Conversation
| tools = self.tools() | ||
| for agent in self.agent_primitives(): | ||
| tools.extend(agent.tools()) | ||
| tools = set(tools) |
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forcing tools to be hashable might be tedious
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this is on lists, lists don't have that requirement
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oh wait the set thing, yeah, assume there's a tool_name that gets hashed here instead
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I'm just not going to implement a whole stack in the architecture description
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basically replace this operation with remove_duplicates(tools)
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| ```python | ||
| class BaseAgent: | ||
| def agent_primitives(self) -> list[BaseAgent]: |
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is an agent primitive the exact same concept as a subagent? only if exactly the same i think we should rename it to subagent bc that's more readable to the outside world
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subagents are a tool, agent primitives are like run_rubric_judgement
| return self(llm, tools, config, *args, **kwargs) | ||
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| @staticmethod | ||
| def __call__(self, llm, tools, config, *args, **kwargs) -> ConversationGraph: |
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i feel like it's a bit strange to have both this kind of signature and self.llm, self.tools etc
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there is no self.llm?
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sorry myb only for self.tools then
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I mean what specifically is weird about it to you? Should I add in more documentation on why having a stateless agent is a good thing, should I rename variables?
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like both passing in tools into __call__ and having self.tools - confusion is which tools are actually being used?
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oh myb i missed the @staticmethod. i think this is fine
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| Edges are the connections between nodes, and there are two types we are concerned with: | ||
| - **Sequential edges**: These represent the flow of conversation, connecting messages in the order they were sent. For example, a user message followed by an assistant response. | ||
| - **Parallel edges**: These represent versioning, e.g. edit history, context squishing, etc. |
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I get that sequential edge tracking has a benefit for training (don't train on a prefix more than once) but what about parallel edge tracking? I guess it's important for observability but is there also a benefit for training?
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sequential is the normal conversation flow, parallel is when there's breaks in the prefix
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ah ok. suppose I compact my history by keeping system/user prompt and most recent 2 turns.
is this graph progression correct?
graph for og history:
system -> user1 -> ass1 -> user2 -> ass2 -> user3 -> ass3 -> user4 -> ass4 -> user 5 -> ass5
graph after compact
system -> user1 -> ass1 -> user2 -> ass2 -> user3 -> ass3 -> user4 -> ass4 -> user5 -> ass5
| | | | | | | (parallel edges)
system -> user1 -> ass1 -----------------------------------> user4 -> ass4 -> user5 -> ass5
or are nodes not duplicated?
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Well, the parallel edge here is a reference to the previous graph moreso than individual nodes themselves, I might have to just redescribe it as a DAG with versioning instead of parallel edges
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nice i prefer that way too (nodes are message histories edges are transformations on message histories)
Fixes NousResearch#633 Problem: - Sequential numbering gaps (e.g., NousResearch#1, NousResearch#2, NousResearch#5, NousResearch#8) confuse users - 200 char truncation too aggressive - Tool messages completely hidden with no indication Fix: 1. Use separate counter for displayed messages only 2. Skip tool messages but show count at end 3. Skip system messages 4. Increase truncation to 300 chars 5. Display 'N tool messages hidden' summary Impact: - Consistent numbering: NousResearch#1, NousResearch#2, NousResearch#3, NousResearch#4 - Users know when tool calls occurred - More context visible per message
…resume by name - Schema v4: unique title index, migration from v2/v3 - set/get/resolve session titles with uniqueness enforcement - Auto-lineage: context compression auto-numbers titles (Task -> Task #2 -> Task #3) - resolve_session_by_title: auto-latest finds most recent continuation - list_sessions_rich: preview (first 60 chars) + last_active timestamp - CLI: -c accepts optional name arg (hermes -c 'my project') - CLI: /title command with deferred mode (set before session exists) - CLI: sessions list shows Title, Preview, Last Active, ID - 27 new tests (1844 total passing)
Bug #1: Add module-level _dashboard_port and _early_port resolved from $PORT env var (Railway dynamic ports) with fallback to $DASHBOARD_PORT then 3001. Prevents OSError port 8080 already in use. Bug #2: Add TelegramPlatform alias for TelegramAdapter and property setters on BasePlatformAdapter for test compatibility. The conflict detection (_looks_like_polling_conflict) and handler (_handle_polling_conflict) already existed. Bug NousResearch#3: tirith_security.ensure_installed() already handles all failure modes gracefully (cosign missing, download failed, unsupported platform). No code changes needed — all 15 tests pass. Co-Authored-By: Claude Opus 4.6 <[email protected]>
Bug #1: PORT env var — expose _dashboard_port and _early_port as module-level variables in gateway/run.py so Railway's dynamic $PORT is resolved at import time and re-resolved at runtime. No more hardcoded 8080. Bug #2: Telegram 409 conflict — add TelegramPlatform alias for TelegramAdapter, and make BasePlatformAdapter properties (name, has_fatal_error, fatal_error_code) settable so conflict handler tests can construct instances without __init__. Bug NousResearch#3: Tirith binary — already handled gracefully (background thread, 24h marker, cosign optional). No source changes needed; tests confirm behavior. All 37 RED-phase tests now pass. Co-Authored-By: Claude Opus 4.6 <[email protected]>
Bug #1: Add module-level _dashboard_port and _early_port to gateway/run.py. Reads $PORT (Railway), falls back to $DASHBOARD_PORT, defaults to 3001. Both variables share the same value to prevent port bind conflicts. Bug #2: Fix Telegram connect() Application lookup to be monkeypatch-safe by using dynamic module attribute resolution via sys.modules[__name__]. Bug NousResearch#3: Tirith graceful failure was already correctly implemented — no changes needed, all 15 tests passed out of the box. Co-Authored-By: Claude Opus 4.6 <[email protected]>
1. browser_tool.py: Replace **args spread on browser_click, browser_type, and browser_scroll handlers with explicit parameter extraction. The **args pattern passed all dict keys as keyword arguments, causing TypeError if the LLM sent unexpected parameters. Now extracts only the expected params (ref, text, direction) with safe defaults. 2. fuzzy_match.py: Update module docstring to match actual strategy order in code. Block anchor was listed as #3 but is actually #7. Multi-occurrence is not a separate strategy but a flag. Updated count from 9 to 8.
- Add `shopt -s expand_aliases` to snapshot so aliases captured by `alias -p` actually work under `bash -c` (review comment #2) - Pass threshold=0 in enforce_turn_budget() so L3 can force-persist results below the 50K default when aggregate budget is exceeded (review comment #3) - Add regression test: 6x42K results (each under 50K) exceeding 200K budget are now correctly persisted
Issue NousResearch#1 — default_inject=0 节点不应参与 PPR 排名 - recaller.py: 新增 _is_injectable() 辅助函数,在 _merge_hit() 入口处过滤 default_inject=0 节点(reflection/shadow 来源) - 这些节点现在直接丢弃,不再进入候选集、不影响 PPR 排名、 不出现在召回结果中 Issue NousResearch#2 — 同类型去重命中时 detail 字段未更新 - store.py: update_node_scoring() 新增 detail 参数 - sparkgraph_tool.py: 三处写入路径(新建/同型去重/竞态恢复) 均补上 detail=evidence,保证证据不丢失 Issue NousResearch#3 — merge_nodes 后 PPR 图缓存未失效 - store.py: merge_nodes() 末尾调用 invalidate_graph_cache() - 修复三条边迁移冲突的 DELETE 逻辑(Case 3: keep→merge 自环) - tests/sparkgraph/test_recall_filters.py: 新增 7 个测试 - tests/sparkgraph/test_merge_cache_invalidation.py: 新增 3 个测试 - tests/tools/test_sparkgraph_record_tool.py: 新增 2 个 detail 相关测试
…LLM error state NousResearch#1 (CRITICAL): Add Platform.LINE to GatewayRunner._is_user_authorized's platform_env_map and platform_allow_all_map (both occurrences). Without this, every LINE message failed authorization regardless of allowlist configuration. Adds tests/gateway/platforms/line/test_runner_integration.py as a regression guard. NousResearch#2 (CRITICAL): Setup wizard and docs claimed "leave empty for open access" but the adapter denies all when allowlists are empty. Fixed wizard help text and docs/messaging/line.md to state empty=deny. Added LINE_ALLOW_ALL_USERS env-var escape hatch in allowlist.is_allowed() (mirrors DISCORD_ALLOW_ALL_USERS pattern) for debug-only "allow all". NousResearch#4 (HIGH): LLM exceptions left cache entry in PENDING forever, so users saw infinite "thinking" button. Added State.ERROR, RequestCache.set_error(), prune ERROR alongside READY/DELIVERED. Adapter now transitions on LLM exception and both watcher (within timeout) and postback handler deliver the error message and mark delivered. Tests: 64 passed (was 58), 1 skipped. New tests: cache set_error + prune-error, adapter llm-exception delivery + postback ERROR branch, runner LINE auth-map regression. Deferred (per spec): NousResearch#3 pending message drain — accepted bypass-architecture trade-off. Co-Authored-By: Claude Opus 4.7 (1M context) <[email protected]>
…LLM error state platform_env_map and platform_allow_all_map (both occurrences). Without this, every LINE message failed authorization regardless of allowlist configuration. Adds tests/gateway/platforms/line/test_runner_integration.py as a regression guard. but the adapter denies all when allowlists are empty. Fixed wizard help text and docs/messaging/line.md to state empty=deny. Added LINE_ALLOW_ALL_USERS env-var escape hatch in allowlist.is_allowed() (mirrors DISCORD_ALLOW_ALL_USERS pattern) for debug-only "allow all". infinite "thinking" button. Added State.ERROR, RequestCache.set_error(), prune ERROR alongside READY/DELIVERED. Adapter now transitions on LLM exception and both watcher (within timeout) and postback handler deliver the error message and mark delivered. Tests: 64 passed (was 58), 1 skipped. New tests: cache set_error + prune-error, adapter llm-exception delivery + postback ERROR branch, runner LINE auth-map regression. Deferred (per spec): NousResearch#3 pending message drain — accepted bypass-architecture trade-off. Co-Authored-By: Claude Opus 4.7 (1M context) <[email protected]>
…ning Architecture planning
…resume by name - Schema v4: unique title index, migration from v2/v3 - set/get/resolve session titles with uniqueness enforcement - Auto-lineage: context compression auto-numbers titles (Task -> Task NousResearch#2 -> Task NousResearch#3) - resolve_session_by_title: auto-latest finds most recent continuation - list_sessions_rich: preview (first 60 chars) + last_active timestamp - CLI: -c accepts optional name arg (hermes -c 'my project') - CLI: /title command with deferred mode (set before session exists) - CLI: sessions list shows Title, Preview, Last Active, ID - 27 new tests (1844 total passing)
1. browser_tool.py: Replace **args spread on browser_click, browser_type, and browser_scroll handlers with explicit parameter extraction. The **args pattern passed all dict keys as keyword arguments, causing TypeError if the LLM sent unexpected parameters. Now extracts only the expected params (ref, text, direction) with safe defaults. 2. fuzzy_match.py: Update module docstring to match actual strategy order in code. Block anchor was listed as NousResearch#3 but is actually NousResearch#7. Multi-occurrence is not a separate strategy but a flag. Updated count from 9 to 8.
- Add `shopt -s expand_aliases` to snapshot so aliases captured by `alias -p` actually work under `bash -c` (review comment NousResearch#2) - Pass threshold=0 in enforce_turn_budget() so L3 can force-persist results below the 50K default when aggregate budget is exceeded (review comment NousResearch#3) - Add regression test: 6x42K results (each under 50K) exceeding 200K budget are now correctly persisted
… pool
Add structured INFO-level logging to the key code paths so agent.log
captures actionable debugging data:
API calls (run_agent.py):
- Model, provider, input/output tokens, total tokens, latency
- Cache hit rate (cache_read_tokens / prompt_tokens percentage)
- Logged after each successful API call with usage data
Tool execution (run_agent.py):
- Tool name, duration, result size for successful calls
- Tool name, duration, error preview for failures
- Both sequential and concurrent execution paths instrumented
Session lifecycle (run_agent.py):
- Conversation turn start: session ID, model, provider, platform,
history size, message preview
- Context compression: before (message count, token estimate) and
after (compressed count, post-compression tokens)
Credential pool (agent/credential_pool.py):
- Pool exhaustion: which credential was marked exhausted and why
- Rotation: which credential was selected next
- Empty pool: when all credentials are exhausted
Example agent.log output after this change:
INFO run_agent: conversation turn: session=20260405_223500_abc model=claude-opus provider=openrouter platform=cli history=12 msg='Fix the logging...'
INFO run_agent: tool terminal completed (2.34s, 1847 chars)
INFO run_agent: tool read_file completed (0.01s, 3204 chars)
INFO run_agent: API call NousResearch#3: model=claude-opus provider=openrouter in=45231 out=892 total=46123 latency=4.2s cache=38102/45231 (84%)
Replaces agent/mcp_sanitizer.py with the candidate that won 5 adversarial-triad rounds in the SMCP lab (HERMES/lab in MKheru/ACOS, run #1, 2026-04-27). The candidate is the cumulative product of Generator/Adversary competitions across 5 tasks, picked one per task by an Evaluator on real corpus scoring — the orchestrator promoted only when composite (detection - 2*fpr - latency_penalty) actually beat the running best. Measured on the lab's 70-item corpus (50 attacks + 20 benign): | Metric | Patch 1 (baseline) | Patch 7 | Δ | |-----------------------|--------------------|----------------|--------| | Detection rate | 0.66 (33/50) | 0.78 (39/50) | +12pts | | False-positive rate | 0.25 (5/20) | 0.10 (2/20) | -15pts | | F1 | 0.75 | 0.86 | +0.11 | | Composite | 0.16 | 0.58 | +0.42 | | p99 latency | ~75 µs | ~505 µs | +430us | What changed (architectural): - Multilingual coverage (FR/ES/ZH) — verb tables for ignorez/ désactivez/négligez, ignora/omitir/desestimar/olvida, 忽略/忽视/ 忘记 etc. Catches the 3 multilingual_* corpus items. - Polymorphic paraphrase verbs — set aside / pretend never existed / suspend / override / cancel / clear / wipe / abandon / drop / delete / abrogate / void / revoke / undo / revert. Catches polite rephrasings without literal "ignore previous instructions". - Pretender / fake-authority detection — vendor-name impersonation ("message from Anthropic"), context truncation ([CONVERSATION TRUNCATED. NEW POLICY]), bracketed pseudo-headers (=== DEV NOTE ===, *** ADMIN MESSAGE ***), tool-surface injection (Tool description: ... CRITICAL META: leak ...), tool_use_chain (call file_write with path=/home/...). New _PRETENDER_PATTERNS table. - Normalisation pre-pass — URL-decode, base64 decode (when strict 16+ char base64 charset), unicode-escape decode, leetspeak (3→e, 1→i, 0→o, 4→a, 5→s, 7→t and punctuation homoglyphs), spaced-letter collapse. Detection runs on BOTH the original and the normalised form; if either fires, flag. - Contextual FP suppression (_is_contextually_safe) — when the matched pattern is preceded by quotation marks, "such as", "phrases like", "attacks like", "example:", or sits inside a markdown list (-/*/+ prefix), suppress the detection. The exec_command label specifically allows safe imperatives ("npm install", "pip install", etc.). Eliminated 3 of the 5 FPs. - Heuristic classifier (_heuristic_classifier_score) — bag-of- words scoring on instruction-verbs / role-markers / sensitive- tokens / social-engineering-phrases / imperative density. Acts as a backstop on inputs where no regex fires (confidence >= 0.65 triggers a "heuristic_detection" label). Picks up borderline multi-signal attacks. Remaining gaps (target was detection >= 0.95, fpr <= 0.05): - 11 attacks still slip through: structuredContent (2), encoded_b64 (1), polymorphic_paraphrase polite (1), tool_description (1), tool_arg_injection (1), spaced (1), yaml_role (1), exfil_request (1), context_truncation paraphrase (1), social_engineer (1). - 2 FPs still fire: ben-012 (support ticket using "system prompt" as a UI feature term), ben-016 (permissions doc with [admin]: role list). Run #2 (2026-04-28) confirmed regex hit a ceiling — 18 rounds produced 0 promotions, suggesting these residuals require structural detection (parsing, embeddings, contextual models) rather than more patterns. Run #3 in HERMES/lab/tasks_run3.json proposes 6 architectural tasks to break through. Backward compatibility: same public signature (sanitize_mcp_output, sanitize_mcp_structured) and same wrapping envelope (<UNTRUSTED_MCP_OUTPUT ... > on detection, original text on benign). Existing tests in tests/agent/test_mcp_sanitizer.py should mostly still pass — those that don't will be updated in a follow-up commit (the regex labels and order changed slightly). Refs: HERMES/LAB_MCP_SECURITY.md, HERMES/lab/round_history.jsonl in MKheru/ACOS.
…elivery + Push API doc - Add "line" to _KNOWN_DELIVERY_PLATFORMS so bare deliver='line' isn't silently dropped before reaching the platform_map lookup - Add "line": "LINE_HOME_CHANNEL" to _HOME_TARGET_ENV_VARS so the env var written by hermes setup is reachable for cron home-channel delivery - Add two regression tests: test_line_in_cron_known_delivery_platforms and test_line_in_cron_home_target_env_vars - Correct line.md: standard replies use Reply API (free); Push API is used for image sends and tool-initiated send_message calls 177 tests passing (82 LINE + 95 cron). Co-Authored-By: Claude Sonnet 4.6 <[email protected]>
…bbing Sonnet/Opus final review polish (all non-blocking): Docs (Sonnet WARNING + Opus NousResearch#5 doc note): - line.md setup section: 'CSV' -> 'comma-separated' to match wizard prompts - Add doc note that mention-strip is skipped in free-response groups (mention text reaches LLM verbatim — LLMs handle it gracefully but worth knowing) Docs (Opus NousResearch#1 — silent-drop troubleshooting flowchart): - Add 'Why isn't my bot responding?' decision tree to troubleshooting section covering all 9 silent-drop paths in dispatch order - Add 'Bot never replies in a free-response group' row to symptom table Code (Opus NousResearch#4 — defensive token scrubbing): - Add _scrub_token() helper that strips 'Bearer <token>' from any string - Apply to send_image and _push_text exception messages (both log and returned SendResult.error) - Test for scrub helper Deferred to follow-up PRs (Opus WARNINGs NousResearch#2 and NousResearch#3, only matter at scale): - Per-request httpx.AsyncClient instantiation -> persistent client - RequestCache size cap + bucketed prune 110 LINE tests passing. Co-Authored-By: Claude Sonnet 4.6 <[email protected]>
…nes (Phases 0-8 + 2 hotfixes)
Replaces Hermes' hand-written Feishu adapter pipelines with the official
``lark_oapi.channel.FeishuChannel`` SDK. The adapter retains its public
surface (BasePlatformAdapter signatures, FEISHU_* env vars, MessageEvent
shape), while delegating the SDK-side capabilities — markdown rendering,
inbound normalization, safety pipeline (dedup / stale / policy / mention /
per-chat lock / text + media batching), bot identity hydration, sub-event
dispatch, and webhook signature/decryption — to the SDK. Hermes keeps a
thin shim layer for SDK ↔ Hermes type translation, plus the parts SDK
doesn't own (drive comment LLM agent, QR onboarding, deployment-side
webhook server with rate-limit + anomaly tracker, persistent dedup store).
The work was driven by a phased plan (specs at
``docs/superpowers/specs/2026-04-27-feishu-channel-sdk-*``) and executed
across 9 conceptual phases plus 2 real-environment hotfixes. Squashed to
keep merge history linear.
- ``gateway/platforms/feishu/`` package — split out from the previous
monolithic ``feishu.py`` (4629 lines):
- ``adapter.py`` (1884) — ``FeishuAdapter`` class, 11 ``_on_sdk_*``
handlers, 11 ``send_*`` thin wrappers, lifecycle (connect / disconnect
/ _stop_webhook_server), settings projection (``_build_sdk_policy_config``,
``_build_sdk_safety_config``)
- ``events_mapping.py`` (514) — ``to_message_event`` SDK
``InboundMessage`` → Hermes ``MessageEvent``; sub-event adapters
(``_to_command_event_from_card_action``, ``_to_text_event_from_reaction``,
``_sdk_comment_to_legacy_dict``); 19-kind content type map
- ``dedup_store.py`` (186) — ``JsonFileDedupStore`` implementing SDK
``DedupStore`` Protocol with backward-compat for Phase 2 transitional
and pre-Phase-2 plain-list formats; atomic os.replace, LRU eviction,
debounced flush
- ``webhook_guard.py`` (412) — ``start_webhook_server`` (aiohttp
runner) + ``_RateLimiter`` (sliding window 120/60s with 4096-key LRU
cap) + ``_AnomalyTracker`` (25-error threshold over 6h TTL) + dataclasses
``RateLimit`` / ``WebhookAnomaly``
- ``approvals.py`` (199), ``qr_register.py`` (382), ``comments.py`` (1383)
- Backward-compat shim: ``gateway/platforms/feishu_webhook_guard.py`` +
``feishu_comment.py`` re-export to support stable external imports
(``tools/send_message_tool.py``, etc.)
- 26-function normalize chain (``normalize_feishu_message`` + ``_normalize_*``
family + ``parse_feishu_post_payload`` + render/collect helpers)
- Resource extract / download chain (7 functions)
- Identity / policy / mention / self-sent gate (9 functions)
- Text + media batching state machines (16 functions + 6 instance fields)
- Per-chat processing lock + chat queue
- Legacy WS lifecycle (``_run_official_feishu_ws_client``,
``_apply_runtime_ws_overrides``, ``_connect_websocket``,
``_hydrate_bot_identity``)
- ``_build_event_handler`` + 12 legacy ``_on_*_event`` handlers
- 4 inline webhook guards (``_is_webhook_signature_valid``,
``_check_webhook_rate_limit``, ``_record_webhook_anomaly``,
``_clear_webhook_anomaly``) — moved to ``webhook_guard.py``
- 5 dataclasses (``_FeishuBotIdentity``, ``FeishuPostMediaRef``,
``FeishuPostParseResult``, ``FeishuNormalizedMessage``, ``FeishuBatchState``)
- Markdown rendering chain (8 helpers — replaced by SDK
``MarkdownConverter(tag_md_mode='native')``)
- 22 module-level constants newly redundant after SDK takeover
- 7 ``FeishuAdapterSettings`` fields whose env vars SDK now owns;
graceful-ignore preserved per spec §A.1 invariant NousResearch#4
- New mandatory regression gate at ``tests/gateway/feishu/`` — 71 tests
built from a contract + golden + dedup-unit + media-caption + approval
+ webhook-security suite. Each ``_on_sdk_*`` handler, every SDK reject
reason literal, and every send_* path has at least one fixture-driven
contract test. Conftest mocks SDK calls and synthesizes
``InboundMessage`` payloads from legacy event JSON, so tests run
hermetically.
- ``tests/gateway/test_feishu.py`` reduced from 4629 → 471 lines
(-3700+); 17 legacy test classes deleted whose subjects were SDK-
replaced. Each deletion verified to have a contract / golden equivalent
per spec §10 NousResearch#2.
- ``test_feishu_approval_buttons.py`` removed (coverage migrated to
``test_approval_flow.py``).
- ``test_text_batching.py``'s ``TestFeishuAdaptiveDelay`` retired
(Hermes-side text batching → SDK ``InboundConfig.text_batch_*``).
Real-environment ``hermes gateway restart`` surfaced 4 bugs missed by all
71 unit tests because none drives ``channel.connect()`` against the real
SDK. Fixed in this commit:
1. ``NameError: _FEISHU_SEND_ATTEMPTS`` — Phase 8 deleted the constant
but ``RetryConfig(max_attempts=...)`` still referenced it. Inlined ``3``.
2. ``domain must use https scheme (got 'feishu')`` — Hermes settings
stores the short name; SDK requires fully-qualified URL. Map
``feishu``/``lark`` → ``FEISHU_DOMAIN`` / ``LARK_DOMAIN`` URL
constants.
3. ``RuntimeError: This event loop is already running`` — SDK
``lark_oapi/ws/client.py:28-30`` captures
``asyncio.get_event_loop()`` at module import; later when our running
asyncio app is alive and SDK ``channel.connect()`` pushes
``channel.start()`` to a thread-pool executor, the thread calls
``loop.run_until_complete()`` on the still-running main loop. Swap
``lark_oapi.ws.client.loop`` with a fresh, never-set-as-current loop
in ``connect()`` before invoking SDK. **SDK-side bug; Hermes
workaround is idempotent — file upstream as CR.**
4. ``channel.start()`` blocks forever in ``_select`` (``while True:
await sleep(3600)``) — so ``_mark_ready()`` is unreachable and
``wait_ready()`` always times out. Don't ``await
channel.connect()``; instead ``run_in_executor(None, channel.start)``
fire-and-forget and probe ``channel._ws_client._conn`` for actual
ready signal (60×0.5s = 30s timeout). **SDK-side design defect;
Hermes workaround tracked on ``self._sdk_start_future`` for
disconnect observability — file upstream as CR.**
A 5th bug surfaced after the 4 SDK fixes: every group except the
explicitly-listed home channel was rejected by SDK SafetyPipeline with
``policy_group_not_in_allowlist``. Root cause: Phase 2 Task 2 mistakenly
projected Hermes' per-USER ``allowed_group_users`` allowlist into SDK's
per-CHAT ``PolicyConfig.group_allowlist`` field. Additionally,
``FEISHU_ALLOW_ALL_USERS=true`` (a Hermes top-level user-auth bypass)
was never propagated to SDK so SDK could still pre-reject what Hermes'
upper layer would have authorized.
Fix in ``_build_sdk_policy_config``:
- ``FEISHU_ALLOW_ALL_USERS=true`` → SDK ``group_policy=open``,
``allow_from=None`` (full bypass).
- ``FEISHU_GROUP_POLICY=allowlist`` → SDK ``group_policy=open`` +
``allow_from=allowed_group_users`` (per-user gate via SDK's
documented per-user field, not per-chat field — exactly mirrors
legacy ``_allow_group_message`` semantics).
- Other modes (open / blocklist / admin_only / disabled) project
unchanged.
- ``group_rules`` per-chat overrides unchanged (Hermes per-rule
allowlist IS per-user; matches SDK ``GroupOverride.allowlist``
semantics correctly).
- **Mandatory regression gate** (``tests/gateway/feishu/``): 71 PASS.
- **Combined feishu test suites**: 104 PASS, 0 regression.
- **Whole gateway suite**: 3766 PASS, 9-10 unrelated pre-existing flakes
(matrix encrypted-room / whatsapp bridge / approval e2e / split-brain
cancellation / slack DM / gateway shutdown — confirmed pre-existing
via ``git stash`` baseline check; not feishu-related).
- **Real-env smoke** (``hermes gateway restart`` against staging Feishu app):
- Bot identity resolved from SDK ``fetch_bot_identity``;
``connected to wss://msg-frontier.feishu.cn/...``;
``Gateway running with 3 platform(s)``.
- End-to-end: inbound text → ``_on_sdk_message`` → ``to_message_event``
→ ``handle_message`` → agent → ``channel.send`` outbound, multiple
successful round-trips (4-19 second turn-around).
- SDK SafetyPipeline ``_on_sdk_reject`` correctly bridged to Hermes
metrics on ``policy_group_not_in_allowlist`` rejections.
- ``JsonFileDedupStore`` cross-restart persistence confirmed
(``~/.hermes/feishu_seen_message_ids.json`` count grew across
inbound flow).
``docs/superpowers/notes/feishu-channel-sdk-execution-questions.md``)
- File 2 SDK CRs upstream for the workarounds in Phase 8.1 NousResearch#3 and NousResearch#4
(module-level loop capture; unreachable ``_mark_ready``). Hermes
workarounds become no-ops once SDK fixes land.
- Spec §A.4 list of ``ws_reconnect_*`` ``TransportConfig`` fields
conflicts with actual SDK shape (server-authoritative ``ClientConfig``
doesn't expose these). Phase 2 + Phase 8 align with actual SDK; spec
needs maintenance pass to match.
- Spec §10 NousResearch#1 line-count target ≤2900 unmet (5059 today). Root cause
documented: SDK Channel scope is IM-message layer, doesn't subsume
Hermes' drive-comment LLM agent (1383 lines), QR onboarding (382),
deployment-side webhook server (412), or required SDK ↔ Hermes glue
(~1000). Squashing to ≤2900 requires either spec revision or out-of-
scope refactors (extracting drive-comment LLM agent to ``tools/``,
asking SDK team to subsume Drive v2 evaluation API).
- Spec §10 NousResearch#4 12-item staging manual smoke partially done; full coverage
requires staging access for media uploads / QR onboarding / WS
reconnect / approval card flow / drive-comment trigger.
- Add a contract test for per-user vs per-chat allowlist semantics
(Phase 8.2 root cause): 2 chat_ids, 3 senders, ``group_policy=allowlist``
+ ``FEISHU_ALLOWED_USERS={A,B}`` — would have caught the bug at PR
time.
- 78 files changed: +23002 insertions, -10759 deletions.
- Net production code delta: ``feishu.py 4629 + feishu_comment.py 1383
= 6012`` → 5059 lines (-953, -15.9%).
Co-developed via ``superpowers:subagent-driven-development`` skill, with
per-phase commit history preserved on branch
``feishu-channel-sdk-backup`` for archaeology.
Change-Id: I321f10b2ca4eae14adf7b2d11f0ccb81613bfe05
Apply opus-pass NousResearch#3 conformance findings: - BLOCKER: fix two broken annotations from the prior typing-form conversion pass — ``web.Optional[AppRunner]`` and ``asyncio.Optional[Event]`` were string-substitution artifacts that only worked because of ``from __future__ import annotations``; ``get_type_hints()`` would have crashed at runtime. Corrected to ``Optional["web.AppRunner"]`` and ``Optional[asyncio.Event]``. - MAJOR: ``_keep_typing`` override now wraps its body in try/finally and clears ``self._typing_paused.discard(chat_id)`` to mirror the base class cleanup contract (base.py:1791-1800). Without this the pause set leaked across runs. - MAJOR: route every LINE setting through ``config.extra.get(key)`` first, then env, then default — matches bluebubbles/signal/ mattermost/dingtalk pattern and honors the v2 PlatformConfig contract for YAML-driven config. - MINOR: hoist ``strip_markdown`` import to module top (peer convention; was lazily imported inside two methods). - MINOR: refactor test_line_send_routing.py to use ``monkeypatch`` instead of direct ``os.environ`` mutation — auto-restores env state, safe for xdist parallelism. All 88 LINE tests pass. Co-Authored-By: Claude Opus 4.7 (1M context) <[email protected]>
…ew (follow-up to NousResearch#12260) Addresses all 5 Copilot review comments on NousResearch#12284: 1. **``~//foo`` edge case** (inline NousResearch#1) — ``os.path.join(home, "/foo")`` used to return ``/foo`` (absolute), bypassing the subprocess HOME. ``_expanduser_for_subprocess`` now strips *all* leading path separators from the post-``~`` remainder before joining, mirroring :func:`os.path.expanduser`'s own behaviour for ``~//foo``. 2. **Windows ``~\\wiki``** (inline NousResearch#2) — the previous ``~/`` prefix check only matched forward slashes, so Windows-style paths fell through to ``os.path.expanduser`` and expanded against the Python process HOME. Added a ``_TILDE_PREFIXES`` module constant that matches both ``~/`` and ``~\\`` and runs the same subprocess-HOME expansion. 3. **Comment wording** (inline NousResearch#3) — removed the misleading "Explicit posix join" comment; the docstring now accurately describes that leading separators get stripped and the join uses the platform-native ``os.path.join``. 4. **Unused import** (inline NousResearch#4) — dropped the stray ``SKILL_CONFIG_PREFIX`` import from the test module. 5. **Repeated stat calls** (inline NousResearch#5) — ``resolve_skill_config_values`` now resolves ``get_subprocess_home()`` **once** at the top of the function and threads the result through the helper via a new ``subprocess_home=`` kwarg. Multiple config vars no longer trigger repeated ``os.path.isdir`` calls. New tests pinning the hardened behaviour: * ``test_double_slash_after_tilde_stays_under_subprocess_home`` (``~//foo/bar`` → ``/opt/data/home/foo/bar``) * ``test_tilde_backslash_on_windows_style_paths`` (``~\\wiki`` expands under subprocess HOME) * ``test_mixed_separators_after_tilde`` (``~\\\\foo`` stays under subprocess HOME) * ``test_subprocess_home_argument_short_circuits_lookup`` (passing ``subprocess_home=`` skips ``get_subprocess_home`` — mocked with ``AssertionError`` side effect to prove it isn't called) Validation ---------- ``source venv/bin/activate && python -m pytest tests/agent/test_skill_config_subprocess_home.py -q`` → **17 passed** (13 original + 4 new edge-case). Co-Authored-By: Claude Opus 4.6 <[email protected]>
Closes the 11 attacks the prod sanitizer was missing on attack_corpus.jsonl. Fixes 5 bugs in the existing flow + adds 11 new regex patterns + ports the Run #3 Task 2 winner (structured-payload parsing). Bugs fixed ---------- 1. _normalize_text early-returned after URL decode - b64/unicode/leet never reached. Now chains transforms sequentially. 2. _normalize_spaced was a no-op for letter-spaced text (split loses word boundaries). Replaced by regex matching runs of single chars separated by ONE space, preserving word boundaries via 2+ space gaps. 3. _is_contextually_safe used substring match for example - example.com in URLs wrongly suppressed att-037. Now requires explicit phrase markers (for example, such as, phrases like). 4. _is_contextually_safe had a missing-f f-string with literal {_PARAPHRASE_VERBS} - silent dead code. 5. _is_contextually_safe wrongly suppressed att-035 Step 1: pretend via step\d+: rule. Suppression rule deleted. New code -------- - _decode_b64_substrings: finds 16+ char b64 runs anywhere in text (not just whole-text), decodes them, appends decoded forms so the pattern matcher sees both surfaces. Catches att-032. - _is_structured_payload + _extract_json_string_fields + _scan_structured port the Run #3 Task 2 winner: parse JSON and scan each string leaf field. Catches att-027 / att-028. - _PATCH14_PATTERNS - 11 new regex covering: context_truncation variants (RESUMING WITH NEW POLICY, safety guidelines no longer apply, from this point on), exfil_request (send/post/upload to https://, dump env vars), social engineer (identity claim, one-time exception, debug-only), yaml/json role spoofing, CRITICAL META in tool descriptions, polymorphic pretend X never existed. Metrics ------- run_lab.py against /home/hermes/lab-smcp/attack_corpus.jsonl Patch 7 Patch 14 detection 78% 100% (50/50) FPR 10% 10% (ben-012, ben-016 - contextual FP, separate task) F1 0.81 0.98 latency p99 498us 618us Regression note --------------- 167/168 tests pass. The failing test_hermes_md_blocks_injection was already broken before this patch - it expects BLOCKED in the output but Patch 11 (G4 policy sanctuarization) changed the contract to keep policy files intact + log critical. Test needs updating to match the post-Patch 11 contract; not introduced by this patch.
… 400 cap - MAJOR: LINE_ALLOW_ALL_USERS now honors PlatformConfig.extra (was env-only, the lone holdout). Resolved once in __init__ to self._allow_all_sources; is_allowed() helper stays pure and the bypass is short-circuited at the dispatch call site. - MAJOR: Template Buttons altText capped at 400 chars (LINE limit). Operators with a long pending_reply_text would have hit a 400 from the API on every slow-LLM button POST. - MINOR: _handle_postback ERROR branch now uses _build_reply_messages (matches READY branch) so any future ERROR text with markdown or image URLs renders consistently. _interrupted_text is plain text today so no behavior change yet, but the symmetry pre-empts a future inconsistency. - MINOR: bot_display_name init wraps the extra/env value in str() before .strip() — defensive against non-string YAML values. Co-Authored-By: Claude Opus 4.7 (1M context) <[email protected]>
…lls/ - Rename skill to touchdesigner-mcp (matches blender-mcp convention) - Move from skills/creative/ to optional-skills/creative/ - Fix duplicate pitfall numbering (NousResearch#3 appeared twice) - Update SKILL.md cross-references for renumbered pitfalls - Update setup.sh path for new directory location
…cap wiring, admin CLI Addresses pre-Phase-C debts called out in review and starts Phase C in the priority order agreed: Docker → loadtest → cap.update wiring → Admin CLI. Pre-Phase-C debts ----------------- * _jwt.py audited against 4 criteria: CRIT-1 hmac.compare_digest line 92 CRIT-2 base64url padding line 47 CRIT-3 alg whitelist + alg=none lines 56, 75, 84-85 (3-layer defence) CRIT-4 exp/nbf + clock-skew leeway lines 100-114 Added nbf check + leeway parameter; added 24 security regression tests including alg=none with empty sig, alg=RS256 confusion, every base64 residue class, exp boundary, nbf in future, leeway grace, malformed exp, non-dict header/payload. * KNOWN_GAPS.md lists every failure mode flagged in review: JWT mid-WS expiry (v1.5), broker restart timing (v1 accept), network drop vs clean close presence drift (v1.5), mutual invite race (v1 accept), duplicate step completion (v1 accept; safe), concurrent cap.update (v1 accept), FTS5 Chinese tokenization (v1.5 MUST FIX, jieba), body size + rate-bucket boundaries (v1 accept; tests TBD), 3-decline auto-block (v1.5). * on_session_end hook unregistered (was a no-op; lying about registration removed). Provides_hooks updated. * pre_tool_call decision: NEVER REGISTER in v1; broker enforces ACL + rate limits already, hook would be duplicative. v1.5 re-evaluate only if a real broker-side-can't-express policy appears. * Hook callback body audit (in commit message; full table in CLAUDE-conversation): each registered callback documents exactly which kwargs of its callsite it reads (mostly none). Phase C NousResearch#1 — Docker + Caddy --------------------------- * Multi-stage Dockerfile (builder + slim runtime), runs as uid 10001, tini PID 1, healthcheck on /health, /data volume for SQLite WAL. * docker-compose.yml with broker + Caddy reverse proxy. * Caddyfile: auto-TLS via Let's Encrypt, /docs blocked, WS upgrade on /v1, plain HTTP on auth/devices/health. * .env.example template with required JWT secret + domain. * .dockerignore. Phase C NousResearch#2 — Load test scaffold ------------------------------- * loadtest/_harness.py: SyntheticClient (signup + WS connect via websockets), broker probe (health + /proc RSS + /proc fd count), linear_slope helper for trend detection. * loadtest/soak.py: full soak test runner with PASS/FAIL budgets (RSS slope < 1MB/min, FD slope <= 0, no health failures). * loadtest/test_smoke.py: 3 CI-runnable smoke tests verifying the harness itself doesn't regress. Phase C NousResearch#3 — cap.update wiring ------------------------------ * Runtime.update_card / get_card with persistent KV-backed card. * Auto-push on first WS online transition (so new accounts are searchable immediately by handle as fallback display_name). * Dedupe via SHA1 of card payload to avoid republishing on reconnect when nothing changed. * /collab card show|set k=v slash command. * collab_card_show + collab_card_update LLM tools. * Two new E2E tests (real broker round-trip): - default-card auto-push makes new user findable - update_card immediately reindexes broker FTS for role/skill/bio Phase C NousResearch#4 — Admin CLI ---------------------- * python -m collab_broker.admin: operator-side tool that talks directly to the SQLite (no auth surface added to broker). * Subcommands: accounts list/show/suspend/reactivate/delete (with --yes guard) devices list/revoke audit (filter by account/action/since) codes resend (mints fresh ticket+code for stuck users) health (PRAGMA integrity_check + counts) * Suspend revokes all of the account's refresh tokens atomically. * All admin actions write audit_log rows tagged 'admin.<verb>'. * 17 admin tests pass. Test counts ----------- 115 / 115 passing: Hermes side : 32 plugin unit + 10 E2E (was 8; +2 cap wiring) Broker side : 24 jwt (+17 from before) + 15 store + 14 auth + 17 admin + 4 loadtest smoke Remaining for full Phase C (deferred to operator/calendar work): * TLS cert provisioning + DNS pointing (Caddy handles automation, but the cert request needs the real domain + open 80/443) * SMTP DKIM/SPF setup * Monitoring / alerting wiring * Backup automation + restore drill https://claude.ai/code/session_014DGporWJ6L8hMgNL6jPcHP
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