def get_parts_information(self, uri, upload_id):
multipart_response = self.s3.list_multipart(uri, upload_id)
tree = getTreeFromXml(multipart_response['data'])
parts = dict()
for elem in parseNodes(tree):
try:
parts[int(elem['PartNumber'])] = {'checksum': elem['ETag'], 'size': elem['Size']}
except KeyError:
pass
return parts
def get_parts_information(self, uri, upload_id):
multipart_response = self.s3.list_multipart(uri, upload_id)
tree = getTreeFromXml(multipart_response['data'])
parts = defaultdict(lambda: None)
for elem in parseNodes(tree):
try:
parts[int(elem['PartNumber'])] = {
'checksum': elem['ETag'],
'size': elem['Size']
}
except KeyError:
pass
return parts
def get_unique_upload_id(self, uri):
upload_id = None
multipart_response = self.s3.get_multipart(uri)
tree = getTreeFromXml(multipart_response['data'])
for mpupload in parseNodes(tree):
try:
mp_upload_id = mpupload['UploadId']
mp_path = mpupload['Key']
info("mp_path: %s, object: %s" % (mp_path, uri.object()))
if mp_path == uri.object():
if upload_id is not None:
raise ValueError("More than one UploadId for URI %s. Disable multipart upload, or use\n %s multipart %s\nto list the Ids, then pass a unique --upload-id into the put command." % (uri, sys.argv[0], uri))
upload_id = mp_upload_id
except KeyError:
pass
return upload_id
def get_unique_upload_id(self, uri):
upload_id = None
multipart_response = self.s3.get_multipart(uri)
tree = getTreeFromXml(multipart_response['data'])
for mpupload in parseNodes(tree):
try:
mp_upload_id = mpupload['UploadId']
mp_path = mpupload['Key']
info("mp_path: %s, object: %s" % (mp_path, uri.object()))
if mp_path == uri.object():
if upload_id is not None:
raise ValueError(
"More than one UploadId for URI %s. Disable multipart upload, or use\n %s multipart %s\nto list the Ids, then pass a unique --upload-id into the put command."
% (uri, sys.argv[0], uri))
upload_id = mp_upload_id
except KeyError:
pass
return upload_id
