/// <summary> Creates all the image derivative files from original jpeg and tiff files </summary>
/// <param name="Resource"> Incoming digital resource object </param>
/// <returns> TRUE if processing can continue, FALSE if a critical error occurred which should stop all processing </returns>
public override bool DoWork(Incoming_Digital_Resource Resource)
{
returnValue = true;
string resourceFolder = Resource.Resource_Folder;
string imagemagick_executable = MultiInstance_Builder_Settings.ImageMagick_Executable;
string executing_directory = System.IO.Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().GetName().CodeBase).Replace("file:\\","");
string kakadu_directory = Path.Combine(executing_directory, "kakadu");
// Are there images that need to be processed here?
if (!String.IsNullOrEmpty(imagemagick_executable))
{
// Get the list of image files first
List<string> imageFiles = new List<string>();
foreach (string imageExtension in image_extensions)
{
imageFiles.AddRange(Directory.GetFiles(resourceFolder, "*" + imageExtension));
}
// Only continue if some exist
if (imageFiles.Count > 0)
{
//// Build the list of files listed in the metadata
//Dictionary<string, SobekCM_File_Info> names_to_mets_file = new Dictionary<string, SobekCM_File_Info>(StringComparer.OrdinalIgnoreCase);
//List<SobekCM_File_Info> files = Resource.Metadata.Divisions.Physical_Tree.All_Files;
//foreach (SobekCM_File_Info thisFile in files)
//{
// names_to_mets_file[thisFile.System_Name] = thisFile;
//}
// Step through all the image files and find the collection of page images
Dictionary<string, List<string>> imageRootFiles = new Dictionary<string, List<string>>( StringComparer.OrdinalIgnoreCase );
List<string> possibleThumbnails = new List<string>();
foreach (string thisImageFile in imageFiles)
{
// Skip .QC.JPG files
if (thisImageFile.IndexOf(".qc.jpg", StringComparison.OrdinalIgnoreCase) > 0)
continue;
// If this might be a thumbnail image, save it for the very end for analysis
if ((thisImageFile.IndexOf("thm.jpg", StringComparison.OrdinalIgnoreCase) > 0) && ( Path.GetFileNameWithoutExtension(thisImageFile).Length > 3 ))
{
// Save for final analysis
possibleThumbnails.Add(thisImageFile);
}
else
{
// Get this filename without the extension
string filename_sans_extension = Path.GetFileNameWithoutExtension(thisImageFile);
// Has this root, or image grouping, already been analyzed?
if (imageRootFiles.ContainsKey(filename_sans_extension))
{
imageRootFiles[filename_sans_extension].Add(thisImageFile);
}
else
{
imageRootFiles.Add(filename_sans_extension, new List<string> {thisImageFile});
}
}
}
// Now, re-analyze those files that could have potentially been a thumbnail jpeg
foreach (string thisPossibleThumbnail in possibleThumbnails)
{
// Get this filename without the extension
string filename_sans_extension = Path.GetFileNameWithoutExtension(thisPossibleThumbnail);
// Remove the final 'thm' from the name first and look for a match
string filename_sans_thumb_extension = filename_sans_extension.Substring(0, filename_sans_extension.Length - 3);
// Has this root, or image grouping, already been analyzed?
if (imageRootFiles.ContainsKey(filename_sans_thumb_extension))
{
imageRootFiles[filename_sans_thumb_extension].Add(thisPossibleThumbnail);
}
else
{
imageRootFiles.Add(filename_sans_extension, new List<string> { thisPossibleThumbnail });
}
}
// Create the image process object for creating
Image_Derivative_Creation_Processor imageProcessor = new Image_Derivative_Creation_Processor(imagemagick_executable, kakadu_directory, true, true, Settings.Resources.JPEG_Width, Settings.Resources.JPEG_Height, false, Settings.Resources.Thumbnail_Width, Settings.Resources.Thumbnail_Height, null);
imageProcessor.New_Task_String += imageProcessor_New_Task_String;
imageProcessor.Error_Encountered += imageProcessor_Error_Encountered;
// Step through each file grouping and look for the newest file and jpeg and thumbnail dates
string jpeg_file;
string jpeg_thumb_file;
string jpeg2000_file;
foreach (string thisImageRoot in imageRootFiles.Keys)
{
// Ready for the next set of images
jpeg_file = String.Empty;
jpeg_thumb_file = String.Empty;
jpeg2000_file = String.Empty;
// Get the list of all related files
List<string> theseImageFiles = imageRootFiles[thisImageRoot];
// Look for the jpeg and thumbnail derivatives
int image_index = 0;
while (image_index < theseImageFiles.Count)
{
// Get the extenxstion of this file
string extension = Path.GetExtension(theseImageFiles[image_index]).ToUpper();
// Was this a special image file type (i.e., jpeg or jpeg2000?)
if ((extension == ".JPG") || (extension == ".JP2"))
{
// If JPEG, does this appear to be the thumbnail?
if (extension == ".JPG")
{
if (String.Compare(Path.GetFileNameWithoutExtension(theseImageFiles[image_index]), thisImageRoot + "thm", StringComparison.OrdinalIgnoreCase) == 0)
{
jpeg_thumb_file = theseImageFiles[image_index];
}
else
{
jpeg_file = theseImageFiles[image_index];
}
}
else
{
jpeg2000_file = theseImageFiles[image_index];
}
// Since this was a standard derivative file, remove it from the list (and don't icrement image_index)
theseImageFiles.RemoveAt(image_index);
}
else
{
// Since this looks like source image (and not a standard derivative)
// just keep it in the list and move to the next one
image_index++;
}
}
// Having separated the derivatives from the possible source files, let's determine if derivatives should be created
// based on the dates for the files
DateTime? jpeg_file_lastModTime = null;
if (!String.IsNullOrEmpty(jpeg_file))
jpeg_file_lastModTime = File.GetLastWriteTime(jpeg_file);
DateTime? jpeg_thumb_file_lastModTime = null;
if ( !String.IsNullOrEmpty(jpeg_thumb_file))
jpeg_thumb_file_lastModTime = File.GetLastWriteTime(jpeg_thumb_file);
DateTime? jpeg2000_file_lastModTime = null;
if ( !String.IsNullOrEmpty(jpeg2000_file))
jpeg2000_file_lastModTime = File.GetLastWriteTime(jpeg2000_file);
// Were there some ordinary source files left, that may need to be analyzed?
if (theseImageFiles.Count > 0)
{
// Keep track of newest source file and date
string newest_source_file = String.Empty;
DateTime newest_source_file_date = new DateTime(1900, 1, 1);
// Find the newest source file
foreach (string thisSourceFile in theseImageFiles)
{
DateTime lastModTime = File.GetLastWriteTime(thisSourceFile);
if (lastModTime.CompareTo(newest_source_file_date) > 0)
{
newest_source_file_date = lastModTime;
newest_source_file = thisSourceFile;
}
}
// Now, see if some of the basic derivatives are missing or too old
if (((!jpeg_file_lastModTime.HasValue) || (jpeg_file_lastModTime.Value.CompareTo(newest_source_file_date) < 0)) ||
((!jpeg_thumb_file_lastModTime.HasValue) || (jpeg_thumb_file_lastModTime.Value.CompareTo(newest_source_file_date) < 0)) ||
((!jpeg2000_file_lastModTime.HasValue) || (jpeg2000_file_lastModTime.Value.CompareTo(newest_source_file_date) < 0)))
{
// Create all the derivatives
string name_sans_extension = Path.GetFileNameWithoutExtension(newest_source_file);
// Create the JPEG derivatives from the JPEG2000
imageProcessor.ImageMagick_Create_JPEG(newest_source_file, resourceFolder + "\\" + name_sans_extension + "thm.jpg", Settings.Resources.Thumbnail_Width, Settings.Resources.Thumbnail_Height, Resource.BuilderLogId, Resource.BibID + ":" + Resource.VID);
imageProcessor.ImageMagick_Create_JPEG(newest_source_file, resourceFolder + "\\" + name_sans_extension + ".jpg", Settings.Resources.JPEG_Width, Settings.Resources.JPEG_Height, Resource.BuilderLogId, Resource.BibID + ":" + Resource.VID);
imageProcessor.Create_JPEG2000(newest_source_file, name_sans_extension + ".jp2", resourceFolder, Resource.BuilderLogId, Resource.BibID + ":" + Resource.VID);
//// If the JPEG exists with width/height information clear the information
//if (names_to_mets_file.ContainsKey(name_sans_extension + ".jpg"))
//{
// names_to_mets_file[name_sans_extension + ".jpg"].Height = 0;
// names_to_mets_file[name_sans_extension + ".jpg"].Width = 0;
//}
}
}
else
{
// No derivate source files found, but we may build the derivatives from the JPEG2000 file
if (!String.IsNullOrEmpty(jpeg2000_file))
{
//if (( jpeg_file_lastModTime.HasValue ) && ( jpeg_file_lastModTime.Value.Month == 9 ) && ( jpeg_file_lastModTime.Value.Day == 6 ))
// Now, see if the other derivatives are missing or too old
if (((!jpeg_file_lastModTime.HasValue) || (jpeg_file_lastModTime.Value.CompareTo(jpeg2000_file_lastModTime) < 0)) ||
((!jpeg_thumb_file_lastModTime.HasValue) || (jpeg_thumb_file_lastModTime.Value.CompareTo(jpeg2000_file_lastModTime) < 0)))
{
string name_sans_extension = Path.GetFileNameWithoutExtension(jpeg2000_file);
//// Create a temporary, full-size file
//string temp_file = resourceFolder + "\\" + name_sans_extension + "_sobektemp.tif";
//imageProcessor.ImageMagick_Create_JPEG(jpeg2000_file, temp_file, -1, -1, Resource.BuilderLogId, Resource.BibID + ":" + Resource.VID);
// Create the JPEG derivatives from the JPEG2000
imageProcessor.ImageMagick_Create_JPEG(jpeg2000_file, resourceFolder + "\\" + name_sans_extension + "thm.jpg", Settings.Resources.Thumbnail_Width, Settings.Resources.Thumbnail_Height, Resource.BuilderLogId, Resource.BibID + ":" + Resource.VID);
imageProcessor.ImageMagick_Create_JPEG(jpeg2000_file, resourceFolder + "\\" + name_sans_extension + ".jpg", Settings.Resources.JPEG_Width, Settings.Resources.JPEG_Height, Resource.BuilderLogId, Resource.BibID + ":" + Resource.VID);
//// If the JPEG exists with width/height information clear the information
//if (names_to_mets_file.ContainsKey(name_sans_extension + ".jpg"))
//{
// names_to_mets_file[name_sans_extension + ".jpg"].Height = 0;
// names_to_mets_file[name_sans_extension + ".jpg"].Width = 0;
//}
}
}
}
}
}
}
return returnValue;
}
/// <summary> Creates all the image derivative files from original jpeg and tiff files </summary>
/// <param name="Resource"> Incoming digital resource object </param>
/// <returns> TRUE if processing can continue, FALSE if a critical error occurred which should stop all processing </returns>
public override bool DoWork(Incoming_Digital_Resource Resource)
{
returnValue = true;
string resourceFolder = Resource.Resource_Folder;
string bibID = Resource.BibID;
string vid = Resource.VID;
string imagemagick_executable = MultiInstance_Builder_Settings.ImageMagick_Executable;
// Are there images that need to be processed here?
if (!String.IsNullOrEmpty(imagemagick_executable))
{
// Get the list of jpeg and tiff files
string[] jpeg_files = Directory.GetFiles(resourceFolder, "*.jpg");
string[] tiff_files = Directory.GetFiles(resourceFolder, "*.tif");
// Only continue if some exist
if ((jpeg_files.Length > 0) || (tiff_files.Length > 0))
{
string startupPath = Path.GetDirectoryName(Assembly.GetCallingAssembly().Location);
if (startupPath == null)
{
OnError("Unable to find the startup path in CreateImageDerivativesModule!", String.Empty, String.Empty, -1);
return false;
}
string kakadu_path = Path.Combine(startupPath, "Kakadu");
// Create the image process object for creating
Image_Derivative_Creation_Processor imageProcessor = new Image_Derivative_Creation_Processor(imagemagick_executable, kakadu_path, true, true, Settings.Resources.JPEG_Width, Settings.Resources.JPEG_Height, false, Settings.Resources.Thumbnail_Width, Settings.Resources.Thumbnail_Height, null);
imageProcessor.New_Task_String += imageProcessor_New_Task_String;
imageProcessor.Error_Encountered += imageProcessor_Error_Encountered;
// Step through the JPEGS and ensure they have thumbnails (TIFF generation below makes them as well)
if (jpeg_files.Length > 0)
{
foreach (string jpegFile in jpeg_files)
{
FileInfo jpegFileInfo = new FileInfo(jpegFile);
string name = jpegFileInfo.Name.ToUpper();
if ((name.IndexOf("THM.JPG") < 0) && (name.IndexOf(".QC.JPG") < 0))
{
string name_sans_extension = jpegFileInfo.Name.Replace(jpegFileInfo.Extension, "");
if (!File.Exists(resourceFolder + "\\" + name_sans_extension + "thm.jpg"))
{
imageProcessor.ImageMagick_Create_JPEG(jpegFile, resourceFolder + "\\" + name_sans_extension + "thm.jpg", Settings.Resources.Thumbnail_Width, Settings.Resources.Thumbnail_Height, Resource.BuilderLogId, Resource.BibID + ":" + Resource.VID);
}
}
}
}
// Step through any TIFFs as well
if (tiff_files.Length > 0)
{
// Do a complete image derivative creation process on these TIFF files
imageProcessor.Process(resourceFolder, bibID, vid, tiff_files, Resource.BuilderLogId);
// Since we are actually creating page images here (most likely) try to add
// them to the package as well
foreach (string thisTiffFile in tiff_files)
{
// Get the name of the tiff file
FileInfo thisTiffFileInfo = new FileInfo(thisTiffFile);
string tiffFileName = thisTiffFileInfo.Name.Replace(thisTiffFileInfo.Extension, "");
// Get matching files
string[] matching_files = Directory.GetFiles(resourceFolder, tiffFileName + ".*");
// Now, step through all these files
foreach (string derivativeFile in matching_files)
{
// If this is a page image type file, add it
FileInfo derivativeFileInfo = new FileInfo(derivativeFile);
if (Settings.Page_Image_Extensions.Contains(derivativeFileInfo.Extension.ToUpper().Replace(".", "")))
Resource.NewImageFiles.Add(derivativeFileInfo.Name);
}
}
}
}
}
return returnValue;
}
