def strategy_statuses(creative_statuses):
'''Fixture with one strategy with all available statuses and another clean'''
strategy_problematic = {'name': 'Strategy problematic', 'campaign': 'I\'m a fruit',
'budget_total': 0, 'budget_bid_CPM': Decimal('0.1')}
strategy_clean = {'name': 'Strategy clean', 'campaign': 'I\'m a fruit',
'budget_total': 1000, 'budget_bid_CPM': Decimal('0.1')}
setup = creative_statuses
setup.setup_landing_pages()
setup.setup_campaigns()
setup.setup_strategies([strategy_problematic, strategy_clean])
ADVERTS = [
{'name': 'Ad audited', 'strategy': 'Strategy clean',
'creative': 'Image audited'},
{'name': 'Ad audited', 'strategy': 'Strategy problematic',
'creative': 'Image audited'},
{'name': 'Ad audit pending', 'strategy': 'Strategy problematic',
'creative': 'Image audit pending'},
{'name': 'Ad audit rejected', 'strategy': 'Strategy problematic',
'creative': 'Image audit rejected'},
{'name': 'Ad audit blocked', 'strategy': 'Strategy problematic',
'creative': 'Image audit blocked'},
{'name': 'Ad audit expired', 'strategy': 'Strategy problematic',
'creative': 'Image audit expired'}
]
for advert in ADVERTS:
advert.update({'url': 'http://www.google.com/'})
setup.setup_adverts([advert])
call_command('rebuild_index', interactive=False)
return setup
def distribute_sum_randomly(n, total):
"""
Return a randomly chosen list of n numbers summing to total.
Depends on total type values will be integers or Decimals.
Examples:
>>> distribute_sum_randomly(5, 100)
>>> [5, 21, 57, 13, 4]
>>> distribute_sum_randomly(3, Decimal('84.65'))
>>> [Decimal('41.94'), Decimal('27.15'), Decimal('15.56')]
"""
if total == 0 or total == Decimal('0'):
return [total for i in xrange(0, n)]
dividers = []
for i in xrange(1, n):
if isinstance(total, int):
divider = random.randint(1, total)
else:
divider_decimal = random.random() * float(total)
divider = Decimal('%f' % divider_decimal)
dividers.append(divider)
dividers.sort()
return [a - b for a, b in zip(dividers + [total], [0] + dividers)]
def db_factory_four_strategies(bidding_app):
strategies = [
{'name': 'Strategy 3', 'campaign': 'I\'m a fruit',
'budget_total': 8000, 'budget_bid_CPM': Decimal('0.1')},
{'name': 'Strategy 4', 'campaign': 'I\'m a fruit',
'budget_total': 4321, 'budget_bid_CPM': Decimal('0.1')}
]
bidding_app.setup_strategies(strategies)
return bidding_app
def total_spent(self):
"""
Sum of all account spendings (commission included).
"""
aggregation = self.campaign_set.aggregate(
sum=Sum('budget_spent'), commission=Sum('budget_spent_commission'))
return (aggregation['sum'] or Decimal(0)) + \
(aggregation['commission'] or Decimal(0)) + \
self.audit_fees
def get_randomized_metrics(self, budget, base_cpm):
"""
Generate basic metrics values within ranges provided in configuration
:return: values for BASE_METRICS
:rtype: dict
"""
conf = self.options
commission_value = budget / (Decimal(1) + COMMISSION)
inventory_cost = budget - commission_value
data_cost_value = randint(
*conf['DATA_COST_RANGE']) / Decimal(100) * inventory_cost
imp_value = inventory_cost - data_cost_value
cpm = randint(*conf['BID_CPM_RANGE']) / Decimal(100) * base_cpm
imp = imp_value * 1000 / cpm
ctr = randint(*conf['CTR_RANGE']) / Decimal(100)
clk = imp * ctr
conv_rate = randint(*conf['CONV_RATE_RANGE']) / Decimal(100)
conv = clk * conv_rate
conv_value = conv * randint(*conf['CONV_VALUE_RANGE']) / Decimal(100)
return {
'imp': imp.quantize(Decimal('1')),
'imp_value': imp_value,
'clk': clk.quantize(Decimal('1')),
'conv': conv.quantize(Decimal('1')),
'conv_value': conv_value,
'data_cost_value': data_cost_value,
'commission_value': commission_value,
}
def campaign_time_spent_ratio(campaign):
"""
Calculate part of campaign that has elapsed
:return: Ratio between 0.0 and 1.0
:rtype: Decimal
"""
campaign_duration = int((campaign.end_UTC - campaign.start_UTC).total_seconds())
campaign_elapsed = int((datetime.utcnow() - campaign.start_UTC).total_seconds())
if campaign_elapsed < 0:
return Decimal(0)
return Decimal(campaign_elapsed) / campaign_duration
def test_strategy_overall(client, fill_db):
'''
Tries to save strategy without required fields,
Check errors and fill inputs with proper data.
Saves strategy and checks UI and DB.
'''
EDITED_STRATEGY = {
'name': 'Strategy Edited',
'budget': '50',
'budget-daily': '20',
}
ERRORS = {
'name_required': 'Strategy name: This field is required.',
'budget_required': 'Total strategy budget: This field is required.',
}
INPUTS = ['name', 'budget', 'budget-daily']
utils.go_to_step(client, 'overall', existing=True)
# Clear all inputs
for input_name in INPUTS:
client.get_input(input_name).clear()
# Try to save and check if correct errors are displayed
client.click_on_class('button-save-changes')
client.wait_for_modal()
modal_errors = client.get_modal_errors()
assert len(modal_errors) == len(ERRORS)
for key in ERRORS.keys():
assert ERRORS[key] in modal_errors
client.close_modal()
# Fill inputs with proper data
for input_name in INPUTS:
client.send_keys(input_name, EDITED_STRATEGY[input_name])
# Save again and check UI and DB
utils.save_and_return_to_step(client)
for input_name in INPUTS:
assert client.get_input_val(input_name) == EDITED_STRATEGY[input_name]
strategy = Strategy.objects.all()[0]
assert strategy.name == EDITED_STRATEGY['name']
assert strategy.budget_total == Decimal(EDITED_STRATEGY['budget'])
assert strategy.budget_daily == Decimal(EDITED_STRATEGY['budget-daily'])
def test_derivative_metrics(state_app, report_class, related_class,
related_object_attr, imp_value, imp, clk, conv,
conv_value, commission_value, data_cost_value):
imp_value_total = imp_value + commission_value + data_cost_value
net_earned = conv_value - imp_value_total
report = report_class(time=datetime.utcnow(),
imp=imp,
imp_value=imp_value,
clk=clk,
conv=conv,
conv_value=conv_value,
commission_value=commission_value,
data_cost_value=data_cost_value)
report.related = related_class.objects.first()
report.save()
aggregation = report_class.objects.report_table(related_obj=getattr(
report.related, related_object_attr),
sort_by='imp')
assert len(aggregation) == 1
report_data = aggregation[0]
ecpm = ctr = ecpc = ecpa = conv_rate = roi = Decimal(0)
if imp_value:
roi = (conv_value - imp_value_total) / imp_value_total * 100
if clk:
ecpc = imp_value_total / clk
conv_rate = conv / clk * 100
if imp:
ecpm = imp_value_total / imp * 1000
ctr = clk / imp * 100
if conv:
ecpa = imp_value_total / conv
prec = Decimal('1.0000000')
for metric in [
'ecpc', 'ecpa', 'ecpm', 'ctr', 'conv_rate', 'roi', 'net_earned'
]:
a = report_data[metric].quantize(prec)
b = locals().get(metric).quantize(prec)
assert a == b
def campaign_statuses(creative_statuses):
'''Campaigns with all possible statuses'''
campaign_finished = {'name': 'Campaign finished', 'account': 'acc',
'start_UTC': utcnow_with_timedelta(days=-7),
'end_UTC': utcnow_with_timedelta(days=-3),
'budget_total': 2000, 'budget_spent': 2000,
'landing_site': 'http://www.google.com/'}
campaign_running = {'name': 'Campaign running', 'account': 'acc',
'start_UTC': utcnow_with_timedelta(days=-4),
'end_UTC': utcnow_with_timedelta(days=3),
'budget_total': 8000, 'landing_site': 'http://www.google.com/'}
campaign_scheduled = {'name': 'Campaign scheduled', 'account': 'acc',
'start_UTC': utcnow_with_timedelta(days=10),
'end_UTC': utcnow_with_timedelta(days=13),
'budget_total': 1000, 'landing_site': 'http://www.google.com/'}
strategy_a = {'name': 'Strategy A', 'campaign': 'Campaign finished',
'budget_total': 1000, 'budget_bid_CPM': Decimal('0.1')}
strategy_b = {'name': 'Strategy B', 'campaign': 'Campaign running',
'budget_total': 0, 'budget_bid_CPM': Decimal('0.1')}
strategy_c = {'name': 'Strategy C', 'campaign': 'Campaign scheduled',
'budget_total': 100, 'budget_bid_CPM': Decimal('0.1')}
setup = creative_statuses
setup.setup_landing_pages()
setup.setup_campaigns([campaign_finished, campaign_running, campaign_scheduled])
setup.setup_strategies([strategy_a, strategy_b, strategy_c])
ADVERTS = [
{'name': 'Ad audited', 'strategy': 'Strategy A',
'creative': 'Image audited'},
{'name': 'Ad audit pending', 'strategy': 'Strategy B',
'creative': 'Image audit pending'},
{'name': 'Ad audit rejected', 'strategy': 'Strategy B',
'creative': 'Image audit rejected'},
{'name': 'Ad audit blocked', 'strategy': 'Strategy C',
'creative': 'Image audit blocked'},
{'name': 'Ad audit expired', 'strategy': 'Strategy C',
'creative': 'Image audit expired'}
]
for advert in ADVERTS:
advert.update({'url': 'http://www.google.com/'})
setup.setup_adverts([advert])
call_command('rebuild_index', interactive=False)
return setup
def test_aggregate_dateranges(state_app, report_class, related_class,
related_obj_attr):
related = related_class.objects.first()
for (dt, data_cost_value, imp, imp_value, clk, conv,
conv_value) in REPORT_DATA:
report = report_class(
time=dt,
imp=imp,
imp_value=imp_value,
clk=clk,
conv=conv,
conv_value=conv_value,
data_cost_value=data_cost_value,
)
report.related = related
report.save()
def check_aggregation(start_date, end_date, imp, imp_vt):
'''
asserts imp and imp_value_total
'''
[aggregation] = report_class.objects.report_table(
related_obj=getattr(related, related_obj_attr),
sort_by='imp',
start_date=start_date,
end_date=end_date,
)
assert aggregation['imp'] == imp
assert aggregation['imp_value_total'] == imp_vt
# DATERANGE: 2014-04-01 - 2014-04-01
check_aggregation(
start_date=DT0.date(),
end_date=DT0.date(),
imp=Decimal('77'),
imp_vt=Decimal('325'),
)
# DATERANGE: 2014-04-01 - 2014-04-02
check_aggregation(
start_date=DT0.date(),
end_date=DT2.date(),
imp=Decimal('106'),
imp_vt=Decimal('412'),
)
def test_strategy_set_period_budgets(self, rc, period_budgets_app):
'''
Test setting strategy budgets in Redis
'''
strategy = Strategy.objects.first()
strategy.is_distributed_evenly = True
strategy.save()
assert strategy.state.is_running is True
# Save period budgets
saved_budgets = Strategy.reset_period_budgets(rc)
# Check if they were saved
retrieved_budgets = rc.hgetall(Strategy.period_budgets_key)
assert len(retrieved_budgets) == len(saved_budgets)
assert strategy.public_id in retrieved_budgets
assert Decimal(retrieved_budgets[strategy.public_id]) == \
saved_budgets[strategy.public_id]
# this should take strategy off distribute evenly loop
strategy.is_distributed_evenly = False
strategy.save()
# Try to remove them and check if they were removed
saved_budgets = Strategy.reset_period_budgets(rc)
assert rc.hgetall(Strategy.period_budgets_key) == {}, "Period budgets should be cleared!"
def test_edit_campain_conversion(client, fill_db):
conv_data = {
'name': 'Here comes the conversion',
'value': '5',
}
go_to_campaign_step(client, 'conversion')
for item in ('name', 'value'):
# Clear input
input = client.get_input('conversion-%s' % item)
input.clear()
modal_errors = save_with_errors(client)
assert ERRORS['conversion_%s_required' % item] in modal_errors
assert client.has_class(input, 'input-error') is True
client.close_modal()
# Write proper value
client.send_keys(input, conv_data['%s' % item])
save_and_return(client, 'conversion')
# Check UI and DB
assert client.get_input('conversion-name').get_attribute('value') == conv_data['name']
assert client.get_input('conversion-value').get_attribute('value') == conv_data['value']
campaign = Campaign.objects.get(name='I\'m a fruit')
assert campaign.conversion_def.name == conv_data['name']
assert campaign.conversion_def.value == Decimal(conv_data['value'])
def audit_app(basic_fixture):
setup = DatabaseDataFactory()
setup.setup_accounts()
setup.setup_users()
landing_pages = default_landing_page + \
[{'owner': 'acc', 'url': 'http://www.onet.com/'}]
setup.setup_landing_pages(landing_pages)
campaigns = default_campaign + [{
'name': 'Meat',
'account': 'acc',
'budget_total': 8000,
'start_UTC': '2013-01-01T00:00',
'end_UTC': '2013-01-31T00:00',
'landing_site': 'http://www.onet.com/'
}]
setup.setup_campaigns(campaigns)
strategies = default_strategies + [{
'name': 'Roast beef',
'campaign': 'Meat',
'budget_total': 67676,
'budget_bid_CPM': Decimal('0.1')
}]
setup.setup_strategies(strategies)
setup.setup_creative_images()
return setup
def db_round(dec):
'''
Return decimal rounded to the precision that tolerates cummulative
differences of precision in Python and Postgres.
'''
prec = Decimal('1e-14') # Use precision that is 'good enough'.
return dec.quantize(prec)
def test_period_budget(bidding_periods_app, budget_daily, budget_daily_spent,
budget_total, budget_total_spent, ratio, now,
period_budget):
""" Check value of budget with different values of daily and total budget and daily and total spend. """
class MyStrategy(TestStrategy):
def bidding_periods_ratio(self):
return self.__bidding_periods_ratio
def set_bidding_periods_ratio(self, ratio):
self.__bidding_periods_ratio = ratio
campaign = Campaign.objects.all().first()
campaign.end_UTC = datetime(2014, 10, 21, 01, 00, 00)
campaign.save()
strategy = MyStrategy(
name='Strategy Cool',
campaign=campaign,
budget_total=budget_total,
budget_daily=budget_daily,
budget_bid_CPM=0.2
)
strategy.set_bidding_periods_ratio(ratio)
strategy.budget_spent = budget_total_spent
strategy.budget_daily_spent = budget_daily_spent
assert strategy.period_budget(now) == Decimal(period_budget)
def test_aggregate_correctnes(state_app, report_class, related_class,
related_object_attr, imp_value, imp, clk, conv,
conv_value, imp_value_total, data_cost_value):
now = datetime.utcnow()
later = now + timedelta(hours=1, minutes=13)
related = related_class.objects.first()
report1 = report_class(time=now,
imp_value=imp_value[0],
imp=imp[0],
clk=clk[0],
conv=conv[0],
conv_value=conv_value[0],
data_cost_value=data_cost_value[0])
report1.related = related
report1.save()
report2 = report_class(time=later,
imp_value=imp_value[1],
imp=imp[1],
clk=clk[1],
conv=conv[1],
conv_value=conv_value[1],
data_cost_value=data_cost_value[1])
report2.related = related
report2.save()
aggregation = report_class.objects.report_table(
related_obj=getattr(related, related_object_attr),
start_date=date.today(),
end_date=date.today() + timedelta(days=1),
sort_by='imp',
)
assert len(aggregation) == 1
report_data = aggregation[0]
# All values needs to be cast to string, due to different precision
# available, and the fact, that sometimes, I got a little more digits
# when casting Decimal to float, than from operations on floats alone
ecpm = ctr = ecpc = conv_rate = roi = Decimal(0)
if sum(imp_value_total):
numerator = sum(conv_value) - sum(imp_value_total)
denominator = sum(imp_value_total)
roi = (numerator / denominator) * 100
if sum(clk):
ecpc = sum(imp_value_total) / sum(clk)
conv_rate = (sum(conv) / sum(clk)) * 100
if sum(imp):
ecpm = (sum(imp_value_total) / sum(imp)) * 1000
ctr = (sum(clk) / sum(imp)) * 100
assert db_round(report_data['ecpm']) == db_round(ecpm)
assert db_round(report_data['ctr']) == db_round(ctr)
assert db_round(report_data['ecpc']) == db_round(ecpc)
assert db_round(report_data['conv_rate']) == db_round(conv_rate)
assert db_round(report_data['roi']) == db_round(roi)
def to_precision(cls, dec):
'''
Return rounded decimal for easy comparisions.
:param Decimal dec: decimal to quantize
:return Decimal: copy of dec, quantized to class precision
'''
precision = Decimal('0.1')**cls.decimal_places
return dec.quantize(precision)
def total_paid(self):
"""
Sum of payments account made.
:returns: money balance for a given account
:rtype: Decimal
"""
return self.payment_set.aggregate(
sum=Sum('amount'))['sum'] or Decimal(0)
def period_validation_app(app):
strategies = [
{'name': 'Hello this is Citrus', 'campaign': 'I\'m a fruit',
'budget_total': 12345, 'budget_daily': 12345,
'budget_bid_CPM': Decimal('0.2')}
]
app.setup.setup_landing_pages()
app.setup.setup_campaigns_running()
app.setup.setup_strategies(strategies)
return app
def fake_campaign_report(self, campaign):
"""Fake all reports related to Campaign and Strategy model for a single campaign"""
def total_spent(metrics_dict):
return (metrics_dict['imp_value']
+ metrics_dict['data_cost_value']
+ metrics_dict['commission_value'])
campaign_time_spent = Decimal(campaign_time_spent_ratio(campaign))
campaign_budget_left = campaign.budget_total * campaign_time_spent
campaign_metrics = {
'imp': 0,
'imp_value': Decimal('0'),
'clk': 0,
'conv': 0,
'conv_value': Decimal('0'),
'data_cost_value': Decimal('0'),
'commission_value': Decimal('0'),
}
for strategy in campaign.strategy_set.all():
strategy_spent = strategy.budget_total * campaign_time_spent
effective_spent = min(campaign_budget_left, strategy_spent)
strategy_metrics = self.fake_strategy_report(strategy, effective_spent)
if strategy_metrics:
reported_spent = total_spent(strategy_metrics)
campaign_budget_left -= reported_spent
strategy.budget_spent = reported_spent
strategy.save()
for metric, value in strategy_metrics.iteritems():
campaign_metrics[metric] += value
campaign_spent = total_spent(campaign_metrics)
campaign.budget_spent = campaign_spent
campaign.save()
self.create_campaign_reports(campaign, campaign_metrics)
def test_save_model_spending(self, bidding_app):
'''
save_object_spending gets django model object and saves given
spending value and spending time
'''
saved_strat = bidding_app.models['strategy']['Hello this is Citrus']
saved_strat.save_spending(5, 1)
saved_strat.save_daily_spending(1)
strategy = Strategy.objects.get(pk=saved_strat.pk)
assert strategy.budget_spent == Decimal('5') / offset
assert strategy.budget_daily_spent == Decimal('1') / offset
assert strategy.budget_spent_commission == Decimal('1') / offset
saved_camp = bidding_app.models['campaign']['I\'m a fruit']
saved_camp.save_spending(5, 1)
campaign = Campaign.objects.get(pk=saved_camp.pk)
assert campaign.budget_spent == Decimal('5') / offset
assert campaign.budget_spent_commission == Decimal('1') / offset
def test_save_spendings(self, db_factory_four_strategies):
'''
save spendings takes spendings generated by get_spendings function
and stores them in database via django active record.
'''
strategies = db_factory_four_strategies.models['strategy']
strat_obj_spends = {
strategies['Hello this is Citrus'].public_id: (30, 3, 123),
strategies['han i has a pumpkin?'].public_id: (40, 4, 321),
strategies['Strategy 3'].public_id: (1, 1, 31),
}
saved_models = Strategy.save_spendings(strat_obj_spends)
assert len(saved_models) == 3
strat1 = Strategy.objects.get(pk=strategies['Hello this is Citrus'].pk)
strat2 = Strategy.objects.get(pk=strategies['han i has a pumpkin?'].pk)
strat3 = Strategy.objects.get(pk=strategies['Strategy 3'].pk)
assert strat1.budget_spent == Decimal('30') / offset
assert strat1.budget_spent_commission == Decimal('3') / offset
assert strat2.budget_spent == Decimal('40') / offset
assert strat2.budget_spent_commission == Decimal('4') / offset
assert strat3.budget_spent == Decimal('1') / offset
assert strat3.budget_spent_commission == Decimal('1') / offset
def test_bidding_periods_nonzero(bidding_periods_app, strategy_bid, periods,
ads, nonzero_periods):
strategy = Strategy.objects.get(name='Hello this is Citrus')
strategy.is_day_parted = True
strategy.budget_bid_CPM = Decimal(strategy_bid)
strategy.save()
setup_bidding_periods(strategy, periods)
setup_bidding_ads(strategy, ads)
calculated_period_ids = [p.pk for p in strategy._bidding_periods_nonzero()]
expected_period_ids = [p.pk for p in get_expected_periods(nonzero_periods)]
assert sorted(calculated_period_ids) == sorted(expected_period_ids)
def test_update_bidder_spendings(redisdb_spendings, bidding_app):
"""
Create a redis spending entries for campaign.
Check redis pubsub channel for correct message.
"""
# no point in this test if we don't have any campaign here
assert Campaign.objects.count() > 0
# let's patch publish method to intercept published message
with patch.object(update_bidder_spendings.rd, 'publish'):
for campaign in Campaign.objects.all():
redisdb_spendings.hset(
adserving.bidder.spendings.spend_camp_key,
campaign.public_id,
Decimal('0.8')
)
redisdb_spendings.hset(
adserving.bidder.spendings.spend_camp_key,
campaign.public_id + adserving.bidder.spendings.string_commission,
Decimal('0.2')
)
update_bidder_spendings()
channel, message = update_bidder_spendings.rd.publish.call_args[0]
message = simplejson.loads(message, use_decimal=True)
assert adserving.bidder.spendings.spend_account_key in message
assert adserving.bidder.spendings.spend_camp_key in message
assert adserving.bidder.spendings.spend_strat_key in message
assert adserving.bidder.spendings.spend_strat_daily_key in message
assert adserving.bidder.spendings.spend_strat_period_key in message
# message should have twice that much of entries for campaigns
assert len(message[adserving.bidder.spendings.spend_camp_key]) == 2 * Campaign.objects.count()
for account, value in message[adserving.bidder.spendings.spend_account_key].iteritems():
count = Campaign.objects.filter(account__id_random=account).count()
# value should be equal to campaign numbers account holds (0.8 for spend, and 0.2 for commission above)
assert value == count * adserving.bidder.spendings.cast_dbbid_to_CPM(1)
def append_dollar(decimal_val):
'''
Appends dollar sign to the Decimal value (rounded to two places)
and returns it as a string.
:rtype: string (i.e '$12.45' or '-$12.45') or None (if value is None)
'''
if decimal_val is None:
return None
rounded_val = decimal_val.quantize(Decimal('0.01'))
if rounded_val >= 0:
return '$%s' % rounded_val
return '-$%s' % abs(rounded_val)
def test_bidding_periods_ratio_not_day_parted(bidding_periods_app):
'''
Test if bidding_periods_ratio is 1 for not day parted strategy
'''
campaign = Campaign.objects.all().first()
strategy = Strategy.objects.create(
name='Strategy Cool',
campaign=campaign,
budget_total=12345,
budget_daily=12345,
budget_bid_CPM=Decimal('0.2'),
is_day_parted=False
)
assert strategy.bidding_periods_ratio() == 1
def setup_bidding_ads(strategy, ads):
for index, ad in enumerate(ads):
ad_db = Advert.objects.all()[index]
if (ad['bid_type'] == 'custom'):
ad_db._set_custom_bid_CPM(ad['value'])
ad_db.save()
elif (ad['bid_type'] == 'custom_parting'):
for bid in ad['values']:
period = BiddingPeriod.objects.get(
start=bid['start'],
end=bid['end']
)
AdvertPeriod.objects.create(
advert=ad_db,
period=period,
custom_bid_CPM=Decimal(bid['value'])
)
def db_factory_two_camps(bidding_app):
"""
Extends bidding_app fixture by adding another campaign. In result database
has two campaigns.
"""
campaigns = [
{'name': 'I\'m a ninja', 'account': 'acc',
'budget_total': 8000, 'start_UTC': '2013-01-01T00:00',
'end_UTC': '2013-01-31T00:00',
'landing_site': 'http://www.google.com/'},
]
strategies = [
{'name': 'Hello this is ninja', 'campaign': 'I\'m a ninja',
'budget_total': 12345, 'budget_bid_CPM': Decimal('0.2')},
]
bidding_app.setup_campaigns(campaigns)
bidding_app.setup_strategies(strategies)
return bidding_app
def period_budget(self, now):
'''
Calculate the period budget based on budget left and period length
:param datetime now: UTC datetime containing current time
:returns amount of money to spend in current period
:rtype Decimal
'''
effective_budget = self.budget_left if not self.budget_daily \
else min(self.budget_daily_left, self.budget_left)
periods_left = self.periods_left(now)
if not periods_left:
return Decimal(0)
# Period budgets are based on real time so they are ok to
# be constructed from floats (that leads to 'ugly'
# decimals).
return (effective_budget / UnsafeDecimal(periods_left) *
UnsafeDecimal(self.bidding_periods_ratio()))
def bidding_periods_app(app):
strategies = [
{'name': 'Hello this is Citrus', 'campaign': 'I\'m a fruit',
'budget_total': 12345, 'budget_daily': 12345,
'budget_bid_CPM': Decimal('0.2')}
]
creatives = [
{'name': 'creative_image_1', 'owner': 'acc', 'width': 300,
'height': 250, 'image': 'test_creative.jpg'},
{'name': 'creative_image_2', 'owner': 'acc', 'width': 600,
'height': 500, 'image': 'test_creative.jpg'},
]
app.setup.setup_landing_pages()
app.setup.setup_campaigns_running()
app.setup.setup_strategies(strategies)
app.setup.setup_creative_images(creatives)
strategy = app.setup.models['strategy']['Hello this is Citrus']
creative1 = app.setup.models['creative']['creative_image_1']
creative2 = app.setup.models['creative']['creative_image_2']
Advert.objects.create(
strategy=strategy,
creative=creative1,
landing_site=Site.objects.get(
url='http://www.google.com/',
owner=strategy.campaign.account)
)
Advert.objects.create(
strategy=strategy,
creative=creative2,
landing_site=Site.objects.get(
url='http://www.google.com/',
owner=strategy.campaign.account)
)
return app