Constructor & Destructor Documentation ◆ xyVector() [1/4] template xyVector< T >::xyVector default constructor to init the vector with capacity of 1 and size = 0
◆ xyVector() [2/4] template xyVector< T >::xyVector ( int cap ) Construct a new xy Vector with the constructor.
Parameters cap to en ◆ xyVector() [3/4] template xyVector< T >::xyVector ( T * dt, int n ) Construct a new xy Vector object.
Parameters n enters the size of the vector ◆ ~xyVector() template xyVector< T >::~xyVector Destroy the xy Vector object.
◆ xyVector() [4/4] template xyVector< T >::xyVector ( const xyVector< T > & another_vec ) copy vector with the constructor
Member Function Documentation ◆ Capacity() template int xyVector< T >::Capacity get the capacity of the vector
Returns int the capacity of the vector(object) ◆ clear() template void xyVector< T >::clear clear the vector
◆ empty() template bool xyVector< T >::empty check if the vector is empty or not
Returns true if the vector is empty false it vector is not empty ◆ erase() [1/2] template void xyVector< T >::erase ( iterator iter1, iterator iter2 ) deletes the elements from iterator 1 to iterator 2
Parameters iter1 the first iteratror iter2 the second iterator ◆ erase() [2/2] template void xyVector< T >::erase ( iterator ) takes an iterator and deletes it
◆ insert() template void xyVector< T >::insert ( iterator iter, T element ) insert a new element at the iterator position
Parameters iter the position in which the element will be put on element the element to be inserted ◆ operator<() template bool xyVector< T >::operator< ( xyVector< T > & v ) compares two vectors by elements >
Returns true if the first element that differs in the two vectors in the first vector is bigger > than in the second false if the first element that differs in the two vectors in the first vector is smaller < than in the second ◆ operator=() [1/2] template xyVector< T > & xyVector< T >::operator= ( const xyVector< T > && another_vec ) move the data from object to anther
Returns xyVector& the vector with new data ◆ operator=() [2/2] template xyVector< T > & xyVector< T >::operator= ( const xyVector< T > & another_vec ) copy vector with the assignment operator
Returns xyVector& the vector with the copied data ◆ operator==() template bool xyVector< T >::operator== ( xyVector< T > & v ) checks if two vectors are equal
Returns true if the two vectors are equal false if the two vectors are not equal ◆ operator>() template bool xyVector< T >::operator> ( xyVector< T > & v ) compares two vectors by elements <
Returns true if the first element that differs in the two vectors in the first vector is smaller < than in the second false true if the first element that differs in the two vectors in the first vector is bigger > than in the second ◆ operator template T & xyVector< T >::operator[] ( int idx ) access the vector elements using the [] operator
Returns T& the item with the index entered ◆ pop_back() template T xyVector< T >::pop_back delete the last element from the vector
Returns T the item that was deleted ◆ push_back() template int xyVector< T >::push_back ( T item ) push back an element of data type T to the vector
Returns int the element that was pushed ◆ resize() template void xyVector< T >::resize ( int new_size ) takes the new size as a parameter and changes teh size of the vector the new size
◆ size() template int xyVector< T >::size get the vector size
Returns int the size of the vector Friends And Related Function Documentation ◆ operator<< template template ostream & operator<< ( ostream & out, xyVector< t > v ) friend fucntion that prints the vector element using << operator
Template Parameters t the data type of the vector Parameters out ostream operator v the vector itself Returns ostream& the output stream operator