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(Chilkat2-Python) ClickBank Decrypt Instant NotificationDemonstrates how to decrypt a ClickBank instant notification. See Instant Notification Service for more information and alternative code snippets.
import chilkat2 # This example assumes the Chilkat API to have been previously unlocked. # See Global Unlock Sample for sample code. # secret key from your ClickBank account secretKey = "MY_SECRET_KEY" jsonStr = "{\"notification\":\"BASE64_NOTIFICATION\",\"iv\":\"BASE64_IV\"}" json = chilkat2.JsonObject() success = json.Load(jsonStr) # Get the encrypted notification (binary) and IV from the JSON. bdNotif = chilkat2.BinData() bdIv = chilkat2.BinData() success = bdNotif.AppendEncoded(json.StringOf("notification"),"base64") success = bdIv.AppendEncoded(json.StringOf("iv"),"base64") # Get an SHA1 digest (as a hex string) of the secret key. # A SHA1 digest is 20 bytes. Therefore the hex string is 40 chars. # Treat each us-ascii char as a binary byte of the secret key. # 256-bit AES needs a 256-bit key, which is 32-bytes. Therefore # use the 1st 32 us-ascii chars of the hex SHA1 as the AES secret key. crypt = chilkat2.Crypt2() # Because we're using the hex string as the actual AES key, it matters whether the hex is uppercase or lowercase. # We want lowercase. crypt.EncodingMode = "hex_lower" crypt.HashAlgorithm = "sha1" hexSha1 = crypt.HashStringENC(secretKey) print(hexSha1) # Treat the hex string as binary data for the AES key.. bdKey = chilkat2.BinData() bdKey.AppendString(hexSha1,"us-ascii") bdKey.RemoveChunk(32,8) crypt.KeyLength = 256 crypt.CryptAlgorithm = "aes" crypt.CipherMode = "cbc" # We can use any encoding because were just getting the binary bytes in an encoding, and then setting from the same encoding. # We'll just use base64.. crypt.SetEncodedIV(bdIv.GetEncoded("base64"),"base64") crypt.SetEncodedKey(bdKey.GetEncoded("base64"),"base64") crypt.DecryptBd(bdNotif) print("Decrypted: " + bdNotif.GetString("utf-8")) |
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