import { type AgentEvent, type AgentTool, type AgentToolContext } from "@gajae-code/agent-core";
import type { CursorMcpCall, CursorShellStreamCallbacks, CursorExecHandlers as ICursorExecHandlers, ToolResultMessage } from "@gajae-code/ai/core";
/**
 * Emitter for events this bridge produces.
 *
 * `dispatchedTool` is the tool object the bridge SELECTED and is about to execute — passed
 * alongside the event, never inside it, so the object never reaches an AgentEvent field, a
 * serialized payload, or any wire envelope. The handler binds it as provenance (object
 * identity only) at this producer boundary, because it is the only place that knows which
 * object actually ran: a consumer re-resolving `toolName` later reads a mutable registry.
 * Synthetic operations that execute no AgentTool pass nothing and stay unbound.
 */
type CursorExecEventEmitter = (event: AgentEvent, dispatchedTool?: AgentTool) => void;
interface CursorExecBridgeOptions {
    cwd: string;
    tools: Map<string, AgentTool>;
    getEditReplaceTool?: () => AgentTool | undefined;
    createSearchTool?: (options: {
        context?: number;
        totalMatchLimit?: number;
    }) => AgentTool | undefined;
    getToolContext?: () => AgentToolContext | undefined;
    emitEvent?: CursorExecEventEmitter;
    createEventEmitter?: () => ((event: AgentEvent) => void) | undefined;
}
export declare class CursorExecHandlers implements ICursorExecHandlers {
    #private;
    private options;
    constructor(options: CursorExecBridgeOptions);
    read(args: Parameters<NonNullable<ICursorExecHandlers["read"]>>[0]): Promise<ToolResultMessage<any>>;
    ls(args: Parameters<NonNullable<ICursorExecHandlers["ls"]>>[0]): Promise<ToolResultMessage<any>>;
    grep(args: Parameters<NonNullable<ICursorExecHandlers["grep"]>>[0]): Promise<ToolResultMessage<any>>;
    write(args: Parameters<NonNullable<ICursorExecHandlers["write"]>>[0]): Promise<ToolResultMessage<any>>;
    delete(args: Parameters<NonNullable<ICursorExecHandlers["delete"]>>[0]): Promise<ToolResultMessage<any>>;
    shell(args: Parameters<NonNullable<ICursorExecHandlers["shell"]>>[0]): Promise<ToolResultMessage<any>>;
    shellStream(args: Parameters<NonNullable<ICursorExecHandlers["shellStream"]>>[0], callbacks: CursorShellStreamCallbacks): Promise<ToolResultMessage<any>>;
    piRead(call: Parameters<NonNullable<ICursorExecHandlers["piRead"]>>[0]): Promise<ToolResultMessage<any>>;
    piBash(call: Parameters<NonNullable<ICursorExecHandlers["piBash"]>>[0]): Promise<ToolResultMessage<any>>;
    piEdit(call: Parameters<NonNullable<ICursorExecHandlers["piEdit"]>>[0]): Promise<ToolResultMessage<any>>;
    piWrite(call: Parameters<NonNullable<ICursorExecHandlers["piWrite"]>>[0]): Promise<ToolResultMessage<any>>;
    piGrep(call: Parameters<NonNullable<ICursorExecHandlers["piGrep"]>>[0]): Promise<ToolResultMessage<any>>;
    piFind(call: Parameters<NonNullable<ICursorExecHandlers["piFind"]>>[0]): Promise<ToolResultMessage<any>>;
    piLs(call: Parameters<NonNullable<ICursorExecHandlers["piLs"]>>[0]): Promise<ToolResultMessage<any>>;
    diagnostics(args: Parameters<NonNullable<ICursorExecHandlers["diagnostics"]>>[0]): Promise<ToolResultMessage<any>>;
    mcp(call: CursorMcpCall): Promise<ToolResultMessage<any>>;
}
export {};