Ops Doc To Drive PDF

Ops Doc → Drive PDF

Glue skill. Takes a markdown operational document from an org repo, renders a styled A4 PDF, and uploads it to a Google Drive folder so the shareable link stays stable across edits.

When to use

• "Make this runbook a PDF in Drive"
• "Put the host script / SOP / checklist in the team folder"
• "Update the PDF in Drive — I edited the markdown"
• Any long-form ops doc the user plans to print or share a stable link to

When NOT to use

• Slide decks / presentations → image-from-html
• Branded marketing collateral (posters, flyers, social cards) → image-from-html or brand-poster
• One-off PDFs that will never be regenerated → invoke latex-pdf directly, skip the upload ceremony
• Ephemeral docs (<1 week lifespan) → don't PDF them at all

What this skill produces

1. A Python build script at <media-path>/<slug>/build_<slug>.py — the source of truth for future rebuilds
2. <slug>.tex and <slug>.pdf in the same directory (artifacts)
3. An uploaded Drive file at a known fileId — captured so future re-uploads use --replace <fileId>
4. A one-line rebuild recipe returned to the user

Pipeline

1. Confirm source + target

• Source markdown path — must already exist in an org repo (e.g. ~/Orgs/<Org>/domains/.../<doc>.md). This skill does not write the content.
• Target Drive folder ID — find it with:

  gog drive search "<folder name>" --json
  

  Grab the id where mimeType contains folder. Never guess folder IDs.

2. Pick the media path

Artifacts live under a non-git media path, not in the org repo:

mkdir -p ~/Local/<org>/<project>/<slug>

The org's CLAUDE.md usually defines the media-path root (e.g. ~/Local/<org>/ for ikigai). The canonical markdown stays in the org repo (versioned content); the build script and compiled outputs live in media (ephemeral artifacts).

3. Write the build script

Invoke the latex-pdf skill for the Python + LaTeX template. It covers: Tectonic install check, Python preamble, esc() helper, subprocess compile step. Place the generated build_<slug>.py in the media directory.

On top of the latex-pdf template, you MUST add the fixes in the Gotchas section below before your first compile. These are not optional — they are the difference between a usable PDF and one with missing glyphs that looks fine on screen and breaks on paper.

Do not try to parse the markdown programmatically. Hand-translate section by section into the Python script's CONTENT list. This is deliberate: you keep control over page breaks, callouts, table formatting, checklists, and brand voice. A pandoc auto-conversion loses all of this and produces ugly defaults. The 20 extra minutes of hand-translation is what makes the PDF printable and professional.

4. Compile

cd ~/Local/<org>/<project>/<slug> && python3 build_<slug>.py

First compile is slow (~60s) because Tectonic downloads fonts and packages. Subsequent compiles are fast.

Verification checklist before moving on (this is the step new users skip and regret):

1. Unicode check — grep the build output:

   warning.*could not represent
   warning.*Missing character
   

   Must return empty. A non-zero exit code from tectonic is NOT the success criterion — it will happily produce a PDF full of missing-glyph boxes with exit code 0.

2. Visual check — use the Read tool on the first 2-3 pages of the PDF. Look for:

   • Garbled escape sequences (\textbackslash{}ldots\{\})
   • Literal \u2019 text reading as "Ž019" (the raw-string trap — see gotchas)
   • Empty boxes where glyphs should be
   • Layout overruns

If anything is off, fix the script and rebuild. Never upload a broken PDF and fix later — it burns a Drive revision and confuses anyone who grabbed the file between uploads.

5. Upload to Drive

First upload:

gog drive upload ~/Local/<org>/<project>/<slug>/<slug>.pdf \
  --parent <folderId> --json

Parse file.id from the response. Save this ID immediately — it's the idempotency key. Write it in the session notes, memory, or handoff message. Without it, the next "just update the PDF" request creates a duplicate instead of replacing.

All subsequent updates — same file ID, link unchanged, share permissions preserved:

gog drive upload ~/Local/<org>/<project>/<slug>/<slug>.pdf \
  --replace <fileId> --json

Success looks like {"preservedFileId": true, "replaced": true}. The --replace flag is the entire reason this skill exists as a separate thing. Without it, every edit produces a new file, breaks existing share links, and forces the user to clean up duplicates.

6. Return the rebuild recipe

End your response with a one-liner the user (or a future agent) can run unsupervised:

python3 ~/Local/<org>/<project>/<slug>/build_<slug>.py && \
  gog drive upload ~/Local/<org>/<project>/<slug>/<slug>.pdf --replace <fileId>

This matters because the user will come back in three weeks, edit the markdown, and not remember the pipeline. The one-liner is the handoff.

Unicode Gotchas

Tectonic's default font (ec-lmr10) does not contain smart quotes, em-dashes, en-dashes, arrows, ellipsis, or non-breaking spaces. A PDF with these characters "compiles" (exit 0) but renders empty boxes. The fix is character substitution at three layers — miss any one layer and glyphs go missing.

Gotcha 1 — Substitute punctuation inside esc(), before backslash escaping

def esc(text: str) -> str:
    unicode_map = [
        ("\u2014", "---"),   # em-dash
        ("\u2013", "--"),    # en-dash
        ("\u201C", "``"),    # left double quote
        ("\u201D", "''"),    # right double quote
        ("\u2018", "`"),     # left single quote
        ("\u2019", "'"),     # right single quote / apostrophe
        ("\u2026", "..."),   # ellipsis
    ]
    for old, new in unicode_map:
        text = text.replace(old, new)
    # ... then the latex-pdf skill's standard backslash/&/%/$/#/_/{/}/~/^ escaping

Gotcha 2 — Do NOT substitute to LaTeX commands inside esc()

Wrong:

("\u2026", "\\ldots{}"),   # DON'T — the later backslash escape pass mangles this

The \\ → \textbackslash{} pass that esc() runs turns \ldots{} into \textbackslash{}ldots\{\}, which renders as literal text. Rule: inside esc(), substitute Unicode to plain ASCII only (..., --, `). If you need a LaTeX command, do it in the final sweep (Gotcha 4).

Gotcha 3 — The raw-string \u trap

Wrong:

CONTENT.append(r"\subsection*{Nominated candidate\u2019s speech}")

The r prefix makes \u2019 six literal characters, not a Unicode escape. This renders as "candidateŽ019s" in the PDF — extremely confusing because the bug is invisible in the Python source.

Rule: when a string needs BOTH LaTeX backslashes AND a Unicode char, either drop the r prefix and double the backslashes, or use a plain ASCII apostrophe in raw strings. Never mix r"..." with \u.... escapes. One literal, one concern.

Gotcha 4 — Final whole-document sweep for raw-LaTeX strings

Unicode characters also sneak in via raw LaTeX you write directly — tables, callouts, titles, emergency-protocol rows. These never pass through esc(), so they escape Gotcha 1. Add a final sweep on the assembled TeX string right before writing to disk:

BODY = "\n\n".join(CONTENT)
TEX = PREAMBLE + r"\begin{document}" + "\n" + BODY + "\n" + r"\end{document}" + "\n"

_FINAL_SWEEP = [
    ("\u2014", "---"),
    ("\u2013", "--"),
    ("\u201C", "``"),
    ("\u201D", "''"),
    ("\u2018", "`"),
    ("\u2019", "'"),
    ("\u2026", "..."),
    ("\u2192", "$\\rightarrow$"),  # OK here — nothing runs after this
]
for _old, _new in _FINAL_SWEEP:
    TEX = TEX.replace(_old, _new)

In the final sweep you can safely substitute to LaTeX commands, because nothing else touches the string afterward. That's why → → $\rightarrow$ belongs here, not in esc().

Gotcha 5 — Tildes in content text

esc() turns ~ into \textasciitilde{}, which renders as a tilde glyph. That's usually fine, but if you have "~50 seconds" meaning "approximately 50", the visual result is awkward. Normalize at the top of esc():

text = text.replace("~50", "approximately 50").replace("~3", "approximately 3")

Or fix at the source — either works.

Storage Convention

If you find yourself writing a build script that would work for many different docs (a true template), promote it into the org repo and parametrize it. That's a different pattern from this skill — this skill is "one doc, one script, one Drive file."

Edge Cases

• Drive folder doesn't exist yet. Create it once in the Drive web UI, grab the ID, reuse forever. gog drive folder creation exists but the one-time browser step is simpler.
• Need to share the PDF with specific people. Sharing permissions are deliberately not handled by this skill — per the global CLAUDE.md rule, modifying access controls is something the user does themselves. Upload, return the link, tell the user to share it in the Drive UI.
• User wants an archive alongside the live version (e.g., v1-2026-04, v2-2026-05). Use different filenames and track multiple file IDs. --replace is for "the current version of this doc"; versioned archives are a different pattern.
• Build fails with unexplained LaTeX errors. Check ~/Local/<org>/<project>/<slug>/<slug>.tex directly — look at the exact line the error references. 90% of the time it's an unescaped character that got through all four gotchas.

Composes with

• latex-pdf — invoke this for the LaTeX template, Python preamble, and Tectonic compile setup. This skill adds the Unicode fixes, the media-path storage convention, and the Drive upload layer on top.
• google-drive — the underlying gog CLI reference. This skill uses gog drive search, gog drive upload --parent, and gog drive upload --replace as its only Drive touchpoints; read that skill for anything beyond those three commands.

Do Not

• Do not parse the markdown programmatically to auto-generate LaTeX. Hand-translate section by section. You're not saving time — you're gaining brand control and printable quality.
• Do not commit the build script to the org repo unless it's genuinely reusable across multiple docs. Coupled scripts with hardcoded file IDs belong next to their artifacts in the media path.
• Do not upload without the Unicode check and visual check. A broken PDF with empty boxes looks fine on screen.
• Do not forget to capture and return the Drive file ID. Without it, the next edit creates a duplicate and breaks existing share links.