How to use get_details method in tempest
Best Python code snippet using tempest_python
expert_system.py
Source:expert_system.py 
...6 global advise_map7 with open(os.path.dirname(os.path.abspath(__file__)) + "/recomendacion/advises.json",'r') as f:8 advise_map = json.load(f)9 10def get_details(indicator, label):11 return advise_map[indicator][label]12def get_details_extra(indicator, range ,label):13 return advise_map[indicator][range][label]14class Expert(KnowledgeEngine):15 def set_facts(self, params: dict):16 """17 Maps incoming facts into the system data structures18 Remark: It calls "reset" method at the beginning to delete old Facts.19 """20 self.reset()21 self.declare(Fact(cr=params["current_ratio"]))22 self.declare(Fact(rg=params["revenue_growth_year_over_year"]))23 self.declare(Fact(da=params["total_debt_to_total_assets"]))24 self.declare(Fact(fd=params["free_cash_flow_to_total_debt"]))25 self.declare(Fact(om=params["operating_margin"]))26 self.declare(Fact(ra=params["return_on_assets"]))27 self.declare(Fact(ap=params["accounts_payable_turnover"]))28 self.declare(Fact(se=params["sales_per_employee"]))29 self.declare(Fact(at=params["asset_turnover"]))30 @DefFacts()31 def _initial_action(self):32 self.answer = dict()33 print("")34 print("Welcome! this service will give you some advices to improve your free cash flow.")35 print("Please complete the following info:")36 print("")37 yield Fact(action='find_state')38 # para cada iteración se le asignará una etiqueta a la caracterÃstica para evaluarla39 # para la liquidez40 41 @Rule(Fact(action='find_state'),Fact(cr=P(lambda cr: cr < 80.0)))42 def liquidez_1(self):43 self.declare(Fact(liquidez=get_details('liquidez', 'problematico')))44 self.answer['liquidez']=get_details('liquidez', 'problematico')45 @Rule(Fact(action='find_state'),Fact(cr=P(lambda cr: cr > 80.0) & P(lambda cr: cr < 100.0)))46 def liquidez_2(self):47 self.declare(Fact(liquidez=get_details('liquidez', 'mejorable')))48 self.answer['liquidez']=get_details('liquidez', 'mejorable')49 50 @Rule(Fact(action='find_state'),Fact(cr=P(lambda cr: cr > 100.0) & P(lambda cr: cr < 150.0)))51 def liquidez_3(self):52 self.declare(Fact(liquidez=get_details('liquidez', 'moderado')))53 self.answer['liquidez']=get_details('liquidez', 'moderado') 54 55 @Rule(Fact(action='find_state'),Fact(cr=P(lambda cr: cr > 150.0) & P(lambda cr: cr < 200.0)))56 def liquidez_4(self):57 self.declare(Fact(liquidez=get_details('liquidez', 'sobresaliente')))58 self.answer['liquidez']=get_details('liquidez', 'sobresaliente') 59 60 @Rule(Fact(action='find_state'),Fact(cr=P(lambda cr: cr > 200.0)))61 def liquidez_5(self):62 self.declare(Fact(liquidez=get_details('liquidez', 'excelente')))63 self.answer['liquidez']=get_details('liquidez', 'excelente') 64 65 @Rule(Fact(action='find_state'),Fact(liquidez=MATCH.liquidez),salience = -998)66 def situation1(self, liquidez):67 print("LIQUIDEZ: OK")68 69 # para el crecimiento70 71 @Rule(Fact(action='find_state'),Fact(rg=P(lambda rg: rg<(-20.0))))72 def crecimiento_1(self):73 self.declare(Fact(crecimiento=get_details('crecimiento', 'problematico')))74 self.answer['crecimiento']=get_details('crecimiento', 'problematico')75 @Rule(Fact(action='find_state'), Fact(rg=P(lambda rg: rg > -20.0) & P(lambda rg: rg < -5.0)))76 def crecimiento_2(self):77 self.declare(Fact(crecimiento=get_details('crecimiento', 'mejorable')))78 self.answer['crecimiento']=get_details('crecimiento', 'mejorable')79 80 @Rule(Fact(action='find_state'), Fact(rg=P(lambda rg: rg > -5.0) & P(lambda rg: rg < 5.0)))81 def crecimiento_3(self):82 self.declare(Fact(crecimiento=get_details('crecimiento', 'moderado')))83 self.answer['crecimiento']=get_details('crecimiento', 'moderado')84 85 @Rule(Fact(action='find_state'),Fact(rg=P(lambda rg: rg > 5.0) & P(lambda rg: rg < 20.0)))86 def crecimiento_4(self):87 self.declare(Fact(crecimiento=get_details('crecimiento', 'sobresaliente')))88 self.answer['crecimiento']=get_details('crecimiento', 'sobresaliente')89 90 @Rule(Fact(action='find_state'),Fact(rg=P(lambda rg: rg > 20.0)))91 def crecimiento_5(self):92 self.declare(Fact(crecimiento=get_details('crecimiento', 'excelente'))) 93 self.answer['crecimiento']=get_details('crecimiento', 'excelente')94 95 @Rule(Fact(action='find_state'),Fact(crecimiento=MATCH.crecimiento),salience = -998)96 def situation2(self, crecimiento):97 print("CRECIMIENTO: OK")98 99 # para el apalancamiento100 101 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da > 0.8) & P(lambda da: da < 1.0)))102 def apalancamiento_1(self):103 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '1', 'problematico')))104 self.answer['apalancamiento']=get_details_extra('apalancamiento', '1', 'problematico')105 106 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da > 0.7) & P(lambda da: da < 0.8)))107 def apalancamiento_2(self):108 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '1', 'mejorable')))109 self.answer['apalancamiento']=get_details('apalancamiento', '1', 'mejorable')110 111 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da > 0.5) & P(lambda da: da < 0.7)))112 def apalancamiento_3(self):113 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '1', 'moderado')))114 self.answer['apalancamiento']=get_details('apalancamiento', '1', 'moderado')115 116 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da > 0.4) & P(lambda da: da < 0.5)))117 def apalancamiento_4(self):118 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '1', 'sobresaliente')))119 self.answer['apalancamiento']=get_details('apalancamiento', '1', 'sobresaliente')120 121 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da > 0.3) & P(lambda da: da < 0.4)))122 def apalancamiento_5(self):123 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '1', 'excelente')))124 self.answer['apalancamiento']=get_details('apalancamiento', '1', 'excelente')125 126 #-------------------------------------------------------------------------------------------------127 128 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da >= 0.0) & P(lambda da: da < 0.05)))129 def apalancamiento_6(self):130 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '2', 'problematico')))131 self.answer['apalancamiento']=get_details_extra('apalancamiento', '2', 'problematico')132 133 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da > 0.05) & P(lambda da: da < 0.1)))134 def apalancamiento_7(self):135 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '2', 'mejorable')))136 self.answer['apalancamiento']=get_details_extra('apalancamiento', '2', 'mejorable')137 138 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da > 0.1) & P(lambda da: da < 0.15)))139 def apalancamiento_8(self):140 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '2', 'moderado')))141 self.answer['apalancamiento']=get_details_extra('apalancamiento', '2', 'moderado')142 143 @Rule(Fact(action='find_state'),Fact(da=P(lambda da: da > 0.15) & P(lambda da: da < 0.3)))144 def apalancamiento_9(self):145 self.declare(Fact(apalancamiento=get_details_extra('apalancamiento', '2', 'sobresaliente')))146 self.answer['apalancamiento']=get_details_extra('apalancamiento', '2', 'sobresaliente')147 148 @Rule(Fact(action='find_state'),Fact(apalancamiento=MATCH.apalancamiento),salience = -998)149 def situation3(self, apalancamiento):150 print("APALANCAMIENTO: OK")151 # para el solvencia152 153 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 3.0)))154 def solvencia_1(self):155 self.declare(Fact(solvencia=get_details_extra('solvencia', '1', 'problematico')))156 self.answer['solvencia']=get_details_extra('solvencia', '1', 'problematico')157 158 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 1.7) & P(lambda fd: fd < 3.0)))159 def solvencia_2(self):160 self.declare(Fact(solvencia=get_details_extra('solvencia', '1', 'mejorable')))161 self.answer['solvencia']=get_details_extra('solvencia', '1', 'mejorable')162 163 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 1.4) & P(lambda fd: fd < 1.7)))164 def solvencia_3(self):165 self.declare(Fact(solvencia=get_details_extra('solvencia', '1', 'moderado')))166 self.answer['solvencia']=get_details_extra('solvencia', '1', 'moderado')167 168 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 1.1) & P(lambda fd: fd < 1.4)))169 def solvencia_4(self):170 self.declare(Fact(solvencia=get_details_extra('solvencia', '1', 'sobresaliente')))171 self.answer['solvencia']=get_details_extra('solvencia', '1', 'sobresaliente')172 173 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 0.8) & P(lambda fd: fd < 1.1)))174 def solvencia_5(self):175 self.declare(Fact(solvencia=get_details_extra('solvencia', '1', 'excelente')))176 self.answer['solvencia']=get_details_extra('solvencia', '1', 'excelente')177 178 #-------------------------------------------------------------------------------------------------179 180 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 0.0) & P(lambda fd: fd < 0.2)))181 def solvencia_6(self):182 self.declare(Fact(solvencia=get_details_extra('solvencia', '2', 'problematico')))183 self.answer['solvencia']=get_details_extra('solvencia', '2', 'problematico')184 185 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 0.2) & P(lambda fd: fd < 0.4)))186 def solvencia_7(self):187 self.declare(Fact(solvencia=get_details_extra('solvencia', '2', 'mejorable')))188 self.answer['solvencia']=get_details_extra('solvencia', '2', 'mejorable')189 190 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 0.4) & P(lambda fd: fd < 0.6)))191 def solvencia_8(self):192 self.declare(Fact(solvencia=get_details_extra('solvencia', '2', 'moderado')))193 self.answer['solvencia']=get_details_extra('solvencia', '2', 'moderado')194 195 @Rule(Fact(action='find_state'),Fact(fd=P(lambda fd: fd > 0.6) & P(lambda fd: fd < 0.8)))196 def solvencia_9(self):197 self.declare(Fact(solvencia=get_details_extra('solvencia', '2', 'sobresaliente')))198 self.answer['solvencia']=get_details_extra('solvencia', '2', 'sobresaliente')199 200 @Rule(Fact(action='find_state'),Fact(solvencia=MATCH.solvencia),salience = -998)201 def situation4(self, solvencia):202 print("SOLVENCIA: OK")203 # para la rentabilidad204 205 @Rule(Fact(action='find_state'),Fact(om=P(lambda om: om < 15.0)))206 def rentabilidad_1(self):207 self.declare(Fact(rentabilidad=get_details('rentabilidad', 'problematico')))208 self.answer['rentabilidad']=get_details('rentabilidad', 'problematico')209 210 @Rule(Fact(action='find_state'),Fact(om=P(lambda om: om > 15.0) & P(lambda om: om < 25.0)))211 def rentabilidad_2(self):212 self.declare(Fact(rentabilidad=get_details('rentabilidad', 'mejorable')))213 self.answer['rentabilidad']=get_details('rentabilidad', 'mejorable')214 215 @Rule(Fact(action='find_state'),Fact(om=P(lambda om: om > 25.0) & P(lambda om: om < 40.0)))216 def rentabilidad_3(self):217 self.declare(Fact(rentabilidad=get_details('rentabilidad', 'moderado')))218 self.answer['rentabilidad']=get_details('rentabilidad', 'moderado')219 220 @Rule(Fact(action='find_state'),Fact(om=P(lambda om: om > 40.0) & P(lambda om: om < 50.0)))221 def rentabilidad_4(self):222 self.declare(Fact(rentabilidad=get_details('rentabilidad', 'sobresaliente')))223 self.answer['rentabilidad']=get_details('rentabilidad', 'sobresaliente')224 225 @Rule(Fact(action='find_state'),Fact(om=P(lambda om: om > 50.0)))226 def rentabilidad_5(self):227 self.declare(Fact(rentabilidad=get_details('rentabilidad', 'excelente')))228 self.answer['rentabilidad']=get_details('rentabilidad', 'excelente')229 230 @Rule(Fact(action='find_state'),Fact(rentabilidad=MATCH.rentabilidad),salience = -998)231 def situation5(self, rentabilidad):232 print("RENTABILIDAD: OK")233 234 # para la eficiencia235 236 @Rule(Fact(action='find_state'),Fact(se=P(lambda se: se > 0.0) & P(lambda se: se < 4500.0)))237 def eficiencia_1(self):238 self.declare(Fact(eficiencia=get_details('eficiencia', 'problematico')))239 self.answer['eficiencia']=get_details('eficiencia', 'problematico')240 241 @Rule(Fact(action='find_state'),Fact(se=P(lambda se: se > 4500.0) & P(lambda se: se < 9000.0)))242 def eficiencia_2(self):243 self.declare(Fact(eficiencia=get_details('eficiencia', 'mejorable')))244 self.answer['eficiencia']=get_details('eficiencia', 'mejorable')245 246 @Rule(Fact(action='find_state'),Fact(se=P(lambda se: se > 9000.0) & P(lambda se: se < 12000.0)))247 def eficiencia_3(self):248 self.declare(Fact(eficiencia=get_details('eficiencia', 'moderado')))249 self.answer['eficiencia']=get_details('eficiencia', 'moderado')250 251 @Rule(Fact(action='find_state'),Fact(se=P(lambda se: se > 12000.0) & P(lambda se: se < 15000.0)))252 def eficiencia_4(self):253 self.declare(Fact(eficiencia=get_details('eficiencia', 'sobresaliente')))254 self.answer['eficiencia']=get_details('eficiencia', 'sobresaliente')255 256 @Rule(Fact(action='find_state'),Fact(se=P(lambda se: se > 15000.0)))257 def eficiencia_5(self):258 self.declare(Fact(eficiencia=get_details('eficiencia', 'excelente')))259 self.answer['eficiencia']=get_details('eficiencia', 'excelente')260 261 @Rule(Fact(action='find_state'),Fact(eficiencia=MATCH.eficiencia),salience = -998)262 def situation6(self, eficiencia):263 print("EFICIENCIA: OK")264 265if __name__ == "__main__":266 #For testing purposes only267 268 preprocess()269 params = {270 "free_cash_flow_to_total_debt":5.985886, 271 "accounts_ayable_turnover":0.545793, 272 "operating_margin":-84.875316, 273 "sales_per_employee": 566922.568600, ...
grocy.py
Source:grocy.py
...52 raw_due_products = self._api_client.get_volatile_stock().due_products53 due_products = [Product(resp) for resp in raw_due_products]54 if get_details:55 for item in due_products:56 item.get_details(self._api_client)57 return due_products58 def overdue_products(self, get_details: bool = False) -> List[Product]:59 raw_overdue_products = self._api_client.get_volatile_stock().overdue_products60 overdue_products = [Product(resp) for resp in raw_overdue_products]61 if get_details:62 for item in overdue_products:63 item.get_details(self._api_client)64 return overdue_products65 def expired_products(self, get_details: bool = False) -> List[Product]:66 raw_expired_products = self._api_client.get_volatile_stock().expired_products67 expired_products = [Product(resp) for resp in raw_expired_products]68 if get_details:69 for item in expired_products:70 item.get_details(self._api_client)71 return expired_products72 def missing_products(self, get_details: bool = False) -> List[Product]:73 raw_missing_products = self._api_client.get_volatile_stock().missing_products74 missing_products = [Product(resp) for resp in raw_missing_products]75 if get_details:76 for item in missing_products:77 item.get_details(self._api_client)78 return missing_products79 def product(self, product_id: int) -> Product:80 resp = self._api_client.get_product(product_id)81 if resp:82 return Product(resp)83 def product_by_barcode(self, barcode: str) -> Product:84 resp = self._api_client.get_product_by_barcode(barcode)85 if resp:86 return Product(resp)87 def all_products(self) -> List[Product]:88 raw_products = self.get_generic_objects_for_type(EntityType.PRODUCTS)89 from pygrocy.grocy_api_client import ProductData90 product_datas = [ProductData(**product) for product in raw_products]91 return [Product(product) for product in product_datas]92 def chores(93 self, get_details: bool = False, query_filters: List[str] = None94 ) -> List[Chore]:95 raw_chores = self._api_client.get_chores(query_filters)96 chores = [Chore(chore) for chore in raw_chores]97 if get_details:98 for chore in chores:99 chore.get_details(self._api_client)100 return chores101 def execute_chore(102 self,103 chore_id: int,104 done_by: int = None,105 tracked_time: datetime = datetime.now(),106 skipped: bool = False,107 ):108 return self._api_client.execute_chore(chore_id, done_by, tracked_time, skipped)109 def chore(self, chore_id: int) -> Chore:110 resp = self._api_client.get_chore(chore_id)111 return Chore(resp)112 def add_product(113 self,114 product_id,115 amount: float,116 price: float,117 best_before_date: datetime = None,118 transaction_type: TransactionType = TransactionType.PURCHASE,119 ):120 return self._api_client.add_product(121 product_id, amount, price, best_before_date, transaction_type122 )123 def consume_product(124 self,125 product_id: int,126 amount: float = 1,127 spoiled: bool = False,128 transaction_type: TransactionType = TransactionType.CONSUME,129 allow_subproduct_substitution: bool = False,130 ):131 return self._api_client.consume_product(132 product_id, amount, spoiled, transaction_type, allow_subproduct_substitution133 )134 def consume_recipe(135 self,136 recipe_id: int,137 ):138 return self._api_client.consume_recipe(recipe_id)139 def open_product(140 self,141 product_id: int,142 amount: float = 1,143 allow_subproduct_substitution: bool = False,144 ):145 return self._api_client.open_product(146 product_id, amount, allow_subproduct_substitution147 )148 def inventory_product(149 self,150 product_id: int,151 new_amount: float,152 best_before_date: datetime = None,153 shopping_location_id: int = None,154 location_id: int = None,155 price: float = None,156 get_details: bool = True,157 ) -> Product:158 product = Product(159 self._api_client.inventory_product(160 product_id,161 new_amount,162 best_before_date,163 shopping_location_id,164 location_id,165 price,166 )167 )168 if get_details:169 product.get_details(self._api_client)170 return product171 def add_product_by_barcode(172 self,173 barcode: str,174 amount: float,175 price: float,176 best_before_date: datetime = None,177 get_details: bool = True,178 ) -> Product:179 product = Product(180 self._api_client.add_product_by_barcode(181 barcode, amount, price, best_before_date182 )183 )184 if get_details:185 product.get_details(self._api_client)186 return product187 def consume_product_by_barcode(188 self,189 barcode: str,190 amount: float = 1,191 spoiled: bool = False,192 get_details: bool = True,193 ) -> Product:194 product = Product(195 self._api_client.consume_product_by_barcode(barcode, amount, spoiled)196 )197 if get_details:198 product.get_details(self._api_client)199 return product200 def inventory_product_by_barcode(201 self,202 barcode: str,203 new_amount: float,204 best_before_date: datetime = None,205 location_id: int = None,206 price: float = None,207 get_details: bool = True,208 ) -> Product:209 product = Product(210 self._api_client.inventory_product_by_barcode(211 barcode, new_amount, best_before_date, location_id, price212 )213 )214 if get_details:215 product.get_details(self._api_client)216 return product217 def shopping_list(218 self, get_details: bool = False, query_filters: List[str] = None219 ) -> List[ShoppingListProduct]:220 raw_shoppinglist = self._api_client.get_shopping_list(query_filters)221 shopping_list = [ShoppingListProduct(resp) for resp in raw_shoppinglist]222 if get_details:223 for item in shopping_list:224 item.get_details(self._api_client)225 return shopping_list226 def add_missing_product_to_shopping_list(self, shopping_list_id: int = 1):227 return self._api_client.add_missing_product_to_shopping_list(shopping_list_id)228 def add_product_to_shopping_list(229 self,230 product_id: int,231 shopping_list_id: int = None,232 amount: float = None,233 quantity_unit_id: int = None,234 ):235 return self._api_client.add_product_to_shopping_list(236 product_id, shopping_list_id, amount, quantity_unit_id237 )238 def clear_shopping_list(self, shopping_list_id: int = 1):239 return self._api_client.clear_shopping_list(shopping_list_id)240 def remove_product_in_shopping_list(241 self, product_id: int, shopping_list_id: int = 1, amount: float = 1242 ):243 return self._api_client.remove_product_in_shopping_list(244 product_id, shopping_list_id, amount245 )246 def product_groups(self, query_filters: List[str] = None) -> List[Group]:247 raw_groups = self._api_client.get_product_groups(query_filters)248 return [Group(resp) for resp in raw_groups]249 def add_product_pic(self, product_id: int, pic_path: str):250 self._api_client.upload_product_picture(product_id, pic_path)251 return self._api_client.update_product_pic(product_id)252 def get_userfields(self, entity: str, object_id: int):253 return self._api_client.get_userfields(entity, object_id)254 def set_userfields(self, entity: str, object_id: int, key: str, value):255 return self._api_client.set_userfields(entity, object_id, key, value)256 def get_last_db_changed(self):257 return self._api_client.get_last_db_changed()258 def get_system_info(self) -> SystemInfo:259 raw_system_info = self._api_client.get_system_info()260 if raw_system_info:261 return SystemInfo(raw_system_info)262 def get_system_time(self) -> SystemTime:263 raw_system_time = self._api_client.get_system_time()264 if raw_system_time:265 return SystemTime(raw_system_time)266 def get_system_config(self) -> SystemConfig:267 raw_system_config = self._api_client.get_system_config()268 if raw_system_config:269 return SystemConfig(raw_system_config)270 def tasks(self, query_filters: List[str] = None) -> List[Task]:271 raw_tasks = self._api_client.get_tasks(query_filters)272 return [Task(task) for task in raw_tasks]273 def task(self, task_id: int) -> Task:274 resp = self._api_client.get_task(task_id)275 return Task(resp)276 def complete_task(self, task_id, done_time: datetime = datetime.now()):277 return self._api_client.complete_task(task_id, done_time)278 def meal_plan(279 self, get_details: bool = False, query_filters: List[str] = None280 ) -> List[MealPlanItem]:281 raw_meal_plan = self._api_client.get_meal_plan(query_filters)282 meal_plan = [MealPlanItem(data) for data in raw_meal_plan]283 if get_details:284 for item in meal_plan:285 item.get_details(self._api_client)286 return meal_plan287 def recipe(self, recipe_id: int) -> RecipeItem:288 recipe = self._api_client.get_recipe(recipe_id)289 if recipe:290 return RecipeItem(recipe)291 def batteries(292 self, query_filters: List[str] = None, get_details: bool = False293 ) -> List[Battery]:294 raw_batteries = self._api_client.get_batteries(query_filters)295 batteries = [Battery(bat) for bat in raw_batteries]296 if get_details:297 for item in batteries:298 item.get_details(self._api_client)299 return batteries300 def battery(self, battery_id: int) -> Battery:301 battery = self._api_client.get_battery(battery_id)302 if battery:303 return Battery(battery)304 def charge_battery(self, battery_id: int, tracked_time: datetime = datetime.now()):305 return self._api_client.charge_battery(battery_id, tracked_time)306 def add_generic(self, entity_type: EntityType, data):307 return self._api_client.add_generic(entity_type.value, data)308 def update_generic(self, entity_type: EntityType, object_id: int, updated_data):309 return self._api_client.update_generic(310 entity_type.value, object_id, updated_data311 )312 def delete_generic(self, entity_type: EntityType, object_id: int):...
oop.py
Source:oop.py
...25# print("test")26# def set_details(self, name, age):27# self.name = name28# self.age = age29# def get_details(self):30# print(self.name, self.age)31 32# person1 = person()33# person1.test() # test 34# person.test(person1) # test35# person1.get_details()36# person1.set_details("Barry", 45)37# person1.get_details()38#! Static methods39# class Person:40# company = "Clarusway"41# def set_details(self, name, age):42# self.name = name43# self.age = age44# def get_details(self):45# print(self.name, self.age)46# @staticmethod47# def salute():48# print("Hi there!")49# person1 = Person()50# person1.salute()51#! Special Methods52# class Person:53# company = "Clarusway"54# def __init__(self, name, age):55# self.name = name56# self.age = age57 58# #? __str__ method59# def __str__(self):60# return f"{self.name}, {self.age}"61# def get_details(self):62# print(self.name, self.age)63# person1 = Person("Ahmet", 30)64# person1.get_details()65# liste = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]66# print(liste)67# print(person1)68# print(person1.__str__())69#! Encapsulation and Abstraction70# class Person:71# company = "Clarusway"72# def __init__(self, name, age):73# self.name = name74# self.age = age75# self._id = 12345 #! protected method76# self.__id2 = 4213 #! private method77# def __str__(self):78# return f"{self.name}, {self.age}"79# def get_details(self):80# print(self.name, self.age)81# person1 = Person("Ahmet", 30)82# print(person1._id)83# # print(person1.__id2)84# print(person1._Person__id2)85# print(person1.__dict__)86# liste = [4,2,9,11,5]87# liste.sort()88# print(liste)89#! Inheritance and Polymorphism90class Person:91 company = "Clarusway"92 def __init__(self, name, age):93 self.name = name94 self.age = age95 def __str__(self):96 return f"{self.name}, {self.age}"97 def get_details(self):98 print(self.name, self.age)99class Student:100 def __init__(self, grade):101 self.grade = grade102 def get_details(self):103 print(self.grade)104class Employee(Person, Student):105 def __init__(self, name, age, grade , salary):106 super().__init__(name, age)107 Student.__init__(self, grade)108 self.salary = salary 109 #! Overriding110 def get_details(self):111 # print(self.name, self.age, self.salary)112 super().get_details()113 print(self.grade)114emp1 = Employee("Ahmet", 30, 3,25000)...
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