def test_parse_in_list(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
response = q._parse_in_list(['v1', 'v2'])
self.assertEqual('(\'v1\', \'v2\')', response)
def test_first_2(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
response = q.first(fakeSessionValidData)
self.assertEqual({'a': 10}, response)
def test_all_1(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
response = q.all(fakeSessionValidData)
self.assertEqual([{'a': 10}, {'b': 20}], response)
def test_all_2(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
response = q.all(fakeSessionEmptyData)
self.assertEqual({}, response)
def test_get_filter_keys(self):
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], "")
table_name = 'adwords_account_report'
q.table_name = table_name
key = q._get_filter_key()
self.assertEquals(key, 'account_id')
table_name = 'adwords_campaign_report'
q.table_name = table_name
q.table_name = table_name
key = q._get_filter_key()
self.assertEquals(key, 'campaign_id')
table_name = 'adwords_adgroup_report'
q.table_name = table_name
key = q._get_filter_key()
self.assertEquals(key, 'adgroup_id')
table_name = 'adwords_ad_report'
q.table_name = table_name
key = q._get_filter_key()
self.assertEquals(key, 'ad_id')
table_name = 'adwords_keyword_report'
q.table_name = table_name
key = q._get_filter_key()
self.assertEquals(key, 'keyword_id')
def test_parse_in_list_2(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
response = q._parse_in_list([10, 20])
self.assertEqual('(10, 20)', response)
def test_number_of_samples_negative(self):
c1 = Column(str, 'column_1')
c2 = Column(str, 'column_2')
m = MockDataGenerator()
samples = -10
response = m.generate_data(samples, [c1, c2])
self.assertEqual(0, len(response))
def basic_test_56(self):
c_1 = Column(str, 'c1')
c_2 = Column(int, 'c2')
r = or_(c_1 == 'test', c_2 == 10)
self.assertEqual(r, {
'type': 'or',
'left_side': c_1 == 'test',
'right_side': c_2 == 10
})
def test_query_simple_1(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
expected_response = 'SELECT column_1, column_2 FROM ' + \
self.table_date_range
response = q.assemble()
self.assertEquals(expected_response, response)
def basic_test_2(self):
c_1 = Column(str, 'c1')
c_2 = Column(int, 'c2')
q = Query([c_1, c_2], 'test')
q.filter(or_(c_1 == 10, c_2 == 10))
expected_query = 'SELECT c1, c2 FROM ' +\
'' + DATABASE_NAME + '.test WHERE _PARTITIONTIME BETWEEN ' +\
'TIMESTAMP(\'2010-01-01\') AND ' +\
'TIMESTAMP(\'2030-01-01\')'
self.assertEquals(q.assemble(), expected_query)
def test_query_order_3(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
q = q.order_by(c_1, desc=True)
expected_response = 'SELECT column_1, column_2 FROM ' + \
self.table_date_range + ' ORDER BY column_1 DESC'
response = q.assemble()
self.assertEquals(expected_response, response)
def test_query_filter_1(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
q = q.filter(c_1 == 'test')
expected_response = 'SELECT column_1, column_2 FROM ' + \
self.table_date_range + ' AND ' + \
'column_1 = \'test\''
response = q.assemble()
self.assertEquals(expected_response, response)
def test_query_filter_2(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
# Wrong comparision
q = q.filter(c_1 == 10)
expected_response = 'SELECT column_1, column_2 FROM ' + \
self.table_date_range
response = q.assemble()
self.assertEquals(expected_response, response)
def test_query_limit_2(self):
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name)
q = q.limit(100)
q = q.limit(101)
expected_response = 'SELECT column_1, column_2 FROM ' + \
self.table_date_range + ' LIMIT 101'
response = q.assemble()
self.assertEquals(expected_response, response)
def test_number_of_samples_1(self):
c1 = Column(str, 'column_1')
c2 = Column(str, 'column_2')
m = MockDataGenerator()
samples = 10
response = m.generate_data(samples, [c1, c2])
self.assertEqual(samples, len(response))
samples = 20
response = m.generate_data(samples, [c1, c2])
self.assertEqual(samples, len(response))
for r in response:
self.assertEqual(str, type(r['column_1']))
self.assertEqual(str, type(r['column_2']))
def test_eq_op_2(self):
c_1 = Column(int, 'c_1')
c_2 = Column(int, 'c_2')
r = c_1 == c_2
expected_r = {
'type': 'and',
'signal': '=',
'left_value': 'c_1',
'left_value_type': int,
'right_value': 'c_2',
'right_value_type': Column
}
self.assertEqual(expected_r, r)
def test_in_op(self):
c_1 = Column(str, 'c_1')
r = c_1.in_(['t1', 't2'])
expected_r = {
'type': 'and',
'signal': 'IN',
'left_value': 'c_1',
'left_value_type': str,
'right_value': ['t1', 't2'],
'right_value_type': list
}
self.assertEqual(expected_r, r)
def test_gt_op(self):
c_1 = Column(str, 'c_1')
r = c_1 < 'test'
expected_r = {
'type': 'and',
'signal': '<',
'left_value': 'c_1',
'left_value_type': str,
'right_value': 'test',
'right_value_type': str
}
self.assertEqual(expected_r, r)
def test_query_filter_by_date(self):
begin_date = '2015-12-01'
end_date = '2016-01-01'
table_date_range = '' + DATABASE_NAME + '.testing WHERE _PARTITIONTIME BETWEEN ' +\
'TIMESTAMP(\'' + begin_date + '\') AND TIMESTAMP' +\
'(\'' + end_date + '\')'
table_name = 'testing'
c_1 = Column(str, 'column_1')
c_2 = Column(str, 'column_2')
q = Query([c_1, c_2], table_name).filter_by_date(begin_date, end_date)
expected_response = 'SELECT column_1, column_2 FROM ' + \
table_date_range
response = q.assemble()
self.assertEquals(expected_response, response)
def test_query_tablename_none(self):
b = BaseModel()
c_1 = Column(str, 'testing')
response = b.query(c_1)
self.assertEqual(None, response)
def __init__(self):
self.__tablename__ = 'ad_report'
self.id = Column(str, 'id')
self.ad_id = Column(str, 'ad_id')
self.headline = Column(str, 'headline')
self.cost_per_converted_click = Column(int, 'cost_per_converted_click')
self.cost_per_conversion = Column(int, 'cost_per_conversion')
self.conversions = Column(float, 'conversions')
self.active_view_average_cpm = Column(int, 'active_view_average_cpm')
self.active_view_average_ctr = Column(str, 'active_view_average_ctr')
self.state = Column(str, 'state')
self.ctr = Column(str, 'ctr')
self.description = Column(str, 'description')
self.display_url = Column(str, 'display_url')
self.image_url = Column(str, 'image_url')
self.account_id = Column(str, 'account_id')
self.campaign_id = Column(str, 'campaign_id')
self.adgroup_id = Column(str, 'adgroup_id')
self.account_name = Column(str, 'account_name')
self.created_time = Column(int, 'created_time')
def __init__(self):
self.c_1 = Column(str, 'test_1')
self.c_2 = Column(str, 'test_2')
def test_query_tablename_not_none(self):
b = BaseModel()
b.__tablename__ = 'Test'
c_1 = Column(str, 'testing')
response = b.query(c_1)
self.assertEqual(Query, type(response))
def basic_test_5(self):
c_2 = Column(int, 'c2')
r = or_('test', c_2 == 10)
self.assertEqual(r, {})
def __init__(self):
self.__tablename__ = 'campaign_report'
self.id = Column(str, 'id')
self.created_time = Column(int, 'created_time')
self.account_id = Column(str, 'account_id')
self.campaign_id = Column(str, 'campaign_id')
self.name = Column(str, 'name')
self.clicks = Column(int, 'clicks')
self.budget = Column(int, 'budget')
self.average_cost = Column(int, 'average_cost')
self.average_cpc = Column(int, 'average_cpc')
self.average_cpe = Column(int, 'average_cpe')
self.average_cpm = Column(int, 'average_cpm')
self.average_cpv = Column(int, 'average_cpv')
self.conversion_rate = Column(str, 'conversion_rate')
self.campaign_state = Column(str, 'campaign_state')
self.cost_per_conversion = Column(int, 'cost_per_conversion')
self.account_currency_code = Column(str, 'account_currency_code')
self.active_view_cpm = Column(int, 'active_view_cpm')
self.active_view_ctr = Column(str, 'active_view_ctr')
self.active_viewable_impressions = Column(
float, 'active_viewable_impressions')
self.network = Column(str, 'network')
self.average_position = Column(float, 'average_position')
self.bidding_strategy_name = Column(str, 'bidding_strategy_name')
self.bounce_rate = Column(str, 'bounce_rate')
self.mobile_bid_modifier = Column(str, 'mobile_bid_modifier')
self.content_budget_lost_share = Column(str,
'content_budget_lost_share')
self.conversions = Column(float, 'conversions')
self.conversion_total_value = Column(float, 'conversion_total_value')
self.cost = Column(int, 'cost')
self.cost_per_all_conversion = Column(int, 'cost_per_all_conversion')
self.impressions = Column(float, 'impressions')
self.advertising_channel_type = Column(str, 'advertising_channel_type')
def test_in_op_error(self):
c_1 = Column(str, 'c_1')
r = c_1.in_('t2')
expected_r = {}
self.assertEqual(expected_r, r)
def test_eq_op_error(self):
c_1 = Column(str, 'c_1')
r = c_1 == 10
expected_r = {}
self.assertEqual(expected_r, r)
def test_eq_op_error_2(self):
c_1 = Column(str, 'c_1')
c_2 = Column(int, 'c_2')
r = c_1 == c_2
expected_r = {}
self.assertEqual(expected_r, r)
def __init__(self):
self.__tablename__ = 'search_terms_report'
self.id = Column(str, 'id')
self.adgroup_id = Column(str, 'adgroup_id')
self.campaign_id = Column(str, 'campaign_id')
self.account_id = Column(str, 'account_id')
self.keyword_id = Column(str, 'keyword_id')
self.search_term = Column(str, 'search_term')
self.keyword = Column(str, 'keyword')
self.clicks = Column(int, 'clicks')
self.all_conversions = Column(float, 'all_conversions')
self.conversions = Column(float, 'conversions')
self.conversion_value = Column(float, 'conversion_value')
self.impressions = Column(int, 'impressions')
self.cost = Column(int, 'cost')
self.average_position = Column(float, 'average_position')
self.created_time = Column(int, 'created_time')
def __init__(self):
self.__tablename__ = 'adgroup_report'
self.id = Column(str, 'id')
self.created_time = Column(int, 'created_time')
self.account_id = Column(str, 'account_id')
self.campaign_id = Column(str, 'campaign_id')
self.adgroup_id = Column(str, 'adgroup_id')
self.name = Column(str, 'name')
self.state = Column(str, 'state')
self.average_cost = Column(int, 'average_cost')
self.average_cpc = Column(int, 'average_cpc')
self.average_cpe = Column(int, 'average_cpe')
self.average_cpm = Column(int, 'average_cpm')
self.average_cpv = Column(int, 'average_cpv')
self.all_conversion_rate = Column(str, 'all_conversion_rate')
self.average_page_view = Column(float, 'average_page_view')
self.average_position = Column(float, 'average_position')
self.currency = Column(str, 'currency')
self.account_name = Column(str, 'account_name')
self.mobile_modifier = Column(str, 'mobile_modifier')
self.network = Column(str, 'network')
self.all_conversions = Column(float, 'all_conversions')
self.average_time_on_site = Column(float, 'average_time_on_site')
self.bounce_rate = Column(str, 'bounce_rate')
self.campaign_name = Column(str, 'campaign_name')
self.campaign_status = Column(str, 'campaign_status')
self.campaign_assisted_conversions = Column(
float, 'campaign_assisted_conversions')
self.content_impression_share = Column(str, 'content_impression_share')
self.conversions = Column(float, 'conversions')
self.cost = Column(int, 'cost')
self.cost_per_all_conversion = Column(int, 'cost_per_all_conversion')
self.ctr = Column(str, 'ctr')
self.impressions = Column(float, 'impressions')