scala.compat.java8.collectionImpl

Interface EfficientSubstep

All Known Implementing Classes:

AbstractStepsLikeGapped, AbstractStepsLikeIndexed, AbstractStepsLikeSliced, StepperStringChar, StepperStringCodePoint, StepsAnyDefaultHashTable, StepsAnyDefaultHashTableValue, StepsAnyFlatHashTable, StepsAnyHashTableKey, StepsAnyImmHashMap, StepsAnyImmHashMapKey, StepsAnyImmHashMapValue, StepsAnyImmHashSet, StepsAnyIndexedSeq, StepsAnyLinkedHashTable, StepsAnyLinkedHashTableValue, StepsAnyNumericRange, StepsAnyVector, StepsBoxedBooleanArray, StepsDoubleArray, StepsDoubleDefaultHashTableValue, StepsDoubleFlatHashTable, StepsDoubleHashTableKey, StepsDoubleImmHashMapKey, StepsDoubleImmHashMapValue, StepsDoubleImmHashSet, StepsDoubleIndexedSeq, StepsDoubleLikeGapped, StepsDoubleLikeImmHashMap, StepsDoubleLikeIndexed, StepsDoubleLikeSliced, StepsDoubleLikeTrieIterator, StepsDoubleLinkedHashTableValue, StepsDoubleVector, StepsIntArray, StepsIntBitSet, StepsIntDefaultHashTableValue, StepsIntFlatHashTable, StepsIntHashTableKey, StepsIntImmHashMapKey, StepsIntImmHashMapValue, StepsIntImmHashSet, StepsIntIndexedSeq, StepsIntLikeGapped, StepsIntLikeImmHashMap, StepsIntLikeIndexed, StepsIntLikeSliced, StepsIntLikeTrieIterator, StepsIntLinkedHashTableValue, StepsIntNumericRange, StepsIntRange, StepsIntVector, StepsLikeGapped, StepsLikeImmHashMap, StepsLikeIndexed, StepsLikeSliced, StepsLikeTrieIterator, StepsLongArray, StepsLongDefaultHashTableValue, StepsLongFlatHashTable, StepsLongHashTableKey, StepsLongImmHashMapKey, StepsLongImmHashMapValue, StepsLongImmHashSet, StepsLongIndexedSeq, StepsLongLikeGapped, StepsLongLikeImmHashMap, StepsLongLikeIndexed, StepsLongLikeSliced, StepsLongLikeTrieIterator, StepsLongLinkedHashTableValue, StepsLongNumericRange, StepsLongVector, StepsObjectArray, StepsWidenedByteArray, StepsWidenedCharArray, StepsWidenedFloatArray, StepsWidenedShortArray

public interface EfficientSubstep

An (optional) marker trait that indicates that a Stepper can call substep with at worst O(log N) time and space complexity, and that the division is likely to be reasonably even.