def story_post_save(sender, **kwargs):
"""
A signal for sending push notification to contributors and viewers
"""
if kwargs.get('created') is False:
return
story = kwargs.get('instance')
update_story_access.delay(story)
# Queue the task to calculate and update permissions
story_permission_notifications.delay(story=story)
# Create an activity for the current user to follow the story
new_activities = [
Activity(content_object=story,
user=story.author,
type=Activity.FOLLOW_STORY)
]
# Story author has already viewed the story
new_activities.extend([
Activity(content_object=story, user=story.author, type=Activity.VIEW)
])
Activity.objects.bulk_create(new_activities)
def get_shop_promotion_activities():
shop_promot_activities = cache.get("banner_activities")
if not shop_promot_activities:
shop_promot_activities = Activity.get_shop_promot_acitivity()
# cache.set("pop_articles", articles)
return shop_promot_activities
def home(request):
if request.user:
most_rated_products = Rate.get_most_rated_products(max_size=4)
most_hot_products = Product.get_hot(max_size=4)
recent_portfolios = Portfolio.get_latest(max_size=4)
recent_articles = Article.get_recommended()
activities = Activity.get_banner_activity()
types = ProductType.objects.all()
return render(request, "welcome.html", {"most_rated_products": most_rated_products,
"recent_articles": recent_articles, "types": types, 'activities': activities, "recent_portfolios": recent_portfolios, "most_hot_products": most_hot_products})
else:
return render(request, "home.html")
def add_activity(user, activity_string):
a = Activity(activity_desc=activity_string, user=user)
a.save()
def get_banner_activities():
banner_activities = cache.get("banner_activities")
if not banner_activities:
banner_activities = Activity.get_banner_activity()
# cache.set("pop_articles", articles)
return banner_activities
def validate(self, data):
"""Validate this activity - check end date is after start date, etc."""
# Check that start_date is before end_date
if (
"end_date" in data
and data["end_date"]
and data["start_date"] > data["end_date"]
):
raise serializers.ValidationError(
_("Startdato skal være før eller identisk med slutdato")
)
# One time payments should have a payment date in the payment plan.
is_one_time_payment = (
data["payment_plan"]["payment_type"]
== PaymentSchedule.ONE_TIME_PAYMENT
)
if "start_date" not in data and not is_one_time_payment:
raise serializers.ValidationError(
_("der skal angives en startdato for ydelsen")
)
if is_one_time_payment and (
"payment_date" not in data["payment_plan"]
or data["payment_plan"]["payment_date"] is None
):
raise serializers.ValidationError(
_("der skal angives en betalingsdato for engangsbetaling")
)
# Monthly payments that are not expected adjustments should have a
# valid start_date, end_date and day_of_month that results in payments.
modifies = "modifies" in data and data["modifies"]
is_monthly_payment = (
"payment_frequency" in data["payment_plan"]
and data["payment_plan"]["payment_frequency"]
== PaymentSchedule.MONTHLY
)
if (
is_monthly_payment
and ("end_date" in data and data["end_date"])
and not modifies
):
start_date = data["start_date"]
end_date = data["end_date"]
payment_day_of_month = data["payment_plan"]["payment_day_of_month"]
next_payment_date = start_date.replace(day=payment_day_of_month)
if next_payment_date < start_date:
next_payment_date += relativedelta(months=+1)
if not (start_date <= next_payment_date <= end_date):
raise serializers.ValidationError(
_("Betalingsparametre resulterer ikke i nogen betalinger")
)
# Cash payments that are not fictive should have a "valid" start_date
# based on payment date exclusions.
data_copy = data.copy()
if (
"price_per_unit" in data_copy["payment_plan"]
and data_copy["payment_plan"]["price_per_unit"]
):
data_copy["payment_plan"]["price_per_unit"] = PriceSerializer(
data=data_copy["payment_plan"]["price_per_unit"]
).instance
data_copy["payment_plan"] = PaymentSchedule(
**data_copy.pop("payment_plan")
)
# Pop the service provider and attach a serialized version.
if "service_provider" in data_copy and data_copy["service_provider"]:
data_copy["service_provider"] = ServiceProvider(
**data_copy.pop("service_provider")
)
instance = Activity(**data_copy)
is_valid_start_date = instance.is_valid_activity_start_date()
if not is_valid_start_date:
raise serializers.ValidationError(
_(
"Startdato skal være i fremtiden og "
"der skal være mindst to udbetalingsdage"
" fra nu og til startdatoen"
)
)
if modifies:
# run the validate_expected flow.
try:
instance.validate_expected()
except forms.ValidationError as e:
raise serializers.ValidationError(e.message)
return data
def obj_get_list(self, request=None, **kwargs):
return Activity.get_active_for_user(user=request.user)
def add_activity(user, activity_string):
a = Activity(activity_desc=activity_string, user=user)
a.save()
def populate():
#Fashion House
f1 = Fashion_House(fashion_name="Chanel", debrief_received=False)
f2 = Fashion_House(fashion_name="Dior", debrief_received=True)
f3 = Fashion_House(fashion_name="Lancel", debrief_received=False)
f4 = Fashion_House(fashion_name="Gucci", debrief_received=False)
f5 = Fashion_House(fashion_name="LVMH", debrief_received=True)
f6 = Fashion_House(fashion_name="Louis Vuitton", debrief_received=True)
f1.save()
f2.save()
f3.save()
f4.save()
f5.save()
f6.save()
# Event
e1 = Event(title="Du style en croks",
date_debut='2019-12-12T15:00:00Z',
date_fin='2019-12-17T15:00:00Z',
description=
"Bienvenue a notre événement voici un sommaire des activites :",
place="Paris",
fashion_name=f1)
e2 = Event(title="Hiver neige",
date_debut='2020-11-12T15:00:00Z',
date_fin='2020-11-17T15:00:00Z',
description=
"Bienvenue a notre événement voici un sommaire des activites :",
place="Russie",
fashion_name=f2)
e1.save()
e2.save()
#One_to_One
o1 = One_to_One(date='2019-12-12T15:00:00Z',
salon=10,
staff="Paul JP",
title=e1)
o2 = One_to_One(date='2019-12-12T15:00:00Z',
salon=10,
staff="Marie JP",
title=e2)
o3 = One_to_One(date='2019-12-12T15:00:00Z',
salon=10,
staff="Kevin JP",
title=e1)
o4 = One_to_One(date='2019-12-12T15:00:00Z',
salon=10,
staff="Pierre JP",
title=e2)
o1.save()
o2.save()
o3.save()
o4.save()
#Activity
a1 = Activity(title="Restaut à la Giraffe ",
date_act='2019-12-13T00:00:00Z',
supplier_name="Chantal",
adress="89 rue de rivoli",
budget=100,
real_price=150,
cancelation_policy_deadline=48,
cancelation_policy_fees=0.8,
contact_name="Fabris",
phone_number="0604157343",
mail_adress="*****@*****.**",
status="cf",
typ_act="1")
a2 = Activity(title="Tour Eiffel de nuit ",
date_act='2019-12-15T00:00:00Z',
supplier_name="Charly",
adress="17 rue des étudiants",
budget=200,
real_price=0,
cancelation_policy_deadline=72,
cancelation_policy_fees=0.6,
contact_name="Fabris",
phone_number="0604157343",
mail_adress="*****@*****.**",
status="cnf",
typ_act="2")
a3 = Activity(title="Spa massage",
date_act='2019-12-17T00:00:00Z',
supplier_name="Joseph",
adress="50 rue de rivoli",
budget=1000,
real_price=800,
cancelation_policy_deadline=48,
cancelation_policy_fees=0.5,
contact_name="Fabris",
phone_number="0604157343",
mail_adress="*****@*****.**",
status="f",
typ_act="4")
a1.save()
a2.save()
a3.save()
#Concierge
c1 = Concierge(login="******",
mdp="0001",
name="Jean",
last_name="Concierge")
c2 = Concierge(login="******",
mdp="0002",
name="Kevin",
last_name="Concierge")
c3 = Concierge(login="******",
mdp="0003",
name="Marie",
last_name="Concierge")
c1.save()
c2.save()
c3.save()
c1.list_events.add(e1, e2)
c2.list_events.add(e1)
c3.list_events.add(e2)
#Chauffeur
t1 = Chauffeur(name="Karim",
last_name="Uber",
langue="Fr",
lieu_depart="Paris Roissy",
lieu_arrivee="Carlton",
consigne="Ne pas perdre le client de vue",
horaire_chauffeur='2019-12-12T15:00:00Z')
t1.save()
#Hotel
h1 = Hotel(reservation_nb=5,
date_debut='2019-12-12T15:00:00Z',
date_fin='2019-12-12T15:00:00Z',
room_type="Suite Deluxe",
tarif=500,
estimated_budget=550,
paid_by_JP=2,
paid_by_client=3,
night_booked_jp=2,
night_booked_client=3,
welcome_pack_arrived=True)
h1.save()
#Planning
p1 = Planning(nights_booked=5,
digital_planning=True,
language="EN",
travel_fees=500)
p2 = Planning(nights_booked=3, language="FR", travel_fees=500)
p3 = Planning(nights_booked=2,
digital_planning=True,
language="EN",
travel_fees=2000)
p4 = Planning(nights_booked=4,
digital_planning=True,
language="EN",
travel_fees=500)
p2.save()
p3.save()
p4.save()
p1.save()
p1.list_activities.add(a1)
p1.list_driver.add(t1)
p1.list_hotel.add(h1)
p2.list_activities.add(a2)
p2.list_driver.add(t1)
p2.list_hotel.add(h1)
p3.list_activities.add(a3)
p3.list_driver.add(t1)
p3.list_hotel.add(h1)
#Client
cl1 = Client(name="Jacques",
last_name="Dupont",
zone="Asie",
contact_principal="*****@*****.**",
langue="En",
budget_jour=500,
budget_semaine=5000,
plan=p1,
date=o1,
telephone="0664587985",
date_arrival='2019-12-12T15:00:00Z',
date_leave='2019-12-17T15:00:00Z',
status='al')
cl2 = Client(name="Hiba",
last_name="Beldi",
zone="Moyen-Orient",
langue="Arabe",
budget_jour=150,
budget_semaine=1500,
date=o2,
plan=p2,
telephone="0664152465",
date_arrival='2019-12-13T15:00:00Z',
date_leave='2019-12-16T15:00:00Z',
status='mn')
cl3 = Client(name="Jérémie",
last_name="Bencini",
zone="Arctique",
langue="Anglais",
budget_jour=3000,
budget_semaine=30000,
date=o3,
plan=p3,
telephone="0668358476",
date_arrival='2019-12-11T15:00:00Z',
date_leave='2019-12-19T15:00:00Z',
status='mn')
cl4 = Client(name="Diane",
last_name="Du Peloux",
zone="Afrique",
langue="Français",
budget_jour=300,
budget_semaine=3000,
date=o4,
plan=p4,
telephone="0542487945",
date_arrival='2019-12-14T15:00:00Z',
date_leave='2019-12-20T15:00:00Z',
status='al')
cl1.save()
cl2.save()
cl3.save()
cl4.save()
cl1.title.add(e1)
cl2.title.add(e1)
cl3.title.add(e2)
cl4.title.add(e2)
#Hospitality_packs
hp1 = Hospitality_Pack(collection="Printemps 2020",
horaires_dispo_concierge="Lundi-Dimance: 7h-23h",
title=e1)
hp1.save()
hp1.list_services.add(a1)
