type t = {cv : CV.t;epk : DH.epk;payload_enc : Stdlib.Bytes.t;nonce_enc : Tezos_crypto.Crypto_box.nonce;payload_out : Stdlib.Bytes.t;nonce_out : Tezos_crypto.Crypto_box.nonce;}val encoding : t Data_encoding.encodingtype plaintext = {diversifier : Viewing_key.diversifier;amount : int64;rcm : Rcm.t;memo : Stdlib.Bytes.t;}val plaintext_encoding : plaintext Data_encoding.encodingval get_memo_size : t -> intval encrypt_aux :
Tezos_crypto.Crypto_box.Secretbox.key ->
int64 ->
Viewing_key.address ->
Rcm.t ->
Stdlib.Bytes.t ->
R.esk ->
CV.t ->
tval encrypt :
int64 ->
Viewing_key.address ->
Viewing_key.t ->
Rcm.t ->
Stdlib.Bytes.t ->
(R.cv * R.commitment * R.epk) ->
R.esk ->
tval encrypt_without_ovk :
int64 ->
Viewing_key.address ->
Rcm.t ->
Stdlib.Bytes.t ->
R.esk ->
CV.t ->
tval decrypt :
t ->
Viewing_key.t ->
(Viewing_key.address * int64 * Rcm.t * Stdlib.Bytes.t) optionval decrypt_ovk :
t ->
R.ovk ->
(R.commitment * R.epk) ->
(Viewing_key.address * int64 * Rcm.t * Stdlib.Bytes.t) option