IPC User API Class List

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

daq::ipc::AlreadyInitialized
daq::ipc::BadOptionValue
daq::ipc::CannotInitialize
daq::ipc::CannotOpenFile
daq::ipc::CannotReadFile
daq::ipc::CannotWriteFile
daq::ipc::CorbaException
daq::ipc::Exception
daq::ipc::FileException
daq::ipc::InvalidInitialReference
daq::ipc::InvalidObjectName
daq::ipc::InvalidPartition
IPCAlarm	Provides a means of periodic action execution
IPCClientInterceptor	This class provides interface for user specific client site interceptors
IPCCore
IPCNamedObject< T, TP >	Base class for the named IPC objects. User should declare a class which inherits from this one. Objects of the user fedined class can be registered with IPC partition and accessed from any other program via the IPCPartition::lookup(name) method. Template parameters: class T is a class which implements a certain interface which has been defined in IDL file. This class is generated by the idl2c++ compiler. class TP (Threading Policy) - this class defines how the requests which are received by this object via the interface defined in the IDL file will be executed. The possibilities are: ipc::multi_thread - requests can be executed in multiple threads concurently ipc::single_thread - requests will be serialized and executed in the context of a single thread
IPCNamedObject< T, ipc::single_thread >	Single threaded specialization of the IPCNamedObject class. This class can be used to establish serialization of external requests processing between 2 or more objects
IPCNamedObjectOperations< T >	Base class for the IPCNamedObject one which implements all the object operations
IPCObject< T, TP >	Base class for the anonymous IPC objects. User should declare a class which inherits from this one. Objects of the user fedined class will be able to get external requests but they can not be registered with IPC partitions and are normally passed to other programs via application specific IDL interface calls. The most common usage of such objects is for implementating the subscribe/callback pattern. Template parameters: class T is a class which implements a certain interface which has been defined in IDL file. This class is generated by the IDL2C++ compiler. class TP (Threading Policy) - this class defines how the requests which are received by this object via the interface defined in the IDL file will be executed. The possibilities are: ipc::multi_thread - requests can be executed in multiple threads concurently ipc::single_thread - requests will be serialized and executed in the context of a single thread
IPCObject< T, ipc::single_thread >	Single threaded specialization of the IPCObject class. This class can be used to establish serialization of external requests processing between 2 or more objects
IPCObjectBase< T >	Base class for the IPCObject and IPCNamedObject classes. User should never use this class directly
IPCObjectOperations< T >	Base class for the IPCObject one which implements all the object operations
IPCPartition	This class provides a set of functions for accessing objects registered with a certain partition
IPCServerInterceptor	This class provides interface for user specific server site interceptors
ipc::multi_thread	This class provides implemenation of the validation policy for the IPCObject and IPCNamedObject classes. Using this policy implies that remote requests for the given object can be executed concurently by several threads
ipc::narrow< T >	This class provides implemenation of the validation policy for some functions of the IPCPartition class. Using this policy implies that the object reference will be validated using the narrow function, which checks if the object reference represents the object of a given type. This function may require to perform remote invocation on the given object. This function does not guarantee that remote object, which is referenced by the given object ref, exists
ipc::no_cache< T, VP >	This class provides implemenation of the cache policy for some functions of the IPCPartition class. Using this policy avoids the usage internal cache for the remote object references
ipc::non_existent< T >	This class provides implemenation of the validation policy for some functions of the IPCPartition class. Using this policy implies that the object reference will be validated by invoking the _non_existent function on it. This function provides a guarantee that remote object, which is referenced by the given object ref, exists
daq::ipc::NotInitialized
daq::ipc::ObjectNotFound
daq::ipc::PluginException
ipc::single_thread	This class provides implemenation of the validation policy for the IPCObject and IPCNamedObject classes. Using this policy implies that all the remote requests for the given object will be serialized, i.e. executed in the single thread
ipc::unchecked_narrow< T >	This class provides implemenation of the validation policy for some functions of the IPCPartition class. Using this policy implies that the object reference will be validated using the unchecked_narrow function, which checks if the object reference represents the object of a given type. This function does a local check only, i.e. it is guaranteed that no remote communication will be done at that point. This function does not guarantee that remote object, which is referenced by the given object ref, exists
daq::ipc::UnknownOption
ipc::use_cache< T, VP >	This class provides implemenation of the cache policy for some functions of the IPCPartition class. Using this policy enforces the usage internal cache for the remote object references

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