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@glitterprotocol/glitter-sdk

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The JavaScript SDK for Glitter

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import { JSONSerializable } from '../util/json'; import { Fee } from './Fee'; import { Msg } from './Msg'; import { SignDoc as SignDoc_pb } from '@glitterprotocol/glitter.proto/cosmos/tx/v1beta1/tx'; import { TxBody, AuthInfo, Tx } from './Tx'; /** * A sign message is a data structure that is used to create a [[StdSignature]] to be later * appended to the list of signatures in an [[StdTx]]. Essentially, it contains all the * information needed to sign and build a transaction, and can be described as an * "unsigned transaction." */ export declare class SignDoc extends JSONSerializable<SignDoc.Amino, SignDoc.Data, SignDoc.Proto> { chain_id: string; account_number: number; sequence: number; auth_info: AuthInfo; tx_body: TxBody; /** * * @param chain_id ID of blockchain to submit transaction to * @param account_number account number on blockchain * @param sequence Sequence number (nonce), number of signed previous transactions by * account included on the blockchain at time of broadcast. * @param fee transaction fee * @param msgs list of messages to include * @param memo optional note * @param timeout_height optional transaction timeout height, does not support amino * @param public_key Signer's public key, only used at direct sign mode */ constructor(chain_id: string, account_number: number, sequence: number, auth_info: AuthInfo, tx_body: TxBody); toAmino(isClassic?: boolean): SignDoc.Amino; toData(isClassic?: boolean): SignDoc.Data; toProto(isClassic?: boolean): SignDoc.Proto; toUnSignedTx(): Tx; toBytes(isClassic?: boolean): Uint8Array; } export declare namespace SignDoc { interface Amino { chain_id: string; account_number: string; sequence: string; timeout_height?: string; fee: Fee.Amino; msgs: Msg.Amino[]; memo: string; } interface Data { body_bytes: string; auth_info_bytes: string; chain_id: string; account_number: string; } type Proto = SignDoc_pb; }