Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

▼NPortableServer	FUZZ: disable check_for_include/
CAdapterActivator	AdapterActivator interface
►CCurrent
CNoContext
CForwardRequest
CIdAssignmentPolicy
CIdUniquenessPolicy
CImplicitActivationPolicy
CLifespanPolicy
►CPOA
CAdapterAlreadyExists
CAdapterNonExistent
CInvalidPolicy
CNoServant
CObjectAlreadyActive
CObjectNotActive
CServantAlreadyActive
CServantNotActive
CWrongAdapter
CWrongPolicy
►CPOAManager
CAdapterInactive
►CPOAManagerFactory
CManagerAlreadyExists
CRefCountServantBase
CRequestProcessingPolicy
CServant_var	Provides a type safe counted reference to servants
CServantActivator
CServantLocator
CServantManager
CServantRetentionPolicy
CThreadPolicy
▼NTAO
►NPortable_Server
CActive_Policy_Strategies
CActive_Policy_Strategies_Cleanup_Guard
CCached_Policies
CCreation_Time
CIdAssignmentPolicy
CIdAssignmentStrategy
CIdAssignmentStrategyFactory
CIdAssignmentStrategyFactoryImpl
CIdAssignmentStrategySystem
CIdAssignmentStrategyUser
CIdUniquenessPolicy
CIdUniquenessStrategy
CIdUniquenessStrategyFactory
CIdUniquenessStrategyFactoryImpl
CIdUniquenessStrategyMultiple
CIdUniquenessStrategyUnique
CIdUniquenessStrategyUniqueFactoryImpl
CImplicitActivationPolicy
CImplicitActivationStrategy
CImplicitActivationStrategyExplicit
CImplicitActivationStrategyFactory
CImplicitActivationStrategyFactoryImpl
CImplicitActivationStrategyImplicit
CImR_Client_Adapter	IFR_Client_Adapter
CLifespanPolicy
CLifespanStrategy
CLifespanStrategyFactory
CLifespanStrategyFactoryImpl
CLifespanStrategyPersistent
CLifespanStrategyPersistentFactoryImpl
CLifespanStrategyTransient
CLifespanStrategyTransientFactoryImpl
CNon_Servant_Upcall	This class helps us with a recursive thread lock without using a recursive thread lock. Non_Servant_Upcall has a magic constructor and destructor. We unlock the Object_Adapter lock for the duration of the non-servant (i.e., adapter activator and servant activator) upcalls; reacquiring once the upcalls complete. Even though we are releasing the lock, other threads will not be able to make progress since <Object_Adapter::non_servant_upcall_in_progress_> has been set
CPOA_Current
CPOA_Current_Impl	Implementation of the PortableServer::Current object
CPOA_Guard	POA_Guard
CPolicy_Strategy
CRequestProcessingPolicy
CRequestProcessingStrategy
CRequestProcessingStrategyAOMOnly
CRequestProcessingStrategyAOMOnlyFactoryImpl
CRequestProcessingStrategyDefaultServant
CRequestProcessingStrategyDefaultServantFactoryImpl
CRequestProcessingStrategyFactory
CRequestProcessingStrategyFactoryImpl
CRequestProcessingStrategyServantActivator
CRequestProcessingStrategyServantActivatorFactoryImpl
CRequestProcessingStrategyServantLocator
CRequestProcessingStrategyServantLocatorFactoryImpl
CRequestProcessingStrategyServantManager
►CServant_Upcall	This class finds out the POA and the servant to perform an upcall. It can only be instantiated without the object adapter's lock held. For each upcall a new instance of this class is created
CPre_Invoke_State	This struct keeps track of state related to pre- and post-invoke operations
CServantRetentionPolicy
CServantRetentionStrategy
CServantRetentionStrategyFactory
CServantRetentionStrategyFactoryImpl
CServantRetentionStrategyNonRetain
CServantRetentionStrategyNonRetainFactoryImpl
CServantRetentionStrategyRetain
CServantRetentionStrategyRetainFactoryImpl
CStrategyFactory
CTemporary_Creation_Time	Special creation time only useful in the lifetime of the upcall
CThreadPolicy
CThreadStrategy
CThreadStrategyFactory
CThreadStrategyFactoryImpl
CThreadStrategyORBControl
CThreadStrategySingle
CThreadStrategySingleFactoryImpl
C_get_component_thru_poa_Upcall_Command	Execution class for _component_skel
C_get_component_Upcall_Command	Execution class for _get_component when through POA option is used
C_is_a_thru_poa_Upcall_Command	Execution class for _is_a_skel
C_is_a_Upcall_Command	Execution class for _is_a_skel when through POA option is used
C_non_existent_thru_poa_Upcall_Command	Execution class for _non_existent_skel
C_non_existent_Upcall_Command	Execution class for _non_existent_skel when through POA option is used
C_repository_id_thru_poa_Upcall_Command	Execution class for _repository_id_skel
C_repository_id_Upcall_Command	Execution class for _repository_id when through POA option is used
COperation_Skeleton_Ptr	A logical aggregation of all the operation skeleton pointers in use
CTAO_Acceptor_Filter_Factory	Default class for factories providing the endpoint acceptor filter objects
CTAO_Active_Hint_Strategy	Active hint strategy
CTAO_Active_Object_Map	Map of object ids to servants
CTAO_Active_Object_Map_Entry	Value field of the active object map
CTAO_Binary_Search_OpTable	Helper class for using binary search operatin lookup strategy in the server skeletons
CTAO_Default_Acceptor_Filter	Default Acceptor_Filter
CTAO_Default_Servant_Dispatcher	Concrete instantiation of the Servant_Dispatcher strategy
CTAO_Dynamic_Hash_OpTable	Dynamic Hashing scheme for CORBA IDL operation name lookup
CTAO_Id_Assignment_Strategy	Id uniqueness strategy
CTAO_Id_Hint_Strategy	Id uniqueness strategy
CTAO_Id_Uniqueness_Strategy	Id uniqueness strategy
CTAO_Ignore_Original_Key_Adapter	A key adapter (encode/decode) class
CTAO_Incremental_Key_Generator	Defines a key generator
CTAO_Lifespan_Strategy	Lifespan strategy
CTAO_Linear_Search_OpTable	Operation table lookup strategy based on linear search. Not efficient, but it works
CTAO_Multiple_Id_Strategy	Multiple id strategy
CTAO_Network_Priority_Hook
CTAO_No_Hint_Strategy	No hint strategy
▼CTAO_Object_Adapter	Defines the Object Adapter abstraction
CActive_Hint_Strategy	This class uses active demux hint for POA active hint strategy
CHint_Strategy	Base class for POA active hint strategy
Citeratable_poa_name	This class allows iteration over a folded poa name
CNo_Hint_Strategy	This class doesn't use any hints for POA active hint strategy
Cpoa_name_iterator	Iterator for a folded poa name
CTAO_Object_Adapter_Factory
CTAO_ObjectId_Hash	Hashing class for Object Ids
CTAO_operation_db_entry	Define a table entry that holds an operation name and its corresponding skeleton. A table of such entries is used to initialize the different lookup strategies
CTAO_Operation_Table	Abstract class for maintaining and lookup of CORBA IDL operation names
CTAO_Perfect_Hash_OpTable	Helper class for use of perfect hashing operation lookup strategy
CTAO_Persistent_Strategy	Persistent strategy
CTAO_POA_Current_Factory
CTAO_POA_Default_Policy_Validator
CTAO_POA_Initializer
CTAO_POA_Manager
CTAO_POA_Policy_Set
CTAO_POA_Static_Resources	The static (global) resoures of all POA's
CTAO_POAManager_Factory
CTAO_Preserve_Original_Key_Adapter	A key adapter (encode/decode) class
CTAO_Regular_POA	Implementation of the PortableServer::POA interface
▼CTAO_Root_POA	Implementation of the PortableServer::POA interface
CKey_To_Object_Params
CTAO_Servant_Dispatcher	Interface for POA servant dispatching strategies
CTAO_Servant_Hash
CTAO_ServantBase	Base class for skeletons and servants
CTAO_System_Id_With_Multiple_Id_Strategy	System id strategy
CTAO_System_Id_With_Unique_Id_Strategy	System id strategy
CTAO_Transient_Strategy	Transient strategy
CTAO_Unique_Id_Strategy	Unique id strategy
CTAO_User_Id_Strategy	User id strategy