Node.js vs Java spring boot for microservice
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Node.js vs Java Spring Boot for Microservice
Today, several server-side technologies power businesses in powerful ways. Examples are online marketplaces and food delivery apps, among others. Most of the work that we do today is online. Schooling and meeting doctors also take place online.
You can use several technologies to make your business available online, some of them being Node.js, Java Spring Boot, or Python. In this article, we attempt to compare Node.js and Java Spring Boot and see which one is preferable for building microservices applications. Many enterprise organizations are moving their software from monolith applications to microservices to attain higher efficiencies and significant other advantages.
Java itself is a class-based OO programming language. Java is portable, in the sense, a java program that is written for a specific platform runs on a consolidated hardware-OS combination. Spring Boot Java is an open-source framework (Java-based) used for the creation of a microservice.
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Node.js Vs. Spring Boot Java
Java with its ecosystem with libraries, plugins, and APIs and a virtual machine with a runtime environment has evolved on its own.
Spring Boot which is implemented using Java allows a quick build-up of standalone applications. The bootstrapped version of the Spring platform helps to get the application running by reducing the procedures.
One is a language and the other is a runtime environment. However, it is important to understand the differences between the two, because only then can the right tools be used with these frameworks to make the business applications function better.
Node.js vs. Spring Boot Java – Performance Comparison
Spring Boot Java is multi-threaded and therefore several tasks can be completed concurrently. This helps applications to perform better. In large-scale projects involving multiple tasks that have to be completed simultaneously, Java is recommended in place of Node.js.
Node.js, on the other hand, is single-threaded, which means that one request can be dealt with using one thread. In the case of a database query, the thread does not have to wait while the data is being fetched as a response to the first query. The thread can then handle another request.
Once the database completes the task, the message reaches the event queue. Node.js monitors the queue continuously, detects the events and starts processing it. This makes Node.js perfectly suitable for I/O-based applications that call for wide network access.
However, in the case of calculations, Node.js caters to the second client only after the request of the first client is completed. Therefore, Node.js is not recommended in situations CPU-intense operations such as image manipulation or video encoding.
I/O model is the process wherein data is displayed or referred to on the computer. I/O calls are either of the blocking or non-blocking types. Whereas in the blocking type, the thread does not do much unless the IO is completely received, in the non-blocking type, the thread implements other requests without waiting.
Whereas Node.js applications are both asynchronous and non-blocking, Spring Boot Java has blocking I/O. In Node.js applications, developers can send more than one request at a time, whereas with Spring Boot Java, the developer will have to wait for every single I/O request.
Web applications of an enterprise nature require a high amount of concurrency. Spring Boot Java has to dedicate one thread for each request. Therefore, many threads are required for concurrency. When the request load is high, the OS cuts the time of the CPU among these requests. This turns out to be expensive and less efficient.
However, Node.js is efficient in that the CPU has no cut of the processing time and this time is devoted to the process that is currently taking place.
Node.js vs. Spring Boot Java – Pros and Cons
Node.js – Pros
- It is fast and lightweight
- Being single-threaded, memory utilization is low
- It is great for I/O tasks
- The npm has thousands of packages that can be downloaded and used
Spring Boot – Pros
- The Java community is a mature and thriving one
- Java is statically typed
- The maintainability is high because of available long-term support
- Multi-threading support is available
- Many easily usable dependencies are available
Node.js – Cons
- Does not support multi-threading
- Not suitable for heavy computing problems as it can cause performance bottlenecks
- Runtime problems can occur owing to the absence of strict checking
Spring Boot – Cons
- Verbose code
- High memory utilization
- Difficult to debug because of boilerplate code
- Unused dependencies may cause deployment of big-sized binary files
If you want your application to do a large amount of computing such as in Big Data, eCommerce or IoT, then it is better to go the Spring Boot way. However, wherever applications need a lot of I/O, such as in media apps, booking systems, and finance technology apps, Node.js is a better choice.
Specialties of Node.js Programming
- In enterprise applications development, it is easier to start with Node.js because it is easy to prototype.
- Node.js follows the agile development methodology which is suitable for highly scalable enterprise app development services. Many companies like Paypal and Netflix have used it for superfast development.
- Building enterprise applications with Node.Js is faster when compared to Java, along with fewer resources.
- When compared to Java-based applications, Node.js requires 33% less code and 45% fewer files.
- Node.js is observed to have doubled the number of requests served in one second and also reduced response time.
- There is a huge resource pool of available libraries for Node.js developers. There is no need to waste time on building infrastructure.
- Node.js development is event-driven and it has a non-blocking I/O. This feature makes it more lightweight and suitable for data-intensive enterprise applications development.
Specialties of Spring Boot Programming
- Java is simple and supported by all devices and OS.
- Built-in language security features and embedded in the Java Compiler make it trustworthy and suitable for web development.
- The code is robust and allows the application developer to consider all error cases with the help of the code.
- Enables an efficient garbage collection mechanism and a robust type-checking scale
- The integration capability of Spring Boot Java is worth mentioning.
- Being a mature language, it supports client-side technologies. This aids developers to create web content much faster. It is stable and mature and the Java Class Library helps easy cross-platform development.
- Spring boot also avoids XML configurations and boilerplate code.
- Spring-based applications are easy to build with Java. Development time is less and productivity is increased.
- Developing and testing Spring Boot Java applications from the command prompt is possible because of the command-line interface.
Oracle vs. Google
First created by Sun Microsystems, and now owned by Oracle, Java is widely used for server-side programming for a long time now. For many companies, some issues arise when Java is used. The use of Java on Android was not without problems, which is the reason Google adopted Kotlin.
Google has not completely disowned Java. It uses the JVM in Dalvik, an Android core. The Android ecosystem is structured using Java, on an upgrade of JVM. Oracle and Google got into a kind of conflict because Oracle prohibits any modernization of the JVM. However, there are no barriers as such for the Java language itself.
Google, Accenture, Microsoft, and Amazon some companies that use Spring Boot. Fast performance with microservices, availability of many off-the-shelf functionalities, easy setup and fast development are some of the qualities that allow developers to choose Spring Boot.
Companies that use Node.js
LinkedIn, Uber, and Trello are among the many global companies that use Node.js to amp up their back-end development. Considered as the go-to language for dynamic websites, it offers fast scalability, load-balancing capabilities, faster websites, and only one language needs to be used for both back- and front-end programming in the case of node.js. This means fewer files, a fewer number of code lines, and easier management. This is perfect for microservices development.
Many of the biggest technology companies use both frameworks. An organization can choose the technology based on the applications they are planning to build as well as the developer requirements. When developing an app depending on I/O, Node.js is the answer. For superfast apps that are computation dependent, choose the Spring Boot framework.
Why Choose Sayone Technologies?
Our developer teams at SayOne Technologies can create a highly functional back-end interface that has incredible speed. We build client packages that positively enhance their business productivity. Talk to us today!
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Node.js has several advantages for microservices development, such as its lightweight nature, scalability, ease of use, and speed. Node.js is also well-suited to developing microservices because of its asynchronous programming model and non-blocking I/O which enables it to handle multiple requests simultaneously.
Java Spring Boot is a popular framework for developing microservices due to its modular design and ease of use. It provides features such as dependency injection, auto-configuration, and data access support which make it ideal for building microservices
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