internal void Process(string inputDataFilePath, StreamWriter outFile, string inputWordsFilePath)
{
List<string> inputWords = ExtractDataRows(inputWordsFilePath);
inputWords.Sort(new DescendingComparer());
string inputData = ExtractData(inputDataFilePath);
int rowCount, columnCount;
columnCount = inputData.IndexOf("\r\n");
inputData = inputData.Replace("\r\n", String.Empty);
if (inputData.Length % columnCount != 0)
throw new ArgumentException("Jagged array found.");
rowCount = inputData.Length / columnCount;
CharacterGrid characterGrid = new CharacterGrid(rowCount, columnCount, inputData.ToCharArray());
List<Word> words = new List<Word>();
inputWords.ForEach(x => words.Add(new Word(x)));
characterGrid.FindWords(words);
//Console.WriteLine();
//Console.WriteLine("------------------------------");
//foreach (FoundWord foundWord in characterGrid.FoundWords)
//{
// Console.WriteLine(foundWord.ToString());
//}
//Console.WriteLine("------------------------------");
//Console.WriteLine();
}
public TBLRFoundWord(string text, int startingIndex, CharacterGrid characterGrid)
: base(text, characterGrid)
{
Coordinates = new FoundWordCoordinates(
new Point(startingIndex % Grid.ColumnCount, startingIndex / Grid.ColumnCount),
new Point((startingIndex % Grid.ColumnCount) + Length - 1, (startingIndex / Grid.ColumnCount) + Length - 1));
GetPointHandler = (FoundWord foundWord, int index) => { return new Point(foundWord.Coordinates.A.X + index, foundWord.Coordinates.A.Y + index); };
}
public RLFoundWord(string wordText, int startingIndex, CharacterGrid characterGrid)
: base(wordText, characterGrid)
{
Coordinates = new FoundWordCoordinates(
new Point(startingIndex % Grid.ColumnCount, startingIndex / Grid.ColumnCount),
new Point((startingIndex % Grid.ColumnCount) - Length + 1, startingIndex / Grid.ColumnCount));
GetPointHandler = (FoundWord foundWord, int index) => { return new Point(foundWord.Coordinates.A.X - index, foundWord.Coordinates.A.Y); };
}
public void Initialize()
{
_rows = new List<string>(){
"---------------------------america--------------------------", // 0 0 - 59
"------------------------------------------------------------", // 1 60 - 119
"---------------------------p--------------------------------", // 2 120 - 179
"---------------------------i--------------------------------", // 3 180 - 239
"---------------------e-----h-------------c------------------", // 4 240 - 299
"--------------nehctik------s--------f----a------------------", // 5 300 - 359
"-------------------ac------r---------l---k------------------", // 6 360 - 419
"------------------c-i------a----------o--e------------------", // 7 420 - 479
"------a----------t--k------t-----------w--------------------", // 8 480 - 539
"-----l----------s-----yrratstars--------d-------------m-----", // 9 540 - 599
"----i----------e-----------t-------------a-------------i----", //10 600 - 659
"---m----------r------------a--------------b-------------s---", //11 660 - 719
"--o----------o-------------r-----------------------------e--", //12 720 - 779
"-n----------f---------------------------------------------r-", //13 780 - 839
"y----------------------------------------------------------y" //14 840 = 899
};
_words = new List<string>() { AMERICA, BAD_WOLF, CAKE, FOREST_CAKE, KITCHEN, KICK, MISERY, ALIMONY, STARS, STAR, STARRY, STARSHIP};
_rowCount = _rows.Count;
_columnCount = 60;
_characters = new char[_rowCount * _columnCount];
int k = 0;
for (int i = 0; i < _rowCount; i++ )
{
char[] row = _rows[i].ToCharArray();
for (int j = 0; j < row.Length; j++)
{
_characters[k++] = row[j];
}
}
_characterGrid = new WordSearch2.CharacterGrid(_rowCount, _columnCount, _characters);
}