This allows us to block JEI processing key events such as "o", meaning
the GUI is not constantly toggled when interacting with a turtle.
Also clean up the widget code, as there's a lot of functionality here
which only is needed in CCEdu.
This is implemented in a rather ugly way: we register a client command
(/computercraft_copy) which updates the clipboard, and run that via a
click handler on the chat message.
This hopefully makes wired modems a little easier to use. We'll see.
I don't think anyone has actually ended up using this, so it's unlikely
to break anything (though do tell me if this is the case). On the flip
side, this allows us to queue events on multiple computers, and means
we can provide a little more documentation.
Using turtle.suck on an inventory filled with tools would fill the
entire chest with said item, rather than extracting a single item. In
order to avoid that, we clamp the extract limit to the max stack size
when first extracting an item.
This also inlines the makeSlotList logic, which means we can avoid
creating an array for each inventory operation. This probably won't
have any meaninful performance impact (even on large inventories), but
is a nice optimisation to make.
- Remove a redundant logger
- Provide a getter for the ComputerCraft thread group. This allows us
to monitor child threads within prometheus.
- Replace a deprecated call with a fastutils alternative.
Some mods (*cough* Computronics *cough*) directly access this class,
rather than using the API. We add this back to ensure they still behave
as expected.
Truth be told, I can't really complain, as Plethora also does dodgy
thing with CC internals.
- Keep track of the number of created and destroyed coroutines for each
computer.
- Run coroutines with a thread pool executor, which will keep stale
threads around for 60 seconds. This substantially reduces the
pressure from short-lived coroutines.
- Update to the latest Cobalt version.
- Introduce a ModemState, which shares the open channels across all
modem instances of a wired modem.
- Keep a set of computers for all modem peripherals.
- Keep a map of computers -> (string, peripheral) for wired modem
peripherals. We shouldn't need this one, as you cannot attach one
modem to another, but it's good to be consistent.
One major change here is that modems will continue to be "on", even if
no computers are attached. This would substantially increase
implementation complexity, so I think this is an acceptable compromise
for now.
Should fix#74
Java configured the charset decoders/encoders for streams to REPLACE
malformed characters rather than the default REPORT. It does not do the
same for channels, and so we were catching an IO exception and returning
null.
We'd somehow added spaces, which means they weren't registered under the
computercraft domain (rather, the "computercraft " one). We also create
a datafixer to ensure old worlds are handled correctly.
These were part of the original CC repo, but aren't really needed now
that everything important (LuaJ, bundling API docs+source), has been
moved to Gradle.
We also remove the LuaJ lib. It's sad to see it go, but it was rather
redundant. We're keeping the LuaJ sources for now, as I don't really
want a really large diff.
- Rename openStreamFor* methods to more accurate openChannelFor*
- Fix ArrayByteChannel having an incorrect .position() implementation
Cherry-picked from the PR against dan200/ComputerCraft
- Add an argument to send which controls whether it's a binary message
or not. This is a little ugly, but it's probably more effective than
anything else.
- Fix binary frames not correctly queueing the correct data in the
message event.
Closes#69
The method to register new SoundEvents is private, which means that few
(if any) mods actually register them. Consequently, one could not use
the speaker to play any modded sound, as they weren't registered on the
server side.
Using SPacketCustomSound does mean we can no longer determine if a sound
exists or not, but I think a price I'm willing to pay in order to allow
playing modded sounds.
This replaces the existing IMount openFor* method with openChannelFor*
ones, which return an appropriate byte channel instead.
As channels are not correctly closed when GCed, we introduce a
FileSystemWrapper. We store a weak reference to this, and when it is
GCed or the file closed, we will remove it from our "open file" set and
ensure any underlying buffers are closed.
While this change may seem a little odd, it does introduce some
benefits:
- We can replace JarMount with a more general FileSystemMount. This
does assume a read-only file system, but could technically be used
for other sources.
- Add support for seekable (binary) handles. We can now look for
instances of SeekableByteChannel and dynamically add it. This works
for all binary filesystem and HTTP streams.
- Rewrite the io library to more accurately emulate PUC Lua's
implementation. We do not correctly implement some elements (most
noticably "*n", but it's a definite improvement.
This crash can be triggered remotely by specially constructed rednet messages, making this a bit of a problem, as any repeaters can be remotely crashed.
A lot of these don't actually have any effect as they'll only be called
on the main thread or they are getters where the state is guaranteed to
be consistent whenever it is accessed.
Hopefully this'll reduce the chance of world updates being blocked by
waiting for peripheral locks to be released.
- Make window.reposition's argument validation a little more strict.
Previously it would accept `window.reposition(x, y, width)` (no
height argument), just not act upon it.
- Use select instead of table.unpack within `pastebin run`.
- Use `parallel.waitForAny` instead of `waitForAll` within the dance
program.
- Pipe the entire help file into `textutils.pagedPrint`, rather than
doing it line by line.
- Remove bytecode loading disabling from bios.lua. This never worked
correctly, and serves little purpose as LuaJ is not vulnerable to
such exploits.
- Bump MinecraftForge version so we don't crash on load. Oh boy, all
the deprecation warnings.
- Inject IBundledEmitter and IBundledReceiver capabilities onto all
TileGenerics.
- Register a IBundledRedstoneProvider instance for IBundledEmitter.
I'm not entirely a fan of massive templates, but there's
been a couple of lacklustre issues recently, so it's probably
good to formalise my guidelines.
