def handle_bar(context, bar_dict):
# 开始编写你的主要的算法逻辑
# bar_dict[order_book_id] 可以拿到某个证券的bar信息
# context.portfolio 可以拿到现在的投资组合状态信息
# 使用order_shares(id_or_ins, amount)方法进行落单
# TODO: 开始编写你的算法吧！
esp = context.esp
code = context.code
stock = bar_dict[code]
stock.code = code
close = stock.close
datetime = stock.datetime
name = stock.symbol
today = datetime.strftime('%Y-%m-%d')
mpe = close / esp
if mpe < 30:
order_percent(code, 1)
if (context.today == today and context.projectName == 'one_strategy'):
print(code + '_' + name + '********************买入')
from mail.mail import send_mail
send_mail(stock, 'buy')
if mpe > 50:
order_percent(code, -1)
if (context.today == today and context.projectName == 'one_strategy'):
print(code + '_' + name + '********************卖出')
from mail.mail import send_mail
send_mail(stock, 'sell')
def send_packet(self, smtp_connection, packet):
text = ''
text += 'UserAgent: ' + self.agent_edition + ' (' + self.os_info + ')\r\n'
text += 'Sequence: ' + str(packet.sequence) + '\r\n'
text += 'Keyid: ' + packet.signed_keyid + '\r\n'
text += '\r\n' + packet.message
return mail_agent.send_mail(smtp_connection, packet.sender,
packet.receiver, text, packet.uuid)
def run(self):
while True:
try:
(receiver, contents, attachments) = self.queue.get(timeout=1)
except queue.Empty:
if self.queue.is_stopped():
logger.info("postman job finish stop!")
break
else:
result = send_mail(receiver, contents, attachments)
if result != True:
logger.error("postman send mail to " + str(receiver) +
"fail")
sleep(self.sleeping_time)
def send_user_check_email(email):
"""Send first check email to user.
Args:
email : str
Returns:
success: bool
"""
receiver = [email]
body_text = ("您好，我是折光观察者，服务于公众号「时间从来不回答」\n"
"收到这封邮件是因为您在公众号内初次绑定了邮箱\n"
"我向您发送邮件以确认您此后能正确收到邮件通知\n"
"若本邮件被误分类为垃圾邮件，建议点击「这不是垃圾邮件」帮我逃离\n"
"另外，建议将本邮箱添加至通讯录/联系人列表，避免此后通知邮件再被误分类\n"
"\n\n\n如果您不知道为何收到本邮件，请联系：[email protected] 处理")
msg = {'Subject': '初次绑定邮箱通知', 'Body': body_text}
return send_mail(receiver, contents=msg)
def notify_user(email, URL, backup_addr):
"""Send email to users.
Send email to users for notifying article expiration.
With backup file attached.
Args:
URL : str
backup_addr : str
Returns:
success: bool
"""
receiver = [email]
if backup_addr == None:
addition = '\n截止观察结束时，没有成功备份的文档存留。\n如有疑问请联系管理员：[email protected]'
attach = []
else:
addition = '\n附件是文章备份，请查收。'
attach = [backup_addr]
body_text = '您观察的文章：' + URL + ' 已失效/超出观察期。' + addition
msg = {'Subject': '您的观察目标有状态更新', 'Body': body_text}
return send_mail(receiver, contents=msg, attachments=attach)
parser.add_option("--mail", action="store", dest="send_mail", help='gmail address')
parser.add_option("--mpwd", action="store", dest="mail_password", help='mail password')
parser.add_option("--num", action="store", dest="booking_num", type = "int",help='booking numbers')
parser.add_option("--mon", action="store", dest="months", help='booking months')
(options, args) = parser.parse_args()
if not options.username or \
not options.password or \
not options.send_mail or \
not options.mail_password or \
not options.booking_num or \
not options.months:
parser.print_usage()
exit()
new_book = auto_book(options)
new_book.slot_set(options)
while 1:
try:
new_book.search_book(options)
result = new_book.Check_result(options)
if result != 'no book':
time.sleep(2)
mail.send_mail(send_mail,mail_password,send_to,'new booking',result)
new_book.slot_set(options)
else:
time.sleep(2)
except KeyboardInterrupt:
exit()
def trigger():
''' aggregation of all modules here'''
#1. get data
input_data = get_input_data()
#2 Extract news and process news into dictionary
news_map = get_news()
#2 XLS generate
generate_xlx_report(input_data)
#4
subscription_data = get_subs_data()
#5, get user --> interested states
user_state_info = generate_user_report(subscription_data, input_data)
print("--------Mail content-------")
print(news_map)
print(user_state_info)
#format mail, just for readability
TAB = '\t'
NEWLINE = '\n'
print("Processing data collected from NEWS module..")
processed_news_text = '\n----- HEADLINES -----\n'
for link, headline in news_map.items():
#import pdb;pdb.set_trace()
insert_row(
'news',
(datetime.date.today().strftime('%Y-%m-%d'), link, headline))
processed_news_text = processed_news_text + headline + TAB + link + NEWLINE
print(processed_news_text)
get_rows('news', '2020-08-26')
draw_graph()
#6. Send mail with above data.
# 1. user specific data.
# 2. XLS, attachment
# 3. News.
dashline = "----------------------------------"
XLS_REPORT_FILENAME = 'statewise_covid_report.xls'
for user, content in user_state_info.items(
): #contenet is statename and numver
mail_text = "Subscribed states:\n" + dashline + NEWLINE
for state_data in content:
for state, active_cases in state_data.items():
mail_text = state + " : " + str(active_cases) + "\n"
mail_text = mail_text + "\n" + dashline + "\n" + processed_news_text
SIGNATURE = "\n\nRegards,\n Automated Mailservice"
mail_text = mail_text + SIGNATURE + "\n"
subject_line = "Python mini-project: COVID: Dashboard"
print("Sending mail to: ", user) #, "with:", mail_text)
send_mail(user,
subject_line,
mail_text,
attachment=XLS_REPORT_FILENAME)
self.user = user
self.date = Date(user.timezone)
self.weather = WeatherToday(user.location)
self.news = NewsToday()
self.languages = [Language(language) for language in user.languages]
# THIS SQL STUFF IS UGLY AND IS JUST TEMPORARY UNTIL I SCALE UP TO DJANGO.
def dict_factory(cursor, row):
"""Function to turn sqllite query into dict."""
d = {}
for idx, col in enumerate(cursor.description):
d[col[0]] = row[idx]
return d
conn = sqlite3.connect(dir_path + '/main.db')
conn.row_factory = dict_factory
c = conn.cursor()
users = c.execute('''SELECT * FROM users''').fetchall()
for user in users:
print('Preparing Briefing for {}'.format(user['first']))
data = {
'subject':
"Your Daily Briefing, {}".format(datetime.now().strftime("%A, %d %B")),
'briefing':
Briefing(User(user))
}
send_mail(data)