def testdata():
"""create test data."""
from tigereye.models.cinema import Cinema
from tigereye.models.movie import Movie
print('start creating testdata.......')
Cinema.create_test_data()
Movie.create_test_data()
def setUp(self):
app = tigereye.create_app(TestConfig)
# 将所有的logger关掉
app.logger.disabled = True
# 创建模拟客户端
self.app = app.test_client()
with app.app_context():
db.create_all()
Cinema.create_test_data(cinema_num=1, hall_num=3, play_num=3)
Movie.create_test_data()
def setUp(self):
app = tigereye.create_app(TestConfig)
app.logger.disabled = True
self.app = app.test_client()
with app.app_context():
from tigereye.models import db
from tigereye.models.cinema import Cinema
from tigereye.models.hall import Hall
from tigereye.models.movie import Movie
from tigereye.models.order import Order
from tigereye.models.seat import Seat, PlaySeat
from tigereye.models.play import Play
db.create_all()
Cinema.create_test_data(cinema_num=1, hall_num=3, play_num=3)
Movie.create_test_data()
def halls(self):
cid = request.params['cid']
cinema = Cinema.get(cid)
if not cinema:
return Code.cinema_does_not_exist
cinema.halls = Hall.query.filter_by(cid=cid).all()
return cinema
def halls(self):
cid = request.params['cid']
cinema = Cinema.get(cid)
if not cinema:
return Code.cinema_dose_not_exist, request.args
# 查询数据库中的hall表，取出所有cid等于当前影院的影厅
cinema.halls = Hall.query.filter_by(cid=cid).all()
return cinema
def halls(self):
cid = request.params["cid"]
cinema = Cinema.get(cid)
if not cinema:
return Code.cinema_does_not_exist, request.args
# return {"msg": "cinema %s is not found" % cid}
cinema.halls = Hall.query.filter_by(cid=cid).all()
return cinema
def plays(self):
cid = request.params["cid"]
cinema = Cinema.get(cid)
if not cinema:
return Code.cinema_does_not_exist.request.args
cinema.plays = Play.query.filter_by(cid=cid).all()
for play in cinema.plays:
play.movie = Movie.get(play.mid)
return cinema
def setUp(self):
"""Creates the Flask application and the APIManager."""
app = tigereye.create_app(TestConfig)
app.logger.disabled = True
self.flaskapp = app
self.app = app.test_client()
with app.app_context():
from tigereye.extensions import db
from tigereye.models.cinema import Cinema # noqa
from tigereye.models.hall import Hall # noqa
from tigereye.models.movie import Movie # noqa
from tigereye.models.play import Play # noqa
from tigereye.models.seat import Seat # noqa
from tigereye.models.seat import PlaySeat # noqa
from tigereye.models.order import Order # noqa
db.create_all()
Cinema.create_test_data(cinema_num=1, hall_num=3, play_num=3)
Movie.create_test_data()
def plays(self):
cid = request.params['cid']
cinema = Cinema.get(cid)
if not cinema:
return Code.cinema_does_not_exist, {'cid': cid}
cinema.plays = Play.query.filter_by(cid=cid).all()
if not cinema:
return Code.cinema_does_not_exist, {'cid': cid}
for play in cinema.plays:
play.movies = Movie.get(play.mid)
return cinema
def plays(self):
# 使用Request.Params["id"]来获取参数是一种比较有效的途径。
cid = request.params['cid']
cinema = Cinema.get(cid)
if not cinema:
return Code.cinema_does_not_exist, request.args
cinema.plays = Play.query.filter_by(cid=cid).all()
for play in cinema.plays:
play.movie = Movie.get(play.mid)
# 为啥返回的是cinema
return cinema
def setUp(self):
app = tigereye.create_app(Testconfig)
# 关掉日志
app.logger.disabled = True
# 不用 不走网络io也能启动接口,创建了test_client
self.app = app.test_client()
# 这句和** with open() as f一样，是Python提供的语法糖，可以为提供上下文环境省略简化一部分工作。
# 这里就简化了其压栈和出栈操作，请求线程创建时，Flask会创建应用上下文对象，
# 并将其压入flask._app_ctx_stack**的栈中，然后在线程退出前将其从栈里弹出。
with app.app_context(): #创建了一堆数据库
from tigereye.models import db
from tigereye.models.cinema import Cinema
from tigereye.models.hall import Hall
from tigereye.models.movie import Movie
from tigereye.models.play import Play
from tigereye.models.seat import Seat
from tigereye.models.order import Order
from tigereye.helper.code import Code
db.create_all()
Cinema.create_test_data(cinema_num=1, hall_num=3, play_num=3)
Movie.create_test_data()
def halls(self):
cid = request.params['cid']
cinema = Cinema.get(cid)
if not cinema:
# return 1, request.args 是为了自定了response,
return Code.cinema_does_not_exist, request.args
cinema.halls = Hall.query.filter_by(cid=cid).all()
# return jsonify({
# 'rc': 0,
# 'msg': 'succ',
# 'data': cinema,
# })
return cinema
def testdata():
from tigereye.models.cinema import Cinema
from tigereye.models.movie import Movie
Cinema.create_test_data()
Movie.create_test_data()
def get(self):
cid = request.params['cid']
cinema = Cinema.get(cid)
return cinema
def create_test_data(cls,cinema_num = 3,hall_num = 3,play_num = 10):
import time
from tigereye.models.hall import Hall
from tigereye.models.seat import Seat,PlaySeat,SeatType
from tigereye.models.movie import Movie
from tigereye.models.cinema import Cinema
from tigereye.models.play import Play
from faker import Faker
import math
from datetime import datetime
start_time = time.time()
HALL_SEATS_NUM = 25
faker = Faker('zh_CN')
cinemas = []
for i in range(1,cinema_num+1):
cinema = Cinema()
cinema.name = '%s影城' % faker.name()
cinema.address = faker.address()
cinema.status = 1
cinema.put()
cinemas.append(cinema)
Cinema.commit()
halls = []
plays = []
for cinema in cinemas:
for n in range(1,hall_num+1):
hall = Hall()
hall.cid = cinema.cid
hall.name = '%s 号厅' % n
hall.screen_type = "IMAX"
hall.audio_type = '杜比环绕'
hall.seats_num = HALL_SEATS_NUM
hall.status = 1
hall.put()
halls.append(hall)
Hall.commit()
for hall in halls:
hall.seats = []
for x in range(1,HALL_SEATS_NUM+1):
seat = Seat()
seat.cid = hall.cid
seat.hid = hall.hid
seat.x = x % 5 or 5
seat.y = math.ceil(x / 5)
seat.row = '%s 排' % seat.x
seat.column = '%s 列' % seat.y
seat.seat_type = SeatType.single.value
seat.status = SeatStatus.ok.value
seat.put()
hall.seats.append(seat)
Seat.commit()
for p in range(1,play_num+1):
play = Play()
play.cid = hall.cid
play.hid = hall.hid
play.mid = p
play.start_time = datetime.now()
play.duration = 3600
play.price_type = 1
play.price = 70000
play.market_price = 5000
play.lowest_price = 3000
play.status = 1
play.put()
play.hall = hall
plays.append(play)
Play.commit()
for play in plays:
for seat in play.hall.seats:
ps = PlaySeat()
ps.pid = play.pid
ps.copy(seat)
ps.put()
PlaySeat.commit()
for i in range(10):
m = Movie()
m.name = '电影名称 %s' % (i +1)
m.language = '英文'
m.subtitle = '中文'
m.mode = '数字'
m.vision = '3D'
m.screen_size = 'IMAX'
m.introduction = '哈哈哈'
m.status = 1
m.save()
print('create test data done! cost %s seconds' % (time.time() - start_time))
def testdata():
Cinema.create_test_data()
def get(self):
cid = request.args["cid"]
cinema = Cinema.get(cid)
if not cinema:
return Code.cinema_does_not_exist, request.args
return cinema
def testdata():
Movie.create_test_data(100)
Cinema.create_test_data(cinema_num=10)
