Method Detail

• getChannelId

   int getChannelId()

  See the per-stream channel registry below. 0 == timestamp.
  

  uint32 channel_id = 1;

• setChannelId

   ColumnData.Builder setChannelId(int value)

  See the per-stream channel registry below. 0 == timestamp.
  

  uint32 channel_id = 1;

  Parameters:

  value - The channelId to set.

• clearChannelId

   ColumnData.Builder clearChannelId()

  See the per-stream channel registry below. 0 == timestamp.
  

  uint32 channel_id = 1;

• getScaleExp

   int getScaleExp()

  Quantization: integer_value = round(real_value * 10^scale_exp);
  decode: real_value = integer_value / 10^scale_exp.
  scale_exp 0 == lossless integer passthrough (step counts, floor, booleans,
  and precision-critical streams such as GNSS raw when migrated).
  

  sint32 scale_exp = 2;

• setScaleExp

   ColumnData.Builder setScaleExp(int value)

  Quantization: integer_value = round(real_value * 10^scale_exp);
  decode: real_value = integer_value / 10^scale_exp.
  scale_exp 0 == lossless integer passthrough (step counts, floor, booleans,
  and precision-critical streams such as GNSS raw when migrated).
  

  sint32 scale_exp = 2;

  Parameters:

  value - The scaleExp to set.

• clearScaleExp

   ColumnData.Builder clearScaleExp()

  Quantization: integer_value = round(real_value * 10^scale_exp);
  decode: real_value = integer_value / 10^scale_exp.
  scale_exp 0 == lossless integer passthrough (step counts, floor, booleans,
  and precision-critical streams such as GNSS raw when migrated).
  

  sint32 scale_exp = 2;

• getEncodingValue

   int getEncodingValue()

  .doorstepai.telemetry.v3.Encoding encoding = 3;

• setEncodingValue

   ColumnData.Builder setEncodingValue(int value)

  .doorstepai.telemetry.v3.Encoding encoding = 3;

  Parameters:

  value - The encoding to set.

• getEncoding

   Encoding getEncoding()

  .doorstepai.telemetry.v3.Encoding encoding = 3;

• setEncoding

   ColumnData.Builder setEncoding(Encoding value)

  .doorstepai.telemetry.v3.Encoding encoding = 3;

  Parameters:

  value - The enum numeric value on the wire for encoding to set.

• clearEncoding

   ColumnData.Builder clearEncoding()

  .doorstepai.telemetry.v3.Encoding encoding = 3;

• getValuesList

   List<Long> getValuesList()

  The coded integer stream. Interpretation depends on `encoding`:
    RAW      : zigzag varint of each quantized integer (no delta)
    DELTA    : values[0]=q0; values[i]=q[i]-q[i-1]  (cumulative-sum to decode)
    DELTA2   : delta-of-delta of the (quantized) timestamp column
    CONSTANT : exactly one entry; repeat it sample_count times
  

  repeated sint64 values = 4 [packed = true];

• getValuesCount

   int getValuesCount()

  The coded integer stream. Interpretation depends on `encoding`:
    RAW      : zigzag varint of each quantized integer (no delta)
    DELTA    : values[0]=q0; values[i]=q[i]-q[i-1]  (cumulative-sum to decode)
    DELTA2   : delta-of-delta of the (quantized) timestamp column
    CONSTANT : exactly one entry; repeat it sample_count times
  

  repeated sint64 values = 4 [packed = true];

• getValues

   long getValues(int index)

  The coded integer stream. Interpretation depends on `encoding`:
    RAW      : zigzag varint of each quantized integer (no delta)
    DELTA    : values[0]=q0; values[i]=q[i]-q[i-1]  (cumulative-sum to decode)
    DELTA2   : delta-of-delta of the (quantized) timestamp column
    CONSTANT : exactly one entry; repeat it sample_count times
  

  repeated sint64 values = 4 [packed = true];

  Parameters:

  index - The index of the element to return.

• setValues

   ColumnData.Builder setValues(int index, long value)

  The coded integer stream. Interpretation depends on `encoding`:
    RAW      : zigzag varint of each quantized integer (no delta)
    DELTA    : values[0]=q0; values[i]=q[i]-q[i-1]  (cumulative-sum to decode)
    DELTA2   : delta-of-delta of the (quantized) timestamp column
    CONSTANT : exactly one entry; repeat it sample_count times
  

  repeated sint64 values = 4 [packed = true];

  Parameters:

  value - The values to set.

• addValues

   ColumnData.Builder addValues(long value)

  The coded integer stream. Interpretation depends on `encoding`:
    RAW      : zigzag varint of each quantized integer (no delta)
    DELTA    : values[0]=q0; values[i]=q[i]-q[i-1]  (cumulative-sum to decode)
    DELTA2   : delta-of-delta of the (quantized) timestamp column
    CONSTANT : exactly one entry; repeat it sample_count times
  

  repeated sint64 values = 4 [packed = true];

  Parameters:

  value - The values to add.

• addAllValues

   ColumnData.Builder addAllValues(Iterable<out Long> values)

  The coded integer stream. Interpretation depends on `encoding`:
    RAW      : zigzag varint of each quantized integer (no delta)
    DELTA    : values[0]=q0; values[i]=q[i]-q[i-1]  (cumulative-sum to decode)
    DELTA2   : delta-of-delta of the (quantized) timestamp column
    CONSTANT : exactly one entry; repeat it sample_count times
  

  repeated sint64 values = 4 [packed = true];

  Parameters:

  values - The values to add.

• clearValues

   ColumnData.Builder clearValues()

  The coded integer stream. Interpretation depends on `encoding`:
    RAW      : zigzag varint of each quantized integer (no delta)
    DELTA    : values[0]=q0; values[i]=q[i]-q[i-1]  (cumulative-sum to decode)
    DELTA2   : delta-of-delta of the (quantized) timestamp column
    CONSTANT : exactly one entry; repeat it sample_count times
  

  repeated sint64 values = 4 [packed = true];