ebl::svector< T > Class Template Reference
#include <smart.h>
Inheritance diagram for ebl::svector< T >:
Classes | |
| class | const_iterator |
| Custom iterator for svector. More... | |
| class | iterator |
| Custom iterator for svector. More... | |
Public Member Functions | |
| svector () | |
| Default constructor. | |
| svector (const svector< T > &other) | |
| Construct from another svector. | |
| svector (uint n) | |
| Constructs a vector of n empty elements. | |
| virtual void | clear () |
| Unlocks all elements and clears the pointers in this vector. | |
| virtual void | clear (uint i) |
| Unlocks element 'i' and set it to empty (NULL). | |
| virtual T & | operator[] (uint i) |
| Returns a reference to T at index 'i'. | |
| virtual const T & | at_const (uint i) const |
| Returns a reference to T at index 'i'. | |
| virtual bool | exists (uint i) const |
| Returns true if element 'i' is empty, false otherwise. | |
| virtual uint | size_existing () const |
| Returns the number of non-empty elements. | |
| virtual void | remove (uint i) |
| virtual void | remove (uint start, uint end) |
| Remove all elements between 'start' and 'end' (included). | |
| virtual void | remove_empty () |
| virtual void | push_front (T &e) |
| Lock 'e' and and push its address to the front of this. | |
| virtual void | push_front_new (T &e) |
| Allocates a copy of 'e', lock it and push it to the front of this. | |
| virtual void | push_back (T *e) |
| Lock and push an element 'e' to the end of this vector. | |
| virtual void | push_back (T &e) |
| Lock and push an element 'e' to the end of this vector. | |
| virtual void | push_back_new (const T &e) |
| Allocates a copy of 'e', lock it and push it to the end of this vector. | |
| virtual void | push_back_new (const T *e) |
| Allocates a copy of 'e', lock it and push it to the end of this vector. | |
| virtual void | push_back (std::vector< T * > &v) |
| Lock and push all elements of 'v' to the end of this vector. | |
| virtual void | push_back (svector< T > &v) |
| Lock and push all elements of 'v' to the end of this vector. | |
| virtual void | push_back_new (const svector< T > &v) |
| Allocate new, lock and push all elements of 'v' to the end of this. | |
| virtual void | push_back_empty () |
| Push an empty element (null) to the end of this vector. | |
| virtual void | set (T &e, uint n) |
| Unlocks element at index 'n' and replace it with 'e' (and lock it). | |
| virtual void | set_new (T &e, uint n) |
| Unlocks element at index 'n' and replace it with a new 'e'(and lock it). | |
| virtual void | operator= (svector< T > v) |
| Clear all elements, then lock and push all elements of 'v' to the end. | |
| virtual void | swap (uint i, uint j) |
| Swap elements 'i' and 'j'. | |
| virtual svector< T > | copy () |
| Returns a svector that contains copies of each element of this. | |
| virtual void | copy (const svector< T > &other) |
| Clear this and allocate copies of all elements of 'other' into this one. | |
| virtual void | copy (svector< T > &other) |
| Clear this and allocate copies of all elements of 'other' into this one. | |
| virtual svector< T > | narrow (uint n, uint offset) |
| Returns an midxd with 'n' elements starting at 'offset'. | |
| virtual void | resize_default (uint n) |
| virtual void | randomize () |
| Randomizes order of elements. | |
| virtual iterator | begin (uint offset=0) |
| virtual const_iterator | begin (uint offset=0) const |
| void | lock_all () |
Protected Member Functions | |
| void | unlock_all () |
| Unlock all idx contained in this midx. | |
| void | unlock_range (uint start, uint end) |
| Unlock all elements between 'start' and 'end' (included). | |
Protected Attributes | |
| std::vector< T * >::iterator | it |
Detailed Description
template<class T>
class ebl::svector< T >
A smart vector that handles smart pointers, i.e. this vector must be given dynamically allocated objects and will handle their deletion automatically.
Member Function Documentation
template<class T >
| svector< T >::iterator ebl::svector< T >::begin | ( | uint | offset = 0 | ) | [virtual] |
Returns an iterator pointing to the beginning of this vector.
- Parameters:
-
offset Start at begin + offset.
template<class T >
| svector< T >::const_iterator ebl::svector< T >::begin | ( | uint | offset = 0 | ) | const [virtual] |
Returns an iterator pointing to the beginning of this vector.
- Parameters:
-
offset Start at begin + offset.
template<class T >
| void ebl::svector< T >::lock_all | ( | ) |
Lock all idx contained in this midx, so that they are not deleted if other midx referencing them unlock them.
template<class T >
| void ebl::svector< T >::remove | ( | uint | i | ) | [virtual] |
Unlocks element 'i' and erase the vector element (shifting all above) down by 1 element and decreasing size() by 1.
template<class T >
| void ebl::svector< T >::remove_empty | ( | ) | [virtual] |
Erases all elements that are empty (!exists()), reducing the size of this vector by n if n elements are empty.
template<class T >
| void ebl::svector< T >::resize_default | ( | uint | n | ) | [virtual] |
Pushes new elements of type T with default empty constructor until reaching size of n.
The documentation for this class was generated from the following files:
