Whenever I wanted to use header files I would just make a .cpp and .h file. However the professor I'm taking wants two .cpp files and a header (one cpp file having the same name name as the header, the other main).
What is the purpose of the .cpp file with the same name and how do I structure it?
My code if you need it, doubt you will, thanks!!!!!
Also would like to add that without you guys life in my C classes would have been hell. You helped me through a lot when I was learning this for fun (I still am, just not on my own anymore :P) and extremely grateful for that. I'll try to beat you guys to posts but you guys are fast!
main.cpp
.hCode:#include <iostream> using namespace std; #include "TicTacToe.h" int main() { int turns = 0; TicTacToe game; game.outputGrid(); for(;;) { do { cout << "Player 1's turn (X)" << endl; do { game.getRow(); game.checkRow(); }while(game.checkRowOK() == false); do { game.getColumn(); game.checkColumn(); }while(game.checkColumnOK() == false); game.checkTile(); }while(game.isEmpty() == false); game.fillTile('X'); cout << endl; game.outputGrid(); game.checkWin(); if(game.isWin() == true) { cout << endl << "Player 1 (X) Wins!" << endl; break; } game.checkSpaceLeft(); if (game.isSpaceLeft() == false) { cout << endl << "No more spaces left, it's a tie!" << endl; break; } turns++; do { cout << "Player 2's turn (O)" << endl; do { game.getRow(); game.checkRow(); }while(game.checkRowOK() == false); do { game.getColumn(); game.checkColumn(); }while(game.checkColumnOK() == false); game.checkTile(); }while(game.isEmpty() == false); game.fillTile('O'); cout << endl; game.outputGrid(); game.checkWin(); if(game.isWin() == true) { cout << endl << "Player 2 (O) Wins!" << endl; break; } turns++; } return 0; }
Code:#include <iostream> using namespace std; class TicTacToe { private: char Grid[3][3]; int inputrow; int inputcolumn; bool RowOK; bool ColumnOK; bool win; bool empty; char winningPlayer; bool spaceLeft; public: TicTacToe(); void outputGrid(); void getRow(); void checkRow(); bool checkRowOK(); void getColumn(); void checkColumn(); bool checkColumnOK(); void checkTile(); bool isEmpty(); void fillTile(char); void checkWin(); bool isWin(); void checkSpaceLeft(); bool isSpaceLeft(); }; TicTacToe::TicTacToe() { for(int a = 0; a<3; a++) for(int b = 0; b<3; b++) Grid[a][b] = ' '; // space = empty, 1 = X, 2 = O win = false; spaceLeft = true; } void TicTacToe::outputGrid() { cout << " 3 4 5" << endl; cout << " " << (char)201 << (char)205 << (char)205 << (char)209 << (char)205 << (char)205 << (char)209 << (char)205 << (char)205 << (char)187 << endl; cout << "0" << (char)186 << Grid[0][0] << " " << (char)179 << Grid[0][1] << " " << (char)179 << Grid[0][2] << " " << (char)186 << endl; cout << " " << (char)199 << (char)196 << (char)196 << (char)197 << (char)196 << (char)196 << (char)197 << (char)196 << (char)196 << (char)182 << endl; cout << "1" << (char)186 << Grid[1][0] << " " << (char)179 << Grid[1][1] << " " << (char)179 << Grid[1][2] << " " << (char)186 << endl; cout << " " << (char)199 << (char)196 << (char)196 << (char)197 << (char)196 << (char)196 << (char)197 << (char)196 << (char)196 << (char)182 << endl; cout << "2" << (char)186 << Grid[2][0] << " " << (char)179 << Grid[2][1] << " " << (char)179 << Grid[2][2] << " " << (char)186 << endl; cout << " " << (char)200 << (char)205 << (char)205 << (char)207 << (char)205 << (char)205 << (char)207 << (char)205 << (char)205 << (char)188 <<"\n\n"; } void TicTacToe::getRow() { cout << "Input Row (0-2): "; cin >> inputrow; } void TicTacToe::checkRow() { if (inputrow < 0 || inputrow > 2) { cout << "Error. Please enter a number between 0 and 2." << endl; RowOK = false; } else RowOK = true; } bool TicTacToe::checkRowOK() { return RowOK; } void TicTacToe::getColumn() { cout << "Input Column (3-5): "; cin >> inputcolumn; } void TicTacToe::checkColumn() { if (inputcolumn < 3 || inputcolumn > 5) { cout << "Error. Please enter a number between 3 and 5." << endl; ColumnOK = false; } else ColumnOK = true; } bool TicTacToe::checkColumnOK() { return ColumnOK; } void TicTacToe::checkTile() { if(Grid[inputrow][inputcolumn-3] == ' ') empty = true; else { cout << "Tile is already filled, please try again." << endl; empty = false; } } bool TicTacToe::isEmpty() { return empty; } void TicTacToe::fillTile(char player) { Grid[inputrow][inputcolumn-3] = player; } void TicTacToe::checkWin() { if(Grid[0][0] != ' ' && Grid[0][0] == Grid[0][1] && Grid[0][0] == Grid[0][2] ) { win = true; } if(Grid[1][0] != ' ' && Grid[1][0] == Grid[1][1] && Grid[1][0] == Grid[1][2] ) { win = true; } if(Grid[2][0] != ' ' && Grid[2][0] == Grid[2][1] && Grid[2][0] == Grid[2][2] ) { win = true; } if(Grid[0][0] != ' ' && Grid[0][0] == Grid[1][0] && Grid[0][0] == Grid[2][0] ) { win = true; } if(Grid[0][1] != ' ' && Grid[0][1] == Grid[1][1] && Grid[0][1] == Grid[2][1] ) { win = true; } if(Grid[0][2] != ' ' && Grid[0][2] == Grid[1][2] && Grid[0][2] == Grid[2][2] ) { win = true; } if(Grid[0][0] != ' ' && Grid[0][0] == Grid[1][1] && Grid[0][0] == Grid[2][2] ) { win = true; } if(Grid[0][2] != ' ' && Grid[0][2] == Grid[1][1] && Grid[0][2] == Grid[2][0] ) { win = true; } } bool TicTacToe::isWin() { return win; } void TicTacToe::checkSpaceLeft() { int emptySpaces = 0; for (int a = 0; a<3; a++) for (int b = 0; b<3; b++) { if (Grid[a][b] == ' ') { emptySpaces++; } } if (emptySpaces == 0) spaceLeft = false; } bool TicTacToe::isSpaceLeft() { return spaceLeft; }
