Installation To run the virtual computer, download and install the freely available VirtualBox (https://www.virtualbox.org/). Next, download the “DEBIAN10-81A-64 _v1.0.vdi” file from the Syslogic web web page to your PC (requires ~2.5 GB of free HDD space). After starting the VirtualBox, click on the “new”-button on the left top to create a new virtual computer. Choose the .vdi file as a virtual SATA the virtual computer window in order to use the mouse inside it. To avoid mouse trapping, the “VirtualBox guest additions” are already installed on the virtual computer. 9.2 USB performance If you

Kubernetes cluster. The minikube VM requires approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube Install kubectl version >= the tutorial from Step 0. Cilium with Docker & libnetwork This tutorial leverages Vagrant and VirtualBox, thus should run on any opera�ng system supported by Vagrant, including Linux, macOS, and Windows you can start it again later. Cilium with Mesos/Marathon This tutorial leverages Vagrant and VirtualBox to deploy Apache Mesos, Marathon and Cilium. You will run Cilium to apply a simple policy between

Kubernetes cluster. The minikube VM requires approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube 1. Install kubectl version the tutorial from Step 0. Cilium with Docker & libnetwork This tutorial leverages Vagrant and VirtualBox, thus should run on any operating system supported by Vagrant, including Linux, macOS, and Windows you can start it again later. Cilium with Mesos/Marathon This tutorial leverages Vagrant and VirtualBox to deploy Apache Mesos, Marathon and Cilium. You will run Cilium to apply a simple policy between

Kubernetes cluster. The minikube VM requires approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube 1. Install kubectl version the tutorial from Step 0. Cilium with Docker & libnetwork This tutorial leverages Vagrant and VirtualBox, thus should run on any operating system supported by Vagrant, including Linux, macOS, and Windows you can start it again later. Cilium with Mesos/Marathon This tutorial leverages Vagrant and VirtualBox to deploy Apache Mesos, Marathon and Cilium. You will run Cilium to apply a simple policy between

Kubernetes cluster. The minikube VM requires approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube 1. Install kubectl version the tutorial from Step 0. Cilium with Docker & libnetwork This tutorial leverages Vagrant and VirtualBox, thus should run on any operating system supported by Vagrant, including Linux, macOS, and Windows Dependency Version / Commit ID Download Command Vagrant >= 2.0 Vagrant Install Instructions VirtualBox (if not using libvirt) >= 5.2 N/A (OS-specific) You should start with the Getting Started Guides

Kubernetes cluster. The minikube VM requires approximately 5GB of RAM and supports hypervisors like VirtualBox that run on Linux, macOS, and Windows. Install kubectl & minikube 1. Install kubectl version the tutorial from Step 0. Cilium with Docker & libnetwork This tutorial leverages Vagrant and VirtualBox, thus should run on any operating system supported by Vagrant, including Linux, macOS, and Windows Dependency Version / Commit ID Download Command Vagrant >= 2.0 Vagrant Install Instructions VirtualBox (if not using libvirt) >= 5.2 N/A (OS-specific) You should start with the Getting Started Guides

Command Line How Do You Survive What You Need Access to a Linux Terminal VirtualBox https://www.virtualbox.org/ Kali Linux or Another Distribution of Linux http://www.kali.org/ http://en.wikipedia

Dependency Version / Commit ID Download Command Vagrant >= 2.0 Vagrant Install Instructions VirtualBox >= 5.2 N/A (OS-specific) You should start with the Getting Started Guides, which walks you through - -- runtime: Executing .devvmrc The box is currently available for the following providers: virtualbox Configuration Options The following environment variables can be set to customize the VMs brought $ cd test $ ./vagrant-local-start-runtime.sh The runtime VM is connected to the same private VirtualBox network as the local CI k8s nodes. The runtime VM uses the same cached box as the k8s nodes, but

Dependency Version / Commit ID Download Command Vagrant >= 2.0 Vagrant Install Instructions VirtualBox >= 5.2 N/A (OS-specific) You should start with the Getting Started Guides, which walks you through - -- runtime: Executing .devvmrc The box is currently available for the following providers: virtualbox Configuration Options The following environment variables can be set to customize the VMs brought $ cd test $ ./vagrant-local-start-runtime.sh The runtime VM is connected to the same private VirtualBox network as the local CI k8s nodes. The runtime VM uses the same cached box as the k8s nodes, but

RT 支持、新增 host 侧免 root 支持等，并首次被某线上课程全 程采用。 • v0.2 rc3 – 新增原生 Windows 支持，基于 Docker Toolbox，无需通过 Virtualbox 或 Vmware 额外安装系统 • v0.2 rc2 – 龙芯插件新增龙芯教育开发板支持 – 在 docker 镜像中新增 gdb-multiarch 调试支持，避免为每个平台安装一个 Mac OSX, Windows 10 使用 Docker CE • 更早的 Windows 版本（含大部分老版本 Windows 10） 使用 Docker Toolbox；也可通过 Virtualbox 或 Vmware 安装 Ubuntu 等 Linux 发行 版后使用 在运行 Linux Lab 之前，请参考 6.1.4 节确保无需 sudo 权限也可以正常运行以下命令： 1 $