okf-tools

README

okf-tools

Tooling for authoring and maintaining Open Knowledge Format (OKF) bundles.

What's here

Two Go CLIs and a Nix flake:

• okftool — lints, formats, and scaffolds OKF bundles.
• okfpub — publishes a bundle to a backend (Notion, Google Docs, or the filesystem for dry runs).
• a dev shell bundling qmd (local hybrid search over markdown), with both CLIs on PATH.

The flake exposes each CLI as its own package and app:

nix run github:sigma/okf-tools#okftool -- lint
nix run github:sigma/okf-tools#okfpub  -- run --dry-run

Downstream projects consume the dev shell with:

use flake github:sigma/okf-tools

Both CLIs ship lockstep from the same release tag, and each is also installable in CI without Nix — see setup-okftool and setup-okfpub.

okftool

A small, deterministic Go CLI for OKF bundles — the mechanical half of what an agent currently does "by interpretation." It moves reproducible checks (frontmatter/type conformance, link style, index sync, citation shape, orphans, broken-link reporting) into a testable tool, and hands the genuinely semantic work (contradictions, near-duplicates, staleness) back to the agent as a structured worklist.

okftool lint [paths…]   # run the rule catalog; --fix, --fail-on, --select/--ignore, --exit-zero
okftool index --check   # verify index.md is in sync   (--write regenerates it)
okftool fmt   --check   # normalize frontmatter/timestamps/citations/link-style (--write applies)
okftool new <path> --type <T> [--title …]   # scaffold a conformant concept page
okftool graph --format json|dot             # emit the concept link graph
okftool gaps <concept>                      # concepts near <concept> but unlinked (needs qmd)
okftool skill                               # print the bundled agent SKILL.md

okftool skill emits a Claude Code skill teaching an agent how and when to use the tool — install it with okftool skill > .claude/skills/okftool/SKILL.md, so the guidance versions with the binary. The Nix package also installs the same file at share/okftool/SKILL.md for consumers that prefer to reference it from the store.

Every command takes --bundle <dir> (else auto-discover), --config <path> (else okf.toml at the bundle root), and --format human|json (lint also sarif). Run it via the flake — nix run github:sigma/okf-tools#okftool -- lint, or on PATH inside the dev shell.

In CI (without Nix)

Downstream GitHub Actions workflows can install okftool without Nix using the setup-okftool action from this repo. For the full CI story — the okf-lint action, SARIF annotations, publishing, troubleshooting — see docs/ci.md. It downloads the matching released binary (verifying its SHA-256 checksum) and puts okftool on PATH; later steps just run okftool:

jobs:
  lint:
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4
      - uses: sigma/okf-tools/actions/setup-okftool@v0
      - run: okftool lint --bundle path/to/bundle

Pin @v0 for the latest v0.x release, or an exact @vX.Y.Z for a fixed version — the action tag resolves to the okftool binary released at that same tag. The action installs on ubuntu-* and macos-* runners (linux/darwin × amd64/arm64) and exposes the installed version as the version output; it takes no version: input. Windows runners are not yet supported.

Implemented: conformance rules OKF001–OKF004, policy OKF101–OKF107, and worklist OKF201/OKF202/OKF203/OKF206, with autofix for the safe ones. Optional and opt-in extensions (the OKFEXT-* namespace, off by default; OKF0xx/1xx/2xx stays reserved for the spec): OKFEXT-QMD-01/OKFEXT-QMD-02 (qmd-backed semantic near-duplicate detection and index staleness, needs qmd on PATH), OKFEXT-GLOSSARY-* (anchor-checked single-file glossaries), and OKFEXT-SCHEMA-01 (frontmatter validated against a closed schema.json). Not yet built: the Claude Code hook wiring (a consuming-bundle artifact).

okfpub

Publishes an OKF bundle to a backend — Notion, or Google Docs — mirroring each page's content, its frontmatter-derived properties, and its cross-references — concept links become real links between published pages, and glossary-term citations resolve to in-page anchors. Change detection is hash-based, so a re-run touches only the pages whose source actually changed.

okfpub run [flags]   # publish the bundle to a backend
okfpub version       # print the version

Run flags:

--backend  notion|gdocs|fake|fs   (default notion)
--bundle   bundle root      (default ".")
--config   okf.toml path    (default: discovered)
--areas    areas.json path  (default: <root>/areas.json if present)
--schema   schema.json path (default: <root>/schema.json if present)
--out      fs/export output dir   (default: okfpub-export)
--select   area or path to publish as one document; repeatable (gdocs)
--dry-run  publish nothing: dump the API writes (gdocs) or export to the
           filesystem (implies --backend fs otherwise)
--recompute                 full live-block scan (true drift + self-heal)

--dry-run renders the whole pipeline to a local directory tree instead of calling the backend — the same generation, optimization, and transport code path that publishes to Notion, so it is a faithful preview. --recompute rebuilds each live page's fingerprint from the backend rather than trusting stored state, which detects out-of-band edits and re-heals them.

The Notion backend reads its credentials from the environment:

NOTION_TOKEN    Notion integration token
NOTION_DB_ID    Notion data-source id
OKF_SOURCE_URL  repo web base for the generated-page banner deep-link
                (default: GITHUB_SERVER_URL/GITHUB_REPOSITORY, else local git)
OKF_SOURCE_REF  branch the banner's /edit/ link targets (default: git branch, else main)

OKF_SOURCE_PREFIX
                bundle root's path within the repo, when the bundle is not at the
                repo root (e.g. docs for `--bundle docs`). Without it the banner
                deep-link omits that segment and 404s.
                (default: `git rev-parse --show-prefix`, else none)

NOTION_DB_ID is a data-source id, not a database id. Under the 2025-09-03 API a database can host several data sources, so the id in a Notion URL is the wrong one. Resolve it with GET /v1/databases/{id} and read .data_sources[].

Published pages carry a disclaimer banner linking back to the source file — on by default, configurable in okf.toml (see docs/okf.example.toml).

Publishing to Google Docs

--backend gdocs publishes a bundle to a Google Doc: one tab per page, in one document per selection, inside a Google shared drive.

okfpub run --backend gdocs                          # one document per area
okfpub run --backend gdocs --select concepts        # just that area
okfpub run --backend gdocs --select concepts --select adr
okfpub run --backend gdocs --dry-run                # dump the API writes, touch nothing

--select names an area key from areas.json or a bundle-relative path, and is repeatable. Omitting it fans out to one document per declared area; a bundle with no areas.json publishes as a single whole-bundle document. The glossary area is appended to every document as a trailing tab — so citations resolve inside the document — rather than being published as a document of its own. Pages that no area claims are reported and skipped. A failed document does not stop its siblings: the run publishes what it can, prints a per-selection summary, and exits non-zero.

Each document is found again by a hidden Drive property, not by its title, so renaming it in the UI is safe. Tabs are flat, titled from frontmatter, and an area's README.md opens its document.

GDRIVE_FOLDER_ID       the shared drive, or a folder on one, to publish into
GDOCS_IMPERSONATE_SA   the service account to impersonate

It must be on a shared drive, not in My Drive. A service account has no storage quota and cannot own files, so publishing into a My Drive folder fails at write time with a misleading 403 storageQuotaExceeded.

A folder id publishes into that folder, which keeps a bundle's documents together on a drive shared with other content, and needs only Content manager on the folder — membership of the whole drive is not required. A drive id publishes into its root.

There is no key file. Google organizations enforce constraints/iam.managed.disableServiceAccountKeyCreation by default, so no service-account JSON key can be created. okfpub instead impersonates the service account using whatever Application Default Credentials the environment already has — a developer's gcloud auth application-default login, or a Workload Identity Federation credential in CI. Both are short-lived, and neither is a secret to store.

scripts/provision-gdocs.sh walks the one-time setup: the Cloud project, the Docs/Drive/IAM-Credentials APIs, the service account and its token-creator grant, the shared drive, and a verification write.

In CI (without Nix)

setup-okfpub mirrors setup-okftool, with the same tag-pinning rules. docs/ci.md covers the rest: auth setup for both backends, dry-run-on-PR, scheduled drift sweeps, and the errors worth recognising.

jobs:
  publish:
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4
      - uses: sigma/okf-tools/actions/setup-okfpub@v0
      - run: okfpub run --bundle path/to/bundle
        env:
          NOTION_TOKEN: ${{ secrets.NOTION_TOKEN }}
          NOTION_DB_ID: ${{ secrets.NOTION_DB_ID }}

For the Google Docs backend there is no secret to store: CI authenticates with GitHub's OIDC token, exchanges it for short-lived Google credentials, and okfpub impersonates the service account from there.

jobs:
  publish:
    runs-on: ubuntu-latest
    permissions:
      contents: read
      id-token: write          # required to mint the OIDC token
    steps:
      - uses: actions/checkout@v4
      - uses: google-github-actions/auth@v2
        with:
          workload_identity_provider: projects/<NUM>/locations/global/workloadIdentityPools/<POOL>/providers/<PROVIDER>
          service_account: okfpub-gdocs@<PROJECT>.iam.gserviceaccount.com
      - uses: sigma/okf-tools/actions/setup-okfpub@v0
      - run: okfpub run --backend gdocs --bundle path/to/bundle
        env:
          GDRIVE_FOLDER_ID: ${{ vars.GDRIVE_FOLDER_ID }}
          GDOCS_IMPERSONATE_SA: okfpub-gdocs@<PROJECT>.iam.gserviceaccount.com

The provider and its binding are created once, per consuming repo:

PROJECT=<your-project>; REPO=<owner>/<repo>
SA="okfpub-gdocs@${PROJECT}.iam.gserviceaccount.com"

gcloud iam workload-identity-pools create github --project "$PROJECT" --location global

gcloud iam workload-identity-pools providers create-oidc github --project "$PROJECT" \
  --location global --workload-identity-pool github \
  --issuer-uri https://token.actions.githubusercontent.com \
  --attribute-mapping "google.subject=assertion.sub,attribute.repository=assertion.repository" \
  --attribute-condition "assertion.repository == '${REPO}'"   # scope it to ONE repo

NUM=$(gcloud projects describe "$PROJECT" --format='value(projectNumber)')
gcloud iam service-accounts add-iam-policy-binding "$SA" --project "$PROJECT" \
  --role roles/iam.workloadIdentityUser \
  --member "principalSet://iam.googleapis.com/projects/${NUM}/locations/global/workloadIdentityPools/github/attributes/repository/${REPO}"

The --attribute-condition is load-bearing: without it, any GitHub repository can mint a token for this provider.

Reference

• docs/ci.md — using okf-tools from CI: installing the CLIs, the okf-lint action, publishing to Notion and Google Docs (including the Google auth setup), operational patterns, and a troubleshooting table.
• docs/DESIGN.md — architecture, CLI surface, bundle/link model, workflow integration, roadmap, open questions.
• docs/RULES.md — the canonical rule catalog (IDs, categories, severities, autofix).
• docs/okf.example.toml — annotated per-bundle config schema.