IPCNamedObject< T, TP > Class Template Reference

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.

More...

#include <object.h>

Inheritance diagram for IPCNamedObject< T, TP >:

List of all members.

Protected Member Functions
	IPCNamedObject (const std::string &name)
	IPCNamedObject (const IPCPartition &partition, const std::string &name)

---

Detailed Description

template<class T, class TP = ipc::multi_thread>
class 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.

Attention:

Object of any class which inherits from this one must be allocated on heap using the new operator and must be destroyed via calling the _destroy() function. The delete operator must never be used for that purpose.

See also:

IPCObject

---

Constructor & Destructor Documentation

template<class T, class TP = ipc::multi_thread>

IPCNamedObject< T, TP >::IPCNamedObject

(

const std::string &

name

)

[inline, protected]

Constructs IPC object which will belong to the default partition. In order to register this object with the given purtition one must call the IPCNamedObjectOperations::publish() method.

Parameters:

name

object's name

template<class T, class TP = ipc::multi_thread>

IPCNamedObject< T, TP >::IPCNamedObject	(	const IPCPartition &	partition,
		const std::string &	name
	)			[inline, protected]

Constructs IPC object in the given partition. In order to register this object with the given purtition one must call the IPCNamedObjectOperations::publish() method.

Parameters:

	partition	object's partition
	name	object's name

---

The documentation for this class was generated from the following file:

• /afs/cern.ch/user/k/kolos/working/online/ipc/ipc/object.h

---