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Java jobs in perm and contract basis. Ardekay specializes in the mediation of Java developers in Architecture, Design and Development and Testing. What is Java? The Java programming language is used by eg websites, applications and games. Often, Java must be installed before a game program or application can operate quickly and safely. The coding language is constantly evolving and that makes it as a Java developer challenging, since we still have more to do with applications, technology and safety. There are also joyfully labor market opportunities, for specialized Java developers have to work for the taking. Did you know that runs on 97% of business desktops Java? That 3 billion mobile phones have Java and this is realized by nine million Java developers? are you ready for a new step in your career as a Java developer? What does a Java developer? A Java developer adheres among other things, the development of applications such as computers, laptops, games consoles and mobile phones. The design and development of an application can be covered by the work of a Java professional. A Java specialist focuses among other things, the following activities: • Develop new and advanced Java software • By developing existing Java programs • Increase the backend of businesses • put Controlling data flows and relationships between different data records Java job Architect within the Architecture example, you can think of developing new software in almost all industries. Java jobs in Design for Java jobs within the design you have to think building new features and applications include web sites, games consoles and mobile devices. Java jobs in development within development you can think of developing new applications and software, but also to the further development of best-reaching programs. Check all here Java jobs> >


What is a Java developer?

A Java developer (also called Java programmer or Java developer ) is someone who is responsible for the software of various (web) systems in the Java programming language.

What is Java?

Java is a programming object oriented (OO briefly, to the English Object Oriented). This implies that a system is made up of objects.For example, an object is a particular file, a text or a list of data. The great thing about an object oriented environment, an object properties can 'inherit' a parent object so it can be easily made many variants of a particular object. The objects may differ from each other, but nevertheless belong to the same category and thus have certain features in common.

In order to make the process of inheriting somewhat transparent, you can take to compare an actual object from the real world, for example a banana. A banana falls into the category of fruits, like apples, pears and strawberries. Fruit falls into the category of food.Since the connecting feature of this category of the 'palatability factor', this feature also applies to the category of fruit and for the individual components: bananas, apples, pears, strawberries, etc. Within Java works basically the same: there are defined classes which objects may belong. This way you do not have for each component separately formulate any data, but take the objects automatically on certain properties.

Java is widely used on websites (via a Java plug-in), computer games, mobile phones and servers. It is a platform independent language, meaning that it functions on any computer, regardless of operating system (Mac, Windows, etc.). As for the Java syntax is largely based on the C ++ language, though a smaller class library than Java.

Moreover Java is not the same as JavaScript: these are two separate languages ​​between which exist some differences. Thus, JavaScript, unlike Java, a scripting language. In addition, JavaScript code can only be executed in a browser, while Java applications allows that can be executed in a virtual machine. Furthermore, JavaScript knows only objects, not classes.

What does a Java developer?

In general functions of Java developers are as follows:

  • Designing and deploying Java applications, such as websites, games or mobile phones
  • Maintain, test and improve existing Java applications
  • In some cases, act as a problem solver in the area of ​​Java-progamme structure
  • Converting clients' wishes into concrete Java solutions

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Where do Java developers?

Java developers work with a wide variety of organizations, generally in a team of several developers. Colleagues have to deal with those Java developers, for example, application managers , software engineers, application developers , web designers, interaction designers and functional designers.

Key Topics: Java developer colleagues where Java developers work.

How to become a Java developer?

To work as a Java developer, you'll generally need an ICT training at college or university level. Examples of relevant programs are:

  • Computer Science (wo)
  • Computing (college / university)
  • Computer Science (HBO / WO)

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Java (programming language)


Paradigm object Oriented
appeared 1995
Designed by James Gosling and Sun Microsystems
Current version Java Standard Edition 8
type System static, strong
implementations javac ( Sun ), gcj (part of GCC), Apache Harmony and others
Influenced by C ++ , Smalltalk , Eiffel , Ada 83 , C # [1]
Influence on C # , D , J # , Ada 2005 , ECMAScript, PHP , Scala
Operating system multiplatform
License GPL / Java Community Process
Website [1]
Portal  portal Icon   Informatica 
Java Platform

Java is an object-oriented programming language . Java is a platform independent language in terms of syntax is largely based on the (also object oriented) programming language C ++ . However, Java has an extensiveclass library than C ++.


  [ Hide 
  • 1History
  • 2Releases
  • 3Use
  • 4Java versus C ++
  • 5Java and JavaScript
  • 6Java vs. .NET
  • 7Java and open source
  • 8Example Program
  • 9See also
  • 10External links

History [ edit ]

Java started in early 90s in a small subsidiary of Sun Microsystems led by James Gosling . That company, First Person (including Arthur van Hoff and Patrick Naughton), had the task: " make something cool " (translated:create something cool ). In the early years the company focused on software for set-top boxes . When some negotiations narrowly failed they started to Java. The working name Oak was chosen when they looked out when searching for a name and as an oak (English: Oak) saw. However, there was already a programming language to exist by that name, so they chose "Java", a reference to coffee . Later they built on this terminology and introduced Java Beans (beans) and JAR archives (Java ARchive) (a jar is a jar).

Initially they wanted to promote Java as a programming language for all kinds of electronic devices such as televisions , remote controls and refrigerators . But when the World Wide Web increasingly gained popularity, Sun figured they their (then still not too popular) language could really use in a Web environment . Thanks to the open specification and the possibility of a Java program as applet embedding in a web page (also called "embedding"), the was hype quickly created.

The use of Java for small devices was a short time later (1997) still achieved with the release of the Java Card technology , which allows smart cards can be programmed in Java. This technique was soon after its introduction in the mobile -World adopted for use in the SIM card . It caught on and in 2005 this Java Technology was used in more than 80% of the issued SIM cards.

The next generation Java then offered the opportunity to run Java Software on servers themselves (in English: "server-side"). This takes the form of servlets , Enterprise JavaBeans , and JavaServer Pages . Especially in this area Java has proven over the years its power and the language is seen as an important environment for web applications. See also Java 2 Enterprise Edition .

Booming, the Java version intended and is suitable for devices with limited processing power, such as PDAs , mobile phones, and - finally - the set-top box. See Java 2 Micro Edition .

On November 13, 2006 Sun gave parts of Java as free open source software under the GNU General Public License (GPL). On 8 May 2007 Sun made ​​the final parts of Java under the GPL, with a few small portions after which Sun is not the copyright has.

When Google was successful with the operating system Android , which can run programs written in Java, Java became popular with developers. This was not to part with the optimized virtual machine Dalvik that is used to run Java programs, allowing Java programs were faster.

Releases [ edit ]

Java has had the following versions:

Release numbercodenameRelease date
JDK 1.1.4 sparkler September 12, 1997
JDK 1.1.5 Pumpkin December 3, 1997
JDK 1.1.6 abigail April 24, 1998
JDK 1.1.7 Brutus September 28, 1998
JDK 1.1.8 chelsea April 8, 1999
J2SE 1.2 Playground December 4, 1998
J2SE 1.2.1 no 30 March 1999
J2SE 1.2.2 Cricket July 8, 1999
J2SE 1.3 Kestrel May 8, 2000
J2SE 1.3.1 Ladybird May 17, 2001
J2SE 1.4.0 Merlin February 13, 2002
J2SE 1.4.1 Hopper September 16, 2002
J2SE 1.4.2 Mantis June 26, 2003
J2SE 5.0 (1.5.0) Tiger September 29, 2004
Java SE 6 (1.6.0) mustang December 11, 2006
Java SE 7 (1.7.0) Dolphin July 28, 2011
Java SE 8 (1.8.0) Spider March 18, 2014

About the numbering of the versions has been a lot to do. After the release of version 1.2 is the second frequently mentioned behind Java, which then resulted in a whole series of books "Java 2 treated" even when it came to version 1.3 or 1.4. From version 1.5.0, there was a double numbering: they talked about Java 5.0, it was about the JRE or Java Runtime Environment. The version number 1.5.0 was referring very specifically to the JSDK or Java Software Development Kit, in other words the development environment. SE stands moreover for "Standard Edition".

Use [ Edit ]

During the 90 Java has become quite popular. In most cases, Java seemed good only for educational use and for web applications, respectively, because of the tight syntax and ability "applets" to build into web pages. Due to slight differences in Java versions between different browsers use is applets never really got off the ground, which has led to the introduction of the Java Plug-in : instead of a Java virtual machine by building in the browser builder, the user can download it self where this is necessary. This is an incompatibility between JVM circumvented's various brands.

Another platform where Java is widely used is the mobile phone. Many devices provide the ability to execute Java programs. These programs must comply with the specifications laid down in the Java 2 Micro Edition standard.

The use of Java programs on servers is more and more increased since the implementation of just-in-time compilation , a big acceleration of the implementation entailed at the level of the Java Virtual Machine, allowing the previously sluggish Java programs were also useful for server applications . In addition contain J2EE - (Enterprise Edition) libraries, a large number of classes for programming (web) server applications communicate with databases and the use of all generic services. Most Internet-based banking services in the Netherlands, for example, now run on Java technology. The open source -contentmanagementsysteem of Dutch MMBase is written entirely in Java.

Java is the simplicity and web-based capabilities also very popular as a programming language for computer games . An example is Minecraft . The development of libraries like Java OpenAL (Joal) and Java OpenGL (Jogl), contributes to the use of Java for computer games. There are also open source libraries developed, such as the Lightweight Java Game Library (lwjgl). The JMonkeyEngine is an engine for the development of 3D computer games in Java.

Java vs C ++ [ edit ]

Java is compiled to byte code for a virtual machine , the Java Virtual Machine (JVM). The JVM is available for many different types of computers. As a result, the compiled byte code platform-independent , i.e., the code can be run on any computer, regardless of theoperating system (such as Windows, Unix, or Mac OS X). There is only one (virtual) platform: the JVM.

C ++ source code (and the source code for C , not the precursor object-oriented C ++) is usually directly to machine code compiled, so the executables run on only one target platform. Java Byte Code, at the last possible moment ( just in time , JIT) compiled to machine language. The dynamic properties of a program are also included this JIT compilation. It may happen that commonly used byte code is compiled again because in a situation shown with a slightly different compilation to be book large speed gains.

This will allow a Java program initially run slower than similar programs that are compiled directly into machine language. In the early days of the Java programming language was the JIT compile still not fully implemented. This allows Java has suffered a serious image problem still persists, although Java nowadays performs competitively.

In addition, Java versus C ++ sometimes regarded as a disadvantage for the C ++ language independent ISO / ANSI committees exist, while Java still seems to be owned by Sun Microsystems . Others claim that there contrast, Java still has the ability to grow, adapt and incorporate new developments, while C ++ by standardization is rigid and thus overtaken on all sides by all kinds of developments.

Java is the programmer better protected against themselves than in C ++ and C. There is no Java pointer manipulation . This is an advantage because of errors in the use of pointers are hard to trace and may even result in the crash of the operating system. On the other hand it is also a disadvantage because it limits the freedom of the programmer.

Another important difference between Java and C ++ is the lack of explicit memory management in Java: Java keeps himself in which objects with the new - operator are created and removed automatically when no more references to those objects. In addition,exception handling regulated more thoroughly and more accurately than in C ++.

Like C ++ supports Java (since 5) also programmed generic . Both Java and C ++ parameterized types exist only for the compiler. In Java, these types replaced by the corresponding, at least specific, non-generic type (eg .: List <String> is List ). In addition, use is made ​​of runtime casting for obtaining specific types. In C ++ generic types are correctly replaced by specialized types. Here it is not possible to write, for example, to a library of parameterized classes that only at runtime to be linked. A List <T> class that is in a certain library must be recompiled if it is parameterized for a type and parameterization thereof is not compiled into the library. That is why STL , the standard library of C ++, almost exclusively in header files defined: the application that uses STL, will have to compile their own versions of the classes.

Some Java is a somewhat clearer language than C ++, but that's a matter of taste: writing totally incomprehensible programs with C (++) easier than with Java. Many C ++ - programmers miss things that are deliberately omitted in Java as destructors , operator overloading and pointer manipulation. They complain that the garbage collector is not fast enough release the unused objects.

Java and JavaScript [ edit ]

Many people confuse Java with JavaScript , but in fact have to do the little two languages ​​together. Although both languages ​​at first sight similar in syntax similar, there are major differences:

  • Feasibility: JavaScript is intended as a scripting language and is therefore often interpreted . Java is compiled into byte code first and then executed by a virtual machine (VM).
  • Relation to browser: A scripting language often serves as a tool in a program. In the case of a browser, JavaScript serves as a means to manipulate static web pages. However, Java applets are separate programs, in principle, have no connection with the web page in which they appear: turning them into a kind of "sandbox" (sandbox) where they can not get out. Signed Java applets do not have this sandbox.
  • Strong-typed vs. Weakly-typed : JavaScript does not strongly typed variables, which means that every declared variable each data type can contain. Java must first indicate what data type can contain a variable, and if the wrong data type is assigned to a variable, it is made ​​at compile time reporting. When programming small, simple applications reduces the need not specify data types, the complexity of coding, JavaScript and therefore more suitable for short, small applications. In large applications, the importance of strong types much larger because the programmer enables early to detect errors relating to misuse of data types and unnecessary conversions can between themselves in hand.
  • Static typing vs. dynamic typing : JavaScript is dynamically typed, Java is statically typed. This is to say, type checking in Java takes place during compilation, and in JavaScript at runtime .
  • Object Model : has Java classes , JavaScript only has objects . Java also has an object model based on class inheritance , JavaScript Object Model is based on a prototype inheritance . Further support JavaScript duck-typing , unlike Java.

Java vs. .NET [ edit ]

The concept of the virtual machine (VM) is older than Java itself. In the 70s there was the P-Code -virtuele machine Pascal program to perform at platform independent with. Even Microsoft later created his own virtual machine: the Common Language Runtime or CLR, the base of .NET . The big difference, however, between the Java VM from Sun and Microsoft CLR is that Sun can run on different operating systems, while Microsoft is limited to the various Windows versions of Microsoft. As there are now by the open source community a number of successful .NET -runtimes for Linux released, which Mono is the best known, with which .NET code can run on other operating systems.

Java and open source [ edit ]

Java is often mentioned in connection with open source and open standards , and on November 13 2006 Sun Microsystems announced release of Java under the GNU General Public License .

Sun already had the management of the Java platform in the hands of an independent organization, the Java Community Process (JCP). This partnership of Sun with other companies, institutions and individuals determine which APIs and other standards must be integrated into the platform. The JCP determines the direction of the core platform itself - which classes are included in the standard library and what changes are made ​​to the language itself. About changes in the core platform Sun, however, has a veto within the JCP.

Sun has then released a Java Development Environment, Netbeans, which is released later in the open source community and is now being further developed by an open source community and managed. Also in the open source world to find a lot of tools and software for Java and / or written in Java, which are released under one of the many open source licenses.

Preview Program [ edit ]

The famous " Hello World " program in Java can look like this:

public  class  HelloWorld  {
                    public  static  void  main ( String []  args )  { 
                    System . out . println ( "Hello, world!" ); 

On a website (an " applet ") it looks like this:


Java Programming / Introduction

< Java Programming
  Java Programming 
Basic →



Java Programming In development.  Revision Date: unknown

  1. introduction Moderately developed.  Revision Date: August 22, 2008
  2. Base Well developed.  Revision Date: November 24, 2007
  3. Export & In development.  Revision Date: November 24, 2007
  4. string Operations In development.  Revision Date: November 24, 2007
  5. arrays Yet virtually nothing.  Revision Date: November 24, 2007
  6. Collections Yet virtually nothing.  Revision Date: November 24, 2007
  7. exceptions Moderately developed.  Revision Date: November 24, 2007
  8. Generics Yet virtually nothing.  Revision Date: November 24, 2007
  9. built-in functions Yet virtually nothing.  Revision Date: January 20, 2007
  10. Multithreading Yet virtually nothing.  Revision Date: January 20, 2007
  11. GUI In development.  Revision Date: November 24, 2007
  12. JSP: JavaServer Pages Moderately developed.  Revision Date: November 24, 2007


  1. classes Well developed.  Revision Date: November 24, 2007
  2. Inheritance In development.  Revision Date: January 20, 2007
  3. advanced classes In development.  Revision Date: November 24, 2007

design Patterns

  1. strategy Pattern Yet virtually nothing.  Revision Date: December 26, 2010


  1. Appendix A: Installation In development.  Revision Date: November 24, 2007
  2. Appendix B: Javadoc In development.  Revision Date: November 24, 2007


Welcome to the course Java programming! In this course you learn how to write simple utilities in the Java programming language. This base is sufficient to proceed to the advanced parts of Java.

Before you can start the course, you must install the Java Development Kit, also referred to as JDK. This allows you to build your programs. See Appendix A for more information on how to install the JDK.

This introduction gives you some more information about the concept of object-oriented programming, also known as OO (Object Oriented) Programming said, about the special features of the Java language, and how to create and implement self-made programs in general.

OOP [ edit ]

To a computer program , ie different instructions put together in a program , one had used a lot of work. A computer works namely binary, ie ones and zeros. To write a program so they had to put a long series of ones and zeros in succession. However, this is a very time-consuming, and the result was that there were not many programs and writing a new program took a lot of time. Therefore, one has the programming language invented, which makes programming easier.

One tries to make programming languages ​​as simple as possible, and at the same time to ensure that they have the greatest possible efficiency. This is done by analogies to stabbing with reality in a programming language. A program should not only run well, but also to be understood easily. Therefore, one has invented the programming object-oriented (OO).

The central concept in OO is the object. To give an example of an object, look around you. What do you see? A pen, a desk, a piece of paper ... These are all objects . In the same way, objects are used in a OO-language.

Moreover Objects properties inherit . To demonstrate the principle of inheritance, as you look at a bowl of fruit. What do you see? Apples, pears, oranges, ... All these "objects" may fall under the "fruit" denominator. Then fruit falls itself again under the heading of "Food". Food has a great feature: it can be eaten. Fruit inherits about this property. An Apple also inherits this feature on, and the result is that you can eat the apple. A similar principle is applied in OO. The parent object, which inherit all objects, is called accidental or even object.

Objects in OO can be quite realistic, as in the example of the fruit, but they can also be more abstract, such as a list, a piece of text, a file, an open network connection ... When you create objects, always try the analogy to take account of the fact in mind.

It is impossible to grasp objects out of nothing. So that in an OO language. To create objects, you must first write a blueprint for that object, a class . This is what you do in the programming language, in this case Java. In this class, you define what a given object can, and do, and then there are endless objects can be created. To return to the example of the fruit: once you know how to "create" an apple, you can endlessly "do" a lot, with different sizes, colors and even different flavors! This is to program the power of object-oriented programming.

Compile and the power of Java [ edit ]

As stated earlier, a computer only understands ones and zeros. So how can a computer ever run a program in a programming language with complex things like objects? The answer is quite simple: before you can do with a program, the code must first be converted to ones and zeros. This process is called compiling .

In a "classic" programming language such as C ++, the program code is converted to code immediately understood by a computer. This is of course easy, because there is no additional program is required in order to execute the code.But this does mean that code written for one system (eg. Microsoft Windows) does not work on other systems (eg. Apple Mac OS or Linux). There must therefore be compiled separate versions for those systems, and often the code should be changed first because these systems work differently.

With Java, it is intended to make platform independent programs. That is, a program that you make at home will run in Java on your system, but also on other operating systems like Linux or Mac OS X ...

Java solves this problem by using a compiler which, while creating a binary file, but where the jobs still are platform independent. In place of the source code to be converted directly to machine language, such as C or C ++, etc., the case is. This has the result that the Java compiler no stand-alone makes executable file (an .exe under Microsoft Windows). Instead, the Java compiler compiles a file in byte code. This file is then read by an interpreter ( Java Virtual Machine , JVM) to be installed on any platform where Java programs must run on. The JVM reads the byte code, interprets the commands and then executes the program.

\ Mbox {Java program} \ rightarrow \ mbox {byte code} \ rightarrow \ mbox {machine language}

The JVM is indeed dependent on the platform, but is available for many different systems, is free and only needs to be installed.

Executing bytecode is admittedly slightly slower than the average native program, or a program that is written specifically for one system (Microsoft Windows an .exe), but this is hardly noticeable in everyday use. The advantage is that you are not dependent on decisions made by the software developer to whether or not to develop a program for your system.

By Friso Weijers , Friday, May 22, 2015 19:15 , 129 comments  
Submitter: Speeder

Java includes Saturday twenty years. James Gosling in 1991, began the project that would lead to the programming language, but only on May 23, 1995 the language was officially released to the general public. Java is one of the most popular programming languages ​​in the world.

Java began in 1991 as a project of Sun Microsystems, a company founded in 1982 which was adopted five years ago by Oracle. The secret "Green Team," whose founders Patrick Naughton, Mike Sheridan and James Gosling, had to predict future developments in the computer industry. They concluded that computers for consumers could take a great flight. The team therefore developed a prototype controller for home entertainment devices such as cable boxes. The box turned on a new programming language: Oak, developed by Gosling.

Cable companies were not interested in using the technology, so the Green Team turned its attention to the fledgling Internet. That had no opportunities for dynamic content yet. Oak, of which the name was changed in 1994, after a trademark issue in Java, which was able to provide by means of the web page embedded in applets. The language was therefore quickly became popular on the Web, in part because the then dominant Netscape browser supported him from the public release of Java on May 23, 1995.

Very earn accordingly in the early years was a Dutch programmer named Arthur van Hoff. He was the Java team responsible for the compiler, and has had a major impact on the final specification of the language.When Java was finally used as a language for the Web  was he there also closely involved.

On the Internet, the language eventually was superseded by Adobe Flash and HTML5 and javascript later.The many platforms suitable programming found new applications in the enterprise market because of its power and applicability. Sun continued to develop the language. Thus, the second generation Java offered the possibility to run applets on itself as a web application servers, while mobile phones and PDAs got their own version in the form of the Java Micro Edition. In 2007, the source code of the whole language was released, after earlier parts of the language according to an open source license were released.

Java is used today by nine million developers; the language running on about seven billion devices. Java is one of the most widely used programming languages ​​in the world, and is used in addition to science and business purposes for computer games like Minecraft. Many Android apps are based on Java. Oracle and Google  are about still over in the clinch in the courtroom, because Google for its own Java implementation parts of the code and structure of Oracle APIs. That case is now before the US Supreme Court.

Oracle is now responsible for the development of Java, which is now at version 8 landed . Java 9, to be released in 2016, the language is modular and therefore more flexible. Oracle has an online timeline  put in honor of the twentieth anniversary of Java; besides it until the end of this year off Java certificates for programmers.

Working as Java Developer


Professional Java Developer

JAVA Developer develops software for various systems. JAVA Developer works with this programming language JAVA. Java can be used for various systems. So Java can be used for complex computer systems but also for smaller applications JAVA ideal. JAVA Developer has a thorough knowledge of this language and knows how to apply them correctly.

The Java developer is involved in the entire process. Both the development of the system, testing, and the final implementation. JAVA Developer go through all these steps and will post implementation also remain concerned by identifying and solving problems within the developed system. JAVA Developer often works on this together with a team of developers and knowledge sharing within the team is important to achieve the best performance.

The JAVA Developer can be operative for a company which is itself the systems develops and maintains. In addition, the Java Developer may also work for a company which develops systems for others. The Java Developer will then work for a client who gives the order. Often then worked on site at the customer.

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To be able to work as a Java Developer is often asked for training in ICT on HBO or WO level. In various ICT courses are programming languages ​​like JAVA discussed. There are also specific courses and training to learn the programming language JAVA. These can be followed (in addition to training in ICTs) to work as a Java Developer. Often these types of courses and training programs are also offered by the organization in order

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