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// Demonstrate count_if() #include <iostream> #include <vector> #include <algorithm> using namespace std; /* This is a unary predicate that determines if number is divisible by 3 */ bool dividesBy3(int i) { if((i%3) == 0) return true; return false; } int main() { vector<int> v; unsigned int i; for(i=1; i < 20; i++) vpush_back(i); cout << "Sequence:\n"; for(i=0; i<vsize(); i++) cout << v[i] << " "; cout << endl; i = count_if(vbegin(), vend(), dividesBy3); cout << i << " numbers are divisible by 3\n"; return 0; }

Notwithstanding Carrier Ethernet s very impressive growth, it is still, in relative terms, addressing only a minor portion of the total addressable opportunity At the current time, it is largely supplanting existing substitutes such as ATM but still has a long way to go to overtake solutions such as Frame Relay and Private Line And while it is capable of enabling sophisticated, real-time multimedia applications on a large scale, it is currently being used to mostly offer simple applications (such as Internet access, LAN interconnection, Ethernet Private Line, and to a much lesser extent Layer 2 VPNs) However, it is increasingly becoming the de facto solution when higher bandwidth is required (even on legacy solutions) and for all new service offerings; this, along with the development of a highly competitive landscape, continual technical improvements and standardization, make the prospect of Carrier Ethernet dominating the future of carrier services, a very distinct possibility it appears to be more a question of when this will likely happen and not if it will happen Market trends confirm this conclusion as well 3 and this chapter (16) highlight Carrier Ethernet s growth prospects while s 2 and 16 identify the challenges that it would face in this quest

To make this work, we register for the Loaded event in the Window:

Notice how the unary predicate dividesBy3( ) is coded All unary predicates receive as a parameter an object that is of the same type as that stored in the container upon which the predicate is operating The predicate must then return a true or false result based upon this object

27:

Sometimes it is useful to generate a new sequence that consists of only certain items from an original sequence One algorithm that does this is remove_copy( ) Its general form is shown here template <class InIter, class OutIter, class T> OutIter remove_copy(InIter start, InIter end, OutIter result, const T &val); The remove_copy( ) algorithm copies elements from the specified range, removing those that are equal to val It puts the result into the sequence pointed to by result and returns an iterator to the end of the result The output container must be large enough to hold the result To replace one element in a sequence with another when a copy is made, use replace_copy( ) Its general form is shown here template <class InIter, class OutIter, class T> OutIter replace_copy(InIter start, InIter end, OutIter result, const T &old, const T &new); The replace_copy( ) algorithm copies elements from the specified range, replacing elements equal to old with new It puts the result into the sequence pointed to by result and returns an iterator to the end of the result The output container must be large enough to hold the result The following program demonstrates remove_copy( ) and replace_copy( ) It creates a sequence of characters It then removes all of the spaces from the sequence Next, it replaces all spaces with colons

Loaded="Window_Loaded"

There is no one commercial solution that provides the entire gamut of Carrier Ethernet capabilities today, at least economically; realistically though, there is still not an immediate need for all these features in any substantial measure, and consequently, the numerous (partial) solutions for Carrier Ethernet that have emerged are perfectly acceptable In fact, multiple commercial solutions exist because the different legacy (pre-Carrier Ethernet) solutions, be it SONET or TDM or Copper, have also been augmented with features to address the customer requirements for Carrier Ethernet (although perhaps not optimally), and are eminently viable from an economic standpoint (Part II, s 5 through 15, describe most of the solutions in use today)

// Demonstrate remove_copy and replace_copy #include <iostream> #include <vector> #include <algorithm> using namespace std; int main() { char str[] = "The STL is power programming"; vector<char> v, v2(30); unsigned int i; for(i=0; str[i]; i++) vpush_back(str[i]); C++