This article will take a deep look into the differences and similarities between Blazor and Angular to help you choose the best framework for your next project.
Blazor allows developers to create interactive and reusable web UIs for WebAssembly-based client-side applications developed in .NET. In addition, it enables the developer to share code and libraries because both the client and server code is written in C#, providing a platform for the development of vibrant, contemporary single-page applications (SPAs) using .NET end to end.
The most significant selling point of Blazor is that it uses the newest web standards and doesn’t require additional plugins or add-ons to run in two separate deployment models, client-side WebAssembly and server-side ASP.NET Core.
Blazor has accumulated over 9,000 stars on GitHub, making it well worth one’s consideration for web app development. However, to fully comprehend Blazor, we must go further into its origins. Blazor offers two development options, server, and WebAssembly. In addition to that, there are three more development options available in Blazor:
- Blazor PWA: To develop progressive web apps.
- Blazor Hybrid: To develop hybrid apps.
- Blazor Native: To create native applications for mobile platforms.
- Create web UIs with C#.
- Enables progressive web app development.
- Create reusable C# components.
- Server-side debugging is fully enabled.
- Server-side rendering for faster WebSocket connections.
Let’s discuss some advantages and disadvantages of Blazor.
- Blazor shares the server-side code and client-side code : ** ** Blazor allows developers to reuse code between the front end and back end.
- Dependency injection : ** ** Dependency injection is a usable object that can act as a service in Blazor. Blazor uses dependency injection in its applications to achieve inversion of control. It allows providing objects with dependencies. In Blazor, dependency injection can be divided into classes: injector, client, and service. Blazor also features different injectors such as constructors, properties, and methods.
- Visual Studio Code : We can develop Blazor apps using Visual Studio Code since both are Microsoft products. When you develop an app in the Blazor framework, VS Code will help you utilize its features easily.
- Slow loading : Loading speed may be slower due to the app’s need for a continual connection with the server. The poor loading time is due to the reason that the browser must download the .NET libraries and some DLLs, which may result in latency issues.
- No offline support : ** ** Blazor Server must have an active network connection. If the connection fails, the app will cease working. The reason is the whole project is hosted on the server-side, where it needs to be connected to the internet.
- Use of ASP .NET Core : ** ** Blazor always requires an ASP.NET Core server to run. So if you develop any app using Blazor, you should install ASP.NET Core.
- Application weight : Blazor execution time depends on the weight of the app. Therefore, performance can be affected by heavier apps built on Blazor WebAssembly.
- Restricted by and to a browser : The browser’s capabilities are limited in the Blazor. Thus, everything should be good as long as the browser can handle Blazor. However, not all browsers support WebAssembly, so if you happen to be using Internet Explorer, you might be in for a rude awakening.
Let’s see some advantages of using Angular.
- Support : The size of the community using Angular is very high when compared to Blazor. So, the chances of finding a solution to the problem we face during the app development are high for Angular.
- Reusability : Angular also supports reusability like Blazor does, which helps developers.
- MVVM : Angular is an open-source MVVM framework that separates program logic from user interface controls. Users can keep the code structured and projects separated with model-view-viewmodel (also known as model-view-binder). They can update, edit, and fix code quickly and easily. The view is in charge of hosting viewable items and receiving input from the model. The ViewModel connects the view and the model. Finally, the model includes the logic of the program.
- Difficult to learn : Even for seasoned engineers, Angular is a problematic framework to master. Angular’s difficulty is influenced by a steep learning curve and comprehensive documentation that requires deep knowledge. Furthermore, Angular is an opinionated framework, which means it has its method of doing things and developers have no choice but to follow it. On the other hand, Angular can be a very rewarding tool once you’ve mastered it.
- Search engine optimization : By default, Angular is not friendly toward search engine optimization. Unless the website is built on the server-side, search engine crawlers have difficulty indexing it. The website should be indexed and visible in the SERP without any issues.
- Heavy weight : Angular project bundle sizes are often larger than those from other frameworks, making Angular apps slow.
Let’s conduct a direct comparison between Blazor and Angular.
Both Angular and Blazor are open-source web frameworks. The primary distinction is that Angular employs TypeScript while Blazor uses C#. There are, however, a few key differences between the two:
- While Angular has been around for a while, Blazor is still in its early stages.
- Each client must have an active connection, and Blazor saves the component state for each client on the server.
- Scoped component styles and CSS isolation are now available in Blazor. In Angular, tooling related to component styles and CSS isolation has reached its pinnacle.
- Angular provides support to PWA, but server-side Blazor cannot be used as a PWA.
The following table provides more details about Blazor compared to Angular.
Programming language, age, and popularity are the most significant differences between the two. Because large firms around the world use Angular, finding a job as an Angular developer is also much easier. Furthermore, Angular is an excellent enterprise solution, and it is primarily used for such.
You should select the framework based on your objectives. Choose Angular if you want to ensure that the framework you choose has an enormous community to aid you if you need it. PWA is strongly backed by Angular. However, the server-side of Blazor has yet to catch up. On the other hand, Blazor will be more familiar with C# developers, while it makes things a bit messy for a seasoned TypeScript developer to get their hands on Blazor. If you’re looking for a completed product, Angular is the right choice.
When choosing either Blazor or Angular, you have to consider the following points:
- If you are a C# developer who wants to build an app faster.
- When a project needs a faster turnaround time.
- If you are willing to put some considerable learning effort into Angular to gain the benefits from a tried-and-true framework.
- If you need to develop apps with a minimum design that are highly dynamic.
In this article, I provided a comprehensive overview of the features and usage of both Blazor and Angular. Both frameworks are impressive, but each has its benefits and limitations. Ultimately, the choice between Blazor and Angular should be made based on your project requirements. Choose the one that best meets your needs. I suggest reading their documentation for further information.
Now you know what to choose, and if you have already worked with them, please share your experience in the comments section below. Thank you for reading!
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