import { createMcpServerRegistry, type McpServerRegistry } from "./McpServerRegistry.js";
import type { McpServerHealth } from "./McpServerRegistry.js";
import type { RunContext } from "../../runcontext/RunContextResolver.js";
import type { ToolRegistry } from "../../tools/ToolRegistry.js";
/**
 * Connects a run's configured MCP servers and registers what they expose into
 * the run's `ToolRegistry`.
 *
 * Registration goes into the *existing* registry rather than a parallel store:
 * one source of truth means the planner cannot see a schema the executor would
 * not honour, no matter where the tool came from.
 */
export interface McpAttachResult {
    registry?: McpServerRegistry;
    health: McpServerHealth[];
    registered: string[];
    warnings: string[];
}
export interface McpAttachOptions {
    context: RunContext;
    toolRegistry: ToolRegistry;
    maxConcurrentCalls?: number;
    /** Injected in tests. */
    createRegistry?: typeof createMcpServerRegistry;
}
export declare const attachMcpTools: (options: McpAttachOptions) => Promise<McpAttachResult>;
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