Uses of Class
jade.content.schema.ObjectSchema

Packages that use ObjectSchema

Package	Description
jade.content.onto
jade.content.schema
jade.content.schema.facets

Uses of ObjectSchema in jade.content.onto

Methods in jade.content.onto that return ObjectSchema

Modifier and Type	Method and Description
ObjectSchema	Ontology.getSchema(java.lang.Class clazz) Retrieves the schema associated to a given class in this ontology.
ObjectSchema	BasicOntology.getSchema(java.lang.Class clazz) Redefine the getSchema() method to take into account java primitives.
ObjectSchema	Ontology.getSchema(java.lang.String name) Retrieves the schema of element name in this ontology.
ObjectSchema	BasicOntology.getSchema(java.lang.String name) Redefine the getSchema() method to take into account ACL performatives.

Methods in jade.content.onto that return types with arguments of type ObjectSchema

Modifier and Type	Method and Description
static java.util.List<ObjectSchema>	Ontology.getReferencedSchemas(ObjectSchema rootSchema)

Methods in jade.content.onto with parameters of type ObjectSchema

Modifier and Type	Method and Description
void	Ontology.add(ObjectSchema schema) Adds a schema to this ontology
void	Ontology.add(ObjectSchema schema, java.lang.Class javaClass) Adds a schema to the ontology and associates it to the class javaClass
void	ReflectiveIntrospector.checkClass(ObjectSchema schema, java.lang.Class javaClass, Ontology onto) Check the structure of a java class associated to an ontological element to ensure that translations to/from abstract descriptors and java objects (instances of that class) can be accomplished by this introspector.
void	Introspector.checkClass(ObjectSchema schema, java.lang.Class javaClass, Ontology onto) Check the structure of a java class associated to an ontological element to ensure that translations to/from abstract descriptors and java objects (instances of that class) can be accomplished by this introspector.
void	BCReflectiveIntrospector.checkClass(ObjectSchema schema, java.lang.Class javaClass, Ontology onto) Check the structure of a java class associated to an ontological element to ensure that translations to/from abstract descriptors and java objects (instances of that class) can be accomplished by this introspector.
AbsAggregate	ReflectiveIntrospector.externalizeAggregate(java.lang.String slotName, java.lang.Object obj, ObjectSchema schema, Ontology referenceOnto)
AbsAggregate	Introspector.externalizeAggregate(java.lang.String slotName, java.lang.Object obj, ObjectSchema schema, Ontology referenceOnto)
AbsAggregate	CFReflectiveIntrospector.externalizeAggregate(java.lang.String slotName, java.lang.Object obj, ObjectSchema schema, Ontology referenceOnto)
AbsAggregate	BCReflectiveIntrospector.externalizeAggregate(java.lang.String slotName, java.lang.Object obj, ObjectSchema schema, Ontology referenceOnto)
AbsObject	ReflectiveIntrospector.externalizeSpecialType(java.lang.Object obj, ObjectSchema schema, java.lang.Class javaClass, Ontology referenceOnto)
AbsObject	Introspector.externalizeSpecialType(java.lang.Object obj, ObjectSchema schema, java.lang.Class javaClass, Ontology referenceOnto)
static java.util.List<ObjectSchema>	Ontology.getReferencedSchemas(ObjectSchema rootSchema)
java.lang.Object	ReflectiveIntrospector.getSlotValue(java.lang.String slotName, java.lang.Object obj, ObjectSchema schema)
java.lang.Object	Introspector.getSlotValue(java.lang.String slotName, java.lang.Object obj, ObjectSchema schema)
java.lang.Object	BCReflectiveIntrospector.getSlotValue(java.lang.String slotName, java.lang.Object obj, ObjectSchema schema)
java.lang.Object	ReflectiveIntrospector.internalizeAggregate(java.lang.String slotName, AbsAggregate abs, ObjectSchema schema, Ontology referenceOnto)
java.lang.Object	Introspector.internalizeAggregate(java.lang.String slotName, AbsAggregate abs, ObjectSchema schema, Ontology referenceOnto)
java.lang.Object	CFReflectiveIntrospector.internalizeAggregate(java.lang.String slotName, AbsAggregate absAggregate, ObjectSchema schema, Ontology referenceOnto)
java.lang.Object	BCReflectiveIntrospector.internalizeAggregate(java.lang.String slotName, AbsAggregate abs, ObjectSchema schema, Ontology referenceOnto)
java.lang.Object	ReflectiveIntrospector.internalizeSpecialType(AbsObject abs, ObjectSchema schema, java.lang.Class javaClass, Ontology referenceOnto)
java.lang.Object	Introspector.internalizeSpecialType(AbsObject abs, ObjectSchema schema, java.lang.Class javaClass, Ontology referenceOnto)
void	ReflectiveIntrospector.setSlotValue(java.lang.String slotName, java.lang.Object slotValue, java.lang.Object obj, ObjectSchema schema)
void	Introspector.setSlotValue(java.lang.String slotName, java.lang.Object slotValue, java.lang.Object obj, ObjectSchema schema)
void	BCReflectiveIntrospector.setSlotValue(java.lang.String slotName, java.lang.Object slotValue, java.lang.Object obj, ObjectSchema schema)

Uses of ObjectSchema in jade.content.schema

Subclasses of ObjectSchema in jade.content.schema

Modifier and Type	Class and Description
class	AgentActionSchema The class to be used to define schemas of agent actions in an ontology.
class	AggregateSchema This class represent the schema of aggregate entities in an ontology.
class	ConceptSchema The class to be used to define schemas of concepts in an ontology.
class	ContentElementListSchema
class	ContentElementSchema This class represents the schema of a generic content element in an ontology.
class	IRESchema This class represents the schema of an Identifying Referential Expression (IRE) in an ontology.
class	PredicateSchema The class to be used to define schemas of predicates in an ontology.
class	PrimitiveSchema This class represent the schema of primitive entities in an ontology.
class	TermSchema This class represents the schema of a generic term in an ontology.
class	VariableSchema This class represents the schema of a variable.

Fields in jade.content.schema declared as ObjectSchema

Modifier and Type	Field and Description
protected static ObjectSchema	ObjectSchema.baseSchema

Methods in jade.content.schema that return ObjectSchema

Modifier and Type	Method and Description
static ObjectSchema	VariableSchema.getBaseSchema() Retrieve the generic base schema for all variables.
static ObjectSchema	TermSchema.getBaseSchema() Retrieve the generic base schema for terms.
static ObjectSchema	PrimitiveSchema.getBaseSchema() Retrieve the generic base schema for all primitives.
static ObjectSchema	PredicateSchema.getBaseSchema() Retrieve the generic base schema for all predicates.
static ObjectSchema	ObjectSchema.getBaseSchema() Retrieve the generic base schema for all objects.
static ObjectSchema	IRESchema.getBaseSchema() Retrieve the generic base schema for all ire-s.
static ObjectSchema	ContentElementSchema.getBaseSchema() Retrieve the generic base schema for all content elements.
static ObjectSchema	ContentElementListSchema.getBaseSchema() Retrieve the generic base schema for all content element lists.
static ObjectSchema	ConceptSchema.getBaseSchema() Retrieve the generic base schema for all concepts.
static ObjectSchema	AggregateSchema.getBaseSchema() Retrieve the generic base schema for all aggregates.
static ObjectSchema	AgentActionSchema.getBaseSchema() Retrieve the generic base schema for all agent actions.
abstract ObjectSchema	ObjectSchema.getSchema(java.lang.String name) Retrieves the schema of a slot of this Schema.
abstract ObjectSchema[]	ObjectSchema.getSuperSchemas() Retrieves an array containing the direct super-schemas of this schema.

Methods in jade.content.schema with parameters of type ObjectSchema

Modifier and Type	Method and Description
void	PredicateSchema.add(java.lang.String name, ObjectSchema slotSchema) Add a mandatory slot to this schema.
protected abstract void	ObjectSchema.add(java.lang.String name, ObjectSchema slotSchema) Add a mandatory slot to the schema.
void	PredicateSchema.add(java.lang.String name, ObjectSchema slotSchema, int optionality) Add a slot to this schema.
protected abstract void	ObjectSchema.add(java.lang.String name, ObjectSchema slotSchema, int optionality) Add a slot to the schema.
protected abstract void	ObjectSchema.add(java.lang.String name, ObjectSchema elementsSchema, int cardMin, int cardMax) Add a slot with cardinality between cardMin and cardMax to this schema.
protected abstract void	ObjectSchema.add(java.lang.String name, ObjectSchema elementsSchema, int cardMin, int cardMax, java.lang.String aggType) Add a slot with cardinality between cardMin and cardMax to this schema and allow specifying the type of Aggregate to be used for this slot.
void	PredicateSchema.add(java.lang.String name, ObjectSchema elementsSchema, int cardMin, int cardMax, java.lang.String aggType, int optionality) Add a slot with optionality and cardinality between cardMin and cardMax to this schema and allow specifying the type of Aggregate to be used for this slot.
void	ConceptSchema.add(java.lang.String name, ObjectSchema elementsSchema, int cardMin, int cardMax, java.lang.String aggType, int optionality) Add a slot with optionality and cardinality between cardMin and cardMax to this schema and allow specifying the type of Aggregate to be used for this slot.
protected abstract void	ObjectSchema.addSuperSchema(ObjectSchema superSchema) Add a super schema tho this schema, i.e. this schema will inherit all characteristics from the super schema
protected boolean	VariableSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected boolean	TermSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected boolean	PrimitiveSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected boolean	PredicateSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected abstract boolean	ObjectSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected boolean	IRESchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema.
protected boolean	ContentElementSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected boolean	ContentElementListSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected boolean	ConceptSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected boolean	AggregateSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema)
protected boolean	AgentActionSchema.descendsFrom(ObjectSchema s) Return true if - s is the base schema for the XXXSchema class this schema is an instance of (e.g. s is ConceptSchema.getBaseSchema() and this schema is an instance of ConceptSchema) - s is the base schema for a super-class of the XXXSchema class this schema is an instance of (e.g. s is TermSchema.getBaseSchema() and this schema is an instance of ConceptSchema.
boolean	PrimitiveSchema.isAssignableFrom(ObjectSchema s)
abstract boolean	ObjectSchema.isAssignableFrom(ObjectSchema s) This method checks whether or not an abstract object that is an instance of schema s can be used in place of an abstract object that is an instance of this schema.
boolean	AggregateSchema.isAssignableFrom(ObjectSchema s)
boolean	VariableSchema.isCompatibleWith(ObjectSchema s) A variable can be put whereever a term of whatever type is required --> A VariableSchema is compatible with s if s descends from TermSchema.getBaseSchema()
abstract boolean	ObjectSchema.isCompatibleWith(ObjectSchema s) Check if this schema is compatible with a given schema s.
boolean	IRESchema.isCompatibleWith(ObjectSchema s) An IRE can be put whereever a term of whatever type is required --> An IRESchema is compatible with s if s descends from TermSchema.getBaseSchema()

Uses of ObjectSchema in jade.content.schema.facets

Methods in jade.content.schema.facets that return ObjectSchema

Modifier and Type	Method and Description
ObjectSchema	TypedAggregateFacet.getType() Get the schema associated to this facet

Constructors in jade.content.schema.facets with parameters of type ObjectSchema

Constructor and Description
TypedAggregateFacet(ObjectSchema s) Construct a TypedAggregateFacet that forces the elements in an AbsAggregate to be instances of a given schema