{"version":3,"file":"testing.mjs","names":[],"sources":["../../src/testing/test-messages.ts","../../src/testing/utils.ts","../../src/testing/test-peer.ts","../../src/testing/test-builder.ts","../../src/testing/test-edge-mesh.ts"],"sourcesContent":["//\n// Copyright 2022 DXOS.org\n//\n\nimport { type TaggedType } from '@dxos/codec-protobuf';\nimport { type TYPES } from '@dxos/protocols/proto';\n\nexport const PAYLOAD_1: TaggedType = {\n '@type': 'google.protobuf.Any',\n 'type_url': 'dxos.Example1',\n 'value': Buffer.from('1'),\n};\n\nexport const PAYLOAD_2: TaggedType = {\n '@type': 'google.protobuf.Any',\n 'type_url': 'dxos.Example2',\n 'value': Buffer.from('2'),\n};\n\nexport const PAYLOAD_3: TaggedType = {\n '@type': 'google.protobuf.Any',\n 'type_url': 'dxos.Example3',\n 'value': Buffer.from('3'),\n};\n","//\n// Copyright 2022 DXOS.org\n//\n\nimport { type Event, asyncTimeout } from '@dxos/async';\nimport { type Any } from '@dxos/codec-protobuf';\nimport { PublicKey } from '@dxos/keys';\n\nimport { type Message, type PeerInfo, type SignalMethods } from '../signal-methods';\nimport { PAYLOAD_1 } from './test-messages';\n\nexport const expectPeerAvailable = (client: SignalMethods, expectedTopic: PublicKey, peer: PeerInfo) =>\n asyncTimeout(\n client.swarmEvent.waitFor(\n ({ peerAvailable, topic }) =>\n !!peerAvailable && peer.peerKey === peerAvailable.peer.peerKey && expectedTopic.equals(topic),\n ),\n 6000,\n );\n\nexport const expectPeerLeft = (client: SignalMethods, expectedTopic: PublicKey, peer: PeerInfo) =>\n asyncTimeout(\n client.swarmEvent.waitFor(\n ({ peerLeft, topic }) => !!peerLeft && peer.peerKey === peerLeft.peer.peerKey && expectedTopic.equals(topic),\n ),\n 6000,\n );\n\nexport const expectReceivedMessage = (event: Event, expectedMessage: Message) => {\n return asyncTimeout(\n event.waitFor(\n (msg) =>\n msg.author.peerKey === expectedMessage.author.peerKey &&\n msg.recipient?.peerKey === expectedMessage.recipient?.peerKey &&\n PublicKey.from(msg.payload.value).equals(expectedMessage.payload.value),\n ),\n 5000,\n );\n};\n\nexport const createMessage = (author: PeerInfo, recipient: PeerInfo, payload: Any = PAYLOAD_1): Message => ({\n author,\n recipient,\n payload,\n});\n\nexport const messageEqual = (msg1: Message, msg2: Message) =>\n msg1.author.peerKey === msg2.author.peerKey &&\n msg1.recipient?.peerKey === msg2.recipient?.peerKey &&\n PublicKey.from(msg1.payload.value).equals(msg2.payload.value);\n","//\n// Copyright 2022 DXOS.org\n//\n\nimport { Event } from '@dxos/async';\nimport { Resource } from '@dxos/context';\nimport { createDidFromIdentityKey } from '@dxos/credentials';\nimport { PeerSchema } from '@dxos/edge-client';\nimport { invariant } from '@dxos/invariant';\nimport { type IdentityDid, PublicKey } from '@dxos/keys';\nimport { log } from '@dxos/log';\nimport { buf } from '@dxos/protocols/buf';\n\nimport { Messenger } from '../messenger';\nimport { type SignalManager } from '../signal-manager';\nimport { type Message, type PeerInfo } from '../signal-methods';\nimport { type TestBuilder } from './test-builder';\nimport { expectPeerAvailable, expectPeerLeft, expectReceivedMessage } from './utils';\n\nexport class TestPeer extends Resource {\n /**\n * Undefined until `_open()`: a `createSignalManager` factory (e.g. edge's) may install its own\n * signer-backed key, otherwise a random one is generated. Read via {@link peerInfo} after opening.\n */\n public peerId?: PublicKey;\n public signalManager!: SignalManager;\n public messenger!: Messenger;\n public defaultReceived = new Event();\n\n /** DID derived from {@link peerId} in `_open()`, mirroring `createDeviceEdgeIdentity`. */\n private _identityDid?: IdentityDid;\n\n constructor(private readonly testBuilder: TestBuilder) {\n super();\n }\n\n get peerInfo(): PeerInfo {\n invariant(this.peerId && this._identityDid, 'TestPeer not open');\n return buf.create(PeerSchema, { peerKey: this.peerId.toHex(), identityDid: this._identityDid });\n }\n\n async waitTillReceive(message: Message): Promise {\n return expectReceivedMessage(this.defaultReceived, message);\n }\n\n async waitForPeerAvailable(topic: PublicKey, peer: PeerInfo) {\n return expectPeerAvailable(this.signalManager, topic, peer);\n }\n\n async waitForPeerLeft(topic: PublicKey, peer: PeerInfo) {\n return expectPeerLeft(this.signalManager, topic, peer);\n }\n\n protected override async _open(): Promise {\n // `createSignalManager` (e.g. edge's factory) may populate `peerId` with its own signer-backed\n // key; otherwise fall back to a random one. Derive the DID only after `peerId` is settled.\n this.signalManager = await this.testBuilder.createSignalManager(this);\n this.peerId ??= PublicKey.random();\n this._identityDid = await createDidFromIdentityKey(this.peerId);\n this.messenger = new Messenger({ signalManager: this.signalManager, retryDelay: 300 });\n\n await this.signalManager.open();\n this.messenger.open();\n await this.messenger\n .listen({\n peer: this.peerInfo,\n onMessage: async (msg) => {\n this.defaultReceived.emit(msg);\n },\n })\n .catch((err) => log.catch(err));\n }\n\n protected override async _close(): Promise {\n await this.messenger.close();\n await this.signalManager.close();\n }\n}\n","//\n// Copyright 2022 DXOS.org\n//\n\nimport { type Context } from '@dxos/context';\n\nimport { MemorySignalManager, MemorySignalManagerContext, type SignalManager } from '../signal-manager';\nimport { type Message } from '../signal-methods';\nimport { TestPeer } from './test-peer';\n\nexport type TestBuilderOptions = {\n signalManagerFactory?: (peer: TestPeer) => Promise;\n messageDisruption?: (msg: Message) => Message[];\n};\n\nexport class TestBuilder {\n private _signalContext = new MemorySignalManagerContext();\n private readonly _peers: TestPeer[] = [];\n\n constructor(public options: TestBuilderOptions) {}\n\n async createSignalManager(peer: TestPeer): Promise {\n const signalManager =\n (await this.options.signalManagerFactory?.(peer)) ?? new MemorySignalManager(this._signalContext);\n\n if (this.options.messageDisruption) {\n // Imitates signal network disruptions (e. g. message doubling, ).\n const trueSend = signalManager.sendMessage.bind(signalManager);\n signalManager.sendMessage = async (ctx: Context, message: Message) => {\n for (const msg of this.options.messageDisruption!(message)) {\n await trueSend(ctx, msg);\n }\n };\n }\n\n return signalManager;\n }\n\n async createPeer(): Promise {\n const peer = new TestPeer(this);\n await peer.open();\n this._peers.push(peer);\n return peer;\n }\n\n async createPeers(count: number): Promise {\n return Promise.all(Array.from({ length: count }, () => this.createPeer()));\n }\n\n async close(): Promise {\n await Promise.all(this._peers.map((peer) => peer.close()));\n }\n}\n","//\n// Copyright 2026 DXOS.org\n//\n\nimport { Event } from '@dxos/async';\nimport { type Context } from '@dxos/context';\nimport { type EdgeConnection, protocol } from '@dxos/edge-client';\nimport { EdgeService } from '@dxos/protocols';\nimport {\n type Message,\n SwarmRequest_Action as SwarmRequestAction,\n SwarmRequestSchema,\n} from '@dxos/protocols/buf/dxos/edge/messenger_pb';\n\n/**\n * In-memory stand-in for the EDGE router + swarm, feature-complete for the messaging paths\n * {@link EdgeSignalManager} exercises: swarm membership (JOIN/LEAVE), tag subscriptions (SUBSCRIBE),\n * point-to-point relay, and tag broadcast fan-out (DX-1125). Multiple {@link TestEdgeConnection}s\n * attach to one mesh, so a broadcast from one client is delivered to the matching subscribers of\n * another — mirroring the real edge without a WebSocket or Durable Object.\n */\nexport class TestEdgeMesh {\n /** peerKey -> connection. */\n private readonly _connections = new Map();\n /** swarmKey -> (peerKey -> subscription tags). */\n private readonly _subscriptions = new Map>();\n /** swarmKey -> set of member peerKeys. */\n private readonly _members = new Map>();\n\n createConnection({ peerKey, identityDid }: { peerKey: string; identityDid: string }): TestEdgeConnection {\n const connection = new TestEdgeConnection({ peerKey, identityDid, mesh: this });\n this._connections.set(peerKey, connection);\n return connection;\n }\n\n removeConnection(peerKey: string): void {\n this._connections.delete(peerKey);\n for (const members of this._members.values()) {\n members.delete(peerKey);\n }\n for (const subs of this._subscriptions.values()) {\n subs.delete(peerKey);\n }\n }\n\n /** Handle a message sent by a client connection. */\n receive(fromPeerKey: string, message: Message): void {\n switch (message.serviceId) {\n case EdgeService.SWARM:\n this._handleSwarmRequest(fromPeerKey, message);\n break;\n case EdgeService.SIGNAL:\n this._handleSignal(fromPeerKey, message);\n break;\n }\n }\n\n private _handleSwarmRequest(fromPeerKey: string, message: Message): void {\n const request = protocol.getPayload(message, SwarmRequestSchema);\n const swarmKeys = request.swarmKeys ?? [];\n switch (request.action) {\n case SwarmRequestAction.JOIN:\n for (const swarmKey of swarmKeys) {\n this._memberSet(swarmKey).add(fromPeerKey);\n }\n break;\n case SwarmRequestAction.LEAVE:\n for (const swarmKey of swarmKeys) {\n this._memberSet(swarmKey).delete(fromPeerKey);\n this._subscriptionMap(swarmKey).delete(fromPeerKey);\n }\n break;\n case SwarmRequestAction.SUBSCRIBE:\n // Set/replace this peer's broadcast subscription on each named swarm (DX-1125).\n for (const swarmKey of swarmKeys) {\n this._subscriptionMap(swarmKey).set(fromPeerKey, request.subscribeTags ?? []);\n }\n break;\n }\n }\n\n private _handleSignal(fromPeerKey: string, message: Message): void {\n const tags = message.tags ?? [];\n const targets = message.target ?? [];\n\n // Broadcast (DX-1125): tags present, no target -> fan out to matching subscribers on the swarm.\n if (tags.length > 0 && targets.length === 0) {\n const swarmKey = message.source?.swarmKey;\n if (!swarmKey) {\n return;\n }\n for (const [peerKey, subscriptionTags] of this._subscriptionMap(swarmKey)) {\n if (peerKey === fromPeerKey) {\n continue; // No self-delivery.\n }\n if (subscriptionTags.some((tag) => tags.includes(tag))) {\n this._connections.get(peerKey)?.deliver(message);\n }\n }\n return;\n }\n\n // Point-to-point relay.\n for (const target of targets) {\n if (target.peerKey) {\n this._connections.get(target.peerKey)?.deliver(message);\n }\n }\n }\n\n private _memberSet(swarmKey: string): Set {\n let set = this._members.get(swarmKey);\n if (!set) {\n set = new Set();\n this._members.set(swarmKey, set);\n }\n return set;\n }\n\n private _subscriptionMap(swarmKey: string): Map {\n let map = this._subscriptions.get(swarmKey);\n if (!map) {\n map = new Map();\n this._subscriptions.set(swarmKey, map);\n }\n return map;\n }\n}\n\n/**\n * In-memory {@link EdgeConnection} bound to a {@link TestEdgeMesh}. Only the members\n * {@link EdgeSignalManager} uses are functional; the rest are inert stubs.\n */\nexport class TestEdgeConnection implements EdgeConnection {\n public readonly statusChanged: EdgeConnection['statusChanged'] = new Event();\n private readonly _messageListeners = new Set<(message: Message) => void>();\n private readonly _peerKey: string;\n private readonly _identityDid: string;\n private readonly _mesh: TestEdgeMesh;\n\n constructor({ peerKey, identityDid, mesh }: { peerKey: string; identityDid: string; mesh: TestEdgeMesh }) {\n this._peerKey = peerKey;\n this._identityDid = identityDid;\n this._mesh = mesh;\n }\n\n get info(): any {\n return { peerKey: this._peerKey, identityDid: this._identityDid };\n }\n\n get identityDid(): string {\n return this._identityDid;\n }\n\n get peerKey(): string {\n return this._peerKey;\n }\n\n get isOpen(): boolean {\n return true;\n }\n\n get status(): EdgeConnection['status'] {\n return {} as EdgeConnection['status'];\n }\n\n 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