zeus::TAbstractRemoteObject Class Reference

#include <AbstractRemoteObject.h>

Inheritance diagram for zeus::TAbstractRemoteObject:

List of all members.

Public Member Functions
	TAbstractRemoteObject ()
virtual Retval	connect ()=0
virtual Retval	connect (const IString &rAddress, Uint uiPort)=0
virtual Retval	disconnect ()
bool	isRunning () const
virtual void MQUALIFIER	getClassName (IString &rName) const =0
virtual void MQUALIFIER	getCodeModuleName (IString &rName) const =0
virtual Retval MQUALIFIER	getConnectionParam (IString &rAddress, Uint &rPort) const
virtual Retval MQUALIFIER	askForInterface (Uint uiInterfaceID, IZUnknown *&rpIface)
virtual void MQUALIFIER	addRef () const
virtual void MQUALIFIER	release () const
Protected Member Functions
virtual	~TAbstractRemoteObject ()
Retval	getClientSocket (Uint uiThreadID, TSocket *&rpSocket) const
Protected Attributes
TAutoPtr< TAbstractSkel >	m_ptrSkeleton
	Skeleton in case of binding the object for remote access.
TString	m_strAddress
	Address of skeleton.
Uint	m_uiPort
	Port of the skeleton.

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Detailed Description

The abstract remote object defines how to create the remote access for an object. Each remote object should inherit this class.

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Constructor & Destructor Documentation

TAbstractRemoteObject::TAbstractRemoteObject

(

)

Creates the abstract remote object

TAbstractRemoteObject::~TAbstractRemoteObject

(

)

[protected, virtual]

Destroys the abstract remote object

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Member Function Documentation

virtual Retval zeus::TAbstractRemoteObject::connect

(

)

[pure virtual]

virtual Retval zeus::TAbstractRemoteObject::connect	(	const IString &	rAddress,
		Uint	uiPort
	)			[pure virtual]

Retval TAbstractRemoteObject::disconnect

(

)

[virtual]

Disconnects or kills the remote object server (skeleton). After this call, all remote access connections will be released.

Return values:

	RET_NOERROR	: Connection closed
	RET_REQUEST_FAILED	: Object was not connected

bool TAbstractRemoteObject::isRunning

(

)

const

Checks if the skeleton of the remote object is running

virtual void MQUALIFIER zeus::TAbstractRemoteObject::getClassName

(

IString &

rName

)

const [pure virtual]

Returns the classname of the wrapped object

Parameters:

rName

: Return parameter

Implements zeus::IRemoteObject.

virtual void MQUALIFIER zeus::TAbstractRemoteObject::getCodeModuleName

(

IString &

rName

)

const [pure virtual]

Returns the name of the codemodule for the wrapped object

Parameters:

rName

: Return parameter

Implements zeus::IRemoteObject.

Retval MQUALIFIER TAbstractRemoteObject::getConnectionParam	(	IString &	rAddress,
		Uint &	rPort
	)			const [virtual]

See also:

IRemoteObject::getConnectionParam

Implements zeus::IRemoteObject.

virtual Retval MQUALIFIER zeus::TAbstractRemoteObject::askForInterface	(	Uint	uiInterfaceID,
		IZUnknown *&	rpIface
	)			[virtual]

Reimplemented from zeus::TZObject.

Reimplemented in zeus::TCommPipe.

virtual void MQUALIFIER zeus::TAbstractRemoteObject::addRef

(

)

const [virtual]

See also:

IZUnknown::addRef

Reimplemented from zeus::TZObject.

Reimplemented in zeus::TCommPipe.

virtual void MQUALIFIER zeus::TAbstractRemoteObject::release

(

)

const [virtual]

See also:

IZUnknown::release

Reimplemented from zeus::TZObject.

Reimplemented in zeus::TCommPipe.

Retval TAbstractRemoteObject::getClientSocket	(	Uint	uiThreadID,
		TSocket *&	rpSocket
	)			const [protected]

Returns the client socket of the connected client. The thread ID is used to distinguish between clients. Use TreadManager to receive the thread id in the running program context.

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Member Data Documentation

TAutoPtr<TAbstractSkel> zeus::TAbstractRemoteObject::m_ptrSkeleton [protected]

Skeleton in case of binding the object for remote access.

TString zeus::TAbstractRemoteObject::m_strAddress [protected]

Address of skeleton.

Uint zeus::TAbstractRemoteObject::m_uiPort [protected]

Port of the skeleton.

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

• AbstractRemoteObject.h
• AbstractRemoteObject.cpp