"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.updateAssetInfo = void 0;
const ts_lib_crypto_1 = require("@waves/ts-lib-crypto");
const generic_1 = require("../generic");
const validators_1 = require("../validators");
const proto_serialize_1 = require("../proto-serialize");
const defaultVersions_1 = require("../defaultVersions");
const ts_types_1 = require("@waves/ts-types");
function updateAssetInfo(paramsOrTx, seed) {
    const type = ts_types_1.TRANSACTION_TYPE.UPDATE_ASSET_INFO;
    const version = paramsOrTx.version || defaultVersions_1.DEFAULT_VERSIONS.UPDATE_ASSET_INFO;
    const seedsAndIndexes = generic_1.convertToPairs(seed);
    const senderPublicKey = generic_1.getSenderPublicKey(seedsAndIndexes, paramsOrTx);
    const tx = {
        type,
        version,
        senderPublicKey,
        name: paramsOrTx.name,
        description: paramsOrTx.description,
        assetId: paramsOrTx.assetId,
        fee: generic_1.fee(paramsOrTx, 100000),
        timestamp: paramsOrTx.timestamp || Date.now(),
        proofs: paramsOrTx.proofs || [],
        chainId: generic_1.networkByte(paramsOrTx.chainId, 87),
        id: '',
    };
    validators_1.validate.updateAssetInfo(tx);
    const bytes = proto_serialize_1.txToProtoBytes(tx);
    seedsAndIndexes.forEach(([s, i]) => generic_1.addProof(tx, ts_lib_crypto_1.signBytes(s, bytes), i));
    tx.id = ts_lib_crypto_1.base58Encode(ts_lib_crypto_1.blake2b(bytes));
    return tx;
}
exports.updateAssetInfo = updateAssetInfo;
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