def getData():
account = gmaillib.account(config.gmail['u'], config.gmail['p'])
msgs = account.inbox(start=0,amount=10)
transactions = []
# print msgs
for msg in msgs:
try:
if "*****@*****.**" not in msg.sender_addr: continue
except:
continue
debOrCred = None
if "recent withdrawal" in msg.subject and "Transaction type: DEBIT POSTED" in msg.body: debOrCred = "debit"
elif "direct deposit" in msg.subject and "Transaction type: ACH CREDIT" in msg.body: debOrCred = "credit"
else: continue
amounts = getAmounts(msg.body)
date = parse(msg.date).replace(tzinfo=None)
today = datetime.datetime.now()
yesterday = (today-date).days == 0
if len(amounts) < 1: continue
if not yesterday: continue
for amount in amounts:
transactions.append( {"type": debOrCred, "amount": amount, "time": date} )
output, outputDetail = "", ""
if len(transactions) > 0:
totDebits = 0.0
totCredits = 0.0
outputDetail += "Transaction details from yesterday (%s):" % (transactions[0]["time"].strftime("%m/%d/%y"))
outputDetail += "<ul>"
for trans in transactions:
if trans["type"] == "debit": totDebits += trans["amount"]
elif trans["type"] == "credit": totCredits += trans["amount"]
outputDetail += "<li><b>%s</b> [%s]: %.2f</li>" % (trans["type"][:3].upper(), trans["time"].strftime("%I:%M%p"), trans["amount"])
outputDetail += "</ul>"
output += "Yesterday, you "
if totDebits > 0 and totCredits > 0:
output += "spent <font color='red'>$%.2f</font> and gained <font color='green'>$%.2f</font>." % (totDebits, totCredits)
elif totDebits > 0:
output += "<font color='red'>spent $%.2f.</font>" % totDebits
elif totCredits > 0:
output += "<font color='green'>gained $%.2f.</font>" % totCredits
if totDebits > 50:
output += "<br><b><font color='red'>Damn! You spent more than $50 yesterday!</font></b>"
return output, outputDetail
def on_ok(self):
# try to create an instance of the mail class
# based on the users login credentials.
try:
# pass account credentials, a link to the parent app
# and a queue object attached to the parent application
# for interprocess communication.
self.parentApp.mail = account(self.username.value,
self.password.value, parent=self.parentApp,
queue=self.parentApp.queue)
except Exception as e:
npyscreen.notify_confirm(e, title="Error",
form_color='STANDOUT', wrap=True, editw=1)
return
# notify the user that the login worked
npyscreen.notify_confirm("Login successful", title="Success",
form_color='STANDOUT', wrap=True, editw=1)
# get inbox messages
self.parentApp.mail.inbox_messages = self.parentApp.mail.inbox()
self.parentApp.mail.inbox_messages.reverse()
# assemble header information for all messages in the
# inbox_messages list
self.parentApp.mail.email_hdr_lst = []
for message in self.parentApp.mail.inbox_messages:
#import pdb
#pdb.set_trace()
fmt_msg_hdr = "{0:<{width}.{width}} {1:<17.17} {2:<}".format(
message.sender_addr.split(' <>')[0],
message.date, message.subject, width=20)
self.parentApp.mail.email_hdr_lst.append(fmt_msg_hdr)
# take them back to the main men
self.parentApp.switchForm('MAIN')
subject = email.subject
if not subject:
continue
if "Sorry, we had to cancel." in subject:
content = str(email.parsed_email)
order_number = content.split(
'</a>. There was a technical issue that prevented us from fulfilling your order.'
)[0][-13:]
canceled_orders.append(order_number)
return canceled_orders
if __name__ == '__main__':
error_orders = []
g_account = None
g_account = account(username, password)
emails = g_account.inbox(start=0, amount=1000, date='11/15/2017')
shipped_item_counter, shipped_order_counter = get_trackings(emails)
canceled_orders = get_canceled_orders(emails)
item_counter, order_counter = get_order_confirmations(
emails, canceled_orders)
for item in items:
print item
print 'qty: ', item_counter[item]['qty']
print 'shipped qty: ', shipped_item_counter[item]['qty']
print shipped_item_counter[item]['trackings']
for order_number in shipped_order_counter:
if order_number not in order_counter:
error_orders.append(order_number)
import gmaillib
f=open('subjects.txt', 'w')
account=gmaillib.account('username', 'password')
emails = account.inbox(start=0, amount=5000)
for email in emails:
if email.subject is not None:
f.write(email.subject + '\n')
f.close()
def receiveSources(uname='', mtype='unread', mailbox='Inbox'):
userlist = [[], ]
ms.listuser(uname, userlist)
for user in userlist[0]:
user_account = account(user['uname'], des.decode(user['dpasswd']))
if mtype == 'unread':
mailidlist = user_account.unread(mailbox=mailbox, onlyidlist=True)
elif mtype == 'all':
mailidlist = user_account.get_all_messages(mailbox=mailbox,
onlyidlist=True)
else:
mailidlist = []
ms.maildb.fetchlog.save({'event': 'fetchstart',
'uname': user['uname'],
'maillist': mailidlist,
'datetime': datetime.now()})
mailbox = mailbox.split('/')[-1].replace('&', '+').decode('utf-7')
for mailid in mailidlist:
try:
filename = "%s.eml" %(mailid)
filepath = os.path.join(mailboxdir,
user['alias'],
mailbox)
if not os.path.exists(filepath):
os.makedirs(filepath)
filename = os.path.join(filepath, filename)
if os.path.exists(filename):
continue
source = user_account.recieve(mailid)
log.debug("get source: %s {%s}", mailid, len(source))
filename = os.path.join(filepath, filename)
file = open(filename, 'w')
file.write(source)
file.close()
if mailbox == 'Inbox':
save2edo(user['alias'], file.name)
where = {'uname': user['uname'],
'mailbox': mailbox,
'sourcename': filename}
if not ms.mails.find(where).count():
ms.mails.save({'sourcename': filename,
'uname': user['uname'],
'mailbox': mailbox,
'source': Binary(source, 128)})
ms.maildb.fetchlog.save({'event': 'fetchsuccess',
'uname': user['uname'],
'mailbox': mailbox,
'mailid': mailid,
'datetime': datetime.now()})
except:
errinfo = "".join(traceback.format_exception(*sys.exc_info()))
log.error('get_source [%s] error: %s', mailid, errinfo.decode('utf-8'))
ms.maildb.fetchlog.save({'event': 'fetcherror',
'uname': user['uname'],
'mailbox': mailbox,
'mailid': mailid,
'error': errinfo,
'datetime': datetime.now()})
continue
return len(mailidlist)
def readSerial():
# Wait for Arduino to report it is ready before starting as windows will reset the arduino
line = ""
while True:
for c in com.read():
line += c
if c == '\n':
return
def setLEDOn(state):
if state:
com.write("on;")
else:
com.write("off;")
# Open serial coms
com = serial.Serial(2, 9600)
# Wait for arduino to be ready
readSerial()
gmail = gmaillib.account("andycampbell92", "S1E$#YvNTI2z")
while True:
unread = gmail.unread()
if len(unread) > 0:
setLEDOn(True)
print "unread"
else:
print "read"
setLEDOn(False)
time.sleep(5)
import gmaillib
f = open('subjects.txt', 'w')
account = gmaillib.account('username', 'password')
emails = account.inbox(start=0, amount=5000)
for email in emails:
if email.subject is not None:
f.write(email.subject + '\n')
f.close()