def get_mail(gid, pw, sender):
# Gmail 모듈 활성화
g = Gmail()
g.login(gid, pw)
# Gmail 에서 안 읽은 메일 리스트를 가져온다.
mails = g.inbox().mail(sender=sender, unread=True)
m = []
d = []
# 메일 데이터를 배열에 저장하고 읽음 상태로 쳐리한다.
for mail in mails:
mail.fetch()
mail.read()
logging.debug(mail.sent_at)
m.append(mail.html)
d.append(mail.sent_at)
# 로그아웃 필수
g.logout()
# 메일 내용과 날짜를 리턴
return [m, d]
def post(self):
try:
self.response.headers['Content-Type'] = 'application/json;charset=utf-8'
account = urllib2.unquote(self.request.get('account')).encode('utf-8')
contacts = urllib2.unquote(self.request.get('contacts')).encode('utf-8')
duration = urllib2.unquote(self.request.get('duration')).encode('utf-8')
accountInfo = json.loads(account)
contactsInfo = json.loads(contacts)
durationInfo = json.loads(duration)
username = accountInfo['email']
access_token = accountInfo['access_token']
targets = contactsInfo['targets']
starttime = durationInfo['starttime']
endtime = durationInfo['endtime']
#print "Duration:", starttime, "~", endtime
after = datetime.datetime.utcfromtimestamp(starttime)
before = datetime.datetime.utcfromtimestamp(endtime)
#print "contacts info:", contactsInfo
g = Gmail()
g.authenticate(username, access_token)
for p in range(0, len(targets)):
contact = targets[p]
#print contact
if (starttime!=-1 & endtime!=-1):
#print "Before:", before
#print "After:", after
emails = g.inbox().mail(fr=contact, before=before, after=after)
#print "AssignTask for from:", contact, ", ", len(emails), "emails between ", starttime, " and ", endtime
self.assignTasks(account, contact, 'from', len(emails), starttime, endtime)
emails = g.sent().mail(to=contact, before=before, after=after)
#print "AssignTask for to:", contact, ", ", len(emails), "emails between ", starttime, " and ", endtime
self.assignTasks(account, contact, 'to', len(emails), starttime, endtime)
elif (starttime!=-1 & endtime==-1):
before = datetime.utcnow();
emails = g.inbox().mail(fr=contact, before=before, after=after)
#print "AssignTask for from:", contact, ", ", len(emails), "emails between ", starttime, " and ", endtime
self.assignTasks(account, contact, 'from', len(emails), starttime, endtime)
emails = g.sent().mail(to=contact, before=before, after=after)
#print "AssignTask for to:", contact, ", ", len(emails), "emails between ", starttime, " and ", endtime
self.assignTasks(account, contact, 'to', len(emails), starttime, endtime)
elif (starttime==-1 & endtime!=-1):
emails = g.inbox().mail(fr=contact, before=before, after=after)
#print "AssignTask for from:", contact, ", ", len(emails), "emails between ", starttime, " and ", endtime
self.assignTasks(account, contact, 'from', len(emails), starttime, endtime)
emails = g.sent().mail(to=contact, before=before, after=after)
#print "AssignTask for to:", contact, ", ", len(emails), "emails between ", starttime, " and ", endtime
self.assignTasks(account, contact, 'to', len(emails), starttime, endtime)
else:
# Get all emails from contact
emails = g.inbox().mail(fr=contact)
#print "AssignTask for from:", contact, ", ", len(emails), "emails"
self.assignTasks(account, contact, 'from', len(emails), starttime, endtime)
# Get all emails to contact
emails = g.sent().mail(to=contact)
#print "AssignTask for to:", contact, ", ", len(emails), "emails"
self.assignTasks(account, contact, 'to', len(emails), starttime, endtime)
g.logout()
except Exception, e:
print "Exception: ", e
print traceback.format_exc()
self.abort(403)
def post(self):
context = {}
searchType = self.request.get('searchType')
contact = self.request.get('contact')
start = self.request.get('start')
stop = self.request.get('stop')
starttime = self.request.get('starttime')
endtime = self.request.get('endtime')
account = self.request.get('account')
accountInfo = json.loads(account)
username = accountInfo['email']
access_token= accountInfo['access_token']
start = int(start)
stop = int(stop)
#print "Worker: start = ", start, ", stop = ", stop
#print "starttime = ", starttime, ", endtime = ", endtime
starttime = int(starttime)
endtime = int(endtime)
#print "username = "******"start = ", start, ", stop = ", stop
#print "starttime = ", starttime, ", endtime = ", endtime
#print "contact:", contact
#print "searchType", searchType
db = cloudsqldb.connect_db()
#Worker is spawn off from RunVerbalucceHandler3, no need to do another authentication
userID = cloudsqldb.getUserID(accountInfo['email'], db)
try:
vblc = verbalucce.Verbalucce()
g = Gmail()
g.authenticate(username, access_token)
emails = None
#print contact
if (starttime!=-1 & endtime!=-1):
#print "Find emails between ", starttime, " and ", endtime
after = datetime.datetime.utcfromtimestamp(starttime)
before = datetime.datetime.utcfromtimestamp(endtime)
if (searchType =='from'):
emails = g.inbox().mail(fr=contact, before=before, after=after)
FROM = contact
TO = username
elif (searchType == 'to'):
emails = g.sent().mail(to=contact, before=before, after=after)
FROM = username
TO = contact
elif (starttime!=-1 & endtime==-1):
#print "Find emails between ", starttime, " and ", endtime
after = datetime.datetime.utcfromtimestamp(starttime)
before = datetime.datetime.utcnow()
if (searchType =='from'):
emails = g.inbox().mail(fr=contact, before=before, after=after)
FROM = contact
TO = username
elif (searchType == 'to'):
emails = g.sent().mail(to=contact, before=before, after=after)
FROM = username
TO = contact
elif (starttime==-1 & endtime!=-1):
#print "Find emails between ", starttime, " and ", endtime
after = datetime.datetime.utcfromtimestamp(starttime)
before = datetime.datetime.utcfromtimestamp(endtime)
if (searchType =='from'):
emails = g.inbox().mail(fr=contact, before=before, after=after)
FROM = contact
TO = username
elif (searchType == 'to'):
emails = g.sent().mail(to=contact, before=before, after=after)
FROM = username
TO = contact
else:
if (searchType =='from'):
emails = g.inbox().mail(fr=contact)
FROM = contact
TO = username
elif (searchType == 'to'):
emails = g.sent().mail(to=contact)
FROM = username
TO = contact
#print "Number of emails:", len(emails)
#print "From:", FROM
#print "to:", TO
for i in range(start, stop, -1):
#print "#", i," email to be fetched"
try:
emails[i].fetch()
except Exception, e:
print "Couldn't fetch email #", i
print str(e)
pass
g.logout()
for i in range(start, stop, -1):
#print "Run verbalucce on #", i
email = emails[i]
#Only search for emails specifically to USER or
#Only search for emails specifically to target contact
if (email.to!=None
and email.fr!=None
and (email.to.lower().find(TO.lower())!=-1)
and (email.fr.lower().find(FROM.lower())!=-1)
and (len(email.to.split("@")) == 2)
and (email.cc==None)
and (not(re.search("^Chat with",email.subject)))
and email.body!=None
and (email.body.find("BEGIN:VCALENDAR")==-1)
and (email.calendar==None)):
#print "UID:", email.uid
if (cloudsqldb.isEmailInDB(userID, email.uid, db)):
#print "Email(UID", email.uid,") is found. Skipping.."
continue
r = vblc.RunVerbalucce(email)
timestamp = email.sent_at
timestamp = time.mktime(timestamp.timetuple())
cloudsqldb.insertOrUpdateEmailData(userID, email, FROM, TO, timestamp, r, db)
#g.logout()
db.commit()
db.close()
print "Successful verbalucce run!"
def main():
global CAMOU, totalTime, OUTPUT_DIR
OUTPUT_DIR = os.path.abspath(os.path.join(os.getcwd(), "../output/")) + "/"
print "Output directory: ", OUTPUT_DIR
DEBUG = 0
USER = ""
FROM = ""
TO = ""
SEARCH_CRITERIA = ""
FULL = False
email_index = 1
parser = OptionParser()
parser.add_option("-u",
"--user",
dest="c_user",
help="Gmail login address")
parser.add_option("-f",
"--from",
dest="c_from",
help="from email address to be searched")
parser.add_option("-t",
"--to",
dest="c_to",
help="to email address to be searched")
parser.add_option("-i",
action="store",
type="int",
dest="email_index",
help="email index (default: 0)")
parser.add_option("-c",
"--camouflage",
dest="c_camouflage",
help="camouflage id for the contact")
parser.add_option("--full",
action="store_true",
dest="c_full",
help="get full history")
parser.add_option("--uid",
action="store",
type="int",
dest="c_uid",
help="fetch email with specific uid")
parser.add_option("-b", dest="c_before", help="Before UTC time")
parser.add_option("-a", dest="c_after", help="After UTC time")
parser.add_option("--filter", dest="c_filter", help="Filter type")
parser.add_option("--start",
action="store",
type="int",
dest="c_start",
help="start # of emails to fetch")
parser.add_option("--stop",
action="store",
type="int",
dest="c_stop",
help="stop # of emails to fetch")
(options, args) = parser.parse_args()
print options
if (options.c_user):
USER = options.c_user
PWD = getpass.getpass()
if (options.email_index):
email_index = options.email_index
if (options.c_full):
FULL = True
if (USER == ""):
print "Please provide user email address using -u <email> \nExiting ..."
raise SystemExit
g = Gmail()
result = g.login(USER, PWD)
if (options.c_uid):
emails = g.inbox().mail(uid=options.c_uid)
if (options.c_filter == 'duration'):
starttime = datetime.datetime.utcfromtimestamp(int(options.c_after))
endtime = datetime.datetime.utcfromtimestamp(int(options.c_before))
print "search duration:", starttime, "~", endtime
if (options.c_from):
emails = g.inbox().mail(fr=options.c_from,
before=endtime,
after=starttime)
FROM = options.c_from
TO = USER
elif (options.c_to):
emails = g.sent().mail(to=options.c_to,
before=endtime,
after=starttime)
FROM = USER
TO = options.c_to
elif (options.c_from):
emails = g.inbox().mail(fr=options.c_from)
FROM = options.c_from
TO = USER
elif (options.c_to):
emails = g.sent().mail(to=options.c_to)
FROM = USER
TO = options.c_to
else:
emails = g.inbox().mail()
if (options.c_camouflage):
CAMOU = options.c_camouflage
vblc = verbalucce.Verbalucce()
threadLock = threading.Lock()
threads = []
print "\n From:", FROM
print "To:", TO
print "\n Number of emails = ", len(emails)
# Ignore email_index if requested full content
if (FULL):
start = 0
email_index = 0
else:
start = len(emails) - email_index - 1
stop = len(emails) - 1
if (options.c_start):
start = options.c_start
if (options.c_stop):
stop = options.c_stop
print "search emails between start, stop"
try:
for i in range(stop, start, -1):
# create new thread
print "#", i, " email to be fetched", emails[i]
emails[i].fetch()
g.logout()
for i in range(stop, start, -1):
print "Run verbalucce on ", '#', i,
email = emails[i]
#print "\nuid:", email.uid
#print "\nFrom:", email.fr
#print "\nTo:", email.to
#print "\nCC:", email.cc
#print "\nDelivered to:", email.delivered_to
#print "\nSent At:", email.sent_at
#print "\nmessage_id", email.message_id
#print "\nThread ID:", email.thread_id
#print "\nSubject:", email.subject
#print "\n\n====Raw Header:", email.raw_headers
#print "\n\n====Raw Email:", email.raw_emails
#print "\n\n======Message======\n", email.message
#print "\n\n======Body======\n", email.body
#print "\n\n======calendar======\n", email.calendar
# Only search for emails specifically to USER or
# Only search for emails specifically to target contact
if (email.to != None and email.fr != None
and (email.to.lower().find(TO.lower()) != -1)
and (email.fr.lower().find(FROM.lower()) != -1)
and (len(email.to.split("@")) == 2) and (email.cc == None)
and (not (re.search("^Chat with", email.subject)))
and email.body != None
and (email.body.find("BEGIN:VCALENDAR") == -1)
and (email.calendar == None)):
print "Starts thread [", i - email_index, "]..."
thread = vbThread(vblc, i - email_index, email,
i - email_index, FROM, TO)
# start new thread
thread.start()
# Add thread to thread list
threads.append(thread)
except (RuntimeError, TypeError, NameError):
print "Error:", RuntimeError, TypeError, NameError
pass
for t in threads:
t.join()
print "Exiting Main Thread"
#g.logout()
dbname = OUTPUT_DIR + "mail.db"
# Write to database
db = rdb.connect_database(dbname)
db.text_factory = str
cursor = db.cursor()
try:
print("\n\n=====Ngrams====")
# Extract ngram from each emails and update top ngrams in RDB table
cursor.execute(
'''SELECT unigrams FROM emails WHERE from_email=? AND to_email=?''',
(
FROM,
TO,
))
allrows = cursor.fetchall()
numOfEmails = len(allrows)
print "Number of emails :", numOfEmails
#print "All rows:", allrows
unigrams = []
for r in allrows:
#print "row:", r
u = ast.literal_eval(r[0])
#print "u:", u
unigrams = unigrams + u
topunigrams = []
fdist = nltk.FreqDist(unigrams)
for sample in fdist:
if (fdist[sample] > UNIGRAM_THREASHOLD):
print "Sample:", sample
print "Frequency:", fdist[sample]
topunigrams.append(sample)
#print "Top unigrams:", topunigrams
cursor.execute(
'''SELECT bigrams FROM emails WHERE from_email=? AND to_email=?''',
(
FROM,
TO,
))
allrows = cursor.fetchall()
#print "All rows:", allrows
bigrams = []
for r in allrows:
#print "row:", r
b = ast.literal_eval(r[0])
#print "b:", b
bigrams = bigrams + b
#print "Aggregatd bigrams:", bigrams
topbigrams = []
fdist = nltk.FreqDist(bigrams)
for sample in fdist:
if (fdist[sample] > BIGRAM_THREASHOLD):
print "Sample:", sample
print "Frequency:", fdist[sample]
topbigrams.append(sample)
#print "Top bigrams:", topbigrams
cursor.execute(
'''SELECT trigrams FROM emails WHERE from_email=? AND to_email=?''',
(
FROM,
TO,
))
allrows = cursor.fetchall()
trigrams = []
for r in allrows:
#print "row:", r
tr = ast.literal_eval(r[0])
#print "tr:", tr
trigrams = trigrams + tr
#print "Aggregatd trigrams:", trigrams
toptrigrams = []
fdist = nltk.FreqDist(trigrams)
for sample in fdist:
if (fdist[sample] > BIGRAM_THREASHOLD):
print "Sample:", sample
print "Frequency:", fdist[sample]
toptrigrams.append(sample)
#print "Top trigrams:", toptrigrams
rdb.insertOrUpdateRDB(FROM, TO, numOfEmails, topunigrams, topbigrams,
toptrigrams, db)
#print("\n\n====Table RDB====")
#cursor.execute("PRAGMA table_info(RDB)")
#command = 'SELECT * FROM RDB'
#cursor.execute(command)
#for row in cursor:
# print row
outfile = open(OUTPUT_DIR + "TableEmails.dat", "wb")
#csv.register_dialect("custom", delimiter="\t")
#writer = csv.writer(outfile, dialect="custom")
print("\n\n====Writing Table emails to file====")
#cursor.execute("PRAGMA table_info(email)")
outfile.write("uid\t" \
"timestamp\t" \
"num_total_words\t" \
"num_big_words\t" \
"num_allcaps\t" \
"num_words_per_sentence\t" \
"mobile\t" \
"num_high_pos\t" \
"num_low_pos\t" \
"num_high_neg\t" \
"num_low_neg")
command = 'SELECT uid, ' \
'timestamp, ' \
'num_total_words ,' \
'num_big_words,' \
'num_allcaps ,' \
'num_words_per_sentence ,' \
'mobile,num_high_pos ,' \
'num_low_pos ,' \
'num_high_neg ,' \
'num_low_neg FROM emails'
cursor.execute(command)
rows = cursor.fetchall()
for r in rows:
print r
outfile.write('\n')
outfile.write('\t'.join(str(s) for s in r))
# Output table emails to files
cursor.close()
outfile.close()
db.commit()
except (RuntimeError, TypeError, NameError):
print "Error:", RuntimeError, TypeError, NameError
pass
def main():
global CAMOU, totalTime, OUTPUT_DIR
OUTPUT_DIR = os.path.abspath(os.path.join(os.getcwd(), "../output/")) + "/"
print "Output directory: ", OUTPUT_DIR
DEBUG = 0
USER = ""
FROM = ""
TO = ""
SEARCH_CRITERIA = ""
FULL = False
email_index = 1
parser = OptionParser()
parser.add_option("-u", "--user", dest="c_user",
help="Gmail login address")
parser.add_option("-f", "--from", dest="c_from",
help="from email address to be searched")
parser.add_option("-t", "--to", dest="c_to",
help="to email address to be searched")
parser.add_option("-i", action="store", type = "int", dest="email_index",
help="email index (default: 0)")
parser.add_option("-c", "--camouflage", dest="c_camouflage",
help="camouflage id for the contact")
parser.add_option("--full", action = "store_true", dest="c_full",
help="get full history")
parser.add_option("--uid", action="store", type = "int", dest="c_uid",
help="fetch email with specific uid")
parser.add_option("-b", dest="c_before",
help="Before UTC time")
parser.add_option("-a", dest="c_after",
help="After UTC time")
parser.add_option("--filter", dest="c_filter",
help="Filter type")
parser.add_option("--start", action="store", type = "int", dest = "c_start",
help= "start # of emails to fetch")
parser.add_option("--stop", action="store", type = "int", dest = "c_stop",
help= "stop # of emails to fetch")
(options, args) = parser.parse_args()
print options
if (options.c_user):
USER = options.c_user
PWD = getpass.getpass()
if (options.email_index):
email_index = options.email_index
if (options.c_full):
FULL = True;
if (USER==""):
print "Please provide user email address using -u <email> \nExiting ..."
raise SystemExit
g = Gmail()
result = g.login(USER, PWD)
if (options.c_uid):
emails = g.inbox().mail(uid=options.c_uid)
if (options.c_filter == 'duration'):
starttime = datetime.datetime.utcfromtimestamp(int(options.c_after))
endtime = datetime.datetime.utcfromtimestamp(int(options.c_before))
print "search duration:", starttime, "~", endtime
if (options.c_from):
emails = g.inbox().mail(fr=options.c_from, before=endtime, after=starttime)
FROM = options.c_from
TO = USER
elif (options.c_to):
emails = g.sent().mail(to=options.c_to, before=endtime, after=starttime)
FROM = USER
TO = options.c_to
elif (options.c_from):
emails = g.inbox().mail(fr=options.c_from)
FROM = options.c_from
TO = USER
elif (options.c_to):
emails = g.sent().mail(to=options.c_to)
FROM = USER
TO = options.c_to
else:
emails = g.inbox().mail()
if (options.c_camouflage):
CAMOU = options.c_camouflage;
vblc = verbalucce.Verbalucce()
threadLock = threading.Lock()
threads = []
print "\n From:", FROM
print "To:", TO
print "\n Number of emails = ", len(emails)
# Ignore email_index if requested full content
if (FULL):
start = 0
email_index = 0
else:
start = len(emails)-email_index-1
stop = len(emails)-1
if (options.c_start):
start = options.c_start
if (options.c_stop):
stop = options.c_stop
print "search emails between start, stop"
try:
for i in range(stop, start, -1):
# create new thread
print "#", i," email to be fetched", emails[i]
emails[i].fetch()
g.logout()
for i in range(stop, start, -1):
print "Run verbalucce on ",'#', i,
email = emails[i]
#print "\nuid:", email.uid
#print "\nFrom:", email.fr
#print "\nTo:", email.to
#print "\nCC:", email.cc
#print "\nDelivered to:", email.delivered_to
#print "\nSent At:", email.sent_at
#print "\nmessage_id", email.message_id
#print "\nThread ID:", email.thread_id
#print "\nSubject:", email.subject
#print "\n\n====Raw Header:", email.raw_headers
#print "\n\n====Raw Email:", email.raw_emails
#print "\n\n======Message======\n", email.message
#print "\n\n======Body======\n", email.body
#print "\n\n======calendar======\n", email.calendar
# Only search for emails specifically to USER or
# Only search for emails specifically to target contact
if (email.to!=None
and email.fr!=None
and (email.to.lower().find(TO.lower())!=-1)
and (email.fr.lower().find(FROM.lower())!=-1)
and (len(email.to.split("@")) == 2)
and (email.cc==None)
and (not(re.search("^Chat with",email.subject)))
and email.body!=None
and (email.body.find("BEGIN:VCALENDAR")==-1)
and (email.calendar==None)):
print "Starts thread [", i-email_index, "]..."
thread = vbThread(vblc, i-email_index, email, i-email_index, FROM, TO)
# start new thread
thread.start()
# Add thread to thread list
threads.append(thread)
except (RuntimeError, TypeError, NameError):
print "Error:", RuntimeError, TypeError, NameError
pass
for t in threads:
t.join()
print "Exiting Main Thread"
#g.logout()
dbname = OUTPUT_DIR + "mail.db"
# Write to database
db = rdb.connect_database(dbname)
db.text_factory = str
cursor = db.cursor()
try:
print("\n\n=====Ngrams====")
# Extract ngram from each emails and update top ngrams in RDB table
cursor.execute('''SELECT unigrams FROM emails WHERE from_email=? AND to_email=?''', (FROM, TO,))
allrows = cursor.fetchall()
numOfEmails = len(allrows)
print "Number of emails :", numOfEmails
#print "All rows:", allrows
unigrams = []
for r in allrows:
#print "row:", r
u = ast.literal_eval(r[0])
#print "u:", u
unigrams = unigrams + u
topunigrams = []
fdist = nltk.FreqDist(unigrams)
for sample in fdist:
if (fdist[sample] > UNIGRAM_THREASHOLD):
print "Sample:", sample
print "Frequency:", fdist[sample]
topunigrams.append(sample)
#print "Top unigrams:", topunigrams
cursor.execute('''SELECT bigrams FROM emails WHERE from_email=? AND to_email=?''', (FROM, TO,))
allrows = cursor.fetchall()
#print "All rows:", allrows
bigrams = []
for r in allrows:
#print "row:", r
b = ast.literal_eval(r[0])
#print "b:", b
bigrams = bigrams + b
#print "Aggregatd bigrams:", bigrams
topbigrams = []
fdist = nltk.FreqDist(bigrams)
for sample in fdist:
if (fdist[sample] > BIGRAM_THREASHOLD):
print "Sample:", sample
print "Frequency:", fdist[sample]
topbigrams.append(sample)
#print "Top bigrams:", topbigrams
cursor.execute('''SELECT trigrams FROM emails WHERE from_email=? AND to_email=?''', (FROM, TO,))
allrows = cursor.fetchall()
trigrams = []
for r in allrows:
#print "row:", r
tr = ast.literal_eval(r[0])
#print "tr:", tr
trigrams = trigrams + tr
#print "Aggregatd trigrams:", trigrams
toptrigrams = []
fdist = nltk.FreqDist(trigrams)
for sample in fdist:
if (fdist[sample] > BIGRAM_THREASHOLD):
print "Sample:", sample
print "Frequency:", fdist[sample]
toptrigrams.append(sample)
#print "Top trigrams:", toptrigrams
rdb.insertOrUpdateRDB(FROM, TO, numOfEmails, topunigrams, topbigrams, toptrigrams, db)
#print("\n\n====Table RDB====")
#cursor.execute("PRAGMA table_info(RDB)")
#command = 'SELECT * FROM RDB'
#cursor.execute(command)
#for row in cursor:
# print row
outfile = open(OUTPUT_DIR+"TableEmails.dat", "wb")
#csv.register_dialect("custom", delimiter="\t")
#writer = csv.writer(outfile, dialect="custom")
print("\n\n====Writing Table emails to file====")
#cursor.execute("PRAGMA table_info(email)")
outfile.write("uid\t" \
"timestamp\t" \
"num_total_words\t" \
"num_big_words\t" \
"num_allcaps\t" \
"num_words_per_sentence\t" \
"mobile\t" \
"num_high_pos\t" \
"num_low_pos\t" \
"num_high_neg\t" \
"num_low_neg")
command = 'SELECT uid, ' \
'timestamp, ' \
'num_total_words ,' \
'num_big_words,' \
'num_allcaps ,' \
'num_words_per_sentence ,' \
'mobile,num_high_pos ,' \
'num_low_pos ,' \
'num_high_neg ,' \
'num_low_neg FROM emails'
cursor.execute(command)
rows = cursor.fetchall()
for r in rows:
print r
outfile.write('\n')
outfile.write('\t'.join(str(s) for s in r))
# Output table emails to files
cursor.close()
outfile.close()
db.commit()
except (RuntimeError, TypeError, NameError):
print "Error:", RuntimeError, TypeError, NameError
pass