SWPROD-4926: remove useless commented code

ecrterm/packets/base_packets.py

@@ -259,92 +259,16 @@ def get_end_of_day_information(self):
         - receipt-number-start, receipt-number-end contain the range of
           receipts
         """
-        ret = {}
         # create a dictionary of bitmaps:
         bdict = self.as_dict()
         # at least amount should be present:
         if 'amount' not in bdict.keys():
             return {}
         else:
-            ret = {'amount': bdict['amount'], }
+            return {'amount': bdict['amount'], }
         # bitmap 0x60 (totals) contains the required information.
         # another bitmap (amount) holds the amount
 
-        # FIXME Parsing of totals in the parser
-        return ret
-
-        # if 'totals' not in bdict.keys():
-        #     # this packet holds no detail information but an amount.
-        #     return ret
-        # totals = bdict['totals']
-        # totals_list = totals.value()
-        # # totals_list = str(bdict['totals'])
-        # # now we build our real data our of it.
-        #
-        # # rebuild date and time.
-        # my_time = None
-        # my_date = None
-        # if 'time' in bdict.keys():
-        #     # print bdict['time'].value()
-        #     mt = str(bdict['time'].value())
-        #     my_time = datetime.time(
-        #         hour=int(mt[0:2]), minute=int(mt[2:4]), second=int(mt[4:6]))
-        # if 'date_day' in bdict.keys():
-        #     # print bdict['date'].value()
-        #     md = str(bdict['date_day'].value())
-        #     my_date = datetime.date(
-        #         year=datetime.datetime.now().year, month=int(md[0:2]),
-        #         day=int(md[2:4]))
-        # ret = {
-        #     'receipt-number-start':
-        #         BCD.as_int(BCD.decode_bcd(totals_list[0:2])),
-        #     'receipt-number-end':
-        #         BCD.as_int(BCD.decode_bcd(totals_list[2:4])),
-        #     'number-ec-card': bs2hl(totals_list[4])[0],
-        #     'turnover-ec-card':
-        #         BCD.as_int(BCD.decode_bcd(totals_list[5:5 + 6])),
-        #     'number-jcb': bs2hl(totals_list[11])[0],
-        #     'turnover-jcb': BCD.as_int(BCD.decode_bcd(totals_list[12:12 + 6])),
-        #     'number-eurocard': bs2hl(totals_list[18])[0],
-        #     'turnover-eurocard':
-        #         BCD.as_int(BCD.decode_bcd(totals_list[19:19 + 6])),
-        #     'number-amex': bs2hl(totals_list[25])[0],
-        #     'turnover-amex':
-        #         BCD.as_int(BCD.decode_bcd(totals_list[26:26 + 6])),
-        #     'number-visa': bs2hl(totals_list[32])[0],
-        #     'turnover-visa':
-        #         BCD.as_int(BCD.decode_bcd(totals_list[33:33 + 6])),
-        #     'number-diners': bs2hl(totals_list[39])[0],
-        #     'turnover-diners':
-        #         BCD.as_int(BCD.decode_bcd(totals_list[40:40 + 6])),
-        #     'number-remaining': bs2hl(totals_list[46])[0],
-        #     'turnover-remaining':
-        #         BCD.as_int(BCD.decode_bcd(totals_list[47:47 + 6])),
-        #     'amount': int(bdict['amount'].value()),
-        #     'turnover-amount': int(bdict['amount'].value()),
-        #     'date': my_date,
-        #     'time': my_time,
-        #     'number-total': 0,
-        # }
-        # # time holds simply HHMMSS (BCD)
-        # # date holds simply mmdd (BCD)
-        #
-        # # adding a formatted version
-        # tn = 0
-        # float_version = {}
-        # for key, value in ret.items():
-        #     if key.startswith('turnover-'):
-        #         key_id = key.replace('turnover-', '')
-        #         # add a key with a formatted representation.
-        #         v = float(value) / 100.0
-        #         float_version['float-%s' % key_id] = v
-        #     elif key.startswith('number-'):
-        #         # add total numbers.
-        #         tn += int(value)
-        # ret['number-total'] = tn
-        # ret.update(float_version)
-        # return ret
-
 
 class IntermediateStatusInformation(Packet):
     """