To connect to EC2 env in a SSH Client, the following Gist has to be updated for a specific machine, source and final folders and also the Pub file.

Gist f1012aa1f266b2bc8728e37d9df0f3aa

This example demonstrates a file-synchronization workflow for Amazon Web Services, showing how to copy a local folder to a remote S3 bucket using the AWS command-line interface. The visualization centers on the specific command structure, breaking down the `aws s3 sync` syntax into its component parts: the `s3://` protocol prefix, the target bucket URL with domain name, and the local destination folder. It highlights the path construction and parameter ordering required for successful cloud storage synchronization. The code relies on AWS's native CLI tools rather than external JavaScript libraries, presenting the command as a straightforward text-based diagram.

MMistyBlunch

63% match

VSCode SSH extension

This example demonstrates a configuration file for establishing an SSH connection to an AWS server through the VSCode SSH extension. The code shows a plain-text host entry named "Servidor AWS-nombre-practica" that specifies the server's dynamic public IP address, a local identity file path for key-based authentication, and the default Ubuntu username. The rendering approach is minimal, relying on VSCode's built-in SSH extension to parse the configuration, with no additional visualization libraries or APIs involved. The data source is the user's local SSH config file, and the example highlights the essential parameters—HostName, IdentityFile, and User—that enable remote development.

IIoTeacher

Práctica: Conexión Segura a AWS EC2 ARM64 con Tailscale

This example shows a step-by-step practical guide for establishing a secure SSH connection to an AWS EC2 ARM64 instance using Tailscale, avoiding public port exposure. It presents the workflow through a Markdown document with bash commands, including `curl -fsSL https://tailscale.com/install.sh | sh` and `sudo tailscale up`. The guide includes a rubric table evaluating criteria like installation and connection success, and outlines required evidence such as four screenshots from PC and mobile clients. The content covers authentication with a personal Gmail account, using the Tailscale status command to find the private IP, and establishing the connection via the Termius app.

IIoTeacher

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.

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.

57% match

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.

57% match