def fix_order( u, d, order_id, item_id):
ord = Order.objects.get(id=order_id)
exp_id = ord.table.experiment.id
# log to events
item = MenuItem.objects.get(id=int(item_id))
o = Order.objects.get(id=order_id)
try:
r = o.items.get(item=item)
logger.debug("Already have %s on the order"%item.name)
# already had ordered the item
except MenuItemReview.DoesNotExist:
logger.debug("Ordering %s"%item.name)
# create a review
r = MenuItemReview(item=item, rating=0, comment="Comments: click to edit")
r.save()
o.items.add(r)
o.save()
o.updated = d
o.save()
# log mark/order event
people_ordered = item.menuitemreview_set.all().exclude(legals_ordered__user=u)
event = EventMenuItem(user=u,
order=o,
experiment=Experiment.objects.get(id=exp_id),
item=item,
action=EventMenuItem.MARK,
num_people=people_ordered.count())
event.save()
event.timestamp = d
event.save()
def order(request):
"""
Order items
:param POST['items']: the item id's of ordered items (list in string format)
:param POST['table']: the table number where customer sits
"""
#if request.user.is_authenticated():
u = request.user
#u = User.objects.get(id=2)
tc = TableCode.objects.filter(code=request.POST['table']).latest('date')
o = Order(user=u, table=tc)
o.save()
#logger.debug("posted items %s"%request.POST['items'])
for i in eval(request.POST['items']):
m = MenuItem.objects.get(id=i)
r = MenuItemReview(item=m, rating=0, comment="Please let us know how you liked this dish.")
r.save()
o.items.add(r)
o.save()
o.last_update()
return JSONHttpResponse({'result':'1'})
import datetime
e = Experiment.objects.get(id=1)
t = TableCode(code='abcd', experiment = e, date=datetime.date.today())
t.save()
t = TableCode.objects.filter(code='abcd')[0]
michael = User.objects.get(id=2)
o = Order(user=michael, table=t)
o.save()
# these items have a price that is not fixed
for i in [59,52]:
m = MenuItem.objects.get(id=i)
r = MenuItemReview(item=m, rating=5, comment="This was soo delicious")
r.save()
o.items.add(r)
o.save()
o = Order(user=michael, table=t)
o.save()
for i in [25,15,45]:
m = MenuItem.objects.get(id=i)
r = MenuItemReview(item=m, rating=5, comment="This was soo delicious")
r.save()
o.items.add(r)
o.save()
o = Order(user=michael, table=t)
def mark_item(request, item_id, order_id):
"""
Mark an item to order
:url: /legals/m/mark/(?P<item_id>\d+)/(?<order_id>\d+)/
:param order_id: cannot be 0 since if 0 it should never show up
in the first place
"""
header = "legals"
restaurant = Store.objects.get(id=1)
u = request.user
ord = Order.objects.get(id=order_id)
exp_id = ord.table.experiment.id
# log to events
item = MenuItem.objects.get(id=int(item_id))
o = Order.objects.get(id=order_id)
try:
r = o.items.get(item=item)
logger.debug("Already have %s on the order"%item.name)
# already had ordered the item
except MenuItemReview.DoesNotExist:
logger.debug("Ordering %s"%item.name)
# create a review
r = MenuItemReview(item=item, rating=0, comment="Comments: click to edit")
r.save()
o.items.add(r)
o.save()
o.last_update()
# log mark/order event
people_ordered = item.menuitemreview_set.all().exclude(legals_ordered__user=u)
event = EventMenuItem(user=u,
order=o,
experiment=Experiment.objects.get(id=exp_id),
item=item,
action=EventMenuItem.MARK,
num_people=people_ordered.count())
event.save()
i_data = {}
# build menu items from my orders
# with who else liked it
item_reviews = o.items.all()
for r in item_reviews:
#: contains item and other social metadata
i_data[r.item.id] = {'item':r.item.get_json()}
if exp_id == 3:
numordered = r.item.menuitemreview_set.all().exclude(legals_ordered__user=u).count()
if numordered == 0:
i_data[r.item.id]['anonymous'] = ''
elif numordered == 1:
i_data[r.item.id]['anonymous'] = '1 person ordered'
else:
i_data[r.item.id]['anonymous'] = '%d people ordered'%numordered
numliked = r.item.menuitemreview_set.all().exclude(legals_ordered__user=u).filter(rating__gte=4).count()
if numliked == 0:
i_data[r.item.id]['aliked'] = ''
elif numliked == 1:
i_data[r.item.id]['aliked'] = '1 person like this'
else:
i_data[r.item.id]['aliked'] = '%d people like this'%numordered
elif exp_id in [2,4,5]:
i_data[r.item.id]['friends'] = set()
i_data[r.item.id]['fliked'] = set()
# Handle friends orders and reviews
if exp_id in [2,4,5]:
# get friends of user
fb_id = request.user.facebook_profile.facebook_id
friends = Friends.objects.get(facebook_id=fb_id).friends.values_list('facebook_id', flat=True)
# get those items that friends have ordered
orders = Order.objects.filter(user__facebook_profile__facebook_id__in=friends)
for o in orders:
if o.num_items() > 0:
for r in o.items.all():
# 2: friends
# 4: friends and popularity mixed
# 5: intervention
if r.item.id in i_data:
# friends that ordered the item
i_data[r.item.id]['friends'].add(o.user.first_name)
if r.rating >= MenuItemReview.GOOD:
i_data[r.item.id]['fliked'].add(o.user.first_name)
for key,val in i_data.items():
# arrange labels
numfriends = len(val['friends'])
numliked = len(val['fliked'])
if exp_id == 4:
# anonymous friends
i_data[key]['friend_label']="%d friend(s) ordered"%numfriends
if numliked > 0:
i_data[key]['fliked']="%d friend(s) like this"%numliked
else:
# friends names
i = 0
label = ''
for f in val['friends']:
i += 1
if i == 3 and numfriends > 3:
label += f + ', ...'
# if there are more than three people, just show
# that there are more
break
elif i == numfriends:
label += f
else:
label += f + ', '
i_data[key]['friend_label']=label+" ordered"
logger.debug("Mark Order: Listing order")
return render_to_response( "legals/i/order.html",
{
'header': header,
'restaurant': restaurant,
'order_data': i_data,
'exp_id': int(exp_id),
'experiments': [2,5],
'order_id': int(order_id)
},
context_instance=RequestContext(request))