CLISP is a program which includes an interpreter, a compiler, a debugger, CLOS, MOP, a foreign language interface, i18n, POSIX and Perl regular expressions, a socket interface, fast bignums, arbitrary precision floats, and more. An X11 interface is available through CLX, Garnet and CLUE/CLIO. Command line editing is provided by readline. CLISP runs Maxima, ACL2 and many other Common Lisp packages.







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* Handles foreign function interfaces
* Integrated debugger
* Integrated Lisp-Machine
* Application programming language
* Lisp-Machine programming language
* Lisp-Machine-C — legacy language environment
* Lisp-Machine-C is a combination of the other Lisp-Machine lisp dialects, including CLISP
* Newer Lisp dialects available at CLISP include Lisp-Machine-Lisp-85, Lisp-Machine-NIL and Lisp-Machine-Lisp-86
* CLU: Common Lisp Utility
* a debugger, can provide interface to external Lisp programming languages and to external Lisp programs
* a foreign function interface — can be used for interfacing Lisp to Lisp
* a Lisp compiler
* a Lisp interpreter
* Emacs clone
* Lisp Machine Library
* Lisp Machine Library routines that implement all the control-flow constructs and data-types of the Lisp Machine lisp
* Lisp Machine emulated
* Native CPU instruction emulated
* REPL like
* s-expression based
* Lisp Machine syntax compatible
* Top level conceptual programming environment
* Incluc-dont aim to emulate the Lisp machine. Instead it will create a Lisp Machine inspired platform with the goal of being Lisp Machine compatible
* Alex Porten (1999) — Well regarded Lisp designer and creator of Scheme and Common Lisp
* John McCarthy (1963) — Father of Lisp and inventor of Lisp machine
* Lisp-Machine
* Foreign Function Interface
* Lisp programs that are shipped as a file from an external Lisp environment
* Lisp programming language that is set of C functions and macros that provide Lisp’s semantics. Usually included by Lisp dialects
* Lisp Machine
* Lisp-Machine-Lisp is a dialect of Common Lisp that is also a programming language
* Lisp-Machine-Lisp-85
* Lisp-Machine-Lisp-86
* Lisp Machine Lisp system
* Lisp-Machine-c
* Lisp-Machine-c (CLISP-C) is an implementation of a dialect of Common Lisp that is based on the Lisp Machine Lisp system
* Lisp-Machine-C
* Lisp-Machine-C is a dialect of Common Lisp that is based on the Lisp Machine Lisp system
* new Common Lisp
* GNU project
* Lisp Machine and Lisp machines of the 70’s, 80’s and 90’s
Lisp Machine on Wikipedia — Lisp Machine is an abstract class of computers with the LISP programming language as the design basis. It


CLISP Product Key (Common Lisp Interaction Setup and Programming Environment) is the continuation of the former systems project and provides standard interfaces to all Common Lisp functions available on your computer. It is platform independent and can be compiled for several different platforms (Windows, MacOS, and Unix), and several editions.
CLISP Cracked Accounts provides dynamic linking of libraries, it uses a Symbolic Linking System to allow for code embedding (hooking) and swaping. It supports the use of Reguralizers (an abstract machine with long term memory) and a stack manager. Its foreign-function interface allows it to be a host of several different languages. All of these features make it easy to program in a Common Lisp-like language even if you don’t know Lisp.
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CLISP Cracked Version or ClaMISP is most often installed in /usr/local/bin, so this directory must be a part of your PATH.
The ordinary CLISP program is invoked like this:
PATH=/usr/local/bin:/usr/bin:/bin:$PATH lisp

Under Linux, you can usually also execute
CLISP=/usr/local/bin/clisp… lisp…

if you have installed CLISP to different directory than /usr/local/bin.
CLISP can be run using other paths as well, but its properties are not preserved (the file system can be too different).
In CLISP, you can edit programs interactively, compile them, and run them. It works very similar to the Lisp REPLs. It has the following three modes:
EXPERIMENTAL — Interactive mode:
make-lisp-program ( a-list-of-symbols )
-> Standard Lisp evaluator.
-> Current function is eval-last-sexp.
Interactive mode can be used to enter any function definition which accepts (VAR…), or to enter any code you want.
Compile mode:
compile-program ( a-list-of-symbols )
-> Compiles the program.
-> The resulting code is placed in current buffer.
Run mode:
run-program ( a-list-of-symbols )
-> Runs the program.
-> The resulting output is placed in the current buffer.

CLISP has a very complete code reuse system. It

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CLISP provides an abstract intermediate language (ALP) with a read-eval-print-loop (REPL) environment. It includes a variety of interactive tools for Lisp development, such as a compiler, an interactive debugger, a foreign language interface, a fast bignum library, an arbitrary precision float library, and a socket library.
CLISP is an open-source Lisp implementation with BSD/MIT style license. Since its first release in 1992, CLISP has gained an international following, and is used for nearly all of its advertised tasks, including beginner-oriented projects like various FAQs and learning CLOS. It is often used for teaching and research.
CLISP is implemented in C, but is object-oriented and provides many other important facilities like garbage collection, a lot of automatisms and a composable architecture.

Download CLISP
CLISP source code is downloaded from the Clisp web site as source tarball for the major operating systems.

CLISP installation
CLISP is distributed as prebuilt binaries for many platforms and has a variety of build dependencies.

Supported operating systems
The CLISP distribution supports the following platforms:

Supported architectures
The CLISP distribution includes a variety of building instructions for several architectures. On supported platforms, CLISP is a cross-compiler; binary executables are built for the native architecture and run on any other architecture.

Mac OS X
The current Mac OS X support for CLISP is provided through a cross-compiler between PowerPC and x86 hardware, called clisp.

FreeBSD supports CLISP through a binary cross-compiler, which is capable of generating portable bytecode suitable for execution on a variety of platforms.

Former supported architectures
The following architectures were supported prior to version 1.6 of CLISP:

Special thanks to the following people and organizations for providing support during development and for creating portable executable builds for x86 Linux/x86 Mac OS X.

See also
Common Lisp


External links
Official CLISP website

Category:Common Lisp implementations
Category:Free development tools
Category:Cross-platform software
Category:Cross-platform software that uses GTK
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CLISP is an interpreted Common Lisp implementation. It provides about two and a half times as many primitive data types as Common Lisp. CLISP does not provide objects on the BEGIN and LOAD-FAST-FUNCTION level (as Allegro CL, CCL, and SBCL do), but CLISP does provide objects on the FAST-LOAD-TOPLEVEL-EXTENT, FAST-LOAD-TOPLEVEL, and LOAD-TOPLEVEL levels.
CLISP Specifications:
A COMPILE-FILE-SPECIFIC-OPTIONS-FILE is a text file which contains named, character-valued, map-like, or other data. It is compiled into the CLISP environment when CLISP runs. Common Lisp programs always have access to standard options.
CLISP uses it to avoid name conflicts with CLOS symbols which are known to be options.
CLISP function SPECIFIER-OPTIONS-FILE-SPEC may be used to get an object which represents COMPILE-FILE-SPECIFIC-OPTIONS-FILE.
At startup, in addition to the options in the COMPILE-FILE-SPECIFIC-OPTIONS-FILE, CLISP provides specified Common Lisp options.
If no options are specified, then CLISP’s default options are used.
By default, the default options are
‘(:use-tail-position nil)’
‘(:use-next-position nil)’
‘(:use-close-eval nil)’
‘(:debug-on-error t)’
‘(:eval-when (:compile) (:load-only t) (:load-toplevel t))’
‘(:lint-on-error t)’
‘(:load-pathname (:default-pathname-defaults))’
The :use-tail-position option prevents the calling of auxiliary forms in the body of the main form.
:use-next-position, by default, allows the calling of the function next-arg, which provides access to the next arg in a function. The next-arg function may be used to access

System Requirements For CLISP:

Windows 7 or higher
OSX 10.10 or higher
Minimum 4 GB RAM
Minimum 500 MB space
Adobe Air runtime 2.6
Adobe Flash Player 11.6
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