def test_favorites_delete(self):
"""
Test the deletion of a favorite.
"""
office = Office.query.filter(Office.siret == u'00000000000003').one()
url_list = self.url_for('user.favorites_list')
url_delete = self.url_for('user.favorites_delete', siret=office.siret)
# An anonymous user cannot delete a favorite.
rv = self.app.post(url_delete)
self.assertEqual(rv.status_code, 401)
with self.test_request_context:
self.login(self.user)
# Create a favorite for the user.
UserFavoriteOffice.create(user_id=self.user.id, office_siret=office.siret)
rv = self.app.get(url_list)
self.assertEqual(rv.status_code, 200)
self.assertTrue(office.name in rv.data.decode('utf-8'))
self.assertTrue(office.city in rv.data.decode('utf-8'))
rv = self.app.post(url_delete)
self.assertEqual(rv.status_code, 302)
self.assertEqual(rv.location, url_list) # User should be redirected to the list by default.
rv = self.app.get(url_list)
self.assertEqual(rv.status_code, 200)
self.assertTrue(u'Aucun favori pour le moment.' in rv.data.decode('utf-8'))
def favorites_add(siret):
"""
Add an office to the favorites of a user.
"""
# Since we are not using a FlaskForm but a hidden input with the token in the
# form, CSRF validation has to be done manually.
# CSRF validation can be disabled globally (e.g. in unit tests), so ensure that
# `WTF_CSRF_ENABLED` is enabled before.
if current_app.config['WTF_CSRF_ENABLED']:
csrf.validate_csrf(request.form.get('csrf_token'))
office = Office.query.filter_by(siret=siret).first()
if not office:
abort(404)
UserFavoriteOffice.get_or_create(user=current_user, office=office)
message = u'"%s - %s" a été ajouté à vos favoris !' % (office.name,
office.city)
flash(Markup(message), 'success')
next_url = request.form.get('next')
if next_url and is_safe_url(next_url):
return redirect(urllib.unquote(next_url))
return redirect(url_for('user.favorites_list'))
def test_favorites_list(self):
"""
Test favorites list.
"""
office = Office.query.filter(Office.siret == u'00000000000004').one()
url_list = self.url_for('user.favorites_list')
# An anonymous user cannot access the favorites list.
rv = self.app.get(url_list)
self.assertEqual(rv.status_code, 401)
with self.test_request_context:
self.login(self.user)
rv = self.app.get(url_list)
self.assertEqual(rv.status_code, 200)
self.assertTrue(u'Aucun favori pour le moment.' in rv.data.decode('utf-8'))
# Create a favorite for the user.
UserFavoriteOffice.create(user_id=self.user.id, office_siret=office.siret)
rv = self.app.get(url_list)
self.assertEqual(rv.status_code, 200)
self.assertTrue(office.name in rv.data.decode('utf-8'))
self.assertTrue(office.city in rv.data.decode('utf-8'))
def favorites_add(siret: str, rome_code: Optional[str] = None):
"""
Add an office to the favorites of a user.
"""
# Since we are not using a FlaskForm but a hidden input with the token in the
# form, CSRF validation has to be done manually.
# CSRF validation can be disabled globally (e.g. in unit tests), so ensure that
# `WTF_CSRF_ENABLED` is enabled before.
if current_app.config['WTF_CSRF_ENABLED']:
csrf.validate_csrf(request.form.get('csrf_token'))
office = Office.query.filter_by(siret=siret).first()
if not office:
abort(404)
UserFavoriteOffice.add_favorite(user=current_user,
office=office,
rome_code=rome_code)
message = '"%s - %s" a été ajouté à vos favoris !' % (office.name,
office.city)
flash(Markup(message), 'success')
activity.log('ajout-favori', siret=siret)
return get_redirect_after_favorite_operation()
def setUp(self):
"""
Populate the DB with data required for these tests to work.
"""
super(UserAccountTest, self).setUp()
self.user = User(email='*****@*****.**',
gender='male',
first_name='John',
last_name='Doe')
db_session.add(self.user)
db_session.flush()
self.office1 = Office(
departement='57',
siret='00000000000001',
company_name='1',
headcount='5',
city_code='57070',
zipcode='57070',
naf='4646Z',
score=90,
x=6.166667,
y=49.133333,
)
self.office2 = Office(
departement='57',
siret='00000000000002',
company_name='1',
headcount='5',
city_code='57070',
zipcode='57070',
naf='4646Z',
score=90,
x=6.166667,
y=49.133333,
)
db_session.add_all([self.office1, self.office2])
db_session.flush()
self.user_social_auth = UserSocialAuth(
provider=PEAMOpenIdConnect.name,
extra_data={'id_token': 'fake'},
user_id=self.user.id,
)
self.fav1 = UserFavoriteOffice(user_id=self.user.id,
office_siret=self.office1.siret)
self.fav2 = UserFavoriteOffice(user_id=self.user.id,
office_siret=self.office2.siret)
db_session.add_all([self.user_social_auth, self.fav1, self.fav2])
db_session.flush()
db_session.commit()
self.assertEqual(db_session.query(User).count(), 1)
self.assertEqual(db_session.query(Office).count(), 2)
self.assertEqual(db_session.query(UserFavoriteOffice).count(), 2)
self.assertEqual(db_session.query(UserSocialAuth).count(), 1)
def test_favorites_download_list_as_pdf(self):
url_favorites_download = self.url_for('user.favorites_list_as_pdf')
office = Office.query.filter(Office.siret == '00000000000001').one()
UserFavoriteOffice.create(user_id=self.user.id,
office_siret=office.siret)
with self.test_request_context():
self.login(self.user)
rv = self.app.get(url_favorites_download)
self.assertEqual(rv.status_code, 200)
self.assertEqual('application/pdf', rv.mimetype)
# Unfortunately, it's difficult to do any more testing on the content of the pdf
self.assertLess(1000, len(rv.data))
def test_favorites_delete(self):
"""
Test the deletion of a favorite.
"""
office = Office.query.filter(Office.siret == '00000000000003').one()
url_list = self.url_for('user.favorites_list')
url_delete = self.url_for('user.favorites_delete', siret=office.siret)
url_search_without_domain = '/entreprises/nancy-54100/strategie-commerciale'
url_search_with_domain = 'http://labonneboite.pole-emploi.fr' + url_search_without_domain
# An anonymous user cannot delete a favorite.
rv = self.app.post(url_delete)
self.assertEqual(rv.status_code, 401)
with self.test_request_context():
self.login(self.user)
# Create a favorite for the user.
UserFavoriteOffice.create(user_id=self.user.id,
office_siret=office.siret)
rv = self.app.get(url_list)
self.assertEqual(rv.status_code, 200)
self.assertTrue(office.name in rv.data.decode('utf-8'))
self.assertTrue(office.city in rv.data.decode('utf-8'))
# Deleting favorite without next_url :
# User should be redirected to the favorites list by default.
rv = self.app.post(url_delete)
self.assertEqual(rv.status_code, 302)
self.assertEqual(rv.location, url_list)
# Create again the favorite for the user.
UserFavoriteOffice.create(user_id=self.user.id,
office_siret=office.siret)
# Deleting favorite from search results - the realistic case.
# User should be redirected back to the search results.
rv = self.app.post(url_delete,
data={'next': url_search_without_domain})
self.assertEqual(rv.status_code, 302)
self.assertEqual(rv.location, url_search_with_domain)
rv = self.app.get(url_list)
self.assertEqual(rv.status_code, 200)
self.assertTrue(
'Aucun favori pour le moment.' in rv.data.decode('utf-8'))
def favorites_list_as_csv():
"""
Download as a CSV the list of the favorited offices of a user.
"""
return make_csv_response(
csv_text=UserFavoriteOffice.user_favs_as_csv(current_user),
attachment_name='mes_favoris.csv',
)
def test_favorites_download(self):
"""
Test download favorites list as csv.
"""
office = Office.query.filter(Office.siret == '00000000000004').one()
url = self.url_for('user.favorites_list_as_csv')
# An anonymous user cannot download the favorites list.
rv = self.app.get(url)
self.assertEqual(rv.status_code, 401)
with self.test_request_context():
self.login(self.user)
# Create a favorite for the user.
UserFavoriteOffice.create(user_id=self.user.id,
office_siret=office.siret)
rv = self.app.get(url)
self.assertEqual(rv.status_code, 200)
self.assertEqual('application/csv', rv.mimetype)
self.assertIn('siret', rv.data.decode('utf-8'))
self.assertIn(office.siret, rv.data.decode('utf-8'))
def entreprises():
"""
This view takes arguments as a query string.
Expected arguments are those returned by get_parameters and expected by the
selected office search form.
"""
fix_csrf_session()
session['search_args'] = request.args
location, named_location = get_location(request.args)
occupation = request.args.get('occupation', '')
if not occupation and 'j' in request.args:
suggestion = search_util.build_job_label_suggestions(request.args['j'],
size=1)
occupation = suggestion[0]['occupation'] if suggestion else None
rome = mapping_util.SLUGIFIED_ROME_LABELS.get(occupation)
job_doesnt_exist = not rome
# Build form
form_kwargs = {key: val for key, val in list(request.args.items()) if val}
form_kwargs['j'] = settings.ROME_DESCRIPTIONS.get(rome, occupation)
if 'occupation' not in form_kwargs:
form_kwargs['occupation'] = occupation
if not form_kwargs.get('l') and named_location:
# Override form location only if it is not available (e.g when user has
# removed it from the url)
form_kwargs['l'] = named_location.name
if location:
form_kwargs['lat'] = location.latitude
form_kwargs['lon'] = location.longitude
form = make_company_search_form(**form_kwargs)
# Render different template if it's an ajax call
template = 'search/results.html' if not request.is_xhr else 'search/results_content.html'
activity_log_properties = dict(
emploi=occupation,
localisation={
'nom': named_location.name if named_location else None,
'ville': named_location.city if named_location else None,
'codepostal': named_location.zipcode if named_location else None,
'latitude': location.latitude if location else None,
'longitude': location.longitude if location else None,
},
)
# Stop here in case of invalid arguments
if not form.validate() or job_doesnt_exist:
log_search_activity(activity_log_properties)
return render_template(template,
job_doesnt_exist=job_doesnt_exist,
form=form)
# Convert request arguments to fetcher parameters
parameters = get_parameters(request.args)
# Fetch offices and alternatives
fetcher = search_util.HiddenMarketFetcher(
location,
romes=[rome],
distance=parameters['distance'],
travel_mode=parameters['travel_mode'],
duration=parameters['duration'],
sort=parameters['sort'],
from_number=parameters['from_number'],
to_number=parameters['to_number'],
public=parameters.get('public'),
headcount=parameters['headcount'],
naf=parameters['naf'],
naf_codes=None,
aggregate_by=['naf'],
departments=None,
)
alternative_rome_descriptions = []
naf_codes_with_descriptions = []
offices = []
office_count = 0
alternative_distances = {}
# Aggregations
offices, aggregations = fetcher.get_offices(add_suggestions=True)
office_count = fetcher.office_count
alternative_distances = fetcher.alternative_distances
alternative_rome_descriptions = fetcher.get_alternative_rome_descriptions()
# If a filter or more are selected, the aggregations returned by fetcher.get_offices()
# will be filtered too... To avoid that, we are doing additionnal calls (one by filter activated)
if aggregations:
fetcher.update_aggregations(aggregations)
# Generates values for the NAF filter
# aggregations could be empty if errors or empty results
if aggregations:
for naf_aggregate in aggregations['naf']:
naf_description = '%s (%s)' % (settings.NAF_CODES.get(
naf_aggregate["code"]), naf_aggregate["count"])
naf_codes_with_descriptions.append(
(naf_aggregate["code"], naf_description))
duration_filter_enabled = fetcher.duration is not None
# Pagination.
pagination_manager = pagination.PaginationManager(
office_count,
fetcher.from_number,
fetcher.to_number,
request.full_path,
)
current_page = pagination_manager.get_current_page()
# Anticipate future calls by pre-computing duration-related searches
if location:
precompute.isochrones((location.latitude, location.longitude))
form.naf.choices = [('', 'Tous les secteurs')] + sorted(
naf_codes_with_descriptions, key=lambda t: t[1])
form.validate()
canonical_url = get_canonical_results_url(
named_location.zipcode, named_location.city,
occupation) if named_location else ''
context = {
'alternative_distances':
alternative_distances,
'alternative_rome_descriptions':
alternative_rome_descriptions,
'canonical_url':
canonical_url,
'companies':
list(offices),
'companies_per_page':
pagination.OFFICES_PER_PAGE,
'company_count':
office_count,
'distance':
fetcher.distance,
'doorbell_tags':
doorbell.get_tags('results'),
'form':
form,
'headcount':
fetcher.headcount,
'job_doesnt_exist':
False,
'naf':
fetcher.naf,
'location':
location,
'city_name':
named_location.city if named_location else '',
'location_name':
named_location.name if named_location else '',
'page':
current_page,
'pagination':
pagination_manager,
'rome_code':
rome,
'rome_description':
settings.ROME_DESCRIPTIONS.get(rome, ''),
'show_favorites':
True,
'sort':
fetcher.sort,
'tile_server_url':
settings.TILE_SERVER_URL,
'travel_mode':
fetcher.travel_mode,
'travel_modes':
maps_constants.TRAVEL_MODES,
'travel_modes_french':
maps_constants.TRAVEL_MODES_FRENCH,
'duration_filter_enabled':
duration_filter_enabled,
'user_favs_as_sirets':
UserFavoriteOffice.user_favs_as_sirets(current_user),
}
activity_log_properties['distance'] = fetcher.distance
activity_log_properties['effectif'] = fetcher.headcount
activity_log_properties['tri'] = fetcher.sort
activity_log_properties['naf'] = fetcher.naf
activity_log_sirets = [office.siret for office in offices]
activity.log_search(sirets=activity_log_sirets,
count=office_count,
page=current_page,
**activity_log_properties)
return render_template(template, **context)
def results(city, zipcode, occupation):
kwargs = get_parameters(request.args)
kwargs['city'] = city
kwargs['zipcode'] = zipcode
kwargs['occupation'] = occupation
canonical = '/entreprises/%s-%s/%s' % (city, zipcode, occupation)
# Remove keys with empty values.
form_kwargs = {key: val for key, val in dict(**kwargs).items() if val}
city = city.replace('-', ' ').capitalize()
full_location = '%s (%s)' % (city, zipcode)
form_kwargs['location'] = full_location
# Get ROME code (Répertoire Opérationnel des Métiers et des Emplois).
rome = mapping_util.SLUGIFIED_ROME_LABELS.get(occupation)
# Stop here if the ROME code does not exists.
if not rome:
form_kwargs['job'] = occupation
form = CompanySearchForm(**form_kwargs)
context = {'job_doesnt_exist': True, 'form': form}
return render_template('search/results.html', **context)
session['search_args'] = request.args
# Fetch companies and alternatives.
fetcher = search_util.Fetcher(**kwargs)
alternative_rome_descriptions = []
alternative_distances = {}
location_error = False
try:
current_app.logger.debug("fetching companies and company_count")
companies = fetcher.get_companies()
for alternative, count in fetcher.alternative_rome_codes.iteritems():
if settings.ROME_DESCRIPTIONS.get(alternative) and count:
desc = settings.ROME_DESCRIPTIONS.get(alternative)
slug = slugify(desc)
alternative_rome_descriptions.append(
[alternative, desc, slug, count])
company_count = fetcher.company_count
alternative_distances = fetcher.alternative_distances
except search_util.JobException:
companies = []
company_count = 0
except search_util.LocationError:
companies = []
company_count = 0
location_error = True
# Pagination.
from_number_param = int(kwargs.get('from') or 1)
to_number_param = int(kwargs.get('to') or 10)
pagination_manager = PaginationManager(company_count, from_number_param,
to_number_param, request.full_path)
current_page = pagination_manager.get_current_page()
# Get contact mode and position.
for position, company in enumerate(companies, start=1):
company.contact_mode = util.get_contact_mode_for_rome_and_naf(
fetcher.rome, company.naf)
# position is later used in labonneboite/web/static/js/results.js
company.position = position
# Get NAF code and their descriptions.
rome_2_naf_mapper = mapping_util.Rome2NafMapper()
naf_codes = rome_2_naf_mapper.map([
rome,
])
naf_codes_with_descriptions = []
for naf_code in naf_codes:
naf_description = settings.NAF_CODES.get(naf_code)
naf_codes_with_descriptions.append((naf_code, naf_description))
if kwargs.get('naf') in [item[0] for item in naf_codes_with_descriptions]:
naf_text = settings.NAF_CODES.get(kwargs['naf'])
naf_codes_with_descriptions.append((kwargs['naf'], naf_text))
form_kwargs['job'] = settings.ROME_DESCRIPTIONS[rome]
form = CompanySearchForm(**form_kwargs)
form.naf.choices = [('', u'Tous les secteurs')] + sorted(
naf_codes_with_descriptions, key=lambda t: t[1])
form.validate()
context = {
'alternative_distances':
alternative_distances,
'alternative_rome_descriptions':
alternative_rome_descriptions,
'canonical':
canonical,
'city':
city,
'companies':
list(companies),
'company_count':
company_count,
'distance':
kwargs['distance'],
'doorbell_tags':
util.get_doorbell_tags('results'),
'form':
form,
'headcount':
kwargs['headcount'],
'job_doesnt_exist':
False,
'location':
full_location,
'location_error':
location_error,
'naf':
kwargs['naf'],
'naf_codes':
naf_codes_with_descriptions,
'page':
current_page,
'pagination':
pagination_manager,
'rome_code':
rome,
'rome_description':
settings.ROME_DESCRIPTIONS.get(fetcher.rome, ''),
'show_favorites':
True,
'sort':
kwargs['sort'],
'tile_server_url':
settings.TILE_SERVER_URL,
'user_favs_as_sirets':
UserFavoriteOffice.user_favs_as_sirets(current_user),
}
return render_template('search/results.html', **context)
def entreprises():
"""
This view takes arguments as a query string.
Expected arguments are those returned by get_parameters and expected by the
selected office search form.
"""
fix_csrf_session()
refresh_token_result = attempt_to_refresh_peam_token()
if refresh_token_result["token_has_expired"]:
return redirect(refresh_token_result["redirect_url"])
# filter empty url params
args = {
key: request.args[key]
for key in request.args if request.args[key] != ''
}
# get structured location data from url params
location, named_location, departments = get_location(args)
occupation = args.get('occupation', '')
if not occupation and 'j' in args:
suggestion = autocomplete.build_job_label_suggestions(args['j'],
size=1)
occupation = suggestion[0]['occupation'] if suggestion else None
rome = mapping_util.SLUGIFIED_ROME_LABELS.get(occupation)
job_doesnt_exist = not rome
# Related romes
if settings.ENABLE_RELATED_ROMES:
related_romes = None
hide_suggestions = False
if (named_location):
with start_transaction(op='related_romes_get',
name='rome_' + rome):
related_area = RELATED_ROMES_AREAS.get(
named_location.city_code, None)
if (related_area):
# Hide suggestions for places which may have suggestions
hide_suggestions = True
romes = RELATED_ROMES.get(related_area, [])
if (rome in romes):
# Case where there are suggestions for this rome and this location
related_romes = romes.get(rome)
# related_romes = list(map(add_nafs, related_romes))
related_romes = list(
map(add_descriptions, related_romes))
# sort and limit size
related_romes.sort(
key=lambda rome_: rome_.get('score'))
related_romes = related_romes[:settings.
MAX_RELATED_ROMES]
if (len(related_romes) > 0):
flash(
'Nouvelle fonctionnalité : Grâce aux nouveaux filtres, élargissez votre recherche aux métiers qui recrutent !',
'info')
else:
related_romes = []
hide_suggestions = False
# Build form
form_kwargs = {key: val for key, val in list(args.items()) if val}
form_kwargs['j'] = settings.ROME_DESCRIPTIONS.get(rome, occupation)
if 'occupation' not in form_kwargs:
form_kwargs['occupation'] = occupation
if not form_kwargs.get('l') and named_location:
# Override form location only if it is not available (e.g when user has
# removed it from the url)
form_kwargs['l'] = named_location.name
if location:
form_kwargs['lat'] = location.latitude
form_kwargs['lon'] = location.longitude
if departments:
form_kwargs['departments'] = departments
form = make_company_search_form(**form_kwargs)
# Render different template if it's an ajax call
template = 'search/results.html' if not request.is_xhr else 'search/results_content.html'
activity_log_properties = dict(
emploi=occupation,
localisation={
'nom': named_location.name if named_location else None,
'ville': named_location.city if named_location else None,
'codepostal': named_location.zipcode if named_location else None,
'latitude': location.latitude if location else None,
'longitude': location.longitude if location else None,
'departments': departments if departments else None,
},
)
# Stop here in case of invalid arguments
if not form.validate() or job_doesnt_exist:
log_search_activity(activity_log_properties)
return render_template(template,
job_doesnt_exist=job_doesnt_exist,
form=form)
# Convert request arguments to fetcher parameters
parameters = get_parameters(args)
# Fetch offices and alternatives
fetcher = HiddenMarketFetcher(
location.longitude if location is not None else None,
location.latitude if location is not None else None,
departments=departments.split(',') if departments else None,
romes=[rome],
distance=parameters['distance'],
travel_mode=parameters['travel_mode'],
duration=parameters['duration'],
sort=parameters['sort'],
from_number=parameters['from_number'],
to_number=parameters['to_number'],
audience=parameters['audience'],
headcount=parameters['headcount'],
naf=parameters['naf'],
naf_codes=None,
aggregate_by=['naf'],
)
alternative_rome_descriptions = []
naf_codes_with_descriptions = []
offices = []
office_count = 0
alternative_distances = {}
# Aggregations
offices, aggregations = fetcher.get_offices(add_suggestions=True)
office_count = fetcher.office_count
alternative_distances = fetcher.alternative_distances
alternative_rome_descriptions = fetcher.get_alternative_rome_descriptions()
# If a filter or more are selected, the aggregations returned by fetcher.get_offices()
# will be filtered too... To avoid that, we are doing additionnal calls (one by filter activated)
if aggregations:
fetcher.update_aggregations(aggregations)
# Generates values for the NAF filter
# aggregations could be empty if errors or empty results
if aggregations:
for naf_aggregate in aggregations['naf']:
naf_description = '%s (%s)' % (settings.NAF_CODES.get(
naf_aggregate["code"]), naf_aggregate["count"])
naf_codes_with_descriptions.append(
(naf_aggregate["code"], naf_description))
duration_filter_enabled = fetcher.duration is not None
# Pagination.
pagination_manager = pagination.PaginationManager(
office_count,
fetcher.from_number,
fetcher.to_number,
request.full_path,
)
current_page = pagination_manager.get_current_page()
form.naf.choices = [('', 'Tous les secteurs')] + sorted(
naf_codes_with_descriptions, key=lambda t: t[1])
form.validate()
canonical_url = get_canonical_results_url(
named_location.zipcode, named_location.city,
occupation) if named_location else ''
context = {
'alternative_distances':
alternative_distances,
'alternative_rome_descriptions':
alternative_rome_descriptions,
'related_romes':
related_romes,
'related_rome_initial':
parameters.get('related_rome_initial', ''),
'hide_suggestions':
hide_suggestions,
'canonical_url':
canonical_url,
'companies':
list(offices),
'companies_per_page':
pagination.OFFICES_PER_PAGE,
'company_count':
office_count,
'distance':
fetcher.distance,
'form':
form,
'headcount':
fetcher.headcount,
'job_doesnt_exist':
False,
'naf':
fetcher.naf,
'location':
location,
'departments':
departments,
'city_name':
named_location.city if named_location else '',
'location_name':
named_location.name if named_location else '',
'page':
current_page,
'pagination':
pagination_manager,
'rome_code':
rome,
'rome_description':
settings.ROME_DESCRIPTIONS.get(rome, ''),
'show_favorites':
True,
'sort':
fetcher.sort,
'tile_server_url':
settings.TILE_SERVER_URL,
'travel_mode':
fetcher.travel_mode,
'travel_modes':
maps_constants.TRAVEL_MODES,
'travel_modes_french':
maps_constants.TRAVEL_MODES_FRENCH,
'duration_filter_enabled':
duration_filter_enabled,
'user_favs_as_sirets':
UserFavoriteOffice.user_favs_as_sirets(current_user),
}
activity_log_properties['distance'] = fetcher.distance
activity_log_properties['effectif'] = fetcher.headcount
activity_log_properties['tri'] = fetcher.sort
activity_log_properties['naf'] = fetcher.naf
activity_log_sirets = [office.siret for office in offices]
activity.log_search(sirets=activity_log_sirets,
count=office_count,
page=current_page,
**activity_log_properties)
return render_template(template, **context)
