ox/dist/core/Solidity.d.ts

Ethereum Standard Library

export declare const arrayRegex: RegExp;
export declare const bytesRegex: RegExp;
export declare const integerRegex: RegExp;
export declare const maxInt8: bigint;
export declare const maxInt16: bigint;
export declare const maxInt24: bigint;
export declare const maxInt32: bigint;
export declare const maxInt40: bigint;
export declare const maxInt48: bigint;
export declare const maxInt56: bigint;
export declare const maxInt64: bigint;
export declare const maxInt72: bigint;
export declare const maxInt80: bigint;
export declare const maxInt88: bigint;
export declare const maxInt96: bigint;
export declare const maxInt104: bigint;
export declare const maxInt112: bigint;
export declare const maxInt120: bigint;
export declare const maxInt128: bigint;
export declare const maxInt136: bigint;
export declare const maxInt144: bigint;
export declare const maxInt152: bigint;
export declare const maxInt160: bigint;
export declare const maxInt168: bigint;
export declare const maxInt176: bigint;
export declare const maxInt184: bigint;
export declare const maxInt192: bigint;
export declare const maxInt200: bigint;
export declare const maxInt208: bigint;
export declare const maxInt216: bigint;
export declare const maxInt224: bigint;
export declare const maxInt232: bigint;
export declare const maxInt240: bigint;
export declare const maxInt248: bigint;
export declare const maxInt256: bigint;
export declare const minInt8: bigint;
export declare const minInt16: bigint;
export declare const minInt24: bigint;
export declare const minInt32: bigint;
export declare const minInt40: bigint;
export declare const minInt48: bigint;
export declare const minInt56: bigint;
export declare const minInt64: bigint;
export declare const minInt72: bigint;
export declare const minInt80: bigint;
export declare const minInt88: bigint;
export declare const minInt96: bigint;
export declare const minInt104: bigint;
export declare const minInt112: bigint;
export declare const minInt120: bigint;
export declare const minInt128: bigint;
export declare const minInt136: bigint;
export declare const minInt144: bigint;
export declare const minInt152: bigint;
export declare const minInt160: bigint;
export declare const minInt168: bigint;
export declare const minInt176: bigint;
export declare const minInt184: bigint;
export declare const minInt192: bigint;
export declare const minInt200: bigint;
export declare const minInt208: bigint;
export declare const minInt216: bigint;
export declare const minInt224: bigint;
export declare const minInt232: bigint;
export declare const minInt240: bigint;
export declare const minInt248: bigint;
export declare const minInt256: bigint;
export declare const maxUint8: bigint;
export declare const maxUint16: bigint;
export declare const maxUint24: bigint;
export declare const maxUint32: bigint;
export declare const maxUint40: bigint;
export declare const maxUint48: bigint;
export declare const maxUint56: bigint;
export declare const maxUint64: bigint;
export declare const maxUint72: bigint;
export declare const maxUint80: bigint;
export declare const maxUint88: bigint;
export declare const maxUint96: bigint;
export declare const maxUint104: bigint;
export declare const maxUint112: bigint;
export declare const maxUint120: bigint;
export declare const maxUint128: bigint;
export declare const maxUint136: bigint;
export declare const maxUint144: bigint;
export declare const maxUint152: bigint;
export declare const maxUint160: bigint;
export declare const maxUint168: bigint;
export declare const maxUint176: bigint;
export declare const maxUint184: bigint;
export declare const maxUint192: bigint;
export declare const maxUint200: bigint;
export declare const maxUint208: bigint;
export declare const maxUint216: bigint;
export declare const maxUint224: bigint;
export declare const maxUint232: bigint;
export declare const maxUint240: bigint;
export declare const maxUint248: bigint;
export declare const maxUint256: bigint;
/**
 * Returns the inclusive `[min, max]` range of values representable by a Solidity
 * integer of the given bit width.
 *
 * @example
 * ```ts twoslash
 * import { Solidity } from 'ox'
 *
 * Solidity.intRange(8, false)
 * // @log: { min: 0n, max: 255n }
 *
 * Solidity.intRange(8, true)
 * // @log: { min: -128n, max: 127n }
 * ```
 *
 * @param bits - Bit width (must be a positive multiple of 8 in `[8, 256]`).
 * @param signed - Whether the integer is signed.
 * @returns `{ min, max }` inclusive bounds.
 */
export declare function intRange(bits: number, signed: boolean): {
    min: bigint;
    max: bigint;
};
/**
 * Returns the maximum value representable by an unsigned Solidity integer of the
 * given bit width.
 *
 * @example
 * ```ts twoslash
 * import { Solidity } from 'ox'
 *
 * Solidity.maxUint(8)
 * // @log: 255n
 *
 * Solidity.maxUint(256) === Solidity.maxUint256
 * // @log: true
 * ```
 *
 * @param bits - Bit width (must be a positive multiple of 8 in `[8, 256]`).
 * @returns The maximum unsigned value.
 */
export declare function maxUint(bits: number): bigint;
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