Open Source Windows Compilers - Page 24

Compiles an arbitrary expression to a .NET delegate

This is a general purpose expression evaluator which has abilities to evaluate mathematical expressions having operators: +, -, *, /, < , <=, >, >=, ==, !=, &&, ||. The enhancement to support all the other arithmetic operators is under development.

Extended C gives Object-Oriented features such as self-referential structure pointers via macros to C, resulting in an object-oriented style. Currently tested in gcc, we hope to stabilize it for other compilers as well, including Borland & Visual Studio.

Extended HTML is an extension to HTML based on XML, PHP, SQL and JavaScript technologies. The compiler is written in PHP 5 (so it can be deployed on a web page) and allows the developper to create in one file objets used both on client and server side.

The goal of the project is to create extensible compiler to JVM. The compiler uses plugins and extensible syntax defined in separate project.

The goal of the project is to create specifications and provide reference parser in Java and C# for Extensible Term Language.

Here we have fun developing software related to embedded extension languages and small languages in many application domains, using existing languages and/or creating new ones.

EZAPIYA C++ Ezapiya C++ easy to use C,C++ IDE with GCC compiler and debugging. it also have syntax highlighting future in it. Ezapiya C++ is very useful for beginners of C and C++ Language, its light wait and fast. Ezapiya C++ provides easy debugging facility for beginners of programming in C and C++. Why Use Ezapiya C/CPP IDE? Easy to use Ezaipya C++ is easy to use IDE for C and C++ programming language, it provide useful menu and toolbar with most of the it commands. Ezaipya C++ IDE give us GUI which is help full for managing multiple files. Lightweight Ezaipya C++ is lightweight it size is small compare to other IDE, also Ezaipya C++ compile and run program faster In build GCC Compiler Ezaipya C++ Come with GCC Compiler which is best and free compiler for C and C++ programming language. Support Debugging Ezaipya C++ support debugging for both C and C++ programming language, and debugging is very easy in Ezaipya C++. Ezaipya C provide separate section in toolbar

A wrapper over the fcsh (Flex Compiler Shell) that expose the fcsh.exe to be accessed from an ant task. You can send mxmlc commands from ant tasks to a wrapped fcsh instance. Informations about project are on http://fcshwrapper.blogspot.com/

FGL is a tightly-integrated self-contained development & execution environment utilizing best-of-breed programming tools and methodologies, optimized web/application server, highly-scalable relational/object database, and robust extension interface.

FpgaC compiles a subset of the C language to net lists which can be imported into an FPGA vendors tool chains. C provides an excellent alternative to VHDL/Verilog for algorithmic expression of FPGA reconfigurable computing tasks. More info in wiki.

FPGAsm is a low-level alternative to verilog and VHDL. A near-instant 'assembler for FPGAs', this simple yet powerful language facilitates bottom-up design, layout and wiring of modules, and generation of .xdl output. With about 10 keywords to learn, you can start making circuits in minutes. Now you can focus on learning the ins and outs of the FPGA instead of complex tools and languages. Fast turnaround time and bottom-up approach invite exploration, experimentation, live circuit testing and physical test harness creation, radically changing the workflow. FPGAsm offers you an opportunity to REALLY understand Xilinx FPGAs, create circuits DIRECTLY on the FPGA using an opensource tool, and share your knowlege and projects with the community. Supported architectures: Xilinx (via xdl)

Falconer-Try Studios is developing this new gaming engine for 2D, 3D and soon VR environments. It will be best for RTS and FPS games. See the documentation for more data.

A virtual machine providing a dynamic, portable assembler; JIT compilation; C bindings; and Forth semantics.

FUtuRes as Indispensable Abstraction - a framework for efficient execution of structural parallelism on multiprocessor/multicore platforms.

Type inference provides robustness and correctness, but without the cost of additional code. Let the compiler catch bugs for you. Fable produces readable JavaScript code compatible with ES2015 standards and popular tooling like Webpack. Call JavaScript from Fable or Fable from JS. Use NPM packages. The entire JavaScript ecosystem is at your fingertips. Choose your favorite tool, from Visual Studio Code to JetBrains Rider. Fable supports the F# core library and some common .NET libraries to supplement the JavaScript ecosystem. These are some of the main F# features that you can use in your web apps with Fable. There's a lot of code involving continuations out there, like asynchronous or indeterministic operations. Other languages bake specific solutions into the syntax, with F# you can use built-in computation expressions and also extend them yourself. These are some of the main F# features that you can use in your web apps with Fable.

We only use the mailing list features of SourceForge. Everything else is at http://factorcode.org/

Pluggable library for fast computation of mathematical expressions in C++ programs with x86 JIT compiler.

FastSim consists of: - 'Facile' a highly flexible and expressive processor-architecture specification-language. - A compiler for the specifications which produces high-performance, fast-forwarding simulators.

Fay is a compiler for a proper subset of Haskell that type-checks using GHC and compiles to JavaScript. It supports pure functional programming, a Fay-specific monad, FFI, optional tail-call optimization, and integration with Cabal packages. GHC-compatible type checking, ensuring correctness. Lazy, pure functional semantics with a distinct Fay monad. Foreign Function Interface (FFI) to integrate native JS code. Compatible with standard Haskell packaging tools like Cabal.

Fennel is a programming language that brings together the speed, simplicity and reach of Lua with the flexibility of a lisp syntax and macro system. Full Lua compatibility: Easily call any Lua function or library from Fennel and vice-versa. Zero overhead: Compiled code should be just as efficient as hand-written Lua. Compile-time macros: Ship compiled code with no runtime dependency on Fennel. Embeddable: Fennel is a one-file library as well as an executable. Embed it in other programs to support runtime extensibility and interactive development. Anywhere you can run Lua code, you can run Fennel code. Fennel is a lisp that compiles to Lua. It aims to be easy to use, expressive and has almost zero overhead compared to writing Lua directly. Building Fennel from source allows you to use versions of Fennel that haven't been released, and it makes contributing to Fennel easier.

Forth interpreter done for .NET. Just a way to learn Forth, CIL and more C#.

Parse and harvest existing source code Create RAS compliant assets Sub-Second Code Searching (Class inherits QUERY, Implements QUERY, etc...) Reverse engineer source code to UML (Class Diagram and Sequence Diagrams) And much much more

compiler for a Pascal like language that build Flash animation (SWF) FlashPascal2 is a more advanced free compiler availabe at http://flashpascal.execute.re/

flatcc has no external dependencies except for build and compiler tools, and the C runtime library. With concurrent Ninja builds, a small client project can build flatcc with libraries, generate schema code, link the project and execute a test case in a few seconds, produce binaries between 15K and 60K, read small buffers in 30ns, build FlatBuffers in about 600ns, and with a larger executable also handle optional json parsing or printing in less than 2 us for a 10 field mixed type message. The JSON parser may change the interface for parsing union vectors in a future release which requires code generation to match library versions. This project builds flatcc, a compiler that generates FlatBuffers code for C given a FlatBuffer schema file. This introduction also creates a separate test project with the traditional monster example, here in a C version. The setup script builds flatcc using CMake, then creates a test project directory with the monster example.