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How to use with_ method in Selene

Best Python code snippet using selene_python

test_build.py

Source:test_build.py

...182                lambda: select("x").from_("tbl").offset(10),183                "SELECT x FROM tbl OFFSET 10",184            ),185            (186                lambda: select("x").from_("tbl").with_("tbl", as_="SELECT x FROM tbl2"),187                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl",188            ),189            (190                lambda: select("x")191                .from_("tbl")192                .with_("tbl", as_="SELECT x FROM tbl2", recursive=True),193                "WITH RECURSIVE tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl",194            ),195            (196                lambda: select("x")197                .from_("tbl")198                .with_("tbl", as_=select("x").from_("tbl2")),199                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl",200            ),201            (202                lambda: select("x")203                .from_("tbl")204                .with_("tbl (x, y)", as_=select("x", "y").from_("tbl2")),205                "WITH tbl(x, y) AS (SELECT x, y FROM tbl2) SELECT x FROM tbl",206            ),207            (208                lambda: select("x")209                .from_("tbl")210                .with_("tbl", as_=select("x").from_("tbl2"))211                .with_("tbl2", as_=select("x").from_("tbl3")),212                "WITH tbl AS (SELECT x FROM tbl2), tbl2 AS (SELECT x FROM tbl3) SELECT x FROM tbl",213            ),214            (215                lambda: select("x")216                .from_("tbl")217                .with_("tbl", as_=select("x", "y").from_("tbl2"))218                .select("y"),219                "WITH tbl AS (SELECT x, y FROM tbl2) SELECT x, y FROM tbl",220            ),221            (222                lambda: select("x")223                .with_("tbl", as_=select("x").from_("tbl2"))224                .from_("tbl"),225                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl",226            ),227            (228                lambda: select("x")229                .with_("tbl", as_=select("x").from_("tbl2"))230                .from_("tbl")231                .group_by("x"),232                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl GROUP BY x",233            ),234            (235                lambda: select("x")236                .with_("tbl", as_=select("x").from_("tbl2"))237                .from_("tbl")238                .order_by("x"),239                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl ORDER BY x",240            ),241            (242                lambda: select("x")243                .with_("tbl", as_=select("x").from_("tbl2"))244                .from_("tbl")245                .limit(10),246                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl LIMIT 10",247            ),248            (249                lambda: select("x")250                .with_("tbl", as_=select("x").from_("tbl2"))251                .from_("tbl")252                .offset(10),253                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl OFFSET 10",254            ),255            (256                lambda: select("x")257                .with_("tbl", as_=select("x").from_("tbl2"))258                .from_("tbl")259                .join("tbl3"),260                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl JOIN tbl3",261            ),262            (263                lambda: select("x")264                .with_("tbl", as_=select("x").from_("tbl2"))265                .from_("tbl")266                .distinct(),267                "WITH tbl AS (SELECT x FROM tbl2) SELECT DISTINCT x FROM tbl",268            ),269            (270                lambda: select("x")271                .with_("tbl", as_=select("x").from_("tbl2"))272                .from_("tbl")273                .where("x > 10"),274                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl WHERE x > 10",275            ),276            (277                lambda: select("x")278                .with_("tbl", as_=select("x").from_("tbl2"))279                .from_("tbl")280                .having("x > 20"),281                "WITH tbl AS (SELECT x FROM tbl2) SELECT x FROM tbl HAVING x > 20",282            ),283            (lambda: select("x").from_("tbl").subquery(), "(SELECT x FROM tbl)"),284            (285                lambda: select("x").from_("tbl").subquery("y"),286                "(SELECT x FROM tbl) AS y",287            ),288            (289                lambda: select("x").from_(select("x").from_("tbl").subquery()),290                "SELECT x FROM (SELECT x FROM tbl)",291            ),292            (lambda: from_("tbl").select("x"), "SELECT x FROM tbl"),...

test_make_it_easy.py

Source:test_make_it_easy.py

...6        my_apple = make(an(apple))7        assert_that(my_apple.num_of_leaves, is_(equal_to(2)))8        assert_that(my_apple.is_ripe, is_(False))9    def test_overrides_default_values_with_explicit_properties(self):10        my_apple = make(an(apple, with_(3, 'leaves'), with_(0.95, 'ripeness')))11        assert_that(my_apple.num_of_leaves, is_(equal_to(3)))12        assert_that(my_apple.is_ripe, is_(True))13    def test_can_use_maker_to_initialize_property_value(self):14        a_customer = a(customer, with_('Alice', as_('name')))15        an_order = make(an(order, with_(a_customer, as_('customer_'))))16        assert_that(an_order.customer.name, is_(equal_to('Alice')))17    def test_can_use_maker_with_option_to_initialize_property_value(self):18        a_customer = a(customer).with_('Alice', as_('name'))19        an_order = make(an(order, with_(a_customer, as_('customer_'))))20        assert_that(an_order.customer.name, is_(equal_to('Alice')))21    def test_a_distinct_property_value_instance_is_used_for_made_object_when_property_is_defined_with_a_maker(self):22        an_order = an(order, with_(a(customer, with_('Bob', as_('name'))), as_('customer_')))23        my_order1 = make(an_order)24        my_order2 = make(an_order)25        assert_that(my_order1.customer, is_not(same_instance(my_order2.customer)))26    def test_can_explicitly_declare_that_different_instances_have_the_same_property_value_instance(self):27        a_customer = a(customer, with_('Bob', as_('name')))28        an_order = an(order, with_(the_same(a_customer), as_('customer_')))29        my_order1 = make(an_order)30        my_order2 = make(an_order)31        assert_that(my_order1.customer, is_(same_instance(my_order2.customer)))32    def test_distinct_collection_elements_are_used_for_each_made_object_when_elements_are_defined_with_a_maker(self):33        a_fruits_bowl = a(fruits_bowl, with_(list_of(an(apple), a(banana)), 'fruits'))34        fruits_bowl1 = make(a_fruits_bowl)35        fruits_bowl2 = make(a_fruits_bowl)36        assert_that(fruits_bowl1.fruits, is_not(same_instance(fruits_bowl2.fruits)))37        assert_that(fruits_bowl1.fruits[0], is_not(same_instance(fruits_bowl2.fruits[0])))38        assert_that(fruits_bowl1.fruits[1], is_not(same_instance(fruits_bowl2.fruits[1])))39    def test_can_declare_that_elements_of_different_collection_are_the_same(self):40        a_fruits_bowl = a(fruits_bowl, with_(list_of(the_same(apple), the_same(banana)), 'fruits'))41        fruits_bowl1 = make(a_fruits_bowl)42        fruits_bowl2 = make(a_fruits_bowl)43        assert_that(fruits_bowl1.fruits, is_not(same_instance(fruits_bowl2.fruits)))44        assert_that(fruits_bowl1.fruits[0], same_instance(fruits_bowl2.fruits[0]))45        assert_that(fruits_bowl1.fruits[1], same_instance(fruits_bowl2.fruits[1]))46    def test_can_declare_that_same_collection_is_used_for_every_made_object(self):47        a_fruits_bowl = a(fruits_bowl, with_(the_same(list_of(an(apple), a(banana))), 'fruits'))48        fruits_bowl1 = make(a_fruits_bowl)49        fruits_bowl2 = make(a_fruits_bowl)50        assert_that(fruits_bowl1.fruits, is_(same_instance(fruits_bowl2.fruits)))51    def test_can_use_a_maker_as_a_donor(self):52        a_customer = a(customer, with_('Bob', as_('name')))53        an_order = an(order, with_(a_customer, as_('customer_')))54        my_order = make(an_order)55        assert_that(my_order.customer, is_(instance_of(Customer)))56    def test_can_declare_a_maker_as_a_base_maker_using_but(self):57        apple_with_two_leaves = an(apple, with_(2, 'leaves'))58        ripe_apple = apple_with_two_leaves.but(with_(0.95, 'ripeness'))59        unripe_apple = apple_with_two_leaves.but(with_(0.1, 'ripeness'))60        apple1 = make(ripe_apple)61        apple2 = make(unripe_apple)62        assert_that(apple1.is_ripe, is_(True))63        assert_that(apple2.is_ripe, is_(False))64def fruits_bowl(fruits=None):65    return FruitsBowl(fruits or [])66class FruitsBowl(object):67    def __init__(self, fruits):68        self.fruits = fruits69def apple(leaves=2, ripeness=0.0):70    an_apple = Apple(leaves)71    an_apple.ripen(ripeness)72    return an_apple73class Fruit(object):...

gears.py

Source:gears.py

1from math import pi2class Arm:3    def __init__(self, length):4        self.length = length5class Gear:6    def __init__(self, diameter: float, teeth: int, direction: str = 'external'):7        self.diameter = diameter8        self.teeth = teeth9        self.direction = direction10        self.module = (self.diameter/self.teeth)11    @classmethod12    def by_module(cls, module: float, diameter: float, direction: str = 'external'):13        teeth = (diameter/module)14        if not float(teeth).is_integer():15            raise ValueError("Invalid input")16        return cls(diameter, int(teeth), direction)17    def __str__(self):18        return f"{self.direction} Gear, M-{self.module}"19class GearTrain:20    def __init__(self, gear):21        self.gears = [gear]22        gear.fixed_shaft = True23        gear.mesh_attachment = []24        gear.shaft_attachment = []25        self.driver = None26        self.follower = None27        self.velocity_ratio = None28    @staticmethod29    def _equal_module(gear_1, gear_2):30        if gear_1.module == gear_2.module:31            return True32        return False33    def add_gear_in_mesh(self, new_gear, with_, fixed_shaft=True, is_fixed=False):34        if with_ not in self.gears:  # Checks if the gear is already exists in geartrain. 35            raise ValueError("The gear is not in gearset")36        else:37            if self._equal_module(new_gear, with_): # Check for module equality38                self.gears.append(new_gear)39                new_gear.mesh_attachment = [with_]40                with_.mesh_attachment.append(new_gear)41                new_gear.fixed_shaft = fixed_shaft42                new_gear.is_fixed = is_fixed43            else:44                raise ValueError(f"modules of two gears are different")45    def add_gear_with_shaft(self, new_gear, with_):46        if with_ not in self.gears:47            raise ValueError("The gear is not in gearset")48        else:49            self.gears.append(new_gear)50            with_.shaft_attachment.append(new_gear)51            new_gear.shaft_attachment = [with_]52    def add_driver(self, gear, velocity):53        self.driver = gear54        self.gears.append(gear)55        self.driver.velocity = velocity56    def set_follower(self, gear):57        self.follower = gear58    @property59    def output_velocity(self):60        if self.follower == None:61            raise ValueError("follower isn't defined yet")...

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