C++ #pragma once // Only compile if LAB_2 is on #if LAB_2 #include #include #include #include using namespace std; How to check to see if it is a Palindrome in C++

C++ #pragma once // Only compile if LAB_2 is on #if LAB_2 #include #include #include #include using namespace std; // Checks to see if a number is a palindrome (reads the same forwards and backwards) // An example of a palindrome word would be "racecar" // // In: _num The number to check // // Return: True, if the number is a palindrome number inline bool IsPalindromeNumber(unsigned int _num) { } class DSA_Lab2 { friend class TestSuite; // Giving access to test code private: vector mValues; // contains all of the values vector mPalindromes; // contains just the numbers that are palindromes public: // Fill out the vector with the contents of the binary file // First four bytes of the file are the number of ints in the file // // In: _input Name of the file to open // // Note: Make sure the vector is empty and shrunk to 0 capacity before adding values void Fill(const char* _input) { } // Fill out the vector with the contents of an array // // In: _arr The array of values // _size The number of elements in the array // // Note: Make sure the vector is empty and shrunk to 0 capacity before adding values void Fill(const unsigned int* _arr, int _size) { } // Remove all elements from vector and decrease capacity to 0 void Clear() { } // Sort the vector // // In: _ascending To sort in ascending order or not void Sort(bool _ascending) { } // Get an individual element from the mValues vector int operator[](int _index) { } // Determine if a value is present in the vector // // In: _val The value to check for // // Return: True, if the value is present bool Contains(unsigned int _val) const { } // Move all palindrome numbers from mValues vector to mPalindromes vector // // Pseudocode: // iterate through the main values vector // if the value is a palindrome // add it to the palindrome vector // remove it from the values vector void MovePalindromes() { } }; #endif