SISC
From Wikipedia, the free encyclopedia
| SISC | |
|---|---|
| Developed by | Scott G. Miller |
| Latest release | 1.16.6 / February 27, 2007 |
| OS | Cross-platform via JVM |
| Genre | Programming language |
| License | GPL |
| Website | sisc-scheme.org |
SISC is an R5RS Scheme implementation, which includes a full number tower, hygienic macros, proper tail recursion, and first class continuations. SISC is short for Second Interpreter of Scheme Code, in reference to its predecessor LISC, the Lightweight Interpreter of Scheme Code.[1]
SISC is free software under the GPL. It was developed by Scott G. Miller.
[edit] Features
SISC depends on Sun Microsystems' Java programming language platform. This runtime environment allows SISC to provide many extensions and libraries such as networking, exception handling, a module system, and a Java foreign function interface.
The SISC website claims that it performs faster than any other Scheme interpreter based on the Java Virtual Machine (JVM).
Like GNU Guile, this Scheme is suitable for embedding into larger programs, where Guile is designed for inclusion in C programs, SISC is designed for the JVM.
[edit] References
- ^ Scott G. Miller; Matthias Radestock. Introduction. SISC for Seasoned Schemers. Retrieved on 2007-09-25. “SISC as a project began as the successor to the Lightweight Interpreter of Scheme Code (LISC). LISC was a small, stack-based almost R4RS compliant Scheme. SISC was born out of the desire to create an interpreter that was of a similar footprint to LISC, but which executed Scheme code much faster, complied fully to the R5RS standard, and which wasn't limited by the stack-based model. SISC met these goals very quickly, and has since progressed in active development to be a competitive Scheme system. As a successor to LISC the interpreter was named the Second Interpreter of Scheme Code.”
