#ifndef conversionindexptrvector_h #define conversionindexptrvector_h class ConversionIndex; /** * \class ConversionIndexPtrVector * \brief This class implements a dynamic vector of ConversionIndex values */ class ConversionIndexPtrVector { public: /** * \brief This is the default ConversionIndexPtrVector constructor */ ConversionIndexPtrVector() { size = 0; v = 0; }; /** * \brief This is the ConversionIndexPtrVector constructor that creates a copy of an existing ConversionIndexPtrVector * \param initial is the ConversionIndexPtrVector to copy */ ConversionIndexPtrVector(const ConversionIndexPtrVector& initial); /** * \brief This is the ConversionIndexPtrVector destructor * \note This will free all the memory allocated to all the elements of the vector */ ~ConversionIndexPtrVector(); /** * \brief This will add one new entry to the vector * \param value is the value that will be entered for the new entry */ void resize(ConversionIndex* value); /** * \brief This will delete an entry from the vector * \param pos is the element of the vector to be deleted * \note This will free the memory allocated to the deleted element of the vector */ void Delete(int pos); /** * \brief This will return the size of the vector * \return the size of the vector */ int Size() const { return size; }; /** * \brief This will return the value of an element of the vector * \param pos is the element of the vector to be returned * \return the value of the specified element */ ConversionIndex*& operator [] (int pos) { return v[pos]; }; /** * \brief This will return the value of an element of the vector * \param pos is the element of the vector to be returned * \return the value of the specified element */ ConversionIndex* const& operator [] (int pos) const { return v[pos]; }; protected: /** * \brief This is the vector of ConversionIndex values */ ConversionIndex** v; /** * \brief This is the size of the vector */ int size; }; #endif