Nothing to see here. Move along people.
JPNBF is best described as an extension on Urban Müller's Brainfuck Language which features output, input, addition, multiplication, devision, incremention, decremention, conditional looping and exponentation of cells (blocks of memory).
Translation File Maker for Bounty Bay Online
Republic Common Lisp (RCL) is a Lisp "Distro" in the Linux Style of Distributions. It contains a Lisp implementation and set of libraries and tools.
Yakizu is a set of loosely connected Java components, currently including a Java web framework and simple language implemented using ANTLR.
Building a FORTH in C for practice.
C language implementation of my BIF 6809 variant of fig-FORTH. May be interesting to programmers with C background who want to understand the high-level version of the low-level of FORTH. Those requiring a fully functioning FORTH may look elsewhere. (The releases are usually out of date. Best to browse the code repository and download the latest snapshot.) (I am now mirroring the project at http://sourceforge.jp/projects/bif-c/, to make it more accessible to Japanese associates who might be interested.)
Simple scripting language built with ANTLR
I did what any real geek would do; I have written a compiler compiler. It is called Language Processor. A software that you can feed in a language definition with its semantic and you get an object that can run your program in your defined language.
apForth is Another Portable Forth implementation started as pForth fork.
An experimental concatenative programming language founded on the unholy trinity of Forth, Lisp and RDF triples.
PILS is a dynamic, functional programming language with a unified model of data and programs. The name is simply a permutation of Lisp but PILS is definitely not Lisp.
A tiny, strongly-typed non-object oriented embeddable programming language for .NET applications.
A simple, intuitive Javascript keyboard for Indic Languages such as Hindi, Sanskrit and Gujarati, based on Unicode characters.
GUI-based and keyboard-driven rather than text-based interpreter
Under construction. The aim is to implement an interpreter driven not only by code typed at a command-line prompt, but also by a customisable GUI and keyboard interface. The user can perform routine tasks with a single mouse click or keyboard shortcut rather than having to type the entire line at the prompt. The interpreter interface can itself be modified at run-time by code that has been loaded into the environment and will be implemented with a read-eval-print loop. The interpreter will be written in the language of the code it runs. I haven't yet figured out what language I will use for the interpreter, but it will be based on a similar concept as Java's bytecode and the .NET Common Language Runtime. Code will run inside a virtual machine. The interpreter will store both code and data in special data files and you can save and restore sessions (like hibernating/sleeping Windows).
A Portal site for Perl Beginners that aims to be a useful first stop in their quest to learn more about Perl.
A dialect of Brainf*ck
A dialect of BF that on top of the original BF command set and principles, adds functionality for using addresses, splitting threads, moving throughout the code (read: subroutines), and the ability to insert values in the code itself easier. The command list is as follows: ////////////////////// //BrainF*ck Commands ////////////////////// > Shift right < Shift left + Inc - Dec [ Start while if nonzero ] End while - break if zero (Jump to address if nonzero) . Read char , Get char ///////////////////// //MindF*ck Commands ///////////////////// # Get Int $ Read Int ( Store address ) Pop address { Copy value to address } Retrieve value at address "" Insert string - overwrites its length :: Insert binary num ^ Jump to address in code | Split thread at code address ! Ends process ///// //1.1 ///// _ Inserts memory address into memory & Jumps to memory address @ Inserts code address into memory
Safe Lua is a variant of Lua tailored for advanced sandboxing.
FOML is an expressive logic rule language that supports object modeling, analysis, and inference. It naturally supports model-level activities, such as constraints (extending UML diagrams), dynamic compositional modeling, analysis and reasoning about models, model testing, design pattern modeling, specification of Domain Specific Modeling Languages, and meta-modeling. FOML can reason about: 1. The model meta-data (meta-model level reasoning, or syntax reasoning) 2. Data level: reason about a model and its data (instance model, i.e., diagram) FOML is built as a semantic layer on top of PathLP - a compact logic rule language of guarded path expressions, an adaptation of a subset of F-logic.
Collection of Python for Windows that can be installed anywhere (hard drive, usb key, network..). No external dependencies and no side effect. 2 configurations: minimal and complete, with additional packages. For python 16, 20 to 27 and 32
http://www.slideshare.net/gdelaportas/alpha-script-concept
ALPHA Script is a unified programming meta-language and a framework that represents an abstract layer on top of the cloud. ALPHA Script is not compiled or interpreted on its own and is programming language agnostic. ALPHA Script is like a virtual bridge that interconnects different clouds and infrastructures. Finally, it can be used for M2M communications.
A simple graphical game. Write a program in the Tortuga Jay language to control a turtle that must collect eggs on an island, thereby going around obstacles.
A backtracking regular expression engine written in C. No unicode support, wacked out implementation, but for your averege regex it's faster than perl, pcre (haven't tested others).
OSBL is a tool for programming with blocks whose goal is to be used as an educational tool in the use of programming languages, creation of compilers, creation of virtual instruments and to be used like its own interpreter.
Nona is a programming language oriented for the meta-programming paradigm. Functional, imperative and object-oriented paradigms are also included.
Math Parser for Java
Moved to GitHub https://github.com/fedups Algebraic equation processing at run time for Java programs. Supports variables, functions with parameters, rate table lookups, an embedded "if" function... Infinitely extensible, very small footprint.