public static List <ParallelSearchResult> ArrayThreadTask(object paramObj)
{
ParallelSearchThreadParam param =
(ParallelSearchThreadParam)paramObj;
//Слово для поиска в верхнем регистре
string wordUpper = param.wordPattern.Trim().ToUpper();
//Результаты поиска в одном потоке
List <ParallelSearchResult> Result = new
List <ParallelSearchResult>();
//Перебор всех слов во временном списке данного потока
foreach (string str in param.tempList)
{
//Вычисление расстояния Дамерау-Левенштейна
int dist = Libs.Distance(str.ToUpper(), wordUpper);
if (dist <= param.maxDist)
{
ParallelSearchResult temp = new ParallelSearchResult()
{
word = str,
dist = dist,
ThreadNum = param.ThreadNum
};
Result.Add(temp);
}
}
return(Result);
}
public static List <ParallelSearchResult> ArrayThreadTask(object paramObj)
{
ParallelSearchThreadParam param = (ParallelSearchThreadParam)paramObj;
string wordUpper = param.wordPattern.Trim().ToUpper();
List <ParallelSearchResult> Result = new List <ParallelSearchResult>();
foreach (string str in param.tempList)
{
int dist = Levenshtain.Distance(str.ToUpper(), wordUpper);
if (dist <= param.maxDist)
{
ParallelSearchResult temp = new ParallelSearchResult()
{
word = str,
dist = dist,
ThreadNum = param.ThreadNum
};
Result.Add(temp);
}
}
return(Result);
}
public static List <ParallelSearchResult> arrayThreadTask(object p)
{
ParallelSearchThreadParam param = (ParallelSearchThreadParam)p;
string wordUpper = param.wordToFind.Trim().ToUpper();
List <ParallelSearchResult> result = new List <ParallelSearchResult>();
foreach (string str in param.wordsList)
{
int dist = Distance.CalculateDistance(str.ToUpper(), wordUpper);
if (dist <= param.maxDist)
{
ParallelSearchResult t = new ParallelSearchResult(str, dist, param.threadNum);
result.Add(t);
}
}
return(result);
}
