public void CreateAnagrams(InputField input_field)
{
string letters = input_field.text;
LetterPool pool = new LetterPool();
Word word = pool.GetLetters(letters.ToLower());
FileManager file_manager = new FileManager();
DateTime start = DateTime.Now;
print(start);
//Old.TrigramSet ts = Old.FileManager.CreateGraphemeSetFromFile<Old.TrigramSet, Old.Trigram>(load_path.value, Encoding.UTF8);
GraphemeRuleSet rules = file_manager.CreateGraphemeSetFromFile(load_path.value, Encoding.UTF8);
TimeSpan end = DateTime.Now - start;
print(end.TotalSeconds);
start = DateTime.Now;
print(start);
//foreach (Old.VariableLetterGroup s in new Old.VariableLetterGroup(letters).SortedAndAnalyzedUniquePermutations(ts))
// Old.FileManager.CreateOrUpdateFileWithOneLine(s, save_path.value, Encoding.UTF8);
//foreach (Word permutation in word.SortedAndAnalyzedUniquePermutations(rules))
// file_manager.CreateOrUpdateFileWithOneLine(permutation, save_path.value, Encoding.UTF8);
file_manager.CreateOrOverwriteFile(word.SortedAndAnalyzedUniquePermutations(rules),
save_path.value,
Encoding.UTF8);
end = DateTime.Now - start;
print(end.TotalSeconds);
}
public GraphemeRuleSet CreateGraphemeSetFromFile(string path, Encoding encoding)
{
var rules = new GraphemeRuleSet();
LetterPool pool = new LetterPool();
using (StreamReader file = new StreamReader(path, encoding))
{
string line = file.ReadLine();
while (line != null)
{
Word rule = pool.GetLetters(line.ToLower());
rules.AddRule(rule);
line = file.ReadLine();
}
}
return(rules);
}