Class AbstractBinaryHandlerTrivial<T>
- java.lang.Object
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- one.microstream.persistence.types.PersistenceTypeHandler.Abstract<Binary,T>
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- one.microstream.persistence.binary.types.BinaryTypeHandler.Abstract<T>
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- one.microstream.persistence.binary.internal.AbstractBinaryHandlerTrivial<T>
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- All Implemented Interfaces:
BinaryTypeHandler<T>
,PersistenceTypeDefinition
,PersistenceTypeDescription
,PersistenceTypeHandler<Binary,T>
,PersistenceTypeIdentity
,PersistenceTypeIdOwner
,PersistenceTypeLink
- Direct Known Subclasses:
BinaryHandlerAbstractType
,BinaryHandlerNoOp
,BinaryHandlerPrimitive
,BinaryHandlerSingletonStatelessEnum
,BinaryHandlerStateless
,BinaryHandlerStatelessConstant
,BinaryHandlerUnpersistable
public abstract class AbstractBinaryHandlerTrivial<T> extends BinaryTypeHandler.Abstract<T>
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Nested Class Summary
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Nested classes/interfaces inherited from interface one.microstream.persistence.binary.types.BinaryTypeHandler
BinaryTypeHandler.Abstract<T>
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Nested classes/interfaces inherited from interface one.microstream.persistence.types.PersistenceTypeDefinition
PersistenceTypeDefinition.Default
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Nested classes/interfaces inherited from interface one.microstream.persistence.types.PersistenceTypeDescription
PersistenceTypeDescription.Identity
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Nested classes/interfaces inherited from interface one.microstream.persistence.types.PersistenceTypeHandler
PersistenceTypeHandler.Abstract<D,T>
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Constructor Summary
Constructors Constructor Description AbstractBinaryHandlerTrivial()
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Method Summary
Modifier and Type Method Description XGettingEnum<? extends PersistenceTypeDefinitionMember>
allMembers()
void
complete(Binary data, T instance, PersistenceLoadHandler handler)
Completes an initially built instance after all loaded instances have been built.boolean
hasInstanceReferences()
boolean
hasPersistedReferences()
boolean
hasVaryingPersistedLengthInstances()
Provides information if one particular instance can have variing binary length from one store to another.XGettingEnum<? extends PersistenceTypeDefinitionMember>
instanceMembers()
Enum (unique elements with order), usingPersistenceTypeDescriptionMember.identityHashEqualator()
.boolean
isPrimitiveType()
void
iterateInstanceReferences(T instance, PersistenceFunction iterator)
void
iterateLoadableReferences(Binary data, PersistenceReferenceLoader iterator)
<C extends Consumer<? super Class<?>>>
CiterateMemberTypes(C logic)
Iterates the types of persistent members (e.g.long
membersPersistedLengthMaximum()
long
membersPersistedLengthMinimum()
void
updateState(Binary data, T instance, PersistenceLoadHandler handler)
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Methods inherited from class one.microstream.persistence.binary.types.BinaryTypeHandler.Abstract
declaredField, declaredField
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Methods inherited from class one.microstream.persistence.types.PersistenceTypeHandler.Abstract
declaredField, declaredFields, initialize, toString, type, typeId, typeName, validateAndImmure
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Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait
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Methods inherited from interface one.microstream.persistence.types.PersistenceTypeDefinition
hasPersistedVariableLength, runtimeTypeName, toRuntimeTypeIdentifier, typeId, typeName
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Methods inherited from interface one.microstream.persistence.types.PersistenceTypeDescription
instancePrimitiveMembers, instanceReferenceMembers, toTypeIdentifier
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Methods inherited from interface one.microstream.persistence.types.PersistenceTypeHandler
collectEnumConstants, create, getPersistedEnumOrdinal, guaranteeSpecificInstanceViablity, guaranteeSubTypeInstanceViablity, initialize, initializeState, isSpecificInstanceViable, isSubTypeInstanceViable, membersInDeclaredOrder, settingMembers, store, storingMembers, type
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Method Detail
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updateState
public void updateState(Binary data, T instance, PersistenceLoadHandler handler)
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complete
public final void complete(Binary data, T instance, PersistenceLoadHandler handler)
Description copied from interface:PersistenceTypeHandler
Completes an initially built instance after all loaded instances have been built. E.g. can be used to cause a hash collection to hash all its initially collected entries after their instances have been built.
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iterateInstanceReferences
public final void iterateInstanceReferences(T instance, PersistenceFunction iterator)
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iterateLoadableReferences
public final void iterateLoadableReferences(Binary data, PersistenceReferenceLoader iterator)
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allMembers
public XGettingEnum<? extends PersistenceTypeDefinitionMember> allMembers()
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instanceMembers
public XGettingEnum<? extends PersistenceTypeDefinitionMember> instanceMembers()
Description copied from interface:PersistenceTypeDefinition
Enum (unique elements with order), usingPersistenceTypeDescriptionMember.identityHashEqualator()
. Contains all persistent members (similar, but not identical to fields) in persistent order, which can differ from the declaration order.
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membersPersistedLengthMinimum
public long membersPersistedLengthMinimum()
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membersPersistedLengthMaximum
public long membersPersistedLengthMaximum()
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isPrimitiveType
public boolean isPrimitiveType()
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hasPersistedReferences
public final boolean hasPersistedReferences()
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hasInstanceReferences
public final boolean hasInstanceReferences()
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hasVaryingPersistedLengthInstances
public final boolean hasVaryingPersistedLengthInstances()
Description copied from interface:PersistenceTypeDefinition
Provides information if one particular instance can have variing binary length from one store to another.Examples for variable length instances:
- variable size collection instances
- variable size pesudo collection instances like
java.util.StringBuilder
- instances of custom defined types similar to collections
Examples for fixed length instances:
- arrays
- all immutable type instances (like
java.lang.String
) - all fixed length types (see
PersistenceTypeDefinition.hasVaryingPersistedLengthInstances()
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iterateMemberTypes
public final <C extends Consumer<? super Class<?>>> C iterateMemberTypes(C logic)
Description copied from interface:PersistenceTypeHandler
Iterates the types of persistent members (e.g. non-transientField
s). The same type may occur more than once. The order in which the types are provided is undefined, i.e. depending on the implementation.
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