The frontend's error boundaries need somewhere to report to. A boundary that only shows a customer a message leaves nobody knowing it happened, which is the failure shape this project has designed against three times already.
POST /api/client-errors takes a report, truncates its fields, logs it with a [client-error] prefix and returns 204. No storage: the container log is where this project's operational visibility already lives, and a table with a retention policy and an admin screen is a subsystem larger than the issue.
An unrecognised context is a 400 rather than a log line under a guessed label, following parseItemFilters, which refuses a malformed filter instead of coercing it. Oversized fields go the other way and are truncated rather than refused, because an over-long report is still the only record of the failure.
The endpoint gets its own rate limiter rather than reusing passwordResetRequestLimiter, whose comment already warns that its caller-and-email key collapses every caller into one shared bucket on an endpoint without an email. The new one takes the default key generator, which also avoids the ERR_ERL_KEY_GEN_IPV6 warning the custom key produces.
Verified: 138 integration tests pass, 4 of them new, and 79 unit. The unit count rose by one without a test being written — routesAreWrapped.test.ts runs describe.each over the files in src/routes, so a new route file generates a case. The handler is synchronous and needs no asyncRoute wrapper.
Refs #62
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Adds favorites as another dimension of the existing storefront filter rather than a separate view, so it lives in the URL, shows up as a removable chip, and combines with category, tags, and price by AND like everything else. A customer can ask for "my favorites under $500 in Furniture" instead of only "my favorites".
Sold favorites are included. The storefront shows sold items everywhere else, and a favorite that has just sold is often exactly what the customer came back to look at after being emailed about it in #34. Hiding them would make items disappear from a list the customer curated themselves. Anyone wanting only what they can still buy can combine the toggle with the status filter.
Which customer "my favorites" means comes from the session, never from the query string, so a hand-edited URL cannot name someone else's favorites. A signed-out visitor sees the toggle and gets the same inline register/login prompt the heart button and Add to Cart already use; signing in resolves the gate and the filter applies on its own. A bookmarked favorites link whose session has expired says so rather than rendering an empty grid, which would tell the visitor they have no favorites instead of that we do not know who they are. The API answers 401 for the same reason, and the admin inventory refuses the filter outright rather than ignoring it.
The shared SQL builder now requires callers to say whose favorites they mean, even when that is nobody, and throws instead of dropping the clause — a future caller that forgets the guard fails loudly rather than quietly returning the whole catalogue.
Verified with 59 unit tests, 134 backend integration tests, and 70 end-to-end tests, all passing, with type checking clean on both sides.
Deleting an item cascades its favorites away, so anyone watching it lost the record silently and heard nothing. Recipients are now collected before the delete, since after it there is nobody left to look up, and the mail is sent only once the delete has succeeded so nobody hears about a withdrawal that did not happen.
Items that had already sold are excluded. Their favoriters were told at the point of sale, and a second "no longer available" for the same item reads as a duplicate rather than news.
The wording differs from the sale notification — withdrawn rather than sold — because the customer did not lose out to another buyer and saying so would be untrue.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Customers can favorite and unfavorite items from the storefront, opt in to being told when a favorite is sold to someone else, and manage that preference from their account page.
The opt-in is a consent of its own rather than the existing marketing flag. Being told that a specific item you asked about has gone is a narrower thing than agreeing to marketing, and folding one into the other would leave marketing_consent_text no longer describing what was actually agreed to. It is recorded the same way as the marketing consent — flag, timestamp, and the exact wording shown — and accepting it does not set marketing_consent.
The prompt appears only after a customer has actually favorited something, so the reason for asking is concrete rather than an abstract marketing ask, and it says plainly that it is separate from marketing email. Declining keeps the favorite.
Notifications fire when an item reaches sold, either through checkout or an admin marking it sold, and never to the buyer — telling someone the item they just bought is unavailable reads as a bug. Reserved is deliberately not a trigger: reservations expire and get released, so a "gone" email would often be about an item still for sale. Disabled accounts are excluded, per #33.
completeCheckout now returns the sold item ids and the buyer so its three call sites can notify after COMMIT. Sending inside the transaction would email people about a sale that then rolled back, and would hold the transaction open for SMTP. Each message is sent independently so one bad address cannot stop the rest, and the sale has already succeeded regardless.
Favoriting while signed out opens the existing inline register/login modal, exactly as Add to Cart does, and completes the favorite on success.
Also fixes a latent bug in the same component: while the session was still resolving, `customer` is null for a signed-in visitor too, so clicking Add to Cart or the new heart in that window prompted them to sign in again. Both now ignore clicks until the session has resolved, and the control shows as loading meanwhile.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Adds customers.disabled_at, admin disable/enable endpoints, a Status
column and toggle on the Customers tab, and enforcement across every
path that authenticates.
Enforcement lives in attachCustomer, which previously validated only the
session token and its expiry and never read the customer row. Register,
login and password reset all mint sessions, so a single check in the
middleware covers every path rather than three separate ones — and it
means an existing rd_session cookie stops working at once instead of at
its 30-day expiry. Disabling also deletes the sessions outright, so
eviction does not wait for the next request.
Disabling releases the items the customer was holding, in the same
transaction. A disabled account cannot check out, so leaving its
reservations would keep one-of-a-kind stock off the storefront for up to
the cart expiry window for no purpose. Guarded on 'reserved' so a sold
item is never resurrected. Re-enabling restores sign-in but does not give
the items back — they may since have sold.
Sign-in returns an explicit 403 rather than a generic credential failure.
That does confirm the address has an account, which sits awkwardly beside
the deliberately non-enumerating reset in #32; the trade was made the
other way because a disabled customer told "invalid email or password"
resets their password, succeeds, is still locked out, and concludes the
site is broken. The check runs only after the password verifies, so it is
not a bulk membership oracle, and /register already reveals existence.
A reset token issued before the disable no longer mints a session, and no
new tokens are issued for a disabled account — while still answering 200,
so that endpoint stays non-enumerating.
Self-service GDPR export and deletion are blocked along with everything
else, so those requests now need servicing by hand. Worth checking the
privacy policy does not promise unconditional self-service.
Also fixes an unrelated bug the e2e run surfaced: the admin inventory
fired a request per keystroke in the price fields with no sequencing, so
an older response could land after a newer one and repaint stale rows.
Only the most recently issued request may now set state.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Adds "Forgot password?" to the login page, a request page, and a reset
page reached by a one-hour, single-use token delivered by email. Reuses
customer_tokens with a new password_reset kind alongside verify_email.
The request endpoint always answers 200, whether or not the address has
an account, so it cannot be used to test addresses for membership. Note
/register still reveals existence through its 409 on a duplicate, so this
protection is currently partial; closing that is its own change.
Completing a reset deletes every session for that customer. A reset
prompted by a compromise has to evict the intruder, and leaving a 30-day
cookie alive would defeat the point. It also marks the address verified,
since receiving the mail is exactly what verification proves, and
supersedes any outstanding token so an older link in the inbox cannot be
resurrected.
Introduces the first rate limiting in the codebase, on the request
endpoint only. The limiter is keyed on caller *and* submitted address:
keying on IP alone would let one person lock out everyone behind the same
proxy, and everything arrives via Nginx Proxy Manager. Applying that same
limiter to the reset endpoint, which carries no address, collapsed every
caller into one shared bucket -- so that endpoint is deliberately
unlimited instead, protected by a 32-byte single-use token whose bcrypt
work only runs after the token matches.
The e2e tests read the issued token directly from Postgres rather than
through a test-support endpoint. An endpoint returning a reset token for
an arbitrary address is account takeover for every customer if it is ever
reachable, and an environment gate is thin protection against that.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Seven reported items, of which the first four had two root causes.
The active tab was invisible in dark mode because colorPrimary was
hardcoded to #1a1a1a in both themes. The accent now inverts with the
theme, and colorTextLightSolid inverts with it, or a near-white accent
would get antd's default white label and disappear.
The Category tab, Tag tab, and item-form category selector ignored the
theme entirely. antd declares main: lib/index.js and module: es/index.js,
so importing from 'antd' resolves to the ES build while 'antd/lib/...'
loads the CommonJS one — two copies, two React contexts, and no
ConfigProvider for anything deep-imported. Switching those files to
antd/es/* keeps the deep-import convention and shares the instance. This
was introduced by my own use of the lib path; es is correct under Vite.
Two storefront components had the same latent bug.
"Colour" is now "Color".
The Customers tab shows how many items each customer is holding, as a
link opening the item list with a Release button. Release mirrors the
customer's own cart removal — drop the cart row, return the item to
available, guarded on 'reserved' so it can never resurrect a sold item —
and deliberately sends no email about an action the customer did not
take. The count is a subquery rather than another join, which would have
multiplied rows and inflated order_count and total_spent_cents.
The Inventory tab filters by category, tags, price, and status, reusing
the storefront's parser and query builder so the two cannot drift.
Reserved is one option in a Status filter rather than a standalone toggle.
Also fixes two defects the screenshots exposed: the reserved-count link
bubbled to the row handler and opened the customer drawer behind the
dialog, and .admin-category-node had no CSS at all, so the tree node name,
item count, and actions ran together as one string.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The storefront showed no inventory after deploying the categories/tags
release. No data was lost: the code queried categories/item_tags/
items.category_id against a database where the migration had not been
run, and that failure was invisible at every layer.
Three changes, each addressing one layer:
Migrations now run at container start, so deployed code cannot be ahead
of the schema and the easily-forgotten manual `docker exec migrate.js
up` step disappears. migrate.js waits for Postgres to accept
connections first, since the NAS brings the DB container up slower than
the app, and still exits non-zero so a bad migration stops the
container rather than serving a half-migrated schema.
Express 4 does not forward a rejected async handler, and no error
middleware was mounted, so a failing query never responded at all. Async
routes are now wrapped and an error middleware guarantees a 500. A hung
request is indistinguishable from an empty result in the UI, which is
how a schema mismatch came to read as "the store has no items".
The storefront now separates "request failed" from "no items" and offers
a retry. fetchItems/fetchFilterOptions throw on a non-OK response rather
than returning the parsed error body, which would have been set as the
item list and crashed the grid on .map.
Also restores the project-context update from 7fb5764, which was left
out of PR #24 and ended up dangling.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Adds a self-referencing categories tree, a tag registry with
deterministic colours, and item_tags, plus admin CRUD for both.
GET /api/items now accepts category, tags, min_price and max_price.
Category matching walks the subtree with a recursive CTE so selecting a
parent includes everything filed beneath it; tags match with AND via a
count check, since ANY() alone would return items carrying only one of
them. Malformed filter params return 400 rather than being ignored, so a
broken link doesn't quietly list the whole catalogue.
GET /api/filters serves the drawer its tree, tags, and price bounds in
one request.
Item image/tag aggregation moves from LEFT JOIN + GROUP BY to scalar
subqueries. Joining two one-to-many relations multiplies their rows, so
an item with 2 images and 3 tags would have repeated every image three
times once tags were added.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
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