Kernel interface

Kernel interface definition. More...

Macros
#define	NAME_FUNC_T_NFC_KERNEL_INIT   "t_nfc_Init"
#define	NAME_FUNC_T_NFC_KERNEL_DEINIT   "t_nfc_Deinit"
#define	NAME_FUNC_T_NFC_KERNEL_REGISTERCALLBACK   "t_nfc_RegisterCallback"
#define	NAME_FUNC_T_NFC_KERNEL_VERSION   "t_nfc_Version"
#define	NAME_FUNC_T_NFC_KERNEL_CHECKSUM   "t_nfc_Checksum"
#define	NAME_FUNC_T_NFC_KERNEL_TRAN_PREPROCESS   "t_nfc_TranPreprocessing"
#define	NAME_FUNC_T_NFC_KERNEL_TRAN_START   "t_nfc_TranStart"
#define	NAME_FUNC_T_NFC_KERNEL_TRAN_ISS_UPDATE   "t_nfc_TranIssUpdate"
#define	NAME_FUNC_T_NFC_KERNEL_TRAN_RELEASE   "t_nfc_TranRelease"
#define	NAME_FUNC_T_NFC_KERNEL_GET_DATA   "t_nfc_GetData"
#define	NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG   "t_nfc_GetDataByTag"
#define	NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG_LIST   "t_nfc_GetDataByTagList"
#define	NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_ID   "t_nfc_GetDataByID"

Typedefs
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_INIT) (KER_INT32U ulRuntimeKernelID, KER_VOID *pCallbackHandle, const T_NFC_CALLBACKS *pCallbacks, const KER_VOID *pConfigID, KER_INT16U usConfigIDLen, T_NFC_HANDLE *ppHandle)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_DEINIT) (T_NFC_HANDLE pHandle)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_REGISTERCALLBACK) (T_NFC_HANDLE pHandle, KER_INT16U usCllbackID, KER_VOID *pCallback)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_VERSION) (T_NFC_HANDLE pHandle, KER_CHAR *pchVerInfo, KER_INT16U *pusVerInfoLen)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_CHECKSUM) (T_NFC_HANDLE pHandle, KER_BYTE btCheckSumType, KER_BYTE *pbtCheckSum, KER_INT16U *pusCheckSumSize)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_TRAN_PREPROCESS) (T_NFC_HANDLE pHandle, const NFC_EXT_TERM_TRAN_DATA *pTermTranData, const NFC_EP_PRE_DATA *pEpPRE)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_TRAN_START) (T_NFC_HANDLE pHandle, const NFC_EP_PRE_DATA *pEpPRE, const NFC_EP_PPSE_DATA *pEpPPSE, const NFC_EP_TRAN_DATA *pEpTranData, NFC_OUTCOME **ppOutcome)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_TRAN_ISS_UPDATE) (T_NFC_HANDLE pHandle, const NFC_EP_RESTART_DATA *pEpRestartData, const NFC_EXT_TERM_RESTART_DATA *pTermRestartData, NFC_OUTCOME **ppOutcome)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_TRAN_RELEASE) (T_NFC_HANDLE pHandle)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_GET_DATA) (T_NFC_HANDLE pHandle, KER_INT16U usOptions, KER_BYTE *pbtData, KER_INT16U *pusDataLen)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG) (T_NFC_HANDLE pHandle, KER_INT16U usOptions, const KER_BYTE *pbtTag, KER_BYTE btTagSize, KER_BYTE *pbtData, KER_INT16U *pusDataSize)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG_LIST) (T_NFC_HANDLE pHandle, KER_INT16U usOptions, const KER_BYTE *pbtTagList, KER_INT16U usTagListSize, KER_BYTE *pbtData, KER_INT16U *pusDataSize)
typedef KER_RES(KER_API *	FUNC_T_NFC_KERNEL_GET_DATA_BY_ID) (T_NFC_HANDLE pHandle, KER_INT16U usID, KER_BYTE *pbtData, KER_INT16U *pusDataSize)

Functions
T_NFC_KER_MODE KER_RES KER_API	t_nfc_Init (KER_INT32U ulRuntimeKernelID, KER_VOID *pCallbackHandle, const T_NFC_CALLBACKS *pCallbacks, const KER_VOID *pConfigID, KER_INT16U usConfigIDLen, T_NFC_HANDLE *ppHandle)
	Kernel Initialization. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_Deinit (T_NFC_HANDLE pHandle)
	Kernel De-Initialization. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_RegisterCallback (T_NFC_HANDLE pHandle, KER_INT16U usCllbackID, KER_VOID *pCallback)
	Kernel callback registration. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_Version (T_NFC_HANDLE pHandle, KER_CHAR *pchVerInfo, KER_INT16U *pusVerInfoLen)
	Kernel version information. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_Checksum (T_NFC_HANDLE pHandle, KER_BYTE btCheckSumType, KER_BYTE *pbtCheckSum, KER_INT16U *pusCheckSumSize)
	Kernel checksum calculation. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_TranPreprocessing (T_NFC_HANDLE pHandle, const NFC_EXT_TERM_TRAN_DATA *pTermTranData, const NFC_EP_PRE_DATA *pEpPRE)
	Makes transaction preprocessing by Kernel (optional) More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_TranStart (T_NFC_HANDLE pHandle, const NFC_EP_PRE_DATA *pEpPRE, const NFC_EP_PPSE_DATA *pEpPPSE, const NFC_EP_TRAN_DATA *pEpTranData, NFC_OUTCOME **ppOutcome)
	Start new transaction by Kernel. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_TranIssUpdate (T_NFC_HANDLE pHandle, const NFC_EP_RESTART_DATA *pEpRestartData, const NFC_EXT_TERM_RESTART_DATA *pTermRestartData, NFC_OUTCOME **ppOutcome)
	Issuer data (obtained by auth request) processing. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_TranRelease (T_NFC_HANDLE pHandle)
	Kernel Transaction completion (free resuorces) More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_GetData (T_NFC_HANDLE pHandle, KER_INT16U usOptions, KER_BYTE *pbtData, KER_INT16U *pusDataLen)
	Kernel transaction data request. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_GetDataByTag (T_NFC_HANDLE pHandle, KER_INT16U usOptions, const KER_BYTE *pbtTag, KER_BYTE btTagSize, KER_BYTE *pbtData, KER_INT16U *pusDataSize)
	Kernel transaction data request. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_GetDataByTagList (T_NFC_HANDLE pHandle, KER_INT16U usOptions, const KER_BYTE *pbtTagList, KER_INT16U usTagListSize, KER_BYTE *pbtData, KER_INT16U *pusDataSize)
	Kernel transaction data request. More...
T_NFC_KER_MODE KER_RES KER_API	t_nfc_GetDataByID (T_NFC_HANDLE pHandle, KER_INT16U usID, KER_BYTE *pbtData, KER_INT16U *pusDataSize)
	Kernel data request by ID. More...
#define	T_NFC_CHECKSUM_KERNEL   0x00
#define	T_NFC_CHECKSUM_CONFIG   0x01
#define	T_NFC_CHECKSUM_FULL_CONFIG   0x02
#define	T_NFC_KER_GET_OPT_CUST   0x0001
#define	T_NFC_KER_GET_OPT_SKIP_STD_PROC   0x0002

Detailed Description

Kernel interface definition.

Macro Definition Documentation

NAME_FUNC_T_NFC_KERNEL_CHECKSUM

#define NAME_FUNC_T_NFC_KERNEL_CHECKSUM   "t_nfc_Checksum"

\ ( )

NAME_FUNC_T_NFC_KERNEL_DEINIT

#define NAME_FUNC_T_NFC_KERNEL_DEINIT   "t_nfc_Deinit"

\ ( )

NAME_FUNC_T_NFC_KERNEL_GET_DATA

#define NAME_FUNC_T_NFC_KERNEL_GET_DATA   "t_nfc_GetData"

\ ( )

NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_ID

#define NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_ID   "t_nfc_GetDataByID"

\ ( )

NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG

#define NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG   "t_nfc_GetDataByTag"

\ ( )

NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG_LIST

#define NAME_FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG_LIST   "t_nfc_GetDataByTagList"

\ ( )

NAME_FUNC_T_NFC_KERNEL_INIT

#define NAME_FUNC_T_NFC_KERNEL_INIT   "t_nfc_Init"

\ ( )

NAME_FUNC_T_NFC_KERNEL_REGISTERCALLBACK

#define NAME_FUNC_T_NFC_KERNEL_REGISTERCALLBACK   "t_nfc_RegisterCallback"

\ ( )

NAME_FUNC_T_NFC_KERNEL_TRAN_ISS_UPDATE

#define NAME_FUNC_T_NFC_KERNEL_TRAN_ISS_UPDATE   "t_nfc_TranIssUpdate"

\ ( )

NAME_FUNC_T_NFC_KERNEL_TRAN_PREPROCESS

#define NAME_FUNC_T_NFC_KERNEL_TRAN_PREPROCESS   "t_nfc_TranPreprocessing"

\ ( )

NAME_FUNC_T_NFC_KERNEL_TRAN_RELEASE

#define NAME_FUNC_T_NFC_KERNEL_TRAN_RELEASE   "t_nfc_TranRelease"

\ ( )

NAME_FUNC_T_NFC_KERNEL_TRAN_START

#define NAME_FUNC_T_NFC_KERNEL_TRAN_START   "t_nfc_TranStart"

\ ( )

NAME_FUNC_T_NFC_KERNEL_VERSION

#define NAME_FUNC_T_NFC_KERNEL_VERSION   "t_nfc_Version"

\ ( )

T_NFC_CHECKSUM_CONFIG

#define T_NFC_CHECKSUM_CONFIG   0x01

config checksum

T_NFC_CHECKSUM_FULL_CONFIG

#define T_NFC_CHECKSUM_FULL_CONFIG   0x02

full config checksum

T_NFC_CHECKSUM_KERNEL

#define T_NFC_CHECKSUM_KERNEL   0x00

kernel checksum

T_NFC_KER_GET_OPT_CUST

#define T_NFC_KER_GET_OPT_CUST   0x0001

also look in custom data, not recognized by EMVCo

T_NFC_KER_GET_OPT_SKIP_STD_PROC

#define T_NFC_KER_GET_OPT_SKIP_STD_PROC   0x0002

skip standard lookup algorithm, proceed to custom data

Typedef Documentation

FUNC_T_NFC_KERNEL_CHECKSUM

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_CHECKSUM) (T_NFC_HANDLE pHandle, KER_BYTE btCheckSumType, KER_BYTE *pbtCheckSum, KER_INT16U *pusCheckSumSize)

\ ( )

FUNC_T_NFC_KERNEL_DEINIT

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_DEINIT) (T_NFC_HANDLE pHandle)

\ ( )

FUNC_T_NFC_KERNEL_GET_DATA

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_GET_DATA) (T_NFC_HANDLE pHandle, KER_INT16U usOptions, KER_BYTE *pbtData, KER_INT16U *pusDataLen)

\ ( )

FUNC_T_NFC_KERNEL_GET_DATA_BY_ID

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_GET_DATA_BY_ID) (T_NFC_HANDLE pHandle, KER_INT16U usID, KER_BYTE *pbtData, KER_INT16U *pusDataSize)

\ ( )

FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG) (T_NFC_HANDLE pHandle, KER_INT16U usOptions, const KER_BYTE *pbtTag, KER_BYTE btTagSize, KER_BYTE *pbtData, KER_INT16U *pusDataSize)

\ ( )

FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG_LIST

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_GET_DATA_BY_TAG_LIST) (T_NFC_HANDLE pHandle, KER_INT16U usOptions, const KER_BYTE *pbtTagList, KER_INT16U usTagListSize, KER_BYTE *pbtData, KER_INT16U *pusDataSize)

\ ( )

FUNC_T_NFC_KERNEL_INIT

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_INIT) (KER_INT32U ulRuntimeKernelID, KER_VOID *pCallbackHandle, const T_NFC_CALLBACKS *pCallbacks, const KER_VOID *pConfigID, KER_INT16U usConfigIDLen, T_NFC_HANDLE *ppHandle)

\ ( )

FUNC_T_NFC_KERNEL_REGISTERCALLBACK

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_REGISTERCALLBACK) (T_NFC_HANDLE pHandle, KER_INT16U usCllbackID, KER_VOID *pCallback)

\ ( )

FUNC_T_NFC_KERNEL_TRAN_ISS_UPDATE

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_TRAN_ISS_UPDATE) (T_NFC_HANDLE pHandle, const NFC_EP_RESTART_DATA *pEpRestartData, const NFC_EXT_TERM_RESTART_DATA *pTermRestartData, NFC_OUTCOME **ppOutcome)

\ ( )

FUNC_T_NFC_KERNEL_TRAN_PREPROCESS

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_TRAN_PREPROCESS) (T_NFC_HANDLE pHandle, const NFC_EXT_TERM_TRAN_DATA *pTermTranData, const NFC_EP_PRE_DATA *pEpPRE)

\ ( )

FUNC_T_NFC_KERNEL_TRAN_RELEASE

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_TRAN_RELEASE) (T_NFC_HANDLE pHandle)

\ ( )

FUNC_T_NFC_KERNEL_TRAN_START

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_TRAN_START) (T_NFC_HANDLE pHandle, const NFC_EP_PRE_DATA *pEpPRE, const NFC_EP_PPSE_DATA *pEpPPSE, const NFC_EP_TRAN_DATA *pEpTranData, NFC_OUTCOME **ppOutcome)

\ ( )

FUNC_T_NFC_KERNEL_VERSION

typedef KER_RES(KER_API * FUNC_T_NFC_KERNEL_VERSION) (T_NFC_HANDLE pHandle, KER_CHAR *pchVerInfo, KER_INT16U *pusVerInfoLen)

\ ( )

Function Documentation

t_nfc_Checksum()

T_NFC_KER_MODE KER_RES KER_API t_nfc_Checksum	(	T_NFC_HANDLE	pHandle,
		KER_BYTE	btCheckSumType,
		KER_BYTE *	pbtCheckSum,
		KER_INT16U *	pusCheckSumSize
	)

Kernel checksum calculation.

EP should call this function to calculate Kernel checksum.

Parameters

[in]	pHandle	- handle obtained by t_nfc_kernel_Init
[in]	btCheckSumType	- type of checksum requested (T_NFC_CHECKSUM_KERNEL - kernel checksum; T_NFC_CHECKSUM_CONFIG - configuration checksum)
[out]	pbtCheckSum	- buffer to obtain checksum
[in,out]	pusCheckSumSize	- pbtCheckSum buffer size as input, output containes result data length

Return values

t_nfc_Deinit()

T_NFC_KER_MODE KER_RES KER_API t_nfc_Deinit

(

T_NFC_HANDLE

pHandle

)

Kernel De-Initialization.

EP should call this function to release kernel resources

Parameters

[in]

pHandle

- handle obtained by t_nfc_Init

Return values

t_nfc_GetData()

T_NFC_KER_MODE KER_RES KER_API t_nfc_GetData	(	T_NFC_HANDLE	pHandle,
		KER_INT16U	usOptions,
		KER_BYTE *	pbtData,
		KER_INT16U *	pusDataLen
	)

Kernel transaction data request.

EP should call this function to obtain transaction data from kernel

Parameters

[in]	pHandle	- handle obtained by t_nfc_Init
[in]	usOptions	- get options (bitmask), reserved
[out]	pbtData	- Buffer to obtain transaction data (in TLV) (path KER_NULL if you need to calculate tran data length only)
[in,out]	pusDataLen	- Size of Buffer pbtData as input, data length as output

Return values

t_nfc_GetDataByID()

T_NFC_KER_MODE KER_RES KER_API t_nfc_GetDataByID	(	T_NFC_HANDLE	pHandle,
		KER_INT16U	usID,
		KER_BYTE *	pbtData,
		KER_INT16U *	pusDataSize
	)

Kernel data request by ID.

EP should call this function to obtain data by ID from kernel This function is optional.

Parameters

[in]	pHandle	- handle obtained by t_nfc_Init
[in]	usID	- Data ID
[out]	pbtData	- buffer to obtain provided tag value
[in,out]	pusDataSize	- pbtData buffer size as input, output containes result data length

Returns

T_NFC_OK - Success

T_NFC_INF_NO_DATA - Data not found

Other - Failure...

t_nfc_GetDataByTag()

T_NFC_KER_MODE KER_RES KER_API t_nfc_GetDataByTag	(	T_NFC_HANDLE	pHandle,
		KER_INT16U	usOptions,
		const KER_BYTE *	pbtTag,
		KER_BYTE	btTagSize,
		KER_BYTE *	pbtData,
		KER_INT16U *	pusDataSize
	)

Kernel transaction data request.

EP should call this function to obtain transaction data by tag from kernel

Parameters

[in]	pHandle	- handle obtained by t_nfc_Init
[in]	usOptions	- get options (bitmask), reserved
[in]	pbtTag	- buffer with tag value
[in]	btTagSize	- pbtTag value length
[out]	pbtData	- buffer to obtain provided tag value
[in,out]	pusDataSize	- pbtData buffer size as input, output containes result data length

Returns

T_NFC_OK - Success

T_NFC_INF_NO_DATA - Tag not found

Other - Failure...

t_nfc_GetDataByTagList()

T_NFC_KER_MODE KER_RES KER_API t_nfc_GetDataByTagList	(	T_NFC_HANDLE	pHandle,
		KER_INT16U	usOptions,
		const KER_BYTE *	pbtTagList,
		KER_INT16U	usTagListSize,
		KER_BYTE *	pbtData,
		KER_INT16U *	pusDataSize
	)

Kernel transaction data request.

EP should call this function to obtain transaction data by tag list from kernel

Parameters

[in]	pHandle	- handle obtained by t_nfc_Init
[in]	usOptions	- get options (bitmask), reserved
[in]	pbtTagList	- buffer with tag list
[in]	usTagListSize	- pbtTagList value length
[out]	pbtData	- buffer to obtain provided tag list in TLV format
[in,out]	pusDataSize	- pbtData buffer size as input, output containes result data length

Return values

t_nfc_Init()

T_NFC_KER_MODE KER_RES KER_API t_nfc_Init	(	KER_INT32U	ulRuntimeKernelID,
		KER_VOID *	pCallbackHandle,
		const T_NFC_CALLBACKS *	pCallbacks,
		const KER_VOID *	pConfigID,
		KER_INT16U	usConfigIDLen,
		T_NFC_HANDLE *	ppHandle
	)

Kernel Initialization.

EP should call this function to initialize kernel

Parameters

[in]	ulRuntimeKernelID	- kernel internal ID
[in]	pCallbackHandle	- handle to be passed to callbacks
[in]	pCallbacks	- structure with the set of callbacks to hardware access
[in]	pConfigID	- kernel configuration ID (file name in ascii)
[in]	usConfigIDLen	- length of pConfigID
[out]	ppHandle	- initialized handle

Returns

T_NFC_OK Success.

Other - Failure

Warning

Obtained kernel handle should be released by t_nfc_kernel_Deinit

t_nfc_RegisterCallback()

T_NFC_KER_MODE KER_RES KER_API t_nfc_RegisterCallback	(	T_NFC_HANDLE	pHandle,
		KER_INT16U	usCllbackID,
		KER_VOID *	pCallback
	)

Kernel callback registration.

EP should call this function to register cllbacks

Parameters

[in]	pHandle	- handle obtained by t_nfc_kernel_Init
[in]	usCllbackID	- callback ID
[in]	pCallback	- callback function ptr

Return values

t_nfc_TranIssUpdate()

T_NFC_KER_MODE KER_RES KER_API t_nfc_TranIssUpdate	(	T_NFC_HANDLE	pHandle,
		const NFC_EP_RESTART_DATA *	pEpRestartData,
		const NFC_EXT_TERM_RESTART_DATA *	pTermRestartData,
		NFC_OUTCOME **	ppOutcome
	)

Issuer data (obtained by auth request) processing.

EP should call this function to process issuer data (optionally)

Parameters

[in]	pHandle	- handle obtained by t_nfc_Init
[in]	pEpRestartData	- Entry Point transaction restart data (last FCI)
[in]	pTermRestartData	- Terminal transaction restart data (issuer update data assumed)
[out]	ppOutcome	- pointer to obtain transaction outcome

Return values

t_nfc_TranPreprocessing()

T_NFC_KER_MODE KER_RES KER_API t_nfc_TranPreprocessing	(	T_NFC_HANDLE	pHandle,
		const NFC_EXT_TERM_TRAN_DATA *	pTermTranData,
		const NFC_EP_PRE_DATA *	pEpPRE
	)

Makes transaction preprocessing by Kernel (optional)

EP may call this function to preprocess new nfc transaction

Parameters

[in]	pHandle	- handle obtained by t_nfc_Init
[in]	pTermTranData	- transaction data, obtained from terminal (optional, set KER_NULL for fixed tran data)
[in]	pEpPRE	- Entry Point preprocesing data

Return values

t_nfc_TranRelease()

T_NFC_KER_MODE KER_RES KER_API t_nfc_TranRelease

(

T_NFC_HANDLE

pHandle

)

Kernel Transaction completion (free resuorces)

EP should call this function to notify kernel of end of operation

Parameters

[in]

pHandle

- handle obtained by t_nfc_kernel_Init

Return values

t_nfc_TranStart()

T_NFC_KER_MODE KER_RES KER_API t_nfc_TranStart	(	T_NFC_HANDLE	pHandle,
		const NFC_EP_PRE_DATA *	pEpPRE,
		const NFC_EP_PPSE_DATA *	pEpPPSE,
		const NFC_EP_TRAN_DATA *	pEpTranData,
		NFC_OUTCOME **	ppOutcome
	)

Start new transaction by Kernel.

EP should call this function to process new nfc transaction

Parameters

[in]	pHandle	- handle obtained by t_nfc_Init
[in]	pEpPRE	- Entry Point preprocesing data
[in]	pEpPPSE	- Entry Point selected aid related PPSE data
[in]	pEpTranData	- transaction data maintained by Entry Point
[out]	ppOutcome	- pointer to obtain transaction outcome

Return values

t_nfc_Version()

T_NFC_KER_MODE KER_RES KER_API t_nfc_Version	(	T_NFC_HANDLE	pHandle,
		KER_CHAR *	pchVerInfo,
		KER_INT16U *	pusVerInfoLen
	)

Kernel version information.

EP should call this function to obtain Kernel version information.

Parameters

[in]	pHandle	- handle obtained by t_nfc_kernel_Init
[out]	pchVerInfo	- Buffer to hold the version number of the kernel
[in,out]	pusVerInfoLen	- Size of pbtVerInfo buffer. This value will be modified to reflect the size of the returned version string.

Return values