module O = Output
module E = Entity
module S = Status
-module XL = XmlLibrary
-module XD = XmlCrg
+module TD = CrgTxt
module AA = AutProcess
module AO = AutOutput
-module TD = CrgTxt
module AD = CrgAut
-module MA = MetaAut
-module MO = MetaOutput
-module MB = MetaBrg
+module DO = CrgOutput
+module XL = XmlLibrary
+module XD = XmlCrg
module BD = BrgCrg
module BO = BrgOutput
module BR = BrgReduction
module BU = BrgUntrusted
-module MZ = MetaBag
module ZO = BagOutput
module ZT = BagType
module ZU = BagUntrusted
+module MA = MetaAut
+module MO = MetaOutput
+module MB = MetaBrg
+module MZ = MetaBag
+
type status = {
- ast : AA.status;
- dst : AD.status;
- mst : MA.status;
- tst : TD.status;
- ac : AO.counters;
- mc : MO.counters;
- brgc: BO.counters;
- bagc: ZO.counters;
- kst : S.status
+ kst: S.status;
+ tst: TD.status;
+ pst: AA.status;
+ ast: AD.status;
+ ac : AO.counters;
+ dc : DO.counters;
+ bc : BO.counters;
+ zc : ZO.counters;
+ mst: MA.status;
+ mc : MO.counters;
}
let flush_all () = L.flush 0; L.flush_err ()
L.error BR.specs (L.Warn s :: L.Loc :: msg); flush_all ()
let initial_status () = {
- ac = AO.initial_counters;
- mc = MO.initial_counters;
- brgc = BO.initial_counters;
- bagc = ZO.initial_counters;
- mst = MA.initial_status ();
- dst = AD.initial_status ();
- tst = TD.initial_status ();
- ast = AA.initial_status ();
- kst = S.initial_status ()
+ kst = S.initial_status ();
+ tst = TD.initial_status ();
+ pst = AA.initial_status ();
+ ast = AD.initial_status ();
+ ac = AO.initial_counters;
+ dc = DO.initial_counters;
+ bc = BO.initial_counters;
+ zc = ZO.initial_counters;
+ mst = MA.initial_status ();
+ mc = MO.initial_counters;
}
let refresh_status st = {st with
- mst = MA.refresh_status st.mst;
- dst = AD.refresh_status st.dst;
+ kst = S.refresh_status st.kst;
tst = TD.refresh_status st.tst;
- kst = S.refresh_status st.kst
+ ast = AD.refresh_status st.ast;
+ mst = MA.refresh_status st.mst;
}
(* kernel related ***********************************************************)
| MetaEntity of Meta.entity
let print_counters st = function
- | G.Brg -> BO.print_counters C.start st.brgc
- | G.Bag -> ZO.print_counters C.start st.bagc
- | G.Crg -> ()
+ | G.Crg -> DO.print_counters C.start st.dc
+ | G.Brg -> BO.print_counters C.start st.bc
+ | G.Bag -> ZO.print_counters C.start st.zc
let xlate_entity entity = match !G.kernel, entity with
| G.Brg, CrgEntity e ->
E.mark err f a
in
match e with
- | CrgEntity e -> E.common f e
- | BrgEntity e -> E.common f e
- | BagEntity e -> E.common f e
+ | CrgEntity e -> E.common f e
+ | BrgEntity e -> E.common f e
+ | BagEntity e -> E.common f e
| MetaEntity e -> E.common f e
let count_entity st = function
+ | BrgEntity e -> {st with bc = BO.count_entity C.start st.bc e}
+ | BagEntity e -> {st with zc = ZO.count_entity C.start st.zc e}
+ | CrgEntity e -> {st with dc = DO.count_entity C.start st.dc e}
| MetaEntity e -> {st with mc = MO.count_entity C.start st.mc e}
- | BrgEntity e -> {st with brgc = BO.count_entity C.start st.brgc e}
- | BagEntity e -> {st with bagc = ZO.count_entity C.start st.bagc e}
- | _ -> st
let export_entity = function
| CrgEntity e -> XL.export_entity XD.export_term e
let process_input f st = function
| AutEntity e ->
- let f ast e = f {st with ast = ast} (AutEntity e) in
- AA.process_command f st.ast e
+ let f pst e = f {st with pst = pst} (AutEntity e) in
+ AA.process_command f st.pst e
| xe -> f st xe
let count_input st = function
let h mst e = process_1 {st with mst = mst} (MetaEntity e) in
MA.meta_of_aut frr h st.mst e
| AutEntity e, false ->
- let err dst = {st with dst = dst} in
- let g dst e = process_1 {st with dst = dst} (CrgEntity e) in
- AD.crg_of_aut err g st.dst e
+ let err ast = {st with ast = ast} in
+ let g ast e = process_1 {st with ast = ast} (CrgEntity e) in
+ AD.crg_of_aut err g st.ast e
| TxtEntity e, _ ->
let crr tst = {st with tst = tst} in
let d tst e = process_1 {st with tst = tst} (CrgEntity e) in
if !L.level > 0 then Y.utime_stamp "processed";
if !L.level > 2 then begin
AO.print_counters C.start !st.ac;
- if !preprocess then AO.print_process_counters C.start !st.ast;
- if !stage > 0 then MO.print_counters C.start !st.mc;
+ if !preprocess then AO.print_process_counters C.start !st.pst;
+ if !stage > 0 then
+ if !old then MO.print_counters C.start !st.mc
+ else print_counters !st G.Crg;
if !stage > 1 then print_counters !st !G.kernel;
if !stage > 2 then O.print_reductions ()
end