Convert any webpage URL into clean, LLM-ready Markdown with frontmatter.

Why

• AI-ready by default. Output is NFC-normalised UTF-8, single H1, monotonic heading hierarchy, no zero-width junk, no tracking chrome — drops straight into a vector store or LLM prompt.
• Full-fidelity metadata. Every file ships with a YAML frontmatter block containing canonical URL, final URL after redirects, title, author, date, description, site name, language, and tool identity. No more "where did this Markdown come from?".
• Static fast, JS-capable when needed. Default httpx fetcher is sub-second; opt-in playwright extra (or --fetcher auto) handles SPA shells without bloating the install for everyone else.
• Stable, scriptable CLI. Typer-built, full env-var precedence (PAGETOMD_*), stable exit codes (0/2/3/4/5/64/130), structured logs (--log-json), and a --no-fetched-at switch for byte-deterministic output.
• Not pandoc or curl + sed. pandoc doesn't fetch, doesn't strip boilerplate, and doesn't emit frontmatter. Hand-rolled curl | html2md pipelines re-invent extraction, mojibake handling, robots.txt, redirect caps, and atomic writes. pagetomd is one command for the whole pipeline.

Install

With pipx (recommended for CLI use)

pipx install pagetomd
# optional: enable JS rendering for SPAs
pipx inject pagetomd playwright && playwright install chromium

With uv

uv tool install pagetomd
# optional: enable JS rendering for SPAs
uv tool install 'pagetomd[playwright]' && playwright install chromium

Without installing (uv run)

# Core — no install required
uv run --with pagetomd pagetomd https://example.com

# With Playwright for SPA / JS-heavy pages (install Chromium once first)
uv run --with playwright playwright install chromium
uv run --with 'pagetomd[playwright]' pagetomd https://example.com --fetcher auto

With pip

pip install pagetomd                 # core
pip install 'pagetomd[playwright]'   # + SPA support

Quick start

# Default: derives output filename from the page title
pagetomd https://example.com/blog/post

# Stream to stdout (pipe into LLMs, etc.)
pagetomd https://example.com/blog/post -o -

# Deterministic output (omits fetched_at — good for snapshot tests / RAG ingestion)
pagetomd https://example.com/blog/post --no-fetched-at -o post.md

# Auto-detect SPA pages and fall back to headless Chromium
pagetomd https://my-spa.example.com -o - --fetcher auto

Cookbook

Pipe into an LLM

-o - writes the Markdown to stdout. All logs go to stderr, so the stream is safe to pipe:

pagetomd https://example.com/blog/post -o - | llm "summarise this article in five bullet points"

Batch-convert from a file

while read -r url; do
  pagetomd "$url"
done < urls.txt

Each successful conversion exits 0; any non-zero exit leaves the loop running but is visible in stderr (see Exit codes below).

Crawl an entire documentation site

Use --crawl to discover every linked sub-page under a seed URL and write one .md file per page into an output directory:

pagetomd "https://docs.example.com/guide/" \
  --crawl --crawl-depth 2 \
  --fetcher auto --no-respect-robots \
  -o ./docs-output/

Scope: The seed is treated as the root of its own subtree. Only links whose URL lives under the seed are followed; siblings, parents, and external sites are skipped. For a seed of https://docs.example.com/guide/intro the in-scope prefix is https://docs.example.com/guide/intro/ — pass a trailing slash on the seed (or use a "directory" URL like /guide/) to scope the crawl one level higher.

Output structure: The on-disk layout mirrors the URL hierarchy under the seed, so two pages with the same final URL segment under different parents do not collide:

Each path segment is slugified independently, and Windows-reserved device names (CON, PRN, …) are escaped per segment.

Options:

• --crawl-depth N — BFS hop limit from the seed (default: 1). --crawl-depth 10 against a site that naturally ends at depth 3 simply stops when the queue empties; nothing is wasted.
• --overwrite — replace existing .md files (default: skip). At the end of a crawl, three lists are printed to stderr: pages skipped because the file already exists, pages where no content could be extracted (auth walls, thin nav stubs), and pages that failed with a fetch or conversion error — so you can handle each category appropriately.
• All other flags (--fetcher, --no-verify-ssl, --user-agent, --retries, …) apply to every page in the crawl. --retries honours Retry-After headers on 429/503 responses (capped at 5 minutes per attempt).

A single fetcher context is reused across the whole crawl, so browser backends do not relaunch Chromium per page.

Choosing a mode

pagetomd has four ways to turn URLs into Markdown. Pick the one that matches your situation:

Fetcher details

httpx (default) — A plain HTTP GET. Sub-second for most pages, handles retries with exponential backoff, honours Retry-After on 429/503, enforces robots.txt, and follows <meta http-equiv="refresh"> redirects. No JavaScript execution — if the server sends an empty <div id="root"></div> shell, that's all you get.

playwright — Renders the page in headless Chromium, waits for network idle, then serialises the live DOM (including shadow roots). Use this when you know the page is a SPA. Requires the optional playwright extra (pip install 'pagetomd[playwright]') and a one-time playwright install chromium. Slower and heavier than httpx, but the only way to get content that lives behind a JS framework.

auto — Fetches with httpx first, then inspects the result: if the <body> text is under 200 characters and the HTML contains SPA markers (data-reactroot, <div id="__next">, a "you need to enable javascript" noscript tag, etc.), it re-fetches with Playwright. A second safety net fires if httpx returned HTML that looked non-empty but the extractor still couldn't pull any content — Playwright gets a shot then too. If Playwright is unavailable, the page is counted as "empty" in the crawl summary rather than a hard failure. Best choice when you're pointed at an unfamiliar URL.

Single page vs. crawl

Use the default single-page mode when you have a specific URL (or a short list piped through a while read loop). Use --crawl when you want every page under a URL prefix — it discovers links automatically, deduplicates, mirrors the URL hierarchy on disk, and reuses a single fetcher context so Playwright doesn't relaunch Chromium per page. See the crawl cookbook recipe for the full flag set.

Output shape

Running pagetomd http://127.0.0.1:8765/blog.html --no-fetched-at -o - against the blog.html fixture prints (first ~15 lines shown):

---
url: http://127.0.0.1:8765/blog.html
final_url: http://127.0.0.1:8765/blog.html
title: Why We Rewrote Our Build System in Rust
author: Jane Doe
date: '2024-08-14'
description: A retrospective on migrating our monorepo build pipeline from Python to Rust, and what we learned along the way.
site_name: Example Engineering Blog
language: en
tool: pagetomd
tool_version: 0.4.0
---

# Why We Rewrote Our Build System in Rust

Three years ago, our monorepo build pipeline was a sprawling Python application held together with shell scripts and prayer. ...

When fetched_at is enabled (the default), an extra fetched_at: '2026-06-15T12:34:56Z' line is included in the frontmatter. Fields whose value cannot be detected (e.g. language, author) are omitted from the YAML.

Common options

A compact overview — see pagetomd --help for the full list.

Environment variables

Every flag has a PAGETOMD_<UPPER_NAME> equivalent. For example:

PAGETOMD_TIMEOUT=60 PAGETOMD_FETCHER=auto pagetomd https://example.com

CLI flags always override env vars; env vars override the built-in defaults.

Exit codes

How it works

One paragraph plus a diagram of the pipeline:

URL ──► Fetcher ──► Extractor ──► Converter ──► Postprocess ──► Writer
       (httpx /     (BS4 clean    (markdownify    (NFC, heading   (atomic
        playwright)  + trafilatura) + GFM tables)  hierarchy,      file +
                                                  URL absolutise)  YAML)

The fetcher (httpx by default, playwright for SPAs) downloads the page with retries and robots.txt enforcement. The extractor runs a BeautifulSoup pre-clean pass (strip scripts/styles/nav/ads) then hands the cleaned tree to trafilatura to identify main content and harvest metadata. The converter renders the surviving HTML to Markdown via a customised markdownify subclass (ATX headings, fenced code blocks with language hints, GFM tables with wide-table fallbacks). The postprocessor enforces the AI-readiness contract (NFC, zero-width strip, monotonic heading hierarchy, absolute URLs). The writer prepends a YAML frontmatter block and writes atomically (or streams to stdout).

Security

pagetomd is a public-URL-only tool. It refuses to fetch private, loopback, link-local, multicast, reserved, or cloud-metadata addresses by default — and there is no flag to override that. Treat output files as having the same sensitivity as the URL they were fetched from.

Quality gates

CI enforces both a project-wide test coverage floor of 85% and a per-module floor of 90% (line + branch combined) on the four critical modules — extractor, converter, writer, and postprocess. These four carry the AI-readiness contract, so they get the strictest coverage bar.

Contributing

git clone https://github.com/gs202/PageToMD.git
cd pagetomd
uv sync --extra dev --extra playwright
pre-commit install
uv run pytest

See CONTRIBUTING.md for the full contributor workflow.

License

Business Source License 1.1 — source-available, free for non-commercial use. Converts to MIT on 2030-06-16. See LICENSE for full terms.