class _queuing_task:
endpoint = doc.String(description="The endpoint name")
endpoint_uid = doc.String(description="The endpoint uid")
priority = doc.Integer()
task = doc.String(description="The test name")
task_id = doc.String(description="The task id")
status = doc.String()
class LockLog:
type = doc.String("lock or unlock")
ip = doc.String("Locked ip")
current_ip_owner = doc.Integer("Locked user's id")
operator = doc.Integer("User's id who issues lock")
lock_until = doc.String("lock or unlock date YYYY-mm-DD HH:MM:SS")
id = doc.String("MongoDb id")
class SimpleView(HTTPMethodView):
ex1 = {'11': int, '123': str}
@doc.tag("test")
@doc.consumes(doc.String(name="X-API-VERSION"),
location="header",
required=True)
@doc.consumes(doc.String(name="name"), location="query")
@doc.response(200, ex1, description='123aaa')
def get(self, request):
return text("I am get method")
@doc.consumes(doc.JsonBody({
"useranme":
doc.String("The name of your user account."),
"password":
doc.String("The password of your user account."),
}),
content_type="Application/json",
location="body")
def post(self, request):
return text("I am post method")
def put(self, request):
return text("I am put method")
def patch(self, request):
return text("I am patch method")
def delete(self, request):
return text("I am delete method")
class Auth(HTTPMethodView):
@doc.description('登录接口，所需参数有username,password')
@doc.consumes(
doc.JsonBody({
"device_id": doc.String("456"),
"password": doc.String("123"),
}),
location="body",
)
@doc.response(400, {"msg": str}, description="帐号密码输错了")
@doc.response(500, {'msg': str}, description="程序出错，找后端查看日志")
@doc.response(403, {'msg': str}, description="未登录")
def post(self, req):
try:
device_id = req.json['device_id']
login_user = get_user_by_device_id(device_id)
if login_user is None or req.json['password'] != login_user[
'password']:
return response.json({'msg': '帐号不存在或密码错误'}, status=400)
# 默认无法序列化实体类，使用 dict 代替
req.ctx.session['user'] = login_user
return response.json(login_user)
except Exception as e:
print(e)
return response.json({'msg': '服务器错误'}, status=500)
def json_schema_obj2model_obj(agent, msg_type, obj):
rv = {}
# print('\n\n-- key: {}, obj {}'.format(k, ppjson(obj)))
required = obj.get('required', [])
if 'properties' in obj:
for p in obj['properties']:
if p == 'proxy-did':
rv[p] = doc.String(description=p, required=proxy_did_required(agent, msg_type))
elif obj['properties'][p]['type'] == 'string':
rv[p] = doc.String(description=p, required=(p in required))
elif obj['properties'][p]['type'] == 'integer':
rv[p] = doc.Integer(description=p, required=(p in required))
elif obj['properties'][p]['type'] == 'array':
sample_items = [] # sanic_openapi 0.4.0 chokes on empty items
if obj['properties'][p]['items']['type'] == 'string':
sample_items.append(doc.String(description=p, required=(p in required)))
elif obj['properties'][p]['items']['type'] == 'integer':
sample_items.append(doc.Integer(description=p, required=(p in required)))
elif obj['properties'][p]['items']['type'] == 'object':
sample_items.append({k: k for k in obj['properties'][p]['items']['properties']})
else:
sample_items.append('sample')
rv[p] = doc.List(description=p, items=sample_items, required=(p in required))
elif obj['properties'][p]['type'] == 'object':
rv[p] = json_schema_obj2model_obj(agent, msg_type, obj['properties'][p])
else:
rv = doc.Dictionary(description='', required=True)
# print('\n-->> returning {}'.format(rv))
return rv
class ChatModel:
id = doc.String('대화 오브젝트 id')
type = doc.String() # image, text
question_id = doc.String()
sender = doc.String() # mentor, mentee
message = doc.String()
timestamp = doc.Integer()
class FeedbackModel:
id = doc.String('대화 오브젝트 id')
question_id = doc.String()
sender = doc.String() # mentor, mentee
user_id = doc.String()
message = doc.String()
timestamp = doc.Integer()
class TeacherRequestModel:
id = doc.String('선생님 리뷰 요청 오브젝트 id')
question_id = doc.String()
chat_id = doc.String()
school = doc.String('학교 이름')
message = doc.String('메세지')
timestamp = doc.Integer()
class VideoSearchRequest:
search_str = doc.String()
channel_link = doc.String()
order_by = doc.String()
offset = doc.Integer()
limit = doc.Integer()
favorites = Trinary()
class ChannelModel:
id = doc.Integer()
url = doc.String()
name = doc.String()
match_regex = doc.String()
link = doc.String()
directory = doc.String()
class model:
lock_id = doc.String("lock id")
lock_type = doc.String("Lock type")
ip = doc.Integer("ip")
lock_date = doc.String("Ip's lock date")
unlock_date = doc.String("Ip's unlock date")
lock_by_user_id = doc.String("Locked by who")
class _test_suite:
id = doc.String()
test_suite = doc.String()
path = doc.String()
test_cases = doc.List(doc.String())
variables = doc.JsonBody()
author = doc.String()
class TwitcastChannelModel:
id = doc.String("Twitcaster user id")
name = doc.String("Twitcaster channel name.")
description = doc.String("The Channel Description.")
thumbnail = doc.String("The Channel profile picture.")
followerCount = doc.Integer("The channels followers count.")
level = doc.Integer("The channels level.")
class endpoint(organization_team):
endpoint_uid = doc.String(name='uid',
description='The endpoint\'s uid')
tests = doc.List(doc.String(),
description='The tests that the endpoint supports')
endpoint_name = doc.String()
enable = doc.Boolean() #default=False)
class ListInput(Input):
rule = {
'per_page': doc.String(description='每页多少条',
default='20',
label='per_page'),
'page': doc.String(description='第几页', default='1', label='page'),
}
class _team:
label = doc.String(description='The team name')
owner = doc.String(description='The team owner\'s name')
owner_email = doc.String(description='The team owner\'s email')
organization_id = doc.String(
description=
'The ID of the organization that the team belongs to')
value = doc.String(description='The team ID')
class Card:
nameOnCard = doc.String('The name on the card')
cardNumber = doc.String('The number of the card')
expirationMonth = doc.String('The expiration month of the card.')
expirationYear = doc.String('The expiration year of the card.')
securityCode = doc.String('The security code of the card.')
billingAddress = doc.Object(
Address, 'The billing address associated with the card.')
class Person:
id = doc.Integer("ID")
username = doc.String("Username")
email = doc.String("Email", required=False)
phone = doc.String("Phone", required=False)
sex = doc.String("Sex")
zone = doc.String("Zone", required=False)
create_datetime = doc.Integer("Created", required=False)
class Index:
"""
Swagger documentation of a successful keys/index endpoint response.
"""
oldest = doc.String(
"The index of the oldest relevant TEK Chunk (no older than 14 days).")
newest = doc.String("The index of the newest available TEK Chunk.")
class YouTubeScheduleModel:
id = doc.String("A youtube video ID")
title = doc.String("The video title.")
startTime = doc.Integer(
"Scheduled stream start time in UTC.",
choices=[int(datetime.now(pytz.timezone("UTC")).timestamp())],
)
channel = doc.String("YouTube Channel ID.")
class TwitchChannelModel:
id = doc.String("Twitch username")
user_id = doc.String("Twitch user id.")
name = doc.String("Twitch channel name.")
description = doc.String("The Channel Description.")
thumbnail = doc.String("The Channel profile picture.")
followerCount = doc.Integer("The channels followers count.")
viewCount = doc.Integer("The channels views count.")
class TwitcastChannelModel:
id = doc.String("Twitcaster user id")
name = doc.String("Twitcaster channel name.")
description = doc.String("The Channel Description.")
thumbnail = doc.String("The Channel profile picture.")
followerCount = doc.Integer("The channels followers count.")
level = doc.Integer("The channels level.")
platform = doc.String(description="(Ignore this)", choices=["twitcasting"])
class HTTP_Check:
hostname = doc.String("URL or hostname of the website to check")
redirects = doc.Boolean(
"Enables/disables the following of redirects (301/302)")
check_string = doc.Boolean(
"Enables/disables searching for a specified text string on the page"
)
keywords = doc.String(
"The string to search for if check_string is enabled")
class TrainDoc:
bot_id = doc.String(description="bot_id",
required=True,
name="bot_id",
choices=["rasa-demo"])
sender_id = doc.String(description="sender_id",
required=True,
name="sender_id",
choices=["fjdsafjdsfjdsi"])
class PublishDoc:
bot_id = doc.String(description="bot_id",
required=True,
name="bot_id",
choices=["rasa-demo"])
mode = doc.String(description="mode",
required=True,
name="mode",
choices=["test", "product"])
class ParseDoc:
bot_id = doc.String(description="bot_id",
required=True,
name="bot_id",
choices=["rasa-demo"])
question = doc.String(description="question",
required=True,
name="question",
choices=["hello", "bye"])
class ItemPostRequest:
brand = doc.String()
name = doc.String(required=True)
item_size = doc.Float(required=True)
unit = doc.String(required=True)
count = doc.Float(required=True)
category = doc.String()
subcategory = doc.String()
expiration_date = doc.Date()
class TwitcastLiveModel:
id = doc.String("A twitcasting stream ID")
title = doc.String("The stream title.")
startTime = doc.Integer(
"Scheduled stream start time in UTC.",
choices=[int(datetime.now(pytz.timezone("UTC")).timestamp())],
)
channel = doc.String("Twitcaster channel ID.")
webtype = doc.String(description="(Ignore this)", choices=["twitcasting"])
class PayerCardPayment:
amount = doc.String("The amount of the payment")
currency = doc.String('The currency of the payment')
card = doc.Object(Card, 'Card object that will be used')
payer = doc.Object(Payer, 'Payer Object', required=False)
payerId = doc.String('Payer id if already exist', required=False)
accountKey = doc.String('The key of the account to send the funds to',
required=False)
description = doc.String('A short description of the payment.')
class PayerBankPayment:
amount = doc.String("The amount of the payment")
currency = doc.String('The currency of the payment')
bank = doc.Object(Bank, 'The bank object to use for the bank payment')
payer = doc.Object(Payer, 'Payer Object', required=False)
payerId = doc.String('Payer id if already exist', required=False)
accountKey = doc.String('The key of the account to send the funds to',
required=False)
description = doc.String('A short description of the payment.')