def create_venue(self, user):
new_venue = Venue(name=self.cleaned_data['name'],
main_calendar=self.cleaned_data['main_calendar'],
creator=user,
customer=user.userprofile.customer)
new_venue.save()
return new_venue
def setUp(self):
super(BaseDebateTestCase, self).setUp()
# add test models
self.t = Tournament(slug="tournament")
self.t.save()
for i in range(4):
ins = Institution(code="INS%s"%i, name="Institution %s"%i)
ins.save()
for j in range(3):
team = Team(tournament=self.t, institution=ins, reference="Team%s%s" % (i,j))
team.save()
for k in range(2):
speaker = Speaker(team=team, name="Speaker%s%s%s" % (i,j,k))
speaker.save()
for j in range(2):
adj = Adjudicator(tournament=self.t, institution=ins, name="Adjudicator%s%s" %
(i,j), test_score=0)
adj.save()
for i in range(8):
venue = Venue(name="Venue %s" % i)
venue.priority = i
venue.save()
venue = Venue(name="IVenue %s" % i)
venue.priority = i
venue.save()
def confirm_venues(request, t):
print(request.POST)
venue_names = request.POST.getlist('venue_names')
venue_priorities = request.POST.getlist('venue_priorities')
venue_groups = request.POST.getlist('venue_groups')
venue_shares = request.POST.getlist('venue_shares')
for i, key in enumerate(venue_names):
if venue_groups[i]:
try:
venue_group = VenueGroup.objects.get(short_name=venue_groups[i])
except VenueGroup.DoesNotExist:
try:
venue_group = VenueGroup.objects.get(name=venue_groups[i])
except VenueGroup.DoesNotExist:
venue_group = VenueGroup(name=venue_groups[i],
short_name=venue_groups[i][:15]).save()
else:
venue_group = None
if venue_shares[i] == "yes":
venue_tournament = None
else:
venue_tournament = t
venue = Venue(name=venue_names[i], priority=venue_priorities[i],
group=venue_group, tournament=venue_tournament)
venue.save()
confirmed = {"kind": "Venues", "quantity": len(venue_names)}
return render(request, 'confirmed_data.html', dict(confirmed=confirmed))
def import_venues(self):
self.venues = {}
for venue in self.root.findall('venue'):
v = Venue(tournament=self.tournament, name=venue.text, priority=venue.get('priority', 0))
v.save()
self.venues[venue.get('id')] = v
def confirm_venues(request, t):
print(request.POST)
venue_names = request.POST.getlist('venue_names')
venue_priorities = request.POST.getlist('venue_priorities')
venue_groups = request.POST.getlist('venue_groups')
venue_shares = request.POST.getlist('venue_shares')
for i, key in enumerate(venue_names):
if venue_groups[i]:
try:
venue_group = VenueGroup.objects.get(short_name=venue_groups[i])
except VenueGroup.DoesNotExist:
try:
venue_group = VenueGroup.objects.get(name=venue_groups[i])
except VenueGroup.DoesNotExist:
venue_group = VenueGroup(name=venue_groups[i],
short_name=venue_groups[i][:15]).save()
else:
venue_group = None
if venue_shares[i] == "yes":
venue_tournament = None
else:
venue_tournament = t
venue = Venue(name=venue_names[i], priority=venue_priorities[i],
group=venue_group, tournament=venue_tournament)
venue.save()
messages.success(request, "%s Venues have been added" % len(venue_names))
return render(request, 'data_index.html')
def new_default_venue(customer):
venue = Venue(
name=_("default"),
creator=customer.user,
customer=customer
)
venue.save()
return venue
def create_venue(self, user):
new_venue = Venue(
name=self.cleaned_data['name'],
main_calendar=self.cleaned_data['main_calendar'],
creator=user,
customer=user.userprofile.customer
)
new_venue.save()
return new_venue
def update_venue_timestamps(
self, venue: Venue, update_time: datetime.datetime = None
) -> None:
"""Update the venue last checked and last updated times"""
LOG.debug(
"Setting check time for %s to %s and update time for to %s",
venue,
self.check_timestamp,
update_time,
)
venue.tap_list_last_check_time = self.check_timestamp
if update_time:
venue.tap_list_last_update_time = update_time
venue.save()
def addNewVenue(request):
"""This rather long function is just to test all the data that arrives."""
if(request.method != 'POST'):
return(HttpResponse(status=404))
# we will assume that the data is in the request
country = request.POST['country']
state = request.POST['state']
city = request.POST['city']
venue = request.POST['venue']
longitude = request.POST['longitude']
latitude = request.POST['latitude']
# there are a few things to do here. First we check that the country is valid
country = getCountryCode(country)
if(country == None):
# return an error
json_data = json.dumps({'country':'This country does not exist'})
return(HttpResponse(json_data, content_type='application/json', status=404))
if(country == 0):
# we must check the state
state = getStateCode(state)
if(state == None):
json_data = json.dumps({'state':'This state does not exist'})
return(HttpResponse(json_data, content_type='application/json', status=404))
else:
state = -1
# The city and venue are just text, we can ignore them
# longitude and latitude are the same, just numbers, but we should check that both exist or not
# the following statement is the nearest to a XOR I could get
if(bool(longitude == '') ^ bool(latitude == '')):
json_data = json.dumps({'longitude':'Both values must be numbers or be empty',
'latitude':'Both values must be numbers or be empty'})
return(HttpResponse(json_data, content_type='application/json', status=404))
# let's just add the venue
if(longitude == ''):
new_venue = Venue(country=country, state=state, city=city, name=venue)
else:
new_venue = Venue(country=country, state=state, city=city, name=venue, longitude=longitude, latitude=latitude)
new_venue.save()
# the js code will need to re-populate the drop-downs. It already has the state and the country, so we
# create the 2 other lists, give the index and return this data
query = Venue.objects.filter(country=country).filter(state=state)
cities = set([x.city for x in query])
venues = set([x.name for x in query.filter(city=city)])
json_data = json.dumps({'country':getCountryName(country),
'state':getStateName(state),
'cities':[x for x in cities],
'city_index':city,
'venues':[x for x in venues],
'venue_index':venue})
return(HttpResponse(json_data, content_type='application/json', status=200))
def confirm_venues(request, t):
venue_names = request.POST.getlist('venue_names')
venue_priorities = request.POST.getlist('venue_priorities')
venue_categories = request.POST.getlist('venue_categories')
category_displays = request.POST.getlist('category_displays')
venue_shares = request.POST.getlist('venue_shares')
for i, key in enumerate(venue_names):
venue_tournament = t
if venue_shares[i] == "yes":
venue_tournament = None
priority = venue_priorities[i]
if not priority or not float(priority).is_integer():
messages.warning(
request, "Venue %s could not be saved because \
it did not have a valid priority number" % venue_names[i])
continue
venue = Venue(name=venue_names[i],
priority=venue_priorities[i],
tournament=venue_tournament)
venue.save()
if venue_categories[i]:
display = VenueCategory.DISPLAY_NONE
try:
if category_displays[i] == "prefix":
display = VenueCategory.DISPLAY_PREFIX
elif category_displays[i] == "suffix":
display = VenueCategory.DISPLAY_SUFFIX
except IndexError:
pass
try:
venue_category = VenueCategory.objects.get(
name=venue_categories[i])
except VenueCategory.DoesNotExist:
venue_category = VenueCategory(name=venue_categories[i],
display_in_venue_name=display)
venue_category.save()
venue_category.venues.add(venue)
venue_category.save()
messages.success(request, "%s Venues have been added" % len(venue_names))
return render(request, 'old_importer/data_index.html')
def confirm_venues(request, t):
venue_names = request.POST.getlist('venue_names')
venue_priorities = request.POST.getlist('venue_priorities')
venue_groups = request.POST.getlist('venue_groups')
for i, key in enumerate(venue_names):
if venue_groups[i]:
venue_group = VenueGroup.objects.get_or_create(
name=venue_groups[i], short_name=venue_groups[i][:15])
else:
venue_group = None
try:
venue = Venue(name=venue_names[i],
priority=venue_priorities[i],
group=venue_group,
tournament=t)
venue.save()
except:
pass
confirmed = {"kind": "Venues", "quantity": len(venue_names)}
return render(request, 'confirmed_data.html', dict(confirmed=confirmed))
def addNewVenue(request):
"""This rather long function is just to test all the data that arrives."""
if (request.method != 'POST'):
return (HttpResponse(status=404))
# we will assume that the data is in the request
country = request.POST['country']
state = request.POST['state']
city = request.POST['city']
venue = request.POST['venue']
longitude = request.POST['longitude']
latitude = request.POST['latitude']
# there are a few things to do here. First we check that the country is valid
country = getCountryCode(country)
if (country == None):
# return an error
json_data = json.dumps({'country': 'This country does not exist'})
return (HttpResponse(json_data,
content_type='application/json',
status=404))
if (country == 0):
# we must check the state
state = getStateCode(state)
if (state == None):
json_data = json.dumps({'state': 'This state does not exist'})
return (HttpResponse(json_data,
content_type='application/json',
status=404))
else:
state = -1
# The city and venue are just text, we can ignore them
# longitude and latitude are the same, just numbers, but we should check that both exist or not
# the following statement is the nearest to a XOR I could get
if (bool(longitude == '') ^ bool(latitude == '')):
json_data = json.dumps({
'longitude':
'Both values must be numbers or be empty',
'latitude':
'Both values must be numbers or be empty'
})
return (HttpResponse(json_data,
content_type='application/json',
status=404))
# let's just add the venue
if (longitude == ''):
new_venue = Venue(country=country, state=state, city=city, name=venue)
else:
new_venue = Venue(country=country,
state=state,
city=city,
name=venue,
longitude=longitude,
latitude=latitude)
new_venue.save()
# the js code will need to re-populate the drop-downs. It already has the state and the country, so we
# create the 2 other lists, give the index and return this data
query = Venue.objects.filter(country=country).filter(state=state)
cities = set([x.city for x in query])
venues = set([x.name for x in query.filter(city=city)])
json_data = json.dumps({
'country': getCountryName(country),
'state': getStateName(state),
'cities': [x for x in cities],
'city_index': city,
'venues': [x for x in venues],
'venue_index': venue
})
return (HttpResponse(json_data,
content_type='application/json',
status=200))
"""
Run this script in django shell to import venues as model instances
"""
import pandas as pd
from venues.models import Venue, Category
df = pd.read_excel('venues/venues.xlsx')
for index, row in df.iterrows():
name = row['name']
latitude = float(row['latitude'])
longitude = float(row['longitude'])
address = row['address']
url = str(row['url'])
try:
category = Category.objects.get(name=row['category'])
venue = Venue(category=category,
name=name,
latitude=latitude,
longitude=longitude,
address=address,
url=url)
venue.save()
except Exception:
print(name, row['category'])
def new_default_venue(customer):
venue = Venue(name=_("default"), creator=customer.user, customer=customer)
venue.save()
return venue