module U = NUri
module R = Helm_registry
module L = Librarian
-module B = NCicLibrary
-module C = NCicTypeChecker
-module H = HLog
+module X = Ground
module G = Options
module E = Engine
-module O = TeXOutput
+(* module O = TeXOutput *)
+module K = Kernel
let help_O = "<dir> Set this output directory"
let help_X = " Clear configuration and options"
+let help_a = " Log alpha-unconverted identifiers (default: no)"
+let help_c = " Check term transformations (default: no)"
+let help_g = " Global alpha-conversion (default: no)"
+let help_l = "<file> Output the list of generated files in this file"
+let help_m = " Log missing notational macros (default: no)"
+let help_p = " Omit proofs (default: no)"
+let help_t = " Omit types (default: no)"
let help = ""
(* internal functions *******************************************************)
-let trusted _ = true
+let alpha_decode = R.triple R.string R.string R.string
-let no_log _ _ = ()
+let const_decode = R.pair R.string R.string
+
+let macro_decode = R.quad R.string R.string R.int R.int
let init registry =
R.load_from registry;
if !G.no_init then begin
- B.init ();
- C.set_trust trusted;
- H.set_log_callback no_log;
+ K.init ();
G.no_init := false;
- end
+ end;
+ G.alpha_type := R.get_list alpha_decode "matex.alpha.type";
+ G.alpha_sort := R.get_list alpha_decode "matex.alpha.sort";
+ G.alpha_gref := R.get_list const_decode "matex.alpha.gref";
+ G.macro_gref := R.get_list macro_decode "matex.notation.const"
let is_registry s =
F.check_suffix s ".conf.xml"
let no_init () =
- failwith "MaTeX: registry not initialized"
+ failwith "MaTeX: main: registry not initialized"
let malformed s =
- failwith ("MaTeX: malformed argument: " ^ s)
+ failwith ("MaTeX: main: malformed argument: " ^ s)
+
+let set_list fname =
+ let file = F.concat !G.out_dir fname in
+ G.close_list (); G.list_och := Some (open_out file)
let process s =
if is_registry s then init s
else malformed s
let main =
+begin try
A.parse [
"-O", A.String ((:=) G.out_dir), help_O;
"-X", A.Unit G.clear, help_X;
+ "-a", A.Set G.log_alpha, help_a;
+ "-c", A.Set G.check, help_c;
+ "-g", A.Set G.global_alpha, help_g;
+ "-l", A.String set_list, help_l;
+ "-m", A.Set G.log_missing, help_m;
+ "-p", A.Set G.no_proofs, help_p;
+ "-t", A.Set G.no_types, help_t;
] process help
+with
+ | X.Error s -> X.log s
+end;
+G.close_list ()