@stripe/stripe-js vs ngx-stripe
Stripe Integration Libraries for Web Development Comparison
Search packages..
1 Year
@stripe/stripe-jsngx-stripe
What's Stripe Integration Libraries for Web Development?

Both @stripe/stripe-js and ngx-stripe are libraries designed to facilitate the integration of Stripe's payment processing capabilities into web applications. @stripe/stripe-js is a JavaScript library that provides a simple way to integrate Stripe's payment features directly into any web application, allowing developers to create a seamless checkout experience. On the other hand, ngx-stripe is specifically tailored for Angular applications, providing Angular-specific components and services that simplify the integration of Stripe's functionalities while adhering to Angular's design principles.

Package Weekly Downloads Trend
Github Stars Ranking
Stat Detail
Package
Downloads
Stars
Size
Issues
Publish
License
@stripe/stripe-js2,164,819656927 kB821 days agoMIT
ngx-stripe62,894226699 kB183 months agoMIT
Feature Comparison: @stripe/stripe-js vs ngx-stripe

Framework Compatibility

  • @stripe/stripe-js:

    @stripe/stripe-js is a framework-agnostic library that can be used with any JavaScript framework or even plain JavaScript. This flexibility allows developers to integrate Stripe into a wide range of applications, regardless of the underlying technology stack.

  • ngx-stripe:

    ngx-stripe is specifically designed for Angular applications, providing Angular components and services that align with Angular's architecture. This makes it easier for Angular developers to implement Stripe's payment processing features while maintaining best practices in Angular development.

Ease of Use

  • @stripe/stripe-js:

    @stripe/stripe-js offers a straightforward API that allows developers to quickly implement payment features without extensive setup. Its documentation is clear and concise, making it easy for developers to get started and integrate Stripe into their applications with minimal effort.

  • ngx-stripe:

    ngx-stripe simplifies the integration of Stripe into Angular applications by providing pre-built components and services. This reduces the amount of boilerplate code developers need to write, allowing them to focus on building features rather than dealing with the complexities of Stripe's API.

Customization

  • @stripe/stripe-js:

    @stripe/stripe-js allows for a high degree of customization in the payment flow. Developers can create custom forms and UI components while still leveraging Stripe's secure payment processing, giving them the flexibility to design a checkout experience that fits their application's branding and user experience.

  • ngx-stripe:

    ngx-stripe provides Angular-specific components that can be easily customized using Angular's templating and styling capabilities. This allows developers to create a cohesive look and feel for their payment forms while utilizing Stripe's powerful payment features.

Security Features

  • @stripe/stripe-js:

    @stripe/stripe-js handles sensitive payment information securely by using Stripe Elements, which ensures that sensitive data never touches the server. This helps developers maintain PCI compliance and protect user data during transactions.

  • ngx-stripe:

    ngx-stripe also leverages Stripe Elements for secure payment processing, ensuring that sensitive information is handled safely. Additionally, it provides Angular-specific security features, such as built-in validation and error handling, to enhance the security of payment forms.

Community and Support

  • @stripe/stripe-js:

    @stripe/stripe-js has a large community of developers and extensive documentation provided by Stripe. This makes it easy to find resources, tutorials, and community support when integrating Stripe into various applications.

  • ngx-stripe:

    ngx-stripe, while more niche, benefits from the broader Angular community. It has dedicated documentation and support channels, allowing Angular developers to find help and resources specific to using Stripe within Angular applications.

How to Choose: @stripe/stripe-js vs ngx-stripe
  • @stripe/stripe-js:

    Choose @stripe/stripe-js if you are working on a non-Angular web application or if you prefer a more generic JavaScript solution that can be integrated into various frameworks. This library is ideal for developers looking for a straightforward way to implement Stripe's payment processing without being tied to a specific framework.

  • ngx-stripe:

    Choose ngx-stripe if you are developing an Angular application and want to leverage Angular's features, such as dependency injection and reactive programming. ngx-stripe provides Angular components and services that make it easier to work with Stripe in an Angular environment, enhancing the development experience.

Similar Npm Packages to ngx-stripe

ngx-stripe is an Angular library that provides a simple and efficient way to integrate Stripe's payment processing capabilities into Angular applications. It wraps the Stripe.js library, allowing developers to easily manage payment forms, handle card elements, and process transactions without having to deal with the complexities of the Stripe API directly. With ngx-stripe, developers can create a seamless payment experience for users while ensuring compliance with security standards such as PCI DSS.

One notable alternative to ngx-stripe is @stripe/stripe-js. This is the official Stripe JavaScript library that provides a lightweight way to integrate Stripe's payment processing into web applications. Unlike ngx-stripe, which is tailored specifically for Angular, @stripe/stripe-js is a more general-purpose library that can be used with any JavaScript framework or even vanilla JavaScript. It allows developers to create payment forms, handle payment methods, and manage the entire payment process with full control over the UI and user experience.

While ngx-stripe is an excellent choice for Angular developers looking for an Angular-specific solution, @stripe/stripe-js offers greater flexibility for projects that may not be using Angular or require a more framework-agnostic approach.

To explore how ngx-stripe compares with @stripe/stripe-js, check out the comparison: Comparing @stripe/stripe-js vs ngx-stripe.

README for @stripe/stripe-js

Stripe.js as a CommonJS module or ES module

This package allows Stripe.js to be imported as a CommonJS module or ES module.

Note: To be PCI compliant, you must load Stripe.js directly from https://js.stripe.com. You cannot include it in a bundle or host it yourself. This package wraps the global Stripe function provided by the Stripe.js script as an ES module.

Calling loadStripe always loads the latest version of Stripe.js, regardless of which version of @stripe/stripe-js you use. Updates for this package only impact tooling around the loadStripe helper itself and the TypeScript type definitions provided for Stripe.js. Updates do not affect runtime availability of features of Stripe.js.

npm version

Minimum requirements

  • Node.js: v12.16
  • TypeScript: v.3.1.1

Installation

Use npm to install the Stripe.js module:

npm install @stripe/stripe-js

Usage

loadStripe

This function returns a Promise that resolves with a newly created Stripe object once Stripe.js has loaded. It takes the same parameters passed when directly initializing a Stripe instance. If necessary, it will load Stripe.js for you by inserting the Stripe.js script tag. If you call loadStripe in a server environment it will resolve to null.

import {loadStripe} from '@stripe/stripe-js';

const stripe = await loadStripe('pk_test_TYooMQauvdEDq54NiTphI7jx');

We’ve placed a random API key in this example. Replace it with your actual publishable API keys to test this code through your Stripe account.

For more information on how to use Stripe.js, please refer to the Stripe.js API reference or learn to accept a payment with Stripe.

If you have deployed a Content Security Policy, make sure to include Stripe.js in your directives.

TypeScript support

This package includes TypeScript declarations for Stripe.js. We support projects using TypeScript versions >= 3.1.

Some methods in Stripe.js accept and return objects from the Stripe API. The type declarations in @stripe/stripe-js for these objects in will always track the latest version of the Stripe API. If you would like to use these types but are using an older version of the Stripe API, we recommend updating to the latest version, or ignoring and overriding the type definitions as necessary.

Note that we may release new minor and patch versions of @stripe/stripe-js with small but backwards-incompatible fixes to the type declarations. These changes will not affect Stripe.js itself.

Ensuring Stripe.js is available everywhere

To best leverage Stripe’s advanced fraud functionality, ensure that Stripe.js is loaded on every page, not just your checkout page. This allows Stripe to detect suspicious behavior that may be indicative of fraud as customers browse your website.

By default, this module will insert a <script> tag that loads Stripe.js from https://js.stripe.com. This happens as a side effect immediately upon importing this module. If you utilize code splitting or only include your JavaScript app on your checkout page, the Stripe.js script will only be available in parts of your site. To ensure Stripe.js is available everywhere, you can perform either of the following steps:

Import as a side effect

Import @stripe/stripe-js as a side effect in code that will be included throughout your site (e.g. your root module). This will make sure the Stripe.js script tag is inserted immediately upon page load.

import '@stripe/stripe-js';

Manually include the script tag

Manually add the Stripe.js script tag to the <head> of each page on your site. If an existing script tag is already present, this module will not insert a new one. When you call loadStripe, it will use the existing script tag.

<!-- Somewhere in your site's <head> -->
<script src="https://js.stripe.com/v3" async></script>

Importing loadStripe without side effects

If you would like to use loadStripe in your application, but defer loading the Stripe.js script until loadStripe is first called, use the alternative @stripe/stripe-js/pure import module:

// CommonJS module import
const {loadStripe} = require('@stripe/stripe-js/pure');
// ES module import
import {loadStripe} from '@stripe/stripe-js/pure';

// Stripe.js will not be loaded until `loadStripe` is called
const stripe = await loadStripe('pk_test_TYooMQauvdEDq54NiTphI7jx');

Disabling advanced fraud detection signals

If you would like to disable advanced fraud detection altogether, use loadStripe.setLoadParameters:

// CommonJS module import
const {loadStripe} = require('@stripe/stripe-js/pure');
// ES module import
import {loadStripe} from '@stripe/stripe-js/pure';

loadStripe.setLoadParameters({advancedFraudSignals: false});
const stripe = await loadStripe('pk_test_TYooMQauvdEDq54NiTphI7jx');

The loadStripe.setLoadParameters function is only available when importing loadStripe from @stripe/stripe-js/pure.

Stripe.js Documentation

npm-compare.com is an independent website designed to help developers choose the most suitable npm packages. We are not affiliated with npm, Inc or npmjs.com, the official website for the npm registry. Please note that npm is a registered trademark of npm, Inc. For more details, please refer to our Terms & Privacy.