dualsense-ts/dist/hid/access/access_hid.d.ts

The natural interface for your DualSense Classic and DualSense Access controllers, with Typescript

import { AccessHIDProvider, AccessHIDState } from "./access_hid_provider";
import { AccessProfileLedMode, AccessPlayerIndicator } from "./access_hid_state";
import { FirmwareInfo } from "../firmware_info";
import { FactoryInfo } from "../factory_info";
import type { ErrorCallback, ReadyCallback, ConnectionCallback } from "../dualsense_hid";
export type AccessHIDCallback = (state: AccessHIDState) => void;
/** Coordinates an AccessHIDProvider and tracks the latest HID state */
export declare class AccessHID {
    readonly provider: AccessHIDProvider;
    private readonly subscribers;
    private readonly errorSubscribers;
    private readonly readySubscribers;
    private readonly connectionSubscribers;
    private identityResolved;
    private identityRetryTimer?;
    private identityRetryCount;
    private pendingCommands;
    state: AccessHIDState;
    firmwareInfo: FirmwareInfo;
    factoryInfo: FactoryInfo;
    macAddress?: string;
    private commandTimer?;
    constructor(provider: AccessHIDProvider, refreshRate?: number);
    dispose(): void;
    get wireless(): boolean;
    register(callback: AccessHIDCallback): void;
    unregister(callback: AccessHIDCallback): void;
    on(type: string, callback: ErrorCallback): void;
    onReady(callback: ReadyCallback): () => void;
    get ready(): boolean;
    onConnectionChange(callback: ConnectionCallback): () => void;
    get identity(): string | undefined;
    private set;
    private handleError;
    private static readonly IDENTITY_MAX_ATTEMPTS;
    private static readonly IDENTITY_BACKOFF_MS;
    private loadIdentity;
    private markIdentityResolved;
    private cancelIdentityRetry;
    private firmwareFetch?;
    private factoryFetch?;
    fetchFirmwareInfo(): Promise<FirmwareInfo>;
    fetchFactoryInfo(): Promise<FactoryInfo>;
    /**
     * Build an Access output report from pending commands.
     *
     * USB: 32 bytes, report ID 0x02
     * BT: 78 bytes, report ID 0x31, constant 0x02 at [1], CRC32 at [74-77]
     *
     * USB layout: [0]=reportId, [1]=mutator, [2]=scopeB, [3..31]=payload
     * BT layout: [0]=0x31, [1]=0x02, [2]=mutator, [3]=scopeB, [4..73]=payload, [74-77]=CRC
     */
    private static buildOutputReport;
    /** Set the lightbar RGB color */
    setLightbar(r: number, g: number, b: number): void;
    /** Set the profile LED animation mode */
    setProfileLeds(mode: AccessProfileLedMode): void;
    /** Set the player indicator pattern */
    setPlayerIndicator(pattern: AccessPlayerIndicator): void;
    /** Set the status LED on or off */
    setStatusLed(on: boolean): void;
    /**
     * Dismiss the BT firmware "fade to blue" LED animation.
     *
     * The Access controller starts a blue fade animation on BT connect that
     * holds the lightbar until the host explicitly takes control. This sends
     * a report with all mutator/scope bits set to release the lightbar for
     * host-driven RGB commands. Equivalent to the DualSense's
     * LedOptions.Both + PulseOptions.FadeOut flow.
     */
    private dismissLedAnimation;
}
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