Furthermore, the runtime system is packaged with your Papyrus-RT installation in your host OS, and this is also needed to compile generated code. Your modelling environment and your workspace (where your projects are located) are in the host OS, and the runtime environment is in the guest OS, but the generated code in your workspace is to be compiled in the runtime environment and therefore the runtime environment needs access to the workspace. When done, exit and go back to your host OS: In our case, these will be Linux commands.Ħ. In the ssh terminal, execute any commands that you'd like. The default user is called vagrant and has root status.ĥ. Once it is up, you can connect to it via ssh: So, with these commands, the typical session consists of the following steps:Ĥ. Saves the state of the VM and makes it go to sleepĭestroys the VM and removes all its contents. The following are the basic commands to interact with your VM from your host OS:Ĭonnects to the VM via ssh, i.e. The Vagrant Cloud lists alternative VMs, but this one is more than enough for building and running code generated with Papyrus-RT. In this case, hashicorp/precise32 is a very lightweight Ubuntu 12.04 LTS with no GUI. Set it up: the first time you run the commands below it will take a while, as it downloads the VM image.Īt this point, vagrant will download the guest OS and create a VM for your provider, and then the VM will be up and running. You can choose any suitable folder, and adapt the rest of the instructions accordingly.ĥ. In the rest of these instructions we will assume this is the path where we are installing the VM. Install it according the the instructions in the Vagrant documentation: Vagrant installation instructions.Install it according the the instructions in the VirtualBox User Manual: VirtualBox installation instructions.We recommend VirtualBox as hypervisor, since this is the one where we have done all testing. This will manage the configuration of your VM and provide the point of access to the VM. Vagrant: a virtual development environment.This will manage the Linux VM where your applications will be compiled and executed. a virtual machine manager/provider such as VirtualBox, VMware Fusion for mac, VMware Workstation for Windows, Docker or Hyper-V. In our case, the guest OS will be Linux, and the host OS can be Windows or macOS. A Virtual Machine runs some operating system (aka the "guest OS") inside another (aka the "host OS"). You will need a Virtual Machine (VM) running Linux. 5 Provisioning the VM with g++ and make.Linux users can skip these and go directly to Compiling and running Papyrus for Real Time applications. These instructions describe how to setup the runtime environment on Windows or macOS using a Linux Virtual Machine and Vagrant. This means that if you do modelling on Windows or macOS, you will need to do some additional setup to be able to execute code generated in the modelling environment. However, in the current version of Papyrus-RT (0.8), the runtime system runs on Linux. This means that you can use it in your preferred operating system to do modelling. The runtime environment is a runtime system (RTS) together with a runtime services library that are used to run generated code.īecause the Papyrus-RT modelling environment is based on Eclipse, it runs on all major platforms. The modelling environment provides a GUI where you can create and edit models, as well as generate code from them. Papyrus-RT consists of two major components: a modelling environment, and a runtime environment.
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