Quick Summary: Node.JS vs Java could be a noticeable topic of discussion. New Developers have tons of confusion about it. In this blog, you will understand the difference between Node JS and Java regarding performance, learning curve, community support, use case, and many other features.
Which technology is more relevant for app development today – Node.js or Java?
This article will help you decide which backend technology is suitable for your subsequent web app development project. You can understand why Java is still linked in the times of modern and scalable Node.js.
It also introduces you to what areas Node.js beats Java. So, if you want to compare these two powerful backend technologies: Node.js vs Java, without further argument, let’s compare the critical aspects of each programming language.
Node.js-based frameworks like Express, Socket.io, and Meteor.js can operate within it to improve the backend capability. The technology is known to develop single-page applications, websites, and backend API services designed with real-time and push-based architectures.
Developers recognize node.js for its intense performance and enhanced scalability worldwide. Node.js is an excellent option for many developers for front-end and back-end application development.
StackOverflow Trends has caused a rise in the discussion around Node.js, covering nearly 3.5% of queries over the last decade.
Unopinionated: Node.js is giving developers the liberty to code their way by building everything from scratch with fewer restrictions.
Non-blocking, I/O System: This allows you to process several requests simultaneously, resulting in more scalability and faster performance.
Caching facility: Node.js can support caching of single modules within the application memory removing the need to re-execute the code on the server for faster response times.
Active Community: It allows Coders to access readily available solutions and codes that make it easy for start-ups and beginner coders.
Widespread support: It supports developers with commonly used tools for different purposes such as testing or identifying project dependencies.
Productivity loss: Beginners find it hard to build apps from scratch due to Node.js’ non-opinionated nature. So, there is a possibility to experience a decline in productivity.
Not suitable for extensive computing: Though Node.js is supporting complex apps, it reduces performance with heavy computing (CPU intensive) apps. Furthermore, as it doesn’t support multi-threaded programming, it is less effective at heavy calculations.
Difficult to maintain code due to its Async nature: it becomes tiresome to maintain and difficult to understand code due to nested callbacks in Node.js and its heavy dependence on asynchronicity.
Some of its tool’s deficiency quality: Some Node.js tools don’t match high-coding standards and might not correctly structure due to their open-source ecosystem.
Node js is ideal for advanced web apps, tablet apps, smartphones, live applications such as online games, real-time messengers, e-commerce transaction software, etc.
Suppose you plan to start a business in any of these fields; using Nodejs to make your enterprise software would be a praiseworthy decision. If you are associated with microservice architecture, you can benefit from the privileges of Node.js technology.
Node.js is an excellent choice for prototyping solutions and architectures because of its ability to make experimentation fast and straightforward.
Java is an object oriented programming language. Java has significant usage in building many applications, most significantly, Automation apps. Developers use Java with the principle of “write once and run anywhere” (WORA). Furthermore, it is portable. Therefore, a program based mainly in Java will run equally on varied hardware and operational systems.
The Java was developed by James goose and also the “Green Team” at Sun Micro systems in 1991. It’s an associated object-oriented, class-based, general artificial language.
Stability, efficiency, and cross-platform capabilities are included in Java’s main characteristics. As a result, Java is one of the well-liked and severely used object oriented programming languages around the world.
When combined with runtime surroundings, Java becomes a platform/framework. i.e., JVM ( the Java Virtual Machine). Thus, there are primarily four platforms of Java:
Improved Security: Java is supporting the deployment of apps on a dedicated server. So, it makes it possible to maintain and monitor apps continuously for server administrators. Therefore, it removes the risk of most data breaches/threats.
Cost-effective Development: Java-based apps configuration and troubleshooting are simple; therefore, the development lifecycle becomes cost-effective.
Better readability: It’s easy for developers to read, write, and debug Java applications. Java allows your developer to write down code that maintains the coding standards for your organization.
Easy to install and maintain: Although the new software and versions will automatically upgrade to new versions, you can easily upgrade and add features as you want to once the version is installed on the host server. Hence, the software and versions automatically are upgraded to new versions. During this approach, users will do installations and up-gradation.
Better Interoperability: Java-based apps quickly integrated with other business apps. For isolated desktop applications and web applications, it makes the language interoperable. Businesses will get a versatile and compliant business model in a very fast-changing business marketplace because of these benefits.
Memory-consumption: Compared to other natively compiled languages such as C or C++, Java is a programming language that is slower, and therefore the framework consumes more memory on the server.
Lacks backup facilities: Java focuses only on data storage and not on the backup of data. It is a critical drawback that makes it lose interest and ratings among users.
Not sensible with Android API design: Java programming language has limits. Maintaining and improving the code base becomes difficult when time passes, which causes problems with Android API designs in the future. So, beginning a brand-new project of Android with Java is not recommended.
No appealing appearance & feels of the GUI: Java contains several popular frameworks, but they are still not mature enough to develop complex UIs.
Java development is the most common option for developing high-performing mobile applications with greater ease. According to Slashdot, the total number of java developers located worldwide counts over 8 million. Java is also a great choice to develop applications that work in a distributed manner and use the Relational Database Management System.
Java is used to write applications for various platforms that run JRE and supports applications on a single device like a desktop or mobile phone.
Here is a list of some tech hulks and companies that use Nodejs and Java to meet their market desires and application development requirements.
You must understand the prospects and limitations it carries along before you select a framework. The result of this comparison between Node.js and Java should help you to choose the most well-matched tool for your application.
Performance is an essential factor to study when building complex and large projects. So let us compare NodeJS with Java in terms of performance.
The framework supports the simultaneous processing of many requests as compared to other backend solutions. As a result, many tech titans are turning towards Node for its more excellent performance. LinkedIn, for one, reduced its server load by ten times as it migrated to Node.js.
Java is an object-oriented programming language that performs far better and faster than old-style programming languages as its programs are written as byte codes. Java Virtual machines (JVM) effortlessly interpret these byte-code instructions and deliver quicker and more efficient applications. The Java Virtual Machine – JVM is enhanced to provide a compelling code interpretation in its latest versions. It has also introduced components like a just-in-time (JIT) compiler to deliver high-performing applications written in Java.
We can build highly scalable apps using Node.js. It can handle multiple concurrent requests by its non-blocking I/O and event-driven models. Also, its event-loop mechanism lets the server process the highest requests. If you distribute the various services to separate work servers, different development teams can divide the tasks and build applications more quickly and scalable with node.js. This way, it increases Nodejs’ efficiency and scalability.
Java is vastly scalable, which makes it more outstanding in performance for enterprise applications. The EJB (Enterprise Java Beans), known as development architecture, is attended by an application server that simplifies multiple requests. This way, it offers fair scalability. You must implement some best practices to improve, like vertical scalability to add more computational resources such as CPUs and RAM. Here are some additional techniques you’ll be able to follow:
When selecting a framework, it’s vital to choose flexibility and avoid strict implementation of architecture and guidelines. So let’s compare Node.js and Java with one other and check whether or not they are flexible in architecture.
Under the cover, Single-threaded Event Loop architecture enables it to handle multiple concurrent requests with better performance. Nodejs also allows you to use MVC/ MVP architecture patterns, eases separating and boarding issues in the application code-base. Plus, it creates multiple views for the same data and supports asynchronous communication between many components.
Here’s how the async architecture of Nodejs advantages you:
Developers like to use the model-view-controller (MVC) pattern to develop applications in Java programming language where the Model is objects in Java, and the design pattern seems like the inner architecture of the language. You will easily maintain the code and have trouble-free testing of applications. Development teams will categorize individual roles and work on the various functionalities in large applications.
So, changes in one module don’t affect the whole application. Instead, it will increase development teams’ productivity and result in faster time to market apps.
Your application development project needs high testing to confirm submission with the UI standards, compatibility, and usability to work without a bug under constant high load and growing market expectations. Here’s how Nodejs and Java show up in comparison with testing apps.
With its amusing ecosystem of third-party packages, Node.js offers competent testing and debugging capabilities. Lab, Code, Jasmine, and AVA are various automated testing tools/frameworks which create a sound testing ecosystem for Node.js Apps. In addition to this, you can use testing libraries like Chai, Mocha, and Jest to give your users a seamless, bug-free experience.
Java is a programming language that permits developers to write their test cases for each functionality. So, your testing teammates can write flexible tests with sequencing, grouping, and data-driven features. Also, it allows developers to write parallel tests in java. It supports various testing frameworks and tools such as JUnit, Selenium, TestNG, Apache JMeter, and Fitness. It also gives support and compatibility to several popular IDEs and builds tools such as IntelliJ, NetBeans, IDEA, Eclipse, Maven, and more.
Java supports multiple databases. It uses standard database connectivity called Java Database Connectivity (JDBC) to access data in applications. Some of the commonly used databases are MySQL, PostgreSQL, SQLite. In addition to these, Oracle, Redis, IBM-DB2, Sybase, and even the pure Java “Java DB” come with the JDK (or Apache Derby).
In addition to JDBC and relational databases, there are few customised APIs for each NoSQL database– Cassandra, MongoDB, LevelDB, Oracle NoSQL/BerkeleyDB, Riak, etc. Developers use built-in Java Database for simple projects. And also, if you need a relational database, there’s an excessive selection of JDBC-supported databases.
Nodejs has a well-supported and robust community. Nearly 51.4% of professional developers, according to Stackoverflow, use Nodejs for frameworks, libraries, and tools. In addition, tech titans such as Amazon, Facebook, and Google have made noteworthy contributions to the Nodejs environment to make the technology more reliable.
There are some community forums for Nodejs Like,
The Java programming language has robust community support for any complicated queries or issues. A giant community means frequent updates, bug squashing, and innovation. Within the active software developer’s community, Java grips its place in the top three programming languages.
some of the most popular Java communities are:
Nodejs and Microservices each will build smaller elements of services and code modules. In addition, Node.js is efficient at handling multiple concurrent requests. Thus, Nodejs is appropriate for developing scalable apps. So, it makes a complete combination for building enterprise-grade complex applications with higher scalability.
Java is compatible with microservices for its:
1) Annotation Syntax
2) Java Frameworks like Spring Boot
Annotation Syntax: It provides easy development of microservices as it’s more readable in complex systems. It also offers better connectivity to backend resources for isolated apps and modules of microservices and model components.
Java Framework- Spring Boot: It is specified in building microservices and offers better compatibility for iterating small modules.
Java is simple and easy to learn, even for beginner developers and teammates. It is critical to figure out the key functionalities and long-term goals for your application when hiring developers for Java. The average cost of hiring java developers is $61-80 per hour.
You can get reasonably priced yet quality services by approaching professional teams of Java developers. So, hiring Java developers is not an expensive matter.
Whether or not to use Java or Node.js for your development project could be an eternal argument. Comparing Java vs. Node.js based on the points listed above finally depends on the objective and purpose of your application development.
Depending on that, developers require specific libraries and frameworks. On the other hand, you can build agile applications with Java, and event-driven I/O bound applications can be made in the Node JS framework.
To conclude, developers’ requirements and their hands-on knowledge make helpful technology for everyone. I believe you had a marvelous time reading this article, and I hope that it was of a lot of help for any Java or Node.js Developer.