Automatic survey reading

jane.py

#!/usr/bin/python2.7
#Auto survey
import re,sys,os

class answer:
	def __init__(self):
		self.ans = []
				
	def answer(self,a):
		self.ans.append(a)

class survey:
	def __init__(self,f):
		self.entries = []
		self.results = []
		
		try:
			self.f = open(sys.argv[0].replace('\jane.py','')+os.sep+f,'r')
			for line in self.f.readlines():
				l = line.replace('\n','')
				#print l
				self.entries.append(l)
		except:
			print 'Error in reading %s' % (f)
		
		self.questions = []
		self.answers = []
		self.user_answers = []
		self.questions.append('Type of bread')
		self.questions.append('Side order')
		self.questions.append('Toasted')
		self.questions.append('Meat')
		self.questions.append('Beverage')
		self.questions.append('Watch')
		self.questions.append('Vegatarian')
		self.answers.append('Cheap, more common bread;Expensive bread.')
		self.answers.append('Chips;Drink;Cookies;Pickle')
		self.answers.append('Yes;No;Sometimes')
		self.answers.append('Bologna;Ham;Salami;Turkey')
		self.answers.append('Coke;Pepsi;Water;Juice')
		self.answers.append('Sports;Action;News;Drama')
		self.answers.append('Yes;No')
	
	def get_answer(self,qn,an):
		an_real=0
		#print 'Got %s and %s' % (qn,an)
		if an=='a':
			an_real=0
		elif an=='b':
			an_real=1
		elif an=='c':
			an_real=2
		elif an=='d':
			an_real=3
		elif an=='y':
			an_real=0
		elif an=='n':
			an_real=1
		#print self.questions[qn]
		#print 'an_real %s' %(an_real)
		#print self.answers[qn].split(';')[an_real]
		print '%s: %s' % (self.questions[qn],self.answers[qn].split(';')[an_real])
	
	def get_answer_mult(self,qn,an):
		an_real=''
		#print 'Got %s and %s' % (qn,an)
		if an!='dew':
			for an_ in an:
				if an_=='a':
					an_real+='0'
				elif an_=='b':
					an_real+='1'
				elif an_=='c':
					an_real+='2'
				elif an_=='d':
					an_real+='3'
				elif an_=='y':
					an_real+='0'
				elif an_=='n':
					an_real+='1'
		
		#print self.questions[qn]
		answer_string = ''
		for a in an_real:
			answer_string+=self.answers[qn].split(';')[int(a)]+' '
		
		print '%s: %s' % (self.questions[qn],answer_string)
		
		#if an_real==-1:
		#	print self.answers[qn].split(';')[an_real]
		#print '%s: %s' % (self.questions[qn],self.answers[qn].split(';')[an_real])
	
	def parse(self):
		for entry in self.entries:
			#temp = answer()
			n=0

			if entry.count('(')==0:
				#self.results.append(temp)
				#print 'checking %s' % (entry)
				
				for char in entry:
					#print 'char: %s' %(char)
					self.get_answer(n,char)
					n+=1
					if n==7:n=0;
				print
			else:
				#print 'checking %s' % (entry)
				freeze = -1
				n=0
				freeze_string = ''
				for char in entry:
					#are we near a combo? freeze are current spot, then.
					if char=='(':
						freeze = n
					elif char==')':
						na=n+(freeze-n)
						n=na
						freeze = -1
						self.get_answer_mult(n,freeze_string.replace('(',''))
						freeze_string = ''
											
					#are we frozen? if so,
					if freeze == -1:
						if char!=')':
							self.get_answer(n,char)
						n+=1
					else:
						#not frozen, so let's record our combo
						freeze_string+=char
				print
					
						
	def get_data(self):
		print 'Total surveys: %s' % (len(self.entries))
		print 'Total answers parsed: %s' % (len(self.results))

sur = survey('input.txt')
sur.parse()
sur.get_data()