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As noted in 2, Security will inevitably be addressed either in commercial solutions itself or as an adjunct to the Carrier Ethernet delivery solutions The MEF has already begun discussing this aspect While existing substitutes such as Frame Relay, Private Line, and ATM are decelerating in a growth market, hitherto unknown technologies may conceivably undermine Carrier Ethernet in the future However, there have not been any notably visible substitutes to Carrier Ethernet emerging And given that incumbency, familiarity and maturity are much valued factors in the Service Provider realm, Carrier Ethernet, appears to be in a fairly safe position (though one can never rule out the threats from a potent mix of some disruptive emerging technologies and a healthy dose of competition/politics!) As long as Carrier Ethernet like its LAN parent, continues to mature, adapt, and self-optimize, it will likely neutralize any challenges One other substitute to potentially watch out for is cost-optimized MPLS; it may extend from a fairly dominant position in the Service Provider Core and make in roads in to the Access networks Again, the economics, complexity, and familiarity may dictate which way the Service Provider community may sway

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its key For example, you could define a map that uses a person s name as its key and stores that person s telephone number as its value Associative containers are becoming more popular in programming As mentioned, a map can hold only unique keys Duplicate keys are not allowed To create a map that allows nonunique keys, use multimap The map container has the following template specification template <class Key, class T, class Comp = less<Key>, class Allocator = allocator<pair<const Key, T> > > class map Here, Key is the data type of the keys, T is the data type of the values being stored (mapped), and Comp is a function that compares two keys This defaults to the standard less( ) utility function object Allocator is the allocator (which defaults to allocator) A map has the following constructors explicit map(const Comp &cmpfn = Comp( ), const Allocator &a = Allocator( ) ); map(const map<Key, T, Comp, Allocator> &ob); template <class InIter> map(InIter start, InIter end, const Comp &cmpfn = Comp( ), const Allocator &a = Allocator( )); The first form constructs an empty map The second form constructs a map that contains the same elements as ob The third form constructs a map that contains the elements in the range specified by the iterators start and end The function specified by cmpfn, if present, determines the ordering of the map In general, any object used as a key should define a default constructor and overload any necessary comparison operators The following comparison operators are defined for map ==, <, <=, !=, >, >= Several of the map member functions are shown in Table 27-4 In the descriptions, key_type is the type of the key, and value_type represents pair<Key, T> Key/value pairs are stored in a map as objects of type pair, which has this template specification.

If you look at all the attributes, you ll see that none of them use the dot notation (such as Canvas.Left). We make all the behavior changes by setting properties available on the controls themselves. The StackPanel automatically takes these properties into account when laying out the controls. We ve highlighted some of the specific properties. On the first control, we set an explicit Figure 4.14 Setting the StackPanel orientation in the Properties grid width b. The layout panel still tries to stretch the control (because Stretch is the default alignment), but it can t quite reach all the way across now. The control appears centered but with the specified Width of 200. On the second control c, we set HorizontalAlignment to Left, rather than letting it default to Stretch. The HorizontalAlignment property tells the containing layout how it would prefer to be positioned. Because the control is now left-justified, it takes on its default sizing behavior. As you ve probably guessed, there s also a Figure 4.15 StackPanel with some values set explicitly on the controls VerticalAlignment property. Because of the current orientation of the StackPanel, setting VerticalAlignment would have no

template <class Ktype, class Vtype> struct pair { typedef Ktype first_type; // type of key typedef Vtype second_type; // type of value Ktype first; // contains the key Vtype second; // contains the value // constructors

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