Building from source (Windows and Linux)

Server

Install vcpkg and remember the path you installed vcpkg in
Install cmake version 3.20 or higher
Install a C++17 compliant compiler (on ubuntu-20.04 or higher the default g++ compiler should work, on windows install Visual Studio with the Desktop development with C++ workload and the optional C++ CMake tools for Windows component selected)
Clone the repository with git clone https://github.com/SirWalross/aerionuaserver.git and run cd aerionuaserver
On linux set the vcpkg path with export VCPKG_ROOT="<path to vcpkg>" with <path to vcpkg> being the path to the vcpkg directory
Configure cmake with cmake --preset win-x64-test for windows or cmake --preset unix-x64-test for linux
Build the server with cmake --build --preset windows for windows or cmake --build --preset unix for linux
And run the server with build\.\aerionuaserver.exe on windows or build/./aerionuaserver on linux

Built with tauri a rust framework for serving web-apps
Uses svelte-kit as the front-end framework
To build the gui install rust and npm
Navigate to the gui directory and run npm install and cargo install tauri-cli
Run cargo tauri dev to run the gui or cargo tauri build to the build the gui
Depending on the operating system additional packages may have to be installed before running

To run the tests install python 3.8 or higher
Install the necessary packages with pip3 install pytest asyncua asyncio pytest-asyncio
Depending on the test run one or multiple robot and/or plc mockups with python3 tests/mockup/robot.py or python3 tests/mockup/plc.py
Run the test with python3 -m pytest <test-name>

Add all predictive/preventive maintenance data from melfa smart plus card to server
Fix Task was destroyed but is pending error in robot testing
Fix having to recompile as release in ci on windows and add back icon of executable
Access to cpu buffer memory access device from plc user nodes
Add more datatypes to plc user nodes
Add setting access control
Add option to select client certificates to allow