This page is intended to list all current compilers, compiler generators, interpreters, translators, tool foundations, etc. An online compiler/interpreter for a large number of commonly used languages is available at [1].
Free Pascal [Pascal] [DOS/Linux/Windows(32/64/CE)/MacOS/NDS/GBA/..(and many more)]
Roadsend PHP [PHP 5] [Linux, FreeBSD, Windows, Mac OS X]
GCC [C, C++ (G++), Java (GCJ), Ada (GNAT), Objective-C, Objective-C++, and Fortran (GFortran). Also available, but not in standard are: Modula-2, Modula-3, Pascal, PL/I, D, Mercury, VHDL] [Linux, the BSDs, Mac OS X, NeXTSTEP, Microsoft Windows and BeOS, among others]
libJIT Just-In-Time compilation library, a library by Rhys Weatherley, Klaus Treichel, Aleksey Demakov, and Kirill Kononenko for development of Just-In-Time compilers (JIT) in Virtual Machine implementations, Dynamic programming languages, and Scripting languages.
Research compilers are mostly not robust or complete enough to handle real, large applications. They are used mostly for fast prototyping new language features and new optimizations in research areas.
MILEPOST GCC: popular interactive plugin-based open-source research compiler that combines the strength of the production quality stable GCC that supports more than 30 families of architectures, multiple languages and can compile real, large applications including Linux, and the flexibility of the common Interactive Compilation Interface that transforms production compilers into interactive research toolsets. It is the first production compiler that features interactive plugin framework and machine learning engine to be able to adapt to any architecture automatically and predict profitable optimizations. It has been originally developed during 2006-2009 by the MILEPOST consortium including IBM, INRIA, University of Edinburgh, ARC and CAPS Entreprise. Since 2009, MILEPOST GCC is a part of the community-driven Collective Tuning Initiative to improve the quality and reproducibility of the research on code and architecture optimization, develop collaborative research infrastructure with unified interfaces and common optimization repository and boost innovation.
Programming Without Coding Technology (PWCT) A specialist innovative technology wherein the programmer need not write code but can visually specify every functional aspect of the program similar to flowcharts and algorithms. PWCT include (Mahmoud Programming Language, RPWI Environment & DoubleS [Super Server] Programming Paradigm).PWCT is free-open source. PWCT uses Interaction by presenting a GUI between a Human language and a Programming language so doing anything require knowing Procedure instead of being Declarative.
Open64: one of the most popular research compilers today, many branches exist. Here is a list of research papers from the CGO 2009. (Open64 merges the open source changes from the PathScale compiler mentioned.)
Interactive Compilation Interface - a plugin system with high-level API to transform production-quality compilers such as GCC into powerful and stable research infrastructure while avoiding developing new research compilers from scratch.
Trimaran for research in instruction-level parallelism
Parafrase-2 Inactive. It is a source-to-source vectorizing/parallelizing compiler, with Fortran and C front-ends.
The PARADIGM compiler. Derived from Parafrase-2, it is a source-to-source research compiler for distributed-memory multicomputers for Fortran 77 and HPF.
ILDJIT: a compilation framework that targets the CIL bytecode that includes both static and dynamic compilers. ILDJIT provides a plugin-based framework for static, as well as dynamic tasks like code translations, code analysis, code optimizations, runtime instrumentation and memory management. Its plugin-based framework allows users to easily customize execution both at installation time, as well as at run-time (by dynamically loading and unloading plugins without perturbing execution). ILDJIT thus enables efficient co-design research at the architectural-boundary. Moreover, its multi-threaded design allows novel introspection of parallel compilation strategies to reduce overheads and dynamically optimize running code on today's x86 multi-core systems.
