public void FindDuplicateFilesInDirectory_DuplicatesFound_DublicateFileIsMarkedAsDuplicate()
{
DuplicateFileFinder duplicateFileFinder = new DuplicateFileFinder(GetMockedFileSystemWrapperWithDuplicates(directory[0]));
var result = duplicateFileFinder.FindDuplicateFilesInDirectory(directory).Last();
Assert.IsTrue(result.IsDuplicated);
}
public void CompareFiles_FilesAreNotEqual_ReturnFalse()
{
DuplicateFileFinder duplicateFileFinder = new DuplicateFileFinder(new FileSystemWrapperStub());
bool result = duplicateFileFinder.CompareFiles(GetCheckFile("file1"), GetCheckFile("file2"));
Assert.IsFalse(result);
}
static void Main(string[] args)
{
df = new DuplicateFileFinder();
df.RaiseCheckedFileEvent += HandleFileChecked;
df.RaiseStartReadingFilesEvent += HandleStartReadingFiles;
df.RaiseEndReadingFilesEvent += HandleEndReadingFiles;
if (args.Length == 0)
{
Console.WriteLine("You need to provide a directory to search.");
return;
}
writeResultToFile = args.Length > 1;
if (writeResultToFile)
resultFilePath = args[2];
_bw = new BackgroundWorker
{
WorkerReportsProgress = true,
WorkerSupportsCancellation = true
};
_bw.DoWork += bw_DoWork;
_bw.ProgressChanged += bw_ProgressChanged;
_bw.RunWorkerCompleted += bw_RunWorkerCompleted;
_bw.RunWorkerAsync(args[0]);
//foreach (CheckFile file in df.FindDuplicateFilesInDirectory(args[0]).OrderBy(f => f.FileId).Where(f => f.IsDuplicated))
//{
// if (args.Length == 1)
// Console.WriteLine(string.Format("{1} : {0}", file.FilePath, file.FileId));
// else if (args.Length == 2)
// WriteFileToTextFile(string.Format("{1} : {0}", file.FilePath, file.FileId), args[1]);
//}
Console.Read();
}
public void CompareFiles_SecondFileNotFound_ThrowsFileNotFoundException()
{
DuplicateFileFinder duplicateFileFinder = new DuplicateFileFinder(new FileSystemWrapperStub());
duplicateFileFinder.CompareFiles(GetCheckFile("file"), GetCheckFile("notfile"));
}
public void Send_In_two_different_directories_and_both_are_searched()
{
var mock = new Mock<IFileSystemWrapper>();
string directory1 = "directory1";
string directory2 = "directory2";
string file1 = "file1";
string file2 = "file2";
mock.Setup(fs => fs.GetDirectories(directory1)).Returns(new string[0]);
mock.Setup(fs => fs.GetFiles(directory1, "*")).Returns(new string[] { file1 });
mock.Setup(fs => fs.GetDirectories(directory2)).Returns(new string[0]);
mock.Setup(fs => fs.GetFiles(directory2, "*")).Returns(new string[] { file2 });
mock.Setup(fs => fs.Exists(file1)).Returns(true);
mock.Setup(fs => fs.Exists(file2)).Returns(true);
FileSystemWrapperStub fsw = new FileSystemWrapperStub();
mock.Setup(fs => fs.GetFileStream(file1)).Returns(() => fsw.GetFileStream(file1));
mock.Setup(fs => fs.GetFileStream(file2)).Returns(() => fsw.GetFileStream(file1));
DuplicateFileFinder dff = new DuplicateFileFinder(mock.Object);
var result = dff.FindDuplicateFilesInDirectory(new string[] {directory1, directory2});
Assert.IsTrue(result[0].IsDuplicated, string.Format("file0: {0}, file1:{1}", result[0].FilePath, result[1].FilePath));
}
public void Send_In_a_directory_and_subdirectory_and_subdirectory_is_only_in_once()
{
var mock = new Mock<IFileSystemWrapper>();
string directory1 = @"d:\directory1";
string directory2 = @"d:\directory1\directory2"; ;
string file1 = "file1";
string file2 = "file2";
mock.Setup(fs => fs.GetDirectories(directory1)).Returns(new string[] {directory2});
//mock.Setup(fs => fs.GetFiles(directory1, "*")).Returns(new string[] { file1 });
mock.Setup(fs => fs.GetDirectories(directory2)).Returns(new string[0]);
mock.Setup(fs => fs.GetFiles(directory2, "*")).Returns(new string[] { file1 });
mock.Setup(fs => fs.Exists(file1)).Returns(true);
mock.Setup(fs => fs.Exists(file2)).Returns(true);
FileSystemWrapperStub fsw = new FileSystemWrapperStub();
mock.Setup(fs => fs.GetFileStream(file1)).Returns(() => fsw.GetFileStream(file1));
mock.Setup(fs => fs.GetFileStream(file2)).Returns(() => fsw.GetFileStream(file2));
DuplicateFileFinder dff = new DuplicateFileFinder(mock.Object);
var result = dff.FindDuplicateFilesInDirectory(new string[] { directory1, directory2 });
Assert.AreEqual(1, result.Count);
}
public void FindDuplicateFilesInDirectory_OnlyOneFileInFolder_ResultContainsOneCheckedFile()
{
var mock = new Mock<IFileSystemWrapper>();
string file1 = "file1";
mock.Setup(fs => fs.GetDirectories(directory[0])).Returns(new string[0]);
mock.Setup(fs => fs.GetFiles(directory[0], "*")).Returns(new string[] { file1 });
mock.Setup(fs => fs.Exists(file1)).Returns(true);
DuplicateFileFinder duplicateFileFinder = new DuplicateFileFinder(mock.Object);
var result = duplicateFileFinder.FindDuplicateFilesInDirectory(directory);
Assert.IsTrue(result.First().Checked);
}
public void FindDuplicateFilesInDirectory_NoDuplicatesFound_FileIsMarkedAsNoDuplicate()
{
string[] directory = new string[1] {"directory1"};
DuplicateFileFinder duplicateFileFinder = new DuplicateFileFinder(GetMockedFileSystemWrapperWithNoDuplicates(directory[0]));
var result = duplicateFileFinder.FindDuplicateFilesInDirectory(directory).First();
Assert.IsFalse(result.IsDuplicated);
}
