In the world of computer programming, Java has been a king for a while now. There is a reason that it is being used all over the place in many different kinds of online and non-online domains, including military. If you are not sure what Java software is used for, this is your lucky day.
Java is a programming language that is used in a variety of different areas, from traditional desktop applications to mobile apps and enterprise software. In this guide, we will focus on the many different aspects that surround Java programming, including the wide range of software tools used when working with the language.
There are many tools available for Java management. These software ease the entire process of developing, testing and deployment in Java. Here is the list of Top tools with their features and download links.
Java Development Tools
1) Site24x7
Monitor the performance of your Java applications with Site24x7 APM Insight. Site24x7 is a SaaS-based all-in-one monitoring solution for DevOps and IT. With Site24x7 APM, you can get a holistic view of your application performance in real-time and debug errors with ease.
Key Features:
- Get a bird’s eye view of Java app performance with application dependency maps
- Support for monitoring individual methods or functions in code using custom instrumentation
- Support for distributed tracing – identify errors across microservices and distributed architecture
- Real-time reports on JVM performance including key metrics like JVM CPU usage,garbage collection, run-time memory, heap memory, with alerting.
2) ManageEngine Applications Manager
ManageEngine Applications Manager helps proactively monitor Java applications and the infrastructure performance.
Features:
- Monitor, optimize and troubleshoot Java application performance with the help of code-level insights, distributed traces, and more.
- Supports monitoring of Java Virtual Machine (JVM), Java Runtime Environment (JRE), Java application server, JDBC, JMX and Java thread dumps.
- prevent fault occurrence and unnecessary oversight.
- Automatic corrective actions using web hooks to start external actions.
- Machine learning enabled analytics which helps anticipate future resource utilization and growth.
3. Java Web-based Applications
Java provides high security and simple coding, two elements that attract web application developers. Servlets, Struts, and JSPs give effective support to web applications and offer the potential to develop whatever kind of programs needed. Additionally, open-source e-commerce platforms like Broadleaf makes designing e-commerce apps a simple task.
4. Java Web Servers and Application Servers
The robust Java ecosystem has given rise to numerous Java web and application servers. Web server space is home to servlets like Apache Tomcat, Project Jigsaw, and Rimfaxe Web Server (RWS). Meanwhile, servlets like WebLogic, WebSphere, and JBoss EAP have a firm foothold in the commercial application server space.
5. Java Enterprise Applications
Java Enterprise Edition (Java EE) is a popular platform that offers API and runtime environments for scripting tasks, including web services and network applications, to name a couple. According to Oracle, Java runs on 97% of enterprise-owned computers. Java is also recognized as being the foundation for many banking applications that use Java in their entire process, from front-end users to back-end servers. Lastly, Java’s capacity for sustaining high performance makes it a smart choice for high-frequency trading systems like Murex.
6. Java Scientific Applications
Science-related mathematical operations and calculations require developing apps that are extremely fast, highly secure, easily maintained, and highly portable. Java fills this need nicely. Powerful scientific applications like MATLAB rely on Java as part of the core system and interacting user interfaces.
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7. Java Gaming Applications
Java and the gaming industry are a match made in heaven. Java supports the jMonkey engine, one of the most potent 3D engines available today. And 2D games are a snap too; just couple Java with CSS, and you’re good to go. So, no matter what kind of games developers are designing, Java has them covered.
8. Java Big Data Technologies
Big data is big news today, and it’s hardly surprising that Java is right there in the thick of it. Let’s start by pointing out that Hadoop, arguably the most well-known and well-used big data platform, is written in Java. Additionally, Scala, a competing programming language, owes its origins to Java. Scala was created to address some of Java’s drawbacks.
Four programming languages compete in the world of Big Data, all of them striving to be the best and most used: Java, Scala, R, and Python.
9. Java Business Applications
Big enterprises have big problems. That’s why these organizations turn to the Java EE platform to develop large-scale, multi-tiered network applications that are scalable, reliable, and secure. Java offers features that deliver a powerful app that is less complex by providing tools like a development model, API, and runtime environment. These features free up developers to concentrate more on the app’s functionality.
10. Java Distributed Applications
Distributed applications are programs that run on multiple computers linked to the same network. For example, Internet Explorer is a distributed application. These applications are split into two separate programs: client software and server software.
Distributed applications bring their unique challenges due to their distributed characteristics and the dynamic quality of the servers and systems that run them. The Java Intelligent Networking Infrastructure, or JINI for short, represents an infrastructure that provides, registers, and finds distributed services by their specifications. JavaSpaces, a JINI component, supports distribution, persistence, and object migration within a network.
11. Java Cloud-based Applications
Ask a sampling of IT professionals what the three most important elements of today’s digital world are, and most will reply, “Big Data, the Internet of Things (IoT), and cloud computing.” So, it’s hardly surprising that Java has found its way into the cloud.
Cloud computing is defined as using off-site servers via the internet for processing, managing, and storing data. It’s a pay-as-you-go model and replaces local, in-house networks. Cloud computing is often used for distributed computing systems.
There are many Java Cloud development tools available, such as the Oracle Java Cloud Service. It serves as a platform for easily creating and configuring Oracle WebLogic servers and their application environments.
Conclusions
Java is one of the most famous programming languages that exists, and it is among the most widely used languages that are available today (although, it is not as widely used as C, C++, JavaScript , etc.).