# Amber

> programming language compiled to Bash

**Wikidata**: [Q138018801](https://www.wikidata.org/wiki/Q138018801)  
**Source**: https://4ort.xyz/entity/amber-q138018801

## Summary
Amber is a programming language that compiles to Bash, designed for runtime events and automation. It is a scripting language prioritizing ease of use and flexibility, enabling rapid development and execution of scripts for system configuration and task automation.

## Key Facts
- **Compilation Target**: Compiles to Bash scripts, retaining scripting characteristics while enabling compiled execution.
- **Classification**: Subclass of scripting language, opposite of systems programming language.
- **Primary Use**: Runtime event handling, automation, and system configuration.
- **Aliases**: Script language, glue language, embeddable language.
- **License**: GNU Lesser General Public License, version 3.0.
- **Website**: [amber-lang.com](https://amber-lang.com/) (English).
- **User Manual**: Available at [docs.amber-lang.com](https://docs.amber-lang.com/) (English).
- **Source Code Repository**: Hosted on GitHub, with qualifiers indicating its use in software development.
- **Discord Server**: Numeric ID 1235872011603939328, with a reference date of February 5, 2026.
- **Subreddit**: [amberlang](https://www.reddit.com/r/amberlang/) (English, started May 22, 2024).
- **Copyright Status**: Copyrighted.
- **Writable File Format**: Bash script.
- **Wikidata Description**: "Programming language compiled to Bash."
- **Wikidata Sitelink Count**: 56 (indicating broad multilingual coverage).

## FAQs
### Q: How does Amber differ from other scripting languages?
A: Amber compiles to Bash, combining scripting flexibility with compiled execution, making it unique among scripting languages.

### Q: What are common use cases for Amber?
A: Amber is used for automating tasks, system configuration, and runtime event handling, similar to other scripting languages but with a focus on Bash compatibility.

### Q: Is Amber interpreted or compiled?
A: Amber compiles to Bash, though it retains scripting characteristics, making it a hybrid approach between interpreted and compiled execution.

## Why It Matters
Amber democratizes automation and customization by enabling users to write scripts in a high-level language that compiles to Bash. This bridges the gap between scripting languages and compiled performance, making it accessible for system administrators and developers who need both flexibility and efficiency. By leveraging Bash, Amber ensures broad compatibility across Unix-like systems, reducing the need for specialized tools while maintaining scripting simplicity.

## Notable For
- **Bash Compilation**: First scripting language to compile directly to Bash, offering a balance between scripting ease and compiled performance.
- **Automation Focus**: Designed for runtime automation, system configuration, and task scripting.
- **Community-Driven Development**: Active community engagement through Discord, GitHub, and Reddit, fostering rapid iteration and adoption.
- **Open-Source License**: GNU LGPL v3.0 ensures broad usage and modification rights for developers.

## Body
### Technical Characteristics
- **Compilation to Bash**: Amber code is transpiled into Bash scripts, allowing execution in any environment supporting Bash.
- **Dynamic Typing**: Inherits dynamic typing from scripting languages, enabling flexibility in runtime behavior.
- **Embeddability**: Designed to integrate with host applications, similar to other scripting languages like Lua or Tcl.

### Development and History
- **Early Development**: Amber emerged from the need for a scripting language that compiles to Bash, addressing gaps in existing tools.
- **Community Engagement**: Active development and community support through platforms like GitHub, Discord, and Reddit.
- **Specialized Use Cases**: Primarily used in system administration, automation, and runtime event handling.

### Applications and Examples
- **System Administration**: Automating tasks and system configuration, leveraging Bash compatibility.
- **Runtime Automation**: Handling runtime events and integrating with existing Bash scripts.
- **Scripting Workflows**: Enabling rapid development of scripts for diverse automation needs.

## References

1. [Source](https://amber-lang.com/)