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version of operatori for it This approach is a slight improvement, but we can write only one operator< for a program What if we want to have findMax, for example, work with several different comparison alternatives The solution to the problem is to pass the comparison function as a second parameter to findMax and have findMax use the comparison function instead of assuming the existence of an operator<Thus f indMax will now have two parameters: a vector of Object (which need not have any operatori defined), and a comparison function The main issue left is how to pass the comparison function Some languages, including C++, allow parameters to be functions (actually they are pointers to functions) However, this solution often is inefficient and is not available in all object-oriented languages Instead, a solution that works in all object-oriented languages is to use a function object The function object-also call a functor-often contains no data but does contain a single method with a given name specified by the generic algorithm (in this case findMax)The object, which is simply an instance of the single-method class is then passed to the algorithm, which in turn calls the single method of the function object We can design different comparison functions by simply declaring new classes Each new class contains a different implementation of the agreed-upon single method An example is shown in Figure 53 The method f indMax now takes two parameters, the second of which is the function object As shown on line 1 I , f indMax expects the function object to implement a method named isLessThan (Specifically, i t is expecting that isLessThan takes two parameters, both of type compatible with Ob j ec t,for whatever ob j ect turns out to be) As the name of the function object parameter is comp,line I I calls the comparison function by compisLessThanWhat is the type of comp It can be any type (that has an isLessThan method), so we know that its type is a second template parameter We use the symbolic name Comparator to signify its role (~unctor would work also, but Comparator is a more specific name for this function object) Once we've written f indMax,it can be called in main To do so, we need to pass to findMax a vector of Rectangle objects and a function object that has an isLessThan method We implement a new class LessThanByWidth, which contains the required method That method returns a Boolean, indicating whether the first rectangle is less than the second rectangle on the basis of widths The main method simply passes an instance of LessThanByWidthto f indMax.

The Functor (Funct~on Objects)

Once routers update each other with their LSPs, the router records the LSPs in its database so that it has the most up-to-date topology information Using accumulated LSP data, a router builds a complete network topology and independently executes the Shortest Path First algorithm to calculate routes to every network Each time there is a change to the link state database owing to an LSP update, the router recalculates the best paths and updates the routing table accordingly The link state database is very crucial to the proper functioning of link state protocols In fact, link state protocols keep not one but three databases in the router First, the adjacency database, sometimes called the neighbor database, keeps track of all of the other directly attached routers The adjacency database is maintained with periodic Hello messages.

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Silverlight documentation on MSDN. You will find an overview of Silverlight, technical documentation on Silverlight, and articles on implementing some specific functionality such as Web media.

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/ / Generic findMax, with a function object / / Uses a named method in the function object / / Precondition: asize( ) > 0

template <class Object, class Comparator> const Object & findMax( const vector<Object> Comparator comp )

Second, the link state database (LSDB) stores the most recent LSPs sent by all the routers in the network This database is used to create the shortest path tree that ultimately creates the routing table Finally, the routing table or FIB is used by the router to optimally forward the IP packets to the destination Figure 819 illustrates the LSDB of Routers R1, R2, and R3 It is very important to understand that unlike distance vector protocols, which periodically update their entire routing table, link state protocols are driven by topology changes When a router recognizes a topology change (ie, link down, neighbor down, new link, or new neighbor), the router must notify its neighbors of this change so that they can record the change and rerun the SPF algorithm.

www.microsoft.com/silverlight/resources/

In this section we show how to compute XN(mod P) efficiently We can do so by initializing result to I and then repeatedly multiplying result by X , applying the % operator after every multiplication Using operator% in this way instead of just the last multiplication makes each multiplication easier because it keeps result smaller

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To accomplish this, the router that recognizes the changes sends new link state information about the change by flooding it throughout the network When each router receives the new link state information, the router must update its topological database and send the information to its neighbors Each router then independently runs the SPF algorithm against the new topological database to update its routing table Figure 820 illustrates this process..

Microsoft s Silverlight home page. You will find helpful links to Silverlight development tools, communities, news, and other information.

/ / Compute xAn ( mod p ) / / HugeInt: must have copy constructor, operator=, // conversion from int, * , i , % , ==, and ! = // Assumes p is not zero and power( 0, 0, p ) is 1

x, const HugeInt p )

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