public void SetUp()
{
// Постарайтесь вынести в SetUp всё неспецифическое конфигурирование так,
// чтобы в конкретных тестах осталась только специфика теста,
// без конфигурирования "обычного" сценария работы
file = new File("someFile", new byte[] { 1, 2, 3 });
file2 = new File("someFile2", new byte[] { 1, 2, 3, 4 });
//var document = new Document(file.Name, file.Content, DateTime.Now, "4.0");
signedContent = new byte[] { 1, 7 };
signedContent2 = new byte[] { 1, 7, 2 };
cryptographer = A.Fake <ICryptographer>();
A.CallTo(() => cryptographer.Sign(file.Content, certificate))
.Returns(signedContent);
A.CallTo(() => cryptographer.Sign(file2.Content, certificate))
.Returns(signedContent2);
sender = A.Fake <ISender>();
A.CallTo(() => sender.TrySend(signedContent))
.WithAnyArguments()
.Returns(true);
var document = new Document(file.Name, file.Content, DateTime.Now, "4.0");
var document2 = new Document(file2.Name, file2.Content, DateTime.Now, "4.0");
recognizer = A.Fake <IRecognizer>();
A.CallTo(() => recognizer.TryRecognize(file, out document))
.Returns(true);
A.CallTo(() => recognizer.TryRecognize(file2, out document2))
.Returns(true);
fileSender = new FileSender(cryptographer, sender, recognizer);
}
public void Send_WhenGoodFormat(string format)
{
var document = new Document(file.Name, file.Content, DateTime.Now, format);
A.CallTo(() => recognizer.TryRecognize(file, out document)).Returns(true);
A.CallTo(() => cryptographer.Sign(document.Content, certificate)).Returns(signedContent);
A.CallTo(() => sender.TrySend(signedContent)).Returns(true);
fileSender.SendFiles(new[] { file }, certificate).SkippedFiles.Should().BeEmpty();
}
public void SetUp()
{
// Постарайтесь вынести в SetUp всё неспецифическое конфигурирование так,
// чтобы в конкретных тестах осталась только специфика теста,
// без конфигурирования "обычного" сценария работы
file = new File("someFile", new byte[] { 1, 2, 3 });
signedContent = new byte[] { 1, 7 };
cryptographer = A.Fake <ICryptographer>();
sender = A.Fake <ISender>();
recognizer = A.Fake <IRecognizer>();
fileSender = new FileSender(cryptographer, sender, recognizer);
idealDocument = new Document(idealFile.Name, idealFile.Content, idealDate, idealFormat);
A.CallTo(() => recognizer.TryRecognize(idealFile, out idealDocument))
.Returns(true);
A.CallTo(() => cryptographer.Sign(idealDocument.Content, certificate))
.Returns(idealSignedContent);
A.CallTo(() => sender.TrySend(idealSignedContent))
.Returns(true);
fileSender.SendFiles(new[] { idealFile }, certificate)
.SkippedFiles.Should().BeEmpty();
}
private void PrepareDocument(FileContent content, byte[] signedContent, DateTime created, string format)
{
var document = new Document(content.Name, content.Content, created, format);
A.CallTo(() => recognizer.Recognize(content)).Returns(document);
A.CallTo(() => cryptographer.Sign(content.Content, certificate)).Returns(signedContent);
}
public void SetUp()
{
// Постарайтесь вынести в SetUp всё неспецифическое конфигурирование так,
// чтобы в конкретных тестах осталась только специфика теста,
// без конфигурирования "обычного" сценария работы
file = new File("someFile", new byte[] { 1, 2, 3 });
signedContent = new byte[] { 1, 7 };
cryptographer = A.Fake <ICryptographer>();
sender = A.Fake <ISender>();
recognizer = A.Fake <IRecognizer>();
fileSender = new FileSender(cryptographer, sender, recognizer);
document = new Document(file.Name, file.Content, DateTime.Now, "4.0");
A.CallTo(() => sender.TrySend(signedContent))
.Returns(true);
Document _;
A.CallTo(() => recognizer.TryRecognize(file, out _))
.Returns(true).AssignsOutAndRefParametersLazily(__ => new[] { document });
A.CallTo(() => cryptographer.Sign(document.Content, certificate))
.Returns(signedContent);
}
public IEnumerable <FileSendResult> SendFiles(FileContent[] files, X509Certificate certificate)
{
foreach (var file in files)
{
string errorMessage = null;
try
{
Document doc = recognizer.Recognize(file);
if (!IsValidFormatVersion(doc))
{
throw new FormatException("Invalid format version");
}
if (!IsValidTimestamp(doc))
{
throw new FormatException("Too old document");
}
doc.Content = cryptographer.Sign(doc.Content, certificate);
sender.Send(doc);
}
catch (FormatException e)
{
errorMessage = "Can't prepare file to send. " + e.Message;
}
catch (InvalidOperationException e)
{
errorMessage = "Can't send. " + e.Message;
}
yield return(new FileSendResult(file, errorMessage));
}
}
public void Send_WhenGoodDocument()
{
var document = BuildDocument(file);
A.CallTo(() => recognizer.TryRecognize(file, out document))
.Returns(true);
A.CallTo(() => documentChecker.CheckDocument(document))
.Returns(true);
A.CallTo(() => cryptographer.Sign(document.Content, certificate))
.Returns(signedContent);
A.CallTo(() => sender.TrySend(signedContent))
.Returns(true);
fileSender.TrySendFile(file, certificate)
.Should().BeTrue();
}
private Result <Document> PrepareFileToSend(FileContent file, X509Certificate certificate)
{
return(recognizer.Recognize(file)
.Then(CheckValidFormatVersion)
.Then(CheckValidTimestamp)
.Then(doc => doc.WithContent(cryptographer.Sign(doc.Content, certificate)))
.RefineError("Can't prepare file to send"));
}
private byte[] GetSigned(Document document)
{
var signedContent = GetFileContent();
A.CallTo(() => cryptographer.Sign(document.Content, certificate))
.Returns(signedContent);
return(signedContent);
}
public void SetUp()
{
// Постарайтесь вынести в SetUp всё неспецифическое конфигурирование так,
// чтобы в конкретных тестах осталась только специфика теста,
// без конфигурирования "обычного" сценария работы
file = new File("someFile", new byte[] { 1, 2, 3 });
signedContent = new byte[] { 1, 7 };
cryptographer = A.Fake <ICryptographer>();
sender = A.Fake <ISender>();
recognizer = A.Fake <IRecognizer>();
fileSender = new FileSender(cryptographer, sender, recognizer);
document = new Document(file.Name, file.Content, DateTime.Now, "4.0");
A.CallTo(() => recognizer.TryRecognize(file, out document))
.Returns(true);
A.CallTo(() => cryptographer.Sign(document.Content, certificate))
.Returns(signedContent);
A.CallTo(() => sender.TrySend(signedContent))
.Returns(true);
invalidFile = new File("invalidFile", new byte[] { 1, 2, 3 });
invalidSignedContent = new byte[] { 1, 7 };
invalidDocument = new Document(invalidFile.Name, invalidFile.Content, DateTime.Now, "111.222");
A.CallTo(() => recognizer.TryRecognize(invalidFile, out invalidDocument))
.Returns(true);
A.CallTo(() => cryptographer.Sign(invalidDocument.Content, certificate))
.Returns(invalidSignedContent);
A.CallTo(() => sender.TrySend(invalidSignedContent))
.Returns(true);
couldNotSendFile = new File("invalidFile", new byte[] { 1, 2, 3 });
couldNotSendSignedContent = new byte[] { 1, 7 };
couldNotSendDocument = new Document(couldNotSendFile.Name, couldNotSendFile.Content, DateTime.Now, "4.0");
A.CallTo(() => recognizer.TryRecognize(couldNotSendFile, out couldNotSendDocument))
.Returns(true);
A.CallTo(() => cryptographer.Sign(couldNotSendDocument.Content, certificate))
.Returns(couldNotSendSignedContent);
A.CallTo(() => sender.TrySend(couldNotSendSignedContent))
.Returns(false);
}
public Result <Document> PrepareFileToSend(FileContent file, X509Certificate certificate)
{
return(recognizer.Recognize(file)
.Then(ValidateFormatIsSupported)
.Then(ValidateIsNotTooOld)
.Then(doc => doc.WithContent(cryptographer.Sign(doc.Content, certificate)))
.RefineError("Can't prepare file to send"));
}
private Document PrepareDocument(FileContent fileToPrepare, byte[] signed, DateTime created, string format)
{
var document = new Document(fileToPrepare.Name, fileToPrepare.Content, created, format);
A.CallTo(() => recognizer.Recognize(fileToPrepare)).Returns(Result.Ok(document));
A.CallTo(() => cryptographer.Sign(fileToPrepare.Content, certificate)).Returns(signed);
return(document);
}
private Result <Document> PreparedFileToSend(FileContent file, X509Certificate certificate)
{
return(Result
.Of(() => recognizer.Recognize(file), "Can't recognize")
.Then(CheckFormatVersion)
.Then(CheckTimestamp)
.RefineError("Can't prepare file to send")
.Then(x => x.WithNewContent(cryptographer.Sign(x.Content, certificate))));
}
public Result <Document> PrepareFileToSend(FileContent file, X509Certificate certificate)
{
var doc = recognizer.Recognize(file)
.Then(d => IsValidFormatVersion(d))
.Then(d => IsValidTimestamp(d));
return(!doc.IsSuccess
? doc
: doc.Value.WithContent(cryptographer.Sign(doc.Value.Content, certificate)));
}
private void SetDefaultConfiguration()
{
document = new Document(file.Name, file.Content, DateTime.Now, Format1);
A.CallTo(() => recognizer.TryRecognize(file, out document))
.Returns(true);
A.CallTo(() => cryptographer.Sign(document.Content, certificate))
.Returns(signedContent);
A.CallTo(() => sender.TrySend(signedContent))
.Returns(true);
}
public void IndependentlySend_WhenSeveralFilesAndSomeCouldNotSend()
{
var badFile = new File("badName", new byte[] { 1 });
var badDocument = new Document(badFile.Name, badFile.Content, DateTime.Now, "4.0");
A.CallTo(() => recognizer.TryRecognize(badFile, out badDocument))
.Returns(true);
A.CallTo(() => cryptographer.Sign(badFile.Content, certificate))
.Returns(badFile.Content);
A.CallTo(() => sender.TrySend(badFile.Content))
.Returns(false);
fileSender.SendFiles(new[] { file, badFile }, certificate)
.SkippedFiles.Should().BeEquivalentTo(badFile);
}
public bool TrySendFile(File file, X509Certificate certificate)
{
Document document;
if (!recognizer.TryRecognize(file, out document))
{
return(false);
}
if (!documentChecker.CheckDocument(document))
{
return(false);
}
var signedContent = cryptographer.Sign(document.Content, certificate);
return(sender.TrySend(signedContent));
}
private static Result <Document> PrepareFileToSend(FileContent file, X509Certificate certificate,
IRecognizer recognizer, ICryptographer cryptographer, Func <DateTime> now)
{
var doc = recognizer.Recognize(file);
if (!IsValidFormatVersion(doc))
{
return(Result.Fail <Document>($"Can't prepare file to send. Invalid format version {doc.Format}"));
}
if (!IsValidTimestamp(doc, now))
{
return(Result.Fail <Document>($"Can't prepare file to send. Too old document {doc.CreationDate}"));
}
doc = doc.SetContent(cryptographer.Sign(doc.Content, certificate));
return(doc);
}
private Result <Document> PrepareFileToSend(FileContent file, X509Certificate certificate)
{
var recognizedFile = recognizer.Recognize(file);
var result = new Result <Document>(null, recognizedFile);
if (!IsValidFormatVersion(result.Value))
{
result = new Result <Document>("Invalid format version", recognizedFile);
}
if (result.IsSuccess && !IsValidTimestamp(result.Value))
{
result = new Result <Document>("Too old document", recognizedFile);
}
result = result.Then(_ => result.Value.ChangeContent(cryptographer.Sign(result.Value.Content, certificate)));
return(result.RefineError("Can't prepare file to send"));
}
public void SetUp()
{
random = new Random();
file = new File("someFile", new byte[] { 1, 2, 3 });
signedContent = new byte[] { 1, 7 };
cryptographer = A.Fake <ICryptographer>();
sender = A.Fake <ISender>();
recognizer = A.Fake <IRecognizer>();
fileSender = new FileSender(cryptographer, sender, recognizer);
A.CallTo(() => cryptographer.Sign(A <byte[]> .Ignored, certificate))
.Returns(GenerateFileContent());
A.CallTo(() => sender.TrySend(A <byte[]> .Ignored))
.Returns(true);
}
private Result <Document> PrepareFileToSend(FileContent file, X509Certificate certificate)
{
var before = "Can't prepare file to send. ";
Document doc = recognizer.Recognize(file);
if (!IsValidFormatVersion(doc))
{
return(Result.Fail <Document>(before + "Invalid format version"));
}
//throw new FormatException(before + "Invalid format version");
if (!IsValidTimestamp(doc))
{
return(Result.Fail <Document>(before + "Too old document"));
}
doc = doc.ChangeContent(cryptographer.Sign(doc.Content, certificate));
return(Result.Ok(doc));
}
public void SetUp()
{
fileName = "temp.file";
now = DateTime.Now;
random = new Random();
cryptographer = A.Fake <ICryptographer>();
sender = A.Fake <ISender>();
recognizer = A.Fake <IRecognizer>();
fileSender = new FileSender(cryptographer, sender, recognizer);
A.CallTo(() => cryptographer.Sign(A <byte[]> ._, certificate))
.Returns(GetFileContent());
A.CallTo(() => sender.TrySend(A <byte[]> ._))
.Returns(true);
}
public void SetUp()
{
fileName = "some.txt";
now = DateTime.Now;
certificate = new X509Certificate();
recognizer = A.Fake <IRecognizer>();
cryptographer = A.Fake <ICryptographer>();
A.CallTo(() => cryptographer.Sign(A <byte[]> ._, certificate))
.ReturnsLazily(GetNewBytes);
sender = A.Fake <ISender>();
A.CallTo(() => sender.TrySend(A <byte[]> ._))
.Returns(true);
fileSender = new FileSender(cryptographer, sender, recognizer);
}
public void IndependentlySend_WhenSeveralFiles()
{
var file1 = new File("someFile1", new byte[] { 1, 2, 4 });
var file2 = new File("someFile2", new byte[] { 1, 2, 5 });
var document1 = new Document(file1.Name, file1.Content, DateTime.Now, "5.0");
var document2 = new Document(file2.Name, file2.Content, DateTime.Now, "4.0");
A.CallTo(() => recognizer.TryRecognize(file, out document))
.Returns(false);
A.CallTo(() => recognizer.TryRecognize(file1, out document1))
.Returns(true);
A.CallTo(() => recognizer.TryRecognize(file2, out document2))
.Returns(true);
A.CallTo(() => cryptographer.Sign(document2.Content, certificate))
.Returns(signedContent);
fileSender.SendFiles(new[] { file, file1, file2 }, certificate)
.SkippedFiles.Should().BeEquivalentTo(file, file1);
}
public void SetUp()
{
// Тут мы задаем некоторые известны для всех тестов данные
// и умолчательные поведения сервисов-заглушек.
// Наша цель — сделать так, чтобы в конкретных тестах осталась только их специфика,
// а конфигурирование "обычного" поведения не надо было повторять от теста к тесту
cryptographer = A.Fake <ICryptographer>();
sender = A.Fake <ISender>();
recognizer = A.Fake <IRecognizer>();
fileSender = new FileSender(cryptographer, sender, recognizer);
var signedContent = Guid.NewGuid().ToByteArray();
A.CallTo(() => cryptographer.Sign(null, null))
.WithAnyArguments()
.Returns(signedContent);
A.CallTo(() => sender.TrySend(signedContent))
.Returns(true);
}
private Result <Document> PrepareDocument(FileContent file, X509Certificate certificate)
{
var document = recognizer.Recognize(file);
string errorMessage = null;
if (!IsValidFormatVersion(document))
{
errorMessage = $"Can't prepare file to send. This format is not provided {document.Format}";
}
if (!IsValidTimestamp(document))
{
errorMessage = $"Can't send. This file is too old. Data of creation: {document.Created}";
}
if (errorMessage == null)
{
return(new Result <Document>(null, document.ChangeContent(cryptographer.Sign(document.Content, certificate))));
}
return(new Result <Document>(errorMessage));
}
public void SetUp()
{
// Постарайтесь вынести в SetUp всё неспецифическое конфигурирование так,
// чтобы в конкретных тестах осталась только специфика теста,
// без конфигурирования "обычного" сценария работы
file = new File("someFile", new byte[] { 1, 2, 3 });
signedContent = new byte[] { 1, 7 };
cryptographer = A.Fake <ICryptographer>();
sender = A.Fake <ISender>();
recognizer = A.Fake <IRecognizer>();
fileSender = new FileSender(cryptographer, sender, recognizer);
var goodDocument = new Document(file.Name, file.Content, DateTime.Now, "4.0");
A.CallTo(() => recognizer.TryRecognize(A <File> .Ignored, out goodDocument))
.Returns(true);
A.CallTo(() => cryptographer.Sign(A <byte[]> .Ignored, A <X509Certificate> .Ignored))
.Returns(signedContent);
A.CallTo(() => sender.TrySend(A <byte[]> .Ignored))
.Returns(true);
}
public static Document Sign(this Document doc,
ICryptographer cryptographer,
X509Certificate certificate)
{
return(new Document(doc.Name, cryptographer.Sign(doc.Content, certificate), doc.Created, doc.Format));
}
private Result <Document> SignDocument(Document doc, ICryptographer cryptographer,
X509Certificate certificate)
{
return(Result.Of <Document>(() =>
new Document(doc.Name, cryptographer.Sign(doc.Content, certificate), doc.Created, doc.Format)));
}
