|Open SourceSingle page applicationsEasier DOM manipulationTwo-way bindingVery testable
|Possible performance issuesCan get complex for larger scenariosSome features may be difficult to understand for newcomers
Progressive Web Apps: These web applications can offer high-performance, offline, zero-step installation experiences, much like apps, thanks to the capabilities of modern web platforms.
Desktop: The same Angular techniques as for the web can be used to create desktop apps for Mac, Windows, and Linux, along with the option to use native OS APIs.
Code Splitting: Angular apps load quickly and automatically split code thanks to the new Component Router.
Templates: Use the straightforward yet effective template syntax to create UI views.
With Angular CLI, you can quickly begin building, add components and tests, and then launch right away.
Animation: Use Angular’s user-friendly API to create intricate, high-performance choreographies and animation timelines with minimal code.
Accessibility: Utilize developer guides, integrated test infrastructure, and ARIA-enabled components to create applications that are accessible.
|Easy to learnReusable componentsVirtual DOMSEO friendly
|Documentation may be an issueJSX is a double-edged sword
Facebook created the React framework, which has gained a lot of traction very quickly. It is employed in the creation and management of dynamic user interfaces for heavily trafficked websites. Because it uses a virtual DOM, integrating it with any application is easier.
Declarative: Develops dynamic and interactive user interfaces for mobile apps and websites. Declarative views facilitate easy debugging and reading of the code.
Virtual DOM : Every DOM object has a corresponding “virtual DOM object.” It represents a DOM object and makes a virtual copy of the original DOM.
Event handling: React has developed an event system that is fully compatible with the W3C object model. Additionally, it offers a native event cross-browser interface.
JSX: JSX is a markup syntax with an HTML-like structure. Writing React components is made easier by JSX, whose syntax is nearly identical to HTML that is injected into the page.
Performance: React employs an application architecture known as Flux controls in conjunction with one-way data binding. ReactJS facilitates user view updates while Flux manages the application’s workflow.
React Native: React Native is a custom renderer for React that builds its building blocks from native components rather than web components like React.
Component-Based: Every element of the webpage is a component that is separated into smaller elements to form a view (or user interfaces). In ReactJS, components define an application’s interface and visuals.
|LightweightFastExtensive documentationReactive two-way binding
|Comparatively fewer componentsLack of support for large-scale projectsOverflexibility
Virtual DOM: A virtual DOM, which is a copy of the main DOM element, is used by Vue.js.
Data Binding: This feature makes it easier to change or assign values to HTML elements.
CSS Transitions and Animations: When an HTML element is added, updated, or removed from the DOM, Vue offers a number of ways to apply a transition.
Template: Vue offers HTML-based templates that connect the instance data of Vue.js with the DOM. The functions for Virtual DOM Render are created by compiling the templates.
Complexity: The API and design of Vue.js are less complicated. In a single day, a web developer can create basic applications.
|Ember CLIGood selection of add-onsExtensive documentation and good community engagement
|Can be difficult to learnHighly opinionated frameworkNot suitable for smaller projects
Since its release in 2015, Ember.js has grown in popularity due to its broad range of applications. Because Ember.js’s features enable two-way data binding, it’s a dependable platform for managing intricate user interfaces. Ember.js is used by well-known websites like Nordstrom, Netflix, and LinkedIn.
Ease of use: Develop easily navigable and maintained web applications.
Features of HTML and CSS: It provides the fundamental HTML and CSS of the development model.
Ember offers instance initializers for classes and instances.
Routes: One of the main tools for managing the URL is provided by Ember.js.
Debugging: To debug Ember applications, use the Ember Inspector tool included in Ember.js.
Templating: Ember.js makes use of templates to help update the model automatically when changes are made to an application’s content.
|Offers several conveniencesMakes development quickerEasy to learnActive community
|Not quite as popular anymorePre-built packages can conflict with each other if many are used
Meteor is used in many different contexts and is widely used in software development. Uses include front-end rendering, database management, business logic, and back-end development.
Meteor shows itself to be a full-stack web application development and deployment solution. Reactive templates, automatic CSS, and JS minification on the production server are among the features.
Ecosystem of Development: An open-source Isomorphic Development Ecosystem (IDevE) is Meteor.js. Because it comes with all the required front-end and back-end components, it makes it easier to create real-time web applications from scratch.
Front-end Solution: Blaze.js, a front-end development framework provided by Meteor, has several helpful features. For improved outcomes, it also integrates with well-known contemporary front-end frameworks like Backbone.js.
|LightweightGood performanceGood templating engineEasy to learn
|Generally speaking, other frameworks have more featuresNot widely used
Mithril’s code is approximately 7.8 kB when compressed and doesn’t rely on any external libraries.
Architecture: There are no base classes in Mithril that one can extend from. When using fundamental MVC patterns, there are no unintended performance consequences.
Small API: Because Mithril has a tight API, it is not necessary to develop functionality for every possible scenario.
Declarative: Mithril simplifies code and is declarative.
|High performanceEasy to learnScalableActive community
|Can be difficult to maintain codeThere are a number of untested or poor quality toolsHeavy reliance on callbacks
Asynchronous and Event-Driven I/O: The server does not wait for the API to return data because all of the APIs are asynchronous.
Single-threaded: Event looping and Node.js both use a single-threaded architecture.
Extremely scalable: Node.js is scalable because it implements an event mechanism that enables non-blocking server responses.
No buffering: Node.js drastically reduces processing time when uploading audio and video files. The program extracts the data in bits and does not buffer any of it.
|Good for single-page applicationsReusable componentsMakes good use of elements for storage
|Comparatively slow performance for mobileLarger applications may be difficult to develop with Polymer
Polyfills: Polymer offers polyfills to generate reusable and customized elements.
Reusability: Web documents and applications can be made with reusable widgets created with Polymer.
Good for mobile applications: Polymer develops mobile applications quickly and simply by using Google Material Design.
Flexibility: With the aid of HTML Imports, users can utilize custom elements that are dispersed throughout the network.
|Convention over configurationSyntax is very readableExtensive documentation
|Can be difficult to learnNot quite as popular anymore
Even though it’s not as popular as it formerly was, the Aurelia framework can be used to create much more reliable websites. This JS framework can be used to extend HTML for data binding, among other uses. Its cutting-edge architecture guarantees that the toll is used for client-side and server-side interpretation simultaneously.
Web standards: Among the most streamlined frameworks available today. It eliminates superfluous abstractions and entirely concentrates on web standards.
Expandable: The framework makes it simple to integrate with additional tools.
Enterprise and Commercial Support: This framework provides enterprise and commercial support.
|FlexibleLightweight and fastEasy to integrate
|Somewhat opinionatedDebugging may be an issue
Single-page apps are made with Backbone, which is very simple to learn. This framework was developed with the principle that all server-side operations must pass through an API in order to accomplish complex functionalities with a minimal amount of code.
Convenience: The client-side web applications can be assembled with the help of building blocks like models, views, events, routers, and collections.
Simple library that assists in separating business and user interface logic; easy to use.
Numerous extensions: Backbone offers more than 100 available extensions and has a free and open-source library.
Dependencies: Underscore.js is a hard dependency of Backbone, and jQuery is a soft dependency.
Organized development: Backbone provides a well-organized and structured environment for developing client-side web applications and mobile applications.
Before selecting a framework for your application, carefully review the requirements of your project. Each framework has its own set of features that you might need in the development process. In addition to the features, take into account the community support, compatibility documentation, learning curve, and complexity.