@btc-vision/transaction/browser/mnemonic/Mnemonic.d.ts

OPNet transaction library allows you to create and sign transactions for the OPNet network.

import { BIP32Interface, MLDSASecurityLevel, QuantumBIP32Interface } from '../../node_modules/@btc-vision/bip32/src/cjs/index.cjs';
import { Network } from '../../node_modules/@btc-vision/bitcoin/browser/index.js';
import { Wallet } from '../keypair/Wallet.js';
import { MnemonicStrength } from './MnemonicStrength.js';
import { BIPStandard } from './BIPStandard.js';
import { AddressTypes } from '../keypair/AddressVerificator.js';
export { BIPStandard, getBIPDescription } from './BIPStandard.js';
/**
 * Mnemonic class for managing BIP39 mnemonic phrases with BIP360 quantum support
 */
export declare class Mnemonic implements Disposable {
    private readonly _phrase;
    private readonly _passphrase;
    private readonly _network;
    private readonly _securityLevel;
    private readonly _seed;
    private readonly _classicalRoot;
    private readonly _quantumRoot;
    constructor(phrase: string, passphrase?: string, network?: Network, securityLevel?: MLDSASecurityLevel);
    get phrase(): string;
    get network(): Network;
    get securityLevel(): MLDSASecurityLevel;
    get seed(): Uint8Array;
    static generatePhrase(strength?: MnemonicStrength): string;
    static generate(strength?: MnemonicStrength, passphrase?: string, network?: Network, securityLevel?: MLDSASecurityLevel): Mnemonic;
    static validate(phrase: string): boolean;
    /**
     * Best-effort zeroing of secret material held by this mnemonic.
     *
     * Zeros the seed buffer and root private keys in-place.
     * The mnemonic phrase and passphrase are JS strings and cannot be zeroed.
     */
    zeroize(): void;
    [Symbol.dispose](): void;
    derive(index?: number, account?: number, isChange?: boolean, bipStandard?: BIPStandard): Wallet;
    deriveOPWallet(addressType?: AddressTypes, index?: number, account?: number, isChange?: boolean): Wallet;
    deriveMultipleOPWallet(addressType?: AddressTypes, count?: number, startIndex?: number, account?: number, isChange?: boolean): Wallet[];
    deriveMultiple(count: number, startIndex?: number, account?: number, isChange?: boolean, bipStandard?: BIPStandard): Wallet[];
    deriveCustomPath(classicalPath: string, quantumPath: string): Wallet;
    getClassicalRoot(): BIP32Interface;
    getQuantumRoot(): QuantumBIP32Interface;
    private buildClassicalPath;
    private buildQuantumPath;
    private getCoinType;
}
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