std::forward_list::max_size returns the maximum number of elements that the forward_list container can hold. Your forward list implementation should be: //Forward list template<> struct F22<true>{ template<typename T> static void F23(const string& name, const T& a){ std::size_t i = 0; for (const auto& e : a) { std::cout << name << “[” << i << “]: ” … Read more
You have a member function: void func_A(int a, T initvalue = T()) {} that can be called like this: mc.func_A(1); Then you have an overloaded member function: void func_A(int a) {} that can also be called like this: mc.func_A(1); How could the compiler know which function you intend to call by that line? Answer: It … Read more
Can I make it work in my case somehow? Yes you can. You can either call it immediately after the definition: int median = [](std::vector<int> a) { std::sort(a.begin(), a.end()); return a[a.size() / 2]; }(v); //^^ –> invoke immediately with argument See for reference: How to immediately invoke a C++ lambda? or define the lambda and … Read more
To test if two consecutive numbers are equal, you dont need 100 elements, you need 2: int points[2], counter = 1; // Read in first point: cin >> points[0]; // Read until we meet our condition: do { // Read a point into the next part of the array. cin >> points[counter]; // toggle counter … Read more
From the documentation: If the input sequence runs out of characters to extract (i.e., the end-of-file is reached) before n characters have been successfully read, the array pointed to by s contains all the characters read until that point, and both the eofbit and failbit flags are set for the stream. … The number of … Read more
There is no serialization library defined as part of the C++ standard. You will have to use a third party library (and requests for recommendations are off-topic for Stack Overflow), or you will have to write your own (and “how should I write a serialization library?” is probably “too broad”).
Call bubbleSort(rain, MAX_MONTHS); in main with these changes : void displayRainfall(string months[MAX_MONTHS], double rain[MAX_MONTHS], int monthCount) { //title cout << “Monthly Rainfall for 2014” << endl; //print minimum rainfall cout << “Minimum: ” << months[MAX_MONTHS-1] << ” “<< rain[MAX_MONTHS-1] << endl; //print maximum rainfall cout << “Maximum: ” << months[0] << ” “<< rain[0] << … Read more