export * from "./cipher/mod.ts";
export * from "./compression/mod.ts";
import { Dictionary, Value } from "../../dictionary/mod.ts";
import { type CompositeKey, DerivedKey, MasterKeys } from "../../mod.ts";
import { Vector } from "../../vector/mod.ts";
import { Unknown } from "@hazae41/binary";
import type { Cursor } from "@hazae41/cursor";
import { Nullable } from "../../../../libs/nullable/mod.ts";
import { Cipher } from "./cipher/mod.ts";
import { Compression } from "./compression/mod.ts";
export declare class Version {
    readonly major: number;
    readonly minor: number;
    constructor(major: number, minor: number);
    sizeOrThrow(): number;
    writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
    cloneOrThrow(): this;
}
export declare class MagicAndVersionAndHeadersWithBytesWithHashAndHmacWithKeys {
    readonly data: MagicAndVersionAndHeadersWithBytesWithHashAndHmac;
    readonly keys: MasterKeys;
    constructor(data: MagicAndVersionAndHeadersWithBytesWithHashAndHmac, keys: MasterKeys);
    sizeOrThrow(): number;
    writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
    rotateOrThrow(composite: CompositeKey): Promise<MagicAndVersionAndHeadersWithBytesWithHashAndHmacWithKeys>;
}
export declare class MagicAndVersionAndHeadersWithBytesWithHashAndHmac {
    readonly data: MagicAndVersionAndHeadersWithBytes;
    readonly hash: Unknown<ArrayBuffer, 32>;
    readonly hmac: Unknown<ArrayBuffer, 32>;
    constructor(data: MagicAndVersionAndHeadersWithBytes, hash: Unknown<ArrayBuffer, 32>, hmac: Unknown<ArrayBuffer, 32>);
    static computeOrThrow(data: MagicAndVersionAndHeadersWithBytes, keys: MasterKeys): Promise<MagicAndVersionAndHeadersWithBytesWithHashAndHmac>;
    verifyOrThrow(keys: MasterKeys): Promise<void>;
    sizeOrThrow(): number;
    writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
    cloneOrThrow(): MagicAndVersionAndHeadersWithBytesWithHashAndHmac;
    deriveOrThrow(composite: CompositeKey): Promise<MasterKeys>;
}
export declare namespace MagicAndVersionAndHeadersWithBytesWithHashAndHmac {
    function readOrThrow(cursor: Cursor<ArrayBuffer>): MagicAndVersionAndHeadersWithBytesWithHashAndHmac;
}
export declare class MagicAndVersionAndHeadersWithBytes {
    readonly value: MagicAndVersionAndHeaders;
    readonly bytes: Unknown<ArrayBuffer>;
    constructor(value: MagicAndVersionAndHeaders, bytes: Unknown<ArrayBuffer>);
    static computeOrThrow(value: MagicAndVersionAndHeaders): MagicAndVersionAndHeadersWithBytes;
    rotateOrThrow(): MagicAndVersionAndHeadersWithBytes;
    sizeOrThrow(): number;
    writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
    cloneOrThrow(): MagicAndVersionAndHeadersWithBytes;
    deriveOrThrow(composite: CompositeKey): Promise<MasterKeys>;
}
export declare namespace MagicAndVersionAndHeadersWithBytes {
    function readOrThrow(cursor: Cursor<ArrayBuffer>): MagicAndVersionAndHeadersWithBytes;
}
export declare class MagicAndVersionAndHeaders {
    readonly version: Version;
    readonly headers: Headers;
    constructor(version: Version, headers: Headers);
    rotateOrThrow(): MagicAndVersionAndHeaders;
    sizeOrThrow(): number;
    writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
    cloneOrThrow(): MagicAndVersionAndHeaders;
    deriveOrThrow(composite: CompositeKey): Promise<MasterKeys>;
}
export declare namespace MagicAndVersionAndHeaders {
    function readOrThrow(cursor: Cursor<ArrayBuffer>): MagicAndVersionAndHeaders;
}
export interface HeadersInit {
    readonly cipher: Cipher;
    readonly compression: Compression;
    readonly seed: Unknown<ArrayBuffer, 32>;
    readonly iv: Unknown<ArrayBuffer>;
    readonly kdf: KdfParameters;
    readonly custom?: Nullable<Dictionary>;
}
export declare class Headers {
    readonly value: Vector<{
        2: readonly [Cipher];
        3: readonly [Compression];
        4: readonly [Unknown<ArrayBuffer, 32>];
        7: readonly [Unknown<ArrayBuffer>];
        11: readonly [KdfParameters];
        12?: readonly [Dictionary];
    }>;
    constructor(value: Vector<{
        2: readonly [Cipher];
        3: readonly [Compression];
        4: readonly [Unknown<ArrayBuffer, 32>];
        7: readonly [Unknown<ArrayBuffer>];
        11: readonly [KdfParameters];
        12?: readonly [Dictionary];
    }>);
    get cipher(): Cipher;
    get compression(): Compression;
    get seed(): Unknown<ArrayBuffer, 32>;
    get iv(): Unknown<ArrayBuffer>;
    get kdf(): KdfParameters;
    get custom(): Nullable<Dictionary>;
    rotateOrThrow(): Headers;
    sizeOrThrow(): number;
    writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
    cloneOrThrow(): Headers;
    deriveOrThrow(composite: CompositeKey): Promise<MasterKeys>;
}
export declare namespace Headers {
    function initOrThrow(init: HeadersInit): Headers;
    function readOrThrow(cursor: Cursor<ArrayBuffer>): Headers;
}
export declare class Seed {
    readonly bytes: Unknown<ArrayBuffer, 32>;
    constructor(bytes: Unknown<ArrayBuffer, 32>);
    static readOrThrow(cursor: Cursor<ArrayBuffer>): Seed;
}
export type KdfParameters = KdfParameters.AesKdf | KdfParameters.Argon2d | KdfParameters.Argon2id;
export declare namespace KdfParameters {
    class AesKdf {
        readonly value: Dictionary<{
            $UUID: Value.Bytes;
            R: Value.UInt32;
            S: Value.Bytes;
        }>;
        constructor(value: Dictionary<{
            $UUID: Value.Bytes;
            R: Value.UInt32;
            S: Value.Bytes;
        }>);
        get seed(): Unknown<ArrayBuffer>;
        get rounds(): number;
        rotateOrThrow(): AesKdf;
        deriveOrThrow(key: CompositeKey): never;
        sizeOrThrow(): number;
        writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
        cloneOrThrow(): AesKdf;
    }
    namespace AesKdf {
        const $UUID = "c9d9f39a-628a-4460-bf74-0d08c18a4fea";
        function parseOrThrow(dictionary: Dictionary): AesKdf;
    }
    type Argon2 = Argon2d | Argon2id;
    namespace Argon2 {
        type Version = 0x10 | 0x13;
    }
    class Argon2d {
        readonly value: Dictionary<{
            $UUID: Value.Bytes;
            S: Value.Bytes<32>;
            P: Value.UInt32;
            M: Value.UInt64;
            I: Value.UInt64;
            V: Value.UInt32<Argon2.Version>;
        }>;
        constructor(value: Dictionary<{
            $UUID: Value.Bytes;
            S: Value.Bytes<32>;
            P: Value.UInt32;
            M: Value.UInt64;
            I: Value.UInt64;
            V: Value.UInt32<Argon2.Version>;
        }>);
        get salt(): Unknown<ArrayBuffer>;
        get parallelism(): number;
        get memory(): bigint;
        get iterations(): bigint;
        get version(): Argon2.Version;
        rotateOrThrow(): Argon2d;
        deriveOrThrow(key: CompositeKey): DerivedKey;
        sizeOrThrow(): number;
        writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
        cloneOrThrow(): Argon2d;
    }
    namespace Argon2d {
        const $UUID = "ef636ddf-8c29-444b-91f7-a9a403e30a0c";
        function createOrThrow(): Argon2d;
        function parseOrThrow(dictionary: Dictionary): Argon2d;
    }
    class Argon2id {
        readonly value: Dictionary<{
            $UUID: Value.Bytes;
            S: Value.Bytes<32>;
            P: Value.UInt32;
            M: Value.UInt64;
            I: Value.UInt64;
            V: Value.UInt32<Argon2.Version>;
        }>;
        constructor(value: Dictionary<{
            $UUID: Value.Bytes;
            S: Value.Bytes<32>;
            P: Value.UInt32;
            M: Value.UInt64;
            I: Value.UInt64;
            V: Value.UInt32<Argon2.Version>;
        }>);
        get salt(): Unknown<ArrayBuffer>;
        get parallelism(): number;
        get memory(): bigint;
        get iterations(): bigint;
        get version(): Argon2.Version;
        rotateOrThrow(): Argon2d;
        deriveOrThrow(key: CompositeKey): DerivedKey;
        sizeOrThrow(): number;
        writeOrThrow(cursor: Cursor<ArrayBuffer>): void;
        cloneOrThrow(): Argon2id;
    }
    namespace Argon2id {
        const $UUID = "9e298b19-56db-4773-b23d-fc3ec6f0a1e6";
        function parseOrThrow(dictionary: Dictionary): Argon2id;
    }
    function readOrThrow(cursor: Cursor<ArrayBuffer>): KdfParameters;
}