Quadcap Embeddable Database

com.quadcap.crypto.AbstractSymmetricKey Class Reference

Inheritance diagram for com.quadcap.crypto.AbstractSymmetricKey:

List of all members.

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Detailed Description

Base class for symmetric ciphers.

Author:

Stan Bailes

Definition at line 50 of file AbstractSymmetricKey.java.

Public Member Functions
abstract void	init (String s) throws Exception
	Initialize key from serialized representation.
abstract void	init (Random r)
	Initialize: Create a random key.
abstract int	getBlockSize ()
	The key's block size.
Key	getEncryptionKey ()
	Return the key used for decryption.
abstract void	encrypt (ByteBuffer plain, ByteBuffer code)
	Encrypt a buffer (must be multiple of 8 bytes).
Key	getDecryptionKey ()
	Return the key used for encryption.
abstract void	decrypt (ByteBuffer code, ByteBuffer plain)
	Decrypt a buffer (must be a multiple of 8 bytes).
Protected Attributes
EncryptionKey	ekey = new EncryptionKey()
DecryptionKey	dkey = new DecryptionKey(this)

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Member Function Documentation

abstract void com.quadcap.crypto.AbstractSymmetricKey.decrypt (  ByteBuffer  code, ByteBuffer  plain )  [pure virtual]

Decrypt a buffer (must be a multiple of 8 bytes). Implemented in com.quadcap.crypto.Rijndael, com.quadcap.crypto.Tea, and com.quadcap.crypto.Tea256. Referenced by com.quadcap.crypto.AbstractSymmetricKey.DecryptionKey.f().

abstract void com.quadcap.crypto.AbstractSymmetricKey.encrypt (  ByteBuffer  plain, ByteBuffer  code )  [pure virtual]

Encrypt a buffer (must be multiple of 8 bytes). Implemented in com.quadcap.crypto.Rijndael, com.quadcap.crypto.Tea, and com.quadcap.crypto.Tea256.

abstract int com.quadcap.crypto.AbstractSymmetricKey.getBlockSize (   )  [pure virtual]

The key's block size. Implemented in com.quadcap.crypto.Rijndael, com.quadcap.crypto.Tea, and com.quadcap.crypto.Tea256. Referenced by com.quadcap.crypto.AbstractSymmetricKey.DecryptionKey.blockSize(), and com.quadcap.crypto.AbstractSymmetricKey.EncryptionKey.blockSize().

Key com.quadcap.crypto.AbstractSymmetricKey.getDecryptionKey (   )

Return the key used for encryption. Implements com.quadcap.crypto.SymmetricKey. Definition at line 109 of file AbstractSymmetricKey.java. References com.quadcap.crypto.AbstractSymmetricKey.dkey.

Key com.quadcap.crypto.AbstractSymmetricKey.getEncryptionKey (   )

Return the key used for decryption. Implements com.quadcap.crypto.SymmetricKey. Definition at line 80 of file AbstractSymmetricKey.java. References com.quadcap.crypto.AbstractSymmetricKey.ekey.

abstract void com.quadcap.crypto.AbstractSymmetricKey.init (  Random  r  )  [pure virtual]

Initialize: Create a random key. Implements com.quadcap.crypto.SymmetricKey. Implemented in com.quadcap.crypto.Rijndael, com.quadcap.crypto.Tea, and com.quadcap.crypto.Tea256.

abstract void com.quadcap.crypto.AbstractSymmetricKey.init (  String  s  )  throws Exception [pure virtual]

Initialize key from serialized representation. Implements com.quadcap.crypto.SymmetricKey. Implemented in com.quadcap.crypto.Rijndael, com.quadcap.crypto.Tea, and com.quadcap.crypto.Tea256.

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Member Data Documentation

DecryptionKey com.quadcap.crypto.AbstractSymmetricKey.dkey = new DecryptionKey(this) [protected]

Definition at line 104 of file AbstractSymmetricKey.java. Referenced by com.quadcap.crypto.AbstractSymmetricKey.getDecryptionKey().

EncryptionKey com.quadcap.crypto.AbstractSymmetricKey.ekey = new EncryptionKey() [protected]

Definition at line 75 of file AbstractSymmetricKey.java. Referenced by com.quadcap.crypto.AbstractSymmetricKey.getEncryptionKey().