* fix(reply): deliver final reply when queued follow-up claims session; scope dedupe to routed thread
Two core bugs caused composed replies to be silently dropped (no delivery,
no error) when a second message arrived in the same thread mid-run:
1. dispatch-from-config: ensureDispatchReplyOperation only kept the
dispatch-owned operation authoritative while it had no result. Once
runReplyAgent completed the operation to drain queued follow-ups, a
second same-thread inbound could claim the session and the first final
reply would try to re-acquire the lane instead of finishing delivery,
deadlocking behind the queued work. Keep the dispatch-owned operation
authoritative through final delivery.
2. reply-payloads-dedupe: messaging-tool reply dedupe compared only the
channel target, not the routed thread, so a send in one thread could
suppress a later reply in a different thread. Thread the routed thread
id through buildReplyPayloads + follow-up delivery and only fall back to
channel-only matching for providers without a thread-aware suppression
matcher when neither side carries thread evidence.
Adds regression tests; existing Telegram topic-suppression behavior is
preserved by gating the thread guard to providers lacking a plugin matcher.
* fix(reply): preserve threaded message delivery evidence
* fix(reply): dedupe final payloads by delivery route
* fix(slack): preserve native send thread evidence
* fix(reply): preserve explicit reply thread evidence
* fix(reply): align explicit reply route dedupe
* fix(reply): preserve delivery lane through final dispatch
* fix(mattermost): preserve threaded tool send routes
* chore(plugin-sdk): refresh API baseline
* fix(reply): align final delivery route dedupe
* fix(reply): gate followups on final delivery
* fix(reply): keep send receipts private
* fix(reply): infer implicit message provider
* fix(reply): align routed threading policy
* fix(reply): preserve queued delivery context
* fix(reply): hydrate queued system event routes
* fix(reply): hydrate queued execution routes
* fix(reply): scope final delivery barriers
* fix(slack): preserve DM target aliases
* fix(reply): mirror resolved source thread routes
* fix(mattermost): retain delayed delivery barrier
* fix(codex): separate message routing from tool policy
* fix(reply): consume normalized Slack DM targets once
* fix(slack): remove stale target alias
* style(reply): satisfy changed lint gates
* fix(mattermost): preserve explicit reply targets
* test: align Slack reply branch checks
* fix(reply): persist overflow summaries to admitted session
---------
Co-authored-by: Peter Steinberger <steipete@gmail.com>
* fix(slack): route DM thread replies to main session instead of thread-scoped session
DM thread replies (user replies inside a thread under a bot message in a
DM) were routed to a thread-specific session key instead of the user's
main DM session. This caused the agent to never receive the inbound on
the expected session, making the bot appear unresponsive.
The root cause was in prepare-routing.ts: canonicalThreadId for
isDirectMessage was set to threadTs when isThreadReply was true, creating
a session key like agent:main:slack:direct:u3🧵<ts>. DM threads
are a UI affordance — not a session boundary — so all DM messages should
route to the main DM session regardless of thread_ts.
Also adds a diagnostic logVerbose warning when assistant_app_thread
message_changed events fail sender resolution (Case 2 of #82390),
which was previously completely silent.
Fixes#82390
* chore(slack): polish DM thread routing PR
* test(slack): update DM thread routing contract
* test(slack): flatten non-main DM thread expectations
* fix(slack): preserve bound DM thread routes
* test(slack): align DM thread session fixtures
* fix(slack): keep flattened DM thread metadata scoped
* fix(slack): preserve DM thread delivery routes
---------
Co-authored-by: Peter Steinberger <steipete@gmail.com>
Move all Slack channel implementation files from src/slack/ to
extensions/slack/src/ and replace originals with shim re-exports.
This follows the extension migration pattern for channel plugins.
- Copy all .ts files to extensions/slack/src/ (preserving directory
structure: monitor/, http/, monitor/events/, monitor/message-handler/)
- Transform import paths: external src/ imports use relative paths
back to src/, internal slack imports stay relative within extension
- Replace all src/slack/ files with shim re-exports pointing to
the extension copies
- Update tsconfig.plugin-sdk.dts.json rootDir from "src" to "." so
the DTS build can follow shim chains into extensions/
- Update write-plugin-sdk-entry-dts.ts re-export path accordingly
- Preserve extensions/slack/index.ts, package.json, openclaw.plugin.json,
src/channel.ts, src/runtime.ts, src/channel.test.ts (untouched)
