public void PuzzleSolver_calls_FindWord_as_many_times_as_there_are_words(string wordsString)
{
List <string> wordStringList = wordsString.Split((",")).ToList();
List <List <char> > gridArrayList = GetGridList();
_puzzleSolver.SolvePuzzle(wordStringList, gridArrayList);
_wordSearchMock.Verify(x => x.FindWordCoordinates(It.IsAny <string>(), It.IsAny <List <List <char> > >()), Times.Exactly(wordStringList.Count));
}
static void Main(string[] args)
{
bool debug = true;
// Come up with a puzzle to solve
Puzzle puzzle = PuzzleBuilder.FromString(PuzzleStrings.Cherries);
// Draw once
Renderer.Draw(puzzle);
Console.WriteLine("Press any key to start the solve...");
Console.ReadLine();
// Solve as much as we can
PuzzleSolver solver = new PuzzleSolver();
solver.SegmentSolvers = new List <SegmentSolver>()
{
// Start simple with known entire chunks:
new SegmentEntirelyFilled(), // The segment is all true or all false
new SequenceAddsToSegmentLength(), // When the sequences already adds up to the total size
// Easy pickings
new BookendOnesInOneOnlySequence(), // When the sequence contains only 1s, bookend all 1s with False
// Perform solves in single number chunks
new SingleSequenceOverlapSolver(), // Single sequence overlap
new SingleSequenceConnectEnds(), // Single sequence connection
new SingleSequenceExcludeOOB(), // Single sequence exclude bounds
// Finish off
new SegmentCompleteMarkBlanksFalse(), // Mark blank cells in a "complete" segment as false
new SequenceTerminatesOnASide(), // Terminate the other side of a full sequence touching an edge
new OnlyFinalPiecesRemain(), // When the number of blanks remaining match the number of trues remaining, fill them all in
new ImpossibleStartOrEnd(), // When the first or last number in a sequence can't fit in the first or last holes, fill the holes
new ExtendStartAndEnd(), // When a first or last segment cell is True, extend it outward the number of known cells in that segment
};
// Start a stopwatch
Stopwatch stopWatch = new Stopwatch();
stopWatch.Start();
// Solve the puzzle
solver.SolvePuzzle(puzzle, debug);
// Stop the stopwatch
stopWatch.Stop();
// Draw again
Renderer.Draw(puzzle);
// Print out the solving stats
Console.WriteLine("Solve completed in " + stopWatch.Elapsed.TotalMilliseconds + "ms");
Console.WriteLine("Unknown cells left: " + puzzle.UnknownCount);
Console.WriteLine("Segment passes: " + SolverStats.Instance.SegmentPasses);
Console.ReadLine();
}
///<summary>
///Solves the currently selected puzzle if it is not null and updates the resolved cells in the ui manager.
///</summary>
internal void SolvePuzzle()
{
if (currentPuzzle != null)
{
int[,] solvedPuzzle = solver.SolvePuzzle(currentPuzzle);
for (int i = 0; i < PuzzleUtils.Constants.GRID_SIZE; i++)
{
for (int j = 0; j < PuzzleUtils.Constants.GRID_SIZE; j++)
{
if (currentPuzzle[i, j] == 0)
{
puzzleUi.UpdateCell(i, j, solvedPuzzle[i, j]);
}
}
}
}
}
static void SolvePuzzle()
{
var rules = MarkovDecoder.ReadRules();
var values = MarkovDecoder.ReadValues();
Console.WriteLine("***********************Decoding Characters using Markov Algorithm***************");
char[,] array = MarkovDecoder.Decypher(rules, values);
Console.WriteLine("***********************Generating Puzzle****************************************");
string[] wordsToCheck = MarkovDecoder.ReadWords().ToArray();
Console.WriteLine("***********************List of possible Words: *********************************");
foreach (var word in wordsToCheck)
{
Console.Write(word + " - ");
}
Console.WriteLine();
List <PuzzleResponse> puzzleResponseList = new List <PuzzleResponse>();
List <Coordinate> coordinatesToPaint = new List <Coordinate>();
StringBuilder sBuilderFoundWords = new StringBuilder();
foreach (var word in wordsToCheck)
{
var coordinatesPerWord = Puzzle.CheckAdjacentsC(word, 0, 0, array);
PuzzleResponse puzzleResponseTemp = new PuzzleResponse();
puzzleResponseTemp.Breakdown = new List <Breakdown>();
//We need to check whether or not the query returned values.
if (coordinatesPerWord.Count > 0)
{
puzzleResponseTemp.Word = word;
coordinatesToPaint.AddRange(coordinatesPerWord);
foreach (var coord in coordinatesPerWord)
{
Breakdown brkDown = new Breakdown()
{
Character = array[coord.X, coord.Y],
Row = coord.X,
Column = coord.Y
};
puzzleResponseTemp.Breakdown.Add(brkDown);
}
sBuilderFoundWords.Append(word + "-");
}
puzzleResponseList.Add(puzzleResponseTemp);
}
foreach (var word in wordsToCheck)
{
var solution = PuzzleSolver.SolvePuzzle(array, word);
if (solution.Word != null)
{
puzzleResponseList.Add(solution);
}
}
foreach (var puzzleSolution in puzzleResponseList)
{
foreach (var item in puzzleSolution.Breakdown)
{
Coordinate c = new Coordinate()
{
X = item.Row,
Y = item.Column
};
coordinatesToPaint.Add(c);
}
if (!String.IsNullOrWhiteSpace(puzzleSolution.Word))
{
if (!sBuilderFoundWords.ToString().Contains(puzzleSolution.Word))
{
sBuilderFoundWords.Append(puzzleSolution.Word + "-");
}
}
}
var output = JsonConvert.SerializeObject(puzzleResponseList.Where(p => p.Word != null), Formatting.Indented);
Console.WriteLine("JSON Output Generated: ");
Console.WriteLine(output);
Console.WriteLine(string.Format("WORDS FOUND IN PUZZLE: {0} ", sBuilderFoundWords.ToString()));
Console.WriteLine();
MarkovDecoder.PrintSolvedGrid(array, coordinatesToPaint);
Console.WriteLine();
}
