brp_Crypto_BalKeyEncryptBuffer()

brp_errcode brp_Crypto_BalKeyEncryptBuffer	(	brp_protocol	protocol,
		unsigned	KeyVersion,
		unsigned	EmbeddedKeyIndex,
		unsigned	EmbeddedKeyPos,
		brp_buf	Buffer,
		size_t	Buffer_len,
		brp_buf	InitialVector,
		size_t	InitialVector_len,
		brp_buf *	EncryptedBuffer,
		size_t *	EncryptedBuffer_len,
		brp_buf *	NextInitialVector,
		size_t *	NextInitialVector_len,
		brp_mempool *	mempool
	)

This command is a special version of the brp_Crypto_EncryptBuffer() command which always uses a customer key to encrypt a buffer of data and inserts a Crypto-Key at a desired position before encryption.

The key to insert has to be specified in the EmbeddedKeyIndex parameter. In this case, the 10 Byte Key will, on the one hand, replace the data at the EmbeddedKeyPos position, and on the other hand, replace the last two Bytes by a CRC (16-bit, 8404B, MSB encoded) that is generated on the data contained in Buffer.

Parameters

[in]	protocol	used to execute the command
[in]	KeyVersion	2: use SkipJack Key, 3: Use AES Key.
[in]	EmbeddedKeyIndex	Index of the embedded key to insert in the data (value != 0x00). No key is inserted when this parameter is set to 0x00.
[in]	EmbeddedKeyPos	If an embedded key is specified, this value specifies the position where to include the key.
[in]	Buffer	Data buffer to encrypt.
[in]	Buffer_len
[in]	InitialVector	Initial vector (IV) used for encryption.
[in]	InitialVector_len
[out]	EncryptedBuffer	Buffer after encryption.
[out]	EncryptedBuffer_len
[out]	NextInitialVector	Initial vector to be used as InitialVector parameter in the next call of this command.
[out]	NextInitialVector_len
[in]	mempool	is used to store response data. Maybe NULL to use an internal mempool, in this case the data is only available until another command uses the internal mempool