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this += gx (mod f(x)).
this &= source.
this &= ~source.
this BigRegister object with random data
generated from the default source.
this BigRegister object with random data
generated from a designated source.
BigRegister of a given size
with all its bits set to zeroes.
this BigRegister.
setInitializationVector.
setInitializationVector.
getInitializationVectorLength()
bytes of the stream (it will be visible as cleartext at the start
of the output stream).
getInitializationVectorLength()
bytes of the stream.
setInitializationVector.
ENCRYPT or
DECRYPT.
ENCRYPT or
DECRYPT.
engineClock() method until
the LFSR has been clocked ticks times.
this.
this BigRegister's contents to that of the
argument, returning -1, 0 or 1 for less than, equal to, or greater
than comparison result.
this.
initDecrypt.
crypt(in).
crypt(in, offset, length).
crypt(in, inOffset, inLen, out, 0).
crypt(in, inOffset, inLen, out, outOffset).
getDebugOutput().
initEncrypt.
engineUpdate (when isFinal is false), or
successive calls to both engineUpdate and
engineCrypt (when isFinal is true).
blockSize variable for this instance.
PrivilegeManager.enablePrivilege(...), in order to request
permission for an action that requires the user's trust.
toStream.
getParameters.
engineSign() method above.
engineSign() method above.
count bits starting at offset n
framed in a long, right justified and left padded
with binary zeroes.
generateKey() to create new random keys.
generateKey() to create new random keys.
System.exit.
setInitializationVector.
size of this object as
specified at its instantiation time.
this.
update (i.e.
crypt
(including padding for the final block of the stream, if applicable).
this BigRegister
as an int.
this.
BigInteger.isProbablePrime(r, certainty).
this.
size and bits) are equal to this one;
false otherwise.
this.
this.
this BigRegister
as a long.
this.
self_test.
self_test.
self_test.
self_test.
self_test.
self_test.
self_test.
self_test.
mark and
reset methods of InputStream, which it does not.
mark and
reset methods of InputStream, which it does not.
BigRegister object.
this *= gx (mod f(x)).
count bits of
this LFSR and clock it by as many ticks.
this = ~this.
setInitializationVector.
setInitializationVector.
blockSize.this |= source.
update (i.e.
crypt (including padding
for the final block of the stream, if applicable).
setInitializationVector.
setInitializationVector.
this to the nth power modulo
f(x)).
this BigRegister's bits.
size of this
register.
size of this
register.
implBuffering false,
implPadding false and the provider set to "Cryptix".
java.util.Properties.save.
count bits starting at offset n
to a given value.
this BigRegister's contents
by a given number of bit positions.
this BigRegister's contents
by a given number of bit positions.
this -= gx (mod f(x)).
this LFSR as a BigRegister
object where now the powers of the polynomial terms are
ordered in ascending succession starting from power 0 at index 0.
this BigRegister's contents in a
byte array with the LSB at index position 0.
String representation of the
polynomial form represented by this LFSR's state.
String representation of the binary
contents of this.
String representation of the binary
contents of this.
L stages and with a connection
trinomial of the form: xL +
xK + 1.
TrinomialLFSR object whose state is set
to the powers of the polynomial p(x) such that p(x)
= 1 in the polynomial Group defined over the trinomial
function of this object.
TrinomialLFSR object whose state is set
to the powers of the polynomial p(x) such that p(x)
= x in the polynomial Group defined over the trinomial
function of this object.
BigRegister, of the same size
as this set to the specified value.
this ^= source.
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