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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, ])...

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