Gist f1a4ad0d5f921fdb64ba7efec08a744a

Gist bdd81a44fd94730b3b03cf3c2c936766

This Vagrantfile configuration sets up a single Linux virtual machine using the `cybersecurity/linux-scavenger` box. It shows a minimal, self-contained Vagrant setup for an isolated scavenger-hunt environment. The code uses the Vagrant Ruby DSL, specifically the `Vagrant.configure` block and the `config.vm.define` method, to declare the VM. It configures networking via `linux.vm.network` with a private static IP, disables the synced folder with `linux.vm.synced_folder`, and assigns provider settings for VirtualBox through the `vbox` provider block, allocating 1024 MB of memory and one CPU.

88% match

Gist 6378827722c371d2f33b9a9516ab1017

This example shows a PowerShell automation script for provisioning a cybersecurity lab environment. It uses the Vagrant command-line interface to add a Hyper-V provider machine image and start a virtual machine from a copied Vagrantfile. The script relies on PowerShell cmdlets like `mkdir` and `cp` alongside Vagrant’s `box add` and `up` commands to set up the Linux scavenger environment from a preconfigured gist.

82% match

Gist 759f990ca4ab64414550b681a9f66f0e

This example demonstrates how to automate the setup of a Linux virtual machine for a scavenger-hunt challenge using PowerShell and Vagrant. It shows the complete provisioning workflow, starting with adding a Hyper-V provider box, creating a destination directory, downloading a Vagrantfile from a GitHub gist via `Invoke-WebRequest`, and finally running `vagrant up` to launch the machine. The code relies on Vagrant’s Hyper-V provider, the `vagrant box add` command, and PowerShell’s file and web-request cmdlets. The data source is the remote Vagrantfile hosted on GitHub, fetched over HTTP.

81% match

Gist 79abf411748d1f79ce072fdc8d879407

This example scripts the automated deployment of a Linux scavenger-hunt lab environment. It downloads a private SSH key from a gist, clones a GitLab repository with submodules, and provisions the machine with Vagrant. It then parses `vagrant ssh-config` output to extract the hostname and port, printing the final SSH connection command for the student.

80% match

Gist abca832946db64106b24e4927e369a11

This example shows a Bash script that automates the setup of a Linux scavenger-hunt lab environment, from downloading a deploy key to provisioning a virtual machine. The script uses `curl` to fetch an SSH private key, `git clone` and `git submodule update --init --recursive` to retrieve the lab definitions, and `vagrant up` to launch the machine. It then parses `vagrant ssh-config` output with `grep`, `awk`, and `sed` to extract the hostname and port, printing SSH connection instructions for the student user.

Gist a9811ea9c0293f1b19277f7a6995b236

This example shows a bash script that automates the setup of a Linux scavenger-hunt lab environment. It downloads an SSH deploy key, clones a Git repository from GitLab, initializes submodules, and uses Vagrant to provision the virtual machine. The script concludes by parsing `vagrant ssh-config` output with `awk` and `sed` to display the student’s SSH connection details, including hostname and port.

Gist 479929a3d2e3a21ebdca56c228f18ddd

This example shows a shell script that automates the setup of a Linux-based scavenger hunt environment for students. It creates a local directory, downloads a Vagrantfile from a TinyURL link, and runs `vagrant up` to launch a virtual machine. The script then extracts the SSH host and port from `vagrant ssh-config` and prints connection instructions. The code relies on the Vagrant CLI, `curl`, and standard Unix utilities like `grep`, `awk`, and `sed`.

Gist 22232677b43d0904992cd489d2aafdf0

This example demonstrates a shell script that automates the setup of a Linux scavenger hunt lab environment. It creates a directory, clones a Git repository from GitLab, initializes submodules, and uses Vagrant to launch a virtual machine. The script then runs a PowerShell reprovisioner script and fixes line endings with `dos2unix` before executing the reprovisioning process. The visualization—if any—is not present; the code focuses purely on environment provisioning using Git, Vagrant, and PowerShell APIs.