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multithread_workload_generator_verify_results.py
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multithread_workload_generator_verify_results.py
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import sys
import requests
import os
import argparse
import _thread
import time
import subprocess
from collections import deque
from concurrent.futures import ThreadPoolExecutor
from concurrent.futures import as_completed
correct_map = {
'test_00' : 'Paul',
'test_01' : 'Emily',
'test_02' : 'Bob',
'test_03' : 'German',
'test_04' : 'Emily',
'test_05' : 'Gerry',
'test_06' : 'Gerry',
'test_07' : 'Ranil',
'test_08' : 'Bill',
'test_09' : 'Wang',
'test_10' : 'Paul',
'test_11' : 'Emily',
'test_12' : 'Bob',
'test_13' : 'German',
'test_14' : 'Emily',
'test_15' : 'Gerry',
'test_16' : 'Gerry',
'test_17' : 'Ranil',
'test_18' : 'Bill',
'test_19' : 'Wang',
'test_20' : 'Paul',
'test_21' : 'Emily',
'test_22' : 'Bob',
'test_23' : 'German',
'test_24' : 'Emily',
'test_25' : 'Gerry',
'test_26' : 'Gerry',
'test_27' : 'Ranil',
'test_28' : 'Bill',
'test_29' : 'Wang',
'test_30' : 'Paul',
'test_31' : 'Emily',
'test_32' : 'Bob',
'test_33' : 'German',
'test_34' : 'Emily',
'test_35' : 'Gerry',
'test_36' : 'Gerry',
'test_37' : 'Ranil',
'test_38' : 'Bill',
'test_39' : 'Wang',
'test_40' : 'Paul',
'test_41' : 'Emily',
'test_42' : 'Bob',
'test_43' : 'German',
'test_44' : 'Emily',
'test_45' : 'Gerry',
'test_46' : 'Gerry',
'test_47' : 'Ranil',
'test_48' : 'Bill',
'test_49' : 'Wang',
'test_50' : 'Paul',
'test_51' : 'Emily',
'test_52' : 'Bob',
'test_53' : 'German',
'test_54' : 'Emily',
'test_55' : 'Gerry',
'test_56' : 'Gerry',
'test_57' : 'Ranil',
'test_58' : 'Bill',
'test_59' : 'Wang',
'test_60' : 'Paul',
'test_61' : 'Emily',
'test_62' : 'Bob',
'test_63' : 'German',
'test_64' : 'Emily',
'test_65' : 'Gerry',
'test_66' : 'Gerry',
'test_67' : 'Ranil',
'test_68' : 'Bill',
'test_69' : 'Wang',
'test_70' : 'Paul',
'test_71' : 'Emily',
'test_72' : 'Bob',
'test_73' : 'German',
'test_74' : 'Emily',
'test_75' : 'Gerry',
'test_76' : 'Gerry',
'test_77' : 'Ranil',
'test_78' : 'Bill',
'test_79' : 'Wang',
'test_80' : 'Paul',
'test_81' : 'Emily',
'test_82' : 'Bob',
'test_83' : 'German',
'test_84' : 'Emily',
'test_85' : 'Gerry',
'test_86' : 'Gerry',
'test_87' : 'Ranil',
'test_88' : 'Bill',
'test_89' : 'Wang',
'test_90' : 'Paul',
'test_91' : 'Emily',
'test_92' : 'Bob',
'test_93' : 'German',
'test_94' : 'Emily',
'test_95' : 'Gerry',
'test_96' : 'Gerry',
'test_97' : 'Ranil',
'test_98' : 'Bill',
'test_99' : 'Wang',
}
parser = argparse.ArgumentParser(description='Upload images')
parser.add_argument('--num_request', type=int, help='one image per request')
parser.add_argument('--url', type=str, help='URL to the backend server, e.g. http://3.86.108.221/xxxx.php')
parser.add_argument('--image_folder', type=str, help='the path of the folder where images are saved on your local machine')
args = parser.parse_args()
url = args.url
# These are global variables
correct_count = 0
received_count = 0
wrong_dict = {}
def send_one_request(image_path):
# To check the correctness of the result, it will modify the following variables
global correct_count, received_count, wrong_dict
# Define http payload, "myfile" is the key of the http payload
file = {"myfile": open(image_path,'rb')}
r = requests.post(url, files=file)
if r.status_code != 200:
print('sendErr: '+r.url)
else :
print("\n"+r.text)
line = r.text
# Each line is like this format: (test_00.jpg,Paul)
# The following part is to parse the line, and check the correctness
if '(' in line:
line = line.replace('.jpg', '')
line = line.strip()
line = line.strip('()')
line = line.split(',')
image_name = line[0]
correct_result = (correct_map[image_name])
output = line[1].strip()
if correct_result == output:
correct_count += 1
else:
wrong_dict[image_name] = output
received_count += 1
start_time = time.time()
num_request = args.num_request
image_folder = args.image_folder
num_max_workers = 100
image_path_list = []
for i, name in enumerate(os.listdir(image_folder)):
if i == num_request:
break
image_path_list.append(image_folder + name)
with ThreadPoolExecutor(max_workers = num_max_workers) as executor:
executor.map(send_one_request, image_path_list)
while 1:
print(".")
time.sleep(1)
end_time = (time.time()-start_time)
if received_count == num_request or end_time > 600:
print(f"Total time: {end_time}s")
if correct_count == num_request:
print(f"{num_request} requests are sent. {correct_count} responses are correct.")
else:
print(f"{num_request} requests are sent. {correct_count} responses are correct.")
print(f"Following results are wrong:")
for k, v in wrong_dict.items():
print(f"{k}: {v}")
break