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

[detail level 1234]

ACE
PortableServer
RefCountServantBase
Servant_var	Provides a type safe counted reference to servants
TAO
to_boolean >
to_char >
to_octet >
to_wchar >
Char * >
Double >
Float >
Long >
LongDouble >
LongLong >
Object >
Short >
ULong >
ULongLong >
UShort >
WChar * >
string >
wstring >
details
WChar >
InterfaceDef_ptr >
Object >
Portable_Server
Active_Policy_Strategies
Active_Policy_Strategies_Cleanup_Guard
Creation_Time
Temporary_Creation_Time	Special creation time only useful in the lifetime of the upcall
IdAssignmentPolicy
IdAssignmentStrategy
IdAssignmentStrategyFactory
IdAssignmentStrategyFactoryImpl
IdAssignmentStrategySystem
IdAssignmentStrategyUser
IdUniquenessPolicy
IdUniquenessStrategy
IdUniquenessStrategyFactory
IdUniquenessStrategyFactoryImpl
IdUniquenessStrategyMultiple
IdUniquenessStrategyUnique
IdUniquenessStrategyUniqueFactoryImpl
ImplicitActivationPolicy
ImplicitActivationStrategy
ImplicitActivationStrategyExplicit
ImplicitActivationStrategyFactory
ImplicitActivationStrategyFactoryImpl
ImplicitActivationStrategyImplicit
ImR_Client_Adapter	IFR_Client_Adapter
LifespanPolicy
LifespanStrategy
LifespanStrategyFactory
LifespanStrategyFactoryImpl
LifespanStrategyPersistent
LifespanStrategyPersistentFactoryImpl
LifespanStrategyTransient
LifespanStrategyTransientFactoryImpl
Non_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
Cached_Policies
POA_Current
POA_Current_Impl	Implementation of the PortableServer::Current object
POA_Guard	POA_Guard
Policy_Strategy
RequestProcessingPolicy
RequestProcessingStrategy
RequestProcessingStrategyAOMOnly
RequestProcessingStrategyAOMOnlyFactoryImpl
RequestProcessingStrategyDefaultServant
RequestProcessingStrategyDefaultServantFactoryImpl
RequestProcessingStrategyFactory
RequestProcessingStrategyFactoryImpl
RequestProcessingStrategyServantActivator
RequestProcessingStrategyServantActivatorFactoryImpl
RequestProcessingStrategyServantLocator
RequestProcessingStrategyServantLocatorFactoryImpl
RequestProcessingStrategyServantManager
Servant_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
Pre_Invoke_State	This struct keeps track of state related to pre- and post-invoke operations
ServantRetentionPolicy
ServantRetentionStrategy
ServantRetentionStrategyFactory
ServantRetentionStrategyFactoryImpl
ServantRetentionStrategyNonRetain
ServantRetentionStrategyNonRetainFactoryImpl
ServantRetentionStrategyRetain
ServantRetentionStrategyRetainFactoryImpl
StrategyFactory
ThreadPolicy
ThreadStrategy
ThreadStrategyFactory
ThreadStrategyFactoryImpl
ThreadStrategyORBControl
ThreadStrategySingle
ThreadStrategySingleFactoryImpl
Octet >
_get_component_thru_poa_Upcall_Command	Execution class for _component_skel
_get_component_Upcall_Command	Execution class for _get_component when through POA option is used
_is_a_thru_poa_Upcall_Command	Execution class for _is_a_skel
_is_a_Upcall_Command	Execution class for _is_a_skel when through POA option is used
_non_existent_thru_poa_Upcall_Command	Execution class for _non_existent_skel
_non_existent_Upcall_Command	Execution class for _non_existent_skel when through POA option is used
_repository_id_thru_poa_Upcall_Command	Execution class for _repository_id_skel
_repository_id_Upcall_Command	Execution class for _repository_id when through POA option is used
AdapterNonExistent
InvalidPolicy
ManagerAlreadyExists
NoServant
ObjectAlreadyActive
ObjectNotActive
Operation_Skeleton_Ptr	A logical aggregation of all the operation skeleton pointers in use
ServantAlreadyActive
ServantNotActive
TAO_Acceptor_Filter_Factory	Default class for factories providing the endpoint acceptor filter objects
TAO_Active_Hint_Strategy	Active hint strategy
TAO_Active_Object_Map	Map of object ids to servants
TAO_Active_Object_Map_Entry	Value field of the active object map
TAO_Binary_Search_OpTable	Helper class for using binary search operatin lookup strategy in the server skeletons
TAO_Default_Acceptor_Filter	Default Acceptor_Filter
TAO_Default_Servant_Dispatcher	Concrete instantiation of the Servant_Dispatcher strategy
TAO_Dynamic_Hash_OpTable	Dynamic Hashing scheme for CORBA IDL operation name lookup
TAO_Id_Assignment_Strategy	Id uniqueness strategy
TAO_Id_Hint_Strategy	Id uniqueness strategy
TAO_Id_Uniqueness_Strategy	Id uniqueness strategy
TAO_Ignore_Original_Key_Adapter	A key adapter (encode/decode) class
TAO_Incremental_Key_Generator	Defines a key generator
TAO_Lifespan_Strategy	Lifespan strategy
TAO_Linear_Search_OpTable	Operation table lookup strategy based on linear search. Not efficient, but it works
TAO_Multiple_Id_Strategy	Multiple id strategy
TAO_Network_Priority_Hook
TAO_No_Hint_Strategy	No hint strategy
TAO_Object_Adapter	Defines the Object Adapter abstraction
Active_Hint_Strategy	This class uses active demux hint for POA active hint strategy
Hint_Strategy	Base class for POA active hint strategy
iteratable_poa_name	This class allows iteration over a folded poa name
No_Hint_Strategy	This class doesn't use any hints for POA active hint strategy
poa_name_iterator	Iterator for a folded poa name
TAO_Object_Adapter_Factory
TAO_ObjectId_Hash	Hashing class for Object Ids
TAO_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
TAO_Operation_Table	Abstract class for maintaining and lookup of CORBA IDL operation names
TAO_Perfect_Hash_OpTable	Helper class for use of perfect hashing operation lookup strategy
TAO_Persistent_Strategy	Persistent strategy
TAO_POA_Current_Factory
TAO_POA_Default_Policy_Validator
TAO_POA_Initializer
TAO_POA_Manager
TAO_POA_Policy_Set
TAO_POA_Static_Resources	The static (global) resoures of all POA's
TAO_POAManager_Factory
TAO_Preserve_Original_Key_Adapter	A key adapter (encode/decode) class
TAO_Regular_POA	Implementation of the PortableServer::POA interface
TAO_Root_POA	Implementation of the PortableServer::POA interface
Key_To_Object_Params
TAO_Servant_Dispatcher	Interface for POA servant dispatching strategies
TAO_Servant_Hash
TAO_ServantBase	Base class for skeletons and servants
TAO_System_Id_With_Multiple_Id_Strategy	System id strategy
TAO_System_Id_With_Unique_Id_Strategy	System id strategy
TAO_Transient_Strategy	Transient strategy
TAO_Unique_Id_Strategy	Unique id strategy
TAO_User_Id_Strategy	User id strategy
WrongAdapter
WrongPolicy