/*******************************************************************************
**
** Function rw_t2t_select
**
** Description This function selects type 2 tag.
**
** Returns Tag selection status
**
*******************************************************************************/
tNFC_STATUS rw_t2t_select (void)
{
tRW_T2T_CB *p_t2t = &rw_cb.tcb.t2t;
p_t2t->state = RW_T2T_STATE_IDLE;
p_t2t->ndef_status = T2T_NDEF_NOT_DETECTED;
/* Alloc cmd buf for retransmissions */
if (p_t2t->p_cur_cmd_buf == NULL)
{
if ((p_t2t->p_cur_cmd_buf = (BT_HDR *) GKI_getpoolbuf (NFC_RW_POOL_ID)) == NULL)
{
RW_TRACE_ERROR0 ("rw_t2t_select: unable to allocate buffer for retransmission");
return (NFC_STATUS_FAILED);
}
}
/* Alloc cmd buf for holding a command untill sector changes */
if (p_t2t->p_sec_cmd_buf == NULL)
{
if ((p_t2t->p_sec_cmd_buf = (BT_HDR *) GKI_getpoolbuf (NFC_RW_POOL_ID)) == NULL)
{
RW_TRACE_ERROR0 ("rw_t2t_select: unable to allocate buffer used during sector change");
return (NFC_STATUS_FAILED);
}
}
NFC_SetStaticRfCback (rw_t2t_conn_cback);
rw_t2t_handle_op_complete ();
p_t2t->check_tag_halt = FALSE;
return NFC_STATUS_OK;
}
/*******************************************************************************
**
** Function rw_t1t_select
**
** Description This function will set the callback function to
** receive data from lower layers and also send rid command
**
** Returns none
**
*******************************************************************************/
tNFC_STATUS rw_t1t_select (UINT8 hr[T1T_HR_LEN], UINT8 uid[T1T_CMD_UID_LEN])
{
tNFC_STATUS status = NFC_STATUS_FAILED;
tRW_T1T_CB *p_t1t = &rw_cb.tcb.t1t;
p_t1t->state = RW_T1T_STATE_NOT_ACTIVATED;
/* Alloc cmd buf for retransmissions */
if (p_t1t->p_cur_cmd_buf == NULL)
{
if ((p_t1t->p_cur_cmd_buf = (BT_HDR *) GKI_getpoolbuf (NFC_RW_POOL_ID)) == NULL)
{
RW_TRACE_ERROR0 ("rw_t1t_select: unable to allocate buffer for retransmission");
return status;
}
}
memcpy (p_t1t->hr, hr, T1T_HR_LEN);
memcpy (p_t1t->mem, uid, T1T_CMD_UID_LEN);
NFC_SetStaticRfCback (rw_t1t_conn_cback);
p_t1t->state = RW_T1T_STATE_IDLE;
return NFC_STATUS_OK;
}
/*******************************************************************************
**
** Function ce_select_t4t
**
** Description Select Type 4 Tag
**
** Returns NFC_STATUS_OK if success
**
*******************************************************************************/
tNFC_STATUS ce_select_t4t (void)
{
tCE_T4T_MEM *p_t4t = &ce_cb.mem.t4t;
CE_TRACE_DEBUG0 ("ce_select_t4t ()");
nfc_stop_quick_timer (&p_t4t->timer);
/* clear other than read-only flag */
p_t4t->status &= CE_T4T_STATUS_NDEF_FILE_READ_ONLY;
NFC_SetStaticRfCback (ce_t4t_data_cback);
return NFC_STATUS_OK;
}
/*******************************************************************************
**
** Function nfa_rw_sys_disable
**
** Description Clean up rw sub-system
**
**
** Returns void
**
*******************************************************************************/
void nfa_rw_sys_disable (void)
{
/* Return to idle */
NFC_SetStaticRfCback (NULL);
/* Stop presence check timer (if started) */
nfa_rw_stop_presence_check_timer ();
/* Free scratch buffer if any */
nfa_rw_free_ndef_rx_buf ();
/* Free pending command if any */
if (nfa_rw_cb.p_pending_msg)
{
GKI_freebuf (nfa_rw_cb.p_pending_msg);
nfa_rw_cb.p_pending_msg = NULL;
}
nfa_sys_deregister (NFA_ID_RW);
}
/*******************************************************************************
**
** Function rw_t4t_select
**
** Description Initialise T4T
**
** Returns NFC_STATUS_OK if success
**
*******************************************************************************/
tNFC_STATUS rw_t4t_select (void)
{
tRW_T4T_CB *p_t4t = &rw_cb.tcb.t4t;
RW_TRACE_DEBUG0 ("rw_t4t_select ()");
NFC_SetStaticRfCback (rw_t4t_data_cback);
p_t4t->state = RW_T4T_STATE_IDLE;
p_t4t->version = T4T_MY_VERSION;
/* set it min of max R-APDU data size before reading CC file */
p_t4t->cc_file.max_le = T4T_MIN_MLE;
/* These will be udated during NDEF detection */
p_t4t->max_read_size = T4T_MAX_LENGTH_LE;
p_t4t->max_update_size = T4T_MAX_LENGTH_LC;
return NFC_STATUS_OK;
}
/*******************************************************************************
**
** Function CE_SetActivatedTagType
**
** Description This function selects the tag type for CE mode.
**
** Returns tNFC_STATUS
**
*******************************************************************************/
tNFC_STATUS CE_SetActivatedTagType (tNFC_ACTIVATE_DEVT *p_activate_params, UINT16 t3t_system_code, tCE_CBACK *p_cback)
{
tNFC_STATUS status = NFC_STATUS_FAILED;
tNFC_PROTOCOL protocol = p_activate_params->protocol;
CE_TRACE_API1 ("CE_SetActivatedTagType protocol:%d", protocol);
switch (protocol)
{
case NFC_PROTOCOL_T1T:
case NFC_PROTOCOL_T2T:
return NFC_STATUS_FAILED;
case NFC_PROTOCOL_T3T: /* Type3Tag - NFC-F */
/* store callback function before NFC_SetStaticRfCback () */
ce_cb.p_cback = p_cback;
status = ce_select_t3t (t3t_system_code, p_activate_params->rf_tech_param.param.lf.nfcid2);
break;
case NFC_PROTOCOL_ISO_DEP: /* ISODEP/4A,4B- NFC-A or NFC-B */
/* store callback function before NFC_SetStaticRfCback () */
ce_cb.p_cback = p_cback;
status = ce_select_t4t ();
break;
default:
CE_TRACE_ERROR0 ("CE_SetActivatedTagType Invalid protocol");
return NFC_STATUS_FAILED;
}
if (status != NFC_STATUS_OK)
{
NFC_SetStaticRfCback (NULL);
ce_cb.p_cback = NULL;
}
return status;
}
/*******************************************************************************
**
** Function ce_t4t_data_cback
**
** Description This callback function receives the data from NFCC.
**
** Returns none
**
*******************************************************************************/
static void ce_t4t_data_cback (UINT8 conn_id, tNFC_CONN_EVT event, tNFC_CONN *p_data)
{
BT_HDR *p_c_apdu;
UINT8 *p_cmd;
UINT8 cla, instruct, select_type = 0, length;
UINT16 offset, max_file_size;
tCE_DATA ce_data;
if (event == NFC_DEACTIVATE_CEVT)
{
NFC_SetStaticRfCback (NULL);
return;
}
if (event != NFC_DATA_CEVT)
{
return;
}
p_c_apdu = (BT_HDR *) p_data->data.p_data;
#if (BT_TRACE_PROTOCOL == TRUE)
DispCET4Tags (p_c_apdu, TRUE);
#endif
CE_TRACE_DEBUG1 ("ce_t4t_data_cback (): conn_id = 0x%02X", conn_id);
p_cmd = (UINT8 *) (p_c_apdu + 1) + p_c_apdu->offset;
/* Class Byte */
BE_STREAM_TO_UINT8 (cla, p_cmd);
/* Don't check class if registered AID has been selected */
if ( (cla != T4T_CMD_CLASS)
&&((ce_cb.mem.t4t.status & CE_T4T_STATUS_REG_AID_SELECTED) == 0)
&&((ce_cb.mem.t4t.status & CE_T4T_STATUS_WILDCARD_AID_SELECTED) == 0) )
{
GKI_freebuf (p_c_apdu);
ce_t4t_send_status (T4T_RSP_CLASS_NOT_SUPPORTED);
return;
}
/* Instruction Byte */
BE_STREAM_TO_UINT8 (instruct, p_cmd);
if ((cla == T4T_CMD_CLASS) && (instruct == T4T_CMD_INS_SELECT))
{
/* P1 Byte */
BE_STREAM_TO_UINT8 (select_type, p_cmd);
if (select_type == T4T_CMD_P1_SELECT_BY_NAME)
{
ce_t4t_process_select_app_cmd (p_cmd, p_c_apdu);
return;
}
}
/* if registered AID is selected */
if (ce_cb.mem.t4t.status & CE_T4T_STATUS_REG_AID_SELECTED)
{
CE_TRACE_DEBUG0 ("CET4T: Forward raw frame to registered AID");
/* forward raw frame to upper layer */
if (ce_cb.mem.t4t.selected_aid_idx < CE_T4T_MAX_REG_AID)
{
ce_data.raw_frame.status = p_data->data.status;
ce_data.raw_frame.p_data = p_c_apdu;
ce_data.raw_frame.aid_handle = ce_cb.mem.t4t.selected_aid_idx;
p_c_apdu = NULL;
(*(ce_cb.mem.t4t.reg_aid[ce_cb.mem.t4t.selected_aid_idx].p_cback)) (CE_T4T_RAW_FRAME_EVT, &ce_data);
}
else
{
GKI_freebuf (p_c_apdu);
ce_t4t_send_status (T4T_RSP_NOT_FOUND);
}
}
else if (ce_cb.mem.t4t.status & CE_T4T_STATUS_WILDCARD_AID_SELECTED)
{
CE_TRACE_DEBUG0 ("CET4T: Forward raw frame to wildcard AID handler");
/* forward raw frame to upper layer */
ce_data.raw_frame.status = p_data->data.status;
ce_data.raw_frame.p_data = p_c_apdu;
ce_data.raw_frame.aid_handle = CE_T4T_WILDCARD_AID_HANDLE;
p_c_apdu = NULL;
(*(ce_cb.mem.t4t.p_wildcard_aid_cback)) (CE_T4T_RAW_FRAME_EVT, &ce_data);
}
else if (ce_cb.mem.t4t.status & CE_T4T_STATUS_T4T_APP_SELECTED)
{
if (instruct == T4T_CMD_INS_SELECT)
{
/* P1 Byte is already parsed */
if (select_type == T4T_CMD_P1_SELECT_BY_FILE_ID)
{
ce_t4t_process_select_file_cmd (p_cmd);
}
else
{
CE_TRACE_ERROR1 ("CET4T: Bad P1 byte (0x%02X)", select_type);
ce_t4t_send_status (T4T_RSP_WRONG_PARAMS);
}
}
else if (instruct == T4T_CMD_INS_READ_BINARY)
{
if ( (ce_cb.mem.t4t.status & CE_T4T_STATUS_CC_FILE_SELECTED)
||(ce_cb.mem.t4t.status & CE_T4T_STATUS_NDEF_SELECTED) )
{
if (ce_cb.mem.t4t.status & CE_T4T_STATUS_CC_FILE_SELECTED)
{
max_file_size = T4T_FC_TLV_OFFSET_IN_CC + T4T_FILE_CONTROL_TLV_SIZE;
}
else
{
max_file_size = ce_cb.mem.t4t.max_file_size;
}
BE_STREAM_TO_UINT16 (offset, p_cmd); /* Offset */
BE_STREAM_TO_UINT8 (length, p_cmd); /* Le */
/* check if valid parameters */
if (length <= CE_T4T_MAX_LE)
{
/* CE allows to read more than current file size but not max file size */
if (length + offset > max_file_size)
{
if (offset < max_file_size)
{
length = (UINT8) (max_file_size - offset);
CE_TRACE_DEBUG2 ("CET4T: length is reduced to %d by max_file_size (%d)",
length, max_file_size);
}
else
{
CE_TRACE_ERROR2 ("CET4T: offset (%d) must be less than max_file_size (%d)",
offset, max_file_size);
length = 0;
}
}
}
else
{
CE_TRACE_ERROR2 ("CET4T: length (%d) must be less than MLe (%d)",
length, CE_T4T_MAX_LE);
length = 0;
}
if (length > 0)
ce_t4t_read_binary (offset, length);
else
ce_t4t_send_status (T4T_RSP_WRONG_PARAMS);
}
else
{
CE_TRACE_ERROR0 ("CET4T: File has not been selected");
ce_t4t_send_status (T4T_RSP_CMD_NOT_ALLOWED);
}
}
else if (instruct == T4T_CMD_INS_UPDATE_BINARY)
{
if (ce_cb.mem.t4t.status & CE_T4T_STATUS_NDEF_FILE_READ_ONLY)
{
CE_TRACE_ERROR0 ("CET4T: No access right");
ce_t4t_send_status (T4T_RSP_CMD_NOT_ALLOWED);
}
else if (ce_cb.mem.t4t.status & CE_T4T_STATUS_NDEF_SELECTED)
{
BE_STREAM_TO_UINT16 (offset, p_cmd); /* Offset */
BE_STREAM_TO_UINT8 (length, p_cmd); /* Lc */
/* check if valid parameters */
if (length <= CE_T4T_MAX_LC)
{
if (length + offset > ce_cb.mem.t4t.max_file_size)
{
CE_TRACE_ERROR3 ("CET4T: length (%d) + offset (%d) must be less than max_file_size (%d)",
length, offset, ce_cb.mem.t4t.max_file_size);
length = 0;
}
}
else
{
CE_TRACE_ERROR2 ("CET4T: length (%d) must be less than MLc (%d)",
length, CE_T4T_MAX_LC);
length = 0;
}
if (length > 0)
ce_t4t_update_binary (offset, length, p_cmd);
else
ce_t4t_send_status (T4T_RSP_WRONG_PARAMS);
}
else
{
CE_TRACE_ERROR0 ("CET4T: NDEF File has not been selected");
ce_t4t_send_status (T4T_RSP_CMD_NOT_ALLOWED);
}
}
else
{
CE_TRACE_ERROR1 ("CET4T: Unsupported Instruction byte (0x%02X)", instruct);
ce_t4t_send_status (T4T_RSP_INSTR_NOT_SUPPORTED);
}
}
else
{
CE_TRACE_ERROR0 ("CET4T: Application has not been selected");
ce_t4t_send_status (T4T_RSP_CMD_NOT_ALLOWED);
}
if (p_c_apdu)
GKI_freebuf (p_c_apdu);
}
/*******************************************************************************
**
** Function rw_t2t_conn_cback
**
** Description This callback function receives events/data from NFCC.
**
** Returns none
**
*******************************************************************************/
void rw_t2t_conn_cback (UINT8 conn_id, tNFC_CONN_EVT event, tNFC_CONN *p_data)
{
tRW_T2T_CB *p_t2t = &rw_cb.tcb.t2t;
tRW_READ_DATA evt_data;
RW_TRACE_DEBUG2 ("rw_t2t_conn_cback: conn_id=%i, evt=%i", conn_id, event);
/* Only handle static conn_id */
if (conn_id != NFC_RF_CONN_ID)
{
return;
}
switch (event)
{
case NFC_CONN_CREATE_CEVT:
case NFC_CONN_CLOSE_CEVT:
break;
case NFC_DEACTIVATE_CEVT:
#if (defined (RW_STATS_INCLUDED) && (RW_STATS_INCLUDED == TRUE))
/* Display stats */
rw_main_log_stats ();
#endif
/* Stop t2t timer (if started) */
nfc_stop_quick_timer (&p_t2t->t2_timer);
/* Free cmd buf for retransmissions */
if (p_t2t->p_cur_cmd_buf)
{
GKI_freebuf (p_t2t->p_cur_cmd_buf);
p_t2t->p_cur_cmd_buf = NULL;
}
/* Free cmd buf used to hold command before sector change */
if (p_t2t->p_sec_cmd_buf)
{
GKI_freebuf (p_t2t->p_sec_cmd_buf);
p_t2t->p_sec_cmd_buf = NULL;
}
p_t2t->state = RW_T2T_STATE_NOT_ACTIVATED;
NFC_SetStaticRfCback (NULL);
break;
case NFC_DATA_CEVT:
if ( (p_data != NULL)
&&( (p_data->data.status == NFC_STATUS_OK)
||(p_data->data.status == NFC_STATUS_CONTINUE) ) )
{
rw_t2t_proc_data (conn_id, &(p_data->data));
break;
}
/* Data event with error status...fall through to NFC_ERROR_CEVT case */
case NFC_ERROR_CEVT:
if ( (p_t2t->state == RW_T2T_STATE_NOT_ACTIVATED)
||(p_t2t->state == RW_T2T_STATE_IDLE)
||(p_t2t->state == RW_T2T_STATE_HALT) )
{
#if (defined (RW_STATS_INCLUDED) && (RW_STATS_INCLUDED == TRUE))
rw_main_update_trans_error_stats ();
#endif /* RW_STATS_INCLUDED */
if (event == NFC_ERROR_CEVT)
evt_data.status = (tNFC_STATUS) (*(UINT8*) p_data);
else if (p_data)
evt_data.status = p_data->status;
else
evt_data.status = NFC_STATUS_FAILED;
evt_data.p_data = NULL;
(*rw_cb.p_cback) (RW_T2T_INTF_ERROR_EVT, (tRW_DATA *) &evt_data);
break;
}
nfc_stop_quick_timer (&p_t2t->t2_timer);
#if (defined (RW_STATS_INCLUDED) && (RW_STATS_INCLUDED == TRUE))
rw_main_update_trans_error_stats ();
#endif
if (p_t2t->state == RW_T2T_STATE_CHECK_PRESENCE)
{
if (p_t2t->check_tag_halt)
{
p_t2t->state = RW_T2T_STATE_HALT;
rw_t2t_handle_presence_check_rsp (NFC_STATUS_REJECTED);
}
else
{
/* Move back to idle state */
rw_t2t_handle_presence_check_rsp (NFC_STATUS_FAILED);
}
}
else
{
rw_t2t_process_error ();
}
#if(NFC_NXP_NOT_OPEN_INCLUDED == TRUE)
/* Free the response buffer in case of invalid response*/
if (p_data != NULL) {
GKI_freebuf((BT_HDR *) (p_data->data.p_data));
}
#endif
break;
default:
break;
}
}
/*******************************************************************************
**
** Function rw_t1t_conn_cback
**
** Description This callback function receives the events/data from NFCC.
**
** Returns none
**
*******************************************************************************/
void rw_t1t_conn_cback (UINT8 conn_id, tNFC_CONN_EVT event, tNFC_CONN *p_data)
{
tRW_T1T_CB *p_t1t = &rw_cb.tcb.t1t;
tRW_READ_DATA evt_data;
RW_TRACE_DEBUG2 ("rw_t1t_conn_cback: conn_id=%i, evt=0x%x", conn_id, event);
/* Only handle static conn_id */
if (conn_id != NFC_RF_CONN_ID)
{
RW_TRACE_WARNING1 ("rw_t1t_conn_cback - Not static connection id: =%i", conn_id);
return;
}
switch (event)
{
case NFC_CONN_CREATE_CEVT:
case NFC_CONN_CLOSE_CEVT:
break;
case NFC_DEACTIVATE_CEVT:
#if (defined (RW_STATS_INCLUDED) && (RW_STATS_INCLUDED == TRUE))
/* Display stats */
rw_main_log_stats ();
#endif /* RW_STATS_INCLUDED */
/* Stop t1t timer (if started) */
nfc_stop_quick_timer (&p_t1t->timer);
/* Free cmd buf for retransmissions */
if (p_t1t->p_cur_cmd_buf)
{
GKI_freebuf (p_t1t->p_cur_cmd_buf);
p_t1t->p_cur_cmd_buf = NULL;
}
p_t1t->state = RW_T1T_STATE_NOT_ACTIVATED;
NFC_SetStaticRfCback (NULL);
break;
case NFC_DATA_CEVT:
if ( (p_data != NULL)
&&(p_data->data.status == NFC_STATUS_OK) )
{
rw_t1t_data_cback (conn_id, event, p_data);
break;
}
/* Data event with error status...fall through to NFC_ERROR_CEVT case */
case NFC_ERROR_CEVT:
if ( (p_t1t->state == RW_T1T_STATE_NOT_ACTIVATED)
||(p_t1t->state == RW_T1T_STATE_IDLE) )
{
#if (defined (RW_STATS_INCLUDED) && (RW_STATS_INCLUDED == TRUE))
rw_main_update_trans_error_stats ();
#endif /* RW_STATS_INCLUDED */
if (event == NFC_ERROR_CEVT)
evt_data.status = (tNFC_STATUS) (*(UINT8*) p_data);
else if (p_data)
evt_data.status = p_data->status;
else
evt_data.status = NFC_STATUS_FAILED;
evt_data.p_data = NULL;
(*rw_cb.p_cback) (RW_T1T_INTF_ERROR_EVT, (tRW_DATA *) &evt_data);
break;
}
nfc_stop_quick_timer (&p_t1t->timer);
#if (defined (RW_STATS_INCLUDED) && (RW_STATS_INCLUDED == TRUE))
rw_main_update_trans_error_stats ();
#endif /* RW_STATS_INCLUDED */
if (p_t1t->state == RW_T1T_STATE_CHECK_PRESENCE)
{
rw_t1t_handle_presence_check_rsp (NFC_STATUS_FAILED);
}
else
{
rw_t1t_process_error ();
}
break;
default:
break;
}
}
/*******************************************************************************
**
** Function rw_t4t_data_cback
**
** Description This callback function receives the data from NFCC.
**
** Returns none
**
*******************************************************************************/
static void rw_t4t_data_cback (UINT8 conn_id, tNFC_CONN_EVT event, tNFC_CONN *p_data)
{
tRW_T4T_CB *p_t4t = &rw_cb.tcb.t4t;
BT_HDR *p_r_apdu = (BT_HDR *) p_data->data.p_data;
tRW_DATA rw_data;
#if (BT_TRACE_VERBOSE == TRUE)
UINT8 begin_state = p_t4t->state;
#endif
RW_TRACE_DEBUG1 ("rw_t4t_data_cback () event = 0x%X", event);
nfc_stop_quick_timer (&p_t4t->timer);
switch (event)
{
case NFC_DEACTIVATE_CEVT:
NFC_SetStaticRfCback (NULL);
p_t4t->state = RW_T4T_STATE_NOT_ACTIVATED;
return;
case NFC_ERROR_CEVT:
if (p_t4t->state == RW_T4T_STATE_PRESENCE_CHECK)
{
p_t4t->state = RW_T4T_STATE_IDLE;
rw_data.status = NFC_STATUS_FAILED;
(*(rw_cb.p_cback)) (RW_T4T_PRESENCE_CHECK_EVT, &rw_data);
}
else
{
p_t4t->state = RW_T4T_STATE_IDLE;
rw_data.status = (tNFC_STATUS) (*(UINT8*) p_data);
(*(rw_cb.p_cback)) (RW_T4T_INTF_ERROR_EVT, &rw_data);
}
return;
case NFC_DATA_CEVT:
break;
default:
return;
}
#if (BT_TRACE_PROTOCOL == TRUE)
DispRWT4Tags (p_r_apdu, TRUE);
#endif
#if (BT_TRACE_VERBOSE == TRUE)
RW_TRACE_DEBUG2 ("RW T4T state: <%s (%d)>",
rw_t4t_get_state_name (p_t4t->state), p_t4t->state);
#else
RW_TRACE_DEBUG1 ("RW T4T state: %d", p_t4t->state);
#endif
switch (p_t4t->state)
{
case RW_T4T_STATE_IDLE:
/* Unexpected R-APDU, it should be raw frame response */
/* forward to upper layer without parsing */
if (rw_cb.p_cback)
{
rw_data.raw_frame.status = NFC_STATUS_OK;
rw_data.raw_frame.p_data = p_r_apdu;
(*(rw_cb.p_cback)) (RW_T4T_RAW_FRAME_EVT, &rw_data);
p_r_apdu = NULL;
}
else
{
GKI_freebuf (p_r_apdu);
}
break;
case RW_T4T_STATE_DETECT_NDEF:
rw_t4t_sm_detect_ndef (p_r_apdu);
GKI_freebuf (p_r_apdu);
break;
case RW_T4T_STATE_READ_NDEF:
rw_t4t_sm_read_ndef (p_r_apdu);
/* p_r_apdu may send upper lyaer */
break;
case RW_T4T_STATE_UPDATE_NDEF:
rw_t4t_sm_update_ndef (p_r_apdu);
GKI_freebuf (p_r_apdu);
break;
case RW_T4T_STATE_PRESENCE_CHECK:
/* if any response, send presence check with ok */
rw_data.status = NFC_STATUS_OK;
p_t4t->state = RW_T4T_STATE_IDLE;
(*(rw_cb.p_cback)) (RW_T4T_PRESENCE_CHECK_EVT, &rw_data);
GKI_freebuf (p_r_apdu);
break;
default:
RW_TRACE_ERROR1 ("rw_t4t_data_cback (): invalid state=%d", p_t4t->state);
GKI_freebuf (p_r_apdu);
break;
}
#if (BT_TRACE_VERBOSE == TRUE)
if (begin_state != p_t4t->state)
{
RW_TRACE_DEBUG2 ("RW T4T state changed:<%s> -> <%s>",
rw_t4t_get_state_name (begin_state),
rw_t4t_get_state_name (p_t4t->state));
}
#endif
}