This repository contains a highly customized, Zelda-inspired Oh My Zsh theme titled "Hero of Legend." Designed by knerd to gamify the command-line experience, it transforms the standard terminal into an interactive adventure featuring a 16-bit Heads-Up Display (HUD), a persistent Rupee economy, and various mini-games. Users can interact with their shell using gamepad-inspired mapping for Git commands, directory navigation, and file management tasks.
- Features a dynamic HUD that tracks "health" via Git repository status and time via a Majora's Mask inspired countdown.
- Includes an archery mini-game (`a!`) in the Downloads folder to earn Rupees by purging files accurately.
- Implements "Spells" for common tasks, such as `git add` (Magic Hammer) or `git commit` (Magic Scroll).
- Employs context-sensitive companion advice from characters like Navi and Princess Zelda based on terminal environment triggers.
- Features a dynamic HUD that tracks "health" via Git repository status and time via a Majora's Mask inspired countdown.
- Includes an archery mini-game (`a!`) in the Downloads folder to earn Rupees by purging files accurately.
- Implements "Spells" for common tasks, such as `git add` (Magic Hammer) or `git commit` (Magic Scroll).
- Employs context-sensitive companion advice from characters like Navi and Princess Zelda based on terminal environment triggers.
Rich is a Python library that adds colors, tables, progress bars, markdown rendering, and syntax highlighting to terminal output, making CLI tools and REPL sessions significantly more readable and visually polished across Linux, macOS, and Windows.
- Its `print` is a drop-in replacement for the built-in, so you can swap it in with only an import change and embed markup like ` bold magenta » ` directly in strings
- Can be installed into the Python REPL to automatically pretty-print any data structure you inspect
- Supports true color and emoji on modern Windows Terminal, falling back to 16 colors on classic terminals
- Requires Python 3.8+
- Its `print` is a drop-in replacement for the built-in, so you can swap it in with only an import change and embed markup like ` bold magenta » ` directly in strings
- Can be installed into the Python REPL to automatically pretty-print any data structure you inspect
- Supports true color and emoji on modern Windows Terminal, falling back to 16 colors on classic terminals
- Requires Python 3.8+
Termaid is a pure Python library and CLI that renders Mermaid diagrams as Unicode or ASCII art directly in the terminal or within Python apps, supporting 18 diagram types with zero dependencies, terminal-aware auto-fitting, optional Rich colored output and Textual widget integration.
- Inspired by mermaid-ascii and beautiful-mermaid
- Offers 11 built-in themes including gruvbox, monokai, dracula, nord and solarized
- Pipe-friendly CLI examples include `cat diagram.mmd | termaid` and `uvx termaid diagram.mmd`
- Inspired by mermaid-ascii and beautiful-mermaid
- Offers 11 built-in themes including gruvbox, monokai, dracula, nord and solarized
- Pipe-friendly CLI examples include `cat diagram.mmd | termaid` and `uvx termaid diagram.mmd`
97 Programming Fonts
Test drive all the free programming fonts!
Test drive all the free programming fonts!
erd Fonts is a specialized font aggregator and patcher designed to enhance developer fonts with thousands of unique icons. It integrates popular icon sets like Font Awesome and Devicons into programming fonts for an improved terminal experience.
* Includes over 10,390 combined glyphs from various iconic font sets.
* Offers more than 68 pre-patched programming fonts ready for any OS.
* Provides a custom patcher script to create your own personalized font variations.
* Includes over 10,390 combined glyphs from various iconic font sets.
* Offers more than 68 pre-patched programming fonts ready for any OS.
* Provides a custom patcher script to create your own personalized font variations.
Flyline is a modern Bash plugin designed to replace readline and provide an enhanced command line editing experience. Written in Rust and leveraging ratatui.rs, it offers a rich user interface for terminal users. Key features include:
- Intellisense-style autosuggestions and fuzzy history search
- Rich prompt customizations with asynchronous widgets and animations
- Improved tab completion with fuzzy matching and dynamic descriptions
- Agent assisted command writing
- Mouse support for cursor movement and text selection
- Syntax highlighting and automatic bracket/quote closing
- Intellisense-style autosuggestions and fuzzy history search
- Rich prompt customizations with asynchronous widgets and animations
- Improved tab completion with fuzzy matching and dynamic descriptions
- Agent assisted command writing
- Mouse support for cursor movement and text selection
- Syntax highlighting and automatic bracket/quote closing
This video features Professor Marvin Minsky demonstrating the 2500 computer, a system he designed to provide powerful, accessible graphics and animation for schools at a low cost (approx. $5,000) (1:36 - 4:06).
Key features and concepts discussed include:
Hardware Design: The 2500 is a vector-based system using about 250 chips, capable of drawing lines, curves, and points rapidly. It is optimized for line drawings rather than filled-in, shaded regions (2:32 - 3:34).
Storage and Bandwidth: Programs can be saved on standard audio cassettes, and because the system stores coordinate lists rather than full video frames, it is highly efficient and can even transmit images over standard telephone lines (5:45 - 6:50).
Turtle Geometry: Professor Seymour Papert introduces Logo, a programming language designed to make animation and graphics intuitive for children and non-programmers. By using simple commands like 'forward', 'right', and 'spin', users can create complex geometric shapes and patterns without needing advanced mathematics (7:42 - 13:00).
Performance and Artifacts: The creators discuss the display's performance, noting its capability to handle 1,500 vectors at 60 frames per second, and address potential visual artifacts such as flickering or line overlap (14:20 - 16:50).
Artistic Potential: The team emphasizes that while their current demonstrations have been primarily geometric, the system holds potential for artists to create complex, aesthetically pleasing imagery if given the time and skill (18:13 - 19:15).
Key features and concepts discussed include:
Hardware Design: The 2500 is a vector-based system using about 250 chips, capable of drawing lines, curves, and points rapidly. It is optimized for line drawings rather than filled-in, shaded regions (2:32 - 3:34).
Storage and Bandwidth: Programs can be saved on standard audio cassettes, and because the system stores coordinate lists rather than full video frames, it is highly efficient and can even transmit images over standard telephone lines (5:45 - 6:50).
Turtle Geometry: Professor Seymour Papert introduces Logo, a programming language designed to make animation and graphics intuitive for children and non-programmers. By using simple commands like 'forward', 'right', and 'spin', users can create complex geometric shapes and patterns without needing advanced mathematics (7:42 - 13:00).
Performance and Artifacts: The creators discuss the display's performance, noting its capability to handle 1,500 vectors at 60 frames per second, and address potential visual artifacts such as flickering or line overlap (14:20 - 16:50).
Artistic Potential: The team emphasizes that while their current demonstrations have been primarily geometric, the system holds potential for artists to create complex, aesthetically pleasing imagery if given the time and skill (18:13 - 19:15).
Appify transforms terminal user interface (TUI) applications into native macOS application bundles. This utility allows command-line tools to function as standalone apps with their own Dock icons, Cmd+Tab entries, and Spotlight visibility. By embedding a Ghostty engine, it provides GPU-accelerated Metal rendering without requiring any existing terminal installations or external dependencies.
Key features:
Single binary distribution with zero dependencies
Native macOS experience using Swift and GhosttyKit
GPU accelerated rendering via the Metal renderer
Customizable application names, bundle IDs, and icons
Key features:
Single binary distribution with zero dependencies
Native macOS experience using Swift and GhosttyKit
GPU accelerated rendering via the Metal renderer
Customizable application names, bundle IDs, and icons
ShellGPT is a powerful command-line productivity tool driven by large language models like GPT-4. It is designed to streamline the development workflow by generating shell commands, code snippets, and documentation directly within the terminal, reducing the need for external searches. The tool supports multiple operating systems including Linux, macOS, and Windows, and is compatible with various shells such as Bash, Zsh, and PowerShell. Beyond simple queries, it offers advanced features like shell integration for automated command execution, a REPL mode for interactive chatting, and the ability to implement custom function calls. Users can also leverage local LLM backends like Ollama for a free, privacy-focused alternative to OpenAI's API.
This Gist details a solution for reclaiming control over a macOS system when using older versions of Bash and the sandboxed App Store version of WireGuard cause issues. The core problem is that macOS's system Bash is outdated (version 3.2), which breaks modern scripts. Additionally, the App Store WireGuard client stores configurations in the Keychain, making them inaccessible to the command-line interface.
The solution involves installing a modern Bash and WireGuard tools via Homebrew, fixing terminal issues with terminfo, configuring the root environment's PATH, and rescuing WireGuard configurations from the Keychain. By following these steps, users can establish a functional WireGuard CLI setup on their macOS systems, bypassing the limitations imposed by the system's default configuration.
The solution involves installing a modern Bash and WireGuard tools via Homebrew, fixing terminal issues with terminfo, configuring the root environment's PATH, and rescuing WireGuard configurations from the Keychain. By following these steps, users can establish a functional WireGuard CLI setup on their macOS systems, bypassing the limitations imposed by the system's default configuration.
