Search Results for "old computer emulator"

A portable library and tools for archiving images of tapes with Atari 8-bit computer software. Provides a common interface for loading and saving tape images in various formats. Designed for use by emulators and Atari<->PC communication software.

... - Runs on Windows, Linux, and Mac. - Supports Gradle: clean, assembleDebug, assembleRelease, ( uninstall and install handled by adb ) - Keystore generator for App Bundles. - Supports the old NDK: 'ndk-build clean' , and 'ndk-build' - Flutter has "Run", "Hot Reload" and "Attach" buttons. - Fast development cycle to build, load and debug your application on the Emulator or your Android device. Use adb wireless debugging over Wi-Fi, no root required. Logcat: Color highlighting for warning and error messages with filter options to block unwanted tags. ...

GXemul is a full-system computer emulator, emulating processors (ARM, MIPS, M88K, PowerPC, and SuperH) and surrounding peripherals, in some cases well enough to let unmodified guest operating systems run as if they were running on real hardware.

WinCMOC v0.6 is here! So many new features, I cant remember them all. Please uninstall old versions before installing. This is a port of the CMOC compiler (written by Pierre Sarrazin) to Windows. Currently CMOC does not support linking, so, I've written front end tools which edit CMOC's output so that it can be assembled and linked via LWTOOL's. A simple C editor in included which makes it easy to compile/build and run the xroar emulator.

Pi64 is not an emulator, it just mimics the 80's classic 8bit computers with SDL based graphics and RtAudio based sound. The fullscreen editor for shell and the built-in program editor help you create your own programs and games. Programming language is LUA, but Pi64 is open for any library plugins written in your favourite language. Source was written in pure C, so should compile on Windows, Mac OS X and Linux without issues.

A shell loosely based on the old Commodore and Tandy BASIC interpreters, with some small updating to modern computer systems

Trike is a platform-independent tool for systematic, computer-assisted threat modeling, from requirements through deployment. We are developing Trike v2 on GitHub (https://github.com/octotrike/trike). Our mailing lists are still here on SourceForge, and we're leaving the old code repository & releases up for archival purposes. Plus you probably want to use something while you're waiting for v2.

Dream Machine Preservation Project is a project with the goal to create a software emulator for the Amiga computer on the Java Virtual Machine.

A set of tools relating to an educational processor used in teaching Computer Architecture at the University of Ottawa. Currently includes a working assembler and a semi-functional emulator/debugger.

Can emulate old computer on text the code pogram ideal to create kernel for operating system The begin the project the can emulate CPU(8080)and z80.

NEmu is an emulator/simulator for exploring computer architecture. It provides a virtual machine, a debugger, and simulations of various cpus and hardware. NEmu is built on top of ALib, my own application framework.

The purpose of the cinc project is to develop an emulator for Bell Labs' Cardiac (cardboard illustrative aid to computation) computer. The main product from this project is a Java program called jcinc.

MORSEL is a simple microprocessor simulator designed for use as a temporary aid for teaching children to program.

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.

The Java Framework for Computer Emulation (JFraCE) is a framework written completely in Java for emulating (old) computer systems on the software level. Currently only an emulator of a Z80-based CP/M machine is implemented.

A minimalistic CASE tool that will allow end-users to analyze their graphs (plain-old graphs, UML diagrams, ERDs, etc.) by applying various graph theory functions to them (such as a shortest path algorithm or a spanning tree algorithm.)