def startbanner():
print" \033[94m ______ _ _ __ _______ _ __ __ _\033[0m"
print" \033[94m| ____| | | (_)/ _| |__ __| | \ \ / / | |\033[0m"
print" \033[94m| |__ ___ _ __| |_ _| |_ _ _| | | |__ __\ \ /\ / /__| |__\033[0m"
print" \033[94m| __/ _ \| '__| __| | _| | | | | | '_ \ / _ \ \/ \/ / _ \ '_ \ \033[0m"
print" \033[94m| | | (_) | | | |_| | | | |_| | | | | | | __/\ /\ / __/ |_) |\033[0m"
print" \033[94m|_| \___/|_| \__|_|_| \__, |_| |_| |_|\___| \/ \/ \___|_.__/ \033[0m"
print" \033[94m __/ | ShadowLabs \033[0m"
print" \033[94m |___/ \033[0m"
print""
print(' \033[94m******************************************\033[0m')
print(' \033[94mFTW (Fortify The Web)\033[0m')
print(' \033[94mDevs: @semprix, @httphacker, @shipcod3\033[0m')
print(' \033[94mVersion: v1.0\033[0m')
print(' \033[94m******************************************\033[0m')
print ""
print "Target:", sys.argv[1]
try:
reversedns = socket.gethostbyaddr(sys.argv[1])
print "IP Address:", reversedns
print "Fortifying the Web now!!!"
except socket.error as e:
printout (' >> Hostname lookup failed, application will now shutdown', RED)
time.sleep(3)
print "[*] Shutting down"
timer()
sys.exit()
def display(main_window, background_color, user_data, quiz_questions):
frame_timer = tk.Frame(main_window, background=background_color)
frame_timer.pack()
label_timer = tk.Label(frame_timer,
text="timer",
font=("helvetica", 20),
background=background_color,
justify="center")
label_timer.pack()
timer(label_timer, time,
lambda: end_page(main_window, quiz_questions, user_data))
label_roll = label_timer = tk.Label(frame_timer,
text="Roll: " + str(user_data[1]),
font=("helvetica", 20),
background=background_color,
justify="center")
label_roll.pack(pady=5)
label_user = label_timer = tk.Label(frame_timer,
text="Name: " + str(user_data[0]),
font=("helvetica", 20),
background=background_color,
justify="center")
label_user.pack(pady=5)
label_unattempted = tk.Label(frame_timer,
text="Unattempted Questions: " + str(0),
font=("helvetica", 20),
background=background_color,
justify="center")
label_unattempted.pack()
return frame_timer, label_unattempted
def TimeTest(parallel=0):
timer()
if parallel == 1:
print(PlaySetParallel(1))
else:
print(PlaySimpleSet(100))
#print(PlaySetParallel(100))
timer()
def TimeTest(parallel=0):
timer()
if parallel == 1:
print(PlaySetParallel(1))
else:
print(PlaySimpleSet(100))
#print(PlaySetParallel(100))
timer()
def total(reps,func,*pargs,**kargs):
""""""
Total time to run func()reps times
Return(total time,last results)
""""""
repslist=list(range(reps)) #Hoist out equalize 2x,3x
start=timer() #Or perf__counter/other in 3.3+
for i in repslist:
ret=func(pargs.**kargs)
elapsed=timer()-start
return(elapsed,ret)
def main():
timer()
# print(simple_success_indicator(player1))
games = 1000
thresh = 100
results = []
for i in range(games):
player1 = Player(1, buying_threshold=thresh, building_threshold=5, jail_time=0, smart_jail_strategy=False,
complete_monopoly=0, group_preferences=(), development_threshold=0)
player2 = Player(2, buying_threshold=100, building_threshold=5, jail_time=0, smart_jail_strategy=False,
complete_monopoly=0, group_preferences=(), development_threshold=0)
game0 = Game([player1, player2], cutoff=1000)
results.append(game0.play()[0])
print("thresh=", thresh, "ties", results.count(0) / games)
print("thresh=", thresh, "p1", results.count(1) / games)
print("thresh=", thresh, "p2", results.count(2) / games)
timer()
def __init__(self, master=None):
# parameters that you want to send through the Frame class.
Frame.__init__(self, master)
#reference to the master widget, which is the tk window
self.master = master
self.gc = []
#with that, we want to then run init_window, which doesn't yet exist
self.init_window()
self.timer=timer(self,1)
self.timer.start()
def parse(args):
global writeMac
i = 0
while i < len(args):
# charsets args
if args[i] == '-b':
sysBurnMac()
elif args[i] == '-m':
sysWriteMac()
elif args[i] == '-t':
timer('t')
elif args[i] == '-br':
timer('br')
# help args
elif args[i] == '-h':
help()
sys.exit(0)
i += 1
if len(args) == 0:
help()
exit(1)
def parseTimer(self, data):
# Compile the regular expression pattern into a regular expression object to
# parse the timer data.
pattern = re.compile(r"""
.*?runtime: (?P<runtime>.*?)s.*
""", re.VERBOSE|re.MULTILINE|re.DOTALL)
match = pattern.match(data.decode())
if not match:
Log.Fatal("Can't parse the data: wrong format")
return -1
else:
# Create a namedtuple and return the timer data.
timer = collections.namedtuple("timer", ["runtime"])
return timer(float(match.group("runtime")))
def main():
arguments = sys.argv #pull in arguments
counter = 0
numExpected = False
for item in arguments:
if (numExpected):
data = item.split('/')
times.append(float(data[1]))
myDe.debugPrint(times)
mtrNum = int(data[0])
motors.append(motor(motorPins[mtrNum - 1], myDe, mtrNum))
print(times)
print(mtrNum)
numExpected = False
#print(item)
if (item == "-D" or item == "-d"):
myDe.activate()
myDe.debugPrint(item, "input " + str(counter))
counter = counter + 1
if (item.startswith("-t")):
myDe.debugPrint("found timer input in minutes")
numExpected = True
count = 0
for tm in times:
newTimer = timer(tm, myDe, motors[count])
timers.append(newTimer)
count += 1
#myDe.debugPrint("Debugger Activated")
for i in range(0, len(timers)):
t = threading.Thread(target=beginTimer, args=(i, ))
t.daemon = True
t.start()
activeTimers = True
time.sleep(3)
while (activeTimers):
activeTimers = False
for tmr in timers:
print(tmr.isRunning())
if (tmr.isRunning()):
activeTimers = True
time.sleep(1)
from timer import *
timer = timer()
import numpy as np
from licker import *
#from subj import Sessions, Trials, Licks
from stimulus import *
import pygame
import os
from glob import glob
os.environ['SDL_VIDEO_WINDOW_POS'] = "%d,%d" % (0, 0)
# Set Parameters
w = 480
h = 320
max_trials = 1
RP = 4
ITI = 2
# Set images
GO_images = glob('images/obj1*')
NOGO_images = glob('images/obj2*')
# Initialize image matrices
GO_resp = np.ones(np.size(GO_images))
NOGO_resp = np.zeros(np.size(NOGO_images))
ALL_images = GO_images + NOGO_images
ALL_resp = np.concatenate([GO_resp, NOGO_resp])
# Load images
stim = stimulus(ALL_images, w, h)
import time
def timer(func, *args):
start = time.perf_counter()
for i in range(1000):
func(*args)
return time.perf_counter() - start
timer(pow, 2, 1000)
timer(str.upper, 'spam')
timer.total(1000, pow, 2, 1000)[0]
timer.bestof(1000, str.upper, 'spam')
timer.bestoftotal(50, 1000, str.upper, 'spam')
## timing script
import sys, timer
reps = 10000
replist = list(range(reps))
def forLoop():
res = []
for x in replist:
res.append(abs(x))
return res
def listComp():
return [abs(x) for x in replist]
repslist=list(range(reps)) #Hoist out equalize 2x,3x
start=timer() #Or perf__counter/other in 3.3+
for i in repslist:
ret=func(pargs.**kargs)
elapsed=timer()-start
return(elapsed,ret)
def best of(reps,func,*pargs,*pargs,**kargs):
""""""
Quickest func()among reps runs.
Return(best time,last results)
""""""
best=2**32 #136 years seems large enough
for i in range(reps) #range usage not times here
start=timed()
ret=func(*pargs,**kargs)
elapsed=timer()-start #Or call total()with reps=1
if elapsed < best:best=elapsed
return(best,ret) #Or add to list and take min()
def best of total(reps1,reps2,func,*pargs,**kargs):
""""""
Best of totals:
(best of reps1 runs of(total of reps2 run of func))
""""""
return best of(reps1,total,reps,func,*pargs,**kargs)
import timer #Pg.632
timer.total(1000,pow,2,1000)[0]
# 0.0029542985410557776
timer.total(1000,str.upper,'spam')
# (0.000050484531709686, 'SPAM')
timer.bestof(1000,str.upper,'spam')
def AddTimer(self, tm, repeat, week, mess = ""):
self._timers.append(timer(tm, repeat, week, mess))
log.info("Timer", "Timer has beed added")
return("Timer added.")
import pickle
from timer import *
from monopoly import *
def main():
all_totals = []
total = 17000
for i in range(total):
game = pickle.load(
open('results/stalemates/long/game' + str(i) + '.pickle', "rb"))
rent_totals = [0, 0]
players = [game.active_players[0], game.active_players[1]]
for player_id in [0, 1]:
for property in players[player_id].inventory:
rent_totals[player_id] += game.calculate_rent(
property=property, owner=players[player_id])
diff = rent_totals[1] - rent_totals[0]
rent_totals.append(diff)
print(rent_totals)
all_totals.append(rent_totals)
if __name__ == '__main__':
timer()
main()
timer()
no_rent_in_jail=True,
trip_to_start=True,
snake_eyes_bonus=True)
results = game0.play()
length_list.append(results['length'])
# Write to file.
output_file002.writerow([results['started'], results['winner'], results['length']])
all_length_lists.append(length_list)
print("Done with", rule)
with open('results/house_rules/all_data.csv', 'w', newline='') as csvfile001:
output_file001 = csv.writer(csvfile001, quotechar=',')
output_file001.writerow(house_rules)
for i in range(games_in_a_set):
row = []
for length_list in all_length_lists:
row.append(length_list[i])
output_file001.writerow(row)
print('done')
if __name__ == '__main__':
timer()
main()
timer()
def main():
arguments = sys.argv #pull in arguments
counter = 0
numExpected = False
tempExpected = False
for item in arguments:
if (numExpected):
data = item.split('/')
times.append(float(data[1]))
myDe.debugPrint(times)
mtrNum = int(data[0])
motors.append(motor(motorPins[mtrNum - 1], myDe, mtrNum))
print(times)
print(mtrNum)
numExpected = False
if (tempExpected):
data = item.split('/')
temperatureHold = float(data[1])
times.append(0)
myDe.debugPrint(times)
mtrNum = int(data[0])
motors.append(
motor(motorPins[mtrNum - 1], myDe, mtrNum, True,
temperatureHold))
print(times)
print(mtrNum)
tempExpected = False
#print(item)
if (item == "-D" or item == "-d"):
myDe.activate()
myDe.debugPrint(item, "input " + str(counter))
counter = counter + 1
if (item.startswith("-t")):
myDe.debugPrint("found timer input in minutes")
numExpected = True
if (item.startswith("-a")):
myDe.debugPrint("temp Input")
tempExpected = True
count = 0
for tm in times:
if (tm == 0):
count += 1
continue
newTimer = timer(tm, myDe, motors[count])
timers.append(newTimer)
count += 1
#myDe.debugPrint("Debugger Activated")
for i in range(0, len(timers)):
t = threading.Thread(target=beginTimer, args=(i, ))
t.daemon = True
t.start()
activeTimers = True
time.sleep(3)
while (activeTimers):
activeTimers = False
message = "Current Temp = " + str(read_temp())
myDe.debugPrint(message)
for tmr in timers:
print(tmr.isRunning())
if (tmr.isRunning()):
activeTimers = True
time.sleep(1)
afterBrewHopping = True
while (afterBrewHopping):
afterBrewHopping = False
for mtr in motors:
message = "Current Temp = " + str(read_temp())
myDe.debugPrint(message)
if (mtr.testTemp() != False):
tempToFind = mtr.testTemp()
curTemp = read_temp()
if (tempToFind >= curTemp):
message = "curtemp: " + str(
read_temp()) + " <g activate temp: " + str(
mtr.testTemp())
myDe.debugPrint(message)
mtr.activate()
mtr.deactivate()
else:
afterBrewHopping = True
message = "curtemp: " + str(
read_temp()) + " > activate temp: " + str(
mtr.testTemp())
myDe.debugPrint(message)
time.sleep(1)
