How to use the @turf/boolean-contains function in @turf/boolean-contains

.filter(feature => {
      try {
        return (
          // Technically, we're doing more than an overlap comparison here.
          // `boooleanOverlap` returns features which are strictly overlapping; we
          // also want to return features which are entirely contained by the
          // buffer.
          booleanOverlap(bufferFeature, feature) ||
          booleanContains(bufferFeature, feature)
        );
      } catch (e) {
        // eslint-disable-next-line no-console
        console.error(e);
        Mixpanel.track("Error", {
          message:
            "unable to perform booleanOverlap and booleanContains on features",
          error: e,
        });

        return false;
      }
    })
    .reduce(

let doesBufferContainExtent = false;
      if (buffer) {
        const bufferGeometry = turf.bboxPolygon([
          buffer.minLon,
          buffer.minLat,
          buffer.maxLon,
          buffer.maxLat
        ]);
        const extentGeometry = turf.bboxPolygon([
          extent.minLon,
          extent.minLat,
          extent.maxLon,
          extent.maxLat
        ]);

        doesBufferContainExtent = turfBooleanContains(bufferGeometry, extentGeometry);
      }

      if (!doesBufferContainExtent || currentZoom !== newZoom) {
        const scaleFactor = 0.5; // TODO put scale factor in store and fetch with selector
        const width = extent.maxLon - extent.minLon;
        const height = extent.maxLat - extent.minLat;
        dataFilters.buffer = {
          minLon: extent.minLon - width * scaleFactor,
          minLat: extent.minLat - height * scaleFactor,
          maxLon: extent.maxLon + width * scaleFactor,
          maxLat: extent.maxLat + height * scaleFactor
        };
      }
    }

    dispatch({

let doesBufferContainExtent = false;
      if (buffer) {
        const bufferGeometry = turf.bboxPolygon([
          buffer.minLon,
          buffer.minLat,
          buffer.maxLon,
          buffer.maxLat
        ]);
        const extentGeometry = turf.bboxPolygon([
          extent.minLon,
          extent.minLat,
          extent.maxLon,
          extent.maxLat
        ]);

        doesBufferContainExtent = turfBooleanContains(bufferGeometry, extentGeometry);
      }

      if (!doesBufferContainExtent || currentZoom !== newZoom) {
        const scaleFactor = 0.5; // TODO put scale factor in store and fetch with selector
        const width = extent.maxLon - extent.minLon;
        const height = extent.maxLat - extent.minLat;
        dataFilters.buffer = {
          minLon: extent.minLon - width * scaleFactor,
          minLat: extent.minLat - height * scaleFactor,
          maxLon: extent.maxLon + width * scaleFactor,
          maxLat: extent.maxLat + height * scaleFactor
        };
      }
    }

    dispatch({

let doesBufferContainExtent = false;
      if (buffer) {
        const bufferGeometry = turf.bboxPolygon([
          buffer.minLon,
          buffer.minLat,
          buffer.maxLon,
          buffer.maxLat
        ]);
        const extentGeometry = turf.bboxPolygon([
          extent.minLon,
          extent.minLat,
          extent.maxLon,
          extent.maxLat
        ]);

        doesBufferContainExtent = turfBooleanContains(bufferGeometry, extentGeometry);
      }

      if (!doesBufferContainExtent || currentZoom !== newZoom) {
        const scaleFactor = 0.5; // TODO put scale factor in store and fetch with selector
        const width = extent.maxLon - extent.minLon;
        const height = extent.maxLat - extent.minLat;
        dataFilters.buffer = {
          minLon: extent.minLon - width * scaleFactor,
          minLat: extent.minLat - height * scaleFactor,
          maxLon: extent.maxLon + width * scaleFactor,
          maxLat: extent.maxLat + height * scaleFactor
        };
      }
    }

    dispatch({

return NO_SOURCE_UPDATE_REQUIRED;
    }

    const previousBufferGeometry = turf.bboxPolygon([
      previousBuffer.minLon,
      previousBuffer.minLat,
      previousBuffer.maxLon,
      previousBuffer.maxLat
    ]);
    const newBufferGeometry = turf.bboxPolygon([
      newBuffer.minLon,
      newBuffer.minLat,
      newBuffer.maxLon,
      newBuffer.maxLat
    ]);
    const doesPreviousBufferContainNewBuffer = turfBooleanContains(previousBufferGeometry, newBufferGeometry);

    const isTrimmed = _.get(meta, 'areResultsTrimmed', false);
    return doesPreviousBufferContainNewBuffer && !isTrimmed
      ? NO_SOURCE_UPDATE_REQUIRED
      : SOURCE_UPDATE_REQUIRED;
  }

return NO_SOURCE_UPDATE_REQUIRED;
  }

  const previousBufferGeometry = turf.bboxPolygon([
    previousBuffer.minLon,
    previousBuffer.minLat,
    previousBuffer.maxLon,
    previousBuffer.maxLat
  ]);
  const newBufferGeometry = turf.bboxPolygon([
    newBuffer.minLon,
    newBuffer.minLat,
    newBuffer.maxLon,
    newBuffer.maxLat
  ]);
  const doesPreviousBufferContainNewBuffer = turfBooleanContains(previousBufferGeometry, newBufferGeometry);

  const isTrimmed = _.get(prevMeta, 'areResultsTrimmed', false);
  return doesPreviousBufferContainNewBuffer && !isTrimmed
    ? NO_SOURCE_UPDATE_REQUIRED
    : SOURCE_UPDATE_REQUIRED;
}

    return (fieldPolygon: any) => contains(fieldPolygon, queryPolygon);
}

return NO_SOURCE_UPDATE_REQUIRED;
    }

    const previousBufferGeometry = turf.bboxPolygon([
      previousBuffer.minLon,
      previousBuffer.minLat,
      previousBuffer.maxLon,
      previousBuffer.maxLat
    ]);
    const newBufferGeometry = turf.bboxPolygon([
      newBuffer.minLon,
      newBuffer.minLat,
      newBuffer.maxLon,
      newBuffer.maxLat
    ]);
    const doesPreviousBufferContainNewBuffer = turfBooleanContains(previousBufferGeometry, newBufferGeometry);

    const isTrimmed = _.get(prevMeta, 'areResultsTrimmed', false);
    return doesPreviousBufferContainNewBuffer && !isTrimmed
      ? NO_SOURCE_UPDATE_REQUIRED
      : SOURCE_UPDATE_REQUIRED;
  }