//The whole process will be implemented in this method.
private static void RunApplication()
{
bool runProgram = true;
while (runProgram == true)
{
int rows = 0, columns = 0;
string str = Menu.MessageAndInput("Please enter two integer numbers (1-99) as rows and columns\r\n" +
"with a blank between them");
//A section to attempt to retrieve rows and columns from the string input
//The process willbe repeated with wrong input.
bool setRowsColumns = TestRowsAndColumnsInput(str, out rows, out columns);
while (setRowsColumns == false)
{
str = Menu.MessageAndInput("Invalid input! please enter two integer numbers (1-99) as rows and columns\r\n" +
"with a blank between them");
setRowsColumns = TestRowsAndColumnsInput(str, out rows, out columns);
}
//create squares with mines and the unmined, and then print out the result
Squares s = ConfigureSquares(rows, columns);
s.countMines(rows, columns);
Menu.PrintResult(rows, columns, s.GetResultedSquares());
string selection = Menu.MessageAndInput("\r\nenter \"r\" to run the program again, otherwise, enter any key to close the program");
if (selection != "r")
{
runProgram = false;
}
}
}
//method to check the validation of inputted values and then give them to the square to create instance of Mines and the Unmineds.
private static bool AddValuesToSquare(Squares s, string str, int columns, int row)
{
for (int y = 0; y < columns; y++)
{
if (str[y] != '.' && str[y] != '*')
{
return(false);
}
s.Add(row, y, str[y]);
}
return(true);
}
//This method takes in number of rows and columns, and then try to generate the square with only right format of inputted values for each row
private static Squares ConfigureSquares(int rows, int columns)
{
Squares s = new Squares(rows, columns);
Console.WriteLine("\r\nplease input values for the row\r\n" +
" mines: \"*\" no mines: \".\"\r\n" +
" note: correct length for the row");
for (int x = 0; x < rows; x++)
{
//string value = Menu.MessageForSquareRows(x);
string value = Console.ReadLine();
//this section checks if the inputted values are either * or .
//also the length of inputted values must equal to length of columns
bool vaildValues = false;
while (vaildValues == false)
{
if (value.Length != columns)
{
value = Menu.MessageAndInput("incorrect length! please enter again for this row");
}
else
{
if (!AddValuesToSquare(s, value, columns, x))
{
value = Menu.MessageAndInput("incorrect values! please only input \"*\" or \".\"");
}
else
{
vaildValues = true;
}
}
}
}
return(s);
}
public bool IsValidPosition(IPosition pos)
{
return(0 <= pos.Row && pos.Row < (Squares.GetLength(0)) &&
0 <= pos.Column && pos.Column < (Squares.GetLength(1)));
}
public Square GetSquare(Location location)
{
var square = Squares.SingleOrDefault(item => item.Location.Equals(location));
return(square);
}
