public LevenshteinMatches LevenshteinTest(
string str,
string expression,
int maxDistance,
bool onlyBestResults,
bool caseSensitive,
LevenshteinMode mode
)
{
LevenshteinMatches result = StringExtension.Levenshtein
(str, expression, maxDistance, onlyBestResults, caseSensitive, mode);
return(result);
// TODO: add assertions to method StringExtensionTest.LevenshteinTest(String, String, Int32, Boolean, Boolean, LevenshteinMode)
}
public static LevenshteinMatches Levenshtein(this string str, string pattern, int maxDistance = -1, bool onlyBestResults = false, bool caseSensitive = false, LevenshteinMode mode = 0)
{
str = System.Text.RegularExpressions.Regex.Replace(str, @"\p{C}+", string.Empty);//remove nonprintable characters
str = str.Replace("\0", "");
if (str == null || str.Length == 0 || pattern == null || pattern.Length == 0)
{
return(new LevenshteinMatches());
}
if (mode == LevenshteinMode.SingleMatixCPU)
{
return(str.LevenshteinSingleMatrixCPU(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else if (mode == LevenshteinMode.SplitForSingleMatrixCPU) //splits words
{
return(str.LevenshteinSplitForSingleMatrixCPU(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else if (mode == LevenshteinMode.MultiMatrixSingleThreadCPU)
{
return(str.LevenshteinMultiMatrixSingleThread(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else if (mode == LevenshteinMode.MultiMatrixParallelCPU)
{
return(str.LevenshteinMultiMatrixParallel(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else if (mode == LevenshteinMode.SplitDualRowCPU) //memory efficient
{
return(str.LevenshteinDualRowCPU(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else if (mode == LevenshteinMode.ThreeDimMatrixCPU)
{
return(str.LevenshteinThreeDimMatrixCPU(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else if (mode == LevenshteinMode.ThreeDimMatrixGPU)
{
return(gpu.LevenshteinSingleMatrixGPU(str, pattern, maxDistance, onlyBestResults, caseSensitive));
//return str.LevenshteinSingleMatrixGPU(pattern, maxDistance, onlyBestResults, caseSensitive);
}
else if (mode == LevenshteinMode.ThreeDimMatrixParallelCPU)
{
return(str.LevenshteinThreeDimMatrixParallelCPU(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else if (mode == LevenshteinMode.SplitForParallelCPU)
{
return(str.LevenshteinSplitForParallelCPU(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else if (mode == LevenshteinMode.HistogramCPU)
{
return(str.LevenshteinHistogramCPU(pattern, maxDistance, onlyBestResults, caseSensitive));
}
else
{
throw new NotImplementedException();
}
}
