def get_product_page_interest_rates(url,savings_data):
logger = logging.getLogger('retrieve ' + url)
bsobj = themortgagemeter_utils.get_page(False,'',url,logger)
#logger.info(url) #logger.info(bsobj)
if re.match('.*isa.*',url):
savings_data['isa'] = 'Y'
for t in bsobj.find_all('table'):
#logger.info("TABLE")# logger.info(t)
# Get all tables, then match on summary == "Interest rates:.*", and set up variables accordingly.
summary = t.get('summary').encode('utf-8').lower()
if summary:
# Set up data for this page
summary_info = re.match('.*interest rates: (.*)',summary).group(1)
#logger.info("summary info: " + summary_info)
if summary_info in ("cash e-isa#"):
savings_data['isa'] = 'Y'
elif summary_info in ("fixed rate saver - monthly interest"):
savings_data['variability'] = 'F'
savings_data['interest_paid'] = 'M'
elif summary_info in ("fixed rate saver - annual interest"):
savings_data['variability'] = 'F'
savings_data['interest_paid'] = 'Y'
elif "regular saver" in summary_info:
savings_data['regular_saver'] = 'Y'
savings_data['interest_paid'] = 'Y'
elif "online bonus" in summary_info:
savings_data['bonus'] = 'Y'
savings_data['branch'] = 'N'
savings_data['bonus_frequency_period'] = '1'
savings_data['bonus_frequency_type'] = 'M'
# skip bonus for HSBC- it's complicated - probably needs its own function TODO
continue
elif "flexible saver" in summary_info:
savings_data['variability'] = 'V'
else:
themortgagemeter_utils.record_alert('NEED TO HANDLE: ' + summary_info,logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
exit()
tr_count = 0
for tr in t.find_all('tr'):
# This is a new savings product, so clone the data at this point and use that from here.
this_savings_data = savings_data.copy()
#logger.info("TR " + str(tr_count)) #logger.info(tr)
if this_savings_data['bonus'] == 'Y':
#print "BONUS"
#print tr
pass
if this_savings_data['regular_saver'] == 'Y':
td_count = -1
else:
td_count = 0
if tr_count >= 1:
# If tax-free, this will be true
for td in tr.find_all('td'):
td_style = td.get('style')
if td_style != None:
td_style = td_style.lower().encode('utf-8').translate(None, ' ')
if td_style == 'vertical-align:middle':
continue
#logger.info("TD" + str(td_count)) #logger.info(tr_count) #logger.info(td_count)
logger.info(td)
v = td.text.encode('utf-8').lower().strip()
if td_count == 0:
#logger.info(this_savings_data['regular_saver'])
if this_savings_data['regular_saver'] == 'Y':
logger.info('regular_saver: ' + v)
this_savings_data['regular_saver_min_amt'] = v.split()[0][2:]
this_savings_data['regular_saver_max_amt'] = v.split()[2][2:]
if v.split()[4] == "month":
this_savings_data['regular_saver_frequency_period'] = '1'
this_savings_data['regular_saver_frequency_type'] = 'M'
else:
themortgagemeter_utils.record_alert('ERROR: reg saver not parsed: ' + v,logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
exit()
else:
# if it's got a + at the end, it's a min, if it's "up to" it's a max.
res = savings_util.get_money_range(v,logger)
this_savings_data['min_amt'] = res[0]
this_savings_data['max_amt'] = res[1]
# TODO: remove this section
#if re.match('^.*\+$',v):
# money_val = themortgagemeter_utils.get_money(v,logger)
# this_savings_data['min_amt'] = money_val
#elif re.match('^.*up to.*$',v) or re.match('^.*under.*$',v):
# money_val = themortgagemeter_utils.get_money(v,logger)
# this_savings_data['max_amt'] = money_val
# this_savings_data['min_amt'] = 0
#elif re.match('^.* - .*$',v):
# this_savings_data['min_amt'] = v.split()[0][2:].translate(None,',')
# this_savings_data['max_amt'] = v.split()[2][2:].translate(None,',')
#else:
# #logger.info(t) #logger.info('value not handled: ' + v)
# themortgagemeter_utils.record_alert('ERROR: value wrong: ' + v,logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
# exit()
elif td_count == 1:
# we don't bother with net_percent
pass
elif td_count == 2:
# gross %
this_savings_data['gross_percent'] = v
elif td_count == 3:
this_savings_data['aer_percent'] = v
td_count += 1
# Some trs have no tds; we ignore those.
if td_count > 0:
# Now store this product
# TODO: fixed savings?
logger.info(this_savings_data)
isa = this_savings_data['isa']
regular_saver = this_savings_data['regular_saver']
regular_saver_frequency_period = this_savings_data['regular_saver_frequency_period']
regular_saver_frequency_type = this_savings_data['regular_saver_frequency_type']
regular_saver_min_amt = this_savings_data['regular_saver_min_amt']
regular_saver_max_amt = this_savings_data['regular_saver_max_amt']
bonus = this_savings_data['bonus']
bonus_frequency_period = this_savings_data['bonus_frequency_period']
bonus_frequency_type = this_savings_data['bonus_frequency_type']
online = this_savings_data['online']
branch = this_savings_data['branch']
variability = this_savings_data['variability']
min_amt = this_savings_data['min_amt']
max_amt = this_savings_data['max_amt']
gross_percent = this_savings_data['gross_percent']
aer_percent = this_savings_data['aer_percent']
interest_paid = this_savings_data['interest_paid']
child = this_savings_data['child']
savings_period = this_savings_data['savings_period']
savings_util.handle_savings_insert(institution_code, isa, regular_saver, regular_saver_frequency_period, regular_saver_frequency_type, regular_saver_min_amt, regular_saver_max_amt, bonus, bonus_frequency_period, bonus_frequency_type, online, branch, variability, savings_period, min_amt, max_amt, gross_percent, aer_percent, child, interest_paid, url, logger)
else:
tr_count += 1
continue
tr_count += 1
else:
#print url
#print bsobj
exit()
def process_more_info_page(savings_data, url, logger):
bsobj = themortgagemeter_utils.get_page(
False, 'static_html/halifax/savings-accounts.html', url, logger)
#print bsobj
savings_array = []
#print "Passed in:"
#print savings_data
print url
if savings_data['isa'] == 'Y':
for i1 in bsobj.find_all("h2", text="Summary box"):
for i2 in i1.parent():
if i2.find_all("table") != []:
tabs = i2.find_all("table")
if re.match(".*isa-saver-fixed.*", url):
if len(tabs) != 2:
themortgagemeter_utils.record_alert(
'ERROR: too many tabs in isa', logger,
themortgagemeter_db.db_connection,
themortgagemeter_db.cursor)
exit()
else:
tabs.pop(0)
for tab in tabs:
tbody = tab.find_all("tbody")[0]
trs = tbody.find_all("tr")
for tr in trs:
savings_data_tmp = savings_data.copy()
tds = tr.find_all("td")
savings_data_tmp[
'savings_period'] = themortgagemeter_utils.get_months(
tds[0].text.strip().encode('utf-8'),
logger)
savings_data_tmp[
'aer_percent'] = themortgagemeter_utils.get_percentage(
tds[1].text.strip().encode('utf-8'),
logger)
savings_data_tmp[
'gross_percent'] = savings_data_tmp[
'aer_percent']
savings_array.append(savings_data_tmp)
else:
if len(tabs) > 1:
#print tabs
themortgagemeter_utils.record_alert(
'ERROR: too many tabs in isa', logger,
themortgagemeter_db.db_connection,
themortgagemeter_db.cursor)
exit()
for tab in tabs:
#print tab
for tr in tab.find_all("tr"):
ths = tr.find_all("th")
tds = tr.find_all("td")
if len(ths) > 0 and len(tds) > 0:
th = tr.find_all("th")[0]
td = tr.find_all("td")[0]
th_text = th.text.lower()
td_text = td.text.lower()
if re.match('interest rates.*', th_text):
#print "IR:" + td_text
pc = themortgagemeter_utils.get_percentage(
td_text, logger)
savings_data_tmp = savings_data.copy()
savings_data_tmp['gross_percent'] = pc
savings_data_tmp['aer_percent'] = pc
savings_array.append(savings_data_tmp)
else:
if len(ths) == 0 and len(tds) > 0:
td1 = tds[0]
td2 = tds[1]
td1_text = td1.text.lower()
td2_text = td2.text.lower()
if re.match('interest rates.*',
td1_text):
pc = themortgagemeter_utils.get_percentage(
td2_text, logger)
savings_data_tmp = savings_data.copy(
)
savings_data_tmp[
'gross_percent'] = pc
savings_data_tmp[
'aer_percent'] = pc
savings_array.append(
savings_data_tmp)
else:
themortgagemeter_utils.record_alert(
'ERROR: unhandled case: ' + url,
logger,
themortgagemeter_db.db_connection,
themortgagemeter_db.cursor)
exit()
elif re.match('.*fixed-online-saver.*', url) or re.match(
'.*tracker-bond.*', url) or re.match('.*fixed-saver.*', url):
if re.match('.*fixed-online-saver.*', url) or re.match(
'.*fixed-saver.*', url):
#print bsobj
code = "FOS"
i1s = bsobj.find_all("h3", text="Current Rates")
if i1s == []:
i1s = bsobj.find_all("h3", text="Current rates")
elif re.match('.*tracker-bond.*', url):
#print bsobj
code = "TB"
i1s = []
res = bsobj.find_all("h4")
for i in res:
#print i.text
if i.text == "Current rates and apply":
i1s.append(i)
break
if i1s == []:
themortgagemeter_utils.record_alert(
'No items from expected h3/4 match!', logger,
themortgagemeter_db.db_connection, themortgagemeter_db.cursor)
for i1 in i1s:
for i2 in i1.parent():
tbodys = i2.find_all("tbody")
# if this is tracker bond, discard the first table
if len(tbodys) == 0:
continue
if code == "TB":
ok = False
for tbody in tbodys:
for tr in tbody.find_all("tr"):
tds = tr.find_all("td")
if tds[0].text == "Term":
ok = True
if not ok:
continue
for tbody in tbodys:
tr_count = -1
table_savings_period = "unset"
for tr in tbody.find_all("tr"):
tr_count = tr_count + 1
if code == "TB" and tr_count == 0:
# skip the first row
continue
# clone the savings_data ready to write to
savings_data_tmp = savings_data.copy()
# First td is time only on first row for TB
if code == "TB" and tr_count > 1:
td_count = 1
else:
td_count = 0
if code == "TB" and tr_count > 1:
if table_savings_period == "unset":
themortgagemeter_utils.record_alert(
'ERROR: table_savings_period should not be unset',
logger, themortgagemeter_db.db_connection,
themortgagemeter_db.cursor)
exit()
savings_data_tmp[
'savings_period'] = table_savings_period
for td in tr.find_all("td"):
# 0 - term
# 1 - balance
# 2 - Gross
# 3 - AER
# 4 - NET (ignore)
# Ignore remainder of cols
text = td.text.lower().strip().encode('utf-8')
if td_count == 0:
# store this in a variable for use on next row if necessary
table_savings_period = themortgagemeter_utils.get_months(
text, logger)
savings_data_tmp[
'savings_period'] = table_savings_period
elif td_count == 1:
res = savings_util.get_money_range(
text, logger)
savings_data_tmp['min_amt'] = res[0]
savings_data_tmp['max_amt'] = res[1]
elif td_count == 2:
savings_data_tmp[
'gross_percent'] = themortgagemeter_utils.get_percentage(
text, logger)
elif td_count == 3:
savings_data_tmp[
'aer_percent'] = themortgagemeter_utils.get_percentage(
text, logger)
# and then break out
break
td_count = td_count + 1
savings_array.append(savings_data_tmp)
elif re.match('.*/online-saver/', url):
# TODO: need to set this for other types
savings_data['interest_paid'] = 'Y'
#print bsobj
# get the apr class element, as that contains the text we need
apr = bsobj.find_all(
attrs={'class': 'apr'})[0].parent.parent.text.encode('utf-8')
# split this line by \n
apr = apr.split('\n')
lines = []
for l in apr:
if re.match('.* or [0-9].*', l):
for l2 in l.split(' or ', 1):
lines.append(l2)
else:
lines.append(l)
while '' in lines:
lines.remove('')
for l in lines:
# copy
savings_data_tmp = savings_data.copy()
#print l
# get percentage
savings_data_tmp[
'gross_percent'] = themortgagemeter_utils.get_percentage(
l, logger)
savings_data_tmp['aer_percent'] = savings_data_tmp['gross_percent']
# get_money range
res = savings_util.get_money_range(l, logger)
savings_data_tmp['min_amt'] = res[0]
savings_data_tmp['max_amt'] = res[1]
# append to savings_array
savings_array.append(savings_data_tmp)
elif re.match('.*/regular-saver/', url):
# TODO: need to set this for other types
savings_data['interest_paid'] = 'Y'
savings_data['regular_saver_frequency_period'] = '1'
savings_data['regular_saver_frequency_type'] = 'M'
savings_data['regular_saver'] = 'Y'
# Always fixed
savings_data['variability'] = 'F'
#print bsobj
# get the apr class element, as that contains the text we need
apr = bsobj.find_all(
attrs={'class': 'apr'})[0].parent.parent.text.encode('utf-8')
# split this line by \n
apr = apr.split('\n')
lines = []
for l in apr:
if re.match('.* or [0-9].*', l):
for l2 in l.split(' or ', 1):
lines.append(l2)
else:
lines.append(l)
while '' in lines:
lines.remove('')
for l in lines:
# copy
savings_data_tmp = savings_data.copy()
# get percentage
savings_data_tmp[
'gross_percent'] = themortgagemeter_utils.get_percentage(
l, logger)
if savings_data_tmp['gross_percent'] == '':
# abandon ship!
continue
savings_data_tmp['aer_percent'] = savings_data_tmp['gross_percent']
# Hard-code to 25-250 for now, this seems standard
savings_data_tmp['regular_saver_min_amt'] = '25'
savings_data_tmp['regular_saver_max_amt'] = '250'
# append to savings_array
savings_array.append(savings_data_tmp)
elif re.match('.*/everyday-saver/', url):
# This one's quite simple (I think)
# TODO: need to set this for other types
savings_data['interest_paid'] = 'Y'
#print bsobj
# get the apr class element, as that contains the text we need
apr = bsobj.find_all(
attrs={'class': 'apr'})[0].parent.parent.text.encode('utf-8')
#print apr
# split this line by \n
apr = apr.split('\n')
lines = []
for l in apr:
if re.match('.*gross.*', l):
lines.append(l)
while '' in lines:
lines.remove('')
for l in lines:
# copy
savings_data_tmp = savings_data.copy()
#print l
# get percentage
savings_data_tmp[
'gross_percent'] = themortgagemeter_utils.get_percentage(
l, logger)
savings_data_tmp['aer_percent'] = savings_data_tmp['gross_percent']
# TODO: bonus_frequency_period set to 1, or get from data?
# append to savings_array
savings_array.append(savings_data_tmp)
elif re.match('.*/branch-accounts/.*', url):
return savings_array
else:
logger.info('unhandled:' + url)
exit()
if savings_array == []:
themortgagemeter_utils.record_alert(
'ERROR: returning nothing from a page', logger,
themortgagemeter_db.db_connection, themortgagemeter_db.cursor)
exit()
# Return the savings_array
logger.info('returning savings_array:' + str(savings_array))
return savings_array
def process_more_info_page(savings_data,url,logger):
bsobj = themortgagemeter_utils.get_page(False,'static_html/halifax/savings-accounts.html',url,logger)
#print bsobj
savings_array = []
#print "Passed in:"
#print savings_data
print url
if savings_data['isa'] == 'Y':
for i1 in bsobj.find_all("h2",text="Summary box"):
for i2 in i1.parent():
if i2.find_all("table") != []:
tabs = i2.find_all("table")
if re.match(".*isa-saver-fixed.*",url):
if len(tabs) != 2:
themortgagemeter_utils.record_alert('ERROR: too many tabs in isa',logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
exit()
else:
tabs.pop(0)
for tab in tabs:
tbody = tab.find_all("tbody")[0]
trs = tbody.find_all("tr")
for tr in trs:
savings_data_tmp = savings_data.copy()
tds = tr.find_all("td")
savings_data_tmp['savings_period'] = themortgagemeter_utils.get_months(tds[0].text.strip().encode('utf-8'),logger)
savings_data_tmp['aer_percent'] = themortgagemeter_utils.get_percentage(tds[1].text.strip().encode('utf-8'),logger)
savings_data_tmp['gross_percent'] = savings_data_tmp['aer_percent']
savings_array.append(savings_data_tmp)
else:
if len(tabs) > 1:
#print tabs
themortgagemeter_utils.record_alert('ERROR: too many tabs in isa',logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
exit()
for tab in tabs:
#print tab
for tr in tab.find_all("tr"):
ths = tr.find_all("th")
tds = tr.find_all("td")
if len(ths) > 0 and len(tds) > 0:
th = tr.find_all("th")[0]
td = tr.find_all("td")[0]
th_text = th.text.lower()
td_text = td.text.lower()
if re.match('interest rates.*',th_text):
#print "IR:" + td_text
pc = themortgagemeter_utils.get_percentage(td_text,logger)
savings_data_tmp = savings_data.copy()
savings_data_tmp['gross_percent'] = pc
savings_data_tmp['aer_percent'] = pc
savings_array.append(savings_data_tmp)
else:
if len(ths) == 0 and len(tds) > 0:
td1 = tds[0]
td2 = tds[1]
td1_text = td1.text.lower()
td2_text = td2.text.lower()
if re.match('interest rates.*',td1_text):
pc = themortgagemeter_utils.get_percentage(td2_text,logger)
savings_data_tmp = savings_data.copy()
savings_data_tmp['gross_percent'] = pc
savings_data_tmp['aer_percent'] = pc
savings_array.append(savings_data_tmp)
else:
themortgagemeter_utils.record_alert('ERROR: unhandled case: ' + url,logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
exit()
elif re.match('.*fixed-online-saver.*',url) or re.match('.*tracker-bond.*',url) or re.match('.*fixed-saver.*',url):
if re.match('.*fixed-online-saver.*',url) or re.match('.*fixed-saver.*',url):
#print bsobj
code = "FOS"
i1s = bsobj.find_all("h3",text="Current Rates")
if i1s== []:
i1s = bsobj.find_all("h3",text="Current rates")
elif re.match('.*tracker-bond.*',url):
#print bsobj
code = "TB"
i1s = []
res = bsobj.find_all("h4")
for i in res:
#print i.text
if i.text == "Current rates and apply":
i1s.append(i)
break
if i1s == []:
themortgagemeter_utils.record_alert('No items from expected h3/4 match!',logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
for i1 in i1s:
for i2 in i1.parent():
tbodys = i2.find_all("tbody")
# if this is tracker bond, discard the first table
if len(tbodys) == 0:
continue
if code == "TB":
ok = False
for tbody in tbodys:
for tr in tbody.find_all("tr"):
tds = tr.find_all("td")
if tds[0].text == "Term":
ok = True
if not ok:
continue
for tbody in tbodys:
tr_count = -1
table_savings_period = "unset"
for tr in tbody.find_all("tr"):
tr_count = tr_count + 1
if code == "TB" and tr_count == 0:
# skip the first row
continue
# clone the savings_data ready to write to
savings_data_tmp = savings_data.copy()
# First td is time only on first row for TB
if code == "TB" and tr_count > 1:
td_count = 1
else:
td_count = 0
if code == "TB" and tr_count > 1:
if table_savings_period == "unset":
themortgagemeter_utils.record_alert('ERROR: table_savings_period should not be unset',logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
exit()
savings_data_tmp['savings_period'] = table_savings_period
for td in tr.find_all("td"):
# 0 - term
# 1 - balance
# 2 - Gross
# 3 - AER
# 4 - NET (ignore)
# Ignore remainder of cols
text = td.text.lower().strip().encode('utf-8')
if td_count == 0:
# store this in a variable for use on next row if necessary
table_savings_period = themortgagemeter_utils.get_months(text,logger)
savings_data_tmp['savings_period'] = table_savings_period
elif td_count == 1:
res = savings_util.get_money_range(text,logger)
savings_data_tmp['min_amt'] = res[0]
savings_data_tmp['max_amt'] = res[1]
elif td_count == 2:
savings_data_tmp['gross_percent'] = themortgagemeter_utils.get_percentage(text,logger)
elif td_count == 3:
savings_data_tmp['aer_percent'] = themortgagemeter_utils.get_percentage(text,logger)
# and then break out
break
td_count = td_count + 1
savings_array.append(savings_data_tmp)
elif re.match('.*/online-saver/',url):
# TODO: need to set this for other types
savings_data['interest_paid'] = 'Y'
#print bsobj
# get the apr class element, as that contains the text we need
apr = bsobj.find_all(attrs={'class':'apr'})[0].parent.parent.text.encode('utf-8')
# split this line by \n
apr = apr.split('\n')
lines = []
for l in apr:
if re.match('.* or [0-9].*',l):
for l2 in l.split(' or ',1):
lines.append(l2)
else:
lines.append(l)
while '' in lines:
lines.remove('')
for l in lines:
# copy
savings_data_tmp = savings_data.copy()
#print l
# get percentage
savings_data_tmp['gross_percent'] = themortgagemeter_utils.get_percentage(l,logger)
savings_data_tmp['aer_percent'] = savings_data_tmp['gross_percent']
# get_money range
res = savings_util.get_money_range(l,logger)
savings_data_tmp['min_amt'] = res[0]
savings_data_tmp['max_amt'] = res[1]
# append to savings_array
savings_array.append(savings_data_tmp)
elif re.match('.*/regular-saver/',url):
# TODO: need to set this for other types
savings_data['interest_paid'] = 'Y'
savings_data['regular_saver_frequency_period'] = '1'
savings_data['regular_saver_frequency_type'] = 'M'
savings_data['regular_saver'] = 'Y'
# Always fixed
savings_data['variability'] = 'F'
#print bsobj
# get the apr class element, as that contains the text we need
apr = bsobj.find_all(attrs={'class':'apr'})[0].parent.parent.text.encode('utf-8')
# split this line by \n
apr = apr.split('\n')
lines = []
for l in apr:
if re.match('.* or [0-9].*',l):
for l2 in l.split(' or ',1):
lines.append(l2)
else:
lines.append(l)
while '' in lines:
lines.remove('')
for l in lines:
# copy
savings_data_tmp = savings_data.copy()
# get percentage
savings_data_tmp['gross_percent'] = themortgagemeter_utils.get_percentage(l,logger)
if savings_data_tmp['gross_percent'] == '':
# abandon ship!
continue
savings_data_tmp['aer_percent'] = savings_data_tmp['gross_percent']
# Hard-code to 25-250 for now, this seems standard
savings_data_tmp['regular_saver_min_amt'] = '25'
savings_data_tmp['regular_saver_max_amt'] = '250'
# append to savings_array
savings_array.append(savings_data_tmp)
elif re.match('.*/everyday-saver/',url):
# This one's quite simple (I think)
# TODO: need to set this for other types
savings_data['interest_paid'] = 'Y'
#print bsobj
# get the apr class element, as that contains the text we need
apr = bsobj.find_all(attrs={'class':'apr'})[0].parent.parent.text.encode('utf-8')
#print apr
# split this line by \n
apr = apr.split('\n')
lines = []
for l in apr:
if re.match('.*gross.*',l):
lines.append(l)
while '' in lines:
lines.remove('')
for l in lines:
# copy
savings_data_tmp = savings_data.copy()
#print l
# get percentage
savings_data_tmp['gross_percent'] = themortgagemeter_utils.get_percentage(l,logger)
savings_data_tmp['aer_percent'] = savings_data_tmp['gross_percent']
# TODO: bonus_frequency_period set to 1, or get from data?
# append to savings_array
savings_array.append(savings_data_tmp)
elif re.match('.*/branch-accounts/.*',url):
return savings_array
else:
logger.info('unhandled:' + url)
exit()
if savings_array == []:
themortgagemeter_utils.record_alert('ERROR: returning nothing from a page',logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
exit()
# Return the savings_array
logger.info('returning savings_array:' + str(savings_array))
return savings_array
def get_product_page_interest_rates(url, savings_data):
logger = logging.getLogger('retrieve ' + url)
bsobj = themortgagemeter_utils.get_page(False, '', url, logger)
#logger.info(url) #logger.info(bsobj)
if re.match('.*isa.*', url):
savings_data['isa'] = 'Y'
for t in bsobj.find_all('table'):
#logger.info("TABLE")# logger.info(t)
# Get all tables, then match on summary == "Interest rates:.*", and set up variables accordingly.
summary = t.get('summary').encode('utf-8').lower()
if summary:
# Set up data for this page
summary_info = re.match('.*interest rates: (.*)', summary).group(1)
#logger.info("summary info: " + summary_info)
if summary_info in ("cash e-isa#"):
savings_data['isa'] = 'Y'
elif summary_info in ("fixed rate saver - monthly interest"):
savings_data['variability'] = 'F'
savings_data['interest_paid'] = 'M'
elif summary_info in ("fixed rate saver - annual interest"):
savings_data['variability'] = 'F'
savings_data['interest_paid'] = 'Y'
elif "regular saver" in summary_info:
savings_data['regular_saver'] = 'Y'
savings_data['interest_paid'] = 'Y'
elif "online bonus" in summary_info:
savings_data['bonus'] = 'Y'
savings_data['branch'] = 'N'
savings_data['bonus_frequency_period'] = '1'
savings_data['bonus_frequency_type'] = 'M'
# skip bonus for HSBC- it's complicated - probably needs its own function TODO
continue
elif "flexible saver" in summary_info:
savings_data['variability'] = 'V'
else:
themortgagemeter_utils.record_alert(
'NEED TO HANDLE: ' + summary_info, logger,
themortgagemeter_db.db_connection,
themortgagemeter_db.cursor)
exit()
tr_count = 0
for tr in t.find_all('tr'):
# This is a new savings product, so clone the data at this point and use that from here.
this_savings_data = savings_data.copy()
#logger.info("TR " + str(tr_count)) #logger.info(tr)
if this_savings_data['bonus'] == 'Y':
#print "BONUS"
#print tr
pass
if this_savings_data['regular_saver'] == 'Y':
td_count = -1
else:
td_count = 0
if tr_count >= 1:
# If tax-free, this will be true
for td in tr.find_all('td'):
td_style = td.get('style')
if td_style != None:
td_style = td_style.lower().encode(
'utf-8').translate(None, ' ')
if td_style == 'vertical-align:middle':
continue
#logger.info("TD" + str(td_count)) #logger.info(tr_count) #logger.info(td_count)
logger.info(td)
v = td.text.encode('utf-8').lower().strip()
if td_count == 0:
#logger.info(this_savings_data['regular_saver'])
if this_savings_data['regular_saver'] == 'Y':
logger.info('regular_saver: ' + v)
this_savings_data[
'regular_saver_min_amt'] = v.split()[0][2:]
this_savings_data[
'regular_saver_max_amt'] = v.split()[2][2:]
if v.split()[4] == "month":
this_savings_data[
'regular_saver_frequency_period'] = '1'
this_savings_data[
'regular_saver_frequency_type'] = 'M'
else:
themortgagemeter_utils.record_alert(
'ERROR: reg saver not parsed: ' + v,
logger,
themortgagemeter_db.db_connection,
themortgagemeter_db.cursor)
exit()
else:
# if it's got a + at the end, it's a min, if it's "up to" it's a max.
res = savings_util.get_money_range(v, logger)
this_savings_data['min_amt'] = res[0]
this_savings_data['max_amt'] = res[1]
# TODO: remove this section
#if re.match('^.*\+$',v):
# money_val = themortgagemeter_utils.get_money(v,logger)
# this_savings_data['min_amt'] = money_val
#elif re.match('^.*up to.*$',v) or re.match('^.*under.*$',v):
# money_val = themortgagemeter_utils.get_money(v,logger)
# this_savings_data['max_amt'] = money_val
# this_savings_data['min_amt'] = 0
#elif re.match('^.* - .*$',v):
# this_savings_data['min_amt'] = v.split()[0][2:].translate(None,',')
# this_savings_data['max_amt'] = v.split()[2][2:].translate(None,',')
#else:
# #logger.info(t) #logger.info('value not handled: ' + v)
# themortgagemeter_utils.record_alert('ERROR: value wrong: ' + v,logger,themortgagemeter_db.db_connection,themortgagemeter_db.cursor)
# exit()
elif td_count == 1:
# we don't bother with net_percent
pass
elif td_count == 2:
# gross %
this_savings_data['gross_percent'] = v
elif td_count == 3:
this_savings_data['aer_percent'] = v
td_count += 1
# Some trs have no tds; we ignore those.
if td_count > 0:
# Now store this product
# TODO: fixed savings?
logger.info(this_savings_data)
isa = this_savings_data['isa']
regular_saver = this_savings_data['regular_saver']
regular_saver_frequency_period = this_savings_data[
'regular_saver_frequency_period']
regular_saver_frequency_type = this_savings_data[
'regular_saver_frequency_type']
regular_saver_min_amt = this_savings_data[
'regular_saver_min_amt']
regular_saver_max_amt = this_savings_data[
'regular_saver_max_amt']
bonus = this_savings_data['bonus']
bonus_frequency_period = this_savings_data[
'bonus_frequency_period']
bonus_frequency_type = this_savings_data[
'bonus_frequency_type']
online = this_savings_data['online']
branch = this_savings_data['branch']
variability = this_savings_data['variability']
min_amt = this_savings_data['min_amt']
max_amt = this_savings_data['max_amt']
gross_percent = this_savings_data['gross_percent']
aer_percent = this_savings_data['aer_percent']
interest_paid = this_savings_data['interest_paid']
child = this_savings_data['child']
savings_period = this_savings_data['savings_period']
savings_util.handle_savings_insert(
institution_code, isa, regular_saver,
regular_saver_frequency_period,
regular_saver_frequency_type,
regular_saver_min_amt, regular_saver_max_amt,
bonus, bonus_frequency_period,
bonus_frequency_type, online, branch, variability,
savings_period, min_amt, max_amt, gross_percent,
aer_percent, child, interest_paid, url, logger)
else:
tr_count += 1
continue
tr_count += 1
else:
#print url
#print bsobj
exit()
