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# Serialized Form

Package cryptix

Class cryptix.CryptixException implements Serializable

Package cryptix.provider

Class cryptix.provider.Cryptix implements Serializable

Package cryptix.provider.elgamal

Class cryptix.provider.elgamal.BaseElGamalPrivateKey implements Serializable

Serialized Fields

### x

    java.math.BigInteger x

Class cryptix.provider.elgamal.BaseElGamalPublicKey implements Serializable

Serialized Fields

### g

    java.math.BigInteger g

### p

    java.math.BigInteger p

### y

    java.math.BigInteger y

Package cryptix.provider.key

Class cryptix.provider.key.RawKey implements Serializable

Serialized Fields

### algorithm

    java.lang.String algorithm

### data

    byte[] data

Class cryptix.provider.key.RawSecretKey implements Serializable

Package cryptix.provider.rsa

Class cryptix.provider.rsa.BaseRSAPrivateKey implements Serializable

Serialized Fields

### d

    java.math.BigInteger d

  Private encryption exponent. Traditionally referred to as d.

### n

    java.math.BigInteger n

  Public decryption modulus. It is the product of the two p and q factors.

### p

    java.math.BigInteger p

  The first factor of the public modulus n traditionally referred to as p.

### q

    java.math.BigInteger q

  The second factor of the public modulus n traditionally referred to as q.

### u

    java.math.BigInteger u

  The result of q^-1 (mod p), called the 'multiplicative inverse' and traditionally referred to as u. This is used in modular exponentiation operations using the Chinese Remainder Theorem (CRT).

Class cryptix.provider.rsa.BaseRSAPublicKey implements Serializable

Serialized Fields

### e

    java.math.BigInteger e

  Public exponent.

### n

    java.math.BigInteger n

  Public modulus. It is the product of the two p and q factors but for a public key we usually do not have access to them.

Class cryptix.provider.rsa.RawRSAPrivateKey implements Serializable

Class cryptix.provider.rsa.RawRSAPublicKey implements Serializable

Package cryptix.test

Class cryptix.test.Test3LFSR implements Serializable

Class cryptix.test.TestBase64Stream implements Serializable

Class cryptix.test.TestBR implements Serializable

Class cryptix.test.TestElGamal implements Serializable

Class cryptix.test.TestHMAC implements Serializable

Class cryptix.test.TestIJCE implements Serializable

Class cryptix.test.TestInstall implements Serializable

Class cryptix.test.TestRSA implements Serializable

Class cryptix.test.TestScar implements Serializable

Class cryptix.test.TestUnixCrypt implements Serializable

Package cryptix.util.checksum

Class cryptix.util.checksum.ChecksumException implements Serializable

Package cryptix.util.math

Class cryptix.util.math.BigRegister implements Serializable

Serialized Fields

### bits

    byte[] bits

### size

    int size

Class cryptix.util.math.TrinomialLFSR implements Serializable

Serialized Fields

### K

    int K

  Degree (power) of the mid-tap connection.

### L

    int L

  Number of stages/delay elements in this LFSR which is also the degree of the connection trinomial.

### slice

    int slice

  Clocking is the process of computing the new feedback bit from the output one and feeding it back to the end of the register. On a bit by bit basis, this looks like so:

           out = getBit(L-1);
           in = out ^ getBit(L-K-1);
           shiftLeft(1);
           if (in == 1) setBit(0);

  It is clear from the above that better efficiency and speed can be achieved if we can process a larger chunck of bits at a time than just one bit.

  This variable is here for exactly this purpose. It tells us how many bits we can alter with maximum efficiency. It is computed at instantiation time as the min(64, K, L-K).

### warpFactor

    int warpFactor

Package cryptix.util.test

Class cryptix.util.test.BaseTest implements Serializable

Serialized Fields

### commandLine

    boolean commandLine

  true if the program was run from the command line.

### errors

    int errors

  The number of errors so far.

### expectedPasses

    int expectedPasses

  The number of expected passes.

### failures

    int failures

  The number of failures so far.

### gui

    TestGUI gui

  The GUI implementation (in a separate class to avoid creating unwanted dependencies in this one).

### name

    java.lang.String name

  The name of this test.

### out

    java.io.PrintWriter out

  The PrintWriter to which delayed output is sent.

### overallPass

    boolean overallPass

  true if there is an overall pass.

### passes

    int passes

  The number of passes so far.

### skipped

    int skipped

  The number of skipped tests so far.

### status

    java.io.PrintWriter status

  The PrintWriter to which immediate output is sent.

### sw

    java.io.StringWriter sw

  A StringWriter that collects delayed output.

### verbose

    boolean verbose

  true if output is to be printed even if all tests pass.

Class cryptix.util.test.TestException implements Serializable

Serialized Fields

### errorcode

    int errorcode

Class cryptix.util.test.TestGUI implements Serializable

Serialized Fields

### allowExit

    boolean allowExit

### frame

    java.awt.Frame frame

### output

    java.io.PrintWriter output

### owner

    BaseTest owner

### textArea

    java.awt.TextArea textArea

Package netscape.security

Class netscape.security.ForbiddenTargetException implements Serializable

Package xjava.security

Class xjava.security.GeneralSecurityException implements Serializable

Class xjava.security.IllegalBlockSizeException implements Serializable

Serialized Fields

### blockSize

    int blockSize

  Deprecated. Use getBlockSize().

  The block size of the cipher.

### dataSize

    int dataSize

  Deprecated. Use getDataSize().

  The size of the data passed to the cipher.

Class xjava.security.InvalidKeyFormatException implements Serializable

Class xjava.security.InvalidParameterTypeException implements Serializable

Class xjava.security.NoSuchParameterException implements Serializable

Class xjava.security.WeakKeyException implements Serializable

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Copyright (C) 1995-2000 The Cryptix Foundation Ltd. All rights reserved.