Uses of Interface
net.sourceforge.domian.specification.Specification

Packages that use Specification

net.sourceforge.domian.factory
net.sourceforge.domian.repository
net.sourceforge.domian.specification

Uses of Specification in net.sourceforge.domian.factory

Methods in net.sourceforge.domian.factory with parameters of type Specification

T	StrictReturnsNullFactory.create(Specification specification)
T	StrictConstructorOnlyReturnsNullFactory.create(Specification specification) Deprecated.
T	Factory.create(Specification<T> specification) Alias of createObjectSpecifiedBy().
T	StrictReturnsNullFactory.createObjectSpecifiedBy(Specification specification)
T	StrictConstructorOnlyReturnsNullFactory.createObjectSpecifiedBy(Specification specification) Deprecated.
T	Factory.createObjectSpecifiedBy(Specification<T> specification)

Uses of Specification in net.sourceforge.domian.repository

Classes in net.sourceforge.domian.repository that implement Specification

(package private) class

PartitionRepositoryInvocationHandler.PartitionAwareSpecification<V extends T> ...

Fields in net.sourceforge.domian.repository declared as Specification

(package private) Specification<V>	PartitionRepositoryInvocationHandler.PartitionAwareSpecification.customSpecification
private Specification<V>	PartitionRepositoryInvocationHandler.FindAllEntitiesSpecifiedBy.partitionAwareSpecification
(package private) Specification<V>	PartitionRepositoryInvocationHandler.PartitionAwareSpecification.partitionAwareSpecification
protected Specification<T>	PartitionRepositoryInvocationHandler.partitionSpecification
protected Specification<V>	HashSetRepository.HashSetRepositoryIterator.specification
protected Specification<? super T>	PartitionRepositoryInvocationHandler.superPartitionSpecification

Fields in net.sourceforge.domian.repository with type parameters of type Specification

private java.util.Map<Specification<? extends T>,PartitionRepository>	PartitionRepositoryInvocationHandler.PartitionRepositoryIterator.partitionMap
protected java.util.Map<Specification<? extends T>,PartitionRepository>	PartitionRepositoryInvocationHandler.subPartitions All sub-partition repositories, indexed by a unique specification.

Methods in net.sourceforge.domian.repository that return Specification

Specification<T>	PartitionRepositoryInvocationHandler.getPartitionSpecification()
Specification<T>	PartitionRepository.getPartitionSpecification() This method applies to this partition only!
Specification<? super T>	PartitionRepositoryInvocationHandler.getSuperPartitionSpecification()

Methods in net.sourceforge.domian.repository that return types with arguments of type Specification

java.util.Map<Specification<? extends T>,PartitionRepository>	PartitionRepositoryInvocationHandler.getAllPartitions()
java.util.Map<Specification<? extends T>,PartitionRepository>	PartitionRepository.getAllPartitions() Optional: mainly added for testing purposes, may throw UnsupportedOperationException
java.util.Map<Specification<? extends T>,PartitionRepository>	PartitionRepositoryInvocationHandler.getPartitions()
java.util.Map<Specification<? extends T>,PartitionRepository>	PartitionRepository.getPartitions() Optional: mainly added for testing purposes, may throw UnsupportedOperationException This method applies to this partition only!

Methods in net.sourceforge.domian.repository with parameters of type Specification

protected <V extends T> PartitionRepository<V>	PartitionRepositoryInvocationHandler.addPartition(Specification<V> partitionSpecification, PartitionRepository<? extends V> partitionRepository)
<V extends T> PartitionRepository<V>	PartitionRepositoryInvocationHandler.addPartitionFor(Specification<V> partitionSpecification)
<V extends T> PartitionRepository<V>	PartitionRepository.addPartitionFor(Specification<V> partitionSpecification) Adds a new partition to this repository.
<V extends T> PartitionRepository<V>	PartitionRepositoryReuseInvocationHandler.addPartitionFor(Specification<V> partitionSpecification, Repository<? super V> partitionRepository)
<V extends T> PartitionRepository<V>	PartitionRepositoryInvocationHandler.addPartitionFor(Specification<V> partitionSpecification, Repository<? super V> partitionRepository)
<V extends T> PartitionRepository<V>	PartitionRepository.addPartitionFor(Specification<V> partitionSpecification, Repository<? super V> partitionRepository) Adds a new partition to this repository.
<V extends T> PartitionRepository<V>	PartitionRepositoryReuseInvocationHandler.addPartitionFor(Specification<V> partitionSpecification, java.lang.String repositoryId)
<V extends T> PartitionRepository<V>	PartitionRepositoryInvocationHandler.addPartitionFor(Specification<V> partitionSpecification, java.lang.String repositoryId)
<V extends T> PartitionRepository<V>	PartitionRepository.addPartitionFor(Specification<V> partitionSpecification, java.lang.String repositoryId) Adds a new partition to this repository.
<R extends Repository> void	PartitionRepositoryInvocationHandler.collectAllPartitionsWithRepositorySatisfying(Specification<R> specification, java.util.Map<Specification<? extends T>,PartitionRepository> partitionMap)
<R extends Repository> void	PartitionRepository.collectAllPartitionsWithRepositorySatisfying(Specification<R> specification, java.util.Map<Specification<? extends T>,PartitionRepository> partitionMap) Populates the given map with a flattened and recursive view of all partitions in this repository, satisfying the given specification.
<V extends T> java.lang.Long	Repository.count(Specification<V> specification) Alias of countAllEntitiesSpecifiedBy(Specification).
<V extends T> java.lang.Long	AbstractRepository.count(Specification<V> specification)
<V extends T> java.lang.Long	Repository.countAll(Specification<V> specification) Alias of countAllEntitiesSpecifiedBy(Specification).
<V extends T> java.lang.Long	AbstractRepository.countAll(Specification<V> specification)
<V extends T> java.lang.Long	Repository.countAllEntitiesSpecifiedBy(Specification<V> specification) Counts the number of entities approved by the given specification.
<V extends T> java.lang.Long	AbstractRepository.countAllEntitiesSpecifiedBy(Specification<V> specification)
protected <V extends T> java.lang.Long	PartitionRepositoryInvocationHandler.countAllEntitiesWithoutSpecificationSharpening(Specification<V> specification) Special count method without sharpening original specifications to fit partition specifications.
<V extends T> java.util.Collection<V>	Repository.find(Specification<V> specification) Alias of findAllEntitiesSpecifiedBy(Specification).
<V extends T> java.util.Collection<V>	AbstractRepository.find(Specification<V> specification)
<V extends T> java.util.Collection<V>	Repository.findAll(Specification<V> specification) Alias of findAllEntitiesSpecifiedBy(Specification).
<V extends T> java.util.Collection<V>	AbstractRepository.findAll(Specification<V> specification)
<V extends T> java.util.Collection<V>	UnsupportedRepository.findAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Collection<V>	Repository.findAllEntitiesSpecifiedBy(Specification<V> specification) Finds and returns all entities approved by the given specification.
<V extends T> java.util.Collection<V>	PartitionRepositoryInvocationHandler.findAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Collection<V>	NullRepository.findAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Collection<V>	NotImplementedRepository.findAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Collection<V>	InMemoryRepository.findAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Collection<V>	HashSetRepository.findAllEntitiesSpecifiedBy(Specification<V> specification)
protected <V extends T> java.util.Collection<V>	PartitionRepositoryInvocationHandler.findAllEntitiesSpecifiedBy(Specification<V> specification, java.lang.Boolean sharpenOriginalSpecificationsToFitPartitionSpecification)
<V extends T> PartitionRepository	PartitionRepositoryInvocationHandler.findPartitionFor(Specification<V> partitionSpecification)
<V extends T> PartitionRepository	PartitionRepository.findPartitionFor(Specification<V> specification)
<V extends T> V	Repository.findSingle(Specification<V> specification) Alias of findSingleEntitySpecifiedBy(Specification).
<V extends T> V	AbstractRepository.findSingle(Specification<V> specification)
<V extends T> V	Repository.findSingleEntitySpecifiedBy(Specification<V> specification) Finds and returns one single entity approved by the given specification.
<V extends T> V	AbstractRepository.findSingleEntitySpecifiedBy(Specification<V> specification)
java.lang.Boolean	PartitionRepositoryInvocationHandler.PartitionAwareSpecification.isGeneralizationOf(Specification<? extends V> specification)
java.lang.Boolean	PartitionRepositoryInvocationHandler.PartitionAwareSpecification.isSpecialCaseOf(Specification<? super V> specification)
<V extends T> java.util.Iterator<V>	Repository.iterate(Specification<V> specification) Alias of iterateAllEntitiesSpecifiedBy(Specification).
<V extends T> java.util.Iterator<V>	AbstractRepository.iterate(Specification<V> specification)
<V extends T> java.util.Iterator<V>	Repository.iterateAll(Specification<V> specification) Alias of iterateAllEntitiesSpecifiedBy(Specification).
<V extends T> java.util.Iterator<V>	AbstractRepository.iterateAll(Specification<V> specification)
<V extends T> java.util.Iterator<V>	UnsupportedRepository.iterateAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Iterator<V>	Repository.iterateAllEntitiesSpecifiedBy(Specification<V> specification) Finds and returns all entities approved by the given specification.
<V extends T> java.util.Iterator<V>	PartitionRepositoryInvocationHandler.iterateAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Iterator<V>	NullRepository.iterateAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Iterator<V>	NotImplementedRepository.iterateAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Iterator<V>	InMemoryRepository.iterateAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.util.Iterator<V>	HashSetRepository.iterateAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.lang.Long	Repository.remove(Specification<V> specification) Alias of removeAllEntitiesSpecifiedBy(Specification).
<V extends T> java.lang.Long	AbstractRepository.remove(Specification<V> specification)
<V extends T> java.lang.Long	Repository.removeAll(Specification<V> specification) Alias of removeAllEntitiesSpecifiedBy(Specification).
<V extends T> java.lang.Long	AbstractRepository.removeAll(Specification<V> specification)
<V extends T> java.lang.Long	UnsupportedRepository.removeAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.lang.Long	Repository.removeAllEntitiesSpecifiedBy(Specification<V> specification) Removes all entities approved by the given specification.
<V extends T> java.lang.Long	PartitionRepositoryInvocationHandler.removeAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.lang.Long	NullRepository.removeAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.lang.Long	NotImplementedRepository.removeAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.lang.Long	InMemoryRepository.removeAllEntitiesSpecifiedBy(Specification<V> specification)
<V extends T> java.lang.Long	HashSetRepository.removeAllEntitiesSpecifiedBy(Specification<V> specification)
void	PartitionRepositoryInvocationHandler.setPartitionSpecification(Specification<T> partitionSpecification)
void	PartitionRepository.setPartitionSpecification(Specification<T> specification) This method applies to this partition only!
void	PartitionRepositoryInvocationHandler.setSuperPartitionSpecification(Specification<? super T> specification)
void	PartitionRepository.setSuperPartitionSpecification(Specification<? super T> specification) This method applies to this partition only!
(package private) void	PartitionRepositoryInvocationHandler.IteratorRegistry.updateIteratorsWith(Specification partitionSpecification, PartitionRepository subPartition)
protected PartitionRepository	PartitionRepositoryInvocationHandler.wireUpPartition(Specification superPartitionSpecification, PartitionRepository superPartitionRepository, Specification partitionSpecification, PartitionRepository partitionRepository)
protected PartitionRepository	PartitionRepositoryInvocationHandler.wireUpPartition(Specification superPartitionSpecification, PartitionRepository superPartitionRepository, Specification partitionSpecification, PartitionRepository partitionRepository)

Method parameters in net.sourceforge.domian.repository with type arguments of type Specification

void	PartitionRepositoryInvocationHandler.collectAllPartitions(java.util.Map<Specification<? extends T>,PartitionRepository> partitionMap)
void	PartitionRepository.collectAllPartitions(java.util.Map<Specification<? extends T>,PartitionRepository> partitionMap) Populates the given map with a flattened and recursive view of all partitions in this repository.
<R extends Repository> void	PartitionRepositoryInvocationHandler.collectAllPartitionsWithRepositorySatisfying(Specification<R> specification, java.util.Map<Specification<? extends T>,PartitionRepository> partitionMap)
<R extends Repository> void	PartitionRepository.collectAllPartitionsWithRepositorySatisfying(Specification<R> specification, java.util.Map<Specification<? extends T>,PartitionRepository> partitionMap) Populates the given map with a flattened and recursive view of all partitions in this repository, satisfying the given specification.

Constructors in net.sourceforge.domian.repository with parameters of type Specification

HashSetRepository.HashSetRepositoryIterator(HashSetRepository<T> repository, Specification<V> specification)

InMemoryRepository.InMemoryRepositoryIterator(InMemoryRepository<T> repository, Specification<V> specification)

PartitionRepositoryInvocationHandler.FindAllEntitiesSpecifiedBy(Specification<V> specification)

PartitionRepositoryInvocationHandler.FindAllEntitiesSpecifiedBy(Specification<V> specification, java.lang.Boolean modifyOriginalSpecificationsToFitPartitionSpecification)

PartitionRepositoryInvocationHandler.IterateAllEntitiesSpecifiedBy(Specification<V> specification)

PartitionRepositoryInvocationHandler.PartitionAwareSpecification(Specification<V> customSpecification, Specification<T> partitionSpecification)

PartitionRepositoryInvocationHandler.PartitionAwareSpecification(Specification<V> customSpecification, Specification<T> partitionSpecification)

PartitionRepositoryInvocationHandler.PartitionRepositoryIterator(Specification<V> specification, PartitionRepository<T> repo)

PartitionRepositoryInvocationHandler.RemoveAllEntitiesSpecifiedBy(Specification<V> specification)

Uses of Specification in net.sourceforge.domian.specification

Subinterfaces of Specification in net.sourceforge.domian.specification

interface	CompositeSpecification<T> Part of the Evans/Fowler Specifications pattern.
interface	LeafSpecification<T> Part of the Evans/Fowler Specifications pattern.
interface	ValueBoundSpecification<T> Part of the Evans/Fowler Specifications pattern.

Classes in net.sourceforge.domian.specification that implement Specification

(package private) class	AbstractCompositeSpecification<T> An abstract superclass for composite specifications.
(package private) class	AbstractValueBoundSpecification<T> An abstract superclass for value bound specifications.
(package private) class	AlwaysFalseSpecification Leaf specification, always giving a negative respons.
(package private) class	AlwaysTrueSpecification Leaf specification, always giving a positive respons.
(package private) class	BlankStringSpecification Deprecated. Replaced by DefaultValueSpecification - will be removed in v0.5
(package private) class	CollectionSpecification<F> Specification for Collections.
(package private) class	ConjuntionSpecification<T> A composite specification where all of the wrapped specifications must be satisfied for this overall composite specification to be satisfied.
(package private) class	DateStringSpecification Specification for approval of date strings.
(package private) class	DefaultValueSpecification<T> Leaf specification, specifying all Java objects with their default value intact.
(package private) class	DisjuntionSpecification<T> A composite specification where at least one of the wrapped specifications must be satisfied for this overall composite specification to be satisfied.
(package private) class	EnumNameStringSpecification<E extends Enum> This specification will be satisfied by all strings that is a valid name for the enum type this specificationis representing.
(package private) class	EqualIgnoreCaseStringSpecification Specification for string approval.
(package private) class	EqualSpecification<T> Specification for equality checking.
(package private) class	FieldParameterizedSpecification<T,F> A parameterized specification deals, as opposed to value bound specifications, also with value context.
(package private) class	GreaterThanOrEqualSpecification<T extends Comparable<T>> Specification for comparing two objects.
(package private) class	GreaterThanSpecification<T extends Comparable<T>> Specification for comparing two objects.
(package private) class	JointDenialSpecification<T> A joint denial specification where none of the wrapped specifications must be satisfied for this overall composite specification to be satisfied.
(package private) class	LessThanOrEqualSpecification<T extends Comparable<T>> Specification for comparing two objects.
(package private) class	LessThanSpecification<T extends Comparable<T>> Specification for comparing two objects.
(package private) class	MethodParameterizedSpecification<T,F> A parameterized specification deals, as opposed to value bound specifications, also with value context.
(package private) class	NotNullSpecification<T> Leaf specification, specifying all objects that is not null.
(package private) class	ParameterizedSpecification<T,F> A parameterized specification deals, as opposed to value bound specifications, also with value context.
(package private) class	RegularExpressionMatcherStringSpecification Specification that uses a regular expression engine for specifying strings.
(package private) class	WildcardExpressionMatcherIgnoreCaseStringSpecification Specification that uses a regular expression engine for specifying wildcard strings ignoring case.
(package private) class	WildcardExpressionMatcherStringSpecification Specification that uses a regular expression engine for specifying wildcard strings.

Fields in net.sourceforge.domian.specification declared as Specification

protected Specification<F>	ParameterizedSpecification.accessibleObjectSpecification
private Specification<java.lang.Integer>	CollectionSpecification.collectionSpecification
private Specification<F>	CollectionSpecification.elementSpecification
(package private) static Specification<ParameterizedSpecification>	AbstractCompositeSpecification.parameterizedSpecificationWithDisjunctionSpec

Fields in net.sourceforge.domian.specification with type parameters of type Specification

protected java.util.Set<Specification<? super T>>

AbstractCompositeSpecification.specifications The wrapped specifications.

Methods in net.sourceforge.domian.specification that return Specification

static Specification<java.util.Date>	SpecificationFactory.after(java.lang.String dateString)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.after(T value)
static Specification<java.util.Date>	SpecificationFactory.afterOrAtTheSameTimeAs(java.lang.String dateString)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.afterOrAtTheSameTimeAs(T dateOrLongValue)
static Specification<? extends Entity>	SpecificationFactory.allEntities()
static Specification	SpecificationFactory.allObjects()
static <T> Specification<T>	SpecificationFactory.anObjectEqualTo(T value)
static <F> Specification<F>	SpecificationFactory.anyOf(F... values)
static Specification<java.util.Date>	SpecificationFactory.at(java.util.Date date)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.atLeast(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.atMost(T value)
static Specification<java.util.Date>	SpecificationFactory.atTheSameTimeAs(java.util.Date date)
static Specification<java.util.Date>	SpecificationFactory.before(java.lang.String dateString)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.before(T value)
static Specification<java.util.Date>	SpecificationFactory.beforeOrAtTheSameTimeAs(java.lang.String dateString)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.beforeOrAtTheSameTimeAs(T dateOfLongValue)
static Specification<java.lang.String>	SpecificationFactory.blankString()
static Specification	SpecificationFactory.createAlwaysFalseSpecification()
static Specification	SpecificationFactory.createAlwaysTrueSpecification()
static Specification<java.lang.String>	SpecificationFactory.createBlankStringSpecification()
static Specification	SpecificationFactory.createContradiction()
static Specification<java.lang.String>	SpecificationFactory.createDateStringSpecification(java.lang.String dateString)
static Specification<java.lang.Number>	SpecificationFactory.createDefaultNumberSpecification()
(package private) static <T> Specification<T>	SpecificationFactory.createDefaultValueOfTypeSpecification(java.lang.Class<T> type)
static <E extends java.lang.Enum> Specification<java.lang.String>	SpecificationFactory.createEnumNameStringSpecification(java.lang.Class<E> enumClass)
static <T> Specification<T>	SpecificationFactory.createEqualSpecification(T value)
(package private) static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.createGreaterThanOrEqualSpecification(T value)
(package private) static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.createGreaterThanSpecification(T value)
(package private) static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.createLessThanOrEqualSpecification(T value)
(package private) static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.createLessThanSpecification(T value)
static <T> Specification<T>	SpecificationFactory.createNotNullSpecification(java.lang.Class<T> type)
(package private) static Specification<java.lang.String>	SpecificationFactory.createRegularExpressionMatcherStringSpecification(java.lang.String regularExpression)
static Specification	SpecificationFactory.createTautology()
static <T extends Entity> Specification<T>	SpecificationUtils.createUniqueSpecificationFor(T entity)
(package private) static Specification<java.lang.String>	SpecificationFactory.createWildcardExpressionIgnoringCaseMatcherStringSpecification(java.lang.String wildcardExpression)
(package private) static Specification<java.lang.String>	SpecificationFactory.createWildcardExpressionMatcherStringSpecification(java.lang.String wildcardExpression)
static Specification<java.lang.Number>	SpecificationFactory.defaultNumber()
(package private) static <T> Specification<T>	SpecificationFactory.defaultValueOfType(java.lang.Class<T> type)
static Specification<? extends Entity>	SpecificationFactory.entities()
static Specification<? extends Entity>	SpecificationFactory.entity()
static <T> Specification<T>	SpecificationFactory.equalTo(T value)
static <T> Specification<T>	SpecificationFactory.exactly(T value)
Specification<F>	ParameterizedSpecification.getAccessibleObjectSpecification()
Specification<java.lang.Integer>	CollectionSpecification.getCollectionSpecification()
Specification<F>	CollectionSpecification.getElementSpecification()
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.greaterThan(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.greaterThanOrEqualTo(T value)
static <T> Specification<T>	SpecificationFactory.is(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.isAfter(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.isAfterOrAtTheSameTimeAs(T dateOrLongValue)
static Specification<java.util.Date>	SpecificationFactory.isAtTheSameTimeAs(java.util.Date date)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.isBefore(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.isBeforeOrAtTheSameTimeAs(T dateOrLongValue)
static Specification<java.lang.String>	SpecificationFactory.isBlankString()
static Specification<java.lang.String>	SpecificationFactory.isDate(java.lang.String dateString)
static Specification<java.lang.Number>	SpecificationFactory.isDefaultNumber()
(package private) static <T> Specification<T>	SpecificationFactory.isDefaultValueOfType(java.lang.Class<T> type)
static <E extends java.lang.Enum> Specification<java.lang.String>	SpecificationFactory.isEnum(java.lang.Class<E> enumClass)
static <T> Specification<T>	SpecificationFactory.isEqualTo(T value)
static Specification<java.lang.Boolean>	SpecificationFactory.isFalse()
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.isGreaterThan(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.isGreaterThanOrEqualTo(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.isLessThan(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.isLessThanOrEqualTo(T value)
static Specification<?>	SpecificationFactory.isNotNull()
static Specification<?>	SpecificationFactory.isNull()
static Specification<java.lang.Boolean>	SpecificationFactory.isTrue()
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.lessThan(T value)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.lessThanOrEqualTo(T value)
static Specification<java.lang.String>	SpecificationFactory.like(java.lang.String wildcardExpression)
static Specification<java.lang.String>	SpecificationFactory.matches(java.lang.String regularExpression)
static Specification<java.lang.String>	SpecificationFactory.matchesRegex(java.lang.String regularExpression)
static Specification<java.lang.String>	SpecificationFactory.matchesRegularExpression(java.lang.String regularExpression)
static Specification<java.lang.String>	SpecificationFactory.matchesWildcardExpression(java.lang.String wildcardExpression)
static Specification<java.lang.String>	SpecificationFactory.matchesWildcardExpressionIgnoringCase(java.lang.String wildcardExpression)
static <T extends java.lang.Comparable<T>> Specification<T>	SpecificationFactory.moreThan(T value)
static <T> Specification<T>	SpecificationFactory.neitherOf(Specification<T>... specifications)
static <T> Specification<T>	SpecificationFactory.not(Specification<T> specification)
static <T> Specification<T>	SpecificationFactory.not(T object)
static <T> Specification<T>	SpecificationFactory.objectEqualTo(T value)

Methods in net.sourceforge.domian.specification with parameters of type Specification

static <T> CompositeSpecification<T>	SpecificationFactory.a(Specification<T> specification)
static <T> CompositeSpecification<T>	SpecificationFactory.allOf(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.an(Specification<T> specification)
CompositeSpecification<T>	CompositeSpecification.and(Specification<T> specification) Creates a conjunction out of two specifications: This composite specification The given specification parameter
CompositeSpecification<T>	AbstractCompositeSpecification.and(Specification<T> specification)
<F> CompositeSpecification<T>	CompositeSpecification.and(java.lang.String accessibleObjectName, Specification<F> accessibleObjectSpecification) Creates a conjunction of two specifications: This composite specification A parameterized specification based on the java.lang.reflect.AccessibleObject name parameter and the accompanying specification parameter
<F> CompositeSpecification<T>	AbstractCompositeSpecification.and(java.lang.String accessibleObjectName, Specification<F> accessibleObjectSpecification)
static <T> CompositeSpecification<T>	SpecificationFactory.anyOf(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.are(Specification<T> specification)
static <T> CompositeSpecification<T>	SpecificationFactory.both(Specification<T>... specifications)
(package private) static <T,F> ParameterizedSpecification<T,F>	ParameterizedSpecification.createParameterizedSpecification(java.lang.Class<T> declaringClass, java.lang.String accessibleObjectName, Specification<F> accessibleObjectSpecification) Rather ugly factory method for creating parameterized specifications...
static <T> CompositeSpecification<T>	SpecificationFactory.either(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.eitherOf(Specification<T>... specifications)
static CollectionSpecification<java.lang.Object>	SpecificationFactory.hasSize(Specification<java.lang.Integer> collectionSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.hasSize(Specification<java.lang.Integer> collectionSpecification, java.lang.Class<F> elementType)
static CollectionSpecification<java.lang.Object>	SpecificationFactory.hasSizeOf(Specification<java.lang.Integer> collectionSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.hasSizeOf(Specification<java.lang.Integer> collectionSpecification, java.lang.Class<F> elementType)
static CollectionSpecification<java.lang.Object>	SpecificationFactory.haveSize(Specification<java.lang.Integer> collectionSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.haveSize(Specification<java.lang.Integer> collectionSpecification, java.lang.Class<F> elementType)
static CollectionSpecification<java.lang.Object>	SpecificationFactory.haveSizeOf(Specification<java.lang.Integer> collectionSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.haveSizeOf(Specification<java.lang.Integer> collectionSpecification, java.lang.Class<F> elementType)
static <T> CompositeSpecification<T>	SpecificationFactory.in(Specification<T>... specifications)
static <F> CollectionSpecification<F>	SpecificationFactory.include(Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.include(Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.includeAPercentageOf(Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.includeAPercentageOf(Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.includes(Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.includes(Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.includesAPercentageOf(Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)
static <F> CollectionSpecification<F>	SpecificationFactory.includesAPercentageOf(Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)
static <T> CompositeSpecification<T>	SpecificationFactory.is(Specification<T> specification)
static <T> CompositeSpecification<T>	SpecificationFactory.isA(Specification<T> specification)
static <T> CompositeSpecification<T>	SpecificationFactory.isAllOf(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.isAn(Specification<T> specification)
static <T> CompositeSpecification<T>	SpecificationFactory.isBoth(Specification<T>... specifications)
(package private) java.lang.Boolean	AbstractCompositeSpecification.isDisjointWith(Specification<T> specification) Two specifications are disjoint if the two sets of satisfiable objects have no objects in common.
static <T> CompositeSpecification<T>	SpecificationFactory.isEither(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.isEitherOf(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.isEitherThe(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.isFrom(Specification<T> specification)
java.lang.Boolean	Specification.isGeneralizationOf(Specification<? extends T> specification) Specification subsumption.
java.lang.Boolean	NotNullSpecification.isGeneralizationOf(Specification<? extends T> specification)
java.lang.Boolean	AbstractSpecification.isGeneralizationOf(Specification<? extends T> specification) Specification subsumption.
java.lang.Boolean	AbstractCompositeSpecification.isGeneralizationOf(Specification<? extends T> specification)
static <T> CompositeSpecification<T>	SpecificationFactory.isOneOf(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.isSatisfiedBy(Specification<T> specification)
java.lang.Boolean	Specification.isSpecialCaseOf(Specification<? super T> specification) Specification subsumption.
java.lang.Boolean	AbstractSpecification.isSpecialCaseOf(Specification<? super T> specification) Specification subsumption.
java.lang.Boolean	AbstractCompositeSpecification.isSpecialCaseOf(Specification<? super T> specification)
static <T> Specification<T>	SpecificationFactory.neitherOf(Specification<T>... specifications)
static <T> Specification<T>	SpecificationFactory.not(Specification<T> specification)
static <T> CompositeSpecification<T>	SpecificationFactory.oneOf(Specification<T>... specifications)
CompositeSpecification<T>	CompositeSpecification.or(Specification<T> specification) Creates a disjunction out of two specifications: This composite specification The given specification parameter
CompositeSpecification<T>	AbstractCompositeSpecification.or(Specification<T> specification)
<F> CompositeSpecification<T>	CompositeSpecification.or(java.lang.String accessibleObjectName, Specification<F> accessibleObjectSpecification) Creates a disjunction of two specifications: This composite specification A parameterized specification based on the java.lang.reflect.AccessibleObject name parameter and the accompanying specification parameter
<F> CompositeSpecification<T>	AbstractCompositeSpecification.or(java.lang.String accessibleObjectName, Specification<F> accessibleObjectSpecification)
static <T> CompositeSpecification<T>	SpecificationFactory.shouldBe(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.shouldBeAllOf(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.shouldBeBoth(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.shouldBeEitherOf(Specification<T>... specifications)
static <T> CompositeSpecification<T>	SpecificationFactory.shouldBeOneOf(Specification<T>... specifications)
static java.lang.Boolean	SpecificationUtils.typeSafeIsSatisfiedBy(Specification specification, java.lang.Object candidate) Raw, yet type-safe version of Specification.isSatisfiedBy().
<F> CompositeSpecification<T>	CompositeSpecification.where(java.lang.String accessibleObjectName, Specification<F> accessibleObjectSpecification) Alias of and method.
<F> CompositeSpecification<T>	AbstractCompositeSpecification.where(java.lang.String accessibleObjectName, Specification<F> accessibleObjectSpecification)
(package private) CompositeSpecification<T>	AbstractCompositeSpecification.wrapWithNewSpecification(AbstractCompositeSpecification<T> newSpecification, Specification<T> specificationToBeWrapped)

Method parameters in net.sourceforge.domian.specification with type arguments of type Specification

(package private) void	ParameterizedSpecification.getAllSpecifications(java.util.Set<Specification> specificationSet)
(package private) void	AbstractSpecification.getAllSpecifications(java.util.Set<Specification> specificationSet) Populates the given set of specifications with all Specification objects in this object graph.
(package private) void	AbstractCompositeSpecification.getAllSpecifications(java.util.Set<Specification> specificationSet)

Constructors in net.sourceforge.domian.specification with parameters of type Specification

CollectionSpecification(CollectionSpecification.CollectionSpecificationScope collectionSpecificationScope, Specification<java.lang.Integer> collectionSpecification)

CollectionSpecification(CollectionSpecification.CollectionSpecificationScope collectionSpecificationScope, Specification<java.lang.Integer> collectionSpecification, java.lang.Class<F> elementType)

CollectionSpecification(CollectionSpecification.CollectionSpecificationScope collectionSpecificationScope, Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)

CollectionSpecification(CollectionSpecification.CollectionSpecificationScope collectionSpecificationScope, Specification<java.lang.Integer> collectionSpecification, Specification<F> elementSpecification)

FieldParameterizedSpecification(java.lang.Class<T> declaringClass, java.lang.reflect.Field field, Specification<F> accessibleObjectSpecification)

MethodParameterizedSpecification(java.lang.Class<T> declaringClass, java.lang.reflect.Method method, Specification<F> accessibleObjectSpecification)