public void NonCaseSensitiveMultipleStringRecognitionTest(string name, string search, bool containsSpecifiedString)
{
var sut = new MultiStringAnalyzer(search, false);
var spcifiedStringRecognized = sut.IsMatch(name);
Assert.Equal(containsSpecifiedString, spcifiedStringRecognized);
}
public void MultipleStringReplacementIndeciesTest(string name, string search, IReadOnlyList <StringIntervalIndecies> expectedIndecies)
{
var sut = new MultiStringAnalyzer(search, false);
var indexList = sut.ReplacementIndecies(name).ToList();
Assert.Equal(indexList.Count, expectedIndecies.Count);
foreach (var replacementIndex in expectedIndecies)
{
Assert.True(indexList.Contains(replacementIndex));
}
}
public static RenameProcessor Build(SearchType searchType, string searchString, bool searchCaseSensitive,
ReplaceType replaceType, string replaceString)
{
INameAnalyzer nameAnalyzer = null;
switch (searchType)
{
case SearchType.WhiteSpace: { nameAnalyzer = new WhiteSpaceAnalyzer(); break; }
case SearchType.Special: { nameAnalyzer = new SpecialEndingAnalyzer(); break; }
case SearchType.Characters:
{
var splitParts = searchString.Split(',')
.Select(split => split.Trim());
var isMultiSearch = false;
if (splitParts.Count() > 1)
{
if (splitParts.All(split => split.StartsWith("\"") && split.EndsWith("\"")))
{
isMultiSearch = true;
}
}
if (isMultiSearch)
{
nameAnalyzer = new MultiStringAnalyzer(searchString, searchCaseSensitive);
}
else
{
nameAnalyzer = new SingleStringAnalyzer(searchString, searchCaseSensitive);
}
break;
}
}
INameRefactorer nameRefactorer = null;
switch (replaceType)
{
case ReplaceType.Delete: { nameRefactorer = new StringRefactorer(""); break; }
case ReplaceType.WhiteSpace: { nameRefactorer = new StringRefactorer(" "); break; }
case ReplaceType.Characters: { nameRefactorer = new StringRefactorer(replaceString); break; }
}
return(new RenameProcessor(nameAnalyzer, nameRefactorer));
}