Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More

How to use list_types method in localstack

Best Python code snippet using localstack_python

convert_dict_types.py

Source:convert_dict_types.py

1from exceptions.exceptions import InputValueError2def convert_dict_types(input_dict):3    input_dict_corrected = dict(input_dict)4    list_types = {}5    for (case, elements) in input_dict_corrected.items():6        if case == "feeder":7            list_types = {8                "code": str,9                "vrms": float10            }11        elif case == "bus":12            list_types = {13                "code": str,14                "x": float,15                "y": float16            }17        elif case == "branch":18            list_types = {19                "code": str,20                "from": str,21                "to": str,22                "length": float,23                "phase": str,24                "cable": str,25                "pole": str,26                "rho": float27            }28        elif case == "source":29            list_types = {30                "code": str,31                "bus": str,32                "vrms": float,33                "frequency": float,34                "phase": str35            }36        elif case == "load":37            list_types = {38                "code": str,39                "bus": str,40                "phase": str,41                "s": float,42                "fp": float43            }44        elif case == "capacitor":45            list_types = {46                "code": str,47                "bus": str,48                "phase": str,49                "q": float50            }51        elif case == "switch":52            list_types = {53                "code": str,54                "from": str,55                "to": str,56                "tclose": float,57                "topen": float58            }59        elif case == "pole":60            list_types = {61                "code": str,62                "phase": str,63                "distance": float,64                "height": float,65                "sag": float66            }67        elif case == "cable":68            list_types = {69                "code": str,70                "ri": float,71                "ro": float,72                "rmg": float,73                "rac": float,74                "rdc": float75            }76        elif case == "surge_arrester":77            list_types = {78                "code": str,79                "bus": str,80                "diameter": float,81                "length": float,82                "ro": float,83            }84        elif case == "surge":85            list_types = {86                "code": str,87                "bus": str,88                "amp": float,89                "tfront": float,90                "tau": float91            }92        for (element, values) in elements.items():93            for (name, value) in values.items():94                converter = list_types[name]95                try:96                    if case == "pole":97                        for (n, list_value) in enumerate(value):98                            input_dict_corrected[case][element][name][n] = converter(list_value)99                    else:100                        input_dict_corrected[case][element][name] = converter(value)101                except ValueError as excep:102                    raise InputValueError(103                        message=excep,104                        errors="Conversion error in '{}' - '{}' - '{}', impossible to convert '{}' to {}".format(105                            case,106                            element,107                            name,108                            value,109                            str(converter)110                        )111                    )...

io_utilities.py

Source:io_utilities.py

1#!/usr/bin/env python32# -*- coding: utf-8 -*-3import numpy as np4def load_config(main_window,filename='params.txt'):5    6    list_prefix = []7    list_name   = []8    list_types  = []9    list_values = []10    11    known_types = {'int': int,'float': float,'str': str}12    13    # Load txt file14    with open(filename, 'r') as fileobj:15        for row in fileobj:16            temp = row.rstrip('\n').split(' ')17            list_prefix.append(temp[0])18            list_name.append(temp[1])19            list_types.append(known_types[temp[2]])20            list_values.append(temp[3])21    22    # Load config into MainWindow Instance23    for i in range(len(list_prefix)):24        # Main (spinboxes)25        if list_prefix[i] == 'Main':26            main_window.spinboxes[list_name[i]].setValue(list_types[i](list_values[i]))27        # UnitType (checkbox)28        elif list_prefix[i] == 'UnitType':29            main_window.params[list_name[i]] = list_types[i](list_values[i])30            main_window.unit_types[main_window.params[list_name[i]]]['checkbox'].setChecked(True)31            main_window.update_checkbox_units()32        # Slider33        elif list_prefix[i] == 'Slider':34            main_window.sliders[list_name[i]].setValue(list_types[i](list_values[i]))35        # SubSlider36        elif list_prefix[i] == 'SubSlider':37            main_window.sub_sliders[list_name[i]].setValue(list_types[i](list_values[i]))38    39    return main_window40def save_config(main_window,filename='params.txt'):41    list_prefix = []42    list_name   = []43    list_types  = []44    list_values = []45    list_save   = []46    47    # Main (spinboxes)48    for key in main_window.spinboxes.keys():49        list_prefix.append('Main')50        list_name.append(key)51        list_types.append(type(main_window.spinboxes[key].value()).__name__)52        list_values.append(main_window.spinboxes[key].value())53    # UnitType (checkbox)54    list_prefix.append('UnitType')55    list_name.append('unit_type')56    list_types.append(type(main_window.params['unit_type']).__name__)57    list_values.append(main_window.params['unit_type'])58    # Slider59    for key in main_window.sliders.keys():60        list_prefix.append('Slider')61        list_name.append(key)62        list_types.append(type(main_window.sliders[key].value()).__name__)63        list_values.append(main_window.sliders[key].value())64    # SubSlider65    for key in main_window.sub_sliders.keys():66        list_prefix.append('SubSlider')67        list_name.append(key)68        list_types.append(type(main_window.sub_sliders[key].value()).__name__)69        list_values.append(main_window.sub_sliders[key].value())70    71    # Format the txt file72    for i in range(len(list_name)):73        list_save.append(f'{list_prefix[i]} {list_name[i]} {list_types[i]} {list_values[i]}')74        75    # Save as txt file76    f = open(filename,'w')77    np.savetxt(f,list_save,fmt="%s")...

inline_generation.py

Source:inline_generation.py

1from aiogram.types import InlineKeyboardMarkup, InlineKeyboardButton2from aiogram.utils.callback_data import CallbackData3filter_list = CallbackData('type', 'action', 'id')4def check_rule(rule, list_types):5    if rule[0] == 'student':6        for price in list_types:7            if price[0] == 'Ð¸Ð³ÑÐ°' or price[0] == 'ÐÐ»Ð°ÑÑÐµÑ':8                list_types.remove(price)9    elif rule[0] == 'intensivist':10        for price in list_types:11            if price[0] == 'ÐÐµÑÐµÐ³Ð¾Ð²Ð¾ÑÐ½ÑÐµ':12                list_types = price,13    return list_types14async def inline_type_list(user_db, id):15    rule = await user_db.sql_check_rule(id)16    list_types = await user_db.sql_object_type(id)17    ret = len(list_types) != 018    list_types = check_rule(rule, list_types)19    row_button = []20    for type_name in list_types:21        line = InlineKeyboardButton(text=type_name[0],22                                    callback_data=filter_list.new(action='get_type_list',23                                                                  id=type_name[0]))24        row_button.append([line, ])25    return InlineKeyboardMarkup(inline_keyboard=row_button), ret26async def inline_object_list(user_db, type_name):27    list_object = await user_db.sql_list_object(type_name)28    row_button = []29    for object_id, object_name in list_object:30        line = InlineKeyboardButton(text=object_name,31                                    callback_data=filter_list.new(action='get_object_list',32                                                                  id=object_name))33        row_button.append([line, ])...

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.