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julia>length(long_list_of_date_strs)
497338
julia>functionfind_matching_datetime_format(datestr)
datestr =strip(datestr)
formats = ["y-m-d H:M", "y/m/d H:M", "y m d H:M"] # Add more formats as needed...for ft in formats
try
d = Dates.DateTime(datestr, ft)
return d, ft
catch err
endendthrow("Cannot find a date format that matches: $(datestr)")
end
find_matching_datetime_format (generic function with 1 method)
julia>parsedate(s) =find_matching_datetime_format(s)[1]
parsedate (generic function with 1 method)
julia>functionparsedates(datestrings)
d, ftstr =find_matching_datetime_format(datestrings[1])
ft = Dates.DateFormat(ftstr)
map(ds -> Dates.DateTime(ds, ft), datestrings)
end
parsedates (generic function with 1 method)
julia><at> time r1 =map(parsedate, long_list_of_date_strs[1:10000]);
elapsed time:3.507318034 seconds (273707960 bytes allocated, 41.44% gc time)
julia><at> time r2 =parsedates(long_list_of_date_strs[1:10000]);
elapsed time:0.325861155 seconds (38314796 bytes allocated, 72.21% gc time)
julia> r1 == r2
true
Should we use flexible date parsing ?
see http://comments.gmane.org/gmane.comp.lang.julia.user/36468
For millisecond resolution
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