This means wired peripherals now correctly track their current mounts
and attached state, rather than inheriting from the origin wired modem.
Closes#890
Allows us to run multiple "computers" in parallel and send messages
betwene them. I don't think this counts as another test framework, but
it's sure silly.
- Fix broken /cctest marker
- Correctly wait for the screenshot to be taken before continuing.
- Filter out client tests in a different place, meaning we can remove
the /cctest runall command
- Bump kotlin version
- Add lightmap parameters to the text, computer and printout renderers.
- Printouts are always rendered using the current lightmap. When
interacting with the GUI, we use the fullbright lightmap coordinate.
- Pocket computers render their border using the lightmap. Terminal and
light do not use the lightmap at all.
There's some funkiness going on here with render types - it appears the
"correct" position_color_tex_lightmap render type is actually one used
for text.
Fixes#919. This bug does occur on 1.16 too, but given how complex the
rendering changes are between 1.16 and 1.17 I do /not/ want to have to
implement this twice. Sorry.
This ensures inventory slots are synced while the container is open,
meaning the hotbar (which is visible underneath the GUI) correctly
updates.
Fixes#915
When placed in the off hand, pocket computers now render a different
screen when opened in the off-hand, just rendering text at the top of
the screen rather than "opening" the whole computer.
This means you can view the world and computer in your hand at the
same time, effectively allowing you to emulate the
Plethora/MoarPeripherals keyboard (and much more).
This currently requires you to move the pocket computer to the other
hand to open it normally. I did look into allowing for shift+right click
to open normally, but this is awkward when you're looking at a something
like a monitor - you need to shift as otherwise you'd click the block!
Plethora hooks into onItemUseFirst instead, and this might be an option
in the future - meaning that right click would always open some computer
GUI and never the blocks. This may be something we change in the future
- let's get some feedback first!
Closes#861. Apologies for this essay, but if you got this far you were
probably interested!
As always, a massive diff which is largely just moving files between
projects. This does fix a couple of issues with advancements, but
otherwise should behave the same.
Speaking of which, should probably go and test some of these recipes...
Instead of using ids for each computer each computer is spawned with id
0 but has a label which matches up to its test name. This has several
advantages:
- No more confusing IDs: the test code now just does thenComputerOk()
and that's it - the computer to track is inferred from the test name.
- All files are stored on one computer, which means we can write code
which is shared between tests.
This spins up a Minecraft instance (much like we do for the server) and
instructs the client to take screenshots at particular times. We then
compare those screenshots and assert they match (modulo some small
delta).
Basically mimic the actual API that Minecraft would expose if the
methods hadn't been stripped. Lots of ATs and unsafe hacks to get this
working, but thankfully the API we can expose to the user is pretty
nice. Yay for Kotlin?
Anyway, will cause some immediate pain (yay merge conflicts) but should
make keeping the two in sync much easier.
