C# Class Net.Pkcs11Interop.HighLevelAPI41.Session

Class representing a logical connection between an application and a token

Inheritance: IDisposable

Afficher le fichier Open project: Pkcs11Interop/Pkcs11Interop Class Usage Examples

Méthodes publiques

Méthode	Description
CancelFunction ( ) : void	Legacy function which should throw CKR_FUNCTION_NOT_PARALLEL
CloseSession ( ) : void	Closes a session between an application and a token
CopyObject ( ObjectHandle objectHandle, List attributes ) : ObjectHandle	Copies an object, creating a new object for the copy
CreateObject ( List attributes ) : ObjectHandle	Creates a new object
Decrypt ( Mechanism mechanism, ObjectHandle keyHandle, byte encryptedData ) : byte[]	Decrypts single-part data
Decrypt ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream ) : void	Decrypts multi-part data
Decrypt ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : void	Decrypts multi-part data
DecryptDigest ( Mechanism digestingMechanism, Mechanism decryptionMechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream ) : byte[]	Digests and decrypts data
DecryptDigest ( Mechanism digestingMechanism, Mechanism decryptionMechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : byte[]	Digests and decrypts data
DecryptDigest ( Mechanism digestingMechanism, Mechanism decryptionMechanism, ObjectHandle keyHandle, byte data, byte &digest, byte &decryptedData ) : void	Digests and decrypts data
DecryptVerify ( Mechanism verificationMechanism, ObjectHandle verificationKeyHandle, Mechanism decryptionMechanism, ObjectHandle decryptionKeyHandle, Stream inputStream, Stream outputStream, byte signature, bool &isValid ) : void	Decrypts data and verifies a signature of data
DecryptVerify ( Mechanism verificationMechanism, ObjectHandle verificationKeyHandle, Mechanism decryptionMechanism, ObjectHandle decryptionKeyHandle, Stream inputStream, Stream outputStream, byte signature, bool &isValid, int bufferLength ) : void	Decrypts data and verifies a signature of data
DecryptVerify ( Mechanism verificationMechanism, ObjectHandle verificationKeyHandle, Mechanism decryptionMechanism, ObjectHandle decryptionKeyHandle, byte data, byte signature, byte &decryptedData, bool &isValid ) : void	Decrypts data and verifies a signature of data
DeriveKey ( Mechanism mechanism, ObjectHandle baseKeyHandle, List attributes ) : ObjectHandle	Derives a key from a base key, creating a new key object
DestroyObject ( ObjectHandle objectHandle ) : void	Destroys an object
Digest ( Mechanism mechanism, Stream inputStream ) : byte[]	Digests multi-part data
Digest ( Mechanism mechanism, Stream inputStream, int bufferLength ) : byte[]	Digests multi-part data
Digest ( Mechanism mechanism, byte data ) : byte[]	Digests single-part data
DigestEncrypt ( Mechanism digestingMechanism, Mechanism encryptionMechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream ) : byte[]	Digests and encrypts data
DigestEncrypt ( Mechanism digestingMechanism, Mechanism encryptionMechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : byte[]	Digests and encrypts data
DigestEncrypt ( Mechanism digestingMechanism, Mechanism encryptionMechanism, ObjectHandle keyHandle, byte data, byte &digest, byte &encryptedData ) : void	Digests and encrypts data
DigestKey ( Mechanism mechanism, ObjectHandle keyHandle ) : byte[]	Digests the value of a secret key
Dispose ( ) : void	Disposes object
Encrypt ( Mechanism mechanism, ObjectHandle keyHandle, byte data ) : byte[]	Encrypts single-part data
Encrypt ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream ) : void	Encrypts multi-part data
Encrypt ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : void	Encrypts multi-part data
FindAllObjects ( List attributes ) : List	Searches for all token and session objects that match provided attributes
FindObjects ( int objectCount ) : List	Continues a search for token and session objects that match a template, obtaining additional object handles
FindObjectsFinal ( ) : void	Terminates a search for token and session objects
FindObjectsInit ( List attributes ) : void	Initializes a search for token and session objects that match a attributes
GenerateKey ( Mechanism mechanism, List attributes ) : ObjectHandle	Generates a secret key or set of domain parameters, creating a new object
GenerateKeyPair ( Mechanism mechanism, List publicKeyAttributes, List privateKeyAttributes, ObjectHandle &publicKeyHandle, ObjectHandle &privateKeyHandle ) : void	Generates a public/private key pair, creating new key objects
GenerateRandom ( int length ) : byte[]	Generates random or pseudo-random data
GetAttributeValue ( ObjectHandle objectHandle, List attributes ) : List	Obtains the value of one or more attributes of an object
GetAttributeValue ( ObjectHandle objectHandle, List attributes ) : List	Obtains the value of one or more attributes of an object
GetFunctionStatus ( ) : void	Legacy function which should throw CKR_FUNCTION_NOT_PARALLEL
GetObjectSize ( ObjectHandle objectHandle ) : uint	Gets the size of an object in bytes.
GetOperationState ( ) : byte[]	Obtains a copy of the cryptographic operations state of a session encoded as an array of bytes
GetSessionInfo ( ) : SessionInfo	Obtains information about a session
InitPin ( byte userPin ) : void	Initializes the normal user's PIN
InitPin ( string userPin ) : void	Initializes the normal user's PIN
Login ( CKU userType, byte pin ) : void	Logs a user into a token
Login ( CKU userType, string pin ) : void	Logs a user into a token
Logout ( ) : void	Logs a user out from a token
SeedRandom ( byte seed ) : void	Mixes additional seed material into the token's random number generator
SetAttributeValue ( ObjectHandle objectHandle, List attributes ) : void	Modifies the value of one or more attributes of an object
SetOperationState ( byte state, ObjectHandle encryptionKey, ObjectHandle authenticationKey ) : void	Restores the cryptographic operations state of a session from an array of bytes obtained with GetOperationState
SetPin ( byte oldPin, byte newPin ) : void	Modifies the PIN of the user that is currently logged in, or the CKU_USER PIN if the session is not logged in.
SetPin ( string oldPin, string newPin ) : void	Modifies the PIN of the user that is currently logged in, or the CKU_USER PIN if the session is not logged in.
Sign ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream ) : byte[]	Signs multi-part data, where the signature is an appendix to the data
Sign ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, int bufferLength ) : byte[]	Signs multi-part data, where the signature is an appendix to the data
Sign ( Mechanism mechanism, ObjectHandle keyHandle, byte data ) : byte[]	Signs single-part data, where the signature is an appendix to the data
SignEncrypt ( Mechanism signingMechanism, ObjectHandle signingKeyHandle, Mechanism encryptionMechanism, ObjectHandle encryptionKeyHandle, Stream inputStream, Stream outputStream ) : byte[]	Signs and encrypts data
SignEncrypt ( Mechanism signingMechanism, ObjectHandle signingKeyHandle, Mechanism encryptionMechanism, ObjectHandle encryptionKeyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : byte[]	Signs and encrypts data
SignEncrypt ( Mechanism signingMechanism, ObjectHandle signingKeyHandle, Mechanism encryptionMechanism, ObjectHandle encryptionKeyHandle, byte data, byte &signature, byte &encryptedData ) : void	Signs and encrypts data
SignRecover ( Mechanism mechanism, ObjectHandle keyHandle, byte data ) : byte[]	Signs single-part data, where the data can be recovered from the signature
UnwrapKey ( Mechanism mechanism, ObjectHandle unwrappingKeyHandle, byte wrappedKey, List attributes ) : ObjectHandle	Unwraps (i.e. decrypts) a wrapped key, creating a new private key or secret key object
Verify ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, byte signature, bool &isValid ) : void	Verifies a signature of data, where the signature is an appendix to the data
Verify ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, byte signature, bool &isValid, int bufferLength ) : void	Verifies a signature of data, where the signature is an appendix to the data
Verify ( Mechanism mechanism, ObjectHandle keyHandle, byte data, byte signature, bool &isValid ) : void	Verifies a signature of data, where the signature is an appendix to the data
VerifyRecover ( Mechanism mechanism, ObjectHandle keyHandle, byte signature, bool &isValid ) : byte[]	Verifies signature of data, where the data can be recovered from the signature
WrapKey ( Mechanism mechanism, ObjectHandle wrappingKeyHandle, ObjectHandle keyHandle ) : byte[]	Wraps (i.e., encrypts) a private or secret key

Méthodes protégées

Méthode	Description
Dispose ( bool disposing ) : void	Disposes object

Private Methods

Méthode	Description
Session ( LowLevelAPI41 pkcs11, uint sessionId ) : System	Initializes new instance of Session class

Method Details

CancelFunction() public méthode

Legacy function which should throw CKR_FUNCTION_NOT_PARALLEL

public CancelFunction ( ) : void
Résultat	void

CloseSession() public méthode

Closes a session between an application and a token

public CloseSession ( ) : void
Résultat	void

CopyObject() public méthode

Copies an object, creating a new object for the copy

public CopyObject ( ObjectHandle objectHandle, List attributes ) : ObjectHandle
objectHandle	ObjectHandle	Handle of object to be copied
attributes	List	New values for any attributes of the object that can ordinarily be modified
Résultat	ObjectHandle

CreateObject() public méthode

Creates a new object

public CreateObject ( List attributes ) : ObjectHandle
attributes	List	Object attributes
Résultat	ObjectHandle

Decrypt() public méthode

Decrypts single-part data

public Decrypt ( Mechanism mechanism, ObjectHandle keyHandle, byte encryptedData ) : byte[]
mechanism	Mechanism	Decryption mechanism
keyHandle	ObjectHandle	Handle of the decryption key
encryptedData	byte	Data to be decrypted
Résultat	byte[]

Decrypt() public méthode

Decrypts multi-part data

public Decrypt ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream ) : void
mechanism	Mechanism	Decryption mechanism
keyHandle	ObjectHandle	Handle of the decryption key
inputStream	Stream	Input stream from which encrypted data should be read
outputStream	Stream	Output stream where decrypted data should be written
Résultat	void

Decrypt() public méthode

Decrypts multi-part data

public Decrypt ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : void
mechanism	Mechanism	Decryption mechanism
keyHandle	ObjectHandle	Handle of the decryption key
inputStream	Stream	Input stream from which encrypted data should be read
outputStream	Stream	Output stream where decrypted data should be written
bufferLength	int	Size of read buffer in bytes
Résultat	void

DecryptDigest() public méthode

Digests and decrypts data

public DecryptDigest ( Mechanism digestingMechanism, Mechanism decryptionMechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream ) : byte[]
digestingMechanism	Mechanism	Digesting mechanism
decryptionMechanism	Mechanism	Decryption mechanism
keyHandle	ObjectHandle	Handle of the decryption key
inputStream	Stream	Input stream from which data to be processed should be read
outputStream	Stream	Output stream where decrypted data should be written
Résultat	byte[]

DecryptDigest() public méthode

Digests and decrypts data

public DecryptDigest ( Mechanism digestingMechanism, Mechanism decryptionMechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : byte[]
digestingMechanism	Mechanism	Digesting mechanism
decryptionMechanism	Mechanism	Decryption mechanism
keyHandle	ObjectHandle	Handle of the decryption key
inputStream	Stream	Input stream from which data to be processed should be read
outputStream	Stream	Output stream where decrypted data should be written
bufferLength	int	Size of read buffer in bytes
Résultat	byte[]

DecryptDigest() public méthode

Digests and decrypts data

public DecryptDigest ( Mechanism digestingMechanism, Mechanism decryptionMechanism, ObjectHandle keyHandle, byte data, byte &digest, byte &decryptedData ) : void
digestingMechanism	Mechanism	Digesting mechanism
decryptionMechanism	Mechanism	Decryption mechanism
keyHandle	ObjectHandle	Handle of the decryption key
data	byte	Data to be processed
digest	byte	Digest
decryptedData	byte	Decrypted data
Résultat	void

DecryptVerify() public méthode

Decrypts data and verifies a signature of data

public DecryptVerify ( Mechanism verificationMechanism, ObjectHandle verificationKeyHandle, Mechanism decryptionMechanism, ObjectHandle decryptionKeyHandle, Stream inputStream, Stream outputStream, byte signature, bool &isValid ) : void
verificationMechanism	Mechanism	Verification mechanism
verificationKeyHandle	ObjectHandle	Handle of the verification key
decryptionMechanism	Mechanism	Decryption mechanism
decryptionKeyHandle	ObjectHandle	Handle of the decryption key
inputStream	Stream	Input stream from which data to be processed should be read
outputStream	Stream	Output stream where decrypted data should be written
signature	byte	Signature
isValid	bool	Flag indicating whether signature is valid
Résultat	void

DecryptVerify() public méthode

Decrypts data and verifies a signature of data

public DecryptVerify ( Mechanism verificationMechanism, ObjectHandle verificationKeyHandle, Mechanism decryptionMechanism, ObjectHandle decryptionKeyHandle, Stream inputStream, Stream outputStream, byte signature, bool &isValid, int bufferLength ) : void
verificationMechanism	Mechanism	Verification mechanism
verificationKeyHandle	ObjectHandle	Handle of the verification key
decryptionMechanism	Mechanism	Decryption mechanism
decryptionKeyHandle	ObjectHandle	Handle of the decryption key
inputStream	Stream	Input stream from which data to be processed should be read
outputStream	Stream	Output stream where decrypted data should be written
signature	byte	Signature
isValid	bool	Flag indicating whether signature is valid
bufferLength	int	Size of read buffer in bytes
Résultat	void

DecryptVerify() public méthode

Decrypts data and verifies a signature of data

public DecryptVerify ( Mechanism verificationMechanism, ObjectHandle verificationKeyHandle, Mechanism decryptionMechanism, ObjectHandle decryptionKeyHandle, byte data, byte signature, byte &decryptedData, bool &isValid ) : void
verificationMechanism	Mechanism	Verification mechanism
verificationKeyHandle	ObjectHandle	Handle of the verification key
decryptionMechanism	Mechanism	Decryption mechanism
decryptionKeyHandle	ObjectHandle	Handle of the decryption key
data	byte	Data to be processed
signature	byte	Signature
decryptedData	byte	Decrypted data
isValid	bool	Flag indicating whether signature is valid
Résultat	void

DeriveKey() public méthode

Derives a key from a base key, creating a new key object

public DeriveKey ( Mechanism mechanism, ObjectHandle baseKeyHandle, List attributes ) : ObjectHandle
mechanism	Mechanism	Derivation mechanism
baseKeyHandle	ObjectHandle	Handle of base key
attributes	List	Attributes for the new key
Résultat	ObjectHandle

DestroyObject() public méthode

Destroys an object

public DestroyObject ( ObjectHandle objectHandle ) : void
objectHandle	ObjectHandle	Handle of object to be destroyed
Résultat	void

Digest() public méthode

Digests multi-part data

public Digest ( Mechanism mechanism, Stream inputStream ) : byte[]
mechanism	Mechanism	Digesting mechanism
inputStream	Stream	Input stream from which data should be read
Résultat	byte[]

Digest() public méthode

Digests multi-part data

public Digest ( Mechanism mechanism, Stream inputStream, int bufferLength ) : byte[]
mechanism	Mechanism	Digesting mechanism
inputStream	Stream	Input stream from which data should be read
bufferLength	int	Size of read buffer in bytes
Résultat	byte[]

Digest() public méthode

Digests single-part data

public Digest ( Mechanism mechanism, byte data ) : byte[]
mechanism	Mechanism	Digesting mechanism
data	byte	Data to be digested
Résultat	byte[]

DigestEncrypt() public méthode

Digests and encrypts data

public DigestEncrypt ( Mechanism digestingMechanism, Mechanism encryptionMechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream ) : byte[]
digestingMechanism	Mechanism	Digesting mechanism
encryptionMechanism	Mechanism	Encryption mechanism
keyHandle	ObjectHandle	Handle of the encryption key
inputStream	Stream	Input stream from which data to be processed should be read
outputStream	Stream	Output stream where encrypted data should be written
Résultat	byte[]

DigestEncrypt() public méthode

Digests and encrypts data

public DigestEncrypt ( Mechanism digestingMechanism, Mechanism encryptionMechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : byte[]
digestingMechanism	Mechanism	Digesting mechanism
encryptionMechanism	Mechanism	Encryption mechanism
keyHandle	ObjectHandle	Handle of the encryption key
inputStream	Stream	Input stream from which data to be processed should be read
outputStream	Stream	Output stream where encrypted data should be written
bufferLength	int	Size of read buffer in bytes
Résultat	byte[]

DigestEncrypt() public méthode

Digests and encrypts data

public DigestEncrypt ( Mechanism digestingMechanism, Mechanism encryptionMechanism, ObjectHandle keyHandle, byte data, byte &digest, byte &encryptedData ) : void
digestingMechanism	Mechanism	Digesting mechanism
encryptionMechanism	Mechanism	Encryption mechanism
keyHandle	ObjectHandle	Handle of the encryption key
data	byte	Data to be processed
digest	byte	Digest
encryptedData	byte	Encrypted data
Résultat	void

DigestKey() public méthode

Digests the value of a secret key

public DigestKey ( Mechanism mechanism, ObjectHandle keyHandle ) : byte[]
mechanism	Mechanism	Digesting mechanism
keyHandle	ObjectHandle	Handle of the secret key to be digested
Résultat	byte[]

Dispose() public méthode

Disposes object

public Dispose ( ) : void
Résultat	void

Dispose() protected méthode

Disposes object

protected Dispose ( bool disposing ) : void
disposing	bool	Flag indicating whether managed resources should be disposed
Résultat	void

Encrypt() public méthode

Encrypts single-part data

public Encrypt ( Mechanism mechanism, ObjectHandle keyHandle, byte data ) : byte[]
mechanism	Mechanism	Encryption mechanism
keyHandle	ObjectHandle	Handle of the encryption key
data	byte	Data to be encrypted
Résultat	byte[]

Encrypt() public méthode

Encrypts multi-part data

public Encrypt ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream ) : void
mechanism	Mechanism	Encryption mechanism
keyHandle	ObjectHandle	Handle of the encryption key
inputStream	Stream	Input stream from which data to be encrypted should be read
outputStream	Stream	Output stream where encrypted data should be written
Résultat	void

Encrypt() public méthode

Encrypts multi-part data

public Encrypt ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : void
mechanism	Mechanism	Encryption mechanism
keyHandle	ObjectHandle	Handle of the encryption key
inputStream	Stream	Input stream from which data to be encrypted should be read
outputStream	Stream	Output stream where encrypted data should be written
bufferLength	int	Size of read buffer in bytes
Résultat	void

FindAllObjects() public méthode

Searches for all token and session objects that match provided attributes

public FindAllObjects ( List attributes ) : List
attributes	List	Attributes that should be matched
Résultat	List

FindObjects() public méthode

Continues a search for token and session objects that match a template, obtaining additional object handles

public FindObjects ( int objectCount ) : List
objectCount	int	Maximum number of object handles to be returned
Résultat	List

FindObjectsFinal() public méthode

Terminates a search for token and session objects

public FindObjectsFinal ( ) : void
Résultat	void

FindObjectsInit() public méthode

Initializes a search for token and session objects that match a attributes

public FindObjectsInit ( List attributes ) : void
attributes	List	Attributes that should be matched
Résultat	void

GenerateKey() public méthode

Generates a secret key or set of domain parameters, creating a new object

public GenerateKey ( Mechanism mechanism, List attributes ) : ObjectHandle
mechanism	Mechanism	Generation mechanism
attributes	List	Attributes of the new key or set of domain parameters
Résultat	ObjectHandle

GenerateKeyPair() public méthode

Generates a public/private key pair, creating new key objects

public GenerateKeyPair ( Mechanism mechanism, List publicKeyAttributes, List privateKeyAttributes, ObjectHandle &publicKeyHandle, ObjectHandle &privateKeyHandle ) : void
mechanism	Mechanism	Key generation mechanism
publicKeyAttributes	List	Attributes of the public key
privateKeyAttributes	List	Attributes of the private key
publicKeyHandle	ObjectHandle	Handle of the new public key
privateKeyHandle	ObjectHandle	Handle of the new private key
Résultat	void

GenerateRandom() public méthode

Generates random or pseudo-random data

public GenerateRandom ( int length ) : byte[]
length	int	Length in bytes of the random or pseudo-random data to be generated
Résultat	byte[]

GetAttributeValue() public méthode

Obtains the value of one or more attributes of an object

public GetAttributeValue ( ObjectHandle objectHandle, List attributes ) : List
objectHandle	ObjectHandle	Handle of object whose attributes should be read
attributes	List	List of attributes that should be read
Résultat	List

GetAttributeValue() public méthode

Obtains the value of one or more attributes of an object

public GetAttributeValue ( ObjectHandle objectHandle, List attributes ) : List
objectHandle	ObjectHandle	Handle of object whose attributes should be read
attributes	List	List of attributes that should be read
Résultat	List

GetFunctionStatus() public méthode

Legacy function which should throw CKR_FUNCTION_NOT_PARALLEL

public GetFunctionStatus ( ) : void
Résultat	void

GetObjectSize() public méthode

Gets the size of an object in bytes.

public GetObjectSize ( ObjectHandle objectHandle ) : uint
objectHandle	ObjectHandle	Handle of object
Résultat	uint

GetOperationState() public méthode

Obtains a copy of the cryptographic operations state of a session encoded as an array of bytes

public GetOperationState ( ) : byte[]
Résultat	byte[]

GetSessionInfo() public méthode

Obtains information about a session

public GetSessionInfo ( ) : SessionInfo
Résultat	SessionInfo

InitPin() public méthode

Initializes the normal user's PIN

public InitPin ( byte userPin ) : void
userPin	byte	Pin value
Résultat	void

InitPin() public méthode

Initializes the normal user's PIN

public InitPin ( string userPin ) : void
userPin	string	Pin value
Résultat	void

Login() public méthode

Logs a user into a token

public Login ( CKU userType, byte pin ) : void
userType	CKU	Type of user
pin	byte	Pin of user
Résultat	void

Login() public méthode

Logs a user into a token

public Login ( CKU userType, string pin ) : void
userType	CKU	Type of user
pin	string	Pin of user
Résultat	void

Logout() public méthode

Logs a user out from a token

public Logout ( ) : void
Résultat	void

SeedRandom() public méthode

Mixes additional seed material into the token's random number generator

public SeedRandom ( byte seed ) : void
seed	byte	Seed material
Résultat	void

SetAttributeValue() public méthode

Modifies the value of one or more attributes of an object

public SetAttributeValue ( ObjectHandle objectHandle, List attributes ) : void
objectHandle	ObjectHandle	Handle of object whose attributes should be modified
attributes	List	List of attributes that should be modified
Résultat	void

SetOperationState() public méthode

Restores the cryptographic operations state of a session from an array of bytes obtained with GetOperationState

public SetOperationState ( byte state, ObjectHandle encryptionKey, ObjectHandle authenticationKey ) : void
state	byte	Array of bytes obtained with GetOperationState
encryptionKey	ObjectHandle	CK_INVALID_HANDLE or handle to the key which will be used for an ongoing encryption or decryption operation in the restored session
authenticationKey	ObjectHandle	CK_INVALID_HANDLE or handle to the key which will be used for an ongoing signature, MACing, or verification operation in the restored session
Résultat	void

SetPin() public méthode

Modifies the PIN of the user that is currently logged in, or the CKU_USER PIN if the session is not logged in.

public SetPin ( byte oldPin, byte newPin ) : void
oldPin	byte	Old PIN value
newPin	byte	New PIN value
Résultat	void

SetPin() public méthode

Modifies the PIN of the user that is currently logged in, or the CKU_USER PIN if the session is not logged in.

public SetPin ( string oldPin, string newPin ) : void
oldPin	string	Old PIN value
newPin	string	New PIN value
Résultat	void

Sign() public méthode

Signs multi-part data, where the signature is an appendix to the data

public Sign ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream ) : byte[]
mechanism	Mechanism	Signature mechanism
keyHandle	ObjectHandle	Signature key
inputStream	Stream	Input stream from which data should be read
Résultat	byte[]

Sign() public méthode

Signs multi-part data, where the signature is an appendix to the data

public Sign ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, int bufferLength ) : byte[]
mechanism	Mechanism	Signature mechanism
keyHandle	ObjectHandle	Signature key
inputStream	Stream	Input stream from which data should be read
bufferLength	int	Size of read buffer in bytes
Résultat	byte[]

Sign() public méthode

Signs single-part data, where the signature is an appendix to the data

public Sign ( Mechanism mechanism, ObjectHandle keyHandle, byte data ) : byte[]
mechanism	Mechanism	Signature mechanism
keyHandle	ObjectHandle	Signature key
data	byte	Data to be signed
Résultat	byte[]

SignEncrypt() public méthode

Signs and encrypts data

public SignEncrypt ( Mechanism signingMechanism, ObjectHandle signingKeyHandle, Mechanism encryptionMechanism, ObjectHandle encryptionKeyHandle, Stream inputStream, Stream outputStream ) : byte[]
signingMechanism	Mechanism	Signing mechanism
signingKeyHandle	ObjectHandle	Handle of the signing key
encryptionMechanism	Mechanism	Encryption mechanism
encryptionKeyHandle	ObjectHandle	Handle of the encryption key
inputStream	Stream	Input stream from which data to be processed should be read
outputStream	Stream	Output stream where encrypted data should be written
Résultat	byte[]

SignEncrypt() public méthode

Signs and encrypts data

public SignEncrypt ( Mechanism signingMechanism, ObjectHandle signingKeyHandle, Mechanism encryptionMechanism, ObjectHandle encryptionKeyHandle, Stream inputStream, Stream outputStream, int bufferLength ) : byte[]
signingMechanism	Mechanism	Signing mechanism
signingKeyHandle	ObjectHandle	Handle of the signing key
encryptionMechanism	Mechanism	Encryption mechanism
encryptionKeyHandle	ObjectHandle	Handle of the encryption key
inputStream	Stream	Input stream from which data to be processed should be read
outputStream	Stream	Output stream where encrypted data should be written
bufferLength	int	Size of read buffer in bytes
Résultat	byte[]

SignEncrypt() public méthode

Signs and encrypts data

public SignEncrypt ( Mechanism signingMechanism, ObjectHandle signingKeyHandle, Mechanism encryptionMechanism, ObjectHandle encryptionKeyHandle, byte data, byte &signature, byte &encryptedData ) : void
signingMechanism	Mechanism	Signing mechanism
signingKeyHandle	ObjectHandle	Handle of the signing key
encryptionMechanism	Mechanism	Encryption mechanism
encryptionKeyHandle	ObjectHandle	Handle of the encryption key
data	byte	Data to be processed
signature	byte	Signature
encryptedData	byte	Encrypted data
Résultat	void

SignRecover() public méthode

Signs single-part data, where the data can be recovered from the signature

public SignRecover ( Mechanism mechanism, ObjectHandle keyHandle, byte data ) : byte[]
mechanism	Mechanism	Signature mechanism
keyHandle	ObjectHandle	Signature key
data	byte	Data to be signed
Résultat	byte[]

UnwrapKey() public méthode

Unwraps (i.e. decrypts) a wrapped key, creating a new private key or secret key object

public UnwrapKey ( Mechanism mechanism, ObjectHandle unwrappingKeyHandle, byte wrappedKey, List attributes ) : ObjectHandle
mechanism	Mechanism	Unwrapping mechanism
unwrappingKeyHandle	ObjectHandle	Handle of unwrapping key
wrappedKey	byte	Wrapped key
attributes	List	Attributes for unwrapped key
Résultat	ObjectHandle

Verify() public méthode

Verifies a signature of data, where the signature is an appendix to the data

public Verify ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, byte signature, bool &isValid ) : void
mechanism	Mechanism	Verification mechanism;
keyHandle	ObjectHandle	Verification key
inputStream	Stream	Input stream from which data that was signed should be read
signature	byte	Signature
isValid	bool	Flag indicating whether signature is valid
Résultat	void

Verify() public méthode

Verifies a signature of data, where the signature is an appendix to the data

public Verify ( Mechanism mechanism, ObjectHandle keyHandle, Stream inputStream, byte signature, bool &isValid, int bufferLength ) : void
mechanism	Mechanism	Verification mechanism;
keyHandle	ObjectHandle	Verification key
inputStream	Stream	Input stream from which data that was signed should be read
signature	byte	Signature
isValid	bool	Flag indicating whether signature is valid
bufferLength	int	Size of read buffer in bytes
Résultat	void

Verify() public méthode

Verifies a signature of data, where the signature is an appendix to the data

public Verify ( Mechanism mechanism, ObjectHandle keyHandle, byte data, byte signature, bool &isValid ) : void
mechanism	Mechanism	Verification mechanism;
keyHandle	ObjectHandle	Verification key
data	byte	Data that was signed
signature	byte	Signature
isValid	bool	Flag indicating whether signature is valid
Résultat	void

VerifyRecover() public méthode

Verifies signature of data, where the data can be recovered from the signature

public VerifyRecover ( Mechanism mechanism, ObjectHandle keyHandle, byte signature, bool &isValid ) : byte[]
mechanism	Mechanism	Verification mechanism;
keyHandle	ObjectHandle	Verification key
signature	byte	Signature
isValid	bool	Flag indicating whether signature is valid
Résultat	byte[]

WrapKey() public méthode

Wraps (i.e., encrypts) a private or secret key

public WrapKey ( Mechanism mechanism, ObjectHandle wrappingKeyHandle, ObjectHandle keyHandle ) : byte[]
mechanism	Mechanism	Wrapping mechanism
wrappingKeyHandle	ObjectHandle	Handle of wrapping key
keyHandle	ObjectHandle	Handle of key to be wrapped
Résultat	byte[]