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12.5.2 Get Antenna’s Response Status
Description:
After the tag access operation executed call this function to retrieve the Antenna's
status. In
Block mode
call this function follow the tag access function; In
Non-block
mode
call this function in application-defined callback function.
Function Call:
BOOL RFIDGetAntennaStatus(int nAntenna, LPANTENNA_STATUS
lpAntennaStatus);
Parameters:
nAntnna – Indicate which antenna's status to be retrieve.
lpAntennaStatus –A pointer to the structure of ANTENNA_STATUS that contain the
antenna's status.
Returns:
True/False
12.5.3 Get Tag Access Response Data
Description:
After the tag access operation executed call this function to retrieve the access
response data. In
Block mode,
call this function follow the tag access function; In
Non-block mode
call this function in application-defined callback function.
Function Call:
BOOL RFIDGetAccessData(int nAntenna, int nIndex, LPACCESS_DATA
lpAccessData);
Parameters:
nAntenna – Indicate which antenna's access data to be retrieve.
nIndex – Index of the access's data
lpAccessData – A pointer to the structure of ACCESS_DATA that contain the access's
data.
Returns:
True/False
12.5.4 Set Tag Operation Stop Count
Description:
Set the maximum number of tags to which the tag operation will be applied. If this
number is zero, then the operation is applied to all selected tags. If this number is non-
zero, the antenna-port dwell time and inventory-round-cycles still apply.(For version
1.0, this field may have a maximum value of 1.).
Function Call:
void RFIDSetStopCount(int nStopCount);
Parameters:
nStopCount – the maximum number of tag to which tag operation are applied. Default
value is zero.
Returns:
None
12.5.5 Get Tag Operation Stop Count
Description:
Get the maximum number of tags to which the tag operation will be applied. For more
information see “12.5.4 Set Tag Operation Stop Count”.
Function Call:
int RFIDGetStopCount();
Parameters:
None.
Returns:
int – the maximum number of tag.
