"name": fields.String(readonly=True, description="Role's name",
max_length=64, example="God"),
"description": fields.String(readonly=True, max_length=255,
example="Just a god",
description="Role's description"),
})
user_model = user_api.model("User", {
"id": fields.Integer(readonly=True, description="User's ID", example=1),
"email": fields.String(required=True, description="User's email",
pattern=email_regex, max_length=64,
example="*****@*****.**"),
"fullname": fields.String(required=True, description="User's fullname",
max_length=64,
example="Marshall Bruce Mathers III"),
"birthday": fields.Date(description="User's birthday",
example="1990-01-01"),
"sex": fields.String(description="User's sex", enum=["m", "f"],
example="m"),
"password": PasswordFormat(required=True, description="User's password",
example="TheRealSl1mShady"),
"active": fields.Boolean(readonly=True, description="User's active sign",
default=True),
"avatar": fields.String(description="User's avatar", readonly=True,
attribute=lambda x: x.avatar(100),
example="https://www.gravatar.com/avatar/"
"e0d49368f68cc49767b1eb09a2e9c4ca?"
"d=identicon&s=100"),
"roles": fields.List(fields.Nested(role_model), readonly=True,
description="User's roles"),
"posts": fields.List(fields.Nested(post_model), readonly=True,
description="User's posts"),
def test_value(self, value, expected):
self.assert_field(fields.Date(), value, expected)
get_posts_parser.add_argument('sort',
choices=('time', 'activity'),
default='time',
location='args',
help='Sort by time or latest activity')
get_posts_parser.add_argument('start_date',
location='args',
help='Return posts on or after given date')
get_posts_parser.add_argument('end_date',
location='args',
help='Return posts before and not on given date')
new_post_marshal_model = api.model('New Post Model', {
'title': fields.String(required=True, description='Post title'),
'content': fields.String(required=True, description='Post content'),
'due_date': fields.Date(required=False, description='The post due date'),
'category': fields.Nested(category_marshal_model, description='Only checking for id'),
'course': fields.Nested(course_marshal_model, description='Only checking for id')
})
post_marshal_model = api.model('Post', {
'id': fields.String(required=True,
description='The post id'),
'title': fields.String(required=True,
description='The post title'),
'due_date': fields.Date(required=False,
description='The post due date, if it makes sense'),
'content': fields.String(required=True,
description='The post content'),
'cheers': fields.Nested(model=basic_user_marshal_model,
required=True,
def test_min_exlusive(self):
field = fields.Date(min='1984-06-07', exclusiveMin=True)
assert 'minimum' in field.__schema__
assert field.__schema__['minimum'] == '1984-06-07'
assert 'exclusiveMinimum' in field.__schema__
assert field.__schema__['exclusiveMinimum'] is True
def test_max_as_datetime(self):
field = fields.Date(max=datetime(1984, 6, 7, 1, 2, 0))
assert 'maximum' in field.__schema__
assert field.__schema__['maximum'] == '1984-06-07'
assert 'exclusiveMaximum' not in field.__schema__
class UserProfile:
api_model = create_model(
'User Profile', {
'username':
fields.String(description='The user name.'),
'screen_name':
fields.String(description='The name shown on profile screen.'),
'bio':
fields.String(description='The biography of the user'),
'birth_date':
fields.Date(description='The birth date of the user'),
'created_at':
fields.DateTime(description='Time created at'),
'followers_count':
fields.Integer(
description='Integer indicates number of people follow you.'),
'following_count':
fields.Integer(
description='Integer indicates number of people you follow.'),
'kweeks_count':
fields.Integer(
description=
'Integer indicates number of tweets which called kweeks.'),
'likes_count':
fields.Integer(description='Integer indicates number of likes.'),
'profile_banner_url':
fields.String(
description='Url for profile banner which is cover photo.'),
'profile_image_url':
fields.String(description='Url for profile image.'),
'following':
fields.Boolean(
description=
'Nullable. Does the authorized user follow this user? '
'Null if the authorized user is the same as the user in the query.'
),
'follows_you':
fields.Boolean(
description=
'Nullable. Does this user follow the authorized user? '
'Null if the authorized user is the same as the user in the query.'
),
'blocked':
fields.Boolean(
description=
'Nullable. Is this user blocked by the authorized user? '
'Null if the authorized user is the same as the user in the query.'
),
'muted':
fields.Boolean(
description=
'Nullable. Is this user muted by the authorized user? '
'Null if the authorized user is the same as the user in the query.'
)
})
def __init__(self, json):
self.username = json["username"]
self.screen_name = json["screen_name"]
self.bio = json["bio"]
self.birth_date = json["birth_date"]
self.created_at = json["created_at"]
self.followers_count = json["followers_count"]
self.following_count = json["following_count"]
self.kweeks_count = json["kweeks_count"]
self.likes_count = json["likes_count"]
self.profile_banner_url = json["profile_banner_url"]
self.profile_image_url = json["profile_image_url"]
self.following = json["following"]
self.follows_you = json["follows_you"]
self.blocked = json["blocked"]
self.muted = json["muted"]
def to_json(self):
return {
'username': self.username,
'screen_name': self.screen_name,
'bio': self.bio,
'birth_date': self.birth_date,
'created_at': self.created_at,
'followers_count': self.followers_count,
'following_count': self.following_count,
'kweeks_count': self.kweeks_count,
'likes_count': self.likes_count,
'profile_banner_url': self.profile_banner_url,
'profile_image_url': self.profile_image_url,
'following': self.following,
'follows_you': self.follows_you,
'blocked': self.blocked,
'muted': self.muted
}
def test_defaults(self):
field = fields.Date()
assert not field.required
assert field.__schema__ == {'type': 'string', 'format': 'date'}
from flask_restplus import Namespace, Resource, fields
from app import db
from app.models import Tweet
api = Namespace('tweets')
tweet_model = api.model(
'Tweet', {
'id':
fields.Integer(readonly=True,
description='The tweet unique identifier'),
'text':
fields.String(required=True, description='The tweet details'),
'created_at':
fields.Date(required=True, description='The tweet details')
})
tweet_model_lite = api.model(
'Tweet', {
'text': fields.String(required=True, description='The tweet details'),
})
@api.route('/')
class TweetResourceRacine(Resource):
@api.doc('create_todo')
@api.expect(tweet_model)
@api.marshal_with(tweet_model_lite, code=201)
def post(self):
if api.payload is None:
api.abort(422, '{"error": "input data error""}')
'raw':
RawOutput(), # 原样输出, 返回值可以不携带该属性
'status':
UnreadItem(attribute='flags'), # flags字段值自动传入format函数中进行计算并返回
'random':
RandomNumber,
'url':
fields.Url('todo_ep', absolute=True), # 接收一个端点名并返回该端点对应 URL
'name':
fields.String(default='bifeng'), # 设置默认值
'id':
fields.Integer(), # ID 测试
'datetime':
fields.DateTime(), # 时间格式
'date':
fields.Date(), # 日期
'bool':
fields.Boolean(skip_none=True), # 布尔型(可以在models或者expect中定义skip_none)
'contact':
fields.Nested(sub_model), # 内嵌字典类型
'friends':
fields.List(fields.Nested(friend_model)) # 内嵌列表
})
person_model = api.clone(
'Person',
resp_model,
{ # clone继承(api方式继承)
'weight': fields.Float(), # 体重
})
def test_max_as_datetime(self):
field = fields.Date(max=datetime(1984, 6, 7, 1, 2, 0))
assert_in('maximum', field.__schema__)
assert_equal(field.__schema__['maximum'], '1984-06-07')
assert_not_in('exclusiveMaximum', field.__schema__)
def test_max_exclusive(self):
field = fields.Date(max='1984-06-07', exclusiveMax=True)
assert_in('maximum', field.__schema__)
assert_equal(field.__schema__['maximum'], '1984-06-07')
assert_in('exclusiveMaximum', field.__schema__)
assert_equal(field.__schema__['exclusiveMaximum'], True)
def test_min_exlusive(self):
field = fields.Date(min='1984-06-07', exclusiveMin=True)
assert_in('minimum', field.__schema__)
assert_equal(field.__schema__['minimum'], '1984-06-07')
assert_in('exclusiveMinimum', field.__schema__)
assert_equal(field.__schema__['exclusiveMinimum'], True)
def test_min_as_date(self):
field = fields.Date(min=date(1984, 6, 7))
assert_in('minimum', field.__schema__)
assert_equal(field.__schema__['minimum'], '1984-06-07')
assert_not_in('exclusiveMinimum', field.__schema__)
'deaths': fields.Integer(required=True, description='Deaths')
})
city_cases_response_list = data_endpoints.model(
'City Cases Response List', {
'cases':
fields.Nested(
city_cases, required=True, as_list=True, description='Cases')
})
datasus_list = data_endpoints.model(
'SUS Data', {
'id': fields.Integer(required=True, description='Id'),
'region': fields.String(required=True, description='Region'),
'state': fields.String(required=True, description='State'),
'date': fields.Date(required=True, description='Date'),
'newcases': fields.Integer(required=True, description='New cases'),
'totalcases': fields.Integer(required=True, description='Total cases'),
'newdeaths': fields.Integer(required=True, description='New Deaths'),
'totaldeaths': fields.Integer(required=True,
description='Total Deaths'),
'update': fields.DateTime(required=False, description='Update Date')
})
predictcases_list = data_endpoints.model(
'Predict Cases', {
'id': fields.Integer(required=True, description='Id'),
'state': fields.String(required=True, description='State'),
'date': fields.Date(required=True, description='Date'),
'predictcases': fields.Integer(required=True,
description='Predict Cases'),
registration_data = api.model(
'Registration Data', {
'username':
fields.String(readOnly=True, required=True, description="Username"),
'password':
fields.String(readOnly=True, required=True, description="Password"),
'confirm_password':
fields.String(
readOnly=True, required=True, description="Confirm Password"),
'full_name':
fields.String(readOnly=True, required=True, description="Full Name"),
'gender':
fields.Integer(readOnly=True, required=True, description="Gender"),
'date_of_birth':
fields.Date(readOnly=True, required=True, description="Date of Birth"),
})
qr_data = api.model('QR Data', {
'code':
fields.String(readOnly=True, required=True, description="QR code")
})
user_data = api.model(
'User Data', {
'full_name':
fields.String(readOnly=True, required=True, description="Full Name"),
'date_of_birth':
fields.String(
readOnly=True, required=True, description="Date of Birth"),
'gender':
from http import HTTPStatus
from flask_restplus import Namespace, fields, Resource
from src.models.ply import Ply
PLIES = Namespace(name="plies", description="Endpoints for plies.")
MODEL = PLIES.model(name="user_model",
model={
"id": fields.String(),
"current_position": fields.String(),
"next_position": fields.String(),
"algebraic_notation": fields.Date(),
"game_id": fields.String()
})
@PLIES.route("/")
class Plies(Resource):
def get(self):
results = Ply.query.all()
return Ply.serialize_list(results), HTTPStatus.OK
from flask_restplus import fields
from server.instance import server
api = server.api
bike = api.model('bike', {
'owner': fields.String(required=True, description='bike owner', example='Ali Kalan'),
'phone': fields.String(required=True, description='owner phone number', example='09122222222'),
'license_number': fields.Integer(required=True, description='bike license number', example='008462'),
'color': fields.String(description='bike color', example='silver'),
'bike_type': fields.String(enum=['Road', 'Touring', 'Mountain', 'TimeTrial', 'Hybrid', 'Other'], description='bike type'),
'theft_date': fields.Date(dt_format='iso8601', description='The date of the robbery', example="2020-04-01"),
})
from src.server.instance import server
from flask_restplus import fields
reservation = server.api.model(
'Reservation', {
'id':
fields.Integer(required=False, description='Id'),
'date_from':
fields.Date(required=True, description='Start Date: dd.mm.YY.hh:mm'),
'date_to':
fields.Date(required=True, description='End Date: dd.mm.YY.hh:mm'),
'bike_ids':
fields.String(required=True, description='Bike_IDS: 1###2###3###4'),
'confirmed':
fields.Boolean(required=False, description='Confirmed'),
'email':
fields.String(required=True, description='Email of customer')
})
class RankingEntryDto:
api = Namespace('ranking_entry', description='An entry with the predictions for a given patent.')
ranking_entry = api.model('entry_details', {
'patente': fields.String(),
'step_id_week': fields.Integer(),
'starting_date': fields.Date(),
'predicted_relevance': fields.Float(),
'predicted_rank': fields.Integer(),
'previous_rank': fields.Integer(),
'ten_day_mean_speed' : fields.Float(),
'ten_day_pre_alert_low_count' : fields.Float(),
'ten_day_pre_alert_mid_count' : fields.Float(),
'ten_day_pre_alert_high_count' : fields.Float(),
'ten_day_alert_low_count' : fields.Float(),
'ten_day_alert_mid_count' : fields.Float(),
'ten_day_alert_high_count' : fields.Float(),
'ten_day_sum_distance' : fields.Float(),
'instance_json': fields.String(),
'geo_fence_0' : fields.Integer(),
'geo_fence_1' : fields.Integer(),
'geo_fence_2' : fields.Integer(),
'geo_fence_3' : fields.Integer(),
'geo_fence_4' : fields.Integer(),
'geo_fence_5' : fields.Integer(),
'geo_fence_6' : fields.Integer(),
'geo_fence_7' : fields.Integer(),
'geo_fence_8' : fields.Integer(),
'geo_fence_9' : fields.Integer(),
'geo_fence_10' : fields.Integer(),
'geo_fence_11' : fields.Integer(),
'geo_fence_12' : fields.Integer(),
'geo_fence_13' : fields.Integer(),
'geo_fence_14' : fields.Integer(),
'geo_fence_15' : fields.Integer(),
'geo_fence_16' : fields.Integer(),
'geo_fence_17' : fields.Integer(),
'geo_fence_18' : fields.Integer(),
'geo_fence_19' : fields.Integer(),
'geo_fence_20' : fields.Integer(),
'geo_fence_21' : fields.Integer(),
'geo_fence_22' : fields.Integer(),
'geo_fence_23' : fields.Integer(),
'geo_fence_24' : fields.Integer(),
'geo_fence_25' : fields.Integer(),
'geo_fence_26' : fields.Integer(),
'geo_fence_27' : fields.Integer(),
'geo_fence_28' : fields.Integer(),
'geo_fence_29' : fields.Integer(),
'geo_fence_30' : fields.Integer(),
'geo_fence_31' : fields.Integer(),
'geo_fence_32' : fields.Integer(),
'geo_fence_33' : fields.Integer(),
'geo_fence_34' : fields.Integer(),
'geo_fence_35' : fields.Integer(),
'geo_fence_36' : fields.Integer(),
'geo_fence_37' : fields.Integer(),
'geo_fence_38' : fields.Integer(),
'geo_fence_39' : fields.Integer(),
'geo_fence_40' : fields.Integer(),
'geo_fence_41' : fields.Integer(),
'geo_fence_42' : fields.Integer(),
'geo_fence_43' : fields.Integer(),
'geo_fence_44' : fields.Integer(),
'geo_fence_45' : fields.Integer(),
'geo_fence_46' : fields.Integer(),
'geo_fence_47' : fields.Integer(),
'geo_fence_48' : fields.Integer(),
'geo_fence_49' : fields.Integer(),
'geo_fence_50' : fields.Integer(),
'geo_fence_51' : fields.Integer(),
'geo_fence_52' : fields.Integer(),
'geo_fence_53' : fields.Integer(),
'geo_fence_54' : fields.Integer(),
'geo_fence_55' : fields.Integer(),
'geo_fence_56' : fields.Integer(),
'geo_fence_57' : fields.Integer(),
'geo_fence_58' : fields.Integer(),
'geo_fence_59' : fields.Integer()
})
'SYCAMORE', 'TANOAK', 'TRUECEDAR', 'TRUEFIR', 'WALNUT', 'WHITECEDAR',
'WILLOW', 'YELLOWPOPLAR', 'YEW'
]
tree = server.api.model(
'Tree', {
'tid':
fields.Integer(description='Tree ID'),
'species':
fields.String(required=True,
example='CEDAR',
description='Scientific name',
enum=tree_species),
'planted_date':
fields.Date(
required=True,
example='2015-02-26',
description='Date when tree was planted at its current location'),
'geog_loc':
fields.String(required=True,
example='(1.0,2.0)',
description='Geographic location of the tree'),
'mid':
fields.String(
required=True,
example='169',
description='ID of the municipality in which the tree is located'),
'pid':
fields.String(
example='6',
description='ID of the parc in which the tree is located'),
'civid':
def test_min_as_date(self):
field = fields.Date(min=date(1984, 6, 7))
assert 'minimum' in field.__schema__
assert field.__schema__['minimum'] == '1984-06-07'
assert 'exclusiveMinimum' not in field.__schema__
from flask_restplus import Namespace, fields
api = Namespace('Packages', 'Packages Related APIs', path='/packages')
packageDetails = api.model(
'packages', {
'id': fields.Integer(),
'destination': fields.String(),
'price': fields.Decimal(),
'days': fields.Integer(),
'intenerary': fields.String(),
'inclusions': fields.String(),
'remainingSlots': fields.Integer(),
'expirationDate': fields.Date(),
'note': fields.String(),
'hotel': fields.String(),
'flight': fields.String(),
'isExpired': fields.Boolean()
})
packageInsert = api.model(
'packages', {
'destination': fields.String(),
'price': fields.Decimal(),
'days': fields.Integer(),
'intenerary': fields.String(),
'inclusions': fields.String(),
'remainingSlots': fields.Integer(),
'expirationDate': fields.Date(),
'note': fields.String(),
'hotel': fields.String(),
def test_max(self):
field = fields.Date(max='1984-06-07')
assert 'maximum' in field.__schema__
assert field.__schema__['maximum'] == '1984-06-07'
assert 'exclusiveMaximum' not in field.__schema__
Module contains API resource for exposing catering menus
"""
from datetime import datetime
from flask_restplus import Resource, fields, abort
from flask import g
from .decorators import authenticate, admin_required
from . import api
from . import parsers
from .common import validate_meals_list
from ..models import Menu, Meal
MENU_MODAL = api.model(
'Menu', {
'title': fields.String(max_length=64),
'menu_date': fields.Date(),
'description': fields.String(max_length=200),
'meals': fields.List(fields.Integer)
})
class MenusResource(Resource):
"""
MenusResource. for exposing menus as API endpoints
"""
@authenticate
@admin_required
@api.header('Authorization', type=str, description='Authentication token')
def get(self):
"""
Allows a business to retrieve all menus
def test_max_exclusive(self):
field = fields.Date(max='1984-06-07', exclusiveMax=True)
assert 'maximum' in field.__schema__
assert field.__schema__['maximum'] == '1984-06-07'
assert 'exclusiveMaximum' in field.__schema__
assert field.__schema__['exclusiveMaximum'] is True
class PersonalDetailSubmit(Resource):
post_payload_model = api.model(
'POST_personal_details', {
'enrollment_key':
fields.String(required=True),
'name':
fields.String(required=True),
'mobile_number':
fields.String(required=True),
'dob':
fields.Date(required=True),
'gender':
fields.String(
required=True,
choices=[attr.value for attr in app.config['GENDER']])
})
post_response = api.model('POST_enrollment_key_status_response', {
'success': fields.Boolean,
'enrollment_key_status': fields.String
})
PERSONAL_DETAILS_DESCRIPTION = """
Description:
Response will comprise of two JSON keys. `success` and `enrollment_key_status`
Possible values of both are explained below:
'success': {
True : when the data is added,
False : when we can't data can't be added
}
'enrollment_key_status':{
'NOT_USED' : The key is not used and but has been generated,
'DOES_NOT_EXIST' : The key have not been generated or doesn't exist in the platform,
'ALREADY_IN_USED' : A Student is already using to give the test but you can't post the data to it,
'EXPIRED' : Time to generate a new key
}
Possible values of different JSON keys which can be passed:
- 'enrollment_key': 'SFD190',
- 'name': 'Amar Kumar Sinha',
- 'dob': '1997-09-18', [YYYY-MM--DD]
- 'mobile_number': '7896121314',
- 'gender': 'MALE', ['MALE', 'FEMALE', 'OTHER']
"""
@api.marshal_with(post_response)
@api.doc(description=PERSONAL_DETAILS_DESCRIPTION)
@api.expect(post_payload_model)
def post(self):
# parse the arguments
args = api.payload
args['gender'] = app.config['GENDER'](args['gender'])
mobile_number = args['mobile_number']
enrollment_key = args['enrollment_key']
# check the validity of enrollment key
result, enrollment = check_enrollment_key(enrollment_key)
# student record shall be updated only when the key is not used and valid
if result['valid'] and result['reason'] == 'NOT_USED':
# updating student data
student_id = enrollment.student_id
student = Student.query.filter_by(id=student_id).first()
student.update_data(args, [mobile_number])
student.change_stage('PDS')
return {'success': True, 'enrollment_key_status': result['reason']}
# when the key is used but somehow student went to the this route instead of test
elif result['valid'] and result['reason'] == 'ALREADY_IN_USED':
return {'success': True, 'enrollment_key_status': result['reason']}
# when the key is not valid
return {
'success': False,
'enrollment_key_status': result['reason'],
}
def test_unsupported_value_format(self):
self.assert_field_raises(fields.Date(), 'xxx')
from autofit.app.restplus import api
from flask_restplus import fields
slot = api.model('Slot model', {'sid': fields.String(required=False,
description='The unique slot identifier'),
'name': fields.String(required=True, description="Slot's name"),
'keys': fields.String(required=True, description="Slot's keys"),
'date': fields.Date(required=True, description="Slot's valuation date"),
'priority': fields.Integer(required=True, description="Slot's priority"),
'state': fields.String(required=False, description="Slot's state"),
'updated_at': fields.DateTime(required=False, description="Slot's update time"),
'dbid': fields.String(required=True, description="DB id for the Slot's data")}
)
inputslot = api.model('InputSlot model', {'id_': fields.Integer(required=True, description="Table's primary key"),
'pname': fields.String(required=True, description="Producer's name"),
'sname': fields.String(required=True, description="Slot's name"),
'sid': fields.String(required=True, description="Slot's sid"),
'id1': fields.String(required=True, description="Asset1 id"),
'ccy1': fields.String(required=True, description="Asset1 currency"),
'id2': fields.String(required=True, description="Asset2 id"),
'ccy2': fields.String(required=True, description="Asset2 currency"),
'class_': fields.String(required=True, description="Asset class"),
'type_': fields.String(required=True, description="Asset type"),
'region': fields.String(required=True, description="region"),
'date': fields.Date(required=True, description="Slot's date"),
'last_updated': fields.DateTime(required=True,
description="Last updated time"),
'state': fields.String(required=True, description="InputSlot's state")}
)
class Customer:
api = Namespace('customer', description='Operations related to customers')
spouse = api.model(
'spouse', {
'name': fields.String,
'dob': fields.Date,
'phone': fields.String,
'email': fields.String,
'tfn': fields.String,
})
address = api.model(
'address', {
'line': fields.String,
'street': fields.String,
'city': fields.String,
'state/territory': fields.String,
'post_code': fields.String,
})
phone = api.model('phone', {
'mobile': fields.String,
'home': fields.String,
'work': fields.String,
})
customer = api.model(
'customer', {
'salutation': fields.String(required=True),
'surname': fields.String,
'name': fields.String(required=True),
'dob': fields.Date(required=True),
'gender': fields.String(required=True),
'nationality': fields.String(required=True),
"company_name": fields.String(required=True),
'date_of_joining': fields.Date(required=True),
'abn': fields.String(required=True),
'acn': fields.String(required=True),
'tfn': fields.String(required=True),
'bas_period': fields.String(required=True),
'preferred_bookkeeper': fields.String,
'preferred_accountant': fields.String,
'external_customer': fields.Boolean(required=True),
'phone': fields.Nested(phone, required=True),
'email': fields.String(required=True),
'address': fields.Nested(address, required=True),
'marital status': fields.String(required=True),
'spouse': fields.Nested(spouse),
'number_of_children': fields.Integer,
'_id': fields.String,
'created_at': fields.DateTime,
})
@classmethod
def check_customer(cls, data):
"""Check the existance of a company """
customer = app.App.mongodb.db.customer.find_one({'tfn': data['tfn']})
if customer == None:
return True
else:
return False
@classmethod
def create_customer(cls, data):
"""Create a customer"""
data['_id'] = str(uuid.uuid4())
data['created_at'] = datetime.datetime.utcnow()
created = app.App.mongodb.db.customer.insert_one(data)
return created.acknowledged
@classmethod
def get_customer(cls, _id):
"""Get a customer"""
return app.App.mongodb.db.customer.find_one({'_id': _id})
@classmethod
def get_customers(cls):
"""List all customers"""
cursor = app.App.mongodb.db.customer.find({})
resp = [doc for doc in cursor]
return resp
# @classmethod
# def update_customer(cls, _id, data):
# """Update a customer"""
# app.App.mongodb.db.customer.update_one({'_id': _id}, {'$set': {'name': data['name']}})
@classmethod
def delete_customer(cls, _id):
"""Delete a customer"""
return app.App.mongodb.db.customer.delete_one({'_id': _id})
def test_with_default_as_datetime(self):
field = fields.Date(default=datetime(2014, 8, 25))
assert field.__schema__ == {'type': 'string', 'format': 'date', 'default': '2014-08-25'}