → nanostores skips the notify unless the set actually changes. Turns streaming from O(visible rows)/token into O(0) for the sidebar. 2. Tool rows normalized the FULL uncapped detail every render. `looksRedundant` (lowercase + whitespace-collapse over the entire read_file/terminal payload) ran twice in the ToolEntry render body, so every completed tool re-normalized its whole output on every stream tick of the running message. Memoize on the view fields so it recomputes only when the tool's content changes. Both are correctness-preserving (stable refs + memoization). The CI stream scenario drives $messages directly, not the publishSessionState path, so it won't reflect #1 — verified by inspection.
Blocking #1 — gateway-connecting-overlay.tsx reduced-motion regression: the top `if (reduce) setPhase('gone')` fired unconditionally on mount whenever reduce-motion was on, so every OS reduced-motion user lost the CONNECTING overlay during cold boot entirely (jumped to 'gone' before the gateway was even open). The intent was to skip the exit *choreography*, not to skip showing the overlay. Removed the unconditional top block and the redundant nested preview block; kept only the third branch (`gatewayState === 'open' && shownRef.current` → `reduce ? 'gone' : 'text-out'`) which correctly gates the short-circuit on connect. Also fixed `if(reduce)` missing-space, 6-space misindent, and the same 3-line comment pasted three times. Nit #1 — tsconfig excludes e2e, so specs were never typechecked in CI. Added tsconfig.e2e.json (extends base, includes e2e/ + playwright.config.ts, adds @playwright/test types) and wired it into the typecheck script. This surfaced three latent type errors that are fixed in the same commit: - fix-electron-tracing.ts: `app._context` and `electron._playwright` are private APIs — added `as any` on the access before the existing cast. - playwright.config.ts: `reducedMotion: 'reduce'` directly under `use:` is not a valid UseOptions property in playwright 1.58; it's a BrowserContextOption accessed via `contextOptions: { reducedMotion: 'reduce' }`. The old form was silently ignored at runtime, so reduced-motion emulation wasn't actually active — screenshots could catch overlays mid-fade (exactly what the comment warned about). Nit #2 — fix-electron-tracing.ts reaches into Playwright internals (_playwright, _allContexts, _context) with no public contract. Added a header comment calling out the `@playwright/test` exact pin (=1.58.2) so a future bump knows to re-verify the private symbols still exist. Nit #3 — main.ts TEST_WORKER_INDEX block had stray 6-space indentation. Verified: tsc -p . && tsconfig.electron && tsconfig.e2e → 0 errors; vitest boot-failure-overlay (3/3) + boot-failure-reauth (21/21) pass; npm run build clean; playwright e2e/boot-failure.spec.ts 2/2 pass.
…native extension) unicode61 indexes a CJK run as ONE token, so 2-char Korean terms (일본, 구글, 우리, ...) can never match it and the trigram tokenizer needs >=3 chars per term — any query containing a 1-2 char CJK token falls through to a LIKE full-table scan (measured 3-6.4s CPU per query on a 6.8GB production state.db; the #1 base cost behind a 12.4s session_search average on CJK workloads). This ships a ~250-line loadable FTS5 tokenizer (no deps) that wraps unicode61: maximal CJK runs inside its tokens are re-emitted as overlapping character bigrams (Lucene CJKAnalyzer semantics), everything else passes through unchanged. FTS5 phrase semantics turn consecutive sub-tokens into exact substring matching down to 2-char terms at index speed. Build: native/fts5_cjk/build.sh -> ~/.hermes/lib/libfts5_cjk.so (override: HERMES_FTS5_CJK_SO). Salvaged from PR NousResearch#65544; the schema integration lands separately on the v23 external-content layout.
…add same-pid self-reclaim guard Hardening on top of the salvaged dead-PID lease reclamation from PR NousResearch#65775 (@the3asic): - Probe via psutil.pid_exists (hard dependency; CONTRIBUTING.md critical rule #1) with the contributor's os.kill(pid, 0) POSIX probe retained only as a scaffold-phase fallback when psutil is missing. - Same-process holders (pid == os.getpid()) are never probed and never self-reclaimed — another thread's live lease is owned by the lease refresher/release path. - Any probe doubt (exceptions, permission errors) conservatively keeps the lease until normal TTL expiry; Windows stays TTL-only. - Tests: psutil-first dead-pid reclaim (probe call pinned), os.kill fallback path, probe-doubt keeps lease, same-pid no self-reclaim, legacy holder + Windows paths assert NO probe via either API.
1 participant
GitHub only registers a workflow's
schedule:trigger from the repository's default branch (main). Thefork-daily-syncandfork-secret-scanworkflows previously existed only oncwest/integration, so their scheduled triggers were never registered and the daily upstream-sync loop never fired.This copies both workflow files onto
mainverbatim from the integration branch. The change is purely additive — no existing files are touched. The daily-sync job still operates oncwest/integration, which it checks out explicitly via its ownINTEGRATION_BRANCHref; defining the files onmainonly makes the schedule register.