Parameter.Std_logic
9-state VHDL std_logic enumeration
include Ppx_compare_lib.Comparable.S with type t := t
val compare : t Base__Ppx_compare_lib.compare
include Ppx_enumerate_lib.Enumerable.S with type t := t
val all : t list
val sexp_of_t : t -> Sexplib0.Sexp.t
val u : t
val x : t
val l0 : t
val l1 : t
val z : t
val w : t
val l : t
val h : t
val don't_care : t
val is_u : t -> Base.bool
val is_x : t -> Base.bool
val is_l0 : t -> Base.bool
val is_l1 : t -> Base.bool
val is_z : t -> Base.bool
val is_w : t -> Base.bool
val is_l : t -> Base.bool
val is_h : t -> Base.bool
val is_don't_care : t -> Base.bool
val u_val : t -> Base.unit Base.option
val x_val : t -> Base.unit Base.option
val l0_val : t -> Base.unit Base.option
val l1_val : t -> Base.unit Base.option
val z_val : t -> Base.unit Base.option
val w_val : t -> Base.unit Base.option
val l_val : t -> Base.unit Base.option
val h_val : t -> Base.unit Base.option
val don't_care_val : t -> Base.unit Base.option
module Variants : sig ... end
include Base.Equal.S with type t := t
val equal : t Base__Equal.equal
val to_int : t -> Base.int
Provide the index of t
in textual order. When passing a std_logic parameter from verilog to vhdl, we need to encode this type into an integer. For example, L1 = 4'd3.
val of_char_exn : Base.char -> t
The OCaml char
used in of_char
and to_char
is the same as used in VHDL.
val to_char : t -> Base.char