def test_index_updates(self):
"""
test that indexes get updated correctly when objects are created
or deleted or updated from pending to ok
"""
# this object will be status pending and should not be returned in the search
# results
new_ix_p = models.InternetExchange.objects.create(
status="pending", org=self.org, name="Test IU ix")
self.test_search()
# this object will be status ok, and should show up in the index
new_ix_o = models.InternetExchange.objects.create(
status="ok", org=self.org, name="Test IU P ix")
rv = search.search("test")
assert len(rv["ix"]) == 2
# now we switch the first object to ok as well and it as well should show up in the
# index
new_ix_p.status = "ok"
new_ix_p.save()
rv = search.search("test")
assert len(rv["ix"]) == 3
#finally we delete both and they should disappear again
new_ix_p.delete()
new_ix_o.delete()
self.test_search()
def test_index_updates(self):
"""
test that indexes get updated correctly when objects are created
or deleted or updated from pending to ok
"""
# this object will be status pending and should not be returned in the search
# results
new_ix_p = models.InternetExchange.objects.create(status="pending",
org=self.org,
name="Test IU ix")
self.test_search()
# this object will be status ok, and should show up in the index
new_ix_o = models.InternetExchange.objects.create(status="ok",
org=self.org,
name="Test IU P ix")
rv = search.search("test")
assert len(rv["ix"]) == 2
# now we switch the first object to ok as well and it as well should show up in the
# index
new_ix_p.status = "ok"
new_ix_p.save()
rv = search.search("test")
assert len(rv["ix"]) == 3
# finally we delete both and they should disappear again
new_ix_p.delete()
new_ix_o.delete()
self.test_search()
def test_search_unaccent(self):
"""
search for entities containing 'ãccented' using accented and unaccented
terms
"""
rv = search.search(u"accented")
for k, inst in self.instances_accented.items():
assert k in rv
assert len(rv[k]) == 1
assert unidecode.unidecode(rv[k][0]["name"]) == unidecode.unidecode(inst.search_result_name)
rv = search.search(u"ãccented")
for k, inst in self.instances_accented.items():
assert k in rv
assert len(rv[k]) == 1
assert unidecode.unidecode(rv[k][0]["name"]) == unidecode.unidecode(inst.search_result_name)
def test_search_case(self):
"""
search for entities containing 'test' - this should return all
instances we created during setUp since matching is case-insensitive
"""
rv = search.search("test")
for k, inst in self.instances.items():
assert k in rv
assert len(rv[k]) == 1
assert rv[k][0]["name"] == inst.search_result_name
def test_search_case(self):
"""
search for entities containing 'test' - this should return all
instances we created during setUp since matching is case-insensitive
"""
rv = search.search("test")
for k, inst in self.instances.items():
assert k in rv
assert len(rv[k]) == 1
assert rv[k][0]["name"] == inst.search_result_name
def test_search(self):
"""
search for entities containing 'Test' - this should return all
instances we created during setUp
"""
rv = search.search("Test")
for k, inst in self.instances.items():
assert k in rv
assert len(rv[k]) == 1
assert rv[k][0]["name"] == inst.search_result_name
rv = search.search("as1")
assert len(rv["net"]) == 1
assert rv["net"][0]["name"] == self.instances["net"].search_result_name
rv = search.search("asn1")
assert len(rv["net"]) == 1
assert rv["net"][0]["name"] == self.instances["net"].search_result_name
def test_search(self):
"""
search for entities containing 'Test' - this should return all
instances we created during setUp
"""
rv = search.search("Test")
for k, inst in self.instances.items():
assert k in rv
assert len(rv[k]) == 1
assert rv[k][0]["name"] == inst.search_result_name
assert rv[k][0]["org_id"] == inst.org_id
rv = search.search("as1")
assert len(rv["net"]) == 1
assert rv["net"][0]["name"] == self.instances["net"].search_result_name
assert rv["net"][0]["org_id"] == self.instances["net"].org_id
rv = search.search("asn1")
assert len(rv["net"]) == 1
assert rv["net"][0]["name"] == self.instances["net"].search_result_name
assert rv["net"][0]["org_id"] == self.instances["net"].org_id
def test_search(self):
"""
search for entities containing 'Test' - this should return all
instances we created during setUp
"""
rv = search.search("Test")
for k, inst in list(self.instances.items()):
assert k in rv
assert len(rv[k]) == 1
assert rv[k][0]["name"] == inst.search_result_name
assert rv[k][0]["org_id"] == inst.org_id
# test that term order does not matter
for k, inst in list(self.instances.items()):
rv = search.search(f"Test {k}")
assert k in rv
assert len(rv[k]) == 1
assert rv[k][0]["name"] == inst.search_result_name
assert rv[k][0]["org_id"] == inst.org_id
rv = search.search(f"{k} Test")
assert k in rv
assert len(rv[k]) == 1
assert rv[k][0]["name"] == inst.search_result_name
assert rv[k][0]["org_id"] == inst.org_id
rv = search.search("as1")
assert len(rv["net"]) == 1
assert rv["net"][0]["name"] == self.instances["net"].search_result_name
assert rv["net"][0]["org_id"] == self.instances["net"].org_id
rv = search.search("asn1")
assert len(rv["net"]) == 1
assert rv["net"][0]["name"] == self.instances["net"].search_result_name
assert rv["net"][0]["org_id"] == self.instances["net"].org_id
def test_search_asn_match(self):
"""
Test that exact numeric match on an ASN
always appears at the top of the results (#232)
"""
# network with asn 633 - this should be the first
# resut when searching for `633`
net_1 = models.Network.objects.create(name="Test ASN Matching",
asn=633,
org=self.org,
status="ok")
# network with asn 6333, this should match, but not
# be the first result
net_2 = models.Network.objects.create(name="Test ASN Matching 2",
asn=6333,
org=self.org,
status="ok")
# network with asn 6334 and 633 as part of its name
# this should score high, but should not be the first
# result
net_3 = models.Network.objects.create(name="Test ASN 633 Matching",
asn=6334,
org=self.org,
status="ok")
# rebuild the index
call_command("rebuild_index", "--noinput")
rv = search.search("633")
assert rv["net"][0]["id"] == net_1.id
# clean up
net_1.delete(hard=True)
net_2.delete(hard=True)
net_3.delete(hard=True)
call_command("rebuild_index", "--noinput")
