- Merge BlockPeripheralBase and BlockPeripheral, as no other classes
extended the former.
- Make BlockPeripheral use ITilePeripheral instead of
TilePeripheralBase. This allows us to use other, non-ticking tiles
instead.
- Convert advanced and normal modems to extend from a generic
TileWirelessModemBase class, and thus neither now tick.
- Move getPeripheralType and getLabel from IPeripheralTile to
TilePeripheralBase. These were mostly constant on all other tiles, so
were rather redundant.
- Make TileAdvancedModem extend TileGeneric, and be non-ticking (using
similar logic to all other blocks).
- Move updateTick onto BlockGeneric/TileGeneric instead of the full
wired modem, as it is used by several tiles now.
- Make *Cable extend from *Generic, and schedule ticks instead of
running every tick.
We currently generate the crafting item once when the upgrade is first
created, and cache it for the duration of the game. As the item never
changes throughout the game, and constructing a stack is a little
expensive (we need to fire an event, etc...), the caching is worth
having.
However, some mods may register capabilities after we've constructed our
ItemStack. This means the capability will be present on other items but
not ours, meaning they are not considered equivalent, and thus the item
cannot be equipped.
In order to avoid this, we use compare items using their share-tag, like
Forge's IngredientNBT. This means the items must still be "mostly" the
same (same enchantements, etc...), but allow differing capabilities.
See NillerMedDild/Enigmatica2Expert#655 for the original bug report -
in this case, Astral Sourcery was registering the capability in init,
but we construct upgrades just before then.
- Move IDirectionalTile constraint from IPeripheralTile to
TilePeripheralBase.
- Make *WiredModemFull no longer inherit from *PeripheralBase. While
there is still some shared logic (namely in the syncing of "anim"),
it's largely fine as we don't store label or direction in NBT.
- Add a TickScheduler. This is a thread-safe version of
World.scheduleUpdate. We simply build a set of all TEs, and schedule
them to be updated the next tick.
- Make ModemState receive an "onChanged" listener, which is fired
whenever the modem changes.
- Make WiredModemFull no longer tick, instead scheduling updates when
it is first loaded and whenever the modem changes.
FileSystemMount was originally added to allow using ReadableByteChannels
instead of InputStreams. However, as zip files do not allow seeking,
there is no benefit of using them over the original JarMount (which we
need to preserve for backwards compatibility).
Instead of maintaining two near-identical mounts, we remove the
FileSystemMount and rewrite the JarMount implementation with several
improvements:
- Rewrite the jar scanning algorithm to be closer to 1.13+'s data pack
mount. This means we no longer require the jar file to have
directories before the file (though this was not a problem in
practice).
- Add all JarMounts to a ReferenceQueue, closing up the ZipFile when
they have been garbage collected (fixes#100).
- Cache the contents of all files for 60 seconds (with some constraints
on size). This allows us to seek on ROM files too (assuming they are
small), by reading the whole thing into memory.
The cache is shared across all mounts, and has a 64MiB limit, and
thus should not have an adverse impact on memory.
This is done in 1.13+ for items and blocks, so we might as well do it
for upgrades now. Note we can't do it for ender pocket modems, as the
upgrade ID is spelled incorrectly there.
- For those where placement is stored in the metadata (computers),
don't also set it in onBlockPlacedBy.
- Remove .getDefaultState(int, EnumFacing) override, as this means we
have more control over what is passed to us (namely, placer's
direction too).
"/computercraf" auto-completes to "/computercraft_copy" instead of
"/computercraft", which is rather annoying, as the former is not meant
to be used normally.
It's rather embarassing that it's been restructured _again_, but I think
this is a nice middle-ground. The previous implementation was written
mostly for Fabric, which doesn't always map perfectly to Forge.
- Move the message identifier into the registration phrase. It's not
really a property of the message itself, rather a property of the
registry, so better suited there.
- Move message handling into the message itself. Honestly, it was just
ending up being rather messy mixing the logic in two places.
This also means we can drop some proxy methods, as it's easier to
have conditionally loaded methods.
- Move network registry into a dedicated class, as that's what we're
doing for everything else.
This means we can avoid several rather ugly instances of getItemBlock
and a cast. We also derive the ItemBlock's registered name from the
block's name, which makes the register a little less ugly.
- Move the "world directory" getter out of the proxy - we can just use
Forge's code here.
- Remove the server proxies, as both were empty. We don't tend to
register any dedicated-server specific code, so I think we can leave
them out.
- All "named" entries (blocks, items, recipes, TEs and pocket/turtle
upgrades) are registeredin one place.
- Most client side models/textures are registered in ClientRegistry -
we can't do item colours or TEs for now, as these aren't event based.
- A little cleanup to how we handle ItemPocketComputer models.
This offers several advantages
- Less registration code: the subscribers are reigstered automatically,
and we don't need to worry about sided-proxies.
- We no longer have so many .instance() calls.
- Move SpeakerPeripheral's TileSpeaker functionality to a sub-class.
- Use Vec3d instead of BlockPos for speaker's positions.
- Use WorldUtil.dropItemStack to spawn in items.
- Remove redundant lock on ModemPeripheral.
- We now error if there are too many websockets, instead of queuing
them up. As these have a more explicit "lifetime", it could be
confusing if http.websocket just blocks indefinitely.
- Fix a CCME when cleaning up resources.
- Move all HTTP tasks to a unified "MonitoredResource" model. This
provides a uniform way of tracking object's lifetimes and disposing
of them when complete.
- Rewrite HTTP requests to use Netty instead of standard Java. This
offers several advantages:
- We have access to more HTTP verbs (mostly PATCH).
- We can now do http -> https redirects.
- We no longer need to spawn in a new thread for each HTTP request.
While we do need to run some tasks off-thread in order to resolve
IPs, it's generally a much shorter task, and so is less likely to
inflate the thread pool.
- Introduce several limits for the http API:
- There's a limit on how many HTTP requests and websockets may exist
at the same time. If the limit is reached, additional ones will be
queued up until pending requests have finished.
- HTTP requests may upload a maximum of 4Mib and download a maximum
of 16Mib (configurable).
- .getResponseCode now returns the status text, as well as the status
code.
While Plethora has been updated to no longer require these, it's
probably worth keeping them around a little longer, as people may not
upgrade them in sync.
We've had this on SC for most of a year now (and SC 1 for most of its
lifetime) and not seen any issues. I'm fairly confident that it does not
allow breaking the sandbox.
- Move configuration loading into a separate file, just so it doesn't
clutter up ComputerCraft.java.
- Normalise property names, so they're all snake_case.
- Split properties into separate categories (http, turtle, peripheral),
so the main one is less cluttered.
- Define an explicit ordering of each category.
- Provide whether a message was binary or text in websocket_message
and handle.receive(). (Fixes#96)
- Provide an optional reason and status code within the websocket_close
event.
Off topic, but also cleanup the file handles a little.
- Remove redundant constructors and super calls
- Standardise naming of texture fields
- Always use postfix notations for loops
- Cleanup several peripheral classes
Previously we would send computer state (labels, id, on/off) through the
ClientComputer rather than as part of the TE description. While this
mostly worked fine, it did end up making things more complex than they
needed to be.
We sync most data to the tile each tick, so there's little risk of
things getting out of date.
There's several reasons for this change:
- Try to make ComputerCraft.java less monolithic by moving
functionality into separate module-specific classes.
- Hopefully make the core class less Minecraft dependent, meaning
emulators are a little less dependent on anything outside of /core.
Note we still need /some/ methods in the main ComputerCraft class in
order to maintain backwards compatibility with Plethora and
Computronics.
Many bits of IInventory (open/close, fields, etc...) are not actually
needed most implementations, so we can clean things up a little with a
common interface.
Some methods act the same on both sides, and so can be in utility
classes. Others are only needed on one side, and so do not really need
to be part of the proxy.
- Remove TurtleVisionCamera. It would be possible to add this back in
the future, but for now it is unused and so should be removed.
- Move frame info (cursor blink, current render frame) into a
FrameInfo class.
- Move record methods (name, playing a record) into a RecordUtil class.
- getPickBlock is now implemented directly on computers and turtles,
rather than on the tile.
- Bounding boxes are handled on the block rather than tile. This ends
up being a little ugly in the case of BlockPeripheral, but it's not
the end of the world.
- Explosion resistance is only implemented for turtles now.
- Replace BlockCableCableVariant with a boolean, removing any custom
logic around it.
- Replace our previous cable Forge-blockstate with a vanilla one, which
handles cable connections in the model logic.
This ends up being slightly cleaner as we can rely on Minecraft's own
model dependency system. Also reduces reliance on Forge's APIs, which
_potentially_ makes porting a little easier.
