def _test(c):
loc = 0
for _ in range(20):
if loc == 0:
self.TSF_find_board_index(c)
loc == 1
elif loc == 1:
i = random.int(1, 10)
if i < 3:
nav = c.find_element_by_id('nav-main')
nav.click()
loc == 0
elif i < 7:
i = random.int(1, 10)
if i < 6:
self.TSF_navigate_board(c)
else:
self.TSF_navigate_banner(c)
else:
self.TSF_navigate_thread(c)
loc == 2
elif loc == 2:
i = random.int(1, 10)
if i < 6:
nav = c.find_element_by_id('nav-main')
nav.click()
loc == 0
else:
i = random.int(1, 10)
if i < 6:
self.TSF_navigate_board(c)
else:
self.TSF_navigate_banner(c)
loc == 1
def mutateNewComponent(self):
splitEdgeIndex = random.int(0,self.nedged-1)
while not edges[splitEdgeIndex].value.activated:
splitEdgeIndex = random.int(0,self.nedged-1)
edged[splitEdgeIndex].value.deactivate()
isbefore = randomChance(0.5)
newNodeIndex = self.addNode()
if isBefore:
addEdge(edges[splitEdgeIndex].start,newNodeIndex, edges[splitEdgeIndex].value)
self.addEdge(edges[splitEdgeIndex].end, newNodeIndex, randomElectricGene())
else:
addEdge(edges[splitEdgeIndex].start,newNodeIndex, randomElectricGene())
self.addEdge(edges[splitEdgeIndex].end, newNodeIndex, [splitEdgeIndex].value)
def generate_sentence(model, prob=False):
sentence_length = random.int(1, 10) # longest text
if prob == True:
# Make it based on highest probability
copy_model = deepcopy(model)
starting_bigram = max(copy_model)[0]
copy_model.pop(starting_bigram)
sentence = starting_bigram[0]
for i in range(sentence_length):
possible_bigrams = find_similar_bigrams(copy_model, starting_bigram[0])
next_bigram = max(possible_bigrams)
starting_bigram = next_bigram
copy_model.pop(next_bigram)
sentence += " " + next_bigram[1]
return sentence
else:
# This will be random, will make the function long
starting_word = random.choice(list(model.keys()))[0]
sentence = starting_word
for i in range(sentence_length):
possible_bigrams = find_similar_bigrams(model, starting_word)
next_word = random.choice(possible_bigrams)[1]
sentence += " " + next_word[1]
starting_word = next_word
return sentence
def initShuffle(self):
startState = State(self.tour, len(self.tour))
optimalTour = None
initBssfNode = TSPNode(startState)
initBssfNode.addVertex(startState.getCities()[0])
result = self.recursiveFindFirstOptimal(initBssfNode, startState)
if result[0] == True:
optimalTour = result[1]
else:
print("NO route exists. mesa sad man")
self.tour = optimalTour.path
return
initCities = []
random.shuffle(self.tour)
citesLeft = copy.deepcopy(self.tour)
initCities.append(citesLeft.pop())
while len(citesLeft) > 0:
random.shuffle(citesLeft)
index = 0
while True:
if len(citesLeft) > 0 or initCities[-1].costTo(citesLeft[index]) != math.inf:
if initCities[-1].costTo(citesLeft[index]) != math.inf:
initCities.append(citesLeft.pop(index))
break
else:
index += 1
else:
citesLeft.append(initCities.pop(random.int(0,len(initCities)-1)))
break
def create_literal(label, dt, cardinality):
"""
Function: create_literal
---------------------------------
Input:
Output:
"""
# TODO: adequately adjust the ranges for int, float, dateTime
# get only the actual type
type = dt.split('#')[1]
if "string" in type:
val = label + "_" + str(cardinality)
elif "integer" in type:
val = random.int(-13, 13)
elif "nonNegativeInteger" in type:
val = random.randint(0)
# alternative: randint(a, b)
elif "positiveInteger" in type:
val = random.randint(1)
# alternative: randint(a, b)
elif "float" in type:
val = random.uniform(-13, 13)
elif "dateTime" in type:
val = create_random_datetime('1990/01/01 00:00', datetime.datetime.utcnow(), '%Y/%m/%d %H:%M', random.random())
literal = rdflib.Literal(val, datatype=rdflib.URIRef(dt))
return literal
def convert(snippet, phrase):
class_names = [
w.capitalize() for w in random.sample(WORDS, snippet.count("%%%"))
]
other_names = random.sample(WORDS, snippet.count("***"))
results = []
param_names = []
for i in range(0, snippet.count("@@@")):
param_count = random.int(1, 3)
param_names.append(', '.join(random.sample(WORDS, param_count)))
for sentence in snippet, phrase:
result = sentence[:]
for word in class_names:
result = result.replace("%%%", word, 1)
for word in other_names:
result = result.replace("***", word, 1)
for word in param_names:
result = result.replace("@@@", word, 1)
results.append(result)
return results
def apply_occlusion_set(net, X, y, conn_name="", columnwise=True):
import random
import time
time.sleep(random.int(1, 10000) / 1000.0) # For parallelization
x_len = X.shape[2]
y_len = X.shape[3]
dir_path = os.path.join('occlusion_preds')
if conn_name != "":
dir_path = os.path.join(dir_path, conn_name)
if not os.path.exists(dir_path):
os.makedirs(dir_path)
or_preds_filename = os.path.join(dir_path, 'original_preds.txt')
or_y_filename = os.path.join(dir_path, 'original_y.txt')
if not os.path.isfile(or_y_filename) or \
not os.path.isfile(or_preds_filename):
base_pred, base_preds = binary_predict(net, X, y, ret_preds=True)
base_preds = np.array(base_preds)
np.savetxt(or_preds_filename, base_preds)
np.savetxt(or_y_filename, np.array(y))
base_preds = np.loadtxt(or_preds_filename)
y = np.loadtxt(or_y_filename)
if columnwise:
for i in range(x_len):
filename = os.path.join(dir_path, 'oc_pred_%d.txt' % i)
filename_arr = os.path.join(dir_path, 'oc_arr_%d.txt' % i)
if not os.path.isfile(filename) or not os.path.isfile(
filename_arr):
open(filename, 'a').close() # For parallelization
X_o, ones = get_one_occlusion_set(X, i)
pred, preds = binary_predict(net, X_o, y, ret_preds=True)
try:
np.savetxt(filename, np.array(preds))
np.savetxt(filename_arr, ones)
except:
if os.path.isfile(filename):
os.remove(filename)
if os.path.isfile(filename_arr):
os.remove(filename_arr)
continue
else: # Occludes one edge at a time
for i in range(x_len):
for j in range(i + 1, x_len):
filename = os.path.join(dir_path, 'oc_pred_%d_%d.txt' % (i, j))
filename_arr = os.path.join(dir_path,
'oc_arr_%d_%d.txt' % (i, j))
if not os.path.isfile(filename) or not \
os.path.isfile(filename_arr):
open(filename, 'a').close() # For parallelization
X_o, ones = get_one_occlusion_set(X, i, j)
pred, preds = binary_predict(net, X_o, y, ret_preds=True)
try:
np.savetxt(filename, np.array(preds))
np.savetxt(filename_arr, ones)
except:
if os.path.isfile(filename):
os.remove(filename)
if os.path.isfile(filename_arr):
os.remove(filename_arr)
continue
def _scroll(self, amount):
# we should find max boundaries of the screen
# and randomly select the starting, ending point
init_x = int(self.driver.DISPLAYSIZE["width"] * random.gauss(0.5, 0.1))
init_y = random.int(0, self.driver.DISPLAYSIZE["height"] - amount)
self.driver.swipe(init_x, init_y, init_x, init_y + amount)
def lottery(n):
import random
k=0
y=[]
times=int(n)
if k<times:
number=random.int(1,49)
y.append(number)
k+=1
return y
else:
print(y)
def fromVegetarian(inputRecipe):
##Returns a new recipe that is a vegetarian version of the input recipe
ingredient_map = dict()
fish_map = dict()
meatList = []
method_map = dict()
newRecipe = inputRecipe
newIngredients = []
switchFlag = 0
f = open('Team5/VegetarianIngredientMap.txt', 'r')
for line in f:
line = line.split('\n')[0]
map = line.split(':')
ingredient_map[map[1]] = map[0]
ingredient_map["fishless fillet"] = "salmon"
f = open('Team5/MeatList.txt', 'r')
for line in f:
line = line.split('\n')[0]
soyMeat = "soy " + line
ingredient_map[soyMeat] = line
#First see if we've hardcoded a replacement
for ingredient in inputRecipe.ingredients:
tmpName = " ".join(s.lower() for s in ingredient.name)
newIngredient = ingredient
for key in ingredient_map.keys():
if key in tmpName:
switchFlag = 1
newName = ingredient_map[key].split(" ")
if ingredient.measurement == "unit":
newIngredient = Ingredient(newName, ingredient.quantity*4, "ounce")
else:
newIngredient = Ingredient(newName, ingredient.quantity, ingredient.measurement)
newIngredients.append(newIngredient)
#If we didn't change anything, just add bacon
#TODO: Proportion this properly
if (switchFlag == 0):
amount = random.int(500, 1000)
amount = amount/1000.
newIngredient = Ingredient("bacon", amount, "pound")
newIngredients.append(newIngredient)
newRecipe.ingredients = newIngredients
return newRecipe
def random_walk(self, num_words=11):
# length = len(self.states)
# rand = random.randint(0, length)
counter = 0
last_word = None
if last_word not None:
pickings = self.states[last_word] # dictionary of words to pick from based on last_word's hist
total_wc = 0
for value in pickings.values():
total_wc += value
rand = random.int(0, 100)
def generate_riboswitch(effector):
index_a = effector.find('a')
temp = effector[::-1].find('a')
if temp < index_a:
index_a = temp
effector = effector[::-1]
effector_in_stem = effector[0:index_a]
remaining_effector = effector[index_a:]
stem_strand = generate_random_seq(random.randint(10,20), True) + effector_in_stem
revcomp_stem_strand = reverse_complement(stem_strand)
loop = generate_random_loop(random.int(4, 6))
revcomp_remaining_effector = reverse_complement(remaining_effector)
riboswitch_sequence = revcomp_remaining_effector + revcomp_stem_strand + loop + stem_strand
return riboswitch_sequence
def randemoji(number):
try:
emojis = {
"1": "XwX",
"2": "OvO",
"3": "OwO",
"4": "UwU",
"5": ">:3",
"6": "-w-",
"7": "ÙwÚ",
"8": "CwC"
}
emoji = emojis[str(number)]
if number == random:
number = random.int(1, 8)
emoji = emojis[str(number)]
return emoji
except KeyError:
error = f"Number '{number}' is not a valid option, please pick from 1-8"
raise NotAValidNumber(error)
def flip_coin(call, bet):
#Has to bet money
if bet <= 0:
print("They say you need money to make money! Make sure your bet is over 0.")
return 0
#Intro to game -> Prints player's call
print("Let's flip a coin! You called " + call)
result = random.int(1,2)
#Prints flip result -> Heads=1 Tails=2
if result == 1:
print("Heads!")
else: print("Tails!")
#Prints bet result
if (call == "Heads" and result == 1) or (call == "Tails" and result == 2):
print("You've won " + str(bet) + " dollars!")
return bet
else:
print("You've lost " + str(bet)+" dollars!")
return -bet
def random_walk(self, num_words=11):
# length = len(self.states)
# rand = random.randint(0, length)
counter = 0
last_word = None
word = None
if last_word not None:
pickings = self.states[last_word] # dictionary of words to pick from based on last_word's hist
total_wc = 0 # number of words in dictionary for a word
dart = random.int(0, 100)
counter = 0
for value in pickings.values(): # calculates total word count
total_wc += value
for key,value in pickings.items():
while counter < dart
counter += value / total_wc
last_word = key
def storage():
return random.int(1000,10000)
def climb_off(self, loc): ''' Decides whether or not the robot should climb off the structure ''' return helpers.compare(loc[2],0) and random.int(0,1) == 1
def battle_damage():
damage = random.int(1, 12)
return damage
# Adivina el numero: Ingrese una cantidad de intentos el computador debe seleccionar un numero enre 1 y 100 aleatorio la ir ingresando numeros el computador debe indicarle si el numero que penso es menor o mayor.
import random
int = raw_imput("intentos > ")
n = random.int(0, 100)
def generate_l_prime(start=random_start, end=random_end):
number = random.int(random_start, random_end)
while not is_the_num_prime(number):
number = random.randint(random_start, random_end)
return number
def spawn(self, number):
for i in range(number):
newBall = Ball(self.screen, random.randint(0, self.screen.get_width()), random.randint(0, self.screen.get_height()), 5, (random.int(0, 255), (random.int(0, 255), (random.int(0, 255)), 15)))
def climb_off(self, loc):
'''
Decides whether or not the robot should climb off the structure
'''
return helpers.compare(loc[2], 0) and random.int(0, 1) == 1
def fake_port():
return random.int(0, 65535)
def get_random_words(num):
'''
This function selects a
random word from the txt file
'''
random_word = random.int(0, len(num))
# 判断文件夹是否存在
res = os.path.isdir(TEST_PATH})
# 创建文件夹
os.mkdir(DIR_PATH)
# 删除文件夹
os.rmdir(DIR_PATH)
# 删除文件
os.remove(file_name)
# 获取指定文件夹下面的所有文件夹名和文件名
os.listdir(DIR_PATH)
"""random模块"""
import random
# 随机从1-9中返回一个整数
res = random.int(1,9)
# 返回0-1之间的浮点数
res = random.random()
# shuffle（洗牌）有索引的可变可迭代对象
my_list = [1, 2, 3, 3, 7]
random.shuffle(my_list)
print(my_list)
# choice（随机选择）有索引的可迭代对象
my_str = 'yyh NO.1'
random.choice(my_str)
# 例题：生成随机验证码
def random_code(n):
char_range = [chr(i) for i in range(65, 91)] + \
[chr(i) for i in range(97, 123)] + \
[str(i) for i in range(10)]
result = ''
def numset():
session['answer'] = random.int(1, 100)
def marc(isbnS, baseUrl='http://opac.nlc.cn/F', **kw):
# source = open(data,'r')
# okw = dict(func='full-set-set_body',find_code='ISB',request='',set_entry='000001',format='001',local_base='NLC01')
okw = collections.OrderedDict()
okw['find_code'] = 'ISB'
okw['request'] = ''
okw['local_base'] = 'NLC01'
okw['func'] = 'find_b'
arg = ''
for k in kw:
try:
tti = okw[k]
except KeyError:
logger.warn(
'File:isbnTt\nLine 29: tti = okw[k]\nFunc: isbn(isbnS,**kw)\n\
KeyError:{} is not a property request arguments'.format(k))
choice = input(
'Please input "Y" to Accept or any other key to Jump :')
if choice == 'Y':
okw[k] = kw[k]
index = urlopen(baseUrl)
indexObj = BeautifulSoup(index, 'html.parser')
iterObj = indexObj.find('form')
iterUrlTt = iterObj.get('action')
iterUrl = iterUrlTt[:-5] + '{:0>5}'.format(int(iterUrlTt[-5:]) + 1)
isbnFailure = []
global cursorE, mkconnE
for isbn in isbnS:
try:
okw['request'] = isbn
arg = '?'
for k, v in okw.items():
arg = arg + k + '=' + v + '&'
arg = arg[:-1]
logger.info(iterUrl + arg)
iterHtml = urlopen(iterUrl + arg)
iterObjI = BeautifulSoup(iterHtml, 'html.parser')
# 获取下一次链接以及xhr参数URL
iterObjII = iterObjI.find('form')
iterUrl = iterObjII.get('action')
# $('#hitnum')多结果分支
objHit = iterObjI.find('div', id='hitnum')
if objHit:
xhrUrls = []
objS = iterObjI.findAll('div', {'class': 'itemtitle'})
numStr = objHit.get_text()
num = int(numStr.split('"')[1].split(' ')[-1])
preUrl = objS[0].a.get('href')[:-3] + '001'
logger.info(preUrl)
u0 = preUrl[:75]
u1 = int(preUrl[75:80])
u2 = preUrl[80:98] + '_body'
u3 = preUrl[98:127]
u4 = '&format=001'
for i in range(num):
pUrl = (u0 + '{:0>5}' + u2 + u3 + '{:0>6}' + u4).format(
u1 + i * 9, i + 1)
logger.info(pUrl)
xhrUrls.append(pUrl)
logger.info('==| Len of xhrUrls: {} |== '.format(len(xhrUrls)))
for ix in xhrUrls:
try:
iterXhr = urlopen(ix)
marcObj = BeautifulSoup(iterXhr, 'html.parser')
marcEngine(marcObj)
except:
logger.exception('Failed: {} \n'.format(ix))
else:
# 查询结果唯一 的分支
# 根据分析网页得到的action和xhr请求url的推算关系
# 构造XHR参数
iterUrlII = iterUrl[:-5] + '{:0>5}'.format(
int(iterUrl[-5:]) + 12)
numberObj = iterObjI.find('input', id='set_number')
if not numberObj:
continue
set_number = numberObj.get('value')
argFont = "?func=full-set-set_body&set_number="
argEdn = "&set_entry=000001&format=001"
iterUrlIII = iterUrlII + argFont + set_number + argEdn
iterXhr = urlopen(iterUrlIII)
marcObj = BeautifulSoup(iterXhr, 'html.parser')
marcEngine(marcObj)
except:
logger.exception("Failed ISBN: {} ".format(isbn))
isbnFailure.append(isbn)
continue
finally:
time.sleep(random.int(10))
cursorE.commit()
import random a = random.int(1, 10) print(a)
def roll_dice():
if request.method == "GET":
dice_1 = random.int(1, 6)
dice_2 = random.int(1, 6)
result = {'dice_1': dice_1, 'dice_2': dice_2}
return jsonify(result)
def get_randomInt(): # CHANGE ONLY THIS LINE BELOW random_number = random.int(1, 10) return random_number