* fix(feishu): fetch thread context so AI can see bot replies in topic threads
When a user replies in a Feishu topic thread, the AI previously could only
see the quoted parent message but not the bot's own prior replies in the
thread. This made multi-turn conversations in threads feel broken.
- Add `threadId` (omt_xxx) to `FeishuMessageInfo` and `getMessageFeishu`
- Add `listFeishuThreadMessages()` using `container_id_type=thread` API
to fetch all messages in a thread including bot replies
- In `handleFeishuMessage`, fetch ThreadStarterBody and ThreadHistoryBody
for topic session modes and pass them to the AI context
- Reuse quoted message result when rootId === parentId to avoid redundant
API calls; exclude root message from thread history to prevent duplication
- Fall back to inbound ctx.threadId when rootId is absent or API fails
- Fetch newest messages first (ByCreateTimeDesc + reverse) so long threads
keep the most recent turns instead of the oldest
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
* fix(feishu): skip redundant thread context injection on subsequent turns
Only inject ThreadHistoryBody on the first turn of a thread session.
On subsequent turns the session already contains prior context, so
re-injecting thread history (and starter) would waste tokens.
The heuristic checks whether the current user has already sent a
non-root message in the thread — if so, the session has prior turns
and thread context injection is skipped entirely.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
* fix(feishu): handle thread_id-only events in prior-turn detection
When ctx.rootId is undefined (thread_id-only events), the starter
message exclusion check `msg.messageId !== ctx.rootId` was always
true, causing the first follow-up to be misclassified as a prior
turn. Fall back to the first message in the chronologically-sorted
thread history as the starter.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
* fix(feishu): bootstrap topic thread context via session state
* test(memory): pin remote embedding hostnames in offline suites
* fix(feishu): use plugin-safe session runtime for thread bootstrap
---------
Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com>
Co-authored-by: Tak Hoffman <781889+Takhoffman@users.noreply.github.com>
Fixes#43322
* fix(feishu): clear stale streamingStartPromise on card creation failure
When FeishuStreamingSession.start() throws (HTTP 400), the catch block
sets streaming = null but leaves streamingStartPromise dangling. The
guard in startStreaming() checks streamingStartPromise first, so all
future deliver() calls silently skip streaming - the session locks
permanently.
Clear streamingStartPromise in the catch block so subsequent messages
can retry streaming instead of dropping all future replies.
Fixes#43322
* test(feishu): wrap push override in try/finally for cleanup safety
* fix(feishu): add early event-level dedup to prevent duplicate replies
Add synchronous in-memory dedup at EventDispatcher handler level using
message_id as key with 5-minute TTL and 2000-entry cap.
This catches duplicate events immediately when they arrive from the Lark
SDK — before the inbound debouncer or processing queue — preventing the
race condition where two concurrent dispatches enter the pipeline before
either records the messageId in the downstream dedup layer.
Fixes the root cause reported in #42687.
* fix(feishu): correct inverted dedup condition
check() returns false on first call (new key) and true on subsequent
calls (duplicate). The previous `!check()` guard was inverted —
dropping every first delivery and passing all duplicates.
Remove the negation so the guard correctly drops duplicates.
* fix(feishu): simplify eventDedup key — drop redundant accountId prefix
eventDedup is already scoped per account (one instance per
registerEventHandlers call), so the accountId prefix in the cache key
is redundant. Use `evt:${messageId}` instead.
* fix(feishu): share inbound processing claim dedupe
---------
Co-authored-by: Tak Hoffman <781889+Takhoffman@users.noreply.github.com>
Peter Steinberger
Vincent Koc
Tak Hoffman
songlei
day253
Brian Qu
Andrew Demczuk
yunweibang
fabiaodemianyang