def MOW(
self
): # Using self.reco_action and self.reco_type to get reco_action_mow and reco_type_mow
try:
for i in self.ptag:
header = i.get_text()
body = i.get_text()
ORIG = orig.Return_ORIG()
string = "to\s+([A-Za-z]*)"
string2 = "a\s+([A-Za-z]*)"
ORIG.rec_type_mow(body)
reco_type = ORIG.reco_type
reco_action = re.findall(string, body)
if (reco_action == []):
reco_action = re.findall(string2, body)
if (reco_action == []):
reco_action = ''
else:
reco_action = reco_action[0]
MOW1 = mow.MOW()
MOW1.rec_act_mow(reco_action)
reco_action_mow = MOW1.reco_action_mow
MOW1.rec_type_mow(reco_type)
reco_type_mow = MOW1.reco_type_mow
self.reco_action.append(reco_action)
self.reco_action_mow.append(reco_action_mow)
self.reco_type.append(reco_type)
self.reco_type_mow.append(reco_type_mow)
except Exception, e:
print str(e)
def Get_the_RecoAction_origmow_and_RecoType_origmow(
self, Ticker, Ticker_Date
): ### Extracting the RecoAction and RecoType using regex
self.Make_file_for_source_code(Ticker)
with open("RecoAction_orig.txt", "r") as fo:
data = fo.read().replace("\n", "")
reg = re.findall(r'<tbody.*?>(.*?)</tbody>', data)
reg1 = re.findall(r'<tr.*?>(.*?)</tr>', str(reg[0]))
for li in reg1:
row = re.findall(r'<td.*?>(.*?)</td>', li)
date_format_change = date_format.convert_date(row[0])
date_format_change.convert_into_a_specific_format()
date_changed = date_format_change.final
count = 0
if date_changed in Ticker_Date or Ticker_Date in date_changed:
if row[1] != "":
splited_firm_name = row[1].split()
length = len(splited_firm_name)
for i in xrange(length):
if splited_firm_name[i] in self.data:
count = count + 1
if count != 0:
self.firm = row[1]
self.reco_type = row[2]
self.reco_action = row[4]
self.PriceTarget = row[5]
break
# Using self.reco_action and self.reco_type to get reco_action_mow and reco_type_mow
MOW1 = mow.MOW() ### Might want to change this
MOW1.rec_act_mow(self.reco_action)
MOW1.rec_type_mow(self.reco_type)
self.reco_action_mow = MOW1.reco_action_mow
self.reco_type_mow = MOW1.reco_type_mow
fo.close()
def MOW(
self
): # Using self.reco_action and self.reco_type (from the header here) to get reco_action_mow and reco_type_mow
ORIG = orig.Return_ORIG()
ORIG.rec_type_mow(self.data)
action1 = re.findall(
'from\s+[^ \t\n\r\f\v0-9]*\s+to\s+([^ \t\n\r\f\v0-9]*)', self.data)
action2 = re.findall('([^ \t\n\r\f\v0-9]*)\s+rating', self.data)
action3 = re.findall('at\s+([^ \t\n\r\f\v0-9]*)', self.data)
if action1 == []:
pass
else:
self.reco_action = action1[0]
if (self.reco_action != '' and not (action2 == [])
and not (rec_act_mow(self.reco_action))):
self.reco_action = action2[0]
if (self.reco_action != '' and not (action3 == [])
and not (rec_act_mow(self.reco_action))):
self.reco_action = action3[0]
self.reco_type = ORIG.reco_type
MOW1 = mow.MOW()
MOW1.rec_act_mow(self.reco_action)
self.reco_action_mow = MOW1.reco_action_mow
#print self.rec_act_mow
MOW1.rec_type_mow(self.reco_type)
self.reco_type_mow = MOW1.reco_type_mow
def MOW(self): # Using self.reco_action and self.reco_type to get reco_action_mow and reco_type_mow MOW1 = mow.MOW() MOW1.rec_act_mow(self.header) self.reco_action_mow = MOW1.reco_action_mow MOW1.rec_type_mow(self.header) self.reco_type_mow = MOW1.reco_type_mow ORIG = orig.Return_ORIG() ORIG.rec_act_mow(self.header) ORIG.rec_type_mow(self.header) self.reco_action = ORIG.reco_action self.reco_type = ORIG.reco_type
def MOW(self): # Using self.reco_action and self.reco_type (from the header here) to get reco_action_mow and reco_type_mow ORIG = orig.Return_ORIG() ORIG.rec_type_mow(self.data) ORIG.rec_act_mow(self.data) self.reco_action = ORIG.reco_action self.reco_type = ORIG.reco_type MOW1 = mow.MOW() MOW1.rec_act_mow(self.reco_action) self.reco_action_mow = MOW1.reco_action_mow #print self.rec_act_mow MOW1.rec_type_mow(self.reco_type) self.reco_type_mow = MOW1.reco_type_mow
def MOW(
self
): # Using self.reco_action and self.reco_type to get reco_action_mow and reco_type_mow
try:
#MOW(key[0].get_text().encode('utf-8'),value[0].get_text().encode('utf-8'))
for i in range(0, len(self.value)):
#print self.value[i]
ORIG = orig.Return_ORIG()
string = "to\s+([A-Za-z]*)"
string2 = "a\s+([A-Za-z]*)"
ORIG.rec_type_mow(self.value[i].get_text().encode('utf-8'))
reco_type = ORIG.reco_type
self.reco_type.append(reco_type)
reco_action = re.findall(
string, self.value[i].get_text().encode('utf-8'))
#print reco_action
if (reco_action == []):
reco_action = re.findall(
string2, self.value[i].get_text().encode('utf-8'))
#print reco_action
if (reco_action == []):
reco_action = ''
else:
reco_action = reco_action[0]
self.reco_action.append(reco_action)
MOW1 = mow.MOW()
MOW1.rec_act_mow(reco_action)
reco_action_mow = MOW1.reco_action_mow
#print reco_action_mow
self.reco_action_mow.append(reco_action_mow)
MOW1.rec_type_mow(reco_type)
reco_type_mow = MOW1.reco_type_mow
self.reco_type_mow.append(reco_type_mow)
except Exception, e:
print str(e)