def core_frontpage_view(request,
template='core_frontpage_view.jade',
include_past_events=False):
t = now()
if include_past_events:
past_events = events(public=True, end_time__lte=t)
else:
past_events = Event.objects.none()
current_events = events(public=True, start_time__lte=t, end_time__gt=t)
future_events = events((Q(start_time__gt=t) | Q(start_time__isnull=True))
& Q(public=True)).order_by('start_time')
past_events_rows_by_year = [
(year, list(groups_of_n(year_events, 4)))
for (year, year_events) in groupby_strict(past_events, get_year)
]
vars = dict(
carousel_slides=CarouselSlide.get_active_slides(),
current_events_rows=list(groups_of_n(current_events, 4)),
future_events_rows=list(groups_of_n(future_events, 4)),
past_events_rows_by_year=past_events_rows_by_year,
)
return render(request, template, vars)
def core_organizations_view(request):
organizations = Organization.objects.filter(public=True)
vars = dict(
organizations_rows=groups_of_n(organizations, 4),
)
return render(request, 'core_organizations_view.pug', vars)
def core_frontpage_view(request):
t = now()
past_events = Event.objects.filter(public=True, end_time__lte=t).order_by('-start_time')
current_events = Event.objects.filter(public=True, start_time__lte=t, end_time__gt=t).order_by('-start_time')
future_events = Event.objects.filter((Q(start_time__gt=t) | Q(start_time__isnull=True)) & Q(public=True)).order_by('start_time')
organizations = Organization.objects.filter(public=True)
past_events_rows_by_year = [(year, list(groups_of_n(year_events, 4))) for (year, year_events) in groupby_strict(past_events, get_year)]
vars = dict(
future_events_rows=list(groups_of_n(future_events, 4)),
current_events_rows=list(groups_of_n(current_events, 4)),
past_events_rows_by_year=past_events_rows_by_year,
organizations_rows = list(groups_of_n(organizations, 4)),
)
return render(request, 'core_frontpage_view.jade', vars)
def core_frontpage_view(request, template='core_frontpage_view.pug', include_past_events=False):
t = now()
if include_past_events:
past_events = events(public=True, end_time__lte=t)
else:
past_events = Event.objects.none()
current_events = events(public=True, start_time__lte=t, end_time__gt=t)
future_events = events((Q(start_time__gt=t) | Q(start_time__isnull=True)) & Q(public=True)).order_by('start_time')
past_events_rows_by_year = [(year, list(groups_of_n(year_events, 4))) for (year, year_events) in groupby_strict(past_events, get_year)]
vars = dict(
carousel_slides=CarouselSlide.get_active_slides(),
current_events_rows=list(groups_of_n(current_events, 4)),
future_events_rows=list(groups_of_n(future_events, 4)),
past_events_rows_by_year=past_events_rows_by_year,
)
return render(request, template, vars)
def core_frontpage_view(request):
t = now()
past_events = events(public=True, end_time__lte=t)
current_events = events(public=True, start_time__lte=t, end_time__gt=t)
future_events = events((Q(start_time__gt=t) | Q(start_time__isnull=True))
& Q(public=True)).order_by('start_time')
organizations = Organization.objects.filter(public=True)
past_events_rows_by_year = [
(year, list(groups_of_n(year_events, 4)))
for (year, year_events) in groupby_strict(past_events, get_year)
]
vars = dict(
future_events_rows=list(groups_of_n(future_events, 4)),
current_events_rows=list(groups_of_n(current_events, 4)),
past_events_rows_by_year=past_events_rows_by_year,
organizations_rows=list(groups_of_n(organizations, 4)),
)
return render(request, 'core_frontpage_view.jade', vars)
def generate_machine_password(alphabet=PASSWORD_ALPHABET, num_chars=20, group_len=4):
len_alphabet = len(PASSWORD_ALPHABET)
chars = [alphabet[randint(0, len_alphabet - 1)] for _ in range(num_chars)]
return "-".join("".join(part) for part in groups_of_n(chars, group_len))
def core_organizations_view(request):
organizations = Organization.objects.filter(public=True)
vars = dict(organizations_rows=groups_of_n(organizations, 4), )
return render(request, 'core_organizations_view.jade', vars)
def generate_machine_password(alphabet=PASSWORD_ALPHABET,
num_chars=20,
group_len=4):
len_alphabet = len(PASSWORD_ALPHABET)
chars = [alphabet[randint(0, len_alphabet - 1)] for _ in range(num_chars)]
return "-".join("".join(part) for part in groups_of_n(chars, group_len))