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lang/units-3.0.0 (Score: 0.13971135)
Meta port to install Free Pascal units
This is a "meta-port" to install the units for Free Pascal.
lang/lafontaine-0.4.1 (Score: 0.13971135)
Graphical logo interpreter
lafontaine - graphical logo interpreter
lang/lci-0.11.2 (Score: 0.13971135)
Original LOLCODE interpreter
This is the original LOLCODE interpreter.
lang/libHX-3.22 (Score: 0.13971135)
C/C++ library with common data structures and functions
libHX is a C library (with some additional C++ bindings available) that provides data structures and functions for tasks common in scripting languages; autoresizing string manipulation, maps, deques, option parsing, type-checking casts and more. libHX aids in quickly writing up C/C++ data processing programs, by consolidating tasks that often happen to be open-coded, such as config file reading, option parsing, directory traversal, and others, into a library. The focus is on reducing the amount of time (and secondarily, the amount of code) a developer has to spend for otherwise implementing such. Subsequently, proficient coders can use this to code as fast as for a scripting language.
lang/hla-1.103 (Score: 0.13971135)
High Level Assembly
HLA, the High-Level Assembler lets you write true low-level code while enjoying the benefits of high-level language programming.
lang/hope-1.1 (Score: 0.13971135)
Hope is lazy interpreter for HOPE applicative language
HOPE is simple applicative (functional) language. It was been used in "Functional Programming" book by Anthony J. Field and Peter G. Harrison. This port installs simple lazy interpreter of hope. Author of this interpreter is Ross Paterson <ross@soi.city.ac.uk>.
lang/gcc5-aux-20160603 (Score: 0.13971135)
Version of GCC 5 with full Ada support
The AUX compiler supports several languages: Ada, C, C++, Fortran and Objective-C. Since Ada support must be built by an Ada-capable compiler, only platforms for which a bootstrap compiler is available can build it. The AUX compiler is based on release versions of the Free Software Foundation's GNU Compiler Collection. It uses the GCC Runtime Library Exception, so the resulting binaries have no licensing requirements. Binaries produced by the AUX compiler should be legally handled the same as binaries produced by any FSF compiler. This compiler implements the full Ada-83, Ada-95, Ada-2005 and Ada-2012 standards.
lang/hugs98-200609 (Score: 0.13971135)
Interpreter for the functional programming language Haskell 98
Hugs 98 is a functional programming system based on Haskell 98, the de facto standard for non-strict functional programming languages. Hugs 98 provides an almost complete implementation of Haskell 98, including monad and record syntax, newtypes, strictness annotations, and modules. In addition, it comes packaged with almost all libraries defined in the most recent version of the Haskell 98 Library Report. Hugs 98 also supports a number of advanced and experimental extensions including multi-parameter classes, extensible records, rank-2 polymorphism, existentials, scoped type variables, and restricted type synonyms.
GNU libstdc++ API documentation
This is the source / API documentation for the GNU C++ Library. It includes documentation of the implementation of the C++ Standard Template Library as shipped with GNU C++.
lang/ici-4.1.2 (Score: 0.13971135)
Interpretive language with C's feel and high level data types
ICI is a C-like, high level language originally developed by Tim Long and placed into the public domain. ICI marries C's expression syntax, control structures and overall feel, with a dynamic, garbage collected, object-based, data model. Version 4 incorporates numerous performance enhancements, refinements to existing features and new features including native support for threads, a cleaner, more well defined API for extension module authors and those embedding ICI within other programs, and new documentation that is superior to that provided in previous releases. ICI is typically used as a scripting-like language in the fashion of Perl, Python, Ruby, Lua, TCL and other such languages. ICI can be called from C and the language itself can be extended allowing applications to provide domain specific functions, types and operators for use in their ICI programs. Embedding within applications allows application authors to make use of ICI's efficient object system which provides many useful facilities. ICI is in the public domain, there is no copyright on it.