Use this monad to compose encoding schemes where intermediate values emitted earlier in the octet stream are used to select encoding schemes for the values emitted later in the stream.
For example, the pair scheme composer above is equivalent to this:
let pair sa sb = eval begin fun (va, vb) ->
seal sa va >>= fun () ->
seal sb vb
endinclude Cf_monad.Unary.Profile
with type +'r t = private (unit scheme, 'r) Cf_seqmonad.ttype +'r t = private (unit scheme, 'r) Cf_seqmonad.tThe abstract type of a monad.
Module inclusions from Cf_monad_core and Cf_seqmonad.
include Cf_monad.Core.Unary.Profile with type 'r t := 'r tval return : 'r -> 'r tUse return a to apply the binding to a.
Use map m ~f to return the result of applying f to the value returned by m.
module Affix : Cf_monad_core.Unary.Affix with type 'r t := 'r tOpen Affix to include the affix monad operators.
Use disregard m to ignore the value returned by m and apply the unit value to the bound function.
module Infix = AffixDeprecated module alias.
include Cf_seqmonad.Functor.Unary with type 'r t := 'r tUse collect s to bind in sequence every monad value in the finite sequence s and collect all the returned values. Returns (n, s) where n is the number of values collected and s is the list of values in reverse order, i.e. from last collected to first collected. Never returns and exhausts all memory if s never terminates.
Use seal s v to enclose the encoding of v with s before the values encoded in the monad bound to the result.