Uses of Class
org.jboss.webbeans.tck.impl.SpecAssertion

Packages that use SpecAssertion

org.jboss.webbeans.tck.integration.context.application
org.jboss.webbeans.tck.integration.context.conversation
org.jboss.webbeans.tck.integration.context.passivating
org.jboss.webbeans.tck.integration.context.request
org.jboss.webbeans.tck.integration.context.session
org.jboss.webbeans.tck.integration.event
org.jboss.webbeans.tck.integration.lookup.byname
org.jboss.webbeans.tck.integration.lookup.manager
org.jboss.webbeans.tck.unit.context
org.jboss.webbeans.tck.unit.context.dependent
org.jboss.webbeans.tck.unit.context.passivating
org.jboss.webbeans.tck.unit.definition.bean
org.jboss.webbeans.tck.unit.definition.binding
org.jboss.webbeans.tck.unit.definition.deployment
org.jboss.webbeans.tck.unit.definition.name
org.jboss.webbeans.tck.unit.definition.scope
org.jboss.webbeans.tck.unit.definition.stereotype
org.jboss.webbeans.tck.unit.definition.type
org.jboss.webbeans.tck.unit.event
org.jboss.webbeans.tck.unit.implementation.commonAnnotations
org.jboss.webbeans.tck.unit.implementation.decorator
org.jboss.webbeans.tck.unit.implementation.deployment
org.jboss.webbeans.tck.unit.implementation.enterprise
org.jboss.webbeans.tck.unit.implementation.initializer
org.jboss.webbeans.tck.unit.implementation.interceptor
org.jboss.webbeans.tck.unit.implementation.jms
org.jboss.webbeans.tck.unit.implementation.producer.field
org.jboss.webbeans.tck.unit.implementation.producer.method
org.jboss.webbeans.tck.unit.implementation.simple
org.jboss.webbeans.tck.unit.inheritance.realization
org.jboss.webbeans.tck.unit.inheritance.specialization.enterprise
org.jboss.webbeans.tck.unit.inheritance.specialization.producer.method
org.jboss.webbeans.tck.unit.inheritance.specialization.simple
org.jboss.webbeans.tck.unit.lookup.byname
org.jboss.webbeans.tck.unit.lookup.clientProxy
org.jboss.webbeans.tck.unit.lookup.injection
org.jboss.webbeans.tck.unit.lookup.injectionpoint
org.jboss.webbeans.tck.unit.lookup.manager
org.jboss.webbeans.tck.unit.lookup.typesafe

Uses of SpecAssertion in org.jboss.webbeans.tck.integration.context.application

Methods in org.jboss.webbeans.tck.integration.context.application with annotations of type SpecAssertion

void	ApplicationContextTest.testApplicationContextSharedBetweenInvokationsInApplication() The application context is shared between all servlet requests, web service invocations, EJB remote method invocations, EJB timeouts and message deliveries to message driven beans that execute within the same application
void	ApplicationContextTest.testApplicationScopeActiveDuringCallToEjbTimeoutMethod() The application scope is also active during any remote method invocation of any EJB bean, during any call to an EJB timeout method and during message delivery to any EJB message driven bean.
void	ApplicationContextTest.testApplicationScopeActiveDuringEjbMessageDelivery() The application scope is also active during any remote method invocation of any EJB bean, during any call to an EJB timeout method and during message delivery to any EJB message driven bean.
void	ApplicationContextTest.testApplicationScopeActiveDuringRemoteMethodInvocationOfEjb() The application scope is also active during any remote method invocation of any EJB bean, during any call to an EJB timeout method and during message delivery to any EJB message driven bean.
void	ApplicationContextTest.testApplicationScopeActiveDuringServiceMethod() The application scope is active during the service() method of any servlet in the web application.
void	ApplicationContextTest.testApplicationScopeActiveDuringWebSericeInvocation() The application scope is active during any Java EE web service invocation.
void	ApplicationContextTest.testApplicationScopeDestroyedWhenApplicationIsUndeployed() The application context is destroyed when the application is undeployed.

Uses of SpecAssertion in org.jboss.webbeans.tck.integration.context.conversation

Methods in org.jboss.webbeans.tck.integration.context.conversation with annotations of type SpecAssertion

void	ConversationContextTest.testAllLongRunningConversationContextsOfInvalidatedHttpSessionAreDestroyed() When the HTTP servlet session is invalidated, all long-running conversation contexts created during the current session are destroyed
void	ConversationContextTest.testAssociatedConversationOfJsfRequestDoesNotChangeDuringRequest() The conversation associated with a JSF request is determined at the end of the restore view phase and does not change during the request
void	ConversationContextTest.testAssociatedConversationOfJsfRequestIsDeterminedAtEndOfRestoreViewPhase() The conversation associated with a JSF request is determined at the end of the restore view phase and does not change during the request
void	ConversationContextTest.testConcurrentRequestsToLongRunningConversationsAreHandled() The Web Bean manager ensures that a long-running conversation may be associated with at most one request at a time, by blocking or rejecting concurrent requests.
void	ConversationContextTest.testContextActiveDuringRenderResponsePhaseForNonFacesJsfRequest() For a JSF non-faces request, the context is active during the render response phase
void	ConversationContextTest.testContextActiveFromBeginningOfApplyRequestValuesPhasetoResponseCompleteForJsfRequest() For a JSF faces request, the context is active from the beginning of the apply request values phase, until the response is complete.
void	ConversationContextTest.testConversationsHaveUniqueStringIdentifiers() All long-running conversations have a string-valued unique identifier
void	ConversationContextTest.testDefaultConversationIsTransient() By default, a conversation is transient
void	ConversationContextTest.testJsfRequestHasExactlyOneAssociatedConversation() Any JSF request has exactly one associated conversation
void	ConversationContextTest.testLongRunningConversationManuallyPropagatedToNonFacesRequest() The long-running conversation associated with a request may be propagated to any non-faces request via use of a GET request parameter named cid containing the unique identifier of the conversation.
void	ConversationContextTest.testLongRunningConversationNotDestroyedAtEndOfJsfRequest() If the conversation associated with the current JSF request is in the long-running state at the end of a JSF request, it is not destroyed
void	ConversationContextTest.testLongRunningConversationOfJsfRedirectIsPropagatedToNonFacesRequest() The long-running conversation context associated with a request that results in a JSF redirect (via a navigation rule) is automatically propagated to the resulting non-faces request, and to any other subsequent request to the same URL.
void	ConversationContextTest.testLongRunningConversationOfJsfRenderingRequestIsPropagatedToRequestFromRenderedPage() The long-running conversation context associated with a request that renders a JSF view is automatically propagated to any faces request (JSF form submission) that originates from that rendered page.
void	ConversationContextTest.testLongRunningConversationsMayNotCrossHttpSessions() All long-running conversations are scoped to a particular HTTP servlet session and may not cross session boundaries
void	ConversationContextTest.testManagerCanDestroyOrphanedLongRunningConversations() The Web Bean manager is permitted to arbitrarily destroy any long-running conversation that is associated with no current JSF request, in order to conserve resources
void	ConversationContextTest.testNewTransientConversationIsCreatedWhenConversationCannotBeRestored() If the propagated conversation cannot be restored, the request is associated with a new transient conversation
void	ConversationContextTest.testNewTransientRequestIsCreatedWhenNoConversationIsPropagated() When no conversation is propagated to a JSF request, the request is associated with a new transient conversation.
void	ConversationContextTest.testTransientConversationContextIsDestroyedAtEndOfJsfRequest() If the conversation associated with the current JSF request is in the transient state at the end of a JSF request, it is destroyed, and the conversation context is also destroyed.
void	ConversationContextTest.testTransientConversationIsDestroyedAtEndOfJsfRequest() If the conversation associated with the current JSF request is in the transient state at the end of a JSF request, it is destroyed, and the conversation context is also destroyed.

Uses of SpecAssertion in org.jboss.webbeans.tck.integration.context.passivating

Methods in org.jboss.webbeans.tck.integration.context.passivating with annotations of type SpecAssertion

void	PassivatingContextTest.testEJBWebBeanCanDeclarePassivatingScope() EJB local objects are serializable.
void	PassivatingContextTest.testJMSEndpointProxyIsSerializable() The Web Bean manager must guarantee that JMS endpoint proxy objects are serializable.

Uses of SpecAssertion in org.jboss.webbeans.tck.integration.context.request

Methods in org.jboss.webbeans.tck.integration.context.request with annotations of type SpecAssertion

void	RequestContextTest.testRequestScopeActiveDuringCallToEjbTimeoutMethod() The request scope is active during any remote method invocation of any EJB bean, during any call to an EJB timeout method and during message delivery to any EJB message driven bean.
void	RequestContextTest.testRequestScopeActiveDuringEjbMessageDelivery() The request scope is active during any remote method invocation of any EJB bean, during any call to an EJB timeout method and during message delivery to any EJB message driven bean.
void	RequestContextTest.testRequestScopeActiveDuringRemoteMethodInvocationOfEjb() The request scope is active during any remote method invocation of any EJB bean, during any call to an EJB timeout method and during message delivery to any EJB message driven bean.
void	RequestContextTest.testRequestScopeActiveDuringServiceMethod() The request scope is active during the service() method of any Servlet in the web application.
void	RequestContextTest.testRequestScopeActiveDuringWebSericeInvocation() The request scope is active during any Java EE web service invocation.
void	RequestContextTest.testRequestScopeDestroyedAfterCallToEjbTimeoutMethod() The request context is destroyed after the remote method invocation, timeout or message delivery completes.
void	RequestContextTest.testRequestScopeDestroyedAfterEjbMessageDelivery() The request context is destroyed after the remote method invocation, timeout or message delivery completes.
void	RequestContextTest.testRequestScopeDestroyedAfterRemoteMethodInvocationOfEjb() The request context is destroyed after the remote method invocation, timeout or message delivery completes.
void	RequestContextTest.testRequestScopeIsDestroyedAfterServiceMethod() The request context is destroyed at the end of the servlet request, after the Servlet service() method returns.
void	RequestContextTest.testRequestScopeIsDestroyedAfterWebServiceInvocation() The request context is destroyed after the web service invocation completes

Uses of SpecAssertion in org.jboss.webbeans.tck.integration.context.session

Methods in org.jboss.webbeans.tck.integration.context.session with annotations of type SpecAssertion

void	SessionContextTest.testSessionContextDestroyedWhenHttpSessionInvalidatedOrTimesOut() The session context is destroyed when the HTTPSession is invalidated or times out.
void	SessionContextTest.testSessionContextSharedBetweenServletRequestsInSameHttpSession() The session context is shared between all servlet requests that occur in the same HTTP servlet session
void	SessionContextTest.testSessionScopeActiveDuringServiceMethod() The session scope is active during the service() method of any servlet in the web application

Uses of SpecAssertion in org.jboss.webbeans.tck.integration.event

Methods in org.jboss.webbeans.tck.integration.event with annotations of type SpecAssertion

void	EventTest.testEnterpriseBeanObserverMethodCalledWithCallerContext()
void	EventTest.testObserverCalledBeforeTransactionCompleteMaySetRollbackOnly()
void	EventTest.testObserverManipulatingJTATransactionsDirectlyFails()
void	EventTest.testObserverMethodOnEnterpriseBeanIsBusinessMethodOrStatic()
void	EventTest.testObserverMethodOnEnterpriseBeanNotBusinessMethodOrStaticFails()
void	EventTest.testTransactionalObserverThrownExceptionIsCaughtAndLogged()

Uses of SpecAssertion in org.jboss.webbeans.tck.integration.lookup.byname

Methods in org.jboss.webbeans.tck.integration.lookup.byname with annotations of type SpecAssertion

void	ResolutionByNameTest.testELResolverRegisteredWithJsf()
void	ResolutionByNameTest.testELResolverRegisteredWithServlet()

Uses of SpecAssertion in org.jboss.webbeans.tck.integration.lookup.manager

Methods in org.jboss.webbeans.tck.integration.lookup.manager with annotations of type SpecAssertion

void	ManagerTest.testManagerLookupInJndi()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.context

Methods in org.jboss.webbeans.tck.unit.context with annotations of type SpecAssertion

void	ContextTest.testBuiltInNormalScopedContextsDoNotPropagateAcrossAsynchronousMethodInvocations() The built-in contexts do not propagate across remote method invocations or to asynchronous processes such as JMS message listeners or EJB timer service timeouts
void	ContextTest.testBuiltInNormalScopedContextsDoNotPropagateAcrossRemoteMethodInvocations() The built-in contexts do not propagate across remote method invocations or to asynchronous processes such as JMS message listeners or EJB timer service timeouts
void	ContextTest.testBuiltInNormalScopedContextsPropagateAcrossAnyJavaMethodCall() For each of the built-in normal scopes, contexts propagate across any Java method call, including invocation of EJB local business methods.
void	NormalContextTest.testDestroyedInstanceMustNotBeReturnedByGet() A destroyed instance must not subsequently be returned by the get() method.
void	ContextTest.testGetContextReturnsActiveContext()
void	ContextTest.testGetContextWithNoActiveContextsFails()
void	ContextTest.testGetContextWithNoRegisteredContextsFails()
void	ContextTest.testGetContextWithTooManyActiveContextsFails()
void	NormalContextTest.testGetMayNotCreateNewInstanceUnlessCreateIsTrue() The get() method may not create a new instance of the given contextual type unless the create parameter is true
void	NormalContextTest.testGetMayNotReturnNullUnlessCreateIsFalseOrContextualCreateReturnsNull() The get() method may not return a null value unless the create parameter is false or Contextual.create() returns a null value
void	NormalContextTest.testGetReturnsExistingInstace() return an existing instance of the given contextual type, or
void	NormalContextTest.testGetWithCreateFalseReturnsNull() if the value of the create parameter is false, return a null value, or
void	NormalContextTest.testGetWithCreateTrueReturnsNewInstance() if the value of the create parameter is true, create a new instance of the given contextual type by calling Bean.create() and return the new instance.
void	NormalContextTest.testInvokingGetOnInactiveContextFails() When a scope is inactive, any invocation of the get() from the current thread upon the Context object for that scope results in a ContextNotActiveException.
void	NormalContextTest.testOnlyMappedInstancePerContextualTypePerThread() There may be no more than one mapped instance per contextual type per thread

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.context.dependent

Methods in org.jboss.webbeans.tck.unit.context.dependent with annotations of type SpecAssertion

void	DependentContextTest.testContextGetWithCreateFalseReturnsNull() Every invocation of the get() operation of the Context object for the @Dependent scope with the value false for the create parameter returns a null value
void	DependentContextTest.testContextGetWithCreateTrueReturnsNewInstance() Every invocation of the get() operation of the Context object for the @Dependent scope with the value true for the create parameter returns a new instance of the given Web Bean
void	DependentContextTest.testContextIsActiveDuringBeanCreation() when the Web Bean manager is creating or destroying a Web Bean instance or injecting its dependencies, or
void	DependentContextTest.testContextIsActiveDuringBeanDestruction() when the Web Bean manager is creating or destroying a Web Bean instance or injecting its dependencies, or
void	DependentContextTest.testContextIsActiveDuringEJBDependencyInjection() when the Web Bean manager is injecting dependencies of an EJB bean or Servlet or when an EJB bean @PostConstruct or @PreDestroy callback is invoked by the EJB container
void	DependentContextTest.testContextIsActiveDuringEJBPostConstruct() when the Web Bean manager is injecting dependencies of an EJB bean or Servlet or when an EJB bean @PostConstruct or @PreDestroy callback is invoked by the EJB container
void	DependentContextTest.testContextIsActiveDuringEJBPreDestroy() when the Web Bean manager is injecting dependencies of an EJB bean or Servlet or when an EJB bean @PostConstruct or @PreDestroy callback is invoked by the EJB container
void	DependentContextTest.testContextIsActiveDuringInjection() when the Web Bean manager is creating or destroying a Web Bean instance or injecting its dependencies, or
void	DependentContextTest.testContextIsActiveDuringServletDependencyInjection() when the Web Bean manager is injecting dependencies of an EJB bean or Servlet or when an EJB bean @PostConstruct or @PreDestroy callback is invoked by the EJB container
void	DependentContextTest.testContextIsActiveWhenEvaluatingElExpression() while a Unified EL expression is evaluated, or
void	DependentContextTest.testContextIsActiveWhenInvokingDisposalMethod() when an instance of a Web Bean with scope @Dependent is created by the Web Bean manager to receive a producer method, producer field, disposal method or observer method invocation, or
void	DependentContextTest.testContextIsActiveWhenInvokingObserverMethod() when an instance of a Web Bean with scope @Dependent is created by the Web Bean manager to receive a producer method, producer field, disposal method or observer method invocation, or
void	DependentContextTest.testContextIsActiveWhenInvokingProducerField() when an instance of a Web Bean with scope @Dependent is created by the Web Bean manager to receive a producer method, producer field, disposal method or observer method invocation, or
void	DependentContextTest.testContextIsActiveWhenInvokingProducerMethod() when an instance of a Web Bean with scope @Dependent is created by the Web Bean manager to receive a producer method, producer field, disposal method or observer method invocation, or
void	DependentContextTest.testContextIsInactive() The @Dependent scope is inactive except:
void	DependentContextTest.testDependentsDestroyedWhenDisposalMethodCompletes() destroy any @Dependent scoped contextual instance created to receive a producer method, producer field, disposal method or observer method invocation when the invocation completes
void	DependentContextTest.testDependentsDestroyedWhenElEvaluationCompletes() destroy all @Dependent scoped contextual instances created during an EL expression evaluation when the evaluation completes, and
void	DependentContextTest.testDependentsDestroyedWhenObserverMethodEvaluationCompletes() destroy any @Dependent scoped contextual instance created to receive a producer method, producer field, disposal method or observer method invocation when the invocation completes
void	DependentContextTest.testDependentsDestroyedWhenProducerFieldCompletes() destroy any @Dependent scoped contextual instance created to receive a producer method, producer field, disposal method or observer method invocation when the invocation completes
void	DependentContextTest.testDependentsDestroyedWhenProducerMethodCompletes() destroy any @Dependent scoped contextual instance created to receive a producer method, producer field, disposal method or observer method invocation when the invocation completes
void	DependentContextTest.testDestroyingEjbDestroysDependents() destroy all dependent objects of an EJB bean or Servlet when the EJB bean or Servlet is destroyed,
void	DependentContextTest.testDestroyingParentDestroysDependents() destroy all dependent objects of a Web Bean instance when the instance is destroyed,
void	DependentContextTest.testDestroyingServletDestroysDependents() destroy all dependent objects of an EJB bean or Servlet when the EJB bean or Servlet is destroyed,
void	DependentContextTest.testEjbBeanMayCreateInstanceFromInitializer() An EJB bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from initializer methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors for these methods.
void	DependentContextTest.testEjbBeanMayCreateInstanceFromInterceptorOfActiveMethod() An EJB bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from initializer methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors for these methods.
void	DependentContextTest.testEjbBeanMayCreateInstanceFromPostConstruct() An EJB bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from initializer methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors for these methods.
void	DependentContextTest.testEjbBeanMayCreateInstanceFromPreDestroy() An EJB bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from initializer methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors for these methods.
void	DependentContextTest.testInstanceNotSharedBetweenInjectionPoints() No injected instance of the (@Dependent-scoped) Web Bean is ever shared between multiple injection points.
void	DependentContextTest.testInstanceUsedForDisposalMethodNotShared() Any instance of the (@Dependent-scoped) Web Bean that receives a producer method, producer field, disposal method or observer method invocation exists to service that invocation only
void	DependentContextTest.testInstanceUsedForElEvaluationNotShared() Any instance of the (@Dependent-scoped) Web Bean that is used to evaluate a Unified EL expression exists to service that evaluation only.
void	DependentContextTest.testInstanceUsedForObserverMethodNotShared() Any instance of the (@Dependent-scoped) Web Bean that receives a producer method, producer field, disposal method or observer method invocation exists to service that invocation only
void	DependentContextTest.testInstanceUsedForProducerFieldNotShared() Any instance of the (@Dependent-scoped) Web Bean that receives a producer method, producer field, disposal method or observer method invocation exists to service that invocation only
void	DependentContextTest.testInstanceUsedForProducerMethodNotShared() Any instance of the (@Dependent-scoped) Web Bean that receives a producer method, producer field, disposal method or observer method invocation exists to service that invocation only
void	DependentContextTest.testServletBeanMayCreateInstanceFromInitializer() A Servlet may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from initializer methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromConstructor() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromDecoratorOfActiveMethod() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromDisposalMethod() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromInitializerMethod() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromInterceptorOfActiveMethod() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromPostConstruct() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromPreDestroy() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromProducerMethod() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods
void	DependentContextTest.testWebBeanMayCreateInstanceFromRemoveMethod() A Web Bean may create an instance of a Web Bean with scope type @Dependent by calling Manager.getInstance() from the Web Bean constructor, from the Web Bean remove method, from initializer methods, from producer methods, from disposal methods, from @PostConstruct and @PreDestroy callbacks and from Web Beans interceptors or decorators for any of these methods

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.context.passivating

Methods in org.jboss.webbeans.tck.unit.context.passivating with annotations of type SpecAssertion

void	PassivatingContextTest.testDependentDecoratorsOfStatefulEnterpriseBeanMustBeSerializable() On the other hand, dependent objects (including interceptors and decorators with scope @Dependent) of a stateful session bean or of a Web Bean with a passivating scope must be serialized and deserialized along with their owner
void	PassivatingContextTest.testDependentDecoratorsOfWebBeansWithPassivatingScopeMustBeSerializable() On the other hand, dependent objects (including interceptors and decorators with scope @Dependent) of a stateful session bean or of a Web Bean with a passivating scope must be serialized and deserialized along with their owner
void	PassivatingContextTest.testDependentEJBsAreSerializable() EJB local objects are serializable.
void	PassivatingContextTest.testDependentInterceptorsOfStatefulEnterpriseBeanMustBeSerializable() On the other hand, dependent objects (including interceptors and decorators with scope @Dependent) of a stateful session bean or of a Web Bean with a passivating scope must be serialized and deserialized along with their owner
void	PassivatingContextTest.testDependentInterceptorsOfWebBeanWithPassivatingScopeMustBeSerializable() On the other hand, dependent objects (including interceptors and decorators with scope @Dependent) of a stateful session bean or of a Web Bean with a passivating scope must be serialized and deserialized along with their owner
void	PassivatingContextTest.testDependentScopedProducerFieldReturnsNonSerializableObjectForInjectionIntoConstructorParameterOfWebBeanWithPassivatingScopeFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerFieldReturnsNonSerializableObjectForInjectionIntoInitializerParameterOfWebBeanWithPassivatingScopeFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerFieldReturnsNonSerializableObjectForInjectionIntoNonTransientFieldOfWebBeanWithPassivatingScopeFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerFieldReturnsNonSerializableObjectForInjectionIntoProducerMethodParameterWithPassivatingScopeFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerFieldReturnsNonSerializableObjectForInjectionIntoStatefulSessionBeanFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerFieldReturnsNonSerializableObjectForInjectionIntoTransientFieldOfWebBeanWithPassivatingScopeOK() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerMethodReturnsNonSerializableObjectForInjectionIntoConstructorParameterOfWebBeanWithPassivatingScopeFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerMethodReturnsNonSerializableObjectForInjectionIntoInitializerParameterOfWebBeanWithPassivatingScopeFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerMethodReturnsNonSerializableObjectForInjectionIntoNonTransientFieldOfWebBeanWithPassivatingScopeFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerMethodReturnsNonSerializableObjectForInjectionIntoProducerMethodParameterWithPassivatingScopeFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerMethodReturnsNonSerializableObjectForInjectionIntoStatefulSessionBeanFails() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testDependentScopedProducerMethodReturnsNonSerializableObjectForInjectionIntoTransientFieldOfWebBeanWithPassivatingScopeOK() If a producer method or field of scope @Dependent returns a non-serializable object for injection into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an IllegalProductException is thrown by the Web Bean manager.
void	PassivatingContextTest.testInjectionOfDependentPrimitiveProductIntoNormalBean()
void	PassivatingContextTest.testInjectionOfDependentSerializableProductIntoNormalBean()
void	PassivatingContextTest.testSimpleDependentWebBeanWithNonSerializableImplementationInjectedIntoConstructorParameterOfWebBeanWithPassivatingScopeFails() If a simple Web Bean of scope @Dependent and a non-serializable implementation class is injected into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an UnserializableDependencyException must be thrown by the Web Bean manager at initialization time.
void	PassivatingContextTest.testSimpleDependentWebBeanWithNonSerializableImplementationInjectedIntoInitializerParameterOfWebBeanWithPassivatingScopeFails() If a simple Web Bean of scope @Dependent and a non-serializable implementation class is injected into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an UnserializableDependencyException must be thrown by the Web Bean manager at initialization time.
void	PassivatingContextTest.testSimpleDependentWebBeanWithNonSerializableImplementationInjectedIntoNonTransientFieldOfWebBeanWithPassivatingScopeFails() If a simple Web Bean of scope @Dependent and a non-serializable implementation class is injected into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an UnserializableDependencyException must be thrown by the Web Bean manager at initialization time.
void	PassivatingContextTest.testSimpleDependentWebBeanWithNonSerializableImplementationInjectedIntoProducerMethodParameterWithPassivatingScopeFails() If a simple Web Bean of scope @Dependent and a non-serializable implementation class is injected into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an UnserializableDependencyException must be thrown by the Web Bean manager at initialization time.
void	PassivatingContextTest.testSimpleDependentWebBeanWithNonSerializableImplementationInjectedIntoStatefulSessionBeanFails() If a simple Web Bean of scope @Dependent and a non-serializable implementation class is injected into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an UnserializableDependencyException must be thrown by the Web Bean manager at initialization time.
void	PassivatingContextTest.testSimpleDependentWebBeanWithNonSerializableImplementationInjectedIntoTransientFieldOK() If a simple Web Bean of scope @Dependent and a non-serializable implementation class is injected into a stateful session bean, into a non-transient field, Web Bean constructor parameter or initializer method parameter of a Web Bean which declares a passivating scope type, or into a parameter of a producer method which declares a passivating scope type, an UnserializableDependencyException must be thrown by the Web Bean manager at initialization time.
void	PassivatingContextTest.testSimpleWebBeanDeclaringPassivatingScopeIsSerializedWhenContextIsPassivated() the Web Bean declares a passivating scope type, and context passivation occurs, or
void	PassivatingContextTest.testSimpleWebBeanWithNonSerializableImplementationClassFails() Simple Web Beans are not required to be serializable.
void	PassivatingContextTest.testSimpleWebBeanWithSerializableImplementationClassOK() Simple Web Beans are not required to be serializable.
void	PassivatingContextTest.testStatefulEJBIsSerializedWhenPassivatedByEJBContainer() the Web Bean is an EJB stateful session bean, and it is passivated by the EJB container.

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.definition.bean

Methods in org.jboss.webbeans.tck.unit.definition.bean with annotations of type SpecAssertion

void	BeanDefinitionTest.testApiTypesNonEmpty()
void	BeanDefinitionTest.testBeanTypes()
void	BeanDefinitionTest.testBindingTypesNonEmpty()
void	BeanDefinitionTest.testFinalApiType()
void	BeanDefinitionTest.testHasDeploymentType()
void	BeanDefinitionTest.testHasScopeType()
void	BeanDefinitionTest.testIsNullable()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.definition.binding

Methods in org.jboss.webbeans.tck.unit.definition.binding with annotations of type SpecAssertion

void	BindingDefinitionTest.testBindingDeclaredInheritedIsBlockedByIntermediateClass()
void	BindingDefinitionTest.testBindingDeclaredInheritedIsInherited()
void	BindingDefinitionTest.testBindingDeclaresBindingAnnotation()
void	BindingDefinitionTest.testBindingHasCorrectRetention()
void	BindingDefinitionTest.testBindingHasCorrectTarget()
void	BindingDefinitionTest.testBindingNotDeclaredInheritedIsNotInherited()
void	BindingDefinitionTest.testBindingsDeclaredInJava()
void	BindingDefinitionTest.testBindingsDeclaredInXml()
void	BindingDefinitionTest.testDefaultBindingDeclaredInJava()
void	BindingDefinitionTest.testDefaultBindingDeclaredInXml()
void	BindingDefinitionTest.testFieldInjectedFromProducerMethod()
void	BindingDefinitionTest.testFieldWithBindingInXml()
void	BindingDefinitionTest.testFieldWithBindingInXmlIgnoresAnnotations()
void	BindingDefinitionTest.testMethodWithBindingAnnotationsOnParametersDeclaredInXml()
void	BindingDefinitionTest.testMethodWithBindingAnnotationsOnParametersDeclaredInXmlIgnoresAnnotations()
void	BindingDefinitionTest.testMultipleBindings()
void	BindingDefinitionTest.testNoBindingsDeclaredInXml()
void	BindingDefinitionTest.testXmlBindingOverridesAndIgnoresJava()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.definition.deployment

Methods in org.jboss.webbeans.tck.unit.definition.deployment with annotations of type SpecAssertion

void	DeploymentTypeDefinitionTest.testBeanWithDisabledDeploymentTypeNotInstantiated()
void	CustomDeploymentTypeTest.testCustomDeploymentTypes()
void	DefaultDeploymentTypeTest.testDefaultEnabledDeploymentTypes()
void	DeploymentTypeDefinitionTest.testDeploymentTypeDeclaredInheritedIsBlockedByIntermediateDeploymentTypeMarkedInherited()
void	DeploymentTypeDefinitionTest.testDeploymentTypeDeclaredInheritedIsBlockedByIntermediateDeploymentTypeNotMarkedInherited()
void	DeploymentTypeDefinitionTest.testDeploymentTypeDeclaredInheritedIsInherited()
void	DeploymentTypeDefinitionTest.testDeploymentTypeDeclaresScopeTypeAnnotation()
void	DeploymentTypeDefinitionTest.testDeploymentTypeHasCorrectRetention()
void	DeploymentTypeDefinitionTest.testDeploymentTypeHasCorrectTarget()
void	DeploymentTypeDefinitionTest.testDeploymentTypeInhertitedFromDeclaringBean()
void	DeploymentTypeDefinitionTest.testDeploymentTypeNotDeclaredInheritedIsNotInherited()
void	DeploymentTypeDefinitionTest.testHighestPrecedenceDeploymentTypeFromStereotype()
void	DeploymentTypeDefinitionTest.testMultipleDeployElementsCannotBeDefined()
void	DeploymentTypeDefinitionTest.testNonBuiltInComponentUsesStandard()
void	BrokenDeploymentTypeTest.testStandardMustBeDeclared()
void	DeploymentTypeDefinitionTest.testTooManyDeploymentTypes()
void	DeploymentTypeDefinitionTest.testWebBeanDeploymentTypeOverridesStereotype()
void	DeploymentTypeDefinitionTest.testXmlDefaultDeploymentType()
void	DeploymentTypeDefinitionTest.testXmlDeploymentTypeOverridesJava()
void	DeploymentTypeDefinitionTest.testXmlRespectsJavaDeploymentType()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.definition.name

Methods in org.jboss.webbeans.tck.unit.definition.name with annotations of type SpecAssertion

void	NameDefinitionTest.testDefaultNamed()
void	NameDefinitionTest.testDefaultXmlNamed()
void	NameDefinitionTest.testInvalidElIdentifierUsedAsWebBeanName()
void	NameDefinitionTest.testJavaNamedUsedWhenNoXmlSpecified()
void	NameDefinitionTest.testNonDefaultNamed()
void	NameDefinitionTest.testNonDefaultXmlNamed()
void	NameDefinitionTest.testNotNamedInJava()
void	NameDefinitionTest.testNotNamedInStereotype()
void	NameDefinitionTest.testNotNamedInXml()
void	NameDefinitionTest.testSterotypeDefaultsName()
void	NameDefinitionTest.testXmlNamedOverridesJavaNamed()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.definition.scope

Methods in org.jboss.webbeans.tck.unit.definition.scope with annotations of type SpecAssertion

void	ScopeDefinitionTest.testDefaultScope()
void	ScopeDefinitionTest.testMutipleCompatibleScopeStereotypes()
void	ScopeDefinitionTest.testMutipleIncompatibleScopeStereotypes()
void	ScopeDefinitionTest.testMutipleIncompatibleScopeStereotypesWithScopeSpecified()
void	ScopeDefinitionTest.testScopeDeclaredInJava()
void	ScopeDefinitionTest.testScopeDeclaredInXml()
void	ScopeDefinitionTest.testScopeDeclaredInXmlOverridesJava()
void	ScopeDefinitionTest.testScopeMissingInXml()
void	ScopeDefinitionTest.testScopeSpecifiedAndStereotyped()
void	ScopeDefinitionTest.testScopeTypeDeclaredInheritedIsBlockedByIntermediateScopeTypeMarkedInherited()
void	ScopeDefinitionTest.testScopeTypeDeclaredInheritedIsBlockedByIntermediateScopeTypeNotMarkedInherited()
void	ScopeDefinitionTest.testScopeTypeDeclaredInheritedIsInherited()
void	ScopeDefinitionTest.testScopeTypeDeclaresScopeTypeAnnotation()
void	ScopeDefinitionTest.testScopeTypeHasCorrectRetention()
void	ScopeDefinitionTest.testScopeTypeHasCorrectTarget()
void	ScopeDefinitionTest.testScopeTypeNotDeclaredInheritedIsNotInherited()
void	ScopeDefinitionTest.testScopeTypesAreExtensible()
void	ScopeDefinitionTest.testTooManyScopesSpecifiedInJava()
void	ScopeDefinitionTest.testWebBeanScopeTypeOverridesStereotype()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.definition.stereotype

Methods in org.jboss.webbeans.tck.unit.definition.stereotype with annotations of type SpecAssertion

void	StereotypeDefinitionTest.testHasCorrectRetention()
void	StereotypeDefinitionTest.testHasCorrectTarget()
void	StereotypeDefinitionTest.testHasStereotypeAnnotation()
void	StereotypeDefinitionTest.testMultipleStereotypes()
void	StereotypeDefinitionTest.testMultipleStereotypesMergesRequiredTypes()
void	StereotypeDefinitionTest.testMultipleStereotypesMergesScopes()
void	StereotypeDefinitionTest.testMultipleStereotypesWithMultipleDeploymentTypes()
void	StereotypeDefinitionTest.testMultipleStereotypesWithMultipleScopeTypes()
void	StereotypeDefinitionTest.testRequiredTypeIsImplemented()
void	StereotypeDefinitionTest.testRequiredTypeIsNotImplemented()
void	StereotypeDefinitionTest.testScopeIsNotSupported()
void	StereotypeDefinitionTest.testScopeIsSupported()
void	StereotypeDefinitionTest.testStereotypeDeclaredInheritedIsInherited()
void	StereotypeDefinitionTest.testStereotypeDeclaredInXmlIgnoresJavaBindingTypes()
void	StereotypeDefinitionTest.testStereotypeDeclaredInXmlIgnoresJavaStereotypes()
void	StereotypeDefinitionTest.testStereotypeNotDeclaredInheritedIsNotInherited()
void	StereotypeDefinitionTest.testStereotypeWithBindingTypes()
void	StereotypeDefinitionTest.testStereotypeWithInterceptors()
void	StereotypeDefinitionTest.testStereotypeWithNonEmptyNamed()
void	StereotypeDefinitionTest.testStereotypeWithoutInterceptors()
void	StereotypeDefinitionTest.testStereotypeWithoutScopeType()
void	StereotypeDefinitionTest.testStereotypeWithScopeType()
void	StereotypeDefinitionTest.testStereotypeWithTooManyDeploymentTypes()
void	StereotypeDefinitionTest.testStereotypeWithTooManyScopeTypes()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.definition.type

Methods in org.jboss.webbeans.tck.unit.definition.type with annotations of type SpecAssertion

void	ApiTypeDefinitionTest.testDefaultNamed()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.event

Methods in org.jboss.webbeans.tck.unit.event with annotations of type SpecAssertion

void	EventTest.testAfterTransactionCompletionObserver()
void	EventTest.testAfterTransactionFailureObserver()
void	EventTest.testAfterTransactionSuccessObserver()
void	EventTest.testBeforeTransactionCompletionObserver()
void	EventTest.testConditionalObserver() Tests that a conditional observer is not notified of events until after it is created by some other separate action.
void	EventTest.testConsumerNotifiedWhenEventTypeAndAllBindingsMatch()
void	EventTest.testDuplicateBindingsToFireFails()
void	EventTest.testDuplicateBindingsToObservesFails()
void	EventTest.testDuplicateBindingTypesWhenResolvingFails()
void	EventTest.testEventObjectContainsTypeVariablesWhenResolvingFails()
void	EventTest.testEventObjectContainsWildcardsWhenResolvingFails()
void	EventTest.testEventTypeIncludesAllSuperclassesAndInterfacesOfEventObject()
void	EventTest.testFireMethodCallsManagerFireWithAllBindingAnnotationInstances()
void	EventTest.testFireMethodCallsManagerFireWithBindingAnnotationsExceptObservable()
void	EventTest.testFireMethodCallsManagerFireWithEventObject()
void	EventTest.testFiresAnnotationOnEventTypes()
void	EventTest.testFiresAnnotationOnInjectionPointWithoutTypeParameterFails()
void	EventTest.testFiresAnnotationOnInjectionPointWithTypeVariabledTypeParameterFails()
void	EventTest.testFiresAnnotationOnInjectionPointWithWildcardedTypeParameterFails()
void	EventTest.testFiresAnnotationOnNonEventTypeInjectionPointFails()
void	EventTest.testImplicitEventBeanHasDependentScope()
void	EventTest.testImplicitEventBeanHasStandardDeploymentType()
void	EventTest.testImplicitEventBeanMatchesAPITypeOfInectionPoint()
void	EventTest.testImplicitEventBeanMatchesBindingAnnotationsOfInjectionPoint()
void	EventTest.testManagerAddObserver()
void	EventTest.testManagerFireEvent()
void	EventTest.testManagerFireEventWithEventTypeParametersFails() If the type of the event object passed to fireEvent() contains type variables or wildcards, an IllegalArgumentException is thrown
void	EventTest.testManagerFireEventWithEventTypeWildcardsFails() If the type of the event object passed to fireEvent() contains type variables or wildcards, an IllegalArgumentException is thrown
void	EventTest.testManagerFireEventWithNonBindingAnnotationsFails()
void	EventTest.testManagerRemoveObserver()
void	EventTest.testMultipleInstancesOfSameBindingTypeWhenAddingObserverFails()
void	EventTest.testMultipleInstancesOfSameBindingTypeWhenRemovingObserverFails()
void	EventTest.testMultipleObserverMethodsOK()
void	EventTest.testNonBindingTypeAnnotationWhenResolvingFails()
void	EventTest.testNonBindingTypePassedToAddObserverFails()
void	EventTest.testNonBindingTypePassedToFireFails()
void	EventTest.testNonBindingTypePassedToObservesFails()
void	EventTest.testNonBindingTypePassedToRemoveObserverFails()
void	EventTest.testNonStaticObserverMethodNotInherited()
void	EventTest.testNonTransactionalObserverThrownCheckedExceptionIsWrappedAndRethrown()
void	EventTest.testNonTransactionalObserverThrownNonCheckedExceptionIsRethrown()
void	EventTest.testObserveMethodCallsManagerAddObserverWithAllBindingAnnotationInstance()
void	EventTest.testObserveMethodCallsManagerAddObserverWithAllBindingAnnotationsExceptObservable()
void	EventTest.testObserveMethodCallsManagerAddObserverWithObserverObject()
void	EventTest.testObserverCalledOnMostSpecializedInstance()
void	EventTest.testObserverMethodAnnotatedInitializerFails()
void	EventTest.testObserverMethodAnnotatedProducesFails()
void	EventTest.testObserverMethodCannotObserveParameterizedEvents()
void	EventTest.testObserverMethodMayHaveMultipleBindingTypes()
void	EventTest.testObserverMethodMustHaveOnlyOneEventParameter()
void	EventTest.testObserverMethodReceivesInjectionsOnNonObservesParameters()
void	EventTest.testObserverMethodRegistration()
void	EventTest.testObserverMethodWithDisposesParamFails()
void	EventTest.testObserverMethodWithoutBindingTypesObservesEventsWithoutBindingTypes()
void	EventTest.testObserverThrowsExceptionAbortsNotifications()
void	EventTest.testResolvingChecksBindingTypeMembers()
void	EventTest.testResolvingChecksBindingTypes()
void	EventTest.testResolvingChecksEventType()
void	EventTest.testResolvingChecksTypeParameters()
void	EventTest.testTransactionalObserverCanOnlyObserveSinglePhase()
void	EventTest.testTransactionalObserverNotifiedImmediatelyWhenNoTransactionInProgress()
void	EventTest.testXMLDefinedObserverMethodIgnoresBindingAnnotations()
void	EventTest.testXMLDefinedObserverNotFindingImplementationMethodFails()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.commonAnnotations

Methods in org.jboss.webbeans.tck.unit.implementation.commonAnnotations with annotations of type SpecAssertion

void	ResourceInjectionTest.testInjectionOfEJB()
void	ResourceInjectionTest.testInjectionOfPersistenceContext()
void	ResourceInjectionTest.testInjectionOfResource()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.decorator

Methods in org.jboss.webbeans.tck.unit.implementation.decorator with annotations of type SpecAssertion

void	DecoratorDefinitionTest.testDecoratorBindingBlockedByIntermediateClass()
void	DecoratorDefinitionTest.testDecoratorBindingInherited()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.deployment

Methods in org.jboss.webbeans.tck.unit.implementation.deployment with annotations of type SpecAssertion

void	BeanDeploymentTest.testOnlySpecializedEnterpriseBeanDeployed()
void	BeanDeploymentTest.testOnlySpecializedProducerMethodBeanDeployed()
void	BeanDeploymentTest.testOnlySpecializedSimpleBeanDeployed()
void	BeanDeploymentTest.testSpecializedEnterpriseBeanAllLocalInterfaces()
void	BeanDeploymentTest.testSpecializedEnterpriseBeanExtends()
void	BeanDeploymentTest.testSpecializedEnterpriseBeanHasSameBindingAnnotations()
void	BeanDeploymentTest.testSpecializedEnterpriseBeanHasSameName()
void	BeanDeploymentTest.testSpecializedEnterpriseBeanSupportsBeanClassLocalView()
void	BeanDeploymentTest.testSpecializedProducerMethodBeanDirectlyOverrides()
void	BeanDeploymentTest.testSpecializedProducerMethodBeanHasSameBindingAnnotations()
void	BeanDeploymentTest.testSpecializedProducerMethodBeanHasSameName()
void	BeanDeploymentTest.testSpecializedSimpleBeanExtends()
void	BeanDeploymentTest.testSpecializedSimpleBeanHasSameBindingAnnotations()
void	BeanDeploymentTest.testSpecializedSimpleBeanHasSameName()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.enterprise

Methods in org.jboss.webbeans.tck.unit.implementation.enterprise with annotations of type SpecAssertion

void	EnterpriseBeanRemoveMethodTest.applicationCannotCallRemoveMethodOnNonDependentScopedSessionEnterpriseBean() If the application directly calls an EJB remove method of an instance of an enterprise Web Bean that is a stateful session bean and declares any scope other than @Dependent, an UnsupportedOperationException is thrown.
void	EnterpriseBeanRemoveMethodTest.applicationMayCallRemoveMethodOnDependentScopedSessionEnterpriseBeansButInstanceIsNotDestroyed() If the application directly calls an EJB remove method of an instance of an enterprise Web Bean that is a stateful session bean and has scope
void	EnterpriseBeanRemoveMethodTest.applicationMayCallRemoveMethodOnDependentScopedSessionEnterpriseBeansButNoParametersArePassed() If the scope is @Dependent, the application may call any EJB remove method of an instance of the enterprise Web Bean, but then no parameters will be passed to the method by the Web Bean manager
void	EnterpriseBeanDeclarationTest.testAnnotatedEnterpriseBean() All session beans exposing an EJB 3.x client view and declared via an EJB component defining annotation on the EJB bean class are Web Beans, and thus no special declaration is required.
void	EnterpriseBeanDeclarationTest.testAnnotatedEnterpriseBeanComplementedWithXML() Additional enterprise Web Beans for these EJBs may be defined using XML, by specifying the bean class in web-beans.xml.
void	EnterpriseBeanDeclarationTest.testAPITypesAreLocalInterfacesWithoutWildcardTypesOrTypeVariablesWithSuperInterfaces() The set of API types for an enterprise Web Bean contains all local interfaces of the bean that do not have wildcard type parameters or type variables and their superinterfaces
void	EnterpriseBeanLifecycleTest.testDecoratorStackIsBuilt() Finally, the Web Bean manager builds the interceptor and decorator stacks for the instance
void	EnterpriseBeanDeclarationTest.testDefaultName() The default name for an enterprise Web Bean is the unqualified class name of the Web Bean implementation class, after converting the first character to lower case.
void	EnterpriseBeanLifecycleTest.testDependentObjectsDestroyed() When the EJB container destroys an instance of an EJB bean, the Web Bean manager intercepts the @PreDestroy callback and destroys all dependent objects, after the callback returns from the bean instance
void	EnterpriseBeanDeclarationTest.testEJBJARDefinedEnterpriseBean() All session beans exposing an EJB 3.x client view and declared in ejb-jar.xml are also Web Beans.
void	EnterpriseBeanDeclarationTest.testEJBJARDefinedEnterpriseBeanComplementedWithXML() Additional enterprise Web Beans for these EJBs may be defined using XML, by specifying the bean class and EJB name in web-beans.xml
void	EnterpriseBeanDeclarationTest.testEnterpriseBeanDecoratorFails() If the implementation class of an enterprise Web Bean is annotated @Interceptor or @Decorator, a DefinitionException is thrown by the Web Bean manager at initialization time.
void	EnterpriseBeanDeclarationTest.testEnterpriseBeanInterceptorFails() If the implementation class of an enterprise Web Bean is annotated @Interceptor or @Decorator, a DefinitionException is thrown by the Web Bean manager at initialization time.
void	EnterpriseBeanDeclarationTest.testEnterpriseBeanWithLocalViewAndParameterizedTypeIncludesBeanClassAndSuperclassesInAPITypes() If the EJB bean has a bean class local view and the bean class is not a parameterized type, the set of API types contains the bean class and all superclasses
void	EnterpriseBeanLifecycleTest.testFieldInjections() For each remove method parameter, the Web Bean manager passes the object returned by Manager.getInstanceByType()
void	EnterpriseBeanLifecycleTest.testFieldInjectionsOnRemoveMethods() The Web Bean manager initializes the values of all injected fields.
void	NewEnterpriseBeanTest.testForEachEnterpriseBeanANewBeanExists()
void	EnterpriseBeanLifecycleTest.testInitializerMethodsCalledWithCurrentParameterValues() Next, the Web Bean manager calls all initializer methods.
void	EnterpriseBeanLifecycleTest.testInitXMLDefinedValuesOnWebWeanEnterpriseBeans() Next, if the EJB bean instance is an instance of a Web Bean, the Web Bean manager initializes the values of any fields with initial values specified in XML,
void	EnterpriseBeanLifecycleTest.testInterceptorStackIsBuilt() Finally, the Web Bean manager builds the interceptor and decorator stacks for the instance
void	EnterpriseBeanDeclarationTest.testMessageDrivenBeansNotOK() Enterprise Web Beans may not be message-driven beans.
void	EnterpriseBeanDeclarationTest.testMultipleAnnotationDefinedEnterpriseBeansWithSameImplementationClassFails() Only one Web Bean per implementation class may be defined using annotations.
void	EnterpriseBeanDeclarationTest.testMultipleXMLDefinedEnterpriseBeansWithSameImplementationClassOK() Note that multiple enterprise Web Beans may share the same implementation class.
void	NewEnterpriseBeanTest.testNewAnnotationCannotAppearInConjunctionWithOtherBindingType() If the @New binding type appears in conjunction with some other binding type, or is specified for a field or parameter of a type which does not satisfy the definition of a simple Web Bean implementation class or enterprise Web Bean implementation class, a DefinitionException is thrown by the container at deployment time.
void	NewEnterpriseBeanTest.testNewAnnotationCannotBeAppliedToNonWebBeanImplementationClass() If the @New binding type appears in conjunction with some other binding type, or is specified for a field or parameter of a type which does not satisfy the definition of a simple Web Bean implementation class or enterprise Web Bean implementation class, a DefinitionException is thrown by the container at deployment time.
void	NewEnterpriseBeanTest.testNewAnnotationCannotBeExplicitlyDeclared() No Web Bean defined using annotations or XML may explicitly declare @New as a binding type
void	NewEnterpriseBeanTest.testNewAnnotationMayBeAppliedToConstructorMethodParameter() The @New annotation or element may be applied to any field of a Web Bean implementation class or to any parameter of a producer method, initializer method, disposal method or Web Bean constructor where the type of the field or parameter is a concrete Java type which satisfies the requirements of a simple Web Bean implementation class or enterprise Web Bean implementation class.
void	NewEnterpriseBeanTest.testNewAnnotationMayBeAppliedToField() The @New annotation or element may be applied to any field of a Web Bean implementation class or to any parameter of a producer method, initializer method, disposal method or Web Bean constructor where the type of the field or parameter is a concrete Java type which satisfies the requirements of a simple Web Bean implementation class or enterprise Web Bean implementation class.
void	NewEnterpriseBeanTest.testNewAnnotationMayBeAppliedToInitializerMethodParameter() The @New annotation or element may be applied to any field of a Web Bean implementation class or to any parameter of a producer method, initializer method, disposal method or Web Bean constructor where the type of the field or parameter is a concrete Java type which satisfies the requirements of a simple Web Bean implementation class or enterprise Web Bean implementation class.
void	NewEnterpriseBeanTest.testNewAnnotationMayBeAppliedToProducerMethodParameter() The @New annotation or element may be applied to any field of a Web Bean implementation class or to any parameter of a producer method, initializer method, disposal method or Web Bean constructor where the type of the field or parameter is a concrete Java type which satisfies the requirements of a simple Web Bean implementation class or enterprise Web Bean implementation class.
void	NewEnterpriseBeanTest.testNewBeanHasNoDecorators() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewEnterpriseBeanTest.testNewBeanHasNoDisposalMethods() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewEnterpriseBeanTest.testNewBeanHasNoObservers() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewEnterpriseBeanTest.testNewBeanHasNoProducerFields() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewEnterpriseBeanTest.testNewBeanHasNoProducerMethods() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewEnterpriseBeanTest.testNewBeanHasNoStereotypes() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	NewEnterpriseBeanTest.testNewBeanHasNoWebBeanName() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	NewEnterpriseBeanTest.testNewBeanHasSameInitializerMethodsAsWrappedBean() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewEnterpriseBeanTest.testNewBeanHasSameInjectedFieldsAsWrappedBean() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewEnterpriseBeanTest.testNewBeanHasSameInterceptorMethodsAsWrappedBean() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewEnterpriseBeanTest.testNewBeanIsDependentScoped() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	NewEnterpriseBeanTest.testNewBeanIsEnterpriseWebBeanIfParameterTypeIsEnterpriseWebBean() If the parameter type satisfies the definition of a simple Web Bean implementation class, Section 3.2.1, �Which Java classes are simple Web Beans?�, then the Web Bean is a simple Web Bean.
void	NewEnterpriseBeanTest.testNewBeanIsHasOnlyNewBinding() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	NewEnterpriseBeanTest.testNewBeanIsOfStandardDeploymentType() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	EnterpriseBeanLifecycleTest.testNoRemoveMethodsCalledIfEnterpriseBeanAlreadyRemoved() If the underlying EJB was already destroyed by direct invocation of a remove method by the application, the Web Bean manager ignores the instance, and is not required to call any remove method
void	EnterpriseBeanDeclarationTest.testObjectIsInAPITypes() In addition, java.lang.Object is an API type of every enterprise Web Bean.
void	EnterpriseBeanLifecycleTest.testProxyAndLocalObjectReferencesDiscardedForStatelessEnterpriseBeans() When the destroy() method is called, the Web Bean manager simply discards the proxy and all EJB local object references.
void	EnterpriseBeanLifecycleTest.testProxyCreated() When the create() method is called, the Web Bean manager creates and returns an enterprise bean proxy
void	EnterpriseBeanDeclarationTest.testRemoteInterfacesAreNotInAPITypes() Remote interfaces are not included in the set of API types.
void	EnterpriseBeanLifecycleTest.testRemoveMethodCalled() When the destroy() method is called, the Web Bean manager calls the Web Bean remove method upon the proxy
void	EnterpriseBeanDeclarationTest.testSingletonWithApplicationScopeOK() An EJB singleton bean must belong to either the @ApplicationScoped scope or to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testSingletonWithConversationScopeFails() An EJB singleton bean must belong to either the @ApplicationScoped scope or to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testSingletonWithDependentScopeOK() An EJB singleton bean must belong to either the @ApplicationScoped scope or to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testSingletonWithRequestScopeFails() An EJB singleton bean must belong to either the @ApplicationScoped scope or to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testSingletonWithSessionScopeFails() An EJB singleton bean must belong to either the @ApplicationScoped scope or to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testStatelessWithApplicationScopeFails() An EJB stateless session bean must belong to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testStatelessWithConversationScopeFails() An EJB stateless session bean must belong to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testStatelessWithDependentScopeOK() An EJB stateless session bean must belong to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testStatelessWithRequestScopeFails() An EJB stateless session bean must belong to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testStatelessWithSessionScopeFails() An EJB stateless session bean must belong to the @Dependent pseudo-scope.
void	EnterpriseBeanDeclarationTest.testXMLFilesEJBNameUsage() Enterprise Web Beans may be declared in web-beans.xml using the bean class name (for EJBs defined using a component- defining annotation) or bean class and EJB name (for EJBs defined in ejb-jar.xml).

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.initializer

Methods in org.jboss.webbeans.tck.unit.implementation.initializer with annotations of type SpecAssertion

void	InitializerMethodTest.testBeanHasAllInitializerMethodsDeclaredInJavaAndXml()
void	InitializerMethodTest.testInitializerMethodAnnotatedProduces()
void	InitializerMethodTest.testInitializerMethodCalledOnEJBMDB()
void	InitializerMethodTest.testInitializerMethodCalledOnEJBSessionBean()
void	InitializerMethodTest.testInitializerMethodCalledOnEJBSingleton()
void	InitializerMethodTest.testInitializerMethodCalledOnServlet()
void	InitializerMethodTest.testInitializerMethodDeclaredInXml()
void	InitializerMethodTest.testInitializerMethodDeclaredInXmlDoesNotExist()
void	InitializerMethodTest.testInitializerMethodDeclaredInXmlIgnoresBindingAnnotationsInJava()
void	InitializerMethodTest.testInitializerMethodHasParameterAnnotatedDisposes()
void	InitializerMethodTest.testInitializerMethodHasParameterAnnotatedObserves()
void	InitializerMethodTest.testInitializerMethodNotABusinessMethod()
void	InitializerMethodTest.testMethodInterceptorNotCalledOnInitializerMethod()
void	InitializerMethodTest.testMultipleInitializerMethodsAreCalled()
void	InitializerMethodTest.testStaticInitializerMethodNotAllowed()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.interceptor

Methods in org.jboss.webbeans.tck.unit.implementation.interceptor with annotations of type SpecAssertion

void	InterceptorDefinitionTest.testNonStaticWithInterceptorBindingBlockedByIntermediateClass()
void	InterceptorDefinitionTest.testNonStaticWithInterceptorBindingInherited()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.jms

Methods in org.jboss.webbeans.tck.unit.implementation.jms with annotations of type SpecAssertion

void	JmsDefinitionTest.testJmsEndpointHasName()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.producer.field

Methods in org.jboss.webbeans.tck.unit.implementation.producer.field with annotations of type SpecAssertion

void	ProducerFieldDefinitionTest.testApiTypeForArrayTypeReturn() If a field type is primitive or is a Java array type, the set of bean types contains exactly two types: the field type and java.lang.Object.
void	ProducerFieldDefinitionTest.testApiTypeForClassReturn() If the field type is a class, the set of bean types contains the field type, every superclass and all interfaces it implements directly or indirectly.
void	ProducerFieldDefinitionTest.testApiTypeForInterfaceReturn() If the field type is an interface, the set of bean types contains the field type, all interfaces it extends directly or indir- ectly and java.lang.Object.
void	ProducerFieldDefinitionTest.testApiTypeForPrimitiveReturn() If a field type is primitive or is a Java array type, the set of bean types contains exactly two types: the field type and java.lang.Object.
void	ProducerFieldDefinitionTest.testBeanDeclaresMultipleProducerFields() A bean may declare multiple producer fields.
void	ProducerFieldDefinitionTest.testBindingType() A producer field may also specify scope, name, deployment type, stereotypes and/or bindings.
void	ProducerFieldDefinitionTest.testDefaultBindingType()
void	ProducerFieldDefinitionTest.testDefaultNamedField() The default name for a producer field is the field name.
void	ProducerFieldDefinitionTest.testDeploymentType() A producer field may also specify scope, name, deployment type, stereotypes and/or bindings.
void	ProducerFieldDefinitionTest.testNamedField() A producer field may also specify scope, name, deployment type, stereotypes and/or bindings.
void	ProducerFieldDefinitionTest.testNonStaticProducerFieldNotInherited()
void	ProducerFieldDefinitionTest.testParameterizedReturnType() If the producer field return type is a parameterized type, it must specify actual type parameters for each type parameter.
void	ProducerFieldDefinitionTest.testParameterizedReturnTypeWithWildcard() If the producer field return type is a parameterized type, it must specify actual type parameters for each type parameter.
void	ProducerFieldLifecycleTest.testProducerFieldBeanCreate() When the create() method of a Bean object that represents a producer field is called, the container must access the producer field to obtain the current value of the field.
void	ProducerFieldDefinitionTest.testProducerFieldInheritsDeploymentTypeOfDeclaringWebBean() By default, if no deployment type annotation is explicitly specified, a producer method or field inherits the deployment type of the bean in which it is defined.
void	ProducerFieldDefinitionTest.testProducerFieldIsNotBusinessField()
void	ProducerFieldLifecycleTest.testProducerFieldReturnsNullIsDependent() If the producer field contains a null value and the producer field bean has the scope @Dependent, the create() method re- turns a null value.
void	ProducerFieldLifecycleTest.testProducerFieldReturnsNullIsNotDependent() Otherwise, if the producer field contains a null value, and the scope of the producer method is not @Dependent, the create() method throws an IllegalProductException.
void	ProducerFieldLifecycleTest.testProducerStaticFieldBean() When the create() method of a Bean object that represents a producer field is called, the container must access the producer field to obtain the current value of the field.
void	ProducerFieldDefinitionTest.testScopeType() A producer field may also specify scope, name, deployment type, stereotypes and/or bindings.
void	ProducerFieldLifecycleTest.testSpecializedBeanAlwaysUsed()
void	ProducerFieldDefinitionTest.testStereotype() A producer field may also specify scope, name, deployment type, stereotypes and/or bindings.

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.producer.method

Methods in org.jboss.webbeans.tck.unit.implementation.producer.method with annotations of type SpecAssertion

void	ProducerMethodDefinitionTest.testApiTypeForArrayTypeReturn()
void	ProducerMethodDefinitionTest.testApiTypeForClassReturn()
void	ProducerMethodDefinitionTest.testApiTypeForInterfaceReturn()
void	ProducerMethodDefinitionTest.testApiTypeForPrimitiveReturn()
void	ProducerMethodDefinitionTest.testBeanCanDeclareMultipleDisposalMethods()
void	ProducerMethodDefinitionTest.testBindingType()
void	ProducerMethodDefinitionTest.testDefaultBindingType()
void	ProducerMethodDefinitionTest.testDefaultNamedMethod()
void	ProducerMethodDefinitionTest.testDeploymentType()
void	ProducerMethodDefinitionTest.testDisposalMethodBindingAnnotations()
void	ProducerMethodLifecycleTest.testDisposalMethodCalled()
void	ProducerMethodDefinitionTest.testDisposalMethodDeclaredOnEnabledBean()
void	ProducerMethodDefinitionTest.testDisposalMethodDefaultBindingAnnotations()
void	ProducerMethodDefinitionTest.testDisposalMethodDoesNotResolveToProducerMethod()
void	ProducerMethodLifecycleTest.testDisposalMethodHasParametersInjected()
void	ProducerMethodDefinitionTest.testDisposalMethodMethodDeclaredOnWebBeanImplementationClass()
void	ProducerMethodDefinitionTest.testDisposalMethodNonStatic()
void	ProducerMethodDefinitionTest.testNamedMethod()
void	DisposalMethodDefinitionTest.testNonStaticDisposalMethodNotInherited()
void	ProducerMethodDefinitionTest.testNonStaticProducerMethodNotInherited()
void	ProducerMethodDefinitionTest.testParameterizedReturnType()
void	ProducerMethodDefinitionTest.testParameterizedReturnTypeWithTypeParameter()
void	ProducerMethodDefinitionTest.testParameterizedReturnTypeWithWildcard()
void	ProducerMethodLifecycleTest.testProducerMethodBeanCreate()
void	ProducerMethodDefinitionTest.testProducerMethodHasNoMoreThanOneDisposalMethod()
void	ProducerMethodDefinitionTest.testProducerMethodInheritsDeploymentTypeOfDeclaringWebBean()
void	ProducerMethodDefinitionTest.testProducerMethodIsNotBusinessMethod()
void	ProducerMethodLifecycleTest.testProducerMethodReturnsNullIsDependent()
void	ProducerMethodLifecycleTest.testProducerMethodReturnsNullIsNotDependent()
void	ProducerMethodDefinitionTest.testProducerMethodWithParameterAnnotatedDisposes()
void	ProducerMethodDefinitionTest.testProducerMethodWithParameterAnnotatedObserves()
void	ProducerMethodDefinitionTest.testScopeType()
void	ProducerMethodLifecycleTest.testSpecializedBeanAlwaysUsed()
void	ProducerMethodDefinitionTest.testStaticMethod()
void	ProducerMethodDefinitionTest.testStereotypeEnforcesTypes()
void	ProducerMethodDefinitionTest.testStereotypeSpecifiesScope()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.implementation.simple

Methods in org.jboss.webbeans.tck.unit.implementation.simple with annotations of type SpecAssertion

void	SimpleBeanDefinitionTest.testAbstractClassDeclaredInJavaIsNotAllowed()
void	SimpleBeanDefinitionTest.testAbstractClassDeclaredInXmlIsNotAllowed()
void	SimpleBeanDefinitionTest.testBeanDeclaredInXmlIgnoresDisposalMethodDeclaredInJava()
void	SimpleBeanDefinitionTest.testBeanDeclaredInXmlIgnoresObserverMethodDeclaredInJava()
void	SimpleBeanDefinitionTest.testBeanDeclaredInXmlIgnoresProducerMethodDeclaredInJava()
void	SimpleBeanDefinitionTest.testBindingTypeAnnotatedConstructor()
void	SimpleBeanDefinitionTest.testClassCannotBeInterceptorAndDecorator()
void	SimpleBeanDefinitionTest.testClassHasDecoratorInJavaMustHaveDecoratorInXml()
void	SimpleBeanDefinitionTest.testClassHasInterceptorInJavaMustHaveInterceptorInXml()
void	SimpleBeanDefinitionTest.testConstructorDeclaredInXmlDoesNotExist()
void	SimpleBeanDefinitionTest.testConstructorDeclaredInXmlIgnoresBindingTypesDeclaredInJava()
void	SimpleBeanDefinitionTest.testConstructorHasDisposesParameter()
void	SimpleBeanDefinitionTest.testConstructorHasObservesParameter()
void	SimpleBeanLifecycleTest.testCreateBindsDecoratorStack()
void	SimpleBeanLifecycleTest.testCreateBindsInterceptorStack()
void	SimpleBeanLifecycleTest.testCreateInjectsEjb()
void	SimpleBeanLifecycleTest.testCreateInjectsFieldsDeclaredInJava()
void	SimpleBeanLifecycleTest.testCreateInjectsPersistenceContext()
void	SimpleBeanLifecycleTest.testCreateInjectsResource()
void	SimpleBeanLifecycleTest.testCreateReturnsInstanceOfBean()
void	SimpleBeanDefinitionTest.testDependentScopedBeanCanHavePublicField()
void	SimpleBeanDefinitionTest.testEmptyConstructorDeclaredInXmlUsed()
void	SimpleBeanDefinitionTest.testEmptyConstructorUsed()
void	NewSimpleBeanTest.testForEachSimpleBeanANewBeanExists()
void	SimpleBeanDefinitionTest.testImplicitConstructorDeclaredInXmlUsed()
void	SimpleBeanDefinitionTest.testImplicitConstructorUsed()
void	SimpleBeanDefinitionTest.testInitializerAnnotatedConstructor()
void	SimpleBeanDefinitionTest.testInitializerAnnotatedConstructorUsedOverEmptyConstuctor()
void	SimpleBeanLifecycleTest.testInjectionOfParametersIntoBeanConstructor()
void	NewSimpleBeanTest.testNewAnnotationCannotAppearInConjunctionWithOtherBindingType() If the @New binding type appears in conjunction with some other binding type, or is specified for a field or parameter of a type which does not satisfy the definition of a simple Web Bean implementation class or enterprise Web Bean implementation class, a DefinitionException is thrown by the container at deployment time.
void	NewSimpleBeanTest.testNewAnnotationCannotBeAppliedToNonWebBeanImplementationClass() If the @New binding type appears in conjunction with some other binding type, or is specified for a field or parameter of a type which does not satisfy the definition of a simple Web Bean implementation class or enterprise Web Bean implementation class, a DefinitionException is thrown by the container at deployment time.
void	NewSimpleBeanTest.testNewAnnotationCannotBeExplicitlyDeclared() No Web Bean defined using annotations or XML may explicitly declare @New as a binding type
void	NewSimpleBeanTest.testNewAnnotationMayBeAppliedToConstructorMethodParameter() The @New annotation or element may be applied to any field of a Web Bean implementation class or to any parameter of a producer method, initializer method, disposal method or Web Bean constructor where the type of the field or parameter is a concrete Java type which satisfies the requirements of a simple Web Bean implementation class or enterprise Web Bean implementation class.
void	NewSimpleBeanTest.testNewAnnotationMayBeAppliedToField() The @New annotation or element may be applied to any field of a Web Bean implementation class or to any parameter of a producer method, initializer method, disposal method or Web Bean constructor where the type of the field or parameter is a concrete Java type which satisfies the requirements of a simple Web Bean implementation class or enterprise Web Bean implementation class.
void	NewSimpleBeanTest.testNewAnnotationMayBeAppliedToInitializerMethodParameter() The @New annotation or element may be applied to any field of a Web Bean implementation class or to any parameter of a producer method, initializer method, disposal method or Web Bean constructor where the type of the field or parameter is a concrete Java type which satisfies the requirements of a simple Web Bean implementation class or enterprise Web Bean implementation class.
void	NewSimpleBeanTest.testNewAnnotationMayBeAppliedToProducerMethodParameter() The @New annotation or element may be applied to any field of a Web Bean implementation class or to any parameter of a producer method, initializer method, disposal method or Web Bean constructor where the type of the field or parameter is a concrete Java type which satisfies the requirements of a simple Web Bean implementation class or enterprise Web Bean implementation class.
void	NewSimpleBeanTest.testNewBeanHasNoDecorators() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewSimpleBeanTest.testNewBeanHasNoDisposalMethods() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewSimpleBeanTest.testNewBeanHasNoObservers() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewSimpleBeanTest.testNewBeanHasNoProducerFields() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewSimpleBeanTest.testNewBeanHasNoProducerMethods() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewSimpleBeanTest.testNewBeanHasNoStereotypes() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	NewSimpleBeanTest.testNewBeanHasNoWebBeanName() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	NewSimpleBeanTest.testNewBeanHasSameInterceptorMethodsAsWrappedBean() Furthermore, this Web Bean: � has the same Web Bean constructor, initializer methods and injected fields as a Web Bean defined using annotations� that is, it has any Web Bean constructor, initializer method or injected field declared by annotations that appear on the implementation class, � has no observer methods, producer methods or fields or disposal methods, � has the same interceptors as a Web Bean defined using annotations�that is, it has all the interceptor binding types declared by annotations that appear on the implementation class, and � has no decorators.
void	NewSimpleBeanTest.testNewBeanIsDependentScoped() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	NewSimpleBeanTest.testNewBeanIsHasOnlyNewBinding() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	NewSimpleBeanTest.testNewBeanIsOfStandardDeploymentType() When the built-in binding type @New is applied to an injection point, a Web Bean is implicitly defined with: � scope @Dependent, � deployment type
void	SimpleBeanDefinitionTest.testNonDependentScopedBeanCanNotHavePublicField()
void	SimpleBeanDefinitionTest.testNonStaticInnerClassDeclaredInJavaNotAllowed()
void	SimpleBeanDefinitionTest.testNonStaticInnerClassDeclaredInXmlNotAllowed()
void	SimpleBeanDefinitionTest.testParameterizedClassDeclaredInJavaIsNotAllowed()
void	SimpleBeanDefinitionTest.testParameterizedClassDeclaredInXmlIsNotAllowed()
void	SimpleBeanLifecycleTest.testPostConstructPreDestroy()
void	SimpleBeanLifecycleTest.testSpecializedBeanAlwaysUsed()
void	SimpleBeanDefinitionTest.testStaticInnerClassDeclaredInJavaAllowed()
void	SimpleBeanDefinitionTest.testStaticInnerClassDeclaredInXmlAllowed()
void	SimpleBeanLifecycleTest.testSubClassDoesNotInheritPostConstructOnSuperclassBlockedByIntermediateClass()
void	SimpleBeanLifecycleTest.testSubClassDoesNotInheritPreDestroyConstructOnSuperclassBlockedByIntermediateClass()
void	SimpleBeanLifecycleTest.testSubClassInheritsPostConstructOnSuperclass()
void	SimpleBeanLifecycleTest.testSubClassInheritsPreDestroyOnSuperclass()
void	SimpleBeanDefinitionTest.testTooManyInitializerAnnotatedConstructor()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.inheritance.realization

Methods in org.jboss.webbeans.tck.unit.inheritance.realization with annotations of type SpecAssertion

void	RealizationTest.testDisposalMethodInherited()
void	RealizationTest.testObserverMethodInheritedAndHasSameBindings()
void	RealizationTest.testRealizedBeanWithProducerFieldHasBindingsOfMethodAndRealizingType()
void	RealizationTest.testRealizedBeanWithProducerFieldHasDeploymentTypeOfRealizingClass()
void	RealizationTest.testRealizedBeanWithProducerFieldHasSameBindings()
void	RealizationTest.testRealizedBeanWithProducerFieldHasSameInterceptorBindings()
void	RealizationTest.testRealizedBeanWithProducerFieldHasSameScope()
void	RealizationTest.testRealizedBeanWithProducerFieldHasSameStereotypes()
void	RealizationTest.testRealizedBeanWithProducerMethodHasBindingsOfMethodAndRealizingType()
void	RealizationTest.testRealizedBeanWithProducerMethodHasDeploymentTypeOfRealizingClass()
void	RealizationTest.testRealizedBeanWithProducerMethodHasSameBindings()
void	RealizationTest.testRealizedBeanWithProducerMethodHasSameInterceptorBindings()
void	RealizationTest.testRealizedBeanWithProducerMethodHasSameScope()
void	RealizationTest.testRealizedBeanWithProducerMethodHasSameStereotypes()
void	RealizationTest.testRealizedDisposalMethodHasBindingsOfMethodAndRealizingType()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.inheritance.specialization.enterprise

Methods in org.jboss.webbeans.tck.unit.inheritance.specialization.enterprise with annotations of type SpecAssertion

void	EnterpriseBeanSpecializationTest.testProducerMethodOnSpecializedBeanCalledOnSpecializingBean()
void	EnterpriseBeanSpecializationTest.testSpecializedBeanNotInstantiated()
void	EnterpriseBeanSpecializationTest.testSpecializingAndSpecializedBeanHasName()
void	EnterpriseBeanSpecializationTest.testSpecializingBeanDoesNotHaveHigherPrecedenceThanSpecializedBean()
void	EnterpriseBeanSpecializationTest.testSpecializingBeanDoesNotSupportAllLocalInterfacesOnSpecializedBean()
void	EnterpriseBeanSpecializationTest.testSpecializingBeanDoesNotSupportLocalInterfaceView()
void	EnterpriseBeanSpecializationTest.testSpecializingBeanHasBindingsOfSpecializedAndSpecializingBean()
void	EnterpriseBeanSpecializationTest.testSpecializingBeanHasNameOfSpecializedBean()
void	EnterpriseBeanSpecializationTest.testSpecializingClassDirectlyExtendsNothing()
void	EnterpriseBeanSpecializationTest.testSpecializingClassDirectlyExtendsSimpleBean()
void	EnterpriseBeanSpecializationTest.testSpecializingClassImplementsInterfaceAndExtendsNothing()
void	EnterpriseBeanSpecializationTest.testTwoBeansSpecializeTheSameBean()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.inheritance.specialization.producer.method

Methods in org.jboss.webbeans.tck.unit.inheritance.specialization.producer.method with annotations of type SpecAssertion

void	ProducerMethodSpecializationTest.testSpecializedBeanNotInstantiated()
void	ProducerMethodSpecializationTest.testSpecializedMethodDoesNotOverrideAnotherProducerMethod()
void	ProducerMethodSpecializationTest.testSpecializedMethodIndirectlyOverridesAnotherProducerMethod()
void	ProducerMethodSpecializationTest.testSpecializedStaticMethod()
void	ProducerMethodSpecializationTest.testSpecializingAndSpecializedBeanHasName()
void	ProducerMethodSpecializationTest.testSpecializingBeanDoesNotHaveHigherPrecedenceThanSpecializedBean()
void	ProducerMethodSpecializationTest.testSpecializingBeanHasBindingsOfSpecializedAndSpecializingBean()
void	ProducerMethodSpecializationTest.testSpecializingBeanHasNameOfSpecializedBean()
void	ProducerMethodSpecializationTest.testTwoBeansSpecializeTheSameBean()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.inheritance.specialization.simple

Methods in org.jboss.webbeans.tck.unit.inheritance.specialization.simple with annotations of type SpecAssertion

void	SimpleBeanSpecializationTest.testProducerMethodOnSpecializedBeanCalledOnSpecializingBean()
void	SimpleBeanSpecializationTest.testSpecializedBeanNotInstantiated()
void	SimpleBeanSpecializationTest.testSpecializingAndSpecializedBeanHasName()
void	SimpleBeanSpecializationTest.testSpecializingBeanDoesNotHaveHigherPrecedenceThanSpecializedBean()
void	SimpleBeanSpecializationTest.testSpecializingBeanHasBindingsOfSpecializedAndSpecializingBean()
void	SimpleBeanSpecializationTest.testSpecializingBeanHasNameOfSpecializedBean()
void	SimpleBeanSpecializationTest.testSpecializingClassDirectlyExtendsEnterpriseBean()
void	SimpleBeanSpecializationTest.testSpecializingClassDirectlyExtendsNothing()
void	SimpleBeanSpecializationTest.testSpecializingClassImplementsInterfaceAndExtendsNothing()
void	SimpleBeanSpecializationTest.testTwoBeansSpecializeTheSameBean()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.lookup.byname

Methods in org.jboss.webbeans.tck.unit.lookup.byname with annotations of type SpecAssertion

void	InstantiationByNameTest.testAmbiguousDependencies()
void	ResolutionByNameTest.testDuplicateNamedBeans() • Otherwise, if resolveByName() returned more than one Web Bean, throw an AmbiguousDependencyException.
void	ResolutionByNameTest.testELResolver() The getInstanceByName() method must: • Identify the Web Bean by calling Manager.resolveByName(), passing the name.
void	InstantiationByNameTest.testGetInstanceByName()
void	InstantiationByNameTest.testGetInstanceByNameCalledOncePerDistinctNameInElExpression()
void	ResolutionByNameTest.testNamedBasedResolution()
void	ResolutionByNameTest.testNoWebBeansFound()
void	InstantiationByNameTest.testNoWebBeansFound()
void	ResolutionByNameTest.testOnlyHighestPrecedenceResolved() The following algorithm must be used by the Web Bean manager when resolving a Web Bean by name: • The Web Bean manager identifies the set of matching enabled Web Beans which have the given name.

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.lookup.clientProxy

Methods in org.jboss.webbeans.tck.unit.lookup.clientProxy with annotations of type SpecAssertion

void	ClientProxyTest.testClientProxyInvocation()
void	ClientProxyTest.testClientProxyNotUsedForPseudoScope()
void	ClientProxyTest.testClientProxyUsedForNormalScope()
void	ClientProxyTest.testInjectionPointWithUnproxyableTypeWhichResolvesToNormalScopedWebBean()
void	ClientProxyTest.testSimpleWebBeanClientProxyIsSerializable()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.lookup.injection

Methods in org.jboss.webbeans.tck.unit.lookup.injection with annotations of type SpecAssertion

void	InjectionTest.testFieldDeclaredInSuperclassInjected()
void	InjectionTest.testInjectedFieldDeclaredInXmlAssumesCurrent()
void	InjectionTest.testInjectedFieldDeclaredInXmlIgnoresJavaAnnotations()
void	InjectionTest.testInjectFieldsDeclaredInXml()
void	InjectionTest.testInjectFieldsDeclaredInXmlAndJava()
void	InjectionTest.testInjectingFinalField()
void	InjectionTest.testInjectingStaticField()
void	InjectionTest.testInjectionPerformsBoxingIfNecessary()
void	InjectionTest.testInvokeDependentScopeWhenContextNotActive()
void	InjectionTest.testInvokeNormalInjectedWebBeanWhenContextNotActive()
void	InjectionTest.testNonexistentFieldDefinedInXml()
void	InjectionTest.testPrimitiveInjectionPointResolvesToNullableWebBean()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.lookup.injectionpoint

Methods in org.jboss.webbeans.tck.unit.lookup.injectionpoint with annotations of type SpecAssertion

void	InjectionPointTest.testApiTypeInjectionPoint()
void	InjectionPointTest.testCurrentBinding()
void	InjectionPointTest.testDependentScope()
void	InjectionPointTest.testGetAnnotation()
void	InjectionPointTest.testGetAnnotations()
void	InjectionPointTest.testGetBean()
void	InjectionPointTest.testGetBindingTypes()
void	InjectionPointTest.testGetMemberConstructor()
void	InjectionPointTest.testGetMemberField()
void	InjectionPointTest.testGetMemberMethod()
void	InjectionPointTest.testGetType()
void	InjectionPointTest.testStandardDeployment()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.lookup.manager

Methods in org.jboss.webbeans.tck.unit.lookup.manager with annotations of type SpecAssertion

void	ManagerTest.testInjectingManager()

Uses of SpecAssertion in org.jboss.webbeans.tck.unit.lookup.typesafe

Methods in org.jboss.webbeans.tck.unit.lookup.typesafe with annotations of type SpecAssertion

void	ResolutionByTypeTest.testAllBindingTypesSpecifiedForResolutionMustAppearOnWebBean()
void	InstantiationByTypeTest.testAmbiguousDependencies()
void	ResolutionByTypeTest.testAnnotationValuedAnnotationMemberWithoutNonBinding()
void	ResolutionByTypeTest.testArrayValuedAnnotationMemberWithoutNonBinding()
void	InstantiationByTypeTest.testCurrentBindingTypeAssumed()
void	ResolutionByTypeTest.testDefaultBindingTypeAssumed()
void	ResolutionByTypeTest.testDuplicateBindingTypesUsed()
void	InstantiationByTypeTest.testDuplicateBindingTypesUsed()
void	ResolutionByTypeTest.testNonBindingTypeUsed()
void	InstantiationByTypeTest.testNonBindingTypeUsed()
void	ResolutionByTypeTest.testNoWebBeansFound()
void	ResolutionByTypeTest.testOnlyHighestEnabledPrecedenceWebBeansResolved()
<T> void	ResolutionByTypeTest.testParameterizedTypeWithTypeParameter()
<T> void	InstantiationByTypeTest.testParameterizedTypeWithTypeParameter()
void	ResolutionByTypeTest.testParameterizedTypeWithWildcardParameter()
void	InstantiationByTypeTest.testParameterizedTypeWithWildcardParameter()
void	ResolutionByTypeTest.testResolveByType()
void	ResolutionByTypeTest.testResolveByTypeWithArray()
void	ResolutionByTypeTest.testResolveByTypeWithNonBindingMembers()
void	ResolutionByTypeTest.testResolveByTypeWithTypeParameter()
void	InstantiationByTypeTest.testUnproxyableDependencies()
void	InstantiationByTypeTest.testUnsatisfiedDependencies()