HalidOdat / gate

Logic gate circuit simulator

Logic Gate Simulator in C++

This project uses cmake for project building so it must be installed as well a c++17 (or greater) compliant C++ compiler.

Web Demo

4-bit Full Adder demo:

The latest deployed wasm builds are available on: https://halidodat.github.io/gate/

Local build

Cloning the repository must be done recursively to get the dependecies.

git clone --recursive https://www.github.com/HalidOdat/gate.git

Building though the terminal

Building the project, In the terminal type to configure CMake

cmake . -DCMAKE_BUILD_TYPE=Release -B build

To build you can either open the solution file with visual studio if you are on Windows, Or use the command line to build it on windows and linux with:

cmake --build build --config Release

NOTE: Executing the program must be done in the same place that the assets directory is located.

On Linux:

./build/gate

On Windows:

./build/gate.exe

Building though an IDE

Open directory where the root CMakeLists.txt is located with Visual Studio (with the cpp development package installed) on Windows or Visual Studio Code (with the cmake extensions) and build the project.

Compiling to Wasm

Use the scripts/build_web.sh script, which automatically installs emscripten sdk and builds the project:

./scripts/build_web.sh

Manually Install emsdk

Before being able to compile to you must have the Emscripten SDK installed and sourced (as described in the link).

emcmake cmake . -B build-web -DCMAKE_BUILD_TYPE=Release
cmake --build build-web --config Release
cp -r web/* build-web

Start a server

To be able to use the web version you need to start a server. You can use python's web server module.

python -m http.server -d build-web

Or upload it to a server.

Creator

Name	Surname	Index
Haled	Odat	201516