def get_chunk(part_id_to_get, start, end):
do_debug(
"dxdatabase_functions.py get_chunk - start {}, end {}, part id {}".
format(start, end, part_id_to_get))
url, headers = dxdatabase.get_download_url(src_filename=src_filename,
project=project,
**kwargs)
# No sub ranges for database file downloads
sub_range = False
data_url = dxpy._dxhttp_read_range(url, headers, start, end,
FILE_REQUEST_TIMEOUT, sub_range)
do_debug("dxdatabase_functions.py get_chunk - data_url = {}".format(
data_url))
# 'data_url' is the s3 URL, so read again, just like in DNAxFileSystem
data = dxpy._dxhttp_read_range(data_url, headers, start, end,
FILE_REQUEST_TIMEOUT, sub_range)
return part_id_to_get, data
def get_chunk(part_id_to_get, start, end):
url, headers = dxfile.get_download_url(project=project, **kwargs)
# If we're fetching the whole object in one shot, avoid setting the Range header to take advantage of gzip
# transfer compression
sub_range = False
if len(parts) > 1 or (start > 0) or (end - start + 1 < parts[part_id_to_get]["size"]):
sub_range = True
data = dxpy._dxhttp_read_range(url, headers, start, end, FILE_REQUEST_TIMEOUT, sub_range)
return part_id_to_get, data
def get_chunk(part_id_to_get, start, end):
url, headers = dxfile.get_download_url(project=project, **kwargs)
# If we're fetching the whole object in one shot, avoid setting the Range header to take advantage of gzip
# transfer compression
sub_range = False
if len(parts) > 1 or (start > 0) or (end - start + 1 < parts[part_id_to_get]["size"]):
sub_range = True
data = dxpy._dxhttp_read_range(url, headers, start, end, FILE_REQUEST_TIMEOUT, sub_range)
return part_id_to_get, data
