// SPDX-License-Identifier: MIT // SPDX-FileCopyrightText: 2025 Jonathan D.A. Jewell = polyglot-ssg-mcp :toc: macro :toclevels: 3 :icons: font

Unified MCP server for 60+ static site generators across 50+ programming languages.

image:https://img.shields.io/badge/RSR-compliant-gold[RSR Compliant,link=https://github.com/hyperpolymath/rhodium-standard-repositories] image:https://img.shields.io/badge/MCP-server-blue[MCP Server,link=https://github.com/modelcontextprotocol] image:https://img.shields.io/badge/SSGs-60+-blue[SSGs] image:https://img.shields.io/badge/Languages-50+-green[Languages] image:https://img.shields.io/badge/license-MIT-green[License]

toc::[]

== Overview

polyglot-ssg-mcp provides a unified interface for static site generators across the programming language spectrum. No mainstream JS/Python/Ruby - this is for functional programming, systems languages, and academic tools.

== Supported SSGs by Language

[cols="2,3,4"] |=== |Language |SSGs |Notes

|Ada/SPARK |Anvil, Noteg |Safety-critical, contract-based design

|Agda |QED |Dependently-typed proofs

|Algol |60 |Historical language revival

|APL |Iota |Array-based notation

|Arrow |Undo |Reversible computation

|Bash |Chicxulub |Shell-native scripting

|Befunge-93 |Befunge |2D stack-based esoteric language

|Betlang |Odd |Betting-inspired DSL

|Chapel |Parallax |Parallel computing, HPC-focused

|Clojure |Babashka, Cryogen, Perun |Data-driven, REPL workflow

|COBOL |DivisionOne |Enterprise legacy, structured divisions

|Common Lisp |Coleslaw |Extensible, macro-powered

|Crystal |Marmot |Ruby-like syntax, compiled

|COW |Milk |Esoteric, moo-based commands

|Curry |Vindaloo |Functional-logic programming

|D |Reggae |Systems programming build tool

|Deno |Saur |Secure runtime, TypeScript-first

|Eclexia |Pareto |80/20 principle optimization

|Elixir |NimblePublisher, Serum, Tableau |BEAM ecosystem, Phoenix integration

|Erlang |Zotonic |CMS with static export

|Forth |Estate |Stack-based minimalism

|F# |Fornax |.NET ecosystem, type providers

|Factor |Warp |Concatenative, stack-based

|Gleam |Sparkle |Type-safe, BEAM ecosystem

|Haskell |Casket, Ema, Hakyll |FP-native, Pandoc integration

|Idris2 |Ddraig |Dependent types, verified code

|Janus |Liminal |Reversible programming

|J |Jura |Array programming, APL descendant

|Julia |Documenter.jl, Franklin.jl, StaticWebPages.jl |Scientific/academic publishing

|Just |Praxis, Reliquary, Tiamat, Tripos |Task runner, build automation

|Kotlin |Orchid |JVM, documentation-focused

|Life |Hackenbush |Conway's Game of Life, Turing-complete

|Logo |Terrapin |Educational, turtle graphics

|Malbolge |Bolgia |Esoteric, intentionally difficult

|Mojo |Easel |Python-like, AI/ML focused

|Must |Ultimatum |Constraint-based programming

|My |My-ssg |Personal/experimental language

|Oblibeny |Obli |Privacy-preserving, pattern-hiding

|Nim |Nimrod (nimib ecosystem), Rats |Python-like, compiled

|OCaml |Macrauchenia, YOCaml |Composable, type-safe

|Odin |Gungir |Systems programming, C alternative

|Pharo |Pharos |Live image, Smalltalk descendant

|Pony |Eclipse |Actor-model, capabilities-secure

|Prolog |Prodigy |Logic-based, declarative inference

|QPL |CPT |Quantum programming language

|Racket |Frog, Pollen |Publishing-focused, typesetting

|Raft |Consensus |Distributed systems protocol

|RED |REDShift |Full-stack, Rebol descendant

|REXX |Tyrano |Scripting, mainframe heritage

|Ring |Orbital |Multi-paradigm, lightweight

|ReScript |Rescribe |Type-safe JavaScript compilation

|Rust |Cobalt, mdBook, Zola |Fast, single-binary tools

|Scala |Laika, ScalaTex |Multi-format output (HTML, PDF, EPUB)

|SciLab |LabNote |Scientific computing, MATLAB-like

|StandardML |Canon |Academic ML dialect

|Swift |Publish |Apple ecosystem, SwiftUI-style API

|Tcl |Wub |Web framework with static generation

|WASM (WAT) |Wagasm |WebAssembly text format

|WokeLang |Dei |Consent-aware, ethical computing

|Z |Region |Formal specification language

|Zig |Zigzag |Zero-overhead, compile-time

3+|SPECIAL CASES

|AQL |Avocado |ArangoDB Query Language

|RISC-V |Baremetal |Assembly, embedded systems

|===

== Quick Start

[source,bash]

Run with Deno

deno task start

Or with container

podman run -it ghcr.io/hyperpolymath/polyglot-ssg-mcp:latest

== Installation

=== Deno (Recommended)

[source,bash]

git clone https://github.com/hyperpolymath/polyglot-ssg-mcp cd polyglot-ssg-mcp deno task start

=== Container

[source,bash]

Wolfi (default)

podman pull ghcr.io/hyperpolymath/polyglot-ssg-mcp:latest

Alpine variant

podman pull ghcr.io/hyperpolymath/polyglot-ssg-mcp:alpine

== MCP Client Configuration

=== Claude Desktop

[source,json]

{ "mcpServers": { "polyglot-ssg": { "command": "deno", "args": ["task", "start"], "cwd": "/path/to/polyglot-ssg-mcp" } } }

== Tools

=== Meta Tools

|=== |Tool |Description

|ssg_list |List all SSGs with languages and status

|ssg_detect |Auto-detect installed SSGs

|ssg_help |Get help for a specific SSG

|ssg_version |Server version info |===

=== Per-SSG Tools

Each SSG provides tools prefixed with its name. Common patterns:

• {ssg}_init - Initialize new project
• {ssg}_build - Build the site
• {ssg}_serve - Start development server
• {ssg}_clean - Clean build artifacts
• {ssg}_version - Get SSG version

== Environment Variables

[source,bash]

Override binary paths

ZOLA_PATH=/custom/path/zola HAKYLL_PATH=/custom/path/hakyll

... etc for each SSG

== Architecture

[source]

polyglot-ssg-mcp/ ├── index.js # Main MCP server ├── adapters/ # 28 SSG adapters │ ├── zola.js # Rust │ ├── hakyll.js # Haskell │ ├── franklin.js # Julia │ └── ... ├── src/ # ReScript source │ ├── Executor.res # Type-safe execution │ └── Adapter.res # Adapter interface └── Containerfile # OCI container

== Related Projects

• https://github.com/hyperpolymath/polyglot-db-mcp[polyglot-db-mcp] - Multi-database MCP
• https://github.com/hyperpolymath/polyglot-container-mcp[polyglot-container-mcp] - Container runtime MCP

== License

MIT - See LICENSE.txt

== Author

Jonathan D.A. Jewell (@hyperpolymath)