Vector

template <typename Element>
class Vector : public Countable<Element>

Vector class template.

Public Types

template<>
typedef int (*Comparer)(const Element &lhs, const Element &rhs)

Public Functions

Vector(unsigned int initialCapacity = 10, unsigned int capacityIncrement = 10)

Vector(const Vector &rhv)

~Vector()

unsigned int capacity() const

bool contains(const Element &elem) const

const Element &firstElement() const

int indexOf(const Element &elem) const

bool isEmpty() const

const Element &lastElement() const

int lastIndexOf(const Element &elem) const

unsigned int count() const

unsigned int size() const

void copyInto(Element *array) const

bool add(const Element &obj)

bool addElement(const Element &obj)

bool addElement(Element *objp)

void clear()

bool ensureCapacity(unsigned int minCapacity)

void removeAllElements()

bool removeElement(const Element &obj)

bool setSize(unsigned int newSize)

void trimToSize()

const Element &elementAt(unsigned int index) const

bool insertElementAt(const Element &obj, unsigned int index)

const void remove(unsigned int index)

void removeElementAt(unsigned int index)

bool setElementAt(const Element &obj, unsigned int index)

const Element &get(unsigned int index) const

const Element &operator[](unsigned int index) const

Element &operator[](unsigned int index)

const Vector<Element> &operator=(const Vector<Element> &rhv)

const Vector<Element> &operator=(const Vector<Element> &&other)

void sort(Comparer compareFunction)

const Element &at(unsigned int i) const