public string generateCommand()
{
openConnection();
StringBuilder sb = new StringBuilder();
sb.Append("generate ");
sb.Append(mazeName.ToString());
sb.Append(" " + MazeRows.ToString());
sb.Append(" " + MazeCols.ToString());
myMission = sb.ToString();
writer.WriteLine(myMission);
writer.Flush();
// read all result
string result = reader.ReadLine();
//string resultAllData;
while (true)
{
// we add '@' char for each string that we want to print, and stop the printing
// when we arrive this char.
if (reader.Peek() == '@')
{
result.TrimEnd('\n');
break;
}
result += reader.ReadLine();
}
reader.DiscardBufferedData();
//close the connection
CloseConnection();
return(result);
}
/// <summary>
/// update the source.
/// </summary>
public void BindingUpdateSource()
{
BindingExpression be = ServerIP.GetBindingExpression(UCTextField.ValueProperty);
be.UpdateSource();
be = ServerPort.GetBindingExpression(UCTextField.ValueProperty);
be.UpdateSource();
be = MazeRows.GetBindingExpression(UCTextField.ValueProperty);
be.UpdateSource();
be = MazeCols.GetBindingExpression(UCTextField.ValueProperty);
be.UpdateSource();
}
public void CreateMaze()
{
if (MazeRows.Count != 0)
{
Maze = new char[MazeRows.Count, MazeRows.Peek().Length];
int length = MazeRows.Count;
for (int x = 0; x < length; x++)
{
for (int y = 0; y < MazeRows.Peek().Length; y++)
{
Maze[x, y] = MazeRows.Peek()[y];
}
MazeRows.Dequeue();
}
}
}
public void StartGame()
{
string strMaze = model.startCommand("start " + MazeNames.ToString() + " " + MazeRows.ToString() + " " + MazeCols.ToString());
// convert the json to maze object
// string strMaze = model.generateCommand();
MyMaze = Maze.FromJSON(strMaze);
// update properties
MazeRows = MyMaze.Rows;
MazeCols = MyMaze.Cols;
MazeNames = MyMaze.Name;
InitialPosition = MyMaze.InitialPos;
// update current position to the start point in maze
CurrentPosition = MyMaze.InitialPos;
EndPosition = MyMaze.GoalPos;
}
public void InitializeMaze()
{
Console.Write("Enter the width(cells per row) of the maze: ");
int mazeRowLength = Convert.ToInt32(Console.ReadLine());
bool addRow = true;
int numRowAdded = 1;
//Determines length of protective walls
string endWalls = "";
for (int x = 0; x < mazeRowLength + 2; x++)
{
endWalls += '1';
}
//Enqueues the upper protective wall
MazeRows.Enqueue(endWalls);
while (addRow == true)
{
string inputRow = "1";
Console.Write("\nEnter layout for row " + numRowAdded + " (Passage = \"0\" Wall = \"1\" Exit = \"e\" Initial Position = \"m\"): ");
inputRow += Console.ReadLine() + "1";
if (inputRow.Length > mazeRowLength + 2)
{
Console.WriteLine("\nRow entered is too long! Enter another Row.");
continue;
}
if (inputRow.Length < mazeRowLength + 2)
{
Console.WriteLine("\nRow entered is too short! Enter another Row.");
continue;
}
if (CheckInputRow(inputRow) == false)
{
Console.WriteLine("\nRow entered contains illegal characters! Enter another Row.");
continue;
}
//Enqueues the entered Row
MazeRows.Enqueue(inputRow);
numRowAdded++;
//Asks if the user would like to add another row
string response = "";
while (response != "Y" && response != "N")
{
Console.Write("\nWould you like to add another Row? ('Y' / 'N')");
response = Console.ReadLine().ToUpper();
}
if (response == "N")
{
addRow = false;
}
}
MazeRows.Enqueue(endWalls);
}
