def startTransaction(self):
from config.database import DB
DB.begin_transaction()
self.__class__._transaction = True
def stopTransaction(self):
from config.database import DB
DB.rollback()
self.__class__._transaction = False
def staticStopTransaction(cls):
from config.database import DB
DB.rollback()
cls._transaction = False
def __init__(
self,
grammar=None,
connection="default",
connection_class=None,
table=None,
connection_details=None,
connection_driver="default",
model=None,
scopes=None,
dry=False,
):
"""QueryBuilder initializer
Arguments:
grammar {masonite.orm.grammar.Grammar} -- A grammar class.
Keyword Arguments:
connection {masonite.orm.connection.Connection} -- A connection class (default: {None})
table {str} -- the name of the table (default: {""})
"""
self.grammar = grammar
self._table = table
self.dry = dry
self.connection = connection
self.connection_class = connection_class
self._connection = None
self._connection_details = connection_details or {}
self._connection_driver = connection_driver
self._scopes = scopes or {}
self._eager_relation = EagerRelations()
if model:
self._global_scopes = model._global_scopes
if model.__with__:
self.with_(model.__with__)
else:
self._global_scopes = {}
self.builder = self
self._columns = ()
self._creates = {}
self._sql = ""
self._sql_binding = ""
self._bindings = ()
self._updates = ()
self._wheres = ()
self._order_by = ()
self._group_by = ()
self._joins = ()
self._having = ()
self._macros = {}
self._aggregates = ()
self._limit = False
self._offset = False
self._model = model
self.set_action("select")
if not self._connection_details:
from config.database import DB
self._connection_details = DB.get_connection_details()
self.on(connection)
if grammar:
self.grammar = grammar
if connection_class:
self.connection_class = connection_class
def test_transaction_globally(self):
connection = DB.begin_transaction("dev")
self.assertEqual(connection, self.get_builder().new_connection())
DB.commit("dev")
DB.begin_transaction("dev")
DB.rollback("dev")
def show_user(self, view: View):
conn = DB.get_schema_manager().list_table_columns('users')
return view.render('{0}/management/add_user'.format(self.template_prefix), {'schema': conn})
def consume(self, channel, **options): # skipcq
from config.database import DB as schema, DATABASES
from wsgi import container
if not channel or channel == 'default':
channel = DATABASES['default']
self.info(
'[*] Waiting to process jobs from the "queue_jobs" table on the "{}" connection. To exit press CTRL + C'
.format(channel))
schema = schema.connection(channel)
while True:
jobs = schema.table('queue_jobs').where('ran_at', None).get()
if not jobs.count():
time.sleep(5)
for job in jobs:
unserialized = pickle.loads(job.serialized)
obj = unserialized['obj']
args = unserialized['args']
callback = unserialized['callback']
ran = job.attempts
wait_time = job['wait_until']
if not job['wait_until']:
wait_time = pendulum.now()
else:
if isinstance(wait_time, str):
wait_time = pendulum.parse(job['wait_until'])
else:
wait_time = pendulum.instance(job['wait_until'])
# print(job['wait_until'], wait_time.is_future())
if job['wait_until'] and wait_time.is_future():
continue
try:
try:
if inspect.isclass(obj):
obj = container.resolve(obj)
getattr(obj, callback)(*args)
except AttributeError:
obj(*args)
try:
# attempts = 1
schema.table('queue_jobs').where(
'id', job['id']).update({
'ran_at':
pendulum.now().to_datetime_string(),
'attempts':
job['attempts'] + 1,
})
self.success('[\u2713] Job Successfully Processed')
except UnicodeEncodeError:
self.success('[Y] Job Successfully Processed')
except Exception as e: # skipcq
self.danger('Job Failed: {}'.format(str(e)))
if not obj.run_again_on_fail:
# ch.basic_ack(delivery_tag=method.delivery_tag)
schema.table('queue_jobs').where(
'id', job['id']).update({
'ran_at':
pendulum.now().to_datetime_string(),
'failed':
1,
'attempts':
job['attempts'] + 1,
})
if ran < obj.run_times and isinstance(obj, Queueable):
time.sleep(1)
schema.table('queue_jobs').where(
'id', job['id']).update({
'attempts':
job['attempts'] + 1,
})
continue
else:
schema.table('queue_jobs').where(
'id', job['id']).update({
'attempts':
job['attempts'] + 1,
'ran_at':
pendulum.now().to_datetime_string(),
'failed':
1,
})
if hasattr(obj, 'failed'):
getattr(obj, 'failed')(unserialized, str(e))
self.add_to_failed_queue_table(unserialized,
driver='database')
time.sleep(5)