def decode(key, value):
if isinstance(value, get_dumpable_types()):
return value
if isinstance(value, (tuple, list)):
return [decode(key, x) for x in value]
if not isinstance(value, dict):
return value
if '__type' not in value:
return dict([(k, decode(k, v)) for k, v in iteritems(value)])
_type = value['__type']
if _type == 'Pointer':
value = copy.deepcopy(value)
class_name = value['className']
pointer = leancloud.Object.create(class_name)
if 'createdAt' in value:
value.pop('__type')
value.pop('className')
pointer._update_data(value)
else:
pointer._update_data({'objectId': value['objectId']})
return pointer
if _type == 'Object':
value = copy.deepcopy(value)
class_name = value['className']
value.pop('__type')
value.pop('className')
obj = leancloud.Object.create(class_name)
obj._update_data(value)
return obj
if _type == 'Date':
return arrow.get(iso8601.parse_date(value['iso'])).to('local').datetime
if _type == 'GeoPoint':
return leancloud.GeoPoint(latitude=value['latitude'], longitude=value['longitude'])
if key == 'ACL':
if isinstance(value, leancloud.ACL):
return value
return leancloud.ACL(value)
if _type == 'Relation':
relation = leancloud.Relation(None, key)
relation.target_class_name = value['className']
return relation
if _type == 'File':
f = leancloud.File(value['name'])
meta_data = value.get('metaData')
if meta_data:
f._metadata = meta_data
f._url = value['url']
f.id = value['objectId']
return f
def test_init(): # type: () -> None
acl = leancloud.ACL()
role = leancloud.Role("xxx", acl)
assert role
assert role.get_name() == "xxx"
assert role.get_acl() == acl
assert role.users
assert role.roles
def __init__(self, name=None, acl=None):
super(Role, self).__init__()
if name:
self.set_name(name)
if acl is None:
acl = leancloud.ACL()
acl.set_public_read_access(True)
self.set_acl(acl)
def find_conversation():
conversation = leancloud.Conversation.query.get('5beb903860d9007f7ba8423f')
print(conversation.members)
acl = leancloud.ACL()
acl.set_public_read_access(True)
print(acl.dump())
conversation.set_acl(acl)
conversation.save()
def test_query_acl(): # type: () -> None
TestACLObject = leancloud.Object.extend("TestACLObject")
o = TestACLObject(content="xxx")
acl = leancloud.ACL()
acl.set_public_read_access(True)
acl.set_public_write_access(True)
acl.set_write_access("xxxxx", True)
o.set_acl(acl)
o.save()
acl_data = o.get_acl().dump()
o = TestACLObject.query.include_acl().equal_to("objectId", o.id).first()
assert_equal(acl_data, o.get_acl().dump())
o.destroy()
def mark_comment(obj_id, mark_spam=False, hide=True):
try:
c = query.get(obj_id)
if mark_spam:
c.set('isSpam', True)
else:
c.set('isSpam', False)
acl = lc.ACL()
acl.set_public_read_access(not hide)
c.set_acl(acl)
c.save()
return True, '成功！'
except Exception as e:
return False, str(e)
def send_emails(lst):
if len(lst) == 0:
return
prepare_smtp_server()
for c in lst:
if akismet_enabled:
logging('正在通过 akismet 验证垃圾评论: %s' %
c.get('comment')[:-1]) # 最后一个字符是 \n
if akismet.check(config['site_url'], c.get('ip'),
c.get('ua'), config['site_url'] + c.get('url'),
c.get('comment'), c.get('nick'), c.get('mail'),
c.get('link')):
logging('检测到垃圾评论，跳过发送邮件')
acl = lc.ACL()
acl.set_public_read_access(False)
c.set_acl(acl)
c.set('isSpam', True)
c.save()
continue
if c.get('pid') == None:
# notify the blogger
func = send_admin_email
logging('正在通知博主： objectId = %s' % c.id)
else:
# notify the author of the comment be replied
func = send_replay_email
logging('正在通知被回复者： objectId = %s' % c.id)
if func(c):
logging('邮件发送成功！')
c.set('isNotified', True)
c.save()
else:
logging('邮件发送失败！', level='error', prnt=True)
exit(1)
logging('登出 SMTP 服务器...', prnt=True)
server.quit()
def test_get_set_acl(): # type: () -> None
acl = leancloud.ACL()
album = Album()
album.set_acl(acl)
assert album.get_acl() == acl
from xiaobandeng.config import load_config
from xiaobandeng.lean_cloud import init
from xiaobandeng.config import CONFIG
import leancloud
env = 'product'
load_config(env)
init(CONFIG)
CLASS_NAME = 'EditorTask'
lean_cloud_class = leancloud.Object.extend(CLASS_NAME)
query = lean_cloud_class.query
query.add_ascending("createdAt")
query.limit(1000)
obj_list = query.find()
print 'total:', len(obj_list)
# obj = obj_list[0]
for obj in obj_list:
acl = leancloud.ACL()
acl.set_public_read_access(True)
acl.set_public_write_access(True)
obj.set_acl(acl)
obj.save()
print obj.id
def test_init():
acl = leancloud.ACL()
role = leancloud.Role('xxx', acl)
assert role
assert role.get_name() == 'xxx'
assert role.get_acl() == acl
def decode(key, value):
if isinstance(value, get_dumpable_types()):
return value
if isinstance(value, (tuple, list)):
return [decode(key, x) for x in value]
if not isinstance(value, dict):
return value
if key == "ACL":
if isinstance(value, leancloud.ACL):
return value
return leancloud.ACL(value)
if "__type" not in value:
return dict([(k, decode(k, v)) for k, v in six.iteritems(value)])
_type = value["__type"]
if _type == "Pointer":
value = copy.deepcopy(value)
class_name = value["className"]
pointer = leancloud.Object.create(class_name)
if "createdAt" in value:
value.pop("__type")
value.pop("className")
pointer._update_data(value)
else:
pointer._update_data({"objectId": value["objectId"]})
return pointer
if _type == "Object":
value = copy.deepcopy(value)
class_name = value["className"]
value.pop("__type")
value.pop("className")
obj = leancloud.Object.create(class_name)
obj._update_data(value)
return obj
if _type == "Date":
return arrow.get(iso8601.parse_date(value["iso"])).to("local").datetime
if _type == "GeoPoint":
return leancloud.GeoPoint(
latitude=value["latitude"], longitude=value["longitude"]
)
if _type == "Relation":
relation = leancloud.Relation(None, key)
relation.target_class_name = value["className"]
return relation
if _type == "File":
f = leancloud.File(value["name"])
meta_data = value.get("metaData")
if meta_data:
f._metadata = meta_data
f._url = value["url"]
f.id = value["objectId"]
return f
def test_get_set_acl():
acl = leancloud.ACL()
album = Album()
album.set_acl(acl)
assert album.get_acl() == acl
