def applied_migrations(self):
dbcol = self.db[MigrationStore.collection]
doc = dbcol.find().sort([(Migration.SERIAL_TIMESTAMP_KEY,
pymongo.DESCENDING)])
mig = [Migration.deserialize(mig) for mig in doc]
mig.sort()
return mig
def read_last_migrated(self):
dbcol = self.db[MigrationStore.collection]
doc = dbcol.find().sort([(Migration.SERIAL_TIMESTAMP_KEY, pymongo.DESCENDING)])
if not doc or doc.count() == 0:
return None
else:
return Migration.deserialize(doc[0])
def test_serialize(self):
mig1 = Migration()
mig1.ID = "0_new_migration"
mig1.applied_timestamp = time.time()
ser = mig1.serialize()
des = Migration.deserialize(ser)
self.assertEqual(mig1, des)
self.assertEqual(des.ID, "0_new_migration")
def read_last_migrated(self):
dbcol = self.db[MigrationStore.collection]
doc = dbcol.find().sort([(Migration.SERIAL_TIMESTAMP_KEY,
pymongo.DESCENDING)])
if not doc or doc.count() == 0:
return None
else:
return Migration.deserialize(doc[0])
def test_serialize(self):
mig1 = Migration()
mig1.ID = "0_new_migration"
mig1.applied_timestamp = time.time()
ser = mig1.serialize()
des = Migration.deserialize(ser)
self.assertEqual(mig1, des)
self.assertEqual(des.ID, "0_new_migration")
def applied_migrations(self):
dbcol = self.db[MigrationStore.collection]
doc = dbcol.find().sort([(Migration.SERIAL_TIMESTAMP_KEY, pymongo.DESCENDING)])
mig = [Migration.deserialize(mig) for mig in doc]
mig.sort()
return mig
