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SISC – Second Interpreter of Scheme Code is an extensible Java based interpreter of the algorithmic language Scheme. The entire R5RS Scheme standard is supported. Native functionality can be added through the use of Modules, extensions that may add new types, values, and functions to the language. Ioke is a very high level programming language for the JVM that aims to provide the expressiveness of languages like Io and Lisp to the JVM. jasi-himanshu is a experimental scheme interpreter in Java. The UncommonLisp Interpreter contains a functionally complete set of Lisp primitives in less than two thousand lines of Java. It delegates the implementation of higher level Lisp functions to Lisp itself, thereby bootstrapping the interpreter to implement some of its own functionality. uts, the Useless Toy Scheme is a Scheme bytecode interpreter. It’s almost fully R4RS-compliant but otherwise minimal. It needs the Boehm garbage collector to run. In an earlier incarnation this was known as Plonk; there is an all-Scheme version, and a Java implementation of the bytecode interpreter part. It’s known to not work right with JDK 1.1, and it will not be developed any further. A simple Lambda Calculus Interpreter, using call-by-name semantics. The language is pretty much Church’s simple untyped lambda calculus, the only concession for usefulness is the addition of numbers. The LispkitLISP Compiler is written in SECD byte-codes. It takes a LISP source file and compiles it into SECD byte-codes. The SECD virtual machine is used to execute both the compiler and the compiled programs. |
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