This is just an implementation thing, but I realized we can just insert the Zone data into the initial Apollo cache, instead of doing weird field definitions
I _do_ still want the @client tags in the queries though, to tell them not to make server requests at all
This is in preparation for hiding bio zone restrictions but showing item zone restrictions!
I also refactor the build-cached-data script substantially, to run GraphQL against the server instead of a custom query.
Previously, when changing a pet's color, we would refresh the items panel and send a new network request for the item appearances, even though they're all the same. This is because item appearance data is queried by species/color, for ease of specification.
But! Item appearances are //cached// by body ID. So, if this is a standard color, it's not hard to look in the cache for the standard color's body ID!
Now, most color changes are faster and don't flicker the item panel anymore. We do still refresh the panel and send the requests for color changes that _do_ matter though, like standard <-> mutant!
Previously, we would load all `petAppearances` in `PosePicker`, and use cache keys to instantly find it again as a single `petAppearance` in `OutfitPreview` after switching poses.
In this change, we instead have `PosePicker` explicitly load all 6 poses as separate `petAppearance` queries. This simplifies cache sharing between the two components' queries: Apollo can do it automatically, because they were queried the same way in the first place.
I'm doing this in preparation for changing the `id` field of `PetAppearance`, to become `petStateId`. This will help me build pet appearance support tools, by giving the appearances stable identifiers that won't be affected by editing which pose an appearance is!
Ahaha I fucked up a bit! I was indexing into the array of cached zones, instead of looking up by ID. This meant that all zone names were wrong, and some search results weren't loading bc there was no zone data!
I made a fix here, and also added some fallback values, so that if there's an issue in the future we can at least fall back more gracefully than the infinite-spinner case we had here.
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!)
I guess if you return a reference to an object that doesn't exist, it registers as null; and you need to provide the `true` here to declare that it _is_ real and should be treated as an _insufficiently_ defined object?
