def test_interest_compensation_report_queryset(self):
"""Get a list of `Interest`s sorted by their bankroll of `Lobbyist`s."""
YEAR = 2000
for i in range(10):
LobbyistFactory.create()
InterestFactory.create()
InterestFactory.create()
for i in Interest.objects.all():
lobbyist = Lobbyist.objects.all().order_by('?')[0]
try:
annum = LobbyistAnnum.objects.get(lobbyist=lobbyist, year=YEAR)
except LobbyistAnnum.DoesNotExist:
annum = LobbyistAnnumFactory.create(lobbyist=lobbyist,
year=YEAR)
CompensationFactory(annum=annum, interest=i)
# denormalize interest stats
i.make_stats_for_year(YEAR)
# use `__exact`, django ORM attempts to evaluate __year as a date lookup
for stat in InterestStats.objects.filter(
year__exact=YEAR).order_by('-guess'):
# print stat
stat
def test_lobbyist_compensation_relation_api(self):
"""More tests about getting between `Lobbyist`s and `Compensation`."""
# Make a `Lobbyist` with NUM_CLIENTS clients.
NUM_CLIENTS = 3
lobbyist = LobbyistFactory.create()
annum = LobbyistAnnumFactory.create(lobbyist=lobbyist)
for x in range(0, NUM_CLIENTS):
CompensationFactory(annum=annum)
try:
# number of years of data we have for a lobbyist
self.assertEqual(lobbyist.years.count(), 1)
# number of clients a lobbyist had that year
self.assertEqual(annum.clients.count(), NUM_CLIENTS)
self.assertEqual(annum.compensation_set.count(), NUM_CLIENTS)
# make sure we can .annotate income onto the queryset
for year in lobbyist.years.all().annotate(
income=Sum('compensation__amount_guess')):
income = 0
for compensation in year.compensation_set.all():
income += compensation.amount_guess
self.assertEqual(income, year.income)
except Exception as e:
self.fail("Ha ha, %s" % e)
def test_model_relations_api(self):
"""Test the calls used to move between the relations for the models."""
i = InterestFactory()
lobbyist = LobbyistFactory.create()
YEAR = 2000
try:
# add an `Interest` to a `Lobbyist`
annum = LobbyistAnnumFactory.create(lobbyist=lobbyist, year=YEAR)
CompensationFactory.create(annum=annum, interest=i)
# get all the `Interest`s for a `Lobbyist`
Interest.objects.filter(compensation__annum__lobbyist=lobbyist)
# get all the `Interest`s for a `Lobbyist` by year
for year in lobbyist.years.all():
year.clients.all()
# get all the `Interest`s for a `Lobbyist` for a year
lobbyist.years.get(year=YEAR).clients.all()
# get all the `Lobbyist`s for an `Interest`
i.years_available.all().values('lobbyist')
# get all the `Lobbyist`s for an `Interest` for a year
i.years_available.filter(year=YEAR).values('lobbyist')
except Exception as e:
self.fail("Ha ha, %s" % e)
def test_lobbyist_compensation_relation_api(self):
"""More tests about getting between `Lobbyist`s and `Compensation`."""
# Make a `Lobbyist` with NUM_CLIENTS clients.
NUM_CLIENTS = 3
lobbyist = LobbyistFactory.create()
annum = LobbyistAnnumFactory.create(lobbyist=lobbyist)
for x in range(0, NUM_CLIENTS):
CompensationFactory(annum=annum)
try:
# number of years of data we have for a lobbyist
self.assertEqual(lobbyist.years.count(), 1)
# number of clients a lobbyist had that year
self.assertEqual(annum.clients.count(), NUM_CLIENTS)
self.assertEqual(annum.compensation_set.count(), NUM_CLIENTS)
# make sure we can .annotate income onto the queryset
for year in lobbyist.years.all().annotate(
income=Sum('compensation__amount_guess')):
income = 0
for compensation in year.compensation_set.all():
income += compensation.amount_guess
self.assertEqual(income, year.income)
except Exception as e:
self.fail("Ha ha, %s" % e)
def test_model_relations_api(self):
"""Test the calls used to move between the relations for the models."""
i = InterestFactory()
lobbyist = LobbyistFactory.create()
YEAR = 2000
try:
# add an `Interest` to a `Lobbyist`
annum = LobbyistAnnumFactory.create(lobbyist=lobbyist, year=YEAR)
CompensationFactory.create(annum=annum, interest=i)
# get all the `Interest`s for a `Lobbyist`
Interest.objects.filter(compensation__annum__lobbyist=lobbyist)
# get all the `Interest`s for a `Lobbyist` by year
for year in lobbyist.years.all():
year.clients.all()
# get all the `Interest`s for a `Lobbyist` for a year
lobbyist.years.get(year=YEAR).clients.all()
# get all the `Lobbyist`s for an `Interest`
i.years_available.all().values('lobbyist')
# get all the `Lobbyist`s for an `Interest` for a year
i.years_available.filter(year=YEAR).values('lobbyist')
except Exception as e:
self.fail("Ha ha, %s" % e)
def test_interest_compensation_report_queryset(self):
"""Get a list of `Interest`s sorted by their bankroll of `Lobbyist`s."""
YEAR = 2000
for i in range(10):
LobbyistFactory.create()
InterestFactory.create()
InterestFactory.create()
for i in Interest.objects.all():
lobbyist = Lobbyist.objects.all().order_by('?')[0]
try:
annum = LobbyistAnnum.objects.get(lobbyist=lobbyist, year=YEAR)
except LobbyistAnnum.DoesNotExist:
annum = LobbyistAnnumFactory.create(lobbyist=lobbyist, year=YEAR)
CompensationFactory(annum=annum, interest=i)
# denormalize interest stats
i.make_stats_for_year(YEAR)
# use `__exact`, django ORM attempts to evaluate __year as a date lookup
for stat in InterestStats.objects.filter(year__exact=YEAR).order_by(
'-guess'):
# print stat
stat
def test_lobbyist_compensation_report_queryset(self):
"""Get a list of `Lobbyist`s sorted by their paycheck."""
NUM_CLIENTS = 3
YEAR = 2000
for i in range(10):
lobbyist = LobbyistFactory.create()
annum = LobbyistAnnumFactory.create(lobbyist=lobbyist, year=YEAR)
for x in range(0, NUM_CLIENTS):
CompensationFactory(annum=annum)
# Here's a queryset to get the best paid `Lobbyist`s in a year
qs = LobbyistAnnum.objects.filter(year=YEAR).annotate(
income=Sum('compensation__amount_guess')).order_by('-income')
for year in qs:
# print year.lobbyist, year.income
year
def test_lobbyist_compensation_report_queryset(self):
"""Get a list of `Lobbyist`s sorted by their paycheck."""
NUM_CLIENTS = 3
YEAR = 2000
for i in range(10):
lobbyist = LobbyistFactory.create()
annum = LobbyistAnnumFactory.create(lobbyist=lobbyist, year=YEAR)
for x in range(0, NUM_CLIENTS):
CompensationFactory(annum=annum)
# Here's a queryset to get the best paid `Lobbyist`s in a year
qs = LobbyistAnnum.objects.filter(year=YEAR).annotate(
income=Sum('compensation__amount_guess')).order_by('-income')
for year in qs:
# print year.lobbyist, year.income
year
