def getData(self):
info = stockretriever.get_current_info([self.ticker])
self.sharePrice = float(info['Bid'])
self.marketCap = convertString.convertString(
info['MarketCapitalization'])
self.ebitda = convertString.convertString(info['EBITDA'])
self.eps = info['EPSEstimateCurrentYear']
#Equity Multiples
self.PEGRatio = info['PEGRatio']
self.PERatio = info['PERatio']
self.PriceBook = info['PriceBook']
self.calculateEnterpriseValue()
self.amortization = float(raw_input("Enter Amortization:"))
self.depreciation = float(raw_input("Enter Depreciation:"))
self.sales = float(raw_input("Enter Sales:"))
self.UnleveredFreeCashFlow = float(
raw_input("Enter Unlevered Free Cash Flow:"))
self.EBIT = self.ebitda - self.amortization - self.depreciation
#Enterprise Values
print self.ebitda
#print self.enterpriseValue
self.evEBITDA = self.enterpriseValue / self.ebitda
self.evEBIT = self.enterpriseValue / self.EBIT
self.evSales = self.enterpriseValue / self.sales
self.evUnleveredCF = self.enterpriseValue / self.UnleveredFreeCashFlow
def getData(self):
info = stockretriever.get_current_info([self.ticker])
self.sharePrice = float(info['Bid'])
self.marketCap = convertString.convertString(info['MarketCapitalization'])
self.ebitda = convertString.convertString(info['EBITDA'])
self.eps = info['EPSEstimateCurrentYear']
#Equity Multiples
self.PEGRatio = info['PEGRatio']
self.PERatio = info['PERatio']
self.PriceBook = info['PriceBook']
self.calculateEnterpriseValue();
self.amortization = float(raw_input("Enter Amortization:"))
self.depreciation = float(raw_input("Enter Depreciation:"))
self.sales = float(raw_input("Enter Sales:"))
self.UnleveredFreeCashFlow = float(raw_input("Enter Unlevered Free Cash Flow:"))
self.EBIT = self.ebitda - self.amortization - self.depreciation
#Enterprise Values
print self.ebitda
#print self.enterpriseValue
self.evEBITDA = self.enterpriseValue/self.ebitda
self.evEBIT = self.enterpriseValue/self.EBIT
self.evSales = self.enterpriseValue/self.sales
self.evUnleveredCF = self.enterpriseValue/self.UnleveredFreeCashFlow
def prettyJson(jsonStr, tab=''):
for key in jsonStr.keys():
if type(jsonStr[key]) is dict:
print(key + "\n", end='')
prettyJson(jsonStr[key], tab + '\t')
else:
print(tab, key, ": ", convertString(jsonStr[key]))
def parseJson(self, jsonStr):
for key in jsonStr.keys():
if type(jsonStr[key]) is dict:
print(key + "\t")
self.parseJson(jsonStr[key])
else:
print(key, ": ", convertString(jsonStr[key]))
def convertToken(token, line,t,v,i,understood,variables, oldIdent):
"""
Converts a token in Python into an equivelent Perl string
"""
if t == tokenize.COMMENT: line,i,understood,variables = convertComment(token,line,t,v,i,understood,variables)
elif t == tokenize.NAME:
if keyword.iskeyword(v):
if v == 'print': line, i, understood, variables = convertPrint(token,line,t,v,i,understood,variables)
elif v == 'not' : line, i, understood, variables = convertNot (token,line,t,v,i,understood,variables)
elif v == 'and' : line += '&& '
elif v == 'or' : line += '|| '
elif v == 'if' : line, i, understood, variables = convertIf (token,line,t,v,i,understood,variables, oldIdent)
elif v == 'for' : line, i, understood, variables = convertFor (token,line,t,v,i,understood,variables, oldIdent)
elif v == 'while': line, i, understood, variables = convertWhile(token,line,t,v,i,understood,variables, oldIdent)
elif v == 'elif' : line, i, understood, variables = convertElif (token,line,t,v,i,understood,variables, oldIdent)
elif v == 'else' : line, i, understood, variables = convertElse (token,line,t,v,i,understood,variables, oldIdent)
elif v == 'break': line += 'last '
elif v == 'continue': line += 'next'
elif v == 'import': line += ''
else:
line += v + ' '
understood = False
elif v == 'range': line, i, understood, variables = convertRange(token, line, t,v,i,understood, variables)
elif v == 'sys' : line, i, understood, variables = convertSys (token, line, t,v,i,understood, variables, oldIdent)
elif v == 'int' : line, i, understood, variables = convertInt (token, line, t,v,i,understood, variables)
elif v == 'len' : line, i, understood, variables = convertLen (token, line, t,v,i,understood, variables)
elif v =='sorted': line, i, understood, variables = convertSorted(token, line, t,v,i,understood, variables)
else: line, i, understood, variables = convertVariableName(token,line,t,v,i,understood,variables)
elif t == tokenize.STRING: line,i,understood,variables = convertString(token,line, t, v, i,understood,variables)
elif t == tokenize.NEWLINE: line, i,understood,variables = convertLineEnd(token,line,t,v,i,understood,variables);
elif t == tokenize.NL: line, i,understood,variables = convertLineEnd(token,line,t,v,i,understood,variables);
elif t == tokenize.NUMBER:line += v + ' '
elif t == tokenize.OP and re.match(r'^[<>&^|~=*,/%-]$|^\*\*$|<<|>>|>=|<=|!=|==|\+=|-=|\*=|%=|&=',v): line += v + ' '
elif t == tokenize.OP and v == '+' and len(token) - i > 1 and\
(((token[i+1][1] in variables) and variables[token[i+1][1]] == 'STRING') or
token[i-1][0] == tokenize.STRING or
token[i+1][0] == tokenize.STRING or
getType(token, i+1, understood, variables)[0] == 'STRING'):
line += '. '
elif t == tokenize.OP and v == '+': line += '+ ';
elif t == tokenize.OP and v == '[': line, i, understood, variables = convertSquareBraketOP(token, line, t,v,i,understood, variables)
elif t == tokenize.OP and re.match('[(]',v): line, i,understood,variables = convertGrouping(token,line,t,v,i,understood,variables)
elif t == tokenize.ENDMARKER: print "",
else:
