def delegate(Webapp2Instance,
DictionaryName,
MethodName,
API_HANDLERS_MAP,
additionalPayload={}):
### Load the dictionary and the method in that dictionary from the Permissions Map ###
Webapp2Instance.response.headers['Content-Type'] = "application/javascript"
# if either does not exist throw an error
dictionary = getattr(API_HANDLERS_MAP, DictionaryName, None)
if dictionary != None:
method = getattr(dictionary, MethodName, None)
if callable(method):
import types
func = types.MethodType(
method, dictionary(), dictionary
) # bind 'method' to it's parent class, 'dictionary'. This is so it isn't an unbound function: this would throw errors
# used so that if the request isn't a post, then the 'get' dictionary is required and so that the request body isn't parsed
if Webapp2Instance.request.method == 'POST':
if DictionaryName == 'get': # 'get' dictionary is exclusively used for GET requests
result = response.throw(103)
else:
from json import loads as ParseJSON
payload = ParseJSON(Webapp2Instance.request.body)
payload['__Webapp2Instance__'] = Webapp2Instance
result = func(payload)
if result == False:
return
result = response.reply() if result == None else result
else:
if DictionaryName == 'get':
# if there is a callback function specified, use it
result = func(Webapp2Instance)
if result == False:
return
result = response.reply() if result == None else result
result = dict(result.items() + additionalPayload.items())
if Webapp2Instance.request.get(
'callback'
) != None and Webapp2Instance.request.get(
'callback') != '':
data = '%s(%s);' % (Webapp2Instance.request.get(
'callback'), response.compile(result))
else:
data = response.compile(result)
Webapp2Instance.response.out.write(data)
return
result = response.throw(102)
else:
result = response.throw(100, (DictionaryName, MethodName))
else:
result = response.throw(101, DictionaryName)
result = dict(additionalPayload.items() + result.items())
Webapp2Instance.response.out.write(response.compile(result))
def delegate(request):
# the json body
params = json.loads(request.body)
# get api method
method = params['method']
del params['method']
# regex pattern for the method
formatting = r'^(?:([a-z][a-z0-9]*)\.)*([a-z][a-z0-9]*)$'
# the method applied to the regex pattern
match = re.search(formatting, method)
# if the method is poorly formatted throw an error
if not match:
return response.throw(0)
# parse the different parts of the method (separated by a '.')
groups = [group for group in match.groups() if group]
# get for the api method
api = MethodsClass
for part in groups:
if not hasattr(api, part):
# the api method does not exist
return response.throw(1)
api = getattr(api, part)
# run the method
output = api(params)
# check for a good response
if 'stat' in output and output['stat'] == 'fail':
# return failure
return output
# return a success
return response.reply(output)
def delegate(request):
# the json body
params = json.loads(request.body)
# get api method
method = params['method']
del params['method']
# regex pattern for the method
formatting = r'^(?:([a-z][a-z0-9]*)\.)*([a-z][a-z0-9]*)$'
# the method applied to the regex pattern
match = re.search(formatting, method)
# if the method is poorly formatted throw an error
if not match:
return response.throw(0)
# parse the different parts of the method (separated by a '.')
groups = [group for group in match.groups() if group]
# get for the api method
api = MethodsClass
for part in groups:
if not hasattr(api, part):
# the api method does not exist
return response.throw(1)
api = getattr(api, part)
# run the method
output = api(params)
# check for a good response
if 'stat' in output and output['stat'] == 'fail':
# return failure
return output
# return a success
return response.reply(output)
def changepassword(self, payload):
user = payload['__Webapp2Instance__'].user
worked = user.changePassword(payload['old_password'], payload['password'])
if not worked:
return response.throw(201)
user.unlock()
return response.reply({'passlocked':False})
def signup(self, payload):
from ..sealeduser.model import SealedUser
user = SealedUser.create(payload['email'], payload['password']);
if user == SealedUser.EMAIL_IS_USED:
return response.throw(200)
return response.reply({
'setsession': True,
'session': user.session.toDict(),
'user': user.toDict()
})
def delegate(Webapp2Instance, DictionaryName, MethodName, API_HANDLERS_MAP, additionalPayload={}):
### Load the dictionary and the method in that dictionary from the Permissions Map ###
Webapp2Instance.response.headers['Content-Type'] = "application/javascript"
# if either does not exist throw an error
dictionary = getattr(API_HANDLERS_MAP, DictionaryName, None)
if dictionary != None:
method = getattr(dictionary, MethodName, None)
if callable(method):
import types
func = types.MethodType(method, dictionary(), dictionary)# bind 'method' to it's parent class, 'dictionary'. This is so it isn't an unbound function: this would throw errors
# used so that if the request isn't a post, then the 'get' dictionary is required and so that the request body isn't parsed
if Webapp2Instance.request.method == 'POST':
if DictionaryName == 'get':# 'get' dictionary is exclusively used for GET requests
result = response.throw(103)
else:
from json import loads as ParseJSON
payload = ParseJSON(Webapp2Instance.request.body)
payload['__Webapp2Instance__'] = Webapp2Instance
result = func(payload)
if result == False:
return
result = response.reply() if result == None else result
else:
if DictionaryName == 'get':
# if there is a callback function specified, use it
result = func(Webapp2Instance)
if result == False:
return
result = response.reply() if result == None else result
result = dict(result.items() + additionalPayload.items())
if Webapp2Instance.request.get('callback') != None and Webapp2Instance.request.get('callback') != '':
data = '%s(%s);' % (Webapp2Instance.request.get('callback'), response.compile(result))
else:
data = response.compile(result)
Webapp2Instance.response.out.write(data)
return
result = response.throw(102)
else:
result = response.throw(100, (DictionaryName, MethodName))
else:
result = response.throw(101, DictionaryName)
result = dict(additionalPayload.items() + result.items())
Webapp2Instance.response.out.write(response.compile(result))
def send(self, payload):
disappearing = payload['disappearing'] if 'disappearing' in payload else False
user = payload['__Webapp2Instance__'].user
contacts = user.sendMessage(
payload['uri'],
payload['recipients'],
payload['date'],
disappearing
)
return response.reply({
'contacts': contacts
})
def unlock(self, payload):
user = payload['__Webapp2Instance__'].user
status = user.unlockSession(
payload['email'],
payload['password']
)
if status == user.INCORRECT_LOGIN:
return response.throw(201)
else:
return response.reply({
'setsession': True,
'session': user.session.toDict()
})
def process(message_data):
user_db = database.connect_db()
type = message_data.get('post_type')
message_type = message_data.get('message_type')
if type == 'message' and message_type == 'private':
uid = message_data.get('user_id')
message = message_data.get('message')
exist = database.check_user(uid, user_db)
matched = re.search(pattern=r"[(.*?)]",
string=message,
flags=re.M | re.I)
if exist == 0:
if matched:
database.user_register(uid, matched.group(1), user_db)
return 0
else:
send._pri_m('数据库中并没有查询到您的数据呢QAQ\n来注册一个吧', uid)
send._pri_m('注册格式为: [您喜欢的名称] (保留方括号噢@A@)', uid)
send._pri_m('请尽量使用英文字母噢(*^_^*)', uid)
return 0
else:
reply = response.reply(uid, type, message)
data = reply.get_response()
if data != 'ERROR':
send._pri_m(data, uid)
return 0
elif type == 'message' and message_type == 'group':
uid = message_data.get('user_id')
gid = message_data.get('group_id')
message = message_data.get('message')
self_id = message_data.get('self_id')
if not database.check_user(uid, user_db):
stri = '数据库中并没有查询到您的数据呢QAQ\n来注册一个吧\n向机器人私聊发送消息完成注册'
send._group_m(stri, gid, uid)
return 0
reply = response.group_reply(str(self_id), uid, type, message)
data = reply.get_response()
print data
if data != 'ERROR':
send._group_m(data, gid, uid)
return 0
elif type == 'requests':
uid = message_data.get('user_id')
flag = message_data.get('flag')
send._acc_request(flag)
return 0
def login(self, payload):
from ..sealeduser.model import SealedUser
user = SealedUser.login(
payload['email'],
payload['password'],
timezone = None if not 'timezone' in payload else payload['timezone']
)
if user == SealedUser.USER_DOESNT_EXIST:
return response.throw(203)
elif user == SealedUser.INCORRECT_LOGIN:
return response.throw(201)
elif user == SealedUser.BRUTE_SUSPECTED:
return response.throw(202)
else:
return response.reply({
'setsession': True,
'session': user.session.toDict(),
'user': user.toDict()
})
def get(self, payload):
from ..shards import Integer
return response.reply({
'value': Integer.getOrCreate(payload['name']).getValue()
})
def profile(self, payload): from ..shards import Integer return response.reply(Integer.getOrCreate(payload['name']).profile());
def remove(self, payload): from ..testing.alphas import emails emails.remove(payload['email']) return response.reply()
def list(self, payload):
from ..testing.alphas import emails
return response.reply({
'list': emails.all()
})
def unlock(self, payload):
user = payload['__Webapp2Instance__'].user
user.unlock()
return response.reply({'passlocked':False})
def get(self, payload):
user = payload['__Webapp2Instance__'].user
return response.reply({
'messages': user.getMessages(json=True)
})
def reply(self, data={}):
self.response.headers['Content-Type'] = 'application/json'
self.response.out.write(response.reply(data, compiled=True))
def reply(self, data={}):
self.response.headers['Content-Type'] = 'application/json'
self.response.out.write(response.reply(data, compiled=True))