Search Results for "forum source code" - Page 29

ELCO stands for Embedded Lisp COmpiler or Esdens Lisp COmpiler. The goal is to create a lisp compiler for embedded 32bit architectures. (i.e. ARM) With this compiler you are able to write lisp code on a naked chip. No OS needed.

JNC means java native compiler. It take the java byte code file as input and translate it to C or ASM format then compile to native format such as elf or pe file. So your java program can run without JVM.

The aim of DynamiC++ project is the development of dynamic analyzer of C++ code witch can be applied to dynamic C++ compiler (for quick compilation) and for integrated development environment (because dynamic analyzer can be used for smart highlighting).

MatForce is a compiler that translates MatLab scripts into self-contained C++ code, producing human-readable, extensible C++ sources that can be fitted to the needs of the encapsulating application.

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

cdd is the lexical, grammatical, and syntactic analyzer of the C÷÷ dialect. The latter is not a programming language, but a set of variations in the C language that cdd analyzes, converts to C code and compiles by calling to g++.

PLCduino is an open hardware alternative for industrial and home automation. It uses the well known ATmega chips as main processor, the same used on Arduino. This means that PLCduino is code-compatible with all arduino sketches.

If the words "Symbolic Instruction" in the name sound familiar, they should. ASIL (pronounced "a-sill") was largely inspired by BASIC. However, instead of starting with a modern verison of BASIC, I started with AppleSoft. Why? Well, ASIL was born in the early 1990s while I was in college. I knew AppleSoft quite well as it was my first programming language. ASIL nearly died then as the compiler technology wasn't up to the job. Now, I figure those compilers might be able to do the job. ...

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...