Crypto For Mac

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• Crypto Wallet For Mac
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Typically, it behaves like a hash function: a minor change in the message or in the key results to totally different MAC value.It should be practically infeasible to change the key or the message and get the same MAC value.MAC codes, like hashes, are irreversible: it is impossible to recover the original message or the key from the MAC code.MAC algorithms are also known as 'keyed hash. Figure out whether your Mac is running on a 32-bit or 64-bit processor (you can tell if it's 32 or 64 by going to about this mac and comparing your processor to the processors on the list of the link above.) Click the link for your system from this page. NOTE: Make sure to get the latest version. It's currently 2.5.0. JCrypTool (JCT) is platform-independent and runs under Linux, Mac and Windows. One focus are post-quantum (signature) algorithms. CrypTool-Online (CTO) was released in spring 2009. Here you can try out in a browser (on a PC or a smartphone) different algorithms. About Oracle Crypto Features and Benefits Oracle Crypto supports public key cryptography algorithms, digital signature algorithms, key exchange algorithms, symmetric cryptography algorithms, message digest algorithms, MAC algorithms, and methods for building and parsing ASN.1 objects.; About the Oracle Crypto Packages Oracle Crypto contains packages of basic cryptographic primitives, utility.

All Implemented Interfaces:

Cloneable

This class provides the functionality of a 'Message Authentication Code' (MAC) algorithm.

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• Encrypto

Typically, it behaves like a hash function: a minor change in the message or in the key results to totally different MAC value.It should be practically infeasible to change the key or the message and get the same MAC value.MAC codes, like hashes, are irreversible: it is impossible to recover the original message or the key from the MAC code.MAC algorithms are also known as 'keyed hash. Figure out whether your Mac is running on a 32-bit or 64-bit processor (you can tell if it's 32 or 64 by going to about this mac and comparing your processor to the processors on the list of the link above.) Click the link for your system from this page. NOTE: Make sure to get the latest version. It's currently 2.5.0. JCrypTool (JCT) is platform-independent and runs under Linux, Mac and Windows. One focus are post-quantum (signature) algorithms. CrypTool-Online (CTO) was released in spring 2009. Here you can try out in a browser (on a PC or a smartphone) different algorithms. About Oracle Crypto Features and Benefits Oracle Crypto supports public key cryptography algorithms, digital signature algorithms, key exchange algorithms, symmetric cryptography algorithms, message digest algorithms, MAC algorithms, and methods for building and parsing ASN.1 objects.; About the Oracle Crypto Packages Oracle Crypto contains packages of basic cryptographic primitives, utility.

All Implemented Interfaces:

Cloneable

This class provides the functionality of a 'Message Authentication Code' (MAC) algorithm.

A MAC provides a way to check the integrity of information transmitted over or stored in an unreliable medium, based on a secret key. Typically, message authentication codes are used between two parties that share a secret key in order to validate information transmitted between these parties.

A MAC mechanism that is based on cryptographic hash functions is referred to as HMAC. HMAC can be used with any cryptographic hash function, e.g., SHA256 or SHA384, in combination with a secret shared key. HMAC is specified in RFC 2104.

Every implementation of the Java platform is required to support the following standard Mac algorithms:

• HmacSHA1
• HmacSHA256

Crypto Wallet For Mac

These algorithms are described in the Mac section of the Java Security Standard Algorithm Names Specification. Consult the release documentation for your implementation to see if any other algorithms are supported.

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Since:

1.4

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• Constructor Summary

  Constructors

  Modifier	Constructor	Description
  protected	Mac​(MacSpi macSpi,Provider provider,String algorithm)

• Method Summary

  Modifier and Type	Method	Description
  Object	clone()	Returns a clone if the provider implementation is cloneable.
  byte[]	doFinal()
  byte[]	doFinal​(byte[] input)	Processes the given array of bytes and finishes the MAC operation.
  void	doFinal​(byte[] output,int outOffset)
  String	getAlgorithm()	Returns the algorithm name of this Mac object.
  static Mac	getInstance​(String algorithm)	Returns a Mac object that implements the specified MAC algorithm.
  static Mac	getInstance​(String algorithm,String provider)	Returns a Mac object that implements the specified MAC algorithm.
  static Mac	getInstance​(String algorithm,Provider provider)	Returns a Mac object that implements the specified MAC algorithm.
  int	getMacLength()
  Provider	getProvider()	Returns the provider of this Mac object.
  void	init​(Key key)
  void	init​(Key key,AlgorithmParameterSpec params)	Initializes this Mac object with the given key and algorithm parameters.
  void	reset()
  void	update​(byte input)	Processes the given byte.
  void	update​(byte[] input)
  void	update​(byte[] input,int offset,int len)	Processes the first len bytes in input, starting at offset inclusive.
  void	update​(ByteBuffer input)	Processes input.remaining() bytes in the ByteBuffer input, starting at input.position().

  Methods declared in class java.lang.Object

  equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Encrypto

• Constructor Details

  • Mac

    protectedMac​(MacSpi macSpi,Provider provider,String algorithm)

    Parameters:

    macSpi - the delegate

    provider - the provider

    algorithm - the algorithm

• Method Details

  • getAlgorithm

    public finalStringgetAlgorithm()
    Returns the algorithm name of this Mac object.

    This is the same name that was specified in one of the getInstance calls that created this Mac object.

    Returns:

    the algorithm name of this Mac object.

  • getInstance

    public static finalMacgetInstance​(String algorithm) throws NoSuchAlgorithmException
    Returns a Mac object that implements the specified MAC algorithm.

    This method traverses the list of registered security Providers, starting with the most preferred Provider. A new Mac object encapsulating the MacSpi implementation from the first Provider that supports the specified algorithm is returned.

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    Note that the list of registered providers may be retrieved via the Security.getProviders() method.

    Implementation Note:

    The JDK Reference Implementation additionally uses the jdk.security.provider.preferredSecurity property to determine the preferred provider order for the specified algorithm. This may be different than the order of providers returned by Security.getProviders().

    Parameters:

    algorithm - the standard name of the requested MAC algorithm. See the Mac section in the Java Security Standard Algorithm Names Specification for information about standard algorithm names.

    Returns:

    the new Mac object

    Throws:

    NoSuchAlgorithmException - if no Provider supports a MacSpi implementation for the specified algorithm

    NullPointerException - if algorithm is null

    See Also:

    Provider

  • getInstance

    public static finalMacgetInstance​(String algorithm,String provider) throws NoSuchAlgorithmException,NoSuchProviderException
    Returns a Mac object that implements the specified MAC algorithm.

    A new Mac object encapsulating the MacSpi implementation from the specified provider is returned. The specified provider must be registered in the security provider list.

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    Note that the list of registered providers may be retrieved via the Security.getProviders() method.

    Parameters:

    algorithm - the standard name of the requested MAC algorithm. See the Mac section in the Java Security Standard Algorithm Names Specification for information about standard algorithm names.

    provider - the name of the provider.

    Returns:

    the new Mac object

    Throws:

    IllegalArgumentException - if the provider is null or empty

    NoSuchAlgorithmException - if a MacSpi implementation for the specified algorithm is not available from the specified provider

    NoSuchProviderException - if the specified provider is not registered in the security provider list

    NullPointerException - if algorithm is null

    See Also:

    Provider

  • getInstance

    public static finalMacgetInstance​(String algorithm,Provider provider) throws NoSuchAlgorithmException
    Returns a Mac object that implements the specified MAC algorithm.

    A new Mac object encapsulating the MacSpi implementation from the specified Provider object is returned. Note that the specified Provider object does not have to be registered in the provider list.

    Parameters:

    algorithm - the standard name of the requested MAC algorithm. See the Mac section in the Java Security Standard Algorithm Names Specification for information about standard algorithm names.

    provider - the provider.

    Returns:

    the new Mac object

    Throws:

    IllegalArgumentException - if the provider is null

    NoSuchAlgorithmException - if a MacSpi implementation for the specified algorithm is not available from the specified Provider object

    NullPointerException - if algorithm is null

    See Also:

    Provider

  • getProvider

    Returns the provider of this Mac object.

    Returns:

    the provider of this Mac object.

  • getMacLength

    Returns the length of the MAC in bytes.

    Returns:

    the MAC length in bytes.

  • init

    public finalvoidinit​(Key key) throws InvalidKeyException

    Parameters:

    key - the key.

    Throws:

    InvalidKeyException - if the given key is inappropriate for initializing this MAC.

  • init

    public finalvoidinit​(Key key,AlgorithmParameterSpec params) throws InvalidKeyException,InvalidAlgorithmParameterException
    Initializes this Mac object with the given key and algorithm parameters.

    Parameters:

    key - the key.

    params - the algorithm parameters.

    Throws:

    InvalidKeyException - if the given key is inappropriate for initializing this MAC.

    InvalidAlgorithmParameterException - if the given algorithm parameters are inappropriate for this MAC.

  • update

    public finalvoidupdate​(byte input) throws IllegalStateException

    Parameters:

    input - the input byte to be processed.

    Throws:

    IllegalStateException - if this Mac has not been initialized.

  • update

    public finalvoidupdate​(byte[] input) throws IllegalStateException

    Parameters:

    input - the array of bytes to be processed.

    Throws:

    IllegalStateException - if this Mac has not been initialized.

  • update

    public finalvoidupdate​(byte[] input,int offset,int len) throws IllegalStateException
    Processes the first len bytes in input, starting at offset inclusive.

    Parameters:

    input - the input buffer.

    offset - the offset in input where the input starts.

    len - the number of bytes to process.

    Throws:

    IllegalStateException - if this Mac has not been initialized.

  • update

    Processes input.remaining() bytes in the ByteBuffer input, starting at input.position(). Upon return, the buffer's position will be equal to its limit; its limit will not have changed.

    Parameters:

    input - the ByteBuffer

    Throws:

    IllegalStateException - if this Mac has not been initialized.

    Since:

    1.5

  • doFinal

    public finalbyte[]doFinal() throws IllegalStateException
    Finishes the MAC operation.

    A call to this method resets this Mac object to the state it was in when previously initialized via a call to init(Key) or init(Key, AlgorithmParameterSpec). That is, the object is reset and available to generate another MAC from the same key, if desired, via new calls to update and doFinal. (In order to reuse this Mac object with a different key, it must be reinitialized via a call to init(Key) or init(Key, AlgorithmParameterSpec).

    Returns:

    the MAC result.

    Throws:

    IllegalStateException - if this Mac has not been initialized.

  • doFinal

    public finalvoiddoFinal​(byte[] output,int outOffset) throws ShortBufferException,IllegalStateException
    Finishes the MAC operation.

    A call to this method resets this Mac object to the state it was in when previously initialized via a call to init(Key) or init(Key, AlgorithmParameterSpec). That is, the object is reset and available to generate another MAC from the same key, if desired, via new calls to update and doFinal. (In order to reuse this Mac object with a different key, it must be reinitialized via a call to init(Key) or init(Key, AlgorithmParameterSpec).

    The MAC result is stored in output, starting at outOffset inclusive.

    Parameters:

    output - the buffer where the MAC result is stored

    outOffset - the offset in output where the MAC is stored

    Throws:

    ShortBufferException - if the given output buffer is too small to hold the result

    IllegalStateException - if this Mac has not been initialized.

  • doFinal

    public finalbyte[]doFinal​(byte[] input) throws IllegalStateException
    Processes the given array of bytes and finishes the MAC operation.

    A call to this method resets this Mac object to the state it was in when previously initialized via a call to init(Key) or init(Key, AlgorithmParameterSpec). That is, the object is reset and available to generate another MAC from the same key, if desired, via new calls to update and doFinal. (In order to reuse this Mac object with a different key, it must be reinitialized via a call to init(Key) or init(Key, AlgorithmParameterSpec).

    Parameters:

    input - data in bytes

    Returns:

    the MAC result.

    Throws:

    IllegalStateException - if this Mac has not been initialized.

  • reset

    Resets this Mac object.

    A call to this method resets this Mac object to the state it was in when previously initialized via a call to init(Key) or init(Key, AlgorithmParameterSpec). That is, the object is reset and available to generate another MAC from the same key, if desired, via new calls to update and doFinal. (In order to reuse this Mac object with a different key, it must be reinitialized via a call to init(Key) or init(Key, AlgorithmParameterSpec).

  • clone

    public finalObjectclone() throws CloneNotSupportedException
    Returns a clone if the provider implementation is cloneable.

    Overrides:

    clone in class Object

    Returns:

    a clone if the provider implementation is cloneable.

    Throws:

    CloneNotSupportedException - if this is called on a delegate that does not support Cloneable.

    See Also:

    Cloneable