Projects tagged ‘compiler’ and ‘virtual_machines’

LLVM is a robust system, particularly well suited for developing new mid-level language-independent analyses and optimizations of all sorts, including those that require extensive interprocedural ... [More] analysis. LLVM is also a great target for front-end development for conventional or research programming languages, including those which require compile-time, link-time, or run-time optimization for effective implementation, proper tail calls or garbage collection. We have an incomplete list of projects which have used LLVM for various purposes, showing that you can get up-and-running quickly with LLVM, giving time to do interesting things, even if you only have a semester in a University course. We also have a list of ideas for projects in LLVM. [Less]

Squeak is a modern, open source full-featured implementation of the powerful Smalltalk programming language and environment. Squeak is highly-portable - even its virtual machine is written entirely in ... [More] Smalltalk making it easy to debug, analyze, and change. Squeak is the vehicle for a wide range of projects from multimedia applications, educational platforms to commercial web application development. [Less]

This project is a platform allowing to develop and execute algorithms using Turing machines. Its parts are : * A language specification * A Runtime environment specification * An implementation ... [More] of a compiler in Java * An implementation of a virtual machine in Java Feel free to visit the website for more informations and to participate. The only aim of Gnieh Turing is to learn more about compilers and virtual machines. This project is made for educational purpose [Less]

SP-Forth is a Forth compiler, developed in Russia, and the basis for some other open source work. It is not 'Mostly written in Perl' (this is a bug of Ohloh :). It written in FORTH.

This is the source management site for the Slate programming language.

TurboVM is a small and simple virtual machine, intended as a compilation target for programming languages. TurboVM uses bytecode with a RISC instruction set designed for easy and fast generation and ... [More] interpretation, as well as flexibility (i.e. it does not impose a certain paradigm like many other VMs). Bytecode can be interpreted or compiled to native code (currently via C). Some speed tests indicate that the bytecode interpreter runs about a factor 15 to 30 slower than native programs, whereas compiling the bytecode yields performance equal to or close to that of equivalent programs written in C. [Less]