def main():
students_file, course, university, max_students, \
end, start_semester, get_repos, get_repos_filepath, get_feedback, \
get_feedback_filepath, smtp = read_command_line()
if end:
org = "%s-%s" % (university, course)
end_group(org)
elif get_repos:
from get_all_repos import collect_repos
auth = get_password()
collect_repos(auth, university, course, get_repos_filepath)
elif get_feedback:
from get_all_feedbacks import Feedbacks
auth = get_password()
feedbacks = Feedbacks(auth, university, course, get_feedback_filepath)
feedbacks()
else:
# Set up e-mail server
if smtp == 'google':
server = SMTPGoogle()
elif smtp == 'uio':
server = SMTPUiO()
send_email = Email(server)
students = create_students(students_file, course, university,
send_email)
if not start_semester:
Collaboration(students, max_students, send_email)
# Logout e-mail server
send_email.logout()
def main():
students_file, course, university, max_students, \
end, start_semester, get_repos, get_repos_filepath, get_feedback, \
get_feedback_filepath, smtp = read_command_line()
if end:
org = "%s-%s" % (university, course)
end_group(org)
elif get_repos:
from get_all_repos import collect_repos
auth = get_password()
collect_repos(auth, university, course, get_repos_filepath)
elif get_feedback:
from get_all_feedbacks import Feedbacks
auth = get_password()
feedbacks = Feedbacks(auth, university, course, get_feedback_filepath)
feedbacks()
else:
# Set up e-mail server
if smtp == 'google':
server = SMTPGoogle()
elif smtp == 'uio':
server = SMTPUiO()
send_email = Email(server)
students = create_students(students_file, course, university, send_email)
if not start_semester:
Collaboration(students, max_students, send_email)
# Logout e-mail server
send_email.logout()
def send_email(file_name):
print "zend email"
fromaddr = '*****@*****.**'
password = '******'
toaddrs = ['*****@*****.**']
mail = Email()
mail.send(file_name,fromaddr,password,toaddrs)
def send_email(self, subject, content, html=True, files=()):
if self._send_email and self._email_recipients:
self.log.debug('Send email to {}'.format(self._email_recipients))
em = Email(self._conf['email']['server'],
self._conf['email']['sender'],
self._email_recipients)
em.send(subject, content, html, files=files)
else:
self.log.warning("Won't send email (send_email: %s, recipients: %s)",
self._send_email, self._email_recipients)
def send_email(self, subject, content, html=True, files=()):
if self._send_email and self._email_recipients:
self.log.debug('Send email to {}'.format(self._email_recipients))
em = Email(self._conf['email']['server'],
self._conf['email']['sender'],
self._email_recipients)
em.send(subject, content, html, files=files)
else:
self.log.warning("Won't send email (send_email: %s, recipients: %s)",
self._send_email, self._email_recipients)
def send_email_records(subject: str, content: str,
to_account: str) -> bool:
try:
Email.send_email(subject,
content,
from_account="*****@*****.**",
SMTP_host="smtp.163.com",
from_password="******",
to_account=to_account)
print("邮件报告发送成功")
return True
except smtplib.SMTPException or Exception as e:
print("邮件报告发送失败！", e)
return False
def main():
"""
Entry-point for the function.
"""
email_connection_params = {
"host": "smtp.gmail.com",
"port": 587,
"user": "******",
"password": "******",
"use_tls": True
}
send_email = Email(**email_connection_params)
send_email.send(to_address=['*****@*****.**'])
def main():
process_list = []
for process in sys_process.Win32_Process():
process_list.append([process.CommandLine, process.Caption])
if [CommandLine, Caption] in process_list:
log.logger.info('进程正在运行')
else:
log.logger.error('process get_data_futures deth')
log.logger.info('正在准备重启')
restart_process = 'start /b python ' + restart_process_path
try:
os.system(restart_process)
log.logger.info('已经重启')
Email(em_user, pwd, address,
smtp_server).send_email(message='sp数据抓取进程已经重启，请查看是否出错',
title='sp数据抓取重启')
except Exception as e:
log.logger.error('重启失败' + str(e))
Email(em_user, pwd, address,
smtp_server).send_email(message='sp数据抓取进程重启失败，请查看哪里出错',
title='sp数据抓取重启失败')
def send_image():
filename = picroscope.capture()
if filename is not None:
picroscope.toggle_preview()
email = Email(server)
email.subject = EMAIL_SUBJECT
email.recipient = input("Recipient: ")
email.add_attachment(filename)
print()
try:
print("Please wait ...")
email.send()
except SMTPRecipientsRefused:
print("Invalid email address.")
def main():
students_file, course, university, max_students, \
end, start_semester, get_repos, get_repos_filepath, get_feedback, \
get_feedback_filepath, smtp, rank, email = read_command_line()
if end:
org = "%s-%s" % (university, course)
end_group(org)
elif get_repos:
from get_all_repos import collect_repos
auth = get_password()
collect_repos(auth, university, course, get_repos_filepath)
elif get_feedback:
from get_all_feedbacks import Feedbacks
auth = get_password()
feedbacks = Feedbacks(auth, university, course, get_feedback_filepath)
feedbacks()
else:
if email:
# Set up e-mail server
if smtp == 'google':
server = SMTPGoogle()
elif smtp == 'uio':
server = SMTPUiO()
send_email = Email(server)
else:
send_email = None
students = create_students(students_file, course, university, send_email, rank)
if not start_semester:
# The email server logs off again after some time, so we need to
# login again
if email:
# Set up e-mail server
if smtp == 'google':
server = SMTPGoogle()
elif smtp == 'uio':
server = SMTPUiO()
send_email = Email(server)
else:
send_email = None
Collaboration(students, max_students, send_email, rank)
# Logout e-mail server
if email:
try:
send_email.logout()
except:
pass
def run(prod_code):
time.sleep(5)
while True:
ret = sp_account.write_data_for_file(prod_code)
if ret is False:
time.sleep(1)
msg = sp_account.login()
if msg is False:
# 发邮件提醒
email_msg = '登陆失败，请检测是程序出错还是服务出错\n，' + str(msg)
email_title = 'SP数据抓取问题'
try:
Email(em_user=em_user,
pwd=pwd,
address=address,
smtp_server=smtp_server).send_email(
message=email_msg, title=email_title)
except Exception as e:
log.logger.error(e)
break
else:
time.sleep(2)
sp_account.subscription(prod_code)
continue
username = config.get('MOVIES', 'MYSQL_USER')
password = config.get('MOVIES', 'MYSQL_PASSWORD')
##-----------------------------------------------------------------------------
##-----------------------------------------------------------------------------
conn = Connection(username, password)
conn.connect()
conn.create_table()
print("Enter Number of Users you want to Register", end=" ")
n = int(input())
for i in range(n):
x = input("Email address:")
tv = input("TV series:")
insert = True
for ser in conn.select_value(x):
if ser[0] == tv:
insert = False
if insert:
conn.insert_value(x.lower(), tv.lower())
else:
print("Database already has your information")
email = Email()
grab = grabber()
for x in conn.select_all():
recv, series = x[0], x[1]
email.send(recv, grab.information(series))
conn.close_connection()
def get_mail_server():
global mail_server
if not mail_server:
mail_server = Email(mail_conf)
return mail_server
if weekday in [5, 6] and time_st.hour < 12:
time_slots.append((time_st, weekday, time_st.hour))
except error.HTTPError as e:
print(e.reason)
return time_slots
if __name__ == '__main__':
duration = 3 # seconds
freq = 440 # Hz
email_server = Email()
last_email = None
sleep_interval = 60
while True:
time.sleep(sleep_interval)
time_slots = download_page(month=2)
time_slots += download_page(month=3)
time_slots += download_page(month=4)
if len(time_slots) == 0:
continue
else:
print(datetime.now(), time_slots)
print "Student are no longer taking this course: ", file_name
# Not in use
#file = open('INF5620_stats', 'w')
#for parameters in students.itervalues():
# values = parameters.values()
# tmp_str = " // ".join(values)
# file.write(tmp_str)
#file.close()
#print students
exceptions = ['Arnfinn Aamodt', 'Matthew Terje Aadne', 'Jens Kristoffer Reitan Markussen']
skip = False
smtp = SMTPGoogle()
email = Email(smtp)
#text_zero = email.get_text('message_missing_all_classes.rst')
text_missing_one = email.get_text('message_missing_one_class.rst')
text_passed = email.get_text('message_missing_none.rst')
for parameters in students.itervalues():
if parameters['name'] in exceptions:
skip = True
if parameters['pressent'] == 0 and not skip:
print "None: ", parameters['name'], "NO EMAIL"
#text_tmp = text_zero % parameters
if parameters['pressent'] == 1 and not skip:
#text_tmp = text_one % parameters
print "Student are no longer taking this course: ", file_name
# Not in use
#file = open('INF5620_stats', 'w')
#for parameters in students.itervalues():
# values = parameters.values()
# tmp_str = " // ".join(values)
# file.write(tmp_str)
#file.close()
#print students
exceptions = ['Arnfinn Aamodt', 'Matthew Terje Aadne', 'Jens Kristoffer Reitan Markussen']
skip = False
smtp = SMTPGoogle()
email = Email(smtp)
#text_zero = email.get_text('message_missing_all_classes.rst')
text_missing_one = email.get_text('message_missing_one_class.rst')
text_passed = email.get_text('message_missing_none.rst')
for parameters in students.itervalues():
if parameters['name'] in exceptions:
skip = True
if parameters['pressent'] == 0 and not skip:
print "None: ", parameters['name'], "NO EMAIL"
#text_tmp = text_zero % parameters
if parameters['pressent'] == 1 and not skip:
#text_tmp = text_one % parameters
def excute_project():
try:
now_time = datetime.date.today()
one_day=datetime.timedelta(days=1)
yesterday=now_time-one_day
yesterday_time=yesterday.strftime("%Y-%m-%d")
year=yesterday.strftime("%Y")
begin_time=yesterday_time+" 00:00:00"
print(begin_time)
end_time=yesterday_time+" 23:59:59"
print(end_time)
ort_sql=''' SELECT
PROJECT_NO,
scheme_code,
customer_pn,
operation_no,
PRODUCT_WEEK,
PRODUCT_DATE,
THE_ANNUAL,
ITEM_NO,
WORK_CENTER_NO,
SAMPLE_NUMBER,
count(SFC_NO) as TOTAL
from (
select i.sfc_no as sfc_no,
to_char( to_date( wh.create_date,'yyyy-MM-dd hh24:mi:ss'),'yyyy-MM-dd') as product_date,
FUN_GET_SWD_WEEKDAY(to_date( wh.create_date,'yyyy-MM-dd hh24:mi:ss')) AS PRODUCT_WEEK,
to_char(to_date( wh.create_date,'yyyy-MM-dd hh24:mi:ss'),'yyyy') as THE_ANNUAL,
wh.result as apmt_result ,
di.value as project_no,
wh.item_no as item_no,
rt.scheme_code as SCHEME_CODE ,
rt.customer_pn as CUSTOMER_PN,
rt.operation_no as OPERATION_NO,
rt.sample_number as SAMPLE_NUMBER,
wh.workcenter_no as work_center_no
from sfc_info i, sfc_wip_log_his wh,m_custom_data_ins di,m_bom b,XWD_ORT_SAMPLE_INFO rt
where
substr(i.bom_no,0,3)=100
and di.context_id=b.pid
and i.item_no=b.bom_no
and wh.item_no=rt.swd_item
and di.custom_data_id='6659d145de584f08aab8f78e6e4c912b'
and i.pid=wh.sfc_id
and di.value=rt.project_no
and substr(wh.workcenter_no,1,2)='SW'
and wh.create_date between to_char(to_date('{begin_time}','yyyy-MM-dd hh24:mi:ss'),'yyyyMMddhh24miss')
and to_char(to_date('{end_time}','yyyy-MM-dd hh24:mi:ss'),'yyyyMMddhh24miss')
and wh.operation_no=rt.operation_no
union
select i.sfc_no as sfc_no,
to_char(to_date( w.create_date,'yyyy-MM-dd hh24:mi:ss'),'yyyy-MM-dd') as product_date,
FUN_GET_SWD_WEEKDAY(to_date( w.create_date,'yyyy-MM-dd hh24:mi:ss')) AS PRODUCT_WEEK,
to_char(to_date( w.create_date,'yyyy-MM-dd hh24:mi:ss'),'yyyy') as THE_ANNUAL,
w.result as apmt_result,
di.value as project_no,
w.item_no as item_no,
rt.scheme_code as SCHEME_CODE ,
rt.customer_pn as CUSTOMER_PN,
rt.operation_no as OPERATION_NO,
rt.sample_number as SAMPLE_NUMBER,
w.workcenter_no as WORK_CENTER_NO
from sfc_info i, sfc_wip_log w,m_custom_data_ins di,m_bom b,XWD_ORT_SAMPLE_INFO rt
where
substr(i.bom_no,0,3)=100
and di.context_id=b.pid
and i.item_no=b.bom_no
and i.item_no=rt.swd_item
and di.custom_data_id='6659d145de584f08aab8f78e6e4c912b'
and i.pid=w.sfc_id
and di.value=rt.project_no
and substr(w.workcenter_no,1,2)='SW'
and w.create_date between to_char(to_date('{begin_time}','yyyy-MM-dd hh24:mi:ss'),'yyyyMMddhh24miss')
and to_char(to_date('{end_time}','yyyy-MM-dd hh24:mi:ss'),'yyyyMMddhh24miss')
and w.operation_no=rt.operation_no
)
group by PROJECT_NO,SCHEME_CODE,CUSTOMER_PN,ITEM_NO,
WORK_CENTER_NO,PRODUCT_DATE,THE_ANNUAL,PRODUCT_WEEK,OPERATION_NO,SAMPLE_NUMBER order by PRODUCT_DATE
'''.format(begin_time=begin_time,end_time=end_time)
dsn = cx_Oracle.makedsn('aph-scan.sunwoda.cn', 1521, service_name='aph')
orcl = cx_Oracle.connect('aphmes', 'aph2018mes1314', dsn)
curs = orcl.cursor()
curs.execute(ort_sql)
desc = [d[0] for d in curs.description]
result = [dict(zip(desc, line)) for line in curs]
curs.close()
# 创建redis 连接
r = redis.Redis(host='192.168.9.50', password='******',port=6380,db=0)
#设置key 值，并循环获取字典中的数据
for value in result:
value1=value.get("PRODUCT_WEEK")
ort_key=year+'_'+value1
value2=str(value)
r.sadd(ort_key,value2)
try:
# 邮件内容
message = """
<h3>'{yesterday_time}'ORT抽样确认数据已成功存储至redis</h3>""".format(yesterday_time=yesterday_time)
# 邮件需发送的人的邮箱
my_users=''' select u.email_address from mail_type t, mail_user u, mail_type_user s
where t.mail_type_id = s.mail_type_id
and s.user_id = u.user_id and t.mail_type_id = '6' '''
list=oracle.get_all(my_users)
my_user = [] #预警邮件收件人列表
for i in list :
print(i[0])
my_user.append(i[0])
print(my_user)
# my_user = ['*****@*****.**']
# 发送邮件的邮箱
my_sender = "*****@*****.**"
message = Messages(my_sender, my_user, "ORT抽样确认数据已成功存储至redis", message).generate_message()
Email(my_sender, my_user, "sunwoda+2019", "mail.sunwoda.com").send_mail(message)
except Exception as e:
print(e)
print('成功')
except Exception as e:
print(e)
