Public API

Xendit

export interface XenditOpts {
  secretKey: string;
  xenditURL?: string;
}

export class Xendit {
  opts: XenditOpts;
  Customer: Customer;
  PaymentRequest: PaymentRequest;
  Transaction: Transaction;
  Balance: Balance;
  PaymentMethod: PaymentMethod;
  Refund: Refund;
  Payout: Payout;
  Invoice: Invoice;

  constructor(opts: XenditOpts): Xendit;
}

The root class. Instantiate it once with your secret key and access all product clients as properties. Pass xenditURL to override the default https://api.xendit.co endpoint (useful for local mock servers or staging environments).

Balance

export class Balance {
  // Exported as BalanceApi internally, re-exported as Balance
}
import { Balance } from 'xendit-node';

Provides access to the merchant's account balance. Use xendit.Balance to retrieve available, pending, and held balance figures without constructing the class manually.

Transaction

export class Transaction {
  // Exported as TransactionApi internally, re-exported as Transaction
}
import { Transaction } from 'xendit-node';

Provides transaction listing and retrieval. Use xendit.Transaction to query transaction history with date-range filters, channel categories, and pagination — model types like TransactionResponse and TransactionsResponse are exported from balance_and_transaction/models/.

Customer

export class Customer {
  // Exported as CustomerApi internally, re-exported as Customer
}
import { Customer } from 'xendit-node';

Manages end-customer records including KYC documents, identity accounts, and address data. Use xendit.Customer to create, retrieve, patch, and look up customers by reference ID.

Working examples

Scenario - Initialize client and retrieve account balance

Create one shared Xendit instance and fetch the merchant's balance. This is typically done in a health-check endpoint or a billing dashboard.

import { Xendit } from 'xendit-node';

const xendit = new Xendit({
  secretKey: process.env.XENDIT_SECRET_KEY!,
});

async function getBalance() {
  const balance = await xendit.Balance.getBalance({
    currency: 'IDR',
  });
  console.log('Available balance:', balance);
}

getBalance().catch(console.error);

Scenario - Create a customer record

Before processing a payment request you may need to register a customer. Use the Customer client to create and later retrieve the record by your own reference ID.

import { Xendit } from 'xendit-node';
import type { CustomerRequest } from 'xendit-node';

const xendit = new Xendit({
  secretKey: process.env.XENDIT_SECRET_KEY!,
});

async function createCustomer() {
  const payload: CustomerRequest = {
    referenceId: 'cust-001',
    type: 'INDIVIDUAL',
    individualDetail: {
      givenNames: 'Jane',
      surname: 'Doe',
    },
    email: 'jane.doe@example.com',
    mobileNumber: '+6281234567890',
  };

  const customer = await xendit.Customer.createCustomer({
    customerRequest: payload,
  });

  console.log('Created customer ID:', customer.id);
  return customer;
}

createCustomer().catch(console.error);

Scenario - Query transactions with date range filter

Fetch a page of transactions between two dates, filtered by type. Use this in reconciliation jobs or finance reporting features.

import { Xendit } from 'xendit-node';

const xendit = new Xendit({
  secretKey: process.env.XENDIT_SECRET_KEY!,
  xenditURL: process.env.XENDIT_URL ?? 'https://api.xendit.co',
});

async function listTransactions() {
  const response = await xendit.Transaction.getAllTransactions({
    currency: 'IDR',
    afterId: undefined,
    beforeId: undefined,
    limit: 20,
    types: ['PAYMENT'],
    statuses: ['SUCCESS'],
    channelCategories: ['VIRTUAL_ACCOUNT'],
    referenceId: undefined,
    productId: undefined,
    accountIdentifier: undefined,
    amount: undefined,
    from: new Date('2024-01-01'),
    to: new Date('2024-01-31'),
  });

  for (const tx of response.data ?? []) {
    console.log(tx.id, tx.status, tx.amount, tx.currency);
  }
}

listTransactions().catch(console.error);

File walkthrough

• index.ts - Root barrel: instantiates Xendit class, wires all sub-clients, and re-exports every public symbol.
• runtime.ts - Shared HTTP fetch/configuration layer used internally by every API class; not called directly by consumers.
• package.json - Declares package name xendit-node, version 7.0.0, entry points, and TypeScript typings.
• tsconfig.json - TypeScript config targeting the SDK build; extend or reference this when consuming source directly.
• balance_and_transaction/ - Contains BalanceApi and TransactionApi classes plus all balance/transaction model types.
• customer/ - Contains CustomerApi and the full suite of customer, KYC, and identity account models.
• invoice/ - Contains InvoiceApi and invoice-related request/response models.
• payment_method/ - Contains PaymentMethodApi for creating and managing stored payment methods.
• payment_request/ - Contains PaymentRequestApi for initiating payment flows.
• payout/ - Contains PayoutApi for disbursement operations.
• refund/ - Contains RefundApi for issuing and tracking refunds.
• docs/ - Per-module Markdown references (Invoice.md, Balance.md, etc.) documenting available methods.

Common pitfalls and fixes

• Invalid secret key warning at startup - Keys must start with xnd_development_ or xnd_production_; any other prefix logs an error and calls may be rejected. Double-check .env values.
• Node version below 18 - The SDK uses native fetch; running on Node 16 or below will throw. Pin "node": ">=18" in engines and use nvm use 18.
• ESM/CJS interop errors - If your project uses "type": "module", ensure your bundler or ts-node config handles the SDK's CJS output; use "esModuleInterop": true in tsconfig.json.
• xenditURL not overriding in tests - Pass xenditURL explicitly to the constructor; the default is hard-coded to https://api.xendit.co and environment variables do not override it automatically.
• TypeScript path aliases not resolving - If consuming source directly instead of from node_modules, add the paths mapping in tsconfig.json as shown in Project Setup, otherwise import { Xendit } from 'xendit-node' will resolve the npm package instead of your local copy.
• Missing model types at runtime - Model files are type-only; do not attempt to import them for instanceof checks. Use discriminant properties instead.

Vibe-coding prompt template

I have dropped the xendit-node SDK source into `src/xendit/` in my project.
Read `src/xendit/USAGE.md` and `src/xendit/index.ts` carefully.

The upstream npm package is `user@example.com`.

Please integrate the Xendit SDK into my project step by step:
1. Add a shared Xendit client in `src/lib/xendit.ts` using the `Xendit` class
   exported from `src/xendit/index.ts`, reading the secret key from
   `process.env.XENDIT_SECRET_KEY`.
2. Wire `tsconfig.json` paths so `import ... from 'xendit-node'` resolves to
   `src/xendit/index.ts`.
3. Create a service file for the feature I describe below, importing only
   the relevant domain client (e.g. `xendit.Invoice`, `xendit.Customer`).
4. Add proper TypeScript types using the model interfaces exported by the SDK.
5. Handle errors thrown by the SDK and return structured error responses.

Feature to implement: [DESCRIBE YOUR FEATURE HERE]

Do not invent any method names or model shapes. Only use symbols visible in
`src/xendit/index.ts` and the relevant `*/apis/*.ts` and `*/models/*.ts` files.

License and credit

See source/LICENSE if present for the full license text. This block is based on the official xendit-node package version 7.0.0 published by Xendit. Refer to the Xendit API Reference and Xendit Docs for endpoint-level documentation.

This product’s unique contribution is clean room implementation of valuable code block into AVCP compatible standard.

Hướng dẫn cài đặt đầy đủ và prompt tích hợp sẽ mở khóa sau khi mua.

High Speed Node.js Image Processing and Conversion

Automation, Utilities & Developer Tools

Miễn phí