Can we do everything with Scala that we can do with Java?

Java as an object-oriented, class-based programming language enables application developers to efficiently ‘write once, run everywhere’ (compiled Java code) for client-server web apps. Scala, on the other hand, gets full support for functional programming and is often considered competitive for building general software applications. While both are meticulously designed as multi-paradigm, general purpose programming languages, developers often speculate if Scala can practically do everything that Java does, or if Scala functions as greatly as Java?

Java is easy to learn but Scala is easy to code: This is the most important consideration that we must think for. Java is undoubtedly the simplest language of the industry. Any programmer having slightest idea on C or C++ can easily write Java code without much research; but what makes it terrific in some scenarios? That is the code length! Though Java Syntax is simple; but it demands more codes from the Java developer to write a block or task. This is the biggest drawback of Java and now, if we are going to compare it with Scala then the primary concern is this (besides other features of course). On the contrary, Scala is never so easy to start with; but, once you learn it, you can do whatever you need in less time and most importantly with very less lines of code. Scala is little difficult to learn especially its Syntax is not that much familiar as of Java; but they are highly optimized and compressed so that the Scala developer can get benefited from them. So, the initial investment of time for learning Scala is worth every penny when we consider its future aspects. Again, there is no doubt that Scala comes integrated with an extremely strong static type system, but they both embed different syntaxes (although you may see almost identical bytecodes (when compiled) generated by these two languages). However, let’s have a deeper insight into what makes them similar or dissimilar, if at all.

1. Transporting to Scala from Java has its benefits in several ways; most importantly the former’s embedded compiler magic. The feature basically allows web developers to keep their code simple and neat. As a programming language, Scala makes it really easy for developers to model their things in OO (Object Oriented), even if they are not relying on its functional programming structure. In Scala, everything is method and that eliminates unnecessary mess from an application making it not only clean but also well maintainable.

2. An edge that Scala developers often have over Java developers is its integrated high order functionality – which basically empowers Scala as a programming language, and provides users with powerful tools to extricate their issues in the language. Scala never demand more coding from the developer; in fact, it desperately encourages Scala developers to write less code for any task. On the contrary, Java has a not so good reputation in the industry as a language that demands more codes, more efforts and more time from experienced Java developers. The programming language Scala also provides its users with a strong type inference, anonymous function literals, variance annotation, and implicit definition and conversion.

3. Without two thoughts, users can gain as many functional programming benefits from Scala as from Java. However, Scala renders high immutability – which actually helps with trimming down the bugs and the complexities of concurrency. It is also considered as a powerful language to boost your productivity. Its inbuilt mechanism plays an important role in code optimization, code refactoring and performance boost for the application which is extremely helpful for everyone. There are collection methods that largely diminish boilerplate, powerful collections framework, and an annotation that can easily write meaningful equals.

4. Both Scala and Java use same package and feature the same compilation models. However, it is Scala’s type system that makes it more useful as a programming language than Java. Using Scala, developers can seamlessly abstract over type constructors, and even enable a range of class solutions that generally look not feasible in Java. The object-oriented language even helps lessen the incidences of duplication, undoubtedly one of the most useful features of Scala.

5. Scala acts more like a blueprint language, for it takes care of almost everything about an app development. It’s more like, you simply design your application, and the embedded magic compiler will take care of all other responsibilities and get the job done for you. At the same time, it is almost as powerful as Clojure. But, it is definitely more comfortable to read for users who have a background more into Java, C, and C++.

6. Although Java 8 incorporates a number of approaches that are analogous to the approaches incorporated by Scala, the latter sticks strong due to its ‘write less, do more’ approach. The fact that Scala is a functional programming language makes it any day more of a favorable choice for the developers to write all steps they need in order to accomplish their objectives. It also lends support to monads – often referred as programmable semicolons, enabling developers to construct pipelines that help process data in steps (in which each action is adorned by additional processing rules rendered by the monad).

7. And of course, the most important feature ‘pattern matching’ makes Scala a supreme choice amongst programmers. The language also offers interoperability with NoSQL, the REPL, components that solve a lot of limitations of Java’s object model, infix syntax -> English-looking DSLs, and operator overloading.

Our Final Verdict:

There are many reasons as to why you should consider switching to Scala if you are a Java developer. Scala provides a lot of advantages over Java, and has undoubtedly been gaining more popularity. But we cannot overlook the flaws that come with Scala at the same time, with the state of which; SBT and super slow compilation are the main issues.

However, if you ask us ‘can we do everything with Scala that we can do with Java’, our answer would be ‘yes, you can & probably a lot more.’

And if you only want to build a project that combines the best of both Java and Scala, you can do by developing a project in Eclipse – where some Scala methods use Java methods, and some Java methods use Scala methods. And yes, don’t forget to use Maven to take care of your project in Eclipse.

If you are looking forward to build applications using Java or Scala, it will be in your best interests to hire offshore software development services of Mindfire Solutions that has been in the business for the last 16 years. Apart from that, it has a formidable reputation in building user-friendly applications in both Java as well as Scala.

How relevant is Java for developers in 2015

“With arrival of the computers on the earth human nature has shown inclination towards faster, better and accurate solutions to their daily needs. May it be billing at a Chemist Shop or booking a ticket for a movie in the internet, consumer wants solutions which are convenient to them. This can only be possible in this era of computerisation. Now the computer is an abacus which needs to be fed with instruction, which can only be addressed with a Programming Language. Since the inception of Programming Language like C, C++, COBOL etc., programmers started haunting for a better Language. Then came the mother of all Languages, JAVA which not only eliminated the glitches of the earlier programming languages but also gave solutions to the need of the modern era”.

Basic Features and Advantages of Java those are helpful even today: Primarily JAVA is known for its Object Oriented approach of programming. Now object oriented programming basically means modular, flexible and extensible approach to any problem statement. This is dealt swiftly in Java. Abstraction, Encapsulation, Polymorphism and Inheritance are the aspects of Java which gives way to above approach. Class is an entity in Java which provides the above mentioned features. The Private Data Members are examples of Abstraction and the Member Functions accessing the Data Members is the process of Encapsulation. Method Overloading and Method Overriding are the tools to achieve Polymorphism, which is capable of performing various functionalities under the same nomenclature. Abstract Class and Interface gives the flexibility of choosing Selective Inheritance or complete Inheritance, which enables a programmer to leverage reusability. This is extremely vital for Java developers in developing modern era web applications or desktop applications using Java.

Java for Modern web solutions: Storing data and rendering the data intermittently is an important aspect of programming. For example we have data in a data base and we want to display it on a page. Now we can’t rely on variables to hold those and display, which will become absolute redundant. This is handled generally in Java with the Collection frame work. It provides us Interfaces which can hold the data and based on the requirement it lets us to use the same. Even after gathering the data we might need manipulation like data in ordered/Sorted/Random manner. Java provides interfaces of collection frame work which can also deal with these aspects. Eg. ArrayList(ordered data), TreeMap(Sorted data), HashMap(Random Data) etc. This will definitely help in creating dynamic web applications for the next generation users.

Multithreading is highly efficient feature of Java for big data and heavy user applications: At times we are thrown with challenges which demands parallel execution of operations, few operations are to be prioritized and a few to be just operated on the basis of sequence. Multithreading is one of the aspects of Java, which gives us immense control over this. In a practical situation like we want to manipulate the data in the database in synchronization with the accessing the data. A simple class called Thread or an interface called Runnable can handle this so seamlessly, we can’t even find the difference in execution. It can be used for developing modern forums, social networking sites etc.

Java’s MVC design is simply awesome: Developing Websites is one of the important aspects of this era categorically supported by Java. Java Server Pages aka JSP is the component of Java, which helps developers to create dynamic WebPages for a Website. This enables developers to add Run time display logic in Website along with HTML codes, which helps the developers to process a Display Logic independently. MVC: Model View Controller. This remains the heart of the architecture of any developed/matured application or Website. As the name suggests these are three different layers which help the developer in loose coupling. This essentially means independence in code formation. Model: Data and Method of accessing data. The bean classes and its setter() and getter() created in java are the example of Model. View: This renders the Content. Also once the model is updated it changes the view accordingly. JSP is the View layer. Controller: Action classes are the Controller which takes care of the action initiated by the end user. This MVC pattern of development is seamlessly supported in Java and it works like a boon for the industry.

Implementation of Java in Latest Technologies: In this modern era of paramount data, it’s not only difficult to store data but also to process it. Now we have arrived at a stage where we are not dealing with Gigabytes or Terabytes or Petabytes but in the scale of Zetabytes. The latest technology of the BigData stores data efficiently with an idea called Horizontal Scaling. After storing we need to access the data with an efficient and quick manner. This is handled with a technology called Map Reduce developed by Google. This uses cascaded collection framework of Java for this implementation. The whole world of BigData and Map Reduce is built on Java. Off late people are demanding Zero down Time while accessing systems/websites. So the technocrats has developed a concept called Cloud Computing. Now basically all the applications and websites are hosted on a cloud and worked upon. This basically eliminates any threat of downtime, which could have easily been encountered had it been a localised server/Machine. E.g. SalesForce is CRM platform which runs on Cloud. SalesForce has become the heart of the solution for the CRM these days. Almost all the Java classes are extended or utilized in the development of a SalesForce application. Most of the Portal Technologies like Liferay,Weblogic,Websphere,Webcenter etc are implemented with Java. Content Management Systems like Webcenter Sites or Adobe Experience Manager are also using Java as the programming language. Almost all the Mobile games are developed in Java. The applications available in any of the smartphones these days are developed with Java.

Java for Automation Testing! After successful implantation of Product or Website also we need to test that Product/Application properly in order to avoid glitches. The famous and robust Testing technology in today’s market uses Java for Automation testing. Selenium is one of the renowned and hot Testing technologies in the market now. This gives the opportunity of testing a dynamic site with automation frameworks. These frameworks can be developed in Java, as the API and classes are extended narratives of Java.

Java has always been a popular language since its inception and we don’t see that popularity going down in near future.

At Mindfire Solutions, we have a team of senior Java experts, who have executed over 100 custom java web development projects for our esteemed clients. We have been serving big companies and 1 person start-ups at Mindfire since its inception 15 years before, and we don’t think any task is too small for us, to take up as long as it involves some programming. Please feel free to get in touch with us for your Java needs and we will revert back within one business day.

Java 8 and Its Features That Programmers Love

Java is one of the computer programming languages that are used widely for both web application, and mobile app development. The developers can write Java code once, and run it on multiple platforms without recompiling. So it becomes easier for them to create applications that work seamlessly with a variety of devices and platform. Oracle has released the version 8 of Java with a number of new features and enhancement. In addition to making programmers more productive, the new features further make it easier for them to develop and run a variety of Java programs.

New Java 8 Features that Make Programmers more Efficient and Productive

Lambda Expression and Functional Interface

Lambdas are one of the most important and talked about language changes in Java 8. It enables developers to pass functionality as a method argument. So it becomes easier for programmers to reduce the code clutter by using a single method class. For instance, if the programmer uses lambda expressions to add functionality to a button click action, the code will look both neat and compact. Java 8 further enables developers to define a functional interface that defines a single abstract method.

Nashhorn JavaScript Engine

The latest version of Java also comes with a new JavaScript engine called Nashhorn. The developers can use Nashhorn to write standalone JavaScript application in Java. As the Nashhorn is designed from the scratch, it performs better than other JavaScript engines, while being compatible with ECMA normalized JavaScript specification. The new engine will further reduce the gap between Java and JavaScript.

New Data and Time API

Java programmers often find it daunting to accomplish date and time manipulation. But with modern applications being accessed by users residing in different time zones, data and time management has become critical. Java 8 effectuates date and time manipulation through a new API. The Data and Time API included in Java 8 enables developers to use the package java.time package. The new package includes the methods required for making date and time operations simple and easy.

Extended Interface Declaration

Java 8 further introduces two new concepts to extend interface declaration. Now Java developers can extend interface declaration by using the default or static method. Unlike default methods, the abstract methods need to be implemented. But the abstract methods enable developers to add new methods to an existing interface without breaking the code’s binary compatibility. Thus, it becomes easier for developers to update existing interfaces without affecting the code written for older versions.

Pipelines and Streams

The Stream API introduces functional style programming into Java. The API further helps developers in writing clean and concise code. However, stream needs to be used alongside a pipeline. A pipeline can be defined as a sequence of aggregate operations through which stream propagates elements from a source. The programmers can now use stream and pipeline to access elements from various collections, and manipulate the elements by applying operations on them.

Base64 Encoding and Decoding

While creating modern applications, programmers have to use base64 encoding and decoding to efficiently store and transfer binary data over media. But Java developers have to use third-party tools to effectuate file transfer using base64 encoding and decoding. But Java 8 supports base64 encoding and decoding. So it becomes easier for programmers to effectuate the transfer of binary data without using any third-party tool or API.

Functions to Effectuate Bulk Data Operations for Collections

Java 8 enables programmers to effectuate bulk data operations for collections using two packages, i.e., java.util.stream and java.util.function. Despite being similar to an iterator, a stream comes with a number of additional functionality to process a collection more efficiently. Further, a stream can be used in a serial as well as parallel way. The developers also have option to use several methods and operations, provided by java.util.stream package, including max, min, count, filter, collect, reduce, limit, findFirst and findAny.

On the whole, the developers can avail the features of Java 8 to reduce the time and efforts required for building large and complex applications. However, it is also important for developers to spend some time to understand some of the lesser known features included in the most recent version of the programming languages.

You can get in touch with a Java development company who can help you develop web apps that are stable, scalable and secure. If you would like to hire Java developers India for your web development needs, please contact Mindfire Solutions. We provide Java development services.

How to make a successful career in Java

Why choose Java for your career? Java is the only technology in the industry that has survived for more than two decades with prestige in the industry. This indicates the potential of the technology in IT industry. You might be thinking why I am using technology word for Java instead of language. This is because java is a language that can be used in any domain and any platform in the industry. Hence java can be treated as one man industry. Hence there is a tremendous demand for java developers in the industry in different domains and sectors. Starting from hardware programming to modern smart phone app development can be done by java developers without much hassle. So there is a huge buzz for java in the industry and everyone wants to be a successful java developer at any cost. Let us see few success mantra for java developers.

Understand the core concept if you want to work in mobile industry: If you are trying to success in mobile app development using java then you must understand the core concepts of this technology. In fact to run a java program in any platform you need a java virtual machine or JVM. This is a tiny application that helps in executing the jar file in the hardware. But in modern operating systems like Android or IOS you have to consider a different way since there is no JVM in side. In that case you have to convert your Java development code to the platform compatible format like APK to run on Android platform. Similarly for IOS platform, a different approach is used while you are trying to build an IOS app.

Be strong on the front end development: If you are trying to be an efficient JSP developer then you must learn different tips and tricks for developing enterprise standard web applications in Java JSP. The knowledge process starts from the frontend development techniques. You must learn different frontend scripting languages and libraries for modern web application development. HTML, Java script and other java script libraries like JQuery, Twitter bootstrap etc are must learn things. So you must develop a strong grasp over these technologies so that you can develop industry standard responsive web applications.

Should possess strong command over back end programming! Back end programming contains the core logic and program flow of the application. As a smart java developer, you must possess a strong knowledge on the back end programming. Starting from database management, query optimisation and high degree of security features must be integrated in your application. To achieve these you must acquire enough expertise on these programming skills and should put continuous effort in discovering new and advanced tips and tricks of the language from different sources like website, social gossip etc.

Be passionate for your technology: Above all are useless until and unless you are passionate about your technology; because if you can’t enjoy your coding then you can’t be a good programmer. So you must have a passion for your technology and knowledge to be a successful java developer.

We provide Jsp and Java integration services. If you would like to hire certified Java developer for your web development needs, please contact Mindfire Soltuions.

Java and its stability

Java means performance: Java is the only technology that has spread over almost all domains of the industry. It is everywhere in practical may it be a small set top box or a huge web application. It is spread in all domains like hardware, desktop applications, web applications, embedded system development and gaming consoles etc. What is more? It is also embedded in the new generation smart phones and tablets. This is because java is highly flexible and having tremendous potential in terms of performance and effectiveness. In fact java is platform independent i.e., you can run java application on any operating system or hardware; it just requires a small JVM. So java can be within a small video game device and it can be within a large mother computer.

Java is highly secure: Java is renowned in the industry as a high performance technology. It can develop scalable applications for different purposes of the user. Moreover Java development codes get converted into binary codes and hence it becomes next to impossible to crack a java application. Java applications are highly safe and secure for its exceptional security features. You can develop any type of application like desktop application or web application or hardware application and you will get enough scope to build secure application with different unmatched features of java language. No matter you are in which platform, a good java developer can build highly secure java application without much effort. Moreover it doesn’t need exceptional skill to develop enterprise standard software applications that are not only secure but also efficient and effective. For web developers, you can integrate 128 bit encryption technology to make your server highly secure and protect it from unethical access from hackers.

Most reliable technology: Reliability means how your application behaves under different critical circumstances. In embedded system development there is a special task known as interrupt service routine (ISR) to deal with various unexpected situations for the application. But in software application and web application no such proper guideline is available to deal with critical situations. But java provides enough programming opportunity to develop reliable java application without compromising on the quality of the application. A java developer can build reliable software application or web application for different platforms with the same efficiency and effectiveness. A java developer can develop applications for different platforms like windows, Android, IOS etc as per the requirement of the client. Moreover these applications are highly reliable in their respective places or platforms.

The end product is simply stable!! A programming language that provides enough scope for the developer in developing enterprise standard web applications that are not only efficient and super fast but also future ready is simply amazing. Java developers can integrate modern technologies like HTML5 and CSS3 and they can develop responsive web applications without much hassle. Moreover, cloud technology can also be integrated with java applications for better user experience. So, a technology that produces secure and reliable output is simply called as a stable product.

We provide Jsp and Java integration services. If you would like to hire certified Java developer for your web development needs, please contact Mindfire Soltuions.

List of Java frameworks that are weapons for developers

Why Framework for Java: In modern IT industry, we can’t ignore the importance of web technology. There is a stupendous growth of web development in past few years. We have seen almost all sectors are now depending on the web industry directly or indirectly. There was a time when websites were limited to a specific class of sectors but, with time it is now a passion to launch a website. Moreover, web developers are getting huge demand in the industry. Understanding the situation, many web domain specific languages get born in past few years like PHP, RoR, Python etc. To challenge them, Java which has an undisputed track record in developing desktop applications come up this time with JSP. JSP is for web development projects. There is a heavy demand for JSP developers in the industry because it is extremely fast, reliable and dependable option than others.

But, web developers find it difficult to write thousands of lines of code while developing an application on Java as against hundreds of lines in PHP or Python. To avoid this situation, there appeared many frameworks in Java to build web applications not only faster but also efficiently. Well, web developers or JSP java developers get a tremendous support from these frameworks in developing enterprise standard web applications on the fly. Let us have a look over few industry leading Java web frameworks.

Spring: This is probably the best Java application development framework in the industry. It has MVC architecture at its backbone. It can develop any size web application on the fly. The majority of web developers use Spring framework to develop enterprise standard web applications. The best part is it can take the help of Shale, Grails, Struts to develop even stronger web apps. It takes care a lot about reusability of your codes and hence the developer need not to think much about the coding part rather he will focus on the other prospective of the project.

Struts: It is from Apache group. It is Open source framework for java developers for web development. It has extremely simple structure and hence it has gained a huge popularity among java developers in very fast pace. Web developers can develop enterprise standard modern web applications using Struts framework. The best part is Strut supports better UI and it is extremely fast.

Shale: Shale is a new and modern web framework for JSP developers and it is highly inspired from Java Server faces. It helps in developing modern web applications not only efficiently but also effectively. It has modern features like View Controllers, Application manager, Dialog manager, Remoting etc. Moreover, Java developers can integrate this to Spring framework and hence they can build powerful web applications with the combined power of both spring and Shale.

Eclipse: It is an Open source framework for java developers. It is extremely reliable framework due to its strong history. It is extremely popular IDE to develop client side apps and native apps for modern era smart phones and tablets. The best part is web developers can develop multi platform native apps on the fly using this framework. It also supports other languages like Ruby, C, C++, COBOL etc.

We provide Java website development services. If you would like to hire Java developer for your web development needs, please visit Mindfire Solutions.

Reasons for using Java as modern web application development

Java is regarded as an excellent programming language with respect to the development of cross platform network applications. It boasts of a really great ecosystem in comparison to that of .NET or Objective-C. The developer gets the option of seamless transition of what is written in Java. One also gets the option to carry out scripting in Groovy or JRuby. Therefore, the professionals can take advantage of the powerful concurrency abstractions in Clojure. Moreover, it is free of cost. Thus, it is an economical solution that also ensures fast performance. Its impressive portability lets it to run on almost everything.

Portability

Portability is almost synonymous and acts as a key to this programming language. A program that is being coded with Java will thus run on all devices as well as on all sorts of operating system. Thus with Java, there is hardly any need to go for creation of different releases with parity to different operating systems. Moreover, it has in built security that renders the coding of safe programs easier. C# is also not as portable as Java is and at the same time consists of very few features that Java does not have.

Framework for all types of Applications

It has a suitable framework to meet the requirements of every applications of a developer. Swing or JavaFX for example pertains to simple desktop applications whereas Servlet or JSP EJB to online enterprise or database application. JDBC or Hibernate can be used for database applications.

Thriving community

This programming language enjoys a huge community that actually helps the programmer in the most critical of situations. It has been building wizards that are similar to the help wizard windows one comes across in windows that are ready to offer suggestions as well as hints to the users.

Open source and open to new ideas

The chosen programming language is free as it is an open source. It thus provides the opportunity to a wide variety of modifications and changes. As a result, the expert communities in order to make it easier for the programmer to make changes on a regular basis like that of building new frameworks. Reference can be made of Spring and Hibernate.

Speed, Portability and Security

Java has been able to maintain a good balance between Portability, Security and Speed that stand as the three pillars for its success. These three pillars are crucial to lend support to every programming language. One can draw the comparison between the chosen programming language and C/C++ with respect to these three pillars. C/C++ is really good in terms of portability along with speed but poor in security.

It is highly secure as it operates through several layers of security. It does not offer access directly to the operating system that underlies its functions. Though it slightly affects the speed but ensures strict security. Thereby it creates a healthy balance of the three leading to a successful programming language.

Write once and run anytime, anywhere

Java offers the programmers the freedom to write a function once which afterwards is allowed to run anytime on any device thereby contributing to the exciting feature of platform independence. Java compiler instead of creating an executable file creates a code that is half compiled termed as Bytecode. This Bytecode is then submitted to the Java Virtual machine that is installed in a specific operating system that understands the same. It then processes the same code for running the application.

Efficient Coding Tools

Java has numerous tools to offer for the purpose of efficient coding like Eclipse, Jdeveloper, Netbeans, etc. There is always a rat race going on amongst the tools as which will outsmart the other with respect to the ease of usage along with availability of beneficial features.

Java offers the extended benefits of reflection, sandbox execution, memory management to its users. It provides a more reliable code along with the handling of all related problems for the user. It actually relies on a virtual processor for execution of the code. The memory allocation for example is handled by the garbage collector by freeing memory automatically when not used automatically which in turn helps in enabling the optimization of the memory usage which serves as the ultimate factor in systems characterized by memory constrains.

There is a lot more to Java application development that makes one able to go on writing with the same. The communities have always been developing something or the other to modify as well as enhance the language thereby adding to the ease of the programmers.

We provide Java web development services. if you would like to hire an expert Java developer for your development needs, please contact us Mindfire Solutions.

Why Java for Game Development?

The complex nature of game programming makes it essential for programmer to pick a programming language he is already proficient in. However, he still needs to consider several factors while choosing a programming language for the gaming project. Along with choosing an easy-to-learn language, the programmer also need to check if the language is fast and powerful enough for game development, compatible with game development APIs and libraries, and compatible with widely used platforms and devices. As a powerful object oriented programming language, Java meets all these criterions. There are also several features that make Java the best programming language for game development.

 

What Makes Java the Best Programming Language for Game Development?

 

Easy to Use: Java is much simpler to code and maintain than other programming languages. So the game developers can write, compile and debug the code without putting any extra effort. At the same time, the object-oriented feature of Java enables them to create modular programs and reuse the code. The game developer can rely on Java to curtail the game development and deployment time.

 

Compatibility: Java runs on a virtual machine called JVM. So the Java byte code can run smoothly on various widely used platforms. The feature makes it easier for game developers to create games that run on multiple platforms. As Java is platform-independent at both source and binary levels, it becomes easier for programmers to deploy the game by switching from one system to another.

 

Multithreaded: Most game developers opt for multithreaded programming languages to simultaneously perform several tasks within the game. Many programming language accomplish multithreading through operating system-specific procedures. But Java is designed with integrated multithreaded programming. That is why; it is one of the most effective programming languages to create timer-based game loop system. Also, programmers can avail the multithreading feature of Java to perform multiple tasks within the game at a time.

 

Large Amount of Libraries: The game developers also have option to avail a large collection of Java libraries. They can simply use a specific Java library to accomplish specific tasks without writing lengthy and complex code. Java 8 further enables developers to simplify their code using lambda expressions. The feature further helps them in writing code that is compact, simple and easy-to-maintain. The reduced boilerplate code improves the productivity of developers, while curtailing the game development time.

 

Option to Create Mesmerizing Graphics: Like other applications, games also use eye-popping graphics to keep the users engaged. The quality of the graphic can also have a direct impact on the game’s popularity. Java 8 comes with a graphics toolkit called JavaFX 8. The standard development kit includes innovative UI controls, HTML5 support, 3D graphics feature and embedded graphics stack. So it becomes easier for developers to optimize the overall look, feel and appeal of the video game by incorporating eye-popping images.

 

Java Game Development Tools: The game developers also have option to use several powerful Java game development tools. As Java is used widely for Android mobile apps and games, it also becomes easier for the developers to create games by targeting the most popular mobile platform. Some of the powerful 3-D game engines like jMonkeyEngine have made it easier for developers to create 3D worlds for games that run seamlessly on multiple platforms and devices. As these open source game engines are written in Java, these can be modified by the game programmers without using any other programming language.

 

Despite being used widely for web application development, Java is still considered by many game programmers to be unsuitable for video game development. But you will find several popular notable and popular video games designed using Java. It is always important to evaluate the features of Java according to the specific needs of the game development project to decide the right programming language. You can get in touch with Java application development companies who can help you develop web apps that are stable, scalable and secure.

 

We provide Java web development services. If you would like to hire expert Java developer for your development needs, please contact us Mindfire Solutions.

Java Versions – Features & Enhancements

Java, the software platform developed by Oracle has undergone a series of modifications as well as improvements, since the development of JDK or Java Development Kit version 1.0. All these modifications have seen the addition/incorporation of new features and enhancement of the existing ones, with a view to provide value added service to the users. Let us discuss some of the features as well as enhancements that the platform has undergone over the last few years.

However, before we get into the features, let us run through different versions of Java that have seen the daylight over the years. The endeavor of the language started in the year 1996 with the introduction of Java 1.0. The first version was followed by version 1.1 in 1997 and 1.2 in 1998. The subsequent years saw the introduction of versions 1.3, and 1.4 in 2000 and 2002, respectively. Years 2004 and 2006 saw the introduction of versions 5 and 6 respectively, while version 7 was introduced in mid 2011 followed by the version 8 in mid late 2012.

 

Speaking about the new features or enhancements, let us start with Spring Framework 4.0 that was introduced in 2004. The platform has seen major modifications since then. For example, Spring 2.0 version came up with XML namespaces along with AspectJ support. On the other hand, Spring 2.5 version featured configuration that is mainly annotation-driven. Again, Spring 3.0 was rich in a solid J 5+ foundation across its framework codebase along with certain other features like @Configuration model, that is mainly based on Java.

 

When we say that a configuration is annotation-driven, it means that it is a typical type of annotation wherein a certain type of processing is used that provides all the meta-data or configuration information in the J based source file.

 

The next in the line was version 4.0 that provides a full support for version 8. Yet, this also allows the use of Spring with the older versions as well, though for that the user would need at least SE 6.

Again, when we come to version 4.0, we see that many classes as well as methods have been removed.

 

On the other hand the Spring 4.0 Framework comes up with a number of features that are supported by the version 8. Still, Spring has retained its compatibility with the previous versions of Java application Development Kit and Java. The bottom line is that it is pretty difficult to describe all the features or the enhancements of the language versions. Yet, let us get into a synopsis of them. JDK version 1.1 came up with JDBC (Java Database Connectivity), inner classes, Java Beans, RMI (Remote Method Invocation), Reflection.

 

J2SE Version 1.2 has come up with Collections Framework, Just In Time (JIT) compiler, Java String memory map for constants, Jar Signer to sign Java ARchive (JAR) files, Java Foundation Classes (JFC) consisting of Swing 1.0, Drag and Drop, and J 2D class library, CLOB, sets of scrollable result, batch update, BLOB, user-defined types of JDBC, J Plug-ins, Applet Audio support.

 

JDK Version 1.1 comes up with J Database Connectivity, Java Beans, Reflection, Remote Method Invocation. J2SE Version 1.4 features XML Processing, J Web Start, J Print Service, Assertions, JDBC 3.0 API, Chained Exception, Logging API, Preferences API, Assertions, Image I/O API, Regular Expressions, IPv6 Support.

 

J SE 6 contains Scripting Language Support, J Compiler API, JDBC 4.0 API, Pluggable Annotations, Integrated Web Services, integrated Web Services. LDAP support, Java GSS, Kerberos, Native PKI.

 

J SE 7 features Automatic null Handling, Binary Literals, underscore in literals, Diamond Syntax, J nio Package, Dynamic Language Support, Type Inference for Generic Instance Creation, Handling of Multiple Exceptions, Strings in switch Statement.

 

J SE 8 features include TLS SNI, Parallel operations, Concurrent Accumulators, Type Annotations, Nashhorn JavaScript Engine, Default Methods, Type Annotations, Date and Time API, Lambda Expressions, Pipelines and Streams.

 

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Why is Java the Preferred Language when It Comes to Banking Applications?

Several reports have highlighted that a large number of financial institutions and banks rely on Java as a high performance programming language to build mission-critical financial applications. Unlike other financial applications, banking applications need to be modified and updated frequently to meet the most recent guidelines issued by the Central Bank. At the same time, the banking applications also need to be scaled regularly to meet Service Level Agreement (SLA). As Java is designed to have minimum implementation dependency, it becomes easier for the banks to maintain and scale their applications in a flexible way. There are also a number of factors that make Java the preferred language for building banking applications.

What Makes Java the Preferred Language for Banking Application Development?

 

Platform Independent

The compatibility of a banking application will have a huge impact on the user experience. The financial institutions opt for a programming language that makes it easier to move from one computer systems. In addition to allowing enterprises to easily switch from one computer system to another, Java further enables them to run the same program smoothly on multiple systems. As the programming language is platform-independent at both source and binary levels, it becomes easier for the developers to optimize the banking application’s compatibility.

 

Multithreaded

As a banking app has to perform a number of different tasks at a time, it becomes complex and complicated. The developers rely on Java as it is a multithreaded programming language. It can be seamlessly integrated into systems, procedures and applications. Unlike other programming languages, Java does not enable multithreading by relying on operating system-specific procedures. Thus, the banking application can be integrated seamlessly with third-party services, systems and applications.

 

Facilitates Distributed Computing

Nowadays, most banking applications are being deployed in a distributed environment. So programmers have to explore ways to simplify distributed computing. Java comes with networking capability that is integrated into it. So it makes it easier for developers to adopt distributed computing. The programmers can use Java to write network programs just like sending and receiving data to/from a file.

 

Reliable and Secure

Java is also considered as one of the most secure and reliable programming language for creating financial apps. As it emphasizes on checking errors during the early stages, it becomes easier for programmers to deliver a flawless application. Java compilers can effectively identify the problems that will appear during the execution time in other languages. Likewise, Java language, runtime environment, compiler and interpreter are designed with features to optimize the security and accessibility of banking apps.

 

Adopt Cloud-Based Technologies

A constant increase is noted in the number of financial institutions adopting cloud-based technologies to curtail hardware cost. As a server side programming language, Java enables enterprises to switch to cloud computing without any hassle. While developing a banking application, the enterprise Java developers need to concentrate on where the code will be deployed. They only need to ensure that the code passes the required unit tests. Thus, Java helps enterprises in launching banking apps with virtual infrastructure.

 

Easy to Update Applications

As noted earlier, in comparison to other financial apps, banking applications need to be updated more frequently. Whenever there is a change in the Central Bank guideline or Service Level Agreement, the banking app needs to be updated to incorporate these changes. Further, the banking applications must be modified immediately to implement the changes without any delay. In comparison to other programming languages, Java programs can be written, compiled and debugged in a quick and hassle-free way. Thus, Java makes it easier for programmers to update the banking apps without any delay.

 

Many enterprises even opt for Java while creating banking application to save money. As Java is an open source technology, it can be used without paying licensing fees and royalty to Oracle. The open source nature makes it easier for small financial institutions to launch banking applications that delivers richer user experience, without requiring customers to pay additional fees.

 

You can get in touch with Java application development companies who can help you develop web apps that are stable, scalable and secure.

 

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