def main():
args = args_parse()
if args.pattern == 'all':
filter_asg_name = get_asgname(args.region)
threads = []
for asg_name in filter_asg_name:
t = threading.Thread(target=exec_cmd, args=(args.module_name, args.module_args, asg_name, args.forks, args.debug, args.remote_port, args.region))
t.daemon = True
threads.append(t)
t.start()
for t in threads:
t.join(100)
if alarm_disk_message:
print 'alarm disk message >>> ', alarm_disk_message
if send_mail("aws disk alarm", alarm_disk_message):
print 'sendmail sucessful'
else:
print 'sendmail failed'
elif alarm_processNum_message:
print 'alarm process number message >>> ', alarm_processNum_message
if send_mail("aws process number alarm", alarm_processNum_message):
print 'sendmail sucessful'
else:
print 'sendmail failed'
else:
print 'alarm_message ok'
def sendy(uname, gID):
usr = db.users.find_one({"name": uname})
print(usr)
mail = usr["email"]
send_mail(mail,
"We are playing, come immediately!.\n Game ID is is " + str(gID))
print("sent")
def send_mail(self, commit_hash, name, email,
subject, http_res, line_num, url, source_file):
self.log.info(self.should_send_mail)
if self.should_send_mail == 'True':
msg = ('Hi %s,\n\n'
'It appears that the following http link is broken:\n'
' URL: %s\n'
' Returned response code: %s\n'
' Source page: %s\n'
' line: %s\n\n'
'According to the git repository this URL was first '
'introduced in the following commit:\n'
' Hash Code: %s\n'
' Subject: %s\n\n'
'Please take a look and if needed provide '
'a proper fix.\n\n Thank you') \
% (name, url, http_res, source_file,
line_num, commit_hash, subject)
self.log.info(msg)
should_send_mail = self._should_send_mail(msg, name)
if should_send_mail:
sendMail.send_mail(msg, email)
sys.stdout.write('Mail sent successfully\n\n')
else:
self.log.debug('Flag for sending mail is disabled')
def register():
form = RegisterUser()
if form.validate_on_submit():
email = form.email.data
password = form.password.data
username = form.username.data
try:
form.check_mail(email)
except ValidationError as error:
return render_template('already_exist.html', error=repr(error))
try:
form.check_username(username)
except ValidationError as error:
return render_template('already_exist.html', error=repr(error))
user = User(email, username, password, 'default.png')
db.session.add(user)
db.session.commit()
user = User.query.filter_by(email=form.email.data).first()
mail = user.email
send_mail(mail)
return redirect(url_for('login'))
return render_template('register.html', form=form)
def home():
home = 1
form = Feedback()
profile_pic = get_profile_pic()
try:
email = get_email().split("@")[0]
profile = Profile()
current_user_profile = profile.query.filter_by(username=email).first()
except :
current_user_profile = None
try:
if request.method == "POST":
name = request.form['user_name']
current_user_profile.name = name
db.session.add(current_user_profile)
db.session.commit()
except:
pass
if form.validate_on_submit():
email = form.email.data
message = form.message.data
send_mail(email, message)
flash('Thanks for the feedback!')
return redirect(url_for('home'))
return render_template("home.html", form = form, home = home, profile_pic = profile_pic, current_user_profile=current_user_profile)
def sendDoneMail(log):
sbj = "iGrower: Izvještaj"
txt = "(" + str(
datetime.datetime.now())[:-7:] + ") Snimanje Filakov je završeno."
send_mail(config.mail['username'], config.mail['recipients'], sbj, txt,
[log], config.mail['server'], config.mail['port'],
config.mail['username'], config.mail['password'], True)
def notify(table, feild, up):
print table, feild, up
db_subs = c.subscriber
res = db_subs.subscription.find_one({'table': table, 'feild': feild})
print res['emails']
msg = up + " on collection " + table + " on field " + feild
send_mail("*****@*****.**", res['emails'],
'subscribed operation in DB', msg)
def relocateReservedTS():
global relocatedTsList
global session
global reservedTsList
if (datetime.datetime.now().minute % 5) == 0:
#check if the relcating correctly
for relocatedTs in relocatedTsList:
temp = TSList.query.filter_by(tsAddress = relocatedTs[0]).first()
if temp.tasAddress != relocatedTs[1]:
#if ts is not belongs to reserved tas, send mail
wrongTAS = TASList.query.filter_by(tasAddress = temp.tasAddress).first()
if wrongTAS is not None:
temp_ = wrongTAS.tasName.split(' ')
temp_firstName = ""
if temp_firstName is not None:
temp_firstName = temp_[0]
temp_lastName = ""
if temp_lastName is not None:
temp_lastName = temp_[1]
ReceiverName = User.query.filter_by(firstName = temp_firstName).filter_by(lastName = temp_lastName).first()
if ReceiverName is not None:
Context = "The TS : " + relocatedTs[0] + " is reserved for now.\nPlease relocate TS to TAS : " + relocatedTs[1] +"\n\nThank you"
sendMail.send_mail(temp_lastName +"."+ temp_firstName +"@spirent.com", Context)
relocateTSList = reservedTsList.display_list()
print(relocateTSList)
fromTAS = ""
for element in relocateTSList:
print(element[2])
if element[2] == True:
relocatedTsList.append((element[0], element[1])) #ts addr, tas addr
print (relocatedTsList)
#locking(element[0])
else:
print (relocatedTsList)
#unlocking(element[0])
for reservedItem in relocatedTsList:
if reservedItem[0] == element[0]:
relocatedTsList.remove(reservedItem)
break
print (relocatedTsList)
fromTAS = tsList[element[0]]['tas']
p = Process(target=modifyTs, args=(element[0], element[1]))
p.start()
p.join(60)
#tasmodification(element[0], fromTAS, element[1])
# if (datetime.datetime.now().minute % 10) == 0:
# #check if the relcating correctly
# for relocatedTs in relocatedTsList:
# temp = TSList.query.filter_by(tsAddress = relocatedTs[0]).first()
# if temp.tasAddress != relocatedTs[1]:
# #if ts is not belongs to reserved tas, relocate again
# tasmodification(relocatedTs[0], temp.tasAddress, relocatedTs[1])
threading.Timer(60, relocateReservedTS).start()
def _postprocess(self, intent_tuple):
"""
Read in the processed message data, pass it to the model object, and
make a prediction. Return the data dictionary with the prediction
added to it.
Returns:
-------
dict
"""
# Return the response to the first occurrence of the pattern in user
# message
if self.state == 0:
(intent, entities) = intent_tuple
print("Entities- {}".format(entities))
response_list = self.response_dict.get(intent)
if response_list:
response = random.choice(response_list['messages'])
if entities:
response = response.format(*entities)
# FIXME - assuming only 1 entity
# we take the first entity to check for email id
entity = entities[0]
# FIXME
# checking entity by '@' , ideally the connector should have list of
# entities and their types
if '@' in entity:
self.recipient = entity
self.state = 1
else:
response = "Could not figure out a proper response. Please try again."
else:
if self.state == 1:
response = "Subject entered - {}. Can you now provide the body?".format(
self.subject)
self.state = 2
elif self.state == 2:
response = "Following are the details by you - \n Subtect - {} \n Body {} \n . \
Please confirm".format(self.subject, self.body)
self.state = 3
elif self.state == 3:
self.state = 0
send_mail(self.recipient, self.subject, self.body)
response = "your mail has been sent"
else:
self.state = 0
response = "Could not figure out a proper response. Please try again."
# save the message somewhere
return response
def run(self):
status = http_openurl(self.url)
print status
if status==200:
print u"链接[%s]响应正常1，状态为：%s"%(self.url,status)
elif status==302:
print u"链接[%s]响应正常2，状态为：%s"%(self.url,status)
else:
print u"链接[%s]响应异常3，状态为：%s"%(self.url,status)
print "strat send mail"
send_mail(u"链接[%s]响应异常，状态为：%s"%(self.url,status))
print "end send mail"
time.sleep(self.interval)
def run(self):
status = http_openurl(self.url)
print status
if status == 200:
print u"链接[%s]响应正常1，状态为：%s" % (self.url, status)
elif status == 302:
print u"链接[%s]响应正常2，状态为：%s" % (self.url, status)
else:
print u"链接[%s]响应异常3，状态为：%s" % (self.url, status)
print "strat send mail"
send_mail(u"链接[%s]响应异常，状态为：%s" % (self.url, status))
print "end send mail"
time.sleep(self.interval)
def send(name,website=None,to_emails=None,verbose=False):
assert to_emails != None
if website != None:
msg=format_msg(my_name=name,my_website=website)
else:
msg=format_msg(my_name=name)
if verbose:
print(name,website,to_emails)
#send the msg
try:
send_mail(text=msg,to_emails=[to_emails],html=None)
sent=True
except:
sent=False
return sent
def contact_us():
if request.method == "POST":
name = request.form['txtName']
email = request.form['txtEmail']
phone = request.form['txtPhone']
msg = request.form['txtMsg']
send_mail(name, email, phone, msg)
if not session.get('user_id'):
return render_template('contact-us.html')
else:
return render_template(
'contact-us.html',
unique_id=Users.query.filter_by(
id=session.get('user_id')).first().unique_id,
is_admin=Users.query.filter_by(
id=session.get('user_id')).first().is_admin)
def callback(self, request, result):
print 'requestID is', request.requestID, ': fetch information is done ,I will classify these message'
if result:
for user in self.UserDict:
userMessage = ''
found = False
for infomation in result.infoVar:
userMessage += "tags: "
for intere in user.interest:
if infomation.tags.has_key(intere):
found = True
userMessage += intere.decode('utf-8') + ' '
userMessage += "\n"
userMessage += infomation.brief + '\n' + infomation.link + '\n'
userMessage += str(
' collect by 伯虎大通投行 at '
).decode('utf-8')
userMessage += str(
time.strftime('%Y-%m-%d %H:%M:%S',
result.updateTime)).decode('utf-8')
userMessage += '\n'
if found:
if send_mail(
user.mail.decode('utf-8'),
str("伯虎大通投行:" + result.fromweb).decode('utf-8'),
userMessage):
print 'send to ', user.mail, 'done'
else:
print 'send email error'
else:
print 'not found userful infomation'
def train_net(solver_prototxt,
db,
testset_id,
pretrained_model=None,
max_iters=40000,
width=80):
# "Train Object Network"
sw = SolverWrapper(solver_prototxt, db, testset_id, pretrained_model,
width)
print 'Solving...'
sw.train_model(max_iters)
print 'Done solving'
send_mail("*****@*****.**", "*****@*****.**", [],
"Train Finished %d" % width, "Train Finished %d" % width, None)
def check(homeworks, info):
if os.path.isfile(".chomeworks") == False:
f = open(".chomeworks", "w+")
f.close()
sendData = []
for hw in homeworks:
link = hw["url"]
re = open(".chomeworks", "r")
lines = re.readlines()
flag = False
for line in lines:
# print(line.rstrip("\n"))
# print("link = \"" + link + "\", line = \"" + line.rstrip("\n") + "\"")
if line.rstrip("\n") == link:
flag = True
break
if flag == True:
continue
sendData.append(hw)
re.close()
wr = open(".chomeworks", "a+")
wr.write(link + "\n")
wr.close()
if len(sendData) == 0:
print("All homeworks were checked before, exiting")
return
main_message = ""
for i in range(len(sendData)):
main_message += sendData[i][
"className"] + "dersinde odevin var. " + "Odevin adi " + sendData[
i]["homeworkName"] + ". Odevin icin Kalan sure " + sendData[i][
"remTime"] + ". Odevin linki " + sendData[i]["url"] + "."
main_message += "\n"
sendMail.send_mail("Yeni Odevlerin Var", main_message,
info['recever_mail'], info['sender_mail'],
info['sender_pass'])
def check_price(URL):
EMAIL = input("Type your email address and press enter: ")
PASSWORD = input("Type your password and press enter: ")
page = requests.get(URL)
# whole html code
soup = BeautifulSoup(page.content, 'html.parser')
# title class
title = soup.find(class_="_1sjrk").get_text()
# price class
price = soup.find(class_="_wtiln _bdn9q _9a071_2MEB_").get_text()
print('Title: ' + title)
print('Price: ' + price)
# set price to send a mail
if int(price[0:3]) < 300:
sm.send_mail(URL, EMAIL, PASSWORD)
def sendCapture():
code_img = captureCreate.create_validate_code()
fileIO=StringIO.StringIO()
code_img[0].save(fileIO, "png")
fileIO = base64.encodestring(fileIO.getvalue())#base64
if sendMail.send_mail(['*****@*****.**'],"长沙好工作提交验证",u"<html><body><a>验证码为%s</a></body></html>"%(code_img[1])):
print u"发送成功"
return ['200',fileIO,code_img[1]]
else:
print u"发送失败"
return ['503',fileIO,code_img[1]]
# return ['200',fileIO]
start_time = time.time()
runner = unittest.TextTestRunner()
run_case(runner)
end_time = time.time()
sum_time = "%.2f" % (end_time - start_time)
data["test_date"] = str(sum_time) + "毫秒"
data["test_sum"] = go.CASE_TOTAL
data["test_failed"] = go.ERROR_NUM
data["test_version"] = "v2.0.8"
data["test_pl"] = "python 3"
data["test_net"] = "本地连接"
data["test_name"] = gm[0]["title"]
data["test_success"] = go.SUCCESS_SUM
workbook = xlsxwriter.Workbook('report.xlsx')
worksheet = workbook.add_worksheet("测试总况")
worksheet2 = workbook.add_worksheet("测试详情")
# data = {"info": [{"t_id": "1001", "t_name": "登陆", "t_method": "post", "t_url": "http://XXX?login", "t_param": "{user_name:test,pwd:111111}",
# "t_hope": "{code:1,msg:登陆成功}", "t_actual": "{code:0,msg:密码错误}", "t_result": "失败"}, {"t_id": "1002", "t_name": "商品列表", "t_method": "get", "t_url": "http://XXX?getFoodList", "t_param": "{}",
# "t_hope": "{code:1,msg:成功,info:[{name:123,detal:dfadfa,img:product/1.png},{name:456,detal:dfadfa,img:product/1.png}]}", "t_actual": "{code:1,msg:成功,info:[{name:123,detal:dfadfa,img:product/1.png},{name:456,detal:dfadfa,img:product/1.png}]}", "t_result": "成功"}],
# "test_sum": 100,"test_success": 20, "test_failed": 80, "test_name": "智商", "test_version": "v2.0.8", "test_pl": "android", "test_net": "wifi", "test_date": "2018-10-10 12:10"}
bc = be.xlsxwriterBase(wd=workbook, data=data)
bc.init(worksheet)
bc.test_detail(worksheet2)
bc.close()
sd.send_mail("report.xlsx", ["*****@*****.**", "*****@*****.**"])
def send_mail():
sendMail.send_mail()
rTmp1.write(str(connectmysql.idTsindex))
rTmp1.close()
print('открываем для чтение временные файлы')
rTmp1 = open('tmp1.txt', 'r')
rTmp2 = open('tmp2.txt', 'r')
print('Ok')
# print(rTmp.read())
if (rTmp1.read() == rTmp2.read()):
print('Запрос')
rTmp1.close()
rTmp2.close()
elif (rTmp1.read() != rTmp2.read()):
rTmp1.close()
rTmp2.close()
rTmp2 = open('tmp.txt', 'w')
rTmp2.write(str(connectmysql.idTsindex))
rTmp2.close()
print(connectmysql.msgtoemail)
sendMail.send_mail("*****@*****.**", connectmysql.msgtoemail)
#f = open('tmp.txt', 'w')
#f.write(str(connectmysql.idTsindex))
#f.close()
) == -1: # Yazdigimiz kodu cagriyoruz giris yapmasi icin
exit()
homeworks = getHomeworks.sendHomework(info, args)
# print(homeworks)
if '--sendAll' in args:
main_message = ""
main_message2 = []
for i in range(len(homeworks)):
main_message2.append(homeworks[i]["className"] +
" dersinde odevin var. " + "Odevin adi " +
homeworks[i]["homeworkName"] +
". Odevin icin Kalan sure " +
homeworks[i]["remTime"] + ". Odevin linki " +
homeworks[i]["url"] + ".")
main_message += homeworks[i][
"className"] + " dersinde odevin var. " + "Odevin adi " + homeworks[
i]["homeworkName"] + ". Odevin icin Kalan sure " + homeworks[i][
"remTime"] + ". Odevin linki " + homeworks[i]["url"] + "."
main_message += "\n"
htmlOut.out(main_message2, homeworks)
sendMail.send_mail("Odevlerin var!", main_message, info['recever_mail'],
info['sender_mail'], info['sender_pass'])
if '--check' in args:
check.check(homeworks, info)
# if '--timerCheck' in args:
def imp_result_reduce(date):
f = "%s/exec_results_%s"%(logDir,date)
rc = re.compile(r"(### Start time .*)")
f = open(f,'r')
result = f.read()
mlist = re.findall(rc,result)
lastStart = mlist[len(mlist) - 1]
f.seek(0)
rlist=f.readlines()
lineNum=rlist.index(lastStart+'\n')
ulist = rlist[lineNum:]
f.close()
flist=[]
noFileList=[]
dataErrList=[]
el1,el2,el3,el4,el5,el6,el7,el8,el9,el10,el99=[],[],[],[],[],[],[],[],[],[],[]
sNum,fNum=0,0
for ln in ulist:
if 'SUCCESSED' in ln:
sNum += 1
elif 'FAILED' in ln:
fNum += 1
exceptNo = int(p3.findall(ln)[0])
cid = re.findall(p1,ln)[0]
if exceptNo == 1:
el1.append(cid)
elif exceptNo == 2:
el2.append(cid)
elif exceptNo == 3:
el3.append(cid)
elif exceptNo == 4:
el4.append(cid)
elif exceptNo == 5:
el5.append(cid)
elif exceptNo == 6:
el6.append(cid)
elif exceptNo == 7:
el7.append(cid)
elif exceptNo == 8:
el8.append(cid)
elif exceptNo == 9:
el9.append(cid)
elif exceptNo == 10:
el10.append(cid)
elif exceptNo == 99:
el99.append(cid)
elif 'no_sql_file' in ln:
cid = re.findall(p2,ln)
noFileList.append(cid[0])
elif 'local_data_not_equal_with_DX' in ln:
cid = re.findall(p1,ln)
dataErrList.append(cid[0])
#generate the mail content
info = "总共导入: %d\n"%(sNum+fNum+len(noFileList)+len(dataErrList))
info += "成功: %d\n失败: %d\n没有SQL文件: %d\n和鼎新数据不一致的: %d\n\n"%(sNum,fNum,len(noFileList),len(dataErrList))
if dataErrList:
info += "###### load data not equal with DX cids: ######\n"
for cid in dataErrList:
info += "%s 数据不一致,请检查确认，如果没问题请清除锁文件，以便进行下一次导入\n"%(cid)
if noFileList:
info += "###### No SQL file's cids: ######\n"
for list in noFileList:
info += "%s\n"%(list)
info += "###### Import failed cid(s) and reason(s): ######\n"
if el1:
for cid in el1:
info += "%s %s\n"%(cid,exceptDict[1])
if el2:
for cid in el2:
info += "%s %s\n"%(cid,exceptDict[2])
if el3:
for cid in el3:
info += "%s %s\n"%(cid,exceptDict[3])
if el4:
for cid in el4:
info += "%s %s\n"%(cid,exceptDict[4])
if el5:
for cid in el5:
info += "%s %s\n"%(cid,exceptDict[5])
if el6:
for cid in el6:
info += "%s %s\n"%(cid,exceptDict[6])
if el7:
for cid in el7:
info += "%s %s\n"%(cid,exceptDict[7])
if el8:
for cid in el8:
info += "%s %s\n"%(cid,exceptDict[8])
if el9:
for cid in el9:
info += "%s %s\n"%(cid,exceptDict[9])
if el10:
for cid in el10:
info += "%s %s\n"%(cid,exceptDict[10])
if el99:
for cid in el99:
info += "%s %s\n"%(cid,exceptDict[99])
info += "\n谢谢,\n孙宁\n"
if send_mail("影院导入情况汇总_"+str(today),info):
print "Send Successed !"
else:
print "Send Failed !"
currentminute = time.strftime('%M', time.localtime(time.time()))
if int(currentminute) % 20 == 0:
#短信延时报警diff(send_time,create_date)
timestampDiffList = getTimestampDiff()
content = ''
t_channelResult = ''
for line in timestampDiffList:
print str(line)
if (line.diff >= 3 and line.count >= 5):
timestampList.append(str(line))
t_channelResult = t_channelResult + str(line)
if len(timestampList) > 0:
content = render(["模板号", "延时", "数量"], timestampList)
sendMail.send_mail(to_email, '短信延时' + before + '--' + after,
content)
if len(t_channelResult) > 60:
t_channelResult = t_channelResult[len(t_channelResult) -
60:len(t_channelResult) - 1]
#通道异常报警（当前两小时内无数据入库）
monitorDateStart = time.strftime(
'%Y-%m-%d %H', time.localtime(time.time() - 60 * 60 * 2))
results = getMonitorData(monitorDateStart,
after) #查询开始时间（当前时间提前两小时）到结束时间（当前时间）数据
if len(results) <= 0:
sendSms(to_mobile, '短信无数据入库', '')
sendSms(to_mobile1, '短信无数据入库', '')
exit
channelResult = ''
for line in sorted(results.keys()):
def runRightEdge(system, name, watchlist, mode, daterun, get_prices, closeup):
config = configparser.ConfigParser()
config.read('C:\etc\properties.ini')
password = config['yahoo']['yahoo.pass']
server = config['yahoo']['yahoo.server']
port = config['yahoo']['yahoo.port']
username = config['yahoo']['yahoo.username']
models = ('/W:' + watchlist + daterun, )
timestr = time.strftime("%d%m%y")
#Main Model Loop Through
for model in models:
cc_list = ('*****@*****.**')
systemrep = "/P:C:\\dec\\RightEdge\\Systems\\" + system + "\\" + name + ".rep"
systemroot = "C:\\dec\\RightEdge\\Systems\\" + system + "\\"
systemoutput = "C:\\dec\\RightEdge\\Systems\\" + system + "\\output.html"
systemoutputtxt = "C:\\dec\\RightEdge\\Systems\\" + system + "\\output.txt"
params = [
r"C:\Program Files (x86)\Yye Software\RightEdge 2010\RightEdge.exe",
model, systemrep, mode, get_prices, closeup
]
p = Popen(params)
#stdout, stderr = p.communicate()
print(p.pid)
# After 6.5 hours shut down
try:
p.wait(timeout=3600 * 10)
except TimeoutExpired:
print('Kill')
kill(p.pid)
# Loop through each ticker
with open(systemoutputtxt, 'r') as f:
ticker_list = f.read().splitlines()
#print (ticker_list)
# Append Images to list
image_list = []
for i in ticker_list:
image_list.append(systemroot + "images\\" + i + ".png")
#print (image_list)
with open(systemoutput, 'r') as f:
data = str(f.read())
sendMail.send_mail('*****@*****.**', cc_list,
'RE ' + system + ' Breakout Results', data,
image_list, server, port, username, password)
copyfile(
systemoutput, 'C:\\dev\godaddy\\mech\\output\RightEdge\\Live\\' +
model.replace('/W:', '').replace('/', '') + '_' + timestr + '.htm')
session = ftplib.FTP('ftp.jasonrathgeber.com',
'*****@*****.**', 'RcGFhn$qko2.')
file = open(systemoutput, 'rb')
session.storbinary('STOR /mech/output/RightEdge/Live/' +
model.replace('/W:', '').replace('/', '') + '_' +
timestr + '.htm', file) # send the file
file.close() # close file and FTP
FR.fileReading(
"C:\dev\godaddy\\mech\output\RightEdge\\Live\\*.htm",
'C:\dev\godaddy\\mech\output\RightEdge\Live\RightEdgeResults.htm',
'RightEdge - Live Trading')
fileSummary = open(
'C:\dev\godaddy\\mech\output\RightEdge\Live\RightEdgeResults.htm',
'rb')
session.storbinary('STOR /mech/output/RightEdge/Live/RightEdgeResults.htm',
fileSummary) # send the file
fileSummary.close()
session.quit()
# 统计当月的发送量
for index, bizCodeMonthCountPrice in enumerate(bizCodeMonthCountList):
monthLimit = "70000"
if monthBizCodeMaxBillCountDict.has_key(
bizCodeMonthCountPrice.bizCode):
monthLimit = str(
monthBizCodeMaxBillCountDict[bizCodeMonthCountPrice.bizCode])
monthHasSend = str(getRedisClusterString(
bizCodeMonthCountPrice.strKey))
monthSendRate = round(float(monthHasSend) / float(monthLimit) * 100, 2)
if monthSendRate >= 80 and monthSendRate <= 95:
# 邮箱，标题，内容
for i, bizCodeMail in enumerate(bizCodeMailList):
if bizCodeMonthCountPrice.bizCode == bizCodeMail.bizCode:
print 'monthCountendMail:' + sendMail.send_mail(
bizCodeMail.mail, '邮件发送总量提醒',
'业务:' + bizCodeMonthCountPrice.bizCode +
'截止目前已发送总量为:' + str(monthSendRate) + '%')
elif monthSendRate > 95:
for i, bizCodeMail in enumerate(bizCodeMailList):
if bizCodeMonthCountPrice.bizCode == bizCodeMail.bizCode:
print 'monthCountendSMS:' + sendSms(
bizCodeMail.mobile,
'业务:' + bizCodeMonthCountPrice.bizCode +
'截止目前已发送总量为:' + str(monthSendRate) + '%', '')
# 统计当天的发送量
for index, bizCodeDayCountPrice in enumerate(bizCodeDayCountList):
dayLimit = "10000"
if dayBizCodeMaxBillCountDict.has_key(bizCodeDayCountPrice.bizCode):
dayLimit = str(
dayBizCodeMaxBillCountDict[bizCodeDayCountPrice.bizCode])
dayHasSend = str(getRedisClusterString(bizCodeDayCountPrice.strKey))
with open("C:\dec\RightEdge\Systems\\" + model + "\output.txt", 'r') as f:
ticker_list = f.read().splitlines()
#print (ticker_list)
# Append Images to list
image_list = []
for i in ticker_list:
image_list.append("C:\dec\RightEdge\Systems\\" + model +
"\images\\" + i + ".png")
#print (image_list)
with open("C:\dec\RightEdge\Systems\\" + model + "\output.html", 'r') as f:
data = str(f.read())
sendMail.send_mail(
'*****@*****.**', cc_list,
'RE ' + model.replace('/W:', '') + ' Breakout Results', data,
image_list, server, port, username, password)
copyfile(
"C:\dec\RightEdge\Systems\\" + model + "\output.html",
'C:\dev\godaddy\\mech\output\RightEdge\\Close\\' +
model.replace('/W:', '') + '_' + timestr + '.htm')
session = ftplib.FTP(gdurl, gduser, gdpass)
file = open("C:\dec\RightEdge\Systems\\" + model + "\output.html", 'rb')
session.storbinary('STOR /mech/output/RightEdge/Close/' +
model.replace('/W:', '') + '_' + timestr + '.htm',
file) # send the file
file.close()
FR.fileReading(
def message_handle(signal: int, content: list, id_dict: dict):
# 客户端请求登录
if signal == 1:
try:
db = userTable.select(None, content[0])
except:
return return_json('UserNotExists')
if db is None:
return return_json('UserNotExists')
elif len(db) == 0:
return return_json('UserNotExists')
else:
if db[2] == content[1]:
# 创建用户识别码
seed = "1234567890abcdefghijkmnpqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"
sa = []
for i in range(32):
sa.append(random.choice(seed))
salt = ''.join(sa)
user_db = [salt, detailTable.select(str(db[0]))]
# result = ['LoginSuccess', user_db]
# 此处将登陆成功信息及数据库内容放入list中再返回
return return_json('LoginSuccess', user_db)
elif not db[2] == content[1]:
return return_json('PasswordIncorrect')
return return_json('UnknowError')
# 客户端请求增加用户
elif signal == 2:
result = userTable.insert(content[0], content[1])
if result == 'UserExists':
return return_json(result)
else:
if result:
return return_json('InsertSuccess')
elif not result:
return return_json('InsertFail')
# 客户端请求删除用户
elif signal == 3:
if content[0] is "":
result = userTable.delete(
userid=id_dict[content[1]]) and detailTable.delete(
str(id_dict[content[1]]))
else:
result = userTable.delete(content[0]) and detailTable.delete(
str(id_dict[content[1]]))
if result:
return return_json('DeleteSuccess')
elif not result:
return return_json('DeleteFail')
# 客户端请求修改密码
elif signal == 4:
original_password = userTable.select(str(id_dict[content[0]]), None)
if original_password[2] == content[1]:
result = userTable.update(str(id_dict[content[0]]), None,
content[2])
if result == 'NothingToChange':
return return_json(result)
else:
if result:
return return_json('UpdateSuccess')
elif not result:
return return_json('UpdateFail')
else:
return return_json('OriginalPasswordIncorrect')
# 客户端请求增加项目
elif signal == 5:
result = detailTable.insert(str(id_dict[content[0]]), content[1],
content[2], content[3])
if result:
return return_json('InsertRecordSuccess')
elif not result:
return return_json('InsertRecordFail')
# 客户端请求删除项目
elif signal == 6:
result = detailTable.delete(str(id_dict[content[0]]), content[1],
content[2])
if result == 'NothingToDelete':
return return_json(result)
else:
if result:
return return_json('DeleteRecordSuccess')
elif not result:
return return_json('DeleteRecordFail')
# 客户端请求修改项目
elif signal == 7:
result = detailTable.update(str(id_dict[content[0][0]]), content[0][1],
content[0][2], content[0][3],
content[1][0], content[1][1],
content[1][2])
if result == 'RecordNothingToChange':
return return_json(result)
else:
if result:
return return_json('UpdateRecordSuccess')
elif not result:
return return_json('UpdateRecordFail')
# 客户端请求查询当前用户所有存储信息
elif signal == 8:
result = detailTable.select(str(id_dict[content[0]]))
if result == 'UserHaveNoData':
return return_json(result)
else:
return return_json('QuerySuccess', [content[0], result])
# 客户端请求查询用户是否存在
elif signal == 9:
result = userTable.select(user=content[0])
if result is None:
result = sendMail.send_mail(content[0])
return return_json('SendMailSuccess', [result])
else:
return return_json('UserExists')
elif signal == 10:
result = userTable.select(user=content[0])
if result is None:
return 'UserNotExists'
else:
return result[0]
#cc_list = ('*****@*****.**','*****@*****.**')
cc_list = ('*****@*****.**')
model = 'MaxAlphaLive'
timestr = time.strftime("%d%m%y")
session = ftplib.FTP(gdurl, gduser, gdpass)
# Backtest Js and download prices
os.chdir('c:\\dep\\Mechanizd\\rightedge\\')
#send live MaxAlpha Output
with open('C:\dec\RightEdge\Systems\MaxAlphaLive\output.html', 'r') as f:
data = str(f.read())
sendMail.send_mail('*****@*****.**', cc_list, 'Max Alpha One Live',
data,
['C:\dec\RightEdge\Systems\MaxAlphaLive\output.txt'],
server, port, username, password)
copyfile(
"C:\dec\RightEdge\Systems\\" + model + "\output.html",
'C:\dev\godaddy\\mech\output\RightEdge\\Live\\' + model + '_' +
timestr + '.htm')
file = open('C:\dec\RightEdge\Systems\MaxAlphaLive\output.html', 'rb')
session.storbinary('STOR /mech/output/RightEdge/Live/' + model + '_' +
timestr + '.htm', file) # send the file
file.close()
f.close()
FR.fileReading(
def mycallback_push():
# 发送邮件
send_mail('招标爬虫', 'push错误')
print('招标爬虫', 'check_run错误')
from sendMail import send_mail
import config
import datetime
sbj = "iGrower: Ponovno pokrenuto računalo"
txt = "(" + str(
datetime.datetime.now())[:-7:] + ") RPi-Filakov je ponovno pokrenut."
send_mail(config.mail['username'], config.mail['recipients'], sbj, txt, [],
config.mail['server'], config.mail['port'], config.mail['username'],
config.mail['password'], True)
def test():
history_bar_data = pd.DataFrame({
' NTAsset': [
'BAMS-1001068584', 'BAMS-1001068511', 'BAMS-1001068512',
'BAMS-1001068513'
],
' GDNTAsset': ['CO12034450', 'CO12034451', 'CO12034452', 'CO12034453'],
' SN':
['NNTM000078J0', 'NNTM000078J1', 'NNTM000078J2', 'NNTM000078J3'],
' PEC': ['RNC', 'PP15K', 'ATCA', 'SUN T4'],
'FrameRackPosition': [
'/CNGN18/Lab/CP00/33', '/CNGN18/Lab/CN01/33',
'/CNGN18/Lab/CN02/33', '/CNGN18/Lab/CN04/33'
],
' SiteLocation': ['IU', 'IU', 'IU', 'IU']
})
history_bar_data = history_bar_data.set_index(' NTAsset')
#print('Raw DB data:')
#raw_db_file_name="C:/BarScannerExcels/hist/CGC_asset.xls"
#history_bar_data.to_excel(raw_db_file_name)
eqm_data = get_eqm_data()
print(eqm_data)
print(eqm_data.columns.values.tolist())
#print(history_bar_data)
#ROOT_DIR="C:/BarScannerExcels/"
ROOT_DIR = "D:/baiduyun/百度云同步盘/amazon新品/广告数据下载/自动广告数据下载/"
bar_data_df = consolidate_scan_data(ROOT_DIR + 'data/')
print('Scanning data:')
print(bar_data_df)
update_data, updated_history_bar_data = compare_scan_data(
bar_data_df, history_bar_data)
print('Compare new scan data with DB raw data')
update_data_file_name = 'C:/BarScannerExcels/temp/updated_scan_data.xls'
final_db_data_file_name = 'C:/BarScannerExcels/temp/db_data.xls'
#asset_prime = '*****@*****.**'
#asset_prime = '*****@*****.**'
asset_prime = '*****@*****.**'
#copy_addr='*****@*****.**'
#copy_addr = ['*****@*****.**','*****@*****.**']
copy_addr = '*****@*****.**'
bcopy_addr = '*****@*****.**'
if update_data.empty:
print("no data need to update")
pass
else:
update_data.to_excel(update_data_file_name)
print('Scan data write as: %s' % update_data_file_name)
updated_history_bar_data.to_excel(final_db_data_file_name)
print('Final DB data write as: %s' % final_db_data_file_name)
"""
sm.send_mail(from_addr='*****@*****.**', to_addr='*****@*****.**',cc_addr='*****@*****.**',
subjest_content='E-location update', mail_content='Please see the asset update in the attachment',
attachment=update_data_file_name)
"""
sm.send_mail(
from_addr='*****@*****.**',
to_addr=asset_prime,
subjest_content='E-location update',
mail_content='Please see the asset update in the attachment',
cc_addr=copy_addr,
bcc_addr=bcopy_addr,
attachment=update_data_file_name)
#updated_history_bar_data.to_excel()
print('Send the new scan data to asset prime completed.')
gdpass = config['godaddy']['godaddy.pass']
url = config['yahoo']['yahoo.url']
user = config['yahoo']['yahoo.user']
password = config['yahoo']['yahoo.pass']
server = config['yahoo']['yahoo.server']
port = config['yahoo']['yahoo.port']
username = config['yahoo']['yahoo.username']
exec(open("C:\\dep\\Mechanizd\\coin\\market.py").read())
timestr = time.strftime("%Y%m%d_%H%M%S")
session = ftplib.FTP(gdurl, gduser, gdpass)
theFile = 'C:\\dep\\Mechanizd\\coin\\btcmktcap.htm'
copyfile(theFile, 'C:\dev\godaddy\\mech\output\Bitcoin\\btcmktcap.htm')
file = open(theFile, 'rb')
session.storbinary('STOR /mech/output/Bitcoin/btcmktcap.htm', file)
file.close()
with open(theFile, 'r') as f:
data = str(f.read())
sendMail.send_mail('*****@*****.**', '*****@*****.**',
'BTC Mkt Cap', data, [], server, port, username,
password)
session.quit()
def main(self):
logging.info('--%s-- Start Python Monitor Service ...' %time.strftime('%Y-%m-%d %H:%M:%S'))
logging.info('--%s-- Start Load Job Setting ...' %time.strftime('%Y-%m-%d %H:%M:%S'))
excute_flag = False
try :
job = baseSetting.property_setting()
job_list = job.job_setting()
clock = job_list[0]['clock']
interval = int(job_list[0]['interval'])
excute_flag = True
except Exception as e :
logging.info('--%s-- Load Job Setting Error ... %s' %(time.strftime('%Y-%m-%d %H:%M:%S'),str(e)))
logging.info('--%s-- Finish Load Job Setting ...' %time.strftime('%Y-%m-%d %H:%M:%S'))
if excute_flag :
while 1:
logging.info('--%s-- Excute Python Monitor Service ...' %time.strftime('%Y-%m-%d %H:%M:%S'))
if self.stop_requested:
logging.info('--%s-- A Stop Signal Was Received: Breaking Main Loop ...' %time.strftime('%Y-%m-%d %H:%M:%S'))
break
else :
try :
if time.strftime('%H') == clock :
logging.info('--%s-- Start Load base Setting ...' %time.strftime('%Y-%m-%d %H:%M:%S'))
base = baseSetting.property_setting()
senderList = base.sender_setting()
mail_user = senderList[0]['mailuser']
mail_pass = senderList[0]['mailpwd']
mail_postfix = senderList[0]['mailpostfix']
mail_host = senderList[0]['mailhost']
mail_success_subject = senderList[0]['successsubject']
mail_success_context = senderList[0]['successcontext']
mail_fail_subject = senderList[0]['failsubject']
mail_fail_context = senderList[0]['failcontext']
mailto_list = base.reciever_setting()
backupList = base.backup_setting()
file_path = backupList[0]['filepath']
file_name = backupList[0]['filename']
file_fullname = os.path.join(file_path,file_name) %time.strftime('%Y%m%d')
databaseList = base.database_setting()
db_host = databaseList[0]['ip']
db_user = databaseList[0]['user']
db_pwd = databaseList[0]['password']
db_db = databaseList[0]['db']
db_port = databaseList[0]['port']
logging.info('--%s-- Finish Load base Setting ...' %time.strftime('%Y-%m-%d %H:%M:%S'))
if os.path.exists(file_fullname):
logging.info('--%s-- Backup Success' %time.strftime('%Y-%m-%d %H:%M:%S'))
mail_sub = mail_success_subject +'----' + time.strftime('%Y-%m-%d %H:%M:%S')
mail_context = mail_success_context
backup_flag = 1
else:
logging.info('--%s-- Backup Faild' %time.strftime('%Y-%m-%d %H:%M:%S'))
mail_sub =mail_fail_subject +'----' + time.strftime('%Y-%m-%d %H:%M:%S')
mail_context = mail_fail_context
backup_flag = 0
logging.info('--%s-- Start Send E-Mail' %time.strftime('%Y-%m-%d %H:%M:%S'))
s = sendMail.send_mail(mail_host,mail_user,mail_pass,mail_postfix)
send_flag = s.send(mailto_list,mail_sub,mail_context)
logging.info('--%s-- Finish Send E-Mail' %time.strftime('%Y-%m-%d %H:%M:%S'))
conn = serverInfo.get_server_information()
ipList = conn.ip_desc()
driveList = conn.drive_desc()
dataList = []
for drive in driveList:
dataSubList = []
dataSubList.append([ipList[0]['IP']])
dataSubList.append(drive['DriveDesc'])
dataSubList.append(drive['DriveSize'])
dataSubList.append(drive['DriveFreeSpace'])
dataSubList.append(backup_flag)
dataSubList.append(send_flag)
dataList.append(tuple(dataSubList))
logging.info('--%s-- Start Insert Database' %time.strftime('%Y-%m-%d %H:%M:%S'))
ms = dbHelper.MSSQL(db_host,db_user,db_pwd,db_db)
ms.InsertMany('INSERT INTO MS_Record ([IPV4],[Drive],[DriveSize],[DriveFree]\
,[Backups],[SendMail]) VALUES (%s,%s,%s,%s,%s,%s)',dataList)
logging.info('--%s-- Finish Insert Database' %time.strftime('%Y-%m-%d %H:%M:%S'))
else :
pass
except Exception as e :
logging.info('--%s-- Python Monitor Service Error : %s' %(time.strftime('%Y-%m-%d %H:%M:%S'),str(e)))
time.sleep(interval)
else :
pass
return