def test_get_roles(self):
smith_school_membership = Membership(
person=self.smith,
entity=self.school,
importance_to_person=5,
importance_to_entity=5,
role="Dean",
)
smith_school_membership.save()
people = [self.smith]
self.assertEquals(self.school.get_roles_for_members(people),
[self.smith])
def setUp(self):
p1 = Publication(guid="test-publication-1")
p1.save()
self.br1 = BibliographicRecord(
publication=p1,
publication_date=datetime.now()-timedelta(days=10)
)
self.br1.save()
p2 = Publication(guid="test-publication-2")
p2.save()
self.br2 = BibliographicRecord(
publication=p2,
publication_date=datetime.now()-timedelta(days=20)
)
self.br2.save()
e = Entity()
e.save()
p = Person()
p.save()
m = Membership(
person=p,
entity=e
)
m.save()
r = Researcher(person=p)
r.save()
a2 = Authored(
is_a_favourite=True, publication=p2, researcher=r,
bibliographic_record=self.br2
)
a2.save()
self.itemlist = PublicationsList()
self.itemlist.items = BibliographicRecord.objects.all()
self.ph = Placeholder(slot=u"some_slot")
self.ph.save()
self.pl = add_plugin(
self.ph,
u"CMSPublicationsPlugin",
u"en",
entity=e
)
self.pl.save()
def test_get_roles(self):
smith_school_membership = Membership(
person=self.smith,
entity=self.school,
importance_to_person=5,
importance_to_entity=5,
role="Dean",
)
smith_school_membership.save()
people = [self.smith]
self.assertEquals(
self.school.get_roles_for_members(people),
[self.smith]
)
def test_person_with_abstract_entity_and_real_entity_memberships(self):
# smith's best entity so far is technician in the department
smith_web_editor_membership = Membership(
person=self.smith,
entity=self.web_editors,
importance_to_person=5,
importance_to_entity=4,
role="Lead web editor",
)
smith_web_editor_membership.save()
smith_department_membership = Membership(
person=self.smith,
entity=self.department,
# less important than his other one
importance_to_entity=4,
role="Technician",
)
smith_department_membership.save()
self.assertEquals(list(self.smith.real_entity_memberships),
[smith_department_membership])
self.assertEquals(self.smith.get_role, smith_department_membership)
self.assertEquals(self.smith.get_entity, self.department)
self.assertEquals(self.smith.get_building, self.main_building)
self.assertEquals(self.smith.get_full_address, [
self.school.name, u'Main Building', u"St Mary's Street", u'Cardiff'
])
def test_person_with_abstract_entity_memberships(self):
# smith is a web editor; only has a membership of an abstract entity
smith_web_editor_membership = Membership(
person=self.smith,
entity=self.web_editors,
importance_to_person=5,
importance_to_entity=4,
role="Lead web editor",
)
smith_web_editor_membership.save()
self.assertEquals(list(self.smith.real_entity_memberships), [])
self.assertEquals(self.smith.get_role, None)
self.assertEquals(self.smith.get_entity, None)
self.assertEquals(self.smith.get_building, None)
self.assertEquals(self.smith.get_full_address, [])
def test_person_with_abstract_entity_memberships(self):
# smith is a web editor; only has a membership of an abstract entity
smith_web_editor_membership = Membership(
person=self.smith,
entity=self.web_editors,
importance_to_person=5,
importance_to_entity=4,
role="Lead web editor",
)
smith_web_editor_membership.save()
self.assertEquals(list(self.smith.real_entity_memberships), [])
self.assertEquals(self.smith.get_role, None)
self.assertEquals(self.smith.get_entity, None)
self.assertEquals(self.smith.get_building, None)
self.assertEquals(self.smith.get_full_address, [])
def setUp(self):
p1 = Publication(guid="test-publication-1")
p1.save()
self.br1 = BibliographicRecord(
publication=p1,
publication_date=datetime.now()-timedelta(days=10)
)
self.br1.save()
p2 = Publication(guid="test-publication-2")
p2.save()
self.br2 = BibliographicRecord(
publication=p2,
publication_date=datetime.now()-timedelta(days=20)
)
self.br2.save()
e = Entity()
e.save()
p = Person()
p.save()
m = Membership(
person=p,
entity=e
)
m.save()
r = Researcher(person=p)
r.save()
a2 = Authored(
is_a_favourite=True, publication=p2, researcher=r,
bibliographic_record=self.br2, visible=True
)
a2.save()
self.itemlist = PublicationsList()
self.itemlist.items = BibliographicRecord.objects.all()
self.e = e
def test_person_with_abstract_entity_and_real_entity_memberships(self):
# smith's best entity so far is technician in the department
smith_web_editor_membership = Membership(
person=self.smith,
entity=self.web_editors,
importance_to_person=5,
importance_to_entity=4,
role="Lead web editor",
)
smith_web_editor_membership.save()
smith_department_membership = Membership(
person=self.smith,
entity=self.department,
# less important than his other one
importance_to_entity=4,
role="Technician",
)
smith_department_membership.save()
self.assertEquals(
list(self.smith.real_entity_memberships),
[smith_department_membership]
)
self.assertEquals(self.smith.get_role, smith_department_membership)
self.assertEquals(self.smith.get_entity, self.department)
self.assertEquals(self.smith.get_building, self.main_building)
self.assertEquals(
self.smith.get_full_address,
[self.school, u'Main Building', u"St Mary's Street", u'Cardiff']
)
def test_person_with_better_entity_membership(self):
# now smith has a better entity: school
smith_web_editor_membership = Membership(
person=self.smith,
entity=self.web_editors,
importance_to_person=5,
importance_to_entity=4,
role="Lead web editor",
)
smith_web_editor_membership.save()
smith_department_membership = Membership(
person=self.smith,
entity=self.department,
# less important than his other one
importance_to_person=2,
importance_to_entity=4,
role="Technician",
)
smith_department_membership.save()
smith_school_membership = Membership(
person=self.smith,
entity=self.school,
importance_to_person=5,
importance_to_entity=5,
role="Dean",
)
smith_school_membership.save()
self.assertEquals(
list(self.smith.real_entity_memberships),
[smith_school_membership, smith_department_membership]
)
self.assertEquals(self.smith.get_role, smith_school_membership)
self.assertEquals(self.smith.get_entity, self.school)
self.assertEquals(self.smith.get_building, self.main_building)
self.assertEquals(
self.smith.get_full_address,
[u'Main Building', u"St Mary's Street", u'Cardiff']
)
# now smith's best entity will be department
smith_department_membership.importance_to_person = 5
smith_department_membership.save()
self.assertEquals(
list(self.smith.real_entity_memberships),
[smith_school_membership, smith_department_membership]
)
self.assertEquals(self.smith.get_role, smith_department_membership)
self.assertEquals(self.smith.get_entity, self.department)
self.assertEquals(self.smith.get_building, self.main_building)
self.assertEquals(
self.smith.get_full_address,
[self.school, u'Main Building', u"St Mary's Street", u'Cardiff']
)
# check his membership of school has been downgraded by the save()
self.assertEquals(
Membership.objects.get(
pk=smith_school_membership.pk
).importance_to_person,
4
)
def test_person_with_better_entity_membership(self):
# now smith has a better entity: school
smith_web_editor_membership = Membership(
person=self.smith,
entity=self.web_editors,
importance_to_person=5,
importance_to_entity=4,
role="Lead web editor",
)
smith_web_editor_membership.save()
smith_department_membership = Membership(
person=self.smith,
entity=self.department,
# less important than his other one
importance_to_person=2,
importance_to_entity=4,
role="Technician",
)
smith_department_membership.save()
smith_school_membership = Membership(
person=self.smith,
entity=self.school,
importance_to_person=5,
importance_to_entity=5,
role="Dean",
)
smith_school_membership.save()
self.assertEquals(
list(self.smith.real_entity_memberships),
[smith_school_membership, smith_department_membership])
self.assertEquals(self.smith.get_role, smith_school_membership)
self.assertEquals(self.smith.get_entity, self.school)
self.assertEquals(self.smith.get_building, self.main_building)
self.assertEquals(self.smith.get_full_address,
[u'Main Building', u"St Mary's Street", u'Cardiff'])
# now smith's best entity will be department
smith_department_membership.importance_to_person = 5
smith_department_membership.save()
self.assertEquals(
list(self.smith.real_entity_memberships),
[smith_school_membership, smith_department_membership])
self.assertEquals(self.smith.get_role, smith_department_membership)
self.assertEquals(self.smith.get_entity, self.department)
self.assertEquals(self.smith.get_building, self.main_building)
self.assertEquals(self.smith.get_full_address, [
self.school.name, u'Main Building', u"St Mary's Street", u'Cardiff'
])
# check his membership of school has been downgraded by the save()
self.assertEquals(
Membership.objects.get(
pk=smith_school_membership.pk).importance_to_person, 4)
def upload_students(request):
# empty defaults
uploaded_document = None
student_formset = StudentFormset(prefix="student")
upload_form = DocumentForm()
supervisor_formsets = [SupervisorFormset(prefix="%s-supervisor" % student.prefix) for student in student_formset]
if request.method == "POST":
# we're receiving the uploaded file
if request.POST.get("upload"):
upload_form = DocumentForm(request.POST, request.FILES)
# receive the CSV file
if upload_form.is_valid():
uploaded_document = request.FILES["docfile"]
uploaded_document.rows = unicodecsv.DictReader(uploaded_document, errors="replace")
# get a list of unique students from the uploaded document
unique_students = csv_to_list(uploaded_document.rows)
# build a formset for each one
unique_students, student_formset = convert_to_formset(unique_students)
# and for each one a formset of supervisors
student_formset, supervisor_formsets = process_formset(unique_students, student_formset)
# we're processing the uploaded file
if request.POST.get("reprocess"):
student_formset = StudentFormset(request.POST, request.FILES, prefix="student")
# there will be a supervisor_formset for each student
supervisor_formsets = []
# make a mutable copy of the formset data
student_formset.data = student_formset.data.copy()
# loop over students
for student in student_formset:
# create the supervisor_formset for this student
# the prefix matches the prefixes in the form, so that the
# correct supervisors can be matched to the student
supervisor_formset = SupervisorFormset(
request.POST, request.FILES, prefix="%s-supervisor" % student.prefix
)
# make the supervisor_formset available on the student form for
# processing in forms.py, and likewise the student form on the
# supervisor_formset
student.supervisor_formset = supervisor_formset
supervisor_formset.student = student
# make a mutable copy of the formset data
supervisor_formset.data = supervisor_formset.data.copy()
for supervisor in supervisor_formset:
supervisor.is_valid()
for k, v in supervisor.cleaned_data.items():
supervisor_formset.data[supervisor.prefix + "-" + k] = v
# rebind the data to the formset
supervisor_formset = SupervisorFormset(supervisor_formset.data, prefix="%s-supervisor" % student.prefix)
# add this supervisor_formset to the list of formsets
supervisor_formsets.append(supervisor_formset)
# check the supervisors
supervisor_formset.is_valid()
# student.is_ready_to_save() calls is_valid() on both the
# student form and the supervisor formset
ready_to_save = student.is_ready_to_save()
if ready_to_save and student.cleaned_data.get("confirm"):
cleaned_data = student.cleaned_data
# if the Person is provided in form, great - if not, we
# have to create a new one based on the name provided
person = cleaned_data.get("person")
if not person:
given_name = cleaned_data["given_name"]
surname = cleaned_data["surname"]
slug = cleaned_data["slug"]
email = cleaned_data["email"]
institutional_username = cleaned_data["username"]
person = Person(
given_name=given_name,
surname=surname,
slug=slug,
email=email,
institutional_username=institutional_username,
active=True,
)
person.save()
cleaned_data["person"] = person
# get or create a Researcher for the Person
researcher, created = Researcher.objects.get_or_create(
person=person, defaults={"publishes": True, "symplectic_access": True}
)
# get or create a Student for the Researcher
stud, created = Student.objects.get_or_create(
researcher=researcher,
defaults={
"student_id": cleaned_data["student_id"],
"thesis": cleaned_data["thesis"],
"programme": cleaned_data["programme"],
"start_date": cleaned_data["start_date"],
},
)
entity = cleaned_data["entity"]
# create the Student's Membership
m = Membership(
person=person,
entity=entity,
role="%s student" % cleaned_data["programme"],
importance_to_person=5,
)
m.save()
# if the Student was created, we'll add the supervisors
if created:
# loop over the supervisor forms that have data
for s in [s for s in supervisor_formset if s.cleaned_data]:
supervisor = s.cleaned_data["person"]
if not supervisor:
s_given_name = s.cleaned_data["given_name"]
s_surname = s.cleaned_data["surname"]
s_slug = s.cleaned_data["slug"]
s_entity = s.cleaned_data["entity"]
supervisor = Person(
given_name=s_given_name, surname=s_surname, active=True, slug=s_slug
)
supervisor.save()
s.cleaned_data["person"] = supervisor
# create the Supervisor's Membership
m = Membership(person=supervisor, entity=s_entity, importance_to_person=5)
m.save()
# get or create a Researcher for the Person
researcher, c = Researcher.objects.get_or_create(person=supervisor)
# get or create an Supervisor for each Researcher
supervisor, c = Supervisor.objects.get_or_create(researcher=researcher)
# get or create a Supervision relationship for each
supervision, c = Supervision.objects.get_or_create(supervisor=supervisor, student=stud)
for k, v in student.cleaned_data.items():
student_formset.data[student.prefix + "-" + k] = v
# rebind the data to the formset
student_formset = StudentFormset(student_formset.data, prefix="student")
zipped_formsets = zip(student_formset, supervisor_formsets)
for (student_form, supervisor_formset) in zipped_formsets:
student_form.supervisor_formset = supervisor_formset
# supervisor_formset.student_form = student_form
# print "zipped length:", len(zipped_formsets)
return shortcuts.render_to_response(
"upload/students.html",
{
"base_template": settings.CMS_TEMPLATES[0][0],
"upload_form": upload_form,
"document": uploaded_document,
"student_formset": student_formset,
"zipped_formsets": zipped_formsets,
},
RequestContext(request),
)
