/// <summary> /// Called when recursive is false, evaluates the input to see if search is really /// required or not, only using the file scanner when a wildcard is present in the /// input /// </summary> private void BuildFileListIntelligently() { // for each input that "appears" to be a file mask (either a file name or a file wildcard) // gather the file names) foreach (string fileMask in _fileArgs) { if (-1 < fileMask.IndexOfAny(_osWildCards)) { BuildFileListForMask(fileMask); } else { DefaultScanForFilesData nextFile = new DefaultScanForFilesData(); nextFile.FileInfo = new FileInfo(fileMask); _listOfFiles.Add(nextFile); } } }
/// <summary> /// Called when recursive is false, evaluates the input to see if search is really /// required or not, only using the file scanner when a wildcard is present in the /// input /// </summary> private void BuildFileListIntelligently() { // for each input that "appears" to be a file mask (either a file name or a file wildcard) // gather the file names) foreach (string fileMask in _fileArgs) { if (-1 < fileMask.IndexOfAny(_osWildCards)) { BuildFileListForMask(fileMask); } else { DefaultScanForFilesData nextFile = new DefaultScanForFilesData(); nextFile.FileInfo = new FileInfo(fileMask); _listOfFiles.Add(nextFile); } } }