def test_rating_without_parameters(self, rating_type):
# WHEN function calls without parameters
tasks, avg = rating(self.monitoring, rating_type=rating_type)
# THEN function returns expected results
self.assertEqual(avg['openness'], 83.75)
self.assertEqual(avg['openness_initial'], 83.75)
self.assertEqual(avg['openness_delta'], 0.0)
self.assertEqual(avg['total_tasks'], len(self.tasks))
def test_rating_with_parameters(self, rating_type):
# WHEN function calls only for the first parameter
parameters = [self.parameters[0].pk]
tasks, avg = rating(self.monitoring, parameters, rating_type=rating_type)
# THEN function returns expected results
self.assertEqual(avg['openness'], 75.0)
self.assertEqual(avg['openness_initial'], 75.0)
self.assertEqual(avg['openness_delta'], 0.0)
self.assertEqual(avg['total_tasks'], len(self.tasks))
# WHEN function calls only for the second parameter
parameters = [self.parameters[1].pk]
tasks, avg = rating(self.monitoring, parameters, rating_type=rating_type)
# THEN function returns expected results
self.assertEqual(avg['openness'], 92.5)
self.assertEqual(avg['openness_initial'], 92.5)
self.assertEqual(avg['openness_delta'], 0.0)
self.assertEqual(avg['total_tasks'], len(self.tasks))
def test_rating_without_openness(self, parameters, rating_type):
# WHEN function calls for parameter with negative weight
parameters = [self.parameter.pk] if parameters else []
tasks, avg = rating(self.monitoring2, parameters, rating_type=rating_type)
# THEN function returns expected results
self.assertEqual(avg['openness'], None)
self.assertEqual(avg['openness_initial'], None)
self.assertEqual(avg['openness_delta'], None)
self.assertEqual(avg['total_tasks'], 0)
def test_organizations_count(self):
# WHEN function accepts monitoring and parameters data
rating_list, avg = rating(self.monitoring, [self.parameter])
text = _total_orgs_translate(avg, rating_list, '')
# THEN expected text and organization count exist in returned text
expected_text = ungettext(
'Altogether, there is %(count)d organization in the monitoring cycle',
'Altogether, there are %(count)d organizations in the monitoring cycle',
avg['total_tasks']
) % {'count': 1}
self.assertTrue(expected_text in text)
def get_context_data(self, form, **kwargs):
context = super(CertificateOrderView, self).get_context_data(form=form, **kwargs)
first_step = self.steps.first
request = self.request
rating_type = request.GET.get('type', 'all')
if self.steps.current == first_step:
context_data = {}
organizations = request.user.profile.organization.filter(monitoring__status=MONITORING_PUBLISHED)
tasks = Task.objects.filter(organization__in=organizations, status=Task.TASK_APPROVED)
if tasks.exists():
has_npa = organizations.filter(monitoring__parameter__npa=True)
name_filter = request.GET.get('name_filter')
if name_filter:
tasks = tasks.filter(organization__name__icontains=name_filter)
has_npa = has_npa.filter(name__icontains=name_filter)
if rating_type in ['npa', 'other']:
tasks = tasks.filter(organization__monitoring__parameter__npa=True).distinct()
object_list = OrderedDict()
for task in tasks:
monitoring = task.organization.monitoring
rating_type, parameter_list, form = _rating_type_parameter(request, monitoring, monitoring.has_npa)
rating_list, avg = rating(monitoring, parameters=parameter_list, rating_type=rating_type)
place = {t.pk: t.place for t in rating_list}.get(task.pk, None)
object_list[task.pk] = {
'openness': task.openness,
'org_name': task.organization.name,
'place': place,
'publish_date': task.organization.monitoring.publish_date,
'url': task.organization.url,
}
context_data = {
'has_npa': has_npa,
'object_list': object_list,
'rating_type': rating_type,
}
self.storage.extra_data = {'object_list': object_list}
else:
by_type = {
'all': _('by all'),
'npa': _('by normative'),
'other': _('by recommendatory'),
}
form_data = self.get_cleaned_data_for_step(first_step)
task = self.storage.extra_data['object_list'].get(form_data['task_id'])
description = _('For %(name)s organization, which took %(place)d place with %(openness).3f%% openness in '
'rating %(type)s parameters, which published %(date)s.') %\
{
'name': task['org_name'],
'place': task['place'],
'openness': task['openness'],
'type': by_type[rating_type],
'date': dateformat.format(task['publish_date'], "j E Y"),
}
if form_data['delivery_method'] == "1":
on_address = _('On address %(zip_code)s, %(address)s, %(for_whom)s.') % \
{
'zip_code': form_data['zip_code'],
'address': form_data['address'],
'for_whom': form_data['for_whom'],
}
else:
on_address = _('On email address %s.') % form_data['email']
context_data = {
'description': description,
'on_address': on_address,
'special_wishes': form_data['wishes'],
'breadcrumbs': [{'url': reverse('exmo2010:index')},
{'url': reverse('exmo2010:certificate_order'), 'title': _('Openness certificate')},
{'title': _('Confirmation of a certificate ordering')}]
}
if form_data['certificate_for'] == "1":
prepare_for = _('Prepare a certificate in the name of %s.') % form_data['name']
context_data.update({'prepare_for': prepare_for})
title = _('Openness certificate')
if self.steps.current != first_step:
self.storage.extra_data.update({'email_context': context_data})
title = _('Confirmation of a certificate ordering')
context_data.update({
'title': title,
})
context.update(context_data)
return context
