def hashdecrypt():
hash = input(" Hash: ")
print("\n"+wait+" Bruteforce '%s'..." % (hash))
lkd = leaked()
password = lkd.hash(hash)
if password:
print("\n"+found+" %s : %s" % (hash, password))
else:
print("\n"+warning+" %s : Not match found." % (hash))
def search_email(email):
lkd = leaked()
leak = lkd.email(email)
if leak:
TABLE_DATA = [
('Title', 'Domain', 'Date'),
]
for lk in leak:
name = lk['Title']
domain = lk['Domain']
date = lk['Date']
tuples = (name, domain, date)
TABLE_DATA.append(tuples)
table = SingleTable(TABLE_DATA, " Leaked Site ")
print(table.table)
print("\n"+wait+" Recherche du Mot de passse...")
table_dump = [
('Email', 'Password'),
]
url = "https://www.google.fr/search?num=100&q=\\intext:\"%s\"\\"
content = requests.get(url % (email)).text
urls = re.findall('url\\?q=(.*?)&', content)
cout = len(urls)
if cout == 0:
print(warning+" Aucun résultat.")
else:
print(wait+" Scan %s Link..." % (str(cout)))
x = 1
countPassword = 0
for url in urls:
if not "googleusercontent" in url:
if not "/settings/ads" in url:
if not "webcache.googleusercontent.com/" in url:
if not "/policies/faq" in url:
try:
# print("(%s) link scanned. " % (str(x)))
texte = requests.get(url).text
# print("Search...")
combo = re.search(email+r":([a-zA-Z0-9_ & * $ - ! / ; , ? + = | \. ]+)", texte).group()
if combo:
passw = combo.split(":")[1]
tuples = (email, passw)
countPassword += 1
table_dump.append(tuples)
# print("[+] %s" % (combo))
except:
pass
# print("[?] %s " % (url))
# x = x + 1
if countPassword > 0:
table = SingleTable(table_dump, " Dump ")
print("\n"+table.table)
else:
print(warning+" Aucune donnée pour '%s' " % (email))
def get_pass(out, hash):
lkd = leaked()
out.put(lkd.hash(hash))