public void CreatePairShouldCreateInfoPairContainingBothInputs()
{
var fp =
new Mock <IFilenamePicker>();
fp.Setup(
m =>
m.GetFileName(It.IsAny <FileInfoCollector.FileInformations>(),
It.IsAny <FileInfoCollector.FileInformations>())).Returns("asdf");
const string hash1 = "h";
const string hash2 = "hash";
var newFile = new FileInfoCollector.FileInformations()
{
FilePath = "fp1", Hash = hash1
};
var oldFile = new FileInfoCollector.FileInformations()
{
FilePath = "fp2", Hash = hash2
};
var pc = new PairCreator(fp.Object);
var result = pc.CreatePair(newFile, oldFile);
Assert.AreEqual(result.NewFileHash, hash1);
Assert.AreEqual(result.OldFileHash, hash2);
}
public void GetFileNameIfBothFilesProvidedAndAreDifferentThrowException()
{
var fp = SetupFilePicker();
const string path = "path";
const string differentPath = "differentPath";
var oldFile = new FileInfoCollector.FileInformations() { FilePath = path };
var newFile = new FileInfoCollector.FileInformations() { FilePath = differentPath };
var result = fp.GetFileName(newFile, oldFile);
}
public void GetFileNameIfOnlyNewFileProvidedTakeFilenameFromItTest()
{
var fp = SetupFilePicker();
const string path = "path";
var input = new FileInfoCollector.FileInformations() { FilePath = path };
var result = fp.GetFileName(input, null);
Assert.AreEqual(path, result);
}
public void GetFileNameIfBothFilesProvidedAndAreSameTakeFromEither()
{
var fp = SetupFilePicker();
const string path = "path";
var oldFile = new FileInfoCollector.FileInformations() { FilePath = path };
var newFile = new FileInfoCollector.FileInformations() { FilePath = path };
var result = fp.GetFileName(newFile, oldFile);
Assert.AreEqual(path, result);
}
public void RevertShouldCreateEqualFileInfo()
{
const string filePath = @"C:/Folder/File";
const string hash = "abcd";
var converter = new LogLinesToFileInfoConverter();
var input = new FileInfoCollector.FileInformations()
{
FilePath = filePath, Hash = hash
};
var expectedOutput = filePath + converter.Delimeter + hash;
var result = converter.Revert(input);
Assert.AreEqual(expectedOutput, result);
}
public void CompareFileInfoReturnsTrueIfPathsAreSame()
{
var comparer = new CompareFileInfoOnPath();
const string path = "Path";
var info1 = new FileInfoCollector.FileInformations()
{
FilePath = path, Hash = "random1"
};
var info2 = new FileInfoCollector.FileInformations()
{
FilePath = path, Hash = "random2"
};
var expectedResult = true;
var result = comparer.CompareInfo(info1, info2);
Assert.AreEqual(result, expectedResult);
}
public void RevertAllShouldProcessInput()
{
var converterMock = new Mock <ILogLineToFileInfoConverter>();
var expectedFileInfo = new FileInfoCollector.FileInformations()
{
FilePath = "dummy", Hash = "hash"
};
converterMock.Setup(m => m.Convert(It.IsAny <string>()))
.Returns(expectedFileInfo);
var converter = new LogFileLinesFileInfoConverter(converterMock.Object);
var input = new List <FileInfoCollector.FileInformations>()
{
new FileInfoCollector.FileInformations(), new FileInfoCollector.FileInformations()
};
var result = converter.RevertAll(input);
Assert.IsTrue(result.Count == 2);
}
public void ConvertAllShouldReturnEmptyListOnEmptyInput()
{
var converterMock = new Mock <ILogLineToFileInfoConverter>();
var expectedFileInfo = new FileInfoCollector.FileInformations()
{
FilePath = "dummy", Hash = "hash"
};
converterMock.Setup(m => m.Convert(It.IsAny <string>()))
.Returns(expectedFileInfo);
var converter = new LogFileLinesFileInfoConverter(converterMock.Object);
var input = new List <string>()
{
};
var result = converter.ConvertAll(input);
Assert.IsTrue(result.Count == 0);
Assert.IsInstanceOfType(result, typeof(List <FileInfoCollector.FileInformations>));
}
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 string Revert(FileInfoCollector.FileInformations fileInformations)
{
return(fileInformations.FilePath + Delimeter + fileInformations.Hash);
}
public bool CompareInfo(FileInfoCollector.FileInformations info1, FileInfoCollector.FileInformations info2)
{
return(info1.FilePath.Equals(info2.FilePath));
}
