mix of stuff

import requests, sys, time, os, pickle, gc
from flask import Flask, render_template, request

def gettextfromfile(filename):

  fin = open(filename, 'r')
  textinfile = fin.read()
  fin.close()
  return textinfile

def getlinesfromfile(filename):

  fin = open(filename, 'r')
  linesoffile = fin.read().splitlines()
  fin.close()

  return linesoffile

def runGCIfNeeded(iterations, max_iterations):
  if iterations==max_iterations:
    print("Running GC..")
    gc.collect()
    return 0
  else:
    return iterations

def save_string(filename, string_to_save):
  fout = open(filename, 'w')
  fout.write(string_to_save)
  fout.close()

def save_string_append(filename, e_str):
  fappend = open(filename, 'a')
  fappend.write(e_str)
  fappend.close()

def save_list(filename, blocklist):
  fout = open(filename, 'w')
  for l in blocklist:
     fout.write(l)
  fout.close()

def save_object(filename, the_object):
  subfile = open(filename, 'wb')
  pickle.dump(the_object, subfile)
  subfile.close()

def load_object(filename):
  subfile = open(filename, 'rb')
  the_object = pickle.load(subfile)
  subfile.close()
  return the_object

def loadpicklelist(filename):
    if os.path.isfile(filename):
        return load_object(filename)
    else:
        return list()

def DeleteFile(filename):
    if os.path.isfile(filename):
      os.remove(filename)

def IsInList(item, list_two):
  for l in list_two:
    if l == item:
        return 1
  return 0

class ToteAdder:
    sometotes = list()
    currentpos = 1

def ChangeRoom(theroom):
    if theroom == 'Ambient':
        return 'Refrigerated'
    elif theroom == 'Refrigerated':
        return 'Frozen'
    elif theroom == 'Frozen':
        return 'Ambient'

def ChangeArea(thearea, theroom):
    if thearea == 'A':
        return 'A Overflow'
    elif thearea == 'A Overflow':
        return 'B'
    elif thearea == 'B':
        return 'B Overflow'
    elif thearea == 'B Overflow':
        return 'C'
    elif thearea == 'C':
        return 'C Overflow'
    elif thearea == 'C Overflow' and theroom == 'Ambient':
        return 'Oversized Overflow'
    elif thearea == 'C Overflow' and theroom != 'Ambient':
        return 'A'
    elif thearea == 'Oversized Overflow':
        return 'A'


def AddTotes():
    rawtotes = []
    thetotes = []

    num = 1
    area = 'A'
    room = 'Ambient'
    rawtotes = getlinesfromfile('rawtotes.txt')
    index = 0
    temptote = ''
    totelen = len(rawtotes)
    while index<totelen:
        if rawtotes[index] == 'n':
            num = num + 1
        elif rawtotes[index] == 'a':
            area = ChangeArea(area, room)
            num = 1
        elif rawtotes[index] == 'r':
            room = ChangeRoom(room)
            num = 1
        else:
            temptote = rawtotes[index] + ' in ' + room + ' ' + area + str(num)
            thetotes.append(temptote)
        index = index + 1
    save_object("thetotes.pickle", thetotes)

def PrintTotes():
    thetotes = loadpicklelist('thetotes.pickle')
    print(thetotes)

AddTotes()
PrintTotes()

import requests, sys, time, os, pickle, gc


def gettextfromfile(filename):

  fin = open(filename, 'r')
  textinfile = fin.read()
  fin.close()
  return textinfile

def getlinesfromfile(filename):

  fin = open(filename, 'r')
  linesoffile = fin.read().splitlines()
  fin.close()

  return linesoffile

def runGCIfNeeded(iterations, max_iterations):
  if iterations==max_iterations:
    print("Running GC..")
    gc.collect()
    return 0
  else:
    return iterations

def save_string(filename, string_to_save):
  fout = open(filename, 'w')
  fout.write(string_to_save)
  fout.close()

def save_string_append(filename, e_str):
  fappend = open(filename, 'a')
  fappend.write(e_str)
  fappend.close()

def save_list(filename, blocklist):
  fout = open(filename, 'w')
  for l in blocklist:
     fout.write(l)
  fout.close()

def save_object(filename, the_object):
  subfile = open(filename, 'wb')
  pickle.dump(the_object, subfile)
  subfile.close()

def load_object(filename):
  subfile = open(filename, 'rb')
  the_object = pickle.load(subfile)
  subfile.close()
  return the_object

def loadpicklelist(filename):
    if os.path.isfile(filename):
        return load_object(filename)
    else:
        return list()

def DeleteFile(filename):
    if os.path.isfile(filename):
      os.remove(filename)

def IsInList(item, list_two):
  for l in list_two:
    if l == item:
        return 1
  return 0

thetotes = loadpicklelist('thetotes.pickle')

while True:
    ordernumber = raw_input("\nEnter an order number:")
    for t in thetotes:
        if (t.find(ordernumber) > -1):
            print(t)


rawtotes.txt

6848
6830
6817
n
6806
6905
6806
6995
6894
6813
n
6976
6810
n
n
6802
6809
6810
6894
n
6904
6864
6907
6978
6910
n
6817
6894
n
6907
6842
6849
6905
n
6839
6982
6847
6845
n
6849
6806
6102
5688
a
6842
6910
6982
a
a
a
a
a
a
r
6907
6830
6102
5688
5649
n
6848
6847
6809
n
6849
6817
6839
6976
n
6849
6995
6802
6845
n
6905
6910
6806
6904
n
6806
6810
n
6806
6982
6817
n
a
6894
r
r
a
6971
6998
n
6811
6833
n
6822
n
6828
n
6823
6912
n
6858
6801
6897
n
6908
6859
6827
6837
n
6850
6809
n
6912
6003
6855
n
6855
6899
6805
6853
n
6850
6856
6914
6852
6911
a
6842
6982
n
6857
6805
6857
6998
6983
r
a
a
a
a
a
6855
6805
6908
6850
n
6833
6907
6859
6897
n
6801
6852
6858
6899
6811
6912
6864
6998
n
6853
n
6828
6857
6856
6827
n
6837
6983
6971
n
6823
6003
a
a
r
r
6867
6903
6841
n
6863
6871
6005
6825
n
6826
6861
6836
n
6866
6834
6821
n
6871
6869
6838
n
6835
6902
6898
n
6865
6840
6866
n
6862
6870
6862
6869
n
6867
6871
6826
5737
n
6840
n
6900
n
6867
6866
n
6870
6846
n
6898
6832
6900
n
6836
6834
r
6840
6872
n
6834
6835
6865
6826
n
6866
n
6866
6870
6861
6838
n
6871
5737
6825
6821
n
6869
6832
6005
6867
a
6838
6902
69pp
n
6836
6903
6846
n
6834
6898
6841