def decrypt_text(self, cipherText, privateKey):
""" Decrypt cipherText with private key """
# Now decrypt:
rsaDecryptor = chilkat.CkRsa()
rsaDecryptor.put_EncodingMode("hex")
rsaDecryptor.ImportPrivateKey(privateKey)
usePrivateKey = True
plainText = rsaDecryptor.decryptStringENC(cipherText, usePrivateKey)
# print(plainText)
return plainText
def encrypt_with_private(self, plainText, privateKey):
""" Encrypt plainText with private key """
# Start with a new RSA object to demonstrate that all we
# need are the keys previously exported:
rsaEncryptor = chilkat.CkRsa()
# Encrypted output is always binary. In this case, we want
# to encode the encrypted bytes in a printable string.
# Our choices are "hex", "base64", "url", "quoted-printable".
rsaEncryptor.put_EncodingMode("hex")
# We'll encrypt with the public key and decrypt with the private
# key. It's also possible to do the reverse.
rsaEncryptor.ImportPublicKey(privateKey)
usePrivateKey = True
cipherText = rsaEncryptor.encryptStringENC(plainText, usePrivateKey)
# print(cipherText)
return cipherText
imap = chilkat.CkImap()
print("IMAP: " + imap.version())
ftp = chilkat.CkFtp2()
print("FTP: " + ftp.version())
mailman = chilkat.CkMailMan()
print("POP3/SMTP: " + mailman.version())
ssh = chilkat.CkSsh()
print("SSH: " + ssh.version())
sftp = chilkat.CkSFtp()
print("SFTP: " + sftp.version())
rsa = chilkat.CkRsa()
print("RSA: " + rsa.version())
http = chilkat.CkHttp()
print("RSA: " + http.version())
crypt = chilkat.CkCrypt2()
print("Crypt: " + crypt.version())
xml = chilkat.CkXml()
print("XML: " + xml.version())
sock = chilkat.CkSocket()
print("Socket/SSL/TLS: " + sock.version())
tar = chilkat.CkTar()
def __init__(self):
self.rsa = chilkat.CkRsa()
self.unlock_component()
self.publicKey = None
self.privateKey = None