def test_delete_group_view(self): """ Testing delete group """ # Create a group to delete group_data = { 'name': 'Group to delete', 'title': 'Group to delete', 'header_logo_img': '', 'srid': G3WSpatialRefSys.objects.get(auth_srid=4326) } group = Group(**group_data) group.save() # check 1 group on db dbgroups = Group.objects.all() self.assertEqual(len(dbgroups), 1) self.assertEqual(dbgroups[0].name, group_data['name']) url = reverse('group-delete', args=[group.slug]) client = Client() self.assertTrue( client.login(username=self.test_user1.username, password=self.test_user1.username)) response = client.post(url) self.assertEqual(response.status_code, 200) # check no groups into db dbgroups = Group.objects.all() self.assertEqual(len(dbgroups), 0) client.logout()
def group_create(request): """ :param request: :return: """ logger.debug('POST %s', str(request.POST)) data = None if 'data' not in request.POST else request.POST[ 'data'] # что создавать try: # пытаемся получить словарик из json строки, притом один единственный, # т.к. в пакетном режиме не работаем. obj = json.loads(data)[0] except Exception as e: return HttpResponseServerError( "Deserialize json string (%s) error: %s" % (str(data), str(e))) new_group = Group() for key, value in obj.items(): if hasattr(new_group, key): setattr(new_group, key, value) try: new_group.save() except Exception as e: return HttpResponseServerError("Save group error: %s" % str(e)) return JsonResponse({'success': True, 'msg': 'Group create!'})
def insert(self, camp_idx): ''' 폼으로 입력받은 정보를 바탕으로 새로운 group 정보를 데이터베이스에 저장''' group = Group() group.camp_idx = camp_idx group.regdate = datetime.datetime.today() group.groupid = request.form.get('groupid') group.pwd = hashlib.sha224(self.pwd.data.encode('utf-8')).hexdigest() self.populate_obj(group) group.cancel_yn = 0 group.cancel_reason = None group.cancedate = None group.mem_num = 0 db.session.add(group) db.session.commit() return group.idx
def createGroup(self, request, **kwargs): self.method_check(request, allowed=['post']) data = self.deserialize(request, request.raw_post_data, format=request.META.get('CONTENT_TYPE', 'application/json')) owner = User.objects.get(id=data.get('owner')) title = data.get('title') members = data.get('members') group = Group(title=title, owner=owner) group.save() for member in members: member = User.objects.get(id=member) group.members.add(member) group.save() return self.create_response(request, { 'success': True })
def setUp(self): self.client = Client() self.user = MyUser( username='******', email='*****@*****.**', is_active=True, is_staff=True, is_superuser=True, ) self.user.set_password('test') self.user.save() self.client.login(username='******', password='******') teacher = MyUser.objects.create(username='******') students_lst = [] groups_lst = [] for counter in range(10): students_lst.append(Student(id=counter)) groups_lst.append(Group(id=counter, teacher=teacher)) Student.objects.bulk_create(students_lst) for group in groups_lst: group.students.set(students_lst) Group.objects.bulk_create(groups_lst)
def create_admin(provider): print "What is the username of the provider admin?" username_select = raw_input("username of provider admin: ") print "What is the password of the provider admin?" password_select = raw_input("password of provider admin: ") print "What is the tenant_name of the provider admin?" tenant_name_select = raw_input("tenant_name of provider admin: ") (user, group) = Group.create_usergroup(username_select) new_identity = Identity.objects.get_or_create(provider=provider, created_by=user)[0] new_identity.credential_set.get_or_create(key='key', value=username_select) new_identity.credential_set.get_or_create(key='secret', value=password_select) new_identity.credential_set.get_or_create(key='ex_tenant_name', value=tenant_name_select) new_identity.credential_set.get_or_create(key='ex_project_name', value=tenant_name_select) prov_membership = ProviderMembership.objects.get_or_create( provider=provider, member=group)[0] #TODO: Create quota if none exists quota = Quota.objects.all()[0] #Necessary for save hooks -- Default project, select an identity user.save() admin = AccountProvider.objects.get_or_create( provider=provider, identity=new_identity)[0] id_membership = IdentityMembership.objects.get_or_create( identity=new_identity, member=group, quota=quota)[0] return new_identity
def _update_threshold(self, request, app, **kwargs): user = request.user data = request.DATA app_owner = app.created_by app_members = app.get_members() if user != app_owner and not Group.check_membership(user, app_members): return failure_response( status.HTTP_403_FORBIDDEN, "You are not the Application owner. " "This incident will be reported") #Or it wont.. Up to operations.. if kwargs.get('delete'): threshold = app.get_threshold() if threshold: threshold.delete() serializer = ApplicationThresholdSerializer(app.get_threshold()) return Response(serializer.data) partial_update = True if request.method == 'PATCH' else False serializer = ApplicationThresholdSerializer( app.threshold, data=data, context={'request': request}, partial=partial_update) if serializer.is_valid(): serializer.save() logger.info(serializer.data) return Response(serializer.data) return failure_response(status.HTTP_400_BAD_REQUEST, serializer.errors)
def _update_application(self, request, app, **kwargs): data = request.DATA user = request.user data = request.DATA app_owner = app.created_by app_members = app.get_members() if user != app_owner and not Group.check_membership(user, app_members): return failure_response( status.HTTP_403_FORBIDDEN, "You are not the Application owner. " "This incident will be reported") #Or it wont.. Up to operations.. partial_update = True if request.method == 'PATCH' else False serializer = ApplicationSerializer(app, data=data, context={'request': request}, partial=partial_update) if serializer.is_valid(): logger.info('metadata = %s' % data) #TODO: Update application metadata on each machine? #update_machine_metadata(esh_driver, esh_machine, data) serializer.save() if 'created_by_identity' in data: identity = serializer.object.created_by_identity update_application_owner(serializer.object, identity) if 'boot_scripts' in data: _save_scripts_to_application(serializer.object, data.get('boot_scripts', [])) return Response(serializer.data) return failure_response(status.HTTP_400_BAD_REQUEST, serializer.errors)
def setUp(self): self.factory = RequestFactory() self.user_admin01 = User.objects.create_user(username="******", email="*****@*****.**", password="******", is_staff=True, is_superuser=True) self.user_admin02 = User.objects.create_user(username="******", email="*****@*****.**", password="******", is_superuser=True) self.user_editor1 = User.objects.create_user(username="******", email="*****@*****.**", password="******") self.group_editor1 = Group.objects.get(name=G3W_EDITOR1) self.group_editor1.user_set.add(self.user_editor1) self.user_editor2 = User.objects.create_user(username="******", email="*****@*****.**", password="******") self.group_editor2 = Group.objects.get(name=G3W_EDITOR2) self.group_editor2.user_set.add(self.user_editor2) self.user_viewer1 = User.objects.create_user(username="******", email="*****@*****.**", password="******") self.group_viewer1 = Group.objects.get(name=G3W_VIEWER1) self.group_viewer1.user_set.add(self.user_viewer1) self.user_viewer2 = User.objects.create_user(username="******", email="*****@*****.**", password="******") self.group_viewer2 = Group.objects.get(name=G3W_VIEWER2) self.group_viewer2.user_set.add(self.user_viewer2) # create a map group test self.group_test = Group(name='Test', title='Test')
def _update_threshold(self, request, app, **kwargs): user = request.user data = request.DATA app_owner = app.created_by app_members = app.get_members() if user != app_owner and not Group.check_membership(user, app_members): return failure_response(status.HTTP_403_FORBIDDEN, "You are not the Application owner. " "This incident will be reported") #Or it wont.. Up to operations.. if kwargs.get('delete'): threshold = app.get_threshold() if threshold: threshold.delete() serializer = ApplicationThresholdSerializer( app.get_threshold()) return Response(serializer.data) partial_update = True if request.method == 'PATCH' else False serializer = ApplicationThresholdSerializer( app.threshold, data=data, context={'request': request}, partial=partial_update) if serializer.is_valid(): serializer.save() logger.info(serializer.data) return Response(serializer.data) return failure_response( status.HTTP_400_BAD_REQUEST, serializer.errors)
def _update_application(self, request, app, **kwargs): data = request.DATA user = request.user data = request.DATA app_owner = app.created_by app_members = app.get_members() if user != app_owner and not Group.check_membership(user, app_members): return failure_response(status.HTTP_403_FORBIDDEN, "You are not the Application owner. " "This incident will be reported") #Or it wont.. Up to operations.. partial_update = True if request.method == 'PATCH' else False serializer = ApplicationSerializer(app, data=data, context={'request': request}, partial=partial_update) if serializer.is_valid(): logger.info('metadata = %s' % data) #TODO: Update application metadata on each machine? #update_machine_metadata(esh_driver, esh_machine, data) serializer.save() if 'created_by_identity' in data: identity = serializer.object.created_by_identity update_application_owner(serializer.object, identity) if 'boot_scripts' in data: _save_scripts_to_application(serializer.object, data.get('boot_scripts',[])) return Response(serializer.data) return failure_response( status.HTTP_400_BAD_REQUEST, serializer.errors)
def create(self, validated_data): username = validated_data['atmo_user'] groupname = validated_data['atmo_group'] atmo_user, atmo_group = Group.create_usergroup( username, groupname) provider = validated_data['provider'] provider_type = provider.get_type_name().lower() if provider_type == 'openstack': new_identity = self.create_openstack_identity(atmo_user, provider, validated_data) else: raise Exception("Cannot create accounts for provider of type %s" % provider_type) # Always share identity with group (To enable Troposphere access) new_identity.share(atmo_group) admin_account = validated_data['admin_account'] if admin_account: AccountProvider.objects.get_or_create( provider=new_identity.provider, identity=new_identity) # TODO: When the refactor of rtwo/get_esh_driver is complete, validate_identity should be call-able without the django model (to avoid create-then-delete) validate_identity(new_identity) return new_identity
def create(self, validated_data): username = validated_data['atmo_user'] groupname = validated_data['atmo_group'] atmo_user, atmo_group = Group.create_usergroup(username, groupname) provider = validated_data['provider'] provider_type = provider.get_type_name().lower() if provider_type == 'openstack': new_identity = self.create_openstack_identity( atmo_user, provider, validated_data ) else: raise Exception( "Cannot create accounts for provider of type %s" % provider_type ) # Always share identity with group (To enable Troposphere access) new_identity.share(atmo_group) admin_account = validated_data['admin_account'] if admin_account: AccountProvider.objects.get_or_create( provider=new_identity.provider, identity=new_identity ) # TODO: When the refactor of rtwo/get_esh_driver is complete, # validate_identity should be call-able without the django model (to # avoid create-then-delete) validate_identity(new_identity) return new_identity
def create_admin(provider): print "What is the username of the provider admin?" username_select = raw_input("username of provider admin: ") print "What is the password of the provider admin?" password_select = raw_input("password of provider admin: ") print "What is the tenant_name of the provider admin?" tenant_name_select = raw_input("tenant_name of provider admin: ") (user, group) = Group.create_usergroup(username_select) new_identity = Identity.objects.get_or_create(provider=provider, created_by=user)[0] new_identity.credential_set.get_or_create(key='key', value=username_select) new_identity.credential_set.get_or_create(key='secret', value=password_select) new_identity.credential_set.get_or_create(key='ex_tenant_name', value=tenant_name_select) new_identity.credential_set.get_or_create(key='ex_project_name', value=tenant_name_select) prov_membership = ProviderMembership.objects.get_or_create( provider=provider, member=group)[0] #TODO: Create quota if none exists quota = Quota.objects.all()[0] #Necessary for save hooks -- Default project, select an identity user.save() admin = AccountProvider.objects.get_or_create(provider=provider, identity=new_identity)[0] id_membership = IdentityMembership.objects.get_or_create( identity=new_identity, member=group, quota=quota)[0] return new_identity
def fake_groups(): u1, u2, u3 = fake_users(3) groups = [ {'name': 'Grupão doido', 'users': [u1, u3]}, {'name': 'Só no back-end', 'users': [u1, u2]}, {'name': 'Todo mundo null', 'users': [u2, u3]}, ] saved_groups = [] for group in groups: g = Group(name=group['name']) g.save() g.users.add(*group['users']) saved_groups.append(g) return saved_groups
def build_account( cls, account_user, group_name, username, provider_location, quota=None, allocation=None, is_leader=False, max_quota=False, account_admin=False, **kwarg_creds ): """ DEPRECATED: POST to v2/identities API to create an identity. """ # Do not move up. ImportError. from core.models import Group, Quota, Provider, AccountProvider provider = Provider.objects.get(location__iexact=provider_location) credentials = cls._kwargs_to_credentials(kwarg_creds) if not quota: quota = Quota.default_quota() #DEV NOTE: 'New' identities are expected to have a router name directly assigned # upon creation. If the value is not passed in, we can ask the provider to select # the router with the least 'usage' to ensure an "eventually consistent" distribution # of users->routers. topologyClsName = provider.get_config( 'network', 'topology', raise_exc=False ) if topologyClsName == 'External Router Topology' and 'router_name' not in credentials: credentials['router_name'] = provider.select_router() (user, group) = Group.create_usergroup(account_user, group_name, is_leader) identity = cls._get_identity(user, group, provider, quota, credentials) # NOTE: This specific query will need to be modified if we want # 2+ Identities on a single provider id_membership = identity.share(group, allocation=allocation) # ID_Membership exists. # 3. Assign admin account, if requested if account_admin: AccountProvider.objects.get_or_create( provider=id_membership.identity.provider, identity=id_membership.identity )[0] # 4. Save the user to activate profile on first-time use # FIXME: only call .save() if 'no profile' test is True. # TODO: write a 'no profile' test f() user.save() # Return the identity return identity
def group_home(request): """ renders list of groups available """ groups = Group(request.user).GROUP_DEFINITIONS return render_to_response('core/group.html', { 'groups': groups, }, context_instance=RequestContext(request))
def obtain_group_zone_games(): groups_info = pd.read_csv('calculator/data/group_zone_matches.csv') for index, row in groups_info.iterrows(): group = Group.get_or_create(group_name=row['group']) date = datetime.strptime(row['date'], '%d/%m/%Y %H:%M') Match.new_with(date=date, home_team=row['home'], visiting_team=row['visiting'], group=group)
def build_account(cls, account_user, group_name, username, provider_location, quota=None, allocation=None, is_leader=False, max_quota=False, account_admin=False, **kwarg_creds): """ DEPRECATED: POST to v2/identities API to create an identity. """ # Do not move up. ImportError. from core.models import Group, Quota,\ Provider, AccountProvider, Allocation,\ IdentityMembership provider = Provider.objects.get(location__iexact=provider_location) credentials = cls._kwargs_to_credentials(kwarg_creds) if not quota: quota = Quota.default_quota() #DEV NOTE: 'New' identities are expected to have a router name directly assigned # upon creation. If the value is not passed in, we can ask the provider to select # the router with the least 'usage' to ensure an "eventually consistent" distribution # of users->routers. topologyClsName = provider.get_config('network', 'topology', raise_exc=False) if topologyClsName == 'External Router Topology' and 'router_name' not in credentials: credentials['router_name'] = provider.select_router() (user, group) = Group.create_usergroup(account_user, group_name, is_leader) identity = cls._get_identity(user, group, provider, quota, credentials) # NOTE: This specific query will need to be modified if we want # 2+ Identities on a single provider id_membership = identity.share(group, allocation=allocation) # ID_Membership exists. # 3. Assign admin account, if requested if account_admin: AccountProvider.objects.get_or_create( provider=id_membership.identity.provider, identity=id_membership.identity)[0] # 4. Save the user to activate profile on first-time use # FIXME: only call .save() if 'no profile' test is True. # TODO: write a 'no profile' test f() user.save() # Return the identity return identity
def _create_group(fake, users): """Generate and save a group object.""" name = fake.company() g = Group(name=name) g.save() g.members = users g.save() return g
def create_identity(cls, username, provider_location, quota=None, allocation=None, max_quota=False, account_admin=False, **kwarg_creds): """ Create new User/Group & Identity for given provider_location NOTES: * kwargs prefixed with 'cred_' will be collected as credentials * Can assign optional flags: + max_quota - Assign the highest quota available, rather than default. + account_admin - Private Clouds only - This user should have ALL permissions including: * Image creation (Glance) * Account creation (Keystone) * Access to ALL instances launched over ALL users Atmosphere will run fine without an account_admin, but the above features will be disabled. """ # Do not move up. ImportError. from core.models import Group, Quota,\ Provider, AccountProvider, Allocation,\ IdentityMembership provider = Provider.objects.get(location__iexact=provider_location) credentials = cls._kwargs_to_credentials(kwarg_creds) #DEV NOTE: 'New' identities are expected to have a router name directly assigned # upon creation. If the value is not passed in, we can ask the provider to select # the router with the least 'usage' to ensure an "eventually consistent" distribution # of users->routers. if 'router_name' not in credentials: credentials['router_name'] = provider.select_router() (user, group) = Group.create_usergroup(username) identity = cls._get_identity(user, group, provider, credentials) # NOTE: This specific query will need to be modified if we want # 2+ Identities on a single provider id_membership = identity.share(group, quota=quota, allocation=allocation) # ID_Membership exists. # 3. Assign admin account, if requested if account_admin: AccountProvider.objects.get_or_create( provider=id_membership.identity.provider, identity=id_membership.identity)[0] # 4. Save the user to activate profile on first-time use # FIXME: only call .save() if 'no profile' test is True. # TODO: write a 'no profile' test f() user.save() # Return the identity return identity
def insert(self, camp_idx): ''' 폼으로 입력받은 정보를 바탕으로 새로운 group 정보를 데이터베이스에 저장''' group = Group() group.camp_idx = camp_idx group.regdate = datetime.datetime.today() group.groupid = request.form.get('groupid') group.pwd = hashlib.sha224(self.pwd.data.encode('utf-8')).hexdigest() self.populate_obj(group) group.cancel_yn = 0 group.cancel_reason = None group.cancedate = None group.mem_num = 0 db.session.add(group) db.session.commit() return group.idx
def group_view(request, id): """ renders a specific group's view. """ group = Group(request.user).get_group(id) customer_list = Group(request.user).get_group_customers_query(id) page = int(request.GET.get('page', '1')) try: paginator = Paginator(customer_list, settings.DEFAULT_PAGESIZE) customers = paginator.page(page) except (EmptyPage, InvalidPage): # if the supplied page number is beyond the scope # show last page customers = paginator.page(paginator.num_pages) print customers.object_list return render_to_response('core/group_view.html', { 'group': group, 'customers': customers }, context_instance=RequestContext(request))
def create_group(request, ): """ Create group for the professor user. """ if request.method == "GET": form = GroupForm() # Set the choices field for the member fields. form.fields['members'].choices = get_related_candidates(request.user) return render(request, 'core/create_group.html', { 'form': form, }) # The request is a POST method. elif request.method == "POST": """ We need to set the choices field for the form, so that it can validates itself. """ form = GroupForm(request.POST) form.fields['members'].choices = get_related_candidates(request.user) if form.is_valid(): members = form.cleaned_data['members'] title = form.cleaned_data['title'] group = Group() group.creator = request.user.professor group.title = title group.save() for student in members: candidate = User.objects.get(username=student).candidate group.members.add(candidate) return redirect("core:connection") else: print(form.errors)
def setUpClass(cls): super(ClientApiTest, cls).setUpClass() # Fill the cache with getprojectsettings response so we don't need a QGIS instance running # TODO: eventually move to QgsServer cls.prj_test = Project.objects.get(title='Un progetto') # new properties has to save before caching, signal on svaing project invalidate cache['django'] cls.prj_test.thumbnail = '/fake/project.png' cls.prj_test.save() # create a group print for follow project cls.print_group = Group(name='Print Group', title='Print Group', header_logo_img='', srid=cls.prj_test.group.srid) cls.print_group.save() qgis_project_file_print = File( open('{}/{}'.format(DATASOURCE_PATH, QGS310_FILE), 'r')) cls.project_print310 = QgisProject(qgis_project_file_print) cls.project_print310.group = cls.print_group cls.project_print310.save() cache_key = settings.QDJANGO_PRJ_CACHE_KEY.format(cls.prj_test.pk) cache = caches['qdjango'] cache.set( cache_key, open( os.path.join( DATASOURCE_PATH, 'getProjectSettings_gruppo-1_un-progetto_qgis310.xml'), 'rb').read()) cache_key = settings.QDJANGO_PRJ_CACHE_KEY.format( cls.project_print310.instance.pk) cache.set( cache_key, open( os.path.join( DATASOURCE_PATH, 'getProjectSettings_g3wsuite_project_test_qgis310.xml'), 'rb').read()) qgis_project_file_1 = File( open('{}/{}'.format(DATASOURCE_PATH, QGS310_FILE_1), 'r')) cls.project_print310_1 = QgisProject(qgis_project_file_1) cls.project_print310_1.group = cls.print_group cls.project_print310_1.save()
def create_admin(provider): print "What is the username of the provider admin?" username_select = raw_input("username of provider admin: ") print "What is the password of the provider admin?" password_select = raw_input("password of provider admin: ") print "What is the tenant_name of the provider admin?" tenant_name_select = raw_input("tenant_name of provider admin: ") print "What is the admin_url of the provider admin?" admin_url_select = raw_input("admin_url of provider admin: ") print "What is the auth_url of the provider admin?" auth_url_select = raw_input("auth_url of provider admin: ") print "What is the router_name of the provider admin?" router_name_select = raw_input("router_name of provider admin: ") print "What is the region_name of the provider admin?" region_name_select = raw_input("region_name of provider admin: ") (user, group) = Group.create_usergroup(username_select) new_identity = Identity.objects.get_or_create(provider=provider, created_by=user)[0] new_identity.credential_set.get_or_create(key='key', value=username_select) new_identity.credential_set.get_or_create(key='secret', value=password_select) new_identity.credential_set.get_or_create(key='ex_tenant_name', value=tenant_name_select) new_identity.credential_set.get_or_create(key='ex_project_name', value=tenant_name_select) provider.providercredential_set.get_or_create(key='admin_url', value=admin_url_select) provider.providercredential_set.get_or_create(key='auth_url', value=auth_url_select) provider.providercredential_set.get_or_create(key='router_name', value=router_name_select) provider.providercredential_set.get_or_create(key='region_name', value=region_name_select) prov_membership = ProviderMembership.objects.get_or_create( provider=provider, member=group)[0] quota = Quota.objects.all()[0] user.save() admin = AccountProvider.objects.get_or_create( provider=provider, identity=new_identity)[0] id_membership = IdentityMembership.objects.get_or_create( identity=new_identity, member=group, quota=quota)[0] return new_identity
def create_admin(provider, admin_info): REQUIRED_FIELDS = ["username", "password", "tenant"] if not has_fields(admin_info, REQUIRED_FIELDS): print "Please add missing admin information." sys.exit(1) username = admin_info["username"] password = admin_info["password"] tenant = admin_info["tenant"] (user, group) = Group.create_usergroup(username) try: new_identity = Identity.objects.get( provider=provider, created_by=user ) # FIXME: This will need to be more explicit, look for AccountProvider? except Identity.DoesNotExist: new_identity = Identity.objects.create( provider=provider, created_by=user, quota=Quota.default_quota() ) new_identity.credential_set.get_or_create(key='key', value=username) new_identity.credential_set.get_or_create(key='secret', value=password) new_identity.credential_set.get_or_create( key='ex_tenant_name', value=tenant ) new_identity.credential_set.get_or_create( key='ex_project_name', value=tenant ) quota = Quota.objects.filter(**Quota.default_dict()).first() if not quota: quota = Quota.default_quota() # TODO: Test why we do this here and not AFTER creating AccountProvider/IdentityMembership -- Then label the rationale. # Necessary for save hooks -- Default project, select an identity user.save() AccountProvider.objects.get_or_create( provider=provider, identity=new_identity ) IdentityMembership.objects.get_or_create( identity=new_identity, member=group ) return new_identity
def login(): '''신청 조회 / 로그인하기.''' if request.method == 'POST': logintype = request.form.get('logintype', None) userid = request.form.get('userid', None) pwd = request.form.get('pwd', None) if logintype == '' or logintype is None: flash('신청 구분을 선택해주세요') elif userid == '' or userid is None: flash('아이디를 입력해주세요') elif pwd == '' or pwd is None: flash('비밀번호를 입력해 주세요') else: campidx = Camp.get_idx(campcode) if logintype == '개인': if Member.login_check(campidx, userid, pwd): idx = db.session.query(Member).filter(Member.camp_idx == campidx, Member.userid == userid, Member.cancel_yn == 0).one().idx session['type'] = '개인' session['idx'] = idx return redirect(url_for('.member_info')) else: flash('아이디 또는 비밀번호가 잘못되었습니다.') elif logintype == '단체': if Group.login_check(campidx, userid, pwd): idx = db.session.query(Group).filter(Group.camp_idx == campidx, Group.groupid == userid, Group.cancel_yn == 0).one().idx session['type'] = '단체' session['idx'] = idx return redirect(url_for('.group_info')) else: flash('아이디 또는 비밀번호가 잘못되었습니다.') return redirect(url_for('.login')) return render_template('{0}/check.html'.format(campcode))
def create_admin(provider, admin_info): REQUIRED_FIELDS = ["username", "password", "tenant"] if not has_fields(admin_info, REQUIRED_FIELDS): print "Please add missing admin information." sys.exit(1) username = admin_info["username"] password = admin_info["password"] tenant = admin_info["tenant"] (user, group) = Group.create_usergroup(username) new_identity = Identity.objects.get_or_create(provider=provider, created_by=user)[0] new_identity.credential_set.get_or_create(key='key', value=username) new_identity.credential_set.get_or_create(key='secret', value=password) new_identity.credential_set.get_or_create(key='ex_tenant_name', value=tenant) new_identity.credential_set.get_or_create(key='ex_project_name', value=tenant) quota = Quota.objects.filter(**Quota.default_dict()).first() if not quota: quota = Quota.default_quota() # TODO: Test why we do this here and not AFTER creating AccountProvider/IdentityMembership -- Then label the rationale. # Necessary for save hooks -- Default project, select an identity user.save() AccountProvider.objects.get_or_create( provider=provider, identity=new_identity) IdentityMembership.objects.get_or_create( identity=new_identity, member=group, quota=quota) return new_identity
def login(): '''신청 조회 / 로그인하기.''' if request.method == 'POST': logintype = request.form.get('logintype', None) userid = request.form.get('userid', None) pwd = request.form.get('pwd', None) if logintype == '' or logintype is None: flash('신청 구분을 선택해주세요') elif userid == '' or userid is None: flash('아이디를 입력해주세요') elif pwd == '' or pwd is None: flash('비밀번호를 입력해 주세요') else: campidx = Camp.get_idx(campcode) if logintype == '개인': if Member.login_check(campidx, userid, pwd): idx = db.session.query(Member).filter(Member.camp_idx == campidx, Member.userid == userid, Member.cancel_yn == 0).one().idx session['type'] = '개인' session['idx'] = idx return redirect(url_for('.member_info')) else: flash('아이디 또는 비밀번호가 잘못되었습니다.') elif logintype == '단체': if Group.login_check(campidx, userid, pwd): idx = db.session.query(Group).filter(Group.camp_idx == campidx, Group.groupid == userid, Group.cancel_yn == 0).one().idx session['type'] = '단체' session['idx'] = idx return redirect(url_for('.group_info')) else: flash('아이디 또는 비밀번호가 잘못되었습니다.') return redirect(url_for('.login')) return render_template('{0}/check.html'.format(campcode))
def test(request): """ Заполняем тестовыми данными нашу любимую БД """ groups = Group.objects.filter(name='ВТ-111') if len(groups) > 0: return HttpResponse('Already done') vt111 = Group(name='ВТ-111') vt112 = Group(name='ВТ-112') vt111.save() vt112.save() for i in range(1, 100): Student(name="student_number_%d" % i, login="******" % i, password="******" % i, group=vt111).save() Student(name="student_number_%d%d" % (i, i), login="******" % (i, i), password="******" % (i, i), group=vt112).save() for i in range(1, 10): Teacher(name="teacher%d" % i, login="******" % i, password='******' % i).save() """ чтобы хоть как-то понять что всё прошло хорошо отправим сообщение """ return HttpResponse('Everything is ok')
async def get_user_groups(self, task_message: GetUserGroupsMessage): user = User.objects.get(pk=task_message.user_pk) social_uid, access_token = self._get_vk_credentials(user) method = GroupsGetMethod(access_token=access_token, user_id=social_uid, extended=1, fields='members_count,can_post', filter='admin,editor,moder', priority=task_message.priority) response_dict = await method.execute() if VK_MESSAGE_KEY.ERROR in response_dict: sentry_logger.error(msg='Authorization Failed: User - {}'.format( user.get_full_name())) return False if not response_dict: sentry_logger.error( 'No response on get_user_groups: User - {}'.format( user.get_full_name())) return False response = response_dict.get(VK_MESSAGE_KEY.RESPONSE) if not response or len(response) < 2: sentry_logger.error( 'No vk response key in get_user_groups response, {} User - {}'. format(response, user.get_full_name())) return False group_items = response.get(VK_MESSAGE_KEY.ITEMS) for group_item in group_items: try: group = Group.objects.get(group_id=group_item["id"]) except Group.DoesNotExist: group = Group(group_id=group_item["id"], name=group_item["name"], members=group_item.get("members_count", 0)) group.save() group.name = group_item[ "name"] if group.name != group_item["name"] else group.name if VK_MESSAGE_KEY.DEACTIVATED in group_item: sentry_logger.warning(msg={ 'group': group, 'reason': 'Группа забанена ВК' }) continue try: group.members = group_item["members_count"] \ if group.members != group_item["members_count"] else group.members except Exception as e: sentry_logger.error(msg=e) group.is_closed = bool(group_item['is_closed']) \ if group.is_closed != bool(group_item['is_closed']) else group.is_closed group.groups_img = group_item.get("photo_50") \ if group.groups_img != group_item.get("photo_50") else group.groups_img group.save() user_group, created = UserGroup.objects.get_or_create(user=user, group=group) user_group.is_admin = bool(group_item.get('is_admin')) \ if user_group.is_admin != bool(group_item.get('is_admin')) else user_group.is_admin user_group.admin_level = group_item.get('admin_level', UserGroup.ADMIN) \ if user_group.admin_level != group_item.get('admin_level', UserGroup.ADMIN) else user_group.admin_level user_group.save() return True
def setUpClass(cls): super(ClientApiTest, cls).setUpClass() # Fill the cache with getprojectsettings response so we don't need a QGIS instance running # TODO: eventually move to QgsServer cls.prj_test = Project.objects.get(title='Un progetto') # new properties has to save before caching, signal on svaing project invalidate cache['django'] cls.prj_test.thumbnail = '/fake/project.png' cls.prj_test.save() # create a group print for follow project cls.print_group = Group(name='Print Group', title='Print Group', header_logo_img='', srid=cls.prj_test.group.srid) cls.print_group.save() qgis_project_file_print = File( open('{}/{}'.format(PROJECTS_PATH, QGS310_FILE), 'r')) cls.project_print310 = QgisProject(qgis_project_file_print) cls.project_print310.group = cls.print_group cls.project_print310.save() cache_key = settings.QDJANGO_PRJ_CACHE_KEY.format(cls.prj_test.pk) cache = caches['qdjango'] cache.set( cache_key, open( os.path.join( PROJECTS_PATH, 'getProjectSettings_gruppo-1_un-progetto_qgis310.xml'), 'rb').read()) cache_key = settings.QDJANGO_PRJ_CACHE_KEY.format( cls.project_print310.instance.pk) cache.set( cache_key, open( os.path.join( PROJECTS_PATH, 'getProjectSettings_g3wsuite_project_test_qgis310.xml'), 'rb').read()) qgis_project_file_1 = File( open('{}/{}'.format(PROJECTS_PATH, QGS310_FILE_1), 'r')) cls.project_print310_1 = QgisProject(qgis_project_file_1) cls.project_print310_1.group = cls.print_group cls.project_print310_1.save() qgis_project_file_1.close() cls.extent_group = Group(name='Extent Group', title='Extent Group', header_logo_img='', srid=G3WSpatialRefSys.objects.get(srid=32633)) cls.extent_group.save() qgis_project_file_2 = File( open('{}/{}'.format(PROJECTS_PATH, QGS310_FILE_2), 'r')) cls.project_extent310_2 = QgisProject(qgis_project_file_2) cls.project_extent310_2.group = cls.extent_group cls.project_extent310_2.save() qgis_project_file_2.close() cls.custom_order_layer_group = Group( name='Custom Order Layer Group', title='Custom Order Layer Group', header_logo_img='', srid=G3WSpatialRefSys.objects.get(srid=4326)) cls.custom_order_layer_group.save() qgis_project_file_3 = File( open('{}/{}'.format(PROJECTS_PATH, QGS310_FILE_3), 'r')) cls.project_extent316_1 = QgisProject(qgis_project_file_3) cls.project_extent316_1.group = cls.custom_order_layer_group cls.project_extent316_1.save() qgis_project_file_3.close() cls.empty_vector_layer_layer_group = Group( name='Empty vector layer Layer Group', title='Empty vector layer Layer Group', header_logo_img='', srid=G3WSpatialRefSys.objects.get(srid=4326)) cls.empty_vector_layer_layer_group.save() qgis_project_file_4 = File( open('{}/{}'.format(PROJECTS_PATH, QGS310_FILE_4), 'r')) cls.project_extent316_2 = QgisProject(qgis_project_file_4) cls.project_extent316_2.group = cls.empty_vector_layer_layer_group cls.project_extent316_2.save() qgis_project_file_4.close()
def test_group_name(self): group = Group() group.description = 'Ferramentas' group.save() self.assertEqual(group.description, str(group))
def calculate_charts(user): # sales per campaign total_profit_monthly_names = [] total_profit_monthly_values = [] top_3_popular_products = Product.objects.filter(user=user)\ .annotate(bought=Count('sale'))\ .order_by('-bought')[:3] monthly_sales_of_product = [[], [], []] name_product = [[], [], []] x = 0 for product in top_3_popular_products: name_product[x] = product.name x += 1 x = 0 month = datetime.datetime.now().month year = datetime.datetime.now().year i = 0 while i < 12: salez = Sale.objects.filter(user=user, transaction_date__year=str(year), transaction_date__month=str(month)) total_profit_monthly_names.append(month_translate[month]) profits = [] profits = [int(sale.price) for sale in salez] total_profit_monthly_values.append(sum(profits)) x = 0 for product in top_3_popular_products: monthly_sales_of_product[x].append(int(product.turnover_generated_in_month(month))) x += 1 i += 1 if month != 1: month = month - 1 else: year = year - 1 month = 12 campaignz = Campaign.objects.filter(user=user) campaign_values = [] campaign_names = [] for sale in salez: campaign_values.append(sale.marketing_source.total_sales()) campaign_names.append("%% " + str(sale.marketing_source.campaign_name)) for campaign in campaignz: campaign_values.append(campaign.total_sales()) campaign_names.append("%% " + str(campaign.campaign_name)) group_values = [] group_names = [] g = Group(user) for id in xrange(1, 3): group_values.append(int(g.get_group(id)['total_turnover'])) group_names.append("%% " + str(g.get_group(id)['name'])) charts = {} if sum(campaign_values) == 0: charts['campaign_values'] = 0 else: charts['campaign_values'] = campaign_values charts['campaign_names'] = SafeString(campaign_names) total_profit_monthly_names.reverse() total_profit_monthly_values.reverse() if sum(total_profit_monthly_values) == 0: charts['total_monthly_profit_values'] = 0 else: charts['total_monthly_profit_values'] = SafeString(total_profit_monthly_values) charts['total_monthly_profit_names'] = SafeString(total_profit_monthly_names) if sum(group_values) == 0: charts['group_values'] = 0 else: charts['group_values'] = group_values charts['group_names'] = SafeString(group_names) monthly_sales_of_product[0].reverse() monthly_sales_of_product[1].reverse() monthly_sales_of_product[2].reverse() if (sum(monthly_sales_of_product[0]) + sum(monthly_sales_of_product[1]) + sum(monthly_sales_of_product[2])) == 0: charts['monthly_sales_all_products'] = 0 if name_product[0]: charts['name_product_one'] = SafeString(name_product[0]) else: charts['name_product_one'] = "" if name_product[1]: charts['name_product_two'] = SafeString(name_product[1]) else: charts['name_product_two'] = "" if name_product[2]: charts['name_product_three'] = SafeString(name_product[2]) else: charts['name_product_three'] = "" charts['monthly_sales_product_one'] = SafeString(monthly_sales_of_product[0]) charts['monthly_sales_product_two'] = SafeString(monthly_sales_of_product[1]) charts['monthly_sales_product_three'] = SafeString(monthly_sales_of_product[2]) total_growth_monthly_names = [] total_growth_monthly_values = [] total_map = dict() monthh = datetime.datetime.now().month yearr = datetime.datetime.now().year # try using timedelta and excludes on dates below. ## TODO try to figure out the django ORM way to do below sales query i = 0 total_customer_count = Customer.objects.filter(user=user).count() while i < 12: sales = Customer.objects.filter(user=user, sale__transaction_date__year=str(yearr), sale__transaction_date__month=str(monthh)).annotate(bought=Count('sale')).filter(bought__gte=1) #sales = Customer.objects.raw('Select * from ') logger.info("\n #### monthly %s %d\n" %(month_translate[monthh],yearr)) logger.info(sales) total_growth_monthly_names.append(month_translate[monthh]) growth = 0 if sales.count()>0: growth = float(sales.count()/total_customer_count) if growth<1.0: total_growth_monthly_values.append(sales.count()) total_map[month_translate[monthh]] = (sales.count(),False) if growth>1.0: total_growth_monthly_values.append(growth) total_map[month_translate[monthh]] = (growth,True) i += 1 if monthh != 1: monthh -= 1 else: yearr -= 1 monthh = 12 charts['total_growth_monthly_values'] = SafeString(total_growth_monthly_values) charts['total_growth_monthly_names'] = SafeString(total_growth_monthly_names) charts['total_growth_map'] = total_map logger.info(charts) return charts
def calculate_charts(user): # sales per campaign total_profit_monthly_names = [] total_profit_monthly_values = [] top_3_popular_products = Product.objects.filter(user=user)\ .annotate(bought=Count('sale'))\ .order_by('-bought')[:3] monthly_sales_of_product = [[], [], []] name_product = [[], [], []] x = 0 for product in top_3_popular_products: name_product[x] = product.name x += 1 x = 0 month = datetime.datetime.now().month year = datetime.datetime.now().year i = 0 while i < 12: salez = Sale.objects.filter(user=user, transaction_date__year=str(year), transaction_date__month=str(month)) total_profit_monthly_names.append(month_translate[month]) profits = [] profits = [int(sale.price) for sale in salez] total_profit_monthly_values.append(sum(profits)) x = 0 for product in top_3_popular_products: monthly_sales_of_product[x].append( int(product.turnover_generated_in_month(month))) x += 1 i += 1 if month != 1: month = month - 1 else: year = year - 1 month = 12 campaignz = Campaign.objects.filter(user=user) campaign_values = [] campaign_names = [] for sale in salez: campaign_values.append(sale.marketing_source.total_sales()) campaign_names.append("%% " + str(sale.marketing_source.campaign_name)) for campaign in campaignz: campaign_values.append(campaign.total_sales()) campaign_names.append("%% " + str(campaign.campaign_name)) group_values = [] group_names = [] g = Group(user) for id in xrange(1, 3): group_values.append(int(g.get_group(id)['total_turnover'])) group_names.append("%% " + str(g.get_group(id)['name'])) charts = {} if sum(campaign_values) == 0: charts['campaign_values'] = 0 else: charts['campaign_values'] = campaign_values charts['campaign_names'] = SafeString(campaign_names) total_profit_monthly_names.reverse() total_profit_monthly_values.reverse() if sum(total_profit_monthly_values) == 0: charts['total_monthly_profit_values'] = 0 else: charts['total_monthly_profit_values'] = SafeString( total_profit_monthly_values) charts['total_monthly_profit_names'] = SafeString( total_profit_monthly_names) if sum(group_values) == 0: charts['group_values'] = 0 else: charts['group_values'] = group_values charts['group_names'] = SafeString(group_names) monthly_sales_of_product[0].reverse() monthly_sales_of_product[1].reverse() monthly_sales_of_product[2].reverse() if (sum(monthly_sales_of_product[0]) + sum(monthly_sales_of_product[1]) + sum(monthly_sales_of_product[2])) == 0: charts['monthly_sales_all_products'] = 0 if name_product[0]: charts['name_product_one'] = SafeString(name_product[0]) else: charts['name_product_one'] = "" if name_product[1]: charts['name_product_two'] = SafeString(name_product[1]) else: charts['name_product_two'] = "" if name_product[2]: charts['name_product_three'] = SafeString(name_product[2]) else: charts['name_product_three'] = "" charts['monthly_sales_product_one'] = SafeString( monthly_sales_of_product[0]) charts['monthly_sales_product_two'] = SafeString( monthly_sales_of_product[1]) charts['monthly_sales_product_three'] = SafeString( monthly_sales_of_product[2]) total_growth_monthly_names = [] total_growth_monthly_values = [] total_map = dict() monthh = datetime.datetime.now().month yearr = datetime.datetime.now().year # try using timedelta and excludes on dates below. ## TODO try to figure out the django ORM way to do below sales query i = 0 total_customer_count = Customer.objects.filter(user=user).count() while i < 12: sales = Customer.objects.filter( user=user, sale__transaction_date__year=str(yearr), sale__transaction_date__month=str(monthh)).annotate( bought=Count('sale')).filter(bought__gte=1) #sales = Customer.objects.raw('Select * from ') logger.info("\n #### monthly %s %d\n" % (month_translate[monthh], yearr)) logger.info(sales) total_growth_monthly_names.append(month_translate[monthh]) growth = 0 if sales.count() > 0: growth = float(sales.count() / total_customer_count) if growth < 1.0: total_growth_monthly_values.append(sales.count()) total_map[month_translate[monthh]] = (sales.count(), False) if growth > 1.0: total_growth_monthly_values.append(growth) total_map[month_translate[monthh]] = (growth, True) i += 1 if monthh != 1: monthh -= 1 else: yearr -= 1 monthh = 12 charts['total_growth_monthly_values'] = SafeString( total_growth_monthly_values) charts['total_growth_monthly_names'] = SafeString( total_growth_monthly_names) charts['total_growth_map'] = total_map logger.info(charts) return charts
def create_identity(cls, username, provider_location, quota=None, max_quota=False, account_admin=False, **kwarg_creds): """ Create new User/Group & Identity for given provider_location NOTES: * kwargs prefixed with 'cred_' will be collected as credentials * Can assign optional flags: + max_quota - Assign the highest quota available, rather than default. + account_admin - Private Clouds only - This user should have ALL permissions including: * Image creation (Glance) * Account creation (Keystone) * Access to ALL instances launched over ALL users Atmosphere will run fine without an account_admin, but the above features will be disabled. """ # Do not move up. ImportError. from core.models import Group, Credential, Quota,\ Provider, AccountProvider, Allocation,\ IdentityMembership provider = Provider.objects.get(location__iexact=provider_location) credentials = {} for (c_key, c_value) in kwarg_creds.items(): if 'cred_' not in c_key.lower(): continue c_key = c_key.replace('cred_', '') credentials[c_key] = c_value (user, group) = Group.create_usergroup(username) # NOTE: This specific query will need to be modified if we want # 2+ Identities on a single provider id_membership = IdentityMembership.objects.filter( member__name=user.username, identity__provider=provider, identity__created_by__username=user.username) if not id_membership: default_allocation = Allocation.default_allocation() # 1. Create an Identity Membership # DEV NOTE: I have a feeling that THIS line will mean # creating a secondary identity for a user on a given # provider will be difficult. We need to find a better # workflow here.. try: identity = Identity.objects.get(created_by=user, provider=provider) except Identity.DoesNotExist: new_uuid = uuid4() identity = Identity.objects.create( created_by=user, provider=provider, uuid=str(new_uuid)) id_membership = IdentityMembership.objects.get_or_create( identity=identity, member=group, allocation=default_allocation, quota=Quota.default_quota()) # Either first in list OR object from two-tuple.. Its what we need. id_membership = id_membership[0] # ID_Membership exists. # 2. Make sure that all kwargs exist as credentials # NOTE: Because we assume only one identity per provider # We can add new credentials to # existing identities if missing.. # In the future it will be hard to determine when we want to # update values on an identity Vs. create a second, new # identity. for (c_key, c_value) in credentials.items(): test_key_exists = Credential.objects.filter( identity=id_membership.identity, key=c_key) if test_key_exists: logger.info("Conflicting Key Error: Key:%s Value:%s " "Replacement:%s" % (c_key, c_value, test_key_exists[0].value)) # No Dupes... But should we really throw an Exception here? continue Credential.objects.get_or_create( identity=id_membership.identity, key=c_key, value=c_value)[0] # 3. Assign a different quota, if requested if quota: id_membership.quota = quota id_membership.allocation = None id_membership.save() elif max_quota: quota = Quota.max_quota() id_membership.quota = quota id_membership.allocation = None id_membership.save() if account_admin: admin = AccountProvider.objects.get_or_create( provider=id_membership.identity.provider, identity=id_membership.identity)[0] # 5. Save the user to activate profile on first-time use user.save() # Return the identity return id_membership.identity
def create_identity(cls, username, provider_location, quota=None, max_quota=False, account_admin=False, **kwarg_creds): """ Create new User/Group & Identity for given provider_location NOTES: * kwargs prefixed with 'cred_' will be collected as credentials * Can assign optional flags: + max_quota - Assign the highest quota available, rather than default. + account_admin - Private Clouds only - This user should have ALL permissions including: * Image creation (Glance) * Account creation (Keystone) * Access to ALL instances launched over ALL users Atmosphere will run fine without an account_admin, but the above features will be disabled. """ #Do not move up. ImportError. from core.models import Group, Credential, Quota,\ Provider, AccountProvider, Allocation,\ IdentityMembership provider = Provider.objects.get(location__iexact=provider_location) credentials = {} for (c_key, c_value) in kwarg_creds.items(): if 'cred_' not in c_key.lower(): continue c_key = c_key.replace('cred_', '') credentials[c_key] = c_value (user, group) = Group.create_usergroup(username) #NOTE: This specific query will need to be modified if we want # 2+ Identities on a single provider id_membership = IdentityMembership.objects.filter( member__name=user.username, identity__provider=provider, identity__created_by__username=user.username) if not id_membership: default_allocation = Allocation.default_allocation() #1. Create an Identity Membership #DEV NOTE: I have a feeling that THIS line will mean # creating a secondary identity for a user on a given # provider will be difficult. We need to find a better # workflow here.. try: identity = Identity.objects.get(created_by=user, provider=provider) except Identity.DoesNotExist: new_uuid = uuid4() identity = Identity.objects.create(created_by=user, provider=provider, uuid=str(new_uuid)) #Two-tuple, (Object, created) id_membership = IdentityMembership.objects.get_or_create( identity=identity, member=group, allocation=default_allocation, quota=Quota.default_quota()) #Either first in list OR object from two-tuple.. Its what we need. id_membership = id_membership[0] #ID_Membership exists. #2. Make sure that all kwargs exist as credentials # NOTE: Because we assume only one identity per provider # We can add new credentials to # existing identities if missing.. # In the future it will be hard to determine when we want to # update values on an identity Vs. create a second, new # identity. for (c_key, c_value) in credentials.items(): test_key_exists = Credential.objects.filter( identity=id_membership.identity, key=c_key) if test_key_exists: logger.info("Conflicting Key Error: Key:%s Value:%s " "Replacement:%s" % (c_key, c_value, test_key_exists[0].value)) #No Dupes... But should we really throw an Exception here? continue Credential.objects.get_or_create(identity=id_membership.identity, key=c_key, value=c_value)[0] #3. Assign a different quota, if requested if quota: id_membership.quota = quota id_membership.allocation = None id_membership.save() elif max_quota: quota = Quota.max_quota() id_membership.quota = quota id_membership.allocation = None id_membership.save() if account_admin: admin = AccountProvider.objects.get_or_create( provider=id_membership.identity.provider, identity=id_membership.identity)[0] #5. Save the user to activate profile on first-time use user.save() #Return the identity return id_membership.identity
def create(name, t): g = Group() g.name = name g.type = t g.save() return g.id
def handle(self, *args, **options): os.environ["DJANGO_COLORS"] = "nocolor" Site(id=4000, domain=settings.SITH_URL, name=settings.SITH_NAME).save() root_path = os.path.dirname( os.path.dirname(os.path.dirname(os.path.dirname(__file__)))) Group(name="Root").save() Group(name="Public").save() Group(name="Subscribers").save() Group(name="Old subscribers").save() Group(name="Accounting admin").save() Group(name="Communication admin").save() Group(name="Counter admin").save() Group(name="Banned from buying alcohol").save() Group(name="Banned from counters").save() Group(name="Banned to subscribe").save() Group(name="SAS admin").save() Group(name="Forum admin").save() Group(name="Pedagogy admin").save() self.reset_index("core", "auth") root = User( id=0, username="******", last_name="", first_name="Bibou", email="*****@*****.**", date_of_birth="1942-06-12", is_superuser=True, is_staff=True, ) root.set_password("plop") root.save() profiles_root = SithFile(parent=None, name="profiles", is_folder=True, owner=root) profiles_root.save() home_root = SithFile(parent=None, name="users", is_folder=True, owner=root) home_root.save() # Page needed for club creation p = Page(name=settings.SITH_CLUB_ROOT_PAGE) p.set_lock(root) p.save() club_root = SithFile(parent=None, name="clubs", is_folder=True, owner=root) club_root.save() SithFile(parent=None, name="SAS", is_folder=True, owner=root).save() main_club = Club( id=1, name=settings.SITH_MAIN_CLUB["name"], unix_name=settings.SITH_MAIN_CLUB["unix_name"], address=settings.SITH_MAIN_CLUB["address"], ) main_club.save() bar_club = Club( id=2, name=settings.SITH_BAR_MANAGER["name"], unix_name=settings.SITH_BAR_MANAGER["unix_name"], address=settings.SITH_BAR_MANAGER["address"], ) bar_club.save() launderette_club = Club( id=84, name=settings.SITH_LAUNDERETTE_MANAGER["name"], unix_name=settings.SITH_LAUNDERETTE_MANAGER["unix_name"], address=settings.SITH_LAUNDERETTE_MANAGER["address"], ) launderette_club.save() self.reset_index("club") for b in settings.SITH_COUNTER_BARS: g = Group(name=b[1] + " admin") g.save() c = Counter(id=b[0], name=b[1], club=bar_club, type="BAR") c.save() g.editable_counters.add(c) g.save() self.reset_index("counter") Counter(name="Eboutic", club=main_club, type="EBOUTIC").save() Counter(name="AE", club=main_club, type="OFFICE").save() home_root.view_groups.set([ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first() ]) club_root.view_groups.set([ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first() ]) home_root.save() club_root.save() Sith(weekmail_destinations="[email protected] [email protected]").save() Weekmail().save() p = Page(name="Index") p.set_lock(root) p.save() p.view_groups.set([settings.SITH_GROUP_PUBLIC_ID]) p.set_lock(root) p.save() PageRev( page=p, title="Wiki index", author=root, content=""" Welcome to the wiki page! """, ).save() p = Page(name="services") p.set_lock(root) p.save() p.view_groups.set([settings.SITH_GROUP_PUBLIC_ID]) p.set_lock(root) PageRev( page=p, title="Services", author=root, content=""" | | | | | :---: | :---: | :---: | :---: | | [Eboutic](/eboutic) | [Laverie](/launderette) | Matmat | [Fichiers](/file) | | SAS | Weekmail | Forum | | """, ).save() p = Page(name="launderette") p.set_lock(root) p.save() p.set_lock(root) PageRev(page=p, title="Laverie", author=root, content="Fonctionnement de la laverie").save() # Here we add a lot of test datas, that are not necessary for the Sith, but that provide a basic development environment if not options["prod"]: # Adding user Skia skia = User( username="******", last_name="Kia", first_name="S'", email="*****@*****.**", date_of_birth="1942-06-12", ) skia.set_password("plop") skia.save() skia.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] skia.save() skia_profile_path = os.path.join(root_path, "core/fixtures/images/3.jpg") with open(skia_profile_path, "rb") as f: name = str(skia.id) + "_profile.jpg" skia_profile = SithFile( parent=profiles_root, name=name, file=resize_image(Image.open(BytesIO(f.read())), 400, "JPEG"), owner=skia, is_folder=False, mime_type="image/jpeg", size=os.path.getsize(skia_profile_path), ) skia_profile.file.name = name skia_profile.save() skia.profile_pict = skia_profile skia.save() # Adding user public public = User( username="******", last_name="Not subscribed", first_name="Public", email="*****@*****.**", date_of_birth="1942-06-12", is_superuser=False, is_staff=False, ) public.set_password("plop") public.save() public.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] public.save() # Adding user Subscriber subscriber = User( username="******", last_name="User", first_name="Subscribed", email="*****@*****.**", date_of_birth="1942-06-12", is_superuser=False, is_staff=False, ) subscriber.set_password("plop") subscriber.save() subscriber.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] subscriber.save() # Adding user old Subscriber old_subscriber = User( username="******", last_name="Subscriber", first_name="Old", email="*****@*****.**", date_of_birth="1942-06-12", is_superuser=False, is_staff=False, ) old_subscriber.set_password("plop") old_subscriber.save() old_subscriber.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] old_subscriber.save() # Adding user Counter admin counter = User( username="******", last_name="Ter", first_name="Coun", email="*****@*****.**", date_of_birth="1942-06-12", is_superuser=False, is_staff=False, ) counter.set_password("plop") counter.save() counter.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] counter.groups.set([ Group.objects.filter( id=settings.SITH_GROUP_COUNTER_ADMIN_ID).first().id ]) counter.save() # Adding user Comptable comptable = User( username="******", last_name="Able", first_name="Compte", email="*****@*****.**", date_of_birth="1942-06-12", is_superuser=False, is_staff=False, ) comptable.set_password("plop") comptable.save() comptable.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] comptable.groups.set([ Group.objects.filter( id=settings.SITH_GROUP_ACCOUNTING_ADMIN_ID).first().id ]) comptable.save() # Adding user Guy u = User( username="******", last_name="Carlier", first_name="Guy", email="*****@*****.**", date_of_birth="1942-06-12", is_superuser=False, is_staff=False, ) u.set_password("plop") u.save() u.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] u.save() # Adding user Richard Batsbak r = User( username="******", last_name="Batsbak", first_name="Richard", email="*****@*****.**", date_of_birth="1982-06-12", ) r.set_password("plop") r.save() r.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] r.save() # Adding syntax help page p = Page(name="Aide_sur_la_syntaxe") p.save(force_lock=True) with open(os.path.join(root_path) + "/doc/SYNTAX.md", "r") as rm: PageRev(page=p, title="Aide sur la syntaxe", author=skia, content=rm.read()).save() p.view_groups.set([settings.SITH_GROUP_PUBLIC_ID]) p.save(force_lock=True) p = Page(name="Services") p.save(force_lock=True) p.view_groups.set([settings.SITH_GROUP_PUBLIC_ID]) p.save(force_lock=True) PageRev( page=p, title="Services", author=skia, content=""" | | | | | :---: | :---: | :---: | | [Eboutic](/eboutic) | [Laverie](/launderette) | Matmat | | SAS | Weekmail | Forum| """, ).save() # Subscription default_subscription = "un-semestre" # Root s = Subscription( member=User.objects.filter(pk=root.pk).first(), subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # Skia s = Subscription( member=User.objects.filter(pk=skia.pk).first(), subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # Counter admin s = Subscription( member=User.objects.filter(pk=counter.pk).first(), subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # Comptable s = Subscription( member=User.objects.filter(pk=comptable.pk).first(), subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # Richard s = Subscription( member=User.objects.filter(pk=r.pk).first(), subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # User s = Subscription( member=User.objects.filter(pk=subscriber.pk).first(), subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # Old subscriber s = Subscription( member=User.objects.filter(pk=old_subscriber.pk).first(), subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start( datetime(year=2012, month=9, day=4)) s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # Clubs Club( name="Bibo'UT", unix_name="bibout", address="46 de la Boustifaille", parent=main_club, ).save() guyut = Club( name="Guy'UT", unix_name="guyut", address="42 de la Boustifaille", parent=main_club, ) guyut.save() Club(name="Woenzel'UT", unix_name="woenzel", address="Woenzel", parent=guyut).save() Membership(user=skia, club=main_club, role=3, description="").save() troll = Club( name="Troll Penché", unix_name="troll", address="Terre Du Milieu", parent=main_club, ) troll.save() refound = Club( name="Carte AE", unix_name="carte_ae", address="Jamais imprimée", parent=main_club, ) refound.save() # Counters Customer(user=skia, account_id="6568j", amount=0).save() Customer(user=r, account_id="4000k", amount=0).save() p = ProductType(name="Bières bouteilles") p.save() c = ProductType(name="Cotisations") c.save() r = ProductType(name="Rechargements") r.save() verre = ProductType(name="Verre") verre.save() cotis = Product( name="Cotis 1 semestre", code="1SCOTIZ", product_type=c, purchase_price="15", selling_price="15", special_selling_price="15", club=main_club, ) cotis.save() cotis2 = Product( name="Cotis 2 semestres", code="2SCOTIZ", product_type=c, purchase_price="28", selling_price="28", special_selling_price="28", club=main_club, ) cotis2.save() refill = Product( name="Rechargement 15 €", code="15REFILL", product_type=r, purchase_price="15", selling_price="15", special_selling_price="15", club=main_club, ) refill.save() barb = Product( name="Barbar", code="BARB", product_type=p, purchase_price="1.50", selling_price="1.7", special_selling_price="1.6", club=main_club, ) barb.save() cble = Product( name="Chimay Bleue", code="CBLE", product_type=p, purchase_price="1.50", selling_price="1.7", special_selling_price="1.6", club=main_club, ) cble.save() cons = Product( name="Consigne Eco-cup", code="CONS", product_type=verre, purchase_price="1", selling_price="1", special_selling_price="1", club=main_club, ) cons.id = 1152 cons.save() dcons = Product( name="Déconsigne Eco-cup", code="DECO", product_type=verre, purchase_price="-1", selling_price="-1", special_selling_price="-1", club=main_club, ) dcons.id = 1151 dcons.save() Product( name="Corsendonk", code="CORS", product_type=p, purchase_price="1.50", selling_price="1.7", special_selling_price="1.6", club=main_club, ).save() Product( name="Carolus", code="CARO", product_type=p, purchase_price="1.50", selling_price="1.7", special_selling_price="1.6", club=main_club, ).save() mde = Counter.objects.filter(name="MDE").first() mde.products.add(barb) mde.products.add(cble) mde.products.add(cons) mde.products.add(dcons) mde.sellers.add(skia) mde.save() eboutic = Counter.objects.filter(name="Eboutic").first() eboutic.products.add(barb) eboutic.products.add(cotis) eboutic.products.add(cotis2) eboutic.products.add(refill) eboutic.save() refound_counter = Counter(name="Carte AE", club=refound, type="OFFICE") refound_counter.save() refound_product = Product( name="remboursement", code="REMBOURS", purchase_price="0", selling_price="0", special_selling_price="0", club=refound, ) refound_product.save() # Accounting test values: BankAccount(name="AE TG", club=main_club).save() BankAccount(name="Carte AE", club=main_club).save() ba = BankAccount(name="AE TI", club=main_club) ba.save() ca = ClubAccount(name="Troll Penché", bank_account=ba, club=troll) ca.save() gj = GeneralJournal(name="A16", start_date=date.today(), club_account=ca) gj.save() credit = AccountingType(code="74", label="Subventions d'exploitation", movement_type="CREDIT") credit.save() debit = AccountingType( code="606", label="Achats non stockés de matières et fournitures(*1)", movement_type="DEBIT", ) debit.save() debit2 = AccountingType( code="604", label="Achats d'études et prestations de services(*2)", movement_type="DEBIT", ) debit2.save() buying = AccountingType(code="60", label="Achats (sauf 603)", movement_type="DEBIT") buying.save() comptes = AccountingType(code="6", label="Comptes de charge", movement_type="DEBIT") comptes.save() simple = SimplifiedAccountingType(label="Je fais du simple 6", accounting_type=comptes) simple.save() woenzco = Company(name="Woenzel & co") woenzco.save() operation_list = [ ( 27, "J'avais trop de bière", "CASH", None, buying, "USER", skia.id, "", None, ), ( 4000, "Ceci n'est pas une opération... en fait si mais non", "CHECK", None, debit, "COMPANY", woenzco.id, "", 23, ), ( 22, "C'est de l'argent ?", "CARD", None, credit, "CLUB", troll.id, "", None, ), ( 37, "Je paye CASH", "CASH", None, debit2, "OTHER", None, "tous les étudiants <3", None, ), (300, "Paiement Guy", "CASH", None, buying, "USER", skia.id, "", None), (32.3, "Essence", "CASH", None, buying, "OTHER", None, "station", None), ( 46.42, "Allumette", "CHECK", None, credit, "CLUB", main_club.id, "", 57, ), ( 666.42, "Subvention de far far away", "CASH", None, comptes, "CLUB", main_club.id, "", None, ), ( 496, "Ça, c'est un 6", "CARD", simple, None, "USER", skia.id, "", None, ), ( 17, "La Gargotte du Korrigan", "CASH", None, debit2, "CLUB", bar_club.id, "", None, ), ] for op in operation_list: operation = Operation( journal=gj, date=date.today(), amount=op[0], remark=op[1], mode=op[2], done=True, simpleaccounting_type=op[3], accounting_type=op[4], target_type=op[5], target_id=op[6], target_label=op[7], cheque_number=op[8], ) operation.clean() operation.save() # Adding user sli sli = User( username="******", last_name="Li", first_name="S", email="*****@*****.**", date_of_birth="1942-06-12", ) sli.set_password("plop") sli.save() sli.view_groups = [ Group.objects.filter( name=settings.SITH_MAIN_MEMBERS_GROUP).first().id ] sli.save() sli_profile_path = os.path.join(root_path, "core/fixtures/images/5.jpg") with open(sli_profile_path, "rb") as f: name = str(sli.id) + "_profile.jpg" sli_profile = SithFile( parent=profiles_root, name=name, file=resize_image(Image.open(BytesIO(f.read())), 400, "JPEG"), owner=sli, is_folder=False, mime_type="image/jpeg", size=os.path.getsize(sli_profile_path), ) sli_profile.file.name = name sli_profile.save() sli.profile_pict = sli_profile sli.save() # Adding user Krophil krophil = User( username="******", last_name="Phil'", first_name="Kro", email="*****@*****.**", date_of_birth="1942-06-12", ) krophil.set_password("plop") krophil.save() krophil_profile_path = os.path.join(root_path, "core/fixtures/images/6.jpg") with open(krophil_profile_path, "rb") as f: name = str(krophil.id) + "_profile.jpg" krophil_profile = SithFile( parent=profiles_root, name=name, file=resize_image(Image.open(BytesIO(f.read())), 400, "JPEG"), owner=krophil, is_folder=False, mime_type="image/jpeg", size=os.path.getsize(krophil_profile_path), ) krophil_profile.file.name = name krophil_profile.save() krophil.profile_pict = krophil_profile krophil.save() # Adding user Com Unity comunity = User( username="******", last_name="Unity", first_name="Com", email="*****@*****.**", date_of_birth="1942-06-12", ) comunity.set_password("plop") comunity.save() comunity.groups.set( [Group.objects.filter(name="Communication admin").first().id]) comunity.save() Membership( user=comunity, club=bar_club, start_date=timezone.now(), role=settings.SITH_CLUB_ROLES_ID["Board member"], ).save() # Adding user tutu tutu = User( username="******", last_name="Tu", first_name="Tu", email="*****@*****.**", date_of_birth="1942-06-12", ) tutu.set_password("plop") tutu.save() tutu.groups.set([settings.SITH_GROUP_PEDAGOGY_ADMIN_ID]) tutu.save() # Adding subscription for sli s = Subscription( member=User.objects.filter(pk=sli.pk).first(), subscription_type=list(settings.SITH_SUBSCRIPTIONS.keys())[0], payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() StudentCard(uid="9A89B82018B0A0", customer=sli.customer).save() # Adding subscription for Krophil s = Subscription( member=User.objects.filter(pk=krophil.pk).first(), subscription_type=list(settings.SITH_SUBSCRIPTIONS.keys())[0], payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # Com Unity s = Subscription( member=comunity, subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() # Tutu s = Subscription( member=tutu, subscription_type=default_subscription, payment_method=settings.SITH_SUBSCRIPTION_PAYMENT_METHOD[0][0], ) s.subscription_start = s.compute_start() s.subscription_end = s.compute_end( duration=settings.SITH_SUBSCRIPTIONS[s.subscription_type] ["duration"], start=s.subscription_start, ) s.save() Selling( label=dcons.name, product=dcons, counter=mde, unit_price=dcons.selling_price, club=main_club, quantity=settings.SITH_ECOCUP_LIMIT + 3, seller=skia, customer=krophil.customer, ).save() # Add barman to counter c = Counter.objects.get(id=2) c.sellers.add(User.objects.get(pk=krophil.pk)) c.save() # Create an election public_group = Group.objects.get(id=settings.SITH_GROUP_PUBLIC_ID) subscriber_group = Group.objects.get( name=settings.SITH_MAIN_MEMBERS_GROUP) ae_board_group = Group.objects.get( name=settings.SITH_MAIN_BOARD_GROUP) el = Election( 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.save() el.view_groups.add(public_group) el.edit_groups.add(ae_board_group) el.candidature_groups.add(subscriber_group) el.vote_groups.add(subscriber_group) el.save() liste = ElectionList(title="Candidature Libre", election=el) liste.save() listeT = ElectionList(title="Troll", election=el) listeT.save() pres = Role(election=el, title="Président AE", description="Roi de l'AE") pres.save() resp = Role(election=el, title="Co Respo Info", max_choice=2, description="Ghetto++") resp.save() cand = Candidature(role=resp, user=skia, election_list=liste, program="Refesons le site AE") cand.save() cand = Candidature( role=resp, user=sli, election_list=liste, program="Vasy je deviens mon propre adjoint", ) cand.save() cand = Candidature(role=resp, user=krophil, election_list=listeT, program="Le Pôle Troll !") cand.save() cand = Candidature( role=pres, user=sli, election_list=listeT, program="En fait j'aime pas l'info, je voulais faire GMC", ) cand.save() # Forum room = Forum( name="Salon de discussions", description="Pour causer de tout", is_category=True, ) room.save() Forum(name="AE", description="Réservé au bureau AE", parent=room).save() Forum(name="BdF", description="Réservé au bureau BdF", parent=room).save() hall = Forum( name="Hall de discussions", description="Pour toutes les discussions", parent=room, ) hall.save() various = Forum(name="Divers", description="Pour causer de rien", is_category=True) various.save() Forum(name="Promos", description="Réservé aux Promos", parent=various).save() ForumTopic(forum=hall) # News friday = timezone.now() while friday.weekday() != 4: friday += timedelta(hours=6) friday.replace(hour=20, minute=0, second=0) # Event n = News( 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, ) n.save() NewsDate( news=n, start_date=timezone.now() + timedelta(hours=70), end_date=timezone.now() + timedelta(hours=72), ).save() n = News( 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, ) n.save() NewsDate( news=n, start_date=timezone.now() + timedelta(hours=72), end_date=timezone.now() + timedelta(hours=84), ).save() n = News( 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, ) n.save() NewsDate( news=n, start_date=timezone.now() + timedelta(hours=96), end_date=timezone.now() + timedelta(hours=100), ).save() n = News( 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, ) n.save() NewsDate( news=n, start_date=friday + timedelta(hours=24 * 7 + 1), end_date=timezone.now() + timedelta(hours=24 * 7 + 9), ).save() # Weekly n = News( title="Jeux sans faim", summary="Viens jouer!", content="Rejoins la fine équipe du Troll Penché et viens " "d'amuser le Vendredi soir!", type="WEEKLY", club=troll, author=subscriber, is_moderated=True, moderator=skia, ) n.save() for i in range(10): NewsDate( news=n, start_date=friday + timedelta(hours=24 * 7 * i), end_date=friday + timedelta(hours=24 * 7 * i + 8), ).save() # 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 * Evaluation par un jury de six membres * Si accord réalisation dans le cadre de l'UV * Compte-rendu de l'expérience * Présentation""", skills= """* Gérer un projet associatif ou une action éducative en autonomie: * 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.""", key_concepts="""* Autonomie * Responsabilité * Cahier des charges * Gestion de projet""", hours_THE=121, hours_TE=4, ).save()
def group_list_and_create(request): ''' group_list_and_create ''' if request.method == 'GET': # check if user is logged_in if not request.user.is_authenticated: return HttpResponse(status=401) response_list = [] group_list = [ group for group in Group.objects.all() if group.user == request.user ] for group in group_list: # Make stock list response_stock_list = [] stock_list = group.stocks.all() for stock in stock_list: fs_stock = FinancialStat.objects.filter(stock_id=stock.id) fs_score = get_fs_info(stock, fs_stock) stock_info_dict = { 'id': stock.id, 'title': stock.title, 'code': stock.code, 'sector': stock.sector, 'price': stock.price, 'highestPrice': stock.highestPrice, 'lowestPrice': stock.lowestPrice, 'tradeVolume': stock.tradeVolume, 'tradeValue': stock.tradeValue, 'startPrice': stock.startPrice, 'yesterdayPrice': stock.yesterdayPrice, 'amount': stock.amount, 'isKOSPI': stock.isKOSPI, 'score': stock.score, 'fs_score': fs_score, } response_stock_list.append(stock_info_dict) response_dict = { 'id': group.id, 'user': group.user.email, 'name': group.name, 'stocks': response_stock_list, } response_list.append(response_dict) return JsonResponse(response_list, safe=False) if request.method == 'POST': # check if user is logged_in if not request.user.is_authenticated: return HttpResponse(status=401) try: body = request.body.decode() name = json.loads(body)['name'] user = request.user except (KeyError, JSONDecodeError): return HttpResponseBadRequest() group = Group(user=user, name=name) group.save() response_dict = { 'id': group.id, 'user': group.user.email, 'name': group.name } return HttpResponse(content=json.dumps(response_dict), status=201) return HttpResponseNotAllowed(['GET', 'POST'])
def check_groupid(): '''단체아이디 중복체크''' campidx = Camp.get_idx(campcode) userid = request.form.get('groupid') return "%d" % Group.check_groupid(campidx, userid)
def check_groupid(): '''단체아이디 중복체크''' campidx = Camp.get_idx(campcode) userid = request.form.get('groupid') return "%d" % Group.check_groupid(campidx, userid)
def create(name,t): g=Group() g.name=name g.type=t g.save() return g.id