def main():
MAIL = 'M'
NO_MAIL = 'N'
# create Mail object, login get
# number of unread emails, then logout
g = Mail()
g.login()
numUnread = g.getNumUnread()
g.logout()
# create SConnection object and connect
# to serial port
s = SConnection()
s.connectToSerial('COM3')
# write message to serial depending on if
# there are unread emails or not
if numUnread > 0:
s.writeToSerial(MAIL)
else:
s.writeToSerial(NO_MAIL)
# close serial connection
s.closeSerial()
def notify(self, svn_info, mail_address, cur_revision):
print "notify revision is " + str(cur_revision)
mail = Mail(config.email_smtp, "svn monitor", "to " + mail_address, "new revision: " + str(cur_revision), svn_info.path + " updated current revision is: " + str(cur_revision))
if config.email_use_ssl:
mail.starttls()
mail.login(config.email_user, config.email_pwd)
mail.send(config.email_user, mail_address)
return
def test_send(self):
try:
mail = Mail("smtp.qq.com", "test from", "test to", "test subject",
"test msg")
mail.starttls()
mail.login(config.email_user, config.email_pwd)
mail.send(config.email_user, "*****@*****.**")
except Exception as e:
print e
exit(0)
print "send mail complete"
class Detach:
MESSAGE_PARTS = '(RFC822.SIZE BODY[HEADER.FIELDS (FROM DATE SUBJECT)] BODY)'
def fetch(self, mesg_nums):
typ, data = self.mail.send_cmd('FETCH', mesg_nums, self.MESSAGE_PARTS)
result = [ self.parse(data[i:i+2]) for i in range(0, len(data), 2) ]
self.mail.verbose(pprint.pformat(result))
return result
def connect(self, args):
if not args.host:
try:
from imap_config import HOSTNAME
args.host = HOSTNAME
except ImportError:
args.host = None
self.mail = Mail(args)
def login(self, username):
password = None
if not username:
try:
from imap_config import USERNAME, PASSWORD
username, password = (USERNAME, PASSWORD)
except ImportError:
pass
self.mail.login(username, password)
def logout(self):
self.mail.logout()
def parse(self, data):
mesg = parse_fetch.parse_fields(data[0][1])
mesg['num'] = parse_fetch.parse_message_id(data[0][0])
mesg['size'] = parse_fetch.parse_rfc822_size(data[0][0])
mesg['num_attachments'] = len(parse_fetch.get_attachment_names(data[1]))
return mesg
def search(self, search_criterion):
typ, data = self.mail.send_cmd('SEARCH', None, search_criterion)
mesg_nums = data[0].replace(' ', ',')
mesg = 'SEARCH returned {0} message(s).\n'
mesg_count = (arg_nums.count(',') + 1) if mesg_nums else 0
self.mail.verbose(mesg.format(mesg_count))
return arg.nums
def select(self, mailbox='INBOX'):
typ, data = self.mail.send_cmd('SELECT', mailbox)
mesg = 'Found {0} message(s) in {1!r}.\n'
self.mail.verbose(mesg.format(data[0], mailbox))
shutil.rmtree('.\\result\\')
sch()
user = your_pw.user
passwd = your_pw.password
regex = re.compile(
"""(https?:\/\/).?(bitly.kr)\/([a-zA-Z0-9]{4})|(https?:\/\/).?(bit.ly)\/([a-zA-Z0-9]{7})|(https?:\/\/).?(goo.gl)\/([a-zA-Z0-9]{6})|(https?:\/\/).?(me2.do)\/([a-zA-Z0-9]{8})|(https?:\/\/).?(grep.kr)\/([a-zA-Z0-9]{4})|(https?:\/\/).?(hoy.kr)\/([a-zA-Z0-9]{4})"""
)
host = user.split('@')[1].split('.')[0]
#print host
mymail = Mail(host, 'imap')
mymail.connect()
mymail.login(user, passwd)
mymail.inbox()
mails = mymail.search(sender='*****@*****.**')
#mymail.logout()
#print mails
shorturl_list = []
datat = []
data = []
for mm in mails:
mm.fetch()
#print mm.body
#print mm.headers["Date"]
date = mm.headers["Date"]
date2 = date.split(' ')
choice = int(input('Enter your choice: '))
if choice == 1:
# Create Dataset
reply = input(
'Do you want get emails from your email account? (y/n): '
)[0].lower()
if reply == 'n':
dataset_name = input(
'Enter the name of existing dataset folder: ')
ex.main(dataset_name)
elif reply == 'y':
usr = input('Email: ')
pwd = getpass('Password: '******'Enter a name for your dataset: ')
if platform.system() == 'Windows':
dataset_path = current_path + dataset_name + "\\"
elif platform.system() == 'Linux':
dataset_path = current_path + dataset_name + "/"
if not os.path.exists(dataset_path):
os.mkdir(dataset_path)
print('Your Folders:')
pprint(e.list())
folder_names = []
print(
'Enter folder names you want in your dataset: (New line when done)'
)
send_by_str = cfg['Spreadsheet']['Send_by_str']
period_before_send = cfg['Main']['Period_before_send'].split(',')
period_before_archive = cfg['Main']['Period_before_arch'].split(',')
# Создаем экземляры классов
temp_logfile = File(Path, path_To_Temperature_Log, logger)
sensor = Sensor(logger, cfg.get('DHT'))
mail = Mail(temp_logfile, logger, cfg.get('email'))
spr_sheet = Spreadsheet(logger, Path, path_To_Temperature_Log,
cfg.get('Spreadsheet'))
# Если есть инет, пробуем законнектится
if is_Connected(site_For_Check) == True:
# Инициализруем почту, если включена отправка почты
if mail_Status is True:
mail.login()
is_Connected_To_Mail = True
# Инициализруем гугл докс, если они включены в конфиге
if spreadsheet_Status is True:
# Логинимся и открываем таблицу
spr_sheet.login()
spr_sheet.open()
# Если нужно, отчищаем гугл таблицу при старте
if clear_spreadsheet_on_start is True:
spr_sheet.clear()
# Создаем описание колонок
spr_sheet.create_Cols_Description()
while choice != 5:
print('\nMenu:')
print('1 -> Create Dataset.\n2 -> Classify using kNN.\n3 -> Classify using MNB.\n4 -> Exit.')
choice = int(input('Enter your choice: '))
if choice == 1:
# Create Dataset
reply = input('Do you want get emails from your email account? (y/n): ')[0].lower()
if reply == 'n':
dataset_name = input('Enter the name of existing dataset folder: ')
ex.main(dataset_name)
elif reply == 'y':
usr = input('Email: ')
pwd = getpass('Password: '******'Enter a name for your dataset: ')
if platform.system() == 'Windows':
dataset_path = current_path + dataset_name + "\\"
elif platform.system() == 'Linux':
dataset_path = current_path + dataset_name + "/"
if not os.path.exists(dataset_path):
os.mkdir(dataset_path)
print('Your Folders:')
pprint(e.list())
folder_names = []
print('Enter folder names you want in your dataset: (New line when done)')
while True:
name = input()
