def is_object_on_target(self, target, key):
# get key ready for getPrevious on target
hashpath, _nounce = split_key(key)
key = object_key(hashpath)
conn = self.get_conn(target)
with conn:
entry = conn.getPrevious(key).wait()
return entry and entry.key.startswith(key[:-1])
def is_object_on_target(self, target, key):
# get key ready for getPrevious on target
policy_index, hashpath, _nounce = split_key(key)
key = object_key(policy_index, hashpath)
conn = self.get_conn(target)
with conn:
entry = conn.getPrevious(key).wait()
return entry and entry.key.startswith(key[:-1])
def is_object_on_target(self, target, key):
# get key ready for getPrevious on target
key_info = split_key(key)
key = object_key(key_info['policy_index'], key_info['hashpath'])
conn = self.get_conn(target)
entry = conn.getPrevious(key).wait()
target_key_info = split_key
if not entry:
return False
target_key_info = split_key(entry.key)
if target_key_info['hashpath'] != key_info['hashpath']:
return False
if target_key_info['timestamp'] < key_info['timestamp']:
return False
return True
def is_object_on_target(self, target, key):
# get key ready for getPrevious on target
key_info = split_key(key)
key = object_key(key_info['policy'], key_info['hashpath'])
conn = self.get_conn(target['device'])
entry = conn.getPrevious(key).wait()
if not entry:
return False
target_key_info = split_key(entry.key)
if not target_key_info:
return False
if target_key_info['hashpath'] != key_info['hashpath']:
return False
if target_key_info['timestamp'] < key_info['timestamp']:
return False
if (target_key_info['frag_index'] is not None and
target_key_info['frag_index'] != target.get('index')):
return False
return True
