def test_dateline_overlap_should_equal_the_two_adjecent_bboxes(self):
dateline_bbox = [160, 43.717, -160, 43.746]
dateline_east_side_bbox = [160, 43.717, 180, 43.746]
dateline_west_side_bbox = [-180, 43.717, -160, 43.746]
self.assertEqual(
estimate_size_of_extent(self.csv_file_name, *dateline_bbox),
estimate_size_of_extent(self.csv_file_name, *dateline_east_side_bbox) +
estimate_size_of_extent(self.csv_file_name, *dateline_west_side_bbox)
)
def add_meta_data_to_job(*, conversion_job, rq_job):
from pbf_file_size_estimation.app_settings import PBF_FILE_SIZE_ESTIMATION_CSV_FILE_PATH
from pbf_file_size_estimation.estimate_size import estimate_size_of_extent
west, south, east, north = conversion_job.parametrization.clipping_area.clipping_multi_polygon.extent
estimated_pbf_size = None
try:
estimated_pbf_size = estimate_size_of_extent(
PBF_FILE_SIZE_ESTIMATION_CSV_FILE_PATH, west, south, east, north)
except estimate_size.OutOfBoundsError:
logger.exception("pbf estimation failed")
conversion_job.unzipped_result_size = rq_job.meta['unzipped_result_size']
conversion_job.extraction_duration = rq_job.meta['duration']
conversion_job.estimated_pbf_size = estimated_pbf_size
def test_monaco_size_estimation(self):
monaco_bbox = [7.400, 43.717, 7.439, 43.746]
self.assertEqual(estimate_size_of_extent(self.csv_file_name, *monaco_bbox), 36799)
def test_dateline_overlap_should_work(self):
dateline_bbox = [160, 43.717, -160, 43.746]
self.assertEqual(estimate_size_of_extent(self.csv_file_name, *dateline_bbox), 236)
