Prototype_pattern_exercise/FullArray.cpp at master · cablegui/Prototype_pattern_exercise · GitHub

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// FullArray.cpp

// Template class for a normal arrays.

// 28 january 1999 RD Started

// 2002-1-21 Indexes starting at 1

// (C) Datasim Component Technology 1999

#ifndef DSFullArray_cpp

#define DSFullArray_cpp

#include "FullArray.hpp"

// Constructors & destructor

template <class V, class TA>

FullArray<V, TA>::FullArray(): ArrayStructure<V>()

{ // Default constructor

m_vector=std::vector<V, TA>(1); // vector object with 1 element

}

template <class V, class TA>

FullArray<V, TA>::FullArray(size_t size): ArrayStructure<V>()

{ // Constructor with size

m_vector=std::vector<V, TA>(size);

}

template <class V, class TA>

FullArray<V, TA>::FullArray(const FullArray<V, TA>& source): ArrayStructure<V>(source)

{ // Copy constructor

m_vector=source.m_vector;

}

template <class V, class TA>

FullArray<V, TA>::~FullArray()

{ // Destructor

}

// Selectors

template <class V, class TA>

size_t FullArray<V, TA>::Size() const

{ // Size of the array

return m_vector.size();

}

// Modifiers

// Operators

template <class V, class TA>

V& FullArray<V, TA>::operator[] (size_t index)

{ // Subscripting operator

return m_vector[index - 1];

}

template <class V, class TA>

const V& FullArray<V, TA>::operator[] (size_t index) const

{ // Subscripting operator

return m_vector[index - 1];

}

template <class V, class TA>

FullArray<V, TA>& FullArray<V, TA>::operator = (const FullArray<V, TA>& source)

{ // Assignment operator

// Exit if same object

if (this==&source) return *this;

// Call base class constructor

ArrayStructure<V>::operator = (source);

// Copy the embedded vector

m_vector=source.m_vector;

return *this;

}

#endif // FullArray_cpp

Prototype_pattern_exercise/FullArray.cpp at master · cablegui/Prototype_pattern_exercise · GitHub

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