How to use the lisk-sdk.cryptography.intToBuffer function in lisk-sdk

protected getBasicBytes(): Buffer {
		const transactionType = cryptography.intToBuffer(this.type, constants.BYTESIZES.TYPE);
		const transactionTimestamp = cryptography.intToBuffer(
			this.timestamp,
			constants.BYTESIZES.TIMESTAMP,
			'little',
		);

		const transactionSenderPublicKey = cryptography.hexToBuffer(this.senderPublicKey);

		const transactionRecipientID = Buffer.alloc(constants.BYTESIZES.RECIPIENT_ID);

		const transactionAmount = cryptography.bigNumberToBuffer(
			this.asset.amount.toString(),
			constants.BYTESIZES.AMOUNT,
			'little',
		);

		return Buffer.concat([

protected getBasicBytes(): Buffer {
		const transactionType = cryptography.intToBuffer(this.type, constants.BYTESIZES.TYPE);
		const transactionTimestamp = cryptography.intToBuffer(
			this.timestamp,
			constants.BYTESIZES.TIMESTAMP,
			'little',
		);

		const transactionSenderPublicKey = cryptography.hexToBuffer(this.senderPublicKey);

		const transactionRecipientID = cryptography.intToBuffer(
			this.asset.recipientId.slice(0, -1),
			constants.BYTESIZES.RECIPIENT_ID,
		).slice(0, constants.BYTESIZES.RECIPIENT_ID);

		const transactionAmount = cryptography.bigNumberToBuffer(
			this.asset.amount.toString(),
			constants.BYTESIZES.AMOUNT,
			'little',
		);

		const { dappId, transactionId } = this.asset.outTransfer;
		const outAppIdBuffer = Buffer.from(dappId, 'utf8');
		const outTransactionIdBuffer = Buffer.from(transactionId, 'utf8');

		return Buffer.concat([
			transactionType,

protected getBasicBytes(): Buffer {
		const transactionType = cryptography.intToBuffer(this.type, constants.BYTESIZES.TYPE);
		const transactionTimestamp = cryptography.intToBuffer(
			this.timestamp,
			constants.BYTESIZES.TIMESTAMP,
			'little',
		);

		const transactionSenderPublicKey = cryptography.hexToBuffer(this.senderPublicKey);

		const transactionRecipientID = cryptography.intToBuffer(
			this.asset.recipientId.slice(0, -1),
			constants.BYTESIZES.RECIPIENT_ID,
		).slice(0, constants.BYTESIZES.RECIPIENT_ID);

		const transactionAmount = cryptography.bigNumberToBuffer(
			this.asset.amount.toString(),
			constants.BYTESIZES.AMOUNT,

protected getBasicBytes(): Buffer {
		const transactionType = cryptography.intToBuffer(this.type, constants.BYTESIZES.TYPE);
		const transactionTimestamp = cryptography.intToBuffer(
			this.timestamp,
			constants.BYTESIZES.TIMESTAMP,
			'little',
		);

		const transactionSenderPublicKey = cryptography.hexToBuffer(this.senderPublicKey);

		const transactionRecipientID = Buffer.alloc(constants.BYTESIZES.RECIPIENT_ID);

		const transactionAmount = cryptography.bigNumberToBuffer(
			this.asset.amount.toString(),
			constants.BYTESIZES.AMOUNT,
			'little',
		);

protected getBasicBytes(): Buffer {
		const transactionType = cryptography.intToBuffer(this.type, constants.BYTESIZES.TYPE);
		const transactionTimestamp = cryptography.intToBuffer(
			this.timestamp,
			constants.BYTESIZES.TIMESTAMP,
			'little',
		);

		const transactionSenderPublicKey = cryptography.hexToBuffer(this.senderPublicKey);

		const transactionRecipientID = cryptography.intToBuffer(
			this.asset.recipientId.slice(0, -1),
			constants.BYTESIZES.RECIPIENT_ID,
		).slice(0, constants.BYTESIZES.RECIPIENT_ID);

		const transactionAmount = cryptography.bigNumberToBuffer(
			this.asset.amount.toString(),
			constants.BYTESIZES.AMOUNT,
			'little',