def __init__(self, binary):
Lifter.__init__(self, binary)
# return
self.__debug = False
for func in self.get_all_functions():
self.__optimize_function(func)
def lift(self, lines):
best_points = 0
best_commands = ''
count = 0
while True:
l = Lifter()
l.emu = Emulator(lines)
l.emu.suppress_prints = True
commands = l.createCommands()
time_out, commands, points = l.time_out, commands, l.emu.points
if best_points < points:
best_points = points
best_commands = commands
if time_out:
if not self.hide_print:
print best_commands
sys.stdout.flush()
break
return best_commands
def evaluate():
#Set this color as the default
print white, ''
maps_list = glob.glob('maps/*.map')
maps_list.sort()
maps_points = {}
maps_points_old = {}
if os.path.exists(cache_file):
maps_points_old = pickle.load(open(cache_file, 'r'))
for map_file in maps_list:
lifterEmu = Emulator(open(map_file, 'r'), '')
lifterEmu.suppress_prints = True
lifterEmu.print_points = False
l = Lifter()
l.emu = lifterEmu
commands = l.createCommands()
emu = Emulator(open(map_file, 'r'), commands)
emu.suppress_prints = True
emu.print_points = False
while not emu.quit:
emu.processCommand()
points = emu.points
maps_points[map_file] = points
delta_points = 0
delta_value = ''
#Check cache...
old_points = maps_points_old.get(map_file)
if old_points:
delta_points = points - old_points
if old_points > points:
color = red
elif old_points < points:
delta_value = '+'
color = green
else:
color = brown
else:
color = brown
if delta_points == 0:
delta_points = ''
print map_file, '\t' + color + str(points) + ' ' + delta_value + str(delta_points) + white
#Dump to the cache
pickle.dump(maps_points, open(cache_file, 'w'))
def __init__(self, line, debug):
reader = EffectReader(line)
reader.parse_trace()
signal.signal(signal.SIGALRM, handler)
signal.alarm(15)
lifter = Lifter(reader.code)
InstructionExecutor(reader, lifter, debug)
signal.alarm(0)
def test_equal(self):
for x in data:
dvigalec = Lifter.make_lifter(x["Ime"], x["Poteg"], x["Sunek"])
# for every x in data got from Sheet 1, creates a dvigalec based on three characteristics "Ime", "Poteg", "Sunek"
lifterList.append(dvigalec)
# opens Chrome browser and gets the path to MojaSpletnaStran.html file where you downloaded it
browser = webdriver.Chrome()
current_dir = os.getcwd()
browser.get(current_dir + "\\MojaSpletnaStran.html")
# finds elements in html file based on ID
elem_name = browser.find_element_by_id("Ime")
elem_poteg = browser.find_element_by_id("Poteg")
elem_sunek = browser.find_element_by_id("Sunek")
# for every l in lifterList array of dvigalec, sends keys from data to certain element ID and at the end clicks a button on html page
for l in lifterList:
elem_name.send_keys(l.name)
elem_poteg.send_keys(l.snatch)
elem_sunek.send_keys(l.cj)
browser.find_element_by_class_name('buttonDodaj').click()
# Test for comparrison between Excell sheet and output table on HTML webpage
elem_table_rows = browser.find_elements_by_class_name('tr')
# defining array of strings with values same as elements by class name tr
keys = ["Ime", "Poteg", "Sunek", "Biatlon"]
indexE = 1
# indexE = 1 as long as it is shorter then the length of elem table rows which is in our case 8 (lifters) and we start at 1 cuz that's the position of the first lifter
while indexE < len(elem_table_rows):
# splits the text by the empty string so that we have 3 values of name, snatch, cj
lifter_array = elem_table_rows[indexE].text.split(' ')
indexL = 0
while indexL < len(lifter_array)-1 :
#compares if the a is equal to b on a lifter array which is on the site and with the data extracted from googledrive sheet 1, finds them by the keys we selected
self.assertEqual(lifter_array[indexL], str(data[indexE-1][keys[indexL]]))# {["Ime":"Luka", "Poteg": "110", ....], ["Ime": "Jure", ....]}
# this whole commented section is the alternative path to compare if the inserted data on html is equal to data in excell document.
# if lifter_array[indexL] != str(data[indexE-1][keys[indexL]]):
# print('Error!')
# else:
# print(lifter_array[indexL] + ": OK")
indexL += 1
indexE += 1
print("Konec!")