LiquidBounce/net.ccbluex.liquidbounce.features.module.modules.combat.crystalaura.trigger.triggers/ClientBlockBreakTrigger

ClientBlockBreakTrigger

object ClientBlockBreakTrigger : Trigger

Same as block change, but it will run even earlier but just for blocks that are broken client side. If you use packet mine in normal mode, make sure to enable ClientSideSet in order to make this work properly.

Properties

allowsCaching

open val allowsCaching: Boolean

default

val default: Boolean

enabled

val enabled: Boolean

eventListenerScope

val EventListener.eventListenerScope: CoroutineScope

Get the related CoroutineScope of receiver EventListener.

name

val name: String

option

lateinit var option: Value<Boolean>

running

open override val running: Boolean

Returns whether the listenable is running or not, this is based on the parent listenable and if no parent is present, it will return the opposite of isDestructed.

Functions

children

open fun children(): List<EventListener>

Children EventListener

clientBreakHandler

fun clientBreakHandler()

computedOn

inline fun <E : Event, V> EventListener.computedOn(initialValue: V, priority: Short = 0, crossinline accumulator: (event: E, prev: V) -> V): ReadWriteProperty<EventListener, V>

Returns computed ReadWriteProperty based on the accumulator of specific event.

createEventHook

open override fun <T : Event> EventListener.createEventHook(eventClass: Class<T>, wrappedContext: CoroutineContext, priority: Short, handler: SuspendableEventHandler<T>): EventHook<T>

debugGeometry

inline fun DebuggedOwner.debugGeometry(name: String, lazyGeometry: () -> ModuleDebug.DebuggedGeometry?)

debugParameter

inline fun DebuggedOwner.debugParameter(name: String, lazyValue: () -> Any?)

ExpiringList

@JvmStatic

fun <E> EventListener.ExpiringList(): ExpiringList<E>

handler

inline fun <T : Event> EventListener.handler(priority: Short = 0, handler: Consumer<T>): EventHook<T>

fun <T : Event> EventListener.handler(eventClass: Class<T>, priority: Short = 0, handler: Consumer<T>): EventHook<T>

newEventHook

inline fun <E : Event> EventListener.newEventHook(priority: Short = 0, handler: Consumer<E>): EventHook<E>

once

inline fun <T : Event> EventListener.once(priority: Short = 0, crossinline handler: (T) -> Unit): EventHook<T>

parent

open fun parent(): EventListener?

Parent EventListener

removeEventListenerScope

fun EventListener.removeEventListenerScope()

Remove cached scope and cancel it.

repeated

inline fun <T : Event> EventListener.repeated(times: Int = 1, priority: Short = 1, crossinline handler: (T) -> Unit): EventHook<T>

sequenceHandler

inline fun <T : Event> EventListener.sequenceHandler(priority: Short = 0, dispatcher: CoroutineDispatcher? = null, onCancellation: Runnable? = null, crossinline eventHandler: SuspendableEventHandler<T>): EventHook<T>

Registers an event hook for events of type T and launches a sequence

suspendHandler

inline fun <T : Event> EventListener.suspendHandler(context: CoroutineContext = EmptyCoroutineContext, priority: Short = 0, behavior: SuspendHandlerBehavior = SuspendHandlerBehavior.Parallel.Default, noinline handler: SuspendableEventHandler<T>): EventHook<T>

Start a Job on event.

tickHandler

inline fun EventListener.tickHandler(dispatcher: CoroutineDispatcher? = null, onCancellation: Runnable? = null, crossinline eventHandler: suspend CoroutineScope.() -> Unit): EventHook<GameTickEvent>

Registers a repeatable sequence which repeats the execution of code on GameTickEvent.

unregister

open fun unregister()

Unregisters the event handler from the manager. This decision is FINAL! After the class was unregistered we cannot restore the handlers.

until

inline fun <T : Event> EventListener.until(priority: Short = 0, crossinline handler: (T) -> Boolean): EventHook<T>

waitMatches

inline suspend fun <T : Event> EventListener.waitMatches(priority: Short = 0, predicate: Predicate<T>): T

Wait an event of type T which matches given predicate.

suspend fun <T : Event> EventListener.waitMatches(eventClass: Class<T>, priority: Short, predicate: Predicate<T>): T

waitMatchesWithTimeout

inline suspend fun <T : Event> EventListener.waitMatchesWithTimeout(timeout: Duration, priority: Short = 0, predicate: Predicate<T>): T?

Wait an event of type T which matches given predicate. If the timeout is exceeded, return null.

wrapContinuationInterceptor

fun EventListener.wrapContinuationInterceptor(original: ContinuationInterceptor? = null): ContinuationInterceptor

Wrap the original interceptor and make it auto-detect the listener's running state at suspension to determine whether to resume the continuation.