#include <Cloning.hpp>

Inheritance diagram for torc::generic::_impl::Copier< class Library >:

Collaboration diagram for torc::generic::_impl::Copier< class Library >:

Public Types
typedef Library	Type

typedef boost::shared_ptr< Type >	Pointer

Public Member Functions
Pointer	operator() (const Pointer &inSource, const ObjectFactorySharedPtr &inFactory) throw (Error)

void	visit (Library &inLibrary) throw (Error)

	Copier ()

	~Copier () throw ()

virtual void	visit (_Tp &client)=0 throw (Error)

Private Attributes
ObjectFactorySharedPtr	mFactory

Pointer	mReturnVal

Detailed Description

template<>
class torc::generic::_impl::Copier< class Library >

Definition at line 258 of file Cloning.hpp.

Member Typedef Documentation

typedef boost::shared_ptr<Type> torc::generic::_impl::Copier< class Library >::Pointer

Definition at line 261 of file Cloning.hpp.

typedef Library torc::generic::_impl::Copier< class Library >::Type

Definition at line 260 of file Cloning.hpp.

Constructor & Destructor Documentation

torc::generic::_impl::Copier< class Library >::Copier ( )

inline

Definition at line 321 of file Cloning.hpp.

321 : Type::Visitor(), mFactory(), mReturnVal() {

322 }

torc::generic::_impl::Copier< class Library >::mFactory

ObjectFactorySharedPtr mFactory

Definition: Cloning.hpp:328

torc::generic::_impl::Copier< class Library >::mReturnVal

Pointer mReturnVal

Definition: Cloning.hpp:329

torc::generic::_impl::Copier< class Library >::~Copier	(	)
throw	(
	)

inline

Definition at line 324 of file Cloning.hpp.

324 {

325 }

Member Function Documentation

Pointer torc::generic::_impl::Copier< class Library >::operator()	(	const Pointer &	inSource,
		const ObjectFactorySharedPtr &	inFactory
	)
throw	(	Error
	)

inline

Definition at line 263 of file Cloning.hpp.

                       {
         mFactory = inFactory;
         inSource->accept(*this);
         return mReturnVal;
     }

template<typename _Tp >

virtual void torc::generic::VisitorType< _Tp >::visit	(	_Tp &	client	)
throw	(	Error
	)

pure virtualinherited

Visit the target object. This will typically be a derived leaf type.

Parameters

[in,out] client A reference to the target object

Exceptions

Error Exception generated by any of the functions called from inside visit()

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void torc::generic::_impl::Copier< class Library >::visit	(	Library &	inLibrary	)
throw	(	Error
	)

inline

Definition at line 270 of file Cloning.hpp.

         {
         LibrarySharedPtr libPtr;
         mFactory->create(libPtr);
 
         libPtr->setComments(inLibrary.getComments());
         libPtr->setIsExtern(inLibrary.getIsExtern());
         libPtr->setName(inLibrary.getName());
         libPtr->setParent(inLibrary.getParent());
 
         std::list < std::string > userData;
         inLibrary.getUserData(userData);
         libPtr->setUserData(userData);
 
         std::vector<StatusSharedPtr> outStatus;
         inLibrary.getStatuses(outStatus);
         for(std::vector<StatusSharedPtr>::iterator it = outStatus.begin(); it != outStatus.end();
             ++it) {
             StatusSharedPtr clonedStatus = clone(*it, mFactory);
             libPtr->addStatus(clonedStatus);
         }
 
         std::map<Unit, ScaleFactor> outScaleFactors;
         outScaleFactors = inLibrary.getScaleFactors();
         std::map<Unit, ScaleFactor>::iterator it = outScaleFactors.begin();
         for(; it != outScaleFactors.end(); ++it) {
             libPtr->setScaleFactor((*it).first, (*it).second);
         }
         libPtr->setLevel(inLibrary.getLevel());
         libPtr->setOriginalName(inLibrary.getOriginalName());
         std::vector<CellSharedPtr> outCells;
         inLibrary.getCells(outCells);
         std::vector<CellSharedPtr>::iterator cellIt = outCells.begin();
         for(; cellIt != outCells.end(); ++cellIt) {
             CellSharedPtr newCell = clone(*cellIt, mFactory);
             libPtr->addCell(newCell);
         }
 
         SimulationInfoSharedPtr simuInfo = inLibrary.getSimulationInfo();
         if(simuInfo) {
             SimulationInfoSharedPtr clonedSimuInfo = clone(simuInfo, mFactory);
             libPtr->setSimulationInfo(clonedSimuInfo);
         }
 
         mReturnVal = libPtr;
     }
     catch(Error& e) {
         e.setCurrentLocation(__FUNCTION__, __FILE__, __LINE__);
         throw;
     }