I'm gonna extend `itemSearch` to also look up the total number of results, and the fragmentation between `itemSearch` and `itemSearchToFit` finally caught up with me :p
I've deprecated `itemSearchToFit`, and moved the fit parameters into a new optional `fitsPet` parameter for `itemSearch`.
I'm going to keep `itemSearchToFit` around for now, because old JS builds still use it, and I'd like to avoid disrupting folks. But I'm not going to add the new total results field to the results object it returns, and that's gonna be okay!
Sentry issue IMPRESS-2020-20 doesn't have a clear backtrace, but it looks like the usual thing where we trigger an Apollo query directly, and forget to catch a potential error in the returned promise. I noticed that the last thing the user did was type in the search bar, and got a _caught_ error for the initial search!
Scanning the SearchPanel file, I think it's likely that this was a failure in `fetchMore` for the infinite pagination.
I'm a bit worried as to _why_ we were doing infinite scrolling stuff when there were no results? I wasn't able to repro a scroll event on the empty results list, but it's plausible that it could happen. I've added a gate to not send this request when there's an error!
I switched from my `_NoAuthRequired` opname hack, to a more robust `context` argument, and it's opt-in!
This should make queries without user data faster by default. We'll need to remember to specify this in order to get user data, but it shouldn't be something we'd like, ship without remembering—the feature just won't work until we do!
Woo, it's looking pretty good, I think!
I didn't bother with pagination yet, since I feel like that'll be a bit of a design and eng lift unto itself... but I figured people would appreciate the ability to look up individual items, even if the rest isn't ready yet 😅
I was getting annoyed by how, when you're using search, trying on an item will remove conflicting stuff, and then if you decide you don't like what you tried the old stuff _doesn't come back_
As of this change, it does! When you start a new search, we save the outfit state, and then whenever you change the items we ask "hey can these old ones safely be re-worn again?" and re-wear them if so.
Okay, we handle the new pages correctly! Still some weird bugs when you send requests near each other? Probably wise to migrate to Apollo's new way of doing this
These are nice! :)
The `hideSimpleZones` option I'm not sure about yet, but I figure that:
1. For a new user just doing simple outfits, I feel like the double data on the items page just looks silly, so I want to streamline for that
2. But I _do_ want to let the user think about zone complexity when things _are_ multi-zone.
I did also consider just hiding the zone badge for the header you're under, but I figured the consistency of having the item and its badges look the same in all the places in the list was more important.
Oops, our loading state logic was eating the error case! I'm not sure exactly where the gap was happening, but I've rewritten the states to be a bit more foolproof, since that first condition was confusing I think.
In this change, we cache the zones table as part of the JS build process. This keeps the database as our source of truth, while aggressively caching the data at deploy time.
See the new README for some rationale!
I tested this by pulling up dev Honeycomb, and observing that we no longer run db queries to `zones` in the new traces for the wardrobe page. (It's a good thing we did it this way, because I noticed some code in the server that was still loading the zone anyway, and fixed it here!)
Hey wow this was not so hard, just set some global styles, removed some hardcoded colors, and walked through the remaining hardcoded colors to pick a dark mode variant :) neat!!
This was a surprisingly big win! Item is heavier than it looks, because it has like 6 Chakra components, which aren't expensive but aren't _cheap_ in a re-rendered list that needs to be fast, you know?
And it's even more important on search, where there's a lot of items on the page. (we should virtualize it too but that's a thing for another day)
