Uses of Interface
org.mapdb.Bind.MapWithModificationListener

Uses of Bind.MapWithModificationListener in org.mapdb

Classes in org.mapdb that implement Bind.MapWithModificationListener

Modifier and Type	Class and Description
class	BTreeMap<K,V> A scalable concurrent ConcurrentNavigableMap implementation.
class	HTreeMap<K,V> Thread safe concurrent HashMap

Fields in org.mapdb declared as Bind.MapWithModificationListener

Modifier and Type	Field and Description
protected Bind.MapWithModificationListener	DB.HTreeMapMaker.ondisk

Methods in org.mapdb with parameters of type Bind.MapWithModificationListener

Modifier and Type	Method and Description
DB.HTreeMapMaker	DB.HTreeMapMaker.expireOverflow(Bind.MapWithModificationListener ondisk, boolean overwrite) After expiration (or deletion), put entries into given map
static <K,V,C> void	Bind.histogram(Bind.MapWithModificationListener<K,V> primary, ConcurrentMap<C,Long> histogram, Fun.Function2<C,K,V> entryToCategory) Binds Secondary Map so it it creates [histogram](http://en.wikipedia.org/wiki/Histogram) from data in Primary Map.
static <K,V> void	Bind.mapInverse(Bind.MapWithModificationListener<K,V> primary, Map<V,K> inverse) Binds Secondary Set so it contains inverse mapping to Primary Map: Primary Value will become Secondary Key.
static <K,V> void	Bind.mapInverse(Bind.MapWithModificationListener<K,V> primary, Set<Object[]> inverse) Binds Secondary Set so it contains inverse mapping to Primary Map: Primary Value will become Secondary Key.
static <K,V> void	Bind.mapPutAfterDelete(Bind.MapWithModificationListener<K,V> primary, Bind.MapWithModificationListener<K,V> secondary, boolean overwriteSecondary) After key is removed from primary for some reason (map.remove, or expiration in HTreeMap), it gets moved into secondary collection.
static <K,V> void	Bind.mapPutAfterDelete(Bind.MapWithModificationListener<K,V> primary, Bind.MapWithModificationListener<K,V> secondary, boolean overwriteSecondary) After key is removed from primary for some reason (map.remove, or expiration in HTreeMap), it gets moved into secondary collection.
static <K,V,K2> void	Bind.secondaryKey(Bind.MapWithModificationListener<K,V> map, Map<K2,K> secondary, Fun.Function2<K2,K,V> fun) Binds Secondary Set so it contains Secondary Key (Index).
static <K,V,K2> void	Bind.secondaryKey(Bind.MapWithModificationListener<K,V> map, Set<Object[]> secondary, Fun.Function2<K2,K,V> fun) Binds Secondary Set so it contains Secondary Key (Index).
static <K,V,K2> void	Bind.secondaryKeys(Bind.MapWithModificationListener<K,V> map, Set<Object[]> secondary, Fun.Function2<K2[],K,V> fun) Binds Secondary Set so it contains Secondary Key (Index).
static <K,V,V2> void	Bind.secondaryValue(Bind.MapWithModificationListener<K,V> map, Map<K,V2> secondary, Fun.Function2<V2,K,V> fun) Binds Secondary Map so that it contains Key from Primary Map and custom Value.
static <K,V,V2> void	Bind.secondaryValues(Bind.MapWithModificationListener<K,V> map, Set<Object[]> secondary, Fun.Function2<V2[],K,V> fun) Binds Secondary Map so that it contains Key from Primary Map and custom Value.
static <K,V> void	Bind.size(Bind.MapWithModificationListener<K,V> map, Atomic.Long sizeCounter) Binds Atomic.Long to Primary Map so the Atomic.Long contains size of Map.