KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use has_all_items method in Lemoncheesecake

Best Python code snippet using lemoncheesecake

test_rule_set_parser.py

Source:test_rule_set_parser.py

1import pytest2from fact_values.fact_value import FactValue3from fact_values.fact_value_type import FactValueType4from nodes.dependency import Dependency5from nodes.dependency_type import DependencyType6from nodes.line_type import LineType7from nodes.meta_type import MetaType8from nodes.metadata_line import MetadataLine9from nodes.node import Node10from nodes.node_set import NodeSet11from rule_parser.rule_set_parser import RuleSetParser12class RuleSetParserTest:13    meta_parent_1 = "INPUT the groom's name AS TEXT"14    meta_parent_2 = "FIXED the groom's homepage IS https://www.theGroomHomepage.com.au"15    meta_parent_3 = "FIXED the wedding booking schedule for the venue AS LIST"16    first_key_group = "ITEM"17    meta_child_1 = "ITEM someone"18    meta_child_2 = "ITEM somebody"19    meta_child_3 = "ITEM nobody"20    first_key_group_2 = "AND"21    first_key_group_3 = "OR"22    value_con = "person must meet military service criteria"23    comparison = "enlistment date >= 01/07/1951"24    exp_con = "yearly period of service by 6/04/1994 IS CALC (6/04/1994 - enlistment date)"25    rule_set_parser = RuleSetParser()26    def __init__(self):pass27    def handle_parent_value_con(self):28        self.rule_set_parser.handle_parent(self.value_con, 6)29    def handle_child_com(self):30        self.rule_set_parser.handle_child(self.value_con, self.comparison, self.first_key_group_2, 7)31    def handle_parent_exp_con(self):32        self.rule_set_parser.handle_parent(self.exp_con, 8)33    def handle_parent_meta_input(self):34        self.rule_set_parser.handle_parent(self.meta_parent_1, 1)35    def handle_parent_meta_fixed(self):36        self.rule_set_parser.handle_parent(self.meta_parent_2, 2)37    def handle_parent_meta_with_child(self):38        self.rule_set_parser.handle_parent(self.meta_parent_3, 3)39    def handle_child_meta_item(self):40        self.rule_set_parser.handle_child(self.meta_parent_3, self.meta_child_1, "", 4)41    def handle_child_meta_item_2(self):42        self.rule_set_parser.handle_child(self.meta_parent_3, self.meta_child_2, "", 5)43    def create_dependency_matrix(self):44        self.rule_set_parser.get_node_set().set_dependency_matrix(45            self.rule_set_parser.create_dependency_matrix())46@pytest.fixture(scope="function")47def rule_set_parser_test():48    instance = RuleSetParserTest()49    yield instance50    return instance51def test_handle_parent(rule_set_parser_test):52    rule_set_parser_test.handle_parent_value_con()53    rule_set_parser_test.handle_parent_exp_con()54    rule_set_parser_test.handle_parent_meta_input()55    rule_set_parser_test.handle_parent_meta_fixed()56    rule_set_parser_test.handle_parent_meta_with_child()57    rule_set_parser_test.create_dependency_matrix()58    passTest = True59    node_set: NodeSet = rule_set_parser_test.rule_set_parser.get_node_set()60    is_value_con = node_set.get_node_dictionary().get('person must meet military service criteria').get_line_type() \61                   is LineType.VALUE_CONCLUSION62    if is_value_con is not True:63        passTest = False64    is_expr_con = node_set.get_node_dictionary().get('yearly period of service by 6/04/1994 IS CALC (6/04/1994 - enlistment date)').get_line_type()\65                  is LineType.EXPR_CONCLUSION66    if is_expr_con is not True:67        passTest = False68    fact_value: FactValue = node_set.get_input_dictionary()["the groom's name"]69    is_string = fact_value.get_value_type() is FactValueType.STRING70    if is_string is not True:71        passTest = False72    second_fact_value: FactValue = node_set.get_fact_dictionary()["the groom's homepage"]73    is_url = second_fact_value.get_value_type() is FactValueType.URL74    value_is_correct = second_fact_value.get_value() == "https://www.theGroomHomepage.com.au"75    if is_url is not True and value_is_correct is True:76        passTest = False77    third_fact_value: FactValue = node_set.get_fact_dictionary().get("the wedding booking schedule for the venue")78    is_list = third_fact_value.get_value_type() == FactValueType.LIST79    if is_list is not True:80        passTest = False81    assert passTest is True82def test_handle_child(rule_set_parser_test):83    # rule_set_parser_test.handle_parent_value_con()84    rule_set_parser_test.handle_child_com()85    # rule_set_parser_test.handle_parent_exp_con()86    # rule_set_parser_test.handle_parent_meta_input()87    # rule_set_parser_test.handle_parent_meta_fixed()88    # rule_set_parser_test.handle_parent_meta_with_child()89    rule_set_parser_test.handle_child_meta_item()90    rule_set_parser_test.handle_child_meta_item_2()91    rule_set_parser_test.create_dependency_matrix()92    passTest = True93    node_set: NodeSet = rule_set_parser_test.rule_set_parser.get_node_set()94    node: Node = node_set.get_node_dictionary()["enlistment date >= 01/07/1951"]95    is_comparison = node.get_line_type() is LineType.COMPARISON96    parent_node: Node = node_set.get_node_dictionary()['person must meet military service criteria']97    dependency: DependencyType = node_set.get_dependency_matrix()\98        .get_dependency_type(parent_node.get_node_id(), node.get_node_id())99    is_and_dependency = dependency == DependencyType.get_and()100    child_node_list: list = node_set.get_dependency_matrix().get_to_child_dependency_list(parent_node.get_node_id())101    has_one_item = len(child_node_list) == 1102    correct_child = child_node_list[0] == node.get_node_id()103    if is_comparison is not True \104            and is_and_dependency is not True \105            and has_one_item is not True \106            and correct_child is not True:107        passTest = False108    fixed_item: FactValue = node_set.get_fact_dictionary()["the wedding booking schedule for the venue"]109    child_item_list = list(fixed_item.get_value())110    has_two_items = len(child_item_list) == 2111    has_all_items = True112    print("*****************: ", node_set.get_fact_dictionary())113    if FactValue(child_item_list[0]).get_value() != "someone" and \114        FactValue(child_item_list[1]).get_value() != "somebody":115        has_all_items = False116    if has_two_items is not True and has_all_items is not True:117        passTest = False...

quest_system.py

Source:quest_system.py

1from ursina import *2import my_json3import game4import callbacks5import pda6from language_system import TKey78system = None910class Quests():11    def __init__(self):12        global system13        self.quests_list = []14        self.active_quest = None15        self.player = None16        system = self17        self.q_file = my_json.read("assets/gameplay/quests")1819    def add_quest(self,quest_id):20        for q in self.q_file:21            if q["id"] == quest_id:22                self.quests_list.append (23                    quest_element (q["id"], q["title"], q["description"], q["quest_items"],24                                   q["reward"],q["pda"] if "pda" in q else None))25                if "pda" in q:26                    invoke(game.enable_pda_in_pause, True, delay=0.0001)27                    invoke(game.show_pda_icon_ui, True, delay=0.0001)28                break2930        invoke(game.show_message,TKey ("message.new.quest"), 5,delay=0.001)3132        invoke(callbacks.on_quest_add,self)3334    def has_quest(self,quest_id):35        for q in self.quests_list:36            if q.id == quest_id:37                return True38                break39            else:40                return False41                break4243    def get_quest(self,quest_id):44        for q in self.quests_list:45            if q.id == quest_id:46                return q47                break4849class quest_element():50    def __init__(self,id=None,title="",description="",quest_items=[],reward={},pda=None):51        self.id = id52        self.title = TKey(title)53        self.description = "<default>"+TKey(description)54        self.quest_items = quest_items55        self.reward = reward56        self.items_file = my_json.read ("assets/gameplay/items")57        self.pda = pda5859        if self.quest_items:60            translated_keys = []61            for qi in self.quest_items:62                translated_keys.append(TKey(self.items_file[qi]["name"]))6364            self.description += "\n\n>> <rgb(238, 157, 49)>"+"<default>, <rgb(238, 157, 49)>".join(translated_keys)6566    #quest fail67    def fail(self):68        for q in system.quests_list:69            if q.id == self.id:70                system.quests_list.remove(q)7172    def complete(self):73        has_all_items = False74        q_item_need_count = 075        print("[DEBUG QUEST] need item count [{0}]".format(q_item_need_count))76        if "money" in self.reward and self.quest_items is None:77            system.player.money += self.reward["money"]78            invoke (game.show_message, "Quest complete!\n+{0}$".format (self.reward["money"]), 5, delay=0.001)79            for q in system.quests_list:80                if q.id == self.id:81                    system.quests_list.remove(q)8283        for itm in self.quest_items:84            for inv_itm in game.get_player().inventory.items_in_inventory:85                if itm == inv_itm.item_id:86                    print("Item [{0}] in inventory!".format(itm))87                    q_item_need_count += 188        print ("[DEBUG QUEST] need item count [{0}]".format (q_item_need_count))89        if q_item_need_count == len(self.quest_items):90            has_all_items = True9192        if has_all_items:93            if "money" in self.reward:94                game.get_player().money += self.reward["money"]95                invoke (game.show_message, "Quest complete!\n+{0}$".format(self.reward["money"]), 5, delay=0.001)9697            if "items" in self.reward:98                for items in self.reward["items"]:99                    game.get_player().inventory.add_item(items)100101            if "add_e_key" in self.reward:102                for add_e_key in self.reward["add_e_key"]:103                    game.add_e_key(add_e_key)104            if "del_e_key" in self.reward:105                for del_e_key in self.reward["del_e_key"]:106                    game.del_e_key(del_e_key)107108            for q_itm in self.quest_items:109                game.get_player().inventory.delete_item(q_itm)110                print("[{0}] was deleted from inventory by quest!".format(q_itm))111112            if self.pda:113                game.get_player().pause_menu.pda_window.delete_marker(self.pda["id"])114                print("[DEBUG QUEST]: Quest marker [{0}] was deleted!".format(self.pda["id"]))115116            for q in system.quests_list:117                if q.id == self.id:118                    system.quests_list.remove(q)119        else:120            invoke (game.show_message, "You don't have quest items\nfor complete this quest!", 5, delay=0.001)121122123124125if __name__ == "__main__":126    app = Ursina()127
...

Drone.py

Source:Drone.py

...22        if self.time_to_ready > 0:23            self.time_to_ready -= 124    def is_ready(self):25        return self.time_to_ready == 026    def has_all_items(self) -> bool:27        return self.order.has_all_items()28    def get_remaining_load(self) -> int:29        return max(self.max_load - self.equipment.count(), 0)30    def set_order(self, order: Order):31        self.order = order32        self.status = DroneStatus.NO_TARGET33        logging.debug(f"Turn {self.turn}: {self} will be delivering {order}")34    def fly_to_load(self, warehouse: Warehouse):35        logging.debug(f"Turn {self.turn}: {self} will be flying to {warehouse}")36        fly_time = self.fly_to(warehouse)37        loading_time = self.load(self.order.items, warehouse.items)38        logging.debug(f"Turn {self.turn}: {self} will take next task in {fly_time}+{loading_time}={fly_time+loading_time} turns")39        self.time_to_ready = fly_time + loading_time40        self.status = DroneStatus.NO_TARGET41    def load(self, order_items: ItemList, warehouse_items: ItemList):42        time_to_load = 043        for item in order_items.values():44            if item.type in warehouse_items.keys():45                result_quantity = min(self.get_remaining_load(), item.quantity, warehouse_items[item.type].quantity)46                if result_quantity != 0:47                    self.equipment[item.type].quantity += result_quantity48                    order_items[item.type].quantity -= result_quantity49                    warehouse_items[item.type].quantity -= result_quantity50                    time_to_load += 151        logging.debug(f"Turn {self.turn}: {self} will be loading {self.equipment}")52        return time_to_load  # Loading takes 1 turn for each type53    def unload(self):54        logging.debug(f"Turn {self.turn}: {self} will be unloading {self.equipment}")55        self.equipment.clear()56        return 1  # Unloading always takes 1 turn57    def fly_to_order(self):58        logging.debug(f"Turn {self.turn}: {self} will be flying to {self.order}")59        fly_time = self.fly_to(self.order)60        unloading_time = self.unload()61        logging.debug(f"Turn {self.turn}: {self} will take next task in {fly_time}+{unloading_time}={fly_time+unloading_time} turns")62        self.time_to_ready += fly_time + unloading_time63        if self.order.has_all_items():64            self.status = DroneStatus.READY_TO_SCORE65        else:66            self.status = DroneStatus.NO_TARGET67    def fly_to(self, target) -> int:68        time_to_ready = math.ceil(Utilities.calc_distance(self.coordinates, target.coordinates))69        self.coordinates = target.coordinates70        return time_to_ready71    def calc_score(self, max_turns, turn) -> int:72        score = math.ceil((max_turns - (turn + 1.0)) / max_turns * 100.0)73        logging.debug(f"Turn {self.turn}: {self} finished {self.order}, score = {score}")74        self.status = DroneStatus.NO_ORDER75        self.order = None76        return score77    def __repr__(self):...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.