Givaro
Public Types | Public Member Functions | Protected Attributes
ArrayAllocatort< T, Tag > Class Template Reference

ArrayAllocator: class for allocation of arrays. More...

#include <givarrayallocator.h>

+ Inheritance diagram for ArrayAllocatort< T, Tag >:
+ Collaboration diagram for ArrayAllocatort< T, Tag >:

Public Types

typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 
typedef Type_t value_type
 STL compliance.
 

Public Member Functions

void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void destroy ()
 Destroy of the array.
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void allocate (size_t s)
 Allocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void reallocate (size_t s)
 Reallocation of an array of s Elements. More...
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void resize (size_t s)
 resize
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
void reserve (size_t s)
 reserve
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tcopy (const Self_t &src)
 Physical copy operator. More...
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
Self_tlogcopy (const Self_t &src)
 Logical recopy operator: make an alias to src. Return dest.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t size () const
 Return the occuped size of the array.
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
size_t phsize () const
 Return the physical size of the array (capacity)
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
Type_t * baseptr ()
 Return the base ptr to the array.
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & operator[] (Indice_t i) const
 Access to the ith Element:
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
const T & front () const
 back/front
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void push_back (const T &a)
 add one element at the end
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void write (Indice_t i, const Type_t &val)
 write
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
void read (Indice_t i, Type_t &val) const
 read
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 
Iterator_t begin ()
 Iterators.
 

Protected Attributes

int * _cnt
 reference counter on _d
 
size_t _size
 actual size of the array. More...
 
size_t _psz
 physical size of the array
 
T * _d
 ptr to the memory
 

Detailed Description

template<class T, class Tag>
class Givaro::ArrayAllocatort< T, Tag >

ArrayAllocator: class for allocation of arrays.

Specialization: for Array0Tag.

Should have

Member Function Documentation

◆ allocate() [1/41]

void allocate ( size_t  s)
inlineinherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [2/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [3/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [4/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [5/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [6/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [7/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [8/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [9/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [10/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [11/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [12/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [13/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [14/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [15/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [16/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [17/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [18/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [19/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [20/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [21/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [22/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [23/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [24/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [25/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [26/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [27/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [28/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [29/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [30/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [31/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [32/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [33/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [34/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [35/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [36/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [37/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [38/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [39/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [40/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ allocate() [41/41]

void allocate ( size_t  s)
inherited

Allocation of an array of s Elements.

if refcount>1 then it is always a creation of new array

◆ reallocate() [1/41]

void reallocate ( size_t  s)
inlineinherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [2/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [3/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [4/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [5/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [6/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [7/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [8/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [9/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [10/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [11/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [12/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [13/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [14/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [15/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [16/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [17/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [18/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [19/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [20/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [21/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [22/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [23/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [24/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [25/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [26/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [27/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [28/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [29/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [30/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [31/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [32/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [33/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [34/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [35/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [36/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [37/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [38/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [39/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [40/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ reallocate() [41/41]

void reallocate ( size_t  s)
inherited

Reallocation of an array of s Elements.

if refcount>1 then it is always a creation of new array + recopy

◆ copy() [1/41]

Array0< T > & copy ( const Self_t src)
inlineinherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [2/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [3/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [4/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [5/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [6/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [7/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [8/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [9/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [10/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [11/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [12/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [13/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [14/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [15/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [16/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [17/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [18/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [19/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [20/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [21/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [22/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [23/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [24/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [25/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [26/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [27/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [28/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [29/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [30/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [31/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [32/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [33/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [34/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [35/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [36/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [37/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [38/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [39/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [40/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

◆ copy() [41/41]

Self_t & copy ( const Self_t src)
inherited

Physical copy operator.

reallocate dest of the same size as src (if necessary) and apply GivaroCopyItem<Array<T>,T> on each Element. This class can be specialized. Return dest (i.e, *this).

Field Documentation

◆ _size

size_t _size
protectedinherited

actual size of the array.

If ==0 then _psz=_d=_cnt=0


The documentation for this class was generated from the following file: