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libskk -- a library to deal with Japanese kana-to-kanji conversion method Features: * Support basic features of SKK including new word registration into dictionary, completion, numeric conversion, abbrev mode, kuten input, hankaku-katakana input, Lisp expression evaluation (concat only), and re-conversion. * Support various typing rules including romaji-to-kana, AZIK, TUT-Code, and NICOLA. * Support various dictionary types including file dictionary (such as SKK-JISYO.[SML]), user dictionary, skkserv, and CDB format dictionary. * GObject based API with gobject-introspection support. * Experimental support for intelligent kana-to-kanji conversion based on Viterbi algorithm. Documentation: * file:tests/context.c for basic usage * http://du-a.org/docs/libskk/libskk/ for Vala binding reference * http://du-a.org/docs/gtk-doc/libskk/html/ for C binding reference

This is jikes, a java source to byte-code compiler. The compiler has been made available by IBM under their open-source license, please see: for details. To operate, the CLASSPATH environment variable must typically be set to a colon-delimited list of source directories, class directories, or zip files. Note that jikes will complain if a non-existant directory or file is specified in CLASSPATH. =============== // This software is subject to the terms of the IBM Jikes Compiler Open" // Source License Agreement available at the following URL:" // http://www.ibm.com/research/jikes." // Copyright (C) 1996, 1998, International Business Machines Corporation" // and others. All Rights Reserved." // You must accept the terms of that agreement to use this software."

D is a systems programming language. Its focus is on combining the power and high performance of C and C++ with the programmer productivity of modern languages like Ruby and Python. Special attention is given to the needs of quality assurance, documentation, management, portability and reliability. The D language is statically typed and compiles directly to machine code. It's multiparadigm, supporting many programming styles: imperative, object oriented, and metaprogramming. It's a member of the C syntax family, and its appearance is very similar to that of C++. It is not governed by a corporate agenda or any overarching theory of programming. The needs and contributions of the D programming community form the direction it goes.

Coco/R combines the functionality of the well-known UNIX tools lex and yacc, to form an extremely easy to use compiler generator that generates recursive descent parsers, their associated scanners, and (in some versions) a driver program, from attributed grammars (written using EBNF syntax with attributes and semantic actions) which conform to the restrictions imposed by LL(1) parsing (rather than LALR parsing, as allowed by yacc). The user has to add modules for symbol table handling, optimization, and code generation in order to get a running compiler. Coco/R can also be used to construct other syntax-based applications that have less of a "compiler" flavour. Coco/R is available in Oberon, Modula-2, Pascal, Delphi, C, Java and C# versions. This port only builds the C/C++ version.

Seed7 is an extensible general purpose programming language designed by Thomas Mertes. It is a higher level language compared to Ada, C/C++ and Java. In Seed7 new statements and operators can be declared easily. Functions with type results and type parameters are more elegant than a template or generics concept. Object orientation is used where it brings advantages and not in places where other solutions are more obvious. Although Seed7 contains several concepts from other programming languages, it is generally not considered a direct descendant of any other programming language. Major features include: - user defined statements and operators, - abstract data types, - templates without special syntax, - OO with interfaces and multiple dispatch, - statically typed, - interpreted or compiled, - portable, - runs under Linux/Unix/Windows.

The Glasgow Haskell Compiler is a state-of-the-art, open source, compiler and interactive environment for the functional language Haskell. Highlights: * Supports the entire Haskell 2010 language plus a wide variety of extensions. * Has particularly good support for concurrency and parallelism, including support for Software Transactional Memory (STM). * Generates fast code, particularly for concurrent programs. * Works on several platforms including FreeBSD, Windows, Mac, Linux, most varieties of Unix, and several different processor architectures. * Has extensive optimisation capabilities, including inter-module optimisation. * Compiles Haskell code either directly to native code or using LLVM as a back-end. It can also generate C code as an intermediate target for porting to new platforms. The interactive environment compiles Haskell to bytecode, and supports execution of mixed bytecode/compiled programs. * Profiling is supported, both by time/allocation and various kinds of heap profiling. * Comes with several libraries, and thousands more are available on Hackage.

F# is an open-source, strongly typed, multi-paradigm programming language encompassing functional, imperative and object-oriented programming techniques. F# is most often used as a cross-platform CLI language, but can also be used to generate JavaScript and GPU code. F# is developed by The F# Software Foundation and Microsoft. An open source, cross-platform edition of F# is available from the F# Software Foundation. F# is also a fully supported language in Visual Studio. Other tools supporting F# development include Mono, MonoDevelop, SharpDevelop and the WebSharper tools for JavaScript and HTML5 web programming. F# originated as a variant of ML and has been influenced by OCaml, C#, Python, Haskell, Scala and Erlang.

The libjit library implements Just-In-Time compilation functionality. Unlike other JIT's, this one is designed to be independent of any particular virtual machine bytecode format or language. The hope is that Free Software projects can get a leg-up on proprietry VM vendors by using this library rather than spending large amounts of time writing their own JIT from scratch. This JIT is also designed to be portable to multiple archictures. If you run libjit on a machine for which a native code generator is not yet available, then libjit will fall back to interpreting the code. This way, you don't need to write your own interpreter for your bytecode format if you don't want to.

Scm conforms to Revised^5 Report on the Algorithmic Language Scheme and the IEEE P1178 specification. SLIB is a portable Scheme library which SCM uses. SLIB-PSD is a portable debugger for Scheme (requires emacs editor). The init file is hard-coded as /usr/local/lib/scm/Init.scm. Alternatively, one can set the environment variable SCM_INIT_PATH to the pathname of Init.scm. The library files are in /usr/local/lib/scm/slib. Alternatively, one can set the environment variable SCHEME_LIBRARY_PATH to the slib directory. Remember to use a trailing / on the pathname. By default -DSICP is turned on, with the expectation that this is the major reason for this port. This means test.scm will fail on three tests in section 6.1. Where strict R4S compliance is important, recompile without the SICP flag.

Yorick is an interpreted programming language for: * Scientific simulations or calculations * Postprocessing or steering large simulation codes * Interactive scientific graphics * Reading, writing, and translating large files of numbers The language features a compact syntax for many common array operations, so it processes large arrays of numbers very quickly and efficiently. Superficially, yorick code resembles C code, but yorick variables are never explicitly declared and have a dynamic scoping similar to many Lisp dialects. The yorick language is designed to be typed interactively at a keyboard, as well as stored in files for later use. This package includes an emacs-based development environment, which one can launch by typing M-x yorick in emacs, if installed `yorick.el' have been loaded into one's ~/.emacs file.