Onshore Angular Development & Co-Development Expertise!

Listed below are some notable AngularJS libraries that were commonly used…

AngularUI Bootstrap: Provides native AngularJS directives for Bootstrap components, allowing developers to build responsive web applications using Bootstrap’s CSS and AngularJS’s declarative syntax.

ngRoute: A module that provided client-side routing in AngularJS applications. It allowed developers to implement navigation and routing within single-page applications (SPAs).

angular-translate: A library for internationalization (i18n) and localization (l10n) in AngularJS applications. It made it easier to manage translations and support multiple languages.

ngResource: A module that simplified working with RESTful APIs in AngularJS applications. It provided an abstraction over $http to interact with server-side resources.

ui-router: A powerful alternative to ngRoute, offering more advanced routing capabilities, including nested views and states, in AngularJS applications.

ngStorage: A library for handling client-side storage in AngularJS applications. It allowed developers to manage data using local storage or session storage with a simple API.

ngMessages: A module for form validation in AngularJS applications. It provided directives for displaying validation messages based on form states.

angular-animate: A module that allowed developers to easily add animations to their AngularJS applications. It provided directives for animating HTML elements and UI components.

ngCookies: A module that simplified working with cookies in AngularJS applications. It provided an easy-to-use API for reading and writing cookies.

ngMock: A module for writing unit tests in AngularJS applications. It provided mock implementations of core AngularJS services for testing purposes.

It’s important to note that while these libraries were widely used in AngularJS development, their relevance has diminished as developers have shifted to modern Angular (Angular 2+). Today, most new Angular applications are built using Angular, taking advantage of its improved performance, features, and better tooling support. If you are starting a new project, it’s recommended to use the latest version of Angular rather than AngularJS, which has a rich ecosystem of libraries and packages that extend its capabilities and provide additional functionality. Below are some notable Angular libraries:

RxJS: Although not exclusively an Angular library, RxJS is a critical dependency for Angular applications. It is a reactive programming library used for managing asynchronous operations and handling events, streams, and data transformations.< Angular Material: A UI component library that follows Google’s Material Design guidelines, providing a set of pre-built and customizable UI components like buttons, forms, dialogs, and navigation elements for building modern and responsive UIs.

NgRx: A state management library for Angular applications, heavily inspired by Redux. NgRx allows developers to manage complex application states in a predictable and centralized way, making it easier to build large-scale applications.

Angular Flex Layout: A library that provides a powerful grid system and responsive layout directives for Angular applications. It enables developers to create dynamic and adaptive UI layouts.

Angular Universal: A library that facilitates server-side rendering (SSR) in Angular applications. With Angular Universal, developers can pre-render Angular components on the server to improve initial load times and SEO.< ngx-translate: A library for internationalization (i18n) and localization (l10n) of Angular applications. It allows developers to manage translations and support multiple languages easily.

ngx-infinite-scroll: A library for implementing infinite scrolling in Angular applications. It helps load more data as users scroll down a page, providing a smooth and seamless user experience.

ngx-toastr: A library for displaying toast notifications in Angular applications. It allows developers to show non-blocking notifications to users for actions like success, error, or warning messages.

ngx-charts: A library that provides various chart components for data visualization in Angular applications. It supports a wide range of chart types, making it easy to create interactive and engaging data visualizations.

@angular/fire: The official library for integrating Firebase with Angular applications. It simplifies the process of using Firebase services like Realtime Database, Firestore, and Authentication in Angular projects.

---

Overall, Angular is a more modern and powerful framework compared to AngularJS. It offers enhanced performance, better modularity, improved developer productivity, and a more structured approach to building web applications. As a result, Angular has become the preferred choice for web application development, while AngularJS is considered a legacy framework.

Speak With Our Team

Listed is a summary of some of the main differences between AngularJS and Angular:

Architecture:

• AngularJS: AngularJS is a JavaScript-based, front-end MVC (Model-View-Controller) framework that relies on two-way data binding to synchronize the view and the model.
• Angular: Angular is a complete rewrite of AngularJS and is built using TypeScript, a superset of JavaScript. It follows a component-based architecture and uses a unidirectional data flow with change detection based on zones.

Performance:

• AngularJS: AngularJS can suffer from performance issues, especially in larger applications, due to its two-way data binding and digest cycle.
• Angular: Angular offers better performance, mainly because of its more efficient change detection mechanism, AOT (Ahead-of-Time) compilation, and improved rendering.

Modularity:

• AngularJS: AngularJS lacks native support for module loading and relies on script tags for managing dependencies.
• Angular: Angular embraces modularity and provides native support for modules using TypeScript’s module system and Angular’s own dependency injection mechanism.

Code Organization:

• AngularJS: In AngularJS, code organization is typically based on controllers, services, and directives.
• Angular: Angular encourages a more structured and component-based approach, where components encapsulate functionality, templates, and styles together.

Templates:

• AngularJS: Templates in AngularJS use double curly braces ({{ }}) for data binding.
• Angular: Angular uses a more powerful and expressive template syntax that includes interpolation ({{ }}), property binding ([ ]), event binding (( )), and structural directives like *ngIf and *ngFor.

Routing:

• AngularJS: In AngularJS, routing is achieved using ngRoute or third-party libraries.
• Angular: Angular has its own built-in router, providing more powerful and flexible routing capabilities.

CLI (Command Line Interface):

• AngularJS: AngularJS does not have an official CLI tool.
• Angular: Angular provides a powerful CLI tool called Angular CLI, which simplifies project setup, development, and build processes.

Development Language:

• AngularJS: AngularJS is developed using JavaScript (ES5).
• Angular: Angular is developed using TypeScript, which brings static typing and additional language features to JavaScript.

Mobile Development:

• AngularJS: While AngularJS can be used for mobile web development, it lacks specific mobile application development support.
• Angular: Angular, along with React Native and Flutter, is commonly used for building cross-platform mobile applications.

---

Once again, Angular offers enhanced performance, better modularity, improved developer productivity, and a more structured approach to building web applications. As a result, Angular has become the preferred choice for web application development, while AngularJS is considered a legacy framework that should be updated.

Speak With Our Team

Plan and Prepare: Understand the scope of the upgrade and plan the migration strategy. Take an inventory of the existing AngularJS codebase, identify dependencies, and prioritize the components to be upgraded. It’s essential to allocate dedicated time and resources for the migration process.

Update Dependencies: Ensure that your project uses the latest version of AngularJS. Update to the latest patch versions of AngularJS (1.7.x) to benefit from bug fixes and improvements.

Angular CLI and Node.js: Install Node.js and Angular CLI globally on your development machine. Angular CLI is a powerful tool that simplifies the creation, development, and build processes for Angular projects.

Set Up New Angular Project: Create a new Angular project using Angular CLI. This will create the necessary folder structure and set up the base files for an Angular application.

Feature by Feature Migration: Adopt a gradual migration approach by migrating one feature or component at a time. Start with simpler and less critical components and gradually move to more complex ones.

Hybrid Approach with ngUpgrade: Use ngUpgrade, an Angular library, to run both AngularJS and Angular in parallel. This allows you to migrate the application incrementally without disrupting the existing functionality. You can use the downgradeModule and upgradeModule functions to bootstrap the AngularJS and Angular parts of the application together.

Refactor Code: Update the codebase to follow Angular best practices and conventions. Refactor AngularJS components, directives, and services to their equivalent Angular counterparts.

Update Templates and Directives: Angular uses a different template syntax and has different directives than AngularJS. Update the templates and refactor AngularJS-specific directives to their Angular equivalents.

Change Detection Strategy: Understand Angular’s change detection strategy, which differs from AngularJS. Make sure to optimize change detection to improve application performance.

Testing: Update unit tests and end-to-end tests to work with Angular. Angular CLI provides tools for running tests and generating test coverage reports.

Update Third-Party Libraries: Check if your project relies on third-party libraries that need to be updated or replaced to work seamlessly with Angular.

Address API Changes: Be aware of API changes in Angular compared to AngularJS and update your codebase accordingly.

Verify and Test: Thoroughly test the migrated components and features to ensure they work as expected. Conduct user acceptance testing (UAT) to validate the new functionality.

Gradual Rollout: Once the migration is complete, gradually roll out the updated Angular application to production to minimize any potential issues.

Continuous Improvement: Continuously monitor and optimize the application’s performance and user experience. Keep up-to-date with the latest Angular releases and best practices.

---

Upgrading from AngularJS to Angular is a complex process that requires careful planning, testing, and collaboration among developers. It is essential to allocate sufficient time and resources for a successful migration. Additionally, consider seeking assistance from our experienced consultants who have expertise in Angular migration and more.

Speak With Our Team

Google’s Support and Community: Angular is developed and maintained by Google, which provides strong backing and support for the framework. This ensures that Angular receives regular updates, bug fixes, and improvements. Additionally, Angular has a vast and active community of developers, making it easier to find resources, solutions, and best practices.

Full-Fledged Framework: Unlike some alternatives that are just libraries or view layers, Angular is a complete front-end framework. It offers a comprehensive set of tools, features, and capabilities to build complex and large-scale applications.

TypeScript: Angular is built using TypeScript, a superset of JavaScript that brings static typing and additional language features. TypeScript enhances code maintainability, provides better tooling support, and helps catch errors during development.

Modularity and Components: Angular follows a component-based architecture, where application functionality is organized into reusable and encapsulated components. This promotes code reusability, maintainability, and a structured approach to development.

Dependency Injection: Angular’s built-in dependency injection system simplifies the management and sharing of dependencies across components, services, and modules.

Powerful Templating and Directives: Angular’s templating system offers powerful features for data binding, property binding, event handling, and conditional rendering. Additionally, Angular provides a rich set of built-in directives for manipulating the DOM and creating dynamic views.

Built-in Routing: Angular comes with its own built-in router, enabling developers to implement client-side routing and navigation within the application.

Angular CLI: Angular CLI is a powerful command-line tool that streamlines project setup, development, testing, and build processes. It enhances developer productivity and provides a standardized project structure.

Performance and Optimizations: Angular’s change detection mechanism, AOT (Ahead-of-Time) compilation, and tree-shaking capabilities result in better application performance and smaller bundle sizes.

Official Support for Mobile: Angular, in combination with NativeScript or Ionic, can be used to build cross-platform mobile applications, providing a seamless development experience for web and mobile.

Well-Established Ecosystem: The Angular ecosystem includes a wide range of third-party libraries, tools, and community-driven packages that extend its functionality and provide solutions to common development challenges.

---

Overall, a company might choose Angular over other alternatives because it offers a modern, feature-rich, and well-supported framework for building robust web applications. Its powerful capabilities, comprehensive tooling, and extensive community support make Angular a compelling choice for businesses looking to develop scalable and maintainable web applications. Please consider Intertech next time you are building your development team.

Speak With Our Team

React:

• React is a JavaScript library developed by Facebook. It is known for its simplicity, virtual DOM, and component-based architecture, making it efficient for building interactive user interfaces.
• Consider React if you prefer a more lightweight solution, have a focus on reusability of UI components, or want to build single-page applications with a high degree of interactivity.
• React also works well with .NET

Vue.js:

• Vue.js is a progressive JavaScript framework that is easy to pick up and integrate into existing projects. It offers a flexible and approachable ecosystem, making it ideal for small to medium-sized applications.
• Consider Vue.js if you are looking for a framework that balances features and simplicity, and you want to incrementally adopt a framework within an existing project.

Ember.js:

• Ember.js is an opinionated JavaScript framework designed to make web development more productive and efficient. It emphasizes convention over configuration and provides a rich set of tools for building ambitious web applications.
• Consider Ember.js if you prefer a highly structured framework with strong conventions, built-in tooling, and an emphasis on developer productivity.

Backbone.js:

• Backbone.js is a lightweight JavaScript library that provides the minimal structure needed to build web applications. It allows you to choose your own tools and patterns, making it versatile and flexible.
• Consider Backbone.js if you prefer a more bare-bones approach and want the freedom to select specific tools and libraries for different parts of your application.

Svelte:

• Svelte is a modern JavaScript framework that compiles components into highly efficient vanilla JavaScript at build time. It shifts much of the work from runtime to build time, resulting in faster applications.
• Consider Svelte if performance is a top priority and you want to create applications with minimal runtime overhead.

Aurelia:

• Aurelia is a JavaScript framework that focuses on simplicity and extensibility. It offers a modular architecture and uses standard Web APIs, making it easy to integrate with other libraries or frameworks.
• Consider Aurelia if you prefer a framework that embraces web standards and promotes seamless integration with existing technologies.

Mithril:

• Mithril is a lightweight JavaScript framework with a small footprint and fast performance. It is designed to be simple, fast, and easy to learn.
• Consider Mithril if you are looking for a compact framework with minimal overhead and excellent performance.

Blazor:

• Blazor is a Microsoft framework that allows developers to build interactive web UIs using C# and Razor syntax. It can run in the browser using WebAssembly or as server-side Blazor.
• Consider Blazor if you are already familiar with .NET technologies and want a seamless experience for building front-end applications using C#.

Razor Pages (Server-Side):

• Razor Pages is part of ASP.NET Core, and it allows developers to build server-side rendered web applications using the Razor syntax.
• Consider Razor Pages if you prefer server-side rendering and want to build full-stack applications with a unified .NET codebase.

Web Components:

• Web Components are a set of web standards that allow you to create reusable components encapsulated in their own HTML, CSS, and JavaScript.
• Consider using Web Components if you want to create custom elements with minimal dependencies and want to ensure maximum interoperability with other frameworks and libraries.

---

The choice of framework depends on various factors, including project requirements, team expertise, development preferences, and the specific use case. Each framework has its own unique features and philosophy, so it’s essential to evaluate them based on your specific needs and goals before you switch or begin your project. If you have questions our consultants can help you weigh your options and get you on the right path.

Speak With Our Team

Listed are some reasons why Angular and .NET work well together:

Separation of Concerns: Angular focuses on the front-end user interface and provides a structured and component-based architecture for building dynamic web applications. On the other hand, .NET, with technologies like ASP.NET Web API or ASP.NET Core, handles the back-end logic, data processing, and server-side operations. This clear separation of concerns allows developers to build scalable and maintainable applications.

RESTful APIs: .NET can be used to create RESTful APIs that serve as the communication layer between the Angular front end and the back-end server. Angular can then consume these APIs to fetch and send data asynchronously, facilitating a decoupled architecture.

TypeScript Integration: Angular is built with TypeScript, a superset of JavaScript that brings static typing and additional language features. .NET developers, who are often familiar with C# and other statically-typed languages, find TypeScript integration in Angular more straightforward.

Microsoft’s Ecosystem: Microsoft provides tools and extensions that support Angular development within Visual Studio and Visual Studio Code. This ecosystem integration enhances the development experience for developers working with both Angular and .NET technologies.

Dependency Injection (DI): Both Angular and .NET have built-in support for dependency injection, allowing developers to manage and share dependencies efficiently. This promotes code modularity and maintainability in the application.

Authentication and Authorization: .NET offers robust authentication and authorization mechanisms that can be easily integrated with Angular applications to secure both the front-end and back-end components.

Microsoft’s Continued Support: While Angular is not a product of Microsoft, Microsoft actively supports and embraces Angular as part of its web development ecosystem. This ensures compatibility and continued improvement of the integration between Angular and .NET technologies.

Shared Libraries: With .NET, you can create shared libraries and components that can be used by both Angular and .NET projects, fostering code reuse and maintainability.

---

Overall, Angular and .NET complement each other well, offering developers a comprehensive and flexible platform for building modern web applications. The combination of front-end capabilities from Angular and back-end features from .NET provides a robust, scalable, and efficient full-stack solution for web development.

Speak With Our Team

Listed are some reasons why Angular and Java work well together:

Separation of Concerns: Angular focuses on the front-end user interface and provides a component-based architecture for building dynamic web applications. Java, on the other hand, handles the back-end logic, data processing, and server-side operations. This clear separation of concerns allows developers to build scalable and maintainable applications.

RESTful APIs: Java can be used to build RESTful APIs that serve as the communication layer between the Angular front end and the back-end server. Angular can then consume these APIs to fetch and send data asynchronously, enabling a decoupled architecture.

TypeScript Integration: Angular is built with TypeScript, which is a superset of JavaScript. Java developers can work with TypeScript comfortably, as it brings static typing and additional language features.

Java Web Frameworks: Java has several web frameworks (e.g., Spring Boot, JavaServer Faces, Play Framework) that provide robust back-end infrastructure and allow for efficient development of web applications.

Dependency Injection (DI): Both Angular and Java support dependency injection, which simplifies the management and sharing of dependencies in the application.

Authentication and Authorization: Java offers various libraries and frameworks for handling authentication and authorization, which can be integrated with Angular applications to secure both the front-end and back-end components.

Enterprise Solutions: Java is widely used in enterprise environments, and many enterprise-level web applications rely on a combination of Angular and Java for their development.

Community Support: Both Angular and Java have large and active developer communities, providing extensive resources, libraries, and best practices for building applications.

---

By leveraging Angular for the front end and Java for the back end, your team can create robust, feature-rich, and scalable web applications that benefit from the strengths of both technologies. The combination of Angular’s dynamic user interface and Java’s server-side capabilities allows for the development of sophisticated and efficient full-stack web applications. Let us know if we can be of service when developing your next project or putting a project back on the rails.

Speak With Our Team