def changeAk(url):
global ak
global akQueue
if akQueue.qsize()>0:
oldAK = ak
ak = akQueue.get()
print('ak还剩下:'+str(akQueue.qsize()))
#更新当前url
url = url.replace(oldAK,ak)
return url
else :#已经没有ak可以用了,保存状态
#保存状态
SMTP.send('ak用完')
os._exit(0)
def changeAk(url, failTimes):
global ak
global akQueue
if failTimes == 0:
if akQueue.qsize() > 0:
if akQueue.qsize() % 10 == 0:
SMTP.send('更换ak')
oldAK = ak
ak = akQueue.get()
#更新当前url
url = url.replace(oldAK, ak)
return url
else: #已经没有ak可以用了,保存状态
#保存状态
SMTP.send('ak用完')
os._exit(0)
else: #返回原来的url
return url
def main():
try:
getFacilityNum()
#数据清空
clearFile()
print('抓取完成')
#getProcedure()
except KeyboardInterrupt:
print("ctr+c中断并且保存状态和数据")
saveProcejure()
except requests.exceptions.ConnectionError as e:
saveProcejure()
print(e)
print('保存状态，重启')
main()
except BaseException as e:
print('出现未知错误')
print(e)
saveInLog(str(e))
SMTP.send('程序被终止了')
saveProcejure()
def saveProcejure():
global maxLat, minLat, maxLng, minLng
global cityList
global oneCity
global FaN
global FList
global lat #当前纬度
global lng #当前经度
global posResults #当前结果集
#把当前城市插回去
cityList.append(oneCity)
#把当前设施插回去
FList.append(FaN)
saveInFile(','.join(cityList), 'city')
saveInFile(','.join(FList), 'facility')
#保存当前已遍历的点的状态
str1 = str(maxLat) + ',' + str(minLat) + ',' + str(maxLng) + ',' + str(
minLng) + '|' + str(lat) + ',' + str(lng)
saveInFile(str1, 'procejure')
#把现在的数据存储起来
saveInCsv(posResults, FaN)
#进行邮件的提醒
content = getContent()
SMTP.send(content)
def changeAk(posResults, url):
global lat #当前纬度
global lng #当前经度
global failTimes
global ak
global FaN
global akQueue
if failTimes == 0:
if akQueue.qsize() > 0:
if akQueue.qsize() % 10 == 0:
SMTP.send('更换ak,剩余:' + str(akQueue.qsize()))
oldAK = ak
ak = akQueue.get()
failTimes = 30
#更新当前url
url = url.replace(oldAK, ak)
return url
else: #已经没有ak可以用了,保存状态
#保存状态
SMTP.send('ak用完')
saveProcejure()
os._exit(0)
else: #返回原来的url
return url
def sendmail(msgstr, envrecip, envsender):
"""Send e-mail via direct SMTP, or by opening a pipe to the
sendmail program.
msgstr is an rfc2822 message as a string.
envrecip is the envelope recipient address.
envsender is the envelope sender address.
"""
import Defaults
# Sending mail with a null envelope sender address <> is not done
# the same way across the different supported MTAs, nor across the
# two mail transports (SMTP and /usr/sbin/sendmail).
#
# The most common method is to use the string '<>'. There are two
# exceptions where an empty string must be used instead.
#
# 1) When running qmail/courier and using the sendmail transport.
# qmail munges the envelope sender address into <"<>"@domain.dom
# if "sendmail -f <>" is used.
#
# 2) When running Postfix and using the sendmail transport.
# Old versions of Postfix apparently also have trouble with
# "sendmail -f <>", though Postfix 2.0.x does not.
if envsender == '':
envsender = '<>'
if envsender == '<>' and \
Defaults.MAIL_TRANSFER_AGENT in ('postfix', 'qmail') and \
Defaults.MAIL_TRANSPORT == 'sendmail':
envsender = ''
if Defaults.MAIL_TRANSPORT == 'sendmail':
# You can avoid the shell by passing a tuple of arguments as
# the command instead of a string. This will cause the
# subprocess.Popen() code to execvp() "/usr/bin/sendmail" with
# these arguments exactly, with no trip through any shell.
cmd = (Defaults.SENDMAIL_PROGRAM, '-i', '-f', envsender, '--',
envrecip)
runcmd_checked(cmd, msgstr)
elif Defaults.MAIL_TRANSPORT == 'smtp':
import SMTP
server = SMTP.Connection()
server.sendmail(envsender, envrecip, msgstr)
server.quit()
else:
raise Errors.ConfigError, \
"Invalid MAIL_TRANSPORT method: " + Defaults.MAIL_TRANSPORT
def main():
# 请自行修改下面的邮件发送者和接收者
sender = '*****@*****.**'
receivers = ['*****@*****.**', '*****@*****.**']
message = MIMEText('用Python发送邮件的示例代码.', 'plain', 'utf-8')
message['From'] = Header('邵朋', 'utf-8') #发件人
message['To'] = Header('鹏少', 'utf-8') #收件人
message['Subject'] = Header('示例代码试验邮件', 'utf-8') #邮件内容
smtper = SMTP('smtp.163.com') #使用smtp邮件协议
# 请自行修改下面的登录口令
smtper.login(sender, 'shao1990PENG') #邮箱登录密码
smtper.sendmail(sender, receivers, message.as_string())
print('邮件发送完成!')
def main():
# 创建一个带附件的邮件消息对象
message = MIMEMultipart()
# 创建文本内容
text_content = MIMEText('附件中有本月数据请查收', 'plain', 'utf-8')
message['Subject'] = Header('本月数据', 'utf-8')
# 将文本内容添加到邮件消息对象中
message.attach(text_content)
# 读取文件并将文件作为附件添加到邮件消息对象中
# python读取windows系统文件要么写全路径，要么绝对路径要么相对路径
with open('/Uscers/Administrator/Desktop/hello', 'rb') as f:
txt = MIMEText(f.read(), 'base64', 'utf-8')
txt['Content-Type'] = 'text/plain'
txt['Content-Disposition'] = 'attachment; filename=hello.txt'
message.attach(txt)
# 读取文件并将文件作为附件添加到邮件消息对象中
with open('/Usecrs/Administrator/Desktop/媒体版故障处理.docx', 'rb') as f:
xls = MIMEText(f.read(), 'base64', 'utf-8')
xls['Content-Type'] = 'application/vnd.ms-doc' # 或 application/vnd.ms-excel
xls['Content-Disposition'] = 'attachment; filename=month-data.doc' #重命名为month-data.xlsx
message.attach(xls)
# 创建SMTP对象
smtper = SMTP('smtp.163.com')
# 开启安全连接
# smtper.starttls()
sender = '*****@*****.**'
receivers = ['*****@*****.**']
# 登录到SMTP服务器
# 请注意此处不是使用密码而是邮件客户端授权码进行登录
# 对此有疑问的读者可以联系自己使用的邮件服务器客服
smtper.login(sender, 'shao1990PENG')
# 发送邮件
smtper.sendmail(sender, receivers, message.as_string())
# 与邮件服务器断开连接
smtper.quit()
print('发送完成!')
def main():
calendar_url = 'http://www.altamontschool.org/calendars/index.aspx?ModuleID=52:53:93'
global calendar_data
calendar_data = scrape.get_calendar_days(
urllib.request.urlopen(calendar_url))
print("Calendar Scrape Finished")
IMAP_conn = IMAP.IMAP_Connection()
print("IMAP Connection started!")
SMTP_conn = SMTP.SMTP_Connection()
print("SMTP Connection started!")
# note Main Loop
while True:
msgs_raw = IMAP_conn.wait_for_message(
) # SMTP_conn is passed as an arg so that it gets noop()'d when IMAP_conn idles.
if type(msgs_raw) == str:
msgs_raw = [msgs_raw]
for msg_raw in msgs_raw:
msg = TextMessage(msg_raw)
print('Message Received!\n' + msg.text)
reply = msg.build_reply()
SMTP_conn.send_smtp(msg.sender, reply)
#!python 3
# simple experiment of sending a mail with time info
import smtplib, datetime
from retrievejson import exchg_rate
import SMTP
MAIL_ADDR = '*****@*****.**'
pw = input('Enter your password:'******'The current time is '+ datetime.datetime.now().strftime('%Y/%m/%d %H:%M:%S')
# TEXT = 'May the Force be with you. Sincerely, Jon from the past'
# msg = mail_msg(SUBJECT, TEXT)
rate = exchg_rate('USD', 'JPY')[2]
msg = SMTP.mail_msg('Exchange Rate',
'The exchange rate for USD/JPY is ' + str(rate))
print('Sending Exchange Rate....')
smtpObj.sendmail('*****@*****.**', '*****@*****.**', msg)
smtpObj.quit()
import SMTP
if __name__ == "__main__":
SMTP.main()