Gist 3265e265f71ea51a81e03416e00e8e94

Gist 83e1b6fcb5b1da33f595c08405f89f2a

This example visualizes a system administration workflow that automatically masks or unmasksthe Linux sleep and suspend targets based on active SSH sessions. It shows a shell script that counts established SSH connections on port 22 using `ss` and `awk`, then conditionally runs `systemctl mask` or `systemctl unmask` on `sleep.target` and `suspend.target`. The visualization highlights the script’s branching logic driven by `PAM_TYPE` (open or close session) and the connection count. No external charting library is used; the code relies on standard shell utilities (`ss`, `awk`, `logger`, `sudo`) to manage systemd power management.

50% match

Gist ea3c2dbb293136905194cfa2fa60cec8

This example demonstrates a shell script that automates the download and extraction of the latest Linux 64-bit geckodriver release. It shows how to query the GitHub API for the newest release, parse the download URL using `sed`, and pipe the archive directly into `tar` for extraction. The script relies on `curl` to fetch the API metadata and `wget` to retrieve the tarball, providing a one-liner workflow for staying up-to-date with geckodriver binaries.

49% match

uso de GIST desde la terminal con $ temux

This visualization demonstrates how to use GitHub CLI from a terminal to create and manage gists, with a focus on integrating `gh` into `tmux` workflows. It shows the process of installing `gh` on Ubuntu Server ARM64 and Termux, authenticating via `gh auth login`, and creating a private gist with `gh gist create`. The example includes a `tmux` configuration that binds custom key sequences (CTRL+1 through CTRL+5) to compile, run, debug, upload, and record assembly code. The code uses shell commands like `as`, `ld`, `gdb`, and `asciinema`, along with the `gh` API for gist creation.

IIoTeacher

49% match

Gist 44be7198b7913c5e683122ab224baa9e

This example demonstrates a shell-based spinner that provides visual feedback during a long-running command-line task. Instead of a graphical chart, it renders a rotating line animation directly in the terminal by updating a single carriage-returned character (`\r`) on the standard error stream. The script iterates through the characters of the string `/|-\` using a modulo index, printing one frame per line of piped input. It relies on standard shell constructs like `printf`, a `while` loop with `read`, and an environment variable for state, with no external JavaScript libraries or data sources involved. The spinner stops and clears the line after the input stream ends.

Gist 1487e9082b7aaf6a45007d66fc0a7697

This example demonstrates a terminal-based workflow for running an Ubuntu Docker container on a Windows host. The visualization is a step-by-step textual tutorial, not a graphical chart, showing the commands necessary to pull the official Ubuntu image from Docker Hub and execute it interactively. The code relies on the Docker command-line interface and `winpty` utility to facilitate a pseudo-terminal session, with the primary command being `winpty docker run -i -t ubuntu bash`. The output presents the three required steps as a simple, linear sequence, with the final step noting the interactive shell session is ready for use.

MMistyBlunch

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

Gist 365f9f9382b75e5fd85f1601f1f1d84b

This example demonstrates a shell configuration snippet that automatically switches a user to the Zsh shell whenever an interactive Bash session starts. The code, intended for a `.bashrc` file, checks if the current Bash instance is interactive using the `$-` variable and, if so, sets the `SHELL` environment variable to `zsh` and launches Zsh with the `-l` (login) flag. The visualization references a GitHub issue from the Oh My Zsh repository, sourcing a solution for seamlessly integrating Zsh into a Bash-centric workflow.

MMistyBlunch

Gist d4c7362c0aa36f0dcf0fa78549e1d3b1

This visualization demonstrates an automatic root logout mechanism for interactive shell sessions. The code appends a configuration block to `/root/.bash_profile` that sets a 600-second idle timeout (`TMOUT`) for interactive shells, enforced via a `case` statement checking for the `i` flag in shell options. The script uses `sudo tee` to safely write the configuration with root privileges. The rendering approach is entirely text-based, showing the shell script and its embedded here-document that modifies bash startup behavior. No graphical libraries or data sources are involved; the visualization highlights the code structure and the logic for auto-logging out idle root sessions.