def setup(self, request):
goodCount = 0
count = rand_int(1000)
results = request.init('results', count)
for i, result in enumerate(results):
result.score = 1000 - i
url_size = rand_int(100)
result.url = "http://example.com/" + ''.join(
[choice(ascii_letters) for _ in range(url_size)])
isCat = rand_bool()
isDog = rand_bool()
if isCat and not isDog:
goodCount += 1
snippet = [choice(WORDS) for i in range(rand_int(20))]
if isCat:
snippet.append(" cat ")
if isDog:
snippet.append(" dog ")
snippet += [choice(WORDS) for i in range(rand_int(20))]
result.snippet = ''.join(snippet)
return goodCount
def make_expression(exp, depth):
exp.op = choice(OPERATIONS)
if rand_int(8) < depth:
left = rand_int(128) + 1
exp.left.value = left
else:
left = make_expression(exp.left.init('expression'), depth + 1)
if rand_int(8) < depth:
right = rand_int(128) + 1
exp.right.value = right
else:
right = make_expression(exp.right.init('expression'), depth + 1)
op = exp.op
if op == 'add':
return clamp(left + right)
elif op == 'subtract':
return clamp(left - right)
elif op == 'multiply':
return clamp(left * right)
elif op == 'divide':
return div(left, right)
elif op == 'modulus':
return mod(left, right)
raise RuntimeError("op wasn't a valid value: " + str(op))
def make_expression(exp, depth):
exp.op = rand_int(len(OPERATIONS))
if rand_int(8) < depth:
left = rand_int(128) + 1
exp.left_value = left
else:
left = make_expression(exp.left_expression, depth+1)
if rand_int(8) < depth:
right = rand_int(128) + 1
exp.right_value = right
else:
right = make_expression(exp.right_expression, depth+1)
op = exp.op
if op == 0:
return clamp(left + right)
elif op == 1:
return clamp(left - right)
elif op == 2:
return clamp(left * right)
elif op == 3:
return div(left, right)
elif op == 4:
return mod(left, right)
raise RuntimeError("op wasn't a valid value: " + str(op))
def make_expression(exp, depth):
exp.op = rand_int(len(OPERATIONS))
if rand_int(8) < depth:
left = rand_int(128) + 1
exp.left_value = left
else:
left = make_expression(exp.left_expression, depth + 1)
if rand_int(8) < depth:
right = rand_int(128) + 1
exp.right_value = right
else:
right = make_expression(exp.right_expression, depth + 1)
op = exp.op
if op == 0:
return clamp(left + right)
elif op == 1:
return clamp(left - right)
elif op == 2:
return clamp(left * right)
elif op == 3:
return div(left, right)
elif op == 4:
return mod(left, right)
raise RuntimeError("op wasn't a valid value: " + str(op))
def setup(self, request):
goodCount = 0
count = rand_int(1000)
for i in range(count):
result = request.result.add()
result.score = 1000 - i
url_size = rand_int(100)
result.url = "http://example.com/" + ''.join([choice(letters) for _ in range(url_size)])
isCat = rand_bool()
isDog = rand_bool()
if isCat and not isDog:
goodCount += 1
snippet = [choice(WORDS) for i in range(rand_int(20))]
if isCat:
snippet.append(" cat ")
if isDog:
snippet.append(" dog ")
snippet += [choice(WORDS) for i in range(rand_int(20))]
result.snippet = ''.join(snippet)
return goodCount
def setup(self, request):
result = 0
for _ in range(rand_int(200)):
car = request.car.add()
random_car(car)
result += calc_value(car)
return result
def setup(self, request):
result = 0
for _ in range(rand_int(200)):
car = request.car.add()
random_car(car)
result += calc_value(car)
return result
def random_car(car):
car.make = choice(MAKES)
car.model = choice(MODELS)
car.color = rand_int(len(COLORS))
car.seats = 2 + rand_int(6)
car.doors = 2 + rand_int(3)
for _ in range(4):
wheel = car.wheel.add()
wheel.diameter = 25 + rand_int(15)
wheel.air_pressure = 30 + rand_double(20)
wheel.snow_tires = rand_int(16) == 0
car.length = 170 + rand_int(150)
car.width = 48 + rand_int(36)
car.height = 54 + rand_int(48)
car.weight = car.length * car.width * car.height / 200
engine = car.engine
engine.horsepower = 100 * rand_int(400)
engine.cylinders = 4 + 2 * rand_int(3)
engine.cc = 800 + rand_int(10000)
engine.uses_gas = True
engine.uses_electric = rand_bool()
car.fuel_capacity = 10.0 + rand_double(30.0)
car.fuel_level = rand_double(car.fuel_capacity)
car.has_power_windows = rand_bool()
car.has_power_steering = rand_bool()
car.has_cruise_control = rand_bool()
car.cup_holders = rand_int(12)
car.has_nav_system = rand_bool()
def setup(self, request):
result = 0
for car in request.init('cars', rand_int(200)):
random_car(car)
result += calc_value(car)
return result
def random_car(car):
car.make = choice(MAKES)
car.model = choice(MODELS)
car.color = choice(COLORS)
car.seats = 2 + rand_int(6)
car.doors = 2 + rand_int(3)
for wheel in car.init('wheels', 4):
wheel.diameter = 25 + rand_int(15)
wheel.airPressure = 30 + rand_double(20)
wheel.snowTires = rand_int(16) == 0
car.length = 170 + rand_int(150)
car.width = 48 + rand_int(36)
car.height = 54 + rand_int(48)
car.weight = car.length * car.width * car.height // 200
engine = car.init('engine')
engine.horsepower = 100 * rand_int(400)
engine.cylinders = 4 + 2 * rand_int(3)
engine.cc = 800 + rand_int(10000)
engine.usesGas = True
engine.usesElectric = rand_bool()
car.fuelCapacity = 10.0 + rand_double(30.0)
car.fuelLevel = rand_double(car.fuelCapacity)
car.hasPowerWindows = rand_bool()
car.hasPowerSteering = rand_bool()
car.hasCruiseControl = rand_bool()
car.cupHolders = rand_int(12)
car.hasNavSystem = rand_bool()
def random_car(car):
car.make = choice(MAKES)
car.model = choice(MODELS)
car.color = rand_int(len(COLORS))
car.seats = 2 + rand_int(6)
car.doors = 2 + rand_int(3)
for _ in range(4):
wheel = car.wheel.add()
wheel.diameter = 25 + rand_int(15)
wheel.air_pressure = 30 + rand_double(20)
wheel.snow_tires = rand_int(16) == 0
car.length = 170 + rand_int(150)
car.width = 48 + rand_int(36)
car.height = 54 + rand_int(48)
car.weight = car.length * car.width * car.height // 200
engine = car.engine
engine.horsepower = 100 * rand_int(400)
engine.cylinders = 4 + 2 * rand_int(3)
engine.cc = 800 + rand_int(10000)
engine.uses_gas = True
engine.uses_electric = rand_bool()
car.fuel_capacity = 10.0 + rand_double(30.0)
car.fuel_level = rand_double(car.fuel_capacity)
car.has_power_windows = rand_bool()
car.has_power_steering = rand_bool()
car.has_cruise_control = rand_bool()
car.cup_holders = rand_int(12)
car.has_nav_system = rand_bool()
def setup(self, request):
result = 0
for car in request.init('cars', rand_int(200)):
random_car(car)
result += calc_value(car)
return result
def random_car(car):
car.make = choice(MAKES)
car.model = choice(MODELS)
car.color = choice(COLORS)
car.seats = 2 + rand_int(6)
car.doors = 2 + rand_int(3)
for wheel in car.init('wheels', 4):
wheel.diameter = 25 + rand_int(15)
wheel.airPressure = 30 + rand_double(20)
wheel.snowTires = rand_int(16) == 0
car.length = 170 + rand_int(150)
car.width = 48 + rand_int(36)
car.height = 54 + rand_int(48)
car.weight = car.length * car.width * car.height / 200
engine = car.init('engine')
engine.horsepower = 100 * rand_int(400)
engine.cylinders = 4 + 2 * rand_int(3)
engine.cc = 800 + rand_int(10000)
engine.usesGas = True
engine.usesElectric = rand_bool()
car.fuelCapacity = 10.0 + rand_double(30.0)
car.fuelLevel = rand_double(car.fuelCapacity)
car.hasPowerWindows = rand_bool()
car.hasPowerSteering = rand_bool()
car.hasCruiseControl = rand_bool()
car.cupHolders = rand_int(12)
car.hasNavSystem = rand_bool()