datapoint_value.h

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#ifndef GC_DATAPOINT_VALUE_H
#define GC_DATAPOINT_VALUE_H
#include <stdbool.h>
#include <stdint.h>
 
typedef uint64_t GCDatapointIdentifier;
typedef uint16_t GCDatapointValueQuality;
 
enum eGCDatapointValueQuality
{
    GC_DATAPOINT_QUALITY_GOOD = 0x0,
    GC_DATAPOINT_QUALITY_INVALID = 0x2,
    GC_DATAPOINT_QUALITY_RESERVED = 0x1,
    GC_DATAPOINT_QUALITY_QUESTIONABLE = 0x3,
 
    GC_DATAPOINT_QUALITY_FIRST_TWO_BITS_MASK = 0x3,
 
    GC_DATAPOINT_QUALITY_OVERFLOW = 0x4,
    GC_DATAPOINT_QUALITY_OUT_OF_RANGE = 0x8,
    GC_DATAPOINT_QUALITY_BAD_REFERENCE = 0x10,
    GC_DATAPOINT_QUALITY_OSCILLATORY = 0x20,
    GC_DATAPOINT_QUALITY_FAILURE = 0x40,
    GC_DATAPOINT_QUALITY_OLD_DATA = 0x80,
    GC_DATAPOINT_QUALITY_INCONSISTENT = 0x100,
    GC_DATAPOINT_QUALITY_INACCURATE = 0x200,
    GC_DATAPOINT_QUALITY_SOURCE = 0x400,
    GC_DATAPOINT_QUALITY_TEST = 0x800,
    GC_DATAPOINT_QUALITY_OPERATOR_BLOCKED = 0x1000,
};
 
enum eGCDatapointValueType
{
    GCOS_DATAPOINT_TYPE_FLOAT32,
    GCOS_DATAPOINT_TYPE_FLOAT64,
    GCOS_DATAPOINT_TYPE_INT32,
    GCOS_DATAPOINT_TYPE_INT64,
    GCOS_DATAPOINT_TYPE_BOOLEAN,
    GCOS_DATAPOINT_TYPE_UINT32,
    GCOS_DATAPOINT_TYPE_UINT64,
    GCOS_DATAPOINT_TYPE_DOUBLEPOINT,
    GCOS_DATAPOINT_TYPE_TIMESTAMPNS,
    GCOS_DATAPOINT_TYPE_BYTE_ARRAY,
};
typedef enum eGCDatapointValueType GCDatapointValueType;
 
struct sGCDatapointValue
{
    GCDatapointValueType type;
 
    union {
        uint64_t timestampNs;
        uint64_t u64;
        uint32_t u32;
        int64_t i64;
        int32_t i32;
        float f32;
        double f64;
        uint8_t dp;
        bool b;
    } value;
 
    GCDatapointIdentifier datapoint_id;
 
    GCDatapointValueQuality quality;
 
    uint64_t timestamp;
};
typedef struct sGCDatapointValue* GCDatapointValue;
 
 
void
GCDatapointValue_setQualityGood(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityInvalid(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityQuestionable(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityOverflow(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityOutOfRange(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityBadReference(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityOscillatory(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityFailure(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityOldData(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityInconsistent(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityInaccurate(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualitySourceProcessing(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityTest(GCDatapointValue value);
 
 
void
GCDatapointValue_setQualityOperatorBlocked(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityGood(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityInvalid(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityQuestionable(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityOverflow(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityOutOfRange(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityBadReference(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityOscillatory(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityFailure(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityOldData(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityInconsistent(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityInaccurate(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualitySourceProcessing(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityTest(GCDatapointValue value);
 
 
bool
GCDatapointValue_isQualityOperatorBlocked(GCDatapointValue value);
 
#endif // GC_DATAPOINT_VALUE_H