def setUp(self):
TestCalculator.setUp(self)
self.calculations = [
# constants
'-9 + 5',
# aliases
'rating',
'gps',
# arithmetic
'amount + gps_alt',
'amount - gps_alt',
'amount + 5',
'amount - gps_alt + 2.5',
'amount * gps_alt',
'amount / gps_alt',
'amount * gps_alt / 2.5',
'amount + gps_alt * gps_precision',
# precedence
'(amount + gps_alt) * gps_precision',
# comparison
'amount == 2',
'10 < amount',
'10 < amount + gps_alt',
# logical
'not amount == 2',
'not(amount == 2)',
'amount == 2 and 10 < amount',
'amount == 2 or 10 < amount',
'not not amount == 2 or 10 < amount',
'not amount == 2 or 10 < amount',
'(not amount == 2) or 10 < amount',
'not(amount == 2 or 10 < amount)',
'amount ^ 3',
'(amount + gps_alt) ^ 2 + 100',
'-amount',
'-amount < gps_alt - 100',
# membership
'rating in ["delectible"]',
'risk_factor in ["low_risk"]',
'amount in ["9.0", "2.0", "20.0"]',
'(risk_factor in ["low_risk"]) and (amount in ["9.0", "20.0"])',
# dates
'date("09-04-2012") - submit_date > 21078000',
# cases
'case food_type in ["morning_food"]: 1, food_type in ["lunch"]: 2,'
' default: 3',
'case food_type in ["morning_food"]: 1, food_type in ["lunch"]: 2',
# row-wise column-based aggregations
'percentile(amount)',
]
def setUp(self):
TestCalculator.setUp(self)
self.calculations = [
'max(amount)',
'mean(amount)',
'median(amount)',
'min(amount)',
'sum(amount)',
'sum(gps_latitude)',
'ratio(amount, gps_latitude)',
'sum(risk_factor in ["low_risk"])',
'ratio(risk_factor in ["low_risk"], risk_factor in ["low_risk",'
' "medium_risk"])',
'ratio(risk_factor in ["low_risk"], 1)',
'count(risk_factor in ["low_risk"])',
'count()',
'argmax(submit_date)',
'newest(submit_date, amount)',
]
self.expected_length = defaultdict(int)
self.groups_list = None
def setUp(self):
TestCalculator.setUp(self)
self.calculations = [
"pearson(gps_latitude, amount)",
"var(amount)",
"std(amount)",
"max(amount)",
"mean(amount)",
"median(amount)",
"min(amount)",
"sum(amount)",
"sum(gps_latitude)",
"ratio(amount, gps_latitude)",
'sum(risk_factor in ["low_risk"])',
'ratio(risk_factor in ["low_risk"], risk_factor in ["low_risk",' ' "medium_risk"])',
'ratio(risk_factor in ["low_risk"], 1)',
'count(risk_factor in ["low_risk"])',
"count()",
"argmax(submit_date)",
"newest(submit_date, amount)",
]
self.expected_length = defaultdict(int)
self.groups_list = None
def setUp(self):
TestCalculator.setUp(self)
self.calculations = AGG_CALCS_TO_DEPS.keys()
self.expected_length = defaultdict(int)
self.groups_list = None
def setUp(self):
TestCalculator.setUp(self)
self.calculations = CALCS_TO_DEPS.keys()
self.dynamic_calculations = DYNAMIC
def setUp(self):
TestCalculator.setUp(self)
self.calculations = AGG_CALCS_TO_DEPS.keys()
self.expected_length = defaultdict(int)
self.groups_list = None
def setUp(self):
TestCalculator.setUp(self)
self.calculations = CALCS_TO_DEPS.keys()
