Mathematica 8 introduces major new interoperability with C and C++, enabling a complete development pipeline from within Mathematica in a wide range of new cases. Support includes conversion of compilable Mathematica programs into C code and also independent high-level functions for driving external C and C++ compilers.

• Generate standalone C code functions from Mathematica-compiled functions. »
• Create SymbolicC versions of Mathematica-compiled functions. »
• Mathematica ships with a library of runtime support for generated code. »
• Standalone C code can also be generated for control theory functions. »
• CompilationTarget of C generates code that is designed to be linked back into Mathematica. »
• Generated code can be built into executables or libraries.
• C compiler tools work with all common C compilers. »
• C compiler tools allow creation of executables and libraries. »
• Automatically processes MathLink template files to produce installable executables. »
• Convenient ways to create a dynamic library to use with Wolfram LibraryLink. »
• Used by Mathematica 8 technologies for automatic code generation and linking. »
• LibraryLink allows dynamic C and C++ libraries to be used from Mathematica. »

Simplified Workflow »	Create Executable Files »	Create Library Files »
Create Object Files »	Compile MathLink Programs »	Support for Major C Compilers on Linux, Mac, and Windows »
Call Unsupported C Compilers »	Create Standalone Executables Using Compiled Functions »

RELATED FUNCTIONS

Export  SymbolicCGenerate  Compile  CompilationTarget  CreateExecutable  CreateLibrary  CCompilers