Interface PersistenceObjectRegistry

All Superinterfaces:
Cloneable<PersistenceObjectRegistry>, PersistenceObjectIdLookup, PersistenceObjectLookup, PersistenceSwizzlingLookup
All Known Implementing Classes:
DefaultObjectRegistry, ViewerObjectRegistryDisabled

public interface PersistenceObjectRegistry
extends PersistenceSwizzlingLookup, Cloneable<PersistenceObjectRegistry>
A registry type for biunique associations of arbitrary objects with ids.
  • Method Details

    • Clone

      Specified by:
      Clone in interface Cloneable<PersistenceObjectRegistry>
      Returns:
      A Clone of this instance as described in Cloneable.
    • lookupObjectId

      long lookupObjectId​(Object object)
      Specified by:
      lookupObjectId in interface PersistenceObjectIdLookup
    • lookupObject

      Object lookupObject​(long objectId)
      Specified by:
      lookupObject in interface PersistenceObjectLookup
    • isValid

      boolean isValid​(long objectId, Object object)
    • validate

      void validate​(long objectId, Object object)
    • containsObjectId

      boolean containsObjectId​(long objectId)
    • iterateEntries

      <A extends PersistenceAcceptor> A iterateEntries​(A acceptor)
    • size

      long size()
    • isEmpty

      boolean isEmpty()
    • hashRange

      int hashRange()
    • hashDensity

      float hashDensity()
    • minimumCapacity

      long minimumCapacity()
    • capacity

      long capacity()
      Returns the current size potential before a (maybe costly) rebuild becomes necessary.
    • setHashDensity

      boolean setHashDensity​(float hashDensity)
    • setMinimumCapacity

      boolean setMinimumCapacity​(long minimumCapacity)
    • setConfiguration

      boolean setConfiguration​(float hashDensity, long minimumCapacity)
    • ensureCapacity

      boolean ensureCapacity​(long capacity)
      Makes sure the internal storage structure is prepared to provide a capacity() of at least the passed capacity value.
      Parameters:
      capacity -
      Returns:
      whether a rebuild of internal storage structures was necessary.
    • registerObject

      boolean registerObject​(long objectId, Object object)
    • optionalRegisterObject

      Object optionalRegisterObject​(long objectId, Object object)
    • registerConstant

      boolean registerConstant​(long objectId, Object constant)
    • consolidate

      boolean consolidate()
      Consolidate internal data structures, e.g. by removing orphan entries and empty hash chains. Depending on the implementation and the size of the registry, this can take a considerable amount of time.
      Returns:
      whether a rebuild was required.
    • clear

      void clear()
      Clears all entries except those that are essential for a correctly executed program (e.g. constants).
      Clearing means to leave the current capacity as it is and just to actually clear its entries.

      NOTE:
      This method is currently only intended to be used for testing since calling it can cause inconsistencies if there still exist uncleared lazy references.

    • clearAll

      void clearAll()
      Clears all entries, including those that are essential for a correctly executed program (e.g. constants), effectively leaving a completely empty registry.
      Clearing means to leave the current capacity as it is and just to actually clear its entries.

      NOTE:
      This method is currently only intended to be used for testing since calling it can cause inconsistencies if there still exist uncleared lazy references.

    • truncate

      void truncate()
      Truncates all entries except those that are essential for a correctly executed program (e.g. constants). Truncating means to quickly empty the registry by reinitializing the internal storage structures with a new and minimal capacity.

      NOTE:
      This method is currently only intended to be used for testing since calling it can cause inconsistencies if there still exist uncleared lazy references.

    • truncateAll

      void truncateAll()
      Truncates all entries, including those that are essential for a correctly executed program (e.g. constants), effectively leaving a completely empty registry.
      Truncating means to quickly empty the registry by reinitializing the internal storage structures with a new and minimal capacity.

      NOTE:
      This method is currently only intended to be used for testing since calling it can cause inconsistencies if there still exist uncleared lazy references.

    • createHashStatistics

      XGettingTable<String,​? extends HashStatistics> createHashStatistics()
    • New

      static DefaultObjectRegistry New()