Module Make.Data_spec

include module type of struct include Data_spec0 end
type ('r_var, 'r_value, 'k_var, 'k_value, 'f, 'checked) data_spec = ( 'r_var, 'r_value, 'k_var, 'k_value, 'f, 'checked ) Data_spec0.data_spec =
| :: : ( 'var, 'value, 'f, 'checked ) Types.Typ.t * ( 'r_var, 'r_value, 'k_var, 'k_value, 'f, 'checked ) data_spec -> ( 'r_var, 'r_value, 'var -> 'k_var, 'value -> 'k_value, 'f, 'checked ) data_spec
| [] : ( 'r_var, 'r_value, 'r_var, 'r_value, 'f, 'checked ) data_spec

A list of Type.Typ.t values, describing the inputs to a checked computation. The type ('r_var, 'r_value, 'k_var, 'k_value, 'field) t represents

  • 'k_value is the OCaml type of the computation
  • 'r_value is the OCaml type of the result
  • 'k_var is the type of the computation within the R1CS
  • 'k_value is the type of the result within the R1CS
  • 'field is the field over which the R1CS operates
  • 'checked is the type of checked computation that verifies the stored contents as R1CS variables.

This functions the same as OCaml's default list type:

Data_spec.[typ1; typ2; typ3]

Data_spec.(typ1 :: typs)

let open Data_spec in
[typ1; typ2; typ3; typ4; typ5]

let open Data_spec in
typ1 :: typ2 :: typs

all function as you would expect.

type ('r_var, 'r_value, 'k_var, 'k_value, 'f) t = ( 'r_var, 'r_value, 'k_var, 'k_value, 'f, ( unit, 'f ) Checked.t ) data_spec
val size : ( 'a, 'b, 'c, 'd, 'f ) t -> int