(Chilkat2-Python) Duplicate PHP RSA Encryption

Demonstrates how to duplicate the following PHP function.

Chilkat2 Python Downloads install with pip pip3 install chilkat2 or download... Python Module for Windows, Linux, Alpine Linux, MacOS, Solaris

import sys
import chilkat2

# This example requires the Chilkat API to have been previously unlocked.
# See Global Unlock Sample for sample code.

# Duplicate the following PHP code:
# 
#    public function encryptRSA($plainText,$rsaMOD,$pubKEY){
#         $rsa  = new RSA();
#         $rsa->setEncryptionMode(RSA::ENCRYPTION_PKCS1);
#         $publicKey = [
#             'e' => new BigInteger($pubKEY,16),
#             'n' => new BigInteger($rsaMOD,16)
#         ];
# 		
#         $rsa->loadKey($publicKey);
#         $ciphertext = $rsa->encrypt($plainText);
#         return bin2hex($ciphertext);
#     }
# 
#     $plainText="key=abcdefghijkmnopq&iv=abcdefghijkmnopq&h=12345678&s=12345678"
#     $rsaMOD="F0946D8F05604809E24B8CFFD30349CEA9E5F4D320BFD9E9AA1B088863F02C43E7997D37A3E27B4F8F359F1744DB6B20A437067C0D325A80660D12FF56A57673"
#     $pubKEY="010001"

# We have the RSA modulus in hex
rsaMOD = "F0946D8F05604809E24B8CFFD30349CEA9E5F4D320BFD9E9AA1B088863F02C43E7997D37A3E27B4F8F359F1744DB6B20A437067C0D325A80660D12FF56A57673"

# The RSA exponent in hex is "010001", which is 65537 in decimal.  It's typically the exponent that is always used.
rsaEXP = "010001"

# Get the RSA modulus and exponent in base64.
bdMod = chilkat2.BinData()
bdExp = chilkat2.BinData()
success = bdMod.AppendEncoded(rsaMOD,"hex")
success = bdExp.AppendEncoded(rsaEXP,"hex")

# Build the XML representation of the RSA public key
xml = chilkat2.Xml()
xml.Tag = "RSAPublicKey"
xml.UpdateChildContent("Modulus",bdMod.GetEncoded("base64"))
xml.UpdateChildContent("Exponent",bdExp.GetEncoded("base64"))

# Load the RSA public key into a Chilkat public key object.
pubkey = chilkat2.PublicKey()
success = pubkey.LoadFromString(xml.GetXml())

# Setup the RSA object for encryption and do it..
rsa = chilkat2.Rsa()
rsa.VerboseLogging = True
success = rsa.ImportPublicKeyObj(pubkey)

# Use PKCSv1.5 padding
rsa.OaepPadding = False

# Encrypt and return the string as hex.
rsa.EncodingMode = "hex"
plainText = "key=abcdefghijkmnopq&iv=abcdefghijkmnopq&h=12345678&s=12345678"
cipherText = rsa.EncryptStringENC(plainText,False)
if (rsa.LastMethodSuccess == False):
    print(rsa.LastErrorText)
    sys.exit()

# Note: The PKCSv1_5 padding incorporates random bytes.  Therefore, the RSA encryption will produce different results each time -- all of which are valid 
# and decrypt correctly to the same original text.
print(cipherText)