def mes(ano=None, mes=None):
if ano is None:
ano, mes = localtime()[:2]
elif mes is None:
mes = localtime()[1]
calendario = LocaleHTMLCalendar(locale='pt_BR.utf8')
html_mes = calendario.formatmonth(ano, mes)
return template(HTML,
ano=ano,
mes=mes,
calendario=html_mes,
prox_mes=prox_mes(ano, mes))
def contractor_calendar(queryset):
for s in queryset:
eventdict = defaultdict(str)
conevents = s.contractorschedule_set.all().exclude(start_date__gt=last_day_of_month(datetime.datetime.today())) \
.exclude(start_date__lt=first_day_of_month(datetime.datetime.today()))
if conevents.exists():
counter = conevents.count() #2
n = 1
for i in conevents:
y, m = i.start_date.year, i.start_date.month
event = ""
#event = "<ul class=\"calendar-event\"><li style=\"background-color:#"+ i.background_color +"\">" +\
# i.start_date.strftime("%I:%M")+" "+ i.title +" "+ i.end_date.strftime("%I:%M") +"</li></ul>"
#loop through the days of the month
if i.start_date.day != i.end_date.day or i.start_date.month != i.end_date.month:
if i.start_date.month != i.end_date.month:
chunkofdays = range(i.start_date.day,
monthrange(y, m)[1] + 1)
else:
chunkofdays = range(i.start_date.day,
i.end_date.day + 1)
for days in chunkofdays: #chunkofdays is an array of the day numbers [1-8]
if days == chunkofdays[-1]:
eventend = ""
#eventend = "<ul class=\"calendar-event\"><li style=\"background-color:#"+ i.background_color +"\">" +\
# i.start_date.strftime("%I:%M")+" "+ i.title +" "+ i.end_date.strftime("%I:%M") +"</li></ul>"
eventdict[days] += eventend
else:
eventstart = ""
#eventstart = "<ul class=\"calendar-event\"><li style=\"background-color:#"+ i.background_color +"\">" +\
# i.start_date.strftime("%I:%M")+" "+ i.title + "</li></ul>"
eventdict[days] += eventstart
for j in range(1, monthrange(y, m)[1] + 1): #1-31
if i.start_date.day == j and j not in eventdict and i.start_date.day == i.end_date.day:
eventdict[j] = event
#add to a day with an event
if i.start_date.day == j and eventdict[
j] != "" and eventdict[j] is not None and eventdict[
j] != event and i.start_date.day == i.end_date.day:
eventdict[j] += event
#change day from none to event
if i.start_date.day == j and eventdict[
j] is None and i.start_date.day == i.end_date.day:
eventdict[j] = event
if j == monthrange(y, m)[1] and n == counter:
htmlcalendar = GenericCalendar(y, m).formatmonth(
y, m, eventdict)
elif j == monthrange(y, m)[1] and n != counter:
n += 1
return htmlcalendar
else:
todaysdate = date.today()
y, m = todaysdate.year, todaysdate.month
htmlcalendar = LocaleHTMLCalendar().formatmonth(y, m)
return htmlcalendar
def __init__(self, firstweekday=0, locale=None, eventsList = []):
LocaleHTMLCalendar.__init__(self, firstweekday, locale)
self.eventsList = eventsList
def mes():
ano, mes = localtime()[:2]
calendario = LocaleHTMLCalendar(locale='pt_BR.utf8')
html_mes = calendario.formatmonth(ano, mes)
return template(HTML, ano=ano, mes=mes, calendario=html_mes)
def render_GET(self,request):
d = LocaleHTMLCalendar()
return "%s" % d.formatyearpage(self.year,2,encoding='utf-8')
def __init__(self):
LocaleHTMLCalendar.__init__(self,locale='zh_CN.UTF-8')
def render_GET(self, request):
d = LocaleHTMLCalendar()
return "%s" % d.formatyearpage(self.year, 2, encoding='utf-8')
#!/usr/bin/env python
from calendar import LocaleHTMLCalendar
from datetime import datetime
import locale
now = datetime.now()
calendar = LocaleHTMLCalendar(locale=locale.getlocale())
calendar_table = calendar.formatmonth(now.year, now.month)
calendar_table = calendar_table.replace('border="0"', 'border="1"')
print('\x1bP;HTML|')
print(calendar_table)
print('\x1bP')
