public void TestFileNameIncrementation()
{
var incrementalRename = new IncrementalRename();
var incrementedName = incrementalRename.GetNewFileName("Fooo1.jpg");
Assert.AreEqual("Fooo1(1).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo1(1).jpg");
Assert.AreEqual("Fooo1(2).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo1(2).jpg");
Assert.AreEqual("Fooo1(3).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo1(9).jpg");
Assert.AreEqual("Fooo1(10).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo(_a)_1.jpg");
Assert.AreEqual("Fooo(_a)_1(1).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo(a).jpg");
Assert.AreEqual("Fooo(a)(1).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo_(1.jpg");
Assert.AreEqual("Fooo_(1(1).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo1).jpg");
Assert.AreEqual("Fooo1)(1).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo(1_1).jpg");
Assert.AreEqual("Fooo(1_1)(1).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo(11_).jpg");
Assert.AreEqual("Fooo(11_)(1).jpg", incrementedName);
incrementedName = incrementalRename.GetNewFileName("Fooo(11a).jpg");
Assert.AreEqual("Fooo(11a)(1).jpg", incrementedName);
}
public void Sort(IEnumerable <string> imageFiles, string outputDirectory, IFileOperation fileOperation)
{
Logger.Trace("void Sort({outputDirectory})", outputDirectory);
var totalNumberOfFiles = imageFiles.Count();
var currentFileNumber = 0;
var totalNumberOfPhotos = imageFiles.Count();
foreach (var image in imageFiles)
{
currentFileNumber++;
var classification = imageClassification.GetClassifiedFilePath(image);
if (!classification.Success)
{
Logger.Warn("Cannot classify file: {image}. File skipped.", image);
continue;
}
try
{
int safetyBreak = 0;
while (true)
{
if (++safetyBreak > 10000)
{
Logger.Fatal("Cannot find new file name for file: {image}", image);
throw new InvalidOperationException($"Cannot find new file name for file: {image}");
}
string directoryPath = Path.Combine(outputDirectory,
classification.ClassifiedPath.Year, classification.ClassifiedPath.Month, classification.ClassifiedPath.Day);
if (!Directory.Exists(directoryPath))
{
Directory.CreateDirectory(directoryPath);
}
Logger.Info("Copy file {currentFileNumber}/{totalNumberOfFiles} {sourceImage} to {destinationPath}", currentFileNumber, totalNumberOfFiles, Path.GetFileName(image), classification.ClassifiedPath.RelativePath);
var progressEventArgs = new SortingProgressChangedEventArgs
{
CurrentPhotoNumber = currentFileNumber,
TotalNumberOfPhotos = totalNumberOfPhotos,
CancelSorting = false
};
SortingProgressChanged?.Invoke(this, progressEventArgs);
if (progressEventArgs.CancelSorting)
{
Logger.Info("Sorting process cancelled!");
return;
}
var destinationFilePath = Path.Combine(outputDirectory, classification.ClassifiedPath.RelativePath);
if (!File.Exists(destinationFilePath))
{
if (!fileOperation.Process(image, destinationFilePath))
{
Logger.Error("Cannot process file: {filePath}", image);
}
break;
}
if (imageEquality.Equals(image, destinationFilePath))
{
Logger.Info("File {filePath} already exists at location {destinationFilePath}. Skip", image, destinationFilePath);
break;
}
var rename = new IncrementalRename();
classification.ClassifiedPath.FileName = rename.GetNewFileName(classification.ClassifiedPath.FileName);
}
}
catch (Exception ex)
{
Logger.Error("Cannot copy image. Source: {sourcePath}. Destination: {destinationPath}", image, classification.ClassifiedPath.RelativePath);
Logger.Error(ex);
}
}
}
