def handle_noargs(self, **options):
verbosity = int(options.get('verbosity'))
try:
from social_auth import version
from social_auth.backends import get_backends, BaseOAuth
except ImportError: # pragma: no cover
raise CommandError("django-social-auth is not installed.")
request = RequestFactory().get('/')
for name, backend in get_backends().items():
if issubclass(backend, BaseOAuth) and backend.enabled():
if version < (0, 7):
# Prior to 0.7 get_key_and_secret was an instance method
backend = backend(request, '/')
# Create providers if they don't already exist
key, secret = backend.get_key_and_secret()
defaults = {
'request_token_url': getattr(backend, 'REQUEST_TOKEN_URL', '') or '',
'authorization_url': getattr(backend, 'AUTHORIZATION_URL', '') or '',
'access_token_url': getattr(backend, 'ACCESS_TOKEN_URL', '') or '',
'profile_url': '',
'consumer_key': key or None,
'consumer_secret': secret or None,
}
provider, created = Provider.objects.get_or_create(name=name, defaults=defaults)
if created and verbosity > 0:
self.stdout.write('New provider created from "%s" backend.\n' % name)
def backends_data(user):
"""Return backends data for given user.
Will return a dict with values:
associated: UserSocialAuth model instances for currently
associated accounts
not_associated: Not associated (yet) backend names.
backends: All backend names.
If user is not authenticated, then first list is empty, and there's no
difference between the second and third lists.
"""
available = get_backends().keys()
values = {'associated': [],
'not_associated': available,
'backends': available}
# user comes from request.user usually, on /admin/ it will be an instance
# of auth.User and this code will fail if a custom User model was defined
if isinstance(user, User) and user.is_authenticated():
associated = user.social_auth.all()
not_associated = list(set(available) -
set(assoc.provider for assoc in associated))
values['associated'] = associated
values['not_associated'] = not_associated
return values
def backends_data(user):
"""Return backends data for given user.
Will return a dict with values:
associated: UserSocialAuth model instances for currently
associated accounts
not_associated: Not associated (yet) backend names.
backends: All backend names.
If user is not authenticated, then first list is empty, and there's no
difference between the second and third lists.
"""
available = get_backends().keys()
values = {
'associated': [],
'not_associated': available,
'backends': available
}
# user comes from request.user usually, on /admin/ it will be an instance
# of auth.User and this code will fail if a custom User model was defined
if isinstance(user, User) and user.is_authenticated():
associated = user.social_auth.all()
not_associated = list(
set(available) - set(assoc.provider for assoc in associated))
values['associated'] = associated
values['not_associated'] = not_associated
return values
def get_login_providers(request, short=False):
"""
Returns a list of available login providers based on the
AUTHENTICATION_BACKENDS setting. Each provider is represented as a
dictionary containing the backend name, name of required parameter if
required and its verbose name.
"""
def extract_backend_data(name, klass):
"""
Helper function which extracts information useful for use in
templates from SocialAuth subclasses and returns it as a
dictionary.
"""
return {
'name': name,
'required_field': klass.AUTH_BACKEND.REQUIRED_FIELD_NAME,
'required_field_verbose': klass.AUTH_BACKEND.REQUIRED_FIELD_VERBOSE_NAME,
}
providers = [extract_backend_data(name, auth)
for name, auth in get_backends().items()]
if short:
return providers[:setting('AUTHENTICATION_PROVIDERS_BRIEF',
DEFAULT_AUTHENTICATION_PROVIDERS_BRIEF)]
return providers
def refresh_user_data(user):
items = user.social_auth.all()
key=lambda x: x
backends = get_backends()
for item in items:
try:
backend = backends[key(item.provider)]
if issubclass(backend, SocialBackend):
if item.provider != "google":
service = SocialServiceLocator.get_instane().build_service_by_name(item.provider)
service.pull_user_info(user.id, item.extra_data)
if issubclass(backend, PhysicalBackend):
service = PhysicalServiceLocator.get_instane().get_service_by_name(item.provider)
service.pull_user_info(user.id, item.extra_data)
if issubclass(backend, GenomicsBackend):
service = GenomicsServiceLocator.get_instane().build_service_by_name(item.provider)
service.pull_user_info(user.id, item.extra_data)
if issubclass(backend, NutritionBackend):
service = NutritionServiceLocator.get_instane().build_service_by_name(item.provider)
service.pull_user_info(user.id, item.extra_data)
if issubclass(backend, HealthBackend):
service = HealthServiceLocator.get_instane().get_service_by_name(item.provider)
service.pull_user_info(user.id, item.extra_data)
except Exception, e:
print e
def handle_noargs(self, **options):
verbosity = int(options.get('verbosity'))
try:
from social_auth import version
from social_auth.backends import get_backends, BaseOAuth
except ImportError: # pragma: no cover
raise CommandError("django-social-auth is not installed.")
request = RequestFactory().get('/')
for name, backend in get_backends().items():
if issubclass(backend, BaseOAuth) and backend.enabled():
if version < (0, 7):
# Prior to 0.7 get_key_and_secret was an instance method
backend = backend(request, '/')
# Create providers if they don't already exist
key, secret = backend.get_key_and_secret()
defaults = {
'request_token_url':
getattr(backend, 'REQUEST_TOKEN_URL', '') or '',
'authorization_url':
getattr(backend, 'AUTHORIZATION_URL', '') or '',
'access_token_url':
getattr(backend, 'ACCESS_TOKEN_URL', '') or '',
'profile_url':
'',
'consumer_key':
key or None,
'consumer_secret':
secret or None,
}
provider, created = Provider.objects.get_or_create(
name=name, defaults=defaults)
if created and verbosity > 0:
self.stdout.write(
'New provider created from "%s" backend.\n' % name)
def context_value():
keys = [key for key in get_backends().keys()]
accounts = dict(zip(keys, [None] * len(keys)))
user = request.user
if hasattr(user, 'is_authenticated') and user.is_authenticated():
accounts.update((assoc.provider, assoc)
for assoc in UserSocialAuth.get_social_auth_for_user(user))
return accounts
def admin_home(request):
potential_providers = backends.get_backends().keys()
for social in request.user.social_auth.all():
if social.provider in potential_providers:
potential_providers = [x for x in potential_providers if x != social.provider]
return render(request, 'admin_home.html', {
'potential_providers': potential_providers
})
def context_value():
keys = [key for key in list(get_backends().keys())]
accounts = dict(list(zip(keys, [None] * len(keys))))
user = request.user
if hasattr(user, 'is_authenticated') and user.is_authenticated():
accounts.update(
(assoc.provider, assoc)
for assoc in UserSocialAuth.get_social_auth_for_user(user))
return accounts
def tokens(self):
"""Return access_token stored in extra_data or None"""
# Make import here to avoid recursive imports :-/
from social_auth.backends import get_backends
backend = get_backends().get(self.provider)
if backend:
return backend.AUTH_BACKEND.tokens(self)
else:
return {}
def context_value():
keys = list(get_backends().keys())
accounts = dict(list(zip(keys, [None] * len(keys))))
user = request.user
if hasattr(user, "is_authenticated") and user.is_authenticated():
accounts.update(
(assoc.provider.replace("-", "_"), assoc) for assoc in UserSocialAuth.get_social_auth_for_user(user)
)
return accounts
def tokens(self):
"""Return access_token stored in extra_data or None"""
# Make import here to avoid recursive imports :-/
from social_auth.backends import get_backends
backend = get_backends().get(self.provider)
if backend:
return backend.AUTH_BACKEND.tokens(self)
else:
return {}
def admin_home(request):
potential_providers = backends.get_backends().keys()
for social in request.user.social_auth.all():
if social.provider in potential_providers:
potential_providers = [
x for x in potential_providers if x != social.provider
]
return render(request, 'admin_home.html',
{'potential_providers': potential_providers})
def oauth_discovery(request):
from social_auth.backends import get_backends
fiware_auth_backend = get_backends()['fiware']
endpoints = {
'auth_endpoint': fiware_auth_backend.AUTHORIZATION_URL,
'token_endpoint': fiware_auth_backend.ACCESS_TOKEN_URL,
'default_redirect_uri': get_absolute_reverse_url('oauth.default_redirect_uri', request),
'version': '2.0',
}
return HttpResponse(json.dumps(endpoints), content_type='application/json; charset=UTF-8')
def group_backend_by_type(items):
"""Group items by backend type."""
result = defaultdict(list)
backends_defined = get_backends()
for item in items:
name = getattr(item, 'provider', item)
backend = backends_defined[name]
if issubclass(backend, OpenIdAuth):
result['openid'].append(item)
elif issubclass(backend, BaseOAuth2):
result['oauth2'].append(item)
elif issubclass(backend, BaseOAuth1):
result['oauth'].append(item)
return dict(result)
def group_backend_by_type(items):
"""Group items by backend type."""
result = defaultdict(list)
backends_defined = get_backends()
for item in items:
name = getattr(item, 'provider', item)
backend = backends_defined[name]
if issubclass(backend, OpenIdAuth):
result['openid'].append(item)
elif issubclass(backend, BaseOAuth2):
result['oauth2'].append(item)
elif issubclass(backend, BaseOAuth1):
result['oauth'].append(item)
return dict(result)
def group_backend_by_type(items, key=lambda x: x):
"""Group items by backend type."""
# Beware of cyclical imports!
from social_auth.backends import \
get_backends, OpenIdAuth, BaseOAuth, BaseOAuth2, SocialBackend
result = defaultdict(list)
backends = get_backends()
for item in items:
backend = backends[key(item)]
if issubclass(backend, SocialBackend):
result['social'].append(item)
return dict(result)
def social_auth_by_name_backends(request):
"""Load Social Auth current user data to context.
Will add a social_auth object whose attribute names are the names of each
provider, e.g. social_auth.facebook would be the facebook association or
None, depending on the logged in user's current associations. Providers
with a hyphen have the hyphen replaced with an underscore, e.g.
google-oauth2 becomes google_oauth2 when referenced in templates.
"""
keys = get_backends().keys()
accounts = dict(zip(keys, [None] * len(keys)))
if isinstance(request.user, User) and request.user.is_authenticated():
for associated in request.user.social_auth.all():
accounts[associated.provider.replace('-', '_')] = associated
return {'social_auth': accounts}
def setUp(self):
"""
Get the urls we are going to use.
"""
self.login_url = reverse('auth_login')
self.reset_password_url = reverse('auth_password_reset')
self.create_account_url = reverse('registration_register')
self.change_password_url = reverse('auth_password_change')
self.login_redirect_url = settings.LOGIN_REDIRECT_URL
self.social_auth_backends = get_backends()
social_auth_names = self.social_auth_backends.keys()
self.social_auth_login_urls = [reverse('socialauth_begin', kwargs={'backend':backend})
for backend in social_auth_names]
def group_backend_by_type(items, key=lambda x: x):
"""Group items by backend type."""
# Beware of cyclical imports!
from social_auth.backends import get_backends, BaseOAuth, BaseOAuth2
result = defaultdict(list)
backends = get_backends()
for item in items:
backend = backends[key(item)]
if issubclass(backend, BaseOAuth2):
result["oauth2"].append(item)
elif issubclass(backend, BaseOAuth):
result["oauth"].append(item)
return dict(result)
def social_auth_by_name_backends(request):
"""Load Social Auth current user data to context.
Will add a social_auth object whose attribute names are the names of each
provider, e.g. social_auth.facebook would be the facebook association or
None, depending on the logged in user's current associations. Providers
with a hyphen have the hyphen replaced with an underscore, e.g.
google-oauth2 becomes google_oauth2 when referenced in templates.
"""
keys = get_backends().keys()
accounts = dict(zip(keys, [None] * len(keys)))
if isinstance(request.user, User) and request.user.is_authenticated():
for associated in request.user.social_auth.all():
accounts[associated.provider.replace('-', '_')] = associated
return {'social_auth': accounts}
def refresh_user_physical_data(user):
items = user.social_auth.all()
key=lambda x: x
backends = get_backends()
for item in items:
try:
backend = backends[key(item.provider)]
if issubclass(backend, PhysicalBackend):
service = PhysicalServiceLocator.get_instane().get_service_by_name(item.provider)
service.pull_user_info(user.id, item.extra_data)
except Exception, e:
exc_info = sys.exc_info()
traceback.print_exception(*exc_info)
del exc_info
def group_backend_by_type(items, key=lambda x: x):
"""Group items by backend type."""
# Beware of cyclical imports!
from social_auth.backends import \
get_backends, OpenIdAuth, BaseOAuth, BaseOAuth2
result = defaultdict(list)
for item in items:
backend = get_backends()[key(item)]
if issubclass(backend, OpenIdAuth):
result['openid'].append(item)
elif issubclass(backend, BaseOAuth2):
result['oauth2'].append(item)
elif issubclass(backend, BaseOAuth):
result['oauth'].append(item)
return dict(result)
def account(request):
member = request.user.get_profile()
#auctions_waiting_payment = member.items_won.filter(Q(shippingorder=None) |
# Q(shippingorder__status=ORDER_WAITING_PAYMENT) |
# Q(shippingorder__status=ORDER_SHIPPING_FEE_REQUESTED))
auctions_waiting_payment = request.user.items_won.all()#.filter(order=None)
#orders processing and shipped
auctions_processing = request.user.items_won.filter(order__status=ORDER_PROCESSING)
auctions_shipped = request.user.items_won.filter(order__status=ORDER_SHIPPED)
available = set(get_backends().keys())
associated = list(request.user.social_auth.all())
not_associated = available.difference(i.provider for i in associated)
print request.session.keys()
return {'member':member,
'auctions_waiting_payment': auctions_waiting_payment,
'auctions_processing':auctions_processing,
'auctions_shipped': auctions_shipped,
'not_associated':not_associated,
'associated':[i.provider for i in associated],
'available_auth_backends':available,
}
def get_backend(self):
# Make import here to avoid recursive imports :-/
from social_auth.backends import get_backends
return get_backends().get(self.provider)
from django.conf.urls import patterns, include, url
from django.utils.translation import ugettext_lazy as _
from django.views.decorators.cache import cache_page
from wirecloud.commons.utils.template import TemplateParser
from wirecloud.platform.core.plugins import get_version_hash
from wirecloud.platform.markets.utils import MarketManager
from wirecloud.platform.plugins import WirecloudPlugin, build_url_template
import wirecloud.fiware
from wirecloud.fiware.marketAdaptor.views import get_market_adaptor, get_market_user_data
from wirecloud.fiware.storeclient import UnexpectedResponse
try:
from social_auth.backends import get_backends
IDM_SUPPORT_ENABLED = 'wirecloud.fiware' in settings.INSTALLED_APPS and 'social_auth' in settings.INSTALLED_APPS and 'fiware' in get_backends()
FIWARE_SOCIAL_AUTH_BACKEND = get_backends()['fiware']
except:
IDM_SUPPORT_ENABLED = False
def auth_fiware_token(auth_type, token):
from social_auth.models import UserSocialAuth
user_data = FIWARE_SOCIAL_AUTH_BACKEND._user_data(token)
return UserSocialAuth.objects.get(provider='fiware', uid=user_data['username']).user
class FiWareMarketManager(MarketManager):
_user = None
def backends_data(user):
"""Return backends data for given user.
Will return a dict with values:
associated: UserSocialAuth model instances for currently
associated accounts
not_associated: Not associated (yet) backend names.
backends: All backend names.
If user is not authenticated, then first list is empty, and there's no
difference between the second and third lists.
"""
available = get_backends().keys()
values = {"social": {'associated': [], 'not_associated':available},
"physical": {'associated': [], 'not_associated':available},
"nutrition": {'associated': [], 'not_associated':available},
"health": {'associated': [], 'not_associated':available},
"genomics": {'associated': [], 'not_associated':available},
'associated': [],
'not_associated': available,
'backends': available}
# Beware of cyclical imports!
key=lambda x: x
from social_auth.backends import SocialBackend, PhysicalBackend, GenomicsBackend, NutritionBackend, HealthBackend
# user comes from request.user usually, on /admin/ it will be an instance
# of auth.User and this code will fail if a custom User model was defined
if hasattr(user, 'is_authenticated') and user.is_authenticated():
associated = UserSocialAuth.get_social_auth_for_user(user)
not_associated = list(set(available) -
set(assoc.provider for assoc in associated))
backends = get_backends()
not_associated_s = []
not_associated_p = []
not_associated_g = []
not_associated_h = []
not_associated_n = []
for item in associated:
backend = backends[key(item.provider)]
if issubclass(backend, SocialBackend):
values['social']["associated"].append(item.provider)
if issubclass(backend, PhysicalBackend):
values["physical"]["associated"].append(item.provider)
if issubclass(backend, GenomicsBackend):
values["genomics"]["associated"].append(item.provider)
if issubclass(backend, NutritionBackend):
values["nutrition"]["associated"].append(item.provider)
if issubclass(backend, HealthBackend):
values["health"]["associated"].append(item.provider)
for item in not_associated:
backend = backends[key(item)]
if issubclass(backend, SocialBackend):
not_associated_s.append(item)
if issubclass(backend, PhysicalBackend):
not_associated_p.append(item)
if issubclass(backend, GenomicsBackend):
not_associated_g.append(item)
if issubclass(backend, NutritionBackend):
not_associated_n.append(item)
if issubclass(backend, HealthBackend):
not_associated_h.append(item)
values['social']["not_associated"] = not_associated_s
values['physical']["not_associated"] = not_associated_p
values['genomics']["not_associated"] = not_associated_g
values['nutrition']["not_associated"] = not_associated_n
values['health']["not_associated"] = not_associated_h
values['associated'] = associated
values['not_associated'] = not_associated
return values
