def test_doesnt_pair_subs_with_differing_names(self):
org = Organization.objects.get(slug='a_pubdef')
a_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabola")
b_name = dict(
first_name="Joseph",
middle_name="H",
last_name="Conic Intersection")
factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**a_name),
organizations=[org],
)
factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**b_name),
organizations=[org],
)
dups = SubmissionsService.find_duplicates(
FormSubmission.objects.all())
self.assertFalse(dups)
def test_doesnt_pair_subs_with_differing_names(self):
org = Organization.objects.get(slug='a_pubdef')
a_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabola")
b_name = dict(
first_name="Joseph",
middle_name="H",
last_name="Conic Intersection")
factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**a_name),
organizations=[org],
)
factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**b_name),
organizations=[org],
)
dups = SubmissionsService.find_duplicates(
FormSubmission.objects.all())
self.assertFalse(dups)
def test_finds_subs_with_similar_names(self):
org = Organization.objects.get(slug='a_pubdef')
a_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabola")
b_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabole")
a = factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**a_name),
organizations=[org],
)
b = factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**b_name),
organizations=[org],
)
c = factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**b_name),
organizations=[org],
)
dups = SubmissionsService.find_duplicates(
FormSubmission.objects.all())
pair = dups[0]
for sub in (a, b, c):
self.assertIn(sub, pair)
def test_finds_subs_with_similar_names(self):
org = Organization.objects.get(slug='a_pubdef')
a_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabola")
b_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabole")
a = factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**a_name),
organizations=[org],
)
b = factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**b_name),
organizations=[org],
)
c = factories.FormSubmissionWithOrgsFactory.create(
answers=get_answers_for_orgs(
[org],
**b_name),
organizations=[org],
)
dups = SubmissionsService.find_duplicates(
FormSubmission.objects.all())
pair = dups[0]
for sub in (a, b, c):
self.assertIn(sub, pair)
def test_finds_subs_with_similar_names(self):
org = Organization.objects.get(slug=Organizations.ALAMEDA_PUBDEF)
a_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabola")
b_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabole")
a = mock.FormSubmissionFactory.create(
answers=mock.fake.alameda_pubdef_answers(**a_name),
organizations=[org],
)
b = mock.FormSubmissionFactory.create(
answers=mock.fake.alameda_pubdef_answers(**b_name),
organizations=[org],
)
c = mock.FormSubmissionFactory.create(
answers=mock.fake.alameda_pubdef_answers(**b_name),
organizations=[org],
)
dups = SubmissionsService.find_duplicates(
FormSubmission.objects.all())
pair = dups[0]
for sub in (a, b, c):
self.assertIn(sub, pair)
def test_doesnt_pair_subs_with_differing_names(self):
org = Organization.objects.get(slug=Organizations.ALAMEDA_PUBDEF)
a_name = dict(
first_name="Joe",
middle_name="H",
last_name="Parabola")
b_name = dict(
first_name="Joseph",
middle_name="H",
last_name="Conic Intersection")
mock.FormSubmissionFactory.create(
answers=mock.fake.alameda_pubdef_answers(**a_name),
organizations=[org],
)
mock.FormSubmissionFactory.create(
answers=mock.fake.alameda_pubdef_answers(**b_name),
organizations=[org],
)
dups = SubmissionsService.find_duplicates(
FormSubmission.objects.all())
self.assertFalse(dups)
def handle(self, *args, **options):
dup_sets = SubmissionsService.find_duplicates(
models.FormSubmission.objects.all())
self.stdout.write("Found {} duplicate sets".format(len(dup_sets)))
existing_dup_sets = models.DuplicateSubmissionSet.objects.all()
self.stdout.write("{} duplicate sets already exist".format(
existing_dup_sets.count()))
count_already_existed = 0
dup_set_extensions = {}
new_dup_sets = []
existing_dup_set_lookups = {
frozenset(dup_set.submissions.all()): dup_set
for dup_set in existing_dup_sets
}
for dup_set in dup_sets:
found_existing = False
for lookup_set, existing in existing_dup_set_lookups.items():
if dup_set == lookup_set:
found_existing = True
count_already_existed += 1
break
elif dup_set & lookup_set:
dup_set_extensions[existing] = dup_set
found_existing = True
break
if not found_existing:
new_dup_sets.append(dup_set)
for existing, new_dups in dup_set_extensions:
existing.submissions.add(*new_dups)
self.stdout.write(
"{} found duplicate sets were existing".format(
count_already_existed))
self.stdout.write("Extended {} existing duplicate sets".format(
len(dup_set_extensions)))
for new_set in new_dup_sets:
new_dup_set_object = models.DuplicateSubmissionSet()
new_dup_set_object.save()
new_dup_set_object.submissions.add(*new_set)
self.stdout.write("Created {} new duplicate sets".format(
len(new_dup_sets)))
def handle(self, *args, **options):
dup_sets = SubmissionsService.find_duplicates(
models.FormSubmission.objects.all())
self.stdout.write("Found {} duplicate sets".format(len(dup_sets)))
existing_dup_sets = models.DuplicateSubmissionSet.objects.all()
self.stdout.write("{} duplicate sets already exist".format(
existing_dup_sets.count()))
count_already_existed = 0
dup_set_extensions = {}
new_dup_sets = []
existing_dup_set_lookups = {
frozenset(dup_set.submissions.all()): dup_set
for dup_set in existing_dup_sets
}
for dup_set in dup_sets:
found_existing = False
for lookup_set, existing in existing_dup_set_lookups.items():
if dup_set == lookup_set:
found_existing = True
count_already_existed += 1
break
elif dup_set & lookup_set:
dup_set_extensions[existing] = dup_set
found_existing = True
break
if not found_existing:
new_dup_sets.append(dup_set)
for existing, new_dups in dup_set_extensions:
existing.submissions.add(*new_dups)
self.stdout.write("{} found duplicate sets were existing".format(
count_already_existed))
self.stdout.write("Extended {} existing duplicate sets".format(
len(dup_set_extensions)))
for new_set in new_dup_sets:
new_dup_set_object = models.DuplicateSubmissionSet()
new_dup_set_object.save()
new_dup_set_object.submissions.add(*new_set)
self.stdout.write("Created {} new duplicate sets".format(
len(new_dup_sets)))
