def view_diary(request, year=None, month=None, day=None, req_days_ahead=None,
event_type=None):
# Returns public diary view, starting at specified year/month/day, filtered
# by event type.
#
# Returns different things depending on the supplied parameters;
# - if only year is passed, and no daysahead parameter,listings for the
# whole of that year
# - if only year & month passed, and no daysahead parameter, listings for
# the whole of that month
# - if year, month & day, and no daysahead parameter, listings for that day
# only
# - if dayssahead parameter is passed, that many days from the specified
# year/month/date
query_days_ahead = req_days_ahead or request.GET.get('daysahead', None)
# Shared utility method to parse HTTP parameters and return a date range
startdate, days_ahead = get_date_range(year, month, day, query_days_ahead)
if startdate is None:
raise Http404("Start date not found")
enddate = startdate + datetime.timedelta(days=days_ahead)
return _view_diary(request, startdate, enddate, tag=event_type)
def view_diary(request,
year=None,
month=None,
day=None,
req_days_ahead=None,
event_type=None):
# Returns public diary view, starting at specified year/month/day, filtered
# by event type.
#
# Returns different things depending on the supplied parameters;
# - if only year is passed, and no daysahead parameter,listings for the
# whole of that year
# - if only year & month passed, and no daysahead parameter, listings for
# the whole of that month
# - if year, month & day, and no daysahead parameter, listings for that day
# only
# - if dayssahead parameter is passed, that many days from the specified
# year/month/date
query_days_ahead = req_days_ahead or request.GET.get('daysahead', None)
# Shared utility method to parse HTTP parameters and return a date range
startdate, days_ahead = get_date_range(year, month, day, query_days_ahead)
if startdate is None:
raise Http404("Start date not found")
enddate = startdate + datetime.timedelta(days=days_ahead)
return _view_diary(request, startdate, enddate, tag=event_type)
def get(self, request, year=None, day=None, month=None):
# Fiddly way to set startdate to the start of the local day:
# Get current UTC time and convert to local time:
now_local = django.utils.timezone.localtime(
django.utils.timezone.now())
# Create a new local time with hour/min/sec set to zero:
current_tz = django.utils.timezone.get_current_timezone()
today_local_date = current_tz.localize(datetime.datetime(
now_local.year, now_local.month, now_local.day))
yesterday_local_date = today_local_date - datetime.timedelta(days=1)
query_days_ahead = request.GET.get('daysahead', None)
start_date, days_ahead = get_date_range(
year, month, day, query_days_ahead, default_days_ahead=30)
if not request.user.is_superuser:
# Don't allow data from before yesterday to be displayed:
# TODO datepicker is still nobbled to yesterday
if start_date < yesterday_local_date:
start_date = yesterday_local_date
end_date = start_date + datetime.timedelta(days=days_ahead)
showings = (Showing.objects.not_cancelled()
.confirmed()
.start_in_range(start_date, end_date)
.order_by('start')
# force sane number of queries:
.prefetch_related('rotaentry_set__role')
.select_related())
# Used by per-showing rota notes click to edit control:
url_with_id = reverse('edit-showing-rota-notes',
kwargs={'showing_id': 999})
showing_notes_url_prefix = url_with_id[:url_with_id.find("999")]
context = {
'start_date': start_date,
'end_date': end_date,
'days_ahead': days_ahead,
'showings': showings,
'edit_showing_notes_url_prefix': showing_notes_url_prefix
}
return render(request, u'edit_rota.html', context)
def view_event_field(request, field, year, month, day):
# Method shared across various (slightly primitive) views into event data;
# the copy, terms and rota reports.
#
# This method gets the list of events for the given date range (using the
# same shared logic for parsing the parameters as the public list / edit
# list) and then uses the appropriate template to render the results.
logger.debug(u"view_event_field: field {0}".format(field))
assert field in ('copy', 'terms', 'rota', 'copy_summary')
query_days_ahead = request.GET.get('daysahead', None)
start_date, days_ahead = get_date_range(year, month, day, query_days_ahead)
if start_date is None:
raise Http404(days_ahead)
end_date = start_date + datetime.timedelta(days=days_ahead)
showings = (Showing.objects.not_cancelled()
.confirmed()
.start_in_range(start_date, end_date)
.order_by('start')
# following prefetch is for the rota view
.prefetch_related('rotaentry_set__role')
.select_related())
search = request.GET.get('search')
if search:
logging.info(u"Search term: {0}".format(search))
# Note slightly sneaky use of **; this effectively results in a method
# call like: showings.filter(event__copy__icontains=search)
showings = showings.filter(
Q(**{'event__' + field + '__icontains': search})
| Q(event__name__icontains=search)
)
context = {
'start_date': start_date,
'end_date': end_date,
'days_ahead': days_ahead,
'showings': showings,
'event_field': field,
'search': search,
}
return render(request, u'view_{0}.html'.format(field), context)
def get(self, request, year=None, day=None, month=None):
# Fiddly way to set startdate to the start of the local day:
# Get current UTC time and convert to local time:
now_local = django.utils.timezone.localtime(
django.utils.timezone.now())
# Create a new local time with hour/min/sec set to zero:
current_tz = django.utils.timezone.get_current_timezone()
today_local_date = current_tz.localize(
datetime.datetime(now_local.year, now_local.month, now_local.day))
yesterday_local_date = today_local_date - datetime.timedelta(days=1)
query_days_ahead = request.GET.get('daysahead', None)
start_date, days_ahead = get_date_range(year,
month,
day,
query_days_ahead,
default_days_ahead=30)
# Don't allow data from before yesterday to be displayed:
if start_date < yesterday_local_date:
start_date = yesterday_local_date
end_date = start_date + datetime.timedelta(days=days_ahead)
showings = (
Showing.objects.not_cancelled().confirmed().start_in_range(
start_date, end_date).order_by('start')
# force sane number of queries:
.prefetch_related('rotaentry_set__role').select_related())
# Used by per-showing rota notes click to edit control:
url_with_id = reverse('edit-showing-rota-notes',
kwargs={'showing_id': 999})
showing_notes_url_prefix = url_with_id[:url_with_id.find("999")]
context = {
'start_date': start_date,
'end_date': end_date,
'days_ahead': days_ahead,
'showings': showings,
'edit_showing_notes_url_prefix': showing_notes_url_prefix
}
return render(request, u'edit_rota.html', context)
def view_event_field(request, field, year, month, day):
# Method shared across various (slightly primitive) views into event data;
# the copy, terms and rota reports.
#
# This method gets the list of events for the given date range (using the
# same shared logic for parsing the parameters as the public list / edit
# list) and then uses the appropriate template to render the results.
assert field in ("copy", "terms", "rota", "copy_summary")
query_days_ahead = request.GET.get("daysahead", None)
start_date, days_ahead = get_date_range(year, month, day, query_days_ahead)
if start_date is None:
raise Http404(days_ahead)
end_date = start_date + datetime.timedelta(days=days_ahead)
showings = (
Showing.objects.not_cancelled()
.confirmed()
.start_in_range(start_date, end_date)
.order_by("start")
# following prefetch is for the rota view
.prefetch_related("rotaentry_set__role")
.select_related()
)
search = request.GET.get("search")
if search:
logging.info(u"Search term: {0}".format(search))
# Note slightly sneaky use of **; this effectively results in a method
# call like: showings.filter(event__copy__icontains=search)
showings = showings.filter(Q(**{"event__" + field + "__icontains": search}) | Q(event__name__icontains=search))
context = {
"start_date": start_date,
"end_date": end_date,
"days_ahead": days_ahead,
"showings": showings,
"event_field": field,
"search": search,
}
return render(request, u"view_{0}.html".format(field), context)
def get(self, request, year=None, day=None, month=None):
# Fiddly way to set startdate to the start of the local day:
# Get current UTC time and convert to local time:
now_local = django.utils.timezone.localtime(django.utils.timezone.now())
# Create a new local time with hour/min/sec set to zero:
current_tz = django.utils.timezone.get_current_timezone()
today_local_date = current_tz.localize(datetime.datetime(now_local.year, now_local.month, now_local.day))
yesterday_local_date = today_local_date - datetime.timedelta(days=1)
query_days_ahead = request.GET.get("daysahead", None)
start_date, days_ahead = get_date_range(year, month, day, query_days_ahead, default_days_ahead=30)
# Don't allow data from before yesterday to be displayed:
if start_date < yesterday_local_date:
start_date = yesterday_local_date
end_date = start_date + datetime.timedelta(days=days_ahead)
showings = (
Showing.objects.not_cancelled()
.confirmed()
.start_in_range(start_date, end_date)
.order_by("start")
# force sane number of queries:
.prefetch_related("rotaentry_set__role")
.select_related()
)
# Used by per-showing rota notes click to edit control:
url_with_id = reverse("edit-showing-rota-notes", kwargs={"showing_id": 999})
showing_notes_url_prefix = url_with_id[: url_with_id.find("999")]
context = {
"start_date": start_date,
"end_date": end_date,
"days_ahead": days_ahead,
"showings": showings,
"edit_showing_notes_url_prefix": showing_notes_url_prefix,
}
return render(request, u"edit_rota.html", context)
def view_event_field(request, field, year, month, day):
# Method shared across various (slightly primitive) views into event data;
# the copy, terms and rota reports.
#
# This method gets the list of events for the given date range (using the
# same shared logic for parsing the parameters as the public list / edit
# list) and then uses the appropriate template to render the results.
assert field in ('copy', 'terms', 'rota', 'copy_summary')
query_days_ahead = request.GET.get('daysahead', None)
start_date, days_ahead = get_date_range(year, month, day, query_days_ahead)
if start_date is None:
raise Http404(days_ahead)
end_date = start_date + datetime.timedelta(days=days_ahead)
showings = (
Showing.objects.not_cancelled().confirmed().start_in_range(
start_date, end_date).order_by('start')
# following prefetch is for the rota view
.prefetch_related('rotaentry_set__role').select_related())
search = request.GET.get('search')
if search:
logging.info(u"Search term: {0}".format(search))
# Note slightly sneaky use of **; this effectively results in a method
# call like: showings.filter(event__copy__icontains=search)
showings = showings.filter(
Q(**{'event__' + field + '__icontains': search})
| Q(event__name__icontains=search))
context = {
'start_date': start_date,
'end_date': end_date,
'days_ahead': days_ahead,
'showings': showings,
'event_field': field,
'search': search,
}
return render(request, u'view_{0}.html'.format(field), context)
def edit_diary_list(request, year=None, day=None, month=None):
# Basic "edit" list view. Logic about processing of year/month/day
# parameters is basically the same as for the public diary view.
#
# The logic is a bit twisty, from the requirement to show list all dates
# and 'ideas' fields in the range, even if they don't have any events in
# them, yet.
context = {}
# Sort out date range to display
# If the query contained the number of days ahead to show then retrieve it
# and store it as the default for this session (so coming back to the page
# will look the same)
query_days_ahead = request.GET.get('daysahead', None)
if query_days_ahead:
edit_prefs.set_preference(request.session, 'daysahead',
query_days_ahead)
default_days_ahead = query_days_ahead
else:
default_days_ahead = int(
edit_prefs.get_preference(request.session, 'daysahead'))
# utility function, shared with public diary view
startdatetime, days_ahead = get_date_range(
year, month, day, query_days_ahead, default_days_ahead)
startdate = startdatetime.date()
if startdatetime is None:
raise Http404(days_ahead)
# Don't allow viewing of dates before today, to avoid editing of the past:
local_now = timezone.localtime(timezone.now())
if startdate < local_now.date():
# Redirect to page with today as the start date:
new_url = u"{0}?daysahead={1}".format(
reverse(
'day-edit',
kwargs={
'year': local_now.year,
'month': local_now.month,
'day': local_now.day
}), days_ahead)
return HttpResponseRedirect(new_url)
enddatetime = startdatetime + datetime.timedelta(days=days_ahead)
# Get all showings in the date range
showings = (Showing.objects.start_in_range(
startdatetime, enddatetime).order_by('start').select_related())
# Build two dicts, to hold the showings and the ideas. These dicts are
# initially empty, and get filled in if there are actually showings or
# ideas for those dates.
# This is done so that if dates don't have ideas/showings they still get
# shown in the list
dates = OrderedDict()
ideas = {startdate: ''} # Actually, I lied: start of visible list is not
# neccesarily the 1st of the month, so make sure
# that it gets an 'IDEAS' link shown
for days in xrange(days_ahead):
# Iterate through every date in the visible range, creating a dict
# entry for each
day_in_range = startdatetime + datetime.timedelta(days=days)
dates[day_in_range.date()] = []
# If it's the 1st of the month, make sure there's an ideas entry
if day_in_range.day == 1:
ideas[day_in_range.date()] = ''
# Now insert all the showings into the 'dates' dict
for showing in showings:
dates[showing.start.date()].append(showing)
# Dates without a showing will still be in the dates dict, so will still
# be shown
# Now get all 'ideas' in date range. Fiddle the date range to be from the
# start of the month in startdate, so the idea for that month gets
# included:
idea_startdate = datetime.date(
day=1, month=startdate.month, year=startdate.year)
idea_list = (DiaryIdea.objects.filter(
month__range=[idea_startdate, enddatetime]).order_by('month').
select_related())
# Assemble into the idea dict, with keys that will match the keys in the
# showings dict
for idea in idea_list:
ideas[idea.month] = idea.ideas
# Fiddle so that the idea for the first month is displayed, even if
# startdate is after the first day of the month:
if (idea_startdate not in showings and len(idea_list) > 0
and idea_list[0].month.month == startdate.month):
ideas[startdate] = idea_list[0].ideas
context['ideas'] = ideas
context['dates'] = dates
# Page title:
context['event_list_name'] = u"Diary for {0} to {1}".format(
startdatetime.strftime("%d-%m-%Y"), enddatetime.strftime("%d-%m-%Y"))
context['start'] = startdatetime
context['end'] = enddatetime
context['edit_prefs'] = edit_prefs.get_preferences(request.session)
return render(request, 'edit_event_index.html', context)
def edit_diary_list(request, year=None, day=None, month=None):
# Basic "edit" list view. Logic about processing of year/month/day
# parameters is basically the same as for the public diary view.
#
# The logic is a bit twisty, from the requirement to show list all dates
# and 'ideas' fields in the range, even if they don't have any events in
# them, yet.
context = {}
# Sort out date range to display
# If the query contained the number of days ahead to show then retrieve it
# and store it as the default for this session (so coming back to the page
# will look the same)
query_days_ahead = request.GET.get('daysahead', None)
if query_days_ahead:
edit_prefs.set_preference(request.session, 'daysahead',
query_days_ahead)
default_days_ahead = query_days_ahead
else:
default_days_ahead = int(
edit_prefs.get_preference(request.session, 'daysahead'))
# utility function, shared with public diary view
startdatetime, days_ahead = get_date_range(year, month, day,
query_days_ahead,
default_days_ahead)
startdate = startdatetime.date()
if startdatetime is None:
raise Http404(days_ahead)
# Don't allow viewing of dates before today, to avoid editing of the past:
local_now = timezone.localtime(timezone.now())
if startdate < local_now.date():
# Redirect to page with today as the start date:
new_url = u"{0}?daysahead={1}".format(
reverse('day-edit',
kwargs={
'year': local_now.year,
'month': local_now.month,
'day': local_now.day
}), days_ahead)
return HttpResponseRedirect(new_url)
enddatetime = startdatetime + datetime.timedelta(days=days_ahead)
# Get all showings in the date range
showings = (Showing.objects.start_in_range(
startdatetime, enddatetime).order_by('start').select_related())
# Build two dicts, to hold the showings and the ideas. These dicts are
# initially empty, and get filled in if there are actually showings or
# ideas for those dates.
# This is done so that if dates don't have ideas/showings they still get
# shown in the list
dates = OrderedDict()
# Actually, I lied: start of visible list is not necessarily the 1st of the
# month, so make sure that it gets an 'IDEAS' link shown:
ideas = {startdate: ''}
for days in six.moves.range(days_ahead):
# Iterate through every date in the visible range, creating a dict
# entry for each
day_in_range = startdatetime + datetime.timedelta(days=days)
dates[day_in_range.date()] = []
# If it's the 1st of the month, make sure there's an ideas entry
if day_in_range.day == 1:
ideas[day_in_range.date()] = ''
# Now insert all the showings into the 'dates' dict
for showing in showings:
dates[timezone.localtime(showing.start).date()].append(showing)
# Dates without a showing will still be in the dates dict, so will still
# be shown
# Now get all 'ideas' in date range. Fiddle the date range to be from the
# start of the month in startdate, so the idea for that month gets
# included:
idea_startdate = datetime.date(day=1,
month=startdate.month,
year=startdate.year)
idea_list = (DiaryIdea.objects.filter(
month__range=[idea_startdate, enddatetime]).order_by(
'month').select_related())
# Assemble into the idea dict, with keys that will match the keys in the
# showings dict
for idea in idea_list:
ideas[idea.month] = idea.ideas
# Fiddle so that the idea for the first month is displayed, even if
# startdate is after the first day of the month:
if (idea_startdate not in showings and len(idea_list) > 0
and idea_list[0].month.month == startdate.month):
ideas[startdate] = idea_list[0].ideas
context['ideas'] = ideas
context['dates'] = dates
# Page title:
context['event_list_name'] = u"Diary for {0} to {1}".format(
startdatetime.strftime("%d-%m-%Y"), enddatetime.strftime("%d-%m-%Y"))
context['start'] = startdatetime
context['end'] = enddatetime
context['edit_prefs'] = edit_prefs.get_preferences(request.session)
context['rooms'] = ([None] + list(Room.objects.all())
if settings.MULTIROOM_ENABLED else [None])
context['multiroom_enabled'] = settings.MULTIROOM_ENABLED
return render(request, 'edit_event_index.html', context)
def view_diary(request, year=None, month=None, day=None, event_type=None):
# Returns public diary view, starting at specified year/month/day, filtered
# by event type.
#
# Returns different things depending on the supplied parameters;
# - if only year is passed, and no daysahead parameter,listings for the
# whole of that year
# - if only year & month passed, and no daysahead parameter, listings for
# the whole of that month
# - if year, month & day, and no daysahead parameter, listings for that day
# only
# - if dayssahead parameter is passed, that many days from the specified
# year/month/date
context = {}
query_days_ahead = request.GET.get('daysahead', None)
# Shared utility method to parse HTTP parameters and return a date range
startdate, days_ahead = get_date_range(year, month, day, query_days_ahead)
if startdate is None:
raise Http404(days_ahead)
enddate = startdate + datetime.timedelta(days=days_ahead)
# Start getting together data to send to the template...
context['today'] = datetime.date.today()
context['start'] = startdate
context['end'] = enddate
# Following is user input passed back, so make doubly sure that it gets
# escaped in the template:
context['event_type'] = mark_for_escaping(event_type) if event_type else None
# Set page title
if year:
# If some specific dates were provided, use those
context['event_list_name'] = u"Cube Programme for {0}".format(
u"/".join([str(s) for s in (day, month, year) if s])
)
else:
# Default title
context['event_list_name'] = "Cube Programme"
# Build query. The select_related() and prefetch_related on the end
# encourages it to get the associated showing/event data, to reduce the
# number of SQL queries
showings = (Showing.objects.public()
.start_in_range(startdate, enddate)
.order_by('start')
.select_related()
.prefetch_related('event__media'))
if event_type:
showings = showings.filter(event__tags__slug=event_type)
# Build a list of events for that list of showings:
events = OrderedDict()
for showing in showings:
events.setdefault(showing.event, list()).append(showing)
context['showings'] = showings # Set of Showing objects for date range
context['events'] = events # Ordered dict mapping event -> list of showings
# This is prepended to filepaths from the MediaPaths table to use
# as a location for images:
context['media_url'] = settings.MEDIA_URL
context['printed_programmes'] = PrintedProgramme.objects.month_in_range(
startdate, enddate)
return render(request, 'view_showing_index.html', context)