Open Source Linux Compilers - Page 15

A versatile open source code editor and also IDE that supports syntax highlighting and compilation on many well known languages like C#, C++, Javascript, JAVA, HTML, PHP and CMake. Vampirio Code allows your code to be tested or even compiled for personal or commercial projects. Its functionalities are: One simple file can be compiled with F5 without saving it Syntax highlighting Already integrated to 'dotnet' and 'msvc' compilers Tab manager C#, C++, Javascript, JAVA, HTML, PHP and CMake supported MSVC, GNU g++, CLang and Emscripten compilers supported Javac and Java supported Node.js and Xampp supported

Waxeye is a parser generator based on parsing expression grammars (PEGs). It supports C, Java, Javascript, Python, Ruby and Scheme.

YACCL is a simple Java recursive descent parser, in the tradition of other RDP technologies such as ANTLR and JavaCC. It differs from these in a number of ways: it is smaller and simpler (though not necessarily faster).

The Z83 C Compiler is an optimizing cross compiler for a language very similar to C targeted toward the TI83+. The output from the compiler may be assembled with TASM (http://home.comcast.net/~tasm/) or ZASM (http://lpg.ticalc.org/prj_zasm/).

a delegate compiler and a numerical scripting language (like syscalls). the compiler is done in concept but the backend is still in the brainstorming phase.

several vaguely related projects worked on by me: a 3d engine with a javascript-like scripting language (pdsys); an older scheme dialect (vmsys); ... (2009-04-28: I have been gone for years, may try to put up some newer stuff...).

dxcut is a library for reading, editing, and writing dex and odex files which contain the class definition and Dalvik bytecode used by the Android operating system. This project includes a disassembler/decompiler, dex optimizer, and hooking utils.

Inger is a compiler for an imperative programming language (inger), which is much like C (but cleaner). Apart from the Inger compiler, we have written the e-book 'Compiler Construction: A Practical Approach', which is available for download.

Tools for enforcing projects architecture specifications. Identification of "patterns" based on nomenclature rules. Validation of conformance to architecture rules. Query-based investigation. Statistics. Metrics.

Tool for managing patch codes for the Nintendo Wii. Formats this tool handles are common to Gecko OS and popular Wii homebrew software. This is one of very few complete cross-platform GCT compilers and the only known GCT decompiler and merge tool.

The nap scripting language is an object oriented scripting language which brings together the best features of various scripting languages found on different platforms. The nap-script is a C like programming and scripting language with the following characteristics: - compiles into bytecode - it runs in a virtual machine - can be executed standalone or embedded in C/C++ code - has a well defined assembly language - can do runtime compilation - has a syntax very similar to C without pointers ... and it is still under development :) Check out the mercurial repository to get a glimps on the code.

Open source support for patent-free MIPS clones

A complete Parallax Propeller debugger/simulator for development of assembler code, with built-in editor and compiler. In runs under Java v1.5 or better.

ruby's expressivity together with static typing

screng is a lgpl general purpose programming language interpreter, which aims to also become a bytecode compiler.

micro c basic is light weight portable(posix dependent) basic compiler for tiny virtual machine.

Assembler and download/monitor for the new Rabbit 2000 (TM) microprocessor developed by Rabbit Semiconductor and Z-World. Allows use of Linux as host development platform.

PICxxx Genric assembler (support for script language that can describe most microcontrollers and some processors). First release support about 90 different microcontrollers and devices.

Compiler for a Forth-like language to make small binaries that use system calls instead of the C library

8cc C Compiler is a small and educational C compiler designed to support the C11 standard while maintaining a compact and easy-to-understand codebase. It was created as a hobby project with the goal of demonstrating how a compiler works internally, making it a valuable resource for learning compiler design. The project includes core components such as a lexer, parser, and preprocessor, allowing users to explore each stage of the compilation process. One of its notable features is its ability to compile itself, showcasing its completeness and serving as a practical example of bootstrapping in compiler development. The code is intentionally written to be concise and readable, making it accessible to developers who want to study compiler internals. Although it lacks advanced optimization features and is not intended for production use, it provides a solid foundation for understanding how C programs are translated into machine code.

9cc is a small and educational C compiler designed to demonstrate the internal workings of a compiler while still being capable of compiling meaningful programs. It serves as a continuation of Rui Ueyama’s series of compiler projects, focusing on clarity and incremental development rather than production-level optimization. The compiler implements essential stages such as lexical analysis, parsing, semantic analysis, and code generation, providing a complete pipeline from source code to executable output. It supports a subset of the C language sufficient to understand real-world compilation concepts, making it a valuable learning resource for developers interested in low-level programming. The project emphasizes readability and simplicity, with code structured to be easily understood rather than highly optimized. It also demonstrates key compiler design principles such as abstract syntax trees and symbol tables.

The software generates automatically concurrency control code based on a given specification. Specifications consist of a description of the concurrency constraints, a state machine description of the processes and/or threads that are to be coordinated, and the C code associated with each state of the state machines. The output of the software is a C program containing the implementation of the concurrency constraints and the segments of code given in the specification.

Debyte is a Java Decompiler.

This is a LISP implementation for .NET, with leanings towards Scheme. It is a from-scratch reimplementation of a previous language, built upon the dynscript-net project. It currently powers about 60 production websites, so it's not completely useless.