Additional
Information: Code generators are the backends of compilers and translate a program (specification) from some intermediate object code to a program in a target language, which may be immediately executable but generally requires further compilation, interpretation or
Code Generator Kits Sites:
New Jersey Machine-Code Toolkit New Jersey Machine-Code Toolkit: Helps programmers write applications that process machine code: assemblers, disassemblers, code generators, tracers, profilers, debuggers. Toolkit lets programmers encode and decode machine instructions symbolically. Encoding and decoding are automated ba (Code Generator Kits) http://www.eecs.harvard.edu/~nr/toolkit/
JBurg: a Bottom-Up Rewrite Machine Generator for Java JBurg: a Bottom-Up Rewrite Machine Generator for Java: Java-based BURG (code emitter generator) which can also be used as a general purpose dynamic programming engine. [Open source, Common Public License] (Code Generator Kits) http://jburg.sourceforge.net/
vcode vcode: A library for dynamically generating machine code from within a C program. Code is generated using a generic RISC-like virtual instruction set which is then translated into native processor instructions. Currently vcode supports MIPS, SPARC, and Alpha pro (Code Generator Kits) http://www.pdos.lcs.mit.edu/~engler/pldi96-abstract.html
Dynamically Targetable Tools Framework (DTTF) Dynamically Targetable Tools Framework (DTTF): A framework for building dynamically targetable compilers, assemblers and simulators for a wide variety of processor architectures. [Commercial] (Code Generator Kits) http://www.sankhya.com/info/products/tools/dttf.html
BEG - a Back End Generator BEG - a Back End Generator: BEG is a commercial generator for compiler back ends. It reads a declarative description of a target processor (i.e. SPARC, MIPS, ARM, x86, etc.) and produces a possibly optimizing code generator in form of a C program. (Code Generator Kits) http://www.hei.biz/beg/