Oops, I made a recent change to automatically add `appearanceId` to the outfit state when you open the Support pose picker, to avoid navigation issues.
But I didn't realize this happened _silently_ when you open the page as a Support user, because the Popover preloads!
Now, the Popover doesn't preload its content. This is probably better for normal users too, the PosePicker UI is a bit heavier with 6 previews than I really want!
Oops, our "items to reconsider" feature was preventing unwearing/removing items you're already wearing!
This feature helps you try stuff in Search, without disrupting your outfit. e.g. if you try on a new Background, then change your mind and unwear it, then we reapply whatever old Background you had on the outfit before.
But this made it impossible to remove your _current_ background from the search page if you went back and searched for it again, because we would remove it and then reconsider and reapply it 😅
Now we, um, stop that!
Huh, dunno when I regressed this! Or maybe I never did it for search results, just the main items page? But we're needlessly re-rendering the entire search results list when you wear/unwear something, because `onRemove` always changes, and that breaks the `React.useMemo` on `Item`.
Now, we cache the `onRemove` callback with `React.useCallback`, so perf is much happier!
Oops, we extracted Support fields out from the default `appearanceLayerFragment`!
This was causing the page to silently fail to show any changes, because `layer.remoteId` was evaluating to `undefined` rather than one of the ID numbers in the range.
Here, I've added both `remoteId` explictly because we use it directly, and also the support fields because that's what the layer support UI needs!
Oops, making changes in PosePickerSupport would sometimes trigger a re-fetch in PosePicker.
Specifically, PosePicker needs some fields that PosePickerSupport doesn't, so changing the canonical poses causes PosePicker to ask for stuff again—which will probably serve a SWR'd cached version that doesn't reflect the Support changes!
Here, we update the PosePickerSupport query to prefetch all the fields the PosePicker _would_ want for any of these poses. That way, if we swap in a new one as the canonical appearance for a pose, there's no refetch needed, and therefore no risk of hitting a stale cache.
We move to an actual GQL query, instead of approximating with /api/validPetPoses.
Notable changes are omitting glitched states from UNKNOWN, so we don't prompt Support users to fill in missing states with bad states; and omitting glitched states from standard, so that we _do_ prompt Support users to check UNKNOWN states for new _non-glitched_ versions we can start to use.
I'm learning that top-level traces should use operation_name as well as name, because name is the low-level thing that every trace gets (including child traces like db queries and net requests)!
Also there was an incorrect label in one of these, and validPetPoses was missing it altogether
Now, when viewing a saved outfit that you own, you'll see a "Saved" indicator if it matches the version on the server, or a temporary UI of "Not saved" and a tooltip if not.
Auto-save coming next!
Previously, the PNG link for a pet layer would show the 150x150 version. This was both an inconvenient size, but also not reflective of how the layer actually behaved, because we only use Neopets's official PNG for the 600x600 version!
Ah, oops, the `id` field from `useOutfitState` went missing and I didn't notice, so `useOutfitSaving` didn't correctly detect that this was an existing outfit!
This made saves on existing outfits create new copies, which isn't a bad behavior exactly, but I don't want to go there; saving a copy is just gonna pollute people's outfit lists rn, worse than no option imo.
Just a basic e2e starting point! Simple logic, with simple gates to prevent saving outfits we're not ready for. Safe to ship, despite being very incomplete!
The layer preloader already takes advantage of, and primes, the HTTP cache.
But we still do duplicate work, on every OutfitPreview render, to re-execute movie clip libraries, and create a movie clip to test for animations. The former is nontrivial cost, and the latter is often large cost. This can make even basic outfit changes slow, when there's no change to the movie clip layers and the player is paused!
Here, we add an LRU cache for movie clip libraries, and for the question of "is it animated?". This should speed up a number of places where we would reload the movie (including between toggling the item), and various changes that were triggering full movie clip rebuilds unnecessarily.
We _aren't_ solving here for the fact that toggling an animated item requires rebuilding the movie clip, which could conceivably be cached—but with some state management trickiness, because ideally it should be a separate clip for each context where it's being shown. Imo not yet worth the effort! (esp because I think users understand that toggling an animated item can be slow, whereas this was affecting _other_ actions way too much)
This is a glitchy state that pets can get into! `spankaroonie` is an example, at time of writing.
Before, we would crash on loading downstream fields for the pet's color. Now, we don't! We also fix an oversight in the pet's `petAppearance` field, to trigger the "not yet modeled" error when the pet type doesn't exist.
Here, we consolidate useOutfitState to get its base `outfitState` from a few different places: parsing the URL, and processing the saved outfit data, return an object of the same shape as the state stored in the reducer.
This enables us to just pick one of the three, instead of our kinda awkward individual-field fallbacks.
This will also help us with some upcoming work to make Back/Forward navigation work better.
