def test_synopsis_view(self, simple_populated_db):
# Null case, ivorn not in DB:
ep_url = url_for(apiv1.name + '.packet_synopsis')
url = ep_url + urllib.quote_plus(simple_populated_db.absent_ivorn)
rv = self.c.get(url)
assert rv.status_code == 422
# Positive case, ivorn which has references:
ivorn_w_refs = list(simple_populated_db.followup_packets)[0]
url = ep_url + urllib.quote_plus(ivorn_w_refs)
rv = self.c.get(url)
assert rv.status_code == 200
rd = json.loads(rv.data)
full = rd[ResultKeys.result]
etree = simple_populated_db.packet_dict[ivorn_w_refs]
assert len(full['refs']) == len(Cite.from_etree(etree))
# Negative case, IVORN present but packet contains no references
all_ivorns = set(simple_populated_db.packet_dict.keys())
ivorns_wo_refs = list(
all_ivorns - set(simple_populated_db.followup_packets))
ivorn = ivorns_wo_refs[0]
url = ep_url + urllib.quote_plus(ivorn)
rv = self.c.get(url)
assert rv.status_code == 200
rd = json.loads(rv.data)
full = rd[ResultKeys.result]
assert len(full['refs']) == 0
# Find packet which cites a SWIFT GRB, check URLs looked up correctly:
ref_string = 'BAT_GRB'
url = url_for(apiv1.name + '.' + views.ListIvorn.view_name,
**{filters.RefContains.querystring_key: ref_string}
)
rv = self.c.get(url)
ref_lists = [Cite.from_etree(p)
for p in simple_populated_db.insert_packets
if Cite.from_etree(p)]
matches = []
for rl in ref_lists:
for r in rl:
if ref_string in r.ref_ivorn:
matches.append(r)
continue
matched_via_restapi = json.loads(rv.data)[ResultKeys.result]
assert len(matched_via_restapi) == len(matches)
url = ep_url + urllib.quote_plus(matched_via_restapi[0])
rv = self.c.get(url)
rd = json.loads(rv.data)[ResultKeys.result]
# When referencing a Swift alert, we should annotate for two urls,
# GCN.gsfc.nasa.gov / www.swift.ac.uk
assert len(rd['relevant_urls']) == 2
def test_synopsis_view(self, simple_populated_db):
# Null case, ivorn not in DB:
ep_url = url_for(apiv1.name + '.packet_synopsis')
url = ep_url + quote_plus(simple_populated_db.absent_ivorn)
rv = self.c.get(url)
assert rv.status_code == 422
# Positive case, ivorn which has references:
ivorn_w_refs = list(simple_populated_db.followup_packets)[0]
url = ep_url + quote_plus(ivorn_w_refs)
rv = self.c.get(url)
assert rv.status_code == 200
rd = json.loads(rv.data.decode())
full = rd[ResultKeys.result]
etree = simple_populated_db.packet_dict[ivorn_w_refs]
assert len(full['refs']) == len(Cite.from_etree(etree))
# Negative case, IVORN present but packet contains no references
all_ivorns = set(simple_populated_db.packet_dict.keys())
ivorns_wo_refs = list(
all_ivorns - set(simple_populated_db.followup_packets))
ivorn = ivorns_wo_refs[0]
url = ep_url + quote_plus(ivorn)
rv = self.c.get(url)
assert rv.status_code == 200
rd = json.loads(rv.data.decode())
full = rd[ResultKeys.result]
assert len(full['refs']) == 0
# Find packet which cites a SWIFT GRB, check URLs looked up correctly:
ref_string = 'BAT_GRB'
url = url_for(apiv1.name + '.' + views.ListIvorn.view_name,
**{filters.RefContains.querystring_key: ref_string}
)
rv = self.c.get(url)
ref_lists = [Cite.from_etree(p)
for p in simple_populated_db.insert_packets
if Cite.from_etree(p)]
matches = []
for rl in ref_lists:
for r in rl:
if ref_string in r.ref_ivorn:
matches.append(r)
continue
matched_via_restapi = json.loads(rv.data.decode())[ResultKeys.result]
assert len(matched_via_restapi) == len(matches)
url = ep_url + quote_plus(matched_via_restapi[0])
rv = self.c.get(url)
rd = json.loads(rv.data.decode())[ResultKeys.result]
# When referencing a Swift alert, we should annotate for two urls,
# GCN.gsfc.nasa.gov / www.swift.ac.uk
assert len(rd['relevant_urls']) == 2
def test_cite_load_from_etree(fixture_db_session):
assert len(Cite.from_etree(swift_bat_grb_655721)) == 0
assert len(Cite.from_etree(swift_xrt_grb_655721)) == 1
c1 = Cite.from_etree(swift_xrt_grb_655721)[0]
assert c1.ref_ivorn == swift_bat_grb_655721.attrib['ivorn']
assert c1.cite_type == vp.definitions.cite_types.followup
def test_cite_load_from_etree(fixture_db_session):
assert len(Cite.from_etree(swift_bat_grb_655721)) == 0
assert len(Cite.from_etree(swift_xrt_grb_655721)) == 1
c1 = Cite.from_etree(swift_xrt_grb_655721)[0]
assert c1.ref_ivorn == swift_bat_grb_655721.attrib['ivorn']
assert c1.cite_type == vp.definitions.cite_types.followup