/// <summary>
/// Creates an SuidLister object and returns it for the calling program.
/// The SuidLister object that is created here can be reused.
/// </summary>
/// <param name="fileList">The FileObjectCollection processed by InfoDump.</param>
/// <returns>The SuidLister with the list of all SUIDs present.</returns>
public static SuidLister getSuid(FileObjectCollection fileList)
{
SuidLister suidLister = new SuidLister();
foreach (FileObject file in fileList.fileList)
{
//to change - actual suid;
//string suids = "suid";
// done
suidLister.addSuid(file);
}
//returns suidLister object
return(suidLister);
}
/// <summary>
/// Creates an SuidLister object and returns it for the calling program.
/// The SuidLister object that is created here can be reused.
/// </summary>
/// <param name="fileList">The FileObjectCollection processed by InfoDump.</param>
/// <returns>The SuidLister with the list of all SUIDs present.</returns>
public static SuidLister getSuid(FileObjectCollection fileList)
{
SuidLister suidLister = new SuidLister();
foreach (FileObject file in fileList.fileList)
{
//to change - actual suid;
//string suids = "suid";
// done
suidLister.addSuid(file);
}
//returns suidLister object
return suidLister;
}
/// <summary>
/// Processes files to create File Objects for the main tasks of this program.
/// Every tasks are denoted on each comment lines inside the method.
/// </summary>
/// <param name="list">The list that contains the fullpaths of the actual files.</param>
/// <param name="listname">Name for the FileObjectCollection to be created.</param>
public void AnalyzeList(List <string> list, string listname = "Various Files")
{
FileObjectCollection fileList = new FileObjectCollection();
TrackLister tracklist = new TrackLister();
MakeFile makeFile = new MakeFile();
ChapterGenerator chapterGet = new ChapterGenerator();
//ProgressState progressState = new ProgressState();
//fileList.folderPath = path; //Deprecated
fileList.name = listname; //Deprecated
progressState.listName = fileList.name;
analyzeProgress = 1;
analyzeProcessPercent = 0;
foreach (string s in list)
{
FileObject file = new FileObject(s);
analyzeProcessPercent = analyzeProgress.ToPercentage(list.Count);
progressState.progressPercent = analyzeProcessPercent;
progressState.fileName = file.filename;
Analyze.backgroundWorker.ReportProgress(progressArg, progressState);
//Routine after splitting
//Checks if current backgroundWorker operation is cancelled
//Stops this program if true
if (Analyze.backgroundWorker.CancellationPending)
{
return;
}
try
{
file = InfoDumper.infoDump(file);
if (Program.hasFFmpeg)
{
file = InfoDumper.ffInfoDump(file);
}
}
catch (Exception ex)
{
MessageBox.Show("Error:\r\n\r\n" + ex.Message, "Error");
}
progressState.progressDetail = "Dumping MKV info...";
Analyze.backgroundWorker.ReportProgress(progressArg, progressState);
file = chapterGet.chapterDump(file);
if (!String.IsNullOrEmpty(file.ffInfo))
{
file = chapterGet.mediaDump(file);
}
if (!Config.Configure.includeMkvInfoOnFiles)
{
file.mkvInfo = null;
}
if (!Config.Configure.includeMediaInfoOnFiles)
{
file.ffInfo = null;
}
fileList.addFile(file);
//For Diagnoses purposes only
if (Config.Configure.diagnose >= 30)
{
Console.WriteLine("Chapter Atom count: {0}\n", file.chapterAtom.Count, file.mkvInfo);
foreach (ChapterAtom chapter in file.chapterAtom)
{
{
Console.WriteLine("File name: {0}\nChapter Number: {2}\nTime Start: {3}\nTime End: {4}\nSuid: {5}\n",
file.filename,
chapter.chapterInfo,
chapter.chapterNum,
chapter.timeStart,
chapter.timeEnd,
chapter.suid);
}
}
}
progressState.progressDetail = "Getting chapters' info...";
Analyze.backgroundWorker.ReportProgress(progressArg, progressState);
analyzeProgress++;
}
SuidLister suidList = getSuid(fileList);
progressState.progressDetail = "Creating SUID list...";
Analyze.backgroundWorker.ReportProgress(progressArg, progressState);
fileList = tracklist.arrangeTrack(fileList, suidList, this);
progressState.progressDetail = "Arranging new tracklist for every file...";
Analyze.backgroundWorker.ReportProgress(progressArg, progressState);
//For Diagnostic purposes only
if (Config.Configure.diagnose >= 30)
{
foreach (Suid suid in suidList.suidList)
{
{
Console.WriteLine("SUID filename: " + suid.fileName);
Console.WriteLine("SUID: " + suid.suid);
Console.WriteLine("\n");
}
}
Console.WriteLine("fileList.fileList.Count: " + fileList.fileList.Count + "\n");
foreach (FileObject file in fileList.fileList)
{
//Console.WriteLine("Merge Argument count: {0}\n", file.mergeArgument.Count);
foreach (MergeArgument merge in file.mergeArgument)
{
Console.WriteLine("Merge Argument:\nFile name: {0}\nTime Code: {1}\nFile Argument: {2}\nChapter Number: {3}\n",
file.filename,
merge.timeCode,
merge.fileName,
merge.chapterNum);
}
foreach (TimeCode time in file.timeCode)
{
Console.WriteLine("Time Code Argument: {0}\n", time.timeCode);
}
foreach (DelArgument del in file.delArgument)
{
Console.WriteLine("Del Argument: {0}\n", del.fileName);
}
}
}
fileLists.Add(fileList);
if (Config.Configure.doMakeXml)
{
makeFile.makeFile(fileList, this);
progressState.progressDetail = "Dumping XML file...";
Analyze.backgroundWorker.ReportProgress(progressArg, progressState);
}
if (Config.Configure.doMakeScript)
{
makeFile.makeXML(fileList, this);
progressState.progressDetail = "Creating Merge Script...";
Analyze.backgroundWorker.ReportProgress(progressArg, progressState);
}
}
/// <summary>
/// Processes files to create File Objects for the main tasks of this program.
/// Every tasks are denoted on each comment lines inside the method.
/// </summary>
/// <param name="list">The list that contains the fullpaths of the actual files.</param>
/// <param name="listname">Name for the FileObjectCollection to be created.</param>
/// <param name="processor">The Analyze object for progression report.</param>
/// <param name="path">The path used as a working directory merge commands.</param>
/// <param name="totalArguments">Optional. For progress report. The total number of lists to process.</param>
public void processList(List <string> list, string listname, Analyze processor, string path = "C:\\", int totalArguments = 0)
{
FileObjectCollection fileList = new FileObjectCollection();
TrackLister tracklist = new TrackLister();
MakeFile makeFile = new MakeFile();
ChapterGenerator chapterGet = new ChapterGenerator();
ProgressState progressState = new ProgressState();
fileList.folderPath = path;
fileList.name = listname;
progressState.listName = fileList.name;
progress = 1;
processPercent = 0;
foreach (string s in list)
{
progressState.progressDetail = "Creating file entry...";
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
FileObject file = new FileObject(s);
processPercent = progress.ToPercentage(list.Count);
progressState.progressPercent = processPercent;
progressState.fileName = file.filename;
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
//Routine after splitting
//Checks if current backgroundWorker operation is cancelled
//Stops this program if true
if (Analyze.backgroundWorker.CancellationPending)
{
return;
}
if (file.extension == ".mkv")
{
try
{
file = InfoDumper.infoDump(file);
}
catch (Exception ex)
{
Program.Message("Error:\r\n\r\n" + ex.Message, "Error");
}
progressState.progressDetail = "Dumping MKV info...";
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
file = chapterGet.chapterDump(file);
if (!Config.Configure.includeMkvInfoOnFiles)
{
file.mkvInfo = null;
}
if (!Config.Configure.includeMediaInfoOnFiles)
{
file.ffInfo = null;
}
progressState.progressDetail = "Getting chapters' info...";
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
fileList.hasMKV = true;
}
if (Program.hasFFmpeg)
{
progressState.progressDetail = "Dumping media info...";
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
try
{
file = InfoDumper.ffInfoDump(file);
}
catch (Exception ex)
{
Program.Message("Error:\r\n\r\n" + ex.Message, "Error");
}
if (!String.IsNullOrEmpty(file.ffInfo))
{
file = chapterGet.mediaDump(file);
}
}
fileList.addFile(file);
progress++;
}
if (fileList.hasMKV)
{
SuidLister suidList = CreateSuidLister(fileList);
progressState.progressDetail = "Creating SUID list...";
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
fileList = tracklist.arrangeTrack(fileList, suidList, processor);
progressState.progressDetail = "Arranging new tracklist for every file...";
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
//For Diagnostic purposes only
if (Config.Configure.diagnose >= 30)
{
foreach (Suid suid in suidList.suidList)
{
{
Console.WriteLine("SUID filename: " + suid.fileName);
Console.WriteLine("SUID: " + suid.suid);
Console.WriteLine("\n");
}
}
Console.WriteLine("fileList.fileList.Count: " + fileList.fileList.Count + "\n");
foreach (FileObject file in fileList.fileList)
{
//Console.WriteLine("Merge Argument count: {0}\n", file.mergeArgument.Count);
foreach (MergeArgument merge in file.mergeArgument)
{
Console.WriteLine("Merge Argument:\nFile name: {0}\nTime Code: {1}\nFile Argument: {2}\nChapter Number: {3}\n",
file.filename,
merge.timeCode,
merge.fileName,
merge.chapterNum);
}
foreach (TimeCode time in file.timeCode)
{
Console.WriteLine("Time Code Argument: {0}\n", time.timeCode);
}
foreach (DelArgument del in file.delArgument)
{
Console.WriteLine("Del Argument: {0}\n", del.fileName);
}
}
}
if (Config.Configure.doMakeScript)
{
makeFile.makeFile(fileList, processor);
progressState.progressDetail = "Creating Merge Script...";
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
}
}
if (Config.Configure.doMakeXml)
{
makeFile.makeXML(fileList, processor);
progressState.progressDetail = "Dumping XML file...";
Analyze.backgroundWorker.ReportProgress(processor.progressArg, progressState);
}
processor.fileLists.Add(fileList);
}
/// <summary>
/// Rearranges chapter tracks to include the inserted external file determined by SUID.
/// Also determines MergeArguments order.
/// </summary>
/// <param name="fileList">The FileObjectCollection processed by ChapterGenerator.</param>
/// <param name="suid">The SuidLister that contains all SUIDs.</param>
/// <param name="processor">The Analyze object for progression report.</param>
/// <returns>The FileObjectCollection with FileObjects that has rearranged chapter tracks.</returns>
public FileObjectCollection arrangeTrack(FileObjectCollection fileList, SuidLister suid, Analyze processor)
{
//string mergeargument = "";
foreach (FileObject file in fileList.fileList)
{
int count = 0;
string tempFileName = "";
string tempFullPath = "";
//First loop to determine which chapters have external suid attached
foreach (ChapterAtom chaptera in file.chapterAtom)
{
foreach (Suid suidi in suid.suidList)
{
if (suidi.suid == chaptera.suid)
{
chaptera.suidFileName = suidi.fileName;
chaptera.suidFullPath = suidi.fullPath;
//Console.WriteLine("SUID match.");
}
}
//mergeargument = mergeargument + chaptera.timeStart + chaptera.timeEnd + chaptera.suidFileName;
}
//Second loop that uses index to properly determine which chapter needs to be added as a MergeArgument
for (int i = 0; i < file.chapterAtom.Count; i++)
{
var current = file.chapterAtom[i];
var previous = current;
var next = current;
if (i > 0)
{
previous = file.chapterAtom.ElementAt(i - 1);
}
if (i < (file.chapterAtom.Count - 1))
{
next = file.chapterAtom.ElementAt(i + 1);
}
/*
* Diagnostic purposes only
*
* Console.WriteLine("Arrange Track");
* Console.WriteLine("Current: " + current.suidFileName);
* Console.WriteLine("Previous: " + previous.suidFileName);
* Console.WriteLine("Next: " + next.suidFileName);
* Console.WriteLine("\n");
* */
//The following routine should correctly determine when to split the the chapters optimally to insert the external SUID file
if (current.suidFileName != null)
{
file.addMergeArg(current.suidFullPath, current.chapterNum, true);
if (!file.shouldJoin)
file.shouldJoin = true;
if (!fileList.hasOrdered)
fileList.hasOrdered = true;
if (!processor.hasOrdered)
processor.hasOrdered = true;
}
else
{
string timeCode = "";
//TimeEnd Split Mode
if (Config.Configure.splitModeTimeEnd && (next.suidFileName != null || i == file.chapterAtom.Count - 1))
{
count++;
file.splitCount = count;
timeCode = current.timeEnd;
//to change, should dynamically change digit format to "ddd"
// done
tempFileName = Config.Configure.tempfileprefix + file.filenameNoExtension + Config.Configure.tempfilesuffix + "-" + count.ToString("D3") + ".mkv";
tempFullPath = Path.Combine(fileList.folderPath, Config.Configure.tempfileprefix + file.filenameNoExtension + Config.Configure.tempfilesuffix) + "-" + count.ToString("D3") + ".mkv";
file.addMergeArg(tempFullPath, current.chapterNum, false, timeCode, tempFileName, file.fullpath);
if (i != file.chapterAtom.Count - 1)
file.addTimeCode(timeCode);
file.addDelArg(tempFullPath, tempFileName);
}
//TimeStart Split Mode
else if (Config.Configure.splitModeTimeStart && (previous.suidFileName != null || i == 0))
{
count++;
file.splitCount = count;
timeCode = current.timeStart;
tempFileName = Config.Configure.tempfileprefix + file.filenameNoExtension + Config.Configure.tempfilesuffix + "-" + count.ToString("D3") + ".mkv";
tempFullPath = Path.Combine(fileList.folderPath, Config.Configure.tempfileprefix + file.filenameNoExtension + Config.Configure.tempfilesuffix) + "-" + count.ToString("D3") + ".mkv";
file.addMergeArg(tempFullPath, current.chapterNum, false, timeCode, tempFileName, file.fullpath);
if (i > 0)
file.addTimeCode(timeCode);
file.addDelArg(tempFullPath, tempFileName);
}
}
}
}
return fileList;
}
/// <summary>
/// Rearranges chapter tracks to include the inserted external file determined by SUID.
/// Also determines MergeArguments order.
/// </summary>
/// <param name="fileList">The FileObjectCollection processed by ChapterGenerator.</param>
/// <param name="suid">The SuidLister that contains all SUIDs.</param>
/// <param name="processor">The Analyze object for progression report.</param>
/// <returns>The FileObjectCollection with FileObjects that has rearranged chapter tracks.</returns>
public FileObjectCollection arrangeTrack(FileObjectCollection fileList, SuidLister suid, Analyze processor)
{
//string mergeargument = "";
foreach (FileObject file in fileList.fileList)
{
int count = 0;
string tempFileName = "";
string tempFullPath = "";
//First loop to determine which chapters have external suid attached
foreach (ChapterAtom chaptera in file.chapterAtom)
{
foreach (Suid suidi in suid.suidList)
{
if (suidi.suid == chaptera.suid)
{
chaptera.suidFileName = suidi.fileName;
chaptera.suidFullPath = suidi.fullPath;
//Console.WriteLine("SUID match.");
}
}
//mergeargument = mergeargument + chaptera.timeStart + chaptera.timeEnd + chaptera.suidFileName;
}
//Second loop that uses index to properly determine which chapter needs to be added as a MergeArgument
for (int i = 0; i < file.chapterAtom.Count; i++)
{
var current = file.chapterAtom[i];
var previous = current;
var next = current;
if (i > 0)
{
previous = file.chapterAtom.ElementAt(i - 1);
}
if (i < (file.chapterAtom.Count - 1))
{
next = file.chapterAtom.ElementAt(i + 1);
}
/*
* Diagnostic purposes only
*
* Console.WriteLine("Arrange Track");
* Console.WriteLine("Current: " + current.suidFileName);
* Console.WriteLine("Previous: " + previous.suidFileName);
* Console.WriteLine("Next: " + next.suidFileName);
* Console.WriteLine("\n");
* */
//The following routine should correctly determine when to split the the chapters optimally to insert the external SUID file
if (current.suidFileName != null)
{
file.addMergeArg(current.suidFullPath, current.chapterNum, true);
if (!file.shouldJoin)
{
file.shouldJoin = true;
}
if (!fileList.hasOrdered)
{
fileList.hasOrdered = true;
}
if (!processor.hasOrdered)
{
processor.hasOrdered = true;
}
}
else
{
string timeCode = "";
//TimeEnd Split Mode
if (Config.Configure.splitModeTimeEnd && (next.suidFileName != null || i == file.chapterAtom.Count - 1))
{
count++;
file.splitCount = count;
timeCode = current.timeEnd;
//to change, should dynamically change digit format to "ddd"
// done
tempFileName = Config.Configure.tempfileprefix + file.filenameNoExtension + Config.Configure.tempfilesuffix + "-" + count.ToString("D3") + ".mkv";
tempFullPath = Path.Combine(fileList.folderPath, Config.Configure.tempfileprefix + file.filenameNoExtension + Config.Configure.tempfilesuffix) + "-" + count.ToString("D3") + ".mkv";
file.addMergeArg(tempFullPath, current.chapterNum, false, timeCode, tempFileName, file.fullpath);
if (i != file.chapterAtom.Count - 1)
{
file.addTimeCode(timeCode);
}
file.addDelArg(tempFullPath, tempFileName);
}
//TimeStart Split Mode
else if (Config.Configure.splitModeTimeStart && (previous.suidFileName != null || i == 0))
{
count++;
file.splitCount = count;
timeCode = current.timeStart;
tempFileName = Config.Configure.tempfileprefix + file.filenameNoExtension + Config.Configure.tempfilesuffix + "-" + count.ToString("D3") + ".mkv";
tempFullPath = Path.Combine(fileList.folderPath, Config.Configure.tempfileprefix + file.filenameNoExtension + Config.Configure.tempfilesuffix) + "-" + count.ToString("D3") + ".mkv";
file.addMergeArg(tempFullPath, current.chapterNum, false, timeCode, tempFileName, file.fullpath);
if (i > 0)
{
file.addTimeCode(timeCode);
}
file.addDelArg(tempFullPath, tempFileName);
}
}
}
}
return(fileList);
}
