def dump(self):
result = super(InboxQuery, self).dump()
result['owner'] = utils.encode(self._owner)
result['inboxType'] = self._inbox_type
result['sinceId'] = self._since_id
result['maxId'] = self._max_id
return result
def count_unread_statuses(owner, inbox_type='default'):
params = {
'inboxType': inbox_type,
'owner': utils.encode(owner),
}
content = client.get('/subscribe/statuses/count', params).json()
return StatusesCount(total=content['total'], unread=content['unread'])
def studentsync1(item):
print("sync")
print(item)
value=encode(item,dump_objects=True)
print(value)
print("boxNumber",item.get("boxNumber"))
print("name",item.get("name"))
print("imageUrl",item.get("imageurl"))
boxnumber = item.get("boxNumber")
if boxnumber is None:
boxnumber= 1
code,msg,personid= uploadperson(item.get("name"),item.get("imageurl"),boxnumber)
if code == 1:
print("update item")
item.set("syncing",0)
item.set("code",1)
item.set("msg",msg)
item.set('userid',personid)
item.save()
else:
print("update fail item ")
item.set("syncing",0)
item.set("code",0)
item.set("msg",msg)
item.save()
def count_unread_statuses(owner, inbox_type="default"):
params = {
"inboxType": inbox_type,
"owner": utils.encode(owner),
}
content = client.get("/subscribe/statuses/count", params).json()
return StatusesCount(total=content["total"], unread=content["unread"])
def dump(self):
result = super(InboxQuery, self).dump()
result["owner"] = utils.encode(self._owner)
result["inboxType"] = self._inbox_type
result["sinceId"] = self._since_id
result["maxId"] = self._max_id
return result
def count_unread_statuses(owner, inbox_type='default'):
params = {
'inboxType': inbox_type,
'owner': utils.encode(owner),
}
content = client.get('/subscribe/statuses/count', params).json()
return StatusesCount(total=content['total'], unread=content['unread'])
def dump(self):
result = super(InboxQuery, self).dump()
result['owner'] = utils.encode(self._owner)
result['inboxType'] = self._inbox_type
result['sinceId'] = self._since_id
result['maxId'] = self._max_id
return result
def rpc(_cloud_rpc_name, **params):
"""
调用 LeanEngine 上的远程代码
与 cloud.run 类似，但是允许传入 leancloud.Object 作为参数，也允许传入 leancloud.Object 作为结果
:param name: 需要调用的远程 Cloud Code 的名称
:type name: basestring
:param params: 调用参数
:return: 调用结果
"""
encoded_params = {}
for key, value in params.items():
if isinstance(params, leancloud.Object):
encoded_params[key] = utils.encode(value._dump())
else:
encoded_params[key] = utils.encode(value)
response = leancloud.client.post('/call/{}'.format(_cloud_rpc_name), params=encoded_params)
content = response.json()
return utils.decode(None, content['result'])
def faceboxlist():
Todo = leancloud.Object.extend('Facebox')
query = Todo.query
query_result = query.find()
conv = []
for item in query_result:
print(item)
value = encode(item, dump_objects=True)
print(value)
def equal_to(self, key, value):
"""
增加查询条件，查询字段的值必须为指定值。
:param key: 查询条件的字段名
:param value: 查询条件的值
:rtype: Query
"""
self._where[key] = utils.encode(value)
return self
def equal_to(self, key, value):
"""
增加查询条件，查询字段的值必须为指定值。
:param key: 查询条件的字段名
:param value: 查询条件的值
:rtype: Query
"""
self._where[key] = utils.encode(value)
return self
def studentlist():
Todo = leancloud.Object.extend('Student')
query = Todo.query
query_result = query.find()
conv = []
for item in query_result:
print(item)
value = encode(item, dump_objects=True)
# print(value)
conv.append(item)
return list(conv)
def alert():
student_list = lessonlist()
todaylesson = filter(lambda lesson: isTodaylesson(lesson), student_list)
todaylessonv = list(todaylesson)
print("todaylessoonv", todaylessonv)
workinglesson = filter(lambda lesson: isLessonworktime(lesson),
todaylessonv)
for item in list(workinglesson):
value = encode(item, dump_objects=True)
print(value)
processlessonbyuserLevel(item)
def androiddevicelist():
Todo = leancloud.Object.extend('Androiddevice')
query = Todo.query
query_result = query.find()
conv=[]
for item in query_result:
print(item)
value=encode(item,dump_objects=True)
print(value)
conv.append(item)
return list(conv)
def _dump(self):
obj = copy.deepcopy(self._attributes)
for k, v in six.iteritems(obj):
obj[k] = utils.encode(v)
if self.id is not None:
obj["objectId"] = self.id
obj["__type"] = "Object"
obj["className"] = self._class_name
return obj
def _dump(self):
obj = copy.deepcopy(self._attributes)
for k, v in obj.iteritems():
obj[k] = utils.encode(v)
if self.id is not None:
obj['objectId'] = self.id
obj['__type'] = 'Object'
obj['className'] = self._class_name
return obj
def _dump(self, seen_objects=None):
seen_objects = seen_objects or []
obj = copy.deepcopy(self.attributes)
obj = dict((k, utils.encode(v, seen_objects)) for k, v in iteritems(obj))
if self.id is not None:
obj['objectId'] = self.id
obj['__type'] = 'Object'
obj['className'] = self._class_name
return obj
def _dump(self, seen_objects=None):
seen_objects = seen_objects or []
obj = copy.deepcopy(self.attributes)
for k, v in obj.iteritems():
obj[k] = utils.encode(v, seen_objects)
if self.id is not None:
obj['objectId'] = self.id
obj['__type'] = 'Object'
obj['className'] = self.__class__.__name__
return obj
def test_encode(): # type: () -> None
Foo = Object.extend("Foo")
obj = Foo()
assert utils.encode(obj) == {
"className": "Foo",
"__type": "Pointer",
"objectId": None,
}
acl = ACL()
assert utils.encode(acl) == {}
acl.set_read_access("xxx", True)
assert utils.encode(acl) == {"xxx": {"read": True}}
point = GeoPoint()
assert utils.encode(point) == {
"__type": "GeoPoint",
"longitude": 0,
"latitude": 0,
}
assert utils.encode([obj, acl, point]) == [
{"className": "Foo", "__type": "Pointer", "objectId": None},
{"xxx": {"read": True}},
{"__type": "GeoPoint", "longitude": 0, "latitude": 0},
]
assert utils.encode({"a": obj, "b": acl}) == {
"a": {"className": "Foo", "__type": "Pointer", "objectId": None},
"b": {"xxx": {"read": True}},
}
def boxlist(boxNumber):
Todo = leancloud.Object.extend('Box')
query = Todo.query
query.equal_to('boxNumber', boxNumber)
query_result = query.find()
conv = []
for item in query_result:
print(item)
value = encode(item, dump_objects=True)
print(value)
conv.append(item)
return list(conv)
def faceboxlistbynamepage():
Todo = leancloud.Object.extend('Facebox')
query = Todo.query
query.equal_to('name', "蔡")
query.skip(1)
query.limit(2)
query_result = query.find()
conv = []
for item in query_result:
print(item)
value = encode(item, dump_objects=True)
print(value)
def faceboxlistlast5(lessontime, lessontime1):
Todo = leancloud.Object.extend('Faceboxcache')
query = Todo.query
query.less_than("boxtime", lessontime)
query.greater_than("boxtime", lessontime1)
query.descending('boxtime')
print("lessontime1=", lessontime1)
query_result = query.find()
conv = []
for item in query_result:
print(item)
value = encode(item, dump_objects=True)
print(value)
conv.append(item)
return conv
def faceboxcachelist():
Todo = leancloud.Object.extend('Faceboxcache')
query = Todo.query
query.descending('boxtime')
#mytest
# query.ascending('boxtime')
query_result = query.find()
conv = []
for item in query_result:
print(item)
value = encode(item, dump_objects=True)
print(value)
conv.append(item)
return list(conv)
def faceboxallpage():
Todo = leancloud.Object.extend('Faceall')
query = Todo.query
query.equal_to("first", 0)
query.equal_to("end", 10)
query.equal_to("firstt", 1577808000000)
query.equal_to("endt", 1640707200000)
query.equal_to("flag", -1)
query.skip(1)
query.limit(2)
query_result = query.find()
conv = []
for item in query_result:
print(item)
value = encode(item, dump_objects=True)
print(value)
def alert():
student_list = lessonlist()
todaylesson = filter(lambda lesson: isTodaylesson(lesson), student_list)
todaylessonv = list(todaylesson)
print("todaylessoonv", todaylessonv)
for item in todaylessonv:
value = encode(item, dump_objects=True)
print(value)
timev = map(
lambda lesson: (lesson.get("startTime"), lesson.get("endTime")),
todaylessonv)
timelist = list(timev)
timelist.sort(key=lambda k: k[0])
idletime = getIdletime(timelist)
print("idletime", idletime)
for timeseg in idletime:
startTime, endTime = timeseg
uploadrule(startTime, endTime)
def test_encode():
Foo = Object.extend('Foo')
obj = Foo()
assert utils.encode(obj) == {
'className': 'Foo',
'__type': 'Pointer',
'objectId': None,
}
acl = ACL()
assert utils.encode(acl) == {}
acl.set_read_access('xxx', True)
assert utils.encode(acl) == {'xxx': {'read': True}}
point = GeoPoint()
assert utils.encode(point) == {
'__type': 'GeoPoint',
'longitude': 0,
'latitude': 0,
}
assert utils.encode([obj, acl, point]) == [
{
'className': 'Foo',
'__type': 'Pointer',
'objectId': None,
}, {
'xxx': {'read': True}
}, {
'__type': 'GeoPoint',
'longitude': 0,
'latitude': 0,
}
]
assert utils.encode({'a': obj, 'b': acl}) == {
'a': {
'className': 'Foo',
'__type': 'Pointer',
'objectId': None,
},
'b': {
'xxx': {'read': True}
},
}
def _add_condition(self, key, condition, value):
if not self._where.get(key):
self._where[key] = {}
self._where[key][condition] = utils.encode(value)
return self
def _add_condition(self, key, condition, value):
if not self._where.get(key):
self._where[key] = {}
self._where[key][condition] = utils.encode(value)
return self
print("leancloud init success with app_id: {}, app_key: {}, region: {}".format(LEANCLOUD_APP_ID, LEANCLOUD_APP_KEY,
LEANCLOUD_REGION))
init_leancloud_client()
def boxlist():
Todo = leancloud.Object.extend('Box')
query = Todo.query
query_result = query.find()
conv=[]
for item in query_result:
print(item)
value=encode(item,dump_objects=True)
print(value)
conv.append(item)
return list(conv)
boxv=boxlist()
from leancloud.utils import encode
testbox = boxv[1]
value=encode(testbox,dump_objects=True)
print(value)
print(testbox)
testbox.set("action","open")
testbox.save()
