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How to use get_time_taken method in stestr
Best Python code snippet using stestr_python
run_attacks.py
Source:run_attacks.py 
...5from mininet.link import TCLink6from mininet.util import dumpNodeConnections7import time8OUTPUT_DIR = "./plots"9def get_time_taken(filename):10 time_taken = 011 with open(filename, "r") as f:12 lines = f.readlines()13 for line in lines:14 typ, time, data_size = line.split(",")15 if typ == "time_taken":16 time_taken = time17 break18 return time_taken19def build_parser():20 parser = argparse.ArgumentParser(description="Attack plot generator")21 parser.add_argument(22 "--output",23 dest="output_dir",24 default=OUTPUT_DIR,25 help="Directory to store output plots.",26 )27 parser.add_argument(28 "--delay",29 dest="link_delay",30 type=int,31 default=250,32 help="Link delay in ms (default is 250ms).",33 )34 parser.add_argument(35 "--data-size",36 dest="data_size",37 type=int,38 default=60,39 help="Amount of data to be sent from sender side (in kB).",40 )41 parser.add_argument(42 "--num-attack",43 dest="num_attack",44 type=int,45 default=50,46 help="Number of ACK packets to perform attacks.",47 )48 parser.add_argument(49 "--opt-interval",50 dest="opt_interval",51 type=int,52 default=20,53 help="Time interval between sending optimistic ACKs\54 in ms (used in Optimistic ACKing attack only).",55 )56 return parser57def main():58 parser = build_parser()59 args = parser.parse_args()60 # Build topology61 topo = mn.StarTopo()62 net = Mininet(topo=topo, host=CPULimitedHost, link=TCLink)63 net.start()64 # Dumps network topology65 dumpNodeConnections(net.hosts)66 # Performs a basic all pairs ping test to check connectivity67 drop_rate = net.pingAll()68 if drop_rate > 0:69 print("Reachability test failed!! Please restart.")70 return71 # Note: for the following TCP communication,72 # always start the receiver side first!73 data_size, num_attack = args.data_size, args.num_attack74 opt_interval, output_dir = args.opt_interval, args.output_dir75 h1 = net.get("h1")76 h2 = net.get("h2")77 h3 = net.get("h3")78 h4 = net.get("h4")79 h5 = net.get("h5")80 h6 = net.get("h6")81 h7 = net.get("h7")82 h8 = net.get("h8")83 h9 = net.get("h9")84 h10 = net.get("h10")85 # RTT = 4 * link_delay86 rtt = 4 * args.link_delay87 print("Round-trip delay is %.1f secs." % (rtt / 1000.0))88 # sleep 2s to clean up packets in the network89 time.sleep(2.0)90 command = ""91 for i in range(2, 11):92 command += (93 "python reno.py --role sender --host h1 --target h%d --rtt %d --limit %d & "94 % (i, rtt, data_size)95 )96 # First, record a normal TCP communication97 print("Starting normal TCP connection...")98 start_time = time.time()99 h2.sendCmd("python reno.py --role receiver --host h2")100 h3.sendCmd("python reno.py --role receiver --host h3")101 h4.sendCmd("python reno.py --role receiver --host h4")102 h5.sendCmd("python reno.py --role receiver --host h5")103 h6.sendCmd("python reno.py --role receiver --host h6")104 h7.sendCmd("python reno.py --role receiver --host h7")105 h8.sendCmd("python reno.py --role receiver --host h8")106 h9.sendCmd("python reno.py --role receiver --host h9")107 h10.sendCmd("python reno.py --role receiver --host h10")108 h1.sendCmd(command[:-3])109 h3.waitOutput()110 h4.waitOutput()111 h5.waitOutput()112 h6.waitOutput()113 h7.waitOutput()114 h8.waitOutput()115 h9.waitOutput()116 h10.waitOutput()117 h2.waitOutput()118 h1.waitOutput()119 normal_time = time.time() - start_time120 print("Normal TCP connection done! (%.2f sec)" % (normal_time))121 norm_attacker_time = get_time_taken("logs/h2_log.txt")122 norm_h3_time = get_time_taken("logs/h3_log.txt")123 norm_h4_time = get_time_taken("logs/h4_log.txt")124 norm_h5_time = get_time_taken("logs/h5_log.txt")125 norm_h6_time = get_time_taken("logs/h6_log.txt")126 norm_h7_time = get_time_taken("logs/h7_log.txt")127 norm_h8_time = get_time_taken("logs/h8_log.txt")128 norm_h9_time = get_time_taken("logs/h9_log.txt")129 norm_h10_time = get_time_taken("logs/h10_log.txt")130 time.sleep(2.0)131 # ACK Division attack plot132 print("Starting ACK Division attack...")133 start_time = time.time()134 h2.sendCmd("python attacker.py --host h2 --attack div --num %d" % num_attack)135 h3.sendCmd("python reno.py --role receiver --host h3")136 h4.sendCmd("python reno.py --role receiver --host h4")137 h5.sendCmd("python reno.py --role receiver --host h5")138 h6.sendCmd("python reno.py --role receiver --host h6")139 h7.sendCmd("python reno.py --role receiver --host h7")140 h8.sendCmd("python reno.py --role receiver --host h8")141 h9.sendCmd("python reno.py --role receiver --host h9")142 h10.sendCmd("python reno.py --role receiver --host h10")143 h1.sendCmd(command[:-3])144 h3.waitOutput()145 h4.waitOutput()146 h5.waitOutput()147 h6.waitOutput()148 h7.waitOutput()149 h8.waitOutput()150 h9.waitOutput()151 h10.waitOutput()152 h2.waitOutput()153 h1.waitOutput()154 h2.cmd("mv attack_log.txt logs/div_attack_log.txt")155 division_time = time.time() - start_time156 print("ACK Division attack done! (%.2f sec)" % (division_time))157 div_attacker_time = get_time_taken("logs/div_attack_log.txt")158 div_h3_time = get_time_taken("logs/h3_log.txt")159 div_h4_time = get_time_taken("logs/h4_log.txt")160 div_h5_time = get_time_taken("logs/h5_log.txt")161 div_h6_time = get_time_taken("logs/h6_log.txt")162 div_h7_time = get_time_taken("logs/h7_log.txt")163 div_h8_time = get_time_taken("logs/h8_log.txt")164 div_h9_time = get_time_taken("logs/h9_log.txt")165 div_h10_time = get_time_taken("logs/h10_log.txt")166 time.sleep(2.0)167 # DupACK Spoofing attack plot168 print("Starting DupACK Spoofing attack...")169 start_time = time.time()170 h2.sendCmd("python attacker.py --host h2 --attack dup --num %d" % num_attack)171 h3.sendCmd("python reno.py --role receiver --host h3")172 h4.sendCmd("python reno.py --role receiver --host h4")173 h5.sendCmd("python reno.py --role receiver --host h5")174 h6.sendCmd("python reno.py --role receiver --host h6")175 h7.sendCmd("python reno.py --role receiver --host h7")176 h8.sendCmd("python reno.py --role receiver --host h8")177 h9.sendCmd("python reno.py --role receiver --host h9")178 h10.sendCmd("python reno.py --role receiver --host h10")179 h1.sendCmd(command[:-3])180 h3.waitOutput()181 h4.waitOutput()182 h5.waitOutput()183 h6.waitOutput()184 h7.waitOutput()185 h8.waitOutput()186 h9.waitOutput()187 h10.waitOutput()188 h2.waitOutput()189 h1.waitOutput()190 h2.cmd("mv attack_log.txt logs/dup_attack_log.txt")191 duplicate_time = time.time() - start_time192 print("DupACK Spoofing attack done! (%.2f sec)" % (duplicate_time))193 dup_attacker_time = get_time_taken("logs/dup_attack_log.txt")194 dup_h3_time = get_time_taken("logs/h3_log.txt")195 dup_h4_time = get_time_taken("logs/h4_log.txt")196 dup_h5_time = get_time_taken("logs/h5_log.txt")197 dup_h6_time = get_time_taken("logs/h6_log.txt")198 dup_h7_time = get_time_taken("logs/h7_log.txt")199 dup_h8_time = get_time_taken("logs/h8_log.txt")200 dup_h9_time = get_time_taken("logs/h9_log.txt")201 dup_h10_time = get_time_taken("logs/h10_log.txt")202 time.sleep(2.0)203 # Optimistic ACKing attack plot204 print("Starting Optimistic ACKing attack...")205 start_time = time.time()206 h2.sendCmd(207 "python attacker.py --host h2 --attack opt --num %d --interval %d"208 % (num_attack, opt_interval)209 )210 h3.sendCmd("python reno.py --role receiver --host h3")211 h4.sendCmd("python reno.py --role receiver --host h4")212 h5.sendCmd("python reno.py --role receiver --host h5")213 h6.sendCmd("python reno.py --role receiver --host h6")214 h7.sendCmd("python reno.py --role receiver --host h7")215 h8.sendCmd("python reno.py --role receiver --host h8")216 h9.sendCmd("python reno.py --role receiver --host h9")217 h10.sendCmd("python reno.py --role receiver --host h10")218 h1.sendCmd(command[:-3])219 h3.waitOutput()220 h4.waitOutput()221 h5.waitOutput()222 h6.waitOutput()223 h7.waitOutput()224 h8.waitOutput()225 h9.waitOutput()226 h10.waitOutput()227 h2.waitOutput()228 h1.waitOutput()229 h2.cmd("mv attack_log.txt logs/opt_attack_log.txt")230 optimistic_time = time.time() - start_time231 print("Optimistic ACKing attack done! (%.2f sec)" % (optimistic_time))232 opt_attacker_time = get_time_taken("logs/opt_attack_log.txt")233 opt_h3_time = get_time_taken("logs/h3_log.txt")234 opt_h4_time = get_time_taken("logs/h4_log.txt")235 opt_h5_time = get_time_taken("logs/h5_log.txt")236 opt_h6_time = get_time_taken("logs/h6_log.txt")237 opt_h7_time = get_time_taken("logs/h7_log.txt")238 opt_h8_time = get_time_taken("logs/h8_log.txt")239 opt_h9_time = get_time_taken("logs/h9_log.txt")240 opt_h10_time = get_time_taken("logs/h10_log.txt")241 print(242 str(num_attack)243 + ","244 + str(normal_time)245 + ","246 + str(division_time)247 + ","248 + str(duplicate_time)249 + ","250 + str(optimistic_time)251 + ","252 + str(data_size * 1000)253 )254 with open("data.txt", "a+") as f:...
subscan.py
Source:subscan.py
...19 "scanEngine.EngineType", on_delete=models.CASCADE, blank=True, null=True20 )21 def get_completed_ago(self):22 if self.stop_scan_date:23 return get_time_taken(timezone.now(), self.stop_scan_date)24 def get_total_time_taken(self):25 if self.stop_scan_date:26 return get_time_taken(self.stop_scan_date, self.start_scan_date)27 def get_elapsed_time(self):28 return get_time_taken(timezone.now(), self.start_scan_date)29 def get_task_name_str(self):30 if self.dir_file_fuzz:31 return "Directory and File fuzzing"32 elif self.port_scan:33 return "Port Scan"34 elif self.fetch_url:35 return "Endpoint Gathering"36 elif self.vulnerability_scan:37 return "Vulnerability Scan"38 elif self.osint:39 return "OSINT"40 else:...
F.py
Source:F.py
...3 def start(self):4 self.start_time = time.time()5 def stop(self):6 self.stop_time = time.time()7 def get_time_taken(self):8 return self.stop_time - self.start_time9class ContextTimer(Timer):10 def __enter__(self):11 print("Inside enter...")12 self.start()13 name= 'ravi'14 return name15 def __exit__(self, a,b,c):16 print ('inside exist')17 self.stop()18 print self.get_time_taken()19 return 'ranjan'20class person:21 pass22if __name__ == "__main__":23 # t = Timer()24 # t.start()25 # time.sleep(5)26 # t.stop()27 # print ('Time taken', t.get_time_taken())28 with ContextTimer() as a:29 for i in range(10000):30 for j in range(1000):31 s = 1 * j * 1.0...
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