def send_email():
# if request.method == "POST":
email_dict = request.json
message = email_dict["message"]
reply_to = email_dict["reply_to"]
print email_dict
sendmail.mail(message, reply_to)
return jsonify(response="success")
def sendmail():
while True:
readq = handle.qpdu.get()
#print("PDU from Q:",readq)
if pingdemo.Netchk() :
logmsg_unmail(readq)
else :
mail(readq)
def main():
global logger
global _client
logger = logging.getLogger("zhuhaiyeyouClient")
try:
connect_zhyy_server()
process()
except Exception, e:
sendmail.mail(config_test.sendmail['sender'],
config_test.sendmail['receivers'], '珠海页游数据同步脚本故障',
str(e))
def main():
global logger
global _client
logger = logging.getLogger("zhuhaiyeyouClient")
try:
connect_zhyy_server()
process()
except Exception, e:
sendmail.mail(config_test.sendmail['sender'],
config_test.sendmail['receivers'],
'珠海页游数据同步脚本故障',
str(e))
def main():
global _client
init(config_test.db_config)
try:
connect_server(config_test.thrift_server['ip'],
config_test.thrift_server['port'])
result = _client.getUrlBySrcUrl('http://a.9game.cn/game/downs_10_2.htm')
print "result is : ",result
uncomplete_task = find_uncomplete_task()
print uncomplete_task
except Exception, e:
sendmail.mail(config_test.sendmail['sender'],
config_test.sendmail['receivers'],
'test',
str(e))
def msginit():
if handle.isconnect():
print('A6 is lost...exit()')
return 1
if handle.setpdumode() == 'ERR':
return 'ERR'
pudmsg = handle.listmsg_unread()
sendmail = ''
if len(pudmsg) == 0:
log("no msg to read")
else:
for i in range(0, len(pudmsg)):
str = decodepdu(pudmsg[i])
sendmail += '\n'.join(str)
if pingdemo.Netchk():
logmsg_unmail(sendmail)
else:
mail(sendmail)
cp2102 = cp2102_open()
handle = A6handle(cp2102)
#handle.sendtestmsg()
#handle.listmsg_unread()
msginit()
t1 = threading.Thread(target=waitformsg)
t2 = threading.Thread(target=readmsg)
t3 = threading.Thread(target=sendmail)
t1.start()
t2.start()
print("thread is running")
while True:
readq = handle.qpdu.get()
print("PDU from Q:",readq)
if pingdemo.Netchk() :
logmsg_unmail(readq)
else :
mail(readq)
'''
handle.sendtestmsg()
while True :
handle.trg_recmsg()
handle.getmsgfromQ()
'''
infos=buff.read().replace('+', '').replace(' ', '')
buff.close()
cpu_temp = re.findall('temp1:([0-9]*)', infos)[0]
cpu_temp = float(cpu_temp)
pmem = float(psutil.virtual_memory()[2])
cpu = float(psutil.cpu_percent(interval=1))
disk = float(psutil.disk_usage('/')[3])
#Verifier est ce que c'est en sitution de crise
text = "\n"
if cpu_crise_decision and cpu >= cpu_crise :
buff = os.popen("mail_alerte.sh "+str(cpu))
text = buff.read()
buff.close()
sendmail.mail("Niveau Critique CPU ",str(text))
if ram_crise_decision and pmem >= ram_crise :
buff = os.popen("mail_alerte.sh "+str(pmem))
text = buff.read()
buff.close()
sendmail.mail("Niveau Critique RAM",str(text))
if disk_crise_decision and disk >= disk_crise:
buff = os.popen("mail_alerte.sh "+str(disk))
text = buff.read()
buff.close()
sendmail.mail("Niveau Critique Disque",str(text))
if cpu_temp_crise_decision and cpu_temp >= cpu_temp_crise :
buff = os.popen("mail_alerte.sh "+str(cpu_temp))
text = buff.read()
buff.close()
sendmail.mail("Niveau Critique Temperature",str(text))
from sendmail import mail
import os
obj = mail(input("请输入您的smtp服务器地址："), input("请输入您的邮箱地址："), input("请输入您的授权码："))
while 1:
os.system("cls")
print("您的选择：\n\n1:发送邮件\n\n2:退出")
c = input("请选择：")
if c == "1":
os.system("cls")
obj.send(input("请输入收件人地址："), input("请输入邮件的正文："), input("请输入邮件的标题："))
pass
elif c == "2":
exit()
pass
pass
def read_postdata_json(file_path=get_filepath()):
json_filename = file_path + 'post_data.json'
with open(json_filename, encoding='UTF-8') as f:
post_data2 = json.load(f)
return post_data2
def write_postdata_json(uid, upw, file_path=get_filepath()):
json_filename = file_path + 'post_data.json'
post_data2 = {'uid': uid, 'upw': upw, 'smbtn': '进入健康状况上报平台', 'hh28': '686'}
with open(json_filename, 'w', encoding='UTF-8') as f:
json.dump(post_data2, f)
if __name__ == '__main__':
sendmail = sendmail.mail()
print('正在读取数据...')
submit_data = read_submitdata_json()
print(submit_data)
user_data = read_userdata_json()
print('读取数据成功!')
for user in user_data:
init()
print('正在写入数据...')
write_postdata_json(user['uid'], user['upw'])
print('写入数据成功!')
print('正在读取表单...')
post_data = read_postdata_json()
print('读取表单成功!')
post = jksb.jksb(user, post_data, submit_data)
e_mail = user['mail']
import sendmail
import markdown
user = raw_input("user: "******"subject: ")
text = open(raw_input("file: "), "r").read()
attach = raw_input("attachments? ")[0].lower()
attachments = list()
while attach == 'y':
attachments.append(raw_input("path: "))
attach = raw_input("another? ")[0].lower()
print "attachments", attachments
sendmail.mail(user, "*****@*****.**", sub, text,
markdown.markdown(text).replace('<br>', ''), *attachments)
# chargement de la configuration
taille_max=os.popen('cat '+FICHIER_CONFIG+' || echo '+DEFAULT_TAILLE)
taille_max = float(taille_max.read())
taille_act=os.popen("ls -la "+FICHIER_SERVEUR+"|cut -d' ' -f5")
taille_act = float(taille_act.read())/1000000
if taille_max <= taille_act :# SI la taille est superieur a la limite on supprime les donnees
os.popen('./'+FICHIER_Delete_data+" "+FICHIER_SERVEUR+" ram cpu NmbUserConnecte disque NmbProcessus ram cert")
#Recherche d'alerte
d = feedparser.parse('http://www.cert.ssi.gouv.fr/site/cert-fr.rss ')
v=d.entries
con = lite.connect(FICHIER_SERVEUR)
with con:
for ent in d.entries :
titre = ent.title.encode('utf-8')
lien=ent.link.encode('utf-8')
description=ent.description.encode('utf-8')
script = "INSERT INTO cert (title ,resume ,lien) values ('"+str(titre)+"','"+str(description)+"','"+str(lien)+"')"
cur = con.cursor()
try :
cur.execute(script)# Enregistrement dans la base
mess = os.popen("mail_cert.sh "+titre+ " "+description+" "+" "+lien)
mess = mess.read()
sendmail.mail('cert',mess)
except :
print ""
cur.close()
print mess
#u'For documentation <em>only</em>'
image = frame.array
gray = cv2.cvtColor(image, cv2.COLOR_BGR2GRAY)
faces = face_cascade.detectMultiScale(gray, 1.3, 5)
# Take foto when createria are met
if take_foto == True and j < 6:
cv2.imwrite('Doormen/Doorman' + str(i) + '.png', image)
sendUI_update('Doormen/Doorman' + str(i) + '.png')
take_foto = False
if (sec % wait_sec) == 0 and j == 6:
sec_prev = sec
j = 0
# Send dat mail
mail()
# Display the resulting frame
for (x, y, w, h) in faces:
cv2.rectangle(image, (x, y), (x + w, y + h), (255, 0, 0), 1)
roi_gray = gray[y:y + h, x:x + w]
roi_color = image[y:y + h, x:x + w]
if h > 50 and j < 6:
take_foto = True
i += 1
j += 1
# Show the frame
#cv2.imshow("Doorcam", image)
key = cv2.waitKey(1) & 0xFF