ox/dist/zod/Authorization.js

Ethereum Standard Library

/* eslint-disable jsdoc-js/require-jsdoc, jsdoc-js/require-description, jsdoc-js/require-example */
import * as z_Address from './Address.js';
import * as z_Hex from './Hex.js';
import * as z_Number from './Number.js';
import * as z_Uint from './Uint.js';
import * as z from 'zod/mini';
const yParityHex = z_Hex.Hex.check(z.refine((value) => value === '0x0' || value === '0x1', 'expected yParity hex'));
/** Unsigned EIP-7702 authorization schema. */
export const Unsigned = z.object(unsignedFields(z_Number.Number, z_Uint.Uint));
/** Encode-only unsigned EIP-7702 authorization schema accepting numberish `toRpc` inputs. */
export const UnsignedToRpc = z.object(unsignedFields(z_Number.NumberToRpc, z_Uint.UintToRpc));
/** Signed EIP-7702 authorization schema. */
export const Signed = z.object(signedFields(z_Number.Number, z_Uint.Uint, yParityUint()));
/** Encode-only signed EIP-7702 authorization schema accepting numberish `toRpc` inputs. */
export const SignedToRpc = z.object(signedFields(z_Number.NumberToRpc, z_Uint.UintToRpc, yParityUintToRpc()));
/** EIP-7702 authorization schema. */
export const Authorization = z.union([Signed, Unsigned]);
/** Encode-only EIP-7702 authorization schema accepting numberish `toRpc` inputs. */
export const AuthorizationToRpc = z.union([SignedToRpc, UnsignedToRpc]);
/** EIP-7702 authorization list schema. */
export const List = z.readonly(z.array(Authorization));
/** Signed EIP-7702 authorization list schema. */
export const ListSigned = z.readonly(z.array(Signed));
/** Encode-only signed EIP-7702 authorization list schema accepting numberish `toRpc` inputs. */
export const ListSignedToRpc = z.readonly(z.array(SignedToRpc));
/** Unsigned EIP-7702 authorization tuple schema. */
export const TupleUnsigned = z.readonly(z.tuple([z_Hex.Hex, z_Address.Address, z_Hex.Hex]));
/** Signed EIP-7702 authorization tuple schema. */
export const TupleSigned = z.readonly(z.tuple([
    z_Hex.Hex,
    z_Address.Address,
    z_Hex.Hex,
    yParityHex,
    z_Hex.Hex32,
    z_Hex.Hex32,
]));
/** EIP-7702 authorization tuple schema. */
export const Tuple = z.union([TupleSigned, TupleUnsigned]);
/** EIP-7702 authorization tuple list schema. */
export const TupleList = z.readonly(z.array(Tuple));
/** Signed EIP-7702 authorization tuple list schema. */
export const TupleListSigned = z.readonly(z.array(TupleSigned));
function yParityUint() {
    return z_Uint.Uint8.check(z.refine((value) => value === 0 || value === 1, 'expected yParity'));
}
function yParityUintToRpc() {
    return z_Uint.Uint8ToRpc.check(z.refine((value) => value === 0 || value === 1 || value === '0x0' || value === '0x1', 'expected yParity'));
}
function unsignedFields(num, uint) {
    return {
        address: z_Address.Address,
        chainId: num,
        nonce: uint,
        r: z.optional(z.undefined()),
        s: z.optional(z.undefined()),
        yParity: z.optional(z.undefined()),
    };
}
function signedFields(num, uint, yParity) {
    return {
        address: z_Address.Address,
        chainId: num,
        nonce: uint,
        r: z_Hex.Hex32,
        s: z_Hex.Hex32,
        yParity,
    };
}
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