dRc@sIddlmZddlZdZdZdZdZdZdZd Z d Z d Z e e Z e e Z e e Zd Zd Zd ZdZdZeZdefdYZdZdZdZdZdZddZeddZdZdZ edZ!edZ"edZ#edZ$ed Z%ed!Z&ed"Z'ed#Z(ed$Z)ed%Z*ed&Z+ed'Z,ed(Z-ed)Z.ed*Z/d+Z0d,Z1d-Z2e3eeed.Z4e3eeed/Z5eeed0Z6e3ed1Z7e3ed2Z8ed3Z9ed4Z:dS(5i(tfloorNimingv@gk8 v@g@i*i<ii i iiYiYh%tEonErrorcBseZdZdZRS(cCs ||_dS(N(tmessage(tselfR((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt__init__scCs|jS(N(R(R((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt__str__s(t__name__t __module__RR(((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyRs cCsddl}|jdjjS(Nii(tsyst _getframetf_codetco_name(R((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytwhoami%s cCst|tpt|tS(N(t isinstancetinttlong(tvar((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt is_integer)scCs t|tS(N(R tfloat(R((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytis_float,scCst|pt|S(N(RR(R((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt is_number/scCs t|tS(N(R tstr(R((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt is_string2si cCst|ry(d|kr't|n t|}Wqtjd||}x7| r|dkr|d8}tjd||}qSW|sttd|n|jd}d|krt|n t|}qXn|}|S(sN # NAME: # best_guess_for_number # PURPOSE: # Tries to extract a valid float or integer number from # a string. If a number (float or integer) is specified # then the input is returned unmodified. # CALLING SEQUENCE: # value = best_guess_for_number( var, n=10 ) # INPUTS: # var string containing single number # representing time. # OPTIONAL INPUTS: # n=10 maximum number of digits before the decimal # point # OUTPUTS: # value number extracted from 'var' as float or # integer number. # PROCEDURE: # - If the input is already a float or integer than the # input value is returned. # - For a string the following steps are done: # 1. Try to convert to number using 'float' (if the input # contains a dot, or 'long' if not. # 2. If this fails, then extract the number with the longest # number of leading digits (but no more then 'n') # 3. If no number is found, raise error # 4. If number is found convert to float number. # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) t.s\d{%s,}(\.\d+)?is&, no good number found in string, '%s'i(RRRtretsearchRR tgroup(Rtntvaluetm((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytbest_guess_for_number5s! ( +cCst|ruy(d|kr't|n t|}Wntjd||}x7| r|dkr|d8}tjd||}qSW|sttd|n|jd}d|krt|n t|}nX|ddkr|dd!}nd|kr`|jd}t|d|!t||dd|t ||df}qt|df}n |df}|S(NRs\d{%s,}(\.\d+)?is&, no good number found in string, '%s'iii ( RRRRRRR Rtindextlen(RtexponentRRRtp((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytdisassemble_numberms( ( ( D cCs5d|d}|ddddddd d g|fS( s # NAME: # weekday # PURPOSE: # Gives the weekday for the time specified as the number # of days since 2000/01/01 00:00:00 (Gregorian) # CALLING SEQUENCE: # day = weekday( days ) # INPUTS: # days integer scalar # days since 2000/01/01 00:00:00 # OUTPUTS: # (day,name) tuple of integer and char # day is day of week (Monday=1, Sunday=7) # name is full name of weekday # PROCEDURE: # 2000/01/01 in the Gregorian calender was a Saturday # day of week 6). # Note that 2000/01/01 in the Julian calendar corresponds # to 2000/01/14 in the Gregorian calendar, i.e. a Friday # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) iiitMondaytTuesdayt WednesdaytThursdaytFridaytSaturdaytSunday((tdaystw((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytweekdaysc Cs>ddddddddd d d d g }t|r|jstt|d kr|ddkr|d jrt|}nt|rt|d d\}}||7}ntg|D]}|dd!j^q}|dd!j}||krttd|n|}|j |}||d ||fS(st # NAME: # convert_month # PURPOSE: # Converts integer month to character month and v.v. # CATEGORY: # general/python # CALLING SEQUENCE: # (yr, imonth, cmonth) = convert_month( yr, month ) # INPUTS: # yr scalar; integer # specifies the year # month scalar; integer or string # if string then the first 3 characters must # match one of JAN,FEB,MAR,APR,MAY,JUN,JUL,AUG, # SEP,OCT,NOV,DE (case insensitive). # OUTPUTS: # (yr, imonth, cmonth) # tuple with: # yr integer year # imonth integer month in [1..12] # cmonth string with full name of month # SIDE EFFECT: # If an invalid string is specified for the month, # then an error exception is raised. # PROCEDURE: # For numeric input of the month values outside the range 1-12 # are mapped back into this range, and 'yr' is updated # accordingly. e.g. if month=14 and yr=2003 on input, then # imonth=2 and yr=2004 is returned. # # For character input of the month the first three characters # are used to identify the integer month (case insensitive). # If no match is found an exception is raised # (see SIDE EFFECTS) # # The character representation is the full name of the month # with the first char in uppercase (e.g. January) # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) tJanuarytFebruarytMarchtApriltMaytJunetJulytAugustt SeptembertOctobertNovembertDecemberiit-t+i is), invalid character input for month, '%s'(R:R;( RtisdigitR RRtdivmodtupperRR R(tyrtmonthtcmonthstiytimtcmtmonths((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt convert_months**J  & cCs4|ddko3|p3|ddkp3|ddkS(s # NAME: # isleapyear # PURPOSE: # Check whether specified year is a leap year # CALLING SEQUENCE: # leap = isleapyear(yr [, [julian=]True/False]) # INPUTS: # yr scalar, integer # year # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # PROCEDURE: # In the Julian calendar every year that is a multiple of four is a # leap year. In the Gregorian calendar centurion years (divisible # by 100) are not leap years, unless they are also divisible by 400. # So 1700, 1800, 1900 were not leap yeass, but 1600 and 2000 were. # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu iiidi((R?tjulian((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt is_leap_yearsc CsUt||\}}}ddt||ddddddddddg |dS(s # NAME: # days_in_month # PURPOSE: # Gives the number of days in a given month # CALLING SEQUENCE: # days = days_in_month(yr, month [, [julian=]Trus/False]) # INPUTS: # yr integer scalar # year # month integer or character scalar # month # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # days integer scalar # number of days in month # CALLS: # convert_month, is_leap_year # PROCEDURE: # Trivial # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) iiii(RFRH(R?R@RGRCRD((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt days_in_monthscCsqt||\}}}|d8}|dt|ddgt|dddg|dkdt||S(s # NAME: # days_in_past_months # PURPOSE: # Gives the number of days from the start of the year # upto, but excluding, the specified month # CALLING SEQUENCE: # days = days_in_past_months(yr, month [, [julian=]Trus/False]) # INPUTS: # yr integer scalar # year # month integer or character scalar # month # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # days integer scalar # number of days upto and excluding (yr, month) # CALLS: # convert_month, is_leap_year # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) iiiiii(RFtmintmaxRH(R?R@RGRCRD((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytdays_in_past_months%s cCst||rtStS(sj # NAME: # days_in_year # PURPOSE: # Gives the number of days in the specified year # CALLING SEQUENCE: # days = days_in_year(yr [, [julian=]Trus/False]) # INPUTS: # yr integer scalar # year # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # days integer scalar # number of days in year # CALLS: # is_leap_year # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) (RHtg_DAYS_PER_LEAP_YEARtg_DAYS_PER_NORMAL_YEAR(R?RG((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt days_in_yearDscCs^|}|dk}|dk}||8}d||}t||d|||d|dS(s^ # NAME: # days_in_past_years # PURPOSE: # Number of days from 2000/01/01 to 2000+yr/01/01 # INPUTS: # yr integer scalar # years since 2000/01/01 # (i.e. the full year, minus 2000) # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # days integer scalar # number of days since 2000/01/01 # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) iiiidi(RN(R?RGtAtCtDtB((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytdays_in_past_years]s    cCst||\}}}xB|dkr\t||d\}}}|t|||7}qWt|||}xH||kr||8}t||d\}}}t|||}qrW||||fS(s # NAME: # fix_yr_month_day # PURPOSE: # Checks for out of range values for month and/or day, # and maps them back to valid values # CaLLING SEQUENCE: # (yr,month,day) = fix_yr_month_day(yr,month,day) # INPUTS: # yr integer scalar # month integer or char month # day day of month # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # (yr, month, cmonth, day) # tuple # year, month and day of month, mapped back to # valid values. # Output month is of same type as input month # (integer or char) # CALLS: # convert_month, days_in_month, is_integer # PROCEDURE: # Adjustments are made, subtracting/adding one month # at a time until values for month and day of month # are valid # MODIFICATION PROCEDURE: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) i(RFRI(R?R@tdayRGRCRDR+((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytfix_yr_month_day|s# cCsx-|dkr/|d8}|t||7}qWt||}x3||krt||8}|d7}t||}qBW||fS(s # NAME: # fix_yr_doy # PURPOSE: # Checks for out of range values for day of year, # and maps it back to valid values # INPUTS: # yr integer scalar; year # doy integer scalar; day of year # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # (yr, doy) tuple # year, doy, mapped back to valid values. # CALLS: # convert_month, days_in_year # PROCEDURE: # Adjustments are made, subtracting/adding one year # at a time until value for day of year is valid # MODIFICATION PROCEDURE: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) i(RO(R?tdoyRGR+((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt fix_yr_doys   c Csd|}|t}t|d\}} t|}|| t7}||t|t||7}t||\}} |t|7}t| r| n!| t| krt| n| }||fS(s) # NAME: # fix_ds # PURPOSE: # Reduces time-of-day quantifiers day, hour, minute second # and chipsec to day and chipsec # INPUTS: # day, hour, minute, second, chipsec # scalar; integer or float # OPTIONAL INPUT PARAMETERS: # exponent scalar; integer; default: g_EXPONENT # OUTPUTS: # day, chipsec # scalars; day will be integer, chipsec is integer or # float in range [0..10^exponent-1] # PROCEDURE: # Input hour, minute, second and chipsec can be "out of range", # i.e. hour can be negative or >= 24, minute and second can # be negative or >= 60, chipsec can be negative or # >= 10^exponent. # Adjustments are made, bringing chipsec into its # customary range. # MODIFICATION PROCEDURE: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) i i(tg_SECONDS_PER_DAYR=Rtg_HOURS_PER_DAYtg_MINUTES_PER_HOURtg_SECONDS_PER_MINUTER( RUthourtminutetsecondtchipsecR!ttictacs_per_secondttictacs_per_daytitf((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytfix_dss   6c Csd|}t|d\}}t|}||t7}t|d\}}t|}||t7}t|d\}}t|}||t7}t|d\}}t|}|||7}t||\}}|t|7}t|r|n!|t|krt|n|}t|t\}}||7}t|t\}}||7}t|t\}}||7}|||||fS(s # NAME: # fix_dhms # PURPOSE: # Normalizes time-of-day quantifiers day, hour, minute # second and chipsec # INPUTS: # day, hour, minute, second, chipsec # scalars; integer or float # OPTIONAL INPUT PARAMETERS: # exponent scalar; integer; default: g_EXPONENT # OUTPUTS: # day, hour, minute, second, chipsec # scalar; day, hour, minute, second are integer # in the customary range for each unit, i.e. # hour in [0:23], minute and second in [0..59]. # chipsec will be integer or float in the range # [0..10^exponent-1] # PROCEDURE: # Input hour, minute, second and chipsec can be "out of range", # i.e. hour can be negative or >= 24, minute and second can # be negative or >= 60, chipsec can be negative or # >= 10^exponent. # Adjustments are made, subtracting/adding as appropriate # to bring each unit in is customary range. # MODIFICATION PROCEDURE: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) i i(R=RRZR[R\R( RUR]R^R_R`R!RaRcRd((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytfix_dhmss.     6   cCs+||t7}|t||}||fS(s # NAME: # underestimate_years # PURPOSE: # Underestimate the number of whole years in time # specified as days since 2000/01/01 00:00:00 # CALLING SEQUENCE: # (yr,doy) = underestimate_years( yr, doy, days [, julian=True/False ) # INPUTS: # yr integer scalar; # years since 2000/01/01 # doy integer scalar; # remaining part of days; may still contain whole year # days integer scalar # days since 2000/01/01 # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # (yr,doy) # tuple of two integers # improved estimates for yr and doy # yr: years since 2000/01/01 # doy: remaining part of days # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) (RMRT(R?RWR+RG((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytunderestimate_years:s cCs6||dd7}|t||d|}||fS(sf # NAME: # underestimate_months # PURPOSE: # Underestimate number of whole months in specified # day of year # CALLING SEQUENCE: # (month,day) = underestimate_months( yr, month, day, doy, julian ) # INPUTS: # yr integer scalar; # year # month integer scalar # month # day integer scalar # day of month; may still contain whole month # doy integer doy # day of year # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # (month, day) # tuple of two integers # improved estimates for month and day of month # CALLS: # days_in_past_months # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) ii(RL(R?R@RURWRG((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytunderestimate_monthscs!cCst|rd}n!t|d\}}t|}d}|}t||||\}}x1t|tkrt||||\}}q`W|d7}|d7}t|||\}}|dkr||7}n||fS(s # NAME: # year_doy # PURPOSE: # Get year and day of year from days elapsed since # 2000/01/01 00:00:00 (Greg) # CALLING SEQUENCE: # (yr,doy) = year_doy( days [, julian=True/False] ) # INPUTS: # days scalar; any numerical type # days since 2000/01/01 00:00:00 (Greg) # (can include time of day as fraction) # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # CALLS: # underestimate_years, fix_yr_doy # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) iii(RR=RRgtabsRNRX(R+RGtfractionR?RW((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytyear_doys       cCs4t|d|}|dkr0||d7}n|S(s* # NAME: # days_since_2000 # PURPOSE: # Get days since 2000/01/01 00:00:00 from year and day of year # CALLING SEQUENCE: # days = days_since_2000( yr, doy [, julian=True/False] ) # INPUTS: # yr integer scalar # year # doy scalar of any numerical type # day of year (incl. fraction for time of day) # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # days scalar; same numerical type as doy # days since 2000/01/01 00:00:00 # (incl. fraction for time of day) # CALLS: # underestimate_years, fix_yr_doy # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) ii(RT(R?RWRGR+((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytdays_since_2000s cCst|rd}n!t|d\}}t|}t|||\}}d}|}t|||||\}}x.|dkrt|||||\}}q{W|d7}t||||\}}}}|dkr||7}n||||fS(s_ # NAME: # doy2month_day # PURPOSE: # Get yr, month and day of month from yr and day of year # CALLING SEQUENCE: # (yr,month,day) = doy2month_day( yr, doy [, julian=True/False] ) # INPUTS: # yr integer scalar # year # doy scalar of any numerical type # day of year (incl. fraction for time of day) # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # (yr,month,cmonth,day) # tuple with year, month and day of month # yr and month are integers, day is of same # numerical type as input doy # CALLS: # fix_yr_doy, under_estimate_months, days_in_month # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) iii(RR=RRXRhRV(R?RWRGRjRCRURD((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt doy2month_days!   " !  cCst|||d|\}}}}t|r9d}n!t|d\}}t|}t||||}t|||\}}|dkr||7}n||fS(s # NAME: # month_day2doy # PURPOSE: # Get yr and day of year from yr, month and day of month # CALLING SEQUENCE: # (yr,doy) = month_day2doy( yr, month, day [, julian=True/False] ) # INPUTS: # yr integer scalar # year # month scalar of type integer or char # day scalar of any numerical type # day of month (incl. fraction for time of day) # OPTIONAL INPUT PARAMETERS: # julian boolean, default: False # by default the Gregorian calendar is assumed. # if julian=True the Julian calendar is assumed # OUTPUTS: # (yr,doy) tuple with year and day of year # yr is integers, doy is of same # numerical type as input day # CALLS: # convert_month, days_in_past_months, fix_yr_doy # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) RGii(RVRR=RRLRX(R?R@RURGRCRDRjRW((s-/home/soft/smei/ucsd/gen/python/eon_helper.pyt month_day2doy%s$     cCs#tt||dttdtS(s # NAME: # gregorian_to_julian # PURPOSE: # Converts (yr,doy) in Gregorian calendary to (yr,doy) in # Julian calendar # CALLING SEQUENCE: # (yr,doy) = gregorian_to_julian( yr, doy ) # INPUTS: # yr integer scalar # year # doy scalar of any numerical type # day of year (incl. fraction for time of day) # OUTPUTS: # (yr,doy) tuple with year and day of year in Julian calendar # yr is integer, doy is of same # numerical type as input day # CALLS: # year_doy, days_since_2000 # PROCEDURE: # 2000/01/01 (Julian) = 2000/01/14 (Gregorian) (13 day difference) # 1582/10/05 (Julian) = 1582/10/15 (Gregorian) (10 day difference) # 3-day difference due to 1700, 1800, 1900 which are Julian leap years # but non-leap Gregrorian years # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) RG(RkRltFalset g_GREG2JULIANtTrue(R?RW((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytgregorian_to_julianRscCs#tt||dttdtS(s # NAME: # julian_to_gregorian # PURPOSE: # Converts (yr,doy) in Julian calendary to (yr,doy) in # Gregorian calendar # CALLING SEQUENCE: # (yr,doy) = julian_to_gregorian( yr, doy ) # INPUTS: # yr integer scalar # year # doy scalar of any numerical type # day of year (incl. fraction for time of day) # OUTPUTS: # (yr,doy) tuple with year and day of year in Gregorian calendar # yr is integer, doy is of same # numerical type as input day # CALLS: # year_doy, days_since_2000 # PROCEDURE: # 2000/01/01 (Julian) = 2000/01/14 (Gregorian) (13 day difference) # 1582/10/05 (Julian) = 1582/10/15 (Gregorian) (10 day difference) # 3-day difference due to 1700, 1800, 1900 which are Julian leap years # but non-leap Gregrorian years # MODIFICATION HISTORY: # JUL-2009, Paul Hick (UCSD/CAIDA/CASS; pphick@ucsd.edu) RG(RkRlRqRpRo(R?RW((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytjulian_to_gregorianpscCsHi9d]d6d^d6d_d6d`d6dad 6dbd 6dcd6ddd6ded6dfd6dgd6dhd6did6djd6dkd6dld 6dmd"6dnd$6dod&6dpd(6dqd*6drd,6dsd.6dtd06dud26dvd36dwd46dxd56dyd66dzd76d{d86d|d96d}d:6d~d;6dd<6dd>6dd?6dd@6ddB6ddC6ddD6ddE6ddF6ddG6ddH6ddI6ddJ6ddK6ddL6ddM6ddN6ddO6ddP6ddQ6ddR6ddS6ddT6}|dkst|dkrdS||kr||S|dd!d4krdnd}||dUkr |d7}d}n)||dVkr0|d7}d}nd}t||d krjttdW|dXn||jsttdY|dXnt|||d!}t||d|d !}|dks|dAkrttdZ|dXn|dks|d[kr6ttd\|dXn||||fS(NitZiRPiRSiRQiRRitEitFitGitHi tIi tKi tLi tMitNitOitPitQitRitSitTitUitVitWitXitYtUTtUTCtGMTtWETtWTtCETtCESTtEETtEESTtEATitAFTtJSTtNZSTi tNZDTtAKSTtAKDTtPSTtPDTtMSTtMDTtCSTtCDTtESTtEDTtASTtADTtPMSTtPMDTtAZOTtAZOSTtEGTtEGSTR;R:s-, incomplete timezone (expected [+/-]hhmm), 't's, unrecognized timezone, 's, invalid hours in timezone, 'i;s , invalid minutes in timezone, '(ii(ii(ii(ii(ii(ii(ii(ii(ii(i i(i i(i i(i i(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(i i(i i(i i(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(ii(tNoneR RR R<R(ttz_fieldttzR"tsignttz_hourt tz_minute((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytdisassemble_timezones      c Cs ddlm}|r|nd4}|dkr|}d}d} d} d} d} d} d}d}d|kr|jd}d}x)||||!d |kr|d7}qW|d8}t||||!}|d|!d ||||}nd |krq|jd }t|||d !}d ||dkd||dk}|d|!d||d }n|dkr|d}t}nt}t}t}d|kr|jd}t|||d!} |d|!d||d}t|| |\}} }} t}t}nd|jkr|jjd}|||d!} |d|!d||d}t}t}t || \}} }nvd|kr|jd}t|||d !} |d|!d||d }t}t}t || \}} }n|sd|kr|r5|d} nt}|jd}t|||d !} |d|!d||d }n|rd} nt}t || || } n|r|d} t|| |\}} }} nd|kr8|jd}t|||d !} |d|!d||d }t}n|rK|d} nd|kr|jd}t|||d !} |d|!d||d }t}n|r|d} nd|kr|jd}t|||d !}t |}d}xf|d ||krbd||d |krb||d |dkrbdd||krb|d7}qW|d8}|dkrt t t ||d|d|!d||}n|d|!d d|||d|}t}n|r|d}d}n|sp| dkrd} n| dkr.d} n| dkrCd} n|dkrXd}n|dkrpd}qpnd|kr|jd}||jd d}|d|!d t |||d }t|\}}| |8} | |8} n||krJ ttd |d!qJ n+tjd"|rtd#|krIt|n t|}d$|dddddddf Sd%d&d'd(d)d*d+d,d-d.d/d0g }xqtt |D]]}|||jkr|jj||}|d|!d1|d||d}qqWd2jgt|D](}d |g|dkoI|dk^q%jj}t |}d}||kr|d}|d} |d} |d} |d}d}nmt||}t ||d kr d ||dkd||dk}nd} d} d} d}d}|d7}||kr t ||dkr t||} t|| |\}} }} q t||} |d7}||kr t||nd} t || \}} }t || || } n|d7}||kr t||} n|d7}||krD t||} n|d7}||krm t||}n|d7}||krJ ||ddd||RFRLR RtroundtsplitRRR RtmatchRtrangetjointlisttstripRfRX(tctimetformatR!RGtnowRttttoriginal_formattyearRWR@RUR]R^R_R`R"Rtfill_nowt have_ydoythave_ymdtcmonthtlRcRRRRREtx((s-/home/soft/smei/ucsd/gen/python/eon_helper.pytsplit_date_formats\   $ &            !        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