100 lines
4.1 KiB
Python
100 lines
4.1 KiB
Python
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import dsz
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import ops, ops.cmd
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import datetime
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import time
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import re
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import ops.system.clocks
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def parse_interval_string(interval, delimiter='-'):
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numbers = '[0-9]'
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age_types = '[smhdwy]'
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agetypes_re = re.compile(age_types, re.IGNORECASE)
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age_spec = ('(?:%s+%s?)+' % (numbers, age_types))
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agespec_re = re.compile(age_spec, re.IGNORECASE)
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period_re = re.compile(('^%s( *%s *%s?)?$' % (age_spec, delimiter, age_spec)), re.IGNORECASE)
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if (period_re.match(interval) is None):
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return (None, None)
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period_list = agespec_re.findall(interval)
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if (len(period_list) == 1):
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period_list.append(period_list[(-1)])
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if ((len(agetypes_re.findall(period_list[0])) == 0) and (len(agetypes_re.findall(period_list[1])) == 0)):
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period_list[0] = (period_list[0] + 's')
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period_list[1] = (period_list[1] + 's')
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elif (len(agetypes_re.findall(period_list[0])) == 0):
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period_list[0] = (period_list[0] + agetypes_re.findall(period_list[1])[(-1)])
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elif (len(agetypes_re.findall(period_list[1])) == 0):
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period_list[1] = (period_list[1] + agetypes_re.findall(period_list[0])[(-1)])
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if (len(agetypes_re.findall(period_list[0])) == 0):
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age_types_found = agetypes_re.findall(period_list[1])
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if (len(age_types) > 1):
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return (None, None)
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period_list[0] = (period_list[0] + age_types_found[0])
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elif (len(agetypes_re.findall(period_list[1])) == 0):
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age_types_found = agetypes_re.findall(period_list[0])
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if (len(age_types) > 1):
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return (None, None)
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period_list[1] = (period_list[1] + age_types_found[0])
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min_seconds = get_seconds_from_age(period_list[0])
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max_seconds = get_seconds_from_age(period_list[1])
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return (min_seconds, max_seconds)
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def _split_value_(interval_string):
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DIGITS = ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9']
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if (interval_string[(-1)] in DIGITS):
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unit = None
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value = interval_string
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else:
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unit = interval_string[(-1)]
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value = interval_string[:(-1)]
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return (value, unit)
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def get_seconds_from_age(age):
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numbers = '[0-9]'
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age_types = '[smhdwy]'
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agetypes_re = re.compile(age_types, re.IGNORECASE)
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age_spec = ('%s+%s' % (numbers, age_types))
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agespec_re = re.compile(age_spec, re.IGNORECASE)
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found_ages = agespec_re.findall(age)
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total_seconds = 0
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for found_age in found_ages:
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if found_age.endswith('s'):
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total_seconds += int(found_age[:(-1)])
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elif found_age.endswith('m'):
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total_seconds += (int(found_age[:(-1)]) * 60)
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elif found_age.endswith('h'):
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total_seconds += ((int(found_age[:(-1)]) * 60) * 60)
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elif found_age.endswith('d'):
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total_seconds += (((int(found_age[:(-1)]) * 60) * 60) * 24)
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elif found_age.endswith('w'):
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total_seconds += ((((int(found_age[:(-1)]) * 60) * 60) * 24) * 7)
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elif found_age.endswith('y'):
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total_seconds += (((((int(found_age[:(-1)]) * 60) * 60) * 24) * 7) * 52)
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return total_seconds
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def get_age_from_seconds(seconds):
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(days, seconds) = divmod(seconds, ((60 * 60) * 24))
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(hours, seconds) = divmod(seconds, (60 * 60))
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(minutes, seconds) = divmod(seconds, 60)
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agestring = ''
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if (days != 0):
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agestring = ('%sd' % days)
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if (hours != 0):
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agestring += ('%sh' % hours)
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if (minutes != 0):
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agestring += ('%sm' % minutes)
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if (seconds != 0):
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agestring += ('%ss' % seconds)
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return agestring
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def get_gmttime_from_remote():
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return ops.system.clocks.gmtime()
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def get_first_gmttime_from_remote():
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first_time_cmdid = ops.cmd.get_filtered_command_list(goodwords=['time'], cpaddrs=[ops.TARGET_ADDR])[0]
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timeobject = ops.cmd.generatedata(first_time_cmdid)
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timestring = ('%s %s' % (timeobject.timeitem.gmttime.date, timeobject.timeitem.gmttime.time))
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return datetime.datetime(*time.strptime(timestring, '%Y-%m-%d %H:%M:%S')[0:6])
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def delta(age):
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return datetime.timedelta(seconds=ops.timehelper.get_seconds_from_age(age))
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