Provides the PKCS#5 padding scheme.
The scheme pads the plaintext to the size of the
block length and uses the number of bytes used
for this padding as the actual byte to pad with.
That is, if there are two bytes that needed to be
padded out to get the correct block length then the
two bytes used for padding would be 0x02.
We implemented the PKCS5 formatting as per PKCS #5 version 2.0 ( March 1999 ).
For a code sample using the PKCS5 unformatter engine, click here.
Category:
Signed: This element is only accessible by signed clients. If you intend to use this element, please contact RIM to establish the necessary agreements that will allow you to have your COD files signed. Signing is only required for use on the device, development under the JDE can occur without signing the CODs.
PKCS5UnformatterEngine(BlockDecryptorEngine decryptorEngine)
Creates a PKCS5UnformatterEngine object using a given SymmetricKeyDecryptorEngine
for decrypting the plaintext.
Method Summary
int
decryptAndUnformat(byte[] input,
int inputOffset,
byte[] output,
int outputOffset)
int
decryptAndUnformat(byte[] input,
int inputOffset,
byte[] output,
int outputOffset,
boolean lastBlock)
Creates a PKCS5UnformatterEngine object using a given SymmetricKeyDecryptorEngine
for decrypting the plaintext.
Parameters:
decryptorEngine - The engine that will be used to decrypt the data.
Since:
JDE 3.6.0
Category:
Signed: This element is only accessible by signed clients. If you intend to use this element, please contact RIM to establish the necessary agreements that will allow you to have your COD files signed. Signing is only required for use on the device, development under the JDE can occur without signing the CODs.
Returns the name of the algorithm used, ie
SymmetricKeyDecryptorEngine.getAlgorithm() + "/PKCS5".
Returns:
A String that represents the name of the algorithm.
Since:
JDE 3.6.0
Category:
Signed: This element is only accessible by signed clients. If you intend to use this element, please contact RIM to establish the necessary agreements that will allow you to have your COD files signed. Signing is only required for use on the device, development under the JDE can occur without signing the CODs.
Signed: This element is only accessible by signed clients. If you intend to use this element, please contact RIM to establish the necessary agreements that will allow you to have your COD files signed. Signing is only required for use on the device, development under the JDE can occur without signing the CODs.
Signed: This element is only accessible by signed clients. If you intend to use this element, please contact RIM to establish the necessary agreements that will allow you to have your COD files signed. Signing is only required for use on the device, development under the JDE can occur without signing the CODs.
Decrypts the input and then "unformats" it into the original plaintext.
Since:
JDE 3.6.0
Category:
Signed: This element is only accessible by signed clients. If you intend to use this element, please contact RIM to establish the necessary agreements that will allow you to have your COD files signed. Signing is only required for use on the device, development under the JDE can occur without signing the CODs.
Decrypts the input and then "unformats" it into the original plaintext assuming
this block is not the last block in the stream.
Since:
JDE 3.6.0
Category:
Signed: This element is only accessible by signed clients. If you intend to use this element, please contact RIM to establish the necessary agreements that will allow you to have your COD files signed. Signing is only required for use on the device, development under the JDE can occur without signing the CODs.
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