Remote tasks could leave idle Runtime processes behind, and replaced Agent installations lacked a drain-and-exit lifecycle. Keep the current Agent resident, let displaced Agents finish existing work and reconnect for its results, then retire them without restarting obsolete installations. Reclaim Runtime processes when their last active task finishes, preserve pending questions and shared active tasks, and restore conversation history when the next turn starts. Remove the Remote Projects technical preview label from settings, errors, tests, and current documentation; the feature remains disabled by default. Validation recorded during implementation: 213 lifecycle tests and 28 focused UI/IPC tests passed, as did SettingsPanel and lint. Linux x64 real-Host checks used 8 provider requests. Broader tests and final typecheck encountered unrelated concurrent changes; details and coverage limits are documented. Release note: 远程任务结束后自动释放空闲运行进程,下一轮对话恢复历史;更新后的旧 Agent 等待已有任务完成再退出,当前 Agent 保持常驻。远程项目移除“技术预览”标识,仍默认关闭。
506 lines
16 KiB
TypeScript
506 lines
16 KiB
TypeScript
import { randomBytes } from 'node:crypto'
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import { dirname, resolve } from 'node:path'
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import { arch } from 'node:os'
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import {
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daemonStatusSchema,
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agentIdentifierSchema,
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AGENT_PROTOCOL_FAILURE_RECORD_NAME,
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agentProtocolFailureRecordSchema,
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protocolVersionSchema,
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sha256DigestSchema
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} from '../shared/agent-protocol'
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import type {
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DaemonStatus,
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AttachPreface,
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DaemonCapabilities,
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AgentFrame
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} from '../shared/agent-protocol'
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import { ControllerRegistry } from './controller-registry'
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import { EventJournal } from './event-journal'
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import { InstallationChallengeVerifier } from './installation-challenge'
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import {
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ensurePrivateDirectory,
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ensurePrivateDirectoryTree,
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readOrCreatePrivateSecret,
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writePrivateFileAtomic
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} from './managed-paths'
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import {
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PrivateEndpoint,
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type UnixPeerIdentityProvider
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} from './private-endpoint'
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import {
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AgentProtocolServer,
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type ProtocolMethodHandler
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} from './protocol-server'
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import { AgentUnsupportedError } from './errors'
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import { WorkspaceGitService } from './workspace-git-service'
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import { createWorkspaceProtocolMethods } from './workspace-protocol-methods'
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import { WorkspaceRegistry } from './workspace-registry'
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import { AgentDiagnosticLog } from './diagnostic-log'
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export type AgentDaemonOptions = {
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installationId: string
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binaryDigest: string
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agentVersion: string
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protocol: AttachPreface['protocol']
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stateDirectory: string
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socketPath: string
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peerIdentityProvider: UnixPeerIdentityProvider
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now?: () => number
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gitExecutable?: string
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workspaceRequestTimeoutMs?: number
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isSuperseded?: () => boolean
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runtimeProtocol?: {
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runtimes: () =>
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| DaemonCapabilities['runtimes']
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| Promise<DaemonCapabilities['runtimes']>
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methods: Readonly<Record<string, ProtocolMethodHandler>>
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onAcpFrame: NonNullable<ConstructorParameters<
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typeof AgentProtocolServer
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>[0]['onAcpFrame']>
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onBlobFrame?: NonNullable<ConstructorParameters<
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typeof AgentProtocolServer
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>[0]['onBlobFrame']>
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authorizeBlobFrame?: NonNullable<ConstructorParameters<
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typeof AgentProtocolServer
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>[0]['authorizeBlobFrame']>
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dispose?: () => void | Promise<void>
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drain?: () => Promise<boolean>
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}
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runtimeFactory?: (context: {
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events: EventJournal
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workspaces: WorkspaceRegistry
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diagnostics: AgentDiagnosticLog
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outputSink: (
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frame: AgentFrame,
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context: {
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bindingId: string
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controllerId: string
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controllerGeneration: number
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}
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) => void | Promise<void>
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blobSink: (
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frame: AgentFrame,
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context: {
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bindingId: string
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controllerId: string
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controllerGeneration: number
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}
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) => void | Promise<void>
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}) =>
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| AgentDaemonOptions['runtimeProtocol']
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| undefined
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| Promise<AgentDaemonOptions['runtimeProtocol'] | undefined>
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reportError?: (message: string, error: unknown) => void
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}
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export type AgentDaemonStatus = DaemonStatus
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export class AgentDaemon {
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readonly #installationId: string
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readonly #binaryDigest: string
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readonly #agentVersion: string
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readonly #protocol: AttachPreface['protocol']
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readonly #architecture: 'x64' | 'arm64'
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readonly #platform = process.platform
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readonly #remoteUserIdentity: string
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readonly #stateDirectory: string
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readonly #socketPath: string
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readonly #bootId = `boot-${randomBytes(18).toString('base64url')}`
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readonly #peerIdentityProvider: UnixPeerIdentityProvider
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readonly #now: () => number
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readonly #gitExecutable?: string
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readonly #workspaceRequestTimeoutMs?: number
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readonly #runtimeProtocol?: AgentDaemonOptions['runtimeProtocol']
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readonly #runtimeFactory?: AgentDaemonOptions['runtimeFactory']
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readonly #reportError: (message: string, error: unknown) => void
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readonly #diagnostics: AgentDiagnosticLog
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#state: 'starting' | 'ready' | 'stopped' = 'stopped'
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#endpoint?: PrivateEndpoint
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#events?: EventJournal
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#workspaces?: WorkspaceRegistry
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#activeRuntimeProtocol?: AgentDaemonOptions['runtimeProtocol']
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readonly #isSuperseded?: () => boolean
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#draining = false
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#activeRequests = 0
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#retirementTimer?: NodeJS.Timeout
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#resolveRetirement!: () => void
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readonly retired = new Promise<void>(resolve => { this.#resolveRetirement = resolve })
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constructor(options: AgentDaemonOptions) {
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this.#installationId = agentIdentifierSchema.parse(options.installationId)
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this.#binaryDigest = sha256DigestSchema.parse(options.binaryDigest)
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this.#agentVersion =
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daemonStatusSchema.shape.agentVersion.parse(options.agentVersion)
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this.#protocol = protocolVersionSchema.parse(options.protocol)
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const hostArchitecture = arch()
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if (hostArchitecture !== 'x64' && hostArchitecture !== 'arm64') {
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throw new AgentUnsupportedError(
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`GoodBuddy Agent architecture is unsupported: ${hostArchitecture}`,
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'platform-incompatible'
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)
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}
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this.#architecture = hostArchitecture
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this.#remoteUserIdentity = agentIdentifierSchema.parse(
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process.getuid === undefined
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? 'uid:unavailable'
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: `uid:${process.getuid()}`
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)
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this.#stateDirectory = resolve(options.stateDirectory)
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this.#socketPath = resolve(options.socketPath)
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this.#now = options.now ?? Date.now
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this.#diagnostics = new AgentDiagnosticLog(this.#stateDirectory, {
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now: this.#now
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})
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this.#peerIdentityProvider = options.peerIdentityProvider
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this.#gitExecutable = options.gitExecutable
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this.#workspaceRequestTimeoutMs = options.workspaceRequestTimeoutMs
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this.#isSuperseded = options.isSuperseded
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this.#runtimeProtocol = options.runtimeProtocol
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this.#runtimeFactory = options.runtimeFactory
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if (
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this.#runtimeProtocol !== undefined &&
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this.#runtimeFactory !== undefined
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) {
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throw new Error(
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'Agent daemon accepts either Runtime protocol or Runtime factory'
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)
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}
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this.#reportError =
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options.reportError ??
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((message, error) => {
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console.error(message, error)
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})
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}
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status(): AgentDaemonStatus {
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return daemonStatusSchema.parse({
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state: this.#state === 'stopped' ? 'offline' : this.#state,
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installationId: this.#installationId,
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binaryDigest: this.#binaryDigest,
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daemonBootId: this.#bootId,
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agentVersion: this.#agentVersion,
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protocol: this.#protocol,
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platform: this.#platform,
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architecture: this.#architecture,
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supervisor: 'detached-on-demand',
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remoteUserIdentity: this.#remoteUserIdentity,
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draining: this.#draining
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})
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}
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async start(): Promise<void> {
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if (
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this.#platform !== 'linux' &&
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!(this.#platform === 'darwin' && process.arch === 'arm64')
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) {
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throw new AgentUnsupportedError(
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'GoodBuddy Agent daemon requires Linux or macOS arm64',
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'platform-incompatible'
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)
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}
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if (this.#state !== 'stopped') {
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throw new Error('GoodBuddy Agent daemon is already started')
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}
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this.#state = 'starting'
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try {
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ensurePrivateDirectory(this.#stateDirectory)
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this.#diagnostics.tryRecord('daemon.starting', {
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daemonBootId: this.#bootId
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})
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ensurePrivateDirectoryTree(
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resolve(this.#stateDirectory, 'journal'),
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this.#stateDirectory
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)
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ensurePrivateDirectory(dirname(this.#socketPath))
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const secret = readOrCreatePrivateSecret(
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resolve(this.#stateDirectory, 'installation-identity')
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)
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const controllers = new ControllerRegistry({
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now: this.#now,
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storagePath: resolve(this.#stateDirectory, 'controllers.json')
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})
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this.#events = new EventJournal(
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resolve(this.#stateDirectory, 'journal', 'events.sqlite'),
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{ now: this.#now }
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)
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const git = new WorkspaceGitService({
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...(this.#gitExecutable === undefined
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? {}
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: { gitExecutable: this.#gitExecutable })
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})
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this.#workspaces = new WorkspaceRegistry({
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controllers,
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now: this.#now,
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storagePath: resolve(
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this.#stateDirectory,
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'workspaces.json'
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),
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inspectGit: async (access, io) => await git.inspect(access, io)
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})
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const workspaceMethods = createWorkspaceProtocolMethods({
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workspaces: this.#workspaces,
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git,
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...(this.#workspaceRequestTimeoutMs === undefined
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? {}
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: {
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requestTimeoutMs:
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this.#workspaceRequestTimeoutMs
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})
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})
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const protocolBox: {
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current?: AgentProtocolServer
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} = {}
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this.#activeRuntimeProtocol =
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this.#runtimeProtocol ??
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await this.#runtimeFactory?.({
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events: this.#events,
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workspaces: this.#workspaces,
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diagnostics: this.#diagnostics,
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outputSink: async (frame) => {
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if (protocolBox.current === undefined) {
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throw new Error(
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'Agent Runtime output sink is not ready'
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)
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}
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await protocolBox.current.sendAcpFrame(frame)
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},
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blobSink: async (frame) => {
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if (protocolBox.current === undefined) {
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throw new Error(
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'Agent Runtime blob sink is not ready'
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)
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}
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await protocolBox.current.sendBlobFrame(frame)
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}
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})
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const protocol = new AgentProtocolServer({
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controllers,
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events: this.#events,
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status: () => this.status(),
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...(this.#activeRuntimeProtocol === undefined
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? {}
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: {
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runtimes: this.#activeRuntimeProtocol.runtimes,
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onAcpFrame: this.#activeRuntimeProtocol.onAcpFrame,
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...(this.#activeRuntimeProtocol.onBlobFrame === undefined
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? {}
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: {
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onBlobFrame:
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this.#activeRuntimeProtocol.onBlobFrame
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}),
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...(this.#activeRuntimeProtocol.authorizeBlobFrame === undefined
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? {}
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: {
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authorizeBlobFrame:
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this.#activeRuntimeProtocol.authorizeBlobFrame
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})
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}),
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onProtocolFailure: ({
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connectionId,
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category
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}) => {
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this.#diagnostics.tryRecord('connection.failed', {
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daemonBootId: this.#bootId,
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reason: category
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})
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try {
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writePrivateFileAtomic(
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resolve(
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this.#stateDirectory,
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AGENT_PROTOCOL_FAILURE_RECORD_NAME
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),
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`${JSON.stringify(
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agentProtocolFailureRecordSchema.parse({
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formatVersion: 1,
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connectionId,
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category,
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createdAt: this.#now()
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})
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)}\n`
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)
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} catch (error) {
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this.#reportError(
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'Agent protocol failure category could not be persisted',
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error
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)
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}
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},
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onConnectionClose: ({ category }) => {
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if (category === undefined) {
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this.#diagnostics.tryRecord('connection.closed', {
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daemonBootId: this.#bootId,
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reason: 'peer-closed'
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})
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}
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},
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onRecovery: ({ outcome, reason }) => {
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this.#diagnostics.tryRecord(`recovery.${outcome}`, {
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daemonBootId: this.#bootId,
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...(reason === undefined ? {} : { reason })
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})
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},
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methods: Object.fromEntries(Object.entries(mergeProtocolMethods(
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workspaceMethods,
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this.#activeRuntimeProtocol?.methods
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)).map(([name, handler]) => [name, async (params, context) => {
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this.#activeRequests++
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try {
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return await handler(params, context)
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} finally {
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this.#activeRequests--
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}
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}]))
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})
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protocolBox.current = protocol
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this.#endpoint = new PrivateEndpoint({
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socketPath: this.#socketPath,
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peerIdentity: this.#peerIdentityProvider,
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challenge: new InstallationChallengeVerifier(secret, {
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now: this.#now
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}),
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controllers,
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installationId: this.#installationId,
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binaryDigest: this.#binaryDigest,
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daemonBootId: this.#bootId,
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protocol: this.#protocol,
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onAttach: ({ socket, controller }) => {
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this.#diagnostics.tryRecord('connection.attached', {
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daemonBootId: this.#bootId
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})
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protocol.accept(socket, controller)
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},
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onConnectionFailure: (error) => {
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this.#diagnostics.tryRecord('connection.failed', {
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daemonBootId: this.#bootId,
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reason: 'authentication',
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error
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})
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}
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})
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await this.#endpoint.listen()
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this.#state = 'ready'
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if (this.#isSuperseded) this.#scheduleRetirementCheck()
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this.#diagnostics.tryRecord('daemon.ready', {
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daemonBootId: this.#bootId
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})
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} catch (error) {
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this.#diagnostics.tryRecord('daemon.start.failed', {
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daemonBootId: this.#bootId,
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error
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})
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await this.stop()
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throw error
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}
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}
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async stop(): Promise<void> {
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if (this.#retirementTimer) clearTimeout(this.#retirementTimer)
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if (this.#state !== 'stopped') {
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this.#diagnostics.tryRecord('daemon.stopping', {
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daemonBootId: this.#bootId
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})
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}
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const endpoint = this.#endpoint
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const events = this.#events
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const workspaces = this.#workspaces
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const runtimeProtocol = this.#activeRuntimeProtocol
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this.#endpoint = undefined
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this.#events = undefined
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this.#workspaces = undefined
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this.#activeRuntimeProtocol = undefined
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let stopError: unknown
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try {
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if (endpoint !== undefined) {
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await endpoint.close()
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}
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} catch (error) {
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stopError = error
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throw error
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} finally {
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if (runtimeProtocol?.dispose !== undefined) {
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await Promise.resolve(runtimeProtocol.dispose()).catch(
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(error: unknown) => {
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this.#reportRuntimeShutdownError(error)
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}
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)
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}
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workspaces?.closeAll()
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events?.close()
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this.#state = 'stopped'
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this.#diagnostics.tryRecord(
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stopError === undefined
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? 'daemon.stopped'
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: 'daemon.stop.failed',
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{
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daemonBootId: this.#bootId,
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...(stopError === undefined ? {} : { error: stopError })
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}
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)
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await this.#diagnostics.dispose()
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}
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}
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#reportRuntimeShutdownError(error: unknown): void {
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this.#diagnostics.tryRecord('daemon.stop.failed', {
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daemonBootId: this.#bootId,
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reason: 'runtime-dispose',
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error
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})
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try {
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this.#reportError('Agent Runtime shutdown failed', error)
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} catch (reportError) {
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console.error(
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'Agent Runtime shutdown failure reporting failed',
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reportError,
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error
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)
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}
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}
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#scheduleRetirementCheck(): void {
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this.#retirementTimer = setTimeout(() => {
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void (async () => {
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try {
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this.#draining ||= this.#isSuperseded?.() === true
|
|
if (this.#draining &&
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(await this.#activeRuntimeProtocol?.drain?.() ?? true) &&
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|
this.#activeRequests === 0) {
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|
this.#resolveRetirement()
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|
return
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|
}
|
|
} catch (error) {
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|
this.#reportError('Agent retirement check failed', error)
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|
}
|
|
if (this.#state === 'ready') this.#scheduleRetirementCheck()
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})()
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|
}, 250)
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|
this.#retirementTimer.unref()
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}
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}
|
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|
|
function mergeProtocolMethods(
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|
workspaceMethods: Readonly<Record<string, ProtocolMethodHandler>>,
|
|
runtimeMethods:
|
|
| Readonly<Record<string, ProtocolMethodHandler>>
|
|
| undefined
|
|
): Readonly<Record<string, ProtocolMethodHandler>> {
|
|
if (runtimeMethods === undefined) {
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|
return workspaceMethods
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|
}
|
|
for (const method of Object.keys(runtimeMethods)) {
|
|
if (!method.startsWith('runtime/')) {
|
|
throw new Error(
|
|
`Runtime protocol method must use the runtime/ namespace: ${method}`
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|
)
|
|
}
|
|
if (workspaceMethods[method] !== undefined) {
|
|
throw new Error(
|
|
`Runtime protocol method conflicts with a Workspace method: ${method}`
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|
)
|
|
}
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|
}
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|
return { ...workspaceMethods, ...runtimeMethods }
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|
}
|