import type { DeviceCommand, DeviceCommandResult, DeviceState } from '@dg-kit/core';
import { type StateListener, type WebBluetoothConnectionContext, type WebBluetoothProtocolAdapter } from './base.js';
/**
 * Auto-routing protocol adapter — Coyote only. Picks the V2 or V3
 * implementation based on the connecting device's name prefix.
 *
 * This does NOT route paw-prints/civet-edging/opossum devices, even though
 * `DG_LAB_REQUEST_DEVICE_OPTIONS`'s broader scan filter will surface them in
 * the same chooser as Coyote units. Those three device kinds share Coyote
 * V3's exact GATT skeleton but speak a completely different command
 * vocabulary — silently defaulting an unrecognized device to
 * `CoyoteV3ProtocolAdapter` (the previous behavior) would send Coyote B0/BF
 * stim frames to, say, a pressure sensor. `createProtocol()` now throws
 * instead: callers that scan with the broader filter must classify the
 * result with `detectDeviceKind()` first and only hand Coyote-kind devices
 * to this facade, using `PawPrintsSensorAdapter`/`CivetPressureSensorAdapter`/
 * `OpossumVibrateAdapter` directly for the other three kinds.
 */
export declare class CoyoteProtocolAdapter implements WebBluetoothProtocolAdapter {
    private readonly listeners;
    private activeProtocol;
    private unsubscribeActiveProtocol;
    constructor();
    subscribe(listener: StateListener): () => void;
    onConnected(context: WebBluetoothConnectionContext): Promise<void>;
    onDisconnected(): Promise<void>;
    getState(): DeviceState;
    execute(command: DeviceCommand): Promise<DeviceCommandResult>;
    emergencyStop(): Promise<void>;
    setLimits(limitA: number, limitB: number): Promise<void>;
    private createProtocol;
    private bindActiveProtocol;
    private emit;
}
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