genspio 0.0.1 · OCaml Package

type c_string =

| C_string

type byte_array =

| Byte_Array

module Literal : sig ... end

type fd_redirection = {

take : int t;
redirect_to : [ `Path of c_string t | `Fd of int t ];

}

and _ t =

| Exec : c_string t list -> unit t
| Raw_cmd : string -> 'a t
| Bool_operator : bool t * [ `And | `Or ] * bool t -> bool t
| String_operator : byte_array t * [ `Eq | `Neq ] * byte_array t -> bool t
| Not : bool t -> bool t
| Returns : {
1. expr : 'a t;
2. value : int;
} -> bool t
| No_op : unit t
| If : bool t * unit t * unit t -> unit t
| Seq : unit t list -> unit t
| Literal : 'a Literal.t -> 'a t
| Output_as_string : unit t -> byte_array t
| Redirect_output : unit t * fd_redirection list -> unit t
| Write_output : {
1. expr : unit t;
2. stdout : c_string t option;
3. stderr : c_string t option;
4. return_value : c_string t option;
} -> unit t
| Feed : byte_array t * unit t -> unit t
| Pipe : unit t list -> unit t
| While : {
1. condition : bool t;
2. body : unit t;
} -> unit t
| Fail : string -> unit t
| Int_to_string : int t -> c_string t
| String_to_int : c_string t -> int t
| Bool_to_string : bool t -> c_string t
| String_to_bool : c_string t -> bool t
| List_to_string : 'a list t * ('a t -> byte_array t) -> byte_array t
| String_to_list : byte_array t * (byte_array t -> 'a t) -> 'a list t
| List : 'a t list -> 'a list t
| C_string_concat : c_string list t -> c_string t
| Byte_array_concat : byte_array list t -> byte_array t
| List_append : ('a list t * 'a list t) -> 'a list t
| List_iter : 'a list t * ((unit -> 'a t) -> unit t) -> unit t
| Byte_array_to_c_string : byte_array t -> c_string t
| C_string_to_byte_array : c_string t -> byte_array t
| Int_bin_op : int t * [ `Plus | `Minus | `Mult | `Div | `Mod ] * int t -> int t
| Int_bin_comparison : int t * [ `Eq | `Ne | `Gt | `Ge | `Lt | `Le ] * int t -> bool t
| Getenv : c_string t -> c_string t
| Setenv : c_string t * c_string t -> unit t
| Comment : string * 'a t -> 'a t

val pp_in_expr : Format.formatter -> (Format.formatter -> unit -> unit) -> unit

val pp_fun_call : 
  Format.formatter ->
  string ->
  (Format.formatter -> 'a -> unit) ->
  'a list ->
  unit

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

module Construct : sig ... end

type internal_error_details = {

variable : string;
content : string;
code : string;

}

val pp_internal_error_details : 
  big_string:(Format.formatter -> string -> unit) ->
  Format.formatter ->
  internal_error_details ->
  unit

type death_message =

| User of string
| C_string_failure of internal_error_details
| String_to_int_failure of internal_error_details

val pp_death_message : 
  ?style:[< `Lispy | `User Lispy ] ->
  big_string:(Format.formatter -> string -> unit) ->
  Format.formatter ->
  death_message ->
  unit

type death_function = comment_stack:string list -> death_message -> string

type output_parameters = {

statement_separator : string;
die_command : death_function option;
max_argument_length : int option;

}

type internal_representation =

| Unit of string
| Octostring of string
| Int of string
| Bool of string
| List of string
| Death of string

val ir_unit : string -> internal_representation

val ir_octostring : string -> internal_representation

val ir_int : string -> internal_representation

val ir_bool : string -> internal_representation

val ir_death : string -> internal_representation

val ir_list : string -> internal_representation

val ir_to_shell : internal_representation -> string

type compilation_error = {

error : [ `No_fail_configured of death_message | `Max_argument_length of string | `Not_a_c_string of string ];
code : string option;
comment_backtrace : string list;

}

exception Compilation of compilation_error

val error : 
  ?code:string ->
  comment_backtrace:string list ->
  [ `Max_argument_length of string
  | `No_fail_configured of death_message
  | `Not_a_c_string of string ] ->
  'a

val pp_error : Format.formatter -> compilation_error -> unit

val to_ir : 
  'a. string list ->
  output_parameters ->
  'a t ->
  internal_representation

val to_shell : output_parameters -> 'a t -> string

val with_die_function : 
  print_failure:(comment_stack:'a -> 'b -> string) ->
  statement_separator:string ->
  signal_name:string ->
  ?trap:[< `Exit_with of int | `None Exit_with ] ->
  (die:(comment_stack:'c -> 'd -> string) -> string) ->
  string

package genspio