public IEnumerator <DuplicateGroup> GetEnumerator()
{
XDocument xdoc = _fileOps.LoadXml(_config.DuplicateFilePath);
// Get all the duplicate groups
IEnumerable <XElement> xmlGroups = xdoc.Descendants("G");
// Convert each group to a model
foreach (XElement xmlGroup in xmlGroups)
{
DuplicateGroup duplicateGroup = new DuplicateGroup();
List <GroupFile> groupFiles = new List <GroupFile>();
IEnumerable <XElement> xmlImages = xmlGroup.Descendants("Image");
foreach (XElement xmlImage in xmlImages)
{
GroupFile groupFile = new GroupFile()
{
Checked = xmlImage.Attribute("Checked").Value != "0",
FullName = xmlImage.Attribute("FileName").Value
};
groupFiles.Add(groupFile);
}
duplicateGroup.Files = groupFiles;
yield return(duplicateGroup);
}
}
public bool Execute()
{
_index = _groupsView.CurrentPosition;
_savedGroup = _groups[_index];
foreach (var item in _savedGroup.FileList)
{
if (!item.Equals(_forSaveInfo))
{
_forDeleteList.Add(new RenamedImage(item));
}
}
foreach (var image in _forDeleteList)
{
File.Move(image.ImageInfo.Path, image.PathWithTempExtension);
}
_groups.RemoveAt(_index);
//_groupsView.Refresh();
string res = Application.Current.Resources["desc_deleteOtherFromGroup"] as string;
_description = String.Format(res, _forSaveInfo.Path);
return(true);
}
protected IEnumerable <DuplicateGroup> GetDuplicates <TKey>(DuplicateGroup duplicateGroup, Func <string, TKey> keyFunc)
{
return(FindDuplicates(duplicateGroup.Duplicates, keyFunc)
.Select(duplicates => new DuplicateGroup(duplicates))
.Where(group => group.ContainsDuplicates)
.AsEnumerable());
}
public void GetEnumeratorGetsCorrectFilesInGroup()
{
// Arrange
IFileSystem fs = this.ArrangeFileSystemForCsvData(
new CsvDuplicateRecord()
{
Group = 1, FileName = "file1", Checked = 0
},
new CsvDuplicateRecord()
{
Group = 1, FileName = "file2", Checked = 0
});
// Act
CsvDuplicateReader uut = new CsvDuplicateReader(
config: Substitute.For <IDuplicateHandlerConfiguration>(),
fileSystem: fs);
// Assert
DuplicateGroup group = Assert.Single(uut);
Assert.Equal(2, group.Files.Count());
GroupFile file1 = Assert.Single(group.Files, f => f.FullName == "file1");
GroupFile file2 = Assert.Single(group.Files, f => f.FullName == "file2");
}
private void DeleteSelectedFilesInGroup(DuplicateGroup duplicateFileGroup, DeletionState deletionStatus, bool removeEmptyDirs, bool deleteToRecycleBin, CancellationToken cancellationToken)
{
var duplicateFiles = duplicateFileGroup.DuplicateFiles;
var duplicateFilesCount = duplicateFiles.Count;
for (var index = 0; index < duplicateFilesCount; index++)
{
cancellationToken.ThrowIfCancellationRequested();
var duplicatedFile = duplicateFiles[index];
if (!duplicatedFile.IsMarkedForDeletion)
{
continue;
}
var fileData = duplicatedFile.FileData;
var fullFileName = fileData.FullName;
Application.Current.Dispatcher.Invoke(() => OnDeletionMessage(string.Format(Resources.Log_Deleting_Name_Size, fullFileName, duplicatedFile.FileSize)));
try
{
FileSystem.DeleteFile(fileData, deleteToRecycleBin);
var indexClosure = index;
Application.Current.Dispatcher.Invoke(() => duplicateFiles.RemoveAt(indexClosure));
index--;
duplicateFilesCount--;
deletionStatus.TotalDeletedCount++;
var fileSize = fileData.Size;
deletionStatus.TotalDeletedSize += fileSize;
deletionStatus.DeletedSizeDelta = -fileSize;
deletionStatus.DeletedCountDelta = -1;
}
catch (FileSystemException ex)
{
Application.Current.Dispatcher.Invoke(() => OnDeletionMessage(ex.FileFullName, string.Format(Resources.Log_Error_Deletion_Failed, ex.FileFullName, ex.Message), MessageType.Error));
continue;
}
finally
{
deletionStatus.CurrentFileForDeletionIndex++;
Application.Current.Dispatcher.Invoke(() => OnDeletionStateChanged(deletionStatus));
}
cancellationToken.ThrowIfCancellationRequested();
var dirPath = fileData.DirPath;
if (!removeEmptyDirs || !FileSystem.IsDirectoryTreeEmpty(dirPath))
{
continue;
}
FileSystem.DeleteDirectoryTreeWithParents(dirPath,
message => Application.Current.Dispatcher.Invoke(() => OnDeletionMessage(string.Format(Resources.Log_Deleting_Name, message))),
(path, errorMessage) => Application.Current.Dispatcher.Invoke(() => OnDeletionMessage(path, errorMessage, MessageType.Error)),
deleteToRecycleBin);
}
}
public ComparatorViewModel(DuplicateGroup group, ObservableCollection <DuplicateGroup> groups,
ICollectionView groupsView, IUndoRedoEngine undoRedoEngine, WindowService windowService,
IConfigurationModel configuration)
: this(undoRedoEngine, windowService, configuration)
{
_group = group;
_groups = groups;
_groupsView = groupsView;
_list = new LinkedList <ImageInfoClass>(group.FileList);
_current = _list.First;
//_list.First.Next
SaatiHelper.CalculateIndex(_list, configuration);
}
private void UnmarkAll(DuplicateGroup duplicateFileGroup, DeletionState deletionState)
{
foreach (var duplicatedFile in duplicateFileGroup.DuplicateFiles)
{
if (duplicatedFile.IsMarkedForDeletion)
{
continue;
}
OnDeletionMessage(string.Format(Resources.Log_Unmarking_FullFileName, duplicatedFile.FileFullName));
duplicatedFile.IsMarkedForDeletion = false;
deletionState.CurrentFileForDeletionIndex++;
OnDeletionStateChanged(deletionState);
}
}
private ImageInfoClass GetBestImage(DuplicateGroup group)
{
ImageInfoClass bestImageInfo = null;
foreach (var image in group.FileList)
{
if (bestImageInfo == null)
{
bestImageInfo = image;
continue;
}
if (image.UtilityIndex > bestImageInfo.UtilityIndex)
{
bestImageInfo = image;
}
}
return(bestImageInfo);
}
public void CheckedValueResolvesToCorrectBoolean(int checkedValue, bool isChecked)
{
// Arrange
IFileSystem fs = this.ArrangeFileSystemForCsvData(
new CsvDuplicateRecord()
{
Group = 1, FileName = "file1", Checked = checkedValue
});
// Act
CsvDuplicateReader uut = new CsvDuplicateReader(
config: Substitute.For <IDuplicateHandlerConfiguration>(),
fileSystem: fs);
// Assert
DuplicateGroup group = Assert.Single(uut);
GroupFile file = Assert.Single(group.Files);
Assert.Equal(isChecked, file.Checked);
}
public void CallingFilesPropertyAlwaysReturnsSameInstance()
{
// Arrange
IFileSystem fs = this.ArrangeFileSystemForCsvData(
new CsvDuplicateRecord()
{
Group = 1, FileName = "file1", Checked = 0
});
CsvDuplicateReader uut = new CsvDuplicateReader(
config: Substitute.For <IDuplicateHandlerConfiguration>(),
fileSystem: fs);
// Act
DuplicateGroup group = uut.Single();
IEnumerable <GroupFile> intersection = group.Files.Intersect(group.Files);
IEnumerable <GroupFile> except = group.Files.Except(group.Files);
// Assert
Assert.Single(intersection);
Assert.Empty(except);
}
public void GetEnumeratorGetsCorrectFilesInGroup()
{
// Arrange
XDocument xdoc = new XDocument(
new XElement("root",
this.ArrangeGroup(
this.ArrangeFile(true, "file1"),
this.ArrangeFile(false, "file2"))));
IFileOperationsAbstraction fileOps = Substitute.For <IFileOperationsAbstraction>();
fileOps.LoadXml(Arg.Any <string>()).Returns(xdoc);
XmlDuplicateReader uut = this.XmlDuplicateReaderWithDefaultMocks(
fileOps: fileOps);
// Act & Assert
DuplicateGroup group = Assert.Single(uut);
Assert.Equal(2, group.Files.Count());
GroupFile file1 = Assert.Single(group.Files, f => f.FullName == "file1" && f.Checked == true);
GroupFile file2 = Assert.Single(group.Files, f => f.FullName == "file2" && f.Checked == false);
}
public void CallingFilesPropertyAlwaysReturnsSameInstance()
{
// Arrange
XDocument xdoc = new XDocument(
new XElement("root",
this.ArrangeGroup(
this.ArrangeFile(false, "file1"))));
IFileOperationsAbstraction fileOps = Substitute.For <IFileOperationsAbstraction>();
fileOps.LoadXml(Arg.Any <string>()).Returns(xdoc);
XmlDuplicateReader uut = this.XmlDuplicateReaderWithDefaultMocks(
fileOps: fileOps);
// Act
DuplicateGroup group = uut.Single();
IEnumerable <GroupFile> intersection = group.Files.Intersect(group.Files);
IEnumerable <GroupFile> except = group.Files.Except(group.Files);
// Assert
Assert.Single(intersection);
Assert.Empty(except);
}
public static void ConvertToGroup(IList <DuplicateGroup> groups, IEnumerable <DuplPairViewModel> resultList)
{
groups.Clear();
foreach (var result in resultList)
{
DuplicateGroup finded = null;
foreach (var group in groups)
{
if (group.ContainFile(result.FirstFile) || group.ContainFile(result.SecondFile))
{
finded = group;
break;
}
}
if (finded != null)
{
finded.AddResult(result);
}
else
{
groups.Add(new DuplicateGroup(result));
}
}
}
/// <summary>
/// Get duplicates by elements file hash.
/// </summary>
/// <param name="duplicateGroup">The group of elements to check.</param>
/// <param name="maxByteLength">An optional value. If it is provided only the first bytes will be used to calculate the hash</param>
/// <returns>The groups of duplicates that where found.</returns>
public IEnumerable <DuplicateGroup> GetDuplicates(DuplicateGroup duplicateGroup, uint?maxByteLength = null)
{
return(GetDuplicates(duplicateGroup, filePath => _fileService.GetFileHash(filePath, maxByteLength)));
}
/// <summary>
/// Get duplicates by elements file size.
/// </summary>
/// <param name="duplicateGroup">The group of elements to check.</param>
/// <returns>The groups of duplicates that where found.</returns>
public IEnumerable <DuplicateGroup> GetDuplicates(DuplicateGroup duplicateGroup)
{
return(GetDuplicates(duplicateGroup, _fileService.GetFileSize));
}
