import type { FabricDynamicGuestDeclarations } from "../protocol.js";
export declare const PI_CORE_COMPATIBILITY_ARGUMENT_TYPE_NAMES: {
    readonly read: "PiReadCompatibilityArgument";
    readonly bash: "PiBashCompatibilityArgument";
    readonly edit: "PiEditCompatibilityArgument";
    readonly write: "PiWriteCompatibilityArgument";
    readonly grep: "PiGrepCompatibilityArgument";
    readonly find: "PiFindCompatibilityArgument";
    readonly ls: "PiLsCompatibilityArgument";
};
export declare const PI_CORE_NUMERIC_FIELDS: {
    readonly read: readonly ["offset", "limit"];
    readonly bash: readonly ["timeout"];
    readonly edit: readonly [];
    readonly write: readonly [];
    readonly grep: readonly ["context", "limit"];
    readonly find: readonly ["limit"];
    readonly ls: readonly ["limit"];
};
export declare const GUEST_TYPE_DECLARATIONS = "\ntype JsonPrimitive = string | number | boolean | null;\ntype JsonValue = JsonPrimitive | JsonValue[] | { [key: string]: JsonValue };\ntype FabricTransport = \"auto\" | \"process\" | \"tmux\" | \"screen\" | \"localterm\" | \"herdr\";\ntype FabricAgentRunner = \"pi\" | \"claude\" | \"veda\";\ntype FabricThinking = \"off\" | \"minimal\" | \"low\" | \"medium\" | \"high\" | \"xhigh\" | \"max\";\ninterface FabricActionEffect {\n  kind: \"none\" | \"scoped\" | \"transactional\" | \"emission\";\n  resources?: string[];\n  ordering?: \"commutative\" | \"ordered\" | \"unknown\";\n}\ninterface FabricAction {\n  ref: string;\n  provider: string;\n  name: string;\n  description: string;\n  inputSchema: Record<string, unknown>;\n  outputSchema?: Record<string, unknown>;\n  risk: \"read\" | \"write\" | \"execute\" | \"network\" | \"agent\";\n  namespace?: string;\n  effect?: FabricActionEffect;\n}\ninterface FabricAgentRequest {\n  task: string;\n  name?: string;\n  runner?: FabricAgentRunner;\n  transport?: FabricTransport;\n  model?: string;\n  persona?: string;\n  thinking?: FabricThinking;\n  tools?: string[];\n  timeoutMs?: number;\n  extensions?: boolean;\n  recursive?: boolean;\n  /** Filesystem execution directory; relative paths resolve from the parent agent cwd. */\n  cwd?: string;\n  worktree?: boolean;\n  schema?: Record<string, unknown>;\n  prompt?: string;\n  instructions?: string;\n  timeout_ms?: number;\n}\ninterface FabricHandoffCall {\n  readonly ref: string;\n}\ninterface FabricHandoffFacts {\n  readonly calls: readonly FabricHandoffCall[];\n  count(ref?: string | readonly string[]): number;\n}\ntype FabricHandoffPredicate = (facts: Readonly<FabricHandoffFacts>) => boolean;\ninterface FabricHandoffRequest {\n  model: string;\n  task?: string;\n  when?: FabricHandoffPredicate;\n  name?: string;\n  transport?: FabricTransport;\n  thinking?: FabricThinking;\n  tools?: string[];\n  timeoutMs?: number;\n  extensions?: boolean;\n  recursive?: boolean;\n  schema?: Record<string, unknown>;\n  prompt?: string;\n  instructions?: string;\n  timeout_ms?: number;\n}\ninterface FabricHandoffResult {\n  scheduled: true;\n  status: \"deferred\";\n  boundary: \"fabric_exec_end\";\n}\ninterface FabricMainAgentInfo {\n  id: string;\n  name: \"Main\";\n  kind: \"main\";\n  status: \"idle\" | \"running\" | \"remote\";\n  runner: \"pi\";\n  transport: \"host\";\n  cwd?: string;\n  sessionId?: string;\n  model?: string;\n  thinking?: string;\n  startedAt?: number;\n  updatedAt: number;\n  pendingMessages: boolean;\n  local: boolean;\n}\ninterface FabricPeerInfo {\n  id: string;\n  name: string;\n  kind: \"peer\";\n  status: \"idle\" | \"running\";\n  runner: \"pi\";\n  transport: \"host\";\n  cwd: string;\n  sessionId: string;\n  model?: string;\n  thinking?: string;\n  startedAt: number;\n  updatedAt: number;\n  pendingMessages: boolean;\n  local: false;\n}\ntype FabricParticipantKind = \"root\" | \"agent\" | \"actor\";\ntype FabricParticipantScope = \"local\" | \"lineage\" | \"project\";\ntype FabricParticipantCapability = \"steer\" | \"followUp\" | \"stop\" | \"ask\" | \"actor-bindings\" | \"attach\" | \"fabric\";\ninterface FabricParticipantInfo {\n  format: 1;\n  id: string;\n  kind: FabricParticipantKind;\n  rootId: string;\n  ownerHostId: string;\n  ownerIdentityId: string;\n  parentId?: string;\n  name: string;\n  status: string;\n  runner: FabricAgentRunner;\n  transport: FabricTransport | \"host\";\n  capabilities: FabricParticipantCapability[];\n  cwd?: string;\n  sessionId?: string;\n  model?: string;\n  thinking?: string;\n  startedAt: number;\n  updatedAt: number;\n  finishedAt?: number;\n  pendingMessages?: boolean;\n  currentTool?: string;\n  turns?: number;\n  toolCalls?: number;\n  usage?: { input: number; output: number; cacheRead: number; cacheWrite: number; cost: number };\n  actorQueued?: number;\n  actorMessages?: number;\n  controlProtocol: \"v1\" | \"legacy\";\n  local: boolean;\n  stale: boolean;\n}\ntype FabricLifecycleEventType =\n  | \"pi.input\"\n  | \"pi.agent_start\"\n  | \"pi.agent_end\"\n  | \"pi.turn_end\"\n  | \"pi.agent_settled\"\n  | \"pi.tool_error\"\n  | \"pi.session_compact\"\n  | \"run.completed\"\n  | \"run.failed\"\n  | \"run.stopped\"\n  | \"run.timed_out\"\n  | \"tokens.usage\"\n  | \"component.state\";\ntype FabricLifecycleDelivery = \"steer\" | \"followUp\";\ninterface FabricLifecycleSource {\n  id: string;\n  name: string;\n  kind: FabricParticipantKind;\n  rootId: string;\n  runner: FabricAgentRunner;\n  ownerHostId?: string;\n  ownerIdentityId?: string;\n}\ninterface FabricLifecycleEvent {\n  version: 1;\n  id: string;\n  sequence: number;\n  event: FabricLifecycleEventType;\n  source: FabricLifecycleSource;\n  occurredAt: number;\n  publishedAt: number;\n  runId?: string;\n  status?: string;\n  data?: unknown;\n}\ninterface FabricLifecycleSubscription {\n  format: 1;\n  id: string;\n  from: string;\n  events: FabricLifecycleEventType[];\n  to: string;\n  delivery: FabricLifecycleDelivery;\n  triggerTurn: boolean;\n  once: boolean;\n  afterSequence: number;\n  createdAt: number;\n  updatedAt: number;\n  createdBy: { id: string; name: string; kind: \"main\" | \"agent\" | \"actor\"; sessionId?: string };\n  lastDeliveredAt?: number;\n  lastEventId?: string;\n  lastError?: string;\n}\ninterface FabricAgentHandle {\n  id: string;\n  name: string;\n  status: string;\n  runner: FabricAgentRunner;\n  transport: FabricTransport;\n  cwd: string;\n  model?: string;\n  thinking?: FabricThinking;\n  actorId?: string;\n  actorName?: string;\n  sessionId?: string;\n  runnerSessionId?: string;\n  attachCommand?: string;\n  branch?: string;\n  worktree?: string;\n  text?: string;\n  value?: unknown;\n  error?: string;\n  logFile?: string;\n}\ninterface FabricRemoteControlResult {\n  queued: true;\n  messageId: string;\n  routed: \"mesh\";\n  acknowledged: true;\n}\ninterface FabricAgentResult extends FabricAgentHandle {\n  task: string;\n  startedAt: number;\n  finishedAt?: number;\n  turns: number;\n  toolCalls: number;\n  text: string;\n  value?: unknown;\n  error?: string;\n  usage: { input: number; output: number; cacheRead: number; cacheWrite: number; cost: number };\n  pendingMessages?: { steering: string[]; followUp: string[] };\n}\ninterface FabricModelInfo {\n  runner?: FabricAgentRunner;\n  provider: string;\n  id: string;\n  name: string;\n  key: string;\n  value?: string;\n  resolvedModel?: string;\n  displayName?: string;\n  description?: string;\n  supportsEffort?: boolean;\n  supportedEffortLevels?: string[];\n  supportsAdaptiveThinking?: boolean;\n  supportsFastMode?: boolean;\n  supportsAutoMode?: boolean;\n}\ninterface FabricLogLine {\n  index?: number;\n  offset: number;\n  raw: string;\n  parsed?: unknown;\n}\ninterface FabricAgentLog {\n  id: string;\n  runDirectory: string;\n  logFile: string;\n  status?: FabricAgentResult;\n  events: FabricLogLine[];\n  hasMore: boolean;\n  before?: number;\n}\ninterface FabricActorLog {\n  actorId: string;\n  actorName: string;\n  sessionFile: string;\n  logDir: string;\n  session: FabricLogLine[];\n  sessionHasMore: boolean;\n  sessionBefore?: number;\n  run?: {\n    runId: string;\n    eventsFile: string;\n    status?: FabricAgentResult;\n    events: FabricLogLine[];\n    hasMore: boolean;\n    before?: number;\n  };\n  retainedRuns: string[];\n}\ninterface FabricCapabilityActionHead {\n  key: string;\n  parentKey: string;\n  ref: string;\n  name: string;\n  description: string;\n  descriptorHash: string;\n  risk: \"read\" | \"write\" | \"execute\" | \"network\" | \"agent\";\n  namespace?: string;\n  effect?: FabricActionEffect;\n}\ninterface FabricCapabilityProviderHead {\n  key: string;\n  parentKey: string;\n  name: string;\n  description: string;\n  descriptorHash: string;\n  actions: FabricCapabilityActionHead[];\n}\ninterface FabricCapabilityCatalog {\n  kind: \"pi-fabric.capability-catalog\";\n  version: 1;\n  root: {\n    key: \"capability:fabric\";\n    name: \"Fabric capabilities\";\n    description: string;\n    descriptorHash: string;\n  };\n  providers: FabricCapabilityProviderHead[];\n  totalActions: number;\n  indexedActions: number;\n  complete: boolean;\n  reasons: string[];\n}\ninterface FabricToolsApi {\n  providers(): Promise<Array<{ name: string; description: string }>>;\n  catalog(args?: { provider?: string; limit?: number }): Promise<FabricCapabilityCatalog>;\n  list(args?: { provider?: string; namespace?: string; query?: string; limit?: number }): Promise<FabricAction[]>;\n  search(query: string): Promise<FabricAction[]>;\n  search(args: { query: string; limit?: number }): Promise<FabricAction[]>;\n  describe(args: { ref: string }): Promise<FabricAction>;\n  call(args: { ref: string; args?: Record<string, unknown> }): Promise<unknown>;\n  progress(args: { message: string }): Promise<void>;\n  models(): Promise<FabricModelInfo[]>;\n}\ninterface FabricCapturedToolResult {\n  content: Array<{ type: string; text?: string; [key: string]: unknown }>;\n  text: string;\n  details?: unknown;\n  isError: boolean;\n  terminate?: boolean;\n  source: { path: string; source: string; scope: string; origin: string; baseDir?: string };\n}\ninterface FabricCapturedTool {\n  (args?: Record<string, unknown>): Promise<FabricCapturedToolResult>;\n}\ntype FabricExtensionsApi = Record<string, FabricCapturedTool>;\n// String-primary tools (read/bash/grep/find/ls) accept a bare string; the\n// runtime proxy coerces it to { <primaryField>: string }. Lets the model write\n// the natural form (pi.bash(\"ls\")) instead of pi.bash({ command: \"ls\" }).\n// Return shapes differ by tool: read/grep/find/ls return their text as a bare\n// string (e.g. const src: string = await pi.read({ path })); bash/edit/write\n// return { ok, output, details } (e.g. const { output } = await pi.bash(...)).\n// Common alias keys (cmd\u2192command, query\u2192pattern, file\u2192path, dir\u2192path) and a\n// flat edit shape ({ path, oldText, newText }) are also accepted; the runtime\n// proxy normalizes them to the canonical form before the host validates args.\n// Bash timeout is measured in seconds; timeoutMs is converted from milliseconds.\n// Extended near-miss repairs: find's name/filename/glob \u2192 pattern, write's\n// data \u2192 content, ls's folder \u2192 path, bash's script \u2192 command; numeric option\n// fields (limit/offset/context/timeout) also accept numeric strings, coerced\n// at runtime (2322 diagnostics are suppressed by the type-checker by design).\n// String-primary tools also take a two-arg (primary, options) form \u2014\n// pi.read(\"index.ts\", { limit: 120 }) merges to { path, ...options } at\n// runtime, the positional string winning the primary field on conflict.\n// bash/edit/write envelopes are proxy-guarded so string-method access\n// (.trim(), .split(), iteration) fails with an actionable TypeError pointing\n// at .output instead of QuickJS's context-free \"not a function\" \u2014 property-\n// miss (2339) checks are suppressed by design, so the runtime gives the hint.\ntype PiPathArgument = {\n  path?: string;\n  file?: string;\n  absolutePath?: string;\n  file_path?: string;\n  filePath?: string;\n  filepath?: string;\n  pathname?: string;\n  target_file?: string;\n  targetFile?: string;\n  absolute_path?: string;\n  fileAbsolutePath?: string;\n};\ntype PiOptionalPathArgument = {\n  path?: string;\n  file?: string;\n  absolutePath?: string;\n  file_path?: string;\n  filePath?: string;\n  filepath?: string;\n  pathname?: string;\n  target_file?: string;\n  targetFile?: string;\n  absolute_path?: string;\n  fileAbsolutePath?: string;\n  dir?: string;\n  folder?: string;\n  directory?: string;\n  directoryPath?: string;\n};\ntype PiOldTextArgument = {\n  oldText?: string;\n  old?: string;\n  old_string?: string;\n  oldString?: string;\n  old_str?: string;\n  oldStr?: string;\n  from?: string;\n  old_value?: string;\n  old_text?: string;\n  oldContent?: string;\n  old_content?: string;\n};\ntype PiNewTextArgument = {\n  newText?: string;\n  new?: string;\n  replacement?: string;\n  new_string?: string;\n  newString?: string;\n  new_str?: string;\n  newStr?: string;\n  to?: string;\n  new_value?: string;\n  new_text?: string;\n  newContent?: string;\n  new_content?: string;\n};\ntype PiEditOperation = PiOldTextArgument & PiNewTextArgument & { all?: boolean };\ntype PiCommandArgument = { command?: string; cmd?: string; shell?: string; cmdline?: string; script?: string; commandLine?: string };\ntype PiContentArgument = { content?: string; contents?: string; body?: string; text?: string; data?: string; fileContent?: string };\ntype PiGrepPatternArgument = { pattern?: string; query?: string; regex?: string; search?: string; q?: string; expression?: string; text?: string };\ntype PiFindPatternArgument = { pattern?: string; query?: string; regex?: string; search?: string; name?: string; filename?: string; glob?: string; expression?: string; include?: string };\n// Two-arg (primary, options) bags for the string-primary tools. Only option\n// aliases belong here (max/start/ctx/ic/...), never primary-field aliases \u2014\n// the primary field comes from the positional string.\ntype PiReadOptions = { offset?: number; limit?: number; start?: number; max?: number };\ntype PiBashOptions = { timeout?: number; timeoutMs?: number; settle?: boolean };\ntype PiGrepOptions = { path?: string; glob?: string; globPattern?: string; ignoreCase?: boolean; ic?: boolean; caseInsensitive?: boolean; literal?: boolean; context?: number; ctx?: number; limit?: number; max?: number };\ntype PiFindOptions = { path?: string; limit?: number; max?: number };\ntype PiLsOptions = { limit?: number; max?: number };\ntype PiReadArgument = string | (PiPathArgument & PiReadOptions);\ntype PiBashArgument = string | (PiCommandArgument & PiBashOptions);\ntype PiEditFlatArgument = PiPathArgument & PiOldTextArgument & PiNewTextArgument & { all?: boolean };\ntype PiEditArgument = PiPathArgument & ({ edits: PiEditOperation[]; all?: boolean } | PiEditFlatArgument);\ntype PiWriteArgument = string | (PiPathArgument & PiContentArgument);\ntype PiGrepArgument = string | (PiGrepPatternArgument & PiGrepOptions);\ntype PiFindArgument = string | (PiFindPatternArgument & PiFindOptions);\ntype PiLsArgument = string | (PiOptionalPathArgument & PiLsOptions);\ntype PiNumericString<T> = T extends number ? T | string : T;\ntype PiNumericStringOptions<T> = { [K in keyof T]: PiNumericString<T[K]> };\ntype PiReadCompatibilityArgument = string | (PiPathArgument & PiNumericStringOptions<PiReadOptions>);\ntype PiBashCompatibilityArgument = string | (PiCommandArgument & PiNumericStringOptions<PiBashOptions>);\ntype PiEditCompatibilityArgument = PiEditFlatArgument;\ntype PiWriteCompatibilityArgument = PiWriteArgument;\ntype PiGrepCompatibilityArgument = string | (PiGrepPatternArgument & PiNumericStringOptions<PiGrepOptions>);\ntype PiFindCompatibilityArgument = string | (PiFindPatternArgument & PiNumericStringOptions<PiFindOptions>);\ntype PiLsCompatibilityArgument = string | (PiOptionalPathArgument & PiNumericStringOptions<PiLsOptions>);\ninterface PiToolsApi {\n  read(args: PiReadArgument, options?: PiReadOptions): Promise<string>;\n  bash(args: PiBashArgument, options?: PiBashOptions): Promise<{ ok: true; output: string; details: unknown } | { ok: false; output: string; details: null; exitCode: number; error: string }>;\n  edit(args: PiEditArgument): Promise<{ ok: true; output: string; details: unknown }>;\n  edit(path: string, oldText: string, newText: string): Promise<{ ok: true; output: string; details: unknown }>;\n  write(args: PiWriteArgument): Promise<{ ok: true; output: string; details: unknown }>;\n  write(path: string, content: string): Promise<{ ok: true; output: string; details: unknown }>;\n  grep(args: PiGrepArgument): Promise<string>;\n  grep(pattern: string, path?: string | PiGrepOptions, limit?: number): Promise<string>;\n  find(args: PiFindArgument): Promise<string>;\n  find(pattern: string, path?: string | PiFindOptions, limit?: number): Promise<string>;\n  ls(args?: PiLsArgument, options?: PiLsOptions): Promise<string>;\n}\ntype FabricActorHostEvent =\n  | \"resources_discover\"\n  | \"session_start\"\n  | \"session_info_changed\"\n  | \"session_before_switch\"\n  | \"session_before_fork\"\n  | \"session_before_compact\"\n  | \"session_compact\"\n  | \"session_shutdown\"\n  | \"session_before_tree\"\n  | \"session_tree\"\n  | \"input\"\n  | \"before_agent_start\"\n  | \"agent_start\"\n  | \"agent_end\"\n  | \"agent_settled\"\n  | \"turn_start\"\n  | \"turn_end\"\n  | \"message_start\"\n  | \"message_update\"\n  | \"message_end\"\n  | \"context\"\n  | \"before_provider_headers\"\n  | \"before_provider_request\"\n  | \"after_provider_response\"\n  | \"tool_execution_start\"\n  | \"tool_call\"\n  | \"tool_execution_update\"\n  | \"tool_result\"\n  | \"tool_execution_end\"\n  | \"model_select\"\n  | \"thinking_level_select\"\n  | \"user_bash\"\n  | \"tool_error\";\ntype FabricActorDelivery = \"mailbox\" | \"steer\" | \"followUp\" | \"nextTurn\";\ninterface FabricActorHostMediaDescriptor {\n  readonly type: \"image\";\n  readonly mediaIndex: number;\n  readonly mimeType: string;\n}\ninterface FabricActorHostSignal {\n  readonly payload: unknown;\n  readonly media?: readonly FabricActorHostMediaDescriptor[];\n  readonly idle: boolean;\n  readonly observedAt: number;\n}\ntype FabricActorActivation =\n  | { readonly kind: \"hostEvent\"; readonly id: string; readonly source: string; readonly sequence: number; readonly createdAt: number; readonly event: FabricActorHostEvent; readonly mainRevision: number; readonly taskRevision: number; readonly signal?: FabricActorHostSignal }\n  | { readonly kind: \"direct\"; readonly id: string; readonly source: string; readonly sequence: number; readonly createdAt: number }\n  | { readonly kind: \"mesh\"; readonly id: string; readonly source: string; readonly sequence: number; readonly createdAt: number; readonly topic: string };\ninterface FabricActorValidityFacts {\n  readonly activation: Readonly<FabricActorActivation>;\n  readonly current: Readonly<{ latestActivationSequence: number; mainRevision: number; taskRevision: number; idle: boolean; now: number }>;\n}\ntype FabricActorValidityDecision = boolean | { valid: boolean; reason?: string };\ntype FabricActorBindingScope = \"session\" | \"project\";\ninterface FabricActorRunBinding { model?: string; thinking?: FabricThinking }\ntype FabricActorValidWhile = (facts: Readonly<FabricActorValidityFacts>) => FabricActorValidityDecision;\ninterface FabricActorRequestBase {\n  name: string;\n  instructions: string;\n  events?: FabricActorHostEvent[];\n  topics?: string[];\n  responseMode?: \"text\" | \"directive\";\n  coalesce?: boolean;\n  runner?: FabricAgentRunner;\n  model?: string;\n  thinking?: FabricThinking;\n  tools?: string[];\n  transport?: FabricTransport;\n  timeoutMs?: number;\n  timeout_ms?: number;\n  extensions?: boolean;\n  requires?: Array<string | { ref: string; optional?: boolean }>;\n  validWhile?: FabricActorValidWhile;\n}\ntype FabricActorRequest = FabricActorRequestBase & (\n  | { delivery?: \"mailbox\"; triggerTurn?: false }\n  | { delivery: \"nextTurn\"; triggerTurn?: false }\n  | { delivery: \"steer\" | \"followUp\"; triggerTurn: boolean }\n);\ninterface FabricActorInfo {\n  id: string;\n  name: string;\n  status: \"idle\" | \"queued\" | \"running\" | \"stopped\";\n  runner: FabricAgentRunner;\n  events: FabricActorHostEvent[];\n  topics: string[];\n  delivery: FabricActorDelivery;\n  responseMode: \"text\" | \"directive\";\n  triggerTurn: boolean;\n  coalesce: boolean;\n  model?: string;\n  thinking?: FabricThinking;\n  binding?: FabricActorRunBinding & { scope: \"session\"; sessionId: string; updatedAt?: number };\n  projectDefaults?: FabricActorRunBinding & { scope: \"project\" };\n  tools?: string[];\n  timeoutMs?: number;\n  extensions?: boolean;\n  requirements?: Array<{ ref: string; optional?: boolean }>;\n  capabilityDigest?: string;\n  missingCapabilities?: string[];\n  validWhile?: { version: 1; source: string };\n  queued: number;\n  messages: number;\n  createdAt: number;\n  updatedAt: number;\n  lastRunId?: string;\n  lastError?: string;\n  sessionFile?: string;\n  logDir?: string;\n}\ninterface FabricModelSwitchRequest {\n  /** provider/id, a models.aliases name, or a search term; resolution tries aliases first, then exact and single partial matches against authenticated models. */\n  model: string;\n  /** Optional provider filter applied before matching (e.g. \"anthropic\"). */\n  provider?: string;\n}\ninterface FabricModelSwitchResult {\n  switched: boolean;\n  /** Active model as provider/id after the call (unchanged when reason is \"already-active\"). */\n  model: string;\n  name?: string;\n  /** Previously active provider/id when known. Absent for already-active results. */\n  previous?: string;\n  /** Set when the selector resolved through a configured models.aliases name. */\n  alias?: string;\n  reason?: \"already-active\";\n}\ninterface FabricActorMessage {\n  id: string;\n  actorId: string;\n  actorName: string;\n  direction: \"in\" | \"out\";\n  source: string;\n  createdAt: number;\n  text?: string;\n  data?: unknown;\n  action?: \"silent\" | \"message\" | \"stop\";\n  runId?: string;\n  error?: string;\n  stale?: boolean;\n  reason?: string;\n}\n// agentId/agent_id spellings repair to id during agent arg normalization.\ntype FabricAgentTargetArgs = { id: string; agentId?: string; agent_id?: string };\ninterface FabricAgentsApi {\n  run(args: FabricAgentRequest): Promise<FabricAgentResult>;\n  handoff(args: FabricHandoffRequest): Promise<FabricHandoffResult>;\n  spawn(args: FabricAgentRequest): Promise<FabricAgentHandle>;\n  wait(args: FabricAgentTargetArgs): Promise<FabricAgentResult>;\n  status(args: FabricAgentTargetArgs): Promise<FabricAgentResult | FabricAgentHandle | FabricMainAgentInfo | FabricActorInfo | FabricParticipantInfo>;\n  list(args?: { scope?: FabricParticipantScope }): Promise<Array<FabricAgentResult | FabricAgentHandle | FabricParticipantInfo>>;\n  members(args?: { scope?: FabricParticipantScope; kinds?: FabricParticipantKind[]; includeStale?: boolean }): Promise<FabricParticipantInfo[]>;\n  self(): Promise<FabricParticipantInfo>;\n  main(): Promise<FabricMainAgentInfo>;\n  peers(): Promise<FabricPeerInfo[]>;\n  subscribe(args: {\n    from: string;\n    events: FabricLifecycleEventType[];\n    to?: string;\n    delivery: FabricLifecycleDelivery;\n    triggerTurn: boolean;\n    once?: boolean;\n  }): Promise<FabricLifecycleSubscription>;\n  subscriptions(args?: { from?: string; to?: string }): Promise<FabricLifecycleSubscription[]>;\n  unsubscribe(args: FabricAgentTargetArgs): Promise<{ removed: boolean }>;\n  models(args?: { runner?: FabricAgentRunner; refresh?: boolean }): Promise<FabricModelInfo[]>;\n  stop(args: FabricAgentTargetArgs): Promise<FabricAgentResult | FabricActorInfo | FabricRemoteControlResult>;\n  cleanup(args: FabricAgentTargetArgs & { deleteBranch?: boolean; delete_branch?: boolean }): Promise<{ cleaned: boolean }>;\n  create(args: FabricActorRequest): Promise<FabricActorInfo>;\n  setModel(args: { id: string; model?: string; scope?: FabricActorBindingScope }): Promise<FabricActorInfo>;\n  switchModel(args: FabricModelSwitchRequest): Promise<FabricModelSwitchResult>;\n  setThinking(args: { id: string; thinking?: FabricThinking; scope?: FabricActorBindingScope }): Promise<FabricActorInfo>;\n  setTools(args: { id: string; tools: string[]; scope?: \"project\" | \"global\" }): Promise<FabricActorInfo>;\n  setEvents(args: { id: string; events: FabricActorHostEvent[] }): Promise<FabricActorInfo>;\n  setDeliveryPolicy(args: {\n    id: string;\n    delivery: FabricActorDelivery;\n    triggerTurn: boolean;\n    scope?: \"project\" | \"global\";\n  }): Promise<FabricActorInfo>;\n  setInstructions(args: {\n    id: string;\n    instructions: string;\n    scope?: \"project\" | \"global\";\n  }): Promise<FabricActorInfo>;\n  ask(args: { id: string; message: string; data?: unknown; model?: string; thinking?: FabricThinking }): Promise<FabricActorMessage>;\n  tell(args: { id: string; message: string; data?: unknown; model?: string; thinking?: FabricThinking }): Promise<{ queued: true; messageId: string }>;\n  steer(args: { id: string; message: string; data?: unknown }): Promise<{ queued: true; messageId: string; routed?: \"local\" | \"main\" | \"mesh\"; acknowledged?: boolean }>;\n  followUp(args: { id: string; message: string; data?: unknown }): Promise<{ queued: true; messageId: string; routed?: \"local\" | \"main\" | \"mesh\"; acknowledged?: boolean }>;\n  setSteeringMode(args: { id: string; mode: \"all\" | \"one-at-a-time\" }): Promise<{ queued: true; messageId: string }>;\n  setFollowUpMode(args: { id: string; mode: \"all\" | \"one-at-a-time\" }): Promise<{ queued: true; messageId: string }>;\n  actorStatus(args: FabricAgentTargetArgs): Promise<FabricActorInfo>;\n  actors(): Promise<FabricActorInfo[]>;\n  messages(args: { id: string; limit?: number }): Promise<FabricActorMessage[]>;\n  remove(args: { id: string }): Promise<{ removed: boolean }>;\n  log(args: {\n    id: string;\n    type?: \"session\" | \"run\" | \"all\";\n    lines?: number;\n    before?: number;\n    runId?: string;\n  }): Promise<FabricActorLog | FabricAgentLog>;\n}\ninterface FabricMcpResult {\n  text: string;\n  content: unknown[];\n  structuredContent: unknown;\n}\ninterface FabricMcpTool {\n  (args?: Record<string, unknown>): Promise<FabricMcpResult | unknown>;\n}\ninterface FabricMcpServer {\n  [tool: string]: FabricMcpTool;\n}\n// Management verbs stay members of mcp even when the declare line below is\n// replaced by generated per-server declarations (see the dynamic option on\n// guestTypeDeclarations), so generated surfaces intersect with this type\n// rather than re-declaring them.\ninterface FabricMcpManagement {\n  servers(): Promise<Array<{ name: string; description: string | null; transport: \"http\" | \"stdio\" }>>;\n  reload(): Promise<{ servers: string[] }>;\n  register(args: {\n    name: string;\n    description?: string;\n    command?: string;\n    args?: string[];\n    cwd?: string;\n    baseUrl?: string;\n    headers?: Record<string, string>;\n    env?: Record<string, string>;\n    overwrite?: boolean;\n  }): Promise<{ registered: string }>;\n  call(args: { server: string; tool: string; args?: Record<string, unknown> }): Promise<unknown>;\n}\n// Loose static surface: any server/tool name compiles and argument shapes are\n// enforced at dispatch by the registry. With descriptor data available the\n// execution service replaces the declare-const-mcp line below with a\n// schema-typed rendering of the live cache (runtime/dynamic-guest-types.ts).\ntype FabricMcpApi = Record<string, FabricMcpServer> & FabricMcpManagement;\ninterface FabricCouncilRunOptions {\n  task: string;\n  roles: string[];\n  runner?: FabricAgentRunner;\n  transport?: FabricTransport;\n  model?: string;\n  thinking?: FabricThinking;\n  tools?: string[];\n  timeoutMs?: number;\n  /** Filesystem execution directory; relative paths resolve from the parent agent cwd. */\n  cwd?: string;\n  worktree?: boolean;\n}\ninterface FabricCouncilApi {\n  run(args: FabricCouncilRunOptions & { synthesize?: true }): Promise<FabricAgentResult>;\n  run(args: FabricCouncilRunOptions & { synthesize: false }): Promise<FabricAgentResult[]>;\n}\ninterface FabricMeshIdentity {\n  id: string;\n  name: string;\n  kind: \"main\" | \"actor\" | \"agent\";\n  sessionId?: string;\n}\ninterface FabricMeshEvent {\n  id: string;\n  sequence: number;\n  topic: string;\n  kind: string;\n  from: FabricMeshIdentity;\n  to?: string;\n  text?: string;\n  data?: unknown;\n  createdAt: number;\n}\ninterface FabricMeshStateEntry<T = unknown> {\n  key: string;\n  value: T;\n  version: number;\n  updatedAt: number;\n  updatedBy: FabricMeshIdentity;\n}\ninterface FabricMeshApi {\n  self(): Promise<FabricMeshIdentity>;\n  publish(args: { topic: string; kind?: string; to?: string; text?: string; data?: unknown; message?: string; body?: string }): Promise<FabricMeshEvent>;\n  read(args?: { after?: number; topic?: string; to?: string; limit?: number; max?: number }): Promise<FabricMeshEvent[]>;\n  members(args?: { scope?: FabricParticipantScope; kinds?: FabricParticipantKind[]; includeStale?: boolean; limit?: number; max?: number; include_stale?: boolean }): Promise<FabricParticipantInfo[]>;\n  get<T = unknown>(args: { key: string }): Promise<FabricMeshStateEntry<T> | null>;\n  list<T = unknown>(args?: { prefix?: string; limit?: number; max?: number }): Promise<Array<FabricMeshStateEntry<T>>>;\n  put<T = unknown>(args: { key: string; value: T; ifVersion?: number; if_version?: number; version?: number }): Promise<FabricMeshStateEntry<T>>;\n  delete(args: { key: string; ifVersion?: number; if_version?: number; version?: number }): Promise<{ deleted: boolean; version?: number }>;\n}\n// Stable-provider argument bags declare the canonical keys plus the\n// near-miss spellings repaired during argument normalization\n// (providers/arg-normalization.ts and each provider's per-action table). The\n// registry's prepare stage repairs aliases before schema validation, so a\n// call spelled with an alias typechecks instead of tripping the\n// excess-property check; the canonical key wins on conflict, and anything\n// else fails additionalProperties:false validation with the offending\n// property path named. Keep these spillover fields in sync with the provider\n// normalization tables.\ntype FabricMemoryBranches = \"active\" | \"all\";\ninterface FabricMemoryEntryRange {\n  first: number;\n  last: number;\n}\ninterface FabricMemoryRecallArgs {\n  query?: string;\n  queryMode?: \"literal\" | \"regex\";\n  expectedSourceHash?: string;\n  expectedLineageFingerprint?: string;\n  branches?: FabricMemoryBranches;\n  scope?: string;\n  page?: number;\n  pageSize?: number;\n  role?: string;\n  tool?: string;\n  ref?: string;\n  provider?: string;\n  action?: string;\n  outcome?: \"succeeded\" | \"failed\" | \"aborted\" | \"timed_out\";\n  since?: number;\n  until?: number;\n  entryRange?: FabricMemoryEntryRange;\n  q?: string;\n  limit?: number;\n  max?: number;\n  page_size?: number;\n  query_mode?: \"literal\" | \"regex\";\n  entry_range?: FabricMemoryEntryRange;\n}\ninterface FabricMemoryRecallResult {\n  scope?: string;\n  branches?: FabricMemoryBranches;\n  query?: string | null;\n  queryMode?: \"literal\" | \"regex\";\n  matchMode?: \"browse\" | \"lexical\" | \"regex\" | \"structural\" | \"combined\";\n  structuralFilters?: {\n    role?: string;\n    tool?: string;\n    ref?: string;\n    provider?: string;\n    action?: string;\n    outcome?: \"succeeded\" | \"failed\" | \"aborted\" | \"timed_out\";\n    since?: number;\n    until?: number;\n  };\n  matchedCount?: number;\n  totalMatches?: number;\n  totalItems?: number;\n  segmentCount?: number;\n  segments?: unknown[];\n  digestHits?: unknown[];\n  items?: unknown[];\n  page?: number;\n  pageSize?: number;\n  hasNext?: boolean;\n  coverage?: unknown;\n  text?: string;\n  error?: { code: string; message: string; [key: string]: unknown };\n}\ninterface FabricMemoryExpandArgs {\n  session: string;\n  expectedSourceHash?: string;\n  expectedLineageFingerprint?: string;\n  branches?: FabricMemoryBranches;\n  indices?: number[];\n  entryIds?: string[];\n  operationAddresses?: string[];\n  entryRange?: FabricMemoryEntryRange;\n  id?: string;\n  file?: string;\n  path?: string;\n  session_id?: string;\n  index?: number;\n  entry_ids?: string[];\n  operation_addresses?: string[];\n  entry_range?: FabricMemoryEntryRange;\n}\ninterface FabricMemoryExpandResult {\n  session?: string;\n  sourceHash?: string;\n  branches?: FabricMemoryBranches;\n  lineageFingerprint?: string;\n  expanded?: unknown[];\n  error?: { code: string; message: string; [key: string]: unknown };\n}\ninterface FabricMemorySessionInfo {\n  id: string;\n  file: string;\n  cwd: string;\n  mtime: number;\n  entryCount: number;\n  tier: \"hot\" | \"cold\";\n  branches: FabricMemoryBranches;\n  lineageFingerprint: string | null;\n}\ninterface FabricMemoryApi {\n  recall(args?: FabricMemoryRecallArgs): Promise<FabricMemoryRecallResult>;\n  expand(args: FabricMemoryExpandArgs): Promise<FabricMemoryExpandResult>;\n  sessions(args?: {\n    scope?: string;\n    branches?: FabricMemoryBranches;\n    limit?: number;\n    max?: number;\n  }): Promise<{\n    scope?: string;\n    branches?: FabricMemoryBranches;\n    sessions?: FabricMemorySessionInfo[];\n    error?: { code: string; message: string; [key: string]: unknown };\n  }>;\n}\ninterface FabricStateTransitionArgs {\n  label: string;\n  from?: string;\n  to: string;\n  summary: string;\n  evidence?: string[];\n  tags?: string[];\n  kind?: \"state\" | \"representation\";\n  complexity?: { files: string[] };\n  force?: boolean;\n  name?: string;\n  description?: string;\n}\ninterface FabricStateComplexityFile {\n  file: string;\n  supported: boolean;\n  language?: string;\n  current?: number;\n  recorded?: number;\n  delta?: number;\n  recordedDelta?: number;\n}\ninterface FabricStateVerificationResult {\n  certified: boolean;\n  violated: boolean;\n  certificationStatus: \"certified\" | \"failed\";\n  results: unknown[];\n  failures: unknown[];\n  certificate?: unknown;\n  reportingError?: string;\n  evidenceDigest: string;\n  resultDigest: string;\n}\ninterface FabricStateApi {\n  transition(args: FabricStateTransitionArgs): Promise<{ event: FabricMeshEvent; head: unknown }>;\n  get(): Promise<{\n    head: unknown | null;\n    goal: { check: string; description?: string } | null;\n    complexity: { files: number; decisionPoints: number; lastNetDelta: number };\n    certification: { current: unknown | null; recent: unknown[] };\n    recentLabels: string[];\n  }>;\n  history(args?: { label?: string; limit?: number; includeArchived?: boolean; name?: string; max?: number }): Promise<{\n    transitions: unknown[];\n    labels: string[];\n    certifications: unknown[];\n  }>;\n  complexity(args?: { files?: string[]; paths?: string[] }): Promise<{ files: FabricStateComplexityFile[]; netDelta: number }>;\n  verify(args?: { labels?: string[]; includeArchived?: boolean; timeoutMs?: number; label?: string }): Promise<FabricStateVerificationResult>;\n  goal(args: { check: string; description?: string; command?: string; cmd?: string; predicate?: string }): Promise<FabricMeshStateEntry<{ check: string; description?: string }>>;\n  checkGoal(args?: { timeoutMs?: number }): Promise<{\n    passed: boolean;\n    output: string;\n    exitCode: number | null;\n    error?: string;\n  }>;\n}\ntype FabricSchemaEvidence =\n  | { kind: \"file_exists\"; path: string }\n  | { kind: \"file_absent\"; path: string }\n  | { kind: \"file_contains\"; path: string; literal: string }\n  | { kind: \"file_sha256\"; path: string; sha256: string }\n  | { kind: \"trusted_command\"; name: string };\ntype FabricSchemaFileOperation =\n  | { kind: \"write\"; path: string; content: string; expected: { absent: true } | { sha256: string } }\n  | { kind: \"edit\"; path: string; oldText: string; newText: string; expectedSha256: string }\n  | { kind: \"delete\"; path: string; expectedSha256: string };\ninterface FabricSchemaEvidenceResult {\n  evidence: FabricSchemaEvidence;\n  status: \"confirmed\" | \"nonconfirmed\" | \"error\";\n  detail: string;\n  exitCode?: number | null;\n  output?: string;\n  observedSha256?: string;\n}\ninterface FabricSchemaStatus {\n  mode: \"off\" | \"audit\" | \"enforce\";\n  certificateTtlMs: number;\n  maxFiles: number;\n  maxBytes: number;\n  trustedCommands: string[];\n  generation: number;\n  lastOutcome: \"committed\" | \"rolled_back\" | \"quarantined\" | null;\n  hypotheses: Array<{\n    id: string;\n    label: string;\n    status: string;\n    generation: number;\n    updatedAt: number;\n  }>;\n}\ninterface FabricSchemaVerificationResult {\n  verified: boolean;\n  hypothesisId: string;\n  certificate?: string;\n  issuedAt?: number;\n  expiresAt?: number;\n  reason?: string;\n  results: FabricSchemaEvidenceResult[];\n}\ninterface FabricSchemaCommitResult {\n  outcome: \"committed\" | \"rolled_back\" | \"quarantined\";\n  transactionId: string;\n  generation?: number;\n  paths?: string[];\n  postconditions?: FabricSchemaEvidenceResult[];\n  complexityReductionCertified?: boolean;\n  stateTransition?: unknown;\n  error?: string;\n  rollbackError?: string;\n}\ninterface FabricSchemaApi {\n  status(): Promise<FabricSchemaStatus>;\n  hypothesize(args: {\n    label: string;\n    summary: string;\n    evidence: FabricSchemaEvidence[];\n    complexityReduction?: boolean;\n    name?: string;\n    description?: string;\n    complexity_reduction?: boolean;\n  }): Promise<{\n    hypothesisId: string;\n    status: string;\n    state: unknown;\n    fingerprint: string;\n    generation: number;\n  }>;\n  verify(args: { hypothesisId: string; id?: string; hypothesis_id?: string }): Promise<FabricSchemaVerificationResult>;\n  commit(args: {\n    hypothesisId: string;\n    certificate: string;\n    operations: FabricSchemaFileOperation[];\n    postconditions: FabricSchemaEvidence[];\n    id?: string;\n    hypothesis_id?: string;\n  }): Promise<FabricSchemaCommitResult>;\n  abort(args: { hypothesisId: string; certificate?: string; id?: string; hypothesis_id?: string }): Promise<{\n    aborted: true;\n    hypothesisId: string;\n  }>;\n}\ninterface FabricCompactPendingIntent {\n  reason?: string;\n  instructions?: string;\n  preserve?: string[];\n  requestedBy: string;\n  requestedAt: number;\n}\ninterface FabricCompactLastCommit {\n  at: number;\n  requestedBy: string;\n  status: \"committed\" | \"cancelled\" | \"failed\";\n  summary?: string;\n  tokensBefore?: number;\n  estimatedTokensAfter?: number;\n  error?: string;\n}\ntype FabricComponentState = \"waiting\" | \"loading\" | \"active\" | \"unloading\" | \"failed\" | \"quarantined\" | \"disposed\";\ninterface FabricComponentEffectInfo {\n  label: string;\n  kind: \"none\" | \"scoped\" | \"transactional\" | \"emission\";\n  resources: string[];\n  ordering: \"commutative\" | \"ordered\" | \"unknown\";\n}\ninterface FabricComponentEffectConflict {\n  withComponent: string;\n  resources: string[];\n  reason: \"shared_resource\" | \"unknown_resource\";\n}\ninterface FabricComponentInfo {\n  id: string;\n  component: string;\n  parentId?: string;\n  state: FabricComponentState;\n  guarantee: \"managed\" | \"revertible\";\n  requirements: string[];\n  provisions: string[];\n  missing: string[];\n  optionalMissing: string[];\n  effects?: FabricComponentEffectInfo[];\n  effectConflicts?: FabricComponentEffectConflict[];\n  targetDigest?: string;\n  error?: string;\n  cleanupErrors?: string[];\n  revision: number;\n  createdAt: number;\n  updatedAt: number;\n}\ninterface FabricComponentsApi {\n  list(): Promise<{\n    definitions: Array<{ name: string; description?: string; revision: number; requirements: string[]; provisions: string[] }>;\n    components: FabricComponentInfo[];\n  }>;\n  status(args: { id: string }): Promise<FabricComponentInfo>;\n  graph(): Promise<{\n    components: FabricComponentInfo[];\n    edges: Array<{ from: string; to: string; ref: string; kind?: \"dependency\" | \"ownership\" }>;\n    cycles: string[][];\n  }>;\n  reload(args?: { id?: string }): Promise<{ components: FabricComponentInfo[] }>;\n}\n\ninterface FabricCompactApi {\n  request(args?: {\n    reason?: string;\n    instructions?: string;\n    preserve?: string[];\n    requestedBy?: string;\n    instruction?: string;\n    requested_by?: string;\n  }): Promise<{ requested: true; intent: FabricCompactPendingIntent }>;\n  status(): Promise<{ pending?: FabricCompactPendingIntent; last?: FabricCompactLastCommit }>;\n  cancel(): Promise<{ cancelled: true }>;\n}\n\ninterface FabricWorkflowAgentOptions extends Omit<FabricAgentRequest, \"task\"> {\n  label?: string;\n}\ntype FabricActivityStatus = \"pending\" | \"running\" | \"completed\" | \"failed\" | \"blocked\" | \"stopped\";\ntype FabricActivityKind = \"agent\" | \"actor\" | \"tool\" | \"extension\" | \"mcp\" | \"mesh\" | \"task\" | \"custom\";\ninterface FabricWorkflowDisplay {\n  name?: string;\n  description?: string;\n}\ninterface FabricWorkflowPhaseOptions {\n  id?: string;\n  description?: string;\n  total?: number;\n}\ninterface FabricWorkflowPhaseInput extends FabricWorkflowPhaseOptions {\n  name: string;\n}\ninterface FabricWorkflowItem {\n  id: string;\n  label: string;\n  status?: FabricActivityStatus;\n  phase?: string;\n  detail?: string;\n  kind?: FabricActivityKind;\n  current?: string;\n  total?: number;\n  completed?: number;\n  data?: unknown;\n}\ninterface FabricWorkflowApi {\n  agent<T = string>(prompt: string, options?: FabricWorkflowAgentOptions): Promise<T>;\n  parallel<T, R>(items: T[], mapper: (item: T, index: number) => Promise<R> | R, concurrency?: number | { concurrency?: number }): Promise<R[]>;\n  parallel<T>(thunks: Array<() => Promise<T> | T>, concurrency?: number | { concurrency?: number }): Promise<T[]>;\n  pipeline<T>(items: T[], ...stages: Array<(value: unknown, original: T, index: number) => Promise<unknown> | unknown>): Promise<unknown[]>;\n  configure(display: FabricWorkflowDisplay): Promise<FabricWorkflowDisplay>;\n  phase(name: string, options?: FabricWorkflowPhaseOptions): Promise<{ name: string; index: number; id?: string }>;\n  phase(input: FabricWorkflowPhaseInput): Promise<{ name: string; index: number; id?: string }>;\n  item(item: FabricWorkflowItem): Promise<FabricWorkflowItem>;\n  event(event: { message: string; level?: \"info\" | \"success\" | \"warning\" | \"error\"; data?: unknown }): Promise<void>;\n  log(...values: unknown[]): void;\n  budget: { total: number; spent(): number; remaining(): number };\n}\ndeclare const tools: FabricToolsApi;\ndeclare const pi: PiToolsApi;\ndeclare const extensions: FabricExtensionsApi;\ndeclare const agents: FabricAgentsApi;\ndeclare const mesh: FabricMeshApi;\ndeclare const mcp: FabricMcpApi;\ndeclare const memory: FabricMemoryApi;\ndeclare const state: FabricStateApi;\ndeclare const schema: FabricSchemaApi;\ndeclare const components: FabricComponentsApi;\ndeclare const compact: FabricCompactApi;\ndeclare const council: FabricCouncilApi;\ndeclare const workflow: FabricWorkflowApi;\ndeclare function agent<T = string>(prompt: string, options?: FabricWorkflowAgentOptions): Promise<T>;\ndeclare function parallel<T, R>(items: T[], mapper: (item: T, index: number) => Promise<R> | R, concurrency?: number | { concurrency?: number }): Promise<R[]>;\ndeclare function parallel<T>(thunks: Array<() => Promise<T> | T>, concurrency?: number | { concurrency?: number }): Promise<T[]>;\ndeclare function pipeline<T>(items: T[], ...stages: Array<(value: unknown, original: T, index: number) => Promise<unknown> | unknown>): Promise<unknown[]>;\ndeclare function phase(name: string, options?: FabricWorkflowPhaseOptions): Promise<{ name: string; index: number; id?: string }>;\ndeclare function phase(input: FabricWorkflowPhaseInput): Promise<{ name: string; index: number; id?: string }>;\ndeclare function log(...values: unknown[]): void;\ndeclare const budget: FabricWorkflowApi[\"budget\"];\ntype FabricRlmRequest = Omit<FabricAgentRequest, \"runner\" | \"recursive\" | \"cwd\"> & { runner?: \"pi\" };\ndeclare const rlm: { query(args: FabricRlmRequest): Promise<FabricAgentResult> };\ninterface FabricConsole {\n  log(...args: unknown[]): void;\n  info(...args: unknown[]): void;\n  warn(...args: unknown[]): void;\n  error(...args: unknown[]): void;\n}\ndeclare const console: FabricConsole;\ndeclare const \u03C0: Readonly<Record<string, string>>;\ndeclare function print(...args: unknown[]): void;\ndeclare function setTimeout(handler: (...args: any[]) => void, timeout?: number): number;\ndeclare function clearTimeout(handle: number): void;\ndeclare function setInterval(handler: (...args: any[]) => void, timeout?: number): number;\ndeclare function clearInterval(handle: number): void;\n";
export interface FabricGuestDeclarationOptions {
    /** Global names to omit (for example providers disabled by configuration). */
    excludeGlobals?: readonly string[];
    /**
     * Pre-rendered replacement blocks from buildDynamicGuestDeclarations().
     * Applied only when the loose anchor line is still present — excluded
     * globals (or orchestration-only mode, for extensions) keep nothing to
     * replace, and missing/undefined sections keep the loose surface.
     */
    dynamic?: FabricDynamicGuestDeclarations;
    /**
     * Additive overloads for the current captured exact-name core overrides.
     * The block is applied only to the full-code `pi` declaration.
     */
    coreOverrides?: string;
}
export declare const guestTypeDeclarations: (fullCodeMode: boolean, options?: FabricGuestDeclarationOptions) => string;
//# sourceMappingURL=guest-types.d.ts.map