Give each user independent read, write and delete flags per area
(invoices, bingo, users), so someone can e.g. review and remove bingo
incidents without being able to add any. The request method and path
decide the flag needed: GET is read except the new/duplicate forms, POST
to .../delete is delete, any other POST is write. Unmapped admin paths
are superuser-only, and a test enumerates every registered admin route
so a new one cannot ship without a rule.
Pages follow the same flags: nav and dashboard tiles show readable areas
only, write forms and delete buttons are hidden, and the datacenter form
is shown read-only.
Assisted-by: Claude:opus-5
The admin was one shared HTTP Basic login: no way to give someone
partial access, revoke one person, or tell who changed what. Add a users
table and a session login form. Passwords are scrypt hashes from Ruby's
OpenSSL, so no native gem is needed. Sessions carry a per-user version
that is bumped on password change, which logs that user out everywhere.
ADMIN_USER/ADMIN_PASSWORD now bootstrap the first superuser on an empty
table and afterwards only work while no active superuser exists, as a
recovery path that re-creates one. Until per-area permissions land,
non-superusers only reach the dashboard and their own password page.
Assisted-by: Claude:opus-5
/admin redirected to the invoice list, which stopped making sense once
the admin also ran the bingo. Make it a dashboard with one tile per
area: invoice totals, outstanding amount per currency, overdue count and
the five latest invoices; the bingo score, reserve size, latest incident
and card cells still missing a photo. A shared nav links the sections.
Tiles are per area so they can follow user permissions later.
Assisted-by: Claude:opus-5
Add a second public site to the same process: a 5x5 card of the 25
largest Russian datacenters where a cell is crossed out once an incident
with a public source is recorded (Yandex Sasovo and Kaluga drone strikes
on 2026-10-08/09 are seeded). config.ru dispatches by Host, so it rides
the existing container, DB and bucket instead of a new deploy.
The card is localized ru/en/uk with per-locale columns falling back to
ru. Content is managed from /admin/bingo on asxp.io, reusing AdminAuth
and CSRF. Photos go to the existing bucket under bingo/ and are proxied
by the app, so the bucket stays private and storage needs no change.
The seed data was fact-checked against operator sites and press on
2026-10-10; several entries in the original list were wrong or vague.
Assisted-by: Claude:opus-5
One asset per invoice from a registry (lib/crypto_asset.rb): BTC, LTC,
ETH, XMR, SOL, ALGO, USDT/USDC on ERC-20/TRC-20/BEP-20/Solana/Algorand.
Migration 003 generalizes the ltc_* columns to crypto_* + crypto_coin
(existing LTC invoices backfilled). QR payload adapts per asset: BIP21
amount URIs where supported, bare address for tokens with a network
hint on the PDF. Default addresses come from the CRYPTO_ADDRESSES
secret (JSON code=>address); LTC_ADDRESS still works as legacy.
Mounts AdminAuth (HTTP Basic on /admin/*) and adds two route groups:
- Admin (/admin/invoices): list, new form, create, show, toggle-paid.
POST /admin/invoices builds the Invoice, renders the PDF, uploads to
MinIO, then persists the row with the resulting pdf_key.
- Public (/i/:uuid): an HTML landing page showing client name, number,
total, and status badge, plus /i/:uuid/pdf which 302s to a short-lived
MinIO presigned URL. Anyone with the UUID can fetch the PDF — that's
the whole point of the link-based delivery.
The Invoice model is required only when DATABASE_URL is set, so the
contact-form site still boots in dev without Postgres. Invoicing routes
return 503 in that mode rather than crashing on first request.
