clones the vector and shallow copies all its elements . the elements have to implement the copyable interface . concode_field_sep int m_CapacityIncrement concode_elem_sep long serialVersionUID concode_elem_sep int m_Size concode_elem_sep int m_SpecialElement concode_elem_sep int m_Counter concode_elem_sep FastVector m_Vector concode_elem_sep Object[] m_Objects concode_elem_sep int m_CapacityMultiplier concode_field_sep void trimToSize concode_elem_sep void appendElements concode_elem_sep void swap concode_elem_sep Object firstElement concode_elem_sep int capacity concode_elem_sep boolean contains concode_elem_sep void insertElementAt concode_elem_sep int size concode_elem_sep void setElementAt concode_elem_sep boolean hasMoreElements concode_elem_sep Enumeration elements concode_elem_sep Enumeration elements concode_elem_sep Object lastElement concode_elem_sep Object elementAt concode_elem_sep void removeElementAt concode_elem_sep Object[] toArray concode_elem_sep void addElement concode_elem_sep Object copy concode_elem_sep void setCapacity concode_elem_sep int indexOf concode_elem_sep void removeAllElements concode_elem_sep Object nextElement concode_elem_sep String getRevision concode_elem_sep String getRevision
Object function ( ) { FastVector loc0 = new FastVector ( m_Objects . length ) ; loc0 . m_Size = m_Size ; loc0 . m_CapacityIncrement = m_CapacityIncrement ; loc0 . m_CapacityMultiplier = m_CapacityMultiplier ; for ( int loc1 = 0 ; loc1 < m_Size ; loc1 ++ ) { loc0 . m_Objects [ loc1 ] = ( ( Copyable ) m_Objects [ loc1 ] ) . loc0 ( ) ; } return loc0 ; }