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How to use list_subst method in stestr
Best Python code snippet using stestr_python
apptextview.py
Source:apptextview.py 
1# Created by jmlm at 08/04/2020-15:44 - P52from __future__ import unicode_literals3from prettytable import PrettyTable4from myapp.tools.jmlmtools import clear, colorify, MyError5from myapp.controlers import userchoicetext6from myapp.models.category import Category7from myapp.models.store import Store8from myapp.models.product import Product9from myapp.models.bookmark import Bookmark10"""11All the display 12"""13class ConsoleView:14 """15 The consoleView class16 Attributes :17 lines for the differents menus18 Methods:19 Appli --> the main loop20 display_menuXX --> display each menu21 display_product_detail --> display a product detail22 all the method are loop which can be leaved by user only23 """24 def __init__(self):25 clear()26 self.ligne_sep2=colorify("------------", ['lightgreen'])27 self.ligne_sep1 = colorify(" ------------------------", ['cyan'])28 self.ligne_quitter= colorify("0 - ", ['lightgreen']) + colorify("Quitter", ['lightblue'])29 self.titre = colorify("P5 - Open Food Facts" ,['lightblue']) + " - "30 def appli(self):31 """32 the main loop33 to leave : 0 in the first menu34 :return:35 """36 loop = True37 while loop:38 choix_menu0 = 039 choix_menu11 = 040 choix_menu12 = 041 choix_menu13 = 042 choix_menu21 = 043 choix_menu0 = self.display_menu0()44 if choix_menu0 == 0:45 loop = False46 continue47 elif choix_menu0 == 1:48 choix_menu11 = self.display_menu11()49 if choix_menu11 == 0 :50 continue51 choix_menu12 = self.display_menu12(choix_menu11)52 if choix_menu12 == 0:53 continue54 choix_menu13 = self.display_menu13(choix_menu12)55 else:56 choix_menu21 = self.display_menu21()57 def display_menu0(self):58 """59 display the 1st menu60 the input is treated by the specific class UserChoiceText()61 :return: choice 1 or 2 or 0 to leave the program62 """63 loop = True64 choix_menu = 065 while loop:66 clear()67 print("")68 # The text.69 titre = self.titre + colorify("Menu",['lightyellow'])70 ligne1 = colorify("1 - ",['lightgreen']) + \71 colorify("Retrouver un aliment dans une catégorie",['lightblue'])72 ligne2 = colorify("2 - ", ['lightgreen']) + \73 colorify("Retouver les aliments substitués", ['lightblue'])74 if choix_menu == 999:75 ligneErreur = colorify('Erreur - vous devez entrer un choix valide !',['red'])76 print(ligneErreur)77 else:78 print("")79 print(titre)80 print(self.ligne_sep1)81 print(ligne1)82 print(ligne2)83 print(self.ligne_sep2)84 print(self.ligne_quitter)85 choix=userchoicetext.UserChoiceText()86 choix_menu = choix.choice_prompt_numeric("Entrez votre choix : ")87 if choix_menu in [0,1,2]:88 loop = False89 return choix_menu90 else:91 choix_menu = 99992 def display_menu11(self):93 """94 choose the category --> PyInquirer95 display and choice are treated by UserChoiceText() class96 :param self:97 :return: Category or 0 to go back98 """99 loop = True100 while loop:101 clear()102 print("")103 titre = self.titre + colorify(" Menu1.1",['lightyellow'])104 print(titre)105 print(self.ligne_sep1)106 choix = userchoicetext.UserChoiceText()107 cat = choix.category_choice()108 return cat109 def display_menu21(self):110 """111 choose the bookmark112 the chart is displayed by Prettytable113 user can choose a product to display details of the product itself and the bookmarks114 products115 :param self:116 :return:117 """118 loop = True119 while loop:120 clear()121 print("")122 titre = self.titre + colorify(" Menu2.1",['lightyellow'])123 print(titre)124 print(self.ligne_sep1)125 # build the chart126 print(colorify("\nCi-dessous les produits substitués avec le produit de "127 "substition choisi : ",['lightblue']))128 bookmarkk = Bookmark()129 bookmarks = bookmarkk.get_all_bookmarks()130 x = PrettyTable()131 x.field_names = [' Id ', 'Libelle','---->' , 'Id subst', 'Libelle substitution' ]132 x.align[' Id '] = 'r'133 x.align['Id subst'] = 'r'134 x.align['Libelle'] = "l"135 x.align['Libelle substitution'] = "l"136 list_products = []137 list_products2 = []138 for bookmark in bookmarks:139 ligne_tab=[]140 product = Product()141 prod = product.get_product_byid(bookmark[0])142 prod_subst = product.get_product_byid(bookmark[1])143 list_products.append(prod[0])144 list_products2.append((prod[0],prod_subst[0]))145 ligne_tab.append(prod[0])146 ligne_tab.append(prod[1])147 ligne_tab.append("---->")148 ligne_tab.append(prod_subst[0])149 ligne_tab.append(prod_subst[1])150 x.add_row(ligne_tab)151 print(x.get_string())152 # choose a product to display the details or 0 to go back153 print(colorify("Entrez l'id d'un produit pour obtenir son détail et le sdétails des produits "154 "qui lui sont substituables (0 pour retour au menu)", ['lightblue']))155 choix = userchoicetext.UserChoiceText()156 id = choix.choice_prompt_numeric("Entrez votre choix : ")157 if id == 999:158 input(colorify("Erreur : Vous devez entrer un nombre (id) ou 0 pour retour"159 " au menu - Appuyer sur Entrée pour continuer !", ["red"]))160 continue161 elif id == 0:162 loop = False163 continue164 if id not in list_products:165 input(colorify("Erreur : Vous devez entrer un nombre (id) présent dans la listes ci-dessus"166 " - Appuyer sur Entrée pour continuer !", ["red"]))167 continue168 print(colorify("\nDetail du produit: ", ["lightyellow"]))169 # display details170 self.display_product_detail(prod)171 for list_subst in list_products2:172 if list_subst[0] == id:173 ligne = colorify("\nDétail du bookmark :", ['lightmagenta'])174 print(ligne)175 product = Product()176 prod = product.get_product_byid(list_subst[1])177 self.display_product_detail(prod)178 input(colorify("\n\nAppuyer sur entrée pour continuer : ", ["lightcyan"]))179 def display_menu12(self, idcategory):180 """181 choose the product in category in parameter --> PyInquirer182 display and choice are treated by UserChoiceText() class183 :param idcategory:184 :return: product185 """186 loop = True187 while loop:188 clear()189 print("")190 titre = self.titre + colorify(" Menu1.2", ['lightyellow'])191 print(titre)192 print(self.ligne_sep1)193 choix=userchoicetext.UserChoiceText()194 prod = choix.product_choice_bycat(idcategory)195 return prod196 def display_menu13(self, idproduct):197 """198 display the detail of the product in parameter199 display a chart of products which have nutrisocre = or < to select them to be200 substitutes --> recorded as bookmarks201 :param idproduct:202 :return:203 """204 loop = True205 while loop:206 clear()207 print("")208 titre = self.titre + colorify(" Menu1.3", ['lightyellow'])209 print(titre)210 print(self.ligne_sep1)211 # get the product and its category and its stores212 product = Product()213 prod = product.get_product_byid(idproduct)214 cat = Category()215 category = cat.get_category_byid(prod[5])216 store = Store()217 stores = store.get_store_byproduct(idproduct)218 # display detail219 ligne = colorify("Vous avez selectionné le produit suivant :", ['lightcyan'])220 print(ligne)221 self.display_product_detail(prod,category,stores)222 # get substitutes223 subsitutes = product.get_product_bookmarks(idproduct)224 # get already defined bookmarks225 bookmark= Bookmark()226 bookmarks = [element[1] for element in bookmark.get_bookmark_byproduct(idproduct)]227 # building the display table of substitutes with prettytable228 if len(subsitutes):229 x = PrettyTable()230 x.field_names = ['Substitut','id','Libelle','URL','Score','Grade','categorie']231 x.align['Libelle'] = "l"232 x.align["Score"] = "r"233 list_products = []234 for subsitute in subsitutes:235 subsitute=list(subsitute)236 if subsitute[0] == idproduct:237 continue238 list_products.append(subsitute[0])239 if subsitute[0] in bookmarks:240 subsitute.insert(0, "0")241 subsitute = [colorify(element,['green']) for element in subsitute]242 else:243 subsitute.insert(0,"N")244 x.add_row(subsitute)245 # display chart246 ligne = colorify("\nCi-dessous les produits de substitution possibles "247 "- nutriscore inférieur ou égal - ",['lightcyan']) + \248 colorify("(en vert les produits déjà mis en substitués/ookmarks) ",['green'])249 print(ligne)250 print(x.get_string(fields=['Substitut','id','Libelle','URL','Score','Grade'],reversort=True))251 # input the subsitutes id to be in bookmarks252 # choice are treated by UserChoiceText() class253 message = "Entrez les id des produits qui peuvent remplacer le produit choisi séparés par une " \254 "virgule ','. Ils seront alors enregistrés dans la base (0 pour retour au menu) : "255 choice = userchoicetext.UserChoiceText()256 choix = choice.choice_prompt_text(message)257 if choix == '0':258 return 0259 liste_choix=choix.split(',')260 # treat the user input and the errors261 try:262 for choix in liste_choix:263 if not choix.isdigit():264 ligne = colorify("Erreur : Vous devez entrer des id de produits - Abandon "265 "du traitement",['red','bold'])266 print(ligne)267 raise MyError268 else:269 if int(choix) in list_products:270 bookmark = Bookmark()271 rc = bookmark.add_bookmark(idproduct,choix)272 if rc[0] > 0:273 print("%s" % rc[1])274 ligne = colorify(f"Erreur : Echec création bookmark "275 f"{idproduct} {choix}", ['red'])276 print(ligne)277 raise MyError278 else:279 ligne = colorify(f"Création bookmark {idproduct}-{choix} OK !"280 , ['lightgreen'])281 print(ligne)282 else:283 ligne = colorify(f"Erreur le produit {choix} n'est pas dans la liste"284 f"des produits de substitution --> Abandon de ce choix !\n"285 f"Appuyer sur entrée pour continuer !",['red'])286 print(ligne)287 input("")288 except MyError:289 input (colorify("Abandon du traitement - Appuyer sure entrée pour continuer",['red']))290 continue291 input(colorify("Appuyer sur entrée pour continuer",['lightgreen']))292 # return 0293 def display_product_detail(self,prod,category=None,stores=None):294 """295 Display the detail of the product with its category and stores296 :param prod:297 :param category:298 :param stores:299 :return:300 """301 # to get the category id and the stres id if not specified302 if category is None:303 cat = Category()304 category = cat.get_category_byid(prod[5])305 if stores is None:306 store = Store()307 stores = store.get_store_byproduct(prod[0])308 # display309 ligne = colorify("Produit : ", ['lightcyan']) + \310 colorify(prod[1], ['white']) + " - " + \311 colorify(" Catégorie : ", ['lightcyan']) + \312 colorify(category[1], ['white'])313 print(ligne)314 ligne = colorify("Score Nutriscore : ", ['lightcyan']) + \315 colorify(str(prod[3]), ['white']) + " - " + \316 colorify(" Score Grade : ", ['lightcyan']) + \317 colorify(prod[4], ['white'])318 print(ligne)319 ligne = colorify("URL : ", ["lightcyan"]) + colorify(prod[2], ['white'])320 print(ligne)321 if len(stores) > 1:322 mag = "Magasins : "323 else:324 mag = "Magasin : "325 ligne = colorify(mag, ['lightcyan'])326 for stor in stores:327 ligne += colorify(stor[0], ['white'])328 ligne += " - "...
bot_clean.py
Source:bot_clean.py
1''' bot_clean '''2from __future__ import print_function3import sys4from copy import deepcopy5from itertools import izip6FILENAME = 'tests/test1.in'7INFINITY = 100008UNDEFINED = -19def dijkstra(graph, source, distances, prev):10 '''' calculate the minimum distances '''11 queue = []12 for i in range(len(graph)):13 queue.append(i)14 distances.append(INFINITY)15 prev.append(UNDEFINED)16 distances[source] = 017 while queue != []:18 min_val = INFINITY19 node = UNDEFINED20 for i, val in enumerate(queue):21 if distances[val] < min_val:22 min_val = distances[val]23 node = val24 queue.remove(node)25 for neighbor in range(len(graph)):26 if graph[node][neighbor] != 0:27 alt = distances[node] + graph[node][neighbor]28 if alt < distances[neighbor]:29 distances[neighbor] = alt30 prev[neighbor] = node31def get_route(prev, target):32 ''' create the route from start to target '''33 source = []34 while prev[target] != UNDEFINED:35 source.insert(0, target)36 target = prev[target]37 return source38def dirty_rooms(rooms):39 ''' create list with all dirty rooms '''40 list_rooms = []41 for i in rooms.keys():42 dictionary_room = rooms[i]43 if dictionary_room['state'] == 1:44 list_rooms.append(i)45 return list_rooms46def get_next_room(dist, dirty_rooms_list, rooms):47 '''get next room that can be cleaned '''48 min_val = -100049 room = UNDEFINED50 if len(dirty_rooms_list) == 1:51 room = dirty_rooms_list[0]52 else:53 for i, val in enumerate(dist):54 if i in dirty_rooms_list:55 report = float(rooms[i]['dim']) / (val + 1) # avoid dividing by 056 if report > min_val:57 min_val = report58 room = i59 return room60def get_next_room_min(dist, dirty_rooms_list):61 '''get next room that has the minimum distance from the current position '''62 min_val = INFINITY63 room = UNDEFINED64 if len(dirty_rooms_list) == 1:65 room = dirty_rooms_list[0]66 else:67 for i, val in enumerate(dist):68 if i in dirty_rooms_list:69 if min_val > val:70 min_val = val71 room = i72 return room73def pairwise(iterable):74 ''' generate pairs (x, y) '''75 parameter = iter(iterable)76 return izip(parameter, parameter)77def check_clean_room(substances, rooms):78 ''' verify if the robot contains enough substances '''79 list_subst = rooms['listSubst']80 for id_subst, val in pairwise(list_subst):81 if id_subst in substances.keys() and val > substances[id_subst]:82 return False83 return True84def decrease_substances(substances, room_substances):85 ''' decrease the numbers of substances that are used to clean the current room '''86 for subst_id, val in pairwise(room_substances):87 substances[subst_id] -= val88def get_deposit(distances, deposit_list):89 ''' return the closest deposit '''90 min_val = INFINITY91 room = UNDEFINED92 for i, val in enumerate(distances):93 if i in deposit_list and val < min_val:94 min_val = val95 room = i96 return room97def create_plan1(start, list_dirty_rooms, total_time, substances, rooms,98 graph, total_substances, deposit_list, capacity, heuristic):99 ''' method return a plan and the score'''100 time = 0101 score = 0102 result_list = []103 while list_dirty_rooms != [] and time < total_time:104 distances = []105 prev_steps = []106 dijkstra(graph, start, distances, prev_steps)107 # in function of heuristic choose the perfect room108 if heuristic == 0:109 current_room = get_next_room(distances, list_dirty_rooms, rooms)110 else:111 current_room = get_next_room_min(distances, list_dirty_rooms)112 # if any room can't be cleaned then go to refill the robot113 if check_clean_room(substances, rooms[current_room]):114 next_hop = get_route(prev_steps, current_room)115 for i in next_hop:116 time += graph[start][i]117 result = 'Move(' + str(start) + ", " + str(i) + ")"118 result_list.append(result)119 if i == current_room:120 decrease_substances(substances, rooms[current_room]['listSubst'])121 result = 'Clean(' + str(i) + ")"122 result_list.append(result)123 time += rooms[current_room]['dim']124 score += rooms[current_room]['dim']125 start = i126 list_dirty_rooms.remove(current_room)127 else:128 deposit = get_deposit(distances, deposit_list)129 next_hop = get_route(prev_steps, deposit)130 for i in next_hop:131 time += graph[start][i]132 result = 'Move(' + str(start) + ", " + str(i) + ")"133 result_list.append(result)134 if i == deposit:135 result = 'Refill(' + str(i) + ")"136 result_list.append(result)137 time += 1138 for j in range(total_substances):139 substances[j] = capacity140 start = i141 return score, result_list142def makeplan(filename):143 ''' create plan '''144 open_file = open(filename, 'r')145 # read from file146 line_split = open_file.readline().split(" ")147 nr_graph = int(line_split[0])148 total_time = int(line_split[1])149 total_substances = int(line_split[2])150 capacity = int(line_split[3])151 nr_deposits = int(line_split[4])152 nr_rooms = int(line_split[5])153 nr_edges = int(line_split[6])154 start = int(line_split[7])155 # create substances dictionary= {1: C, 2: C, 3: C }156 substances = {}157 for i in range(total_substances):158 substances[i] = capacity159 deposit_list = []160 line_split = open_file.readline().split(" ")161 for i in range(nr_deposits):162 deposit_list.append(int(line_split[i]))163 # build graph164 graph = [[0 for i in range(nr_graph)] for j in range(nr_graph)]165 for edge in range(nr_edges):166 line_split = open_file.readline().split(" ")167 i = int(line_split[0])168 j = int(line_split[1])169 cost = int(line_split[2])170 graph[i][j] = cost171 graph[j][i] = cost172 # rooms = {id: _ , stare: _, dim: _, nrSubst: _, listSubst: []}173 rooms = {}174 for i in range(nr_rooms):175 line_split = open_file.readline().split(" ")176 id_room = int(line_split[0])177 state = int(line_split[1])178 dimension = int(line_split[2])179 nr_substances = int(line_split[3])180 list_substances = []181 for j in range(nr_substances * 2):182 list_substances.append(int(line_split[j + 4]))183 new_room = {'id': id_room,184 'state': state,185 'dim': dimension,186 'nrSubst': nr_substances,187 'listSubst': list_substances}188 rooms[id_room] = new_room189 list_dirty_rooms = dirty_rooms(rooms)190 (score1, result_list1) = create_plan1(start, deepcopy(list_dirty_rooms), total_time,191 deepcopy(substances), rooms, graph, total_substances,192 deposit_list, capacity, 0)193 (score2, result_list2) = create_plan1(start, deepcopy(list_dirty_rooms), total_time,194 deepcopy(substances), rooms, graph, total_substances,195 deposit_list, capacity, 1)196 if score1 > score2:197 return deepcopy(result_list1)198 else:199 return deepcopy(result_list2)200def main(argv):201 ''' main '''202 print(makeplan(FILENAME))203if __name__ == '__main__':...
run_altmini.py
Source:run_altmini.py
1#!/usr/bin/env python32# -*- coding: utf-8 -*-3"""4Created on Tue Feb 23 10:02:31 20215@author: leguillou6"""7import os8import argparse9import numpy as np10import subprocess11from datetime import datetime12import re13def create_new_config_file(src_file,out_file,list_pattern,list_subst):14 line_added = []15 with open(out_file, 'w') as out:16 with open(src_file, 'r') as src:17 lines = src.readlines()18 for line in lines:19 found = False20 for pattern,subst in zip(list_pattern,list_subst):21 if re.search(pattern, line) and line[:len(pattern)]==pattern\22 and line[len(pattern)] in [' ','=']:23 line_added.append(pattern)24 new_line = subst + '\n'25 out.write(new_line)26 found = True27 if not found:28 out.write(line)29 for pattern,subst in zip(list_pattern,list_subst):30 if pattern not in line_added:31 new_line = subst + '\n'32 out.write(new_line)33if __name__ == "__main__":34 35 pwd = os.path.dirname(os.path.abspath(__file__))36 37 # Parsing38 parser = argparse.ArgumentParser(description='')39 parser.add_argument('--p', 40 default='Exp_joint', 41 type=str) # Path of experiment (useful to restart an existing experiment)42 parser.add_argument('--c1', # Path of 1st config file43 default=os.path.join('examples','config_Example2_BM.py'),44 type=str) 45 parser.add_argument('--c2', # Path of 2nd config file46 default=os.path.join('examples','config_Example2_IT.py'),47 type=str) 48 parser.add_argument('--params1', type=str, default=None) # names of iterable parameters for 1st experiment49 parser.add_argument('--params2', type=str, default=None) # names of iterable parameters for 2nd experiment50 parser.add_argument('--i0', default=0, type=int) # First iteration number (useful if the experiment is restarted)51 parser.add_argument('--imax', default=None, type=int) # Maximum number of iterations52 parser.add_argument('--Kmin', default=1e-3, type=float) # Value of K below which the iterations are stopped53 opts = parser.parse_args()54 print("* Parsing:")55 i0 = opts.i056 imax = opts.imax57 if imax is None:58 imax = np.inf59 path_exp = opts.p 60 if i0==0:61 path_exp += '_'+datetime.now().strftime('%Y-%m-%d_%H%M')62 exp_config_file_1 = opts.c163 exp_config_file_2 = opts.c264 params1 = opts.params165 params2 = opts.params266 Kmin = opts.Kmin67 print('path_exp:',path_exp)68 print('config1:',exp_config_file_1)69 print('config2:',exp_config_file_2)70 print('iterable parameters for config1:',params1)71 print('iterable parameters for congig2:',params2)72 print('Startint at iteration n°',i0)73 print('Stopping algorithm when K <',Kmin)74 75 76 # Convergence file77 path_K = os.path.join(path_exp,'K.txt')78 print('Convergence trajectory is written in:',path_K)79 80 # Create experimental directory81 if not os.path.exists(path_exp):82 print('creating',path_exp)83 os.makedirs(path_exp)84 85 # Create new config files86 path_exp_config_file_1 = os.path.join(path_exp,'config1.py')87 path_exp_config_file_2 = os.path.join(path_exp,'config2.py')88 89 create_new_config_file(exp_config_file_1,90 path_exp_config_file_1,91 ['tmp_DA_path ','path_save ','path_obs '],92 ['tmp_DA_path = "' + os.path.join(path_exp,'scratch/Exp1/iteration_0"'),93 'path_save = "' + os.path.join(path_exp,'outputs/Exp1/iteration_0"'),94 'path_obs = "' + os.path.join(path_exp,'obs/Exp1"')]95 )96 97 create_new_config_file(exp_config_file_2,98 path_exp_config_file_2,99 ['tmp_DA_path ','path_save ','path_obs '],100 ['tmp_DA_path = "' + os.path.join(path_exp,'scratch/Exp2/iteration_0"'),101 'path_save = "' + os.path.join(path_exp,'outputs/Exp2/iteration_0"'),102 'path_obs = "' + os.path.join(path_exp,'obs/Exp2"')]103 )104 105 K = np.inf106 i = i0107 108 while K>Kmin and i<=imax:109 110 time0 = datetime.now()111 print('\n*** Iteration n°'+str(i) + ' ***')112 113 # Run iteration114 print('1. Run Mapping experiments')115 run_iteration = os.path.join(pwd,'run_iteration.py')116 cmd = ['python3', run_iteration, 117 '--c1',path_exp_config_file_1,118 '--c2',path_exp_config_file_2,119 '--i',str(i),120 '--K',path_K]121 if params1 is not None:122 cmd.append('--params1')123 cmd.append(params1)124 if params2 is not None:125 cmd.append('--params2')126 cmd.append(params2)127 128 129 print(' '.join(cmd))130 131 out = open(os.path.join(path_exp,'logout_' + str(i) + '.txt'), "w")132 err = open(os.path.join(path_exp,'logerr_' + str(i) + '.txt'), "w")133 subprocess.call(cmd,stdout=out,stderr=err)134 135 # Convergence criteria 136 if i>0:137 print('2. Convergence criteria:')138 with open(path_K,'r') as f:139 last_line = f.readlines()[i-1]140 K1,K2,K = last_line.split(' ')141 print('\tK1',K1)142 print('\tK2',K2)143 print('\tK',K)144 K = float(K)145 i += 1146 time1 = datetime.now()147 print('computation time:',time1-time0)148 149 ...
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