With the advancement of web applications, it has become important for developers to choose the right technologies for building the front and back ends of their web-based applications.
NodeJS and Ruby on Rails have been gaining popularity lately as leading back end languages. In this blog, you will understand the strengths and weaknesses of both frameworks and how they will impact your next project.
Ruby on Rails (often abbreviated as Rails) is a web application framework written in Ruby. It is a full-stack model view controller (MVC) framework, providing default structures for a database, a web server, and a web application. It encourages and facilitates using web standards such as JSON or XML for data transfer, HTML (for rendering user interfaces), and CSS (for styling).
Rails is an excellent framework for developing database-backed web applications. It is efficient and uses well-known software engineering patterns, including Convention over Configuration (CoC), Don't Repeat Yourself (DRY), and the Active Record pattern.
Ruby on Rails has had a big impact on web app development since it first came out in 2005. It was one of the first frameworks to offer features like seamless database table creation, migrations, and scaffolding of views, which made rapid application development possible.
Other frameworks have borrowed ideas from Ruby on Rails, and you can see its influence today in frameworks like Django (Python), Catalyst (Perl), Laravel, CakePHP and Yii (PHP), Grails (Groovy), Phoenix (Elixir), Play (Scala), and Sails.js (NodeJS).
Also read: Ruby on Rails for Web Development
NodeJS makes it lightweight and efficient, perfect for data-intensive real-time applications that run across distributed devices.
Event-driven programming allows software engineers to create scalable servers without using threads. It uses callbacks to signal when a task is completed. In order to use event-driven programming on web pages, we need to use the libuv library.
The libuv library provides a thread pool to handle the concurrent execution of requests. The downside of this single-threaded system is that it doesn't allow vertical scaling. However, it works efficiently with almost all internet protocols.
An MVC is a design pattern used in software engineering that separates an application into three interconnected parts: model (data), view (presentation), and controller (logic). With the MVC architecture, you can easily change each part without affecting the others. This MVC architecture makes developing and maintaining applications easier.
The Active Record pattern is one of the most important features of RoR. It allows developers to build objects that interact with databases via the Ruby programming language. The objects can be created using classes, representing tables in a database or rows in a table. Using these classes, developers can access information stored in databases without writing SQL queries or any other low-level code.
Ruby on Rails is appropriate for avoiding configuration files - something that can often bog down other software systems, including Java web application frameworks. With Ruby on Rails, you don't have to spend time setting up config files and can instead focus on more pressing matters. This is all thanks to the "Convention over Configuration" feature, which automatically assigns values without user intervention.
With Ruby on Rails, you can quickly deploy your application to any server without manually doing everything yourself. The framework makes it easy to set up automated deployment processes that allow you to run your code in production with just one command. This saves you time and effort when deploying new versions of your application.
NodeJS runs on Windows, Linux, and OS X. Most developers use it for building web applications because of its cross-platform compatibility. You can also use it for non-web applications such as command line tools or desktop apps.
The main advantage of using NodeJS is that it allows developers to use only one set of code for both front end and back end development. This reduces development time as well as costs significantly. With other frameworks, developers have to write different code for each area of application development, but with NodeJS, you can write all your code once and use it for both ends.
NodeJS is a powerful asset for any business looking to release their products faster. By lightening the load of unnecessary data, NodeJS allows developers to focus on building innovative applications quickly and efficiently. Consequently, this has become the preferred choice for many businesses as they strive to get a leg up in today's competitive market.
NodeJS helps with the development of microservices by being able to quickly process data and provide non-locking algorithms. This is beneficial because microservices often need to be able to handle a lot of data at once without running into any errors.
Ruby on Rails and NodeJS frameworks are great for web development, and their load time is lightning fast compared to other languages. But they have their differences in programming languages and their features, performance, and hosting. Ruby on Rails has maximum flexibility, while NodeJS has more easy tech capability.