Angular is perhaps the most well known open source front-end structures created by Google for making present day web applications that are dynamic. Delivered in the year 2009, this Google frontend improvement system has acquired a huge after over the course of the years by wiping out pointless code and empowering lightweight, quick applications. The system was delivered in 2009 and has acquired an enormous help throughout the long term.
Rapidly evolving from AngularJS in 2010 to Angular 5 in 2017, this front-end framework is now used by over 44.3% of software engineers to create user interfaces.
Angular helps build interactive and dynamic single-page applications (SPAs) with compelling features such as templating, two-way binding, modularity, RESTful API handling, dependency injection, and AJAX processing. Designers can also use HTML as a template language and extend the syntax of HTML to easily communicate the components of the application.
Using this framework in your project will give you a lot of benefits. Some of the benefits are mentioned below:
Powered by Google
Angular is powered by Google and Google's plan to stick with this framework and further expand the Angular ecosystem.
In addition, the applications of Google also use this framework and their team is very optimistic about the stability of Angular. Other Angular developers also have a great opportunity to learn from certified experts.
Typography
Angular applications are built using the TypeScript language, a JavaScript superscript that supports types (primitives, interfaces, etc.) to improve security. It allows you to catch and eliminate errors early when writing code or performing maintenance tasks.
Unlike CoffeeScript and Dart, TypeScript is not a standalone language; TypeScript can easily accept your existing ES5 or ES2015+ JS code and compile it for you based on your configuration. It fully supports the core features of ES2015 and ES2016/ES2017, such as decorators and async/await.
If you create the appropriate mapping files at build time, you can debug your TypeScript code directly in the browser or editor. The language guarantees improved navigation, refactoring, and auto-completion services. You can even choose not to use the built-in features if you wish.
Declarative User Interface
Angular uses HTML to define the user interface of your application; a less complex language compared to JavaScript.
How does it help? You don't have to spend time deciding how your application will flow or what will be loaded first. Just define what you need and Angular will take care of that for you.
POJO
Angular doesn't need any additional getter or setter functions. This is because all the objects we use are POJOs (Plain Old JavaScript Objects), which provide all the traditional JavaScript features that allow us to manipulate objects. You can remove and add properties from objects and loop through objects as needed.
Easy Testing
Testing is very easy in Angular and the Angularjs module has an application section that is easy to manipulate. By separating the modules, you can efficiently run automated tests while loading the services you need. Following the "one file, one module" principle, you don't even need to remember the order in which the modules are loaded.
Simplified MVC pattern
Angular framework also embeds the original Model-View-Controller software architecture setup. Angular does not require developers to split an application into different MVC components and build a code that can unite them.
Instead, it only requires splitting the application and taking care of everything else. Thus, Angular is very similar to the MVVM (Model-View-View-Model) design structure.
Angular ensures simple development because it eliminates the need for unnecessary code. Directives can be managed by other teams as these are not part of the application code. All in all, developers are promised less coding, as well as lighter, faster applications. According to Amazon, every 100 millisecond increase in page load speed increases revenue by 1%.
Modular structure
Angular organizes all its code into buckets, whether it is directives, components, pipes, or services. In addition, those familiar with Angular aslo refer to these buckets as different types of modules. These modules make it simple to organize the functionality of a web application, isolating it into different types of functional as well as reusable chunks. Besides, modules allow lazy loading, which paves the way for the application's functionality to be loaded in the background or on-demand.
Angular makes it an achievable goal to divide the work between different team members while ensuring organized code. You can make the most out of these modules when you have the right understanding of them. Developers can be more productive by building the right modules.
Consistency of code
Any code base requires consistent coding. A writer knows how important consistency is in their content work. We know that if content fails to resonate with readers on a deeper level at any touch point, then our lead conversion rates go downhill. Coding is no exception.
Inconsistent coding increases the risk of delayed publication or higher costs. In contrast, consistent coding has several benefits, such as it makes the site easier to use and enables the use of templates or predefined code snippets.
The Angular framework is component-based, and they start with the same style. For example, each component puts the code in a component class or defines a @component decorator (metadata). These components have several benefits, including.
Reusability
Angular's component-based architecture makes components highly reusable throughout your application. When you hire an angular developer, they can build the UI (user interface) with moving parts while still ensuring a smooth development process for developers.
Simplify unit testing
Components are independent of each other, making unit testing easier.
Improves readability
Consistent coding makes reading code a piece of cake for new developers on ongoing projects, which increases their productivity.
Easy to maintain
Decoupled components are replaceable with better implementations. Simply put, it allows for efficient code maintenance and updates.
