QualityDefine.h

#ifndef QUALITYDEFINE_H
#define QUALITYDEFINE_H

//
// Analog Tag Quality Code
//
#define QLTY_OVER_RANGE                 0x0001  // 'Over Range'

#define QLTY_UNDER_RANGE                0x0002  // 'Under Range'

#define QLTY_OPEN_LOOP                  0x0003  // 'Open Loop'

#define QLTY_SHORTED_LOOP               0x0004  // 'Shorted Loop'


//
// Exception Quality Code
//
#define QLTY_RESTART                    0x8001  // 'Comm Error' indicates that the data has not been updated from the field since device reset.

#define QLTY_DRIVER_LOAD_FAILED         0x8002  // 'Driver Error'

#define QLTY_PORT_OPEN_FAILED           0x8003  // 'Port Error'

#define QLTY_DEVICE_ERROR               0x8004  // 'Device Error' 3+ packets in this device failed

#define QLTY_CONVERSION_CODE_ERROR      0x8005  // 'Conversion Code Error'

#define QLTY_CONVERSION_ERROR           0x8006  // 'Conversion Error'

#define QLTY_DATA_TYPE_ERROR            0x8007  // 'Data Type Error'

#define QLTY_DATA_SIZE_ERROR            0x8008  // 'Data Size Error'

#define QLTY_DATA_ERROR                 0x8009  // 'Data Error'

#define QLTY_CHECKSUM_ERROR             0x800a  // 'Checksum Error'

#define QLTY_MSG_SEQ_ERROR              0x800b  // 'MsgSeq Error' Incorrect message sequence

#define QLTY_NO_OWNER                   0x8080  // 'Data Source Absent'

#define QLTY_DISCONNECTED               0x8081  // 'Disconnected'

#define QLTY_DRIVER_SEPCIFIED           0x8100  // 'Driver Sepcified'


// NOTE: Use this macro to compare qualities
#define QLTY_IS_EQUAL(qlty,qlty_code)   ((int16_t)(qlty) == (int16_t)(qlty_code))

#endif // QUALITYDEFINE_H