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{\n  type CallToolResult,\n  type JsonObject,\n  type JsonRpcMessage,\n  type JsonRpcRequest,\n  type JsonRpcId,\n  type RegisteredTool,\n  type ServerCapabilities,\n  type ServerInfo,\n  type ToolDefinition,\n  type ToolHandler,\n  JSONRPC_INTERNAL_ERROR,\n  JSONRPC_INVALID_PARAMS,\n  JSONRPC_METHOD_NOT_FOUND,\n  MCP_PROTOCOL_VERSION,\n} from \"./types\";\nimport { ToolRegistry } from \"./tool-host\";\n\nexport type McpServerOptions = {\n  info: ServerInfo;\n  /** Defaults to { tools: { listChanged: true } } */\n  capabilities?: ServerCapabilities;\n  /** Free-text instructions surfaced to clients during initialize. */\n  instructions?: string;\n  /**\n   * The protocol revisions this server speaks, NEWEST FIRST.\n   *\n   * `initialize` echoes the client's requested revision when it is in this\n   * list, and answers the first entry otherwise — the spec's rule, which leaves\n   * the client to decide whether it can live with the answer.\n   *\n   * Defaults to `[MCP_PROTOCOL_VERSION]`: one revision, answered whatever the\n   * client asks, which is exactly what this server did before the option\n   * existed. Only list a revision the tools you register are correct under.\n   */\n  protocolVersions?: readonly string[];\n};\n\nexport type Transport = {\n  /** Called by the server when it has a message to deliver to the client. */\n  send: (message: JsonRpcMessage) => void;\n  /** Called by the server when it's torn down so the transport can clean up. */\n  close?: () => void;\n};\n\n/**\n * MicroMcpServer — protocol-level MCP server, transport-agnostic.\n *\n * Use it like:\n *\n *   const server = new MicroMcpServer({ info: { name: \"session\", version: \"0.1\" } });\n *   server.registerTool({ name: \"...\", inputSchema: { type: \"object\" } }, async (args) => ({...}));\n *   const transport = new InProcessTransport();\n *   server.attach(transport);\n *   transport.deliver({ ... }); // client → server frames\n *\n * The same server can serve multiple transports (e.g. an in-process agent\n * AND a relayed external client) by attaching each one.\n */\nexport class MicroMcpServer extends ToolRegistry {\n  private transports = new Set<Transport>();\n  /**\n   * Transports owed a `tools/list_changed` at the end of this tick. Empty when\n   * none is scheduled. See {@link scheduleListChangedNotification}.\n   */\n  private listChangedOwed = new Set<Transport>();\n\n  readonly info: ServerInfo;\n  readonly capabilities: ServerCapabilities;\n  readonly instructions?: string;\n  readonly protocolVersions: readonly string[];\n\n  constructor(options: McpServerOptions) {\n    super();\n    this.info = options.info;\n    this.capabilities = options.capabilities ?? { tools: { listChanged: true } };\n    this.instructions = options.instructions;\n    if (options.protocolVersions && options.protocolVersions.length === 0) {\n      // No answer exists for a client's initialize. Fail here, next to the\n      // mistake, rather than in a handshake nobody is watching.\n      throw new Error(\"MicroMcpServer: protocolVersions is empty — a server must speak at least one protocol revision.\");\n    }\n    this.protocolVersions = options.protocolVersions ? [...options.protocolVersions] : [MCP_PROTOCOL_VERSION];\n  }\n\n  attach(transport: Transport): () => void {\n    this.transports.add(transport);\n    return () => this.detach(transport);\n  }\n\n  detach(transport: Transport): void {\n    if (this.transports.delete(transport)) {\n      transport.close?.();\n    }\n  }\n\n  unregisterTool(name: string): void {\n    if (this.tools.delete(name)) {\n      this.scheduleListChangedNotification();\n    }\n  }\n\n  protected onToolsChanged(): void {\n    this.scheduleListChangedNotification();\n  }\n\n  /**\n   * Receive a JSON-RPC frame from a client (called by the transport).\n   * The transport is responsible for sending the response back.\n   */\n  async receive(transport: Transport, message: JsonRpcMessage): Promise<void> {\n    if (!(\"method\" in message)) return; // It's a response, not a request — ignore.\n\n    const isNotification = !(\"id\" in message);\n    if (isNotification) {\n      // Notifications are fire-and-forget. We ignore unknown methods.\n      return;\n    }\n\n    const request = message as JsonRpcRequest;\n    try {\n      const result = await this.handle(request, transport);\n      transport.send({ jsonrpc: \"2.0\", id: request.id, result });\n    } catch (err) {\n      transport.send({\n        jsonrpc: \"2.0\",\n        id: request.id,\n        error: this.toRpcError(err),\n      });\n    }\n  }\n\n  private async handle(request: JsonRpcRequest, transport: Transport): Promise<any> {\n    const { method, params } = request;\n    switch (method) {\n      case \"initialize\":\n        return {\n          protocolVersion: this.negotiate(params?.protocolVersion),\n          capabilities: this.capabilities,\n          serverInfo: this.info,\n          ...(this.instructions ? { instructions: this.instructions } : {}),\n        };\n\n      case \"tools/list\":\n        return { tools: this.listTools() };\n\n      case \"tools/call\": {\n        const name = params?.name;\n        const args = (params?.arguments ?? {}) as JsonObject;\n        if (typeof name !== \"string\") {\n          throw rpcError(JSONRPC_INVALID_PARAMS, \"tools/call requires `name`\");\n        }\n        const tool = this.tools.get(name);\n        if (!tool) {\n          throw rpcError(JSONRPC_METHOD_NOT_FOUND, this.missingToolMessage(name));\n        }\n        const result = await tool.handler(args, { transport });\n        return result satisfies CallToolResult;\n      }\n\n      case \"ping\":\n        return {};\n\n      default:\n        throw rpcError(JSONRPC_METHOD_NOT_FOUND, `Unsupported method: ${method}`);\n    }\n  }\n\n  /** The revision to answer `initialize` with: the one asked for if spoken, else the newest. */\n  private negotiate(requested: unknown): string {\n    return typeof requested === \"string\" && this.protocolVersions.includes(requested)\n      ? requested\n      : this.protocolVersions[0];\n  }\n\n  /**\n   * Tell the transports that SAW the old tool list that it changed.\n   *\n   * Changes in one tick coalesce into one notification. The recipients are the\n   * transports attached at the moment of a change, not at the moment the\n   * notification goes out: a transport attached afterwards never had the old\n   * list, so \"your list is stale\" is noise to it — and on stdio, where a host\n   * builds the server and attaches stdin/stdout in the same tick, it was the\n   * first frame a client received, before it had even sent `initialize`.\n   */\n  private scheduleListChangedNotification(): void {\n    if (this.transports.size === 0) return;\n    const scheduled = this.listChangedOwed.size > 0;\n    for (const t of this.transports) this.listChangedOwed.add(t);\n    if (scheduled) return;\n    queueMicrotask(() => {\n      const owed = this.listChangedOwed;\n      this.listChangedOwed = new Set();\n      for (const t of owed) {\n        // Detached since the change: it is not listening any more.\n        if (this.transports.has(t)) t.send({ jsonrpc: \"2.0\", method: \"notifications/tools/list_changed\" });\n      }\n    });\n  }\n\n  /** Send an application notification to every client, or one attached transport. */\n  notify(message: JsonRpcMessage, transport?: Transport): void {\n    if (transport) transport.send(message);\n    else this.broadcast(message);\n  }\n\n  private broadcast(message: JsonRpcMessage): void {\n    for (const t of this.transports) t.send(message);\n  }\n\n  private toRpcError(err: unknown): { code: number; message: string; data?: any } {\n    if (err && typeof err === \"object\" && \"code\" in err && \"message\" in err) {\n      return err as any;\n    }\n    return {\n      code: JSONRPC_INTERNAL_ERROR,\n      message: err instanceof Error ? err.message : String(err),\n    };\n  }\n}\n\nexport function rpcError(code: number, message: string, data?: any) {\n  return { code, message, ...(data !== undefined ? { data } : {}) };\n}\n\n/**\n * Helper to build a CallToolResult from a string or structured value.\n */\nexport function textResult(text: string, structured?: any): CallToolResult {\n  return {\n    content: [{ type: \"text\", text }],\n    ...(structured !== undefined ? { structuredContent: structured } : {}),\n  };\n}\n\nexport function errorResult(text: string): CallToolResult {\n  return { content: [{ type: \"text\", text }], isError: true };\n}\n\n// Internal helper so the JsonRpcId import isn't dropped by tsup\ntype _KeepIdImport = JsonRpcId;\n","import type { CallToolResult } from \"../mcp/types\";\nimport { emitActivity } from \"./registry\";\nimport type { AgentTarget } from \"./types\";\n\nexport type ActivityAgent = { id: string; name?: string; color?: string };\n\nexport type ActivityResolverContext<TArgs = Record<string, unknown>> = {\n  /** Tool name as registered. */\n  toolName: string;\n  /** Arguments the tool was called with. */\n  args: TArgs;\n  /** The CallToolResult the underlying handler produced. */\n  result: CallToolResult;\n};\n\n/**\n * Resolves an `AgentTarget` for an executed tool. Bridges declare one of\n * these per registration so the wrapper knows which surface / element /\n * screen the activity belongs to.\n *\n * The resolver runs AFTER the tool handler so it can inspect the result\n * (e.g. read a newly-created item id from `structuredContent`).\n */\nexport type ActivityTargetResolver<TArgs = Record<string, unknown>> = (\n  ctx: ActivityResolverContext<TArgs>,\n) => AgentTarget | null;\n\nexport type ToolHandler<TArgs = Record<string, unknown>> = (\n  args: TArgs,\n) => Promise<CallToolResult> | CallToolResult;\n\n/**\n * wrapToolWithActivity — decorate a bridge tool handler so every successful\n * call emits an `AgentActivityEvent`. Returns a new handler with the same shape.\n *\n * Usage in a bridge:\n *\n *   server.registerTool(\n *     definition,\n *     wrapToolWithActivity(\n *       handler,\n *       { agent, kind: \"whiteboard\", resolveTarget: ({ args }) => ({\n *           kind: \"whiteboard\", elementId: args.id as string,\n *         }) },\n *     ),\n *   );\n */\nexport function wrapToolWithActivity<TArgs = Record<string, unknown>>(\n  handler: ToolHandler<TArgs>,\n  options: {\n    toolName: string;\n    agent: ActivityAgent;\n    /** Optional fancy-screens screen id this bridge is scoped to. */\n    screenId?: string;\n    /** Default target kind if the resolver returns one without `kind`. */\n    kind: AgentTarget[\"kind\"];\n    /** Per-call resolver. Return `null` to skip emitting (e.g. for read-only tools). */\n    resolveTarget?: ActivityTargetResolver<TArgs>;\n    /** Optional ttl override. */\n    ttlMs?: number;\n    /**\n     * Build the `meta` broadcast to all relay peers. Defaults to the tool's full\n     * `structuredContent`. Override to REDACT sensitive fields before fan-out —\n     * e.g. the terminal bridge strips raw command/keystroke bytes so a command\n     * line (or its secrets) is never broadcast verbatim to every peer.\n     */\n    buildMeta?: (result: CallToolResult) => Record<string, unknown> | undefined;\n  },\n): ToolHandler<TArgs> {\n  return async (args) => {\n    const result = await handler(args);\n    if (result.isError) return result;\n\n    let target: AgentTarget | null;\n    if (options.resolveTarget) {\n      target = options.resolveTarget({ toolName: options.toolName, args, result });\n    } else {\n      target = { kind: options.kind, screenId: options.screenId };\n    }\n    if (!target) return result;\n\n    emitActivity({\n      agentId: options.agent.id,\n      agentName: options.agent.name,\n      agentColor: options.agent.color,\n      target: { ...target, kind: target.kind ?? options.kind, screenId: target.screenId ?? options.screenId },\n      action: options.toolName,\n      timestamp: Date.now(),\n      meta: options.buildMeta ? options.buildMeta(result) : extractMeta(result),\n      ttlMs: options.ttlMs,\n    });\n    return result;\n  };\n}\n\nfunction extractMeta(result: CallToolResult): Record<string, unknown> | undefined {\n  const sc = result.structuredContent;\n  if (sc && typeof sc === \"object\" && !Array.isArray(sc)) {\n    return sc as Record<string, unknown>;\n  }\n  return undefined;\n}\n","import { textResult, errorResult } from \"../mcp/server\";\nimport type { ToolHost } from \"../mcp/tool-host\";\nimport { readHistory, redoOne, undoOne } from \"./undo-stack\";\n\nexport type UndoToolsOptions = {\n  /** Default agent id when the caller doesn't pass one. */\n  defaultAgentId?: string;\n};\n\n/**\n * Idempotent tracker so multiple bridges on the same server only register\n * agent_undo / agent_redo / agent_history once.\n */\nconst installedHosts = new WeakSet<ToolHost>();\n\n/**\n * The one owner every copy of the undo tools registers under. They are SHARED\n * on purpose — every bridge ensures them, and a host may also call\n * `registerUndoTools` itself — so all of those are the same registrant, and a\n * second registration replaces the first instead of being refused as a\n * collision. Anything else claiming `agent_undo` is still refused.\n */\nconst UNDO_TOOLS_OWNER = \"agent-undo\";\n\n/**\n * ensureUndoToolsRegistered — bridges call this on construction. Safe to\n * call repeatedly with the same server; subsequent calls are no-ops.\n */\nexport function ensureUndoToolsRegistered(host: ToolHost, options: UndoToolsOptions = {}): void {\n  if (installedHosts.has(host)) return;\n  installedHosts.add(host);\n  registerUndoTools(host, options);\n}\n\n/**\n * registerUndoTools — add agent_undo / agent_redo / agent_history to the\n * server. Returns a disposer that unregisters all three.\n */\nexport function registerUndoTools(host: ToolHost, options: UndoToolsOptions = {}): () => void {\n  const defaultAgent = options.defaultAgentId ?? \"agent\";\n  const disposers: Array<() => void> = [];\n  const agentOf = (args: any): string =>\n    typeof args?.agentId === \"string\" ? args.agentId : defaultAgent;\n\n  disposers.push(\n    host.registerTool(\n      {\n        name: \"agent_undo\",\n        description: \"Undo the most recent action on the agent's stack. Optional agentId targets a specific agent.\",\n        inputSchema: {\n          type: \"object\",\n          properties: { agentId: { type: \"string\" } },\n          additionalProperties: false,\n        },\n      },\n      async (args) => {\n        const entry = await undoOne(agentOf(args));\n        if (!entry) return errorResult(\"Nothing to undo.\");\n        return textResult(`Undid: ${entry.label}`, { entry: serialize(entry) });\n      },\n      { owner: UNDO_TOOLS_OWNER },\n    ),\n  );\n\n  disposers.push(\n    host.registerTool(\n      {\n        name: \"agent_redo\",\n        description: \"Redo the most recently undone action.\",\n        inputSchema: {\n          type: \"object\",\n          properties: { agentId: { type: \"string\" } },\n          additionalProperties: false,\n        },\n      },\n      async (args) => {\n        const entry = await redoOne(agentOf(args));\n        if (!entry) return errorResult(\"Nothing to redo.\");\n        return textResult(`Redid: ${entry.label}`, { entry: serialize(entry) });\n      },\n      { owner: UNDO_TOOLS_OWNER },\n    ),\n  );\n\n  disposers.push(\n    host.registerTool(\n      {\n        name: \"agent_history\",\n        description: \"List the agent's undo stack (oldest first). Useful for understanding what's reversible.\",\n        inputSchema: {\n          type: \"object\",\n          properties: { agentId: { type: \"string\" } },\n          additionalProperties: false,\n        },\n      },\n      async (args) => {\n        const history = readHistory(agentOf(args)).map(serialize);\n        const text = history.map((e) => `${new Date(e.timestamp).toISOString()} ${e.bridgeId} ${e.action}: ${e.label}`).join(\"\\n\");\n        return textResult(text || \"(empty)\", history);\n      },\n      { owner: UNDO_TOOLS_OWNER },\n    ),\n  );\n\n  return () => disposers.forEach((d) => d());\n}\n\nfunction serialize(entry: import(\"./undo-stack\").UndoEntry) {\n  return {\n    timestamp: entry.timestamp,\n    bridgeId: entry.bridgeId,\n    action: entry.action,\n    label: entry.label,\n  };\n}\n","import { textResult, errorResult } from \"../mcp/server\";\nimport type { ToolHost } from \"../mcp/tool-host\";\nimport type { JsonObject } from \"../mcp/types\";\nimport type { Bridge } from \"./types\";\nimport { wrapToolWithActivity } from \"../presence/wrap-tool-with-activity\";\nimport { ensureUndoToolsRegistered } from \"../undo/undo-tools\";\nimport type { AgentTarget } from \"../presence/types\";\n\n/**\n * Field descriptor — what the host says about each form field. Mirrors the\n * subset of HTML / react-fancy input shapes agents care about.\n */\nexport type FormFieldDescriptor = {\n  /** Form-local field name. Matches the key the host uses in its values map. */\n  name: string;\n  /** Display label. */\n  label?: string;\n  /** Logical type. Drives validation + agent expectations. */\n  type:\n    | \"text\"\n    | \"textarea\"\n    | \"number\"\n    | \"email\"\n    | \"password\"\n    | \"url\"\n    | \"date\"\n    | \"select\"\n    | \"multi-select\"\n    | \"checkbox\"\n    | \"switch\"\n    | \"radio\"\n    | \"file\"\n    | \"json\";\n  /** Allowed values for select / radio. */\n  options?: Array<{ value: string; label: string }>;\n  /** Whether the field must be filled before submit. */\n  required?: boolean;\n  /** Free-text hint surfaced to the agent. */\n  description?: string;\n  /** Default value (presented in get_value when nothing set). */\n  defaultValue?: unknown;\n};\n\n/**\n * Adapter the host wires per form. Matches the controlled-state pattern\n * react-fancy already uses (`value` / `onValueChange`); this adapter just\n * exposes those state slots in a form-shaped way the bridge can call.\n */\nexport type FormBridgeAdapter = {\n  /** Stable id for the form (used in form_describe + presence target). */\n  id: string;\n  /** Display title for human-readable logs. */\n  title?: string;\n  /** Optional fancy-screens screen id this form belongs to. */\n  screenId?: string;\n  /** Field descriptors. The bridge uses these for schema introspection\n   *  (form_describe). Agents call this first to know what to fill. */\n  getFields: () => FormFieldDescriptor[];\n  /** Read a single field's current value. */\n  getValue: (name: string) => unknown;\n  /** Read all values as { fieldName: value }. */\n  getValues: () => Record<string, unknown>;\n  /** Set a single field's value. The host wires this to its setState. */\n  setValue: (name: string, value: unknown) => void;\n  /** Set many at once. Defaults to calling setValue in a loop. */\n  setValues?: (values: Record<string, unknown>) => void;\n  /** Programmatically focus a field (host implements DOM focus). Optional. */\n  focus?: (name: string) => void;\n  /** Submit the form. Returns the values that were submitted (or rejection). */\n  submit?: () => Promise<{ ok: boolean; values?: Record<string, unknown>; error?: string }>;\n  /**\n   * Human confirm gate for `form_submit` (trust-but-verify). When `pendingMode`\n   * is on, the bridge calls this before submitting; return false to decline.\n   * Wire it to a human control — submitting a form is a human-visible,\n   * often-destructive action (checkout, delete, invite).\n   */\n  confirm?: (request: FormConfirmRequest) => Promise<boolean> | boolean;\n};\n\n/** What a `form_submit` confirm gate is asked to approve. */\nexport type FormConfirmRequest = {\n  action: \"submit\";\n  form: string;\n  title?: string;\n  values: Record<string, unknown>;\n};\n\nexport type FormBridgeOptions = {\n  adapter: FormBridgeAdapter;\n  /** Identity tagged into activity events. */\n  agent?: { id: string; name?: string; color?: string };\n  /**\n   * Stage `form_submit` for human confirmation via `adapter.confirm` instead of\n   * submitting immediately. **Default: ON** (matches the navigation bridge and\n   * the Human+ trust-but-verify contract). Set false only when auto-submit is\n   * safe. If on without an `adapter.confirm`, submit proceeds (nothing to gate).\n   */\n  pendingMode?: boolean;\n};\n\nconst DEFAULT_AGENT = { id: \"agent\", name: \"Agent\", color: \"#a855f7\" };\n\n/**\n * registerFormBridge — wires schema-driven MCP access to a single form.\n * Hosts can register multiple bridges (one per form on the screen) by\n * giving each adapter a distinct `id`.\n */\nexport function registerFormBridge(\n  host: ToolHost,\n  options: FormBridgeOptions,\n): Bridge {\n  const { adapter } = options;\n  const agent = { ...DEFAULT_AGENT, ...(options.agent ?? {}) };\n  const pendingMode = options.pendingMode ?? true;\n  const disposers: Array<() => void> = [];\n  // The bridge id is also its registrant identity on the host: the same bridge\n  // may re-register (a remount), a different one claiming a name is refused.\n  const bridgeId = `form:${adapter.id}`;\n\n  // agent_undo / agent_redo / agent_history are registered whenever any bridge\n  // mounts, so undo availability doesn't hinge on which bridges are co-present.\n  ensureUndoToolsRegistered(host, { defaultAgentId: agent.id });\n  const formId = adapter.id;\n\n  const target = (args: any): AgentTarget => ({\n    kind: \"form\",\n    screenId: adapter.screenId,\n    elementId: typeof args?.field === \"string\" ? `${formId}:${args.field}` : formId,\n    label: typeof args?.field === \"string\"\n      ? `${adapter.title ?? formId} → ${args.field}`\n      : adapter.title ?? formId,\n  });\n\n  const reg = (\n    name: string,\n    description: string,\n    properties: Record<string, unknown>,\n    required: string[],\n    handler: (args: JsonObject) => Promise<any> | any,\n    isMutation: boolean,\n  ) => {\n    const wrapped = async (args: JsonObject) => {\n      try {\n        return await handler(args);\n      } catch (e) {\n        return errorResult(e instanceof Error ? e.message : String(e));\n      }\n    };\n    const final = isMutation\n      ? wrapToolWithActivity(wrapped, {\n          toolName: name,\n          agent: { id: agent.id, name: agent.name, color: agent.color },\n          kind: \"form\",\n          screenId: adapter.screenId,\n          resolveTarget: ({ args }) => target(args),\n        })\n      : wrapped;\n    disposers.push(\n      host.registerTool(\n        {\n          name,\n          description,\n          inputSchema: { type: \"object\", properties: properties as any, required, additionalProperties: false },\n        },\n        final as any,\n        { owner: bridgeId },\n      ),\n    );\n  };\n\n  // ───────────── Read tools ─────────────\n\n  reg(\n    \"form_describe\",\n    `Describe the form \"${formId}\" — fields, types, options, required flags. Call this first to know what's fillable.`,\n    {},\n    [],\n    () => {\n      const fields = adapter.getFields();\n      const text = fields\n        .map((f) => `${f.name}${f.required ? \"*\" : \"\"} (${f.type})${f.label ? ` — ${f.label}` : \"\"}`)\n        .join(\"\\n\");\n      return textResult(text || \"(no fields)\", { id: formId, title: adapter.title, fields });\n    },\n    false,\n  );\n\n  reg(\n    \"form_get_value\",\n    \"Read a single field's current value.\",\n    { field: { type: \"string\" } },\n    [\"field\"],\n    (args) => {\n      const name = String(args.field ?? \"\");\n      if (!adapter.getFields().find((f) => f.name === name)) {\n        return errorResult(`Unknown field: ${name}`);\n      }\n      const value = adapter.getValue(name);\n      return textResult(JSON.stringify(value), { field: name, value });\n    },\n    false,\n  );\n\n  reg(\n    \"form_get_values\",\n    \"Read every field's current value as a JSON object.\",\n    {},\n    [],\n    () => {\n      const values = adapter.getValues();\n      return textResult(JSON.stringify(values, null, 2), values);\n    },\n    false,\n  );\n\n  // ───────────── Mutation tools ─────────────\n\n  reg(\n    \"form_set_value\",\n    \"Set one field's value. The host's controlled state updates and the human sees the field change.\",\n    {\n      field: { type: \"string\" },\n      value: { description: \"Value to set. Type depends on the field's `type`.\" },\n    },\n    [\"field\", \"value\"],\n    (args) => {\n      const name = String(args.field ?? \"\");\n      const fieldDef = adapter.getFields().find((f) => f.name === name);\n      if (!fieldDef) return errorResult(`Unknown field: ${name}`);\n      adapter.setValue(name, args.value);\n      return textResult(`${name} ← ${JSON.stringify(args.value)}`, { field: name, value: args.value });\n    },\n    true,\n  );\n\n  reg(\n    \"form_set_values\",\n    \"Set multiple fields atomically. Pass a `values` object keyed by field name.\",\n    { values: { type: \"object\" } },\n    [\"values\"],\n    (args) => {\n      const values = (args.values && typeof args.values === \"object\") ? args.values as Record<string, unknown> : {};\n      const fields = adapter.getFields();\n      const known = new Set(fields.map((f) => f.name));\n      const unknownKeys = Object.keys(values).filter((k) => !known.has(k));\n      if (unknownKeys.length) return errorResult(`Unknown fields: ${unknownKeys.join(\", \")}`);\n      if (adapter.setValues) {\n        adapter.setValues(values);\n      } else {\n        for (const [k, v] of Object.entries(values)) adapter.setValue(k, v);\n      }\n      return textResult(`Set ${Object.keys(values).length} field(s)`, { values });\n    },\n    true,\n  );\n\n  reg(\n    \"form_focus\",\n    \"Move browser focus to a field (host-implemented). Useful before streaming text into it.\",\n    { field: { type: \"string\" } },\n    [\"field\"],\n    (args) => {\n      const name = String(args.field ?? \"\");\n      if (!adapter.focus) return errorResult(\"Host did not provide a focus implementation.\");\n      if (!adapter.getFields().find((f) => f.name === name)) {\n        return errorResult(`Unknown field: ${name}`);\n      }\n      adapter.focus(name);\n      return textResult(`Focused ${name}`, { field: name });\n    },\n    true,\n  );\n\n  reg(\n    \"form_submit\",\n    \"Submit the form. Host returns ok + values (or an error). In pendingMode this is staged for the human to confirm first.\",\n    {},\n    [],\n    async () => {\n      if (!adapter.submit) return errorResult(\"Host did not provide a submit implementation.\");\n      // Trust-but-verify: a form submit is a human-visible / often-destructive\n      // action, so gate it on a human confirm when one is wired.\n      if (pendingMode && adapter.confirm) {\n        const ok = await adapter.confirm({\n          action: \"submit\",\n          form: formId,\n          title: adapter.title,\n          values: adapter.getValues(),\n        });\n        if (!ok) return errorResult(\"Declined by user\");\n      }\n      const result = await adapter.submit();\n      if (!result.ok) return errorResult(result.error ?? \"Submit failed\");\n      return textResult(\"Submitted\", { values: result.values });\n    },\n    true,\n  );\n\n  return {\n    id: bridgeId,\n    title: adapter.title ?? formId,\n    dispose: () => {\n      for (const d of disposers) d();\n    },\n  };\n}\n"]}