I think this left over from CCTweaks or Peripheral++. It doesn't really
make sense as an API - if/when we add multiple upgrades, we'll want a
different API for this.
This removes a tiny bit of duplication (at the cost of mode code), but
makes the interface more intuitive, as there's no bouncing between
getCombination -> cache -> buildModel.
It turns out we don't document the "port" option anywhere, so probably
worth doing a bit of an overhaul here.
- Expand the top-level HTTP rules comment, clarifying how things are
matched and describing each field.
- Improve the comments on the default HTTP rule. We now also describe
the $private rule and its motivation.
- Don't drop/ignore invalid rules. This gets written back to the
original config file, so is very annoying! Instead we now log an
error and convert the rule into a "deny all" rule, which should make
it obvious something is wrong.
- Remove the "force_print" code. This is a relic of before we used
table.pack, and so didn't know how many expressions had been
returned.
- Check the input string is a valid expression separately before
wrapping it in an _echo(...). Fixes#1506.
- Update to Loom 1.2 and FG 6.0. ForgeGradle has changed how it
generates the runXyz tasks, which makes running our tests much
harder. I've raised an issue upstream, but for now we do some nasty
poking of internals.
- Fix Sodium/Iris tests. Loom 1.1 changed how remapped configurations
are generated - we create a dummy source set and associate the
remapped configuration with that. All nasty stuff.
- Publish the common library. I'm not a fan of this, but given how much
internals I'm poking elsewhere, should probably get off my high
horse.
- Add renderdoc support to the client gametests, enabled with
-Prenderdoc.
- Fix mainThread=true methods calling IArguments.escapes too late. This
should be done before scheduling on the main thread, not on the main
thread itself!
- Fix VarargsArguments.escapes not checking that the argument haven't
been closed. This is slightly prone to race conditions, but I don't
think it's worth the overhead of tracking the owning thread.
Maybe when panama and its resource scopes are released.
Thanks Sara for pointing this out!
Slightly irked that none of our tests caught this. Alas.
Also fix a typo in AddressPredicate. Yes, no commit discipline.
- Move the class cache out of Generator into MethodSupplierImpl. This
means we cache class generation globally (that's really expensive!),
but the class -> method list lookup is local.
- Move the global GenericSource/GenericMethod registry out of core,
passing in the list of generic methods to the ComputerContext.
I'm not entirely thrilled by the slight overlap of MethodSupplierImpl and
Generator here, something to clean up in the future.
- Move several interfaces out of `d00.computercraft.core.asm` into a
new `aethods` package. It may make sense to expose this to the
public API in a future commit (possibly part of #1462).
- Add a new MethodSupplier<T> interface, which provides methods to
iterate over all methods exported by an object (either directly, or
including those from ObjectSources).
This interface's concrete implementation (asm.MethodSupplierImpl),
uses Generators and IntCaches as before - we can now make that all
package-private though, which is nice!
- Make the LuaMethod and PeripheralMethod MethodSupplier local to the
ComputerContext. This currently has no effect (the underlying
Generator is still global), but eventually we'll make GenericMethods
non-global, which unlocks the door for #1382.
- Update everything to use this new interface. This is mostly pretty
sensible, but is a little uglier on the MC side (especially in
generic peripherals), as we need to access the global ServerContext.
- Remove SidedGenericPeripheral (we never used this!), adding the
functionality to GenericPeripheral directly. This is just used on the
Fabric side for now, but might make sense with Forge too.
- Move GenericPeripheralBuilder into the common project - this is
identical between the two projects!
- GenericPeripheralBuilder now generates a list of methods internally,
rather than being passed the methods.
- Add a tiny bit of documentation.
- Use integer indexes instead of strings (i.e. text, textColour). This
is a tiny bit faster.
- Avoid re-creating tables when clearing.
We're still mostly limited by the VM (slow) and string concatenation
(slow!). Short of having some low-level mutable buffer type, I don't
think we can improve this much :(.
Instead of reporting an error with `.report(f(...))`, we now do
`.report(f, ...)`. This allows consumers to ignore error messages when
not needed, such as when just doing syntax highlighting.
When a turtle attempts to place a block, it does so by searching for
nearby blocks and attempting to place the item against that block.
This has slightly strange behaviour when working with "placable"
non-block items though (such as buckets or boats). In this case, we call
Item.use, which doesn't take in the position of the block we're placing
against. Instead these items do their own ray trace, using the default
reach distance.
If the block we're trying to place against is non-solid, the ray trace
will go straight through it and continue (up to the maximum of 5
blocks), allowing placing the item much further away.
Our fix here is to override the default reach distance of our fake
players, limiting it to 2. This is easy on Forge (it has built-in
support), and requires a mixin on Fabric.
Closes#1497.
- Reverse quads in our model transformer and when rendering as a block
entity.
- Correctly recompute normals when the quads have been inverted.
Closes#1283
- Split the front face of the computer model into two layers - one for
the main texture, and one for the cursor. This is actually a
simplification of what we had before, which is nice.
- Make the cursor layer render as an emissive quad, meaning it glows in
the dark. This is very easy on Forge (just some model JSON) and very
hard on Fabric (requires a custom model loader).
This adds two slots to the right of the turtle interface which contain
the left and right upgrades of a turtle.
- Add turtle_upgrade_{left,right} indicators, which used as the
background texture for the two upgrade slots. In order to use
Slot.getNoItemIcon, we need to bake these into the block texture
atlas.
This is done with the new atlas JSON and a data generator - it's
mostly pretty simple, but we do now need a client-side data
generator, which is a little ugly to do.
- Add a new UpgradeContainer/UpgradeSlot, which exposes a turtle's
upgrades in an inventory-like way.
- Update the turtle menu and screen to handle these new slots.
Since 1.19.3, this was only populated when the player opened the
creative menu, and so was useless in survival or multi-player
worlds.
Rather than removing the field entirely (🦑 backwards compatibility), we
replace it with the empty list. We also remove it from the docs, and add
a note explaining what the field used to do.
Closes#1285, albeit in the least satisfactory way possible.
Fixes#1473.
There's an argument we should use Screen.hasControlDown() (which handles
Cmd vs Ctrl) instead of checking the modifiers, but we then need to
update all the translation strings, and I'm not convinced it's worth it
right now.
- Remove ITurtleItem (and ITurtleBlockEntity): this was, AFAIK, mostly
a relic of the pre-1.13 code where we had multiple turtle items.
I do like the theory of abstracting everything out behind an
interface, but given there's only one concrete implementation, I'm
not convinced it's worth it right now.
- Remove TurtleItemFactory/PocketComputerItemFactory: we now prefer
calling the instance .create(...) method where we have the item
available (for instance upgrade recipes).
In the cases we don't (creating an item the first time round), we now
move the static .create(...) method to the actual item class.
- Provide a helper method for creating threads with a lower priority.
- Use that in our network code (which already used this priority) and
for the computer worker threads (which used the default priority
before). I genuinely thought I did this years ago.
Instead of creating the upgrade serialiser registries in mod
initialisation, we now do it when the API is created. This ensures the
registries are available for other mods, irrespective of mod load order.
This feels a little sad (we're doing side effects in the static
initialiser), but is /fine/ - it's pretty much what other mods do.
This is mostly aiming to give an overview rather than be anything
comprehensive (there's another 230+ undocumented classes to go :p), but
it's a start.
Mostly just an excuse for me to procrastinate working on the nasty bugs
though!
This means the config is no longer stored as static fields, which is a
little cleaner. Would like to move everything else in the future, but
this is a good first step.
