Yhc Core to Javascript Converter (ycr2js), is aimed to create a tool that generates Javascript out of a binary Yhc core file which is the output of the York Haskell Compiler. Since that Javascript might be interpreted by a Java-based engine, Haskell could be executed on a JVM.
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The York Haskell Compiler Core to Javascript Converter (ycr2js) is aimed to create a tool that generates Javascript out of a binary Yhc core file. The Yhc compiler generally produces a binary bytecode file (usually named with .hbc extension) for each Haskell module compiled. These bytecode files are to be interpreted by yhi, a command-line bytecode interpreter. The ycr2js program reads the binary core file specified (.yca or .ycr), and performs conversion of Haskell functions compiled into Core to their Javascript representation storing the generated Javascript code in a file. Resulting Javascript may be embedded on a (X)HTML page to be loaded into a Web browser. yakacompilateur is a compiler for a simple imperative programming language with french keywords. The xUmlCompiler is an executable UML environment which turns data models specified with UML into executable classes. xRuby is a Ruby to Java compiler which compiles Ruby source code (.rb) to Java bytecode (.class). This is a list of programming languages for the Java virtual machine aside of Java itself and for Javascript execution. The source code of a program executed in the Java VM has to have a syntax different to Java to be included in this list. This list is manually compiled from the net. Most of the descriptions are edited parts of the documentation supplied at the respective sites. This site now integrates the formerly separate site Programming languages for JavaScript. You find all JVM languages as the category JVM Language and all Javascript languages under the category JavaScript language. For comments and corrections, or to propose something to be included in the list, please send a mail. I do not take any guarantee about the quality of software referenced here. Use at your own risk. Links that currently point to nowhere now carry a webLISP is an experimental Implementation of reflective functional Programming. It contains a very simple Lexer and Parser for a lambda-calculus language in lisp-syntax. The Lambda terms are compiled to variablefree Combinator Graphs. The virtual Graph-Reduction-Machine that reduces the Combinator-graph distinguishes between strict and non-strict operations. Strict operations have to be evaluated even if we obey lazy evaluation and can thus be evaluated in parallel to the main computation. The parallel computations are added to a global task pool, which is maintained by a stochastic scheduler. In addition to this basic implemenation a special Combinator P is introduced which performs an asyncronous parallelism of two given applications. The Virgil Programming Language is designed for building robust, flexible, and scalable software systems on embedded hardware platforms. Virgil builds on ideas from object-oriented, statically typed languages like Java, providing a clean, consistent source language. Its compiler system provides an efficient implementation for resource-constrained environments. |
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icon. I want to say a big thanks to all those people that pointed me to new systems to include here. It is amazing that not only the authors themselves help to keep this list as complete as possible, but also people that come across something interesting.