ubiquitous-invention/packages/database/migrations/0004_medical_blob.sql
Randall Stillwell 875b1cfc87 auth: case-insensitive emails, Authentik SSO, first-signin workspace provisioning
Three pieces of authentication work that need to land together so OAuth
sign-ins produce a usable session.

* `ensureUserIdByEmail` upserts a `users` row on every OAuth sign-in
  matched case-insensitively on email, then stamps `token.id` with the
  resulting UUID so workspace-scoped tRPC procedures can resolve
  membership. Credentials sign-in already returned the DB id from
  `authorize`; OAuth now does the equivalent.
* `ensureUserHasWorkspace` mints a personal workspace (and `owner`
  member row) on first sign-in for any user that doesn't already
  belong to one, so fresh OAuth accounts don't land in the app with
  no tenant scope. Idempotent; slug collisions retry with a random
  suffix and cap at 5 attempts.
* Migration 0004 adds a `UNIQUE (lower(email))` index on `users` to
  match the lookup pattern and prevent two providers from minting
  rows that differ only in casing. Existing rows are normalized to
  lowercase first; the column-level UNIQUE catches any pre-existing
  duplicates so they get resolved by a human rather than silently
  merged.

Sign-in / sign-up pages add an Authentik SSO button (gated on
`AUTH_AUTHENTIK_*` env vars). Layout switches to GitHub+Google on top
with Authentik full-width below.

Co-authored-by: Cursor <cursoragent@cursor.com>
2026-06-01 23:45:00 -05:00

18 lines
1.1 KiB
SQL

-- ============================================================================
-- 0004 — Case-insensitive uniqueness on users.email.
-- ============================================================================
-- Belt-and-braces: keep the existing column-level UNIQUE on `email` and add a
-- UNIQUE expression index on `lower(email)`. This makes the case-insensitive
-- lookups in `apps/web/lib/auth.ts` (`ensureUserIdByEmail`, the credentials
-- `authorize`) safe forever, and prevents OAuth providers from minting two
-- rows that differ only in casing.
--
-- We normalize existing rows to lowercase first. If the data already contains
-- two rows whose emails differ only in case, the UPDATE will hit the existing
-- column-level UNIQUE and fail loudly — that's the right behavior, since
-- merging duplicate human accounts requires a human decision.
-- ============================================================================
UPDATE "users" SET "email" = lower("email") WHERE "email" <> lower("email");
--> statement-breakpoint
CREATE UNIQUE INDEX "users_email_lower_unique" ON "users" USING btree (lower("email"));