I don't love the implementation of this (see discussion in #2220), but
it's better than nothing. Wow, the editor really needs a bit of a
rewrite, the code is kinda messy.
Fixes#1396.
I've been putting this off for a while, as I had issues in the past with
people using old Node versions (e.g. #1806), but it no long works on my
machine, so time to make the switch.
Also do a bit of a package update. Hit a rollup bug while doing this
(https://github.com/rollup/plugins/issues/1877), so holding that update
back for now.
- Move remaining sprites to the vanilla GUI atlas.
- Convert our computer border/sidebar sprites to use vanilla's
nine-sliced mcmeta files. I thought I'd have to do something custom
here for the sidebar, as that has no right border, but vanilla
supports that natively!
- Use the normal GuiGraphics.blitSprite for rendering computer
border/sidebar.
- Obey nine-slice scaling within the pocket computer renderer.
This is slightly more accurate for long strings and comments. Note that
we still work a line at a time (and in a non-incremental manner), so
doesn't actaully support multi-line strings (#1396).
We do now treat goto as a keyword (fixes#1653). We don't currently
support labels — those *technically* aren't a token (`:: foo --[[ a
comment ]] ::` is a valid label!), but maybe we could special-case the
short `::foo::` form.
Apparently this has been broken since the file was created in
53546b9f57d9acaa4cdca14ae00eaf68ce8c50bd!? I'm sure I fixed this before,
but maybe that was a different but similar issue >_>.
Convert GLFW's key codes back to their actual key, and then use that
when checking keyboard shortcuts. We *don't* do this for the paste key,
just to be consistent with vanilla's behaviour.
Fixes#2207.
Every few years I get confused about which side turtle upgrades go on
when crafting. The fact that it's flipped always throws me! Let's add a
comment to the recipe, and add some tests to reassure myself.
Reverts 76968f2f28435ddd8cf1efe5dc7330410e87cc09. We'd originally added
this to gather some numbers for #1580, with the hope that it would also
be useful for server admins. Sadly, it's not as accurate as I originally
hoped — the number sometimes goes down for unclear reasons (something to
do with the TLAB maybe??).
Closes#1739.
The main thing of note is Spotless, which also bumps the version of
Ktlint. I've been putting this off for a while[^1], as this changed a
bunch of formatting, and Spotless's (broken) caching was making it hard
to test. Ended up downloading ktlint and running it localy.
[^1]: 8204944b5fdf2ec29ff7dcb112dc454b7710d981
- Actually set colour when constructing the brain.
- Sync it back after crafting, much like we do for upgrades (see
dcc74e15c7ab88e5ec7bb4c83ca00d49c074b615) for more details.
We should take a proper look at this on 1.21.4 and make these methods
main-thread only, so we can sync immediately.
Fixes#2157
Fixes#2141. Hah, I wrote some tests for this in
b03546a158b81a2e69ec636d0ba437f1dd73ad12, but they pass because hoppers
still support vanilla inventories, but turtles don't.
Wish NeoForge registered a fallback for any inventory, like Fabric does,
but there we go.
- Fix isValidClipboard always returning true.
- Fix characters >=128 being rejected. We changed the signature from a
byte to an int in 0f123b5efdca5f277f2c15208b9241d3fb9ca8fa, but
didn't update all call sites.
Valhalla cannot come soon enough. I would love to be able to have
(cheap) wrapper classes for some of these types.
See Zeus-guy's comments in #860.
Sort of closes#2125. I've really struggled to find a way to make it
clear that the information returned here is a snapshot of the current
item, and not a live view and/or proxy. Most wordings I've tried end up
feeling really clunky — given that this is a relatively rare
misunderstanding, let's not stress about this too much.
Oh dear. I'd originally set out to *remove* logic from DiskItem — we're
so close to being able to remove this item in 1.21! However, while
looking at this code, I realised I could remove the whole Forge-specific
doesSneakBypassUse.
We now remove the use hook on the block, and override useOn on the item.
Obvious in retrospect!
Oh. This is from ye olde days (it's one of the first PRs to CC[^1]!). In
pre-1.13 days, furnaces changing their lit state would replace the block
(creating a new BE) and then set back the old BE. CC wouldn't pick up
the second event, and so would continue to use the peripheral from the
first.
We don't really need this any more, for a couple of reasons:
a) Furnaces don't do this any more.
b) Peripherals are now refreshed on the next tick rather than
immediately.
c) Forge's capabilities have an explicit invalidate() hook already. This
technically only detects *removing* block entities, but I'm not sure
there's any cases where you add a block entity without also
triggering a block state change.
Ironically, the place we probably need this more is Fabric, where the
lookup API doesn't have a public invalidate hook (it's hidden away in
the BlockApiCache). I'm mostly relying on c) here, in that we just won't
see this happen in practice.
[^1]: https://github.com/dan200/ComputerCraft/pull/180
We have several items (e.g. ComputerItem), which only exist for their
custom tooltip implementation. We remove these, and replace them
vanilla-style component-based tooltips (TooltipProvider).
The implementation here is a little janky — as the vanilla list of
components is hard-coded, and neither mod loader offers a way to extend
it. For now we just use the generic mod-loader tooltip hook — this
probably would be easier with a mixin, but let's do things Properly.
It would be nice to fully remove DiskItem (we only keep this around for
doesSneakBypassUse), but that can be a future task.
Introduced by the previous commit — I'd made one of the checks too lax.
Add some tests for this, so it doesn't happen again, though this code
does get a complete rewrite in 1.21 anyway >_>.
Another go at fixing #2127.
In a892739f8eb87fb078dedae07d8c8614b9d6da4b we set the precision on the
Tbo uniform. However, this is stripped in the shader pre-processing
Pojav/gl4es does, and so has no effect. As a (terrible) workaround, we
now just ignore shader loading errors. This probably does leak memory
(we'll never clean up the program), but there's not much we can do about
that.
We send the item-form of the current computer in the computer menu data.
However, this leaks the current LockCode, as we include all components.
We now only gather a safe subset of components when constructing the
item.
