Method Detail

• getStreamId

   int getStreamId()

  Stream identity — see the registry below. Shared ids with iOS DSDP where
  they overlap (accel=2, gyro=3, mag=4, altitude=5, location=6); iOS-only ids
  0/1/7/8 are reserved and never emitted by Android.
  

  uint32 stream_id = 1;

• setStreamId

   StreamColumn.Builder setStreamId(int value)

  Stream identity — see the registry below. Shared ids with iOS DSDP where
  they overlap (accel=2, gyro=3, mag=4, altitude=5, location=6); iOS-only ids
  0/1/7/8 are reserved and never emitted by Android.
  

  uint32 stream_id = 1;

  Parameters:

  value - The streamId to set.

• clearStreamId

   StreamColumn.Builder clearStreamId()

  Stream identity — see the registry below. Shared ids with iOS DSDP where
  they overlap (accel=2, gyro=3, mag=4, altitude=5, location=6); iOS-only ids
  0/1/7/8 are reserved and never emitted by Android.
  

  uint32 stream_id = 1;

• getSampleCount

   int getSampleCount()

  Number of samples represented by every column in this stream.
  

  uint32 sample_count = 2;

• setSampleCount

   StreamColumn.Builder setSampleCount(int value)

  Number of samples represented by every column in this stream.
  

  uint32 sample_count = 2;

  Parameters:

  value - The sampleCount to set.

• clearSampleCount

   StreamColumn.Builder clearSampleCount()

  Number of samples represented by every column in this stream.
  

  uint32 sample_count = 2;

• getSensorOriginUs

   long getSensorOriginUs()

  Absolute boot-relative origin (microseconds) of the first sample — the
  reference for the timestamp column (channel_id 0).
  

  int64 sensor_origin_us = 3;

• setSensorOriginUs

   StreamColumn.Builder setSensorOriginUs(long value)

  Absolute boot-relative origin (microseconds) of the first sample — the
  reference for the timestamp column (channel_id 0).
  

  int64 sensor_origin_us = 3;

  Parameters:

  value - The sensorOriginUs to set.

• clearSensorOriginUs

   StreamColumn.Builder clearSensorOriginUs()

  Absolute boot-relative origin (microseconds) of the first sample — the
  reference for the timestamp column (channel_id 0).
  

  int64 sensor_origin_us = 3;

• getWallOriginMs

   long getWallOriginMs()

  Wall-clock (epoch ms) of the first sample. Together with sensor_origin_us
  this lets the server reconstruct per-sample wall time from the boot-relative
  timestamp column WITHOUT a per-sample wall-clock column:
    wall_ms(i) = wall_origin_ms + (sensor_us(i) - sensor_origin_us) / 1000
  

  int64 wall_origin_ms = 4;

• setWallOriginMs

   StreamColumn.Builder setWallOriginMs(long value)

  Wall-clock (epoch ms) of the first sample. Together with sensor_origin_us
  this lets the server reconstruct per-sample wall time from the boot-relative
  timestamp column WITHOUT a per-sample wall-clock column:
    wall_ms(i) = wall_origin_ms + (sensor_us(i) - sensor_origin_us) / 1000
  

  int64 wall_origin_ms = 4;

  Parameters:

  value - The wallOriginMs to set.

• clearWallOriginMs

   StreamColumn.Builder clearWallOriginMs()

  Wall-clock (epoch ms) of the first sample. Together with sensor_origin_us
  this lets the server reconstruct per-sample wall time from the boot-relative
  timestamp column WITHOUT a per-sample wall-clock column:
    wall_ms(i) = wall_origin_ms + (sensor_us(i) - sensor_origin_us) / 1000
  

  int64 wall_origin_ms = 4;

• getColumnsList

   List<ColumnData> getColumnsList()

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• getColumnsCount

   int getColumnsCount()

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• getColumns

   ColumnData getColumns(int index)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• setColumns

   StreamColumn.Builder setColumns(int index, ColumnData value)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• setColumns

   StreamColumn.Builder setColumns(int index, ColumnData.Builder builderForValue)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• addColumns

   StreamColumn.Builder addColumns(ColumnData value)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• addColumns

   StreamColumn.Builder addColumns(int index, ColumnData value)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• addColumns

   StreamColumn.Builder addColumns(ColumnData.Builder builderForValue)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• addColumns

   StreamColumn.Builder addColumns(int index, ColumnData.Builder builderForValue)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• addAllColumns

   StreamColumn.Builder addAllColumns(Iterable<out ColumnData> values)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• clearColumns

   StreamColumn.Builder clearColumns()

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;

• removeColumns

   StreamColumn.Builder removeColumns(int index)

  One per channel. channel_id 0 is always the timestamp column; 1..N are the
  value channels in the order documented in the registry below.
  

  repeated .doorstepai.telemetry.v3.ColumnData columns = 5;