Look at the code below and use the following comments to incdicate the scope of the static variables or functions. Place the comment below the relevant line.Module scopeClass scopeFunction scopeThe code runs. Use onlinegdb.com to see it run. Module scope means global but only known in this source file. Class scope means global but only known by the class. Function scope means global but only known in the function.Hide Comments1 #include 2static const int MAX_SIZE=10;5 // Return the max value6 static double max(double d1)7 {static double lastMax = 0;lastMax = (di > lastMax) ? di : lastMax;return lastMax;81011 }1213 // singleton class only one instance allowed14 class singleton15 {public:static Singleton& getsingleton() { return theone; }// Returns the Singleton1617181920friend std::ostream& operator<< (std::ostream& o, const Singleton& s);private:Singleton() { };// Prevents more instances2122232425static Singleton theone;26 };27 Singleton Singleton::theOne;282930 int main()31 {static Singleton& s = Singleton::getsingleton();3233double array[MAX_SIZE] = { 1.1, 5.5, 3.3, 7.7, 4.4, 9.9, 2.2, 6.6, 8.8, e };34for (double maxval : array)std::cout << "max: " << max (maxval) << std::endl;35363738std::cout <« s;39return e;40 }4142 // insertion operator«43 std::ostream& operator<« (std::ostream& o, const singleton& s)44 {45o « "Output singleton\n";46 }47

Static variables have a property of preserving their value even after they are out of their scope.…

tatic const int MAX_SIZE=10; / Return the max value tatic double max(double d1) static double lastMax = e; lastMax = (d1 > lastMax) ? di : lastmax; return lastmax; / singleton class only one instance allowed lass singleton public: static singleton& getsingleton() { return theone; } // Returns the singleton friend std::ostream& operator<« (std::0stream& o, const singleton& s); private: Singleton() { }; // Prevents more instances static singleton theOne; ingleton Singleton::theOne; nt main() static singleton& s = singleton::getsingleton(); double array[MAX_SIZE] = { 1.1, 5.5, 3.3, 7.7, 4.4, 9.9, 2.2, 6.6, 8.8, e }; for (double maxval : array) std::cout <« "max: " « max(maxval) « std::endl; std::cout « s; return e; / insertion operator<< td::ostream& operator<« (std: :ostream& o, const singleton& s) O s "Outout sineleton\n":

tatic const int MAX_SIZE=10; / Return the max value tatic double max(double d1) static double lastMax = e; lastMax = (d1 > lastMax) ? di : lastmax; return lastmax; / singleton class only one instance allowed lass singleton public: static singleton& getsingleton() { return theone; } // Returns the singleton friend std::ostream& operator<« (std::0stream& o, const singleton& s); private: Singleton() { }; // Prevents more instances static singleton theOne; ingleton Singleton::theOne; nt main() static singleton& s = singleton::getsingleton(); double array[MAX_SIZE] = { 1.1, 5.5, 3.3, 7.7, 4.4, 9.9, 2.2, 6.6, 8.8, e }; for (double maxval : array) std::cout <« "max: " « max(maxval) « std::endl; std::cout « s; return e; / insertion operator<< td::ostream& operator<« (std: :ostream& o, const singleton& s) O s "Outout sineleton\n":

Programming with Microsoft Visual Basic 2017

8th Edition

ISBN:9781337102124

Author:Diane Zak

Publisher:Diane Zak

Chapter10: Classes And Objects

Section: Chapter Questions

Problem 7E

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