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How to use mktime method in localstack

Best Python code snippet using localstack_python

OV.py

Source:OV.py

...35            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),36                                         through_time__gt=end_datetime, planned_outage=2)37            sum_data = 038            for a in all:39                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))40                convert_to_hour = diff / 360041                sum_data = sum_data + convert_to_hour42            for a in all2:43                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))44                convert_to_hour = diff / 360045                sum_data = sum_data + convert_to_hour46            for a in all3:47                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))48                convert_to_hour = diff / 360049                sum_data = sum_data + convert_to_hour50            array_single.append(sum_data)51            start = start + 152        elif range_date == 3:53            start_datetime = datetime(54                year=start,55                month=1,56                day=157            )58            end_datetime = datetime(59                year=start,60                month=3,61                day=31,62                hour=23,63                minute=59,64                second=5965            )66            all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),67                                        through_time__range=(start_datetime, end_datetime), planned_outage=2)68            all2 = Outage.objects.filter(from_time__lt=start_datetime,69                                         through_time__range=(start_datetime, end_datetime), planned_outage=2)70            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),71                                         through_time__gt=end_datetime, planned_outage=2)72            sum_data = 073            for a in all:74                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))75                convert_to_hour = diff / 360076                sum_data = sum_data + convert_to_hour77            for a in all2:78                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))79                convert_to_hour = diff / 360080                sum_data = sum_data + convert_to_hour81            for a in all3:82                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))83                convert_to_hour = diff / 360084                sum_data = sum_data + convert_to_hour85            array_single.append(sum_data)86            start_datetime = datetime(87                year=start,88                month=4,89                day=190            )91            end_datetime = datetime(92                year=start,93                month=6,94                day=30,95                hour=23,96                minute=59,97                second=5998            )99            all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),100                                        through_time__range=(start_datetime, end_datetime), planned_outage=2)101            all2 = Outage.objects.filter(from_time__lt=start_datetime,102                                         through_time__range=(start_datetime, end_datetime), planned_outage=2)103            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),104                                         through_time__gt=end_datetime, planned_outage=2)105            sum_data = 0106            for a in all:107                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))108                convert_to_hour = diff / 3600109                sum_data = sum_data + convert_to_hour110            for a in all2:111                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))112                convert_to_hour = diff / 3600113                sum_data = sum_data + convert_to_hour114            for a in all3:115                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))116                convert_to_hour = diff / 3600117                sum_data = sum_data + convert_to_hour118            array_single.append(sum_data)119            start_datetime = datetime(120                year=start,121                month=7,122                day=1123            )124            end_datetime = datetime(125                year=start,126                month=9,127                day=30,128                hour=23,129                minute=59,130                second=59131            )132            all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),133                                        through_time__range=(start_datetime, end_datetime), planned_outage=2)134            all2 = Outage.objects.filter(from_time__lt=start_datetime,135                                         through_time__range=(start_datetime, end_datetime), planned_outage=2)136            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),137                                         through_time__gt=end_datetime, planned_outage=2)138            sum_data = 0139            for a in all:140                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))141                convert_to_hour = diff / 3600142                sum_data = sum_data + convert_to_hour143            for a in all2:144                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))145                convert_to_hour = diff / 3600146                sum_data = sum_data + convert_to_hour147            for a in all3:148                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))149                convert_to_hour = diff / 3600150                sum_data = sum_data + convert_to_hour151            array_single.append(sum_data)152            start_datetime = datetime(153                year=start,154                month=10,155                day=1156            )157            end_datetime = datetime(158                year=start,159                month=12,160                day=31,161                hour=23,162                minute=59,163                second=59164            )165            all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),166                                        through_time__range=(start_datetime, end_datetime), planned_outage=2)167            all2 = Outage.objects.filter(from_time__lt=start_datetime,168                                         through_time__range=(start_datetime, end_datetime), planned_outage=2)169            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),170                                         through_time__gt=end_datetime, planned_outage=2)171            sum_data = 0172            for a in all:173                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))174                convert_to_hour = diff / 3600175                sum_data = sum_data + convert_to_hour176            for a in all2:177                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))178                convert_to_hour = diff / 3600179                sum_data = sum_data + convert_to_hour180            for a in all3:181                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))182                convert_to_hour = diff / 3600183                sum_data = sum_data + convert_to_hour184            array_single.append(sum_data)185            start = start + 1186        else:187            for i in range(12):188                if (i == 11):189                    number = abs((date(start, i + 1, 1) - date(start + 1, 1, 1)).days)190                else:191                    number = abs((date(start, i + 1, 1) - date(start, i + 2, 1)).days)192                start_datetime = datetime(193                    year=start,194                    month=i + 1,195                    day=1196                )197                end_datetime = datetime(198                    year=start,199                    month=i + 1,200                    day=number,201                    hour=23,202                    minute=59,203                    second=59204                )205                all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),206                                            through_time__range=(start_datetime, end_datetime), planned_outage=2)207                all2 = Outage.objects.filter(from_time__lt=start_datetime,208                                             through_time__range=(start_datetime, end_datetime), planned_outage=2)209                all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),210                                             through_time__gt=end_datetime, planned_outage=2)211                sum_data = 0212                for a in all:213                    diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))214                    convert_to_hour = diff / 3600215                    sum_data = sum_data + convert_to_hour216                for a in all2:217                    diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))218                    convert_to_hour = diff / 3600219                    sum_data = sum_data + convert_to_hour220                for a in all3:221                    diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))222                    convert_to_hour = diff / 3600223                    sum_data = sum_data + convert_to_hour224                array_single.append(sum_data)225            start = start + 1...

O.py

Source:O.py

...35            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),36                                         through_time__gt=end_datetime)37            sum_data = 038            for a in all:39                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))40                convert_to_hour = diff / 360041                sum_data = sum_data + convert_to_hour42            for a in all2:43                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))44                convert_to_hour = diff / 360045                sum_data = sum_data + convert_to_hour46            for a in all3:47                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))48                convert_to_hour = diff / 360049                sum_data = sum_data + convert_to_hour50            array_single.append(sum_data)51            start = start + 152        elif range_date == 3:53            start_datetime = datetime(54                year=start,55                month=1,56                day=157            )58            end_datetime = datetime(59                year=start,60                month=3,61                day=31,62                hour=23,63                minute=59,64                second=5965            )66            all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),67                                        through_time__range=(start_datetime, end_datetime))68            all2 = Outage.objects.filter(from_time__lt=start_datetime,69                                         through_time__range=(start_datetime, end_datetime))70            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),71                                         through_time__gt=end_datetime)72            sum_data = 073            for a in all:74                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))75                convert_to_hour = diff / 360076                sum_data = sum_data + convert_to_hour77            for a in all2:78                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))79                convert_to_hour = diff / 360080                sum_data = sum_data + convert_to_hour81            for a in all3:82                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))83                convert_to_hour = diff / 360084                sum_data = sum_data + convert_to_hour85            array_single.append(sum_data)86            start_datetime = datetime(87                year=start,88                month=4,89                day=190            )91            end_datetime = datetime(92                year=start,93                month=6,94                day=30,95                hour=23,96                minute=59,97                second=5998            )99            all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),100                                        through_time__range=(start_datetime, end_datetime))101            all2 = Outage.objects.filter(from_time__lt=start_datetime,102                                         through_time__range=(start_datetime, end_datetime))103            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),104                                         through_time__gt=end_datetime)105            sum_data = 0106            for a in all:107                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))108                convert_to_hour = diff / 3600109                sum_data = sum_data + convert_to_hour110            for a in all2:111                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))112                convert_to_hour = diff / 3600113                sum_data = sum_data + convert_to_hour114            for a in all3:115                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))116                convert_to_hour = diff / 3600117                sum_data = sum_data + convert_to_hour118            array_single.append(sum_data)119            start_datetime = datetime(120                year=start,121                month=7,122                day=1123            )124            end_datetime = datetime(125                year=start,126                month=9,127                day=30,128                hour=23,129                minute=59,130                second=59131            )132            all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),133                                        through_time__range=(start_datetime, end_datetime))134            all2 = Outage.objects.filter(from_time__lt=start_datetime,135                                         through_time__range=(start_datetime, end_datetime))136            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),137                                         through_time__gt=end_datetime)138            sum_data = 0139            for a in all:140                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))141                convert_to_hour = diff / 3600142                sum_data = sum_data + convert_to_hour143            for a in all2:144                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))145                convert_to_hour = diff / 3600146                sum_data = sum_data + convert_to_hour147            for a in all3:148                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))149                convert_to_hour = diff / 3600150                sum_data = sum_data + convert_to_hour151            array_single.append(sum_data)152            start_datetime = datetime(153                year=start,154                month=10,155                day=1156            )157            end_datetime = datetime(158                year=start,159                month=12,160                day=31,161                hour=23,162                minute=59,163                second=59164            )165            all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),166                                        through_time__range=(start_datetime, end_datetime))167            all2 = Outage.objects.filter(from_time__lt=start_datetime,168                                         through_time__range=(start_datetime, end_datetime))169            all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),170                                         through_time__gt=end_datetime)171            sum_data = 0172            for a in all:173                diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))174                convert_to_hour = diff / 3600175                sum_data = sum_data + convert_to_hour176            for a in all2:177                diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))178                convert_to_hour = diff / 3600179                sum_data = sum_data + convert_to_hour180            for a in all3:181                diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))182                convert_to_hour = diff / 3600183                sum_data = sum_data + convert_to_hour184            array_single.append(sum_data)185            start = start + 1186        else:187            for i in range(12):188                if (i == 11):189                    number = abs((date(start, i + 1, 1) - date(start + 1, 1, 1)).days)190                else:191                    number = abs((date(start, i + 1, 1) - date(start, i + 2, 1)).days)192                start_datetime = datetime(193                    year=start,194                    month=i + 1,195                    day=1196                )197                end_datetime = datetime(198                    year=start,199                    month=i + 1,200                    day=number,201                    hour=23,202                    minute=59,203                    second=59204                )205                all = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),206                                            through_time__range=(start_datetime, end_datetime))207                all2 = Outage.objects.filter(from_time__lt=start_datetime,208                                             through_time__range=(start_datetime, end_datetime))209                all3 = Outage.objects.filter(from_time__range=(start_datetime, end_datetime),210                                             through_time__gt=end_datetime)211                sum_data = 0212                for a in all:213                    diff = abs(mktime(a.from_time.timetuple()) - mktime(a.through_time.timetuple()))214                    convert_to_hour = diff / 3600215                    sum_data = sum_data + convert_to_hour216                for a in all2:217                    diff = abs(mktime(start_datetime.timetuple()) - mktime(a.through_time.timetuple()))218                    convert_to_hour = diff / 3600219                    sum_data = sum_data + convert_to_hour220                for a in all3:221                    diff = abs(mktime(a.from_time.timetuple()) - mktime(end_datetime.timetuple()))222                    convert_to_hour = diff / 3600223                    sum_data = sum_data + convert_to_hour224                array_single.append(sum_data)225            start = start + 1...

minute_diff.py

Source:minute_diff.py

...6user_input = input()7year_ls = user_input.split(',')8start_year = time.strptime(year_ls[0],"%Y-%m-%d %H:%M:%S")9end_year = time.strptime(year_ls[1],"%Y-%m-%d %H:%M:%S")10mktime_start_date = time.mktime(start_year)11print(mktime_start_date)12mktime_end_date = time.mktime(end_year)13print(mktime_end_date)14time_diff_in_mins = 015time_diff_in_mins = abs(mktime_end_date - mktime_start_date)16print(time_diff_in_mins)17# if mktime_end_date >= mktime_end_date:18    # time_diff_in_seconds = mktime_end_date - mktime_start_date19# else:20    # time_diff_in_seconds = mktime_start_date - mktime_end_date...

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