/**
* Maps a JSON response node from the Fitbit API into a {@link StepCount} measure
*
* @param node a JSON node for an individual object in the "activities-steps" array retrieved from
* the activities/steps Fitbit API endpoint
* @return a {@link DataPoint} object containing a {@link StepCount} measure with the appropriate
* values from the node parameter, wrapped as an {@link Optional}
*/
@Override
protected Optional<DataPoint<StepCount>> asDataPoint(JsonNode node) {
int stepCountValue = Integer.parseInt(asRequiredString(node, "value"));
if (stepCountValue == 0) {
return Optional.empty();
}
StepCount.Builder builder = new StepCount.Builder(stepCountValue);
Optional<LocalDate> stepDate = asOptionalLocalDate(node, "dateTime");
if (stepDate.isPresent()) {
LocalDateTime startDateTime = stepDate.get().atTime(0, 0, 0, 0);
builder.setEffectiveTimeFrame(
TimeInterval.ofStartDateTimeAndDuration(
combineDateTimeAndTimezone(startDateTime),
new DurationUnitValue(DurationUnit.DAY, 1)));
}
StepCount measure = builder.build();
Optional<Long> externalId = asOptionalLong(node, "logId");
return Optional.of(newDataPoint(measure, externalId.orElse(null)));
}
// TODO clean up
@Override
public void testGoogleFitMeasureFromDataPoint(
BodyHeight testMeasure, Map<String, Object> properties) {
BodyHeight.Builder bodyHeightBuilder =
new BodyHeight.Builder(new LengthUnitValue(METER, (double) properties.get("fpValue")));
if (properties.containsKey("endDateTimeString")) {
bodyHeightBuilder.setEffectiveTimeFrame(
TimeInterval.ofStartDateTimeAndEndDateTime(
OffsetDateTime.parse((String) properties.get("startDateTimeString")),
OffsetDateTime.parse((String) properties.get("endDateTimeString"))));
} else {
bodyHeightBuilder.setEffectiveTimeFrame(
OffsetDateTime.parse((String) properties.get("startDateTimeString")));
}
BodyHeight expectedBodyHeight = bodyHeightBuilder.build();
assertThat(testMeasure, equalTo(expectedBodyHeight));
}