def external_decorator(f):

def wrapped(*args, **kwargs):

print(before)

r = f(*args, **kwargs)

print(after_ok if r else after_fail)

return r

return wrapped

print('Enter your username: ')

lines = []

lines.append(raw_input())

lines.append(getpass())

q = PyQuery(text)

qq = q

trans = []

for row in q('div[name="transactionsHistory"] tr[name="DataContainer"]'):

date = get_node_text(q('span[name="Transaction_TransactionDate"]', row)[0])

payer = get_node_text(q('span[name="Transaction_CardName"]', row)[0])

desc_payee = get_node_text(q('span[name="Transaction_TransactionDescription"]', row)[0])

amount = get_node_text(q('span[name="Transaction_Amount"]', row)[0])

if len(desc_payee) >= 23:

payee = desc_payee[:23]

memo = desc_payee[23:]

else:

payee = desc_payee

memo = ''

# Clean up the data

amount = amount.replace('$', '')

payee = re.sub('\s+', ' ', payee)

memo = re.sub('\s+', ' ', memo)

trans.append(Transaction(date=date,

payer=payer,

amount=amount,

memo=memo,

payee=payee))

print(file_name)

with open(file_name, 'w') as f:

# Write header

print('!Account', file=f)

print('NQIF Account', file=f)

print('TCCard', file=f)

print('^', file=f)

print('!Type:CCard', file=f)

for t in trans:

print('C', file=f) # status - uncleared

print('D' + t.date, file=f) # date

print('T' + t.amount, file=f) # amount

print('M' + t.payer, file=f)

print('P' + t.payee + t.memo, file=f)

print(file_name)

with open(file_name, 'w') as f:

print('Date,Amount,Payer,Payee', file=f)

for t in trans:

br = Browser()

br.open('https://28degrees-online.gemoney.com.au/')

br.open('https://28degrees-online.gemoney.com.au/access/login')

br.select_form(nr=0)

br.form['USER'] = creds[0]

br.form['PASSWORD'] = creds[1]

br.submit()

text = br.response().read()

if "window.location = '/access/login';" in text:

return None

text = br.response().read()

qq = PyQuery(text)

portalLink = qq('a')

if len(portalLink) == 0:

print('Unable to locate link to main page')

return None

br.open(portalLink[0].attrib['href'])

text = br.response().read()

qq = PyQuery(text)

transLink = qq('#home-transactions-desktop #view-all-transactions-link')

if len(transLink) == 0:

print('Unable to locate link to transactions page')

return None

link = transLink[0].attrib['href']

br.open(link)

text = br.response().read()

if 'New card number required' in text:

q = PyQuery(text)

cancel_btn = q('input[name="cancelButton"]')

if len(cancel_btn) == 0:

print('No cancel button found on "New card required" page')

return None

cancel_btn = cancel_btn[0]

matches = re.match('location\.href="(.*)"', cancel_btn.attrib['onclick'])

if len(matches.groups()) == 0:

print('No onclick event in cancel button found')

return None

# Cancel new card number submission

br.open('https://28degrees-online.gemoney.com.au' + matches.groups()[0])

br.open('https://28degrees-online.gemoney.com.au/wps/myportal/ge28degrees/public/account/transactions/')

if not os.path.exists(export_path):

os.makedirs(export_path)

t_db = db.init_db()

if not t_db:

print('Error initialising database')

return

creds = get_credentials()

if not creds:

return

br = login(creds)

if not br:

return

br = open_transactions_page(br)

if not br:

return

trans = []

#i = 1

while True:

text = br.response().read()

#with open('step%s.html' % i, 'w') as f:

# f.write(text)

#i += 1

q = PyQuery(text)

page_trans = fetchTransactions(text)

trans += page_trans

nextButton = q('div[name="transactionsPagingLinks"] a[name="nextButton"]')

isNextVisible = len(nextButton) != 0

if not isNextVisible:

break

page_count = len(page_trans)

print('Got %s transactions, from %s to %s' % (page_count,

page_trans[0].date,

page_trans[-1].date))

print('Opening next page...')

next_url = nextButton[0].attrib['href']

br.open(next_url)

#if len(trans) > 60:

# break

new_trans = db.get_only_new_transactions(trans)

print('Total of %s new transactions obtained' % len(new_trans))

if len(new_trans) != 0:

print('Saving transactions...')

db.save_transactions(new_trans)

f_str = '%d/%m/%Y'

s_d = datetime.strptime(reduce(lambda t1, t2: t1 if datetime.strptime(t1.date, f_str) <

datetime.strptime(t2.date, f_str) else t2,

new_trans).date, f_str)

e_d = datetime.strptime(reduce(lambda t1, t2: t1 if datetime.strptime(t1.date, f_str) >

datetime.strptime(t2.date, f_str) else t2,

new_trans).date, f_str)

out_str = '%Y.%m.%d'

if csv:

file_name = os.path.join(export_path, '%s-%s.csv' % (s_d.strftime(out_str), e_d.strftime(out_str)))

write_csv(new_trans, file_name)

else:

file_name = os.path.join(export_path, '%s-%s.qif' % (s_d.strftime(out_str), e_d.strftime(out_str)))