  ACE | |
 string > | |
| string > | |
| string > | |
| CONV_FRAME | |
  CodeSetComponent | |
 CodeSetComponentInfo | |
| CORBA | FUZZ: disable check_for_include/ |
| Current | |
| Environment | Environment |
| Exception | Exception |
| ORB | ORB pseudo-object |
| InvalidName | UserException for resolve_initial_references() |
| LocalObject | |
| Object | Implementation of a CORBA object reference |
| NamedValue | |
| PolicyError | |
| InvalidPolicies | |
| Policy | |
| PolicyCurrent | |
| PolicyManager | |
| Principal | A "Principal" identifies an authenticated entity in the network administration framework |
| ServiceDetail | |
| ServiceInformation | |
| SystemException | SystemException |
| UserException | Application- or OMG- defined CORBA exception sub-class |
| WrongTransaction | UserException for DII requests |
| Dynamic | Forward declarations |
| GIOP | |
| Version | |
| IORAddressingInfo | |
| TargetAddress | |
| IIOP | |
| ListenPoint | |
| BiDirIIOPServiceContext | |
| IOP | |
| TaggedProfile | |
| IOR | |
| TaggedComponent | |
| ServiceContext | |
| Messaging | |
| PolicyValue | |
| ORB | This namespace encapsulates some private behaviors and global data structures used internal to TAO. No application should EVER see them which is why they are not exported |
| PortableInterceptor | |
| TAO | Define symbolic names for the ORB collocation strategies as used at runtime |
| CSD | |
| details | |
| array_traits | |
| bounded_array_allocation_traits | |
| bounded_reference_allocation_traits | |
| bounded_value_allocation_traits | |
| generic_sequence | |
| object_reference_const_sequence_element | |
| object_reference_sequence_element | |
| object_reference_traits_base | |
| object_reference_traits_decorator | |
| object_reference_traits | |
| range_checking | Configurable traits to tradeoff safety vs. performance in the implementation of TAO sequences |
| string_const_sequence_element | |
| string_sequence_element | |
| string_traits_base | |
| string_traits_base< char > | |
| string_traits_base< CORBA::WChar > | |
| string_traits_decorator | |
| string_traits | |
| unbounded_array_allocation_traits | |
| unbounded_reference_allocation_traits | |
| unbounded_value_allocation_traits | |
| value_traits | |
| ORB | |
| Portable_Server | |
| Transport | |
| Drain_Constraints | Encapsulate the flushing control parameters |
| Stats | |
| TypeCode | |
| Case | |
| Struct_Field | |
| Value_Field | |
| TAO_Allocator | Abstract class for TAO allocators. This will be used for derived allocator templates that are capable of allocating a specific type of objects |
| Any_Insert_Policy_Stream | |
| Any_Insert_Policy_AnyTypeCode_Adapter | |
| Any_Insert_Policy_IFR_Client_Adapter | |
| Any_Insert_Policy_Noop | |
| Any_Insert_Policy_CORBA_Object | |
| Arg_Traits | Base class for all stub arg traits specializations |
| Argument | Base class for argument class templates |
| InArgument | |
| InoutArgument | |
| OutArgument | |
| RetArgument | |
| Void_Return_Argument | |
| Array_Traits | Specialized for each array in generated code |
| ARDB_Refcount_Functor | Functor for refcounting of Asynch_Reply_Dispatcher_Base |
| In_Basic_Argument_T | Template class for IN stub argument of basic IDL types |
| In_Basic_Clonable_Argument_T | Template class for IN stub argument of basic IDL types |
| Inout_Basic_Argument_T | Template class for INOUT stub argument of basic IDL types |
| Out_Basic_Argument_T | Template class for OUT stub argument of basic IDL types |
| Ret_Basic_Argument_T | Template class for return stub value of basic IDL types |
| Basic_Arg_Traits_T | Template class for stub argument traits of basic IDL types |
| Arg_Traits< void > | Specialization for void return type |
| Arg_Traits< CORBA::Short > | Specializations for basic stub arg types, except (w)char/boolean/octet |
| Arg_Traits< CORBA::Long > | |
| Arg_Traits< CORBA::UShort > | |
| Arg_Traits< CORBA::ULong > | |
| Arg_Traits< CORBA::Float > | |
| Arg_Traits< CORBA::Double > | |
| Arg_Traits< CORBA::LongLong > | |
| Arg_Traits< CORBA::ULongLong > | |
| Arg_Traits< CORBA::LongDouble > | |
| Arg_Traits< std::string > | |
| Arg_Traits< std::wstring > | |
| String_var | |
| String_out | String_out |
| In_BD_String_Argument_T | Template class for IN bounded (w)string argument |
| In_BD_String_Clonable_Argument_T | Template class for IN bounded (w)string argument |
| Inout_BD_String_Argument_T | Template class for INOUT bounded (w)string argument |
| Out_BD_String_Argument_T | Template class for OUT bounded (w)string argument |
| Ret_BD_String_Argument_T | Template class for return stub value of bd (w)string argument |
| BD_String_Arg_Traits_T | Template class for stub argument traits of bounded (w)strings |
| bounded_array_sequence | |
| bounded_basic_string_sequence | |
| bounded_bd_string_sequence | |
| bounded_object_reference_sequence | |
| bounded_value_sequence | |
| TAO_Buffer_Allocator | Generic buffer allocator for TAO |
| Cache_IntId_T | Helper class for TAO_Transport_Cache_Manager |
| Cache_ExtId_T | Helper class for TAO_Transport_Cache_Manager: unifies several data items, so they can be stored together as a value for a key in a hash table holding the state of the Transport Cache |
| ClientRequestInterceptor_Adapter | A convenient helper class to invoke registered client request interceptors |
| Collocated_Invocation | Class for Collocated invocations |
| String_Manager_T | |
| String_Var_Equal_To | |
| Exception_Data | Description of a single exception |
| In_Fixed_Array_Argument_T | IN stub argument of fixed size element array |
| In_Fixed_Array_Clonable_Argument_T | IN stub argument of fixed size element array |
| Inout_Fixed_Array_Argument_T | INOUT stub argument of fixed size element array |
| Out_Fixed_Array_Argument_T | OUT stub argument of fixed size element array |
| Ret_Fixed_Array_Argument_T | Return stub value of fixed size element array |
| Fixed_Array_Arg_Traits_T | Argument traits of fixed size element array |
| In_Fixed_Size_Argument_T | Template class for IN stub argument of fixed size IDL types |
| In_Fixed_Size_Clonable_Argument_T | Template class for IN stub argument of fixed size IDL types |
| Inout_Fixed_Size_Argument_T | Template class for INOUT stub argument of fixed size IDL types |
| Out_Fixed_Size_Argument_T | Template class for OUT stub argument of fixed size IDL types |
| Ret_Fixed_Size_Argument_T | Template class for return stub value of fixed size IDL types |
| Fixed_Size_Arg_Traits_T | Template class for argument traits of fixed size IDL types |
| GUIResource_Factory | |
| IIOP_Endpoint_Info | Stores information for a single IIOP endpoint |
| Incoming_Message_Stack | Implements stack for TAO_Queued_Data |
| Invocation_Adapter | Generic interface for the invocation object visible to the IDL compiler |
| Invocation_Base | The base class for the invocation object |
| Invocation_Retry_Params | Contains the invocation retry parameters used when encountering CORBA exceptions. The parameters can be specified using either the Client_Strategy_Factory service given in the service configuration file or through the command line. Any command line parameter overrides the corresponding option in the service configurator file |
| Invocation_Retry_State | Maintains state of invocation retries |
| First_Request_Guard | Auto pointer like class for first_request flag in transport |
| LocateRequest_Invocation | Object created by TAO::LocateRequest_Invocation_Adapter to create and send LocateRequest invocation |
| LocateRequest_Invocation_Adapter | Adapter class for locate request invocations |
| Nested_Upcall_Guard | : Magic class that sets the status of the thread in the TSS |
| Arg_Traits< CORBA::Object > | |
| Objref_Traits< CORBA::Object > | |
| In_Object_Argument_Cloner_T< CORBA::InterfaceDef_ptr > | |
| In_Object_Argument_T | Template class for IN object argument |
| In_Object_Argument_Cloner_T | |
| In_Object_Clonable_Argument_T | Template class for IN object argument |
| Inout_Object_Argument_T | Template class for INOUT object argument |
| Out_Object_Argument_T | Template class for OUT object argument |
| Ret_Object_Argument_T | Template class for return stub value of object argument |
| Object_Arg_Traits_T | Template class for stub argument traits of objects |
| ObjectKey | |
| Object_Proxy_Broker | Object_Proxy_Broker |
| Narrow_Utils | |
| Less_Than_ObjectKey | Compares the length and then the contents of ObjectKeys |
| ObjectKey_Table | Table that maintains the set of ObjectKey's seen by the ORB |
| Objref_Traits | Specialized for each interface in generated code. Just forward declare, a specialization must always be there, if not, we get a compile error |
| ORB_Table | Keep a table with all the ORBs in the system |
| ORB_Core_Ref_Counter | |
| ORB_Time_Policy | Implement a time policy class which returns timer according to the active ORB time policy |
| ORBInitializer_Registry_Adapter | |
| PolicyFactory_Registry_Adapter | ORB-specific PortableInterceptor::PolicyFactory registry |
| Profile_Transport_Resolver | Chooses the profile and a transport for a target object on which an invocation can be made |
| Refcounted_ObjectKey | A wrapper class that ties together a refcount to an ObjectKey |
| Remote_Invocation | Base class for remote invocations |
| CDR_Byte_Order_Guard | |
| Remote_Object_Proxy_Broker | Remote_Object_Proxy_Broker |
| RequestInterceptor_Adapter | A base helper class to invoke registered request interceptors |
| ServerRequestInterceptor_Adapter | |
| In_Special_Basic_Argument_T | Template class for IN stub argument of (w)char/boolean/octet |
| In_Special_Basic_Clonable_Argument_T | Template class for IN stub argument of (w)char/boolean/octet |
| Inout_Special_Basic_Argument_T | Template class for INOUT stub argument of (w)char/boolean/octet |
| Out_Special_Basic_Argument_T | Template class for OUT stub argument of (w)char/boolean/octet |
| Ret_Special_Basic_Argument_T | |
| Special_Basic_Tag | Struct for basic IDL type arguments id tag |
| Special_Basic_Arg_Traits_T | Template class for stub argument traits of (w)char/boolean/octet |
| Arg_Traits< ACE_InputCDR::to_char > | Specializations for (w)char, octet and boolean |
| Arg_Traits< ACE_InputCDR::to_wchar > | |
| Arg_Traits< ACE_InputCDR::to_octet > | |
| Arg_Traits< ACE_InputCDR::to_boolean > | |
| Storable_Base | |
| Storable_Exception | |
| Storable_Read_Exception | |
| Storable_Write_Exception | |
| Storable_Factory | |
| Storable_File_Guard | Base class to use with TAO_Storable_Base to synch object state with a storable base |
| Storable_FlatFileStream | A Storable_Base derived class that works with a file stream |
| Storable_FlatFileFactory | |
| Synch_Twoway_Invocation | All the action for a synchronous twoway invocation happen here |
| Synch_Oneway_Invocation | All the action for a synchronous oneway invocation happen here |
| Reply_Guard | A guard class used for storing and forwarding the reply status to the portable interceptors |
| Transport_Cache_Manager_T | The Transport Cache Manager for TAO |
| Transport_Queueing_Strategy | Define the interface for the Queueing Strategy |
| Flush_Transport_Queueing_Strategy | |
| Transport_Selection_Guard | Used by the Transport Current feature to keep track of which Transport is currently active |
| In_UB_String_Argument_T | Template class for IN unbounded (w)string argument |
| In_UB_String_Clonable_Argument_T | Template class for IN unbounded (w)string argument |
| Inout_UB_String_Argument_T | Template class for INOUT unbounded (w)string argument |
| Out_UB_String_Argument_T | Template class for OUT unbounded (w)string argument |
| Ret_UB_String_Argument_T | Template class for return stub value of ub (w)string argument |
| UB_String_Arg_Traits_T | Template class for argument traits of unbounded (w)strings |
| Arg_Traits< CORBA::Char * > | Specializatons for unbounded (w)strings |
| Arg_Traits< CORBA::WChar * > | |
| unbounded_array_sequence | |
| unbounded_basic_string_sequence | |
| unbounded_bd_string_sequence | |
| unbounded_object_reference_sequence | |
| unbounded_value_sequence< CORBA::Octet > | |
| unbounded_value_sequence | |
| In_Var_Array_Argument_T | IN stub argument of variable size element array |
| In_Var_Array_Clonable_Argument_T | IN stub argument of variable size element array |
| Inout_Var_Array_Argument_T | INOUT stub argument of variable size element array |
| Out_Var_Array_Argument_T | OUT stub argument of variable size element array |
| Ret_Var_Array_Argument_T | Return stub value of variable size element array |
| Var_Array_Arg_Traits_T | Argument traits of variable size element array |
| In_Var_Size_Argument_T | Template class for IN stub argument of fixed size IDL types |
| In_Var_Size_Clonable_Argument_T | Template class for IN stub argument of fixed size IDL types |
| Inout_Var_Size_Argument_T | Template class for INOUT stub argument of fixed size IDL types |
| Out_Var_Size_Argument_T | Template class for OUT stub argument of fixed size IDL types |
| Ret_Var_Size_Argument_T | Template class for return stub value of fixed size IDL types |
| Var_Size_Arg_Traits_T | Template class for stub argument traits of variable size IDL types |
| In_Vector_Argument_T | Template class for IN stub argument of unbounded sequence IDL types |
| In_Vector_Clonable_Argument_T | Template class for IN stub argument of unbounded sequence IDL types |
| Inout_Vector_Argument_T | Template class for INOUT stub argument of unbounded sequence IDL types |
| Out_Vector_Argument_T | Template class for OUT stub argument of unbounded sequence IDL types |
| Ret_Vector_Argument_T | Template class for return stub value of fixed size IDL types |
| Vector_Arg_Traits_T | Template class for stub argument traits of sequence IDL types, when the STL mapping is used by the IDL compiler. The ret_type and out_type typedefs are different from Vector_Arg_Traits_T |
| Wait_On_LF_No_Upcall | |
| TAO_IIOP | |
| TList_Holder | RAII holder for a TAO_Transport list |
| TimeBase | COS Time Service basic types |
| UtcT | A timestamp in UTC time |
| IntervalT | An UTC time interval |
| ORB_Table_Ref_Counter | Class contained by ORB_Table's Unbounded_Set |
| TAO | |
| TAO_Abstract_ServantBase | |
| TAO_Accept_Strategy | |
| TAO_Acceptor | Abstract Acceptor class used for pluggable transports |
| TAO_Acceptor_Filter | Interface for mprofile creation strategies |
| TAO_Acceptor_Registry | Acceptor Registry and Generic Acceptor interface definitions. All loaded ESIOP or GIOP acceptor bridges must register with this object |
| TAO_Adapter | |
| TAO_Adapter_Factory | |
| TAO_Adapter_Registry | |
| TAO_AnyTypeCode_Adapter | |
| TAO_Array_Forany_T | Parametrized implementation of _forany class for arrays |
| TAO_Array_Out_T | Parametrized implementation of _out class for arrays |
| TAO_Array_Var_Base_T | Parametrized implementation of _var base class for arrays |
| TAO_Asynch_Queued_Message | Specialize TAO_Queued_Message for asynch requests, i.e. oneways sent with SYNC_NONE policy |
| TAO_Asynch_Reply_Dispatcher_Base | Base class for TAO_Asynch_Reply_Dispatcher and TAO_DII_Deferred_Reply_Dispatcher |
| TAO_Auto_Reference | TAO_Auto_Reference acts as a "smart pointer" for reference-countable instances |
| TAO_Base_Transport_Property | A concrete implementation for connnection property |
| TAO_Base_var | TAO_Base_var |
| TAO_BiDir_Adapter | TAO_BiDir_Adapter |
| TAO_Bind_Dispatcher_Guard | |
| TAO_Block_Flushing_Strategy | Implement a flushing strategy that blocks on write to flush |
| TAO_Blocked_Connect_Strategy | Concrete implementation of a connect strategy that blocks during connects |
| TAO_Cleanup_Func_Registry | This is a helper class that is designed to perform cleanup on thread-specific objects registered in the ORB Core TSS resources by invoking the corresponding cleanup function on each object. Hence, there is a tight coupling between this class and the TAO ORB Core |
| TAO_Client_Strategy_Factory | Abstract factory used by the client to manufacture various strategies used on the client-side |
| TAO_ClientRequestInterceptor_Adapter_Factory | TAO_ClientRequestInterceptor_Adapter_Factory |
| TAO_Codeset_Descriptor_Base | |
| TAO_Codeset_Manager | The encapsulation of logic for codeset negotiation |
| TAO_Codeset_Manager_Factory_Base | Base class for creating instances of the codeset manager |
| TAO_Codeset_Parameters | A simple storage class for the native codeset and any translators that must be configured when creating an instance of codeset manager |
| TAO_Codeset_Translator_Base | Abstract base Translator component for interaction with TAO |
| TAO_Collocation_Resolver | This class helps in resolving if a CORBA:Object is collocated |
| TAO_Concurrency_Strategy | Activates the Svc_Handler, and then if specified by the TAO_Server_Strategy_Factory, it activates the Svc_Handler to run in its own thread |
| TAO_Condition | Same as to the ACE_Condition variable wrapper |
| TAO_Connect_Concurrency_Strategy | Concurrency strategy helper |
| TAO_Connect_Creation_Strategy | Creation strategy helper |
| TAO_Connect_Strategy | Define the interface for the connect strategy, i.e. the algorithm that controls how does the ORB establishes remote connections |
| TAO_Connection_Handler | TAO_Connection_Handler |
| TAO_Connection_Purging_Strategy | The base class for all purging strategies |
| TAO_Connector | Generic Connector interface definitions |
| TAO_Connector_Registry | Per-ORB TAO Connector Registry |
| TAO_CORBALOC_Parser | Implements the <corbaloc:> IOR format |
| parsed_endpoint | |
| TAO_CORBANAME_Parser | Implements the <corbaname:> IOR format |
| TAO_Creation_Strategy | Creates a Svc_Handler and set the ORB_Core pointer on it |
| TAO_Default_Client_Strategy_Factory | This is the "default" client strategy factor for TAO. It includes strategies that are configured through command-line options so that everything operates as if there were no dynamically-linkable strategies |
| TAO_Default_Collocation_Resolver | Simple resolver used to decide if a CORBA::Object is collocated |
| TAO_Default_Endpoint_Selector | Default strategy for endpoint selection |
| TAO_Default_Endpoint_Selector_Factory | Factory for initializing <Endpoint_Selection_State> and obtaining appropriate <Invocation_Endpoint_Selector> |
| TAO_Default_Resource_Factory | TAO's default resource factory |
| TAO_Default_Server_Strategy_Factory | This is the default strategy factory for CORBA servers. It allows developers to choose strategies via argument flags. This design gives substantial freedom for experimentation |
| TAO_Default_Stub_Factory | |
| TAO_Default_Thread_Lane_Resources_Manager | Simple manager for thread lane resources |
| TAO_Default_Thread_Lane_Resources_Manager_Factory | This class is a factory for managers of thread resources |
| TAO_DIOP_Protocol_Properties | |
| TAO_DLL_Parser | Implment the parser for the DLL-style IORs |
| TAO_Dynamic_Adapter | TAO_Dynamic_Adapter |
| TAO_Endpoint | Defines the Endpoint interface in the Pluggable Protocol framework |
| TAO_Endpoint_Selector_Factory | Factory for initializing <Endpoint_Selection_State> and obtaining appropriate <Invocation_Endpoint_Selector> |
| TAO_Event_Handler_Array_var | Auto pointer like class for an array of Event Handlers |
| TAO_Exclusive_TMS | |
| TAO_Fault_Tolerance_Service | TAO_Fault_Tolerant_Service |
| TAO_FILE_Parser | Implements the <file:> IOR format |
| TAO_Fixed_Var_T | Parametrized implementation of _var class for structs, unions, and exceptions with members of fixed size |
| TAO_FixedArray_Var_T | Parametrized implementation of _var class for arrays with elements of fixed size |
| TAO_FixedSeq_Var_T | Parametrized implementation of _var class for sequences whose element is of fixed size. |
| TAO_Flushing_Strategy | Define the interface for the flushing strategy, i.e. the algorithm that controls how does the ORB flush outgoing data |
| TAO_GIOP_Fragmenation_Strategy | Abstract base class that defines TAO fragmentation strategy interface |
| TAO_GIOP_Fragmentation_Strategy | |
| TAO_GIOP_Locate_Request_Header | Location service support |
| TAO_GIOP_Locate_Status_Msg | Hold the relevant information for every type of Locate msg |
| TAO_GIOP_Message_Base | Definitions of the GIOP specific stuff |
| TAO_GIOP_Message_Generator_Parser | Base class for the GIOP Message generator and parser |
| TAO_GIOP_Message_Generator_Parser_10 | Implementation for GIOP v1.0 |
| TAO_GIOP_Message_Generator_Parser_11 | Implementation for GIOP v1.1 |
| TAO_GIOP_Message_Generator_Parser_12 | Implementation for GIOP v1.2 |
| TAO_GIOP_Message_Generator_Parser_Impl | This class holds all the different GIOP message generators and parsers |
| TAO_GIOP_Message_State | Generic definitions for Message States |
| TAO_GIOP_Message_Version | Major and Minor version number of the Inter-ORB Protocol |
| TAO_HR_Time_Policy_Strategy | Time policy strategy providing Highres time |
| TAO_HTTP_Client | HTTP_Client is intended to provide application API to classes that wish to do network i/o at a very high level of abstraction |
| TAO_HTTP_Handler | |
| TAO_HTTP_Parser | Implements the <http:> IOR format |
| TAO_HTTP_Reader | |
| TAO_IFR_Client_Adapter | TAO_IFR_Client_Adapter |
| TAO_IIOP_Acceptor | TAO_IIOP_Acceptor |
| TAO_IIOP_Connection_Handler | Handles requests on a single connection |
| TAO_IIOP_Connection_Handler_Array_Guard | |
| TAO_IIOP_Connector | IIOP-specific Connector bridge for pluggable protocols |
| TAO_IIOP_Endpoint | TAO_IIOP_Endpoint |
| TAO_IIOP_Profile | This class defines the protocol specific attributes required for locating ORBs over a TCP/IP network |
| TAO_IIOP_Protocol_Factory | |
| TAO_IIOP_Protocol_Properties | |
| TAO_IIOP_Transport | Specialization of the base TAO_Transport class to handle the IIOP protocol |
| TAO_Incoming_Message_Queue | A queue of the messages in the incoming data path |
| TAO_InputCDR | A CDR stream for reading, i.e. for demarshalling |
| to_std_string | Helper classes for extracting bounded strings into std::string/wstring |
| to_std_wstring | |
| TAO_Intrusive_Ref_Count_Base | |
| TAO_Intrusive_Ref_Count_Base< ACE_LOCK > | Template base class to provide intrusive reference-counting to subclasses. This makes the subclass capable of using a TAO_Intrusive_Ref_Count_Handle<X> class as a smart-pointer to an X object. In this case, X is a sub-class of this class, TAO_Intrusive_Ref_Count_Base<ACE_LOCK>. The ACE_LOCK type is used to protect the atomic reference count data member |
| TAO_Intrusive_Ref_Count_Handle | |
| TAO_Intrusive_Ref_Count_Handle< T > | Template class for smart-pointer to (intrusively) ref-counted object |
| TAO_Intrusive_Ref_Count_Object | |
| TAO_Intrusive_Ref_Count_Object< ACE_LOCK > | Template class as wrapper of a non reference counted data type but provide intrusive reference-counting feature by inherited from TAO_Intrusive_Ref_Count_Base. This makes the parameterized type data be smart pointer by using a TAO_Intrusive_Ref_Count_Handle<X> to an this wrapper object |
| TAO_Invocation_Endpoint_Selector | Defines the interface for policy-based endpoint selection strategies |
| TAO_IOR_Parser | Defines the interface for the pluggable IOR parser components |
| TAO_IORInterceptor_Adapter | TAO_IORInterceptor_Adapter |
| TAO_IORInterceptor_Adapter_Factory | TAO_IORInterceptor_Adapter_Factory |
| TAO_Leader_Follower | TAO_Leader_Follower |
| Deferred_Event | Class used to register deferred event handlers |
| TAO_Leader_Follower_Flushing_Strategy | Implement a flushing strategy that uses the Leader/Follower set |
| TAO_LF_CH_Event | Use the Leader/Follower loop to wait for one specific event in the invocation path |
| TAO_LF_Client_Leader_Thread_Helper | |
| TAO_LF_Client_Thread_Helper | |
| TAO_LF_Connect_Strategy | Concrete implementation of a connect strategy that waits on the leader-follower during asynchronous connects |
| TAO_LF_Event | Use the Leader/Follower loop to wait for one specific event |
| TAO_LF_Event_Binder | Implement an auto_ptr-like class for the TAO_LF_Followers allocated via a TAO_Leader_Follower set |
| TAO_LF_Event_Loop_Thread_Helper | Helper class to enter and exit the Leader/Followers event loop |
| TAO_LF_Follower | Represent a thread blocked, as a follower, in the Leader/Followers set |
| TAO_LF_Follower_Auto_Adder | Implement an auto_adder-like class for the TAO_LF_Followers allocated via a TAO_Leader_Follower set |
| TAO_LF_Follower_Auto_Ptr | Implement an auto_ptr-like class for the TAO_LF_Followers allocated via a TAO_Leader_Follower set |
| TAO_LF_Invocation_Event | Use the Leader/Follower loop to wait for one specific event in the invocation path |
| TAO_LF_Multi_Event | Use the Leader/Follower loop to wait for one specific event in the invocation path |
| Event_Node | |
| TAO_LF_Strategy | Strategize Leader/Follower manipulations in the ORB event loop |
| TAO_LF_Strategy_Complete | A concrete TAO_LF_Strategy for ORB configurations that use the Leader/Followers event loop |
| TAO_LRU_Connection_Purging_Strategy | The Least Recently Used connection purging strategy |
| TAO_Message_Semantics | |
| TAO_MProfile | This class implements the basic interface for supporting multiple profiles |
| TAO_Muxed_TMS | |
| TAO_Network_Priority_Protocols_Hooks | |
| TAO_New_Leader_Generator | Class for creating dynamic threads |
| TAO_Null_Fragmenation_Strategy | Null GIOP message fragmentation strategy |
| TAO_Null_Fragmentation_Strategy | |
| TAO_NVList_Adapter | |
| TAO_Object_Loader | A class to dynamically load object implementations into an ORB |
| TAO_Object_Ref_Table | Keep a table de-stringified object references registered with the ORB |
| TAO_Objref_Out_T | Parametrized implementation of _out class for object references |
| TAO_Objref_Var_T | Parameterized implementation of _var class for object references |
| TAO_On_Demand_Fragmenation_Strategy | On Demand GIOP message fragmentation strategy |
| TAO_On_Demand_Fragmentation_Strategy | |
| TAO_Operation_Details | Class with operation details |
| TAO_ORB_Core | Encapsulates the state of an ORB |
| TAO_ORB_Core_Auto_Ptr | Define a TAO_ORB_Core auto_ptr class |
| TAO_ORB_Core_Static_Resources | The static (global) resoures of all ORB cores |
| TAO_ORB_Core_TSS_Resources | The TSS resoures of an ORB core |
| TAO_ORB_Parameters | Parameters that are specific to the ORB. These parameters can be for the client, the server, or for both |
| TAO_Out_T | Parametrized implementation of _out class for structs, unions and exceptions. |
| TAO_OutputCDR | A CDR stream for writing, i.e. for marshalling |
| TAO_Parser_Registry | Maintain the collection of known IOR format parsers |
| TAO_Pluggable_Reply_Params | TAO_Pluggable_Connector_Params |
| TAO_Pluggable_Reply_Params_Base | TAO_Pluggable_Reply_Params_Base |
| TAO_Policy_Current | |
| TAO_Policy_Current_Impl | |
| TAO_Policy_Manager | |
| TAO_Policy_Set | The policy manager implementation |
| TAO_Policy_Validator | An abstract class for plugging in different Policy Validator mechanisms |
| TAO_PolicyFactory_Registry_Factory | |
| TAO_Profile | Defines the Profile interface |
| TAO_Protocol_Factory | |
| TAO_Protocol_Item | |
| TAO_Protocols_Hooks | |
| TAO_Pseudo_Out_T | Parametrized implementation of _out class for TypeCode, Object, AbstractBase, NamedValue, NVList, Principal, Request, Context, ORB, LocalObject, and Environment |
| TAO_Pseudo_Var_T | Parametrized implementation of _var class for TypeCode, Object, AbstractBase, NamedValue, NVList, Principal, Request, Context, ORB, LocalObject, and Environment |
| TAO_Queued_Data | Represents a node in the queue of incoming messages |
| TAO_Queued_Message | Represent messages queued in the outgoing data path of the TAO_Transport class |
| TAO_Reactive_Connect_Strategy | Concrete implementation of a connect strategy that waits on the reactor during asynch connects |
| TAO_Reactive_Flushing_Strategy | Implement a flushing strategy that uses the reactor |
| TAO_Reply_Dispatcher | |
| TAO_Request_Dispatcher | A class that strategizes the request dispatching procedure |
| TAO_Resource_Factory | Factory which manufacturers resources for use by the ORB Core |
| TAO_Resume_Handle | A utility class that helps in resuming handlers if TAO uses a TP Reactor from ACE |
| TAO_RSF_Timer_Queue_Ptr | A simple auto_ptr like class to manage timer queues dynamically allocated by a time policy |
| TAO_SCIOP_Protocol_Properties | |
| TAO_Seq_Out_T | Parametrized implementation of _out class for sequences |
| TAO_Seq_Var_Base_T | Parametrized implementation of _var base class for sequences |
| TAO_Server_Strategy_Factory | Base class for the server's abstract factory that manufactures various strategies of special utility to it. This simply serves as an interface to a subclass that REALLY gets specified and loaded by the Service Configurator |
| Active_Object_Map_Creation_Parameters | |
| TAO_ServerRequest | Class representing a ServerRequest object |
| TAO_ServerRequestInterceptor_Adapter_Factory | TAO_ServerRequestInterceptor_Adapter_Factory |
| TAO_Service_Callbacks | An Abstract Base class for the hooks in the ORB |
| TAO_Service_Context | Helper class for managing the service context list information |
| TAO_Service_Context_Handler | |
| TAO_Service_Context_Registry | |
| TAO_Services_Activate | A class to dynamically load callback implementations in to an ORB |
| TAO_SHMIOP_Protocol_Properties | |
| TAO_Singleton | TAO-specific Singleton class |
| TAO_Singleton_Manager | Manager for TAO library services and singleton cleanup |
| TAO_Strategy_Acceptor | |
| TAO_Stub | TAO_Stub |
| TAO_Stub_Auto_Ptr | Implements the draft C++ standard auto_ptr abstraction. This class allows one to work Stub Objects Only! |
| TAO_Stub_Factory | |
| TAO_Synch_Queued_Message | Specialize TAO_Queued_Message for synchronous requests, i.e. twoways and oneways sent with reliability better than SYNC_NONE |
| TAO_Synch_Reply_Dispatcher | Reply dispatcher for Synchronous Method Invocation (SMI)s |
| TAO_System_Time_Policy_Strategy | Time policy strategy providing Highres time |
| TAO_Tagged_Components | The policy manager implementation |
| TAO_Tagged_Profile | This class is used to manipulate and access the target address field of a GIOP 1.2 request |
| TAO_Target_Specification | A class to encapsulate all the ways of specifying targets |
| TAO_Thread_Lane_Resources | Class representing a thread lane's resources |
| TAO_Thread_Lane_Resources_Manager | This class is a manager for thread resources |
| TAO_Thread_Lane_Resources_Manager_Factory | This class is a factory for managers of thread resources |
| TAO_Thread_Per_Connection_Handler | Definition for the thread-per-connection strategy |
| TAO_Time_Policy_Manager | |
| TAO_Time_Policy_Strategy | Abstract base class for time policy strategy services |
| TAO_Transport | Generic definitions for the Transport class |
| Drain_Result | |
| TAO_Transport_Descriptor_Interface | An abstract base class for Transport Property |
| TAO_Transport_Mux_Strategy | Strategy to determine whether the connection should be multiplexed for multiple requests or it is exclusive for a single request at a time |
| TAO_Transport_Timer | Allows TAO_Transport instances to receive timeout notifications from the Reactor. In other words, implements the Adapter Role, of the Adapter Pattern, where the Adaptee is a TAO_Transport and the client is the Reactor |
| TAO_TSS_Resources | The TSS resoures shared by all the ORBs |
| TAO_TSS_Singleton | TAO-specific Singleton class |
| TAO_TypeCodeFactory_Adapter | TAO_TypeCodeFactory_Adapter |
| TAO_UIOP_Protocol_Properties | |
| TAO_Unknown_Profile | A TAO_Profile class to handle foreign profiles |
| TAO_Valuetype_Adapter | TAO_Valuetype_Adapter |
| TAO_Valuetype_Adapter_Factory | TAO_Valuetype_Adapter_Factory |
| TAO_Var_Base_T | Parametrized implementation of _var base class for structs, unions and exceptions |
| TAO_Var_Var_T | Parametrized implementation of _var class for structs, unions, and exceptions with members of variable size |
| TAO_VarArray_Var_T | Parametrized implementation of _var class for arrays with elements of variable size |
| TAO_VarSeq_Var_T | Parametrized implementation of _var class for sequences whose element is of variable size. |
| TAO_Wait_On_Leader_Follower | Wait according to the Leader-Follower model. Leader does the event loop of the Reactor and the Followers wait on the condition variable |
| TAO_Wait_On_LF_No_Upcall | Wait according to the Leader-Follower model (like TAO_Wait_On_Leader_Follower), but do not allow nested upcalls |
| TAO_Wait_On_Reactor | |
| TAO_Wait_On_Read | |
| TAO_Wait_Strategy | Strategy for waiting for the reply |
| TAO_ZIOP_Adapter | TAO_ZIOP_Adapter |
| Time_Policy_Manager | Manager service for time policy strategy services |
1.8.6
