Sith/core/management/commands/populate.py

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#
# Copyright 2016,2017,2023
# - Skia <skia@hya.sk>
#
# Ce fichier fait partie du site de l'Association des Étudiants de l'UTBM,
# http://ae.utbm.fr.
#
# This program is free software; you can redistribute it and/or modify it under
# the terms of the GNU General Public License a published by the Free Software
# Foundation; either version 3 of the License, or (at your option) any later
# version.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
# details.
#
# You should have received a copy of the GNU General Public License along with
# this program; if not, write to the Free Sofware Foundation, Inc., 59 Temple
# Place - Suite 330, Boston, MA 02111-1307, USA.
#
#
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from datetime import date, timedelta
from io import StringIO
from pathlib import Path
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from typing import ClassVar
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from django.conf import settings
from django.contrib.auth.models import Permission
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from django.contrib.sites.models import Site
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from django.core.management import call_command
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from django.core.management.base import BaseCommand
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from django.db import connection
from django.utils import timezone
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from django.utils.timezone import localdate
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from PIL import Image
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from accounting.models import (
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AccountingType,
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BankAccount,
ClubAccount,
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Company,
GeneralJournal,
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Operation,
SimplifiedAccountingType,
)
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from club.models import Club, Membership
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from com.models import News, NewsDate, Sith, Weekmail
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from core.models import Group, Page, PageRev, RealGroup, SithFile, User
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from core.utils import resize_image
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from counter.models import Counter, Product, ProductType, StudentCard
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from election.models import Candidature, Election, ElectionList, Role
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from forum.models import Forum
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from pedagogy.models import UV
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from sas.models import Album, PeoplePictureRelation, Picture
from subscription.models import Subscription
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class Command(BaseCommand):
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ROOT_PATH: ClassVar[Path] = Path(__file__).parent.parent.parent.parent
SAS_FIXTURE_PATH: ClassVar[Path] = (
ROOT_PATH / "core" / "fixtures" / "images" / "sas"
)
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help = "Populate a new instance of the Sith AE"
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def reset_index(self, *args):
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if connection.vendor == "sqlite":
# sqlite doesn't support this operation
return
sqlcmd = StringIO()
call_command("sqlsequencereset", *args, stdout=sqlcmd)
cursor = connection.cursor()
cursor.execute(sqlcmd.getvalue())
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def handle(self, *args, **options):
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if not settings.DEBUG and not settings.TESTING:
raise Exception("Never call this command in prod. Never.")
Sith.objects.create(weekmail_destinations="etudiants@git.an personnel@git.an")
Site.objects.create(domain=settings.SITH_URL, name=settings.SITH_NAME)
root_group = Group.objects.create(name="Root")
public_group = Group.objects.create(name="Public")
subscribers = Group.objects.create(name="Subscribers")
old_subscribers = Group.objects.create(name="Old subscribers")
Group.objects.create(name="Accounting admin")
Group.objects.create(name="Communication admin")
Group.objects.create(name="Counter admin")
Group.objects.create(name="Banned from buying alcohol")
Group.objects.create(name="Banned from counters")
Group.objects.create(name="Banned to subscribe")
Group.objects.create(name="SAS admin")
Group.objects.create(name="Forum admin")
Group.objects.create(name="Pedagogy admin")
self.reset_index("core", "auth")
change_billing = Permission.objects.get(codename="change_billinginfo")
add_billing = Permission.objects.get(codename="add_billinginfo")
root_group.permissions.add(change_billing, add_billing)
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root = User.objects.create_superuser(
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id=0,
username="root",
last_name="",
first_name="Bibou",
email="ae.info@utbm.fr",
date_of_birth="1942-06-12",
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password="plop",
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)
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self.profiles_root = SithFile.objects.create(name="profiles", owner=root)
home_root = SithFile.objects.create(name="users", owner=root)
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# Page needed for club creation
p = Page(name=settings.SITH_CLUB_ROOT_PAGE)
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p.save(force_lock=True)
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club_root = SithFile.objects.create(name="clubs", owner=root)
sas = SithFile.objects.create(name="SAS", owner=root)
main_club = Club.objects.create(
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id=1,
name=settings.SITH_MAIN_CLUB["name"],
unix_name=settings.SITH_MAIN_CLUB["unix_name"],
address=settings.SITH_MAIN_CLUB["address"],
)
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bar_club = Club.objects.create(
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id=2,
name=settings.SITH_BAR_MANAGER["name"],
unix_name=settings.SITH_BAR_MANAGER["unix_name"],
address=settings.SITH_BAR_MANAGER["address"],
)
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Club.objects.create(
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id=84,
name=settings.SITH_LAUNDERETTE_MANAGER["name"],
unix_name=settings.SITH_LAUNDERETTE_MANAGER["unix_name"],
address=settings.SITH_LAUNDERETTE_MANAGER["address"],
)
self.reset_index("club")
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counters = [
*[
Counter(id=bar_id, name=bar_name, club=bar_club, type="BAR")
for bar_id, bar_name in settings.SITH_COUNTER_BARS
],
Counter(name="Eboutic", club=main_club, type="EBOUTIC"),
Counter(name="AE", club=main_club, type="OFFICE"),
]
Counter.objects.bulk_create(counters)
bar_groups = []
for bar_id, bar_name in settings.SITH_COUNTER_BARS:
group = RealGroup.objects.create(name=f"{bar_name} admin")
bar_groups.append(
Counter.edit_groups.through(counter_id=bar_id, group=group)
)
Counter.edit_groups.through.objects.bulk_create(bar_groups)
self.reset_index("counter")
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subscribers.viewable_files.add(home_root, club_root)
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Weekmail().save()
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# Here we add a lot of test datas, that are not necessary for the Sith, but that provide a basic development environment
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self.now = timezone.now().replace(hour=12)
Galaxy improvements (#628) * galaxy: improve logging and performance reporting * galaxy: add a full galaxy state test * galaxy: optimize user self score computation * galaxy: add 'generate_galaxy_test_data' command for development at scale * galaxy: big refactor Main changes: - Multiple Galaxy objects can now exist at the same time in DB. This allows for ruling a new galaxy while still displaying the old one. - The criteria to quickly know whether a user is a possible citizen is now a simple query on picture count. This avoids a very complicated query to database, that could often result in huge working memory load. With this change, it should be possible to run the galaxy even on a vanilla Postgres that didn't receive fine tuning for the Sith's galaxy. * galaxy: template: make the galaxy graph work and be usable with a lot of stars - Display focused star and its connections clearly - Display star label faintly by default for other stars to avoid overloading the graph - Hide non-focused lanes - Avoid clicks on non-highlighted, too far stars - Make the canva adapt its width to initial screen size, doesn't work dynamically * galaxy: better docstrings * galaxy: use bulk_create whenever possible This is a big performance gain, especially for the tests. Examples: ---- `./manage.py test galaxy.tests.GalaxyTest.test_full_galaxy_state` Measurements averaged over 3 run on *my machine*™: Before: 2min15s After: 1m41s ---- `./manage.py generate_galaxy_test_data --user-pack-count 1` Before: 48s After: 25s ---- `./manage.py rule_galaxy` (for 600 citizen, corresponding to 1 user-pack) Before: 14m4s After: 12m34s * core: populate: use a less ambiguous 'timezone.now()' When running the tests around midnight, the day is changing, leading to some values being offset to the next day depending on the timezone, and making some tests to fail. This ensure to use a less ambiguous `now` when populating the database. * write more extensive documentation - add documentation to previously documented classes and functions and refactor some of the documented one, in accordance to the PEP257 and ReStructuredText standards ; - add some type hints ; - use a NamedTuple for the `Galaxy.compute_users_score` method instead of a raw tuple. Also change a little bit the logic in the function which call the latter ; - add some additional parameter checks on a few functions ; - change a little bit the logic of the log level setting for the galaxy related commands. * galaxy: tests: split Model and View for more efficient data usage --------- Co-authored-by: maréchal <thgirod@hotmail.com>
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skia = User.objects.create_user(
username="skia",
last_name="Kia",
first_name="S'",
email="skia@git.an",
date_of_birth="1942-06-12",
password="plop",
)
public = User.objects.create_user(
username="public",
last_name="Not subscribed",
first_name="Public",
email="public@git.an",
date_of_birth="1942-06-12",
password="plop",
)
subscriber = User.objects.create_user(
username="subscriber",
last_name="User",
first_name="Subscribed",
email="Subscribed@git.an",
date_of_birth="1942-06-12",
password="plop",
)
old_subscriber = User.objects.create_user(
username="old_subscriber",
last_name="Subscriber",
first_name="Old",
email="old_subscriber@git.an",
date_of_birth="1942-06-12",
password="plop",
)
counter = User.objects.create_user(
username="counter",
last_name="Ter",
first_name="Coun",
email="counter@git.an",
date_of_birth="1942-06-12",
password="plop",
)
comptable = User.objects.create_user(
username="comptable",
last_name="Able",
first_name="Compte",
email="compta@git.an",
date_of_birth="1942-06-12",
password="plop",
)
User.objects.create_user(
username="guy",
last_name="Carlier",
first_name="Guy",
email="guy@git.an",
date_of_birth="1942-06-12",
password="plop",
)
richard = User.objects.create_user(
username="rbatsbak",
last_name="Batsbak",
first_name="Richard",
email="richard@git.an",
date_of_birth="1982-06-12",
password="plop",
)
sli = User.objects.create_user(
username="sli",
last_name="Li",
first_name="S",
email="sli@git.an",
date_of_birth="1942-06-12",
password="plop",
)
krophil = User.objects.create_user(
username="krophil",
last_name="Phil'",
first_name="Kro",
email="krophil@git.an",
date_of_birth="1942-06-12",
password="plop",
)
comunity = User.objects.create_user(
username="comunity",
last_name="Unity",
first_name="Com",
email="comunity@git.an",
date_of_birth="1942-06-12",
password="plop",
)
tutu = User.objects.create_user(
username="tutu",
last_name="Tu",
first_name="Tu",
email="tutu@git.an",
date_of_birth="1942-06-12",
password="plop",
)
User.groups.through.objects.bulk_create(
[
User.groups.through(
realgroup_id=settings.SITH_GROUP_COUNTER_ADMIN_ID, user=counter
),
User.groups.through(
realgroup_id=settings.SITH_GROUP_ACCOUNTING_ADMIN_ID, user=comptable
),
User.groups.through(
realgroup_id=settings.SITH_GROUP_COM_ADMIN_ID, user=comunity
),
User.groups.through(
realgroup_id=settings.SITH_GROUP_PEDAGOGY_ADMIN_ID, user=tutu
),
User.groups.through(
realgroup_id=settings.SITH_GROUP_SAS_ADMIN_ID, user=skia
),
]
)
for user in richard, sli, krophil, skia:
self._create_profile_pict(user)
User.godfathers.through.objects.bulk_create(
[
User.godfathers.through(from_user=richard, to_user=comptable),
User.godfathers.through(from_user=root, to_user=skia),
User.godfathers.through(from_user=skia, to_user=root),
User.godfathers.through(from_user=sli, to_user=skia),
User.godfathers.through(from_user=public, to_user=richard),
User.godfathers.through(from_user=subscriber, to_user=richard),
]
)
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# Adding syntax help page
syntax_page = Page(name="Aide_sur_la_syntaxe")
syntax_page.save(force_lock=True)
PageRev.objects.create(
page=syntax_page,
title="Aide sur la syntaxe",
author=skia,
content=(self.ROOT_PATH / "core" / "fixtures" / "SYNTAX.md").read_text(),
)
services_page = Page(name="Services")
services_page.save(force_lock=True)
PageRev.objects.create(
page=services_page,
title="Services",
author=skia,
content="""
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| | | |
| :---: | :---: | :---: |
| [Eboutic](/eboutic) | [Laverie](/launderette) | Matmat |
| SAS | Weekmail | Forum|
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""",
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)
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index_page = Page(name="Index")
index_page.save(force_lock=True)
PageRev.objects.create(
page=index_page,
title="Wiki index",
author=root,
content="""
Welcome to the wiki page!
""",
)
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laundry_page = Page(name="launderette")
laundry_page.save(force_lock=True)
PageRev.objects.create(
page=laundry_page,
title="Laverie",
author=root,
content="Fonctionnement de la laverie",
)
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public_group.viewable_page.set(
[syntax_page, services_page, index_page, laundry_page]
)
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self._create_subscription(root)
self._create_subscription(skia)
self._create_subscription(counter)
self._create_subscription(comptable)
self._create_subscription(richard)
self._create_subscription(subscriber)
self._create_subscription(old_subscriber, start=date(year=2012, month=9, day=4))
self._create_subscription(sli)
self._create_subscription(krophil)
self._create_subscription(comunity)
self._create_subscription(tutu)
StudentCard(uid="9A89B82018B0A0", customer=sli.customer).save()
# Clubs
Club.objects.create(
name="Bibo'UT",
unix_name="bibout",
address="46 de la Boustifaille",
parent=main_club,
)
guyut = Club.objects.create(
name="Guy'UT",
unix_name="guyut",
address="42 de la Boustifaille",
parent=main_club,
)
Club.objects.create(
name="Woenzel'UT", unix_name="woenzel", address="Woenzel", parent=guyut
)
troll = Club.objects.create(
name="Troll Penché",
unix_name="troll",
address="Terre Du Milieu",
parent=main_club,
)
refound = Club.objects.create(
name="Carte AE",
unix_name="carte_ae",
address="Jamais imprimée",
parent=main_club,
)
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Membership.objects.bulk_create(
[
Membership(user=skia, club=main_club, role=3),
Membership(
user=comunity,
club=bar_club,
start_date=localdate(),
role=settings.SITH_CLUB_ROLES_ID["Board member"],
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),
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Membership(
user=sli,
club=troll,
role=9,
description="Padawan Troll",
start_date=localdate() - timedelta(days=17),
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),
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Membership(
user=krophil,
club=troll,
role=10,
description="Maitre Troll",
start_date=localdate() - timedelta(days=200),
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),
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Membership(
user=skia,
club=troll,
role=2,
description="Grand Ancien Troll",
start_date=localdate() - timedelta(days=400),
end_date=localdate() - timedelta(days=86),
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),
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Membership(
user=richard,
club=troll,
role=2,
description="",
start_date=localdate() - timedelta(days=200),
end_date=localdate() - timedelta(days=100),
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),
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]
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)
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p = ProductType.objects.create(name="Bières bouteilles")
c = ProductType.objects.create(name="Cotisations")
r = ProductType.objects.create(name="Rechargements")
verre = ProductType.objects.create(name="Verre")
cotis = Product.objects.create(
name="Cotis 1 semestre",
code="1SCOTIZ",
product_type=c,
purchase_price="15",
selling_price="15",
special_selling_price="15",
club=main_club,
)
cotis2 = Product.objects.create(
name="Cotis 2 semestres",
code="2SCOTIZ",
product_type=c,
purchase_price="28",
selling_price="28",
special_selling_price="28",
club=main_club,
)
refill = Product.objects.create(
name="Rechargement 15 €",
code="15REFILL",
product_type=r,
purchase_price="15",
selling_price="15",
special_selling_price="15",
club=main_club,
)
barb = Product.objects.create(
name="Barbar",
code="BARB",
product_type=p,
purchase_price="1.50",
selling_price="1.7",
special_selling_price="1.6",
club=main_club,
limit_age=18,
)
cble = Product.objects.create(
name="Chimay Bleue",
code="CBLE",
product_type=p,
purchase_price="1.50",
selling_price="1.7",
special_selling_price="1.6",
club=main_club,
limit_age=18,
)
cons = Product.objects.create(
name="Consigne Eco-cup",
code="CONS",
product_type=verre,
purchase_price="1",
selling_price="1",
special_selling_price="1",
club=main_club,
)
dcons = Product.objects.create(
name="Déconsigne Eco-cup",
code="DECO",
product_type=verre,
purchase_price="-1",
selling_price="-1",
special_selling_price="-1",
club=main_club,
)
cors = Product.objects.create(
name="Corsendonk",
code="CORS",
product_type=p,
purchase_price="1.50",
selling_price="1.7",
special_selling_price="1.6",
club=main_club,
limit_age=18,
)
carolus = Product.objects.create(
name="Carolus",
code="CARO",
product_type=p,
purchase_price="1.50",
selling_price="1.7",
special_selling_price="1.6",
club=main_club,
limit_age=18,
)
subscribers.products.add(cotis, cotis2, refill, barb, cble, cors, carolus)
old_subscribers.products.add(cotis, cotis2)
mde = Counter.objects.get(name="MDE")
mde.products.add(barb, cble, cons, dcons)
eboutic = Counter.objects.get(name="Eboutic")
eboutic.products.add(barb, cotis, cotis2, refill)
Counter.objects.create(name="Carte AE", club=refound, type="OFFICE")
Product.objects.create(
name="remboursement",
code="REMBOURS",
purchase_price="0",
selling_price="0",
special_selling_price="0",
club=refound,
)
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# Accounting test values:
BankAccount.objects.create(name="AE TG", club=main_club)
BankAccount.objects.create(name="Carte AE", club=main_club)
ba = BankAccount.objects.create(name="AE TI", club=main_club)
ca = ClubAccount.objects.create(
name="Troll Penché", bank_account=ba, club=troll
)
gj = GeneralJournal.objects.create(
name="A16", start_date=date.today(), club_account=ca
)
credit = AccountingType.objects.create(
code="74", label="Subventions d'exploitation", movement_type="CREDIT"
)
debit = AccountingType.objects.create(
code="606",
label="Achats non stockés de matières et fournitures(*1)",
movement_type="DEBIT",
)
debit2 = AccountingType.objects.create(
code="604",
label="Achats d'études et prestations de services(*2)",
movement_type="DEBIT",
)
buying = AccountingType.objects.create(
code="60", label="Achats (sauf 603)", movement_type="DEBIT"
)
comptes = AccountingType.objects.create(
code="6", label="Comptes de charge", movement_type="DEBIT"
)
SimplifiedAccountingType.objects.create(
label="Je fais du simple 6", accounting_type=comptes
)
woenzco = Company.objects.create(name="Woenzel & co")
operation_list = [
(27, "J'avais trop de bière", "CASH", buying, "USER", skia.id, None),
(4000, "Pas une opération", "CHECK", debit, "COMPANY", woenzco.id, 23),
(22, "C'est de l'argent ?", "CARD", credit, "CLUB", troll.id, None),
(37, "Je paye CASH", "CASH", debit2, "OTHER", None, None),
(300, "Paiement Guy", "CASH", buying, "USER", skia.id, None),
(32.3, "Essence", "CASH", buying, "OTHER", None, None),
(46.42, "Allumette", "CHECK", credit, "CLUB", main_club.id, 57),
(666.42, "Subvention club", "CASH", comptes, "CLUB", main_club.id, None),
(496, "Ça, c'est un 6", "CARD", comptes, "USER", skia.id, None),
(17, "La Gargotte du Korrigan", "CASH", debit2, "CLUB", bar_club.id, None),
]
operations = [
Operation(
number=index,
journal=gj,
date=localdate(),
amount=op[0],
remark=op[1],
mode=op[2],
done=True,
accounting_type=op[3],
target_type=op[4],
target_id=op[5],
target_label="" if op[4] != "OTHER" else "Autre source",
cheque_number=op[6],
)
for index, op in enumerate(operation_list, start=1)
]
for operation in operations:
operation.clean()
Operation.objects.bulk_create(operations)
# Add barman to counter
Counter.sellers.through.objects.bulk_create(
[
Counter.sellers.through(counter_id=2, user=krophil),
Counter.sellers.through(counter=mde, user=skia),
]
)
2017-05-14 10:54:26 +00:00
2024-11-08 16:35:59 +00:00
# Create an election
ae_board_group = Group.objects.get(name=settings.SITH_MAIN_BOARD_GROUP)
el = Election.objects.create(
title="Élection 2017",
description="La roue tourne",
start_candidature="1942-06-12 10:28:45+01",
end_candidature="2042-06-12 10:28:45+01",
start_date="1942-06-12 10:28:45+01",
end_date="7942-06-12 10:28:45+01",
)
el.view_groups.add(public_group)
el.edit_groups.add(ae_board_group)
el.candidature_groups.add(subscribers)
el.vote_groups.add(subscribers)
liste = ElectionList.objects.create(title="Candidature Libre", election=el)
listeT = ElectionList.objects.create(title="Troll", election=el)
pres = Role.objects.create(
election=el, title="Président AE", description="Roi de l'AE"
)
resp = Role.objects.create(
election=el, title="Co Respo Info", max_choice=2, description="Ghetto++"
)
Candidature.objects.bulk_create(
[
Candidature(
role=resp,
user=skia,
election_list=liste,
program="Refesons le site AE",
),
Candidature(
role=resp,
user=sli,
election_list=liste,
program="Vasy je deviens mon propre adjoint",
),
Candidature(
role=resp,
user=krophil,
election_list=listeT,
program="Le Pôle Troll !",
),
Candidature(
role=pres,
user=sli,
election_list=listeT,
program="En fait j'aime pas l'info, je voulais faire GMC",
),
]
)
2016-12-24 00:02:40 +00:00
2024-11-08 16:35:59 +00:00
# Forum
room = Forum.objects.create(
name="Salon de discussions",
description="Pour causer de tout",
is_category=True,
)
various = Forum.objects.create(
name="Divers", description="Pour causer de rien", is_category=True
)
Forum.objects.bulk_create(
[
Forum(name="AE", description="Réservé au bureau AE", parent=room),
Forum(name="BdF", description="Réservé au bureau BdF", parent=room),
Forum(name="Promos", description="Réservé aux Promos", parent=various),
Forum(
name="Hall de discussions",
description="Pour toutes les discussions",
parent=room,
),
]
)
2024-11-08 16:35:59 +00:00
# News
friday = self.now
while friday.weekday() != 4:
friday += timedelta(hours=6)
friday.replace(hour=20, minute=0, second=0)
# Event
news_dates = []
n = News.objects.create(
title="Apero barman",
summary="Viens boire un coup avec les barmans",
content="Glou glou glou glou glou glou glou",
type="EVENT",
club=bar_club,
author=subscriber,
is_moderated=True,
moderator=skia,
)
news_dates.append(
2018-10-04 19:29:19 +00:00
NewsDate(
news=n,
Galaxy improvements (#628) * galaxy: improve logging and performance reporting * galaxy: add a full galaxy state test * galaxy: optimize user self score computation * galaxy: add 'generate_galaxy_test_data' command for development at scale * galaxy: big refactor Main changes: - Multiple Galaxy objects can now exist at the same time in DB. This allows for ruling a new galaxy while still displaying the old one. - The criteria to quickly know whether a user is a possible citizen is now a simple query on picture count. This avoids a very complicated query to database, that could often result in huge working memory load. With this change, it should be possible to run the galaxy even on a vanilla Postgres that didn't receive fine tuning for the Sith's galaxy. * galaxy: template: make the galaxy graph work and be usable with a lot of stars - Display focused star and its connections clearly - Display star label faintly by default for other stars to avoid overloading the graph - Hide non-focused lanes - Avoid clicks on non-highlighted, too far stars - Make the canva adapt its width to initial screen size, doesn't work dynamically * galaxy: better docstrings * galaxy: use bulk_create whenever possible This is a big performance gain, especially for the tests. Examples: ---- `./manage.py test galaxy.tests.GalaxyTest.test_full_galaxy_state` Measurements averaged over 3 run on *my machine*™: Before: 2min15s After: 1m41s ---- `./manage.py generate_galaxy_test_data --user-pack-count 1` Before: 48s After: 25s ---- `./manage.py rule_galaxy` (for 600 citizen, corresponding to 1 user-pack) Before: 14m4s After: 12m34s * core: populate: use a less ambiguous 'timezone.now()' When running the tests around midnight, the day is changing, leading to some values being offset to the next day depending on the timezone, and making some tests to fail. This ensure to use a less ambiguous `now` when populating the database. * write more extensive documentation - add documentation to previously documented classes and functions and refactor some of the documented one, in accordance to the PEP257 and ReStructuredText standards ; - add some type hints ; - use a NamedTuple for the `Galaxy.compute_users_score` method instead of a raw tuple. Also change a little bit the logic in the function which call the latter ; - add some additional parameter checks on a few functions ; - change a little bit the logic of the log level setting for the galaxy related commands. * galaxy: tests: split Model and View for more efficient data usage --------- Co-authored-by: maréchal <thgirod@hotmail.com>
2023-05-10 10:47:02 +00:00
start_date=self.now + timedelta(hours=70),
end_date=self.now + timedelta(hours=72),
2018-10-04 19:29:19 +00:00
)
2024-11-08 16:35:59 +00:00
)
n = News.objects.create(
title="Repas barman",
summary="Enjoy la fin du semestre!",
content=(
"Viens donc t'enjailler avec les autres barmans aux "
"frais du BdF! \\o/"
),
type="EVENT",
club=bar_club,
author=subscriber,
is_moderated=True,
moderator=skia,
)
news_dates.append(
2018-10-04 19:29:19 +00:00
NewsDate(
news=n,
Galaxy improvements (#628) * galaxy: improve logging and performance reporting * galaxy: add a full galaxy state test * galaxy: optimize user self score computation * galaxy: add 'generate_galaxy_test_data' command for development at scale * galaxy: big refactor Main changes: - Multiple Galaxy objects can now exist at the same time in DB. This allows for ruling a new galaxy while still displaying the old one. - The criteria to quickly know whether a user is a possible citizen is now a simple query on picture count. This avoids a very complicated query to database, that could often result in huge working memory load. With this change, it should be possible to run the galaxy even on a vanilla Postgres that didn't receive fine tuning for the Sith's galaxy. * galaxy: template: make the galaxy graph work and be usable with a lot of stars - Display focused star and its connections clearly - Display star label faintly by default for other stars to avoid overloading the graph - Hide non-focused lanes - Avoid clicks on non-highlighted, too far stars - Make the canva adapt its width to initial screen size, doesn't work dynamically * galaxy: better docstrings * galaxy: use bulk_create whenever possible This is a big performance gain, especially for the tests. Examples: ---- `./manage.py test galaxy.tests.GalaxyTest.test_full_galaxy_state` Measurements averaged over 3 run on *my machine*™: Before: 2min15s After: 1m41s ---- `./manage.py generate_galaxy_test_data --user-pack-count 1` Before: 48s After: 25s ---- `./manage.py rule_galaxy` (for 600 citizen, corresponding to 1 user-pack) Before: 14m4s After: 12m34s * core: populate: use a less ambiguous 'timezone.now()' When running the tests around midnight, the day is changing, leading to some values being offset to the next day depending on the timezone, and making some tests to fail. This ensure to use a less ambiguous `now` when populating the database. * write more extensive documentation - add documentation to previously documented classes and functions and refactor some of the documented one, in accordance to the PEP257 and ReStructuredText standards ; - add some type hints ; - use a NamedTuple for the `Galaxy.compute_users_score` method instead of a raw tuple. Also change a little bit the logic in the function which call the latter ; - add some additional parameter checks on a few functions ; - change a little bit the logic of the log level setting for the galaxy related commands. * galaxy: tests: split Model and View for more efficient data usage --------- Co-authored-by: maréchal <thgirod@hotmail.com>
2023-05-10 10:47:02 +00:00
start_date=self.now + timedelta(hours=72),
end_date=self.now + timedelta(hours=84),
2018-10-04 19:29:19 +00:00
)
2024-11-08 16:35:59 +00:00
)
News.objects.create(
title="Repas fromager",
summary="Wien manger du l'bon fromeug'",
content="Fô viendre mangey d'la bonne fondue!",
type="EVENT",
club=bar_club,
author=subscriber,
is_moderated=True,
moderator=skia,
)
news_dates.append(
2018-10-04 19:29:19 +00:00
NewsDate(
news=n,
Galaxy improvements (#628) * galaxy: improve logging and performance reporting * galaxy: add a full galaxy state test * galaxy: optimize user self score computation * galaxy: add 'generate_galaxy_test_data' command for development at scale * galaxy: big refactor Main changes: - Multiple Galaxy objects can now exist at the same time in DB. This allows for ruling a new galaxy while still displaying the old one. - The criteria to quickly know whether a user is a possible citizen is now a simple query on picture count. This avoids a very complicated query to database, that could often result in huge working memory load. With this change, it should be possible to run the galaxy even on a vanilla Postgres that didn't receive fine tuning for the Sith's galaxy. * galaxy: template: make the galaxy graph work and be usable with a lot of stars - Display focused star and its connections clearly - Display star label faintly by default for other stars to avoid overloading the graph - Hide non-focused lanes - Avoid clicks on non-highlighted, too far stars - Make the canva adapt its width to initial screen size, doesn't work dynamically * galaxy: better docstrings * galaxy: use bulk_create whenever possible This is a big performance gain, especially for the tests. Examples: ---- `./manage.py test galaxy.tests.GalaxyTest.test_full_galaxy_state` Measurements averaged over 3 run on *my machine*™: Before: 2min15s After: 1m41s ---- `./manage.py generate_galaxy_test_data --user-pack-count 1` Before: 48s After: 25s ---- `./manage.py rule_galaxy` (for 600 citizen, corresponding to 1 user-pack) Before: 14m4s After: 12m34s * core: populate: use a less ambiguous 'timezone.now()' When running the tests around midnight, the day is changing, leading to some values being offset to the next day depending on the timezone, and making some tests to fail. This ensure to use a less ambiguous `now` when populating the database. * write more extensive documentation - add documentation to previously documented classes and functions and refactor some of the documented one, in accordance to the PEP257 and ReStructuredText standards ; - add some type hints ; - use a NamedTuple for the `Galaxy.compute_users_score` method instead of a raw tuple. Also change a little bit the logic in the function which call the latter ; - add some additional parameter checks on a few functions ; - change a little bit the logic of the log level setting for the galaxy related commands. * galaxy: tests: split Model and View for more efficient data usage --------- Co-authored-by: maréchal <thgirod@hotmail.com>
2023-05-10 10:47:02 +00:00
start_date=self.now + timedelta(hours=96),
end_date=self.now + timedelta(hours=100),
2018-10-04 19:29:19 +00:00
)
2024-11-08 16:35:59 +00:00
)
n = News.objects.create(
title="SdF",
summary="Enjoy la fin des finaux!",
content="Viens faire la fête avec tout plein de gens!",
type="EVENT",
club=bar_club,
author=subscriber,
is_moderated=True,
moderator=skia,
)
news_dates.append(
2018-10-04 19:29:19 +00:00
NewsDate(
news=n,
start_date=friday + timedelta(hours=24 * 7 + 1),
Galaxy improvements (#628) * galaxy: improve logging and performance reporting * galaxy: add a full galaxy state test * galaxy: optimize user self score computation * galaxy: add 'generate_galaxy_test_data' command for development at scale * galaxy: big refactor Main changes: - Multiple Galaxy objects can now exist at the same time in DB. This allows for ruling a new galaxy while still displaying the old one. - The criteria to quickly know whether a user is a possible citizen is now a simple query on picture count. This avoids a very complicated query to database, that could often result in huge working memory load. With this change, it should be possible to run the galaxy even on a vanilla Postgres that didn't receive fine tuning for the Sith's galaxy. * galaxy: template: make the galaxy graph work and be usable with a lot of stars - Display focused star and its connections clearly - Display star label faintly by default for other stars to avoid overloading the graph - Hide non-focused lanes - Avoid clicks on non-highlighted, too far stars - Make the canva adapt its width to initial screen size, doesn't work dynamically * galaxy: better docstrings * galaxy: use bulk_create whenever possible This is a big performance gain, especially for the tests. Examples: ---- `./manage.py test galaxy.tests.GalaxyTest.test_full_galaxy_state` Measurements averaged over 3 run on *my machine*™: Before: 2min15s After: 1m41s ---- `./manage.py generate_galaxy_test_data --user-pack-count 1` Before: 48s After: 25s ---- `./manage.py rule_galaxy` (for 600 citizen, corresponding to 1 user-pack) Before: 14m4s After: 12m34s * core: populate: use a less ambiguous 'timezone.now()' When running the tests around midnight, the day is changing, leading to some values being offset to the next day depending on the timezone, and making some tests to fail. This ensure to use a less ambiguous `now` when populating the database. * write more extensive documentation - add documentation to previously documented classes and functions and refactor some of the documented one, in accordance to the PEP257 and ReStructuredText standards ; - add some type hints ; - use a NamedTuple for the `Galaxy.compute_users_score` method instead of a raw tuple. Also change a little bit the logic in the function which call the latter ; - add some additional parameter checks on a few functions ; - change a little bit the logic of the log level setting for the galaxy related commands. * galaxy: tests: split Model and View for more efficient data usage --------- Co-authored-by: maréchal <thgirod@hotmail.com>
2023-05-10 10:47:02 +00:00
end_date=self.now + timedelta(hours=24 * 7 + 9),
2018-10-04 19:29:19 +00:00
)
2024-11-08 16:35:59 +00:00
)
# Weekly
n = News.objects.create(
title="Jeux sans faim",
summary="Viens jouer!",
content="Rejoins la fine équipe du Troll Penché et viens "
"t'amuser le Vendredi soir!",
type="WEEKLY",
club=troll,
author=subscriber,
is_moderated=True,
moderator=skia,
)
news_dates.extend(
[
2018-10-04 19:29:19 +00:00
NewsDate(
news=n,
2024-11-08 16:35:59 +00:00
start_date=friday + timedelta(days=7 * i),
end_date=friday + timedelta(days=7 * i, hours=8),
)
for i in range(10)
]
)
NewsDate.objects.bulk_create(news_dates)
# Create som data for pedagogy
UV(
code="PA00",
author=User.objects.get(id=0),
credit_type=settings.SITH_PEDAGOGY_UV_TYPE[3][0],
manager="Laurent HEYBERGER",
semester=settings.SITH_PEDAGOGY_UV_SEMESTER[3][0],
language=settings.SITH_PEDAGOGY_UV_LANGUAGE[0][0],
department=settings.SITH_PROFILE_DEPARTMENTS[-2][0],
credits=5,
title="Participation dans une association étudiante",
objectives="* Permettre aux étudiants de réaliser, pendant un semestre, un projet culturel ou associatif et de le valoriser.",
program="""* Semestre précédent proposition d'un projet et d'un cahier des charges
2019-06-15 21:31:31 +00:00
* Evaluation par un jury de six membres
* Si accord réalisation dans le cadre de l'UV
* Compte-rendu de l'expérience
* Présentation""",
2024-11-08 16:35:59 +00:00
skills="""* Gérer un projet associatif ou une action éducative en autonomie:
2019-06-15 21:31:31 +00:00
* en produisant un cahier des charges qui -définit clairement le contexte du projet personnel -pose les jalons de ce projet -estime de manière réaliste les moyens et objectifs du projet -définit exactement les livrables attendus
* en étant capable de respecter ce cahier des charges ou, le cas échéant, de réviser le cahier des charges de manière argumentée.
* Relater son expérience dans un rapport:
* qui permettra à d'autres étudiants de poursuivre les actions engagées
* qui montre la capacité à s'auto-évaluer et à adopter une distance critique sur son action.""",
2024-11-08 16:35:59 +00:00
key_concepts="""* Autonomie
2019-06-15 21:31:31 +00:00
* Responsabilité
* Cahier des charges
* Gestion de projet""",
2024-11-08 16:35:59 +00:00
hours_THE=121,
hours_TE=4,
).save()
2024-11-08 16:35:59 +00:00
# SAS
for f in self.SAS_FIXTURE_PATH.glob("*"):
if f.is_dir():
album = Album(
parent=sas,
name=f.name,
owner=root,
is_folder=True,
is_in_sas=True,
is_moderated=True,
)
album.clean()
album.save()
for p in f.iterdir():
file = resize_image(Image.open(p), 1000, "WEBP")
pict = Picture(
parent=album,
name=p.name,
file=file,
owner=root,
2024-11-08 16:35:59 +00:00
is_folder=False,
is_in_sas=True,
is_moderated=True,
2024-11-08 16:35:59 +00:00
mime_type="image/webp",
size=file.size,
)
2024-11-08 16:35:59 +00:00
pict.file.name = p.name
pict.clean()
pict.generate_thumbnails()
img_skia = Picture.objects.get(name="skia.jpg")
img_sli = Picture.objects.get(name="sli.jpg")
img_krophil = Picture.objects.get(name="krophil.jpg")
img_skia_sli = Picture.objects.get(name="skia_sli.jpg")
img_skia_sli_krophil = Picture.objects.get(name="skia_sli_krophil.jpg")
img_richard = Picture.objects.get(name="rbatsbak.jpg")
PeoplePictureRelation.objects.bulk_create(
[
PeoplePictureRelation(user=skia, picture=img_skia),
PeoplePictureRelation(user=sli, picture=img_sli),
PeoplePictureRelation(user=krophil, picture=img_krophil),
PeoplePictureRelation(user=skia, picture=img_skia_sli),
PeoplePictureRelation(user=sli, picture=img_skia_sli),
PeoplePictureRelation(user=skia, picture=img_skia_sli_krophil),
PeoplePictureRelation(user=sli, picture=img_skia_sli_krophil),
PeoplePictureRelation(user=krophil, picture=img_skia_sli_krophil),
PeoplePictureRelation(user=richard, picture=img_richard),
]
)
2024-11-08 16:35:59 +00:00
def _create_profile_pict(self, user: User):
path = self.SAS_FIXTURE_PATH / "Family" / f"{user.username}.jpg"
file = resize_image(Image.open(path), 400, "WEBP")
name = f"{user.id}_profile.webp"
profile = SithFile(
parent=self.profiles_root,
name=name,
file=file,
owner=user,
is_folder=False,
mime_type="image/webp",
size=file.size,
)
profile.file.name = name
profile.save()
user.profile_pict = profile
user.save()
def _create_subscription(
self,
user: User,
subscription_type: str = "un-semestre",
start: date | None = None,
):
s = Subscription(
member=user,
subscription_type=subscription_type,
payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0],
)
s.subscription_start = s.compute_start(start)
s.subscription_end = s.compute_end(
duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type]["duration"],
start=s.subscription_start,
)
s.save()