def generate(seed):
reseed(seed)
print('Generating PNI Homepage')
pni_homepage = BuyersGuidePageFactory.create(
parent=Homepage.objects.first(),
title='* Privacy not included',
slug='privacynotincluded',
header='Be Smart. Shop Safe.',
intro_text=
('How creepy is that smart speaker, that fitness tracker'
', those wireless headphones? We created this guide to help you shop for safe'
', secure connected products.'),
)
print('Generating visual regression test products')
create_general_product_visual_regression_product(seed, pni_homepage)
create_software_product_visual_regression_product(seed, pni_homepage)
print('Generating 52 ProductPages')
for i in range(26):
# General products
general_page = GeneralProductPageFactory.create(parent=pni_homepage, )
fake_privacy_policy = ProductPagePrivacyPolicyLinkFactory(
page=general_page)
general_page.privacy_policy_links.add(fake_privacy_policy)
general_page.save_revision().publish()
# Software products
software_page = SoftwareProductPageFactory.create(
parent=pni_homepage, )
software_page.save_revision().publish()
fake_privacy_policy = ProductPagePrivacyPolicyLinkFactory(
page=software_page)
software_page.privacy_policy_links.add(fake_privacy_policy)
software_page.save_revision().publish()
print('Crosslinking related products')
product_pages = ProductPage.objects.all()
total_product_pages = product_pages.count()
for product_page in product_pages:
# Create a new orderable 3 times.
# Each page will be randomly selected from an existing factory page.
for i in range(3):
random_number = randint(1, total_product_pages) - 1
random_page = product_pages[random_number]
related_product = RelatedProducts(
page=product_page,
related_product=random_page,
)
related_product.save()
product_page.related_product_pages.add(related_product)
reseed(seed)
print('Generating Buyer\'s Guide product updates')
generate_fake_data(ProductUpdateFactory, 15)
# TODO: link updates into products
"""
def generate(seed):
reseed(seed)
print('Generating PNI Homepage')
pni_homepage = BuyersGuidePageFactory.create(
parent=Homepage.objects.first(),
title='* Privacy not included',
slug='privacynotincluded',
)
print('Generating visual regression test products')
create_general_product_visual_regression_product(seed, pni_homepage)
create_software_product_visual_regression_product(seed, pni_homepage)
print('Generating 52 ProductPages')
for i in range(26):
# General products
general_page = GeneralProductPageFactory.create(parent=pni_homepage,)
fake_privacy_policy = ProductPagePrivacyPolicyLinkFactory(page=general_page)
general_page.privacy_policy_links.add(fake_privacy_policy)
general_page.save_revision().publish()
# Software products
software_page = SoftwareProductPageFactory.create(parent=pni_homepage,)
software_page.save_revision().publish()
fake_privacy_policy = ProductPagePrivacyPolicyLinkFactory(page=software_page)
software_page.privacy_policy_links.add(fake_privacy_policy)
software_page.save_revision().publish()
print('Crosslinking related products')
product_pages = ProductPage.objects.all()
total_product_pages = product_pages.count()
for product_page in product_pages:
# Create a new orderable 3 times.
# Each page will be randomly selected from an existing factory page.
for i in range(3):
random_number = randint(1, total_product_pages) - 1
random_page = product_pages[random_number]
related_product = RelatedProducts(
page=product_page,
related_product=random_page,
)
related_product.save()
product_page.related_product_pages.add(related_product)
reseed(seed)
print('Generating Buyer\'s Guide product updates')
generate_fake_data(ProductUpdateFactory, 15)
# TODO: link updates into products
"""
def generate(seed):
reseed(seed)
home_page = get_homepage()
try:
blog_namespace = WagtailPage.objects.get(title='Blog')
print('blog namespace exists')
except WagtailPage.DoesNotExist:
print('Generating a blog namespace')
blog_namespace = BlogIndexPageFactory.create(parent=home_page,
title='Blog',
header='Blog',
show_in_menus=True,
live=True)
print('Generating Blog Authors')
generate_fake_data(BlogAuthorFactory, NUM_BLOG_AUTHORS)
print('Generating blog posts under namespace')
title = 'Initial test blog post with fixed title'
post = None
try:
post = BlogPage.objects.get(title=title)
except BlogPage.DoesNotExist:
post = BlogPageFactory.create(parent=blog_namespace, title=title)
add_tags(post)
add_category(post)
add_authors(post)
for i in range(6):
title = Faker('sentence', nb_words=6, variable_nb_words=False)
post = None
try:
post = BlogPage.objects.get(title=title)
except BlogPage.DoesNotExist:
post = BlogPageFactory.create(parent=blog_namespace, title=title)
add_tags(post)
add_category(post)
add_authors(post)
def generate(seed):
reseed(seed)
print('Generating Highlights')
generate_fake_data(HighlightFactory, 10)
def generate(seed):
reseed(seed)
print(
'Generating fixed Buyer\'s Guide Product for visual regression testing'
)
ProductFactory.create(
adult_content=False,
blurb='Visual Regression Testing',
camera_app='Yes',
camera_device='No',
collects_biometrics='Yes',
collects_biometrics_helptext='biometrics help text',
company='Percy',
delete_data=True,
draft=False,
email='*****@*****.**',
live_chat='https://example.com/chat',
location_app='U',
location_device='NA',
manage_vulnerabilities='Yes',
meets_minimum_security_standards=True,
microphone_app='Yes',
microphone_device='No',
name='percy cypress',
parental_controls='NA',
phone_number='1-555-555-5555',
price=350,
privacy_policy_reading_level_url='https://vrt.example.com/pprl',
privacy_policy_reading_level='7',
product_words=['Percy', 'Cypress'],
security_updates='No',
share_data=False,
strong_password='******',
url='https://vrt.example.com',
uses_encryption='Yes',
worst_case='Duplicate work that burns through screenshots',
)
reseed(seed)
print('Generating Buyer\'s Guide Products')
generate_fake_data(ProductFactory, 70)
reseed(seed)
print('Generating Randomised Buyer\'s Guide Products Votes')
for p in Product.objects.all():
for _ in range(1, 15):
value = randint(1, 100)
RangeVote.objects.create(product=p,
attribute='creepiness',
value=value)
value = (random() < 0.5)
BooleanVote.objects.create(product=p,
attribute='confidence',
value=value)
reseed(seed)
print('Aggregating Buyer\'s Guide Product votes')
call_command('aggregate_product_votes')
def generate(seed):
reseed(seed)
print(
'Generating fixed Buyer\'s Guide GeneralProduct for visual regression testing'
)
GeneralProductFactory.create(
blurb='Visual Regression Testing',
company='Percy',
draft=False,
email='*****@*****.**',
live_chat='https://example.com/percy/chat',
name='percy cypress',
phone_number='1-555-555-5555',
price=350,
product_words=['Percy', 'Cypress'],
url='https://example.com/percy',
twitter='@TwitterHandle',
worst_case='Duplicate work that burns through screenshots')
print(
'Generating fixed Buyer\'s Guide SoftwareProduct for visual regression testing'
)
SoftwareProductFactory.create(
blurb='Visual Regression Testing',
company='Percy',
draft=False,
email='*****@*****.**',
live_chat='https://example.com/percy/chat',
name='percy cypress app',
phone_number='1-555-555-5555',
price='| Free',
product_words=['Percy', 'Cypress'],
url='https://example.com/percy',
twitter='@TwitterHandle',
worst_case='Duplicate work that burns through screenshots')
reseed(seed)
print('Generating Buyer\'s Guide product updates')
generate_fake_data(ProductUpdateFactory, 15)
reseed(seed)
print('Generating Buyer\'s Guide Products')
generate_fake_data(GeneralProductFactory, 70)
reseed(seed)
print('Generating Randomised Buyer\'s Guide Products Votes')
for p in Product.objects.all():
for _ in range(1, 15):
value = randint(1, 100)
RangeVote.objects.create(product=p,
attribute='creepiness',
value=value)
value = (random() < 0.5)
BooleanVote.objects.create(product=p,
attribute='confidence',
value=value)
reseed(seed)
print('Aggregating Buyer\'s Guide Product votes')
call_command('aggregate_product_votes')
def generate(seed):
reseed(seed)
print('Generating Fake News')
generate_fake_data(NewsFactory, 10)
def generate(seed):
reseed(seed)
print('Generating Content Authors')
generate_fake_data(ContentAuthorFactory, NUM_CONTENT_AUTHORS)