Files
openclaw/src/infra/outbound/bound-delivery-router.ts
Onur 8178ea472d feat: thread-bound subagents on Discord (#21805)
* docs: thread-bound subagents plan

* docs: add exact thread-bound subagent implementation touchpoints

* Docs: prioritize auto thread-bound subagent flow

* Docs: add ACP harness thread-binding extensions

* Discord: add thread-bound session routing and auto-bind spawn flow

* Subagents: add focus commands and ACP/session binding lifecycle hooks

* Tests: cover thread bindings, focus commands, and ACP unbind hooks

* Docs: add plugin-hook appendix for thread-bound subagents

* Plugins: add subagent lifecycle hook events

* Core: emit subagent lifecycle hooks and decouple Discord bindings

* Discord: handle subagent bind lifecycle via plugin hooks

* Subagents: unify completion finalizer and split registry modules

* Add subagent lifecycle events module

* Hooks: fix subagent ended context key

* Discord: share thread bindings across ESM and Jiti

* Subagents: add persistent sessions_spawn mode for thread-bound sessions

* Subagents: clarify thread intro and persistent completion copy

* test(subagents): stabilize sessions_spawn lifecycle cleanup assertions

* Discord: add thread-bound session TTL with auto-unfocus

* Subagents: fail session spawns when thread bind fails

* Subagents: cover thread session failure cleanup paths

* Session: add thread binding TTL config and /session ttl controls

* Tests: align discord reaction expectations

* Agent: persist sessionFile for keyed subagent sessions

* Discord: normalize imports after conflict resolution

* Sessions: centralize sessionFile resolve/persist helper

* Discord: harden thread-bound subagent session routing

* Rebase: resolve upstream/main conflicts

* Subagents: move thread binding into hooks and split bindings modules

* Docs: add channel-agnostic subagent routing hook plan

* Agents: decouple subagent routing from Discord

* Discord: refactor thread-bound subagent flows

* Subagents: prevent duplicate end hooks and orphaned failed sessions

* Refactor: split subagent command and provider phases

* Subagents: honor hook delivery target overrides

* Discord: add thread binding kill switches and refresh plan doc

* Discord: fix thread bind channel resolution

* Routing: centralize account id normalization

* Discord: clean up thread bindings on startup failures

* Discord: add startup cleanup regression tests

* Docs: add long-term thread-bound subagent architecture

* Docs: split session binding plan and dedupe thread-bound doc

* Subagents: add channel-agnostic session binding routing

* Subagents: stabilize announce completion routing tests

* Subagents: cover multi-bound completion routing

* Subagents: suppress lifecycle hooks on failed thread bind

* tests: fix discord provider mock typing regressions

* docs/protocol: sync slash command aliases and delete param models

* fix: add changelog entry for Discord thread-bound subagents (#21805) (thanks @onutc)

---------

Co-authored-by: Shadow <hi@shadowing.dev>
2026-02-21 16:14:55 +01:00

132 lines
3.5 KiB
TypeScript

import {
getSessionBindingService,
type ConversationRef,
type SessionBindingRecord,
type SessionBindingService,
} from "./session-binding-service.js";
export type BoundDeliveryRouterInput = {
eventKind: "task_completion";
targetSessionKey: string;
requester?: ConversationRef;
failClosed: boolean;
};
export type BoundDeliveryRouterResult = {
binding: SessionBindingRecord | null;
mode: "bound" | "fallback";
reason: string;
};
export type BoundDeliveryRouter = {
resolveDestination: (input: BoundDeliveryRouterInput) => BoundDeliveryRouterResult;
};
function isActiveBinding(record: SessionBindingRecord): boolean {
return record.status === "active";
}
function resolveBindingForRequester(
requester: ConversationRef,
bindings: SessionBindingRecord[],
): SessionBindingRecord | null {
const matchingChannelAccount = bindings.filter(
(entry) =>
entry.conversation.channel === requester.channel &&
entry.conversation.accountId === requester.accountId,
);
if (matchingChannelAccount.length === 0) {
return null;
}
const exactConversation = matchingChannelAccount.find(
(entry) => entry.conversation.conversationId === requester.conversationId,
);
if (exactConversation) {
return exactConversation;
}
if (matchingChannelAccount.length === 1) {
return matchingChannelAccount[0] ?? null;
}
return null;
}
export function createBoundDeliveryRouter(
service: SessionBindingService = getSessionBindingService(),
): BoundDeliveryRouter {
return {
resolveDestination: (input) => {
const targetSessionKey = input.targetSessionKey.trim();
if (!targetSessionKey) {
return {
binding: null,
mode: "fallback",
reason: "missing-target-session",
};
}
const activeBindings = service.listBySession(targetSessionKey).filter(isActiveBinding);
if (activeBindings.length === 0) {
return {
binding: null,
mode: "fallback",
reason: "no-active-binding",
};
}
if (!input.requester) {
if (activeBindings.length === 1) {
return {
binding: activeBindings[0] ?? null,
mode: "bound",
reason: "single-active-binding",
};
}
return {
binding: null,
mode: "fallback",
reason: "ambiguous-without-requester",
};
}
const requester: ConversationRef = {
channel: input.requester.channel.trim().toLowerCase(),
accountId: input.requester.accountId.trim(),
conversationId: input.requester.conversationId.trim(),
parentConversationId: input.requester.parentConversationId?.trim() || undefined,
};
if (!requester.channel || !requester.conversationId) {
return {
binding: null,
mode: "fallback",
reason: "invalid-requester",
};
}
const fromRequester = resolveBindingForRequester(requester, activeBindings);
if (fromRequester) {
return {
binding: fromRequester,
mode: "bound",
reason: "requester-match",
};
}
if (activeBindings.length === 1 && !input.failClosed) {
return {
binding: activeBindings[0] ?? null,
mode: "bound",
reason: "single-active-binding-fallback",
};
}
return {
binding: null,
mode: "fallback",
reason: "no-requester-match",
};
},
};
}