./lang/owl-lisp, Purely functional dialect of Scheme

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Branch: CURRENT, Version: 0.1.13, Package name: owl-lisp-0.1.13, Maintainer: pkgsrc-users

Owl Lisp is a purely functional dialect of Scheme. It is based on the
applicable subset of R7RS standard, extending it mainly with threads and data
structures necessary for purely functional operation. Owl can be used on most
UNIX-like systems, such as Linux, BSDs and OS X. Programs are typically
compiled via C to standalone binaries, so Owl isn't needed to run programs
written in it.

Owl project originally got started both as an attempt to extend R5RS Scheme
with some necessary features, such as threads and modules, and as an experiment
on how being purely functional influences the runtime and use of an applicative
order purely functional language. While things have been added to Scheme, Owl
tries to keep the core language as simple as possible.

Implementationwise the goal was to get a small portable system which could be
used to ship programs easily. This is currently accomplished by using a small
register-based virtual machine, which can be extended with program-specific
instructions to reduce interpretive overhead.


Required to build:
[pkgtools/cwrappers]

Master sites:

SHA1: 66807728ff3d30145658bfc269898db3082aba85
RMD160: 19c4cd119c6d2b1af0d36c1eacd9f141dc4a34c9
Filesize: 576.368 KB

Version history: (Expand)


CVS history: (Expand)


   2017-02-11 02:40:27 by Kamil Rytarowski | Files touched by this commit (4)
Log message:
Import owl-lisp-0.1.13 as lang/owl-lisp.

Owl Lisp is a purely functional dialect of Scheme. It is based on the
applicable subset of R7RS standard, extending it mainly with threads and data
structures necessary for purely functional operation. Owl can be used on most
UNIX-like systems, such as Linux, BSDs and OS X. Programs are typically
compiled via C to standalone binaries, so Owl isn't needed to run programs
written in it.

Owl project originally got started both as an attempt to extend R5RS Scheme
with some necessary features, such as threads and modules, and as an experiment
on how being purely functional influences the runtime and use of an applicative
order purely functional language. While things have been added to Scheme, Owl
tries to keep the core language as simple as possible.

Implementationwise the goal was to get a small portable system which could be
used to ship programs easily. This is currently accomplished by using a small
register-based virtual machine, which can be extended with program-specific
instructions to reduce interpretive overhead.