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functions.py
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import unicodedata
import bitcoin
import pysodium
from pyblake2 import blake2b
import itertools
import time
import re
import os
from hashlib import pbkdf2_hmac
def saltmixer(var, salt_num, salt_n, salt_char_multi):
import itertools
salt_list =[]
salt = int(salt_num)
output1 = ""
z = 0
if salt_n == True:
salt_list.append("")
for z in 1, 2:
for subset in itertools.product(var):
for x in subset:
output1 = output1 + x
salt_list.append(output1)
output1 = ""
z = z + 1
if z > salt:
break
for subset in itertools.product(var, var):
for x in subset:
output1 = output1 + x
if salt_char_multi == False:
if len(output1) != len(set(output1)):
output1 = ""
continue
salt_list.append(output1)
output1 = ""
z = z + 1
if z > salt:
break
for subset in itertools.product(var, var, var):
for x in subset:
output1 = output1 + x
if salt_char_multi == False:
if len(output1) != len(set(output1)):
output1 = ""
continue
salt_list.append(output1)
output1 = ""
z = z + 1
if z > salt:
break
for subset in itertools.product(var, var, var, var):
for x in subset:
output1 = output1 + x
if salt_char_multi == False:
if len(output1) != len(set(output1)):
output1 = ""
continue
salt_list.append(output1)
output1 = ""
z = z + 1
if z > salt:
break
return salt_list
def sequenzerwithvsalt(L, V, W, X, Y, Z, E):
import itertools
sequ = []
output1 = ""
comp_count = V + W + X + Y + Z
sequ_count = 0
if L == 1:
output1 = "LV"
else:
output1 = "V"
if comp_count == 5:
for subset in itertools.product("WXYZ", "WXYZ", "WXYZ", "WXYZ"):
if L == 0:
output1 = "V"
else:
output1 = "LV"
for p in subset:
output1 = output1 + p
if len(output1) != len(set(output1)):
continue
if E == 1:
output1 = output1 + "E"
sequ.append(output1)
sequ_count += 1
output1 = ""
elif comp_count == 4:
for subset in itertools.product("WXZ", "WXZ", "WXZ"):
if L == 0:
output1 = "V"
else:
output1 = "LV"
for p in subset:
output1 = output1 + p
if len(output1) != len(set(output1)):
continue
if E == 1:
output1 = output1 + "E"
sequ.append(output1)
sequ_count += 1
output1 = ""
elif comp_count == 3:
for subset in itertools.product("WZ", "WZ"):
if L == 0:
output1 = "V"
else:
output1 = "LV"
for p in subset:
output1 = output1 + p
if len(output1) != len(set(output1)):
continue
if E == 1:
output1 = output1 + "E"
sequ.append(output1)
sequ_count += 1
output1 = ""
else:
for subset in itertools.product("Z"):
if L == 0:
output1 = "V"
else:
output1 = "LV"
for p in subset:
output1 = output1 + p
if len(output1) != len(set(output1)):
continue
if E == 1:
output1 = output1 + "E"
sequ.append(output1)
sequ_count += 1
output1 = ""
sequ_with_vsalt = sequ
return sequ_with_vsalt
def sequenzernovsalt(L, V, W, X, Y, E):
sequ = []
output1 = ""
comp_count = V + W + X + Y
sequ_count = 0
if L == 1:
output1 = "L"
else:
output1 = ""
if comp_count == 4:
for subset in itertools.product("WXY", "WXY", "WXY"):
if L == 0:
output1 = "V"
else:
output1 = "LV"
for p in subset:
output1 = output1 + p
if len(output1) != len(set(output1)):
output1 = ""
continue
if E == 1:
output1 = output1 + "E"
sequ.append(output1)
sequ_count += 1
output1 = ""
elif comp_count == 3:
for subset in itertools.product("WX", "WX"):
if L == 0:
output1 = "V"
else:
output1 = "LV"
for p in subset:
output1 = output1 + p
if len(output1) != len(set(output1)):
output1 = ""
continue
if E == 1:
output1 = output1 + "E"
sequ.append(output1)
sequ_count += 1
output1 = ""
elif comp_count == 2:
for subset in itertools.product("W"):
if L == 0:
output1 = "V"
else:
output1 = "LV"
for p in subset:
output1 = output1 + p
if len(output1) != len(set(output1)):
output1 = ""
continue
if E == 1:
output1 = output1 + "E"
sequ.append(output1)
sequ_count += 1
output1 = ""
else:
if L == 0:
output1 = "V"
else:
output1 = "LV"
if E == 1:
output1 = output1 + "E"
sequ.append(output1)
sequ_count += 1
output1 = ""
sequ_no_vsalt = sequ
return sequ_no_vsalt
def component_mixer(parts, min_char_num, max_char_num,candidate_count,candidate_used,window,pwd_list):
for subset in itertools.product(*parts):
pwd_candidate = ""
candidate_count += 1
for x in subset:
pwd_candidate = pwd_candidate + x
if len(pwd_candidate) < min_char_num or len(pwd_candidate) > max_char_num:
continue
candidate_used += 1
pwd_list.append(pwd_candidate)
# window.ui.lcdNumber_used.display(candidate_used)
# window.ui.lcdNumber.display(candidate_count)
return candidate_count, candidate_used, pwd_list
def check(password,email, mnemonic, address, iters = 2048):
salt = unicodedata.normalize("NFKD", (email + password)).encode("utf8")
seed = pbkdf2_hmac(hash_name='sha512',password=mnemonic,salt=b"mnemonic"+salt,iterations=iters)
pk, sk = pysodium.crypto_sign_seed_keypair(seed[0:32])
pkh = blake2b(pk, 20).digest()
decrypted_address = bitcoin.bin_to_b58check(pkh, magicbyte=434591)
if address == decrypted_address:
found_it = "True"
print("found it ")
print("Your password is: ", password)
with open("password.lst", 'a') as z:
z.write((password) + '\n')
z.close()
else:
found_it = "False"
return(found_it,password)
def pwd_len(lsalt_lst,esalt_lst,vsalt_lst,comp1_list,comp2_list,comp3_list,comp4_list,window,W,X,Y,Z):
lls = len(lsalt_lst)
if lls == 0: lls = 1
les = len(esalt_lst)
if les == 0: les = 1
lvs = len(vsalt_lst)
if lvs == 0: lvs = 1
lc1 = len(comp1_list)
if lc1 == 0: lc1 = 1
lc2 = len(comp2_list)
if lc2 == 0: lc2 = 1
lc3 = len(comp3_list)
if lc3 == 0: lc3 = 1
lc4 = len(comp4_list)
if lc4 == 0: lc4 = 1
var_part = (W + X + Y + Z)
var_multi = 1
i = 1
while i <= var_part:
var_multi = var_multi * i
i += 1
total_passwords = lls * lc1 * var_multi * lc2 * lc3 * lc4 * lvs * les
return(total_passwords)
def comp_create(chars,capitalize_first,capitalize_each, capitalize_all, comp_min_char,comp_max_char,comp_repeat_char):
count = 0
char_len = int(comp_max_char)
comp_min_char = int(comp_min_char)
comp_repeat_char = int(comp_repeat_char)
chunk_size = 1024*1024*256
comp_part_lst = []
if char_len >= len(chars):
char_len = len(chars)
for i in range(1, char_len + 1):
for comp in itertools.product(chars, repeat=i):
comp = ''.join(comp)
length = len(comp)
word = [item[0] for item in re.findall(r"((\w)\2*)", comp)]
valid_word = True
letter_count = 0
for letters in word:
letter_count += 1
if len(letters) > comp_repeat_char:
valid_word = False
break
if letter_count <= (length / 2) and valid_word == True:
valid_word = False
if valid_word == True and length >= comp_min_char:
count = count + 1
comp_part_lst.append(comp)
if valid_word == True and capitalize_first == True and capitalize_each == False:
count += 1
comp_part_lst.append(comp.title())
if valid_word == True and capitalize_each == True:
for n in range(1, len(comp)):
count += 1
y = ''.join([comp[:n], comp[n].upper(), comp[n + 1:]])
comp_part_lst.append(y)
if valid_word == True and capitalize_all == True:
count += 1
comp_part_lst.append(comp.upper())
return comp_part_lst