//Storage.h #ifndef __STORAGE__H #define __STORAGE__H #include using namespace std; class Storage{ int data; public: Storage(int a):data(a){ } Storage &operator++(); Storage operator*(const Storage & m); friend Storage operator*(int n,const Storage & m); Storage operator*(int n); friend ostream & operator<<(ostream & out, const Storage & m); Storage operator+(const Storage & m); Storage& operator+=(const Storage & m); Storage& operator=(const Storage & m); }; #endif //Storage.cpp //#include "Storage.h" //#include Storage & Storage::operator++(){ ++data; return *this; } Storage Storage::operator*(const Storage & m){ return Storage(data*m.data); } Storage operator*(int n,const Storage & m){ return Storage(n*m.data); } ostream & operator<<(ostream & out, const Storage & m){ out< //#include "Storage.h" //using namespace std; template T compute(T val) { T result = 0; result += 2 * (++val) + 3; return result; } int main() { int a = 2; double b = 3.2; Storage c(10); Storage d(4); cout << "a:"<

lab8(17.05.2019)