Files
openclaw/src/acp/runtime/registry.test.ts
Onur Solmaz a7d56e3554 feat: ACP thread-bound agents (#23580)
* docs: add ACP thread-bound agents plan doc

* docs: expand ACP implementation specification

* feat(acp): route ACP sessions through core dispatch and lifecycle cleanup

* feat(acp): add /acp commands and Discord spawn gate

* ACP: add acpx runtime plugin backend

* fix(subagents): defer transient lifecycle errors before announce

* Agents: harden ACP sessions_spawn and tighten spawn guidance

* Agents: require explicit ACP target for runtime spawns

* docs: expand ACP control-plane implementation plan

* ACP: harden metadata seeding and spawn guidance

* ACP: centralize runtime control-plane manager and fail-closed dispatch

* ACP: harden runtime manager and unify spawn helpers

* Commands: route ACP sessions through ACP runtime in agent command

* ACP: require persisted metadata for runtime spawns

* Sessions: preserve ACP metadata when updating entries

* Plugins: harden ACP backend registry across loaders

* ACPX: make availability probe compatible with adapters

* E2E: add manual Discord ACP plain-language smoke script

* ACPX: preserve streamed spacing across Discord delivery

* Docs: add ACP Discord streaming strategy

* ACP: harden Discord stream buffering for thread replies

* ACP: reuse shared block reply pipeline for projector

* ACP: unify streaming config and adopt coalesceIdleMs

* Docs: add temporary ACP production hardening plan

* Docs: trim temporary ACP hardening plan goals

* Docs: gate ACP thread controls by backend capabilities

* ACP: add capability-gated runtime controls and /acp operator commands

* Docs: remove temporary ACP hardening plan

* ACP: fix spawn target validation and close cache cleanup

* ACP: harden runtime dispatch and recovery paths

* ACP: split ACP command/runtime internals and centralize policy

* ACP: harden runtime lifecycle, validation, and observability

* ACP: surface runtime and backend session IDs in thread bindings

* docs: add temp plan for binding-service migration

* ACP: migrate thread binding flows to SessionBindingService

* ACP: address review feedback and preserve prompt wording

* ACPX plugin: pin runtime dependency and prefer bundled CLI

* Discord: complete binding-service migration cleanup and restore ACP plan

* Docs: add standalone ACP agents guide

* ACP: route harness intents to thread-bound ACP sessions

* ACP: fix spawn thread routing and queue-owner stall

* ACP: harden startup reconciliation and command bypass handling

* ACP: fix dispatch bypass type narrowing

* ACP: align runtime metadata to agentSessionId

* ACP: normalize session identifier handling and labels

* ACP: mark thread banner session ids provisional until first reply

* ACP: stabilize session identity mapping and startup reconciliation

* ACP: add resolved session-id notices and cwd in thread intros

* Discord: prefix thread meta notices consistently

* Discord: unify ACP/thread meta notices with gear prefix

* Discord: split thread persona naming from meta formatting

* Extensions: bump acpx plugin dependency to 0.1.9

* Agents: gate ACP prompt guidance behind acp.enabled

* Docs: remove temp experiment plan docs

* Docs: scope streaming plan to holy grail refactor

* Docs: refactor ACP agents guide for human-first flow

* Docs/Skill: add ACP feature-flag guidance and direct acpx telephone-game flow

* Docs/Skill: add OpenCode and Pi to ACP harness lists

* Docs/Skill: align ACP harness list with current acpx registry

* Dev/Test: move ACP plain-language smoke script and mark as keep

* Docs/Skill: reorder ACP harness lists with Pi first

* ACP: split control-plane manager into core/types/utils modules

* Docs: refresh ACP thread-bound agents plan

* ACP: extract dispatch lane and split manager domains

* ACP: centralize binding context and remove reverse deps

* Infra: unify system message formatting

* ACP: centralize error boundaries and session id rendering

* ACP: enforce init concurrency cap and strict meta clear

* Tests: fix ACP dispatch binding mock typing

* Tests: fix Discord thread-binding mock drift and ACP request id

* ACP: gate slash bypass and persist cleared overrides

* ACPX: await pre-abort cancel before runTurn return

* Extension: pin acpx runtime dependency to 0.1.11

* Docs: add pinned acpx install strategy for ACP extension

* Extensions/acpx: enforce strict local pinned startup

* Extensions/acpx: tighten acp-router install guidance

* ACPX: retry runtime test temp-dir cleanup

* Extensions/acpx: require proactive ACPX repair for thread spawns

* Extensions/acpx: require restart offer after acpx reinstall

* extensions/acpx: remove workspace protocol devDependency

* extensions/acpx: bump pinned acpx to 0.1.13

* extensions/acpx: sync lockfile after dependency bump

* ACPX: make runtime spawn Windows-safe

* fix: align doctor-config-flow repair tests with default-account migration (#23580) (thanks @osolmaz)
2026-02-26 11:00:09 +01:00

100 lines
2.9 KiB
TypeScript

import { beforeEach, describe, expect, it, vi } from "vitest";
import { AcpRuntimeError } from "./errors.js";
import {
__testing,
getAcpRuntimeBackend,
registerAcpRuntimeBackend,
requireAcpRuntimeBackend,
unregisterAcpRuntimeBackend,
} from "./registry.js";
import type { AcpRuntime } from "./types.js";
function createRuntimeStub(): AcpRuntime {
return {
ensureSession: vi.fn(async (input) => ({
sessionKey: input.sessionKey,
backend: "stub",
runtimeSessionName: `${input.sessionKey}:runtime`,
})),
runTurn: vi.fn(async function* () {
// no-op stream
}),
cancel: vi.fn(async () => {}),
close: vi.fn(async () => {}),
};
}
describe("acp runtime registry", () => {
beforeEach(() => {
__testing.resetAcpRuntimeBackendsForTests();
});
it("registers and resolves backends by id", () => {
const runtime = createRuntimeStub();
registerAcpRuntimeBackend({ id: "acpx", runtime });
const backend = getAcpRuntimeBackend("acpx");
expect(backend?.id).toBe("acpx");
expect(backend?.runtime).toBe(runtime);
});
it("prefers a healthy backend when resolving without explicit id", () => {
const unhealthyRuntime = createRuntimeStub();
const healthyRuntime = createRuntimeStub();
registerAcpRuntimeBackend({
id: "unhealthy",
runtime: unhealthyRuntime,
healthy: () => false,
});
registerAcpRuntimeBackend({
id: "healthy",
runtime: healthyRuntime,
healthy: () => true,
});
const backend = getAcpRuntimeBackend();
expect(backend?.id).toBe("healthy");
});
it("throws a typed missing-backend error when no backend is registered", () => {
expect(() => requireAcpRuntimeBackend()).toThrowError(AcpRuntimeError);
expect(() => requireAcpRuntimeBackend()).toThrowError(/ACP runtime backend is not configured/i);
});
it("throws a typed unavailable error when the requested backend is unhealthy", () => {
registerAcpRuntimeBackend({
id: "acpx",
runtime: createRuntimeStub(),
healthy: () => false,
});
try {
requireAcpRuntimeBackend("acpx");
throw new Error("expected requireAcpRuntimeBackend to throw");
} catch (err) {
expect(err).toBeInstanceOf(AcpRuntimeError);
expect((err as AcpRuntimeError).code).toBe("ACP_BACKEND_UNAVAILABLE");
}
});
it("unregisters a backend by id", () => {
registerAcpRuntimeBackend({ id: "acpx", runtime: createRuntimeStub() });
unregisterAcpRuntimeBackend("acpx");
expect(getAcpRuntimeBackend("acpx")).toBeNull();
});
it("keeps backend state on a global registry for cross-loader access", () => {
const runtime = createRuntimeStub();
const sharedState = __testing.getAcpRuntimeRegistryGlobalStateForTests();
sharedState.backendsById.set("acpx", {
id: "acpx",
runtime,
});
const backend = getAcpRuntimeBackend("acpx");
expect(backend?.runtime).toBe(runtime);
});
});