void test_count_unknown_squares() {
int board[MAX_SIZE][MAX_SIZE];
// test case 1
string test_board_1[] = {"O-OX",
"OO--",
"X---",
"-O--"};
int size_1 = 4;
read_board_from_string(board, test_board_1, size_1);
cout << count_unknown_squares(board, size_1) << endl;
// test case 2
string test_board_2[] = {"-OX---",
"OO--X-",
"X-----",
"-O--OO",
"X-----",
"------"};
int size_2 = 6;
read_board_from_string(board, test_board_2, size_2);
cout << count_unknown_squares(board, size_2) << endl;
// add more tests here
}
void test_count_unknown_squares() {
cout << "Begin testing count unknown squares" << endl;
int board[MAX_SIZE][MAX_SIZE];
// test case 1
string test_board_1[] = {"O-OX",
"OO--",
"X---",
"-O--"};
int size_1 = 4;
read_board_from_string(board, test_board_1, size_1);
cout << count_unknown_squares(board, size_1) << endl;
// test case 2
string test_board_2[] = {"----",
"OOO-",
"-XX-",
"--O-"};
int size_2 = 4;
read_board_from_string(board, test_board_2, size_2);
cout << count_unknown_squares(board, size_2) << endl;
// test case 3
string test_board_3[] = {"X-XX",
"OO-O",
"-X-X",
"O-O-"};
int size_3 = 4;
read_board_from_string(board, test_board_3, size_3);
cout << count_unknown_squares(board, size_3) << endl;
cout << "End testing count unknown squares" << endl;
}
void test_board_has_no_duplicates() {
cout << "Begin testing board has no duplicates" << endl;
int board[MAX_SIZE][MAX_SIZE];
// test case 1
string test_board_1[] = {"OO--",
"XXOO",
"XXO-",
"O-X-"};
int size_1 = 4;
read_board_from_string(board, test_board_1, size_1);
cout << board_has_no_duplicates(board, size_1) << endl;
// test case 2
string test_board_2[] = {"OO--",
"XXOO",
"XXOO",
"O-O-"};
int size_2 = 4;
read_board_from_string(board, test_board_2, size_2);
cout << board_has_no_duplicates(board, size_2) << endl;
cout << "End testing board has no duplicates" << endl;
}
void test_cols_are_different() {
cout << "Begin testing cols are different" << endl;
int board[MAX_SIZE][MAX_SIZE];
// test case 1
string test_board_1[] = {"XX--",
"OO--",
"OO--",
"XX--"};
int size_1 = 4;
read_board_from_string(board, test_board_1, size_1);
cout << cols_are_different(board, size_1, 0, 1) << endl;
// test case 2
string test_board_2[] = {"XX--",
"OX--",
"OO--",
"XX--"};
int size_2 = 4;
read_board_from_string(board, test_board_2, size_2);
cout << cols_are_different(board, size_2, 0, 1) << endl;
// test case 3
string test_board_3[] = {"XX--",
"OO--",
"-O--",
"XX--"};
int size_3 = 4;
read_board_from_string(board, test_board_3, size_3);
cout << cols_are_different(board, size_3, 0, 1) << endl;
// test case 4
string test_board_4[] = {"XX--",
"OO--",
"-O--",
"XX--"};
int size_4 = 4;
read_board_from_string(board, test_board_4, size_4);
cout << cols_are_different(board, size_4, 2, 3) << endl;
// test case 5
string test_board_5[] = {"XX--",
"OO--",
"----",
"XX--"};
int size_5 = 4;
read_board_from_string(board, test_board_5, size_5);
cout << cols_are_different(board, size_5, 0, 1) << endl;
cout << "End testing cols are different" << endl;
}
void test_solve_three_in_a_row() {
cout << "Begin testing solve three in a row" << endl;
int board[MAX_SIZE][MAX_SIZE];
// test case 1
string test_board_1[] = {"----",
"XX--",
"-XX-",
"--X-"};
int size_1 = 4;
read_board_from_string(board, test_board_1, size_1);
solve_three_in_a_row(board, size_1, 1, true);
// test case 2
string test_board_2[] = {"----",
"XX--",
"-XX-",
"--X-"};
int size_2 = 4;
read_board_from_string(board, test_board_2, size_2);
solve_three_in_a_row(board, size_2, 2, true);
// test case 3
string test_board_3[] = {"----",
"X-X-",
"----",
"--X-"};
int size_3 = 4;
read_board_from_string(board, test_board_3, size_3);
solve_three_in_a_row(board, size_3, 1, true);
// test case 4
string test_board_4[] = {"----",
"--XX",
"----",
"--X-"};
int size_4 = 4;
read_board_from_string(board, test_board_4, size_4);
solve_three_in_a_row(board, size_4, 1, true);
cout << "End testing solve three in a row" << endl;
}
void test_row_has_no_threes_of_color () {
cout << "Begin testing row has no threes" << endl;
int board[MAX_SIZE][MAX_SIZE];
// test case 1
string test_board_1[] = {"O-OX",
"OOO-",
"X---",
"-O--"};
int size_1 = 4;
read_board_from_string(board, test_board_1, size_1);
cout << row_has_no_threes_of_color(board, size_1, 1, BLUE) << endl;
// test case 2
string test_board_2[] = {"----",
"XXX-",
"-XX-",
"--O-"};
int size_2 = 4;
read_board_from_string(board, test_board_2, size_2);
cout << row_has_no_threes_of_color(board, size_2, 1, RED) << endl;
// test case 3
string test_board_3[] = {"----",
"XXX-",
"-XX-",
"--O-"};
int size_3 = 4;
read_board_from_string(board, test_board_3, size_3);
cout << row_has_no_threes_of_color(board, size_3, 2, RED) << endl;
// test case 4
string test_board_4[] = {"----",
"XXX-",
"-XX-",
"--O-"};
int size_4 = 3;
read_board_from_string(board, test_board_4, size_4);
cout << row_has_no_threes_of_color(board, size_4, 1, BLUE) << endl;
cout << "End testing row has no threes" << endl;
}
void test_col_has_no_threes_of_color () {
cout << "Testing col has no threes" << endl;
int board[MAX_SIZE][MAX_SIZE];
// test case 1
string test_board_1[] = {"----",
"XXO-",
"-XO-",
"--O-"};
int size_1 = 4;
read_board_from_string(board, test_board_1, size_1);
cout << col_has_no_threes_of_color(board, size_1, 1, RED) << endl;
// test case 2
string test_board_2[] = {"----",
"XXO-",
"-XO-",
"--O-"};
int size_2 = 4;
read_board_from_string(board, test_board_2, size_2);
cout << col_has_no_threes_of_color(board, size_2, 2, RED) << endl;
// test case 3
string test_board_3[] = {"----",
"XXO-",
"-XO-",
"--O-"};
int size_3 = 4;
read_board_from_string(board, test_board_3, size_3);
cout << col_has_no_threes_of_color(board, size_3, 2, BLUE) << endl;
// test case 4
string test_board_4[] = {"----",
"XXO-",
"-XO-",
"--O-"};
int size_4 = 3;
read_board_from_string(board, test_board_4, size_4);
cout << col_has_no_threes_of_color(board, size_4, 0, RED) << endl;
cout << "End testing col has no threes" << endl;
}
void test_rows_are_different(){
int board[MAX_SIZE][MAX_SIZE];
int row1 = 0 ;
int row2 = 1 ;
// test case 1
string test_board_3[] = {"OOOX",
"OO--",
"XX--",
"OO--"};
int size_1 = 4;
read_board_from_string(board, test_board_3, size_1);
cout << rows_are_different(board, size_1, row1, row2) << endl;
cout << "hello world" << endl;
}
void test_board_has_no_threes() {
cout << "Begin testing board has no threes" << endl;
int board[MAX_SIZE][MAX_SIZE];
// test case 1
string test_board_1[] = {"----",
"XXO-",
"-XO-",
"--X-"};
int size_1 = 4;
read_board_from_string(board, test_board_1, size_1);
cout << board_has_no_threes(board, size_1) << endl;
// test case 2
string test_board_2[] = {"----",
"XXO-",
"-XO-",
"--O-"};
int size_2 = 4;
read_board_from_string(board, test_board_2, size_2);
cout << board_has_no_threes(board, size_2) << endl;
// test case 3
string test_board_3[] = {"--X-",
"XXX-",
"-XO-",
"--O-"};
int size_3 = 4;
read_board_from_string(board, test_board_3, size_3);
cout << board_has_no_threes(board, size_3) << endl;
// test case 4
string test_board_4[] = {"--X-",
"-XX-",
"-XO-",
"OOO-"};
int size_4 = 4;
read_board_from_string(board, test_board_4, size_4);
cout << board_has_no_threes(board, size_4) << endl;
// test case 5
string test_board_5[] = {"-O-X",
"-XX-",
"-X-O",
"XOO-"};
int size_5 = 4;
read_board_from_string(board, test_board_5, size_5);
cout << board_has_no_threes(board, size_5) << endl;
// test case 6
string test_board_6[] = {"-O-X",
"-XX-",
"-X-O",
"X--X"};
int size_6 = 4;
read_board_from_string(board, test_board_6, size_6);
cout << board_has_no_threes(board, size_6) << endl;
cout << "End testing board has no threes" << endl;
}
