* Count all events/packets regardless of settings.
* MovingListener: Remove pos/look counting for move events.
* MovingFlying: Call the counter method according to primaryThread flag.
Since the normal function is to interpret packets, it's not really a
performance hit, if we always try to interpret packets.
This way at least FlyingFrequency can still run. For incompatible setups
FlyingFrequency can still be disabled.
This way, you can calculate a more interesting set-back location from
within a hook during violation handling. All you need to do to adjust
the set-back location is to call MovingData.setTeleported(newSetBack)
and NoCheatPlus should recognize this as the location to set back to.
Please do:
* Test if the check in question would set back at all
(IViolationData.wilCancel() returns true).
Please in such a case do not:
* Don't call setTeleported if IViolationData.willCancel() returns false
:).
* Cancel violation processing.
* Teleport the player.
* Do something complicated with MovingData otherwise :).
Store an extra array of items internally and allow fast fetching (for
fastest processing, where necessary). The sortedItemNodes array is kept
for future purpose.
Despite having an interface yet, add things like unregister many objects
(items) and getting all registered items, e.g. for dealing with
sub-registries efficiently (at first code-wise).
Store items in lists by type, sort by RegistrationOrder either lazily on
fetch or upon request. Allow registering an item multiple times, but
only once per type.
Tests, adaption of signatures, additions and variants should follow.
* Add RegistrationOrder for order.
* Add sorting functionality with some tests. (See
RegistrationOrder.AbstractRegisTrationOrderSort.)
* (Except for test cases, all this is not yet in use.)
(Perhaps the sorting should be changed to use an array for output
instead of iterators, this just represents a quick way in.)
Further direction:
* Replace all the registry lists like for INotifyReload and
IDisableListener and so on within registries by a generic storage that
uses this for sorting. This way every such thing will support both
priority-based and tag-based order at the same time.
* To support different order definitions depending on what type an
interface like IRegisterWithOrder might be supported by a registry.
* Later generic event listeners might also use this, simply.
* Reduce details and only send a configurable amount of lines in
notify/chat, default to 5, just state to check logs in the end,
instead of lengthy hints.
* Log detailed output to STATUS (file/s).
* Fix wrong build number printed to set configversion.created to.
* lostGroundAscend: new condition.
* lostGroundStill: some precondition checks moved inside, new condition.
* vdistrel: Extra case with decreased lift-off gain, but second move as
if normal lift off.
* With from being on ground, and last move not having touched ground,
setSetBack(from).
* The construction routine for ActionListS is to by passed the silent
permission already, so getting optimized copies will not add another
'.silent' to the already passed permission. (Correct me if i am
mistaken).
* Clarified javadocs/names.
* Further null permissions are handled, even if not (yet) necessary.
Still to be called with the ordinary check bypass permission:
* ConfigFileWithActions: The convenience methods to obtain
(Optimized)ActionListS from the
configuration.
* AbstractActionFactory.createNewActionList: will then create actual
lists, extending the permission by '.silent', unless the permission is
null.
(Stumbled onto, while looking for optimization potential with log action
execution.)
[BREAKING]
* Due to adding a method to CheckDataFactory.
* Might alter data removal (less is removed, might've overlooked
something).
For MOVING, FIGHT, COMBINED, data removal for sub checks now is
possible, allowing for more precise resetting via commands. Other check
groups may follow on request / randomly.
Data removal for check data is logged now (only CheckData, not
IRemoveData in general), in case the debug flag is set in the data.
Later, a more flexible method may get implemented, accepting a String
id, so not only check type related data, but also any type of special
data can be removed (e.g. moving.locationtrace would not be a check
type, but allow resetting the location trace of a player).
No bypass permission is set. The yawrate part depends on multiple other
checks. Checking for exemption is a hack within feedYawRate, fastest way
to implement.
HashMapLOW
* Add a constructor for using an external lock.
* Add putIfAbsent.
DataManager
* Use playerDataMap.putIfAbsent, return the PlayerData instance that has
been there first.
The per-config-path notifications would keep showing up, even if you
removed the paths, then run 'ncp reload', then alter any of them and run
'ncp reload'.
To fix this, the configversion.created value is set to the current
build, if no config warnings are there - which is the same, as what the
notification suggests as an alternative to removing the paths and
running 'ncp reload'.
To do this, isConfigUpToDate had to be moved from Updates to
ConfigManager, which makes more sense anyway. In addition the 'created'
and saved 'values' are set to the biggest thing found, instead of the
prehistoric static value.
Further a negative 'created' value will not be overridden anymore,
allowing to silence the config notifications forever. Not necessarily
recommended for the general case, but it can be useful/necessary with
maintained blueprints, e.g. with administering multiple servers.
One of the next steps will be to remove the DefaultConfig.buildNumber in
favor of setting a build number for each and every path added. All
provided we don't run into nasty issues here.
Another follow up could be to create an extra registry/config log file
and write all the values there, and only print the first 5 in ingame
chat.
A NO_RISK flag has been added, to allow skipping workarounds such as
packet level ack for skipping a set-back teleport. This remains
so-and-so, because in this case the set-back still would stay 'to be
done' and moves setting off from elsewhere would get cancelled, leading
to re-scheduling it, still:
* There could remain potential with micro moves, intentionally getting
set back.
* There remains an uncertainty with the telported logic initially not
having been made for a set-back location getting kept 'to be done' over
multiple server side ticks potentially.
* Having the ability to turn off this rare (?) case, allows faster
reaction, if issues should arise.
The default settings can be referenced by their ids:
* default.legacy for pre-1.9.
* default.cautious for not taking risks (such as packet level workaround
disabled, otherwise it's currently post-1.9 handling, working but not
optimal on pre-1.9).
* default.modern for the latest thing (currently post-1.9).
The defaults have been adjusted, according to so far experience:
* default.cautious contains flags SCHEDULE and NO_RISK now.
* default.modern is the default now, and contains SCHEDULE (but not
NO_RISK). This is used if nothing is specified in the configuration.
Where it's known that it's the primary thread, that test should be
omitted.
A remaining problem is the Check class, where the convenience methods
all will lead to testing for Bukkit.isPrimaryThread(). This needs to be
done differently.
It'll be hard/impossible to work around, if we have to check permissions
and meta data. For permissions we could do some kind of bulk/context
dependent caching and updating policy and check via PlayerData, but meta
data needs the Bukkit API to state thread safety. Future design could
also do without knowledge of the thread, if permissions are cached and
exemption by meta data is turned off (or also cached, but this only
works if other plugins don't use it for temporary exemption), a lazy
approach could pass on an AlmostBoolean isPrimaryThread.
For now, at least some of the frequently run moving checks use the
optimized approach.
