def convert_isv_date(date_string, language_code='en_US'):
try:
date = ParseDateTimeUTC(date_string)
except ValueError:
date = ParseDateTimeUTC(date_string[0:4])
if len(language_code) == 5:
language_code = language_code[0:2] + '_' + language_code[3:5]
#print language_code, locale.normalize(language_code)
locale.setlocale(locale.LC_ALL, (language_code, 'utf-8'))
if len(date_string) >= 9:
return date.strftime("%e %B %Y").strip()
if len(date_string) >= 6:
return date.strftime("%B %Y")
return date.strftime("%Y")
def convert_isv_date(date_string, language_code = 'en_US'):
try:
date = ParseDateTimeUTC(date_string)
except ValueError:
date = ParseDateTimeUTC(date_string[0:4])
if len(language_code) == 5:
language_code = language_code[0:2] + '_' + language_code[3:5]
#print language_code, locale.normalize(language_code)
locale.setlocale(locale.LC_ALL, (language_code,'utf-8'))
if len(date_string) >= 9:
return date.strftime("%e %B %Y").strip()
if len(date_string) >= 6:
return date.strftime("%B %Y")
return date.strftime("%Y")
def get_printings(original_story, first_publication_date):
printings = Story.objects.filter(story_version__base_story =\
original_story).filter(issue__publication_date__gt = "")\
.order_by('issue__publication_date')
if len(first_publication_date) <= 4 or 'Q' in first_publication_date:
first_printings = printings.filter(issue__publication_date__icontains\
= first_publication_date[0:4])
else:
end_date = ParseDateTimeUTC(first_publication_date[0:7])
end_date += DateTimeDelta(120)
end_date = end_date.strftime("%Y-%m")
first_printings = printings.filter(issue__publication_date__gte \
= first_publication_date[0:7]).filter(issue__publication_date__lte \
= end_date)
if not first_printings:
first_printings = \
printings.filter(issue__publication_date__icontains \
= first_publication_date[0:4])
return printings, first_printings
def get_printings(original_story, first_publication_date):
printings = Story.objects.filter(story_version__base_story =\
original_story).filter(issue__publication_date__gt = "")\
.order_by('issue__publication_date')
if len(first_publication_date) <= 4 or 'Q' in first_publication_date:
first_printings = printings.filter(issue__publication_date__icontains\
= first_publication_date[0:4])
else:
end_date = ParseDateTimeUTC(first_publication_date[0:7])
end_date += DateTimeDelta(120)
end_date = end_date.strftime("%Y-%m")
first_printings = printings.filter(issue__publication_date__gte \
= first_publication_date[0:7]).filter(issue__publication_date__lte \
= end_date)
if not first_printings:
first_printings = \
printings.filter(issue__publication_date__icontains \
= first_publication_date[0:4])
return printings,first_printings
