All Known Implementing Classes:: BinaryReferenceTraverser.InlinedComplexType, BinaryReferenceTraverser.ReferenceRangeTraverser, BinaryReferenceTraverser.ReferenceRangeTraverserReversed, BinaryReferenceTraverser.SkippingRangeTraverser

Functional Interface:: This is a functional interface and can therefore be used as the assignment target for a lambda expression or method reference.

@FunctionalInterface
public interface BinaryReferenceTraverser

Nested Class Summary

Nested Classes
Modifier and Type	Interface	Description
`static class`	`BinaryReferenceTraverser.Analyzer`
`static class`	`BinaryReferenceTraverser.InlinedComplexType`
`static class`	`BinaryReferenceTraverser.ReferenceRangeTraverser`
`static class`	`BinaryReferenceTraverser.ReferenceRangeTraverserReversed`
`static class`	`BinaryReferenceTraverser.SkippingRangeTraverser`
`static class`	`BinaryReferenceTraverser.Static`

Method Summary

Modifier and Type	Method	Description
`long`	`apply(long address, PersistenceObjectIdAcceptor acceptor)`
`default int`	`coveredConstantByteCount()`	This method reports the amount of bytes that a particular instance of an implementing type covers or advances.
`default boolean`	`hasReferences()`
`static boolean`	`hasReferences(BinaryReferenceTraverser[] traversers)`
`default boolean`	`isVariableLength()`
`static void`	`iterateReferenceRange(long address, long referenceRange, PersistenceObjectIdAcceptor iterator)`
`static void`	`iterateReferenceRangeReversed(long address, long referenceRange, PersistenceObjectIdAcceptor iterator)`
`static long`	`iterateReferences(long address, BinaryReferenceTraverser[] traversers, PersistenceObjectIdAcceptor acceptor)`
`static BinaryReferenceTraverser[]`	`none()`