SWI-Prolog
 | This article may rely excessively on sources too closely associated with the subject, potentially preventing the article from being verifiable and neutral. (June 2014) |
| Original author(s) | Jan Wielemaker |
|---|---|
| Developer(s) | Jan Wielemaker, Anjo Anjewierden, etc |
| Initial release | 1987 |
| Stable release | 7.6.4
/ 12 January 2018 |
| Preview release | 7.7.19
/ 26 August 2018 |
| Repository | |
| Written in | C, Prolog |
| Operating system | Cross-platform |
| Available in | English |
| Type | Logic programming |
| License | Simplified BSD, LGPL prior to version 7.3.33 |
| Website | swi-prolog |
SWI-Prolog is a free implementation of the programming language Prolog, commonly used for teaching and semantic web applications. It has a rich set of features, libraries for constraint logic programming, multithreading, unit testing, GUI, interfacing to Java, ODBC and others, literate programming, a web server, SGML, RDF, RDFS, developer tools (including an IDE with a GUI debugger and GUI profiler), and extensive documentation.
SWI-Prolog runs on Unix, Windows, Macintosh and Linux platforms.
SWI-Prolog has been under continuous development since 1987. Its main author is Jan Wielemaker.
The name SWI is derived from Sociaal-Wetenschappelijke Informatica ("Social Science Informatics"), the former name of the group at the University of Amsterdam, where Wielemaker is employed. The name of this group has changed to HCS (Human-Computer Studies).
Web Framework
SWI-Prolog installs with a web framework based on definite clause grammars.[1]
Distributed Computing
Through the Pengines system SWI-Prolog queries may be distributed over several servers and web pages.[2]
XPCE
XPCE is a platform independent object oriented[3] GUI toolkit for SWI-Prolog, Lisp and other interactive and dynamically typed languages. Although XPCE was designed to be language-independent, it has gained popularity most with Prolog. The development XPCE graphic toolkit started in 1987, together with SWI-Prolog.
It supports buttons, menus, sliders, tabs and other basic GUI widgets. XPCE is available for all platforms supported by SWI-Prolog.
PceEmacs
PceEmacs is a SWI-Prolog builtin editor. PceEmacs is an Emacs clone implemented in Prolog (and XPCE). It supports proper indentation, syntax highlighting, full syntax checking by calling the SWI-Prolog parser, warning for singleton variables and finding predicate definitions based on the source-information from the Prolog database.
Interface between Java and Prolog (JPL)
JPL is a bidirectional interface between Java and Prolog.[4] It requires both SWI-Prolog and Java SDK.[5] It is installed as a part of SWI-Prolog.
Constraint Logic Programming Libraries (CLP)
Constraint Logic Programming functionality came rather late in the lifetime of SWI-Prolog, because it lacked the basic support[6]. This changed early in 2004 when attributed variables were added to the language. The Leuven CHR library was then the first CLP library to be ported to SWI-Prolog. We mention SWI-Prolog's INCLP(R) library (De Koninck et al. 2006), which provides non-linear constraints over the reals, and was implemented on top of CHR. Later came a port of Christian Holzbaur's CLP(QR) library, and a finite domain CLP(FD) solver. Finally a Boolean CLP(B) solver was added[7].
See also
References
- ^ Wielemaker, Jan; Huang, Zhisheng; van der Meij, Lourens (2008). "SWI-Prolog and the Web". Theory and Practice of Logic Programming. 8. doi:10.1017/S1471068407003237.
{{cite journal}}: Cite has empty unknown parameter:|1=(help) - ^ Wielemaker, Jan; Lager, Torbjorn (14 May 2014). "Pengines: WebLogic Programming Made Easy". Theory and Practice of Logic Programming. 14 (special issue 4–5): 539–552. arXiv:1405.3953. doi:10.1017/S1471068414000192.
- ^ Programming in XPCE/Prolog
- ^ http://www.swi-prolog.org/packages/jpl/
- ^ http://www.swi-prolog.org/packages/jpl/installation.html
- ^ Jan Wielemaker, Tom Schrijvers, Markus Triska, Torbjörn Lager: SWI-Prolog. TPLP 12(1–2): 67–96 (2012)
- ^ Markus Triska: The Boolean Constraint Solver of SWI-Prolog (System Description). FLOPS 2016: 45–61