Command_CryptoSym

Symmetric Crypto Command of HAL DUT Command dispatcher frame. More...

Collaboration diagram for Command_CryptoSym:

Modules
	Command_Codes
	Symmetric Crypto Command Codes of HAL DUT Command dispatcher frame.
	Defines
	Symmetric Crypto Definitions of HAL DUT Command dispatcher frame.

Functions
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_Init (phhalHw_DUT_DataParams_t *pDataParams)
	Initialize Hardware Symmetric Crypto Component. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_DeInit (phhalHw_DUT_DataParams_t *pDataParams)
	Un-Initialize Hardware Symmetric Crypto Component. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_GetLastStatus (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wStatusMsgLen, int8_t *pStatusMsg, int32_t *pStatusCode)
	Returns the status code and respective message. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_InvalidateKey (phhalHw_DUT_DataParams_t *pDataParams)
	Invalidate the currently loaded key. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_SetConfig (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wConfig, uint16_t wValue)
	Set configuration parameter. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_GetConfig (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wConfig, uint16_t *pValue)
	Get configuration parameter. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_Encrypt (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wOption, const uint8_t *pPlainBuff, uint16_t wBuffLen, uint8_t *pEncBuff)
	Perform Encryption with one of the supported crypto modes. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_Decrypt (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wOption, const uint8_t *pEncBuff, uint16_t wBuffLen, uint8_t *pPlainBuff)
	Perform Decryption with one of the supported crypto modes. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_CalculateMac (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wOption, const uint8_t *pData, uint16_t wDataLen, uint8_t *pMac, uint8_t *pMacLen)
	Calculate MAC with one of the supported MAC modes. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_LoadIv (phhalHw_DUT_DataParams_t *pDataParams, const uint8_t *pIV, uint8_t bIVLen)
	Load IV. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_LoadKey (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wKeyNo, uint16_t wKeyVer, uint16_t wKeyType)
	Load Key. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_LoadKeyDirect (phhalHw_DUT_DataParams_t *pDataParams, const uint8_t *pKey, uint16_t wKeyType)
	Direct Load Key. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_DiversifyKey (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wOption, uint16_t wKeyNo, uint16_t wKeyVer, uint8_t *pDivInput, uint8_t bDivInLen, uint8_t *pDivKey, uint8_t *pDivKeyLen)
	Diversify Key - Note: This function invalidates the currently loaded key. More...
phStatus_t	phhalHw_DUT_Cmd_CryptoSym_DiversifyDirectKey (phhalHw_DUT_DataParams_t *pDataParams, uint16_t wOption, uint8_t *pKey, uint16_t wKeyType, uint8_t *pDivInput, uint8_t bDivInLen, uint8_t *pDivKey, uint8_t *pDivKeyLen)
	Diversify Direct Key - Note: This function invalidates the currently loaded key. More...

Detailed Description

Symmetric Crypto Command of HAL DUT Command dispatcher frame.

Function Documentation

phhalHw_DUT_Cmd_CryptoSym_Init()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_Init

(

phhalHw_DUT_DataParams_t *

pDataParams

)

Initialize Hardware Symmetric Crypto Component.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
Other	Depending on implementation and underlying component.

Parameters

[in]

pDataParams

[In] Pointer to this layer's parameter structure.

phhalHw_DUT_Cmd_CryptoSym_DeInit()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_DeInit

(

phhalHw_DUT_DataParams_t *

pDataParams

)

Un-Initialize Hardware Symmetric Crypto Component.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
Other	Depending on implementation and underlying component.

Parameters

[in]

pDataParams

[In] Pointer to this layer's parameter structure.

phhalHw_DUT_Cmd_CryptoSym_GetLastStatus()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_GetLastStatus	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wStatusMsgLen,
		int8_t *	pStatusMsg,
		int32_t *	pStatusCode
	)

Returns the status code and respective message.

This interfaces is supported only if CryptoSym component is initialized with mBedTLS Initialization.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wStatusMsgLen	[In] Size of bytes allocated for pStatusMsg parameter.
[out]	pStatusMsg	[Out] The equivalent status message for the information available in pStatusCode.
[out]	pStatusCode	[Out] The status code returned by the underlying Crypto library.

phhalHw_DUT_Cmd_CryptoSym_InvalidateKey()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_InvalidateKey

(

phhalHw_DUT_DataParams_t *

pDataParams

)

Invalidate the currently loaded key.

Resets the key, the IV, the keep IV flag and the key Type.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
Other	Depending on implementation and underlying component.

Parameters

[in]

pDataParams

[In] Pointer to this layer's parameter structure.

phhalHw_DUT_Cmd_CryptoSym_SetConfig()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_SetConfig	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wConfig,
		uint16_t	wValue
	)

Set configuration parameter.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer.
PH_ERR_INVALID_PARAMETER	Valid wConfig but invalid wValue for that config.
PH_ERR_UNSUPPORTED_PARAMETER	Invalid (Unsupported) wConfig.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wConfig	[In] Configuration Identifier. Refer Configuration Identifier
[in]	wValue	[In] Configuration Value for the provided configuration identifier. Refer KeepIV Options for PHHAL_HW_DUT_CMD_CRYPTOSYM_CONFIG_KEEP_IV configuration identifier.

phhalHw_DUT_Cmd_CryptoSym_GetConfig()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_GetConfig	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wConfig,
		uint16_t *	pValue
	)

Get configuration parameter.

Return values

PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer.
PH_ERR_INVALID_PARAMETER	Value behind wConfig not valid at the moment.
PH_ERR_UNSUPPORTED_PARAMETER	Invalid (Unsupported) wConfig.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wConfig	[In] Configuration Identifier. Refer Configuration Identifier
[out]	pValue	[Out] Configuration Value for the provided configuration identifier. Refer Keytypes for PHHAL_HW_DUT_CMD_CRYPTOSYM_CONFIG_KEY_TYPE configuration identifier. Refer DES Key / Block Sizes or AES Key / Block Sizes for PHHAL_HW_DUT_CMD_CRYPTOSYM_CONFIG_KEY_SIZE or PHHAL_HW_DUT_CMD_CRYPTOSYM_CONFIG_BLOCK_SIZE configuration identifier. Refer KeepIV Options for PHHAL_HW_DUT_CMD_CRYPTOSYM_CONFIG_KEEP_IV configuration identifier.

phhalHw_DUT_Cmd_CryptoSym_Encrypt()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_Encrypt	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wOption,
		const uint8_t *	pPlainBuff,
		uint16_t	wBuffLen,
		uint8_t *	pEncBuff
	)

Perform Encryption with one of the supported crypto modes.

The option word specifies the operation mode to use and the update behavior of the IV. All modes of operation are coded in the LSB, the flags in the MSB. The following Cipher modes are supported:

• PHHAL_HW_DUT_CMD_CRYPTOSYM_CIPHER_MODE_ECB
• PHHAL_HW_DUT_CMD_CRYPTOSYM_CIPHER_MODE_CBC
• PHHAL_HW_DUT_CMD_CRYPTOSYM_CIPHER_MODE_CBC_DF4

The following Flags are supported:

• PH_EXCHANGE_DEFAULT
• PH_EXCHANGE_BUFFER_FIRST
• PH_EXCHANGE_BUFFER_CONT
• PH_EXCHANGE_BUFFER_LAST

Note: The input data length needs to be a multiple of the current block size

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer.
PH_ERR_INVALID_PARAMETER	An unsupported key is loaded (or no key is loaded) or wBufferLength is not a multiple of the current block size.
PH_ERR_UNSUPPORTED_PARAMETER	An unknown cipher option wOption is specified.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wOption	[In] Option byte specifying the cipher mode and the update behavior of the IV
[in]	pPlainBuff	[In] Plain data buffer. Should always be in multiple of current block size. If not of current block size then Padding needs to be applied to make it upto current block size.
[in]	wBuffLen	[In] Length of plain and encrypted data buffer - needs to be a multiple of the current block size
[out]	pEncBuff	[Out] Encrypted data buffer. Will always be in multiple of current block size.

phhalHw_DUT_Cmd_CryptoSym_Decrypt()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_Decrypt	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wOption,
		const uint8_t *	pEncBuff,
		uint16_t	wBuffLen,
		uint8_t *	pPlainBuff
	)

Perform Decryption with one of the supported crypto modes.

The option word specifies the operation mode to use and the update behavior of the IV. All modes of operation are coded in the LSB, the flags in the MSB. The following Cipher modes are supported:

• PHHAL_HW_DUT_CMD_CRYPTOSYM_CIPHER_MODE_ECB
• PHHAL_HW_DUT_CMD_CRYPTOSYM_CIPHER_MODE_CBC
• PHHAL_HW_DUT_CMD_CRYPTOSYM_CIPHER_MODE_CBC_DF4

The following Flags are supported:

• PH_EXCHANGE_DEFAULT
• PH_EXCHANGE_BUFFER_FIRST
• PH_EXCHANGE_BUFFER_CONT
• PH_EXCHANGE_BUFFER_LAST

Note: The input data length needs to be a multiple of the current block size

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer.
PH_ERR_INVALID_PARAMETER	An unsupported key is loaded (or no key is loaded) or wBufferLength is not a multiple of the current block size.
PH_ERR_UNSUPPORTED_PARAMETER	An unknown cipher option wOption is specified.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wOption	[In] Option byte specifying the cipher mode and the update behavior of the IV
[in]	pEncBuff	[In] Encrypted data buffer. Should always be in multiple of current block size.
[in]	wBuffLen	[In] Length of plain and encrypted data buffer - needs to be a multiple of the current block size.
[out]	pPlainBuff	[Out] Plain data buffer. Will always be in multiple of current block size. Plain data may be padded with zeros if not current block size.

phhalHw_DUT_Cmd_CryptoSym_CalculateMac()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_CalculateMac	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wOption,
		const uint8_t *	pData,
		uint16_t	wDataLen,
		uint8_t *	pMac,
		uint8_t *	pMacLen
	)

Calculate MAC with one of the supported MAC modes.

The option word specifies the MAC mode to use and the update behavior of the IV as well as the completion behavior. All modes of operation are coded in the LSB, the flags in the MSB. The following Cipher modes are supported:

• PHHAL_HW_DUT_CMD_CRYPTOSYM_MAC_MODE_CMAC
• PHHAL_HW_DUT_CMD_CRYPTOSYM_MAC_MODE_CBCMAC

The following Flags are supported:

• PH_EXCHANGE_DEFAULT
• PH_EXCHANGE_BUFFER_FIRST
• PH_EXCHANGE_BUFFER_CONT
• PH_EXCHANGE_BUFFER_LAST

Note: If PH_EXCHANGE_BUFFERED_BIT is set, the input length needs to be a multiple of the block length!

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer.
PH_ERR_INVALID_PARAMETER	An unsupported key is loaded (or no key is loaded) or wDataLength is not a multiple of the current block size and the option PH_EXCHANGE_BUFFERED_BIT is set.
PH_ERR_UNSUPPORTED_PARAMETER	An unknown mac option wOption is specified.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wOption	[In] Option byte specifying the MAC mode and the update behavior of the IV and the completion flag.
[in]	pData	[In] Input data on which the MAC needs to be computed. Input will be always be in multiple of current block size if wOption is PH_EXCHANGE_BUFFER_FIRST PH_EXCHANGE_BUFFER_CONT
[in]	wDataLen	[In] number of input data bytes
[out]	pMac	[Out] Output MAC block; uint8_t[16]
[out]	pMacLen	[Out] Length of MAC

phhalHw_DUT_Cmd_CryptoSym_LoadIv()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_LoadIv	(	phhalHw_DUT_DataParams_t *	pDataParams,
		const uint8_t *	pIV,
		uint8_t	bIVLen
	)

Load IV.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer.
PH_ERR_INVALID_PARAMETER	bIVLength does not match the current block size.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	pIV	[In] Initialization vector to use. Should of current block size.
[in]	bIVLen	[In] Length of bytes available in pIV buffer.

phhalHw_DUT_Cmd_CryptoSym_LoadKey()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_LoadKey	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wKeyNo,
		uint16_t	wKeyVer,
		uint16_t	wKeyType
	)

Load Key.

This function uses the key storage provided at component initialization to retrieve the key identified by wKeyNo and wKeyVersion. After retrieving the key is loaded into the internal key storage array to be prepared for subsequent cipher operations.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer. No KeyStore specified at initialization.
PH_ERR_UNSUPPORTED_PARAMETER	Key Type not supported.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wKeyNo	[In] Key number in KeyStore to be loaded.
[in]	wKeyVer	[In] Key Version in KeyStore to be loaded.
[in]	wKeyType	[In] Type of Key to be loaded. Supported ones are PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES128 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES192 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES256 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_DES PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_2K3DES PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_3K3DES

phhalHw_DUT_Cmd_CryptoSym_LoadKeyDirect()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_LoadKeyDirect	(	phhalHw_DUT_DataParams_t *	pDataParams,
		const uint8_t *	pKey,
		uint16_t	wKeyType
	)

Direct Load Key.

The key provided in the pKey parameter is loaded into the internal key storage array to be prepared for subsequent cipher operations.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer.
PH_ERR_UNSUPPORTED_PARAMETER	Key Type not supported.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	pKey	[In] Key to be loaded. Number of bytes should be based on the key type mentioned in wKeyType parameter.
[in]	wKeyType	[In] Type of Key to be loaded. Supported ones are PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES128 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES192 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES256 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_DES PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_2K3DES PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_3K3DES

phhalHw_DUT_Cmd_CryptoSym_DiversifyKey()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_DiversifyKey	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wOption,
		uint16_t	wKeyNo,
		uint16_t	wKeyVer,
		uint8_t *	pDivInput,
		uint8_t	bDivInLen,
		uint8_t *	pDivKey,
		uint8_t *	pDivKeyLen
	)

Diversify Key - Note: This function invalidates the currently loaded key.

Using the key stored in the KeyStore passed at initialization of the component and identified by wKeyNo and wKeyVersion this function calculates a diversified key according to the wOption specified that can be used in different applications.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer. No KeyStore specified at Initialization.
PH_ERR_UNSUPPORTED_PARAMETER	Key Type not supported (for key diversification).
PH_ERR_LENGTH_ERROR	Length of diversification input is wrong.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wOption	[In] Option to specify the diversification method. One of the below mentioned information. PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_MODE_DESFIRE PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_MODE_MIFARE_PLUS PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_MODE_MIFARE_ULTRALIGHT PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_OPTION_2K3DES_FULL PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_OPTION_2K3DES_HALF
[in]	wKeyNo	[In] Key number in KeyStore to be loaded
[in]	wKeyVer	[In] Key Version in KeyStore to be loaded
[in]	pDivInput	[In] Diversification Input used to diversify the key.
[in]	bDivInLen	[In] Length of diversification input used to diversify the key. If 0, no diversification is performed.
[out]	pDivKey	[Out] Diversified key. Will be of current block size.
[out]	pDivKeyLen	[Out] Length of bytes available in pDivKey buffer.

phhalHw_DUT_Cmd_CryptoSym_DiversifyDirectKey()

phStatus_t phhalHw_DUT_Cmd_CryptoSym_DiversifyDirectKey	(	phhalHw_DUT_DataParams_t *	pDataParams,
		uint16_t	wOption,
		uint8_t *	pKey,
		uint16_t	wKeyType,
		uint8_t *	pDivInput,
		uint8_t	bDivInLen,
		uint8_t *	pDivKey,
		uint8_t *	pDivKeyLen
	)

Diversify Direct Key - Note: This function invalidates the currently loaded key.

Using the key passed in the pKey parameter this function calculates a diversified key according to the wOption specified that can be used in different applications.

Returns

Status code

Return values

PH_ERR_SUCCESS	Operation successful.
PH_ERR_INVALID_DATA_PARAMS	If the interface context (pDataparams) is not holding this layer ID. If the component context holds a different sub-component ID that is not supported by this layer.
PH_ERR_UNSUPPORTED_PARAMETER	Key Type not supported (for key diversification).
PH_ERR_LENGTH_ERROR	Length of diversification input is wrong.
Other	Depending on implementation and underlying component.

Parameters

[in]	pDataParams	[In] Pointer to this layer's parameter structure.
[in]	wOption	[In] Option to specify the diversification method. One of the below mentioned information. PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_MODE_DESFIRE PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_MODE_MIFARE_PLUS PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_MODE_MIFARE_ULTRALIGHT PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_OPTION_2K3DES_FULL PHHAL_HW_DUT_CMD_CRYPTOSYM_DIV_OPTION_2K3DES_HALF
[in]	pKey	[In] Key to be loaded. Number of bytes should be based on the key type mentioned in wKeyType parameter.
[in]	wKeyType	[In] Type of Key to be loaded. Supported ones are PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES128 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES192 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_AES256 PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_DES PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_2K3DES PHHAL_HW_DUT_CMD_CRYPTOSYM_KEY_TYPE_3K3DES
[in]	pDivInput	[In] Diversification Input used to diversify the key.
[in]	bDivInLen	[In] Length of diversification input used to diversify the key. If 0, no diversification is performed.
[out]	pDivKey	[Out] Diversified key. Will be of current block size.
[out]	pDivKeyLen	[Out] Length of bytes available in pDivKey buffer.