package protos

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Used in: Time

• LATE_ALLOWED = 0

• TOO_LATE = 1

• INFINITY = 2

A Data point can only hold one data type.

Used in: TSAccum, TSAccumSequence, TSDataPoint, TSDataPointSequence

• oneof data_point

  • float float_val = 3

    DT_FLOAT.

  • double double_val = 4

    DT_DOUBLE.

  • int32 int_val = 5

    DT_INT32, DT_INT16, DT_INT8, DT_UINT8.

  • string categorical_val = 6

    Categorical features

  • int64 long_val = 7

    DT_LONG

  • string num_as_string = 8

    Allows the user to store number as String

• METADATA_SPAN_START_TS = 0

• METADATA_SPAN_END_TS = 1

• METADATA_MAJOR_KEY = 3

• METADATA_MINOR_KEY = 4

• BYTE = 0

• INT64 = 1

• FLOAT = 2

* This proto stores all of the keys used in the accum map.

• SUM_UP_MOVEMENT = 0

• SUM_DOWN_MOVEMENT = 1

• SUM_MOVEMENT_COUNT = 12

• ABS_MOVING_AVERAGE_GAIN = 2

  Always ABS but here to keep consistent with LOSS naming

• ABS_MOVING_AVERAGE_LOSS = 3

• RELATIVE_STRENGTH = 4

• RELATIVE_STRENGTH_INDICATOR = 5

• SUM_MOVEMENT = 6

• SIMPLE_MOVING_AVERAGE = 7

• EXPONENTIAL_MOVING_AVERAGE = 8

• WEIGHTED_MOVING_AVERAGE = 9

• BB_MIDDLE_BAND_SMA = 10

• BB_UPPER_BAND_SMA = 11

• BB_BOTTOM_BAND_SMA = 13

• BB_MIDDLE_BAND_EMA = 14

• BB_UPPER_BAND_EMA = 15

• BB_BOTTOM_BAND_EMA = 16

• STANDARD_DEVIATION = 17

• LOG_RTN = 18

* This proto stores all of the keys used in the accum map.

• DATA_POINT_COUNT = 0

• SUM = 1

• MIN = 2

• MAX = 3

• FIRST = 4

• LAST = 5

• FIRST_TIMESTAMP = 6

  First timestamp within a aggregation

• LAST_TIMESTAMP = 7

  Last timestamp within a aggregation

• DOW = 8

  Day Of Week . In TSAccum this will be from First Value seen. UTC

• DOM = 9

  Day of Month. In TSAccum this will be from First Value seen. UTC

• YY = 10

  Year. In TSAccum this will be from First Value seen. UTC

• HB = 11

  Indication if a value is generated via GapFill routine

TSAccum holds the derived data from a univariate time series.

Used in: TSAccumSequence

• optional TSKey key = 1

• optional google.protobuf.Timestamp lower_window_boundary = 5

  Corresponds to beam window...

• optional google.protobuf.Timestamp upper_window_boundary = 6

• bool has_a_gap_fill_message = 7

• bool is_all_gap_fill_messages = 13

• map<string, Data> data_store = 11

  Storage of all Data types.

• map<string, string> metadata = 12

Time Series Accum sequence holder

• optional TSKey key = 1

• repeated TSAccum accums = 3

• optional google.protobuf.Timestamp lower_window_boundary = 4

• optional google.protobuf.Timestamp upper_window_boundary = 5

• optional google.protobuf.Duration duration = 6

• map<string, Data> sequence_data = 7

  Store any context values TODO Change this name , to metadata

• int64 count = 8

The TSDataPoint holds both the metadata and the data about the time series data point

Used in: TSDataPointSequence

• optional TSKey key = 1

• optional Data data = 2

• optional google.protobuf.Timestamp timestamp = 3

• map<string, string> metadata = 4

• bool is_a_gap_fill_message = 5

• map<string, Data> extendedData = 6

Time Series Accum sequence holder

• optional TSKey key = 1

• repeated TSDataPoint data_points = 3

• optional google.protobuf.Timestamp lower_window_boundary = 4

• optional google.protobuf.Timestamp upper_window_boundary = 5

• optional google.protobuf.Duration duration = 6

• map<string, Data> sequence_data = 7

  Store any context values

• int64 count = 8

Used in: TSAccum, TSAccumSequence, TSDataPoint, TSDataPointSequence

• string major_key = 1

• string minor_key_string = 2

• optional Time time = 1

Used in: TSTimePointTest

• oneof time_point

  • AdvanceWatermarkExpression advance_watermark_expression = 1

  • int32 advance_watermark_seconds = 2

  • int32 advance_processing_timeSeconds = 3