Java is a powerful, widely used object-oriented programming language. The Java platform provides a comprehensive class hierarchy willing to so supports the creation of networking, graphics, database applications regardless of operating system. By the virtual machine of the runtime environment, the programs are platform independent. The aim of this basic course is to build a solid understanding of the architecture of Java applications. Using many programming examples and instructions for the ambitious Java beginners is mixed with little previous knowledge in a position to write small programs themselves and deepen their knowledge independently on.
Chapter 1 Java is presented and the Eclipse development environment is established. In addition to some theory, there are first simple examples.
Chapter 2 describes the main constructs of language, such as data types, expressions and statements and control structures and loops.
Chapter 3 deals with the concept of object orientation. For this, the differences between static and dynamic objects are explained, the possibilities identified by the use of encapsulation and inheritance and interfaces, packages and Generics presented.
Chapter 4 provides methods before the treatment of exceptions and errors by means of exception handling.
Chapter 5, the Collections Framework, a lead that offers flexible and powerful ways to manage large amounts of objects in lists and maps.
Chapter 6 deals with the basics of thread programming. This is about solutions to problems that may arise when multiple threads need to access the same objects.
Chapter 7 describes the basics of graphical application programming in Java based library Swing and its components. The course ends with a final application example in which many of the techniques learned once again be used.
Chapter 1 Java is presented and the Eclipse development environment is established. In addition to some theory, there are first simple examples.
Chapter 2 describes the main constructs of language, such as data types, expressions and statements and control structures and loops.
Chapter 3 deals with the concept of object orientation. For this, the differences between static and dynamic objects are explained, the possibilities identified by the use of encapsulation and inheritance and interfaces, packages and Generics presented.
Chapter 4 provides methods before the treatment of exceptions and errors by means of exception handling.
Chapter 5, the Collections Framework, a lead that offers flexible and powerful ways to manage large amounts of objects in lists and maps.
Chapter 6 deals with the basics of thread programming. This is about solutions to problems that may arise when multiple threads need to access the same objects.
Chapter 7 describes the basics of graphical application programming in Java based library Swing and its components. The course ends with a final application example in which many of the techniques learned once again be used.
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