def test_04_confirmation_popup_in_Learn(self):
confirmation_modal = CommonFunc().wait_visibility(
5, By.CSS_SELECTOR, Locator.confirmation_modal)
confirmation_modal_title = driver.find_element_by_css_selector(
Locator.confirmation_modal_title)
if (confirmation_modal.is_displayed()):
try:
self.assertIn(confirmation_modal_title.text.upper(),
TestData.student_username.upper())
yes = driver.find_element_by_css_selector(Locator.yes_button)
sleep(1)
yes.click()
except:
no = driver.find_element_by_css_selector(Locator.no_button)
no.click()
sleep(1)
self.assertEqual(TestData.expected_url, driver.current_url)
print('Login not confirmed')
else:
print('No confirmation modal')
def test_09_(self):
CommonFunc().select_course()
CommonFunc().select_lesson()
CommonFunc().resources_testing()
def chk_kinds(self, num):
print("1. 자동 2. 수동 3. 뒤로가기")
choice = input(INPUT_TEXT)
c2 = CommonFunc.values_chk(choice)
if 0 < c2 < 4:
if c2 == 1:
for i in range(num):
self.buy_auto()
print("{}번째 {}".format(i + 1,
self.user_lottos[self.l_index - 1]))
self.money = CommonFunc.left_money(self.money, num * ONE_PRICE,
False)
print("남은 돈: {}".format(self.money))
self.again()
elif c2 == 2:
for i in range(num):
self.buy_manual()
print("{}번째 {}".format(i + 1,
self.user_lottos[self.l_index - 1]))
self.money = CommonFunc.left_money(self.money, num * ONE_PRICE,
False)
print("남은 돈: {}".format(self.money))
self.again()
if c2 == 3:
self.sub_menu()
else:
print("1~3 사이의 번호를 입력하세요.")
self.chk_kinds(num)
def get_info(start_num, end_num):
global list_items
for num in range(start_num, end_num + 1):
url = 'p' + str(num) + '/'
detail_info = {"p": num}
list_items, detail_info = CommonFunc().get_college_detail(
url, list_items)
print json.dumps(list_items, encoding='UTF-8',
ensure_ascii=False), len(list_items.keys())
class Person:
def __init__(self, money):
self.common = CommonFunc()
self.money = self.common.values_chk(money)
self.place = None
def sub_menu(self):
print("무엇을 할까~~")
for i in MainMenu:
print("{}. {}".format(i.value, i.name), end='\t')
print("")
choice = input("입력: ")
c2 = self.common.values_chk(choice)
if c2 == MainMenu.HOME.value:
self.go_home()
elif c2 == MainMenu.LOTTO.value:
if self.min_money(LOTTO_MIN):
input("돈 없어. 집에 가자 enter ->")
self.go_home()
else:
self.go_lotto()
elif c2 == MainMenu.BOWLING.value:
if self.min_money(BOWLING_MIN):
input("돈 없어. 집에 가자 enter ->")
self.go_home()
else:
self.go_bowling()
else:
input("1~3 중 선택하세요 enter ->")
return self.sub_menu()
self.go()
def min_money(self, min_money):
return self.money < min_money
def go(self):
if self.place:
self.place.sub_menu()
else:
print("Error!")
def go_home(self):
self.place = Home(self)
def go_lotto(self):
self.place = Lotto(self)
def go_bowling(self):
self.place = Bowling(self)
def buy_lotto(self):
if len(self.user_lottos) >= MAX_BUY:
input("최대 30만원까지 구매 가능합니다 enter ->")
self.sub_menu()
elif self.min_money():
print("남은 돈: {}".format(self.money))
input("돈이 부족합니다. enter ->")
self.sub_menu()
else:
print("몇 장 구매하시겠습니까? (최대 20장 가능)")
count = input("개수: ")
c2 = CommonFunc.values_chk(count)
if len(self.user_lottos) + c2 > MAX_BUY:
print("최대 30만원까지 구매 가능합니다.")
print("현재 구매 가능한 개수는 {}입니다.".format(MAX_BUY -
len(self.user_lottos)))
self.buy_lotto()
elif c2 * ONE_PRICE > self.money:
print("돈이 부족합니다.")
print("남은 돈: {}".format(self.money))
input()
self.sub_menu()
if 0 < c2 < 21:
self.chk_kinds(c2)
else:
print("최소 1장, 최대 20장이어야 합니다.")
self.buy_lotto()
def sub_menu(self):
print("로또사러 왔다.")
for i in LottoMenu:
print("{}. {}".format(i.value, i.name), end="\t")
print("")
choice = input(INPUT_TEXT)
c2 = CommonFunc.values_chk(choice)
if c2 == LottoMenu.Buy_Lotto.value:
print("로또구매")
self.buy_lotto()
elif c2 == LottoMenu.Check_Win.value:
print("=" * 25)
print("당첨확인")
print("=" * 25)
if not self.user_lottos:
input("구매한 로또가 없습니다.\n사러가기 enter ->")
self.buy_lotto()
else:
print("현재 {}장 있습니다.".format(len(self.user_lottos)))
self.chk_win()
elif c2 == LottoMenu.Next_Lotto.value:
print("회차넘김")
self.next_lotto()
elif c2 == LottoMenu.H**o.value:
self.person.go_home()
self.person.go()
else:
input("1~4 중 선택하세요 enter ->")
self.sub_menu()
def chk_rank(self, l_index, lst, is_b):
ranks = [1658710563, 62592852, 1475065, 50000, 5000, 0]
i = 0
if len(lst) == 6:
print("축하합니다. 1등 당첨!!")
print("당첨금: {}".format(ranks[i]))
elif len(lst) == 5:
if is_b:
i += 1
print("축하합니다. 2등 당첨!!")
print("당첨금: {}".format(ranks[i]))
else:
i += 2
print("축하합니다. 3등 당첨!!")
print("당첨금: {}".format(ranks[i]))
elif len(lst) == 4:
i += 3
print("축하합니다. 4등 당첨!!")
print("당첨금: {}".format(ranks[i]))
elif len(lst) == 3:
i += 4
print("축하합니다. 5등 당첨!!")
print("당첨금: {}".format(ranks[i]))
else:
i += 5
if l_index in self.receipt_m:
print("이미 수령한 로또입니다.")
print("남은 돈: {}".format(self.money))
else:
self.money = CommonFunc.left_money(self.money, ranks[i], True)
print("남은 돈: {}".format(self.money))
def total_score(self):
"""점수 계산"""
if self.rolls:
self.rolls = []
self.scores = []
self.pin_maker()
score = 0
roll_index = 0
for frame in range(TOTAL_FRAME):
if self.is_strike(roll_index):
if frame == LAST_FRAME:
score += FULL_SCORE
else:
score += FULL_SCORE + self.rolls[
roll_index + 1][0] + self.rolls[roll_index + 1][1]
elif self.is_spare(roll_index):
if frame == LAST_FRAME:
score += FULL_SCORE
else:
score += FULL_SCORE + self.rolls[roll_index + 1][0]
else:
score += self.rolls[roll_index][0] + self.rolls[roll_index][1]
roll_index += 1
self.scores.append(score)
if frame == LAST_FRAME:
self.show_score(True)
self.money = CommonFunc.left_money(self.money, MIN_MONEY, False)
print("남은 돈: {}".format(self.money))
self.again()
def get_info(start_num, end_num):
global list_items
for num in range(start_num, end_num + 1):
url = str(num) + '/'
detail_info = {"id": num}
list_items, detail_info = CommonFunc().get_pro_info(
url, list_items, detail_info)
def get_info():
global list_items
list_items, detail_info = CommonFunc().get_student_guide('', list_items)
num = 0
for item in copy.deepcopy(list_items).keys():
list_items[item] = CommonFunc().get_news_detail(
list_items[item]['url'], list_items[item])
if 'content' not in list_items[item]:
list_items[item]['content'] = []
if 'title' not in list_items[item]:
list_items[item]['tile'] = ''
list_items[item]['desc'] = ''
num += 1
print json.dumps(list_items, encoding='UTF-8',
ensure_ascii=False), len(list_items.keys())
def test_02_login(self):
# select student and login
sleep(3)
student = driver.find_element_by_xpath(Locator.student)
student.click()
username = CommonFunc().wait_presence(5, By.XPATH, Locator.username)
username.send_keys(TestData.student_username)
password = driver.find_element_by_xpath(Locator.password)
password.send_keys(TestData.student_password)
login = driver.find_element_by_id(Locator.login)
login.click()
current_url = driver.current_url
self.assertEqual(TestData.expected_url, current_url)
def test_06_check_initial_score_home_page(self):
right_header_score = CommonFunc().wait_visibility(
5, By.XPATH, Locator.right_header_score)
if right_header_score.text >= '100':
initial_score = right_header_score.text
else:
print('initial score is wrong')
def get_info():
global list_items
list_items, detail_info = CommonFunc().get_college_info('', list_items)
now_date = datetime.datetime.strptime(str(datetime.date.today()),
'%Y-%m-%d')
num = 0
for item in copy.deepcopy(list_items):
news_date = datetime.datetime.strptime(item['date'],
'%Y-%m-%d %H:%M:%S')
if news_date.__lt__(now_date):
print item['date']
list_items = list_items[0:num]
break
list_items[num] = CommonFunc().get_news_detail(item['url'], item)
num += 1
print json.dumps(list_items, encoding='UTF-8',
ensure_ascii=False), len(list_items)
def test_08_check_badge_sidebar_navigation(self):
sleep(2)
badge = CommonFunc().wait_presence(10, By.ID, Locator.badge)
badge.click()
try:
badge_sidebar = driver.find_element_by_css_selector(
Locator.badge_sidebar)
badge_sidebar.is_displayed()
except :
print('badge sidebar is not active')
badge.click()
sleep(2)
profile_page_back = CommonFunc().wait_visibility(10, By.ID, Locator.profile_page_back)
profile_page_back.click()
def win_chk_again(self):
print("다시 확인하시겠습니까? 1. 네 2. 아니오")
choice = input(INPUT_TEXT)
c2 = CommonFunc.values_chk(choice)
if c2 == 1:
self.chk_win()
elif c2 == 2:
self.sub_menu()
else:
print("1 또는 2만 입력하세요.")
self.win_chk_again()
def test_03_landing_page(self):
try:
learn = CommonFunc().wait_visibility(10, By.XPATH, Locator.learn)
except NoSuchElementException:
print('Learn not present')
try:
quiz = driver.find_element_by_xpath(Locator.quiz)
except NoSuchElementException:
print('quiz not present')
try:
logout = driver.find_element_by_xpath(Locator.logout)
except NoSuchElementException:
print('logout not present')
learn.click()
def again(self):
print("계속 구매하시겠습니까? 1. 네 2. 메인으로")
choice = input(INPUT_TEXT)
c2 = CommonFunc.values_chk(choice)
if 0 < c2 < 3:
if c2 == 1:
self.buy_lotto()
else:
self.sub_menu()
else:
input("1 또는 2만 입력하세요 enter ->")
self.again()
def get_widget(self):
'''
获取指定用户具有的组件
returns:User
'''
try:
from ..widget.widget_fuction import widget_get
from ..widget.widget_fuction import user_widget_get
from ..common_func import CommonFunc
except:
import sys
sys.path.append('../')
sys.path.append('../../')
from widget.widget_fuction import widget_get
from widget.widget_fuction import user_widget_get
from common_func import CommonFunc
cf = CommonFunc()
user_widget_list = user_widget_get(self.user_id)
widget_list = widget_get()
result = [{
'id': single_user_widget['widget_id'],
'order': single_user_widget['order'],
'name': cf.dict_list_get_single_element(widget_list, 'id', single_user_widget['widget_id'], 'name', single_user_widget['widget_id'] - 1),
'is_login_needed': cf.dict_list_get_single_element(widget_list, 'id', single_user_widget['widget_id'], 'is_login_needed', single_user_widget['widget_id'] - 1),
'span': cf.dict_list_get_single_element(widget_list, 'id', single_user_widget['widget_id'], 'span', single_user_widget['widget_id'] - 1),
'buttons': BUTTONS[cf.dict_list_get_single_element(widget_list, 'id', single_user_widget['widget_id'], 'name', single_user_widget['widget_id'] - 1)]
} for single_user_widget in user_widget_list]
self.widget = result
return self
def again(self):
"""다시하기 메뉴"""
print("1. 메인으로 2. 집으로")
choice = input("입력: ")
c2 = CommonFunc.values_chk(choice)
if c2 == 1:
self.sub_menu()
elif c2 == 2:
self.person.go_home()
self.person.go()
else:
print("1~2 사이 수만 입력하세요.")
self.again()
def next_lotto(self):
print("다음 회차로 넘기시겠습니까? 1. 네 2. 아니오")
choice = input(INPUT_TEXT)
c2 = CommonFunc.values_chk(choice)
if c2 == 1:
self.win_nums = []
self.user_lottos = {}
self.sub_menu()
elif c2 == 2:
self.sub_menu()
else:
print("1 또는 2만 입력하세요.")
self.next_lotto()
def buy_manual(self):
nums = []
for i in range(1, 7):
while True:
print("{}번째 수 입력: ".format(i))
num = input()
n2 = CommonFunc.values_chk(num)
if n2 not in range(1, 46):
print("1~45 사이의 수만 입력하세요.")
continue
if n2 in nums:
x = nums.index(n2) + 1
print("{}번째 수와 중복입니다.".format(x))
continue
nums.append(n2)
nums.sort()
break
self.user_lottos[self.l_index] = nums
self.l_index += 1
def sub_menu(self):
print("집 도착!")
for i in HomeMenu:
print("{}. {}".format(i.value, i.name))
choice = input("입력: ")
c2 = CommonFunc.values_chk(choice)
if c2 == HomeMenu.Lotto.value:
self.person.go_lotto()
self.person.go()
elif c2 == HomeMenu.Bowling.value:
self.person.go_bowling()
self.person.go()
elif c2 == HomeMenu.Go_Outside.value:
self.person.sub_menu()
elif c2 == HomeMenu.Exit.value:
print("빠잉~!")
pass
else:
print("1~4 사이의 수만 입력하세요.")
self.sub_menu()
def sub_menu(self):
"""Bowling class main_menu"""
print("볼링치러 왔다.")
for i in BowlingMenu:
print("{}. {}".format(i.value, i.name))
choice = input("입력: ")
c2 = CommonFunc.values_chk(choice)
if c2 == BowlingMenu.Bowling.value:
if self.min_money():
print("남은 돈: {}".format(self.money))
input("돈이 부족합니다.")
self.sub_menu()
else:
self.total_score()
elif c2 == BowlingMenu.Check_Score.value:
self.show_last_score()
elif c2 == BowlingMenu.Home.value:
self.person.go_home()
self.person.go()
else:
print("1~3 사이의 수만 입력하세요.")
self.sub_menu()
def get_info():
global list_items
global detail_info
with open(PATH + '/result/failed.json') as fp:
data = fp.read()
result = Utils().unicode_convert(json.loads(data))
failed_item_dict = eval(result)
for item in failed_item_dict.values():
itemDict = eval(item)
try:
list_items, detail_info = CommonFunc().get_pro_info(
itemDict['url'], list_items, itemDict)
except IOError:
time.sleep(5)
pass
date = time.strftime('%Y%m%d', time.localtime(time.time()))
JsonFunc().save_json(list_items,
PATH + '/profile/profession_failed_' + date)
list_items = {}
def get_info(start_num, end_num):
global list_items
global detail_info
for num in range(start_num, end_num + 1):
url = request.get_url('p' + str(num) + '/', mod='pro_list_url')
itemLink = ''
try:
res = request.set_request(url)
soup = BeautifulSoup(res.text, "html.parser")
dom = soup.find('div', {'class': 'scores_List'})
domList = dom.find_all('dl')
print 'ok: ', url
for item in domList:
# 专业链接
itemLink = item.find_all('a')[0]['href']
detail_info = {"p": num}
for subItem in item.find_all('li'):
info = subItem.get_text().strip().split('：')
detail_info[info[0]] = info[1]
try:
list_items, detail_info = CommonFunc().get_pro_info(
itemLink, list_items, detail_info, mod='pro_list_url')
except IOError:
time.sleep(5)
pass
except IOError:
print 'failed: ', url
finally:
JsonFunc().save_json(list_items,
PATH + '/profile/profession_' + str(num))
list_items = {}
time.sleep(30)
pass
def __init__(self, money):
self.common = CommonFunc()
self.money = self.common.values_chk(money)
self.place = None
from common_func import CommonFunc
from person import Person
if __name__ == "__main__":
user_money = input("지금 돈 얼마 있어?\n입력: ")
user_money = CommonFunc.values_chk(user_money)
person = Person(user_money)
person.sub_menu()
import requests
import datetime
import threading
import sys
sys.path.append('../')
sys.path.append('../..')
from common_func import CommonFunc
from model.widget_model import widget
from model.stock_model import stock as stock_table
from model.stock_model import stock_price, stock_belong
cf = CommonFunc()
CODE_SH: 1
CODE_SZ: 2
CODE_HK: 3
CODE_US: 4
MARKET_PREFIX = ['sh', 'sz', 'hk', 'gb_'] # 顺序与上方code严格对应
MARKET_TEXT = ['SH', 'SZ', 'HK', 'US'] # 顺序与上方code严格对应
STOCK_BASE_URL = 'http://hq.sinajs.cn/list='
data_source = []
def get_valid_stock_id():
stock_belong_query = stock_belong.select().where(stock_belong.is_valid == 1).dicts()
return [{'stock_id': _['stock_id']} for _ in stock_belong_query]