Cross-world teleport to the end issue: set back hard, if the player
moves to the position they set off from the last world, which seems to
be a bug with some server types/versions at present (!?).
Some packets arrive with a null world for a player, possibly sent by
plugins - thus attempt to use a stored world name.
This is just a hot fix attempt.
Attempt to enable workarounds for lily pads with servers that support
multiple client versions. Add to the configuration at
compatibility.blocks.overrideflags:
WATER_LILY: default+ign_passable+ground_height+height8_1
HEIGHT8_1 just means 1/8 height (0.125).
The ALLOW_LOWJUMP flag was intended to be used in case of
ground_height+height100 or the like leading to issues with
sprint-jumping due to the low jump detection, however other special
casing checks for bunny hopping let this still fail (less than before,
but still), thus this flag might get removed. Keeping it for now, to
provide some kind of toolkit.
Technically, tracking actual speed / base speed seems promising, done
here via using the liftOffEnvelope that is maintained anyway, adding a
counter and sum value. [Base speed is something like the allowed speed,
without accounting for specialties like bunny hopping.]
Limits are checked for moving in ground+air or water+air and are
currently hard-coded. This simplistic first-step-in may easily yield all
sorts of false positives and other random issues, handle with care.
Can't judge side effects, concerning other passable like tests telling
the head to be inside a block by the micro margin, while passable allows
such a move now.
Not sure if this really pays, if most people use protocol-support
plugins that limit packets anyway. There could be some future use, e.g.
generic rate limiting with configurable implementation.
Other:
* New methods for RawConfigFile+ConfigManager to check for
AlmostBooleanS.
* Add all net check permissions to plugin.yml.
Using a LinkedHashMapCOW for now, fetching instances should be
thread-safe. This isn't such a big issue, but there might be handles in
asynchronously processed threads later on, and the handle will
initialize lazily. Copy on write won't be nice during registry setup, if
we have hundreds of objects registered at some point in the future,
neither would locking be too nice to have - but locking could be
acceptable with using handles, as those get updated by overriding the
instance field. Using locking would affect static utilities, but this
could be mended. An alternative could be to have some registration stage
'setup', during which fetching will yield the old state, while new
registrations will be added to a new map. Upon changing the registration
stage to 'live', the map reference is switched simply, this could be
acceptable even with a completely new setup after reloading the
configuration.
* Only unregister once really.
* Don't count to below 0.
* Throw a RuntimeException in getNewHandle, if already disabled.
(+ Allow checking if disabled for sub classes.
* ICollideBlocks matches the interface better. If we ever need ICollide
for something common (e.g. set(ICollisionSetup) allows to fetch
information about start conditions and run generic tests !? not really
sure if such will happen...)
* Add ICollideRayVsAABB, to prepare other types of direction/visible
checking (enable more precision, but also configurable leniency).
This time the focus is on the utilities package.
Possibly used, but not really official API:
* Move block cache to a 'map' sub-package.
* Move RichBounds/RichEntity/Player-Location and TrigUtil to a location
sub-package.
Not really official API, likely not used:
* Move AttribUtil to compat, since it belongs there.
* Split off direction check methods to collision.CollisionUtil.
* Move static BlockCache methods to map.MapUtil.
* Move food related methods from CheckUtils to InventoryUtil.
* Move vehicle/passenger related methods from CheckUtils to
PassengerUtil.
Not breaking:
* Move IdUtil to commons.
registry.feature is rather meant for stuff that registers automatically
with adding as a component to the NoCheatPlus API.
Package organization isn't done in a very consistent way, this is just
taking a step into looking at how it would/could look like.
Likely that kind of separation can't be kept, so things will in the end
be organized by their main topic perhaps, and a registry implementation
will have to state what will be registered in what way, and possibly
have a method to allow checking what's possible to register.
Main objective is to get rid of too complex setMCAccess methods and to
be able to store handles rather permanently instead.
* Remove MCAccessHolder.
* Add/refine interfaces and implementations.
* Change constructors.
