TypeScript: Angular.js is built on TypeScript and provides extensive development capabilities in the form of modules, components, and services you can work with and use as a template to build applications.
Angular.js directives: Angular.js fills the gap of HTML’s incapabilities to provide a dynamic development environment for building a top-notch feature-ready extensive workflow. It utilizes data and embeds it into an HTML template. These directives are markers on Document Object Model (DOM) elements that carry on further procedures with extra added functionalities.
Angular.js MVC architecture: Model, View, and Controller. The operation in three modes enables the developers to code with respect to business logic and route to presentation mode for cross-checking. It effectively binds loads of data from HTML to application mode.
Declarative UI: Angular.js UI components separate HTML attributes from UI and TypeScript classes.
Dependency Injection: Angular.js Dependency Injection detects the service needed by the developer and instantly provides it. This Angular increases the speed of development, testing, and deployment using Angular.js.
Use: It aligns well with other technologies and languages to generate a combined dynamic development environment and build large-scale applications.
React.js is a frontend technology developed in 2013 by Facebook and is extensively used in products of Meta like WhatsApp, Instagram, and Facebook. Nearly 42.62% of software developers use React.js as a framework, much more than their other counterparts.
React.js Library: React.js is sometimes mistaken for a complete framework, but it is just a library. It is relatively easier to use but requires the aid of third parties to perform complex development operations.
React.js Virtual DOM: React.js uses virtual DOM, unlike Angular.js, to analyze HTML codes, and load data into various components.
Fast: React.js has faster app loading as it separates data and presentation views.
Abstract type Hierarchical code: React.js follows Abstract type Hierarchical code, which means any changes in child code can be done without hindering the operation of the whole parent code.
Unidirectional Data Binding: The changes in child code aren’t visible in parent code, making React.js stable with one-way data binding.
Document Object Model: Reusable Components is a feature of React.js that enables it to use frameworks that serve a single purpose in many components with a wide range of developer tools.
Vue.js architecture: Vue.js uses model-view-view model architecture (MVVP) and has a possibility of Component-Based architecture (CBA).
Single File Components: Vue.js has a single file, reusable, and self-contained components.
High Flexibility: Vue.js is highly flexible as developers can code from scratch to build new plug-ins and contributions to serve multiple purposes.
Quick Renderization: It synchronizes Virtual DOM, has a two-way data binding, and has a lightweight package size compared to Angular.js and React.js.
Effective Routing: Vuex Router Library allocates HTTP requests to relevant code.
State Management: Vue.js efficiency hops between different states of UI controls without hindering the operation.
Debugging: The error reporting and resolution process goes simultaneously with respect to code in Vue.js.
|Model||MVC architecture||Virtual Document Object Model (DOM)||Virtual Document Object Model (DOM)|
|Syntax/ Programming Language||TypeScript||JSX||HTML-based template syntax|
|Popular Libraries||Own Library NgRx||React Redux||Own Library Vuex|
|Third-party Integration||Isn’t much required||Advisable||Necessary because it is new|
|Use Case||Large-scale, real-time, and scalable enterprise-level apps||Cross-platform, Android, and iOS apps||Single Page, and entry-level Apps|