Module `Multihash.Make`Source

Parameters

module H : sig ... end

Sourcetype 'repr t

The type for multihashes

Sourceval v : Multicodec.multihash -> int -> Cstruct.t -> Cstruct.t t

v hash length digest constructs a new multihash. No checks are made at all on the user-supplied information.

val of_cstruct : 
  Multicodec.multihash ->
  Cstruct.t ->
  (Cstruct.t t, [ `Unsupported | `Msg of string ]) result

of_cstruct hash s constructs a multihash for s using hashing strategy hash.

val of_string : 
  Multicodec.multihash ->
  string ->
  (string t, [ `Unsupported | `Msg of string ]) result

Same as of_cstruct only using string.

val iter_cstruct : 
  Multicodec.multihash ->
  ((Cstruct.t -> unit) -> unit) ->
  (Cstruct.t t, [ `Unsupported | `Msg of string ]) result

Like of_cstruct but we digest the value using the iterator function.

val iter_string : 
  Multicodec.multihash ->
  ((string -> unit) -> unit) ->
  (string t, [ `Unsupported | `Msg of string ]) result

Like of_string but we digest the value using the iterator function.

Sourceval is_supported : Multicodec.multihash -> bool

Whether this particular multihash library supported a given hash implementation.

Sourceval get_hash : _ t -> Multicodec.multihash

get_hash v returns the hashing stategy used for this particular multihash.

Sourceval get_length : _ t -> int

The length of the digest.

Sourceval get_digest : 'a t -> 'a

The hash digest.

Sourceval write : 'a t -> 'a

write v returns a buffer filled with the multihash value.

Sourceval read_buff : Cstruct.t -> (Cstruct.t t, [ `Msg of string ]) result

read buf tries to read a multihash from the buffer buf.

Sourceval read_string : string -> (string t, [ `Msg of string ]) result

Like read_buff but for strings.

Sourceval pp : Format.formatter -> 'a t -> unit

pp ppf v pretty prints a multihash in human-readable format.

Sourceval equal : 'a t -> 'a t -> bool

equal a b tests if two multihashes are equal.

Sourcemodule Conv : sig ... end