Gist 41f7d0d837d1d40afd9f9b1d1f87d4ff

Gist 20b9219bcfa5ee87411a30118d3b6163

This example shows a shell script that automates the deployment of a Dockerized application on a fresh Ubuntu server. The script installs Docker and Docker Compose, creates a project directory, and copies a `docker-compose.yml` file into it. It then sets up a systemd service to run the compose file on boot and starts the application. The code uses `curl` to fetch remote files, `usermod` for user permissions, and `systemctl` to enable the service, with the actual container orchestration handled by `docker-compose` and `docker` commands.

CCliffordAnderson

69% 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 0711211684d6b9f38dc69fe06a29d844

This example shows a shell script that automates the setup of a Linux scavenger hunt lab environment by downloading a deploy key, cloning a GitLab repository, and running Vagrant to provision the machine. The script uses `curl` to fetch an SSH key, `git clone` with submodules to pull the lab definitions, and `vagrant up` to launch the virtual machine. It then extracts the SSH hostname and port from `vagrant ssh-config` using `grep` and `awk`, printing 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 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.

Gist 8a8ae544eac90ad4328b9f7f8436779b

This example shows a command-line session where a developer manages a project called beautyLib, a repository for a data-visualization library. The shell history displays Git operations, including cloning the repository, committing code with the message "py recommendations added," and pushing to the master branch, alongside file management in the `Documentos` directory. The output also demonstrates deployment steps, such as installing Python’s package manager via `sudo apt install python-pip` and connecting to a remote Lightsail server using an SSH key from `~/.ssh/LightsailDefaultKey-us-east-1.pem`. The visualization itself is not rendered here; instead, the text focuses on the terminal commands and infrastructure setup.

MMistyBlunch

67% match

Gist b6841d55375225f550b287b3e0632119

This example demonstrates how to install Node.js and npm on Ubuntu 18.04 using shell commands, providing a step-by-step reference. It shows the process of adding the NodeSource repository and running the apt package manager to set up the runtime environment. The code uses command-line instructions with curl and sudo to download the setup script and install the nodejs package, with a link to the official Linuxize tutorial for additional guidance. The visualization is not graphical; it is a plain-text procedural guide.

MMistyBlunch

66% match

Gist 64e48e594d78f24f4f91dda25974c90c

This example shows a PowerShell script for automating the setup of a Windows development environment, with a focus on configuring Hyper-V and WSL. The script uses Chocolatey commands to install tools like Docker Desktop, Git, Node.js, and Visual Studio Code, while also enabling Windows features and disabling UAC. It downloads GitLab Runner and registers it as a service, then fetches Ubuntu 18.04 Appx and Vagrant files for later WSL and Hyper-V use. The code relies on the Chocolatey package manager and Windows PowerShell cmdlets.