/// <summary>
/// Solves the maze.
/// </summary>
/// <param name="name">The name.</param>
/// <param name="typeAlgo">The type algo.</param>
/// <returns></returns>
public SolveInfo SolveMaze(string name, string typeAlgo)
{
Maze maze = singleplayerMazeList[name];
MazeAdapter mazeSearchable = new MazeAdapter(maze); // Isearchable
var temp = new CompareStates <Position>();
Solution <Position> solution = null;
int nodesEvaluated = 0;
if (solutionsList.ContainsKey(maze))
{
return(solutionsList[maze]);
}
// find solution of the maze:
switch (typeAlgo)
{
case "0":
BFS <Position> bfs = new BFS <Position>(temp);
solution = bfs.Search(mazeSearchable);
nodesEvaluated = bfs.GetNumberOfNodesEvaluated();
break;
case "1":
DFS <Position> dfs = new DFS <Position>(temp);
solution = dfs.Search(mazeSearchable);
nodesEvaluated = dfs.GetNumberOfNodesEvaluated();
break;
}
SolveInfo solveInfo = new SolveInfo(nodesEvaluated, solution);
// add the solution to the solutions dictionary
solutionsList.Add(maze, solveInfo);
return(solveInfo);
}
/// <summary>
/// Executes the specified arguments.
/// </summary>
/// <param name="args">The arguments.</param>
/// <param name="client">The client.</param>
/// <returns></returns>
public ConnectionInfo Execute(string[] args, TcpClient client = null)
{
string name = args[0];
string algo = args[1];
SolveInfo solveInfo = model.SolveMaze(name, algo);
SolutionAdapter solutionAdapter = new SolutionAdapter(solveInfo.Solution);
string strSolution = solutionAdapter.CreateString();
JObject solutionObj = new JObject();
solutionObj["Name"] = name;
solutionObj["Solution"] = strSolution;
solutionObj["NodesEvaluated"] = solveInfo.NodesEvaluated;
ConnectionInfo connectionInfo = new ConnectionInfo();
connectionInfo.Answer = solutionObj.ToString();
connectionInfo.CloseConnection = true;
return(connectionInfo);
}
