public WordDataList(WordDataList wordDataList)
{
// copy OriginalWordList
List <String> copyOriginalWordList = new List <String>();
foreach (String word in wordDataList.OriginalWordList)
{
copyOriginalWordList.Add(String.Copy(word));
}
OriginalWordList = copyOriginalWordList;
// copy AllWordData
List <WordData> copyAllWordData = new List <WordData>();
// copy HorizontalWordData
List <WordData> copyHorizontalWordData = new List <WordData>();
// copy VerticalWordData
List <WordData> copyVerticalWordData = new List <WordData>();
foreach (WordData wordData in wordDataList.AllWordData)
{
if (wordData.IsHorizontal)
{
copyHorizontalWordData.Add(new WordData(wordData));
}
else
{
copyVerticalWordData.Add(new WordData(wordData));
}
copyAllWordData.Add(new WordData(wordData));
}
AllWordData = copyAllWordData;
HorizontalWordData = copyHorizontalWordData;
VerticalWordData = copyVerticalWordData;
}
private void CreateCrozzleColumns(WordDataList wordDataList)
{
// Create a List to store String arrays, one String[] for each column, one String for each letter.
CrozzleColumns = new List <String[]>();
// Create and store empty columns into the list.
for (int i = 0; i < Columns; i++)
{
String[] column = new String[Rows];
for (int j = 0; j < column.Length; j++)
{
column[j] = " ";
}
CrozzleColumns.Add(column);
}
// Store VERTICAL words into the columns.
foreach (WordData vWordData in wordDataList.VerticalWordData)
{
if (vWordData.Location.Row >= 1 && vWordData.Location.Row <= Rows &&
vWordData.Location.Column >= 1 && vWordData.Location.Column <= Columns)
{
// Store each letter into the approriate column.
String[] column = CrozzleColumns[vWordData.Location.Column - 1];
int row = vWordData.Location.Row - 1;
foreach (Char c in vWordData.Letters)
{
if (row < Rows)
{
column[row++] = new String(c, 1);
}
}
}
}
// Store HORIZONTAL words into the columns.
foreach (WordData hWordData in wordDataList.HorizontalWordData)
{
if (hWordData.Location.Row >= 1 && hWordData.Location.Row <= Rows &&
hWordData.Location.Column >= 1 && hWordData.Location.Column <= Columns)
{
// Store each letter into the ith column, but the same row location.
int i = hWordData.Location.Column - 1;
foreach (Char c in hWordData.Letters)
{
if (i < Columns)
{
String[] column = CrozzleColumns[i];
column[hWordData.Location.Row - 1] = new String(c, 1);
i++;
}
}
}
}
}
private void CreateCrozzleRows(WordDataList wordDataList)
{
// Create a List to store String arrays, one String[] for each row, one String for each letter.
CrozzleRows = new List <String[]>();
// Create and store empty rows into the list.
for (int i = 0; i < Rows; i++)
{
String[] row = new String[Columns];
for (int j = 0; j < row.Length; j++)
{
row[j] = " ";
}
CrozzleRows.Add(row);
}
// Store HORIZONTAL words into the rows.
foreach (WordData hWordData in wordDataList.HorizontalWordData)
{
if (hWordData.Location.Row >= 1 && hWordData.Location.Row <= Rows &&
hWordData.Location.Column >= 1 && hWordData.Location.Column <= Columns)
{
// Store each letter into the approriate row.
String[] row = CrozzleRows[hWordData.Location.Row - 1];
int col = hWordData.Location.Column - 1;
foreach (Char c in hWordData.Letters)
{
if (col < Columns)
{
row[col++] = new String(c, 1);
}
}
}
}
// Store VERTICAL words into the rows.
foreach (WordData vWordData in wordDataList.VerticalWordData)
{
if (vWordData.Location.Row >= 1 && vWordData.Location.Row <= Rows &&
vWordData.Location.Column >= 1 && vWordData.Location.Column <= Columns)
{
// Store each letter into the ith row, but the same column location.
int i = vWordData.Location.Row - 1;
foreach (Char c in vWordData.Letters)
{
if (i < Rows)
{
String[] row = CrozzleRows[i];
row[vWordData.Location.Column - 1] = new String(c, 1);
i++;
}
}
}
}
}
public static Boolean TryParse(List <TitleSequence> originalWordDataList, Crozzle aCrozzle, out WordDataList aWordDataList)
{
List <WordData> aList = new List <WordData>();
Errors = new List <String>();
aWordDataList = new WordDataList(originalWordDataList);
foreach (TitleSequence block in originalWordDataList)
{
WordData aWordData;
if (WordData.TryParse(block, aCrozzle, out aWordData))
{
aWordDataList.Add(aWordData);
}
else
{
Errors.AddRange(WordData.Errors);
}
}
aWordDataList.Valid = Errors.Count == 0;
return(aWordDataList.Valid);
}
public static List <WordData> GetBestWordData(Grid grid, WordDataList wordDataList, Configuration configuration)
{
List <WordData> validWordDataList = new List <WordData>();
foreach (WordData wordData in wordDataList.AllWordData)
{
if (grid.IsValid(wordData))
{
validWordDataList.Add(wordData);
}
}
foreach (WordData wordData in validWordDataList)
{
wordData.Score = 0;
// Increase the score for the word.
wordData.Score += configuration.PointsPerWord;
// Increase the score for intersecting letters.
List <Char> intersectingLetters = new List <Char>();
if (wordData.IsHorizontal)
{
intersectingLetters = grid.GridSequences.GetVerticalIntersections(wordData);
}
else
{
intersectingLetters = grid.GridSequences.GetHorizontalIntersections(wordData);
}
foreach (Char letter in intersectingLetters)
{
wordData.Score += configuration.IntersectingPointsPerLetter[(int)letter - (int)'A'];
}
// Get all letters from the word
List <Char> allLetters = new List <Char>();
foreach (Char letter in wordData.Letters)
{
allLetters.Add(letter);
}
// Remove each intersecting letter from allLetters.
List <Char> nonIntersectingLetters = allLetters;
foreach (Char letter in intersectingLetters)
{
nonIntersectingLetters.Remove(letter);
}
// Increase the score for non-intersecting letters.
foreach (Char letter in nonIntersectingLetters)
{
wordData.Score += configuration.NonIntersectingPointsPerLetter[(int)letter - (int)'A'];
}
}
int maxScore = 0;
foreach (WordData wordData in validWordDataList)
{
if (wordData.Score > maxScore)
{
maxScore = wordData.Score;
}
}
List <WordData> bestWordData = new List <WordData>();
foreach (WordData wordData in validWordDataList)
{
if (wordData.Score == maxScore)
{
bestWordData.Add(wordData);
}
}
return(bestWordData);
}
public Node(int rows, int columns, Configuration configuration, List <String> originalWordsList)
{
Grid = new Grid(rows, columns, configuration);
WordDataList = new WordDataList(rows, columns, originalWordsList);
}
public static Boolean TryParse(String path, Configuration aConfiguration, WordList wordList, out Crozzle aCrozzle)
{
Errors = new List <String>();
aCrozzle = new Crozzle(path, aConfiguration, wordList);
// Open file.
StreamReader fileIn = new StreamReader(path);
List <String> wordData = new List <string>();
// Validate file.
while (!fileIn.EndOfStream)
{
// Read a line.
String line = fileIn.ReadLine();
// Parse a crozzle file item.
CrozzleFileItem aCrozzleFileItem;
if (CrozzleFileItem.TryParse(line, out aCrozzleFileItem))
{
if (aCrozzleFileItem.IsConfigurationFile)
{
// Get the configuration file name.
String configurationPath = aCrozzleFileItem.KeyValue.Value;
if (configurationPath == null)
{
Errors.Add(CrozzleFileErrors.ConfigurationFilenameMissing);
}
else
{
configurationPath = configurationPath.Trim();
if (Validator.IsDelimited(configurationPath, StringDelimiters))
{
configurationPath = configurationPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(configurationPath))
{
String directoryName = Path.GetDirectoryName(path);
configurationPath = directoryName + @"\" + configurationPath;
}
aCrozzle.ConfigurationPath = configurationPath;
}
}
else if (aCrozzleFileItem.IsWordListFile)
{
// Get the word list file name.
String wordListPath = aCrozzleFileItem.KeyValue.Value;
if (wordListPath == null)
{
Errors.Add(CrozzleFileErrors.WordlistFilenameMissing);
}
else
{
wordListPath = wordListPath.Trim();
if (Validator.IsDelimited(wordListPath, StringDelimiters))
{
wordListPath = wordListPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(wordListPath))
{
String directoryName = Path.GetDirectoryName(path);
wordListPath = directoryName + @"\" + wordListPath;
}
aCrozzle.WordListPath = wordListPath;
}
}
else if (aCrozzleFileItem.IsRows)
{
// Get the number of rows.
int rows;
if (Validator.IsInt32(aCrozzleFileItem.KeyValue.Value.Trim(), out rows))
{
aCrozzle.Rows = rows;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.RowError, aCrozzleFileItem.KeyValue.OriginalKeyValue, Validator.Errors[0]));
}
}
else if (aCrozzleFileItem.IsColumns)
{
// Get the number of columns.
int columns;
if (Validator.IsInt32(aCrozzleFileItem.KeyValue.Value.Trim(), out columns))
{
aCrozzle.Columns = columns;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.ColumnError, aCrozzleFileItem.KeyValue.OriginalKeyValue, Validator.Errors[0]));
}
}
else if (aCrozzleFileItem.IsRow)
{
// Collect potential word data for a horizontal word.
wordData.Add(aCrozzleFileItem.KeyValue.OriginalKeyValue);
}
else if (aCrozzleFileItem.IsColumn)
{
// Collect potential word data for a vertical word.
wordData.Add(aCrozzleFileItem.KeyValue.OriginalKeyValue);
}
}
else
{
Errors.AddRange(CrozzleFileItem.Errors);
}
}
// Close files.
fileIn.Close();
// Get potential word data list.
WordDataList wordDataList;
if (!WordDataList.TryParse(wordData, aCrozzle, out wordDataList))
{
Errors.AddRange(WordDataList.Errors);
}
aCrozzle.WordDataList = wordDataList;
// Validate file sections.
// Check the configuration file name.
if (aCrozzle.Configuration != null)
{
if (aCrozzle.Configuration.ConfigurationPath != aCrozzle.ConfigurationPath)
{
Errors.Add(String.Format(CrozzleFileErrors.ConfigurationFilenameError, aCrozzle.ConfigurationPath, aCrozzle.Configuration.ConfigurationFileName));
}
}
// Check the word list file name.
if (aCrozzle.WordList != null)
{
if (aCrozzle.WordList.WordlistPath != aCrozzle.WordListPath)
{
Errors.Add(String.Format(CrozzleFileErrors.WordlistFilenameError, aCrozzle.WordListPath, aCrozzle.WordList.WordlistFileName));
}
}
// Raw word data of horizontal and vertical words were obtained when reading the crozzle file,
// but now we need to create crozzle rows and crozzle columns that represent the crozzle.
aCrozzle.CreateCrozzleRows(aCrozzle.WordDataList);
aCrozzle.CreateCrozzleColumns(aCrozzle.WordDataList);
// Store validity.
aCrozzle.FileValid = Errors.Count == 0;
return(aCrozzle.FileValid);
}
public void Insert(WordData wordData)
{
if (wordData.Location.Row >= 1 && wordData.Location.Row <= Rows &&
wordData.Location.Column >= 1 && wordData.Location.Column <= Columns)
{
if (wordData.Orientation.Direction == Orientation.Row)
{
// Store the letter into the approriate row.
String[] row = GridRows[wordData.Location.Row - 1];
int col = wordData.Location.Column - 1;
foreach (Char c in wordData.Letters)
{
if (col < Columns)
{
row[col++] = new String(c, 1);
}
}
// Store each letter into the ith column, but the same row location.
int j = wordData.Location.Column - 1;
foreach (Char c in wordData.Letters)
{
if (j < Columns)
{
String[] column = GridColumns[j];
column[wordData.Location.Row - 1] = new String(c, 1);
j++;
}
}
HorizontalWordDataList.Add(wordData);
}
else
{
// Store the letter into the ith row, but the same column location.
int j = wordData.Location.Row - 1;
foreach (Char c in wordData.Letters)
{
if (j < Rows)
{
String[] currentRow = GridRows[j];
currentRow[wordData.Location.Column - 1] = new String(c, 1);
j++;
}
}
// Store each letter into the approriate column.
String[] column = GridColumns[wordData.Location.Column - 1];
int row = wordData.Location.Row - 1;
foreach (Char c in wordData.Letters)
{
if (row < Rows)
{
column[row++] = new String(c, 1);
}
}
VerticalWordDataList.Add(wordData);
}
GridSequences = new CrozzleSequences(GridRows, GridColumns, Configuration);
WordDataList.Add(wordData);
}
}
public static Boolean TryParse(String path, Configuration aConfiguration, WordList wordList, out Crozzle aCrozzle)
{
Errors = new List <String>();
aCrozzle = new Crozzle(path, aConfiguration, wordList);
// Open file.
StreamReader fileIn = new StreamReader(path);
List <String> wordData = new List <string>();
String section = null;
bool newBlock = false;
// Validate file
while (!fileIn.EndOfStream)
{
// Read a line.
String line = fileIn.ReadLine();
// Processing empty lines
if (Regex.IsMatch(line, @"^\s*$"))
{
continue;
}
line = line.Trim();
// Processing comments
if (line.Contains("//"))
{
if (line.StartsWith("//"))
{
continue;
}
else
{
Errors.Add(String.Format(ConfigurationErrors.MixConfigWithComentError, line));
continue;
}
}
// Section check
switch (line)
{
case "FILE-DEPENDENCIES":
case "CROZZLE-SIZE":
case "HORIZONTAL-SEQUENCES":
case "VERTICAL-SEQUENCES":
section = line;
newBlock = true;
break;
case "END-FILE-DEPENDENCIES":
case "END-CROZZLE-SIZE":
case "END-HORIZONTAL-SEQUENCES":
case "END-VERTICAL-SEQUENCES":
section = null;
newBlock = true;
break;
default:
break;
}
if (newBlock)
{
newBlock = false;
continue;
}
// Parse a crozzle file item.
CrozzleFileItem aCrozzleFileItem;
// Out of section comment
if (section == null)
{
Errors.Add(String.Format(ConfigurationErrors.OutOfSectionError, line));
}
// Parse a crozzle item
else if (CrozzleFileItem.TryParse(line, out aCrozzleFileItem))
{
if (aCrozzleFileItem.IsConfigurationFile)
{
// Get the configuration file name.
String configurationPath = aCrozzleFileItem.KeyValue.Value;
if (configurationPath == null)
{
Errors.Add(CrozzleFileErrors.ConfigurationFilenameMissing);
}
else
{
configurationPath = configurationPath.Trim();
if (Validator.IsDelimited(configurationPath, StringDelimiters))
{
configurationPath = configurationPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(configurationPath))
{
String directoryName = Path.GetDirectoryName(path);
configurationPath = directoryName + @"\" + configurationPath;
}
aCrozzle.ConfigurationPath = configurationPath;
}
}
else if (aCrozzleFileItem.IsWordListFile)
{
// Get the word list file name.
String wordListPath = aCrozzleFileItem.KeyValue.Value;
if (wordListPath == null)
{
Errors.Add(CrozzleFileErrors.WordlistFilenameMissing);
}
else
{
wordListPath = wordListPath.Trim();
if (Validator.IsDelimited(wordListPath, StringDelimiters))
{
wordListPath = wordListPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(wordListPath))
{
String directoryName = Path.GetDirectoryName(path);
wordListPath = directoryName + @"\" + wordListPath;
}
aCrozzle.WordListPath = wordListPath;
}
}
// Replace
else if (aCrozzleFileItem.IsSize)
{
// Split row & col
String rawSizeData = aCrozzleFileItem.KeyValue.Value.Trim();
String[] sizeSplit = rawSizeData.Split(new String[] { SizeDelimiter }, 2, StringSplitOptions.None);
if (sizeSplit.Length != SizeValueLength)
{
Errors.Add(String.Format(KeyValueErrors.FieldCountError, sizeSplit.Length, rawSizeData, SizeValueLength));
}
else
{
int rows;
if (Validator.IsInt32(sizeSplit[0].Trim(), out rows))
{
aCrozzle.Rows = rows;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.RowError, aCrozzleFileItem.KeyValue.OriginalKeyValue, Validator.Errors[0]));
}
int columns;
if (Validator.IsInt32(sizeSplit[1].Trim(), out columns))
{
aCrozzle.Columns = columns;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.ColumnError, aCrozzleFileItem.KeyValue.OriginalKeyValue, Validator.Errors[0]));
}
}
}
else if (aCrozzleFileItem.IsSequence)
{
// Collect potential word data for a horizontal word.
//wordData.Add(aCrozzleFileItem.KeyValue.OriginalKeyValue);
String type;
if (section == "HORIZONTAL-SEQUENCES")
{
type = "ROW";
try
{
String oldFormat = aCrozzleFileItem.KeyValue.OriginalKeyValue;
oldFormat = oldFormat.Substring("SEQUENCE=".Length);
string[] split;
split = oldFormat.Split(',');
String key = split[0];
String row = split[1].Split('=')[1];
String col = split[2];
String newFormat = type + "=" + row + "," + key + "," + col;
Console.WriteLine("New Format = " + newFormat);
wordData.Add(newFormat);
}
catch (Exception e)
{
Errors.Add(String.Format(CrozzleFileErrors.SequenceFormatError, aCrozzleFileItem.KeyValue.OriginalKeyValue));
}
}
else if (section == "VERTICAL-SEQUENCES")
{
type = "COLUMN";
try
{
String oldFormat = aCrozzleFileItem.KeyValue.OriginalKeyValue;
oldFormat = oldFormat.Substring("SEQUENCE=".Length);
string[] split;
split = oldFormat.Split(',');
String key = split[0];
String row = split[1].Split('=')[1];
String col = split[2];
String newFormat = type + "=" + col + "," + key + "," + row;
Console.WriteLine("New Format = " + newFormat);
wordData.Add(newFormat);
}
catch (Exception e)
{
Errors.Add(String.Format(CrozzleFileErrors.SequenceFormatError, aCrozzleFileItem.KeyValue.OriginalKeyValue));
}
}
else
{
Errors.AddRange(CrozzleFileItem.Errors);
break;
}
}
}
else
{
Errors.AddRange(CrozzleFileItem.Errors);
}
}
// Close files.
fileIn.Close();
// Get potential word data list.
WordDataList wordDataList;
if (!WordDataList.TryParse(wordData, aCrozzle, out wordDataList))
{
Errors.AddRange(WordDataList.Errors);
}
aCrozzle.WordDataList = wordDataList;
// Validate file sections.
// Check the configuration file name.
if (aCrozzle.Configuration != null)
{
if (aCrozzle.Configuration.ConfigurationPath != aCrozzle.ConfigurationPath)
{
Errors.Add(String.Format(CrozzleFileErrors.ConfigurationFilenameError, aCrozzle.ConfigurationPath, aCrozzle.Configuration.ConfigurationFileName));
}
}
// Check the word list file name.
if (aCrozzle.WordList != null)
{
if (aCrozzle.WordList.WordlistPath != aCrozzle.WordListPath)
{
Errors.Add(String.Format(CrozzleFileErrors.WordlistFilenameError, aCrozzle.WordListPath, aCrozzle.WordList.WordlistFileName));
}
}
// Raw word data of horizontal and vertical words were obtained when reading the crozzle file,
// but now we need to create crozzle rows and crozzle columns that represent the crozzle.
aCrozzle.CreateCrozzleRows(aCrozzle.WordDataList);
aCrozzle.CreateCrozzleColumns(aCrozzle.WordDataList);
// Store validity.
aCrozzle.FileValid = Errors.Count == 0;
return(aCrozzle.FileValid);
}
public static Boolean TryParse(String path, Configuration aConfiguration, WordList wordList, out Crozzle aCrozzle)
{
Errors = new List <String>();
aCrozzle = new Crozzle(path, aConfiguration, wordList);
StreamReader fileIn;
if (path.Contains("http"))
{
WebClient webClient = new WebClient();
Stream aStream = webClient.OpenRead(path);
fileIn = new StreamReader(aStream);
}
else
{
fileIn = new StreamReader(path);
}
List <String> wordData = new List <string>();
// Validate file.
while (!fileIn.EndOfStream)
{
// Read a line.
String line = fileIn.ReadLine();
// Parse a crozzle file item.
CrozzleFileItem aCrozzleFileItem;
if (CrozzleFileItem.TryParse(line, out aCrozzleFileItem))
{
if (aCrozzleFileItem.IsConfigurationFile)
{
// Get the configuration file name.
String configurationPath = aCrozzleFileItem.KeyValue.Value;
if (configurationPath == null)
{
Errors.Add(CrozzleFileErrors.ConfigurationFilenameMissing);
}
else
{
configurationPath = configurationPath.Trim();
if (Validator.IsDelimited(configurationPath, StringDelimiters))
{
configurationPath = configurationPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(configurationPath))
{
// Seperate local files and files from web server
if (!path.Contains("http"))
{
String directoryName = Path.GetDirectoryName(path);
configurationPath = directoryName + @"\" + configurationPath;
}
}
aCrozzle.ConfigurationPath = configurationPath;
}
}
else if (aCrozzleFileItem.IsWordListFile)
{
// Get the word list file name.
String wordListPath = aCrozzleFileItem.KeyValue.Value;
if (wordListPath == null)
{
Errors.Add(CrozzleFileErrors.WordlistFilenameMissing);
}
else
{
wordListPath = wordListPath.Trim();
if (Validator.IsDelimited(wordListPath, StringDelimiters))
{
wordListPath = wordListPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(wordListPath))
{
// Seperate local files and files from web server
if (!path.Contains("http"))
{
String directoryName = Path.GetDirectoryName(path);
wordListPath = directoryName + @"\" + wordListPath;
}
}
aCrozzle.WordListPath = wordListPath;
}
}
else if (aCrozzleFileItem.IsRows)
{
// Get the number of rows.
int rows;
if (Validator.IsInt32(aCrozzleFileItem.KeyValue.Value.Trim(), out rows))
{
aCrozzle.Rows = rows;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.RowError, aCrozzleFileItem.KeyValue.OriginalKeyValue, Validator.Errors[0]));
}
}
else if (aCrozzleFileItem.IsColumns)
{
// Get the number of columns.
int columns;
if (Validator.IsInt32(aCrozzleFileItem.KeyValue.Value.Trim(), out columns))
{
aCrozzle.Columns = columns;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.ColumnError, aCrozzleFileItem.KeyValue.OriginalKeyValue, Validator.Errors[0]));
}
}
else if (aCrozzleFileItem.IsRow)
{
// Collect potential word data for a horizontal word.
wordData.Add(aCrozzleFileItem.KeyValue.OriginalKeyValue);
}
else if (aCrozzleFileItem.IsColumn)
{
// Collect potential word data for a vertical word.
wordData.Add(aCrozzleFileItem.KeyValue.OriginalKeyValue);
}
}
else
{
Errors.AddRange(CrozzleFileItem.Errors);
}
}
// Close files.
fileIn.Close();
// If the file does not have location and orientation of words
if (wordData.Count == 0)
{
// Initialize an empty key-value group
List <String> GenerateKeyValueGroup = new List <String>();
// Use an dictionary to store inserting and non-inserting words score
Dictionary <char, int> IntersectingPointsPerLetter = new Dictionary <char, int>();
Dictionary <char, int> NonIntersectingPointsPerLetter = new Dictionary <char, int>();
// Append score to corresponding letter
char[] alphabet = { 'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z' };
for (int i = 0; i < alphabet.Length; i++)
{
IntersectingPointsPerLetter.Add(alphabet[i], aConfiguration.IntersectingPointsPerLetter[i]);
NonIntersectingPointsPerLetter.Add(alphabet[i], aConfiguration.NonIntersectingPointsPerLetter[i]);
}
// Use greedy algorithm to get a group with maximun number of words
Grid grid = new Grid(aCrozzle.Rows, aCrozzle.Columns, IntersectingPointsPerLetter, NonIntersectingPointsPerLetter, aConfiguration.PointsPerWord);
grid.GetConfiguration(aCrozzle.Configuration);
GenerateKeyValueGroup = grid.GreedyAlgorithm(wordList.List, aConfiguration.MaximumNumberOfGroups, aConfiguration.MinimumNumberOfGroups, out aCrozzle.timeConsume);
// Append NewkeyValue instead of OriginalKeyValue to old program in terms of compatibility
foreach (string GenerateKeyValue in GenerateKeyValueGroup)
{
wordData.Add(GenerateKeyValue);
}
}
// Get potential word data list.
WordDataList wordDataList;
if (!WordDataList.TryParse(wordData, aCrozzle, out wordDataList))
{
Errors.AddRange(WordDataList.Errors);
}
aCrozzle.WordDataList = wordDataList;
// Validate file sections.
// Check the configuration file name.
if (aCrozzle.Configuration != null)
{
if (aCrozzle.Configuration.ConfigurationPath != aCrozzle.ConfigurationPath)
{
Errors.Add(String.Format(CrozzleFileErrors.ConfigurationFilenameError, aCrozzle.ConfigurationPath, aCrozzle.Configuration.ConfigurationFileName));
}
}
// Check the word list file name.
if (aCrozzle.WordList != null)
{
if (aCrozzle.WordList.WordlistPath != aCrozzle.WordListPath)
{
Errors.Add(String.Format(CrozzleFileErrors.WordlistFilenameError, aCrozzle.WordListPath, aCrozzle.WordList.WordlistFileName));
}
}
// Raw word data of horizontal and vertical words were obtained when reading the crozzle file,
// but now we need to create crozzle rows and crozzle columns that represent the crozzle.
aCrozzle.CreateCrozzleRows(aCrozzle.WordDataList);
aCrozzle.CreateCrozzleColumns(aCrozzle.WordDataList);
// Store validity.
aCrozzle.FileValid = Errors.Count == 0;
return(aCrozzle.FileValid);
}
public static Boolean TryParse(String path, Configuration aConfiguration, WordList wordList, out Crozzle aCrozzle)
{
Errors = new List <String>();
aCrozzle = new Crozzle(path, aConfiguration, wordList);
// Open file.
StreamReader fileIn = new StreamReader(path);
List <SequenceFragment> wordData = new List <SequenceFragment>();
// Validate file.
while (!fileIn.EndOfStream)
{
List <String> fragment = new List <String>();
do
{
/// Add multiple lines as part of a text fragment until the last element is empty or null.
fragment.Add(fileIn.ReadLine());
} while (!String.IsNullOrEmpty(fragment.Last()));
// Parse a crozzle file fragment.
FileFragment <CrozzleFileItem> aCrozzleFileFragment;
if (CrozzleFileItem.TryParse(fragment, out aCrozzleFileFragment))
{
String aFragmentKey = aCrozzleFileFragment.Name;
foreach (CrozzleFileItem aItem in aCrozzleFileFragment.Items)
{
/// Process the key-value, given the current fragment key.
if (aFragmentKey == CrozzleFileKeys.DEPENDENCIES_OPENBRACKET)
{
if (aItem.Name == CrozzleFileKeys.DEPENDENCIES_CONFIGDATA)
{
String configurationPath = aItem.KeyValue.Value;
if (configurationPath == null)
{
Errors.Add(CrozzleFileErrors.ConfigurationFilenameMissing);
}
else
{
configurationPath = configurationPath.Trim();
if (Validator.IsDelimited(configurationPath, StringDelimiters))
{
configurationPath = configurationPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(configurationPath))
{
String directoryName = Path.GetDirectoryName(path);
configurationPath = directoryName + @"\" + configurationPath;
}
aCrozzle.ConfigurationPath = configurationPath;
}
}
else if (aItem.Name == CrozzleFileKeys.DEPENDENCIES_SEQDATA)
{
String wordListPath = aItem.KeyValue.Value;
if (wordListPath == null)
{
Errors.Add(CrozzleFileErrors.WordlistFilenameMissing);
}
else
{
wordListPath = wordListPath.Trim();
if (Validator.IsDelimited(wordListPath, StringDelimiters))
{
wordListPath = wordListPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(wordListPath))
{
String directoryName = Path.GetDirectoryName(path);
wordListPath = directoryName + @"\" + wordListPath;
}
aCrozzle.WordListPath = wordListPath;
}
}
}
else if (aFragmentKey == CrozzleFileKeys.SIZE_OPENBRACKET)
{
int rows, columns;
String[] values = aItem.KeyValue.Value.Trim().Split(',');
if (Validator.IsInt32(values[0], out rows))
{
aCrozzle.Rows = rows;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.RowError, aItem.KeyValue.OriginalKeyValue, Validator.Errors[0]));
}
if (Validator.IsInt32(values[1], out columns))
{
aCrozzle.Columns = columns;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.ColumnError, aItem.KeyValue.OriginalKeyValue, Validator.Errors[0]));
}
}
else if (new[] { CrozzleFileKeys.HORZSEQ_OPENBRACKET, CrozzleFileKeys.VERTSEQ_OPENBRACKET }.Contains(aFragmentKey))
{
wordData.Add(new SequenceFragment(aFragmentKey, aItem.KeyValue.OriginalKeyValue));
}
else
{
Errors.AddRange(CrozzleFileItem.Errors);
}
}
}
}
// Close files.
fileIn.Close();
// Get potential word data list.
WordDataList wordDataList;
if (!WordDataList.TryParse(wordData, aCrozzle, out wordDataList))
{
Errors.AddRange(WordDataList.Errors);
}
aCrozzle.WordDataList = wordDataList;
// Validate file sections.
// Check the configuration file name.
if (aCrozzle.Configuration != null)
{
if (aCrozzle.Configuration.ConfigurationPath != aCrozzle.ConfigurationPath)
{
Errors.Add(String.Format(CrozzleFileErrors.ConfigurationFilenameError, aCrozzle.ConfigurationPath, aCrozzle.Configuration.ConfigurationFileName));
}
}
// Check the word list file name.
if (aCrozzle.WordList != null)
{
if (aCrozzle.WordList.WordlistPath != aCrozzle.WordListPath)
{
Errors.Add(String.Format(CrozzleFileErrors.WordlistFilenameError, aCrozzle.WordListPath, aCrozzle.WordList.WordlistFileName));
}
}
// Raw word data of horizontal and vertical words were obtained when reading the crozzle file,
// but now we need to create crozzle rows and crozzle columns that represent the crozzle.
aCrozzle.CreateCrozzleRows(aCrozzle.WordDataList);
aCrozzle.CreateCrozzleColumns(aCrozzle.WordDataList);
// Store validity.
aCrozzle.FileValid = Errors.Count == 0;
return(aCrozzle.FileValid);
}
public static Boolean TryParse(String path, Configuration aConfiguration, WordList wordList, out Crozzle aCrozzle)
{
Errors = new List <String>();
aCrozzle = new Crozzle(path, aConfiguration, wordList);
// Open file.
StreamReader fileIn = new StreamReader(path);
List <TitleSequence> wordData = new List <TitleSequence>();
// Validate file.
while (!fileIn.EndOfStream)
{
// Create a Block to store a group of data
List <String> Block = new List <String>();
// Read a line.
String line = fileIn.ReadLine();
while (!String.IsNullOrEmpty(line))
{
Block.Add(line);
line = fileIn.ReadLine();
}
// Parse a block in crozzle file
CzlGroup aCrozzleFileGroup;
if (CrozzleFileItem.TryParse(Block, out aCrozzleFileGroup))
{
String title = aCrozzleFileGroup.CzlTitle;
for (int i = 0; i < aCrozzleFileGroup.Lines.Count; i++)
{
// Whether the title equals to "FILE-DEPENDENCIES"
if (title == CrozzleKeys.FileDependencies)
{
if (aCrozzleFileGroup.Lines[i].Name == CrozzleKeys.ConfigData)
{
String configurationPath = aCrozzleFileGroup.Lines[i].KeyValue.Value;
if (configurationPath == null)
{
Errors.Add(CrozzleFileErrors.ConfigurationFilenameMissing);
}
else
{
configurationPath = configurationPath.Trim();
if (Validator.IsDelimited(configurationPath, StringDelimiters))
{
configurationPath = configurationPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(configurationPath))
{
String directoryName = Path.GetDirectoryName(path);
configurationPath = directoryName + @"\" + configurationPath;
}
aCrozzle.ConfigurationPath = configurationPath;
}
}
else if (aCrozzleFileGroup.Lines[i].Name == CrozzleKeys.SequenceData)
{
String wordListPath = aCrozzleFileGroup.Lines[i].KeyValue.Value;
if (wordListPath == null)
{
Errors.Add(CrozzleFileErrors.ConfigurationFilenameMissing);
}
else
{
wordListPath = wordListPath.Trim();
if (Validator.IsDelimited(wordListPath, StringDelimiters))
{
wordListPath = wordListPath.Trim(StringDelimiters);
}
if (!Path.IsPathRooted(wordListPath))
{
String directoryName = Path.GetDirectoryName(path);
wordListPath = directoryName + @"\" + wordListPath;
}
aCrozzle.WordListPath = wordListPath;
}
}
}
// Whether the title equals to "CROZZLE-SIZE"
else if (title == CrozzleKeys.CrozzleSize)
{
int rows, columns;
String[] coordinate = aCrozzleFileGroup.Lines[i].KeyValue.Value.Split(',');
if (Validator.IsInt32(coordinate[0].Trim(), out rows))
{
aCrozzle.Rows = rows;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.RowError, aCrozzleFileGroup.Lines[i].KeyValue.OriginalKeyValue, Errors[0]));
}
if (Validator.IsInt32(coordinate[1].Trim(), out columns))
{
aCrozzle.Columns = columns;
}
else
{
Errors.Add(String.Format(CrozzleFileErrors.ColumnError, aCrozzleFileGroup.Lines[i].KeyValue.OriginalKeyValue, Errors[1]));
}
}
// Whether the title equals to "HORIZONTAL-SEQUENCES" or "VERTICAL-SEQUENCE"
else if (title == CrozzleKeys.HorizontalSequence || title == CrozzleKeys.VerticalSequence)
{
TitleSequence temp = new TitleSequence(title, aCrozzleFileGroup.Lines[i].KeyValue.OriginalKeyValue);
wordData.Add(temp);
}
// If there exist unidentified titles
else
{
Errors.AddRange(CrozzleFileItem.Errors);
}
}
}
}
// Close files.
fileIn.Close();
// Get potential word data list.
WordDataList wordDataList;
if (!WordDataList.TryParse(wordData, aCrozzle, out wordDataList))
{
Errors.AddRange(WordDataList.Errors);
}
aCrozzle.WordDataList = wordDataList;
// Validate file sections.
// Check the configuration file name.
if (aCrozzle.Configuration != null)
{
if (aCrozzle.Configuration.ConfigurationPath != aCrozzle.ConfigurationPath)
{
Errors.Add(String.Format(CrozzleFileErrors.ConfigurationFilenameError, aCrozzle.ConfigurationPath, aCrozzle.Configuration.ConfigurationPath));
}
}
// Check the word list file name.
if (aCrozzle.WordList != null)
{
if (aCrozzle.WordList.WordlistPath != aCrozzle.WordListPath)
{
Errors.Add(String.Format(CrozzleFileErrors.WordlistFilenameError, aCrozzle.WordListPath, aCrozzle.WordList.WordlistFileName));
}
}
// Raw word data of horizontal and vertical words were obtained when reading the crozzle file,
// but now we need to create crozzle rows and crozzle columns that represent the crozzle.
aCrozzle.CreateCrozzleRows(aCrozzle.WordDataList);
aCrozzle.CreateCrozzleColumns(aCrozzle.WordDataList);
// Store validity.
aCrozzle.FileValid = Errors.Count == 0;
return(aCrozzle.FileValid);
}