val serialize_asn1_ASN1_NULL_TLV
: serializer parse_asn1_ASN1_NULL_TLV
val serialize_asn1_ASN1_NULL_TLV
: serializer parse_asn1_ASN1_NULL_TLV
let serialize_asn1_ASN1_NULL_TLV
= serialize_synth
  (* p1 *) (parse_asn1_tag_of_type ASN1_NULL
            `nondep_then`
            parse_asn1_length_of_type ASN1_NULL
            `nondep_then`
            parse_asn1_ASN1_NULL)
  (* f2 *) (synth_asn1_ASN1_NULL_TLV)
  (* s1 *) (serialize_asn1_tag_of_type ASN1_NULL
            `serialize_nondep_then`
            serialize_asn1_length_of_type ASN1_NULL
            `serialize_nondep_then`
            serialize_asn1_ASN1_NULL)
  (* g1 *) (synth_asn1_ASN1_NULL_TLV_inverse)
  (* Prf*) ()
module ASN1.Spec.Value.NULL

open ASN1.Spec.Base

open ASN1.Base
open ASN1.Spec.Tag
open ASN1.Spec.Length

(* NOTE: Read after `ASN1.Spec.Tag`, `ASN1.Spec.Length` *)
(* NOTE: This module defines:
         1) The ASN1 `ASN1_NULL` Value Parser and Serializer
         2) The ASN1 `ASN1_NULL` TLV Parser and Serializer
*)

///////////////////////////////////////////////////////////////
////  ASN1 `ASN1_NULL` Value Parser/Serializer
///////////////////////////////////////////////////////////////

///
/// ASN1 `ASN1_NULL` value parser parses nothing and returns `()`
/// using the `parse_ret` combinator
///
let parse_asn1_ASN1_NULL
= parse_ret
  (* v *) ()

///
/// ASN1 `ASN1_NULL` value parser serialize `()` to empty bytes
/// using the `serialize_ret` combinator
///
let serialize_asn1_ASN1_NULL
= serialize_ret
  (* v *) ()
  (*prf*) (fun n -> ())

///
/// Lemmas
///

/// Reveal the computation of serialize
let lemma_serialize_asn1_ASN1_NULL_unfold value
= ()

/// Reveal the size of a serialiaztion
let lemma_serialize_asn1_ASN1_NULL_size value
= parser_kind_prop_equiv parse_asn1_ASN1_NULL_kind parse_asn1_ASN1_NULL;
  lemma_serialize_asn1_ASN1_NULL_unfold value

///////////////////////////////////////////////////////////////
////  ASN1 `ASN1_NULL` TLV Parser/Serializer
///////////////////////////////////////////////////////////////

/// Synthesize the TLV of a `ASN1_NULL` value
let synth_asn1_ASN1_NULL_TLV a
= snd a

/// Synthesize th `ASN1_NULL` value from a `ASN1_NULL` TLV
noextract
let synth_asn1_ASN1_NULL_TLV_inverse x
= ((ASN1_NULL, 0ul), x)


///
/// `ASN1_NULL` TLV parser
///
let parse_asn1_ASN1_NULL_TLV
= parse_asn1_tag_of_type ASN1_NULL
  `nondep_then`
  parse_asn1_length_of_type ASN1_NULL
  `nondep_then`
  parse_asn1_ASN1_NULL
  `parse_synth`
  synth_asn1_ASN1_NULL_TLV

///
/// `ASN1_NULL` TLV serialzier
/
prims.fst.checked FStar.UInt32.fsti.checked FStar.Pervasives.Native.fst.checked FStar.Pervasives.fsti.checked ASN1.Spec.Tag.fsti.checked ASN1.Spec.Length.fsti.checked ASN1.Spec.Base.fst.checked ASN1.Base.fst.checked
ASN1.Spec.Value.NULL.fst
LowParse.Spec.Base.serializer ASN1.Spec.Value.NULL.parse_asn1_ASN1_NULL_TLV
LowParse.Spec.Combinators.serialize_synth LowParse.Spec.Combinators.and_then_kind ASN1.Spec.Tag.parse_asn1_tag_kind ASN1.Spec.Length.parse_asn1_length_kind_of_type ASN1.Base.ASN1_NULL ASN1.Spec.Value.NULL.parse_asn1_ASN1_NULL_kind FStar.Pervasives.Native.tuple2 ASN1.Base.the_asn1_tag ASN1.Base.asn1_value_int32_of_type ASN1.Base.datatype_of_asn1_type LowParse.Spec.Combinators.nondep_then ASN1.Spec.Tag.parse_asn1_tag_of_type ASN1.Spec.Length.parse_asn1_length_of_type ASN1.Spec.Value.NULL.parse_asn1_ASN1_NULL ASN1.Spec.Value.NULL.synth_asn1_ASN1_NULL_TLV LowParse.Spec.Combinators.serialize_nondep_then ASN1.Spec.Tag.serialize_asn1_tag_of_type ASN1.Spec.Length.serialize_asn1_length_of_type ASN1.Spec.Value.NULL.serialize_asn1_ASN1_NULL ASN1.Spec.Value.NULL.synth_asn1_ASN1_NULL_TLV_inverse
let serialize_asn1_ASN1_NULL_TLV =
  
serialize_synth (((parse_asn1_tag_of_type ASN1_NULL)
      `nondep_then`
      (parse_asn1_length_of_type ASN1_NULL))
    `nondep_then`
    parse_asn1_ASN1_NULL)
  (synth_asn1_ASN1_NULL_TLV)
  (((serialize_asn1_tag_of_type ASN1_NULL)
      `serialize_nondep_then`
      (serialize_asn1_length_of_type ASN1_NULL))
    `serialize_nondep_then`
    serialize_asn1_ASN1_NULL)
  (synth_asn1_ASN1_NULL_TLV_inverse)
  ()