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Tuga is a small, opinionated, statically-typed scripting language that is oriented around OOP and getting things done. It has some aspects of Ruby, Python, Java, and ECMAScript but aims to be better than all these at building large-scale systems while still being good for quick scripts. Pooi is an object interpeter. The employment of Pooi, from a didactic perspective, is interesting for students in order to check the behaviour of a prototype-based object-oriented system. Stab is a multi-paradigm programming language designed for the Java Virtual Machine. It features JVM compatibility, implicitly typed variables, delegates, Lambda expressions, iterator blocks, Extension methods, properties and indexers, anonymous objects, language integrated queries and automatic resources management. OpenT is a 99% Object Oriented Turing (OOT) backward compatible programming language. The xUmlCompiler is an executable UML environment which turns data models specified with UML into executable classes. javachatty is a Smalltalk dialect with complete Java integration. PROLOG+CG is a logic programming language that integrates PROLOG, Conceptual Graph, Object-oriented programming and JAVA The mini-language Klasy is a simple object language. jklasy is a Klasy to java bytecode compiler. More on Klasy language can be found in Henry F. Legard book, “The Little Book of Object-Oriented Programming”. Fantom is a modern general purpose, strongly typed programming language similar to Java and C# with a succinct type model and rich libraries. Being a typical hybrid language it integrates object-oriented and functional programming features with a strong focus on simplicity and efficency. Includes a module system for platform independent applications as well as handy build, test, and documentation tools. Compiles to JVM-bytecode, .NET CLR code, or JavaScript. (thanks to Jörg Staudemeyer for the description) The Java Modeling Language (JML) is a behavioral interface specification language that can be used to specify the behavior of Java modules. It combines the design by contract approach of Eiffel and the model-based specification approach of the Larch family of interface specification languages, with some elements of the refinement calculus. |
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