Open Source Mac Compilers - Page 13

CCompilerSuite is a complete framework to compile a rich dialect of ANSI-C onto a RISC-like assembly, with a Virtual Machine as well. It provides for minimized tree creation, partial evaluation and semantic checks. Project is in C++ and fully extensible.

CITkit (Compiler and Interpreter ToolKIT) is a collection of Java libraries that implement the more mundane aspects of a compiler or interpreter: symbol tables, tree intermediate representations, linear intermediate representations.

CLAW is an extremely minimilistic programming language that is good for people looking to write their own language, or learn more about programming language design. The compiler and interpreter are just two C files that even Dev-C++ can compile!

A C++ port (a redesign implementation actually) of the CLIPS expert system . This will be done along the lines of the Java port Jess, but full CLIPS backwards compatability will be maintained (even to the API level where possible).

CLearJ is a clean Java-implementation of Common Lisp. The big goals are ANSI standard compliance, interoperability with Java and integration with scripting environments. This project is meant to be a sibling to CLearSharp, with sharing of implementation.

CLearSharp is a clean C#-implementation of Common Lisp. The big goals are ANSI standard compliance, interoperability with Java and integration with scripting environments. This project is meant to be a sibling to CLearJ, with sharing of implementation.

COMP-525 Paper is a graduate-level computer science research paper that explores compiler optimization in general.

Making the tools of annotation languages, source-to-source code transformation and code generation more useful and accessible to the developers of scientific and engineering software for high-performance computers.

This framework is translation of COOL Java framework for Compilers course by Prof. Alex Aiken on Coursera platform: https://www.coursera.org/course/compilers Note: the framework is unofficial, but Honor Code still applies! Please download framework file and refer to README for further information how to use this framework.

CORBA for PHP is a PHP Extension to use CORBA objects in PHP5(Zend Engine 2). It uses MICO as its ORB and will also provide an Idl-to-PHP language mapping specification and compiler. For a PHP4 CORBA support look at the great Universe-phpext.

CPMake. Cross platform make utility

CPPML adds support to C++ for some of the type constructions and pattern matching that are found in ML-based languages like OCaml. CPPML transforms sourcecode back to regular c++ and should work with most compilers.

CQSAT is a powerful, comprehensive and extensible framework for static analysis of program source code and detection of software defects.

CSP Canonical LR(1) Parser Generator. Includes lexer and parser generator. Supports all OS. Produces code as standard ANSI C++ w/ minimal STL and usable in commercial or non-commercial purposes.

The C# to Lua compiler. CSharp.lua is a C# to Lua compiler. Write C# then run on lua VM.

CTokenizer accepts C++ syntax as input and outputs a vector of CToken objects, which contain a token string and a(n enumerated) token type, which can then be used to parse the input.

Chai-T is a prototype implementation of a compiler for a language based on Java and including Traits (http://www.iam.unibe.ch/~scg/Research/Traits/), which are a new program structuring unit designed to maximise flexibility in code reuse

Chapel is an emerging parallel programming language whose design and development are being led by HPE in collaboration with academia, computing labs, and industry. Chapel's goal is to improve the productivity of parallel programmers, from laptops to supercomputers. **Please note that Chapel development has moved to GitHub**

Chaperon is a LALR(1) parser, which parse structured text documents and generate XML documents as output. It includes a parser generator like yacc and a regex scaner like lex. As input use Chaperon a grammar written in XML.

Chor is a strongly-typed choreography programming language for distributed systems. In Chor, the behaviour of a system is written down as a global program (a choreography) where all the message exchanges between the participants are explicit. Choreographies are statically checked against protocol specifications, given as types, enabling type-directed global programming. Finally, Chor supports the automatic generation of systems from a choreography. With Chor, you do not have to worry about asynchronous communications or protocol compliance anymore. The language is based on strong theoretical bases, so that you can let its compiler do the jobs of checking your global programs and generating correct implementing code for you!

http://chuck.cs.princeton.edu/ --- ChucK is a new programming language for real-time audio synthesis, composition, and performance. It supports concurrency, powerful/precise control over time, and the ability to add, remove, and modify code, on-the-fly.

Railroad diagram generator. Generates diagrams in PNG and SVG from parser grammars specified in BNF and other parser formats. Implemented in Java.

Compile your clarion source code into java runtime environment. Includes the compiler, 100% java based runtime implementation of the clarion runtime environment and other miscellaneous tools.

Here you will find a collection of BCPL tools I've gathered from the net, cleaned up and ported to the Atari ST. This involved fixing bugs, reducing stack usage and making the code compile in 16bit via Pure C (Turbo C for the Atari ST). Source credits include: Martin Richards - BCPL Kit http://www.cl.cam.ac.uk/~mr10/ Robert Nordier (Translated interp to C) http://www.nordier.com/ Serge Vakulenko (Translated cg/syn/trn to C) https://github.com/sergev/b I'm sure there are other names, but those are the ones on the source files. The code now compiles clean for the Atari ST, so it should work for anything else.

The fast, flexible parsing engine. Parse anything in 4 steps: (1) define a grammar, (2) load the grammar into ClearParse, (3) call the engine to parse the source, and (4) traverse the parsing tree. You can even change your grammar at run time.