def manager():
decrypt("Hotel.db")
output = Manager.query.all()
log.dbSelect(app.config['SQLALCHEMY_DATABASE_URI'],"Manager",Guest.query.count())
db.session.close()
encrypt("Hotel.db")
return render_template('show(man).html',out=output, currentID = currentID)
def main():
"""
message = [
[
["3F", "EE", "C0", "E3"], ["93", "29", "87", "A8"],
["F7", "78", "65", "87"], ["D4", "AE", "0B", "EF"]
]
]
key = [
["42", "69", "54", "21"], ["F5", "79", "C9", "FE"],
["8D", "65", "52", "41"], ["96", "9F", "75", "05"]
]
"""
choice, message, key = prompt_user()
# TODO: For decryption (whenever that time comes), bytes.fromhex(message).decode('utf-8') converts back to msg
print("message: {}".format(message))
tokenized_msg = tokenize(message, 2)
print("tokenized message: {}".format(tokenized_msg))
hexified_msg = hexify(tokenized_msg)
print("hexified message: {}".format(hexified_msg))
blockified_msg = blockify_and_matrix_msg(hexified_msg)
print("blockified message: {}".format(blockified_msg))
print(key)
tokenized_key = tokenize(key, 2)
hexified_key = hexify(tokenized_key)
blockified_key = blockify_and_matrix_msg(hexified_key)[0]
print(blockified_key)
print("-------------------------")
encrypt.encrypt(blockified_msg, blockified_key)
def setAppointment(p):
query = "INSERT INTO appointment VALUES (%s,%s,%s,%s,%s,%s,%s,%s, NULL);"
cursor = cnx.cursor()
token = generateAppointmentToken()
cursor.execute(query, (generateId() ,encrypt(p.firstname), encrypt(p.lastname), encrypt(p.email), encrypt(p.begin_date), encrypt(p.end_date), p.business_id, token))
cnx.commit()
return token
def start():
while True:
choise = int(
input("Enter number: 1 for encode, 2 for decode, 3 for quit\n"))
if choise == 1:
# text = str(input("Enter text to encode"))
text = "Lab 3 seti i telecommunikacii" #29
degree = int(
input("Enter degree of encoding: 1 or 2 or 4 or 8: \n"))
# text = open('text.txt', 'r')
start = "start.bmp"
new = "newImage.bmp"
encrypt(text, degree, start, new, systemXernya=54, byte=8)
elif choise == 2:
degree = int(
input("Enter degree of decoding: 1 or 2 or 4 or 8: \n"))
toRead = int(input("How many symbols to read: \n"))
new = "newImage.bmp"
decrypt(degree, toRead, new, systemXernya=54, byte=8)
elif choise == 3:
break
else:
print("Unknown command!")
def ckcode(e, r):
c = encrypt(e + r)
t = encrypt(e) + encode(encrypt(r))
p = gen(t, c)
u = encrypt(c)
y = gen(p + gen(e, t) + u, t)
return pricd(e, r, y)
def load_user(id):
print("FILE DECRYPTED_________________2")
decrypt("Hotel.db")
out = int(id)
db.session.close()
encrypt("Hotel.db")
return out
def keybld():
print(
"\n\n\t ------- K E Y W O R D P A S S W O R D B U I L D E R ---- "
)
key = raw_input("\n\n Enter the KEYWORD : ")
size = input(
"\n\n Enter the No. of additional chars reqd (excluding key) : ")
chars = string.ascii_letters + string.digits + '$' + '_' + '%' + '&' + '*'
loop = 5
while loop == 5:
print(chr(27) + "[2J")
print("\n\n\t --- A d B P a s s w o r d M a n a g e r --- ")
pwd = ''.join(random.choice(chars) for i in range(size))
print("\n - - - - - - - - - - - - - - - - - - - - - - - - - - - ")
passw = key + pwd
print("\n\n G e n e r a t e d P a s s w o r d : " + passw)
print("\n - - - - - - - - - - - - - - - - - - - - - - - - - - - ")
print("\n\n 1 - Generate new password ")
print("\n 2 - Save this Password (with Encryption) ")
print("\n\n\t 0 (or Any other key) - Continue... ")
c = input("\n\t S e l e c t i o n : ")
if c == 1:
loop = 5
elif c == 2:
fname = raw_input("\n\n Enter the Filename : ")
encrypt(fname, passw)
loop = 0
else:
loop = 0
def main():
parser = argparse.ArgumentParser(description='Encrypt or decrypt with AES')
parser.add_argument('--keysize',
help='Either 128 or 256 bits.',
required=True)
parser.add_argument('--keyfile',
help='The path of a keyfile that fits the keysize.',
required=True)
parser.add_argument('--inputfile',
help='The file to encrypt or decrypt.',
required=True)
parser.add_argument('--outputfile',
help='The path for the desired output file.',
required=True)
parser.add_argument('--mode', help='encrypt or decrypt', required=True)
args = parser.parse_args()
keysize = int(args.keysize)
keyfile = args.keyfile
inputfile = args.inputfile
outputfile = args.outputfile
mode = args.mode
if mode == 'encrypt':
e.encrypt(keysize, keyfile, inputfile, outputfile)
elif mode == 'decrypt':
d.decrypt(keysize, keyfile, inputfile, outputfile)
def randbld():
size=8
chars=string.ascii_letters+string.digits
loop=1
while loop==1:
print(chr(27)+"[2J")
print("\n\n\t --- A d B P a s s w o r d M a n a g e r --- ")
print("\n -- R a n d o m P a s s B u i l d e r --")
print("\n -------------------------------------------------")
pwd=''.join(random.choice(chars) for i in range(size))
print("\n\n\t[[[ Generated Password : "******" ]]]")
print("\n\n ------------------------------------------------")
print("\n\t 1 - Generate New Random Password ")
print("\n\t 2 - Save this password (With Encryption)")
print("\n\t 3 - copy to clipboard and save (With encryption)")
print("\n\t\t 0 (or any other) - To Continue... ")
sel=input("\n\n Enter your Selection : ")
if sel==1:
loop=1
elif sel==2:
fname=raw_input("\n\n Enter File Name : ")
encrypt(fname,pwd)
loop=0
elif sel==3:
copyclip(pwd)
fname=raw_input("\n\n Enter File Name : ")
encrypt(fname,pwd)
loop=0
else:
loop=0
def room():
decrypt("Hotel.db")
output = Room.query.all()
log.dbSelect(app.config['SQLALCHEMY_DATABASE_URI'],"Room",Room.query.count())
db.session.close()
encrypt("Hotel.db")
return render_template('show(room).html',out=output)
def main():
print("\n\n\t Select one of the Following ")
print("\n\n\t 1 - A c c e s s P a s s w o r d s ")
print("\n\t 2 - C r e a t e R a n d o m P a s s w o r d ")
print(
"\n\t 3 - S a v e P a s s w o r d (w i t h E n c r y p t i o n) ")
print("\n\n\t 9 - A d v a n c e M o d e ")
print("\n\n\t\t 0 - E X I T ")
sel = input("\n Y o u r S e l e c t i o n : ")
if sel == 1:
access()
elif sel == 2:
randbld()
elif sel == 3:
print(chr(27) + "[2J")
print("\n\n\t --- A d B P a s s w o r d M a n a g e r --- ")
pwd = raw_input("\n\n Enter Password : "******"\n\n Enter the file name : ")
encrypt(fname, pwd)
elif sel == 9:
print(chr(27) + "[2J")
print(
"\n\n ------ A d B P a s s M g r A d v a n c e M o d e -----"
)
create()
elif sel == 0:
print("\n\n Shutting down AdBPassMgr ... ")
exit()
else:
print("\n Invalid Input")
def BrowseFile(self):
global fname
fname = QFileDialog.getOpenFileName(None, 'Open file', '')[0]
from encrypt import encrypt
key = open('crypto.key', 'rb').read()
encrypt(fname, key)
Browser.close()
def ck(e, t, p, u, y, o):
f = encrypt(e)
g = encrypt(u + y)
a = i = encrypt(e) + encode(encrypt(t)) + p
b = gen_s(i, a)
v = encrypt(f) + g
j = gen_s(b + gen_s(e, a) + v, g)
return prijm(e, t, p, u, y, o, j)
def login(self, mobile, password, accountType, userType):
#传公参
params = self.scm.public_argument()
params['mobile'] = encrypt(mobile)
params['password'] = encrypt(password)
params['accountType'] = accountType
params['userType'] = userType
return self.scm.request_post(params, api.login)
def updateBusinessOwner(p):
query = "UPDATE `business_owner` SET `firstname`=%s,`lastname`=%s,`date_of_birth`=%s,`email`=%s,`phone`=%s WHERE id = %s"
cursor = cnx.cursor()
cursor.execute(
query,
(encrypt(p.firstname), encrypt(p.lastname), encrypt(
p.date_of_birth), encrypt(p.email), encrypt(p.phone), p.id))
cnx.commit()
def op2():
key = enc.getKey()
if key == b'':
print("The key is " + str(enc.createNewKey()))
enc.encrypt()
print("Done.")
else:
print("Files are already encrypted. Wouldn't want to overdo it :3")
def setBusinessOwner(p):
query = "INSERT INTO business_owner (id,firstname,lastname,date_of_birth,email,phone) VALUES (%s,%s,%s,%s,%s,%s);"
cursor = cnx.cursor()
id = generateId()
cursor.execute(
query, (id, encrypt(p.firstname), encrypt(p.lastname),
encrypt(p.date_of_birth), encrypt(p.email), encrypt(p.phone)))
cnx.commit()
return id
def certification(self, acctName, idCode):
#传公参
params = self.scm.public_argument()
result = self.sc.login(cfg.mobile, cfg.password, cfg.accountType,
cfg.userType)
params['token'] = result['data']['token']
params['acctName'] = encrypt(acctName)
params['idCode'] = encrypt(idCode)
return self.scm.request_post(params, api.certification)
def Contact_save(self, sessionToken, contacts, mailList):
#传公参
params = self.public_argument()
params['sessionToken'] = sessionToken
params['contacts'] = encrypt(contacts)
params['mailList'] = encrypt(mailList)
#验签
headers = self.Inspection_sign(params)
return self.request_post(params, headers, 'data/contact/save.json')
def main():
msg = ""
try:
client = None
addr = ""
s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
s.bind(('', 17389))
t.start()
t2.start()
#print("connecting".upper())
t.join()
t2.join()
if wrong == True:
return
if len(sys.argv) == 0:
# file_name = input("file name:\n>\t")
file_name = filedialog.askopenfilename()
arg = False
with open(file_name, encoding="utf-8", errors='ignore') as f:
msg = e.encrypt(longitude, latitude, f.read())
option = input("(E)ncrypt or (D)ecrypt:\n>\t")
if option.upper() == 'D':
file_name = file_name[:file_name.index(
'.')] + '_decrypted' + file_name[file_name.index('.'):]
with open(file_name, 'w') as f:
f.write(msg)
else:
option = input("(E)ncrypt or (D)ecrypt:\n>\t")
while len(sys.argv) > 0:
file_name = sys.argv.pop(0)
with open(file_name, encoding="utf-8", errors='ignore') as f:
for line in f:
msg += e.encrypt(longitude, latitude, line)
if option.upper() == 'D':
file_name = file_name[:file_name.index(
'.')] + '_decrypted' + file_name[file_name.index('.'):]
with open(file_name, 'w') as f:
f.write(msg)
except Exception as err:
try:
os.system("clear")
except:
os.system("cls")
traceback.print_exc()
print("ERROR\nExiting now")
def Certification_Update(self, sessionToken, idCardNo, fullname):
#传公参
params = self.public_argument()
params['sessionToken'] = sessionToken
params['idCardNo'] = encrypt(idCardNo)
params['fullname'] = encrypt(fullname)
#验签
headers = self.Inspection_sign(params)
return self.request_post(params, headers,
'data/certification/update.json')
def sendCommand():
message2 = raw_input("Enter command: ")
if (message2 == "exit"):
sock.sendall(encrypt.encrypt(message2))
sock.close()
quit()
print("Command received is: " + message2)
encryptedMessage = encrypt.encrypt(message2)
print("The encrypted version that will be sent is: " + encryptedMessage)
sock.sendall(encryptedMessage)
def op3():
key = enc.getKey()
if key == b'':
print("The key is " + str(enc.createNewKey()))
enc.encrypt()
else:
enc.decrypt()
print("The key is " + str(enc.createNewKey()))
enc.encrypt()
print("Done.")
def new():
username = request.form['username']
website = request.form['website']
length = request.form['length']
special = request.form['special']
caps = request.form['caps']
nums = request.form['nums']
#print(username, website, length, special, caps, nums)
encrypt.encrypt(username, website, length, special, caps, nums)
return send_from_directory('ui', 'passkeep.html')
def register():
letterloop = 0
logdigit = 0
loglower = 0
logupper = 0
logsymbol = 0
RegisterUser = RegisterUserForm(request.form) #make sure to clear and check fields are ok before inserting into sql database
with open('./BannedPasswords/banned-passwords-1.txt', 'r') as BannedPassList:
found = False
if request.method == 'POST' and RegisterUser.validate():
for line in BannedPassList:
if str(RegisterUser.password.data) in line:
print("This password is not allowed")
return 'This password is not allowed'
if not found:
logpass = str(RegisterUser.password.data)
while letterloop < len(logpass):
if logpass[letterloop].isdigit():
logdigit += 1
elif logpass[letterloop].islower():
loglower += 1
elif logpass[letterloop].isupper():
logupper += 1
else:
logsymbol += 1
letterloop += 1
if logdigit >= 1 and loglower >= 1 and logupper >= 1 and logsymbol >= 1 and len(logpass) >= 8:
logpass = pbkdf2_sha256.hash(logpass)
user = Guest(g_name=RegisterUser.name.data, g_email=RegisterUser.email.data, g_password=logpass, g_credit_card=RegisterUser.cc.data, g_phone=RegisterUser.num.data)
decrypt("Hotel.db")
db.session.add(user)
log.dbInsert(app.config['SQLALCHEMY_DATABASE_URI'],"Guest",RegisterUser.email.data, RegisterUser.name.data, str(RegisterUser.cc.data)[-4:0], "1")
db.session.commit()
log.dbCommit(app.config['SQLALCHEMY_DATABASE_URI'],"Guest","1")
try:
log.reg_new(RegisterUser.username.data)
except Exception:
print("Error occurred while logging Registering new guest.")
print("Guest successfully registered")
session['logged_in'] = 1
session['user'] = RegisterUser.name.data
login_user(user)
db.session.close()
encrypt("Hotel.db")
try:
log.reg_new(RegisterUser.name.data)
except Exception:
print("Error occurred while logging Registering new user.")
return redirect(url_for('index'))
else:
return 'Password must contain at least 1 digit, 1 symbol, 1 uppercase character and 1 lowercase character'
return render_template('register.html', form=RegisterUser)
def findUser(uName: str, uDate: str):
sclCode = searchSchool('인천전자마이스터고등학교')['schulList'][0]['orgCode']
param = {
"orgCode": sclCode,
"name": encrypt.encrypt(uName),
"birthday": encrypt.encrypt(uDate),
"stdntPNo": None,
"loginType": "school"
}
user = requests.post(url='https://icehcs.eduro.go.kr/v2/findUser',
json=param)
return user.json()
def beginEncryption(self, listFilenames, private_key, public_key):
key = k.Key(private_key, public_key)
self.changeButtonState(tk.DISABLED)
self.changeTextBoxState(tk.DISABLED)
for i in listFilenames:
self.showBar(i, listFilenames.index(i), len(listFilenames))
if self.selection_value.get() == 1:
e.encrypt(i, self.output_entry.get(), key)
if self.selection_value.get() == 2:
d.decrypt(i, self.output_entry.get(), key)
self.progressText.set(self.encrypt_text.get()+"ion finished. ("+str(len(listFilenames))+"/"+str(len(listFilenames))+")")
self.clearAllText()
self.changeButtonState(tk.NORMAL)
def run(usr):
while (0 == 0):
web_interface.get_file(usr)
encrypt.decrypt(["mati2000", "koniec"])
msg = input()
encrypt.encrypt(msg, ["mati2000", "koniec"])
web_interface.upload_file(usr % 1)
print("would you like to send another file (y/n)")
response = input()
if (response == "n"):
break
def Get_code(self, sessionToken,idCardNo,fullname,mobile,bankCardNo,bankName,bankCode,payday):
#传公参
params=self.public_argument()
params['sessionToken']=sessionToken
params['idCardNo']=encrypt(idCardNo)
params['fullname']=encrypt(fullname)
params['mobile']=encrypt(mobile)
params['bankCardNo']=encrypt(bankCardNo)
params['bankName']=bankName
params['bankCode']=bankCode
params['payday']=payday
#验签
headers=self.Inspection_sign(params)
return self.request_post(params,headers,'data/bank/getCode.json')
def difbld():
alf = string.ascii_letters
dig = string.digits
spl = '$' + '_' + '%' + '&' + '*'
nc = input("\n Number of Alphabets : ")
ns = input("\n Number of Special Ch : ")
nd = input("\n Number of Digits : ")
print("\n\n Select the format ")
print("\n 1 > alphabets - special_characters - digits ")
print("\n 2 > alphabets - digits - special characters ")
print("\n 3 > special c - alphabets - digits ")
print("\n 4 > special c - digits - alphabets ")
print("\n 5 > digits - special characters - alphabets ")
print("\n 6 > digits - alphabets - special characters ")
com = input("\n\n\t S E L E C T I O N : ")
loop = 3
while loop == 3:
fal = ''.join(random.choice(alf) for i in range(nc))
fdg = ''.join(random.choice(dig) for i in range(nd))
fsp = ''.join(random.choice(spl) for i in range(ns))
if com == 1:
pwd = fal + fsp + fdg
elif com == 2:
pwd = fal + fdg + fsp
elif com == 3:
pwd = fsp + fal + fdg
elif com == 4:
pwd = fsp + fdg + fal
elif com == 5:
pwd = fdg + fsp + fal
elif com == 6:
pwd = fdg + fal + fsp
else:
print("\n\n Invalid Selection")
print(chr(27) + "[2J")
print("\n\n\t --- A d B P a s s w o r d M a n a g e r --- ")
print("\n - - - - - - - - - - - - - - - - - - - - - - - - - - ")
print("\n\n G e n e r a t e d P a s s w o r d : " + pwd)
print("\n - - - - - - - - - - - - - - - - - - - - - - - - - - ")
print("\n\n 1 - Generate New Password ")
print("\n 2 - Save this Password (with Encryption ) ")
print("\n\t 0 (or any other key) - Continue... ")
sel = input("\n S E L E C T I O N : ")
if sel == 1:
loop = 3
elif sel == 2:
fname = raw_input("\n\n Enter File Name : ")
encrypt(fname, pwd)
else:
loop = 0
def encrypt(self, plainTextFile):
if len(self.key) != 0:
rsaEncrypt(self.key);
return encrypt(self.key, plainTextFile);
else:
return
def test_point_encryption(self):
m = ec.point(1,2,priv.A, priv.B, priv.prime)
cipher = encrypt.encrypt(m, priv.base_point, priv.pub_raised_point)
m2 = decrypt.decrypt(cipher, priv.exponent)
self.assertEqual(m, m2)
def btnOKClicked(self, event):
if isinstance(self.project, conman.conman.ConMan):
self.project.name = self.generalPanel.txtname.GetValue()
self.project.description = self.generalPanel.txtdescription.GetValue()
self.project.keywords = self.generalPanel.txtkeywords.GetValue()
self.parent.pub.pubid = self.searchPanel.txtpubid.GetValue()
elif isinstance(self.project, ims.contentpackage.ContentPackage):
lang = appdata.projectLanguage
self.project.metadata.lom.general.title[lang] = self.generalPanel.txtname.GetValue()
self.project.metadata.lom.general.description[lang] = self.generalPanel.txtdescription.GetValue()
self.project.metadata.lom.general.keyword[lang] = self.generalPanel.txtkeywords.GetValue()
settings.ProjectSettings["FTPHost"] = self.ftpPanel.txtFTPSite.GetValue()
settings.ProjectSettings["FTPDirectory"] = self.ftpPanel.txtDirectory.GetValue()
settings.ProjectSettings["FTPUser"] = self.ftpPanel.txtUsername.GetValue()
settings.ProjectSettings["FTPPassword"] = encrypt.encrypt(self.ftpPanel.txtPassword.GetValue())
if self.ftpPanel.chkPassiveFTP.GetValue() == True:
settings.ProjectSettings["FTPPassive"] = "Yes"
else:
settings.ProjectSettings["FTPPassive"] = "No"
if self.ftpPanel.chkUploadOnSave.GetValue() == True:
settings.ProjectSettings["UploadOnSave"] = "Yes"
else:
settings.ProjectSettings["UploadOnSave"] = "No"
settings.ProjectSettings["CDSaveDir"] = self.publishPanel.txtCDDir.GetValue()
settings.ProjectSettings["WebSaveDir"] = self.publishPanel.txtWebDir.GetValue()
self.parent.isDirty = True
self.EndModal(wx.ID_OK)
def encryption(plain, key):
inp = to_hex(pad(plain))
key = to_hex(pad(key))[0]
ct = []
for block in inp:
ct.append(encrypt(block, key))
return ct
def encrypt_data(user_password, salt, data):
"""
Encrypt the data and store it in form of [IV,TAG,CIPHER].
"""
key = pyscrypt.hash(password = user_password.encode(encoding='UTF-8'), salt = salt.encode(encoding='UTF-8'), N = 1024, r = 1, p = 1, dkLen = 32)
iv = os.urandom(12)
ret = encrypt.encrypt(key, iv, data)
return b''.join([iv, ret["tag"], ret["cipher"]])
def login(steamid, login_key):
steamid = SteamID(steamid)
session_key, crypted_key, _ = encrypt.make_session_key()
ticket = encrypt.encrypt(login_key, session_key)
key = call('ISteamUserAuth', 'AuthenticateUser', data={
'steamid': steamid.id,
'sessionkey': crypted_key,
'encrypted_loginkey': ticket,
})
return key.json().get('authenticateuser', {}).get('token')
def __init__(self):
config = ConfigParser.SafeConfigParser()
config.read(os.path.normpath(sys.argv[3]))
self.source = os.path.normpath(sys.argv[1])
self.remote = os.path.normpath(sys.argv[2])
self.oauth_folder = os.path.normpath(config.get('folder','oauth',1))
#self.log_file = open(str(os.path.join(os.path.normpath(config.get('folder','log',1)),'EncryptedUploader.log')),'w')
self._create_drive()
self.mapping = dict()#names of directories to parent folder id
self.encrypter = encrypt()
def getObjectProperties(obj, projections):
ret = {}
if not projections:
projections = obj._properties.keys()
for p in projections:
prop = str(getattr(obj, p[:-1] if p.endswith('~') else p, 'null'))
if p.endswith('~'):
p = p[:-1]
prop = encrypt.encrypt(prop, SAGPASS)
ret[p] = prop
return ret
def createUserGuest(self):
if filter(lambda x: int(x[2])>=self.minSysId, self.dataUsers):
return True
else:
# add user guest
pwd = "guest"
encryptObj = encrypt()
pwdHash = encryptObj.getHashPasswd(pwd, "shadow_ssha256")
if pwdHash is False:
return False
if not self.addUser("guest", pwdHash):
return False
return True
def OnClose(self, event):
if not self.mythread == None and self.mythread.isAlive():
self.ftpService.stop()
self.stopupload = True
self.closewindow = True
self.txtTotalProgress.SetValue(_("Shutting down FTP connection, please wait."))
while self.mythread.isAlive():
pass
settings.ProjectSettings["FTPHost"] = self.txtFTPSite.GetValue()
settings.ProjectSettings["FTPUser"] = self.txtUsername.GetValue()
settings.ProjectSettings["FTPPassword"] = encrypt.encrypt(self.txtPassword.GetValue())
settings.ProjectSettings["FTPDirectory"] = self.txtDirectory.GetValue()
settings.ProjectSettings["FTPPassive"] = int(self.chkPassive.GetValue())
#self.parent.pub.settings.SaveAsXML()
self.EndModal(wx.ID_OK)
def tx_packet(self,data):
bytes=data.data
if data.zip==True:
bytes = zlib.compress(bytes)
tx_size=len(bytes)
if tx_size!=0:
expand=((int(tx_size)/int(512))+1)*512-tx_size
bytes+= "\0" * expand
header=data.id+"\n"
if data.file_name!="":
header=header+"#file_name\n"+data.file_name+"\n"
header=header+"#size\n"+str(tx_size)+"\n"
if data.target!="":
header=header+"#target\n"+data.target+"\n"
header=header+"#stat\n"+str(data.stat)+"\n"
if data.dir_name!="":
header=header+"#dir_name\n"+data.dir_name+"\n"
if data.exe_name!="":
header=header+"#exe_name\n"+data.exe_name+"\n"
if data.command!="":
header=header+"#command\n"+data.command+"\n"
if data.zip==True:
header=header+"#zip\n"+"1"+"\n#uzipsize\n"+str(data.uzipsize)+"\n"
header=header+"#end"
buf=bytearray(512)
for i in range(0,len(header)):
buf[i]=ord(header[i])
buf.extend(map(ord, bytes))
#buf=buf+bytes
print("I am sending",len(buf),data.id)
buf=encrypt(buf)
print("I am sending",len(buf),data.id)
self.socket.sendall(buf)
def handle_tcp(self, remote):
sock = self.request
sock_list = [sock, remote]
try:
while (1):
read_list, _, _ = select(sock_list, [], [])
if remote in read_list:
data = remote.recv(8192)
if (sock.send(decrypt(data)) <= 0):
break
if sock in read_list:
data = sock.recv(8192)
if (remote.send(encrypt(data)) <= 0):
break
finally:
remote.close()
sock.close()
def sync_dir(self,path,target):
count=0
banned=[]
sums=""
files=self.gen_dir_list(path)
for fname in files:
f = open(fname, 'rb')
bytes = f.read()
size=len(bytes)
f.close()
m = hashlib.md5()
m.update(bytes)
bin=m.digest()
key_hash=""
for i in range(0,m.digest_size):
key_hash=key_hash+format(ord(bin[i]), '02x')
sums=sums+fname+"\n"+key_hash+"\n"
sums=sums[0:len(sums)-1]
#print("sending",sums0
size=len(sums)
tx_size=((int(size)/int(512))+1)*512
data=bytearray(tx_size)
for i in range(0,size):
data[i]=sums[i]
head="gpvdm_sync_packet_one\n#size\n"+str(size)+"\n#target\n"+target+"\n#src\n"+path+"\n#end"
start_len=len(head)
head_buf=bytearray(512)
for i in range(0,len(head)):
head_buf[i]=head[i]
buf=head_buf+data
buf=encrypt(buf)
self.socket.sendall(buf)
def addUsers(self,*users_passwd):
"""Added users and groups to current system"""
if not self.checkPermFiles():
return False
getDataInFile = _shareData().getDataInFile
self.dataUsers = getDataInFile(fileName=migrateUsers.filePasswd,
lenData=7)
self.dataGroups = getDataInFile(fileName=migrateGroups.fileGroups,
lenData=4)
self.dataShadow = getDataInFile(fileName=migrateShadow.fileShadow,
lenData=9)
getHash = encrypt().getHashPasswd
for userName, pwd in zip(users_passwd[0::2],
users_passwd[1::2]):
pwdHash = getHash(pwd,"shadow_ssha256")
if not self.addUser(userName, pwdHash):
return False
self.saveNewFiles()
return True
def send_block(self, client, block_type, name, number, content):
"""
Send block to the logic thread.
Args:
client (str): The client ip address.
block_type (str): The type of the block.
name (str): The name of the file
number (int): The number of the block.
content (str): The content of the block.
"""
log_params = (block_type, number, client)
self.logger.debug('%s block number %s sent to %s' % log_params)
encrypted = encrypt.encrypt(self.key, content)
net_message = protocol.server.send_block(
block_type=block_type,
name=os.path.basename(self.file_path),
number=number,
content=encrypted
)
message = protocol.thread.send(message=net_message, client=client)
self.logic_queue.put(message)
def handle(self):
try:
logging.info("Connection from {}".format(self.client_address[0]))
# Here we do not need to recv exact bytes,
# since we do not require clients to use any auth method
data = self.request.recv(256)
if not data or ord(data[0]) != 5:
raise socket.error("Not socks5")
# Send initial SOCKS5 response
self.request.sendall('\x05\x00')
data = self.request.recv(4)
ver, cmd, rsv, atyp = [ord(x) for x in data]
if cmd != 1:
raise socket.error("Bad cmd value: %d" % cmd)
if atyp != 3:
raise socket.error("Bad atyp value: %d" % atyp)
addr_len = ord(self.request.recv(1))
addr = self.request.recv(addr_len)
addr_port = self.request.recv(2)
# Reply to client to estanblish the socks v5 connection
reply = "\x05\x00\x00\x01"
reply += socket.inet_aton('0.0.0.0')
reply += struct.pack("!H", 0)
self.request.sendall(reply)
remote = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
remote.connect((SERVER_IP, SERVER_PORT))
logging.info("Connect to %s" % addr)
# encrypt address before sending it
addr = encrypt(addr)
dest_address = "%s%s%s" % (chr(len(addr)), addr, addr_port)
remote.sendall(dest_address)
self.handle_tcp(remote)
except socket.error, e:
logging.warn(e)
import utils
import encrypt
import decrypt
words = utils.word_set
letters = utils.letter_set
on_loop = 0
print "Welcome to the Navajo Code Talkers Encryption / Decryption tool."
while on_loop == 0:
print "Enter 1 to Encrypt a message"
print "Enter 2 to Decrypt a message"
print "Enter 3 to Quit"
while True:
try:
choice = int(raw_input("Your choice: "))
break
except ValueError:
print "That's not a valid choice. Please try again."
if choice == 1:
print "Time to encrypt"
encrypt.encrypt(words,letters)
elif choice == 2:
print "Time to decrypt"
decrypt.decrypt(words,letters)
elif choice == 3:
print "Thank you, have a nice day."
sys.exit()
#imports functions
import encrypt
import key_generation
#This script asks the user for known information, and uses it to (generate a new modulus and/or then) encrypt entered text
user_encryption_key = "None"
user_encryption_input = str(raw_input("What is the text? \n")).lower()
print("\n To generate a new modulus, leave blank.")
generated_modulus = (raw_input("\n What is the Modulus? \n"))
if generated_modulus == "" or generated_modulus == " ":
upperlimit = int(raw_input("\n Upper Limit for Modulus, Must be above 70,000 \n"))
new_key = key_generation.new_mod(upperlimit)
generated_modulus = new_key[0]
print("\n [Modulus, Encryption Key, Decryption Key] \n")
print(new_key)
else:
user_encryption_key = int(raw_input("\n What is the encryption key? \n"))
print("\n Encrypted Message \n")
print(encrypt.encrypt(user_encryption_input, int(generated_modulus), user_encryption_key))
from decrypt import rmpad, to_str, decrypt
plain = input("Enter Plain Text: ")
key = input("Enter Key: ")
# print("Plain Text: ", plain)
# print("Key: ", key)
print("\n-------------------- Encryption ----------------------\n")
inp = to_hex(pad(plain))
key = to_hex(pad(key))[0]
ct = []
for block in inp:
ct.append(encrypt(block, key))
encrypted_text = ""
for block in ct:
encrypted_text += to_str(block)
print("\n")
print("Encrypted Text: ", encrypted_text)
print("\n")
print("\n-------------------- Decryption ----------------------\n")
dt = []
for block in ct:
dt.append(decrypt(block, key))
print()
def run_encrypt():
form = EncryptionForm(request.form)
if request.method == 'POST' and form.validate():
message_input = form.message.data
key_input = form.key
level_input = form.level
DNA_sequence_input = form.DNA_sequence.data
DNA_sequence_input = DNA_sequence_input.strip()
return render_template('encrypt_result.html', title="Encrypt", form=form, result = en.encrypt(message_input, key_input, level_input, DNA_sequence_input))
else:
return render_template('encrypt.html', title="Encrypt", form=form)
return the_page;
web = GetWeb('http://check.ptlogin2.qq.com/check?uin=1213247447&appid=1003903&r=0.6331230279734363','')
print web
state = re.compile("'(.*?)'").findall(web)[0]
# print cj
password = '******'
uin = '1213247447'
verifycode = re.compile("'(.*?)'").findall(web)[1]
if state == '1':
gif = GetWeb('http://captcha.qq.com/getimage?aid=1003903&r=0.45623475915069394&uin=' + uin, '')
file = open(os.getcwd()+'\qqcode.bmp','w+b')
file.write(gif)
file.close()
verifycode = raw_input("输入验证码呗:")
p = encrypt.encrypt(password, uin, verifycode)
loginURL = 'https://ssl.ptlogin2.qq.com/login?u='+uin+'&p='+p+'&verifycode='+verifycode+'&webqq_type=10&remember_uin=1&login2qq=1&aid=1003903&u1=http%3A%2F%2Fweb.qq.com%2Floginproxy.html%3Flogin2qq%3D1%26webqq_type%3D10&h=1&ptredirect=0&ptlang=2052&from_ui=1&pttype=1&dumy=&fp=loginerroralert&action=2-22-19371&mibao_css=m_webqq&t=1&g=1&js_type=0&js_ver=10017&login_sig=H1HNZ8CjZK5qNcZM1KOzjaHK6jFt5ZLoF*snOAhi9zi2k-NDzZt21r8vgsTwXVrg'
# print loginURL
login = GetWeb(loginURL,'')
print login
# print cj
for cookie in cj:
print(cookie.name, cookie.value)
if cookie.name == 'ptwebqq':
ptwebqq = cookie.value
# print ptwebqq
import encrypt
import decrypt
import datetime
import msvcrt
while True:
encrypted = encrypt.encrypt(raw_input("\n\n\nEnter message to encrypt -- "))
print "\nEncrypted Message -- \n"
print encrypted
print "\nDecrypted Message -- \n"
msg = decrypt.decrypt(encrypted, str(datetime.datetime.now()))
print msg
print "\n\n\nPress Enter to try once again or any other key to quit......"
if ord(msvcrt.getch()) != 13:
exit(0)
def login(self, qqnum, pwd):
if type(qqnum) == type(0):
qqnum = str(qqnum)
web = self.GetWeb('http://check.ptlogin2.qq.com/check?uin=' + qqnum +'&appid=1003903&r=0.6331230279734363')
#print web
state = re.compile("'(.*?)'").findall(web)[0]
# print cj
self.uin = qqnum
self.pwd = pwd
self.verifycode = re.compile("'(.*?)'").findall(web)[1]
if state == '1':
gif = self.GetWeb('http://captcha.qq.com/getimage?aid=1003903&r=0.45623475915069394&uin=' + self.uin)
file = open(os.getcwd()+'\qq' + qqnum +'code.bmp','w+b')
file.write(gif)
file.close()
self.verifycode = raw_input('[' + qqnum + "] 输入验证码呗:")
p = encrypt.encrypt(self.pwd, self.uin, self.verifycode)
loginURL = 'https://ssl.ptlogin2.qq.com/login?u=' + self.uin + \
'&p=' + p + \
'&verifycode=' + self.verifycode + \
'&webqq_type=10&remember_uin=1&login2qq=1&aid=1003903&u1=http%3A%2F%2Fweb.qq.com%2Floginproxy.html%3F' + \
'login2qq%3D1%26webqq_type%3D10&h=1&ptredirect=0&ptlang=2052&from_ui=1&pttype=1&dumy=&fp=loginerroralert&action=2-22-19371&'+ \
'mibao_css=m_webqq&t=1&g=1&js_type=0&js_ver=10017&login_sig=H1HNZ8CjZK5qNcZM1KOzjaHK6jFt5ZLoF*snOAhi9zi2k-NDzZt21r8vgsTwXVrg'
# print loginURL
login = self.GetWeb(loginURL)
info = re.compile("'(.*?)'").findall(login)
# print info
print '用户:[' + info[5] + '(' + self.uin + ')]' + info[4]
#成功是返回0
if info[0] != '0':
print random.choice(['不识字啊喂！','重新来过吧', '弱爆了，这也能看错？'])
self.login(qqnum, pwd)
# print cj
for cookie in self.cj:
if cookie.name == 'ptwebqq':
self.ptwebqq = cookie.value
break
# print ptwebqq
self.clientid = '51167527'
data = 'r=%7B%22status%22%3A%22online%22%2C%22ptwebqq%22%3A%22' + self.ptwebqq + \
'%22%2C%22passwd_sig%22%3A%22%22%2C%22clientid%22%3A%2251167527%22%2C%22'\
'psessionid%22%3Anull%7D&clientid=51167527&psessionid=null'
#{"retcode":103,"errmsg":""} {"retcode":121,"t":"0"} {"retcode":100006,"errmsg":""}
# 返回103、121，代表连接不成功，需要重新登录；
# 返回102，代表连接正常，此时服务器暂无信息；
# 返回0，代表服务器有信息传递过来：包括群信、群成员给你的发信，QQ好友给你的发信。
login2 = self.GetWeb('http://d.web2.qq.com/channel/login2', 'post', data)
# print login2
dic = eval(login2)
# print dic
self.vfwebqq = dic['result']['vfwebqq']
self.psessionid = dic['result']['psessionid']
getUserFriend = 'http://s.web2.qq.com/api/get_user_friends2'
hash = encrypt.get_hash(self.uin, self.ptwebqq)
data = 'r=%7B%22h%22%3A%22hello%22%2C%22hash%22%3A%22' + hash + '%22%2C%22vfwebqq%22%3A%22'\
+ self.vfwebqq + '%22%7D'
userfriend = self.GetWeb(getUserFriend,'post', data)
# print userfriend
#fri = json.loads(userfriend.decode(sys.stdin.encoding).encode('utf8'))
#fri = json.loads(userfriend)
self.friend = json.loads(userfriend)['result']['info']
# 这个能得到真正的QQ号
getUserFriend = 'http://web2-b.qq.com/api/get_user_friends'
data = 'r=%7B%22h%22%3A%22hello%22%2C%22vfwebqq%22%3A%22'\
+ self.vfwebqq + '%22%7D'
userfriend = self.GetWeb(getUserFriend,'post', data)
# print userfriend
qqfriend = json.loads(userfriend)['result']['info']
for user in self.friend:
for qquser in qqfriend:
if user['flag'] == qquser['flag']:
user['qq'] = qquser['uin']
continue
getGroup = 'http://s.web2.qq.com/api/get_group_name_list_mask2'
data = 'r=%7B%22vfwebqq%22%3A%22' + self.vfwebqq + '%22%7D'
usergroup = self.GetWeb(getGroup,'post', data)
# print usergroup
self.group = json.loads(usergroup)['result']['gnamelist']
# print self.group
getGroup = 'http://s.web2.qq.com/api/get_friend_uin2?' + \
'tuin=%d&verifysession=&type=4&code=&vfwebqq=' + self.vfwebqq + '&t=1375202994632'
for gp in self.group:
item = self.GetWeb(getGroup%gp['code'])
gp[u'gpid'] = int(json.loads(item)['result']['account'])
def send(self, data):
if self.key:
data = encrypt(data, self.key)
length = struct.pack('<I', len(data))
self.socket.send(length + self.MAGIC + data)
increment = 250
moves = []
for i in range(10000):
moves.append(move.Movement(increment, increment))
iterations = range(0, 1000, increment)
encrypted_image = numpy.array([x[:] for x in [[0] * 1000] * 1000])
decrypted_image = numpy.array([x[:] for x in [[0] * 1000] * 1000])
for X in iterations:
for Y in iterations:
cube = rubiks.Cube(list(img[X:X + increment, Y:Y + increment]))
encrypt.encrypt(cube, moves)
encrypted_image[X:X + increment, Y:Y + increment] = cube.matrix
encrypt.decrypt(cube, moves)
decrypted_image[X:X + increment, Y:Y + increment] = cube.matrix
img = img.astype(numpy.uint16)
encrypted_image = encrypted_image.astype(numpy.uint16)
decrypted_image = decrypted_image.astype(numpy.uint16)
# Assert that the dimensions of original and decrypted are equal
assert img.__len__() == decrypted_image.__len__()
assert img.__len__() == decrypted_image[0].__len__()
# Assert that each pixel in original and decrypted are the same
dimensions = [img.__len__(), img[0].__len__()]
for i in range(dimensions[0]):
def test(self):
self.assertEqual(encrypt("hi","abc"), 'haib')
import encrypt
#import cProfile, pstats
import decrypt3
import sys
ciphertext = encrypt.encrypt(sys.argv[1])
#cProfile.run('wordlist = decrypt3.read_words()', 'rundata')
wordlist = decrypt3.read_words()
result = decrypt3.decrypt3(ciphertext,wordlist)
## check results
#if sys.argv[1] not in result:
#print("BAD"*100)
#p = pstats.Stats('rundata')
#p.sort_stats('cumulative').print_stats(10)
#cProfile.run('decrypt3.decrypt3(a,wordlist)', 'rundata')
#p = pstats.Stats('rundata')
#p.sort_stats('cumulative').print_stats(10)
def load_db():
global db
print "Loading DB..."
t1 = time.clock()
itemdb = assets.get_file('db\\itemdb.xml')
itemdb = StringIO(itemdb)
entry = {'name': "", 'fname': "", 't1': "", 't2': "", 't3': ""}
#sex = {'male': list(), 'female': list()}
#item = {'human': deepcopy(sex), 'giant': deepcopy(sex), 'elf': deepcopy(sex)}
item = {FRM_HUMAN_F: list(), FRM_HUMAN_M: list(), FRM_GIANT_F: list(), FRM_GIANT_M: list()}
db['body'] = deepcopy(item)
db['hand'] = deepcopy(item)
db['foot'] = deepcopy(item)
db['head'] = deepcopy(item)
db['robe'] = deepcopy(item)
body = '/equip/armor/'
hand = '/equip/hand/'
foot = '/equip/foot/'
head = '/equip/head/'
robe = '/equip/robe/'
items = iterparse(itemdb)
for i in items:
if 'Category' in i[1].attrib:
if i[1].attrib['Category'][:len(body)] == body: equip = 'body'
elif i[1].attrib['Category'][:len(hand)] == hand: equip = 'hand'
elif i[1].attrib['Category'][:len(foot)] == foot: equip = 'foot'
elif i[1].attrib['Category'][:len(head)] == head: equip = 'head'
elif i[1].attrib['Category'][:len(robe)] == robe: equip = 'robe'
else: continue
name = get_local_name(i[1].attrib['Text_Name1'])
if name is None: name = i[1].attrib['Text_Name0']
t = i[1].attrib['App_WearType']
e = entry.copy()
e['name'] = name.strip('@')
if equip == 'body':
if len(t) > 2: e['t3'] = encrypt(t[2])
if len(t) > 1: e['t2'] = encrypt(t[1])
if len(t) > 0: e['t1'] = encrypt(t[0])
else:
try:
e['t1'] = int(t)-1
except ValueError:
e['t1'] = t[0]
if 'File_FemaleMesh' in i[1].attrib:
e['fname'] = encrypt(i[1].attrib['File_FemaleMesh'] + '.pmg')
db[equip][FRM_HUMAN_F] += [e]
if 'File_MaleMesh' in i[1].attrib:
e['fname'] = encrypt(i[1].attrib['File_MaleMesh'] + '.pmg')
db[equip][FRM_HUMAN_M] += [e]
if 'File_FemaleGiantMesh' in i[1].attrib:
e['fname'] = encrypt(i[1].attrib['File_FemaleGiantMesh'] + '.pmg')
db[equip][FRM_GIANT_F] += [e]
if 'File_GiantMesh' in i[1].attrib:
e['fname'] = encrypt(i[1].attrib['File_GiantMesh'] + '.pmg')
db[equip][FRM_GIANT_M] += [e]
for frm in range(4):
db['body'][frm] = sorted(db['body'][frm], key=lambda e: e['name'])
db['hand'][frm] = sorted(db['hand'][frm], key=lambda e: e['name'])
db['foot'][frm] = sorted(db['foot'][frm], key=lambda e: e['name'])
db['head'][frm] = sorted(db['head'][frm], key=lambda e: e['name'])
db['robe'][frm] = sorted(db['robe'][frm], key=lambda e: e['name'])
t2 = time.clock()
print "Loaded DB in", t2 - t1, "sec"
print("\nWallet Private Key WIF %s" % wallet.get_private_key_wif())
str = wallet.get_bitcoin_address()
print("\nWallet Address %s" % wallet.get_bitcoin_address())
pubkeyhex = wallet.get_public_key_hex()
pubkey = wallet.get_public_key()
addrfrom = P2PKHBitcoinAddress.from_pubkey(pubkey)
addrfromhex = P2PKHBitcoinAddress.from_pubkey(pubkeyhex.decode("hex"))
print("\nAddress From %s" % addrfrom)
print("\nAddress From Hex %s" % addrfromhex)
message = "bitid://localhost:5000/callback?x=30f56bc022dde976&u=1"
print("\nClear: %s" % message)
encrypted = encrypt.encrypt(wallet.get_public_key(), message)
print("\nEncrypted: %s" % encrypted)
decrypted = encrypt.decrypt(wallet.get_private_key_wif(), encrypted)
print("\nDecrypted: %s" % decrypted)
signature = wallet.sign(message)
print("\nSignature: %s" % signature)
print("\nVerified: %s" % wallet.verify(message, signature))
test1_raw_hex = '3e52050b58e1765ca9abfce576aa0efc27eaa4dd11a4051affabd050e6b92324'
test1_private_key_wif = privateKeyToWif(test1_raw_hex)
test1_key = CBitcoinSecret(test1_private_key_wif)
test1_pub = test1_key.pub
parseText = recvText.split(" ")
try:
if parseText[1] == "PRIVMSG":
# Handle PRIVMSGs here
privmsgText = recvText.split(" ", 3)
messageSender = privmsgText[0].lstrip(":").split("!")[0]
messageChannel = privmsgText[2]
messageSent = privmsgText[3].lstrip(":")
# print "messageSender:", messageSender, "messageChannel:", messageChannel, "messageSent:", messageSent
if not messageSender.startswith( 'bot' ):
if messageSent[0] == settings_commandprefix:
ircSession.ParseUserCommands(ircSession, messageSender, messageChannel, messageSent)
else:
output = router.distribute(messageSent)
# encrypt output
try:
output = encrypt.encrypt(output)
output = unicode(output, "utf-8")
ircSession.send('PRIVMSG ' + messageChannel + ' :' + str(output) + '\r\n')
except:
ircSession.send('PRIVMSG ' + messageChannel + ' :' + "Failed to encrypt." + '\r\n')
if parseText[0] == "PING":
# Respond to PINGs
pingSender = parseText[1].split(":")[1]
ircSession.send("PONG :" + pingSender + "\r\n")
# print "--> PONG :" + pingSender
except IndexError:
continue
