boltzgen 0.9.2 · OCaml Package

Boltzgen runtime library entry point

val compute_boltzman : Gen_test_lib__.Type.func -> float -> float * float

compute_boltzman fd z Evaluate the bolzman generating function for function signature fd using boltzman parameter z

val set_max_size : int -> unit

val random_state : unit -> Stdlib.Random.State.t

val print_typedef : 
  Stdlib.out_channel ->
  ((string * string list)
   * (string * Gen_test_lib__.Type.compo_type option * float option) list)
    list ->
  unit

Print a type definition

val print_sig : 
  Stdlib.out_channel ->
  (((string * string list)
    * (string * Gen_test_lib__.Type.compo_type option * float option) list)
     list
   * Gen_test_lib__.Type.func) ->
  unit

Print a module signature matching type and function signature

Internal test generation function

val gen_test : 
  ?out_err:bool ->
  ?ftotest:string ->
  Stdlib.out_channel ->
  int ->
  int ->
  ((string * string list)
   * (string * Gen_test_lib__.Type.compo_type option * float option) list)
    list ->
  Gen_test_lib__.Type.func ->
  float ->
  unit

val gen_to_string : 
  ?throw:bool ->
  ?canonize:string ->
  Gen_test_lib__.Type.func ->
  string

val gen_value : 
  ?tsrange:(int * int) ->
  Stdlib.out_channel ->
  int ->
  int ->
  Gen_test_lib__.Type.func ->
  float ->
  unit

val gen_test_direct : 
  ?out_err:bool ->
  ?throw:bool ->
  ?canonize:string ->
  Stdlib.out_channel ->
  int ->
  int ->
  ((string * string list)
   * (string * Gen_test_lib__.Type.compo_type option * float option) list)
    list ->
  Gen_test_lib__.Type.func ->
  float ->
  unit

val gen_test_diff : 
  ?out_err:bool ->
  ?throw:bool ->
  ?canonize:string ->
  string ->
  string ->
  Stdlib.out_channel ->
  int ->
  int ->
  ((string * string list)
   * (string * Gen_test_lib__.Type.compo_type option * float option) list)
    list ->
  Gen_test_lib__.Type.func ->
  float ->
  unit

Runtime function

val nb_test : int Stdlib.ref

val nb_fail : int Stdlib.ref

val rand_fun : string -> int -> 'a -> 'b

rand_fun type seed arg is a pure generic function, it generate a value of type type seed and arg are parameters for the value

val assert_equal : 
  ?throw:bool ->
  ?err:bool ->
  ('a -> string) ->
  ('b -> string) ->
  string ->
  (unit -> 'a) ->
  (unit -> 'b) ->
  unit

val assert_equal_arg : 
  ?throw:bool ->
  ?err:bool ->
  ('a -> string) ->
  ('b -> string) ->
  ('c -> string) ->
  ('c -> 'a) ->
  ('c -> 'b) ->
  'c ->
  unit

val assert_equal_string : 
  ?err:bool ->
  string ->
  (unit -> string) ->
  (unit -> string) ->
  unit

val gen_test_t : ?out_err:bool -> int -> int -> string -> unit

Simple test generation function

val gen_test_d : 
  ?throw:bool ->
  ?canonize:string ->
  int ->
  int ->
  string ->
  unit

val gen : ?out_err:bool -> int -> int -> string -> unit

val gen_dir : int -> int -> string -> unit

val gen_qbank : 
  ?really_test:bool ->
  ?override_login:string ->
  string ->
  int ->
  unit

package boltzgen