/** Serialize and deserialize data */
export declare class SerialBuffer {
    /** Amount of valid data in `array` */
    length: number;
    /** Data in serialized (binary) form */
    array: Uint8Array;
    /** Current position while reading (deserializing) */
    readPos: number;
    textEncoder: TextEncoder;
    textDecoder: TextDecoder;
    /**
     * `array`: `null` if serializing, or binary data to deserialize
     */
    constructor(_array?: Uint8Array | undefined);
    /** Resize `array` if needed to have at least `size` bytes free */
    reserve(size: number): void;
    /** Is there data available to read? */
    haveReadData(): boolean;
    /** Restart reading from the beginning */
    restartRead(): void;
    /** Return data with excess storage trimmed away */
    asUint8Array(): Uint8Array;
    /** Append bytes */
    pushArray(v: number[] | Uint8Array): void;
    /** Append bytes */
    push(...v: number[]): void;
    /** Get a single byte */
    get(): number;
    /** Get `len` bytes */
    getUint8Array(len: number): Uint8Array;
    /** Skip `len` bytes */
    skip(len: number): void;
    /** Append a `uint16` */
    pushUint16(v: number): void;
    /** Get a `uint16` */
    getUint16(): number;
    /** Append a `uint32` */
    pushUint32(v: number): void;
    /** Get a `uint32` */
    getUint32(): number;
    /** Append a `varuint32` */
    pushVaruint32(v: number): void;
    /** Get a `varuint32` */
    getVaruint32(): number;
    /** Append length-prefixed binary data */
    pushBytes(v: number[] | Uint8Array): void;
    /** Get length-prefixed binary data */
    getBytes(): Uint8Array;
    /** Append a string */
    pushString(v: string): void;
    /** Get a string */
    getString(): string;
    toHexString(): any;
}
//# sourceMappingURL=serial-buffer.d.ts.map