public int Compare(object x, object y)
{
ListViewItem xItem = x as ListViewItem;
ListViewItem yItem = y as ListViewItem;
if (xItem == null || yItem == null)
{
throw new ArgumentException();
}
parseResult xResult = xItem.Tag as parseResult;
parseResult yResult = yItem.Tag as parseResult;
if (xResult == null || yResult == null)
{
throw new ArgumentException();
}
//sort the parsing failures to the top of the list so they don't get lost in the middle of a big list
if (xResult.success && !yResult.success)
{
return(1);
}
else if (!xResult.success && yResult.success)
{
return(-1);
}
return(xResult.full_filename.CompareTo(yResult.full_filename));
}
public static List <parseResult> Parse(List <PathPair> files, bool includeFailed)
{
MPTVSeriesLog.Write(string.Format("Starting Local Filename Parsing, processing {0} files", files.Count.ToString()));
List <parseResult> results = new List <parseResult>();
parseResult progressReporter;
int nFailed = 0;
FilenameParser parser = null;
ListViewItem item = null;
paths = null;
foreach (PathPair file in files)
{
parser = new FilenameParser(file);
// title case the seriesname
if (parser.Matches.ContainsKey(DBSeries.cParsedName) && !DBOption.GetOptions(DBOption.cParsedNameFromFolder))
{
parser.Matches[DBSeries.cParsedName] = parser.Matches[DBSeries.cParsedName].ToString().ToTitleCase();
}
// set volumelabel for drive so can be prompted to insert CD/DVD disk or removable harddrive
// populate with import path name if can not get volume label
string volumeLabel = DeviceManager.GetVolumeLabel(file.m_sFull_FileName);
if (string.IsNullOrEmpty(volumeLabel))
{
volumeLabel = LocalParse.getImportPath(file.m_sFull_FileName);
}
parser.Matches.Add(DBEpisode.cVolumeLabel, volumeLabel);
item = new ListViewItem(file.m_sMatch_FileName);
item.UseItemStyleForSubItems = true;
progressReporter = new parseResult();
// make sure we have all the necessary data for a full match
if (!parser.Matches.ContainsKey(DBEpisode.cSeasonIndex) ||
!parser.Matches.ContainsKey(DBEpisode.cEpisodeIndex))
{
if (parser.Matches.ContainsKey(DBSeries.cParsedName) &&
parser.Matches.ContainsKey(DBOnlineEpisode.cFirstAired))
{
try{ System.DateTime.Parse(parser.Matches[DBOnlineEpisode.cFirstAired]); }
catch (System.FormatException)
{
nFailed++;
progressReporter.failedAirDate = true;
progressReporter.success = false;
progressReporter.exception = "Air Date is not valid";
}
}
else
{
progressReporter.success = false;
progressReporter.exception = "Parsing failed for: " + file;
nFailed++;
}
}
else
{
// make sure episode & season are properly matched (numerical values)
try { Convert.ToInt32(parser.Matches[DBEpisode.cSeasonIndex]); }
catch (System.FormatException)
{
nFailed++;
progressReporter.failedSeason = true;
progressReporter.success = false;
progressReporter.exception += "Season is not numerical ";
}
try { Convert.ToInt32(parser.Matches[DBEpisode.cEpisodeIndex]); }
catch (System.FormatException)
{
nFailed++;
progressReporter.failedEpisode = true;
progressReporter.success = false;
progressReporter.exception += "Episode is not numerical ";
}
}
progressReporter.match_filename = file.m_sMatch_FileName;
progressReporter.full_filename = file.m_sFull_FileName;
progressReporter.parser = parser;
progressReporter.PathPair = file;
if (includeFailed || progressReporter.success)
{
results.Add(progressReporter);
}
}
MPTVSeriesLog.Write("Finished Local Filename Parsing");
return(results);
}
