ClassKeyMap.hh File Reference

Keyed-access map with key subset map for each client class. More...

#include <utility/keys/ClassKeyMap.fwd.hh>
#include <utility/vector1.hh>
#include <utility/assert.hh>
#include <utility>

Classes
class	utility::keys::ClassKeyMap< K, T, C >
	Keyed-access map with key subset map for each client class. More...

Namespaces
	utility
	unresizable vector whose size is known at compile time, which may be allocated on the stack, and which indexes from 1.
	utility::keys

Functions
template<typename K , typename T , typename C >
void	utility::keys::swap (ClassKeyMap< K, T, C > &a, ClassKeyMap< K, T, C > &b)
	swap( ClassKeyMap, ClassKeyMap ) More...
template<typename K , typename T , typename C >
bool	utility::keys::operator== (ClassKeyMap< K, T, C > const &a, ClassKeyMap< K, T, C > const &b)
	ClassKeyMap == ClassKeyMap. More...
template<typename K , typename T , typename C >
bool	utility::keys::operator!= (ClassKeyMap< K, T, C > const &a, ClassKeyMap< K, T, C > const &b)
	ClassKeyMap != ClassKeyMap. More...
template<typename K , typename T , typename C >
bool	utility::keys::operator< (ClassKeyMap< K, T, C > const &a, ClassKeyMap< K, T, C > const &b)
	ClassKeyMap < ClassKeyMap. More...
template<typename K , typename T , typename C >
bool	utility::keys::operator> (ClassKeyMap< K, T, C > const &a, ClassKeyMap< K, T, C > const &b)
	ClassKeyMap > ClassKeyMap. More...
template<typename K , typename T , typename C >
bool	utility::keys::operator<= (ClassKeyMap< K, T, C > const &a, ClassKeyMap< K, T, C > const &b)
	ClassKeyMap <= ClassKeyMap. More...
template<typename K , typename T , typename C >
bool	utility::keys::operator>= (ClassKeyMap< K, T, C > const &a, ClassKeyMap< K, T, C > const &b)
	ClassKeyMap >= ClassKeyMap. More...
template<typename K , typename T , typename C >
void	std::swap (utility::keys::ClassKeyMap< K, T, C > &a, utility::keys::ClassKeyMap< K, T, C > &b)
	swap( ClassKeyMap, ClassKeyMap ) More...

Detailed Description

Keyed-access map with key subset map for each client class.

Author

Stuart G. Mentzer (Stuar.nosp@m.t_Me.nosp@m.ntzer.nosp@m.@obj.nosp@m.exx.c.nosp@m.om)

Note

• Key can be any type that is convertible to the index map's index type
• The Key type should not be the same as Index or you'll get an operator[] ambiguity
• If a utility Key subtype is used it must declare the ClassKeyMap as a friend
• Keys are added to map by assign(), operator(), add(), and activate()
• Keys can be added to map out of order
• Client (C) parameter => Distinct type per client
• Static index map => Client vectors share key set
• Can create elements and then assign keys or vice versa: At any time you Can have a vector with more or fewer elements than there are active keys