Search Results for "x86-rootfs"

...The focus is on simple administrative and experimental programming, but it has enhanced benefits like Multithreading, CGI, Web functions and Native function calling. The most buildin functions are compatible with PHP, for example fopen(). The current Version 0.96 is available for Windows (32 Bit, WinXP, Win7, Win10+), Linux (x86, 64 Bit, libc 2.2) and Linux (ARM, 32 Bit, libc 2.28). Tested ARM systems: Raspberry Pi Zero, Banana Pi Zero.

nuBASIC is an implementation of an interpreter of the BASIC programming language and IDE. It has been designed mainly for educational purposes and it is suitable for simple games, educational or small business programs.

ANS Forth for Win32 and Linux/x86 (used to compile the following SF projects: acWEB, acFTP, acFreeProxy, acSMTP, Forth-Script)

...It is built upon pcap libs (winpcap, and libpcap) and can run in Windows and most Linux flavors. The current stable version (2.0) provides shared libraries (.dll and .SO) compiled and tested for both x86 and x64 architectures. Sniffer4J work’s by parsing packets in a comprehensive Pdu format. Each Pdu encapsulates the next one, making easy to navigate through the Frame. Frames can be forged in the same manner allowing them to be injected in the network. Sniffer4J support several protocols including: * Ethernet I & II (including LLC and SNAP frames) * Vlan (802.1Q) * Arp * Ipv4, Ipv6, (including options) * Next Header for IpV6 * Ipsec * TCP (including options) * Udp * Icmp (including RFC 2461 and Ipv6) * Lldp * Ipx And more to come… Remember: If you don’t test your network, some else will… Bernardo

...Some of the goals to achieve: - Embedding some design-patterns on language level (singleton, state-pattern) - Implementation of a back-end for byte-code generation - Extending the compiler with an optimization phase for optimizing byte-code - Optimizing the interpreter to improve runtime performace. - Implementation of a Hotspot-Compiler for translating byte-code to x86 machine-code for native execution. - Overall optimizations of the runtime library. Supported platforms: - Windows 7 or above (32/64 bit) - x86 processor architecture COOL is designed and developed by Christian Weis since 2006. Development haltet as of 06/2015 indefinitely.

Jasmin is an interpreter for the x86 assembly language with a full-featured development environment aimed for educational purposes.

bigFORTH is a native code Forth for x86 processors. MINOS is a portable GUI library for X11 and Win32, written in object oriented Forth, and includes the form editor Theseus.

The goal of this project - to create a TinySCHEME binaries for some kind of platforms. Now there are binaries for DOS / DJGPP and MinGW / MSYS / Win32, working on x86 architecture.

LLVM is a unique compiler infrastructure designed for the optimization of programs from arbitrary programming languages. Compilation in C and C++ programs is supported using a parser based on GCC 3.4. Backends exist for X86, Sparc, PowerPC and "C".

EVM is a 32-bit virtual machine designed for easy implementation. It supports bounds checking, real-time linking and JIT compilation on x86 architecture. No platform-specific calls or byte order dependencies. Comes with an optimizing C compiler.

Vdevice is an emulator and development tools for virtual hardware. Written in the .NET framework, vdevice allows the hobbyist to write software or operating systems without dealing with the overhead of an x86 or similar platform.

DOC is an abstract interpreter that supports finding obfuscated function calls in x86 executables, commonly found in malicious programs.

It's a brainfuck interpreter written in Python (In the future will be also a compiler for x86 and have a GUI).