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Within LTS Haskell 24.43 (ghc-9.10.3)

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1. shortHashToHexByteString :: ShortHash -> StrictByteString

   sel	Sel.Hashing.Short

   Convert a ShortHash to a hexadecimal-encoded StrictByteString in constant time.

2. ciphertextFromHexByteString :: StrictByteString -> Either Text Ciphertext

   sel	Sel.PublicKey.Cipher

   Create a Ciphertext from a binary StrictByteString that you have obtained on your own, usually from the network or disk. It must be a valid ciphertext built from the concatenation of the encrypted message and the authentication tag. The input cipher text, once decoded from base16, must be at least of length cryptoBoxMACBytes.

3. ciphertextToHexByteString :: Ciphertext -> StrictByteString

   sel	Sel.PublicKey.Cipher

   Convert a Ciphertext to a hexadecimal-encoded StrictByteString in constant time. ⚠️ Be prudent as to where you store it!

4. keyPairFromHexByteStrings :: StrictByteString -> StrictByteString -> Either Text (PublicKey, SecretKey)

   sel	Sel.PublicKey.Cipher

   Create a pair of SecretKey and PublicKey from hexadecimal-encoded StrictByteStrings that you have obtained on your own, usually from the network or disk. The public and secret keys, once decoded from base16, must respectively be at least of length cryptoBoxPublicKeyBytes and 'cryptoBoxSecretKeyBytes.

5. nonceFromHexByteString :: StrictByteString -> Either Text Nonce

   sel	Sel.PublicKey.Cipher

   Create a Nonce from a hexadecimal-encoded StrictByteString that you have obtained on your own, usually from the network or disk.

6. nonceToHexByteString :: Nonce -> StrictByteString

   sel	Sel.PublicKey.Cipher

   Convert a Nonce to a hexadecimal-encoded StrictByteString in constant time.

7. publicKeyToHexByteString :: PublicKey -> StrictByteString

   sel	Sel.PublicKey.Cipher

   Convert a PublicKey to a hexadecimal-encoded StrictByteString.

8. unsafeSecretKeyToHexByteString :: SecretKey -> StrictByteString

   sel	Sel.PublicKey.Cipher

   Convert a SecretKey to a hexadecimal-encoded StrictByteString in constant time. ⚠️ Be prudent as to where you store it!

9. asciiByteStringToScryptHash :: StrictByteString -> ScryptHash

   sel	Sel.Scrypt

   Convert an ASCII-encoded password hash to a ScryptHash This function does not perform ASCII validation.

10. scryptHashToByteString :: ScryptHash -> StrictByteString

    sel	Sel.Scrypt

    Convert a ScryptHash to a binary StrictByteString in constant time.

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