Which programming languages does Polyglot SSG support?

It specializes in functional, systems, and academic languages like Rust, Elixir, Haskell, Julia, Clojure, Scala, and many others, moving beyond mainstream JS/Python/Ruby ecosystems.

What is Polyglot SSG?

Polyglot SSG is a unified control plane that allows developers to manage and interact with 28 different static site generators (SSGs) across 19 diverse programming languages from a single interface.

Is Polyglot SSG easy to install and run?

Yes, it can be easily installed and run using Deno (recommended) or deployed as a container via OCI images (e.g., Podman or Docker), offering quick setup for diverse environments.

How does Polyglot SSG simplify SSG workflows?

It standardizes common operations like `init`, `build`, and `serve` for all supported SSGs, provides meta tools for discovery, and supports containerized deployment via Deno or OCI.

Polyglot SSG

Name: Polyglot SSG
Author: hyperpolymath

0•

Offers a unified control plane for 28 static site generators spanning 19 diverse programming languages.

Polyglot SSG provides a comprehensive and unified interface for managing a wide array of static site generators, specifically targeting functional programming, systems languages, and academic tools across 19 distinct programming languages. It simplifies the development and deployment workflow by offering a consistent control plane for 28 different SSGs, intentionally excluding mainstream JavaScript, Python, and Ruby. Developers can leverage this server to centralize operations like initialization, building, serving, and cleaning for a diverse ecosystem of specialized static site generation tools.

Key Features

01Supports 19 functional, systems, and academic programming languages

020 GitHub stars

03Containerized deployment via Deno or OCI images

04Meta tools for SSG listing, detection, and help

05Unified interface for 28 static site generators

06Standardized per-SSG commands for common operations (init, build, serve)

Use Cases

01Managing projects that utilize multiple static site generators

02Standardizing static site build and deployment workflows across diverse technology stacks

03Centralizing control for academic or specialized SSG environments