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How to use elapsed_time method in unittest-xml-reporting
Best Python code snippet using unittest-xml-reporting_python
ProFinal.py
Source:ProFinal.py 
1#!/usr/bin/python32import time3#Llamamos al tipo de Operacion4def tipoOperacion():5 correcto = False6 num = 07 while (not correcto):8 try:9 num = int(input("ESCOJA UNA OPCION: "))10 print(" ")11 correcto = True12 except ValueError:13 print('Error, introduce un numero e2ntero')14 return num15salir = False16opcion = 017#LLamamos a la Opcion con el numero de valores a Operar18def numeroValores():19 bien = False20 n = 021 while (not bien):22 try:23 n = int(input("ESCOJA UN NUMERO DE VALORES"))24 print(" ")25 bien = True26 except ValueError:27 print('Error, introduce un numero entero')28 return n29sal = False30op = 031#Ordenamiento Por seleccion32def ordenamiento_Seleccion(lista, tam):33 print("Arreglo Desordenado")34 print(lista)35 for i in range(0, tam - 1):36 min = i 37 for j in range(i + 1, tam):38 if lista[min] > lista[j]:39 min = j40 aux = lista[min]41 lista[min] = lista[i]42 lista[i] = aux43 print ("Arreglo Ordenado")44 print lista45#Ordenamiento Por Combinacion46def ordenamiento_Combinacion(Lista):47 print("Dividir ",Lista)48 if len(Lista)>1:49 mitad = len(Lista)/250 mitadIzquierda = Lista[:mitad]51 mitadDerecha = Lista[mitad:]52 ordenamiento_Combinacion(mitadIzquierda)53 ordenamiento_Combinacion(mitadDerecha)54 i=055 j=056 k=057 while i < len(mitadIzquierda) and j < len(mitadDerecha):58 if mitadIzquierda[i] < mitadDerecha[j]:59 Lista[k]=mitadIzquierda[i]60 i=i+161 else:62 Lista[k]=mitadDerecha[j]63 j=j+164 k=k+165 while i < len(mitadIzquierda):66 Lista[k]=mitadIzquierda[i]67 i=i+168 k=k+169 while j < len(mitadDerecha):70 Lista[k]=mitadDerecha[j]71 j=j+172 k=k+173 print("Mezclar ",Lista)74#Ordenamiento Por Ircecion75def ordenamiento_insercion(lista):76 print("Lista Desordenanda")77 for i in xrange(len(lista) - 1):78 if lista[i + 1] < lista[i]:79 reubicar(lista, i + 1)80 print "Despuesde Pasada :", i, ">", lista81 print("Arreglo Ordenado")82 print(lista)83def reubicar(lista, p):84 v = lista[p]85 j = p86 while j > 0 and v < lista[j - 1]:87 lista[j] = lista[j - 1]88 j -= 189 lista[j] = v90#Leer Lista91def leeLista(op):92 if op ==1:93 archivo = open("100.txt", "r")94 contenido = archivo.readlines()95 lista_data = [int(r) for r in contenido]96 return lista_data97 elif op == 2:98 archivo = open("1000.txt", "r")99 contenido = archivo.readlines()100 lista_data = [int(r) for r in contenido]101 return lista_data102 elif op == 3:103 archivo = open("5000.txt", "r")104 contenido = archivo.readlines()105 lista_data = [int(r) for r in contenido]106 return lista_data107 elif op == 4:108 archivo = open("10000.txt", "r")109 contenido = archivo.readlines()110 lista_data = [int(r) for r in contenido]111 return lista_data112 elif op == 5:113 archivo = open("50000.txt", "r")114 contenido = archivo.readlines()115 lista_data = [int(r) for r in contenido]116 return lista_data117 elif op == 6:118 archivo = open("100000.txt", "r")119 contenido = archivo.readlines()120 lista_data = [int(r) for r in contenido]121 return lista_data122 elif op == 7:123 archivo = open("500000.txt", "r")124 contenido = archivo.readlines()125 lista_data = [int(r) for r in contenido]126 return lista_data127 elif op == 8:128 archivo = open("1000000.txt", "r")129 contenido = archivo.readlines()130 lista_data = [int(r) for r in contenido]131 return lista_data132 elif op == 9:133 archivo = open("2000000.txt", "r")134 contenido = archivo.readlines()135 lista_data = [int(r) for r in contenido]136 return lista_data137while not salir:138 print ("1: Ordenamiento Por Seleccion")139 print ("2: Ordenamiento Por combinacion")140 print ("3: Ordenamiento Por Inserccion")141 print ("4: SALIR")142 print ("Elige una opcion")143 opcion = tipoOperacion()144 if opcion == 1:145 print ("A SELECCIONADO LA OPCION :", "Ordenamiento Por Seleccion")146 while not sal:147 print ("1: (100)")148 print ("2: (1000)")149 print ("3: (5000)")150 print ("4: (10000)")151 print ("5: (50000)")152 print ("6: (100000)")153 print ("7: (500000)")154 print ("8: (1000000)")155 print ("9: (2000000)")156 print("0: Salir")157 print ("Ingrese la Opcion con el Numero de valores a Operar")158 op = numeroValores()159 if op == 1:160 print("A seleccionado la operacion con 100 valores")161 #leeArchivo()162 starting_point = time.time()163 A = leeLista(op)164 ordenamiento_Seleccion(A, len(A))165 elapsed_time = time.time() - starting_point166 elapsed_time_minutes = elapsed_time / 60167 elapsed_time_seconds = elapsed_time % 60168 print ("Tiempo", "Minutos:", elapsed_time_minutes ,"Segundos: ", elapsed_time_seconds)169 elif op ==2:170 print("A seleccionado la operacion con 1000 valores")171 # leeArchivo()172 starting_point = time.time()173 A = leeLista(op)174 ordenamiento_Seleccion(A, len(A))175 elapsed_time = time.time() - starting_point176 elapsed_time_minutes = elapsed_time / 60177 elapsed_time_seconds = elapsed_time % 60178 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)179 elif op ==3:180 print ("A seleccionado la operacion con 5000 valores")181 # leeArchivo()182 starting_point = time.time()183 A = leeLista(op)184 ordenamiento_Seleccion(A, len(A))185 elapsed_time = time.time() - starting_point186 elapsed_time_minutes = elapsed_time / 60187 elapsed_time_seconds = elapsed_time % 60188 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)189 elif op == 4:190 print ("A seleccionado la operacion con 10000 valores")191 starting_point = time.time()192 A = leeLista(op)193 ordenamiento_Seleccion(A, len(A))194 elapsed_time = time.time() - starting_point195 elapsed_time_minutes = elapsed_time / 60196 elapsed_time_seconds = elapsed_time % 60197 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)198 elif op == 5:199 print ("A seleccionado la operacion con 50000 valores")200 starting_point = time.time()201 A = leeLista(op)202 ordenamiento_Seleccion(A, len(A))203 elapsed_time = time.time() - starting_point204 elapsed_time_minutes = elapsed_time / 60205 elapsed_time_seconds = elapsed_time % 60206 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)207 elif op == 6:208 print ("A seleccionado la operacion con 500000 valores")209 starting_point = time.time()210 A = leeLista(op)211 ordenamiento_Seleccion(A, len(A))212 elapsed_time = time.time() - starting_point213 elapsed_time_minutes = elapsed_time / 60214 elapsed_time_seconds = elapsed_time % 60215 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)216 elif op == 7:217 print ("A seleccionado la operacion con 100000 valores")218 starting_point = time.time()219 A = leeLista(op)220 ordenamiento_Seleccion(A, len(A))221 elapsed_time = time.time() - starting_point222 elapsed_time_minutes = elapsed_time / 60223 elapsed_time_seconds = elapsed_time % 60224 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)225 elif op == 8:226 print ("A seleccionado la operacion con 1000000 valores")227 starting_point = time.time()228 A = leeLista(op)229 ordenamiento_Seleccion(A, len(A))230 elapsed_time = time.time() - starting_point231 elapsed_time_minutes = elapsed_time / 60232 elapsed_time_seconds = elapsed_time % 60233 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)234 elif op == 9:235 print ("A seleccionado la operacion con 2000000 valores")236 starting_point = time.time()237 A = leeLista(op)238 ordenamiento_Seleccion(A, len(A))239 elapsed_time = time.time() - starting_point240 elapsed_time_minutes = elapsed_time / 60241 elapsed_time_seconds = elapsed_time % 60242 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)243 elif op == 0:244 sal = True245 else:246 print ("Introduce un numero entre 1 y 9")247 print ("Fin")248 print (" ")249 elif opcion == 2:250 print ("A SELECCIONADO LA OPCION 2:", "Ordenamiento por Combinacion")251 while not sal:252 print ("1: (100)")253 print ("2: (1000)")254 print ("3: (5000)")255 print ("4: (10000)")256 print ("5: (50000)")257 print ("6: (100000)")258 print ("7: (500000)")259 print ("8: (1000000)")260 print ("9: (2000000)")261 print("0: Salir")262 print ("Ingrese la Opcion con el Numero de valores a Operar")263 op = numeroValores()264 if op == 1:265 print("A seleccionado la operacion con 100 valores")266 starting_point = time.time()267 B = leeLista(op)268 ordenamiento_Combinacion(B)269 elapsed_time = time.time() - starting_point270 elapsed_time_minutes = elapsed_time / 60271 elapsed_time_seconds = elapsed_time % 60272 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)273 elif op == 2:274 print("A seleccionado la operacion con 1000 valores")275 starting_point = time.time()276 B = leeLista(op)277 ordenamiento_Combinacion(B)278 elapsed_time = time.time() - starting_point279 elapsed_time_minutes = elapsed_time / 60280 elapsed_time_seconds = elapsed_time % 60281 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)282 elif op == 3:283 print ("A seleccionado la operacion con 5000 valores")284 starting_point = time.time()285 B = leeLista(op)286 ordenamiento_Combinacion(B)287 elapsed_time = time.time() - starting_point288 elapsed_time_minutes = elapsed_time / 60289 elapsed_time_seconds = elapsed_time % 60290 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)291 elif op == 4:292 print ("A seleccionado la operacion con 10000 valores")293 starting_point = time.time()294 B = leeLista(op)295 ordenamiento_Combinacion(B)296 elapsed_time = time.time() - starting_point297 elapsed_time_minutes = elapsed_time / 60298 elapsed_time_seconds = elapsed_time % 60299 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)300 elif op == 5:301 print ("A seleccionado la operacion con 50000 valores")302 starting_point = time.time()303 B = leeLista(op)304 ordenamiento_Combinacion(B)305 elapsed_time = time.time() - starting_point306 elapsed_time_minutes = elapsed_time / 60307 elapsed_time_seconds = elapsed_time % 60308 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)309 elif op == 6:310 print ("A seleccionado la operacion con 500000 valores")311 starting_point = time.time()312 B = leeLista(op)313 ordenamiento_Combinacion(B)314 elapsed_time = time.time() - starting_point315 elapsed_time_minutes = elapsed_time / 60316 elapsed_time_seconds = elapsed_time % 60317 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)318 elif op == 7:319 print ("A seleccionado la operacion con 100000 valores")320 starting_point = time.time()321 B = leeLista(op)322 ordenamiento_Combinacion(B)323 elapsed_time = time.time() - starting_point324 elapsed_time_minutes = elapsed_time / 60325 elapsed_time_seconds = elapsed_time % 60326 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)327 elif op == 8:328 print ("A seleccionado la operacion con 1000000 valores")329 starting_point = time.time()330 B = leeLista(op)331 ordenamiento_Combinacion(B)332 elapsed_time = time.time() - starting_point333 elapsed_time_minutes = elapsed_time / 60334 elapsed_time_seconds = elapsed_time % 60335 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)336 elif op == 9:337 print ("A seleccionado la operacion con 2000000 valores")338 starting_point = time.time()339 B = leeLista(op)340 ordenamiento_Combinacion(B)341 elapsed_time = time.time() - starting_point342 elapsed_time_minutes = elapsed_time / 60343 elapsed_time_seconds = elapsed_time % 60344 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)345 elif op == 0:346 sal = True347 else:348 print ("Introduce un numero entre 1 y 9")349 print ("Fin")350 print (" ")351 elif opcion == 3:352 print ("A SELECCIONADO LA OPCION 3 :", "Ordenamiento por Insercion")353 while not sal:354 print ("1: (100)")355 print ("2: (1000)")356 print ("3: (5000)")357 print ("4: (10000)")358 print ("5: (50000)")359 print ("6: (100000)")360 print ("7: (500000)")361 print ("8: (1000000)")362 print ("9: (2000000)")363 print("0: Salir")364 print ("Ingrese la Opcion con el Numero de valores a Operar")365 op = numeroValores()366 if op == 1:367 print("A seleccionado la operacion con 100 valores")368 starting_point = time.time()369 B = leeLista(op)370 ordenamiento_insercion(B)371 elapsed_time = time.time() - starting_point372 elapsed_time_minutes = elapsed_time / 60373 elapsed_time_seconds = elapsed_time % 60374 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)375 elif op == 2:376 print("A seleccionado la operacion con 1000 valores")377 starting_point = time.time()378 B = leeLista(op)379 ordenamiento_insercion(B)380 elapsed_time = time.time() - starting_point381 elapsed_time_minutes = elapsed_time / 60382 elapsed_time_seconds = elapsed_time % 60383 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)384 elif op == 3:385 print ("A seleccionado la operacion con 5000 valores")386 starting_point = time.time()387 B = leeLista(op)388 ordenamiento_insercion(B)389 elapsed_time = time.time() - starting_point390 elapsed_time_minutes = elapsed_time / 60391 elapsed_time_seconds = elapsed_time % 60392 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)393 elif op == 4:394 print ("A seleccionado la operacion con 10000 valores")395 starting_point = time.time()396 B = leeLista(op)397 ordenamiento_insercion(B)398 elapsed_time = time.time() - starting_point399 elapsed_time_minutes = elapsed_time / 60400 elapsed_time_seconds = elapsed_time % 60401 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)402 elif op == 5:403 print ("A seleccionado la operacion con 50000 valores")404 starting_point = time.time()405 B = leeLista(op)406 ordenamiento_insercion(B)407 elapsed_time = time.time() - starting_point408 elapsed_time_minutes = elapsed_time / 60409 elapsed_time_seconds = elapsed_time % 60410 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)411 elif op == 6:412 print ("A seleccionado la operacion con 500000 valores")413 starting_point = time.time()414 B = leeLista(op)415 ordenamiento_insercion(B)416 elapsed_time = time.time() - starting_point417 elapsed_time_minutes = elapsed_time / 60418 elapsed_time_seconds = elapsed_time % 60419 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)420 elif op == 7:421 print ("A seleccionado la operacion con 100000 valores")422 starting_point = time.time()423 B = leeLista(op)424 ordenamiento_insercion(B)425 elapsed_time = time.time() - starting_point426 elapsed_time_minutes = elapsed_time / 60427 elapsed_time_seconds = elapsed_time % 60428 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)429 elif op == 8:430 print ("A seleccionado la operacion con 1000000 valores")431 starting_point = time.time()432 B = leeLista(op)433 ordenamiento_insercion(B)434 elapsed_time = time.time() - starting_point435 elapsed_time_minutes = elapsed_time / 60436 elapsed_time_seconds = elapsed_time % 60437 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)438 elif op == 9:439 print ("A seleccionado la operacion con 2000000 valores")440 starting_point = time.time()441 B = leeLista(op)442 ordenamiento_insercion(B)443 elapsed_time = time.time() - starting_point444 elapsed_time_minutes = elapsed_time / 60445 elapsed_time_seconds = elapsed_time % 60446 print ("Tiempo", "Minutos:", elapsed_time_minutes, "Segundos: ", elapsed_time_seconds)447 elif op == 0:448 sal = True449 else:450 print ("Introduce un numero entre 1 y 9")451 print ("Fin")452 print (" ")453 elif opcion == 4:454 salir = True455 else:456 print ("Introduce un numero entre 1 y 3")...
views.py
Source:views.py
...72 print("Start times reset ........")73 context = {"test": "test"}74 return render(request, 'set_race.html', context)75# Create your views here.76# def _set_team_elapsed_time(last_runner):77#78# runner_number = last_runner.number79# team_number = runner_number[1:]80#81# team = Teams.objects.get(number=team_number)82# print(f"Team name is: {team.name}")83# print(f"Runner A elapsed time: {team.runners_A.elapsed_time} Type is: {type(team.runners_A.elapsed_time)}")84# print(f"Runner B elapsed time: {team.runners_B.elapsed_time} Type is: {type(team.runners_B.elapsed_time)}")85# print(f"Runner C elapsed time: {team.runners_C.elapsed_time} Type is: {type(team.runners_C.elapsed_time)}")86# print(f"Runner D elapsed time: {team.runners_D.elapsed_time} Type is: {type(team.runners_D.elapsed_time)}")87# print(f"Runner E elapsed time: {team.runners_E.elapsed_time} Type is: {type(team.runners_E.elapsed_time)}")88# print(f"Runner F elapsed time: {team.runners_F.elapsed_time} Type is: {type(team.runners_F.elapsed_time)}")89#90# accumulated_time = datetime.time("00:00:00")91# elapsed_times_list = [team.runners_A.elapsed_time, team.runners_B.elapsed_time, team.runners_C.elapsed_time,92# team.runners_D.elapsed_time, team.runners_E.elapsed_time, team.runners_F.elapsed_time]93# for counter, et in enumerate(elapsed_times_list):94# if et is not None:95# accumulated_time = accumulated_time + et96# print(f"Loop: {counter} Accumulated time is: {accumulated_time}")97#98#99# print(f"Team elapsed time is: {accumulated_time}")100# team.elapsed_time = accumulated_time101# team.save()102def find_runner(request, runner_id):103 # Ensure that all characters are upper case.104 runner_id = runner_id.upper()105 elapsed_time = ""106 if request.user.is_staff or request.user.is_superuser:107 #queryset_all_runners = Post.objects.all().order_by('-created')108 try:109 runner = Runner.objects.get(number=runner_id)110 message = f"Runner is: {runner.first_name} {runner.last_name} " \111 f"Number: {runner.number} Age: {runner.age} " \112 f"Start time: {runner.start_time} End time: {runner.end_time}"113 print(f"Message: {message}")114 if request.method == "POST":115 data = request.POST116 time_value = data.get("end")117 print(f"Time value is: {time_value}")118 datetime_object = parser.parse(time_value)119 runner.end_time = tz_lon.localize(datetime_object)120 #runner.end_time = datetime_object121 print(f"The end time type is: {type(runner.end_time)}")122 if runner.start_time is not None:123 if runner.start_time <= runner.end_time:124 elapsed_time = runner.end_time - runner.start_time125 runner.elapsed_time = str(elapsed_time)126 #_set_team_elapsed_time(runner)127 else:128 print(f"Error start time is after end time: {runner.end_time}")129 else:130 print(f"No start time for runner")131 elapsed_time = "No start time!"132 print(f"Runners elapsed time is: {runner.elapsed_time}")133 runner.save()134 #_set_runner_next_start(runner)135 if request.method == "GET":136 elapsed_time = runner.elapsed_time137 print(f"Elapsed time in get is: {elapsed_time}")138 context = {"number": runner.number,139 "name": f"{runner.first_name} {runner.last_name}",140 "gender": runner.gender,...
main.py
Source:main.py
1from naive_bayes import *2from knn import *3from decision_tree import *4from kmeans import *5from random_forest import *6from support_vector_machines import *7from multi_layer_preceptron import *8from association_rules import *9import matplotlib.pyplot as plt; plt.rcdefaults()10import numpy as np11import matplotlib.pyplot as plt12def make_plots():13 objects = ('Naive Bayes', '\nKNN-3', 'KNN-5', '\nKNN-11', 'Decision Tree', '\nKMeans', '\n\nRandom Forest', '\nSVM', 'MLP')14 # , '\nSVM', 'MLP'15 y = [1, 2, 3, 4, 5, 6, 7, 8, 9]16 y_pos = np.arange(len(objects))17 elapsed_times = []18 accs = []19 elapsed_time, acc_score, c_matrix = do_naive_bayes()20 elapsed_times.append(elapsed_time)21 accs.append(acc_score)22 elapsed_time, acc_score, c_matrix = do_knn(3)23 elapsed_times.append(elapsed_time)24 accs.append(acc_score)25 elapsed_time, acc_score, c_matrix = do_knn(5)26 elapsed_times.append(elapsed_time)27 accs.append(acc_score)28 elapsed_time, acc_score, c_matrix = do_knn(11)29 elapsed_times.append(elapsed_time)30 accs.append(acc_score)31 elapsed_time, acc_score, c_matrix = do_decision_tree()32 elapsed_times.append(elapsed_time)33 accs.append(acc_score)34 elapsed_time, acc_score, c_matrix = do_kmeans()35 elapsed_times.append(elapsed_time)36 accs.append(acc_score)37 elapsed_time, acc_score, c_matrix = do_random_forest()38 elapsed_times.append(elapsed_time)39 accs.append(acc_score)40 elapsed_time, acc_score, c_matrix = do_SVM()41 elapsed_times.append(elapsed_time)42 accs.append(acc_score)43 elapsed_time, acc_score, c_matrix = do_MLP()44 elapsed_times.append(elapsed_time)45 accs.append(acc_score)46 # count_frequency_columns()47 # count_min_max_mean_columns()48 print(accs)49 plt.bar(y_pos, elapsed_times, align='center', alpha=0.5)50 plt.xticks(y_pos, objects)51 plt.ylabel('Time')52 plt.title('Time')53 fig = plt.gcf()54 for index, value in enumerate(elapsed_times):55 plt.text(index - 0.2, elapsed_times[index], str("%.3f" % elapsed_times[index]))56 fig.savefig(f'time.png', dpi=100)57 plt.close(fig)58 plt.close()59 plt.bar(y_pos, accs, align='center', alpha=0.5)60 plt.xticks(y_pos, objects)61 plt.ylabel('Accuracy')62 plt.title('Accuracy')63 fig = plt.gcf()64 for index, value in enumerate(y):65 plt.text(index - 0.2, accs[index], str("%.3f" % accs[index]))66 fig.savefig(f'Accuracy.png', dpi=100)67 plt.close(fig)68 plt.close()69# do_association_rules()...
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