/// <summary>
/// Initializes a new instance of the <see cref="CookieBasedSessions"/> class.
/// </summary>
/// <param name="encryptionProvider">The encryption provider.</param>
/// <param name="passPhrase">The encryption pass phrase.</param>
/// <param name="salt">The encryption salt.</param>
/// <param name="sessionObjectFormatter">Session object formatter to use</param>
public CookieBasedSessions(IEncryptionProvider encryptionProvider, string passPhrase, string salt, ISessionObjectFormatter sessionObjectFormatter)
{
this.encryptionProvider = encryptionProvider;
this.passPhrase = passPhrase;
this.salt = CreateSalt(salt);
this.formatter = sessionObjectFormatter;
}
public static string DecryptSigned(
IEncryptionProvider encryptionProvider,
IHmacProvider signatureProvider,
string input)
{
try
{
var signatureLength = Base64Helpers.GetBase64Length(signatureProvider.HmacLength);
var encryptedInput = input.Substring(signatureLength);
var signature = input.Substring(0, signatureLength);
var signatureBytes = Convert.FromBase64String(signature);
var newSignatureBytes = signatureProvider.GenerateHmac(encryptedInput);
var signatureIsValid = HmacComparer.Compare(
signatureBytes,
newSignatureBytes,
signatureProvider.HmacLength);
var decryptedId = encryptionProvider.Decrypt(encryptedInput);
return signatureIsValid ? decryptedId : String.Empty;
}
catch
{
return String.Empty;
}
}
/// <summary>
/// Initializes a new instance of the <see cref="CookieBasedSessions"/> class.
/// </summary>
/// <param name="encryptionProvider">The encryption provider.</param>
/// <param name="hmacProvider">The hmac provider</param>
/// <param name="objectSerializer">Session object serializer to use</param>
public CookieBasedSessions(IEncryptionProvider encryptionProvider, IHmacProvider hmacProvider, IObjectSerializer objectSerializer)
{
this.currentConfiguration = new CookieBasedSessionsConfiguration
{
Serializer = objectSerializer,
CryptographyConfiguration = new CryptographyConfiguration(encryptionProvider, hmacProvider)
};
}
/// <summary>
/// Initialise and add cookie based session hooks to the application pipeine
/// </summary>
/// <param name="applicationPipelines">Application pipelines</param>
/// <param name="encryptionProvider">Encryption provider for encrypting cookies</param>
/// <param name="passPhrase">Encryption pass phrase</param>
/// <param name="salt">Encryption salt</param>
/// <returns>Formatter selector for choosing a non-default formatter</returns>
public static IFormatterSelector Enable(IApplicationPipelines applicationPipelines, IEncryptionProvider encryptionProvider, string passPhrase, string salt)
{
var sessionStore = new CookieBasedSessions(encryptionProvider, passPhrase, salt, new DefaultSessionObjectFormatter());
applicationPipelines.BeforeRequest.AddItemToEndOfPipeline(ctx => LoadSession(ctx, sessionStore));
applicationPipelines.AfterRequest.AddItemToEndOfPipeline(ctx => SaveSession(ctx, sessionStore));
return sessionStore;
}
public CookieBasedSessionsFixture()
{
this.fakeEncryptionProvider = A.Fake<IEncryptionProvider>();
this.fakeHmacProvider = A.Fake<IHmacProvider>();
this.cookieStore = new CookieBasedSessions(this.fakeEncryptionProvider, this.fakeHmacProvider, new Fakes.FakeSessionObjectFormatter());
this.rijndaelEncryptionProvider = new RijndaelEncryptionProvider(new PassphraseKeyGenerator("password"));
this.defaultHmacProvider = new DefaultHmacProvider(new PassphraseKeyGenerator("anotherpassword"));
}
public CookieBasedSessionsFixture()
{
this.fakeEncryptionProvider = A.Fake<IEncryptionProvider>();
this.fakeHmacProvider = A.Fake<IHmacProvider>();
this.cookieStore = new CookieBasedSessions(this.fakeEncryptionProvider, this.fakeHmacProvider, new Fakes.FakeObjectSerializer());
this.rijndaelEncryptionProvider = new RijndaelEncryptionProvider(new PassphraseKeyGenerator("password", new byte[] { 1, 2, 3, 4, 5, 6, 7, 8 }, 1000));
this.defaultHmacProvider = new DefaultHmacProvider(new PassphraseKeyGenerator("anotherpassword", new byte[] { 1, 2, 3, 4, 5, 6, 7, 8 }, 1000));
}
public SQLiteEncryptedBlobCache(string databaseFile, IEncryptionProvider encryptionProvider = null, IScheduler scheduler = null) : base(databaseFile, scheduler)
{
this.encryption = encryptionProvider ?? Locator.Current.GetService<IEncryptionProvider>();
if (this.encryption == null)
{
throw new Exception("No IEncryptionProvider available. This should never happen, your DependencyResolver is broken");
}
}
/// <summary>
/// Initializes a new instance of the <see cref="BySessionIdCookieIdentificationMethod" /> class.
/// </summary>
public BySessionIdCookieIdentificationMethod(CryptographyConfiguration cryptoConfig) {
if (cryptoConfig == null) throw new ArgumentNullException("cryptoConfig");
_encryptionProvider = cryptoConfig.EncryptionProvider;
_hmacProvider = cryptoConfig.HmacProvider;
_sessionIdentificationDataProvider = new SessionIdentificationDataProvider(cryptoConfig.HmacProvider);
_hmacValidator = new HmacValidator(cryptoConfig.HmacProvider);
_sessionIdFactory = new SessionIdFactory();
_cookieFactory = new CookieFactory();
CookieName = DefaultCookieName;
}
/// <summary>
/// Initializes a new instance of the <see cref="ByQueryStringParamIdentificationMethod" /> class.
/// </summary>
public ByQueryStringParamIdentificationMethod(CryptographyConfiguration cryptoConfig) {
if (cryptoConfig == null) throw new ArgumentNullException("cryptoConfig");
_encryptionProvider = cryptoConfig.EncryptionProvider;
_hmacProvider = cryptoConfig.HmacProvider;
_sessionIdentificationDataProvider = new SessionIdentificationDataProvider(cryptoConfig.HmacProvider);
_hmacValidator = new HmacValidator(cryptoConfig.HmacProvider);
_sessionIdFactory = new SessionIdFactory();
_responseManipulatorForSession = new ResponseManipulatorForSession();
ParameterName = DefaultParameterName;
}
/// <summary>
/// Initializes a new instance of the <see cref="RedisBasedSessions"/> class.
/// </summary>
/// <param name="encryptionProvider">The encryption provider.</param>
/// <param name="hmacProvider">The hmac provider</param>
/// <param name="objectSerializer">Session object serializer to use</param>
public RedisBasedSessions(IEncryptionProvider encryptionProvider, IHmacProvider hmacProvider, IObjectSerializer objectSerializer)
{
_currentConfiguration = new RedisBasedSessionsConfiguration
{
Serializer = objectSerializer,
CryptographyConfiguration = new CryptographyConfiguration(encryptionProvider, hmacProvider)
};
if (_redis == null)
_redis = ConnectionMultiplexer.Connect(_currentConfiguration.ConnectionString);
_db = _redis.GetDatabase();
}
public EncryptedBlobCache(
string cacheDirectory = null,
IEncryptionProvider encryptionProvider = null,
IFilesystemProvider filesystemProvider = null,
IScheduler scheduler = null,
Action<AsyncSubject<byte[]>> invalidatedCallback = null)
: base(cacheDirectory, filesystemProvider, scheduler, invalidatedCallback)
{
this.encryption = encryptionProvider ?? Locator.Current.GetService<IEncryptionProvider>();
if (this.encryption == null)
{
throw new Exception("No IEncryptionProvider available. This should never happen, your DependencyResolver is broken");
}
}
public ByQueryStringParamIdentificationMethodFixture() {
_fakeEncryptionProvider = A.Fake<IEncryptionProvider>();
_fakeHmacProvider = A.Fake<IHmacProvider>();
_validConfiguration = new InProcSessionsConfiguration();
_fakeSessionIdentificationDataProvider = A.Fake<ISessionIdentificationDataProvider>();
_fakeHmacValidator = A.Fake<IHmacValidator>();
_fakeSessionIdFactory = A.Fake<ISessionIdFactory>();
_fakeResponseManipulatorForSession = A.Fake<IResponseManipulatorForSession>();
_byQueryStringParamIdentificationMethod = new ByQueryStringParamIdentificationMethod(
_fakeEncryptionProvider,
_fakeHmacProvider,
_fakeSessionIdentificationDataProvider,
_fakeHmacValidator,
_fakeSessionIdFactory,
_fakeResponseManipulatorForSession);
_parameterName = "TheNameOfTheParameter";
_byQueryStringParamIdentificationMethod.ParameterName = _parameterName;
}
public static ActionResult Data(this Controller controller, object data, string contentType = null, Encoding encoding = null, IEncryptionProvider encryptor = null)
{
string type = controller.Request.QueryString["type"];
if (string.IsNullOrEmpty(type))
{
type = "json";
}
switch (type.ToLower())
{
case "json":
default:
//return new JsonResult() { Data = data, ContentType = contentType, ContentEncoding = encoding, JsonRequestBehavior = JsonRequestBehavior.AllowGet };
var jsonSerializer = IocInstance.Container.Resolve<Core.Serialization.IJsonSerializer>();
return new DAF.Web.Mvc.Results.JsonResult(jsonSerializer, encryptor) { Data = data, ContentType = contentType, ContentEncoding = encoding };
case "xml":
return new XmlResult() { Data = data, ContentType = contentType, ContentEncoding = encoding };
}
}
public BySessionIdCookieIdentificationMethodFixture() {
_fakeEncryptionProvider = A.Fake<IEncryptionProvider>();
_fakeHmacProvider = A.Fake<IHmacProvider>();
_validConfiguration = new InProcSessionsConfiguration();
_fakeSessionIdentificationDataProvider = A.Fake<ISessionIdentificationDataProvider>();
_fakeHmacValidator = A.Fake<IHmacValidator>();
_fakeSessionIdFactory = A.Fake<ISessionIdFactory>();
_fakeCookieFactory = A.Fake<ICookieFactory>();
_bySessionIdCookieIdentificationMethod = new BySessionIdCookieIdentificationMethod(
_fakeEncryptionProvider,
_fakeHmacProvider,
_fakeSessionIdentificationDataProvider,
_fakeHmacValidator,
_fakeSessionIdFactory,
_fakeCookieFactory);
_cookieName = "TheNameOfTheCookie";
_bySessionIdCookieIdentificationMethod.CookieName = _cookieName;
}
/// <summary>
/// Initializes a new instance of the <see cref="ByQueryStringParamIdentificationMethod" /> class.
/// </summary>
internal ByQueryStringParamIdentificationMethod(
IEncryptionProvider encryptionProvider,
IHmacProvider hmacProvider,
ISessionIdentificationDataProvider sessionIdentificationDataProvider,
IHmacValidator hmacValidator,
ISessionIdFactory sessionIdFactory,
IResponseManipulatorForSession responseManipulatorForSession) {
if (encryptionProvider == null) throw new ArgumentNullException("encryptionProvider");
if (hmacProvider == null) throw new ArgumentNullException("hmacProvider");
if (sessionIdentificationDataProvider == null) throw new ArgumentNullException("configuration");
if (hmacValidator == null) throw new ArgumentNullException("configuration");
if (sessionIdFactory == null) throw new ArgumentNullException("configuration");
if (responseManipulatorForSession == null) throw new ArgumentNullException("responseManipulatorForSession");
_encryptionProvider = encryptionProvider;
_hmacProvider = hmacProvider;
_sessionIdentificationDataProvider = sessionIdentificationDataProvider;
_hmacValidator = hmacValidator;
_sessionIdFactory = sessionIdFactory;
_responseManipulatorForSession = responseManipulatorForSession;
ParameterName = DefaultParameterName;
}
/// <summary>
/// Initializes a new instance of the <see cref="BySessionIdCookieIdentificationMethod" /> class.
/// </summary>
internal BySessionIdCookieIdentificationMethod(
IEncryptionProvider encryptionProvider,
IHmacProvider hmacProvider,
ISessionIdentificationDataProvider sessionIdentificationDataProvider,
IHmacValidator hmacValidator,
ISessionIdFactory sessionIdFactory,
ICookieFactory cookieFactory) {
if (encryptionProvider == null) throw new ArgumentNullException("encryptionProvider");
if (hmacProvider == null) throw new ArgumentNullException("hmacProvider");
if (sessionIdentificationDataProvider == null) throw new ArgumentNullException("sessionIdentificationDataProvider");
if (hmacValidator == null) throw new ArgumentNullException("hmacValidator");
if (sessionIdFactory == null) throw new ArgumentNullException("sessionIdFactory");
if (cookieFactory == null) throw new ArgumentNullException("cookieFactory");
_encryptionProvider = encryptionProvider;
_hmacProvider = hmacProvider;
_sessionIdentificationDataProvider = sessionIdentificationDataProvider;
_hmacValidator = hmacValidator;
_sessionIdFactory = sessionIdFactory;
_cookieFactory = cookieFactory;
CookieName = DefaultCookieName;
}
public EncryptedStore(IKeyValueStore <TK, string> entityStore, IEncryptionProvider encryptionProvider)
{
this.entityStore = Preconditions.CheckNotNull(entityStore, nameof(entityStore));
this.EncryptionProvider = Preconditions.CheckNotNull(encryptionProvider, nameof(encryptionProvider));
}
/// <summary>
/// Creates a new instance of the CryptographyConfiguration class
/// </summary>
/// <param name="encryptionProvider">Encryption provider</param>
/// <param name="hmacProvider">HMAC provider</param>
public CryptographyConfiguration(IEncryptionProvider encryptionProvider, IHmacProvider hmacProvider)
{
this.EncryptionProvider = encryptionProvider;
this.HmacProvider = hmacProvider;
}
public static string Decrypt(IEncryptionProvider encryptionProvider, string value)
{
return encryptionProvider.Decrypt(value);
}
public JsonResult(IJsonSerializer jsonSerializer, IEncryptionProvider encryptor)
{
this.jsonSerializer = jsonSerializer;
this.encryptor = encryptor;
}
public FileBackupConfigSource(string path, IConfigSource underlying, ISerde <DeploymentConfigInfo> serde, IEncryptionProvider encryptionProvider)
{
this.configFilePath = Preconditions.CheckNonWhiteSpace(path, nameof(path));
this.underlying = Preconditions.CheckNotNull(underlying, nameof(underlying));
this.serde = Preconditions.CheckNotNull(serde, nameof(serde));
this.encryptionProvider = Preconditions.CheckNotNull(encryptionProvider, nameof(IEncryptionProvider));
Events.Created(this.configFilePath);
}
public PasswordProvider(IMsMcsAdmPwdProvider msMcsAdmPwdProvider, ILithnetAdminPasswordProvider lithnetProvider, IEncryptionProvider encryptionProvider, ICertificateProvider certificateProvider, ILogger <PasswordProvider> logger)
{
this.msLapsProvider = msMcsAdmPwdProvider;
this.lithnetProvider = lithnetProvider;
this.encryptionProvider = encryptionProvider;
this.certificateProvider = certificateProvider;
this.logger = logger;
}
public AccountPasswordValidator(IEncryptionProvider encryptionProvider)
{
_encryptionProvider = encryptionProvider;
}
public void Encrypt(
Stream reader,
Stream writer,
ReadOnlySpan <byte> privateKey = default,
ReadOnlySpan <byte> symmetricKey = default,
IEncryptionProvider symmetricKeyEncryptionProvider = null)
{
Check.ArgNotNull(reader, nameof(reader));
Check.ArgNotNull(writer, nameof(writer));
byte[] symmetricKeyRental = null;
byte[] ivRental = null;
byte[] headerRental = null;
byte[] signingKeyRental = null;
byte[] buffer = null;
ArrayPool <byte> pool = ArrayPool <byte> .Shared;
try
{
buffer = pool.Rent(4096);
using (var header = this.GenerateHeader(this.options, symmetricKey, privateKey, null, symmetricKeyEncryptionProvider))
{
symmetricKeyRental = pool.Rent(header.SymmetricKey.Memory.Length);
ivRental = pool.Rent(header.IvSize);
header.SymmetricKey.Memory.CopyTo(symmetricKeyRental);
header.IV.Memory.CopyTo(ivRental);
this.algorithm ??= CreateSymmetricAlgorithm(this.options);
using (var encryptor = this.algorithm.CreateEncryptor(symmetricKeyRental, ivRental))
{
var cs = new CryptoStream(writer, encryptor, CryptoStreamMode.Write);
using (var bw = new BinaryWriter(writer, Utf8Options.NoBom, true))
{
bw.Write(new byte[header.HeaderSize]);
bw.Flush();
}
long bytesLeft = reader.Length;
while (bytesLeft > 0)
{
int read = reader.Read(buffer, 0, buffer.Length);
bytesLeft -= read;
cs.Write(buffer, 0, read);
}
cs.Flush();
cs.FlushFinalBlock();
writer.Flush();
}
headerRental = pool.Rent(header.HeaderSize);
header.Bytes.Memory.CopyTo(headerRental);
if (!this.options.SkipSigning && header.SigningKey != null && !header.SigningKey.Memory.IsEmpty)
{
signingKeyRental = pool.Rent(header.SigningKey.Memory.Length);
header.SigningKey.CopyTo(signingKeyRental);
using (var signer = CreateSigningAlgorithm(this.options))
{
signer.Key = signingKeyRental;
writer.Seek(header.HeaderSize, SeekOrigin.Begin);
var hash = signer.ComputeHash(writer);
Array.Copy(hash, 0, headerRental, header.Position, hash.Length);
hash.Clear();
}
}
writer.Seek(0, SeekOrigin.Begin);
using (var bw = new BinaryWriter(writer, Utf8Options.NoBom, true))
{
bw.Write(headerRental, 0, header.HeaderSize);
writer.Flush();
writer.Seek(0, SeekOrigin.End);
}
}
}
finally
{
if (buffer != null)
{
pool.Return(buffer, true);
}
if (symmetricKeyRental != null)
{
pool.Return(symmetricKeyRental, true);
}
if (ivRental != null)
{
pool.Return(ivRental, true);
}
if (headerRental != null)
{
pool.Return(headerRental, true);
}
if (signingKeyRental != null)
{
pool.Return(signingKeyRental, true);
}
}
}
/// <summary>
/// Encrypts the data and returns the encrypted bytes.
/// </summary>
/// <param name="blob">The data to encrypt.</param>
/// <param name="privateKey">
/// A password or phrase used to generate the key for the symmetric algorithm.
/// </param>
/// <param name="symmetricKey">
/// The key for the symmetric algorithm. If used, the private key is ignored
/// and the symmetric key is stored with the message.
/// </param>
/// <param name="symmetricKeyEncryptionProvider">
/// The encryption provider used to encrypt/decrypt the symmetric key when it is
/// stored with the message.
/// </param>
/// <returns>Encrypted bytes.</returns>
public ReadOnlySpan <byte> Encrypt(
ReadOnlySpan <byte> blob,
ReadOnlySpan <byte> privateKey = default,
ReadOnlySpan <byte> symmetricKey = default,
IEncryptionProvider symmetricKeyEncryptionProvider = null)
{
if (blob == null)
{
throw new ArgumentNullException(nameof(blob));
}
byte[] symmetricKeyRental = null;
byte[] ivRental = null;
byte[] headerRental = null;
byte[] signingKeyRental = null;
ArrayPool <byte> pool = ArrayPool <byte> .Shared;
try
{
using (var header = this.GenerateHeader(this.options, symmetricKey, privateKey, null, symmetricKeyEncryptionProvider))
{
byte[] encryptedBlob = null;
symmetricKeyRental = pool.Rent(header.SymmetricKey.Memory.Length);
ivRental = pool.Rent(header.IvSize);
header.SymmetricKey.Memory.CopyTo(symmetricKeyRental);
header.IV.Memory.CopyTo(ivRental);
this.algorithm = this.algorithm ?? CreateSymmetricAlgorithm(this.options);
using (var encryptor = this.algorithm.CreateEncryptor(symmetricKeyRental, ivRental))
using (var ms = new MemoryStream())
using (var cs = new CryptoStream(ms, encryptor, CryptoStreamMode.Write))
{
#if NET461 || NET451
var next = ArrayPool <byte> .Shared.Rent(blob.Length);
blob.CopyTo(next);
cs.Write(next, 0, next.Length);
next.Clear();
ArrayPool <byte> .Shared.Return(next);
#else
cs.Write(blob);
#endif
cs.Flush();
cs.FlushFinalBlock();
ms.Flush();
encryptedBlob = ms.ToArray();
}
headerRental = pool.Rent(header.HeaderSize);
header.Bytes.Memory.CopyTo(headerRental);
if (!this.options.SkipSigning && header.SigningKey != null && !header.SigningKey.Memory.IsEmpty)
{
signingKeyRental = pool.Rent(header.SigningKey.Memory.Length);
this.signingAlgorithm = this.signingAlgorithm ?? CreateSigningAlgorithm(this.options);
header.SigningKey.Memory.CopyTo(signingKeyRental);
this.signingAlgorithm.Key = signingKeyRental;
var hash = this.signingAlgorithm.ComputeHash(encryptedBlob);
Array.Copy(hash, 0, headerRental, header.Position, hash.Length);
hash.Clear();
hash = null;
}
using (var ms = new MemoryStream())
{
using (var writer = new BinaryWriter(ms, Utf8Options.NoBom, true))
{
writer.Write(headerRental, 0, header.HeaderSize);
}
#if NET461 || NET451
ms.Write(encryptedBlob, 0, encryptedBlob.Length);
#else
ms.Write(encryptedBlob.AsMemory());
#endif
encryptedBlob.Clear();
ms.Flush();
return(ms.ToArray());
}
}
}
finally
{
if (symmetricKeyRental != null)
{
pool.Return(symmetricKeyRental, true);
}
if (ivRental != null)
{
pool.Return(ivRental, true);
}
if (headerRental != null)
{
pool.Return(headerRental, true);
}
if (signingKeyRental != null)
{
pool.Return(signingKeyRental, true);
}
}
}
public void Decrypt(
Stream reader,
Stream writer,
ReadOnlySpan <byte> privateKey = default,
IEncryptionProvider symmetricKeyEncryptionProvider = null)
{
Check.ArgNotNull(reader, nameof(reader));
Check.ArgNotNull(writer, nameof(writer));
var pool = ArrayPool <byte> .Shared;
byte[] rental = null;
byte[] signerKeyRental = null;
byte[] symmetricKeyRental = null;
byte[] ivRental = null;
byte[] buffer = null;
try
{
buffer = pool.Rent(4096);
using (var header = this.ReadHeader(reader, this.options, privateKey, symmetricKeyEncryptionProvider))
{
long position = reader.Position;
this.algorithm = this.algorithm ?? CreateSymmetricAlgorithm(this.options);
if (header.Hash != null)
{
using (var signer = CreateSigningAlgorithm(this.options))
{
signerKeyRental = pool.Rent(header.SigningKey.Memory.Length);
header.SigningKey.CopyTo(signerKeyRental);
signer.Key = signerKeyRental;
var h1 = header.Hash;
long bytesRead = reader.Length - header.HeaderSize;
reader.Seek(header.HeaderSize, SeekOrigin.Begin);
var h2 = signer.ComputeHash(reader);
if (!h1.Memory.Span.SlowEquals(h2))
{
return;
}
}
}
reader.Seek(header.HeaderSize, SeekOrigin.Begin);
symmetricKeyRental = pool.Rent(header.SymmetricKey.Memory.Length);
ivRental = pool.Rent(header.IvSize);
header.SymmetricKey.CopyTo(symmetricKeyRental);
header.IV.CopyTo(ivRental);
using (var decryptor = this.algorithm.CreateDecryptor(symmetricKeyRental, ivRental))
{
// TODO: create a sudo stream that breaks a dispose call.
var cs = new CryptoStream(writer, decryptor, CryptoStreamMode.Write);
long bytesRead = reader.Length - header.HeaderSize;
while (bytesRead > 0)
{
int read = reader.Read(buffer, 0, buffer.Length);
bytesRead -= read;
cs.Write(buffer, 0, read);
}
cs.Flush();
cs.FlushFinalBlock();
writer.Flush();
}
}
}
finally
{
if (buffer != null)
{
pool.Return(buffer, true);
}
if (rental != null)
{
pool.Return(rental, true);
}
if (symmetricKeyRental != null)
{
pool.Return(symmetricKeyRental, true);
}
if (ivRental != null)
{
pool.Return(ivRental, true);
}
if (signerKeyRental != null)
{
pool.Return(signerKeyRental, true);
}
}
}
public Login(IMapperProvider mapperProvider, IEncryptionProvider encryptionProvider, IAccountService accountService)
{
_mapperProvider = mapperProvider;
_accountService = accountService;
_encryptionProvider = encryptionProvider;
}
public ConsumerDataflow <TState> SetEncryptionProvider(IEncryptionProvider provider)
{
Guard.AgainstNull(provider, nameof(provider));
_encryptionProvider = provider;
return(this);
}
protected override void Load(ContainerBuilder builder)
{
// ISerde<Diff>
builder.Register(
c => new DiffSerde(
new Dictionary <string, Type>
{
{ DockerType, typeof(DockerModule) }
}))
.As <ISerde <Diff> >()
.SingleInstance();
// ISerde<ModuleSet>
builder.Register(
c => new ModuleSetSerde(
new Dictionary <string, Type>
{
{ DockerType, typeof(DockerModule) }
}))
.As <ISerde <ModuleSet> >()
.SingleInstance();
// ISerde<DeploymentConfig>
builder.Register(
c =>
{
ISerde <DeploymentConfig> serde = new TypeSpecificSerDe <DeploymentConfig>(DeploymentConfigTypeMapping);
return(serde);
})
.As <ISerde <DeploymentConfig> >()
.SingleInstance();
// ISerde<DeploymentConfigInfo>
builder.Register(
c =>
{
ISerde <DeploymentConfigInfo> serde = new TypeSpecificSerDe <DeploymentConfigInfo>(DeploymentConfigTypeMapping);
return(serde);
})
.As <ISerde <DeploymentConfigInfo> >()
.SingleInstance();
// Detect system environment
builder.Register(c => new SystemEnvironment())
.As <ISystemEnvironment>()
.SingleInstance();
// IRocksDbOptionsProvider
// For EdgeAgent, we don't need high performance from RocksDb, so always turn off optimizeForPerformance
builder.Register(c => new RocksDbOptionsProvider(c.Resolve <ISystemEnvironment>(), false))
.As <IRocksDbOptionsProvider>()
.SingleInstance();
// IDbStore
builder.Register(
c =>
{
var loggerFactory = c.Resolve <ILoggerFactory>();
ILogger logger = loggerFactory.CreateLogger(typeof(AgentModule));
if (this.usePersistentStorage)
{
// Create partition for mma
var partitionsList = new List <string> {
"moduleState", "deploymentConfig"
};
try
{
IDbStoreProvider dbStoreprovider = DbStoreProvider.Create(
c.Resolve <IRocksDbOptionsProvider>(),
this.storagePath,
partitionsList);
logger.LogInformation($"Created persistent store at {this.storagePath}");
return(dbStoreprovider);
}
catch (Exception ex) when(!ExceptionEx.IsFatal(ex))
{
logger.LogError(ex, "Error creating RocksDB store. Falling back to in-memory store.");
return(new InMemoryDbStoreProvider());
}
}
else
{
logger.LogInformation($"Using in-memory store");
return(new InMemoryDbStoreProvider());
}
})
.As <IDbStoreProvider>()
.SingleInstance();
// IStoreProvider
builder.Register(c => new StoreProvider(c.Resolve <IDbStoreProvider>()))
.As <IStoreProvider>()
.SingleInstance();
// IEntityStore<string, ModuleState>
builder.Register(c => c.Resolve <IStoreProvider>().GetEntityStore <string, ModuleState>("moduleState"))
.As <IEntityStore <string, ModuleState> >()
.SingleInstance();
// IEntityStore<string, DeploymentConfigInfo>
builder.Register(c => c.Resolve <IStoreProvider>().GetEntityStore <string, string>("deploymentConfig"))
.As <IEntityStore <string, string> >()
.SingleInstance();
// IRestartManager
builder.Register(c => new RestartPolicyManager(this.maxRestartCount, this.coolOffTimeUnitInSeconds))
.As <IRestartPolicyManager>()
.SingleInstance();
// IPlanner
builder.Register(
async c => new HealthRestartPlanner(
await c.Resolve <Task <ICommandFactory> >(),
c.Resolve <IEntityStore <string, ModuleState> >(),
this.intensiveCareTime,
c.Resolve <IRestartPolicyManager>()) as IPlanner)
.As <Task <IPlanner> >()
.SingleInstance();
// IPlanRunner
builder.Register(c => new OrderedRetryPlanRunner(this.maxRestartCount, this.coolOffTimeUnitInSeconds, SystemTime.Instance))
.As <IPlanRunner>()
.SingleInstance();
// IEncryptionDecryptionProvider
builder.Register(
async c =>
{
IEncryptionProvider provider = await this.workloadUri.Map(
async uri =>
{
IEncryptionProvider encryptionProvider = await EncryptionProvider.CreateAsync(
this.storagePath,
uri,
Constants.EdgeletWorkloadApiVersion,
this.moduleId,
this.moduleGenerationId.Expect(() => new InvalidOperationException("Missing generation ID")),
Constants.EdgeletInitializationVectorFileName);
return(encryptionProvider);
}).GetOrElse(() => Task.FromResult <IEncryptionProvider>(NullEncryptionProvider.Instance));
return(provider);
})
.As <Task <IEncryptionProvider> >()
.SingleInstance();
// Task<Agent>
builder.Register(
async c =>
{
var configSource = c.Resolve <Task <IConfigSource> >();
var environmentProvider = c.Resolve <Task <IEnvironmentProvider> >();
var planner = c.Resolve <Task <IPlanner> >();
var planRunner = c.Resolve <IPlanRunner>();
var reporter = c.Resolve <IReporter>();
var moduleIdentityLifecycleManager = c.Resolve <IModuleIdentityLifecycleManager>();
var deploymentConfigInfoSerde = c.Resolve <ISerde <DeploymentConfigInfo> >();
var deploymentConfigInfoStore = c.Resolve <IEntityStore <string, string> >();
var encryptionProvider = c.Resolve <Task <IEncryptionProvider> >();
return(await Agent.Create(
await configSource,
await planner,
planRunner,
reporter,
moduleIdentityLifecycleManager,
await environmentProvider,
deploymentConfigInfoStore,
deploymentConfigInfoSerde,
await encryptionProvider));
})
.As <Task <Agent> >()
.SingleInstance();
base.Load(builder);
}
public ConnectionModule(IMapper mapper, IUserStore userStore, IConnectionValidator connectionValidator, IEncryptionProvider encryptionProvider, IWorkflowInfoService workflowStoreService, IWorkflowStoreFactory workflowStoreFactory)
: base()
{
_mapper = mapper;
_userStore = userStore;
_connectionValidator = connectionValidator;
_encryptionProvider = encryptionProvider;
_workflowInfoService = workflowStoreService;
_workflowStoreFactory = workflowStoreFactory;
// lists all connections for the current user
Get[Actions.Connection.List] = (x) =>
{
//this.RequiresAnyClaim(Claims.AllClaims);
return(this.List());
};
// deletes a connection for the current user
Post[Actions.Connection.Delete] = (x) =>
{
this.RequiresClaims(Claims.ConnectionDelete);
return(DeleteConnection());
};
Post[Actions.Connection.Info] = (x) =>
{
return(Info());
};
// saves a connection for the current user
Post[Actions.Connection.Save] = (x) =>
{
this.RequiresClaims(Claims.ConnectionAdd);
return(Save());
};
// tests a new connection for the current user
Post[Actions.Connection.Test] = (x) =>
{
//this.RequiresAnyClaim(Claims.ConnectionAdd);
return(Test());
};
}
protected override void Load(ContainerBuilder builder)
{
// ILogsUploader
builder.Register(c => new AzureBlobLogsUploader(this.iotHubHostName, this.deviceId))
.As <ILogsUploader>()
.SingleInstance();
// Task<ILogsProvider>
builder.Register(
async c =>
{
var logsProcessor = new LogsProcessor(new LogMessageParser(this.iotHubHostName, this.deviceId));
IRuntimeInfoProvider runtimeInfoProvider = await c.Resolve <Task <IRuntimeInfoProvider> >();
return(new LogsProvider(runtimeInfoProvider, logsProcessor) as ILogsProvider);
})
.As <Task <ILogsProvider> >()
.SingleInstance();
// Task<IStreamRequestListener>
builder.Register(
async c =>
{
if (this.enableStreams)
{
ILogsProvider logsProvider = await c.Resolve <Task <ILogsProvider> >();
var streamRequestHandlerProvider = new StreamRequestHandlerProvider(logsProvider);
return(new StreamRequestListener(streamRequestHandlerProvider) as IStreamRequestListener);
}
else
{
return(new NullStreamRequestListener() as IStreamRequestListener);
}
})
.As <Task <IStreamRequestListener> >()
.SingleInstance();
// Task<IRequestManager>
builder.Register(
async c =>
{
var logsUploader = c.Resolve <ILogsUploader>();
var runtimeInfoProviderTask = c.Resolve <Task <IRuntimeInfoProvider> >();
var logsProviderTask = c.Resolve <Task <ILogsProvider> >();
IRuntimeInfoProvider runtimeInfoProvider = await runtimeInfoProviderTask;
ILogsProvider logsProvider = await logsProviderTask;
var requestHandlers = new List <IRequestHandler>
{
new PingRequestHandler(),
new LogsUploadRequestHandler(logsUploader, logsProvider, runtimeInfoProvider)
};
return(new RequestManager(requestHandlers, this.requestTimeout) as IRequestManager);
})
.As <Task <IRequestManager> >()
.SingleInstance();
// Task<IEdgeAgentConnection>
builder.Register(
async c =>
{
var serde = c.Resolve <ISerde <DeploymentConfig> >();
var deviceClientprovider = c.Resolve <IModuleClientProvider>();
var streamRequestListenerTask = c.Resolve <Task <IStreamRequestListener> >();
var requestManagerTask = c.Resolve <Task <IRequestManager> >();
IStreamRequestListener streamRequestListener = await streamRequestListenerTask;
IRequestManager requestManager = await requestManagerTask;
IEdgeAgentConnection edgeAgentConnection = new EdgeAgentConnection(deviceClientprovider, serde, requestManager, streamRequestListener, this.configRefreshFrequency);
return(edgeAgentConnection);
})
.As <Task <IEdgeAgentConnection> >()
.SingleInstance();
// Task<IConfigSource>
builder.Register(
async c =>
{
var serde = c.Resolve <ISerde <DeploymentConfigInfo> >();
var edgeAgentConnectionTask = c.Resolve <Task <IEdgeAgentConnection> >();
IEncryptionProvider encryptionProvider = await c.Resolve <Task <IEncryptionProvider> >();
IEdgeAgentConnection edgeAgentConnection = await edgeAgentConnectionTask;
var twinConfigSource = new TwinConfigSource(edgeAgentConnection, this.configuration);
IConfigSource backupConfigSource = new FileBackupConfigSource(this.backupConfigFilePath, twinConfigSource, serde, encryptionProvider);
return(backupConfigSource);
})
.As <Task <IConfigSource> >()
.SingleInstance();
// Task<IReporter>
builder.Register(
async c =>
{
var runtimeInfoDeserializerTypes = new Dictionary <string, Type>
{
[DockerType] = typeof(DockerReportedRuntimeInfo),
[Constants.Unknown] = typeof(UnknownRuntimeInfo)
};
var edgeAgentDeserializerTypes = new Dictionary <string, Type>
{
[DockerType] = typeof(EdgeAgentDockerRuntimeModule),
[Constants.Unknown] = typeof(UnknownEdgeAgentModule)
};
var edgeHubDeserializerTypes = new Dictionary <string, Type>
{
[DockerType] = typeof(EdgeHubDockerRuntimeModule),
[Constants.Unknown] = typeof(UnknownEdgeHubModule)
};
var moduleDeserializerTypes = new Dictionary <string, Type>
{
[DockerType] = typeof(DockerRuntimeModule)
};
var deserializerTypesMap = new Dictionary <Type, IDictionary <string, Type> >
{
{ typeof(IRuntimeInfo), runtimeInfoDeserializerTypes },
{ typeof(IEdgeAgentModule), edgeAgentDeserializerTypes },
{ typeof(IEdgeHubModule), edgeHubDeserializerTypes },
{ typeof(IModule), moduleDeserializerTypes }
};
var edgeAgentConnectionTask = c.Resolve <Task <IEdgeAgentConnection> >();
IEdgeAgentConnection edgeAgentConnection = await edgeAgentConnectionTask;
return(new IoTHubReporter(
edgeAgentConnection,
new TypeSpecificSerDe <AgentState>(deserializerTypesMap),
this.versionInfo) as IReporter);
})
.As <Task <IReporter> >()
.SingleInstance();
base.Load(builder);
}
protected override void Load(ContainerBuilder builder)
{
// IMessageConverter<IRoutingMessage>
builder.Register(c => new RoutingMessageConverter())
.As <Core.IMessageConverter <IRoutingMessage> >()
.SingleInstance();
// IRoutingPerfCounter
builder.Register(
c =>
{
Routing.PerfCounter = NullRoutingPerfCounter.Instance;
return(Routing.PerfCounter);
})
.As <IRoutingPerfCounter>()
.AutoActivate()
.SingleInstance();
// IRoutingUserAnalyticsLogger
builder.Register(
c =>
{
Routing.UserAnalyticsLogger = NullUserAnalyticsLogger.Instance;
return(Routing.UserAnalyticsLogger);
})
.As <IRoutingUserAnalyticsLogger>()
.AutoActivate()
.SingleInstance();
// IRoutingUserMetricLogger
builder.Register(
c =>
{
Routing.UserMetricLogger = NullRoutingUserMetricLogger.Instance;
return(Routing.UserMetricLogger);
})
.As <IRoutingUserMetricLogger>()
.AutoActivate()
.SingleInstance();
// IMessageConverter<Message>
builder.Register(c => new DeviceClientMessageConverter())
.As <Core.IMessageConverter <Message> >()
.SingleInstance();
// IMessageConverter<Twin>
builder.Register(c => new TwinMessageConverter())
.As <Core.IMessageConverter <Twin> >()
.SingleInstance();
// IMessageConverter<TwinCollection>
builder.Register(c => new TwinCollectionMessageConverter())
.As <Core.IMessageConverter <TwinCollection> >()
.SingleInstance();
// IMessageConverterProvider
builder.Register(
c => new MessageConverterProvider(new Dictionary <Type, IMessageConverter>()
{
{ typeof(Message), c.Resolve <Core.IMessageConverter <Message> >() },
{ typeof(Twin), c.Resolve <Core.IMessageConverter <Twin> >() },
{ typeof(TwinCollection), c.Resolve <Core.IMessageConverter <TwinCollection> >() }
}))
.As <Core.IMessageConverterProvider>()
.SingleInstance();
// IDeviceConnectivityManager
builder.Register(
c =>
{
IDeviceConnectivityManager deviceConnectivityManager = new DeviceConnectivityManager(this.connectivityCheckFrequency, TimeSpan.FromMinutes(2));
return(deviceConnectivityManager);
})
.As <IDeviceConnectivityManager>()
.SingleInstance();
// IDeviceClientProvider
builder.Register(c =>
{
IClientProvider underlyingClientProvider = new ClientProvider();
IClientProvider connectivityAwareClientProvider = new ConnectivityAwareClientProvider(underlyingClientProvider, c.Resolve <IDeviceConnectivityManager>());
return(connectivityAwareClientProvider);
})
.As <IClientProvider>()
.SingleInstance();
// ICloudConnectionProvider
builder.Register(c => new CloudConnectionProvider(c.Resolve <Core.IMessageConverterProvider>(), this.connectionPoolSize, c.Resolve <IClientProvider>(), this.upstreamProtocol))
.As <ICloudConnectionProvider>()
.SingleInstance();
if (this.isStoreAndForwardEnabled || this.cacheTokens)
{
// Detect system environment
builder.Register(c => new SystemEnvironment())
.As <ISystemEnvironment>()
.SingleInstance();
// DataBase options
builder.Register(c => new Storage.RocksDb.RocksDbOptionsProvider(c.Resolve <ISystemEnvironment>(), this.optimizeForPerformance))
.As <Storage.RocksDb.IRocksDbOptionsProvider>()
.SingleInstance();
// IDbStore
builder.Register(
c =>
{
var loggerFactory = c.Resolve <ILoggerFactory>();
ILogger logger = loggerFactory.CreateLogger(typeof(RoutingModule));
if (this.usePersistentStorage)
{
// Create partitions for messages and twins
var partitionsList = new List <string> {
Core.Constants.MessageStorePartitionKey, Core.Constants.TwinStorePartitionKey, Core.Constants.CheckpointStorePartitionKey
};
try
{
IDbStoreProvider dbStoreprovider = Storage.RocksDb.DbStoreProvider.Create(c.Resolve <Storage.RocksDb.IRocksDbOptionsProvider>(),
this.storagePath, partitionsList);
logger.LogInformation($"Created persistent store at {this.storagePath}");
return(dbStoreprovider);
}
catch (Exception ex) when(!ExceptionEx.IsFatal(ex))
{
logger.LogError(ex, "Error creating RocksDB store. Falling back to in-memory store.");
return(new InMemoryDbStoreProvider());
}
}
else
{
logger.LogInformation($"Using in-memory store");
return(new InMemoryDbStoreProvider());
}
})
.As <IDbStoreProvider>()
.SingleInstance();
}
// Task<ICredentialsStore>
builder.Register(async c =>
{
if (this.cacheTokens)
{
var dbStoreProvider = c.Resolve <IDbStoreProvider>();
IEncryptionProvider encryptionProvider = await this.workloadUri.Map(
async uri => await EncryptionProvider.CreateAsync(
this.storagePath,
new Uri(uri),
Service.Constants.WorkloadApiVersion,
this.edgeModuleId,
this.edgeModuleGenerationId.Expect(() => new InvalidOperationException("Missing generation ID")),
Service.Constants.InitializationVectorFileName) as IEncryptionProvider)
.GetOrElse(() => Task.FromResult <IEncryptionProvider>(NullEncryptionProvider.Instance));
IStoreProvider storeProvider = new StoreProvider(dbStoreProvider);
IEntityStore <string, string> tokenCredentialsEntityStore = storeProvider.GetEntityStore <string, string>("tokenCredentials");
return(new TokenCredentialsStore(tokenCredentialsEntityStore, encryptionProvider));
}
else
{
return(new NullCredentialsStore() as ICredentialsStore);
}
})
.As <Task <ICredentialsStore> >()
.SingleInstance();
// IConnectionManager
builder.Register(c => new ConnectionManager(c.Resolve <ICloudConnectionProvider>(), this.maxConnectedClients))
.As <IConnectionManager>()
.SingleInstance();
// IEndpointFactory
builder.Register(c => new EndpointFactory(c.Resolve <IConnectionManager>(), c.Resolve <Core.IMessageConverter <IRoutingMessage> >(), this.edgeDeviceId))
.As <IEndpointFactory>()
.SingleInstance();
// RouteFactory
builder.Register(c => new EdgeRouteFactory(c.Resolve <IEndpointFactory>()))
.As <RouteFactory>()
.SingleInstance();
// RouterConfig
builder.Register(c => new RouterConfig(Enumerable.Empty <Route>()))
.As <RouterConfig>()
.SingleInstance();
if (!this.isStoreAndForwardEnabled)
{
// EndpointExecutorConfig
builder.Register(
c =>
{
RetryStrategy defaultRetryStrategy = new FixedInterval(0, TimeSpan.FromSeconds(1));
TimeSpan defaultRevivePeriod = TimeSpan.FromHours(1);
TimeSpan defaultTimeout = TimeSpan.FromSeconds(60);
return(new EndpointExecutorConfig(defaultTimeout, defaultRetryStrategy, defaultRevivePeriod, true));
})
.As <EndpointExecutorConfig>()
.SingleInstance();
// IEndpointExecutorFactory
builder.Register(c => new SyncEndpointExecutorFactory(c.Resolve <EndpointExecutorConfig>()))
.As <IEndpointExecutorFactory>()
.SingleInstance();
// Task<Router>
builder.Register(
async c =>
{
var endpointExecutorFactory = c.Resolve <IEndpointExecutorFactory>();
var routerConfig = c.Resolve <RouterConfig>();
Router router = await Router.CreateAsync(Guid.NewGuid().ToString(), this.iotHubName, routerConfig, endpointExecutorFactory);
return(router);
})
.As <Task <Router> >()
.SingleInstance();
// ITwinManager
builder.Register(c => TwinManager.CreateTwinManager(c.Resolve <IConnectionManager>(), c.Resolve <IMessageConverterProvider>(), Option.None <IStoreProvider>()))
.As <ITwinManager>()
.SingleInstance();
}
else
{
// EndpointExecutorConfig
builder.Register(
c =>
{
// Endpoint executor config values -
// ExponentialBackoff - minBackoff = 1s, maxBackoff = 60s, delta (used to add randomness to backoff) - 1s (default)
// Num of retries = int.MaxValue(we want to keep retrying till the message is sent)
// Revive period - period for which the endpoint should be considered dead if it doesn't respond - 1 min (we want to try continuously till the message expires)
// Timeout - time for which we want for the ack from the endpoint = 30s
// TODO - Should the number of retries be tied to the Store and Forward ttl? Not
// doing that right now as that value can be changed at runtime, but these settings
// cannot. Need to make the number of retries dynamically configurable for that.
TimeSpan minWait = TimeSpan.FromSeconds(1);
TimeSpan maxWait = TimeSpan.FromSeconds(60);
TimeSpan delta = TimeSpan.FromSeconds(1);
int retries = int.MaxValue;
RetryStrategy retryStrategy = new ExponentialBackoff(retries, minWait, maxWait, delta);
TimeSpan timeout = TimeSpan.FromSeconds(30);
TimeSpan revivePeriod = TimeSpan.FromSeconds(30);
return(new EndpointExecutorConfig(timeout, retryStrategy, revivePeriod));
})
.As <EndpointExecutorConfig>()
.SingleInstance();
// ICheckpointStore
builder.Register(c => CheckpointStore.Create(c.Resolve <IDbStoreProvider>()))
.As <ICheckpointStore>()
.SingleInstance();
// IMessageStore
builder.Register(
c =>
{
var checkpointStore = c.Resolve <ICheckpointStore>();
var dbStoreProvider = c.Resolve <IDbStoreProvider>();
IStoreProvider storeProvider = new StoreProvider(dbStoreProvider);
IMessageStore messageStore = new MessageStore(storeProvider, checkpointStore, TimeSpan.MaxValue);
return(messageStore);
})
.As <IMessageStore>()
.SingleInstance();
// IEndpointExecutorFactory
builder.Register(
c =>
{
var endpointExecutorConfig = c.Resolve <EndpointExecutorConfig>();
var messageStore = c.Resolve <IMessageStore>();
IEndpointExecutorFactory endpointExecutorFactory = new StoringAsyncEndpointExecutorFactory(endpointExecutorConfig, new AsyncEndpointExecutorOptions(10, TimeSpan.FromSeconds(10)), messageStore);
return(endpointExecutorFactory);
})
.As <IEndpointExecutorFactory>()
.SingleInstance();
// Task<Router>
builder.Register(
async c =>
{
var checkpointStore = c.Resolve <ICheckpointStore>();
var routerConfig = c.Resolve <RouterConfig>();
var endpointExecutorFactory = c.Resolve <IEndpointExecutorFactory>();
return(await Router.CreateAsync(Guid.NewGuid().ToString(), this.iotHubName, routerConfig, endpointExecutorFactory, checkpointStore));
})
.As <Task <Router> >()
.SingleInstance();
// ITwinManager
builder.Register(c => TwinManager.CreateTwinManager(c.Resolve <IConnectionManager>(), c.Resolve <IMessageConverterProvider>(), Option.Some <IStoreProvider>(new StoreProvider(c.Resolve <IDbStoreProvider>()))))
.As <ITwinManager>()
.SingleInstance();
}
// IClientCredentials "EdgeHubCredentials"
builder.Register(
c =>
{
var identityFactory = c.Resolve <IClientCredentialsFactory>();
IClientCredentials edgeHubCredentials = this.connectionString.Map(cs => identityFactory.GetWithConnectionString(cs)).GetOrElse(
() => identityFactory.GetWithIotEdged(this.edgeDeviceId, this.edgeModuleId));
return(edgeHubCredentials);
})
.Named <IClientCredentials>("EdgeHubCredentials")
.SingleInstance();
// Task<ICloudProxy> "EdgeHubCloudProxy"
builder.Register(
async c =>
{
var edgeHubCredentials = c.ResolveNamed <IClientCredentials>("EdgeHubCredentials");
var connectionManager = c.Resolve <IConnectionManager>();
Try <ICloudProxy> cloudProxyTry = await connectionManager.CreateCloudConnectionAsync(edgeHubCredentials);
if (!cloudProxyTry.Success)
{
throw new EdgeHubConnectionException("Edge hub is unable to connect to IoT Hub", cloudProxyTry.Exception);
}
ICloudProxy cloudProxy = cloudProxyTry.Value;
return(cloudProxy);
})
.Named <Task <ICloudProxy> >("EdgeHubCloudProxy")
.SingleInstance();
// IInvokeMethodHandler
builder.Register(c => new InvokeMethodHandler(c.Resolve <IConnectionManager>()))
.As <IInvokeMethodHandler>()
.SingleInstance();
// Task<IEdgeHub>
builder.Register(
async c =>
{
Router router = await c.Resolve <Task <Router> >();
IEdgeHub hub = new RoutingEdgeHub(router, c.Resolve <Core.IMessageConverter <IRoutingMessage> >(), c.Resolve <IConnectionManager>(),
c.Resolve <ITwinManager>(), this.edgeDeviceId, c.Resolve <IInvokeMethodHandler>());
return(hub);
})
.As <Task <IEdgeHub> >()
.SingleInstance();
// Task<ConfigUpdater>
builder.Register(
async c =>
{
IMessageStore messageStore = this.isStoreAndForwardEnabled ? c.Resolve <IMessageStore>() : null;
Router router = await c.Resolve <Task <Router> >();
var configUpdater = new ConfigUpdater(router, messageStore);
return(configUpdater);
})
.As <Task <ConfigUpdater> >()
.SingleInstance();
// Task<IConfigSource>
builder.Register(
async c =>
{
var routeFactory = c.Resolve <RouteFactory>();
if (this.useTwinConfig)
{
var connectionManager = c.Resolve <IConnectionManager>();
var edgeHubCredentials = c.ResolveNamed <IClientCredentials>("EdgeHubCredentials");
var twinCollectionMessageConverter = c.Resolve <Core.IMessageConverter <TwinCollection> >();
var twinMessageConverter = c.Resolve <Core.IMessageConverter <Twin> >();
var twinManager = c.Resolve <ITwinManager>();
ICloudProxy cloudProxy = await c.ResolveNamed <Task <ICloudProxy> >("EdgeHubCloudProxy");
IEdgeHub edgeHub = await c.Resolve <Task <IEdgeHub> >();
IConfigSource edgeHubConnection = await EdgeHubConnection.Create(
edgeHubCredentials,
edgeHub,
twinManager,
connectionManager,
cloudProxy,
routeFactory,
twinCollectionMessageConverter,
twinMessageConverter,
this.versionInfo
);
return(edgeHubConnection);
}
else
{
return(new LocalConfigSource(routeFactory, this.routes, this.storeAndForwardConfiguration));
}
})
.As <Task <IConfigSource> >()
.SingleInstance();
// Task<IConnectionProvider>
builder.Register(
async c =>
{
IEdgeHub edgeHub = await c.Resolve <Task <IEdgeHub> >();
IConnectionProvider connectionProvider = new ConnectionProvider(c.Resolve <IConnectionManager>(), edgeHub);
return(connectionProvider);
})
.As <Task <IConnectionProvider> >()
.SingleInstance();
base.Load(builder);
}
/// <summary>
/// Initializes a new instance of the <see cref="CookieBasedSessions"/> class.
/// </summary>
/// <param name="encryptionProvider">The encryption provider.</param>
/// <param name="hmacProvider">The hmac provider</param>
/// <param name="objectSerializer">Session object serializer to use</param>
public CookieBasedSessions(IEncryptionProvider encryptionProvider, IHmacProvider hmacProvider, IObjectSerializer objectSerializer)
{
this.encryptionProvider = encryptionProvider;
this.hmacProvider = hmacProvider;
this.serializer = objectSerializer;
}
/// <summary>
/// Creates a new instance of the CryptographyConfiguration class
/// </summary>
/// <param name="encryptionProvider">Encryption provider</param>
/// <param name="hmacProvider">HMAC provider</param>
public CryptographyConfiguration(IEncryptionProvider encryptionProvider, IHmacProvider hmacProvider)
{
this.EncryptionProvider = encryptionProvider;
this.HmacProvider = hmacProvider;
}
public GetCustomer(ICustomerService customerService, IMapperProvider mapperProvider, IEncryptionProvider encryptionProvider)
: base(mapperProvider, encryptionProvider)
{
_customerService = customerService;
}
public UserDbContext(DbContextOptions options) : base(options)
{
_encryptionInfo = AesProvider.GenerateKey(AesKeySize.AES128Bits);
_provider = new AesProvider(_encryptionInfo.Key, _encryptionInfo.IV);
}
public void SetIVAndKey(byte[] iv, byte[] key)
{
this.encryptionIV = iv;
this.encryptionKey = iv;
this.provider = new AesProvider(this.encryptionKey, this.encryptionIV);
}
public CookieBasedSessionsFixture()
{
this.encryptionProvider = A.Fake<IEncryptionProvider>();
this.cookieStore = new Nancy.Session.CookieBasedSessions(this.encryptionProvider, "the passphrase", "the salt", new Fakes.FakeSessionObjectFormatter());
}
/// <summary>
/// Initializes a new instance of the <see cref="CookieBasedSessions"/> class.
/// </summary>
/// <param name="encryptionProvider">The encryption provider.</param>
/// <param name="hmacProvider">The hmac provider</param>
/// <param name="objectSerializer">Session object serializer to use</param>
public CookieBasedSessions(IEncryptionProvider encryptionProvider, IHmacProvider hmacProvider, IObjectSerializer objectSerializer)
{
this.encryptionProvider = encryptionProvider;
this.hmacProvider = hmacProvider;
this.serializer = objectSerializer;
}
public RedisCacheProvider(IEnvironmentProvider environmentProvider, IEncryptionProvider encryptionProvider, IOptions <Configuration.Options> options) : this(environmentProvider, encryptionProvider, options.Value)
{
}
/// <summary>
/// Decrypts encrypted data and returns the decrypted bytes.
/// </summary>
/// <param name="reader">The data stream to read from.</param>
/// <param name="writer">The data stream to write to.</param>
/// <param name="privateKey">
/// A password or phrase used to generate the key for the symmetric alogrithm. If the symetric
/// key is stored with the message, the key for the symmetric algorithm is used instead.
/// </param>
/// <param name="symmetricKeyEncryptionProvider">
/// The encryption provider used to decrypt the symmetric key when it is
/// stored with the message.
/// </param>
public void Decrypt(
Stream reader,
Stream writer,
ReadOnlySpan <byte> privateKey = default,
IEncryptionProvider symmetricKeyEncryptionProvider = null)
{
Check.NotNull(nameof(reader), reader);
Check.NotNull(nameof(writer), writer);
var pool = ArrayPool <byte> .Shared;
byte[] rental = null;
byte[] signerKeyRental = null;
byte[] symmetricKeyRental = null;
byte[] ivRental = null;
byte[] buffer = null;
try
{
buffer = pool.Rent(4096);
using (var header = this.ReadHeader(reader, this.options, privateKey, symmetricKeyEncryptionProvider))
{
long position = reader.Position;
this.algorithm = this.algorithm ?? CreateSymmetricAlgorithm(this.options);
if (header.Hash != null)
{
signerKeyRental = pool.Rent(header.SigningKey.Memory.Length);
using (var signer = CreateSigningAlgorithm(this.options))
{
header.SigningKey.Memory.CopyTo(signerKeyRental);
signer.Key = signerKeyRental;
var h1 = header.Hash;
long bytesRead = reader.Length - reader.Position + 1;
var hash = new byte[signer.OutputBlockSize];
while (bytesRead > 0)
{
int read = reader.Read(buffer, 0, buffer.Length);
bytesRead -= read;
signer.TransformBlock(buffer, 0, read, buffer, 0);
}
signer.TransformFinalBlock(Array.Empty <byte>(), 0, 0);
var h2 = signer.Hash;
if (!h1.Memory.Span.SlowEquals(h2))
{
return;
}
}
}
reader.Seek(position, SeekOrigin.Begin);
symmetricKeyRental = pool.Rent(header.SymmetricKey.Memory.Length);
ivRental = pool.Rent(header.IV.Memory.Length);
header.SymmetricKey.Memory.CopyTo(symmetricKeyRental);
header.IV.Memory.CopyTo(ivRental);
using (var decryptor = this.algorithm.CreateDecryptor(symmetricKeyRental, ivRental))
using (var cs = new CryptoStream(writer, decryptor, CryptoStreamMode.Write))
using (var bw = new BinaryWriter(cs))
{
long bytesRead = reader.Length - (reader.Position - 1);
while (bytesRead > 0)
{
bytesRead -= reader.Read(buffer, 0, buffer.Length);
bw.Write(buffer);
}
cs.FlushFinalBlock();
writer.Flush();
}
}
}
finally
{
if (buffer != null)
{
pool.Return(buffer, true);
}
if (rental != null)
{
pool.Return(rental, true);
}
if (symmetricKeyRental != null)
{
pool.Return(symmetricKeyRental, true);
}
if (ivRental != null)
{
pool.Return(ivRental, true);
}
if (signerKeyRental != null)
{
pool.Return(signerKeyRental, true);
}
}
}
/// <summary>
/// Initializes a new instance of the <see cref="CookieBasedSessions"/> class.
/// </summary>
/// <param name="encryptionProvider">The encryption provider.</param>
/// <param name="hmacProvider">The hmac provider</param>
/// <param name="sessionObjectFormatter">Session object formatter to use</param>
public CookieBasedSessions(IEncryptionProvider encryptionProvider, IHmacProvider hmacProvider, ISessionObjectFormatter sessionObjectFormatter)
{
this.encryptionProvider = encryptionProvider;
this.hmacProvider = hmacProvider;
this.formatter = sessionObjectFormatter;
}
public SecurityAccessTokenProvider(IEncryptionProvider encryptionProvider, ISessionProvider sessionProvider, IUserSecurityStorageProvider userSecurityStorageProvider)
{
_encryptionProvider = encryptionProvider;
_sessionProvider = sessionProvider;
_userSecurityStorageProvider = userSecurityStorageProvider;
}
public NoEncryptionProviderFixture()
{
this.provider = new NoEncryptionProvider();
}
protected override void Load(ContainerBuilder builder)
{
// IEdgeAgentConnection
builder.Register(
c =>
{
var serde = c.Resolve <ISerde <DeploymentConfig> >();
var deviceClientprovider = c.Resolve <IModuleClientProvider>();
IEdgeAgentConnection edgeAgentConnection = new EdgeAgentConnection(deviceClientprovider, serde, this.configRefreshFrequency);
return(edgeAgentConnection);
})
.As <IEdgeAgentConnection>()
.SingleInstance();
// Task<IConfigSource>
builder.Register(
async c =>
{
var serde = c.Resolve <ISerde <DeploymentConfigInfo> >();
var edgeAgentConnection = c.Resolve <IEdgeAgentConnection>();
IEncryptionProvider encryptionProvider = await c.Resolve <Task <IEncryptionProvider> >();
var twinConfigSource = new TwinConfigSource(edgeAgentConnection, this.configuration);
IConfigSource backupConfigSource = new FileBackupConfigSource(this.backupConfigFilePath, twinConfigSource, serde, encryptionProvider);
return(backupConfigSource);
})
.As <Task <IConfigSource> >()
.SingleInstance();
// IReporter
builder.Register(
c =>
{
var runtimeInfoDeserializerTypes = new Dictionary <string, Type>
{
[DockerType] = typeof(DockerReportedRuntimeInfo),
[Constants.Unknown] = typeof(UnknownRuntimeInfo)
};
var edgeAgentDeserializerTypes = new Dictionary <string, Type>
{
[DockerType] = typeof(EdgeAgentDockerRuntimeModule),
[Constants.Unknown] = typeof(UnknownEdgeAgentModule)
};
var edgeHubDeserializerTypes = new Dictionary <string, Type>
{
[DockerType] = typeof(EdgeHubDockerRuntimeModule),
[Constants.Unknown] = typeof(UnknownEdgeHubModule)
};
var moduleDeserializerTypes = new Dictionary <string, Type>
{
[DockerType] = typeof(DockerRuntimeModule)
};
var deserializerTypesMap = new Dictionary <Type, IDictionary <string, Type> >
{
{ typeof(IRuntimeInfo), runtimeInfoDeserializerTypes },
{ typeof(IEdgeAgentModule), edgeAgentDeserializerTypes },
{ typeof(IEdgeHubModule), edgeHubDeserializerTypes },
{ typeof(IModule), moduleDeserializerTypes }
};
return(new IoTHubReporter(
c.Resolve <IEdgeAgentConnection>(),
new TypeSpecificSerDe <AgentState>(deserializerTypesMap),
this.versionInfo
) as IReporter);
}
)
.As <IReporter>()
.SingleInstance();
base.Load(builder);
}
public PasswordManager(IEncryptionProvider encryptionProvider)
{
_encryptionProvider = encryptionProvider;
}
public UpdatableEncryptedStore(IKeyValueStore <TK, string> entityStore, IEncryptionProvider encryptionProvider)
: base(entityStore, encryptionProvider)
{
}
/// <summary>
/// Decrypts encrypted data and returns the decrypted bytes.
/// </summary>
/// <param name="blob">The data to encrypt.</param>
/// <param name="privateKey">
/// A password or phrase used to generate the key for the symmetric algorithm. If the symmetric
/// key is stored with the message, the key for the symmetric algorithm is used instead.
/// </param>
/// <param name="symmetricKeyEncryptionProvider">
/// The encryption provider used to decrypt the symmetric key when it is
/// stored with the message.
/// </param>
/// <returns>Encrypted bytes.</returns>
public ReadOnlySpan <byte> Decrypt(
ReadOnlySpan <byte> blob,
ReadOnlySpan <byte> privateKey = default,
IEncryptionProvider symmetricKeyEncryptionProvider = null)
{
var pool = ArrayPool <byte> .Shared;
byte[] rental = null;
byte[] signerKeyRental = null;
byte[] symmetricKeyRental = null;
byte[] ivRental = null;
try
{
rental = pool.Rent(blob.Length);
blob.CopyTo(rental);
using (var reader = new MemoryStream(rental))
using (var header = this.ReadHeader(reader, this.options, privateKey, symmetricKeyEncryptionProvider))
{
this.algorithm = this.algorithm ?? CreateSymmetricAlgorithm(this.options);
var messageSize = blob.Length - header.HeaderSize;
var message = new byte[messageSize];
Array.Copy(rental, header.HeaderSize, message, 0, messageSize);
if (header.Hash != null)
{
signerKeyRental = pool.Rent(header.SigningKey.Memory.Length);
using (var signer = this.signingAlgorithm ?? CreateSigningAlgorithm(this.options))
{
header.SigningKey.Memory.CopyTo(signerKeyRental);
signer.Key = signerKeyRental;
var h1 = header.Hash;
Span <byte> h2 = signer.ComputeHash(message);
if (!h1.Memory.Span.SlowEquals(h2))
{
h2.Clear();
message.Clear();
return(null);
}
h2.Clear();
}
}
symmetricKeyRental = ArrayPool <byte> .Shared.Rent(header.SymmetricKey.Memory.Length);
ivRental = ArrayPool <byte> .Shared.Rent(header.IvSize);
header.SymmetricKey.Memory.CopyTo(symmetricKeyRental);
header.IV.Memory.CopyTo(ivRental);
using (var decryptor = this.algorithm.CreateDecryptor(symmetricKeyRental, ivRental))
using (var ms = new MemoryStream())
using (var cs = new CryptoStream(ms, decryptor, CryptoStreamMode.Write))
{
#if NET461 || NET451
cs.Write(message, 0, message.Length);
#else
cs.Write(message.AsSpan());
#endif
message.Clear();
cs.Flush();
cs.FlushFinalBlock();
ms.Flush();
return(ms.ToArray());
}
}
}
finally
{
if (rental != null)
{
pool.Return(rental, true);
}
if (symmetricKeyRental != null)
{
pool.Return(symmetricKeyRental, true);
}
if (ivRental != null)
{
pool.Return(ivRental, true);
}
if (signerKeyRental != null)
{
pool.Return(signerKeyRental, true);
}
}
}
public Saml2TokenHandler(ITokenProviderServiceSettings settings, IEncryptionProvider encryptionProvider)
{
Settings = settings;
EncryptionProvider = encryptionProvider;
}
public EncryptForm(IEncryptionProvider encryptionProvider, IStorageProvider storageProvider) : this()
{
_encryptionProvider = encryptionProvider;
_storageProvider = storageProvider;
}
public ApiIdentityDbContext(DbContextOptions <ApiIdentityDbContext> dbContext) : base(dbContext)
{
this._provider = new AesProvider(this._encryptionKey, this._encryptionIV);
}
public static void SetEncryptionProvider(IEncryptionProvider encryptionProvider)
{
encryptionProvider.Ensure("encryptionProvider");
_encryptionProvider = encryptionProvider;
}
public EncryptionController(IEncryptionProvider provider, ILogger <EncryptionController> logger)
{
_encryptionProvider = provider;
_logger = logger;
}
public static string Encrypt(
IEncryptionProvider encryptionProvider,
string input)
{
return encryptionProvider.Encrypt(input);
}
public SimpleEncryptedDatabaseContext(DbContextOptions options, IEncryptionProvider encryptionProvider = null)
: base(options, encryptionProvider)
{
}
public SecureCache(string databaseFile, IEncryptionProvider encryptionProvider = null,
IScheduler scheduler = null) : base(databaseFile, encryptionProvider, scheduler) {}
public SecretConverter(IEncryptionProvider provider)
{
this.provider = provider ?? throw new ArgumentNullException(nameof(provider));
}