// Created by Jonathan Carver /* There may be issues running the binary portion of this on SoloLearn's CP, and I believe it is due to dual-switch confusion, but who knows. If you run into any issues with the binary or morse section of this code, run it here: [https://www.onlinegdb.com/online_c++_compiler] it WILL work here and on g++. Just so you know... I hate binary, and that part strained my eyes a bit. Written by Jonathan Carver Date: 3/26/18 Purpose: Encode Input into Morse or Binary via User Decision Keep in mind, that this is meant to be an "improved" version of my Morse Code Encoder that I posted earlier. Let me know if there are any obvious bugs, or any I missed during testing. NOTICE: after inputting your data to encode, a double-enter is required to lock in the data exchange for encoding. (this applies to g++ and the link above). Code Playground preprocessor input should look as shown below: [Morse] 1: - morse OR Morse 2: - [Binary] 1: - binary OR Binary 2: - (may be bugged) */ #include #define RUN_SUCCESS 0 #define pass (void)0 using namespace std; int main() { std::string charInput; std::string method; std::cout << "What do you want to encode your text into? Morse or Binary?"<< endl; std::cin >> method; std::cin.ignore(); if (method == "Morse" || method == "morse") { // -- Take sentence as input -- // std::cout << "Input your data to be encoded: "; getline(cin, charInput); std::cin.ignore(); std::cout << charInput << endl << endl; // -- | -- // std::cout << "Encoded Output:" << endl; for (int j = 0; j < charInput.length(); j++) { switch (charInput[j]) { // Alphabetical upper -> lower case 'A': { std::cout << ".- "; break; } case 'a': { std::cout << ".- "; break; } case 'B': { std::cout << "-... "; break; } case 'b': { std::cout << "-... "; break; } case 'C': { std::cout << "-.-. "; break; } case 'c': { std::cout << "-.-. "; break; } case 'D': { std::cout << "-.. "; break; } case 'd': { std::cout << "-.. "; break; } case 'E': { std::cout << ". "; break; } case 'e': { std::cout << ". "; break; } case 'F': { std::cout << "..-. "; break; } case 'f': { std::cout << "..-. "; break; } case 'G': { std::cout << "--. "; break; } case 'g': { std::cout << "--. "; break; } case 'H': { std::cout << ".... "; break; } case 'h': { std::cout << ".... "; break; } case 'I': { std::cout << ".. "; break; } case 'i': { std::cout << ".. "; break; } case 'J': { std::cout << ".--- "; break; } case 'j': { std::cout << ".--- "; break; } case 'K': { std::cout << "-.- "; break; } case 'k': { std::cout << "-.- "; break; } case 'L': { std::cout << ".-.. "; break; } case 'l': { std::cout << ".-.. "; break; } case 'M': { std::cout << "-- "; break; } case 'm': { std::cout << "-- "; break; } case 'N': { std::cout << "-. "; break; } case 'n': { std::cout << "-. "; break; } case 'O': { std::cout << "--- "; break; } case 'o': { std::cout << "--- "; break; } case 'P': { std::cout << ".--. "; break; } case 'p': { std::cout << ".--. "; break; } case 'Q': { std::cout << "--.- "; break; } case 'q': { std::cout << "--.- "; break; } case 'R': { std::cout << ".-. "; break; } case 'r': { std::cout << ".-. "; break; } case 'S': { std::cout << "... "; break; } case 's': { std::cout << "... "; break; } case 'T': { std::cout << "- "; break; } case 't': { std::cout << "- "; break; } case 'U': { std::cout << "..- "; break; } case 'u': { std::cout << "..- "; break; } case 'V': { std::cout << "...- "; break; } case 'v': { std::cout << "...- "; break; } case 'W': { std::cout << ".-- "; break; } case 'w': { std::cout << ".-- "; break; } case 'X': { std::cout << "-..- "; break; } case 'x': { std::cout << "-..- "; break; } case 'Y': { std::cout << "-.-- "; break; } case 'y': { std::cout << "-.-- "; break; } case 'Z': { std::cout << "--.. "; break; } case 'z': { std::cout << "--.. "; break; } // Integer input case '0': { std::cout << "----- "; break; } case '1': { std::cout << ".---- "; break; } case '2': { std::cout << "..--- "; break; } case '3': { std::cout << "...-- "; break; } case '4': { std::cout << "....- "; break; } case '5': { std::cout << "..... "; break; } case '6': { std::cout << "-.... "; break; } case '7': { std::cout << "--... "; break; } case '8': { std::cout << "---.. "; break; } case '9': { std::cout << "----. "; break; } } } } else { if (method == "binary" || method == "Binary") { std::cout << "Input the your data to be encoded: "; getline(cin, charInput); cin.ignore(); std::cout << charInput << endl << endl; std::cout << "Encoded Output: " << endl; for (int k; k < charInput.length(); k++) { switch (charInput[k]) { // Alphabetical Upper -> lower case 'A': { std::cout << "01000001 "; break; } case 'a': { std::cout << "01100001 "; break; } case 'B': { std::cout << "01000010 "; break; } case 'b': { std::cout << "01100010 "; break; } case 'C': { std::cout << "01000011 "; break; } case 'c': { std::cout << "01100011 "; break; } case 'D': { std::cout << "01000100 "; break; } case 'd': { std::cout << "01100100 "; break; } case 'E': { std::cout << "01000101 "; break; } case 'e': { std::cout << "01100101 "; break; } case 'F': { std::cout << "01000110 "; break; } case 'f': { std::cout << "01100110 "; break; } case 'G': { std::cout << "01000111 "; break; } case 'g': { std::cout << "01100111 "; break; } case 'H': { std::cout << "01001000 "; break; } case 'h': { std::cout << "01101000 "; break; } case 'I': { std::cout << "01001001 "; break; } case 'i': { std::cout << "01101001 "; break; } case 'J': { std::cout << "01001010 "; break; } case 'j': { std::cout << "01101010 "; break; } case 'K': { std::cout << "01001011 "; break; } case 'k': { std::cout << "01101011 "; break; } case 'L': { std::cout << "01001100 "; break; } case 'l': { std::cout << "01101100 "; break; } case 'M': { std::cout << "01001101 "; break; } case 'm': { std::cout << "01101101 "; break; } case 'N': { std::cout << "01001110 "; break; } case 'n': { std::cout << "01101110 "; break; } case 'O': { std::cout << "01001111 "; break; } case 'o': { std::cout << "01101111 "; break; } case 'P': { std::cout << "01010000 "; break; } case 'p': { std::cout << "01100000 "; break; } case 'Q': { std::cout << "01010001 "; break; } case 'q': { std::cout << "01110001 "; break; } case 'R': { std::cout << "01010010 "; break; } case 'r': { std::cout << "01110010 "; break; } case 'S': { std::cout << "01010011 "; break; } case 's': { std::cout << "01110011 "; break; } case 'T': { std::cout << "01010100 "; break; } case 't': { std::cout << "01110100 "; break; } case 'U': { std::cout << "01010101 "; break; } case 'u': { std::cout << "01110101 "; break; } case 'V': { std::cout << "01010110 "; break; } case 'v': { std::cout << "01110110 "; break; } case 'W': { std::cout << "01010111 "; break; } case 'w': { std::cout << "01110111 "; break; } case 'X': { std::cout << "01011000 "; break; } case 'x': { std::cout << "01111000 "; break; } case 'Y': { std::cout << "01011001 "; break; } case 'y': { std::cout << "01111001 "; break; } case 'Z': { std::cout << "01011010 "; break; } case 'z': { std::cout << "01111010 "; break; } // Integer Input case '0': { std::cout << "00110000 "; break; } case '1': { std::cout << "00110001 "; break; } case '2': { std::cout << "00110010 "; break; } case '3': { std::cout << "00110011 "; break; } case '4': { std::cout << "00110100 "; break; } case '5': { std::cout << "00110101 "; break; } case '6': { std::cout << "00110110 "; break; } case '7': { std::cout << "00110111 "; break; } case '8': { std::cout << "00111000 "; break; } case '9': { std::cout << "00111001 "; break; } } } } } return RUN_SUCCESS; }