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] == 'игÑа' or price[0] == 'ÐлаÑÑеÑ':8 list_types.remove(price)9 elif rule[0] == 'intensivist':10 for price in list_types:11 if price[0] == 'ÐеÑеговоÑнÑе':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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