def load_categories_content(cli, size, fake, *_, **__):
"""
Load categories, subcategories and licenses for tutorials and articles
"""
# Load a few licenses, while avoiding creating duplicates of what may have been loaded before
lics = ["Tous droits réservés", "CC BY"]
for lic in lics:
if Licence.objects.filter(code=lic).count() == 0:
licence = Licence(code=lic, title=lic, description="")
licence.save()
cli.stdout.write("Note : ajout de la licence `{}`".format(lic))
categories = []
sub_categories = []
nb_categories = size * 5
nb_sub_categories = size * 10
cli.stdout.write(
"Nombres de catégories de contenus à créer : {}".format(nb_categories))
cli.stdout.write(
"Nombres de sous-catégories de contenus à créer : {}".format(
nb_sub_categories))
tps1 = time.time()
for i in range(0, nb_categories):
ttl = str(i) + " " + fake.job()
cat = TCategory(title=ttl,
description=fake.sentence(nb_words=15,
variable_nb_words=True),
slug=old_slugify(ttl))
cat.save()
categories.append(cat)
sys.stdout.write(" Cat. {}/{} \r".format(i + 1, nb_categories))
sys.stdout.flush()
for i in range(0, nb_sub_categories):
with contextlib.suppress(IntegrityError):
ttl = str(i * 10) + str(i) + " " + fake.word()
subcat = SubCategory(title=ttl,
subtitle=fake.sentence(
nb_words=5, variable_nb_words=True),
slug=old_slugify(ttl))
subcat.save()
sub_categories.append(subcat)
sys.stdout.write(" SubCat. {}/{} \r".format(i + 1, nb_sub_categories))
sys.stdout.flush()
for i in range(0, nb_sub_categories):
with contextlib.suppress(IntegrityError):
catsubcat = CategorySubCategory(category=categories[i %
nb_categories],
subcategory=sub_categories[i],
is_main=True)
catsubcat.save()
sys.stdout.write(" CatSubCat. {}/{} \r".format(
i + 1, nb_sub_categories))
sys.stdout.flush()
tps2 = time.time()
cli.stdout.write("\nFait en {} sec".format(tps2 - tps1))
def load_categories_content(cli, size, fake):
"""
Load categories and subcategories for tutorial and article
"""
lics = [
"CB-BY", "CC-BY-ND", "CC-BY-ND-SA", "CC-BY-SA", "CC", "CC-BY-IO",
"Tout-Droits"
]
for lic in lics:
ex = Licence.objects.filter(code=lic).all()
if len(ex) is 0:
licence = Licence(code=lic, title=lic, description="")
licence.save()
cli.stdout.write(u'Note: ajout de la licence {}'.format(lic))
categories = []
sub_categories = []
nb_categories = size * 5
nb_sub_categories = size * 10
cli.stdout.write(u"Nombres de catégories de contenus à créer : {}".format(
nb_categories))
cli.stdout.write(
u"Nombres de sous-catégories de contenus à créer : {}".format(
nb_sub_categories))
tps1 = time.time()
for i in range(0, nb_categories):
ttl = fake.word() + str(i)
cat = TCategory(title=ttl,
description=fake.sentence(nb_words=15,
variable_nb_words=True),
slug=slugify(ttl))
cat.save()
categories.append(cat)
sys.stdout.write(" Cat. {}/{} \r".format(i + 1, nb_categories))
sys.stdout.flush()
for i in range(0, nb_sub_categories):
ttl = fake.word() + str(i * 10) + str(i)
subcat = SubCategory(title=ttl,
subtitle=fake.sentence(nb_words=5,
variable_nb_words=True),
slug=slugify(ttl))
subcat.save()
sub_categories.append(subcat)
sys.stdout.write(" SubCat. {}/{} \r".format(i + 1, nb_sub_categories))
sys.stdout.flush()
for i in range(0, nb_sub_categories):
catsubcat = CategorySubCategory(category=categories[i % nb_categories],
subcategory=sub_categories[i],
is_main=True)
catsubcat.save()
sys.stdout.write(" CatSubCat. {}/{} \r".format(
i + 1, nb_sub_categories))
sys.stdout.flush()
tps2 = time.time()
cli.stdout.write(u"\nFait en {} sec".format(tps2 - tps1))
def _prepare(cls, create, **kwargs):
category = kwargs.pop("category", None)
subcategory = super(SubCategoryFactory, cls)._prepare(create, **kwargs)
if category is not None:
relation = CategorySubCategory(category=category,
subcategory=subcategory)
relation.save()
return subcategory
def load_categories_content(cli, size, fake, *_, **__):
"""
Load categories and subcategories for tutorial and article
"""
lics = ['CB-BY', 'CC-BY-ND', 'CC-BY-ND-SA', 'CC-BY-SA', 'CC', 'CC-BY-IO', 'Tout-Droits']
for lic in lics:
ex = Licence.objects.filter(code=lic).all()
if len(ex) == 0:
licence = Licence(code=lic, title=lic, description='')
licence.save()
cli.stdout.write('Note: ajout de la licence {}'.format(lic))
categories = []
sub_categories = []
nb_categories = size * 5
nb_sub_categories = size * 10
cli.stdout.write('Nombres de catégories de contenus à créer : {}'.format(nb_categories))
cli.stdout.write('Nombres de sous-catégories de contenus à créer : {}'.format(nb_sub_categories))
tps1 = time.time()
for i in range(0, nb_categories):
ttl = str(i) + ' ' + fake.job()
cat = TCategory(title=ttl,
description=fake.sentence(nb_words=15, variable_nb_words=True),
slug=slugify(ttl))
cat.save()
categories.append(cat)
sys.stdout.write(' Cat. {}/{} \r'.format(i + 1, nb_categories))
sys.stdout.flush()
for i in range(0, nb_sub_categories):
with contextlib.suppress(IntegrityError):
ttl = str(i * 10) + str(i) + ' ' + fake.word()
subcat = SubCategory(title=ttl,
subtitle=fake.sentence(nb_words=5, variable_nb_words=True),
slug=slugify(ttl))
subcat.save()
sub_categories.append(subcat)
sys.stdout.write(' SubCat. {}/{} \r'.format(i + 1, nb_sub_categories))
sys.stdout.flush()
for i in range(0, nb_sub_categories):
with contextlib.suppress(IntegrityError):
catsubcat = CategorySubCategory(category=categories[i % nb_categories],
subcategory=sub_categories[i],
is_main=True)
catsubcat.save()
sys.stdout.write(' CatSubCat. {}/{} \r'.format(i + 1, nb_sub_categories))
sys.stdout.flush()
tps2 = time.time()
cli.stdout.write('\nFait en {} sec'.format(tps2 - tps1))
def _generate(cls, create, attrs):
# This parameter is only used inside _generate() and won't be saved in the database,
# which is why we use attrs.pop() (it is removed from attrs).
category = attrs.pop("category", None)
subcategory = super()._generate(create, attrs)
if category is None:
category = CategoryFactory()
relation = CategorySubCategory(category=category, subcategory=subcategory)
relation.save()
return subcategory
def update_categories(self):
"""
Delete all categories and create new ones.
:return: None
"""
for cat in SubCategory.objects.all():
self.stdout.write(
'[ZEP-25] : Old category "{}" deleted'.format(cat))
cat.delete()
for cat in Category.objects.all():
self.stdout.write(
'[ZEP-25] : Old subcategory "{}" deleted'.format(cat))
cat.delete()
for cat in CategorySubCategory.objects.all():
cat.delete()
self.stdout.write('[ZEP-25] : Categories and subcatagories deleted')
categories = [
'Informatique', 'Sciences de la nature',
'Sciences humaines et sociales', 'Autres'
]
subcategories = [
# Informatique
[
('Bureautique et rédaction', 'Excel, LaTeX, Powerpoint, Word'),
('Matériel et électronique',
'Arduino, Disque dur, DIY, Electronique*, Mémoires, Ordinateur'
),
('Programmation et algorithmique',
'.NET, Ada, Algorithmique, C, C#, C++, Cobol, Fonctionnel, Génie logicie'
'l, Haskell, Java, Julia, Lisp, Ocaml, Orienté objet, Python, Ruby, Vers'
'ioning'),
('Site web',
'Accessibilité, Actionscript, Angular JS, CakePHP, Django, HTML/CSS, Java EE, JavaScript, Ngin'
'x, Node.js, Oxygen, PHP, Ruby On Rails, SEO/Réferencement*, Symfony, Websocket'
),
("Systèmes d'exploitation",
'Android, GNU/Linux, iOS, MAC OS, Windows, Windows Phone'),
('Autres (informatique)',
'API, Base de données, FTP, Jeux vidéos, MySQL, Oracle, Protocole, Sécurité, TCP/'
'IP'),
],
# Sciences de la nature
[('Astronomie', 'Astronomie'),
('Géologie et géographie physique', 'Géologie'),
('Biologie', 'Biologie'), ('Physique', 'Physique'),
('Chimie', 'Chimie'), ('Mathématiques', 'Mathématiques'),
('Autres (sciences de la nature)', 'Autres sciences de la nature')
],
# Sciences humaines et sociales
[('Droit', 'Droit'), ('Histoire', 'Histoire'),
('Langues', 'Langues'), ('Psychologie', 'Psychologie, Pédagogie'),
('Économie', 'Économie'),
('Autres (sciences humaines et sociales)',
'Autres sciences humaines et sociales comme la géographie')],
# Autres
[('Arts, graphisme et multimédia',
'Graphisme 2D, Graphisme 3D, Musique, Son'),
('Communication et management', 'Monde du travail'),
('Zeste de Savoir', 'Zeste de Savoir'),
('Autres', 'Littérature, Interview')]
]
i = 0
for category in categories:
cat = Category()
cat.title = category
cat.description = category
cat.position = i
cat.slug = slugify('{}'.format(category))
cat.save()
self.stdout.write('[ZEP-25] : New category "{}" added'.format(cat))
for subcategory in subcategories[i]:
sub = SubCategory()
sub.title = subcategory[0]
sub.subtitle = subcategory[1]
sub.slug = slugify('{}'.format(subcategory[0]))
sub.save()
self.stdout.write(
'[ZEP-25] : New subcategory "{}" added'.format(sub))
catsubcat = CategorySubCategory()
catsubcat.category = cat
catsubcat.subcategory = sub
catsubcat.save()
self.stdout.write(
'[ZEP-25] : Relation "{}" <--> "{}" added'.format(
cat, sub))
i += 1
def update_categories(self):
"""
Delete all categories and create new ones.
:return: None
"""
for cat in SubCategory.objects.all():
self.stdout.write('[ZEP-25] : Old category "{}" deleted'.format(cat))
cat.delete()
for cat in Category.objects.all():
self.stdout.write('[ZEP-25] : Old subcategory "{}" deleted'.format(cat))
cat.delete()
for cat in CategorySubCategory.objects.all():
cat.delete()
self.stdout.write('[ZEP-25] : Categories and subcatagories deleted')
categories = ['Informatique', 'Sciences de la nature', 'Sciences humaines et sociales', 'Autres']
subcategories = [
# Informatique
[
('Bureautique et rédaction', 'Excel, LaTeX, Powerpoint, Word'),
('Matériel et électronique', 'Arduino, Disque dur, DIY, Electronique*, Mémoires, Ordinateur'),
('Programmation et algorithmique',
'.NET, Ada, Algorithmique, C, C#, C++, Cobol, Fonctionnel, Génie logicie'
'l, Haskell, Java, Julia, Lisp, Ocaml, Orienté objet, Python, Ruby, Vers'
'ioning'),
('Site web',
'Accessibilité, Actionscript, Angular JS, CakePHP, Django, HTML/CSS, Java EE, JavaScript, Ngin'
'x, Node.js, Oxygen, PHP, Ruby On Rails, SEO/Réferencement*, Symfony, Websocket'),
("Systèmes d'exploitation", 'Android, GNU/Linux, iOS, MAC OS, Windows, Windows Phone'),
('Autres (informatique)',
'API, Base de données, FTP, Jeux vidéos, MySQL, Oracle, Protocole, Sécurité, TCP/'
'IP'),
],
# Sciences de la nature
[
('Astronomie', 'Astronomie'),
('Géologie et géographie physique', 'Géologie'),
('Biologie', 'Biologie'),
('Physique', 'Physique'),
('Chimie', 'Chimie'),
('Mathématiques', 'Mathématiques'),
('Autres (sciences de la nature)', 'Autres sciences de la nature')
],
# Sciences humaines et sociales
[
('Droit', 'Droit'),
('Histoire', 'Histoire'),
('Langues', 'Langues'),
('Psychologie', 'Psychologie, Pédagogie'),
('Économie', 'Économie'),
('Autres (sciences humaines et sociales)', 'Autres sciences humaines et sociales comme la géographie')
],
# Autres
[
('Arts, graphisme et multimédia', 'Graphisme 2D, Graphisme 3D, Musique, Son'),
('Communication et management', 'Monde du travail'),
('Zeste de Savoir', 'Zeste de Savoir'),
('Autres', 'Littérature, Interview')
]
]
i = 0
for category in categories:
cat = Category()
cat.title = category
cat.description = category
cat.position = i
cat.slug = slugify('{}'.format(category))
cat.save()
self.stdout.write('[ZEP-25] : New category "{}" added'.format(cat))
for subcategory in subcategories[i]:
sub = SubCategory()
sub.title = subcategory[0]
sub.subtitle = subcategory[1]
sub.slug = slugify('{}'.format(subcategory[0]))
sub.save()
self.stdout.write('[ZEP-25] : New subcategory "{}" added'.format(sub))
catsubcat = CategorySubCategory()
catsubcat.category = cat
catsubcat.subcategory = sub
catsubcat.save()
self.stdout.write('[ZEP-25] : Relation "{}" <--> "{}" added'.format(cat, sub))
i += 1
def update_categories(self):
"""
Delete all categories and create new ones.
:return: None
"""
for cat in SubCategory.objects.all():
self.stdout.write('[ZEP-25] : Old category "{}" deleted'.format(cat))
cat.delete()
for cat in Category.objects.all():
self.stdout.write('[ZEP-25] : Old subcategory "{}" deleted'.format(cat))
cat.delete()
for cat in CategorySubCategory.objects.all():
cat.delete()
self.stdout.write("[ZEP-25] : Categories and subcatagories deleted")
categories = ["Informatique", "Sciences de la nature", "Sciences humaines et sociales", "Autres"]
subcategories = [
# Informatique
[
("Bureautique et rédaction", "Excel, LaTeX, Powerpoint, Word"),
("Matériel et électronique", "Arduino, Disque dur, DIY, Electronique*, Mémoires, Ordinateur"),
(
"Programmation et algorithmique",
".NET, Ada, Algorithmique, C, C#, C++, Cobol, Fonctionnel, Génie logicie"
"l, Haskell, Java, Julia, Lisp, Ocaml, Orienté objet, Python, Ruby, Vers"
"ioning",
),
(
"Site web",
"Accessibilité, Actionscript, Angular JS, CakePHP, Django, HTML/CSS, Java EE, JavaScript, Ngin"
"x, Node.js, Oxygen, PHP, Ruby On Rails, SEO/Réferencement*, Symfony, Websocket",
),
("Systèmes d'exploitation", "Android, GNU/Linux, iOS, MAC OS, Windows, Windows Phone"),
(
"Autres (informatique)",
"API, Base de données, FTP, Jeux vidéos, MySQL, Oracle, Protocole, Sécurité, TCP/" "IP",
),
],
# Sciences de la nature
[
("Astronomie", "Astronomie"),
("Géologie et géographie physique", "Géologie"),
("Biologie", "Biologie"),
("Physique", "Physique"),
("Chimie", "Chimie"),
("Mathématiques", "Mathématiques"),
("Autres (sciences de la nature)", "Autres sciences de la nature"),
],
# Sciences humaines et sociales
[
("Droit", "Droit"),
("Histoire", "Histoire"),
("Langues", "Langues"),
("Psychologie", "Psychologie, Pédagogie"),
("Économie", "Économie"),
("Autres (sciences humaines et sociales)", "Autres sciences humaines et sociales comme la géographie"),
],
# Autres
[
("Arts, graphisme et multimédia", "Graphisme 2D, Graphisme 3D, Musique, Son"),
("Communication et management", "Monde du travail"),
("Zeste de Savoir", "Zeste de Savoir"),
("Autres", "Littérature, Interview"),
],
]
i = 0
for category in categories:
cat = Category()
cat.title = category
cat.description = category
cat.position = i
cat.slug = slugify("{}".format(category))
cat.save()
self.stdout.write('[ZEP-25] : New category "{}" added'.format(cat))
for subcategory in subcategories[i]:
sub = SubCategory()
sub.title = subcategory[0]
sub.subtitle = subcategory[1]
sub.slug = slugify("{}".format(subcategory[0]))
sub.save()
self.stdout.write('[ZEP-25] : New subcategory "{}" added'.format(sub))
catsubcat = CategorySubCategory()
catsubcat.category = cat
catsubcat.subcategory = sub
catsubcat.save()
self.stdout.write('[ZEP-25] : Relation "{}" <--> "{}" added'.format(cat, sub))
i += 1