public void PairShouldCorrectlyMergeSameFileInfos()
{
var pcMock = SetupBasicPairCreatorMock();
var infoComparerMock = SetupBasicInfoComparerMock();
var pairer = new InfoPairer(pcMock.Object, infoComparerMock.Object);
const string path = "path";
var fileInfo1 = new FileInfoCollector.FileInformations()
{
FilePath = path, Hash = "hash1"
};
var fileInfo2 = new FileInfoCollector.FileInformations()
{
FilePath = path, Hash = "hash2"
};
List <FileInfoCollector.FileInformations> input1 = new List <FileInfoCollector.FileInformations>()
{
fileInfo1
};
List <FileInfoCollector.FileInformations> input2 = new List <FileInfoCollector.FileInformations>()
{
fileInfo2
};;
var result = pairer.Pair(input1, input2);
Assert.IsInstanceOfType(result, typeof(List <InfoPair>));
Assert.IsTrue(result.Count == 1);
Assert.AreEqual(result[0].NewFileHash, fileInfo1.Hash);
Assert.AreEqual(result[0].OldFileHash, fileInfo2.Hash);
}
public void PairShouldReturnNewListIfEmptyInputs()
{
var pcMock = SetupBasicPairCreatorMock();
var infoComparerMock = SetupBasicInfoComparerMock();
var pairer = new InfoPairer(pcMock.Object, infoComparerMock.Object);
List <FileInfoCollector.FileInformations> input1 = new List <FileInfoCollector.FileInformations>();
List <FileInfoCollector.FileInformations> input2 = new List <FileInfoCollector.FileInformations>();
var result = pairer.Pair(input1, input2);
Assert.IsInstanceOfType(result, typeof(List <InfoPair>));
Assert.IsTrue(result.Count == 0);
}
public void PairShouldCorrectlyPairRightOnlyInput()
{
var pcMock = SetupBasicPairCreatorMock();
var infoComparerMock = SetupBasicInfoComparerMock();
var pairer = new InfoPairer(pcMock.Object, infoComparerMock.Object);
var fileInfo = new FileInfoCollector.FileInformations()
{
FilePath = "path", Hash = "hash"
};
List <FileInfoCollector.FileInformations> input1 = new List <FileInfoCollector.FileInformations>();
List <FileInfoCollector.FileInformations> input2 = new List <FileInfoCollector.FileInformations>()
{
fileInfo
};
var result = pairer.Pair(input1, input2);
Assert.IsInstanceOfType(result, typeof(List <InfoPair>));
Assert.IsTrue(result.Count == 1);
Assert.AreEqual(result[0].OldFileHash, fileInfo.Hash);
Assert.AreEqual(result[0].NewFileHash, null);
}
public OutputReport Run(string path)
{
OutputReport report;
try
{
var logFileNameProvider = new DefaultLogFileNameProvider();
var logFileRemover = new LogFileItemRemover(logFileNameProvider);
var currentFileInfo = new FileInfoCollector(_fsl).CollectFileInfos(path);
var currentFileInfoWithoutLogFile = logFileRemover.Remove(currentFileInfo);
try
{
var fileInfoFromLog = new LogInfoGatherer(_fsl, logFileNameProvider).GetFileInfoLogFromPath(path);
var fileInfoFromLogWithouLogFile = logFileRemover.Remove(fileInfoFromLog);
var pairedFileInfos =
new InfoPairer(new PairCreator(new FilenamePicker()), new CompareFileInfoOnPath()).Pair(
currentFileInfoWithoutLogFile, fileInfoFromLogWithouLogFile);
var fileModificationsList =
new FileModificationsListCreator(new ModificationClassificator()).CalculateFileModifications(
pairedFileInfos);
var fileModificationsListWithoutUnmodified = new UnmodifiedRemover().AlterList(fileModificationsList);
report = new FileModificationsReport(fileModificationsListWithoutUnmodified,
new ModificationItemToStringConverterUsingToString(), new HtmlLineBreaker());
}
catch (LfgLogFileDoesntExistException)
{
report = new NewDirectoryReport();
}
new LogFileWriter(_fsl, new LogFileLinesFileInfoConverter(new LogLinesToFileInfoConverter()),
logFileNameProvider).WriteLog(currentFileInfoWithoutLogFile, path);
}
catch (Exception ex) when(ex is FilesystemLayerException)
{
report = new ErrorMessageReport(ex.Message);
}
return(report);
}
