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Assembly is a construction consisting of a chain of
Transformer elements; each wired in pre- or post- transformation
mode. LoopbackTransformer.
IAuthInfoProvider providers. Entry to this keyring.
Transformer and signals that it should operate
in post-processing mode; i.e. it should apply its internal transformation
algorithm on the input data stream, after it passes that stream to
the next element in the chain.
Transformer and signals that it should operate
in pre-processing mode; i.e. it should apply its internal transformation
algorithm on the input data stream, before it passes that stream to
the next element in the chain.
Enumeration of all aliases (instances of
String) in this keyring.
Stage.
UST.
UST
with a designated UST
with a designated Set of supported block sizes for this
Cascade that are common to all of its chained stages.
Set of supported block sizes for this
Stage.
Iterator over the supported block sizes.
Iterator over the supported block sizes.
Iterator over the supported block sizes.
n.
Cascade as a Transformer in an
Assembly.CAST5 (a.k.a. CAST5 (a.k.a. Cipher Adapter class to
wrap GNU Crypto cipher instances.SaslClientFactory.ConfidentialityException with no
detail message.
ConfidentialityException with
the specified detail message.
ConfidentialityException with a
detailed message and a root exception.
alias.
alias.
alias.
alias.
Transformer.
IKeyPairCodec operations for the
Raw format to use with Diffie-Hellman keypairs.DHGenParameterSpec instance to use
for this generator.
KeyPairGenerator adapter class
to wrap gnu.crypto DSS keypair generator instances.IKeyPairCodec operations for the
Raw format to use with DSS keypairs.2L-1 < p < 2L
for 512 <= L <= 1024 and L a
multiple of 64.ISignatureCodec operations for the
Raw format to use with DSS signatures.DSAParameterSpec instance to use for
this generator's p, q, and g values.
Transformer Adapter allowing inclusion of a DEFLATE compression
algorithm in an Assembly chain. Stage instances into Cascade Cipher chains, as well as for operating a Cascade in a
given direction.EM into an octet string
PS consisting of nonzero octets and a message M
as:
EM = 0x00 || 0x02 || PS || 0x00 || M.
EM and compares it to the hash of
M.
RSADP algorithm.
BigInteger.
PS of length k - mLen -
3 consisting of pseudo-randomly generated nonzero octets.
EME_PKCS1_V1_5.encode(byte[]) method, except that the source of
randomness to use for obtaining the padding bytes (an instance of
IRandom) is given as a parameter.
EME_PKCS1_V1_5.encode(byte[], IRandom) method, except that
the source of randmoness is an instance of Random.
M using a hash function and maps the result to an encoded
message EM of a specified length using a mask generation
function.
RSAEP algorithm.
true if the designated object is an instance of
DHKey and has the same Diffie-Hellman parameter values as this
one.
true if the designated object is an instance of
DSAKey and has the same DSS (Digital Signature Standard) parameter
values as this one.
true if the designated object is an instance of
DSAPrivateKey and has the same DSS (Digital Signature Standard)
parameter values as this one.
true if the designated object is an instance of
DSAPublicKey and has the same DSS (Digital Signature Standard)
parameter values as this one.
true if the designated object is an instance of
RSAKey and has the same RSA parameter values as this one.
true if the designated object is an instance of
this class and has the same RSA parameter values as this one.
true if the designated object is an instance of
this class and has the same RSA parameter values as this one.
true if the designated object is an instance of
SRPKey and has the same SRP parameter values as this one.
true if the designated object is an instance of
SRPPrivateKey and has the same SRP parameter values as this
one.
true if the designated object is an instance of
SRPPublicKeyand has the same SRP parameter values as this one.
0 to 15 corresponding
to the designated hexadecimal digit.
g = h(p-1)/q mod p, where h is any
integer with 1 < h < p - 1 such that h
(p-1)/q mod p > 1 (g has order q mod p
).
p, q, and
g parameters only when L (the modulus length)
is not one of the following: 512, 768 and
1024.
List of entries (instances of Entry) for the
given alias, or null if there no such entry
exists.
null if the cause
is nonexistent or unknown.
alias, or
null if there is no such entry.
alias, or
null if this keyring has no such entry.
Set of names of symmetric key block cipher algorithms
available from this Provider.
null if this
property is not set.
GnuRSAKey.getPublicExponent().
null since this implementation does not encode SRP
keys.
null
if there is no IV.
Registry.HMAC_NAME_PREFIX.
IAuthInfoProvider requests.
Set of names of keypair generator implementations
available from this Provider.
Set of names of MAC algorithms available from
this Provider.
Set of names of message digest algorithms available
from this Provider.
n.
Set of symmetric key block cipher implementation
names supported by this Factory.
Set of names of hash algorithms supported by this
Factory.
Set of key agreement protocol names supported by this
Factory.
Set of keypair codec names supported by this
Factory.
Set of keypair generator names supported by this
Factory.
Set of names of HMAC algorithms
supported by this Factory.
Set of names of MAC algorithms
supported by this Factory.
Set of names of mode supported by this
Factory.
Set of names of padding algorithms
supported by this Factory.
Set of names of padding algorithms supported by this
Factory.
Set of signature-with-appendix scheme names supported
by this Factory.
A in a two-party A..B exchange, given the
canonical name of this protocol.
B in a two-party A..B exchange, given the
canonical name of this protocol.
null if no prefix was
specified.
alias.
key.
e.
alias, or
null if there is no such entry.
Set of names of SASL Client mechanisms available from
this Provider.
Set of names of SASL Server mechanisms available from
this Provider.
count-octet long, from the
current buffer.
Set of names of secure random implementations
available from this Provider.
Set of names of signature scheme implementations
available from this Provider.
BigInteger.
BigInteger.
BigInteger.
Haval.HAVAL_128_BIT as
the value for the output size (i.e.
Haval.HAVAL_3_ROUND for the value of number of rounds.
Haval instance with the designated output
size (in bytes).
HAVAL Service Provider Interface
(SPI) Adapter.s into an
octet sequence of length k.
BaseCipher sub-classes.IMode.ICMGenerator to allow using this
algorithm as a JCE SecureRandom.index value to use in this
instance.
IllegalMechanismStateException
with no detail message.
IllegalMechanismStateException
with the specified detail message.
IllegalMechanismStateException
with the specified detail message, and cause.
IntegrityException with no
detail message.
IntegrityException with the
specified detail message.
IntegrityException with a
detailed message and a root exception.
Assembly for operation with specific
characteristics.
Transformer for operation with specific
characteristics.
IMac.MAC_KEY_MATERIAL.
Stage into the current chain, at the specified index
(zero-based) position.
true if the Time-To_live period has not elapsed.
true if the party in the key agreement protocol
exchange has completed its part of the exchange.
true if the communications link with the end-point
has been established; false otherwise.
true if this Transformer was wired in
post-processing mode; false otherwise.
true if this Transformer was wired in
pre-processing mode; false otherwise.
DO_MILLER_RABIN.
KeyAgreementException.
KeyAgreementException with a
detailed message.
KeyAgreementException with a
detailed message and a root exception.
KeyPairGenerator
adapter class to wrap gnu.crypto keypair generator instances.Iterator over the supported key sizes.
Iterator over the supported key sizes.
Iterator over the supported underlying block cipher
key sizes.
Transformer to allow closing a chain in an Assembly.
1 whose contents are
the designated byte.
Assembly.
1 whose contents are
the designated byte.
Transformer.
seed, and then (b)
continuously re-hashing its output. Mac adapter class
to wrap GNU Crypto MAC instances.MacOutputStream.
MessageDigest adapter
class to wrap gnu.crypto hash instances.IMode Stage in a Cascade Cipher chain.NoSuchMechanismException with the specified
detail message.
NoSuchUserException with no detail message.
NoSuchUserException with the specified detail
message.
offset, for a maximum of length bytes with the
output of this generator instance.
buffer with random data
generated by the underlying singleton.
buffer, starting from byte at
position offset with, at most, length bytes of
random data generated by the underlying singleton.
IV for every message that is ever encrypted under the
given key. Transformer.PasswordFile object.
IPad as a Transformer in an
Assembly.(name => value) pairs used in keyring entries.
2L-1 < p < 2L
for 512 <= L <= 1024 and L a multiple of
64.
CipherAdapter.partBlock.
Stage.
System.err.
System.err.
alias.
p - 1, where 2159 < q
< 2160.
KeyPairGenerator adapter class
to wrap gnu.crypto RSA keypair generator instances.IKeyPairCodec interface for the
Raw format to use with RSA keypairs.ISignatureCodec
operations for the Raw format to use with RSA-PSS signatures.RSAKeyGenParameterSpec instance to
use for this generator's n, and e values.
len bytes of data from the underlying
source input stream into an array of bytes.
alias from this
keyring.
Assembly for re-initialisation and use with other
characteristics.
Transformer for re-initialisation and use with
other characteristics.
SecureRandom instance to use.
SecureRandom instance to use.
SecureRandom instance to use.
SecureRandom instance to use.
SecureRandom instance to use.
SecureRandom,
Random, or IRandom instance to
use.
IKeyPairCodec operations for the
Raw format to use with SRP keypairs.SaslEncodingException with no detail message.
SaslEncodingException with the specified detail
message.
SaslClient or a SaslServer
to process the data through these entities' security layer filter(s).SaslClient or a SaslServer
to process the data through these entities' security layer filter(s).SecureRandom adapter
class to wrap gnu.crypto prng instances based on Message Digest algorithms.SaslServerFactory.Signature adapter class
to wrap gnu.crypto signature instances.CallbackHandler for test purposes.Transformer.
count-octet long, to the
current buffer.
Iterator over the stages contained in this instance.
attributes.
TMMH16.
Transformer is an abstract representation of a two-way
transformation that can be chained together with other instances of
this type. offset and consisting of length bytes.
offset and consisting of length bytes.
n.
n.
toString() method except that the Unicode
escape character is inserted before every pair of bytes.
toString() method except that the Unicode
escape character is inserted before every pair of bytes.
toString() method except that the Unicode
escape character is inserted before every pair of bytes.
BLOCK_LENGTH bytes to the running digest.
UMacGenerator to allow using this
algorithm as a JCE SecureRandom.UserAlreadyExistsException with no detail
message.
UserAlreadyExistsException with the specified
detail message.
1 whose contents are
the designated byte.
Direction.FORWARD state) or ciphertext (if initialised in the
Direction.REVERSED state).
Direction.FORWARD state) or ciphertext (if initialised in
the Direction.REVERSED state).
1 whose contents are
the designated byte.
encodePrivateKey()
method of a DH keypair codec object (an instance implementing
IKeyPairCodec for DH keys, and re-constructs an instance of this
object.
encodePublicKey()
method of a DH keypair codec object (an instance implementing
IKeyPairCodec for DSS keys, and re-constructs an instance of this
object.
encodePrivateKey()
method of a DSS keypair codec object (an instance implementing
IKeyPairCodec for DSS keys, and re-constructs an
instance of this object.
encodePublicKey()
method of a DSS keypair codec object (an instance implementing
IKeyPairCodec for DSS keys, and re-constructs an
instance of this object.
encodePrivateKey()
method of an RSA keypair codec object (an instance implementing
IKeyPairCodec for RSA keys, and re-constructs an
instance of this object.
encodePublicKey()
method of an RSA keypair codec object (an instance implementing
IKeyPairCodec for RSA keys, and re-constructs an
instance of this object.
encodePrivateKey()
method of an SRP keypair codec object (an instance implementing
IKeyPairCodec for DSS keys, and re-constructs an instance of this
object.
encodePublicKey()
method of an SRP keypair codec object (an instance implementing
IKeyPairCodec for SRP keys, and re-constructs an instance of this
object.
write()) will be encapsulated as a SASL buffer, as defined in
RFC 2222, and then written to the underlying dest output stream.
write()) will be encapsulated as a SASL buffer, as defined in
RFC 2222, and then written to the underlying dest output stream.
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For the latest news and information visit The GNU Crypto project |
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