/**
* This action open a XML file and inspect its signatures.
*/
public ActionResult Index(string userfile)
{
// Our action only works if a userfile is given to work with.
byte[] userfileContent;
if (!StorageMock.TryGetFile(userfile, out userfileContent))
{
return(HttpNotFound());
}
// Instanciate the XmlSignatureLocator class, responsible for opening and validating the signatures
// in the XML file. The signed XML content is passed as a parameter of the XmlSignatureLocator.
var xmlSignatureLocator = new XmlSignatureLocator(userfileContent);
// Get the list of signatures found in the XML file.
var signatures = xmlSignatureLocator.GetSignatures();
// Specify the parameters for the signature validation:
// Define the trust arbitrator used to validate the certificate.
var trustArbitrator = Util.GetTrustArbitrator();
// Acces any valid XmlDSig signature as long as the signer certificate is trusted.
var policyMapper = XmlPoliciesForValidation.GetXmlDSigBasic(trustArbitrator);
// Generate a model to be shown on the page from each XmlSignature instance retrieved from
// GetSignatures() method above. This class can be inspected on Models/PKi/OpenXmlSignatureModel.cs
// file. In this class, we validate each signature based on the policy mapper defined above.
var sigModels = signatures.Select(s => new XmlSignatureModel(s, policyMapper)).ToList();
// Render the signatures' information (see file OpenXmlSignaturePki/Index.cshtml for more
// information on the information returned).
return(View(new OpenXmlSignatureModel()
{
Signatures = sigModels
}));
}
public async Task SaveExternalIconOverwritesFailures()
{
Data = "{}";
await Target.InitializeAsync(CancellationToken.None);
const string originalIconUrlString = "https://source/";
var originalIconUrl = new Uri(originalIconUrlString);
const string successStorageUrlString = "https://storage2/";
var successStorageUrl = new Uri(successStorageUrlString);
Target.SaveExternalCopyFailure(originalIconUrl);
await Target.SaveExternalIcon(originalIconUrl, successStorageUrl, StorageMock.Object, IconCacheStorageMock.Object, CancellationToken.None);
StorageMock
.Verify(
ics => ics.CopyAsync(successStorageUrl, IconCacheStorageMock.Object, It.IsAny <Uri>(), It.IsAny <IReadOnlyDictionary <string, string> >(), CancellationToken.None),
Times.Once);
var item = Target.Get(originalIconUrl);
Assert.True(item.IsCopySucceeded);
Assert.Equal(originalIconUrlString, item.SourceUrl.AbsoluteUri);
Assert.Equal(DefaultResolvedUrlString, item.StorageUrl.AbsoluteUri);
}
public async Task SavesCache()
{
Data = "{}";
await Target.InitializeAsync(CancellationToken.None);
await Target.SaveExternalIcon(new Uri("https://sourcez"), new Uri("https://storage1/d"), StorageMock.Object, IconCacheStorageMock.Object, CancellationToken.None);
Target.SaveExternalCopyFailure(new Uri("https://sourcey"));
string savedContent = null;
StorageMock
.Setup(s => s.SaveAsync(new Uri("https://cache.test/blob"), It.IsAny <StringStorageContent>(), CancellationToken.None))
.Callback <Uri, StorageContent, CancellationToken>((_1, sc, _2) => savedContent = ((StringStorageContent)sc).Content)
.Returns(Task.CompletedTask);
await Target.SaveAsync(CancellationToken.None);
StorageMock
.Verify(s => s.SaveAsync(new Uri("https://cache.test/blob"), It.IsAny <StringStorageContent>(), CancellationToken.None), Times.Once);
Assert.Contains("https://sourcez", savedContent);
Assert.DoesNotContain("https://storage1/d", savedContent); // this url is only used for copying blob
Assert.Contains(DefaultResolvedUrlString, savedContent);
Assert.Contains("https://sourcey", savedContent);
}
public async Task <ActionResult> Start(int id)
{
// Get an instance of the CadesSignatureStarter class, responsible for receiving the signature
// elements and start the signature process.
var signatureStarter = new CadesSignatureStarter(Util.GetRestPkiClient())
{
// Set the signature policy.
SignaturePolicyId = StandardCadesSignaturePolicies.PkiBrazil.AdrBasica,
// Set the security context to be used to determine trust in the certificate chain. We have
// encapsulated the security context choice on Util.cs.
SecurityContextId = Util.GetSecurityContextId(),
// Optionally, set whether the content should be encapsulated in the resulting CMS.
EncapsulateContent = true
};
// Set the document to be signed based on its ID (passed to us from the page).
signatureStarter.SetFileToSign(StorageMock.GetBatchDocPath(id));
// Call the StartWithWebPki() method, which initiates the signature. This yields the token, a
// 43-character case-sensitive URL-safe string, which identifies this signature process. We'll
// use this value to call the signWithRestPki() method on the Web PKI component (see
// batch-signature-form.js) and also to complete the signature on the POST action below (this
// should not be mistaken with the API access token).
var token = await signatureStarter.StartWithWebPkiAsync();
// Return a JSON with the token obtained from REST PKI. (the page will use jQuery to decode this
// value)
return(Json(token));
}
public async Task <ActionResult> Index(SignatureModel model)
{
// Get an instance of the XmlSignatureFinisher class, responsible for completing the signature
// process.
var signatureFinisher = new XmlSignatureFinisher(Util.GetRestPkiClient())
{
// Set the token for this signature (rendered in a hidden input field, see the view).
Token = model.Token
};
// Call the Finish() method, which finalizes the signature process and returns the signed PDF.
var signedXml = await signatureFinisher.FinishAsync();
// Get information about the signer's certificate used. This method must only be called after
// calling the Finish() method.
var signerCert = signatureFinisher.GetCertificateInfo();
// At this point, you'd typically store the signed XML on your database. For demonstration
// purposes, we'll store the PDF on our mock Storage class.
var fileId = StorageMock.Store(signedXml, ".xml");
// Render the signature information page.
return(View("SignatureInfo", new SignatureInfoModel()
{
File = fileId,
SignerCertificate = signerCert
}));
}
public ActionResult Index(MergeServerFilesModel model)
{
string dataFileId, fileId1, fileId2;
switch (model.ChosenCombination)
{
case 0:
dataFileId = StorageMock.CopySampleToAppData(SampleDocs.CmsDataFile);
fileId1 = StorageMock.CopySampleToAppData(SampleDocs.CmsDetached1);
fileId2 = StorageMock.CopySampleToAppData(SampleDocs.CmsDetached2);
return(RedirectToAction("Index", model.ReturnController, new { file1 = fileId1, file2 = fileId2, datafile = dataFileId }));
case 1:
dataFileId = StorageMock.CopySampleToAppData(SampleDocs.CmsDataFile);
fileId1 = StorageMock.CopySampleToAppData(SampleDocs.CmsAttached1);
fileId2 = StorageMock.CopySampleToAppData(SampleDocs.CmsDetached2);
return(RedirectToAction("Index", model.ReturnController, new { file1 = fileId1, file2 = fileId2, datafile = dataFileId }));
case 2:
default:
fileId1 = StorageMock.CopySampleToAppData(SampleDocs.CmsAttached1);
fileId2 = StorageMock.CopySampleToAppData(SampleDocs.CmsAttached2);
return(RedirectToAction("Index", model.ReturnController, new { file1 = fileId1, file2 = fileId2 }));
}
}
public ActionResult Start(BatchSignatureStartRequest request)
{
// Instantiate a CadesSigner class
var cadesSigner = new CadesSigner();
// Get the file's content.
if (!StorageMock.TryGetFile(StorageMock.GetBatchDocPath(request.Id), out byte[] fileContent))
public ActionResult Complete(BatchSignatureCompleteRequest request)
{
byte[] signatureContent;
// Recover the "transfer data" content stored in a temporary file.
byte[] transferDataContent;
if (!StorageMock.TryGetFile(request.TransferDataFileId, out transferDataContent))
{
return(HttpNotFound());
}
// Instantiate a PadesSigner class
var padesSigner = new PadesSigner();
// Set the signature policy.
padesSigner.SetPolicy(GetSignaturePolicy());
// Set the signature computed on the client-side, along with the "transfer data" recovered from a temporary file
padesSigner.SetPreComputedSignature(request.Signature, transferDataContent);
// Call ComputeSignature(), which does all the work, including validation of the signer's certificate and of the
// resulting signature
padesSigner.ComputeSignature();
// Get the signed PDF as an array of bytes
signatureContent = padesSigner.GetPadesSignature();
return(Json(new BatchSignatureCompleteResponse()
{
SignedFileId = StorageMock.Store(signatureContent, ".pdf")
}));
}
public async Task <ActionResult> Index(string userfile)
{
// Our action only works if a userfile is given to work with.
if (!StorageMock.TryGetFile(userfile, out string userfilePath))
{
return(HttpNotFound());
}
// Get an instance of the PadesSignatureExplorer class, used to open/validate PDF signatures.
var sigExplorer = new PadesSignatureExplorer(Util.GetRestPkiClient())
{
// Specify that we want to validate the signatures in the file, not only inspect them.
Validate = true,
// Specify the parameters for the signature validation:
// Accept any PAdES signature as long as the signer has an ICP-Brasil certificate.
DefaultSignaturePolicyId = StandardPadesSignaturePolicies.Basic,
// Specify the security context to be used to determine trust in the certificate chain. We
// have encapsulated the security context choice on Util.cs.
SecurityContextId = Util.GetSecurityContextId()
};
// Set the PAdES signature file.
sigExplorer.SetSignatureFile(userfilePath);
// Call the Open() method, which returns the signature file's information.
var signature = await sigExplorer.OpenAsync();
// Render the information (see file OpenPadesSignature/Index.html for more information on
// the information returned).
return(View(new OpenPadesSignatureModel()
{
Signature = signature
}));
}
public async Task <ActionResult> Complete(string id)
{
// Get an instance of the CadesSignatureFinisher2 class, responsible for completing the signature
// process.
var signatureFinisher = new CadesSignatureFinisher2(Util.GetRestPkiClient())
{
// Set the token for this signature. (rendered in a hidden input field, see the view)
Token = id
};
// Call the Finish() method, which finalizes the signature process and returns a
// SignatureResult object.
var result = await signatureFinisher.FinishAsync();
// The "Certificate" property of the SignatureResult object contains information about the
// certificate used by the user to sign the file.
var signerCert = result.Certificate;
// At this point, you'd typically store the signed PDF on your database. For demonstration
// purposes, we'll store the PDF on our mock Storage class.
// The SignatureResult object has various methods for writing the signature file to a stream
// (WriteTo()), local file (WriteToFile()), open a stream to read the content (OpenRead()) and
// get its contents (GetContent()). For large files, avoid the method GetContent() to avoid
// memory allocation issues.
string fileId;
using (var resultStream = result.OpenRead()) {
fileId = StorageMock.Store(resultStream, ".p7s");
}
// Return a JSON with the signed file's id, stored using our mock class (the page will use
// jQuery to decode this value).
return(Json(fileId));
}
public ActionResult Sample(SampleDocs id)
{
string filename;
var content = StorageMock.GetSampleDocContent(id, out filename);
return(File(content, MimeMapping.GetMimeMapping(filename), filename));
}
// You may also change texts, positions and more by editing directly the method
// generatePrinterFriendlyVersion() below.
// ####################################################################################################
// GET: PrinterFriendlyPadesRestPki?userfile={id}
public ActionResult Index(string userfile)
{
// Locate document and read content from storage. Our action only works if the a valid fileId is
// given.
byte[] fileContent;
try {
fileContent = StorageMock.Read(userfile);
} catch (FileNotFoundException) {
return(HttpNotFound());
}
// Check if doc already has a verification code registered on storage.
var verificationCode = StorageMock.GetVerificationCode(userfile);
if (verificationCode == null)
{
// If not, generate a code an register it.
verificationCode = Util.GenerateVerificationCode();
StorageMock.SetVerificationCode(userfile, verificationCode);
}
// Generate the printer-friendly version.
var pfvContent = generatePrinterFriendlyVersion(fileContent, verificationCode);
// Return printer-friendly version as a downloadable file.
return(File(pfvContent, "application/pdf", "printer-friendly.pdf"));
}
public ActionResult Complete(SignatureCompleteModel model)
{
byte[] signatureContent;
try {
// Recover the "transfer data" content stored in a temporary file.
if (!StorageMock.TryGetFile(model.TransferDataFileId, out byte[] transferDataContent))
public void TestQueueStartAddDirectoryWithFiles()
{
var directoryName = Guid.NewGuid().ToString();
var directory = Directory.CreateDirectory(directoryName);
var fileName1 = directory.FullName + "\\" + Guid.NewGuid().ToString();
var fileName2 = directory.FullName + "\\" + Guid.NewGuid().ToString();
using (var fs = File.Create(fileName1))
{
}
using (var fs = File.Create(fileName2))
{
}
var provider = new TokenProvider(new LexerMock());
var storage = new StorageMock();
using (var objectUnderTest = new FileQueue(storage, provider))
{
objectUnderTest.Add(directory.FullName);
Thread.Sleep((int)(FileQueue.ProcessPeriodMS * 1.25));
Assert.AreEqual(2, storage.Actions.Count);
var file1 = storage.Actions.Dequeue();
var file2 = storage.Actions.Dequeue();
Assert.IsTrue((file1.Item1 == fileName1 && file2.Item1 == fileName2) ||
(file1.Item1 == fileName2 && file2.Item1 == fileName1));
Assert.AreEqual(file1.Item2, StorageMock._Add);
Assert.AreEqual(file2.Item2, StorageMock._Add);
}
File.Delete(fileName1);
File.Delete(fileName2);
Directory.Delete(directory.FullName);
}
public async Task SavesFailureExpiration()
{
Data = "{}";
await Target.InitializeAsync(CancellationToken.None);
var time = DateTimeOffset.UtcNow;
const string failedUrl = "https://icon.test/fail";
Target.SaveExternalCopyFailure(new Uri(failedUrl));
string savedContent = null;
StorageMock
.Setup(s => s.SaveAsync(new Uri("https://cache.test/blob"), It.IsAny <StringStorageContent>(), CancellationToken.None))
.Callback <Uri, StorageContent, CancellationToken>((_1, sc, _2) => savedContent = ((StringStorageContent)sc).Content)
.Returns(Task.CompletedTask);
await Target.SaveAsync(CancellationToken.None);
var savedDictionary = JsonConvert.DeserializeObject <Dictionary <Uri, ExternalIconCopyResult> >(savedContent);
var item = Assert.Single(savedDictionary, e => e.Key.AbsoluteUri == failedUrl);
Assert.NotNull(item.Value.Expiration);
Assert.True(item.Value.Expiration - time < TimeSpan.FromSeconds(2));
}
public void TestAddDirectoryCreateFileChangeFileRenameFileRemoveFileFast()
{
var directoryName = Guid.NewGuid().ToString();
var directory = Directory.CreateDirectory(directoryName);
var provider = new TokenProvider(new LexerMock());
var storage = new StorageMock();
using (var objectUnderTest = new FileQueue(storage, provider))
{
objectUnderTest.Add(directory.FullName);
var fileName = directory.FullName + "\\" + Guid.NewGuid().ToString();
using (var fs = File.Create(fileName))
{
fs.Write(new byte[] { 1 }, 0, 1);
}
using (StreamWriter sw = new StreamWriter(fileName))
{
sw.Write('a');
sw.Flush();
sw.Close();
}
var newFileName = directory.FullName + "\\" + Guid.NewGuid().ToString();
File.Move(fileName, newFileName);
File.Delete(newFileName);
Thread.Sleep((int)(0.1 * FileQueue.ProcessPeriodMS));
Assert.AreEqual(1, storage.Actions.Count);
Thread.Sleep((int)(1.25 * FileQueue.ProcessPeriodMS));
Assert.AreEqual(1, storage.Actions.Count);
var tuple = storage.Actions.Dequeue();
Assert.AreEqual(newFileName, tuple.Item1);
Assert.AreEqual(StorageMock._Delete, tuple.Item2);
}
Directory.Delete(directory.FullName);
}
public async Task <ActionResult> Index(string userfile)
{
// Get an instance of the PadesSignatureExplorer class, used to open/validate PDF signatures.
var sigExplorer = new PadesSignatureExplorer(Util.GetRestPkiClient())
{
// Specify that we want an audit package to be generated, and that the signed file should be
// included in the package.
GenerateAuditPackage = true,
IncludeSignedFileInAuditPackage = true,
// In order to generate an audit package, we must also pass Validate = true.
Validate = true,
// Specify the parameters for the signature validation:
// Accept any PAdES signature as long as the signer has an ICP-Brasil certificate.
DefaultSignaturePolicyId = StandardPadesSignaturePolicies.Basic,
// We have encapsulated the security context choice on Util.cs.
SecurityContextId = Util.GetSecurityContextId()
};
// Set the PDF file.
if (string.IsNullOrEmpty(userfile))
{
// If no file is passed, we use a previously signed and B-Stamped file.
sigExplorer.SetSignatureFile(Server.MapPath("~/Content/bstamped.pdf"));
}
else
{
sigExplorer.SetSignatureFile(Server.MapPath("~/App_Data/" + userfile.Replace("_", ".")));
// Note: we're receiving the userfile argument with "_" as "." because of limitations of
// ASP.NET MVC.
}
// Call the OpenAsync() method, which returns the signature file's information.
var signature = await sigExplorer.OpenAsync();
// If the document has been B-Stamped, store the "digest index file" to show a link on the page.
if (signature.BStamp != null)
{
string indexFileId;
using (var indexFileStream = signature.BStamp.IndexFile.OpenRead()) {
indexFileId = StorageMock.Store(indexFileStream, ".txt");
}
ViewBag.BStampIndexFile = indexFileId;
}
// Store the generated audit package. Notice that although we asked for its generation, the
// signature might not have been B-Stamped yet, so an audit package might not be returned.
if (signature.AuditPackage != null)
{
string auditPkgId;
using (var auditPkgStream = signature.AuditPackage.OpenRead()) {
auditPkgId = StorageMock.Store(auditPkgStream, ".zip");
}
ViewBag.AuditPackageFile = auditPkgId;
}
// Render the information. (see file Views/OpenPadesSignatureBStamp/Index.html for more
// information on the information returned)
return(View(signature));
}
public ActionResult Index(SignatureStartModel model)
{
byte[] toSignBytes, transferData;
SignatureAlgorithm signatureAlg;
try {
// Verify if the userfile exists and get its absolute path.
string userfilePath;
if (!StorageMock.TryGetFile(model.UserFile, out userfilePath))
{
return(HttpNotFound());
}
// Decode the user's certificate.
var cert = PKCertificate.Decode(model.CertContent);
// Get an instance of the PadesSigner class.
var padesSigner = new PadesSigner();
// Set the file to be signed.
padesSigner.SetPdfToSign(userfilePath);
// Set the signer certificate.
padesSigner.SetSigningCertificate(cert);
// Set the signature policy.
padesSigner.SetPolicy(GetSignaturePolicy());
// Set a visual representation for the signature.
padesSigner.SetVisualRepresentation(PadesVisualElements.GetVisualRepresentationForPkiSdk(cert));
// Generate the "to-sign-bytes". This method also yields the signature algorithm that must
// be used on the client-side, based on the signature policy, as well as the "transfer data",
// a byte-array that will be needed on the next step.
toSignBytes = padesSigner.GetToSignBytes(out signatureAlg, out transferData);
} catch (ValidationException ex) {
// Some of the operations above may throw a ValidationException, for instance if the certificate
// encoding cannot be read or if the certificate is expired.
ModelState.AddModelError("", ex.ValidationResults.ToString());
return(View());
}
// On the next step (Complete action), we'll need once again some information:
// - The thumbprint of the selected certificate.
// - The "transfer data" used to validate the signature in complete action. Its content is stored in
// a temporary file (with extension .bin) to be shared with the Complete action.
// - The "to-sign-hash" (digest of the "to-sign-bytes") to be signed. (see signature-complete-form.js)
// - The OID of the digest algorithm to be used during the signature operation.
// We'll store these values on TempData, which is a dictionary shared between actions.
TempData["SignatureCompleteModel"] = new SignatureCompleteModel()
{
CertThumb = model.CertThumb,
TransferDataFileId = StorageMock.Store(transferData, ".bin"),
ToSignHash = signatureAlg.DigestAlgorithm.ComputeHash(toSignBytes),
DigestAlgorithmOid = signatureAlg.DigestAlgorithm.Oid
};
return(RedirectToAction("Complete", new { userfile = model.UserFile }));
}
private async Task OnDocumentSignatureCompletedAsync(DocumentModel model)
{
var restPkiService = Util.GetRestPkiService();
var apiDocument = await restPkiService.GetDocumentAsync(model);
var content = await restPkiService.GetContentAsync(apiDocument.SignedFile.Location);
StorageMock.Store(content, "", apiDocument.SignedFile.Name);
}
public async Task DeleteAllAsync_Sunshine()
{
StorageMock
.Setup(crd =>
crd.DeleteAllAsync(CancellationToken.None)).Returns(Task.CompletedTask);
await _serviceToTest.DeleteAllAsync();
StorageMock.Verify();
}
public void TestQueueSimpleStartStop()
{
var provider = new TokenProvider(new LexerMock());
var storage = new StorageMock();
using (var objectUnderTest = new FileQueue(storage, provider))
{
}
}
public async Task DeleteAsync_Sunshine()
{
StorageMock
.Setup(crd =>
crd.DeleteAsync(It.Is <string>(id => id == TestModelServerId),
CancellationToken.None)).Returns(Task.CompletedTask);
await _serviceToTest.DeleteAsync(TestModelServerId);
StorageMock.Verify();
}
public ActionResult SignCodeh(string id, SignatureStartModel model)
{
// Recover XML envelope with signed COD element from "storage" based on its ID
byte[] content;
if (!StorageMock.TryGetFile(id, out content))
{
return(HttpNotFound());
}
byte[] toSignHash, transferData;
SignatureAlgorithm signatureAlg;
try {
// Get an instance of the XmlElementSigner class.
var signer = new XmlElementSigner();
// Set the XML to sign
signer.SetXml(content);
// Set the ID of the CODEH element
signer.SetToSignElementId("CODEH");
// Decode the user's certificate and set as the signer certificate
signer.SetSigningCertificate(PKCertificate.Decode(model.CertContent));
// Set the signature policy
signer.SetPolicy(getSignaturePolicy());
// Generate the "to-sign-hash". This method also yields the signature algorithm that must
// be used on the client-side, based on the signature policy.
toSignHash = signer.GenerateToSignHash(out signatureAlg, out transferData);
} catch (ValidationException ex) {
// Some of the operations above may throw a ValidationException, for instance if the certificate
// encoding cannot be read or if the certificate is expired.
ModelState.AddModelError("", ex.ValidationResults.ToString());
return(View());
}
// On the next step (SignCodehComplete action), we'll need once again some information:
// - The thumpprint of the selected certificate
// - The "to-sign-hash"
// - The OID of the digest algorithm to be used during the signature operation
// - The "transfer data" used to validate the signature in complete action.Its content is stored in
// a temporary file (with extension .bin) to be shared with the Complete action.
TempData["SignatureCompleteModel"] = new SignatureCompleteModel()
{
CertThumb = model.CertThumb,
ToSignHash = toSignHash,
DigestAlgorithmOid = signatureAlg.DigestAlgorithm.Oid,
TransferDataFileId = StorageMock.Store(transferData, ".bin"),
};
return(RedirectToAction("SignCodehComplete", new { id }));
}
// GET: CadesServerKeySdk
public ActionResult Index(string userfile)
{
byte[] signatureContent;
PKCertificateWithKey certWithKey;
try {
// Instantiate a CadesSigner class
var cadesSigner = new CadesSigner();
// Verify if the userfile exists and get the content of the userfile.
if (!StorageMock.TryGetFile(userfile, out byte[] userfileContent))
public async Task CreateWithSpecifiedIdAsync_Sunshine()
{
StorageMock
.Setup(crd =>
crd.CreateWithSpecifiedIdAsync(It.Is <string>(id => id == TestModelServerId),
It.Is <TestModelCreate>(create => create.Status == TestModelServerStatus),
CancellationToken.None)).Returns(Task.CompletedTask);
var serverInItem = GetServerTestModel();
await _serviceToTest.CreateWithSpecifiedIdAsync(TestModelServerId, serverInItem);
StorageMock.Verify();
}
public ActionResult Index(ServerFilesModel model)
{
// Copy file to the App_Data folder, where the upload files is stored.
var fileId = StorageMock.CopySampleToAppData(model.ChosenFileId);
if (model.IsCmsCoSign)
{
return(RedirectToAction("Index", model.ReturnController, new { cmsfile = fileId }));
}
return(RedirectToAction("Index", model.ReturnController, new { userfile = fileId }));
}
public async Task InitializeAsyncReadsJson()
{
Data = "{ \"https://key\": { \"SourceUrl\": \"https://source.test/data\", \"StorageUrl\": \"https://dest.test/data2\", \"IsCopySucceeded\": true } }";
await Target.InitializeAsync(CancellationToken.None);
StorageMock.VerifyAll();
var cache = Target.Get(new Uri("https://key"));
Assert.NotNull(cache);
Assert.Equal("https://source.test/data", cache.SourceUrl.AbsoluteUri);
Assert.Equal("https://dest.test/data2", cache.StorageUrl.AbsoluteUri);
}
public async Task CreateAsync_Sunshine()
{
StorageMock
.Setup(crd =>
crd.CreateAsync(It.Is <TestModelCreate>(create => create.Status == TestModelServerStatus), CancellationToken.None))
.ReturnsAsync(TestModelServerId);
var serverInItem = GetServerTestModel();
var id = await _serviceToTest.CreateAsync(serverInItem);
Microsoft.VisualStudio.TestTools.UnitTesting.Assert.IsNotNull(id);
Microsoft.VisualStudio.TestTools.UnitTesting.Assert.AreEqual(TestModel.DecoratedId(ServerName, TestModelServerId), id);
StorageMock.Verify();
}
public ActionResult SignCodehComplete(string id, SignatureCompleteModel model)
{
// Recover XML envelope with signed COD element from "storage" based on its ID
byte[] content;
if (!StorageMock.TryGetFile(id, out content))
{
return(HttpNotFound());
}
byte[] signatureContent;
try {
// Recover the "transfer data" content stored in a temporary file.
byte[] transferDataContent;
if (!StorageMock.TryGetFile(model.TransferDataFileId, out transferDataContent))
{
return(HttpNotFound());
}
// Get an instance of the XmlElementSigner class.
var signer = new XmlElementSigner();
// Set the document to be signed and the policy, exactly like in the SignCodeh method
signer.SetXml(content);
signer.SetPolicy(getSignaturePolicy());
// Set the signature computed on the client-side, along with the "transfer data"
signer.SetPrecomputedSignature(model.Signature, transferDataContent);
// Call ComputeSignature(), which validates the signature of the "to-sign-hash" and finishes the signature process
signer.ComputeSignature();
// Get the signed XML as an array of bytes
signatureContent = signer.GetSignedXml();
} catch (ValidationException ex) {
// Some of the operations above may throw a ValidationException, for instance if the certificate is revoked.
ModelState.AddModelError("", ex.ValidationResults.ToString());
return(View());
}
// On the next step (SignatureInfo action), we'll render the following information:
// - The filename to be available to download in next action.
// We'll store these values on TempData, which is a dictionary shared between actions.
TempData["SignatureInfoModel"] = new SignatureInfoModel()
{
// Store the signature file on the folder "App_Data/" and redirect to the SignCodehResult action with the filename.
File = StorageMock.Store(signatureContent, ".xml")
};
return(RedirectToAction("SignCodehSignatureInfo"));
}
public void ShouldUpdateStorageForEveryEvents()
{
var inputData = new List <Guid> {
Guid.NewGuid(), Guid.NewGuid()
};
var eventsSource = new EventsSourceMock(inputData);
var storage = new StorageMock();
var sut = new EventsProcessorWithAutoConcurrency(storage);
sut.Process(eventsSource);
Assert.AreEqual(storage.Result.Count, inputData.Count);
}