def table(self, day=None):
# Check if we have any schedule information to display and tell people if we don't
if len(c.scheduled_dates) == 0:
return render('/schedule/no_schedule_available.mako')
# Which day should we be showing now?
c.display_date = None
available_days = {
scheduled_date.strftime('%A').lower(): scheduled_date
for scheduled_date in c.scheduled_dates
}
if day in available_days:
c.display_date = available_days[day]
if c.display_date is None:
if date.today() in c.scheduled_dates:
c.display_date = date.today()
else:
c.display_date = c.scheduled_dates[0]
# Work out which times we should be displaying on the left hand time scale
c.time_slots = TimeSlot.find_by_date(c.display_date)
c.primary_times = {
time_slot.start_time: time_slot
for time_slot in TimeSlot.find_by_date(c.display_date,
primary=True)
}
# Find all locations that have non-exclusive events
start = datetime.combine(c.display_date, time.min)
end = datetime.combine(c.display_date, time.max)
c.locations = Location.query().join(Schedule).join(Event).join(
TimeSlot).filter(TimeSlot.start_time.between(
start, end)).filter(Event.exclusive != True).all()
# Find the list of scheduled items for the required date
c.schedule_collection = Schedule.find_by_date(c.display_date)
# What time period will we break the time scale on the left into
c.time_increment = timedelta(minutes=5)
# Build up the programme for the requested day
c.programme = OrderedDict()
for time_slot in c.time_slots:
mytime = time_slot.start_time
while mytime < time_slot.end_time:
c.programme[mytime] = {}
mytime = mytime + c.time_increment
for schedule in c.schedule_collection:
exclusive_event = schedule.time_slot.exclusive_event()
mytime = schedule.time_slot.start_time
if exclusive_event:
c.programme[mytime]['exclusive'] = exclusive_event
else:
c.programme[mytime][schedule.location] = schedule
if 'raw' in request.GET:
c.raw = True
return render('/schedule/table.mako')
def table(self, day=None):
filter = dict(request.GET)
if len(c.scheduled_dates) == 0:
return render('/schedule/no_schedule_available.mako')
c.display_date = None
available_days = {}
for scheduled_date in c.scheduled_dates:
available_days[scheduled_date.strftime('%A').lower()] = scheduled_date
if day in available_days:
c.display_date = available_days[day]
if c.display_date is None:
if date.today() in c.scheduled_dates:
c.display_date = date.today()
else:
c.display_date = c.scheduled_dates[0]
c.time_slots = TimeSlot.find_by_date(c.display_date)
c.primary_times = {}
for time_slot in TimeSlot.find_by_date(c.display_date, primary=True):
c.primary_times[time_slot.start_time] = time_slot
event_type = EventType.find_by_name('presentation')
c.locations = Location.find_scheduled_by_date_and_type(c.display_date, event_type)
event_type = EventType.find_by_name('mini-conf')
c.locations = c.locations + Location.find_scheduled_by_date_and_type(c.display_date, event_type)
c.schedule_collection = Schedule.find_by_date(c.display_date)
c.time_increment = timedelta(minutes=5)
c.programme = OrderedDict()
for time_slot in c.time_slots:
time = time_slot.start_time
while time < time_slot.end_time:
c.programme[time] = {}
time = time + c.time_increment
for schedule in c.schedule_collection:
exclusive_event = schedule.time_slot.exclusive_event()
time = schedule.time_slot.start_time
if exclusive_event:
c.programme[time]['exclusive'] = exclusive_event
else:
c.programme[time][schedule.location] = schedule
if filter.has_key('raw'):
return render('/schedule/table_raw.mako')
else:
return render('/schedule/table.mako')
def table(self, day=None):
# Check if we have any schedule information to display and tell people if we don't
if len(c.scheduled_dates) == 0:
return render('/schedule/no_schedule_available.mako')
# Which day should we be showing now?
c.display_date = None
available_days = { scheduled_date.strftime('%A').lower(): scheduled_date for scheduled_date in c.scheduled_dates }
if day in available_days:
c.display_date = available_days[day]
if c.display_date is None:
if date.today() in c.scheduled_dates:
c.display_date = date.today()
else:
c.display_date = c.scheduled_dates[0]
# Work out which times we should be displaying on the left hand time scale
c.time_slots = TimeSlot.find_by_date(c.display_date)
c.primary_times = { time_slot.start_time: time_slot for time_slot in TimeSlot.find_by_date(c.display_date, primary=True) }
# Find all locations that have non-exclusive events
start = datetime.combine(c.display_date, time.min)
end = datetime.combine(c.display_date, time.max)
c.locations = Location.query().join(Schedule).join(Event).join(TimeSlot).filter(TimeSlot.start_time.between(start, end)).filter(Event.exclusive != True).all()
# Find the list of scheduled items for the required date
c.schedule_collection = Schedule.find_by_date(c.display_date)
# What time period will we break the time scale on the left into
c.time_increment = timedelta(minutes=5)
# Build up the programme for the requested day
c.programme = OrderedDict()
for time_slot in c.time_slots:
mytime = time_slot.start_time
while mytime < time_slot.end_time:
c.programme[mytime] = {}
mytime = mytime + c.time_increment
for schedule in c.schedule_collection:
exclusive_event = schedule.time_slot.exclusive_event()
mytime = schedule.time_slot.start_time
if exclusive_event:
c.programme[mytime]['exclusive'] = exclusive_event
else:
c.programme[mytime][schedule.location] = schedule
if 'raw' in request.GET:
c.raw = True
return render('/schedule/table.mako')
