@zlattice/lattice-js
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Lattice blockchain TypeScript SDK with dual module support (CJS + ESM)
58 lines • 2.31 kB
TypeScript
import { type TransactionType } from "../../common/constants.js";
import { type Curve } from "../../common/constants.js";
import type { Addr, Hash, UInt64 } from "../../common/types/type.alias.js";
import { Result } from "neverthrow";
export declare class Transaction {
number?: number;
type: TransactionType;
parentHash?: Hash;
hub?: Addr[];
daemonHash?: Hash;
codeHash?: Hash;
owner: Addr;
linker: Addr;
amount?: UInt64;
joule?: UInt64;
difficulty?: UInt64;
pow?: UInt64;
proofOfWork?: string;
payload?: string;
timestamp?: UInt64;
code?: string;
sign?: string;
constructor(number: number, type: TransactionType, parentHash: Hash, hub: Addr[], daemonHash: Hash, codeHash: Hash, owner: Addr, linker: Addr, amount: UInt64, joule: UInt64, difficulty: UInt64, pow: UInt64, proofOfWork: string, payload: string, timestamp: UInt64, code: string, sign: string);
getTypeCode(): number;
static default(): Transaction;
/**
* Validate the transaction
* @returns The error or null
*/
validate(): Result<null, Error>;
/**
* Sign the transaction
* @param chainId - The chain id of the transaction
* @param curve - The curve of the transaction
* @param privateKey - The private key of the transaction
* @returns The transaction signature
*/
signTx(chainId: number, curve: Curve, privateKey: string): Result<string, Error>;
/**
* Sign the hash of the transaction
* @param hash - The hash of the transaction
* @param curve - The curve of the transaction
* @param privateKey - The private key of the transaction
* @returns The transaction signature
*/
signHash(hash: Buffer, curve: Curve, privateKey: string): Result<string, Error>;
/**
* Sign the hash of the transaction
* @param curve - The curve of the transaction
* @param hash - The hash of the transaction
* @param privateKey - The private key of the transaction
* @returns The transaction signature(buffer)
*/
doSign(curve: Curve, hash: Buffer, privateKey: string): Result<Buffer, Error>;
handleNumber(value: number | Uint8Array): Uint8Array;
rlpEncodeHash(chainId: number, curve: Curve): Buffer;
}
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