import { contextBridge, ipcRenderer, webUtils } from 'electron'
import {
  type AgentEvent,
  type AgentQuestionAnswer,
  type AgentRequest,
  type AgentRuntimeDetection,
  type AgentRuntimeStatus,
  type AppInfo,
  type BrowserBackRequest,
  type BrowserClickRequest,
  type BrowserCloseTabRequest,
  type BrowserCreateTabRequest,
  type BrowserLiveState,
  type BrowserListTabsRequest,
  type BrowserNavigateRequest,
  type BrowserReloadRequest,
  type BrowserScreenshotRequest,
  type BrowserScreenshotResult,
  type BrowserSelectRequest,
  type BrowserSetViewportRequest,
  type BrowserSnapshotRequest,
  type BrowserSnapshotResult,
  type BrowserStopLoadingRequest,
  type BrowserTabSummary,
  type BrowserTypeRequest,
  type ContextAttachment,
  type ContextFileSelectionProgress,
  type DesktopApi,
  type KnowledgeLibrary,
  type KnowledgeSearchReference,
  type KnowledgeSnapshot,
  type PastedImageInput,
  type RuntimeConversationCompactInput,
  type RuntimeConversationCompactResult,
  type RuntimeCustomizationSettings,
  type RuntimeNativeSnapshot,
  type RuntimeNativeSnapshotInput,
  type RuntimeSettings,
  type RuntimeSettingsInput,
  type RuntimeConfigActionInput,
  type RuntimeFileSelectionKind,
  type RemoteProjectSaveProgress,
  type RemoteProjectSaveRequest,
  type WindowCaptureOption
} from '../shared/contracts'
import { ipcChannels } from '../shared/ipc-channels'
import type {
  BrowserProfileCreateInput,
  BrowserProfileRenameInput,
  BuiltinMcpServerId,
  CapabilityDiagnosticReport,
  CapabilitySnapshot,
  ComputerCapabilityId,
  McpServerTestResult,
  ObsidianConnectionTestResult,
  WebSearchTestResult
} from '../shared/capability-contracts'
import type {
  AssistantProject,
  AssistantArtifact,
  AssistantMemory,
  AssistantSchedule,
  AssistantHeartbeatConfig,
  AssistantHeartbeatEntry,
  AssistantHeartbeatRun,
  AssistantExpert,
  AssistantTask,
  ExecutionStats,
  ActivityHistoryPage,
  ActivityHistoryPageRequest,
  ActivityHistoryReconcileRequest,
  ActivityHistorySnapshot,
  ActivityHistorySummary,
  ActivityHistorySummaryRequest,
  ActivityHistoryUpdate,
  ActivityHistoryUpdateResult,
  ActivityRecord,
  TokenUsageSummary,
  ConversationBranchInput,
  ConversationSnapshot,
  LocalConversationSaveBatch,
  WorkspaceChanges,
  WorkspaceDirectoryListing,
  WorkspaceFilePreview,
  ProjectCreateInput,
  MemoryCreateInput,
  ScheduleCreateInput,
  HeartbeatCreateInput,
  HeartbeatUpdateInput,
  ExpertCreateInput,
  ExpertUpdateInput
} from '../shared/assistant-contracts'
import type {
  ChannelConnectionTestResult,
  ChannelRuntimeStatusChange,
  ChannelSettingsApply,
  ChannelSettingsSnapshot,
  CredentialChannel,
  DingTalkChannelSettingsInput,
  TelegramChannelSettingsInput,
  WeComChannelSettingsInput
} from '../shared/channel-settings-contracts'
import type {
  ApplicationSettings,
  ApplicationSettingsUpdate,
  ModelDownloadSource,
  VersionCheckResult
} from '../shared/application-settings-contracts'
import type {
  LocalToolDiagnoseTarget,
  LocalToolEnvironmentProgress,
  LocalToolEnvironmentSettings,
  LocalToolEnvironmentSnapshot,
  LocalToolKind
} from '../shared/local-tool-environment-contracts'
import type { ReleaseNotesSnapshot } from '../shared/release-notes-contracts'
import type {
  SpeechModelSnapshot,
  SpeechTranscriptionInput,
  SpeechTranscriptionResult
} from '../shared/speech-model-contracts'
import type {
  EmbeddingDiagnosticResult,
  EmbeddingModelProgressSnapshot,
  EmbeddingModelSnapshot,
  EmbeddingSettingsSnapshot,
  KnowledgeEmbeddingIndexSnapshot
} from '../shared/embedding-contracts'
import type {
  DocumentOcrAssets,
  DocumentOcrFailure,
  DocumentOcrModelProgressSnapshot,
  DocumentOcrRequest,
  DocumentOcrResult,
  DocumentParsingDiagnostic,
  DocumentParsingSettings,
  DocumentParsingSnapshot,
  DocumentParsingTestPurpose
} from '../shared/document-parsing-contracts'
import type { AgentRuntimeSelection } from '../shared/runtime-selection-contracts'
import type {
  AgentPackageDownloadProgress,
  AgentPackageInventory
} from '../shared/agent-package-contracts'
import type {
  AgentArchitecture
} from '../shared/agent-installation-contracts'
import type { WeixinBindingSnapshot } from '../shared/weixin-channel-contracts'
import type { RemoteChannelActivity } from '../shared/remote-channel-contracts'
import type {
  SshHostDraftInspectionRequest,
  SshDirectoryBrowseResult,
  SshHostKeyInspection,
  RemoteEnvironmentUpdateProgress,
  RemoteEnvironmentUpdateRequest,
  SshHostRemoteEnvironment,
  SshHostRemovalResult,
  SshHostAgentConnectionStatus,
  SshHostsSnapshot,
  SshHostValidationRequest,
  SshHostValidationResult
} from '../shared/ssh-host-contracts'
import type {
  MagicNoteAnalysisStreamEvent,
  MagicNoteDraftAnalysis,
  MagicNoteDetail,
  MagicNoteCreateResult,
  MagicNoteSummary,
  MagicNoteEntryCreateResult,
  MagicNoteTag,
  MagicNoteTagRenameResult,
  MagicNotesSnapshot,
  MagicTodoItem,
  MagicTodoStatus,
  MagicTodoUpdateResult,
  MagicTodosSnapshot
} from '../shared/magic-notes-contracts'
import type {
  KnowledgeChunkDeleteInput,
  KnowledgeChunkPage,
  KnowledgeChunkUpdateInput,
  KnowledgeChunksListInput,
  KnowledgeDocumentOpenInput,
  KnowledgeDocumentRebuildInput,
  KnowledgeLibraryRebuildInput,
  KnowledgeReferenceContext,
  KnowledgeReferenceContextInput,
  KnowledgeReferenceOpenInput,
  KnowledgeRetrievalResponse,
  KnowledgeRetrieveInput,
  KnowledgeSettingsUpdateInput
} from '../shared/knowledge-contracts'
import type {
  RuntimeExtensionAction,
  RuntimeExtensionMarketplaceSnapshot
} from '../shared/runtime-extension-contracts'
import type {
  GlobalShortcutSettings,
  GlobalShortcutSettingsSnapshot,
  GlobalShortcutSettingsUpdateResult
} from '../shared/shortcut'
import type {
  FeedbackSubmitInput,
  FeedbackSubmitResult
} from '../shared/feedback-contracts'
import type {
  RemoteProjectRecoverySnapshot,
  RemoteProjectRecoveryState
} from '../shared/remote-project-recovery-contracts'
import type {
  TerminalAckRequest,
  TerminalCloseRequest,
  TerminalCreateRequest,
  TerminalEvent,
  TerminalResizeRequest,
  TerminalSnapshot,
  TerminalSnapshotRequest,
  TerminalWriteRequest
} from '../shared/terminal-contracts'


const desktopApi: DesktopApi = {
  openRuntimeNativeClient: (input) => ipcRenderer.invoke(ipcChannels.runtimeNativeClientOpen, input),
  getRuntimeNativeClient: (input) => ipcRenderer.invoke(ipcChannels.runtimeNativeClientGet, input),
  stopRuntimeNativeClient: (input) => ipcRenderer.invoke(ipcChannels.runtimeNativeClientStop, input),
  storageUpgrade: {
    getProgress: () => ipcRenderer.invoke(ipcChannels.storageUpgradeProgress),
    act: async (action) => {
      await ipcRenderer.invoke(ipcChannels.storageUpgradeAction, action)
    }
  },
  app: {
    getInfo: () => ipcRenderer.invoke(ipcChannels.appInfo) as Promise<AppInfo>,
    show: async () => {
      await ipcRenderer.invoke(ipcChannels.appShow)
    },
    hide: async () => {
      await ipcRenderer.invoke(ipcChannels.appHide)
    },
    minimize: async () => {
      await ipcRenderer.invoke(ipcChannels.windowMinimize)
    },
    toggleMaximize: async () => {
      await ipcRenderer.invoke(ipcChannels.windowToggleMaximize)
    },
    close: async () => {
      await ipcRenderer.invoke(ipcChannels.windowClose)
    },
    isMaximized: () =>
      ipcRenderer.invoke(ipcChannels.windowIsMaximized) as Promise<boolean>,
    onMaximizedChanged: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        maximized: boolean
      ): void => listener(maximized)
      ipcRenderer.on(ipcChannels.windowMaximizedChanged, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.windowMaximizedChanged,
          handler
        )
    },
    onPreviewEscape: (listener) => {
      const handler = (): void => listener()
      ipcRenderer.on(ipcChannels.windowPreviewEscape, handler)
      return () => ipcRenderer.removeListener(ipcChannels.windowPreviewEscape, handler)
    },
    onBeforeQuit: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        requestId: string
      ): void => {
        const acknowledge = (): void => {
          void ipcRenderer.invoke(
            ipcChannels.appRendererPersistenceComplete,
            requestId
          )
        }
        void listener().then(acknowledge, acknowledge)
      }
      ipcRenderer.on(
        ipcChannels.appRendererPersistenceRequest,
        handler
      )
      void ipcRenderer.invoke(ipcChannels.appRendererPersistenceReady)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.appRendererPersistenceRequest,
          handler
        )
    },
    clearLocalData: async () => {
      await ipcRenderer.invoke(ipcChannels.appClearLocalData)
    },
    onNewConversation: (listener) => {
      const handler = (): void => listener()
      ipcRenderer.on(ipcChannels.conversationNew, handler)
      return () => ipcRenderer.removeListener(ipcChannels.conversationNew, handler)
    },
    onOpenSettings: (listener) => {
      const handler = (_event: Electron.IpcRendererEvent, category?: unknown): void =>
        listener(category === 'model' || category === 'document-parsing' ? category : undefined)
      ipcRenderer.on(ipcChannels.settingsOpen, handler)
      return () => ipcRenderer.removeListener(ipcChannels.settingsOpen, handler)
    }
  },
  clipboard: {
    readText: () =>
      ipcRenderer.invoke(ipcChannels.clipboardReadText) as Promise<string>,
    writeText: async (text: string) => {
      await ipcRenderer.invoke(ipcChannels.clipboardWriteText, text)
    }
  },
  agent: {
    getStatus: (selection) =>
      ipcRenderer.invoke(
        ipcChannels.agentStatus,
        selection
      ) as Promise<AgentRuntimeStatus>,
    run: async (request: AgentRequest) => {
      await ipcRenderer.invoke(ipcChannels.agentRun, request)
    },
    cancel: async (requestId: string) => {
      await ipcRenderer.invoke(ipcChannels.agentCancel, requestId)
    },
    respondQuestion: async (
      questionId: string,
      answers?: AgentQuestionAnswer[]
    ) => {
      await ipcRenderer.invoke(ipcChannels.agentQuestionRespond, {
        questionId,
        answers: answers ?? []
      })
    },
    compactConversation: (input: RuntimeConversationCompactInput) =>
      ipcRenderer.invoke(
        ipcChannels.agentCompactConversation,
        input
      ) as Promise<RuntimeConversationCompactResult>,
    onEvent: (listener) => {
      const handler = (_event: Electron.IpcRendererEvent, payload: AgentEvent): void =>
        listener(payload)
      ipcRenderer.on(ipcChannels.agentEvent, handler)
      return () => ipcRenderer.removeListener(ipcChannels.agentEvent, handler)
    }
  },
  browser: {
    createTab: (request: BrowserCreateTabRequest) =>
      ipcRenderer.invoke(
        ipcChannels.browserCreateTab,
        request
      ) as Promise<BrowserTabSummary>,
    listTabs: (request: BrowserListTabsRequest) =>
      ipcRenderer.invoke(
        ipcChannels.browserListTabs,
        request
      ) as Promise<BrowserTabSummary[]>,
    closeTab: async (request: BrowserCloseTabRequest) => {
      await ipcRenderer.invoke(ipcChannels.browserCloseTab, request)
    },
    navigate: async (
      requestOrConversation: BrowserNavigateRequest | string,
      url?: string
    ) => {
      await ipcRenderer.invoke(
        ipcChannels.browserNavigate,
        typeof requestOrConversation === 'string'
          ? { conversationId: requestOrConversation, url }
          : requestOrConversation
      )
    },
    back: async (requestOrConversation: BrowserBackRequest | string) => {
      await ipcRenderer.invoke(
        ipcChannels.browserBack,
        typeof requestOrConversation === 'string'
          ? { conversationId: requestOrConversation }
          : requestOrConversation
      )
    },
    reload: async (requestOrConversation: BrowserReloadRequest | string) => {
      await ipcRenderer.invoke(
        ipcChannels.browserReload,
        typeof requestOrConversation === 'string'
          ? { conversationId: requestOrConversation }
          : requestOrConversation
      )
    },
    stopLoading: async (
      requestOrConversation: BrowserStopLoadingRequest | string
    ) => {
      await ipcRenderer.invoke(
        ipcChannels.browserStopLoading,
        typeof requestOrConversation === 'string'
          ? { conversationId: requestOrConversation }
          : requestOrConversation
      )
    },
    snapshot: (request: BrowserSnapshotRequest) =>
      ipcRenderer.invoke(
        ipcChannels.browserSnapshot,
        request
      ) as Promise<BrowserSnapshotResult>,
    click: async (request: BrowserClickRequest) => {
      await ipcRenderer.invoke(ipcChannels.browserClick, request)
    },
    type: async (request: BrowserTypeRequest) => {
      await ipcRenderer.invoke(ipcChannels.browserType, request)
    },
    select: async (request: BrowserSelectRequest) => {
      await ipcRenderer.invoke(ipcChannels.browserSelect, request)
    },
    screenshot: (request: BrowserScreenshotRequest) =>
      ipcRenderer.invoke(
        ipcChannels.browserScreenshot,
        request
      ) as Promise<BrowserScreenshotResult>,
    setViewport: async (request: BrowserSetViewportRequest) => {
      await ipcRenderer.invoke(ipcChannels.browserSetViewport, request)
    },
    stop: async (conversationId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.browserStop,
        { conversationId }
      )
    },
    onState: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        payload: BrowserLiveState
      ): void => listener(payload)
      ipcRenderer.on(ipcChannels.browserState, handler)
      return () =>
        ipcRenderer.removeListener(ipcChannels.browserState, handler)
    }
  },
  terminal: {
    create: (request: TerminalCreateRequest) =>
      ipcRenderer.invoke(
        ipcChannels.terminalCreate,
        request
      ) as Promise<TerminalSnapshot>,
    write: async (request: TerminalWriteRequest) => {
      await ipcRenderer.invoke(ipcChannels.terminalWrite, request)
    },
    resize: async (request: TerminalResizeRequest) => {
      await ipcRenderer.invoke(ipcChannels.terminalResize, request)
    },
    close: (request: TerminalCloseRequest) =>
      ipcRenderer.invoke(
        ipcChannels.terminalClose,
        request
      ) as Promise<TerminalSnapshot>,
    getSnapshot: (request: TerminalSnapshotRequest) =>
      ipcRenderer.invoke(
        ipcChannels.terminalSnapshot,
        request
      ) as Promise<TerminalSnapshot>,
    ack: async (request: TerminalAckRequest) => {
      await ipcRenderer.invoke(ipcChannels.terminalAck, request)
    },
    onEvent: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        payload: TerminalEvent
      ): void => listener(payload)
      ipcRenderer.on(ipcChannels.terminalEvent, handler)
      return () =>
        ipcRenderer.removeListener(ipcChannels.terminalEvent, handler)
    }
  },
  settings: {
    getRuntime: () =>
      ipcRenderer.invoke(
        ipcChannels.runtimeSettingsGet
      ) as Promise<RuntimeSettings>,
    updateRuntime: (input: RuntimeSettingsInput) =>
      ipcRenderer.invoke(
        ipcChannels.runtimeSettingsUpdate,
        input
      ) as Promise<RuntimeSettings>,
    selectWorkspace: () =>
      ipcRenderer.invoke(
        ipcChannels.runtimeSettingsSelectWorkspace
      ) as Promise<string | undefined>,
    detectAgentRuntimes: () =>
      ipcRenderer.invoke(
        ipcChannels.runtimeSettingsDetect
      ) as Promise<AgentRuntimeDetection>,
    selectRuntimeFile: (kind: RuntimeFileSelectionKind) =>
      ipcRenderer.invoke(
        ipcChannels.runtimeSettingsSelectFile,
        kind
      ) as Promise<string | undefined>,
    openRuntimeConfig: async (input: RuntimeConfigActionInput) => {
      await ipcRenderer.invoke(
        ipcChannels.runtimeSettingsOpenConfig,
        input
      )
    },
    testModelConnection: (profileId: string) =>
      ipcRenderer.invoke(
        ipcChannels.runtimeSettingsTestModel,
        profileId
      ) as Promise<AgentRuntimeStatus>,
    testRuntime: (selection: AgentRuntimeSelection) =>
      ipcRenderer.invoke(
        ipcChannels.runtimeSettingsTest,
        selection
      ) as Promise<AgentRuntimeStatus>
  },
  sshHosts: {
    getSnapshot: () =>
      ipcRenderer.invoke(
        ipcChannels.sshHostsGet
      ) as Promise<SshHostsSnapshot>,
    onAgentConnectionStatus: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        status: SshHostAgentConnectionStatus
      ): void => listener(status)
      ipcRenderer.on(
        ipcChannels.sshHostsAgentConnectionStatus,
        handler
      )
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.sshHostsAgentConnectionStatus,
          handler
        )
    },
    getAgentPackageInventory: (refresh = false) =>
      ipcRenderer.invoke(
        ipcChannels.sshHostsAgentPackageInventory,
        { refresh }
      ) as Promise<AgentPackageInventory>,
    downloadAgentPackage: (architecture: AgentArchitecture, platform: 'linux' | 'darwin' = 'linux') =>
      ipcRenderer.invoke(
        ipcChannels.sshHostsAgentPackageDownload,
        { architecture, platform }
      ) as Promise<AgentPackageInventory>,
    importAgentPackage: () =>
      ipcRenderer.invoke(
        ipcChannels.sshHostsAgentPackageImport
      ) as Promise<AgentPackageInventory | undefined>,
    exportAgentPackage: async (architecture: AgentArchitecture, platform: 'linux' | 'darwin' = 'linux') => {
      await ipcRenderer.invoke(
        ipcChannels.sshHostsAgentPackageExport,
        { architecture, platform }
      )
    },
    onAgentPackageProgress: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        progress: AgentPackageDownloadProgress
      ): void => listener(progress)
      ipcRenderer.on(
        ipcChannels.sshHostsAgentPackageProgress,
        handler
      )
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.sshHostsAgentPackageProgress,
          handler
        )
    },
    remove: (hostId: string) =>
      ipcRenderer.invoke(ipcChannels.sshHostsRemove, {
        hostId
      }) as Promise<SshHostRemovalResult>,
    inspectDraftHostKey: (input: SshHostDraftInspectionRequest) =>
      ipcRenderer.invoke(
        ipcChannels.sshHostsInspectDraftKey,
        input
      ) as Promise<SshHostKeyInspection>,
    discardCandidate: async (candidateId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.sshHostsDiscardCandidate,
        { candidateId }
      )
    },
    validateAndSave: (input: SshHostValidationRequest) =>
      ipcRenderer.invoke(
        ipcChannels.sshHostsValidateAndSave,
        input
      ) as Promise<SshHostValidationResult>,
    getRemoteEnvironment: (hostId: string) =>
      ipcRenderer.invoke(
        ipcChannels.sshHostsRemoteEnvironment,
        { hostId }
      ) as Promise<SshHostRemoteEnvironment>,
    updateRemoteEnvironment: async (
      input: RemoteEnvironmentUpdateRequest
    ) => {
      await ipcRenderer.invoke(
        ipcChannels.sshHostsUpdateRemoteEnvironment,
        input
      )
    },
    cancelRemoteEnvironmentUpdate: async (hostId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.sshHostsCancelRemoteEnvironmentUpdate,
        { hostId }
      )
    },
    onRemoteEnvironmentUpdateProgress: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        progress: RemoteEnvironmentUpdateProgress
      ): void => listener(progress)
      ipcRenderer.on(
        ipcChannels.sshHostsRemoteEnvironmentUpdateProgress,
        handler
      )
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.sshHostsRemoteEnvironmentUpdateProgress,
          handler
        )
    },
    browseDirectories: (hostId: string, path?: string) =>
      ipcRenderer.invoke(ipcChannels.sshHostsBrowseDirectories, {
        hostId,
        ...(path === undefined ? {} : { path })
      }) as Promise<SshDirectoryBrowseResult>,
    cancelDirectoryBrowse: async () => {
      await ipcRenderer.invoke(
        ipcChannels.sshHostsCancelDirectoryBrowse
      )
    }
  },
  channels: {
    onStatusChanged: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        change: ChannelRuntimeStatusChange
      ): void => listener(change)
      ipcRenderer.on(ipcChannels.channelStatusChanged, handler)
      return () => ipcRenderer.removeListener(ipcChannels.channelStatusChanged, handler)
    },
    getSnapshot: () =>
      ipcRenderer.invoke(
        ipcChannels.channelSettingsGet
      ) as Promise<ChannelSettingsSnapshot>,
    apply: (input: ChannelSettingsApply) =>
      ipcRenderer.invoke(
        ipcChannels.channelSettingsApply,
        input
      ) as Promise<ChannelSettingsSnapshot>,
    testConnection: (
      channel: CredentialChannel,
      settings?: WeComChannelSettingsInput | DingTalkChannelSettingsInput | TelegramChannelSettingsInput
    ) =>
      ipcRenderer.invoke(ipcChannels.channelSettingsTest, {
        channel,
        settings
      }) as Promise<ChannelConnectionTestResult>,
    getWeixinBinding: () =>
      ipcRenderer.invoke(
        ipcChannels.weixinBindingGet
      ) as Promise<WeixinBindingSnapshot>,
    startWeixinBinding: () =>
      ipcRenderer.invoke(
        ipcChannels.weixinBindingStart
      ) as Promise<WeixinBindingSnapshot>,
    submitWeixinVerification: (code: string) =>
      ipcRenderer.invoke(
        ipcChannels.weixinBindingVerify,
        { code }
      ) as Promise<WeixinBindingSnapshot>,
    disconnectWeixin: () =>
      ipcRenderer.invoke(
        ipcChannels.weixinBindingDisconnect
      ) as Promise<WeixinBindingSnapshot>,
    onWeixinBindingChanged: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        snapshot: WeixinBindingSnapshot
      ): void => listener(snapshot)
      ipcRenderer.on(ipcChannels.weixinBindingChanged, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.weixinBindingChanged,
          handler
        )
    },
    onRemoteActivity: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        activity: RemoteChannelActivity
      ): void => listener(activity)
      ipcRenderer.on(ipcChannels.remoteChannelActivity, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.remoteChannelActivity,
          handler
        )
    }
  },
  updates: {
    onSettingsChanged: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        settings: ApplicationSettings
      ): void => listener(settings)
      ipcRenderer.on(ipcChannels.applicationSettingsChanged, handler)
      return () => ipcRenderer.removeListener(ipcChannels.applicationSettingsChanged, handler)
    },
    getSettings: () =>
      ipcRenderer.invoke(
        ipcChannels.applicationSettingsGet
      ) as Promise<ApplicationSettings>,
    updateSettings: (input: ApplicationSettingsUpdate) =>
      ipcRenderer.invoke(
        ipcChannels.applicationSettingsUpdate,
        input
      ) as Promise<ApplicationSettings>,
    check: () =>
      ipcRenderer.invoke(
        ipcChannels.versionCheck
      ) as Promise<VersionCheckResult>,
    openReleasePage: async () => {
      await ipcRenderer.invoke(ipcChannels.versionOpenReleasePage)
    },
    onResult: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        result: VersionCheckResult
      ): void => listener(result)
      ipcRenderer.on(ipcChannels.versionCheckResult, handler)
      return () =>
        ipcRenderer.removeListener(ipcChannels.versionCheckResult, handler)
    }
  },
  localToolEnvironment: {
    getSnapshot: () =>
      ipcRenderer.invoke(
        ipcChannels.localToolEnvironmentGet
      ) as Promise<LocalToolEnvironmentSnapshot>,
    updateSettings: (settings: LocalToolEnvironmentSettings) =>
      ipcRenderer.invoke(
        ipcChannels.localToolEnvironmentUpdate,
        settings
      ) as Promise<LocalToolEnvironmentSnapshot>,
    refreshCandidates: () =>
      ipcRenderer.invoke(
        ipcChannels.localToolEnvironmentRefresh
      ) as Promise<LocalToolEnvironmentSnapshot>,
    selectExecutable: (kind: LocalToolKind) =>
      ipcRenderer.invoke(
        ipcChannels.localToolEnvironmentSelectExecutable,
        { kind }
      ) as Promise<LocalToolEnvironmentSnapshot>,
    diagnose: (kind: LocalToolDiagnoseTarget) =>
      ipcRenderer.invoke(
        ipcChannels.localToolEnvironmentDiagnose,
        { kind }
      ) as Promise<LocalToolEnvironmentSnapshot>,
    installPython: () =>
      ipcRenderer.invoke(
        ipcChannels.localToolEnvironmentInstallPython
      ) as Promise<LocalToolEnvironmentSnapshot>,
    cancelPython: () =>
      ipcRenderer.invoke(
        ipcChannels.localToolEnvironmentCancelPython
      ) as Promise<boolean>,
    removePython: () =>
      ipcRenderer.invoke(
        ipcChannels.localToolEnvironmentRemovePython
      ) as Promise<LocalToolEnvironmentSnapshot>,
    onProgress: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        progress: LocalToolEnvironmentProgress
      ): void => listener(progress)
      ipcRenderer.on(ipcChannels.localToolEnvironmentProgress, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.localToolEnvironmentProgress,
          handler
        )
    }
  },
  feedback: {
    submit: (input: FeedbackSubmitInput) =>
      ipcRenderer.invoke(
        ipcChannels.feedbackSubmit,
        input
      ) as Promise<FeedbackSubmitResult>
  },
  shortcuts: {
    getSettings: () =>
      ipcRenderer.invoke(
        ipcChannels.shortcutSettingsGet
      ) as Promise<GlobalShortcutSettingsSnapshot>,
    updateSettings: (input: GlobalShortcutSettings) =>
      ipcRenderer.invoke(
        ipcChannels.shortcutSettingsUpdate,
        input
      ) as Promise<GlobalShortcutSettingsUpdateResult>
  },
  releaseNotes: {
    getPending: () =>
      ipcRenderer.invoke(
        ipcChannels.releaseNotesGetPending
      ) as Promise<ReleaseNotesSnapshot>,
    acknowledge: async (version: string) => {
      await ipcRenderer.invoke(
        ipcChannels.releaseNotesAcknowledge,
        { version }
      )
    }
  },
  localInference: {
    openSettings: (category) => ipcRenderer.invoke(ipcChannels.localInferenceOpenSettings, category),
    getSnapshot: () => ipcRenderer.invoke(ipcChannels.localInferenceGet),
    act: (input) => ipcRenderer.invoke(ipcChannels.localInferenceAct, input),
    cancel: (taskId) => ipcRenderer.invoke(ipcChannels.localInferenceCancel, { taskId })
  },
  sharing: {
    getSettings: () => ipcRenderer.invoke(ipcChannels.sharingSettingsGet),
    saveSettings: input => ipcRenderer.invoke(ipcChannels.sharingSettingsSave, input),
    registerDevice: () => ipcRenderer.invoke(ipcChannels.sharingRegister),
    getCatalog: () => ipcRenderer.invoke(ipcChannels.sharingCatalog),
    publish: input => ipcRenderer.invoke(ipcChannels.sharingPublish, input),
    revoke: id => ipcRenderer.invoke(ipcChannels.sharingRevoke, id)
  },
  speechModels: {
    getSnapshot: () =>
      ipcRenderer.invoke(
        ipcChannels.speechModelsGet
      ) as Promise<SpeechModelSnapshot>,
    install: (
      modelId: string,
      expectedDownloadSource: ModelDownloadSource
    ) =>
      ipcRenderer.invoke(
        ipcChannels.speechModelsInstall,
        { modelId, expectedDownloadSource }
      ) as Promise<SpeechModelSnapshot>,
    cancel: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.speechModelsCancel,
        { modelId }
      ) as Promise<boolean>,
    remove: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.speechModelsRemove,
        { modelId }
      ) as Promise<SpeechModelSnapshot>,
    select: (modelId: string | null) =>
      ipcRenderer.invoke(
        ipcChannels.speechModelsSelect,
        { modelId }
      ) as Promise<SpeechModelSnapshot>,
    importArchive: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.speechModelsImportArchive,
        { modelId }
      ) as Promise<SpeechModelSnapshot | undefined>,
    exportArchive: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.speechModelsExportArchive,
        { modelId }
      ) as Promise<SpeechModelSnapshot | undefined>,
    openRepository: async (modelId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.speechModelsOpenRepository,
        { modelId }
      )
    },
    openModelsDirectory: async () => {
      await ipcRenderer.invoke(ipcChannels.speechModelsOpenDirectory)
    }
  },
  speech: {
    transcribe: (input: SpeechTranscriptionInput) =>
      ipcRenderer.invoke(
        ipcChannels.speechTranscribe,
        input
      ) as Promise<SpeechTranscriptionResult>,
    cancel: (requestId: string) =>
      ipcRenderer.invoke(
        ipcChannels.speechTranscriptionCancel,
        requestId
      ) as Promise<boolean>
  },
  embeddings: {
    getSnapshot: () =>
      ipcRenderer.invoke(
        ipcChannels.embeddingSettingsGet
      ) as Promise<EmbeddingSettingsSnapshot>,
    getModelProgress: () =>
      ipcRenderer.invoke(
        ipcChannels.embeddingModelsProgress
      ) as Promise<EmbeddingModelProgressSnapshot>,
    diagnose: (connectionId: string) =>
      ipcRenderer.invoke(
        ipcChannels.embeddingDiagnose,
        { connectionId }
      ) as Promise<EmbeddingDiagnosticResult>,
    setCurrent: (connectionId: string) =>
      ipcRenderer.invoke(
        ipcChannels.embeddingSetCurrent,
        { connectionId }
      ) as Promise<EmbeddingSettingsSnapshot>,
    installModel: (
      modelId: string,
      expectedDownloadSource: ModelDownloadSource
    ) =>
      ipcRenderer.invoke(
        ipcChannels.embeddingModelsInstall,
        { modelId, expectedDownloadSource }
      ) as Promise<EmbeddingModelSnapshot>,
    cancelModelOperation: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.embeddingModelsCancel,
        { modelId }
      ) as Promise<boolean>,
    importModelArchive: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.embeddingModelsImportArchive,
        { modelId }
      ) as Promise<EmbeddingModelSnapshot | undefined>,
    removeModel: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.embeddingModelsRemove,
        { modelId }
      ) as Promise<EmbeddingModelSnapshot>
  },
  documentParsing: {
    getResult: (id) => ipcRenderer.invoke(ipcChannels.documentParsingResult, { id }),
    readResultImage: (id, imageId, thumbnail) => ipcRenderer.invoke(ipcChannels.documentParsingImage, { id, imageId, thumbnail }),
    openResultOriginal: (id) => ipcRenderer.invoke(ipcChannels.documentParsingOriginal, { id }),
    releaseResult: (id) => ipcRenderer.invoke(ipcChannels.documentParsingRelease, { id }),
    cancelTest: (operationId) => ipcRenderer.invoke(ipcChannels.documentParsingCancel, { id: operationId }),
    checkHttp: () => ipcRenderer.invoke(ipcChannels.documentParsingCheckHttp),
    getSnapshot: () =>
      ipcRenderer.invoke(
        ipcChannels.documentParsingGet
      ) as Promise<DocumentParsingSnapshot>,
    getOcrModelProgress: () =>
      ipcRenderer.invoke(
        ipcChannels.documentOcrModelsProgress
      ) as Promise<DocumentOcrModelProgressSnapshot>,
    update: (input: DocumentParsingSettings & { apiKey?: string; clearApiKey?: boolean }) =>
      ipcRenderer.invoke(
        ipcChannels.documentParsingUpdate,
        input
      ) as Promise<DocumentParsingSnapshot>,
    test: (purpose: DocumentParsingTestPurpose, operationId?: string) =>
      ipcRenderer.invoke(
        ipcChannels.documentParsingTest,
        { purpose, ...(operationId ? { operationId } : {}) }
      ) as Promise<DocumentParsingDiagnostic | undefined>,
    installOcrModel: (
      modelId: string,
      expectedDownloadSource: ModelDownloadSource
    ) =>
      ipcRenderer.invoke(
        ipcChannels.documentOcrModelsInstall,
        { modelId, expectedDownloadSource }
      ) as Promise<DocumentParsingSnapshot>,
    cancelOcrModelOperation: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.documentOcrModelsCancel,
        { modelId }
      ) as Promise<boolean>,
    removeOcrModel: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.documentOcrModelsRemove,
        { modelId }
      ) as Promise<DocumentParsingSnapshot>,
    importOcrModelArchive: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.documentOcrModelsImportArchive,
        { modelId }
      ) as Promise<DocumentParsingSnapshot | undefined>,
    exportOcrModelArchive: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.documentOcrModelsExportArchive,
        { modelId }
      ) as Promise<DocumentParsingSnapshot | undefined>,
    openOcrModelRepository: async (modelId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.documentOcrModelsOpenRepository,
        { modelId }
      )
    },
    openOcrModelsDirectory: async () => {
      await ipcRenderer.invoke(
        ipcChannels.documentOcrModelsOpenDirectory
      )
    },
    getOcrAssets: (modelId: string) =>
      ipcRenderer.invoke(
        ipcChannels.documentParsingOcrAssets,
        { modelId }
      ) as Promise<DocumentOcrAssets>,
    respondOcr: async (
      response: DocumentOcrResult | DocumentOcrFailure
    ) => {
      await ipcRenderer.invoke(
        ipcChannels.documentParsingOcrRespond,
        response
      )
    },
    onOcrRequest: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        request: DocumentOcrRequest
      ): void => listener(request)
      ipcRenderer.on(ipcChannels.documentParsingOcrRequest, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.documentParsingOcrRequest,
          handler
        )
    },
    onOcrCancel: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        requestId: string
      ): void => listener(requestId)
      ipcRenderer.on(ipcChannels.documentParsingOcrCancel, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.documentParsingOcrCancel,
          handler
        )
    }
  },
  projects: {
    list: (includeArchived = false) =>
      ipcRenderer.invoke(
        ipcChannels.projectsList,
        includeArchived
      ) as Promise<AssistantProject[]>,
    create: (input: ProjectCreateInput) =>
      ipcRenderer.invoke(
        ipcChannels.projectsCreate,
        input
      ) as Promise<AssistantProject>,
    update: (projectId: string, input: ProjectCreateInput) =>
      ipcRenderer.invoke(
        ipcChannels.projectsUpdate,
        { projectId, input }
      ) as Promise<AssistantProject>,
    setArchived: async (projectId: string, archived: boolean) => {
      await ipcRenderer.invoke(ipcChannels.projectsSetArchived, {
        projectId,
        archived
      })
    },
    delete: async (projectId: string, confirmation: string) => {
      await ipcRenderer.invoke(ipcChannels.projectsDelete, {
        projectId,
        confirmation
      })
    },
    remote: {
      save: (input: RemoteProjectSaveRequest) =>
        ipcRenderer.invoke(
          ipcChannels.remoteProjectSave,
          input
        ) as Promise<AssistantProject>,
      cancelCurrent: async () => {
        await ipcRenderer.invoke(ipcChannels.remoteProjectCancelCurrent)
      },
      onSaveProgress: (listener) => {
        const handler = (
          _event: Electron.IpcRendererEvent,
          progress: RemoteProjectSaveProgress
        ): void => listener(progress)
        ipcRenderer.on(
          ipcChannels.remoteProjectSaveProgress,
          handler
        )
        return () =>
          ipcRenderer.removeListener(
            ipcChannels.remoteProjectSaveProgress,
            handler
          )
      },
      getRecoverySnapshot: () =>
        ipcRenderer.invoke(
          ipcChannels.remoteProjectRecoveryGet
        ) as Promise<RemoteProjectRecoverySnapshot>,
      retryRecovery: (projectId: string) =>
        ipcRenderer.invoke(
          ipcChannels.remoteProjectRecoveryRetry,
          { projectId }
        ) as Promise<RemoteProjectRecoveryState>,
      onRecoveryProgress: (listener) => {
        const handler = (
          _event: Electron.IpcRendererEvent,
          state: RemoteProjectRecoveryState
        ): void => listener(state)
        ipcRenderer.on(
          ipcChannels.remoteProjectRecoveryProgress,
          handler
        )
        return () =>
          ipcRenderer.removeListener(
            ipcChannels.remoteProjectRecoveryProgress,
            handler
          )
      }
    }
  },
  conversations: {
    imageOperations: {
      cancel: (input) => ipcRenderer.invoke(ipcChannels.imageOperationCancel, input),
      regenerate: (input) => ipcRenderer.invoke(ipcChannels.imageOperationRegenerate, input),
      onChanged: (listener) => {
        const handler = (_event: Electron.IpcRendererEvent, operation: import('../shared/image-generation-contracts').ImageOperation): void => listener(operation)
        ipcRenderer.on(ipcChannels.imageOperationChanged, handler)
        return () => ipcRenderer.removeListener(ipcChannels.imageOperationChanged, handler)
      }
    },
    list: () =>
      ipcRenderer.invoke(
        ipcChannels.conversationsList
      ) as Promise<ConversationSnapshot[]>,
    listSummaries: (detailIds = []) =>
      ipcRenderer.invoke(ipcChannels.conversationsListSummaries, { detailIds }),
    get: (conversationId) =>
      ipcRenderer.invoke(ipcChannels.conversationsGet, conversationId),
    search: (query, conversationIds = []) =>
      ipcRenderer.invoke(ipcChannels.conversationsSearch, { query, conversationIds }),
    replace: async (conversations: ConversationSnapshot[]) => {
      await ipcRenderer.invoke(
        ipcChannels.conversationsReplace,
        conversations
      )
    },
    saveLocal: async (batch: LocalConversationSaveBatch) => {
      await ipcRenderer.invoke(
        ipcChannels.conversationsSaveLocal,
        batch
      )
    },
    setPinned: async (input) => {
      await ipcRenderer.invoke(ipcChannels.conversationsSetPinned, input)
    },
    setStoryGraph: async (input) => {
      await ipcRenderer.invoke(ipcChannels.conversationsSetStoryGraph, input)
    },
    branchLocal: (input: ConversationBranchInput) =>
      ipcRenderer.invoke(
        ipcChannels.conversationsBranchLocal,
        input
      ) as Promise<ConversationSnapshot>,
    deleteLocal: (conversationId: string) =>
      ipcRenderer.invoke(
        ipcChannels.conversationsDeleteLocal,
        conversationId
      ) as Promise<boolean>,
    onChanged: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        conversationId?: string
      ): void => listener(conversationId)
      ipcRenderer.on(ipcChannels.conversationsChanged, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.conversationsChanged,
          handler
        )
    }
  },
  conversationQueue: {
    getAttachments: (itemId) => ipcRenderer.invoke(ipcChannels.conversationQueueAttachments, itemId),
    restoreToDraft: (itemId, draftText) => ipcRenderer.invoke(ipcChannels.conversationQueueRestoreDraft, { itemId, draftText }),
    list: (conversationId?: string) =>
      ipcRenderer.invoke(
        ipcChannels.conversationQueueList,
        conversationId
      ),
    enqueueUser: (input) =>
      ipcRenderer.invoke(
        ipcChannels.conversationQueueEnqueueUser,
        input
      ),
    remove: async (itemId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.conversationQueueRemove,
        itemId
      )
    },
    interruptAndRun: async (itemId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.conversationQueueInterruptAndRun,
        itemId
      )
    },
    releaseUser: async (itemId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.conversationQueueReleaseUser,
        itemId
      )
    },
    ready: async (conversationId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.conversationQueueReady,
        conversationId
      )
    },
    onChanged: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        conversationId?: string
      ): void => listener(conversationId)
      ipcRenderer.on(ipcChannels.conversationQueueChanged, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.conversationQueueChanged,
          handler
        )
    },
    onDispatch: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        dispatch: Parameters<typeof listener>[0]
      ): void => listener(dispatch)
      ipcRenderer.on(ipcChannels.conversationQueueDispatch, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.conversationQueueDispatch,
          handler
        )
    }
  },
  workspace: {
    importFiles: (projectId, path) => ipcRenderer.invoke(ipcChannels.workspaceImportFiles, { projectId, path }),
    manage: (projectId, action) => ipcRenderer.invoke(ipcChannels.workspaceManage, { projectId, action }),
    getFileDiff: (projectId: string, path: string) =>
      ipcRenderer.invoke(ipcChannels.workspaceFileDiff, {
        projectId,
        path
      }) as Promise<WorkspaceChanges>,
    getChanges: (projectId: string) =>
      ipcRenderer.invoke(
        ipcChannels.workspaceChangesGet,
        projectId
      ) as Promise<WorkspaceChanges>,
    listDirectory: (projectId: string, path: string) =>
      ipcRenderer.invoke(ipcChannels.workspaceDirectoryList, {
        projectId,
        path
      }) as Promise<WorkspaceDirectoryListing>,
    readFile: (
      projectId: string,
      path: string,
      offsetBytes?: number
    ) =>
      ipcRenderer.invoke(ipcChannels.workspaceFileRead, {
        projectId,
        path,
        offsetBytes
      }) as Promise<WorkspaceFilePreview>,
    openPath: async (
      projectId: string,
      path: string,
      type: 'file' | 'directory'
    ) => {
      await ipcRenderer.invoke(ipcChannels.workspacePathOpen, {
        projectId,
        path,
        type
      })
    }
  },
  tasks: {
    list: () =>
      ipcRenderer.invoke(ipcChannels.tasksList) as Promise<AssistantTask[]>,
    getExecutionStats: (input) =>
      ipcRenderer.invoke(ipcChannels.tasksExecutionStats, input) as Promise<ExecutionStats>,
    onExecutionStatsChanged: (listener) => {
      const handler = (): void => listener()
      ipcRenderer.on(ipcChannels.tasksExecutionStatsChanged, handler)
      return () => { ipcRenderer.removeListener(ipcChannels.tasksExecutionStatsChanged, handler) }
    },
    setStatus: async (
      taskId: string,
      status: 'completed' | 'cancelled'
    ) => {
      await ipcRenderer.invoke(ipcChannels.tasksSetStatus, {
        taskId,
        status
      })
    }
  },
  activityHistory: {
    get: () =>
      ipcRenderer.invoke(
        ipcChannels.activityHistoryGet
      ) as Promise<ActivityHistorySnapshot>,
    replace: async (
      records: ActivityRecord[],
      legacyHistoryMayBeIncomplete: boolean
    ) => {
      await ipcRenderer.invoke(ipcChannels.activityHistoryReplace, {
        records,
        legacyHistoryMayBeIncomplete
      })
    },
    update: (update: ActivityHistoryUpdate) =>
      ipcRenderer.invoke(ipcChannels.activityHistoryUpdate, update) as Promise<ActivityHistoryUpdateResult>,
    clear: async () => {
      await ipcRenderer.invoke(ipcChannels.activityHistoryClear)
    },
    page: (request: ActivityHistoryPageRequest) =>
      ipcRenderer.invoke(ipcChannels.activityHistoryPage, request) as Promise<ActivityHistoryPage>,
    summary: (request: ActivityHistorySummaryRequest) =>
      ipcRenderer.invoke(ipcChannels.activityHistorySummary, request) as Promise<ActivityHistorySummary>,
    reconcile: (request: ActivityHistoryReconcileRequest) =>
      ipcRenderer.invoke(ipcChannels.activityHistoryReconcile, request) as Promise<number>
  },
  usage: {
    getTokenSummary: () =>
      ipcRenderer.invoke(
        ipcChannels.tokenUsageSummary
      ) as Promise<TokenUsageSummary>,
    onChanged: (listener) => {
      const handler = (): void => listener()
      ipcRenderer.on(ipcChannels.tokenUsageChanged, handler)
      return () =>
        ipcRenderer.removeListener(ipcChannels.tokenUsageChanged, handler)
    }
  },
  artifacts: {
    list: (projectId?: string) =>
      ipcRenderer.invoke(
        ipcChannels.artifactsList,
        projectId
      ) as Promise<AssistantArtifact[]>,
    get: (artifactId: string) =>
      ipcRenderer.invoke(
        ipcChannels.artifactsGet,
        artifactId
      ) as Promise<AssistantArtifact>,
    importFiles: (projectId?: string) =>
      ipcRenderer.invoke(
        ipcChannels.artifactsImportFiles,
        projectId
      ) as Promise<AssistantArtifact[]>
  },
  memory: {
    list: (scopeId?: string) =>
      ipcRenderer.invoke(
        ipcChannels.memoryList,
        scopeId
      ) as Promise<AssistantMemory[]>,
    create: (input: MemoryCreateInput) =>
      ipcRenderer.invoke(
        ipcChannels.memoryCreate,
        input
      ) as Promise<AssistantMemory>,
    setStatus: async (
      memoryId: string,
      status: AssistantMemory['status']
    ) => {
      await ipcRenderer.invoke(ipcChannels.memorySetStatus, {
        memoryId,
        status
      })
    },
    remove: async (memoryId: string) => {
      await ipcRenderer.invoke(ipcChannels.memoryRemove, memoryId)
    }
  },
  schedules: {
    list: (projectId?: string) =>
      ipcRenderer.invoke(
        ipcChannels.schedulesList,
        projectId
      ) as Promise<AssistantSchedule[]>,
    create: (input: ScheduleCreateInput) =>
      ipcRenderer.invoke(
        ipcChannels.schedulesCreate,
        input
      ) as Promise<AssistantSchedule>,
    setEnabled: async (scheduleId: string, enabled: boolean) => {
      await ipcRenderer.invoke(ipcChannels.schedulesSetEnabled, {
        scheduleId,
        enabled
      })
    },
    remove: async (scheduleId: string) => {
      await ipcRenderer.invoke(ipcChannels.schedulesRemove, scheduleId)
    },
    runNow: async (scheduleId: string) => {
      await ipcRenderer.invoke(ipcChannels.schedulesRunNow, scheduleId)
    }
  },
  heartbeats: {
    list: (projectId?: string) =>
      ipcRenderer.invoke(ipcChannels.heartbeatsList, {
        projectId
      }) as Promise<AssistantHeartbeatConfig[]>,
    create: (input: HeartbeatCreateInput) =>
      ipcRenderer.invoke(
        ipcChannels.heartbeatsCreate,
        input
      ) as Promise<AssistantHeartbeatConfig>,
    update: (heartbeatId: string, input: HeartbeatUpdateInput) =>
      ipcRenderer.invoke(ipcChannels.heartbeatsUpdate, {
        id: heartbeatId,
        config: input
      }) as Promise<AssistantHeartbeatConfig>,
    setPaused: async (heartbeatId: string, paused: boolean) => {
      await ipcRenderer.invoke(ipcChannels.heartbeatsSetPaused, {
        id: heartbeatId,
        paused
      })
    },
    remove: async (heartbeatId: string) => {
      await ipcRenderer.invoke(ipcChannels.heartbeatsRemove, {
        id: heartbeatId
      })
    },
    runNow: (heartbeatId: string) =>
      ipcRenderer.invoke(ipcChannels.heartbeatsRunNow, {
        id: heartbeatId,
        idempotencyKey: crypto.randomUUID()
      }) as Promise<AssistantHeartbeatRun>,
    history: (heartbeatId?: string) =>
      ipcRenderer.invoke(ipcChannels.heartbeatsHistory, {
        configId: heartbeatId,
        limit: 200
      }) as Promise<{
        runs: AssistantHeartbeatRun[]
        entries: AssistantHeartbeatEntry[]
      }>
  },
  supervision: {
    activity: (input) => ipcRenderer.invoke(ipcChannels.supervisionActivity, input),
    pause: (input) => ipcRenderer.invoke(ipcChannels.supervisionPause, input),
    cancel: (input) => ipcRenderer.invoke(ipcChannels.supervisionCancel, input),
    execution: () => ipcRenderer.invoke(ipcChannels.supervisionExecution),
    resume: (input) => ipcRenderer.invoke(ipcChannels.supervisionResume, input),
    batches: (input) => ipcRenderer.invoke(ipcChannels.supervisionBatches, input),
    overview: (input) => ipcRenderer.invoke(ipcChannels.supervisionOverview, input),
    run: (input: unknown) => ipcRenderer.invoke(ipcChannels.supervisionRun, input),
    graph: (input) => ipcRenderer.invoke(ipcChannels.supervisionGraph, input) as Promise<Record<string, unknown>>,
    source: (sourceId: string) => ipcRenderer.invoke(ipcChannels.supervisionSource, { sourceId }) as Promise<Record<string, unknown> | undefined>,
    sourceContext: (sourceId: string) => ipcRenderer.invoke(ipcChannels.supervisionSourceContext, { sourceId }) as Promise<Record<string, unknown>>,
    continueContext: (input) => ipcRenderer.invoke(ipcChannels.supervisionContinueContext, input) as Promise<Record<string, unknown>>,
    continue: async (input) => { await ipcRenderer.invoke(ipcChannels.supervisionContinue, input) },
    knowledgePreview: (input) => ipcRenderer.invoke(ipcChannels.supervisionKnowledgePreview, input) as Promise<Record<string, unknown>>,
    knowledgeCommit: (input) => ipcRenderer.invoke(ipcChannels.supervisionKnowledgeCommit, input) as Promise<Record<string, unknown>>,
    entityAction: (input) => ipcRenderer.invoke(ipcChannels.supervisionEntityAction, input) as Promise<void>,
    relationAction: (input) => ipcRenderer.invoke(ipcChannels.supervisionRelationAction, input) as Promise<void>,
    suggestions: (input) => ipcRenderer.invoke(ipcChannels.supervisionSuggestions, input ?? {}),
    suggestionAction: (input) => ipcRenderer.invoke(ipcChannels.supervisionSuggestionAction, input),
    retrySuggestions: (input) => ipcRenderer.invoke(ipcChannels.supervisionRetrySuggestions, input),
    stories: (input) => ipcRenderer.invoke(ipcChannels.supervisionStories, input),
    storyAction: (input) => ipcRenderer.invoke(ipcChannels.supervisionStoryAction, input) as Promise<void>,
    retryStories: (input) => ipcRenderer.invoke(ipcChannels.supervisionRetryStories, input)
  },
  experts: {
    list: () =>
      ipcRenderer.invoke(
        ipcChannels.expertsList
      ) as Promise<AssistantExpert[]>,
    create: (input: ExpertCreateInput) =>
      ipcRenderer.invoke(
        ipcChannels.expertsCreate,
        input
      ) as Promise<AssistantExpert>,
    update: (expertId: string, input: ExpertUpdateInput) =>
      ipcRenderer.invoke(ipcChannels.expertsUpdate, {
        expertId,
        input
      }) as Promise<AssistantExpert>,
    remove: async (expertId: string) => {
      await ipcRenderer.invoke(ipcChannels.expertsRemove, expertId)
    }
  },
  capabilities: {
    getSnapshot: () =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesSnapshot
      ) as Promise<CapabilitySnapshot>,
    importSkill: (kind) =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesImportSkill,
        kind
      ) as Promise<CapabilitySnapshot>,
    removeSkill: (skillId) =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesRemoveSkill,
        skillId
      ) as Promise<CapabilitySnapshot>,
    setSkillEnabled: (skillId, enabled) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesToggleSkill, {
        skillId,
        enabled
      }) as Promise<CapabilitySnapshot>,
    setSkillAssignments: (skillId, assignments) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesAssignSkill, {
        skillId,
        assignments
      }) as Promise<CapabilitySnapshot>,
    setBuiltinMcpServerEnabled: (
      serverId: BuiltinMcpServerId,
      enabled: boolean
    ) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesToggleBuiltinMcp, {
        serverId,
        enabled
      }) as Promise<CapabilitySnapshot>,
    updateObsidianSettings: (input) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesUpdateObsidianSettings, input) as Promise<CapabilitySnapshot>,
    testObsidianConnection: (input) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesTestObsidianConnection, input) as Promise<ObsidianConnectionTestResult>,
    selectObsidianVault: () =>
      ipcRenderer.invoke(ipcChannels.capabilitiesSelectObsidianVault) as Promise<string | null>,
    setBuiltinMcpServerAssignments: (
      serverId: BuiltinMcpServerId,
      assignments
    ) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesAssignBuiltinMcp, {
        serverId,
        assignments
      }) as Promise<CapabilitySnapshot>,
    saveMcpServer: (serverId, input) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesSaveMcp, {
        serverId,
        input
      }) as Promise<CapabilitySnapshot>,
    removeMcpServer: (serverId) =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesRemoveMcp,
        serverId
      ) as Promise<CapabilitySnapshot>,
    testMcpServer: (serverId) =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesTestMcp,
        serverId
      ) as Promise<McpServerTestResult>,
    setWebSearchEnabled: (enabled: boolean) =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesToggleWebSearch,
        enabled
      ) as Promise<CapabilitySnapshot>,
    testWebSearch: () =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesTestWebSearch
      ) as Promise<WebSearchTestResult>,
    setComputerCapabilityEnabled: (
      capabilityId: ComputerCapabilityId,
      enabled: boolean
    ) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesToggleComputer, {
        capabilityId,
        enabled
      }) as Promise<CapabilitySnapshot>,
    setComputerCapabilityBrowserProfile: (
      capabilityId: ComputerCapabilityId,
      browserProfileId: string | null
    ) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesConfigureComputer, {
        capabilityId,
        browserProfileId
      }) as Promise<CapabilitySnapshot>,
    diagnoseComputerCapability: (capabilityId: ComputerCapabilityId) =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesDiagnoseComputer,
        capabilityId
      ) as Promise<CapabilityDiagnosticReport>,
    createBrowserProfile: (input: BrowserProfileCreateInput) =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesCreateBrowserProfile,
        input
      ) as Promise<CapabilitySnapshot>,
    renameBrowserProfile: (input: BrowserProfileRenameInput) =>
      ipcRenderer.invoke(
        ipcChannels.capabilitiesRenameBrowserProfile,
        input
      ) as Promise<CapabilitySnapshot>,
    setDefaultBrowserProfile: (profileId: string) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesDefaultBrowserProfile, {
        profileId
      }) as Promise<CapabilitySnapshot>,
    removeBrowserProfile: (profileId: string) =>
      ipcRenderer.invoke(ipcChannels.capabilitiesRemoveBrowserProfile, {
        profileId
      }) as Promise<CapabilitySnapshot>
  },
  runtimeExtensions: {
    getSnapshot: () =>
      ipcRenderer.invoke(
        ipcChannels.runtimeExtensionsSnapshot
      ) as Promise<RuntimeExtensionMarketplaceSnapshot>,
    apply: (action: RuntimeExtensionAction) =>
      ipcRenderer.invoke(
        ipcChannels.runtimeExtensionsApply,
        action
      ) as Promise<RuntimeExtensionMarketplaceSnapshot>
  },
  runtimeCustomization: {
    getSettings: () =>
      ipcRenderer.invoke(
        ipcChannels.runtimeCustomizationGet
      ) as Promise<RuntimeCustomizationSettings>,
    updateSettings: (settings: RuntimeCustomizationSettings) =>
      ipcRenderer.invoke(
        ipcChannels.runtimeCustomizationUpdate,
        settings
      ) as Promise<RuntimeCustomizationSettings>,
    getNativeSnapshot: (input: RuntimeNativeSnapshotInput) =>
      ipcRenderer.invoke(
        ipcChannels.runtimeNativeSnapshot,
        input
      ) as Promise<RuntimeNativeSnapshot>
  },
  context: {
    imageCapability: (conversationId, runtimeSelection) => ipcRenderer.invoke(ipcChannels.contextImageCapability, { conversationId, runtimeSelection }),
    copyToDraft: (conversationId, id, operationId) => ipcRenderer.invoke(ipcChannels.contextCopyToDraft, { conversationId, id, operationId }),
    pendingParsing: (conversationId) => ipcRenderer.invoke(ipcChannels.contextPendingParsing, conversationId),
    retryParsing: (conversationId, id, operationId) => ipcRenderer.invoke(ipcChannels.contextRetryParsing, { conversationId, id, operationId }),
    dismissParsing: (conversationId, id) => ipcRenderer.invoke(ipcChannels.contextDismissParsing, { conversationId, id }),
    cancelImport: (operationId) => ipcRenderer.invoke(ipcChannels.contextCancelImport, operationId),
    reparseDraft: (conversationId, id, operationId) => ipcRenderer.invoke(ipcChannels.contextReparse, { conversationId, id, operationId }),
    cancelParsing: (operationId) => ipcRenderer.invoke(ipcChannels.contextCancelParsing, operationId),
    sendOriginal: (conversationId, id) => ipcRenderer.invoke(ipcChannels.contextSendOriginal, { conversationId, id }),
    openOriginal: (id) => ipcRenderer.invoke(ipcChannels.contextOpenOriginal, id),
    readOutput: (input) => ipcRenderer.invoke(ipcChannels.contextReadOutput, input),
    addResultImages: (conversationId, resultId, imageIds) => ipcRenderer.invoke(ipcChannels.contextAddResultImages, { conversationId, resultId, imageIds }),
    onDraftChanged: (listener) => {
      const handler = (_event: Electron.IpcRendererEvent, conversationId: string, attachments: ContextAttachment[]): void => listener(conversationId, attachments)
      ipcRenderer.on(ipcChannels.contextDraftChanged, handler)
      return () => ipcRenderer.removeListener(ipcChannels.contextDraftChanged, handler)
    },
    getDraft: (conversationId) => ipcRenderer.invoke(ipcChannels.contextGetDraft, { conversationId }),
    saveDraft: (conversationId, ids) => ipcRenderer.invoke(ipcChannels.contextSaveDraft, { conversationId, ids }),
    getFilePath: (file) => webUtils.getPathForFile(file),
    importFiles: (paths, conversationId) =>
      ipcRenderer.invoke(
        ipcChannels.contextImportFiles,
        { paths, ...(conversationId ? { conversationId } : {}) }
      ) as Promise<ContextAttachment[]>,
    selectFiles: (conversationId) =>
      ipcRenderer.invoke(
        ipcChannels.contextSelectFiles,
        ...(conversationId ? [conversationId] : [])
      ) as Promise<ContextAttachment[]>,
    onFileSelectionProgress: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        progress: ContextFileSelectionProgress
      ): void => listener(progress)
      ipcRenderer.on(ipcChannels.contextFileSelectionProgress, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.contextFileSelectionProgress,
          handler
        )
    },
    addPastedImage: (input: PastedImageInput) =>
      ipcRenderer.invoke(
        ipcChannels.contextAddPastedImage,
        input
      ) as Promise<ContextAttachment>,
    captureScreen: () =>
      ipcRenderer.invoke(
        ipcChannels.contextCaptureScreen
      ) as Promise<ContextAttachment>,
    listWindows: () =>
      ipcRenderer.invoke(
        ipcChannels.contextListWindows
      ) as Promise<WindowCaptureOption[]>,
    captureWindow: (sourceId) =>
      ipcRenderer.invoke(
        ipcChannels.contextCaptureWindow,
        { sourceId }
      ) as Promise<ContextAttachment>,
    readClipboard: () =>
      ipcRenderer.invoke(
        ipcChannels.contextReadClipboard
      ) as Promise<ContextAttachment>,
    remove: async (contextId: string) => {
      await ipcRenderer.invoke(ipcChannels.contextRemove, contextId)
    }
  },
  magicNotes: {
    search: (input) =>
      ipcRenderer.invoke(ipcChannels.magicNotesSearch, input) as Promise<MagicNoteSummary[]>,
    list: () =>
      ipcRenderer.invoke(
        ipcChannels.magicNotesList
      ) as Promise<MagicNotesSnapshot>,
    get: (noteId: string) =>
      ipcRenderer.invoke(ipcChannels.magicNotesGet, {
        noteId
      }) as Promise<MagicNoteDetail>,
    create: (input) =>
      ipcRenderer.invoke(
        ipcChannels.magicNotesCreate,
        input
      ) as Promise<MagicNoteCreateResult>,
    update: (input) =>
      ipcRenderer.invoke(
        ipcChannels.magicNotesUpdate,
        input
      ) as Promise<MagicNoteDetail>,
    remove: async (noteId: string) => {
      await ipcRenderer.invoke(ipcChannels.magicNotesDelete, { noteId })
    },
    createTag: (input) =>
      ipcRenderer.invoke(
        ipcChannels.magicNotesCreateTag,
        input
      ) as Promise<MagicNoteTag>,
    renameTag: (input) =>
      ipcRenderer.invoke(
        ipcChannels.magicNotesRenameTag,
        input
      ) as Promise<MagicNoteTagRenameResult>,
    removeTag: async (tagId: string) => {
      await ipcRenderer.invoke(ipcChannels.magicNotesDeleteTag, { tagId })
    },
    createEntry: (input) =>
      ipcRenderer.invoke(
        ipcChannels.magicNotesCreateEntry,
        input
      ) as Promise<MagicNoteEntryCreateResult>,
    updateEntry: (input) =>
      ipcRenderer.invoke(
        ipcChannels.magicNotesUpdateEntry,
        input
      ) as Promise<MagicNoteDetail>,
    removeEntry: (entryId: string) =>
      ipcRenderer.invoke(ipcChannels.magicNotesDeleteEntry, {
        entryId
      }) as Promise<MagicNoteDetail>,
    analyze: (entryId, options) =>
      ipcRenderer.invoke(ipcChannels.magicNotesAnalyze, {
        entryId,
        ...options
      }) as Promise<MagicNoteDetail>,
    analyzeDraft: (content, options) =>
      ipcRenderer.invoke(
        ipcChannels.magicNotesAnalyzeDraft,
        { content, ...options }
      ) as Promise<MagicNoteDraftAnalysis>,
    listTodos: () =>
      ipcRenderer.invoke(
        ipcChannels.magicTodosList
      ) as Promise<MagicTodosSnapshot>,
    getTodoStatus: () =>
      ipcRenderer.invoke(
        ipcChannels.magicTodosStatus
      ) as Promise<MagicTodoStatus>,
    updateTodo: (input) =>
      ipcRenderer.invoke(
        ipcChannels.magicTodosUpdate,
        input
      ) as Promise<MagicTodoUpdateResult>,
    analyzeTodo: (todoId, options) =>
      ipcRenderer.invoke(ipcChannels.magicTodosAnalyze, {
        todoId,
        ...options
      }) as Promise<MagicTodoItem>,
    onAnalysisEvent: (listener) => {
      const handler = (
        _event: Electron.IpcRendererEvent,
        payload: MagicNoteAnalysisStreamEvent
      ): void => listener(payload)
      ipcRenderer.on(ipcChannels.magicNotesAnalysisEvent, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.magicNotesAnalysisEvent,
          handler
        )
    },
    onChanged: (listener) => {
      const handler = (): void => listener()
      ipcRenderer.on(ipcChannels.magicNotesChanged, handler)
      return () =>
        ipcRenderer.removeListener(ipcChannels.magicNotesChanged, handler)
    },
    onTodoStatusChanged: (listener) => {
      const handler = (): void => listener()
      ipcRenderer.on(ipcChannels.magicTodosStatusChanged, handler)
      return () =>
        ipcRenderer.removeListener(
          ipcChannels.magicTodosStatusChanged,
          handler
        )
    }
  },
  knowledge: {
    externalInstancesList: () => ipcRenderer.invoke(ipcChannels.externalInstancesList),
    externalInstancesSave: (input) => ipcRenderer.invoke(ipcChannels.externalInstancesSave,input),
    externalInstancesTest: (input) => ipcRenderer.invoke(ipcChannels.externalInstancesTest,input),
    externalInstancesSetEnabled: (input) => ipcRenderer.invoke(ipcChannels.externalInstancesSetEnabled,input),
    externalInstancesDelete: (input) => ipcRenderer.invoke(ipcChannels.externalInstancesDelete,input),
    externalCatalogList: (input) => ipcRenderer.invoke(ipcChannels.externalCatalogList,input),
    externalCatalogGet: (input) => ipcRenderer.invoke(ipcChannels.externalCatalogGet,input),
    externalBindingsCreate: (input) => ipcRenderer.invoke(ipcChannels.externalBindingsCreate,input),
    externalBindingsUpdate: (input) => ipcRenderer.invoke(ipcChannels.externalBindingsUpdate,input),
    externalRetrievalTest: (input) => ipcRenderer.invoke(ipcChannels.externalRetrievalTest,input),
    getSnapshot: (libraryId?: string) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeSnapshot,
        libraryId
      ) as Promise<KnowledgeSnapshot>,
    createLibrary: (input) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeCreateLibrary,
        input
      ) as Promise<KnowledgeLibrary>,
    updateLibrary: async (libraryId, update) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeUpdateLibrary, {
        libraryId,
        ...update
      })
    },
    deleteLibrary: async (libraryId) => {
      await ipcRenderer.invoke(
        ipcChannels.knowledgeDeleteLibrary,
        libraryId
      )
    },
    reextractGraph: (libraryId) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeReextractGraph,
        libraryId
      ) as Promise<void>,
    selectFiles: async (libraryId, graphStrategy) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeSelectFiles, {
        libraryId,
        graphStrategy
      })
    },
    selectDirectory: async (libraryId, graphStrategy) => {
      await ipcRenderer.invoke(
        ipcChannels.knowledgeSelectDirectory,
        { libraryId, graphStrategy }
      )
    },
    importDroppedFiles: async (libraryId, files, graphStrategy) => {
      const paths = files
        .map((file) => webUtils.getPathForFile(file))
        .filter(Boolean)
      await ipcRenderer.invoke(ipcChannels.knowledgeImportPaths, {
        libraryId,
        paths,
        graphStrategy
      })
    },
    importPaths: async (libraryId, paths, graphStrategy) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeImportPaths, {
        libraryId,
        paths,
        graphStrategy
      })
    },
    importUrl: async (libraryId, url, graphStrategy) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeImportUrl, {
        libraryId,
        url,
        graphStrategy
      })
    },
    syncSource: async (sourceId) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeSyncSource, sourceId)
    },
    pauseSource: async (sourceId) => {
      await ipcRenderer.invoke(ipcChannels.knowledgePauseSource, sourceId)
    },
    retrySource: async (sourceId) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeRetrySource, sourceId)
    },
    removeSource: async (sourceId) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeRemoveSource, sourceId)
    },
    search: (libraryIds, query) =>
      ipcRenderer.invoke(ipcChannels.knowledgeSearch, {
        libraryIds,
        query
      }) as Promise<KnowledgeSearchReference[]>,
    retrieve: (input: KnowledgeRetrieveInput) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeRetrieve,
        input
      ) as Promise<KnowledgeRetrievalResponse>,
    updateSettings: (input: KnowledgeSettingsUpdateInput) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeUpdateSettings,
        input
      ) as Promise<KnowledgeLibrary>,
    listChunks: (input: KnowledgeChunksListInput) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeListChunks,
        input
      ) as Promise<KnowledgeChunkPage>,
    updateChunk: async (input: KnowledgeChunkUpdateInput) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeUpdateChunk, input)
    },
    deleteChunk: async (input: KnowledgeChunkDeleteInput) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeDeleteChunk, input)
    },
    rebuildDocument: (input: KnowledgeDocumentRebuildInput) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeRebuildDocument,
        input
      ) as Promise<KnowledgeSnapshot>,
    openDocumentSource: async (input: KnowledgeDocumentOpenInput) => {
      await ipcRenderer.invoke(
        ipcChannels.knowledgeOpenDocumentSource,
        input
      )
    },
    rebuildLibrary: (input: KnowledgeLibraryRebuildInput) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeRebuildLibrary,
        input
      ) as Promise<{ rebuilt: number; failed: number }>,
    cancelRebuild: (knowledgeBaseId: string) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeCancelRebuild,
        knowledgeBaseId
      ) as Promise<boolean>,
    getEmbeddingIndex: (knowledgeBaseId: string) =>
      ipcRenderer.invoke(ipcChannels.knowledgeEmbeddingIndexGet, {
        knowledgeBaseId
      }) as Promise<KnowledgeEmbeddingIndexSnapshot>,
    rebuildEmbeddingIndex: (knowledgeBaseId: string) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeEmbeddingIndexRebuild,
        { knowledgeBaseId }
      ) as Promise<KnowledgeEmbeddingIndexSnapshot>,
    cancelEmbeddingIndex: (
      knowledgeBaseId: string,
      jobId: string
    ) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeEmbeddingIndexCancel,
        { knowledgeBaseId, jobId }
      ) as Promise<boolean>,
    cancelTask: (taskId: string) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeTaskCancel,
        { taskId }
      ) as Promise<boolean>,
    retryTask: async (taskId: string) => {
      await ipcRenderer.invoke(
        ipcChannels.knowledgeTaskRetry,
        { taskId }
      )
    },
    getReferenceContext: (input: KnowledgeReferenceContextInput) =>
      ipcRenderer.invoke(
        ipcChannels.knowledgeReferenceContext,
        input
      ) as Promise<KnowledgeReferenceContext>,
    openReferenceSource: async (input: KnowledgeReferenceOpenInput) => {
      await ipcRenderer.invoke(
        ipcChannels.knowledgeOpenReferenceSource,
        input
      )
    },
    createEntity: async (libraryId, input) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeCreateEntity, {
        libraryId,
        input
      })
    },
    updateEntity: async (entityId, update) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeUpdateEntity, {
        entityId,
        update
      })
    },
    moveEntity: async (entityId, position) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeMoveEntity, {
        entityId,
        position
      })
    },
    deleteEntity: async (entityId) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeDeleteEntity, entityId)
    },
    mergeEntities: async (sourceEntityId, targetEntityId) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeMergeEntities, {
        sourceEntityId,
        targetEntityId
      })
    },
    createRelation: async (libraryId, input) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeCreateRelation, {
        libraryId,
        input
      })
    },
    updateRelation: async (relationId, input) => {
      await ipcRenderer.invoke(ipcChannels.knowledgeUpdateRelation, {
        relationId,
        input
      })
    },
    deleteRelation: async (relationId) => {
      await ipcRenderer.invoke(
        ipcChannels.knowledgeDeleteRelation,
        relationId
      )
    }
  }
}

contextBridge.exposeInMainWorld('goodbuddy', desktopApi)