def _register_fetch_name(self, db, filename):
f = utils.hash_string(filename) + "_" + \
utils.str_time_stamp()
fetch_name = utils.join_path(self.cache_fetch_name, f)
self.fetch_name = fetch_name
db.insert_cachename(fetch_name, self.SIGNATURE, filename)
return utils.join_path(self.cache_path, fetch_name)
def _register_fetch_name(self, db, filename):
f = utils.hash_string(filename) + "_" + \
utils.str_time_stamp()
fetch_name = utils.join_path(self.cache_fetch_name, f)
self.fetch_name = fetch_name
db.insert_cachename(fetch_name, self.SIGNATURE, filename)
return utils.join_path(self.cache_path, fetch_name)
def test_012_cachename(self):
fil = "φ012"
f_path = self.get_path(fil)
with open(f_path, "w") as f:
f.write("content")
state = self.db.get_state(self.s.SLAVE, fil)
handle = self.slave.prepare_target(state)
hidden_filename = utils.join_path(
handle.cache_hide_name, utils.hash_string(handle.objname))
hidden_path = handle.get_path_in_cache(hidden_filename)
self.assertFalse(os.path.isfile(hidden_path))
client_db = database.get_db(self.slave.client_dbtuple)
self.assertIsNone(client_db.get_cachename(hidden_filename))
handle.move_file()
self.assertTrue(os.path.isfile(hidden_path))
self.assertIsNotNone(client_db.get_cachename(hidden_filename))
handle.move_file()
self.assertTrue(os.path.isfile(hidden_path))
shutil.move(hidden_path, f_path)
self.assertIsNotNone(client_db.get_cachename(hidden_filename))
handle.move_file()
self.assertTrue(os.path.isfile(hidden_path))
# open file to cause busy error
f = open(hidden_path, "r")
with self.assertRaises(common.BusyError):
handle.hide_file()
def _register_hidden_name(self, db, filename):
f = utils.hash_string(filename)
hide_filename = utils.join_path(self.cache_hide_name, f)
self.hidden_filename = hide_filename
self.hidden_path = self.get_path_in_cache(self.hidden_filename)
if db.get_cachename(hide_filename):
return False
db.insert_cachename(hide_filename, self.SIGNATURE, filename)
return True
def _register_hidden_name(self, db, filename):
f = utils.hash_string(filename)
hide_filename = utils.join_path(self.cache_hide_name, f)
self.hidden_filename = hide_filename
self.hidden_path = self.get_path_in_cache(self.hidden_filename)
if db.get_cachename(hide_filename):
return False
db.insert_cachename(hide_filename, self.SIGNATURE, filename)
return True
def _register_stage_name(self, db, filename):
f = utils.hash_string(filename)
stage_filename = utils.join_path(self.cache_stage_name, f)
self.stage_filename = stage_filename
stage_path = self.get_path_in_cache(stage_filename)
self.staged_path = stage_path
if db.get_cachename(stage_filename):
return False
db.insert_cachename(stage_filename, self.SIGNATURE, filename)
return True
def _register_stage_name(self, db, filename):
f = utils.hash_string(filename)
stage_filename = utils.join_path(self.cache_stage_name, f)
self.stage_filename = stage_filename
stage_path = self.get_path_in_cache(stage_filename)
self.staged_path = stage_path
if db.get_cachename(stage_filename):
return False
db.insert_cachename(stage_filename, self.SIGNATURE, filename)
return True
def test_001_probe_and_sync(self):
# initial upload to pithos
f1 = "φ001"
f1_content1 = "content1"
r1 = self.pithos.upload_from_string(
f1, f1_content1)
etag1 = r1['etag']
state = self.db.get_state(self.s.MASTER, f1)
self.assertEqual(state.serial, -1)
self.assertEqual(state.info, {})
# probe pithos
self.s.probe_file(self.s.MASTER, f1)
m = self.assert_message(messaging.UpdateMessage)
self.assertEqual(m.archive, self.s.MASTER)
self.assertEqual(m.serial, 0)
state = self.db.get_state(self.s.MASTER, f1)
self.assertEqual(state.serial, 0)
self.assertEqual(state.info["pithos_etag"], etag1)
# get local state
state = self.db.get_state(self.s.SLAVE, f1)
self.assertEqual(state.serial, -1)
assert state.info == {}
# sync
self.s.decide_file_sync(f1)
self.s.launch_syncs()
dstate = self.db.get_state(self.s.DECISION, f1)
self.assertEqual(dstate.serial, 0)
self.assert_message(messaging.SyncMessage)
# check local synced file
self.assert_message(messaging.AckSyncMessage)
state = self.db.get_state(self.s.SLAVE, f1)
assert state.serial == 0
info = state.info
assert info['localfs_size'] == len(f1_content1)
f1_path = self.get_path(f1)
self.assertEqual(hash_file(f1_path), utils.hash_string(f1_content1))
dstate = self.db.get_state(self.s.DECISION, f1)
sstate = self.db.get_state(self.s.SYNC, f1)
self.assertEqual(dstate.info, sstate.info)
self.assertEqual(sstate.serial, 0)
def hash_file(fil):
with open(fil) as f:
return utils.hash_string(f.read())
def get_instance(elems):
data = "".join(elems)
return utils.hash_string(data)
def get_instance(elems):
data = "".join(elems)
return utils.hash_string(data)
