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If you need to speed up your Python program there are several possible approaches, with varying degree of effort needed, here is (probably not complete) overview: 1. Rewrite your Python code by parallelizing or optimizing/replacing/tuning algorithm(s), e.g. using: * Hadoop or Disco o Open source implementations of MapReduce * Parallel Python * Message Passing Interface (MPI) o Frequently used for numerical programming * Bulk Synchronous Parallel (BSP) * RPyC o RPC for Distributed/Parallel Programming * Twisted o Network libraries for Distributed/Parallel Programming * Profiling Tools * Threading or Microthreads (Stackless) 2. Use a tool that can speed up your code more or less unchanged * Psyco o Just in time compiler, note: this is probably the easiest approach to try * Pyrex o Write and compile Python with a flavor of C data structures * Cython * PyJs o Compile (large subset of) Python to Javascript, note: probably more interesting for client development (ajax) than server side. * Rpython o Compile (large subset of) Python to native code, note: part of PyPy project * PyStream * GPULib * Shedskin o Compile (large subset of) Python to C++, some benchmarks 3. Replace (parts of) your Python code with another language * Simplified Wrapper and Interface Generator (SWIG) o Use C/C++ from Python * Fortran to Python Interface Generator (F2PY) o Use Fortran from Python * llvm-py o Code and Compile to Assembler for running on Low-Level Virtual Machine * CorePy o Write Assembly Code in Python * Weave * PyInline * Boost.Python * Cinpy o C code blended with Python (using ctypes) and runtime compilation with tcc
URL: http://amundblog.blogspot.com/2008/11/tools-for-accelerating-python.html