GWT Designer for Java Developers

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Are you so bored to coding interfaces using swing in Eclipse and You won’t use Net Beans cause NB turns your interface code in a trash ? Your problems are solved with this plugin! I’ve already used some Eclipse plugins to do interfaces using swing, but the GWT is the best. For keeping your code clean.

GWT Designer is built as a plug-in to Eclipse and the various Eclipse-based IDEs (RAD, RSA, MyEclipse, JBuilder, etc.). The plug-in builds an abstract syntax tree (AST) to navigate the source code and uses GEF to display and manage the visual presentation. Using WYSIWYG layout tools, you don’t need to write any lines of java code – the code will be generated for you by GWT Designer.

 

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C# for JAVA Developers

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I’m studying these languages at same time. I need to some resources for it. Here a list of resources on the web which are helping me.

There are also a few significant differences between the two languages. Because the developers of C# had the advantage of carefully examining Java while developing their language, it is not surprising that some of the differences attempt to address significant problems that are difficult to deal with in Java.

The major features C# has in common with Java include garbage collection, a virtual machine, single inheritance, interfaces, packages (called namespaces), and the fact that all code is encapsulated within objects.

Links:

The C# Programming Language for Java Developers

JAVA vS C#

A COMPARISON OF MICROSOFT’S C# PROGRAMMING LANGUAGE TO SUN MICROSYSTEMS’ JAVA PROGRAMMING LANGUAGE – By Dare Obasanjo

NAS Parallel Benchmarks

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What are Benchmarks?

a benchmark is the act of running a computer program, a set of programs, or other operations, in order to assess the relative performance of an object, normally by running a number of standard tests and trials against it. The term ‘benchmark’ is also mostly utilized for the purposes of elaborately-designed benchmarking programs themselves.

The NAS Parallel Benchmarks (NPB) are a small set of programs designed to help evaluate the performance of parallel supercomputers. The benchmarks, which are derived from computational fluid dynamics (CFD) applications, consist of five kernels and three pseudo-applications. The NPB come in several “flavors.” NAS solicits performance results for each from all sources.

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Deadly Diamond of Death

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The designers of Java avoided multiplhe inheritance. Replacing it is multiple conformance to interfaces. In Java, there is a structure called an “Interface”. A Java interface is almost identical to a C++ class that has nothing but pure virtual functions. In Java you cannot inherit from more than one base class. However you can “implement” more than one interface.

This UML  diagram shows four classes arranged in the diamond structure that creates the need for virtual inheritance. Both of the classes B and C inherit from class A. D multiply inherits from both B and C. Two problem arise from this. First, which implementation of the ’f’ function does D inherit? Should it inherit B::f() or C::f(). In C++ the answer turns out to be neither. D::f() must be declared and implemented. This eliminates the ambiguity, and certainly this simple rule could have been adopted in Java.