def test_inventormatch(self):
# blindly assume first 10 are the same
inv0 = session.query(RawInventor).limit(10)
inv1 = session.query(RawInventor).limit(10).offset(10)
invs = session.query(Inventor)
alchemy.match(inv0, session)
alchemy.match(inv1, session)
# create two items
self.assertEqual(10, len(inv0[0].inventor.rawinventors))
self.assertEqual(10, len(inv1[0].inventor.rawinventors))
self.assertEqual(2, invs.count())
self.assertEqual(6, len(inv0[0].inventor.patents))
self.assertEqual(5, len(inv1[0].inventor.patents))
self.assertEqual("David C. Mattison", inv0[0].inventor.name_full)
# merge the assignees together
alchemy.match([inv0[0], inv1[0]], session)
self.assertEqual(20, len(inv0[0].inventor.rawinventors))
self.assertEqual(20, len(inv1[0].inventor.rawinventors))
self.assertEqual(11, len(inv0[0].inventor.patents))
self.assertEqual(1, invs.count())
# override the default values provided
alchemy.match(inv0[0], session, {"name_first": u"Kevin", "name_last": u"Yu"})
self.assertEqual("Kevin Yu", inv0[0].inventor.name_full)
# determine the most common organization name
alchemy.match(session.query(RawInventor).all(), session)
self.assertEqual(137, len(inv1[0].inventor.rawinventors))
self.assertEqual("Robert Wang", inv0[0].inventor.name_full)
def test_assigneematch(self):
# blindly assume first 10 are the same
asg0 = session.query(RawAssignee).limit(10)
asg1 = session.query(RawAssignee).limit(10).offset(10)
asgs = session.query(Assignee)
alchemy.match(asg0, session)
alchemy.match(asg1, session)
# create two items
self.assertEqual(10, len(asg0[0].assignee.rawassignees))
self.assertEqual(10, len(asg1[0].assignee.rawassignees))
self.assertEqual(10, len(asg0[0].assignee.patents))
self.assertEqual(2, asgs.count())
self.assertEqual("CAFEPRESS.COM", asg0[0].assignee.organization)
# merge the assignees together
alchemy.match([asg0[0], asg1[0]], session)
self.assertEqual(20, len(asg0[0].assignee.rawassignees))
self.assertEqual(20, len(asg1[0].assignee.rawassignees))
self.assertEqual(20, len(asg0[0].assignee.patents))
self.assertEqual(1, asgs.count())
# override the default values provided
alchemy.match(asg0[0], session, {"organization": u"Kevin"})
self.assertEqual("Kevin", asg0[0].assignee.organization)
# determine the most common organization name
alchemy.match(session.query(RawAssignee).limit(40).all(), session)
self.assertEqual(40, len(asg1[0].assignee.rawassignees))
self.assertEqual("The Procter & Gamble Company", asg0[0].assignee.organization)
def run_geo_match(key, default, match_group, counter, runtime):
most_freq = 0
if len(match_group) > 1:
# if key exists, look at the frequency
# to determine the default summarization
clean = alchemy_session.query(
alchemy.Location).filter(alchemy.Location.id == key).first()
if clean:
param = clean.summarize
param.pop("id")
param.pop("latitude")
param.pop("longitude")
loc = alchemy_session.query(alchemy.RawLocation)\
.filter(alchemy.RawLocation.city == param["city"])\
.filter(alchemy.RawLocation.state == param["state"])\
.filter(alchemy.RawLocation.country == param["country"])\
.first()
if loc:
most_freq = len(loc.rawassignees) + len(loc.rawinventors)
default.update(param)
# took a look at the frequency of the items in the match_group
for loc in match_group:
freq = len(loc.rawassignees) + len(loc.rawinventors)
if freq > most_freq:
default.update(loc.summarize)
most_freq = freq
alchemy.match(match_group, alchemy_session, default, commit=False)
if (counter +
1) % alchemy_config.get("location").get("commit_frequency") == 0:
print " *", (counter + 1), datetime.datetime.now() - runtime
alchemy_session.commit()
def run_geo_match(key, default, match_group, counter, runtime):
most_freq = 0
if len(match_group) > 1:
# if key exists, look at the frequency
# to determine the default summarization
clean = alchemy_session.query(alchemy.Location).filter(alchemy.Location.id == key).first()
if clean:
param = clean.summarize
param.pop("id")
param.pop("latitude")
param.pop("longitude")
loc = alchemy_session.query(alchemy.RawLocation)\
.filter(alchemy.RawLocation.city == param["city"])\
.filter(alchemy.RawLocation.state == param["state"])\
.filter(alchemy.RawLocation.country == param["country"])\
.first()
if loc:
most_freq = len(loc.rawassignees) + len(loc.rawinventors)
default.update(param)
# took a look at the frequency of the items in the match_group
for loc in match_group:
freq = len(loc.rawassignees) + len(loc.rawinventors)
if freq > most_freq:
default.update(loc.summarize)
most_freq = freq
alchemy.match(match_group, alchemy_session, default, commit=False)
if (counter + 1) % alchemy_config.get("location").get("commit_frequency") == 0:
print " *", (counter + 1), datetime.datetime.now() - runtime
alchemy_session.commit()
def test_lawyermatch(self):
# blindly assume first 10 are the same
law0 = session.query(RawLawyer).limit(10)
law1 = session.query(RawLawyer).limit(10).offset(10)
laws = session.query(Lawyer)
alchemy.match(law0, session)
alchemy.match(law1, session)
# create two items
self.assertEqual(10, len(law0[0].lawyer.rawlawyers))
self.assertEqual(10, len(law1[0].lawyer.rawlawyers))
self.assertEqual(2, laws.count())
self.assertEqual(7, len(law0[0].lawyer.patents))
self.assertEqual(9, len(law1[0].lawyer.patents))
self.assertEqual("Warner Norcross & Judd LLP", law0[0].lawyer.organization)
# merge the assignees together
alchemy.match([law0[0], law1[0]], session)
self.assertEqual(20, len(law0[0].lawyer.rawlawyers))
self.assertEqual(20, len(law1[0].lawyer.rawlawyers))
self.assertEqual(15, len(law0[0].lawyer.patents))
self.assertEqual(1, laws.count())
# override the default values provided
alchemy.match(law0[0], session, {"name_first": u"Devin", "name_last": u"Ko"})
self.assertEqual("Devin Ko", law0[0].lawyer.name_full)
# determine the most common organization name
alchemy.match(session.query(RawLawyer).all(), session)
self.assertEqual(57, len(law1[0].lawyer.rawlawyers))
self.assertEqual("Robert Robert Chuey", law0[0].lawyer.name_full)
def test_inventormatch(self):
# blindly assume first 10 are the same
inv0 = session.query(RawInventor).limit(10)
inv1 = session.query(RawInventor).limit(10).offset(10)
invs = session.query(Inventor)
alchemy.match(inv0, session)
alchemy.match(inv1, session)
# create two items
self.assertEqual(10, len(inv0[0].inventor.rawinventors))
self.assertEqual(10, len(inv1[0].inventor.rawinventors))
self.assertEqual(2, invs.count())
self.assertEqual(6, len(inv0[0].inventor.patents))
self.assertEqual(5, len(inv1[0].inventor.patents))
self.assertEqual("David C. Mattison", inv0[0].inventor.name_full)
# merge the assignees together
alchemy.match([inv0[0], inv1[0]], session)
self.assertEqual(20, len(inv0[0].inventor.rawinventors))
self.assertEqual(20, len(inv1[0].inventor.rawinventors))
self.assertEqual(11, len(inv0[0].inventor.patents))
self.assertEqual(1, invs.count())
# override the default values provided
alchemy.match(inv0[0], session, {
"name_first": u"Kevin",
"name_last": u"Yu"
})
self.assertEqual("Kevin Yu", inv0[0].inventor.name_full)
# determine the most common organization name
alchemy.match(session.query(RawInventor).all(), session)
self.assertEqual(137, len(inv1[0].inventor.rawinventors))
self.assertEqual("Robert Wang", inv0[0].inventor.name_full)
def test_set_default(self):
# create two items
loc = session.query(RawLocation)
alchemy.match(loc, session)
alchemy.match(
loc[0], session, {
"city": u"Frisco",
"state": u"Cali",
"country": u"US",
"longitude": 10.0,
"latitude": 10.0
})
self.assertEqual("Frisco, Cali, US", loc[0].location.address)
alchemy.match(loc[0], session, keepexisting=True)
self.assertEqual("Frisco, Cali, US", loc[0].location.address)
self.assertEqual(10.0, loc[0].location.latitude)
self.assertEqual(10.0, loc[0].location.longitude)
alchemy.match(loc[0], session)
self.assertEqual("Hong Kong, OH, US", loc[0].location.address)
self.assertEqual(10.0, loc[0].location.latitude)
self.assertEqual(10.0, loc[0].location.longitude)
alchemy.match(loc[0], session, {"city": u"Frisco"}, keepexisting=True)
self.assertEqual("Frisco, OH, US", loc[0].location.address)
self.assertEqual(10.0, loc[0].location.latitude)
self.assertEqual(10.0, loc[0].location.longitude)
def test_assigneematch(self):
# blindly assume first 10 are the same
asg0 = session.query(RawAssignee).limit(10)
asg1 = session.query(RawAssignee).limit(10).offset(10)
asgs = session.query(Assignee)
alchemy.match(asg0, session)
alchemy.match(asg1, session)
# create two items
self.assertEqual(10, len(asg0[0].assignee.rawassignees))
self.assertEqual(10, len(asg1[0].assignee.rawassignees))
self.assertEqual(10, len(asg0[0].assignee.patents))
self.assertEqual(2, asgs.count())
self.assertEqual("CAFEPRESS.COM", asg0[0].assignee.organization)
# merge the assignees together
alchemy.match([asg0[0], asg1[0]], session)
self.assertEqual(20, len(asg0[0].assignee.rawassignees))
self.assertEqual(20, len(asg1[0].assignee.rawassignees))
self.assertEqual(20, len(asg0[0].assignee.patents))
self.assertEqual(1, asgs.count())
# override the default values provided
alchemy.match(asg0[0], session, {"organization": u"Kevin"})
self.assertEqual("Kevin", asg0[0].assignee.organization)
# determine the most common organization name
alchemy.match(session.query(RawAssignee).limit(40).all(), session)
self.assertEqual(40, len(asg1[0].assignee.rawassignees))
self.assertEqual("The Procter & Gamble Company",
asg0[0].assignee.organization)
def test_unmatch_lawyer(self):
law = session.query(RawLawyer).limit(20)
alchemy.match(law, session)
alchemy.unmatch(law[0], session)
self.assertEqual(None, law[0].lawyer)
self.assertEqual(19, len(law[1].lawyer.rawlawyers))
self.assertEqual(14, len(law[1].lawyer.patents))
def test_unmatch_lawyer(self):
law = session.query(RawLawyer).limit(20)
alchemy.match(law, session)
alchemy.unmatch(law[0], session)
self.assertEqual(None, law[0].lawyer)
self.assertEqual(19, len(law[1].lawyer.rawlawyers))
self.assertEqual(14, len(law[1].lawyer.patents))
def test_locationmatch(self):
# blindly assume first 10 are the same
loc0 = session.query(RawLocation).limit(10)
loc1 = session.query(RawLocation).limit(10).offset(10)
locs = session.query(Location)
alchemy.match(loc0, session)
alchemy.match(loc1, session)
# create two items
self.assertEqual(10, len(loc0[0].location.rawlocations))
self.assertEqual(10, len(loc1[0].location.rawlocations))
self.assertEqual(0, len(loc0[0].location.assignees))
self.assertEqual(0, len(loc0[0].location.inventors))
self.assertEqual(2, locs.count())
self.assertEqual("Hong Kong, MN, NL", loc0[0].location.address)
# merge the assignees together
alchemy.match([loc0[0], loc1[0]], session)
self.assertEqual(20, len(loc0[0].location.rawlocations))
self.assertEqual(20, len(loc1[0].location.rawlocations))
self.assertEqual(0, len(loc0[0].location.assignees))
self.assertEqual(0, len(loc0[0].location.inventors))
self.assertEqual(1, locs.count())
self.assertEqual("Hong Kong, MN, US", loc0[0].location.address)
self.assertEqual(None, loc0[0].location.latitude)
self.assertEqual(None, loc0[0].location.longitude)
# override the default values provided
alchemy.match(loc0[0], session, {"city": u"Frisco", "state": u"Cali", "country": u"US", "longitude": 10.0, "latitude": 10.0})
self.assertEqual("Frisco, Cali, US", loc0[0].location.address)
self.assertEqual(10.0, loc0[0].location.latitude)
self.assertEqual(10.0, loc0[0].location.longitude)
def test_unmatch_invloc(self):
loc = session.query(RawLocation).limit(20)
inv = session.query(RawInventor).limit(20)
alchemy.match(inv, session)
alchemy.match(loc[0:5], session)
alchemy.match(loc[5:10], session)
alchemy.match(loc[10:15], session)
alchemy.match(loc[15:20], session)
clean = inv[0].inventor
alchemy.unmatch(inv[0], session)
self.assertEqual(None, inv[0].inventor)
self.assertEqual(19, len(clean.rawinventors))
self.assertEqual(10, len(clean.patents))
self.assertEqual(4, session.query(Location).count())
self.assertEqual(4, session.query(locationinventor).count())
clean = loc[0].location
self.assertEqual(5, len(clean.rawlocations))
alchemy.unmatch(loc[0], session)
self.assertEqual(4, len(clean.rawlocations))
alchemy.unmatch(loc[1], session)
self.assertEqual(3, len(clean.rawlocations))
alchemy.unmatch(loc[2:5], session)
self.assertEqual(None, loc[0].location)
self.assertEqual(3, session.query(Location).count())
self.assertEqual(3, session.query(locationinventor).count())
clean = inv[5].inventor
alchemy.unmatch(inv[1], session)
self.assertEqual(None, inv[1].inventor)
self.assertEqual(18, len(clean.rawinventors))
# this patent is repeated
self.assertEqual(10, len(clean.patents))
alchemy.unmatch(inv[2], session)
self.assertEqual(None, inv[2].inventor)
self.assertEqual(17, len(clean.rawinventors))
self.assertEqual(9, len(clean.patents))
alchemy.unmatch(loc[5].location, session)
self.assertEqual(2, session.query(Location).count())
self.assertEqual(2, session.query(locationinventor).count())
alchemy.unmatch(inv[3:20], session)
alchemy.unmatch(loc[10].location, session)
self.assertEqual(1, session.query(Location).count())
self.assertEqual(0, session.query(locationinventor).count())
def test_unmatch_invloc(self):
loc = session.query(RawLocation).limit(20)
inv = session.query(RawInventor).limit(20)
alchemy.match(inv, session)
alchemy.match(loc[0:5], session)
alchemy.match(loc[5:10], session)
alchemy.match(loc[10:15], session)
alchemy.match(loc[15:20], session)
clean = inv[0].inventor
alchemy.unmatch(inv[0], session)
self.assertEqual(None, inv[0].inventor)
self.assertEqual(19, len(clean.rawinventors))
self.assertEqual(10, len(clean.patents))
self.assertEqual(4, session.query(Location).count())
self.assertEqual(4, session.query(locationinventor).count())
clean = loc[0].location
self.assertEqual(5, len(clean.rawlocations))
alchemy.unmatch(loc[0], session)
self.assertEqual(4, len(clean.rawlocations))
alchemy.unmatch(loc[1], session)
self.assertEqual(3, len(clean.rawlocations))
alchemy.unmatch(loc[2:5], session)
self.assertEqual(None, loc[0].location)
self.assertEqual(3, session.query(Location).count())
self.assertEqual(3, session.query(locationinventor).count())
clean = inv[5].inventor
alchemy.unmatch(inv[1], session)
self.assertEqual(None, inv[1].inventor)
self.assertEqual(18, len(clean.rawinventors))
# this patent is repeated
self.assertEqual(10, len(clean.patents))
alchemy.unmatch(inv[2], session)
self.assertEqual(None, inv[2].inventor)
self.assertEqual(17, len(clean.rawinventors))
self.assertEqual(9, len(clean.patents))
alchemy.unmatch(loc[5].location, session)
self.assertEqual(2, session.query(Location).count())
self.assertEqual(2, session.query(locationinventor).count())
alchemy.unmatch(inv[3:20], session)
alchemy.unmatch(loc[10].location, session)
self.assertEqual(1, session.query(Location).count())
self.assertEqual(0, session.query(locationinventor).count())
def test_set_default(self):
# create two items
loc = session.query(RawLocation)
alchemy.match(loc, session)
alchemy.match(loc[0], session, {"city": u"Frisco", "state": u"Cali", "country": u"US", "longitude": 10.0, "latitude": 10.0})
self.assertEqual("Frisco, Cali, US", loc[0].location.address)
alchemy.match(loc[0], session, keepexisting=True)
self.assertEqual("Frisco, Cali, US", loc[0].location.address)
self.assertEqual(10.0, loc[0].location.latitude)
self.assertEqual(10.0, loc[0].location.longitude)
alchemy.match(loc[0], session)
self.assertEqual("Hong Kong, OH, US", loc[0].location.address)
self.assertEqual(10.0, loc[0].location.latitude)
self.assertEqual(10.0, loc[0].location.longitude)
alchemy.match(loc[0], session, {"city": u"Frisco"}, keepexisting=True)
self.assertEqual("Frisco, OH, US", loc[0].location.address)
self.assertEqual(10.0, loc[0].location.latitude)
self.assertEqual(10.0, loc[0].location.longitude)
def test_raw_clean(self):
# add a Clean record to mark something against
asg0 = session.query(RawAssignee).limit(10)
asg1 = session.query(RawAssignee).limit(10).offset(10)
alchemy.match(asg0, session)
alchemy.match(asg1, session)
alchemy.match([asg0[0], asg1[0].assignee], session)
def test_raw_clean(self):
# add a Clean record to mark something against
asg0 = session.query(RawAssignee).limit(10)
asg1 = session.query(RawAssignee).limit(10).offset(10)
alchemy.match(asg0, session)
alchemy.match(asg1, session)
alchemy.match([asg0[0], asg1[0].assignee], session)
def test_lawyermatch(self):
# blindly assume first 10 are the same
law0 = session.query(RawLawyer).limit(10)
law1 = session.query(RawLawyer).limit(10).offset(10)
laws = session.query(Lawyer)
alchemy.match(law0, session)
alchemy.match(law1, session)
# create two items
self.assertEqual(10, len(law0[0].lawyer.rawlawyers))
self.assertEqual(10, len(law1[0].lawyer.rawlawyers))
self.assertEqual(2, laws.count())
self.assertEqual(7, len(law0[0].lawyer.patents))
self.assertEqual(9, len(law1[0].lawyer.patents))
self.assertEqual("Warner Norcross & Judd LLP",
law0[0].lawyer.organization)
# merge the assignees together
alchemy.match([law0[0], law1[0]], session)
self.assertEqual(20, len(law0[0].lawyer.rawlawyers))
self.assertEqual(20, len(law1[0].lawyer.rawlawyers))
self.assertEqual(15, len(law0[0].lawyer.patents))
self.assertEqual(1, laws.count())
# override the default values provided
alchemy.match(law0[0], session, {
"name_first": u"Devin",
"name_last": u"Ko"
})
self.assertEqual("Devin Ko", law0[0].lawyer.name_full)
# determine the most common organization name
alchemy.match(session.query(RawLawyer).all(), session)
self.assertEqual(57, len(law1[0].lawyer.rawlawyers))
self.assertEqual("Robert Robert Chuey", law0[0].lawyer.name_full)
def test_unmatch_asgloc(self):
loc = session.query(RawLocation).limit(20)
asg = session.query(RawAssignee).limit(20)
alchemy.match(asg, session)
alchemy.match(loc[0:5], session)
alchemy.match(loc[5:10], session)
alchemy.match(loc[10:15], session)
alchemy.match(loc[15:20], session)
clean = asg[0].assignee
alchemy.unmatch(asg[0], session)
self.assertEqual(None, asg[0].assignee)
self.assertEqual(19, len(clean.rawassignees))
self.assertEqual(19, len(clean.patents))
self.assertEqual(4, session.query(Location).count())
self.assertEqual(4, session.query(locationassignee).count())
clean = loc[0].location
self.assertEqual(5, len(clean.rawlocations))
alchemy.unmatch(loc[0], session)
self.assertEqual(4, len(clean.rawlocations))
alchemy.unmatch(loc[1], session)
self.assertEqual(3, len(clean.rawlocations))
alchemy.unmatch(loc[2:5], session)
self.assertEqual(None, loc[0].location)
self.assertEqual(3, session.query(Location).count())
self.assertEqual(3, session.query(locationassignee).count())
alchemy.unmatch(loc[5].location, session)
self.assertEqual(2, session.query(Location).count())
self.assertEqual(2, session.query(locationassignee).count())
alchemy.unmatch(asg[3:20], session)
alchemy.unmatch(loc[10].location, session)
self.assertEqual(1, session.query(Location).count())
self.assertEqual(0, session.query(locationassignee).count())
def test_unmatch_asgloc(self):
loc = session.query(RawLocation).limit(20)
asg = session.query(RawAssignee).limit(20)
alchemy.match(asg, session)
alchemy.match(loc[0:5], session)
alchemy.match(loc[5:10], session)
alchemy.match(loc[10:15], session)
alchemy.match(loc[15:20], session)
clean = asg[0].assignee
alchemy.unmatch(asg[0], session)
self.assertEqual(None, asg[0].assignee)
self.assertEqual(19, len(clean.rawassignees))
self.assertEqual(19, len(clean.patents))
self.assertEqual(4, session.query(Location).count())
self.assertEqual(4, session.query(locationassignee).count())
clean = loc[0].location
self.assertEqual(5, len(clean.rawlocations))
alchemy.unmatch(loc[0], session)
self.assertEqual(4, len(clean.rawlocations))
alchemy.unmatch(loc[1], session)
self.assertEqual(3, len(clean.rawlocations))
alchemy.unmatch(loc[2:5], session)
self.assertEqual(None, loc[0].location)
self.assertEqual(3, session.query(Location).count())
self.assertEqual(3, session.query(locationassignee).count())
alchemy.unmatch(loc[5].location, session)
self.assertEqual(2, session.query(Location).count())
self.assertEqual(2, session.query(locationassignee).count())
alchemy.unmatch(asg[3:20], session)
alchemy.unmatch(loc[10].location, session)
self.assertEqual(1, session.query(Location).count())
self.assertEqual(0, session.query(locationassignee).count())
def test_locationmatch(self):
# blindly assume first 10 are the same
loc0 = session.query(RawLocation).limit(10)
loc1 = session.query(RawLocation).limit(10).offset(10)
locs = session.query(Location)
alchemy.match(loc0, session)
alchemy.match(loc1, session)
# create two items
self.assertEqual(10, len(loc0[0].location.rawlocations))
self.assertEqual(10, len(loc1[0].location.rawlocations))
self.assertEqual(0, len(loc0[0].location.assignees))
self.assertEqual(0, len(loc0[0].location.inventors))
self.assertEqual(2, locs.count())
self.assertEqual("Hong Kong, MN, NL", loc0[0].location.address)
# merge the assignees together
alchemy.match([loc0[0], loc1[0]], session)
self.assertEqual(20, len(loc0[0].location.rawlocations))
self.assertEqual(20, len(loc1[0].location.rawlocations))
self.assertEqual(0, len(loc0[0].location.assignees))
self.assertEqual(0, len(loc0[0].location.inventors))
self.assertEqual(1, locs.count())
self.assertEqual("Hong Kong, MN, US", loc0[0].location.address)
self.assertEqual(None, loc0[0].location.latitude)
self.assertEqual(None, loc0[0].location.longitude)
# override the default values provided
alchemy.match(
loc0[0], session, {
"city": u"Frisco",
"state": u"Cali",
"country": u"US",
"longitude": 10.0,
"latitude": 10.0
})
self.assertEqual("Frisco, Cali, US", loc0[0].location.address)
self.assertEqual(10.0, loc0[0].location.latitude)
self.assertEqual(10.0, loc0[0].location.longitude)
def test_location_inventor(self):
# insert an assignee first.
# then location. make sure links ok
inv = session.query(RawInventor).limit(20)
loc = session.query(RawLocation).limit(40)
alchemy.match(loc[0:20], session)
alchemy.match(loc[20:40], session)
alchemy.match(inv[0:5], session)
alchemy.match(inv[5:10], session)
alchemy.match(inv[10:15], session)
alchemy.match(inv[15:20], session)
self.assertEqual(1, len(inv[14].inventor.locations))
self.assertEqual(2, len(inv[15].inventor.locations))
self.assertEqual(4, len(loc[19].location.inventors))
self.assertEqual(1, len(loc[20].location.inventors))
def test_location_assignee(self):
asg = session.query(RawAssignee).limit(20)
loc = session.query(RawLocation).limit(40)
alchemy.match(loc[0:20], session)
alchemy.match(loc[20:40], session)
alchemy.match(asg[0:5], session)
alchemy.match(asg[5:10], session)
alchemy.match(asg[10:15], session)
alchemy.match(asg[15:20], session)
self.assertEqual(2, len(loc[19].location.assignees))
self.assertEqual(1, len(asg[4].assignee.locations))
self.assertEqual(2, len(asg[5].assignee.locations))
def test_assignee_location(self):
# insert an assignee first.
# then location. make sure links ok
asg = session.query(RawAssignee).limit(20)
loc = session.query(RawLocation).limit(40)
alchemy.match(asg[0:5], session)
alchemy.match(asg[5:10], session)
alchemy.match(asg[10:15], session)
alchemy.match(asg[15:20], session)
alchemy.match(loc[0:20], session)
alchemy.match(loc[20:40], session)
self.assertEqual(2, len(loc[19].location.assignees))
self.assertEqual(1, len(asg[4].assignee.locations))
self.assertEqual(2, len(asg[5].assignee.locations))
def test_assignee_location(self):
# insert an assignee first.
# then location. make sure links ok
asg = session.query(RawAssignee).limit(20)
loc = session.query(RawLocation).limit(40)
alchemy.match(asg[0:5], session)
alchemy.match(asg[5:10], session)
alchemy.match(asg[10:15], session)
alchemy.match(asg[15:20], session)
alchemy.match(loc[0:20], session)
alchemy.match(loc[20:40], session)
self.assertEqual(2, len(loc[19].location.assignees))
self.assertEqual(1, len(asg[4].assignee.locations))
self.assertEqual(2, len(asg[5].assignee.locations))
def test_match_all(self):
alchemy.match(session.query(RawAssignee), session)
def test_match_all(self):
alchemy.match(session.query(RawAssignee), session)
def test_location_assignee(self):
asg = session.query(RawAssignee).limit(20)
loc = session.query(RawLocation).limit(40)
alchemy.match(loc[0:20], session)
alchemy.match(loc[20:40], session)
alchemy.match(asg[0:5], session)
alchemy.match(asg[5:10], session)
alchemy.match(asg[10:15], session)
alchemy.match(asg[15:20], session)
self.assertEqual(2, len(loc[19].location.assignees))
self.assertEqual(1, len(asg[4].assignee.locations))
self.assertEqual(2, len(asg[5].assignee.locations))
def test_location_inventor(self):
# insert an assignee first.
# then location. make sure links ok
inv = session.query(RawInventor).limit(20)
loc = session.query(RawLocation).limit(40)
alchemy.match(loc[0:20], session)
alchemy.match(loc[20:40], session)
alchemy.match(inv[0:5], session)
alchemy.match(inv[5:10], session)
alchemy.match(inv[10:15], session)
alchemy.match(inv[15:20], session)
self.assertEqual(1, len(inv[14].inventor.locations))
self.assertEqual(2, len(inv[15].inventor.locations))
self.assertEqual(4, len(loc[19].location.inventors))
self.assertEqual(1, len(loc[20].location.inventors))
