1761.0.36.3.1697209639220.js.map

{"version":3,"file":"1761.0.36.3.1697209639220.js","mappings":"oRAAA,s/R","sources":["webpack:///../../node_modules/web3-utils/types/index.d.ts"],"sourcesContent":["export default \"/*\\n    This file is part of web3.js.\\n\\n    web3.js is free software: you can redistribute it and/or modify\\n    it under the terms of the GNU Lesser General Public License as published by\\n    the Free Software Foundation, either version 3 of the License, or\\n    (at your option) any later version.\\n\\n    web3.js is distributed in the hope that it will be useful,\\n    but WITHOUT ANY WARRANTY; without even the implied warranty of\\n    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the\\n    GNU Lesser General Public License for more details.\\n\\n    You should have received a copy of the GNU Lesser General Public License\\n    along with web3.js.  If not, see <http://www.gnu.org/licenses/>.\\n*/\\n/**\\n * @file index.d.ts\\n * @author Josh Stevens <joshstevens19@hotmail.co.uk>\\n * @date 2018\\n */\\n\\nimport BN = require('bn.js');\\n\\nexport type Unit =\\n    | 'noether'\\n    | 'wei'\\n    | 'kwei'\\n    | 'Kwei'\\n    | 'babbage'\\n    | 'femtoether'\\n    | 'mwei'\\n    | 'Mwei'\\n    | 'lovelace'\\n    | 'picoether'\\n    | 'gwei'\\n    | 'Gwei'\\n    | 'shannon'\\n    | 'nanoether'\\n    | 'nano'\\n    | 'szabo'\\n    | 'microether'\\n    | 'micro'\\n    | 'finney'\\n    | 'milliether'\\n    | 'milli'\\n    | 'ether'\\n    | 'kether'\\n    | 'grand'\\n    | 'mether'\\n    | 'gether'\\n    | 'tether';\\n\\nexport type Mixed =\\n    | string\\n    | number\\n    | BN\\n    | {\\n          type: string;\\n          value: string;\\n      }\\n    | {\\n          t: string;\\n          v: string | BN | number;\\n      }\\n    | boolean;\\n\\nexport type Hex = string | number;\\n\\n// utils types\\nexport function isBN(value: string | number): boolean;\\nexport function isBigNumber(value: BN): boolean;\\nexport function toBN(value: number | string): BN;\\nexport function toTwosComplement(value: number | string | BN): string;\\nexport function isAddress(address: string, chainId?: number): boolean;\\nexport function isHex(hex: Hex): boolean;\\nexport function isHexStrict(hex: Hex): boolean;\\nexport function asciiToHex(string: string, length?: number): string;\\nexport function hexToAscii(string: string): string;\\nexport function toAscii(string: string): string;\\nexport function bytesToHex(bytes: number[]): string;\\nexport function numberToHex(value: number | string | BN): string;\\nexport function checkAddressChecksum(address: string, chainId?: number): boolean;\\nexport function fromAscii(string: string): string;\\nexport function fromDecimal(value: string | number): string;\\nexport function fromUtf8(string: string): string;\\nexport function fromWei(value: string | BN, unit?: Unit): string;\\nexport function hexToBytes(hex: Hex): number[];\\nexport function hexToNumber(hex: Hex): number;\\nexport function hexToNumberString(hex: Hex): string;\\nexport function hexToString(hex: Hex): string;\\nexport function hexToUtf8(string: string): string;\\nexport function keccak256(value: string | BN): string;\\nexport function padLeft(value: string | number, characterAmount: number, sign?: string): string;\\nexport function leftPad(string: string | number, characterAmount: number, sign?: string): string;\\nexport function rightPad(string: string | number, characterAmount: number, sign?: string): string;\\nexport function padRight(string: string | number, characterAmount: number, sign?: string): string;\\nexport function sha3(value: string | BN | Buffer): string | null;\\nexport function sha3Raw(value: string | BN | Buffer): string;\\nexport function randomHex(bytesSize: number): string;\\nexport function utf8ToHex(string: string): string;\\nexport function stringToHex(string: string): string;\\nexport function toChecksumAddress(address: string, chainId?: number): string;\\nexport function toDecimal(hex: Hex): number;\\nexport function toHex(value: number | string | BN): string;\\nexport function toUtf8(string: string): string;\\nexport function toWei(val: BN, unit?: Unit): BN;\\nexport function toWei(val: string, unit?: Unit): string;\\nexport function isBloom(bloom: string): boolean;\\nexport function isInBloom(bloom: string, value: string | Uint8Array): boolean;\\nexport function isUserEthereumAddressInBloom(bloom: string, ethereumAddress: string): boolean;\\nexport function isContractAddressInBloom(bloom: string, contractAddress: string): boolean;\\nexport function isTopicInBloom(bloom: string, topic: string): boolean;\\nexport function isTopic(topic: string): boolean;\\nexport function jsonInterfaceMethodToString(abiItem: AbiItem): string;\\nexport function soliditySha3(...val: Mixed[]): string | null;\\nexport function soliditySha3Raw(...val: Mixed[]): string;\\nexport function encodePacked(...val: Mixed[]): string | null;\\nexport function getUnitValue(unit: Unit): string;\\nexport function unitMap(): Units;\\nexport function testAddress(bloom: string, address: string): boolean;\\nexport function testTopic(bloom: string, topic: string): boolean;\\nexport function getSignatureParameters(signature: string): {r: string; s: string; v: number};\\nexport function stripHexPrefix(str: string): string;\\nexport function toNumber(value: number | string | BN): number;\\n\\n// interfaces\\nexport interface Utils {\\n    isBN(value: string | number): boolean;\\n    isBigNumber(value: BN): boolean;\\n    toBN(value: number | string): BN;\\n    toTwosComplement(value: number | string | BN): string;\\n    isAddress(address: string, chainId?: number): boolean;\\n    isHex(hex: Hex): boolean;\\n    isHexStrict(hex: Hex): boolean;\\n    asciiToHex(string: string, length?: number): string;\\n    hexToAscii(string: string): string;\\n    toAscii(string: string): string;\\n    bytesToHex(bytes: number[]): string;\\n    numberToHex(value: number | string | BN): string;\\n    checkAddressChecksum(address: string, chainId?: number): boolean;\\n    fromAscii(string: string): string;\\n    fromDecimal(value: string | number): string;\\n    fromUtf8(string: string): string;\\n    fromWei(value: string | BN, unit?: Unit): string;\\n    hexToBytes(hex: Hex): number[];\\n    hexToNumber(hex: Hex): number;\\n    hexToNumberString(hex: Hex): string;\\n    hexToString(hex: Hex): string;\\n    hexToUtf8(string: string): string;\\n    keccak256(value: string | BN): string;\\n    padLeft(value: string | number, characterAmount: number, sign?: string): string;\\n    leftPad(string: string | number, characterAmount: number, sign?: string): string;\\n    rightPad(string: string | number, characterAmount: number, sign?: string): string;\\n    padRight(string: string | number, characterAmount: number, sign?: string): string;\\n    sha3(value: string | BN): string | null;\\n    randomHex(bytesSize: number): string;\\n    utf8ToHex(string: string): string;\\n    stringToHex(string: string): string;\\n    toChecksumAddress(address: string, chainId?: number): string;\\n    toDecimal(hex: Hex): number;\\n    toHex(value: number | string | BN): string;\\n    toUtf8(string: string): string;\\n    toWei(val: BN, unit?: Unit): BN;\\n    toWei(val: string, unit?: Unit): string;\\n    isBloom(bloom: string): boolean;\\n    isInBloom(bloom: string, value: string | Uint8Array): boolean;\\n    isUserEthereumAddressInBloom(bloom: string, ethereumAddress: string): boolean;\\n    isContractAddressInBloom(bloom: string, contractAddress: string): boolean;\\n    isTopicInBloom(bloom: string, topic: string): boolean;\\n    isTopic(topic: string): boolean;\\n    _jsonInterfaceMethodToString(abiItem: AbiItem): string;\\n    soliditySha3(...val: Mixed[]): string | null;\\n    soliditySha3Raw(...val: Mixed[]): string;\\n    encodePacked(...val: Mixed[]): string | null;\\n    getUnitValue(unit: Unit): string;\\n    unitMap(): Units;\\n    testAddress(bloom: string, address: string): boolean;\\n    testTopic(bloom: string, topic: string): boolean;\\n    getSignatureParameters(signature: string): {r: string; s: string; v: number};\\n    stripHexPrefix(str: string): string;\\n    toNumber(value: number | string | BN): number;\\n}\\n\\nexport interface Units {\\n    noether: string;\\n    wei: string;\\n    kwei: string;\\n    Kwei: string;\\n    babbage: string;\\n    femtoether: string;\\n    mwei: string;\\n    Mwei: string;\\n    lovelace: string;\\n    picoether: string;\\n    gwei: string;\\n    Gwei: string;\\n    shannon: string;\\n    nanoether: string;\\n    nano: string;\\n    szabo: string;\\n    microether: string;\\n    micro: string;\\n    finney: string;\\n    milliether: string;\\n    milli: string;\\n    ether: string;\\n    kether: string;\\n    grand: string;\\n    mether: string;\\n    gether: string;\\n    tether: string;\\n}\\n\\nexport type AbiType = 'function' | 'constructor' | 'event' | 'fallback' | 'receive';\\nexport type StateMutabilityType = 'pure' | 'view' | 'nonpayable' | 'payable';\\n\\nexport interface AbiItem {\\n    anonymous?: boolean;\\n    constant?: boolean;\\n    inputs?: AbiInput[];\\n    name?: string;\\n    outputs?: AbiOutput[];\\n    payable?: boolean;\\n    stateMutability?: StateMutabilityType;\\n    type: AbiType;\\n    gas?: number;\\n}\\n\\nexport interface AbiInput {\\n    name: string;\\n    type: string;\\n    indexed?: boolean;\\n\\tcomponents?: AbiInput[];\\n    internalType?: string;\\n}\\n\\nexport interface AbiOutput {\\n    name: string;\\n    type: string;\\n\\tcomponents?: AbiOutput[];\\n    internalType?: string;\\n}\\n\";"],"names":[],"sourceRoot":""}