Microsoft.Practices.EnterpriseLibrary.Security.Cryptography Configuration settings for cryptography. Gets the configuration section name for the Cryptography Application Block. Initialize a new instance of the class. Creates entries registration by a container. The type registration entries. Return the objects needed to reconfigure the container after a configuration source has changed. If there are no reregistrations, return an empty sequence. The containing the configuration information. The sequence of objects. The instance name of the default instance. Gets the . The hash providers available in configuration. The default is an empty collection. This property maps to the hashProviders element in configuration. The instance name of the default instance. TODOC Configuration object for Custom Providers. Represents the common configuration data for all hash providers. Initialize a new instance of the class. Initialize a new instance of the clas with a name and a type. The type of the . Initialize a new instance of the clas with a name and a type. The name of the configured . The type of the . Creates a instance describing the provider represented by this configuration object. A instance describing a provider. Initializes with default values. Initializes with name and provider type. Initializes with name and fully qualified type name of the provider type. Invokes the inherited behavior. Invokes the inherited behavior. Invokes the inherited behavior. Invokes the inherited behavior. Invokes the inherited behavior. Sets the attribute value for a key. The attribute name. The attribute value. Modifies the object to remove all values that should not be saved. A object at the current level containing a merged view of the properties. A parent object or if this is the top level. One of the values. Resets the internal state of the object, including the locks and the properties collection. The parent element. Indicates whether this configuration element has been modified since it was last saved or loaded when implemented in a derived class. if the element has been modified; otherwise, . Called when an unknown attribute is encountered while deserializing the object. The name of the unrecognized attribute. The value of the unrecognized attribute. if the processing of the element should continue; otherwise, . Gets a of the properties that are defined for this configuration element when implemented in a derived class. A of the properties that are defined for this configuration element when implemented in a derived class. Overridden in order to apply . Gets or sets custom configuration attributes. Gets the helper. Configuration object for Custom Providers. Represents the common configuration data for all symmetric cryptography providers. Initializes a new instance of class. Initialize a new instance of the class with a name and a . The type of . Initialize a new instance of the class with a name and a . The name of the configured . The type of . Creates a instance describing the provider represented by this configuration object. A instance describing a provider. Initializes with default values. Initializes with name and provider type. Initializes with name and fully qualified type name of the provider type. Invokes the inherited behavior. Invokes the inherited behavior. Invokes the inherited behavior. Invokes the inherited behavior. Invokes the inherited behavior. Sets the attribute value for a key. The attribute name. The attribute value. Modifies the object to remove all values that should not be saved. A object at the current level containing a merged view of the properties. A parent object or if this is the top level. One of the values. Resets the internal state of the object, including the locks and the properties collection. The parent element. Indicates whether this configuration element has been modified since it was last saved or loaded when implemented in a derived class. if the element has been modified; otherwise, . Called when an unknown attribute is encountered while deserializing the object. The name of the unrecognized attribute. The value of the unrecognized attribute. if the processing of the element should continue; otherwise, . Creates a instance describing the provider represented by this configuration object. A instance describing a provider. Gets a of the properties that are defined for this configuration element when implemented in a derived class. A of the properties that are defined for this configuration element when implemented in a derived class. Overridden in order to apply . Gets or sets custom configuration attributes. Gets the helper. A strongly-typed resource class, for looking up localized strings, etc. Returns the cached ResourceManager instance used by this class. Overrides the current thread's CurrentUICulture property for all resource lookups using this strongly typed resource class. Looks up a localized string similar to Add Cryptography Settings. Looks up a localized string similar to The name of the Hash Provider to use when code does specify the name of a configured Hash Provider.. Looks up a localized string similar to Default Hash Provider. Looks up a localized string similar to The name of the Symmetric Cryptography Provider to use when code does specify the name of a configured Symmetric Cryptography Provider.. Looks up a localized string similar to Default Symmetric Crypto Provider. Looks up a localized string similar to Configuration settings for the Cryptography Application Block.. Looks up a localized string similar to Cryptography Settings. Looks up a localized string similar to The list of configured Hash Providers for the Cryptography Application Block.. Looks up a localized string similar to Hash Providers. Looks up a localized string similar to The list of configured Symmetric Cryptography Providers for the Cryptography Application Block.. Looks up a localized string similar to Symmetric Cryptography Providers. Looks up a localized string similar to Custom Hash Provider (using type picker). Looks up a localized string similar to A Hash Provider implemented as a custom class, and added to Enterprise Library.. Looks up a localized string similar to Custom Hash Provider. Looks up a localized string similar to The name of the Custom Hash Provider.. Looks up a localized string similar to Name. Looks up a localized string similar to The fully qualified type name of the Custom Hash Provider.. Looks up a localized string similar to Type. Looks up a localized string similar to Custom Symmetric Crypto Provider (using type picker). Looks up a localized string similar to The fully qualified type name of a class that derives from SymmetricAlgorithm and implements the cryptography algorithm for this provider.. Looks up a localized string similar to Algorithm Type. Looks up a localized string similar to A Symmetric Cryptography Provider implemented as a custom class, and added to Enterprise Library.. Looks up a localized string similar to Custom Symmetric Crypto Provider. Looks up a localized string similar to The name of the Custom Symmetric Crypto Provider.. Looks up a localized string similar to Name. Looks up a localized string similar to The absolute path and the file name of the file that contains the encrypted key. This value is not required for DPAPI symmetric providers.. Looks up a localized string similar to Key File Path and Name. Looks up a localized string similar to Specifies whether the machine store or the user store is used for storing secrets. Possible values are CurrentUser and LocalMachine. This value is not required for DPAPI symmetric providers.. Looks up a localized string similar to Key Protection Scope. Looks up a localized string similar to The fully qualified type name of the Custom Symmetric Crypto Provider.. Looks up a localized string similar to Type. Looks up a localized string similar to A Symmetric Cryptography Provider that uses Data Protection API to encrypt and decrypt secrets.. Looks up a localized string similar to DPAPI Symmetric Crypto Provider. Looks up a localized string similar to The name of the DPAPI Symmetric Crypto Provider.. Looks up a localized string similar to Name. Looks up a localized string similar to The scope for which the key is valid. CurrentUser means that the provider will use the current user's profile to generate the key, and only that user can decrypt secrets. LocalMachine means that any code running on the machine has access to the protected key, and can decrypt any secret encrypted in LocalMachine mode.. Looks up a localized string similar to Protection Scope. Looks up a localized string similar to The fully qualified type name of the DPAPI Symmetric Crypto Provider. Looks up a localized string similar to Type. Looks up a localized string similar to Export Key .... Looks up a localized string similar to The fully qualified type name of a class that derives from HashAlgorithm and implements the hashing algorithm for this provider.. Looks up a localized string similar to Algorithm Type. Looks up a localized string similar to A hash algorithm provider that uses .NET hash algorithms that do not require a generated key.. Looks up a localized string similar to Hash Algorithm Provider. Looks up a localized string similar to The name of the Hash Algorithm Provider.. Looks up a localized string similar to Name. Looks up a localized string similar to Determines if a random string (a salt value) is generated and pre-pended to the plaintext before hashing. Using salt helps to guard against dictionary attacks, which take longer because every entry in the dictionary must be hashed with every possible salt value.. Looks up a localized string similar to Salt Enabled. Looks up a localized string similar to The fully qualified type name of the Hash Algorithm Provider.. Looks up a localized string similar to Type. Looks up a localized string similar to A base class for all hash providers.. Looks up a localized string similar to Hash Provider. Looks up a localized string similar to The name of the Hash Provider.. Looks up a localized string similar to Name. Looks up a localized string similar to The fully qualified type name of the Hash Provider.. Looks up a localized string similar to Type. Looks up a localized string similar to The fully qualified type name of a class that derives from HashAlgorithm and implements the hashing algorithm for this provider.. Looks up a localized string similar to Algorithm Type. Looks up a localized string similar to A hash algorithm provider that uses .NET hash algorithms that require a generated key.. Looks up a localized string similar to Keyed Hash Algorithm Provider. Looks up a localized string similar to The name of the Keyed Hash Algorithm Provider.. Looks up a localized string similar to Name. Looks up a localized string similar to The absolute path and the file name of the file that contains the encrypted key. This value is required for keyed hash algorithms.. Looks up a localized string similar to Key File Path and Name. Looks up a localized string similar to Specifies whether the machine store or the user store is used for storing secrets. Possible values are CurrentUser and LocalMachine. This value is required for keyed hash algorithms.. Looks up a localized string similar to Key Protection Scope. Looks up a localized string similar to Determines if a random string (a salt value) is generated and pre-pended to the plaintext before hashing. Using salt helps to guard against dictionary attacks, which take longer because every entry in the dictionary must be hashed with every possible salt value.. Looks up a localized string similar to Salt Enabled. Looks up a localized string similar to The fully qualified type name of the Keyed Hash Algorithm Provider.. Looks up a localized string similar to Type. Looks up a localized string similar to The fully qualified type name of a class that derives from SymmetricAlgorithm and implements the cryptography algorithm for this provider.. Looks up a localized string similar to Algorithm Type. Looks up a localized string similar to A symmetric cryptography algorithm provider that uses .NET symmetric algorithms.. Looks up a localized string similar to Symmetric Algorithm Provider. Looks up a localized string similar to The name of the Symmetric Algorithm Provider.. Looks up a localized string similar to Name. Looks up a localized string similar to The absolute path and the file name of the file that contains the encrypted key. This value is not required for DPAPI symmetric providers.. Looks up a localized string similar to Key File Path and Name. Looks up a localized string similar to Specifies whether the machine store or the user store is used for storing secrets. Possible values are CurrentUser and LocalMachine. This value is not required for DPAPI symmetric providers.. Looks up a localized string similar to Key Protection Scope. Looks up a localized string similar to The fully qualified type name of the Symmetric Algorithm Provider.. Looks up a localized string similar to Type. Looks up a localized string similar to A base class for all symmetric cryptography providers.. Looks up a localized string similar to Symmetric Provider. Looks up a localized string similar to The name of the Symmetric Provider.. Looks up a localized string similar to Name. Looks up a localized string similar to The fully qualified type name of the Symmetric Provider.. Looks up a localized string similar to Type. Configuration settings for a DPAPI Symmetric Cryptography Provider. Initializes a new instance of the class. Initialize a new instnace of the class with entropy and a . The name of the configued instance. One of the values. Creates a instance describing the provider represented by this configuration object. A instance describing a provider. TODO Gets or sets the storage scope. One of the values. Base class for fluent interface builders that extend the cryptography configuration fluent interface. Root fluent interface for building up caching configuration.
 Allows access to the underlying being configured. Returns the instance that is currently being build up. Creates an instance of passing the cryptography configuration's fluent interface builder. The current caching configuration's fluent interface builder.
This interface must implement . Base class for fluent interface builders that extend the cryptography configuration fluent interface. Returns the instance that is currently being build up. extensions to support configuring custom instances. Adds a custom hash provider of type to the cryptography configuration. The concrete type of the hash provider. Fluent interface extension point. The name of the hash provider that should be added to configuration. Fluent interface that can be used to further configure the created . Adds a custom hash provider of type to the cryptography configuration. Fluent interface extension point. The concrete type of the hash provider. The name of the hash provider that should be added to configuration. Fluent interface that can be used to further configure the created . Adds a custom hash provider of type to the cryptography configuration. The concrete type of the hash provider. Fluent interface extension point. The name of the hash provider that should be added to configuration. Attributes that should be passed to when creating an instance. Fluent interface that can be used to further configure the created . Adds a custom hash provider of type to the cryptography configuration. Fluent interface extension point. The concrete type of the hash provider. The name of the hash provider that should be added to configuration. Attributes that should be passed to when creating an instance. Fluent interface that can be used to further configure the created . Fluent interface used to configure a custom instance. Specifies this custom should be the cryptography blocks default instance. Fluent interface to further configure cryptography settings. extensions to support configuring custom instances. Adds a custom symmetric crypto provider of type to the cryptography configuration. The concrete type of the symmetric crypto provider. Fluent interface extension point. The name of the symmetric crypto provider that should be added to configuration. Fluent interface that can be used to further configure the created . Adds a custom symmetric crypto provider of type to the cryptography configuration. Fluent interface extension point. The name of the symmetric crypto provider that should be added to configuration. The concrete type of the symmetric crypto provider. Fluent interface that can be used to further configure the created . Adds a custom symmetric crypto provider of type to the cryptography configuration. The concrete type of the symmetric crypto provider. Fluent interface extension point. The name of the symmetric crypto provider that should be added to configuration. Attributes that should be passed to when creating an instance. Fluent interface that can be used to further configure the created . Adds a custom symmetric crypto provider of type to the cryptography configuration. Fluent interface extension point. The name of the symmetric crypto provider that should be added to configuration. The concrete type of the symmetric crypto provider. Attributes that should be passed to when creating an instance. Fluent interface that can be used to further configure the created . Fluent interface used to configure a custom instance. Specifies this custom should be the cryptography blocks default instance. Fluent interface to further configure cryptography settings. extensions to support configuring instances. Adds a to the cryptography configuration settings. Fluent interface extension point. The name of the that should be configured. Fluent interface to further configure the created . Fluent interface used to configure a instance. Specifies this should be the cryptography blocks default instance. Fluent interface to further configure the current . Specifies which will be used to encrypt and decrypt information. The will be used to encrypt and decrypt information. Fluent interface to further configure the current . extensions to support configuring instances. Adds a to the cryptography configuration settings. Fluent interface extension point. The name of the that should be configured. Fluent interface to further configure the created . Fluent interface used to configure a instance. Specifies this should be the cryptography blocks default instance. Returns a fluent interface to further configure the current instance. Fluent interface used to further configure a instance. Specifies the symmetric cryptography algorithm that should be used by this to encrypt data. The that implements the cryptography algorithm. Specifies the symmetric cryptography algorithm that should be used by this to encrypt data. The that implements the cryptography algorithm. Specifies the location of a file that contains a dpapi protected key for encrypting. The path to a dpapi protected keyfile that contains the key that should be used to encrypt data. The that should be used to read the key from the key-file. extensions to support creation of cryptography configuration settings. Main entry point to configure a section. The builder interface to extend. A fluent interface to further configure the cryptography configuration section. extensions to support configuring instances. Adds a to the cryptography configuration settings. Fluent interface extension point. The name of the that should be configured. Fluent interface to further configure the created . Fluent interface used to configure a instance. Specifies this should be the cryptography blocks default instance. Returns a fluent interface to further configure the current instance. Fluent interface used to further configure a instance. Specifies the hash algorithm that should be used by this to create a hash. The that implements the hashing algorithm. Specifies the hash algorithm that should be used by this to create a hash. The that implements the hashing algorithm. Specifies no salt should be used when creating a hash. extensions to support configuring instances. Adds a to the cryptography configuration settings. Fluent interface extension point. The name of the that should be configured. Fluent interface to further configure the created . Fluent interface used to configure a instance. Specifies this should be the cryptography blocks default instance. Returns a fluent interface to further configure the current instance. Fluent interface used to further configure a instance. Specifies the hash algorithm that should be used by this to create a hash. The that implements the hashing algorithm. Specifies the hash algorithm that should be used by this to create a hash. The that implements the hashing algorithm. Specifies no salt should be used when creating a hash. Specifies the location of a file that contains a dpapi protected key for creating the hash. The path to a dpapi protected keyfile that contains the key that should be used to create a hash. The that should be used to read the key from the key-file. Configuration settings for the HashAlgorithm hash provider. Initializes with default configuration. Initializes with default configuration. The type of the . Initialized a new HashAlgorithmProviderData with the given name The name for this object The hash algorithm to use Should a salt be used? Initialized a new HashAlgorithmProviderData with the given name The name for this object The The hash algorithm to use Should a salt be used? Creates a instance describing the provider represented by this configuration object. TODO A instance describing a provider. Gets or sets the type of . Gets or sets the fully qualified name of the type of . The fully qualified type name of the type of . Gets or sets the salt enabled flag. Configuration settings for the KeyedHashAlgorithm hash provider. Initializes a new instance of class. Creates a instance describing the provider represented by this configuration object. TODO A instance describing a provider. This type supports the Enterprise Library Manageability Extensions infrastructure and is not intended to be used directly from your code. Represents the behavior required to provide Group Policy for the Cryptography Application Block, and it also manages the creation of the ADM template categories and policies required to edit Group Policy Objects for the block. This class performs the actual Group Policy update for the configuration section. Processing for and instances is delegated to objects registered to the configuration object data types. The name of the default hash provider property. The name of the default symmetric cryptography provider property. The name of the hash providers property. The name of the symmetric cryptography providers property. This method supports the Enterprise Library Manageability Extensions infrastructure and is not intended to be used directly from your code. Initializes a new instance of the class with a given set of manageability providers to use when dealing with the configuration hash and symmetric cryptography providers. The mapping from configuration element type to . This method supports the Enterprise Library Manageability Extensions infrastructure and is not intended to be used directly from your code. Adds the ADM instructions that describe the policies that can be used to override the configuration information for the Cryptography Application Block. Overrides the 's properties with the Group Policy values from the registry. The configuration section that must be managed. The which holds the Group Policy overrides. Overrides the 's configuration elements' properties with the Group Policy values from the registry, if any. The configuration section that must be managed. if Group Policy overrides must be applied; otherwise, . The which holds the Group Policy overrides for the configuration section at the machine level, or if there is no such registry key. The which holds the Group Policy overrides for the configuration section at the user level, or if there is no such registry key. Gets the name of the category that represents the whole configuration section. Gets the name of the managed configuration section. Provides an implementation for that processes policy overrides, performing appropriate logging of policy processing errors. Initialize a new instance of the class. Provides an implementation for that processes policy overrides, performing appropriate logging of policy processing errors. Initialize a new instance of the class. Provides an implementation for that processes policy overrides, performing appropriate logging of policy processing errors. The property name of the scope. Initialize a new instance of the class. Adds the ADM parts that represent the properties of a specific instance of the configuration element type managed by the receiver. The to which the Adm instructions are to be appended. The configuration object instance. The configuration source from where to get additional configuration information, if necessary. The key for the element's policies. Subclasses managing objects that must not create a policy will likely need to include the elements' keys when creating the parts. Overrides the 's properties with the Group Policy values from the registry. The configuration object for instances that must be managed. The which holds the Group Policy overrides for the configuration element. Subclasses implementing this method must retrieve all the override values from the registry before making modifications to the so any error retrieving the override values will cancel policy processing. Gets the template for the name of the policy associated to the object. Elements that override to avoid creating a policy must still override this property. Provides an implementation for that processes policy overrides, performing appropriate logging of policy processing errors. The name of the salt enabled property. Initialize a new instance of the class. Adds the ADM parts that represent the properties of a specific instance of the configuration element type managed by the receiver. The to which the Adm instructions are to be appended. The configuration object instance. The configuration source from where to get additional configuration information, if necessary. The key for the element's policies. Subclasses managing objects that must not create a policy will likely need to include the elements' keys when creating the parts. Overrides the 's properties with the Group Policy values from the registry. The configuration object for instances that must be managed. The which holds the Group Policy overrides for the configuration element. Subclasses implementing this method must retrieve all the override values from the registry before making modifications to the so any error retrieving the override values will cancel policy processing. Gets the template for the name of the policy associated to the object. Elements that override to avoid creating a policy must still override this property. Provides an implementation for that processes policy overrides, performing appropriate logging of policy processing errors. The name of the protected key file name property. The name of the protected key scope property. The name of the salt enabled property. Initialize a new instance of the class. Adds the ADM parts that represent the properties of a specific instance of the configuration element type managed by the receiver. The to which the Adm instructions are to be appended. The configuration object instance. The configuration source from where to get additional configuration information, if necessary. The key for the element's policies. Subclasses managing objects that must not create a policy will likely need to include the elements' keys when creating the parts. Overrides the 's properties with the Group Policy values from the registry. The configuration object for instances that must be managed. The which holds the Group Policy overrides for the configuration element. Subclasses implementing this method must retrieve all the override values from the registry before making modifications to the so any error retrieving the override values will cancel policy processing. Gets the template for the name of the policy associated to the object. Elements that override to avoid creating a policy must still override this property. A strongly-typed resource class, for looking up localized strings, etc. Returns the cached ResourceManager instance used by this class. Overrides the current thread's CurrentUICulture property for all resource lookups using this strongly typed resource class. Looks up a localized string similar to Cryptography. Looks up a localized string similar to Default hash provider. Looks up a localized string similar to Default symmetric crypto provider. Looks up a localized string similar to Specify Cryptography Application Block Settings. Looks up a localized string similar to Scope. Looks up a localized string similar to The value can not be a null or empty string.. Looks up a localized string similar to Salt enabled. Looks up a localized string similar to The hash provider with name '{0}' cannot be found.. Looks up a localized string similar to Specify settings for hash provider '{0}'. Looks up a localized string similar to Hash providers. Looks up a localized string similar to Key file name. Looks up a localized string similar to Key protection scope. Looks up a localized string similar to Salt enabled. Looks up a localized string similar to Key file name. Looks up a localized string similar to Key protection scope. Looks up a localized string similar to Specify settings for symmetric cryptography providers '{0}'. Looks up a localized string similar to Symmetric crypto providers. Looks up a localized string similar to The symmetric crypto provider with name '{0}' cannot be found.. Provides an implementation for that processes policy overrides, performing appropriate logging of policy processing errors. The property name of the protected key file. The property name of the protected key protection scope. Initialize a new instance of the class. Adds the ADM parts that represent the properties of a specific instance of the configuration element type managed by the receiver. The to which the Adm instructions are to be appended. The configuration object instance. The configuration source from where to get additional configuration information, if necessary. The key for the element's policies. Subclasses managing objects that must not create a policy will likely need to include the elements' keys when creating the parts. Overrides the 's properties with the Group Policy values from the registry. The configuration object for instances that must be managed. The which holds the Group Policy overrides for the configuration element. Subclasses implementing this method must retrieve all the override values from the registry before making modifications to the so any error retrieving the override values will cancel policy processing. Gets the template for the name of the policy associated to the object. Elements that override to avoid creating a policy must still override this property. Configuration data for the SymmetricAlgorithm provider. Initializes a new instance of class. Initializes a new instance of class. The name for the provider. The type name of the hash algorithm. File name where key is stored DPAPI protection scope used to store key Creates a instance describing the provider represented by this configuration object. A instance describing a provider. TODO Gets or sets the type of . The type of . Gets or sets the fully qualified name of the type of . The fully qualified name of the type of . A that registers the policies necessary to create and instances described in the standard configuration file. This function is now performed by the . This extension is no longer necessary. Non-static entry point to the cryptography functionality. Compares plain text input with a computed hash using the given hash provider instance. Use this method to compare hash values. Since hashes contain a random "salt" value, two seperately generated hashes of the same plain text will result in different values. A hash instance from configuration. The input as a string for which you want to compare the hash to. The hash as a string for which you want to compare the input to. true if plainText hashed is equal to the hashedText. Otherwise, false. Compares plain text input with a computed hash using the given hash provider instance. Compares plain text input with a computed hash using the given hash provider instance. Use this method to compare hash values. Since hashes may contain a random "salt" value, two seperately generated hashes of the same plain text may result in different values. A hash instance from configuration. The input for which you want to compare the hash to. The hash value for which you want to compare the input to. true if plainText hashed is equal to the hashedText. Otherwise, false. Computes the hash value of plain text using the given hash provider instance Computes the hash value of plain text using the given hash provider instance A hash instance from configuration. The input for which to compute the hash. The computed hash code. Computes the hash value of plain text using the given hash provider instance A hash instance from configuration. The input for which to compute the hash. The computed hash code. Decrypts a cipher text using a specified symmetric cryptography provider. A symmetric instance from configuration. The cipher text for which you want to decrypt. The resulting plain text. Decrypts a cipher text using a specified symmetric cryptography provider. A symmetric instance from configuration. The cipher text as a base64 encoded string for which you want to decrypt. The resulting plain text as a string. Encrypts a secret using a specified symmetric cryptography provider. A symmetric instance from configuration. The input for which you want to encrypt. The resulting cipher text. Encrypts a secret using a specified symmetric cryptography provider. A symmetric instance from configuration. The input as a base64 encoded string for which you want to encrypt. The resulting cipher text as a base64 encoded string. Non-static entry point to the cryptography functionality. Initializes a new instance of the class giving a collection of and a collection of Initializes a new instance of the class giving a collection of and a collection of and an . Dictionary of named objects Dictionary of named objects. Instrumentation provider used to report configuration errors. Initializes a new instance of the class given a collection of and a collection of . Sequence of names of the hash providers as defined in configuration. The hash providers corresponding to the names in at the same index. Sequence of names of the cryptography providers as defined in configuration. The symmetric cryptography providers corresponding to the names give in The instrumentation provider used to report errors. at the same index. Computes the hash value of plain text using the given hash provider instance Computes the hash value of plain text using the given hash provider instance A hash instance from configuration. The input for which to compute the hash. The computed hash code. Computes the hash value of plain text using the given hash provider instance A hash instance from configuration. The input for which to compute the hash. The computed hash code. Compares plain text input with a computed hash using the given hash provider instance. Compares plain text input with a computed hash using the given hash provider instance. Use this method to compare hash values. Since hashes may contain a random "salt" value, two seperately generated hashes of the same plain text may result in different values. A hash instance from configuration. The input for which you want to compare the hash to. The hash value for which you want to compare the input to. true if plainText hashed is equal to the hashedText. Otherwise, false. Compares plain text input with a computed hash using the given hash provider instance. Use this method to compare hash values. Since hashes contain a random "salt" value, two seperately generated hashes of the same plain text will result in different values. A hash instance from configuration. The input as a string for which you want to compare the hash to. The hash as a string for which you want to compare the input to. true if plainText hashed is equal to the hashedText. Otherwise, false. Encrypts a secret using a specified symmetric cryptography provider. A symmetric instance from configuration. The input for which you want to encrypt. The resulting cipher text. Encrypts a secret using a specified symmetric cryptography provider. A symmetric instance from configuration. The input as a base64 encoded string for which you want to encrypt. The resulting cipher text as a base64 encoded string. Decrypts a cipher text using a specified symmetric cryptography provider. A symmetric instance from configuration. The cipher text for which you want to decrypt. The resulting plain text. Decrypts a cipher text using a specified symmetric cryptography provider. A symmetric instance from configuration. The cipher text as a base64 encoded string for which you want to decrypt. The resulting plain text as a string. Common Cryptography methods. Determine if two byte arrays are equal. The first byte array to compare. The byte array to compare to the first. if the two byte arrays are equal; otherwise . Returns a byte array from a string representing a hexidecimal number. The string containing a valid hexidecimal number. The byte array representing the hexidecimal. Returns a string from a byte array represented as a hexidecimal number (eg: 0F351A). The byte array to convert to forat as a hexidecimal number. The formatted representation of the bytes as a hexidcimal number. Combines two byte arrays into one. The prefixed bytes. The suffixed bytes. The combined byte arrays. Creates a cryptographically strong random set of bytes. The size of the byte array to generate. The computed bytes. Fills a byte array with a cryptographically strong random set of bytes. The byte array to fill. Fills zeros. The byte array to fill. Transforms an array of bytes according to the given cryptographic transform. used to transform the given . Buffer to transform. It is the responsibility of the caller to clear this array when finished. Transformed array of bytes. It is the responsibility of the caller to clear this byte array if necessary. Represents a wrapper over . Initializes a new instance of the class with the set to . Initializes a new instance of the class with the set to . Initializes a new instance of the class with a . One of the values. Encrypt given data; this overload can be used ONLY when storage mode is "User", since when storage mode is "Machine" we MUST have optional entropy to "salt" the phrase. This will throw an Invalid Operation Exception if used in Machine mode. The plain text that will be encrypted. The resulting cipher text. Thrown when attempt is made to DPAPI-encrypt data using LocalMachine scope and null entropy. Encrypt given data; this overload should be used when storage mode is "Machine", since when storage mode is "Machine" you must define entropy to "salt" the phrase. The plain text that will be encrypted. The entropy to salt the phrase. The resulting cipher text. Thrown when is null. Thrown when is empty. Thrown when attempt is made to DPAPI-encrypt data using LocalMachine scope and null entropy. Decrypts the given ciphertext. Can be used only when in "User" mode, otherwise this will throw an InvalidOperationException because entropy is required when using Machine mode. The cipher text that will be decrypted. The resulting plain text. Thrown when attempt is made to DPAPI-decrypt data using LocalMachine scope and null entropy. Decrypt the given data. The cipher text that will be decrypted. The entropy that was used to salt the phrase. The resulting plain text. Thrown when is null. Thrown when is empty. Thrown when attempt is made to DPAPI-decrypt data using LocalMachine scope and null entropy. Gets the storage scope for this instance. One of the values. Represents basic cryptography services for a . Initialize a new instance of the with an algorithm type. A fully qualifed type name derived from . Initialize a new instance of the with an algorithm type and key. A fully qualifed type name derived from . The key for a . While this overload will work with a specified , the protectedKey is only relevant when initializing with a specified . Computes the hash value of the plaintext. The plaintext in which you wish to hash. The resulting hash. Generates keys for specified cryptographic algorithms. Generates a key for a specific cryptographic algorithm. Generates a key based on an algorithm name. Algorithm name as defined in . used to encrypt the generated key. Generated key encapsulated in a . Generates a key based on an algorithm name. Algorithm name as defined in . Generated key for given algorithm. It is the responsibility of the caller to correctly dispose of the returned byte array. Generates a key based on an algorithm type. Algorithm type. Should be subclass of appropriate cryptographic class. used to encrypt the generated key. Generated key encapsulated in a . Generates a key based on an algorithm type. Algorithm type. Should be subclass of appropriate cryptographic class. Generated key for given algorithm. It is the responsibility of the caller to correctly dispose of the returned byte array. The instrumentation gateway when no instances of the objects from the block are involved. Interface defining instrumentation used to report errors in the Cryptography Application Block. Fires the CryptographyErrorOccurred event. The name of the provider with the errror. The name of the instance with the errror. The message that describes the failure. Logs the occurrence of a configuration error for the Enterprise Library Cryptography Application Block through the available instrumentation mechanisms. Name of the cryptographic provider instance in which the configuration error was detected. The template to build the event log entry. The exception raised for the configuration error. Logs the occurrence of a configuration error for the Enterprise Library Cryptography Application Block through the available instrumentation mechanisms. Name of the cryptographic provider instance in which the configuration error was detected. The template to build the event log entry. For testing purposes Initializes a new instance of the class, specifying whether logging to the event log is allowed. true if writing to the event log is allowed, false otherwise. Initializes a new instance of the class, specifying whether logging to the event log is allowed. true if updating performance counters is allowed, false otherwise. true if writing to the event log is allowed, false otherwise. The application name to use with performance counters. Logs the occurrence of a configuration error for the Enterprise Library Cryptography Application Block through the available instrumentation mechanisms. Name of the cryptographic provider instance in which the configuration error was detected. The template to build the event log entry. The exception raised for the configuration error. Logs the occurrence of a configuration error for the Enterprise Library Cryptography Application Block through the available instrumentation mechanisms. Name of the cryptographic provider instance in which the configuration error was detected. The template to build the event log entry. Fires the CryptographyErrorOccurred event. The name of the provider with the errror. The name of the instance with the errror. The message that describes the failure. The message that describes the failure. The exception thrown during the failure. The message that describes the failure. The exception thrown during the failure. An implementation of that does nothing with the instrumentation events. Fires the CryptographyErrorOccurred event. The name of the provider with the errror. The name of the instance with the errror. The message that describes the failure. Logs the occurrence of a configuration error for the Enterprise Library Cryptography Application Block through the available instrumentation mechanisms. Name of the cryptographic provider instance in which the configuration error was detected. The template to build the event log entry. The exception raised for the configuration error. Logs the occurrence of a configuration error for the Enterprise Library Cryptography Application Block through the available instrumentation mechanisms. Name of the cryptographic provider instance in which the configuration error was detected. The template to build the event log entry. Defines the logical events that can be instrumented for symmetric cryptography providers. Made public for testing Made public for testing Made public for testing Initializes a new instance of the class. The name of the instance this instrumentation listener is created for. true if performance counters should be updated. true if event log entries should be written. The application instance name. The name of the instance this instrumentation listener is created for. true if performance counters should be updated. true if event log entries should be written. The that is used to creates unique name for each instance. The message that describes the failure. The exception thrown during the failure. Creates the performance counters to instrument the symmetric crypto events for the specified instance names. The instance names for the performance counters. Facade which exposes common cryptography uses. Computes the hash value of plain text using the given hash provider instance Computes the hash value of plain text using the given hash provider instance A hash instance from configuration. The input for which to compute the hash. The computed hash code. Computes the hash value of plain text using the given hash provider instance A hash instance from configuration. The input for which to compute the hash. The computed hash code. Compares plain text input with a computed hash using the given hash provider instance. Compares plain text input with a computed hash using the given hash provider instance. Use this method to compare hash values. Since hashes may contain a random "salt" value, two seperately generated hashes of the same plain text may result in different values. A hash instance from configuration. The input for which you want to compare the hash to. The hash value for which you want to compare the input to. true if plainText hashed is equal to the hashedText. Otherwise, false. Compares plain text input with a computed hash using the given hash provider instance. Use this method to compare hash values. Since hashes contain a random "salt" value, two seperately generated hashes of the same plain text will result in different values. A hash instance from configuration. The input as a string for which you want to compare the hash to. The hash as a string for which you want to compare the input to. true if plainText hashed is equal to the hashedText. Otherwise, false. Encrypts a secret using a specified symmetric cryptography provider. A symmetric instance from configuration. The input for which you want to encrypt. The resulting cipher text. Encrypts a secret using a specified symmetric cryptography provider. A symmetric instance from configuration. The input as a base64 encoded string for which you want to encrypt. The resulting cipher text as a base64 encoded string. Decrypts a cipher text using a specified symmetric cryptography provider. A symmetric instance from configuration. The cipher text for which you want to decrypt. The resulting plain text. Decrypts a cipher text using a specified symmetric cryptography provider. A symmetric instance from configuration. The cipher text as a base64 encoded string for which you want to decrypt. The resulting plain text as a string. Creates an instance of a . The symmetric crypto instance. The . Creates an instance of a . The hash instance. The . A symmetric provider for the Data Protection API (DPAPI). A contract for any provider for configurable symmetric cryptographic implementations. Encrypts a secret using a specified symmetric cryptography provider. The input for which you want to encrypt. The resulting cipher text. Decrypts a cipher text using a specified symmetric cryptography provider. The cipher text for which you want to decrypt. The resulting plain text. Initialize a new instance of the One of the values. The entropy to salt the phrase. Initialize a new instance of the One of the values. Initialize a new instance of the One of the values. The entropy to salt the phrase. Instrumentation provider to use. Initialize a new instance of the One of the values. Instrumentation provider to use. Encrypts a secret using DPAPI. The input for which you want to encrypt. The resulting cipher text. Decrypts cipher text using DPAPI. The cipher text for which you want to decrypt. The resulting plain text. A hash provider for any hash algorithm which derives from . A contract for any provider for configurable hash implementations. Computes the hash value of plain text. The input for which to compute the hash. The computed hash code. Compares plain text input with a computed hash. The input for which you want to compare the hash to. The hash value for which you want to compare the input to. true if plainText hashed is equal to the hashedText. Otherwise, false. Defines the salt length used by the provider. Initialize a new instance of the class with the type and if salt is enabled. The to use. if salt should be applied; otherwise, . Initialize a new instance of the class with the type and if salt is enabled. The to use. if salt should be applied; otherwise, . The to use. Computes the hash value of plain text. The input for which to compute the hash. The computed hash code. Compares plain text input with a computed hash. The input for which you want to compare the hash to. The hash value for which you want to compare the input to. true if plainText hashed is equal to the hashedText. Otherwise, false. Creates a hash with a specified salt. The plaintext to hash. The hash salt. The computed hash. Extracts the salt from the hashedText. The hash in which to extract the salt. The extracted salt. Gets the type. The type. Gets the cryptographer used for hashing. A object. Gets the instance that defines the logical events used to instrument this hash provider. Represents a factory for creating instances of a class which implements . Initializes a new instance of the class with the default configuration source. Initializes a new instance of the class with the given configuration source. Initializes a new instance of the class that uses the given to create instances. Container to use. Allows caller to a read a cryptographic key from a DPAPI-protected key file or from a password-protected key archive file. Reads a DPAPI protected key from the given . containing the key to be read. used to encrypt the generated key. Key read from stream, encapsulated in a . Restores a key from an encrypted key archive . containing the key to be read. User-provided passphrase used to encrypt the key in the archive for safekeeping. used to encrypt the generated key. Key read from stream, encapsulated in a . Restores a key from an encrypted key archive . containing the key to be read. User-provided passphrase used to encrypt the key in the archive for safekeeping. Unencrypted key read from stream. The caller of this method is responsible for clearing the contents of this byte array. Allows caller to a write a cryptographic key to a DPAPI-protected key file or to a password-protected key archive file. Writes a cryptographic key to a DPAPI-protected . to which key is to be written. Key to be written. Creates an archived version of the given written to the . to which key is to be written. Key to be written. User-provided passphrase used to encrypt the archive in the . Provides several methods for generating a keyed hash algorithm key. Generates a keyed hash key. Generates a keyed hash key based on an algorithm name. Keyed hash algorithm name as defined in . used to encrypt the generated key. Generated key encapsulated in a . Generates a keyed hash key based on an algorithm name. Keyed hash algorithm name as defined in . Unencrypted key generated for specified keyed hash algorithm. The caller of this method is responsible for overwriting the contents of this byte array. Generates a keyed hash key based on an algorithm type. Keyed hash algorithm type. used to encrypt the generated key. Generated key encapsulated in a . Generates a keyed hash key based on an algorithm type. Keyed hash algorithm type. Unencrypted key generated for specified keyed hash algorithm. The caller of this method is responsible for overwriting the contents of this byte array. Represents the installer for the instrumentation events. Not intended for direct use. Initializes a new instance of the class. Lets the system know that the InstallUtil.exe tool will be run against this assembly. Required designer variable. Clean up any resources being used. true if managed resources should be disposed; otherwise, false. Required method for Designer support - do not modify the contents of this method with the code editor. A hash provider for any hash algorithm which derives from . Initialize a new instance of the class with a , if salt is enabled, and the key to use. The to use. if salt should be used; otherwise, . File name of DPAPI-protected key used to encrypt and decrypt secrets through this provider. used to protect the key on disk. Initialize a new instance of the class with a , if salt is enabled, and the key to use. The to use. if salt should be used; otherwise, . The for the provider. Initialize a new instance of the class with a , if salt is enabled, and the key to use. The to use. if salt should be used; otherwise, . File name of DPAPI-protected key used to encrypt and decrypt secrets through this provider. used to protect the key on disk. The to use. Initialize a new instance of the class with a , if salt is enabled, and the key to use. The to use. if salt should be used; otherwise, . The for the provider. The to use. Gets the cryptographer used for hashing. The cryptographer initialized with the configured key. Defines the logical events that can be instrumented for hash providers. Made public for testing Made public for testing Made public for testing Made public for testing Initializes a new instance of the class. The name of the instance this instrumentation listener is created for. true if performance counters should be updated. true if event log entries should be written. The application instance name. Initializes a new instance of the class. The name of the instance this instrumentation listener is created for. true if performance counters should be updated. true if event log entries should be written. The that is used to creates unique name for each instance. The message that describes the failure. The exception thrown during the failure. Creates the performance counters to instrument the hash provider events for the specified instance names. The instance names for the performance counters. Reads and writes cryptographic keys to and from streams. Reads a DPAPI-protected key from the given . containing the DPAPI-protected key. used to decrypt the key read from the stream. Key read from stream, encapsulated in a . Restores a cryptographic key from a . This method is intended for use in transferring a key between machines. Restores a cryptogrpahic key from a . This method is intended for use in transferring a key between machines. from which key is to be restored. User-provided passphrase used to encrypt the key in the arhive. used to protect the key on disk. Key restored from stream, encapsulated in a . Restores a cryptographic key from a . This method is intended for use in transferring a key between machines. from which key is to be restored. User-provided passphrase used to encrypt the key in the arhive. Unencrypted key restored from stream. It is the responsibility of the calling code to clear the returned byte array. Writes an encrypted key to an output stream. This method is not intended to allow the keys to be moved from machine to machine. to which DPAPI-protected key is to be written. Encrypted key to be written to stream. Archives a cryptographic key to a . This method is intended for use in transferring a key between machines. to which key is to be archived. Key to be archived. User-provided passphrase used to encrypt the key in the arhive. Represents an encrypted cryptographic key and the DPAPI used to encrypt it. Constructor method use to create a new from a plaintext symmetric key. The caller of this method is responsible for clearing the byte array containing the plaintext key after calling this method. Plaintext key to protect. The caller of this method is responsible for clearing the byte array containing the plaintext key after calling this method. used to protect this key. Initialized containing the plaintext key protected with DPAPI. Constructor method used to create a new from an already encrypted symmetric key. Encrypted key to protect. used to protect this key. Initialized containing the plaintext key protected with DPAPI. Returns the decrypted symmetric key. Unencrypted symmetric key. It is the responsibility of the caller of this method to clear the returned byte array. Gets the encrypted key contained by this object. Gets the decrypted key protected by this object. It is the responsibility of the caller of this method to clear the returned byte array. Represents the protected key cache. Clear the cache. Gets the protected ke for the key file name. The key file name to get the key. A for the key file name. A symmetric provider for any symmetric algorithm which derives from . Initializes a new instance of the class. The symmetric algorithm type. Input file from which DPAPI-protected key is to be read. used to protect the key on disk. Initializes a new instance of the class. The cryptographic algorithm type. Input from which DPAPI-protected key is to be read. used to protect the key on disk. Initializes a new instance of the class. The symmetric algorithm type. The for the provider. Initializes a new instance of the class. The symmetric algorithm type. Input file from which DPAPI-protected key is to be read. used to protect the key on disk. The to use. Initializes a new instance of the class. The cryptographic algorithm type. Input from which DPAPI-protected key is to be read. used to protect the key on disk. The to use. Initializes a new instance of the class. The symmetric algorithm type. The for the provider. The to use. Decrypts a secret using the configured SymmetricAlgorithm. The cipher text to be decrypted. The resulting plain text. It is the responsibility of the caller to clear the returned byte array when finished. Encrypts a secret using the configured SymmetricAlgorithm. The input to be encrypted. It is the responsibility of the caller to clear this byte array when finished. The resulting cipher text. Gets the instance that defines the logical events used to instrument this Symmetric Algorithm Provider. Represents basic cryptography services for a . Because the IV (Initialization Vector) has the same distribution as the resulting ciphertext, the IV is randomly generated and prepended to the ciphertext. Initalize a new instance of the class with an algorithm type and a key. The qualified assembly name of a . The key for the algorithm. Finalizer for Releases all resources for this instance. Override to customize resources to be disposed. Unused. Encrypts bytes with the initialized algorithm and key. The plaintext in which you wish to encrypt. The resulting ciphertext. Decrypts bytes with the initialized algorithm and key. The text which you wish to decrypt. The resulting plaintext. Represents a factory for creating instances of a class which implements . Initializes a new instance of the class with the default configuration source. Initializes a new instance of the class with the given configuration source. Source for current configuration information. Initializes a new instance of the class with the given container (which should have already been configured). Container to resolve object from. A strongly-typed resource class, for looking up localized strings, etc. Returns the cached ResourceManager instance used by this class. Overrides the current thread's CurrentUICulture property for all resource lookups using this strongly typed resource class. Looks up a localized string similar to Enterprise Library Cryptography Application Block. Looks up a localized string similar to The decryption operation failed.. Looks up a localized string similar to You must define the entropy when using machine mode.. Looks up a localized string similar to The encryption operation failed.. Looks up a localized string similar to The error occurred using the "{0}" instance.. Looks up a localized string similar to The error occurred retrieving the configuration for hash algorithm instance "{0}".. Looks up a localized string similar to The error occurred retrieving the configuration for symmetric encryption algorithm instance "{0}".. Looks up a localized string similar to The value must be greater than 0 bytes.. Looks up a localized string similar to The value must be greater than 0 bytes.. Looks up a localized string similar to The type must be of type HashAlgorithm.. Looks up a localized string similar to The type must be of type SymmetricAlgorithm.. Looks up a localized string similar to The type must be of type SymmetricAlgorithm.. Looks up a localized string similar to Unable to decrypt data.. Looks up a localized string similar to The type must be a HashAlgorithm.. Looks up a localized string similar to The type must be a KeyedHashAlgorithm.. Looks up a localized string similar to The value can not be a null or empty string.. Looks up a localized string similar to Parameter must implement type '{0}'.. Looks up a localized string similar to The hash comparison failed.. Looks up a localized string similar to Hash Comparisons/sec is the rate at which hash comparisons were performed.. Looks up a localized string similar to The hash creation failed.. Looks up a localized string similar to Hash Mismatches/sec is the rate at which hash comparison mismatches were detected.. Looks up a localized string similar to Hash Operations/sec is the rate at which plain text was hashed.. Looks up a localized string similar to Key versions do not match between encrypted key and decryption algorithm. Looks up a localized string similar to String must represent a valid hexadecimal (e.g. : 0F99DD). Looks up a localized string similar to Symmetric Decryptions/sec is the rate at which symmetric decryptions were performed.. Looks up a localized string similar to Symmetric Encryptions/sec is the rate at which symmetric encryptions were performed.. Looks up a localized string similar to Total Hash Comparisons is the total number of hash comparisons performed.. Looks up a localized string similar to Total Hash Mismatches is total number of hash comparison mismatches detected.. Looks up a localized string similar to Total Hash Operations is the total number of plain text hashed.. Looks up a localized string similar to Total Symmetric Decryptions is the total number of symmetric decryptions performed.. Looks up a localized string similar to Total Symmetric Encryptions is the total number of symmetric encryptions performed.. Looks up a localized string similar to Algorithm of type {0} is not a known keyed hash algorithm. Looks up a localized string similar to Algorithm of type {0} is not a known symmetric encryption algorithm. Generates a symmetric key. Generates a symmetric key based on an algorithm name. Symmetric algorithm name as defined in . used to encrypt the generated symmetric key. Generated key encapsulated in a . Generates a symmetric key based on an algorithm type. Symmetric algorithm type. used to encrypt the generated symmetric key. Generated key encapsulated in a . Generates a symmetric key based on an algorithm name. Name of a symmetric algorithm as defined in . Unencrypted symmetric key. It is the responsibility of the caller of this method to clear the returned byte array. Generates a symmetric key based on an algorithm type. Symmetric algorithm type. Unencrypted symmetric key. It is the responsibility of the caller of this method to clear the returned byte array. Handles all utility tasks associated with keys. Archives a cryptographic key to a . This method is intended for use in transferring a key between machines. to which key is to be archived. Key to be archived. User-provided passphrase used to encrypt the key in the arhive. Clear the key manager cache. Generates a keyed hash key based on an algorithm name. Keyed hash algorithm name as defined in . used to encrypt the generated keyed hash key. Generated key encapsulated in a . Generates a keyed hash key based on an algorithm name. Keyed hash algorithm name as defined in . Byte array containing plaintext keyed hash key. It is the responsibility of the caller to clear out the byte array to protect the key. Generates a keyed hash key based on an algorithm type. Keyed hash algorithm type. used to encrypt the generated keyed hash key. Generated key encapsulated in a . Generates a keyed hash key based on an algorithm type. Keyed hash algorithm type. Byte array containing plaintext keyed hash key. It is the responsibility of the caller to clear out the byte array to protect the key. Generates a symmetric key. Generates a symmetric key based on an algorithm name. Symmetric algorithm name as defined in . used to encrypt the generated symmetric key. Generated key encapsulated in a . Generates a symmetric key based on an algorithm name. Symmetric algorithm name as defined in . Byte array containing plaintext symmetric key. It is the responsibility of the caller to clear out the byte array to protect the key. Generates a symmetric key based on an algorithm type. Symmetric algorithm type. used to encrypt the generated symmetric key. Generated key encapsulated in a . Generates a symmetric key based on an algorithm type. Symmetric algorithm type. Byte array containing plaintext symmetric key. It is the responsibility of the caller to clear out the byte array to protect the key. Reads an encrypted key from an input stream. This method is not intended to allow keys to be transferred from another machine. Reads an encrypted key from an input stream. This method is not intended to allow keys to be transferred from another machine. from which DPAPI-protected key is to be read. used to protect the key on disk. Key read from stream, encapsulated in a . Reads an encrypted key from an input file. This method is not intended to allow keys to be transferred from another machine. Input file from which DPAPI-protected key is to be read. used to protect the key on disk. Key read from stream, encapsulated in a . Restores a cryptogrpahic key from a . This method is intended for use in transferring a key between machines. from which key is to be restored. User-provided passphrase used to encrypt the key in the arhive. used to protect the key on disk. Key restored from stream, encapsulated in a . Writes an encrypted key to an output stream. This method is not intended to allow the keys to be moved from machine to machine. Writes an encrypted key to an output stream. This method is not intended to allow the keys to be moved from machine to machine. to which DPAPI-protected key is to be written. Encrypted key to be written to stream. used to protect the key on disk. Writes an encrypted key to an output stream. This method is not intended to allow the keys to be moved from machine to machine. to which DPAPI-protected key is to be written. Encrypted key to be written to stream.