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
import leancloud
import geocoder
print("Connecting to server..")
leancloud.init("Yf3MSyqMdVjhofKx5vflC4eF-MdYXbMMI", "n63Ne1Jj2bs17yGUPzSuYq7K")
# myloc = geocoder.ip('me')
# print(myloc.latlng)
current_location = geocoder.ip('me').latlng
pin = leancloud.Object.extend('Pinpoint')
current = pin()
current.set('Location',
leancloud.GeoPoint(current_location[0], current_location[1]))
current.save()
print("Pinpoint complete!")
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
from datetime import datetime
import time
import requests
from random import choice
leancloud.init("0ddsmQXAJt5gVLLE604DtE4U-gzGzoHsz", "XRGhgA5IwbqTWzosKRh3nzRY")
Event = leancloud.Object.extend('Event')
queryUser = leancloud.Query('_User')
queryConv = leancloud.Query('_Conversation')
Conversation = leancloud.Object.extend('_Conversation')
flag = "1"
for i in xrange(2):
point = leancloud.GeoPoint(39.9, 116.4)
queryUser.exists('username')
users = queryUser.find()
creator = users[choice(range(0, len(users)))]
name = flag + "test test test " + str(i)
conversation = Conversation()
conversation.set('name', name)
conversation.set('m', [creator.get('username')])
conversation.save()
queryConv.equal_to('name', name)
conversations = queryConv.find()
event = Event()
event.set('name', name)
event.set('maximumAttendingPeople', 20)
event.set('remainingSeats', 1)
event.set('minimumAttendingPeople', 20)