OpenPRA Documentation

scram::mef::TableRange ​

Wraps the element container tables into ranges of plain references to hide the memory smart or raw pointers. More...

#include <element.h>

Public Classes ​

Name
classiterator <br>The proxy forward iterator to extract values instead of pointers.

Public Types ​

Name
using std::conditional_t< std::is_const_v< T >, std::add_const_t< deref_type >, deref_type >value_type <br>Value typedefs of the range.
using value_type &reference
using value_type *pointer
using iteratorconst_iterator <br>Phony const iterator for ranges.

Public Functions ​

Name
boolempty() const<br>The proxy members for the common functionality of the associative table T.
std::size_tsize() const
std::size_tcount(const key_type & key) const
iteratorfind(const key_type & key) const
iteratorbegin() const
iteratorend() const
iteratorcbegin() const
iteratorcend() const
TableRange(T & table)

Detailed Description ​

cpp
template <class T >
class scram::mef::TableRange;

Wraps the element container tables into ranges of plain references to hide the memory smart or raw pointers.

Template Parameters:

  • T Const or non-const associative container type.

This is similar to boost::range::adaptors::indirect.

This range is used to enforce const correctness by not leaking modifiable elements in the const containers of pointers.

Public Types Documentation ​

using value_type ​

cpp
using scram::mef::TableRange< T >::value_type =  std::conditional_t<std::is_const_v<T>, std::add_const_t<deref_type>, deref_type>;

Value typedefs of the range.

using reference ​

cpp
using scram::mef::TableRange< T >::reference =  value_type&;

using pointer ​

cpp
using scram::mef::TableRange< T >::pointer =  value_type*;

using const_iterator ​

cpp
using scram::mef::TableRange< T >::const_iterator =  iterator;

Phony const iterator for ranges.

Public Functions Documentation ​

function empty ​

cpp
inline bool empty() const

The proxy members for the common functionality of the associative table T.

function size ​

cpp
inline std::size_t size() const

function count ​

cpp
inline std::size_t count(
    const key_type & key
) const

function find ​

cpp
inline iterator find(
    const key_type & key
) const

function begin ​

cpp
inline iterator begin() const

function end ​

cpp
inline iterator end() const

function cbegin ​

cpp
inline iterator cbegin() const

function cend ​

cpp
inline iterator cend() const

function TableRange ​

cpp
inline explicit TableRange(
    T & table
)

Parameters:

  • table The associative container of pointers.

Updated on 2025-11-11 at 16:51:08 +0000