diff --git a/src/kernel_services/ast_queries/file.ml b/src/kernel_services/ast_queries/file.ml
index f15a0873102b3d908b30e9b6797f6fe86d75d01d..d285dd4aad183f31f097f26137385be5372262b7 100644
--- a/src/kernel_services/ast_queries/file.ml
+++ b/src/kernel_services/ast_queries/file.ml
@@ -60,11 +60,11 @@ module D =
| External (f,p) ->
Format.fprintf fmt "@[File.External (%S,%S)@]" (f :> string) p
| NeedCPP (a,b,c) ->
- Format.fprintf
- fmt "@[File.NeedCPP (%S,%S,%a)@]" (a :> string) b pretty_cpp_opt_kind c
+ Format.fprintf
+ fmt "@[File.NeedCPP (%S,%S,%a)@]" (a :> string) b pretty_cpp_opt_kind c
in
Type.par p_caller Type.Call fmt pp
- end)
+ end)
include D
let check_suffixes = Hashtbl.create 17
@@ -96,7 +96,7 @@ let cpp_opt_kind () =
let get_preprocessor_command () =
let cmdline = Kernel.CppCommand.get() in
if cmdline <> "" then begin
- (cmdline, cpp_opt_kind ())
+ (cmdline, cpp_opt_kind ())
end else begin
let gnu =
if Config.using_default_cpp then
@@ -160,13 +160,13 @@ end = struct
State_builder.List_ref
(D)
(struct
- let dependencies =
- [ Kernel.CppCommand.self;
- Kernel.CppExtraArgs.self;
- Kernel.JsonCompilationDatabase.self;
- Kernel.Files.self ]
- let name = "Files for preprocessing"
- end)
+ let dependencies =
+ [ Kernel.CppCommand.self;
+ Kernel.CppExtraArgs.self;
+ Kernel.JsonCompilationDatabase.self;
+ Kernel.Files.self ]
+ let name = "Files for preprocessing"
+ end)
module Pre_files =
State_builder.List_ref
@@ -174,7 +174,7 @@ end = struct
(struct
let dependencies = []
let name = "Built-ins headers and source"
- end)
+ end)
let () =
State_dependency_graph.add_dependencies
@@ -184,8 +184,8 @@ end = struct
let () =
State_dependency_graph.add_dependencies
~from:Pre_files.self
- [ Ast.self;
- Ast.UntypedFiles.self;
+ [ Ast.self;
+ Ast.UntypedFiles.self;
Cabshelper.Comments.self;
Cil.Frama_c_builtins.self ]
@@ -280,15 +280,15 @@ let print_machdep fmt (m : Cil_types.mach) =
end
module DatatypeMachdep = Datatype.Make_with_collections(struct
- include Datatype.Serializable_undefined
- let reprs = [Machdeps.x86_32]
- let name = "File.Machdep"
- type t = Cil_types.mach
- let compare : t -> t -> int = Transitioning.Stdlib.compare
- let equal : t -> t -> bool = (=)
- let hash : t -> int = Hashtbl.hash
- let copy = Datatype.identity
-end)
+ include Datatype.Serializable_undefined
+ let reprs = [Machdeps.x86_32]
+ let name = "File.Machdep"
+ type t = Cil_types.mach
+ let compare : t -> t -> int = Transitioning.Stdlib.compare
+ let equal : t -> t -> bool = (=)
+ let hash : t -> int = Hashtbl.hash
+ let copy = Datatype.identity
+ end)
let default_machdeps =
[ "x86_16", Machdeps.x86_16;
@@ -320,10 +320,10 @@ let machdep_macro = function
| "ppc_32" -> "__FC_MACHDEP_PPC_32"
| "msvc_x86_64" -> "__FC_MACHDEP_MSVC_X86_64"
| s ->
- let res = "__FC_MACHDEP_" ^ (Transitioning.String.uppercase_ascii s) in
- Kernel.warning ~once:true
- "machdep %s has no registered macro. Using %s for pre-processing" s res;
- res
+ let res = "__FC_MACHDEP_" ^ (Transitioning.String.uppercase_ascii s) in
+ Kernel.warning ~once:true
+ "machdep %s has no registered macro. Using %s for pre-processing" s res;
+ res
module Machdeps =
State_builder.Hashtbl(Datatype.String.Hashtbl)(DatatypeMachdep)
@@ -331,7 +331,7 @@ module Machdeps =
let name = " File.Machdeps"
let size = 5
let dependencies = []
- end)
+ end)
let mem_machdep s = Machdeps.mem s || List.mem_assoc s default_machdeps
@@ -350,8 +350,8 @@ let pretty_machdeps fmt =
let machdep_help () =
let m = Kernel.Machdep.get () in
if m = "help" then begin
- Kernel.feedback
- "@[supported machines are%t@ (default is x86_32).@]"
+ Kernel.feedback
+ "@[supported machines are%t@ (default is x86_32).@]"
pretty_machdeps;
raise Cmdline.Exit
end else
@@ -372,10 +372,10 @@ let get_machdep () =
try
Machdeps.find m
with Not_found ->
- try
- List.assoc m default_machdeps
- with Not_found -> (* Should not happen given the checks above *)
- Kernel.fatal "Machdep %s not registered" m
+ try
+ List.assoc m default_machdeps
+ with Not_found -> (* Should not happen given the checks above *)
+ Kernel.fatal "Machdep %s not registered" m
let pretty_machdep ?fmt ?machdep () =
let machine = match machdep with None -> get_machdep () | Some m -> m in
@@ -413,155 +413,155 @@ let build_cpp_cmd cmdl supp_args in_file out_file =
let parse_cabs = function
| NoCPP f ->
- if not (Sys.file_exists f) then
- Kernel.abort "preprocessed file %S does not exist" f;
- let path = Datatype.Filepath.of_string f in
- Kernel.feedback "Parsing %a (no preprocessing)"
- Datatype.Filepath.pretty path;
- Frontc.parse (Datatype.Filepath.of_string f) ()
+ if not (Sys.file_exists f) then
+ Kernel.abort "preprocessed file %S does not exist" f;
+ let path = Datatype.Filepath.of_string f in
+ Kernel.feedback "Parsing %a (no preprocessing)"
+ Datatype.Filepath.pretty path;
+ Frontc.parse (Datatype.Filepath.of_string f) ()
| NeedCPP (f, cmdl, is_gnu_like) ->
- if not (Sys.file_exists (f :> string)) then
- Kernel.abort "source file %S does not exist" (f :> string);
- let debug = Kernel.is_debug_key_enabled Kernel.dkey_parser in
- let add_if_gnu opt =
- match is_gnu_like with
- | Gnu -> [opt]
- | Not_gnu -> []
- | Unknown ->
- Kernel.warning
- ~once:true
- "your preprocessor is not known to handle option `%s'. \
- If pre-processing fails because of it, please add \
- -no-cpp-frama-c-compliant option to Frama-C's command-line. \
- If you do not want to see this warning again, explicitly use \
- option -cpp-frama-c-compliant."
- opt;
- [opt]
- in
- let ppf =
- try
- Datatype.Filepath.of_string
- (Extlib.temp_file_cleanup_at_exit ~debug
- (Filename.basename (f :> string)) ".i")
- with Extlib.Temp_file_error s ->
- Kernel.abort "cannot create temporary file: %s" s
- in
- (* Hypothesis: the preprocessor is POSIX compliant,
- hence understands -I and -D. *)
- let include_args =
- if Kernel.FramaCStdLib.get () then [Config.framac_libc]
- else []
- in
- let define_args =
- if Kernel.FramaCStdLib.get () && not (existing_machdep_macro ())
- then [machdep_macro (Kernel.Machdep.get ())]
- else []
- in
- let extra_args =
- if include_args = [] && define_args = [] then []
- else add_if_gnu "-nostdinc"
- in
- let define_args = "__FRAMAC__" :: define_args in
- (* Hypothesis: the preprocessor does support the arch-related
- options tested when 'configure' was run. *)
- let required_cpp_arch_args = (get_machdep ()).cpp_arch_flags in
- let supported_cpp_arch_args, unsupported_cpp_arch_args =
- List.partition (fun arg ->
- List.mem arg Config.preprocessor_supported_arch_options)
- required_cpp_arch_args
- in
- if is_gnu_like = Unknown && not (Kernel.CppCommand.is_set ())
- && unsupported_cpp_arch_args <> [] then
- Kernel.warning ~once:true
- "your preprocessor is not known to handle option(s) `%a', \
- considered necessary for machdep `%s'. To ensure compatibility \
- between your preprocessor and the machdep, consider using \
- -cpp-command with the appropriate flags. \
- Your preprocessor is known to support these flags: %a"
- (Pretty_utils.pp_list ~sep:" " Format.pp_print_string)
- unsupported_cpp_arch_args (Kernel.Machdep.get ())
- (Pretty_utils.pp_list ~sep:" " Format.pp_print_string)
- Config.preprocessor_supported_arch_options;
- let extra_args =
- if Kernel.ReadAnnot.get () then
- if Kernel.PreprocessAnnot.is_set () then
- if Kernel.PreprocessAnnot.get () then
- "-dD" :: extra_args
- else extra_args
- else
- let opt = add_if_gnu "-dD" in
- opt @ extra_args
- else extra_args
- in
- let pp_str = Format.pp_print_string in
- let string_of_supp_args extra includes defines =
- Format.asprintf "%a%a%a"
- (Pretty_utils.pp_list ~pre:" -I" ~sep:" -I" ~empty:"" pp_str) includes
- (Pretty_utils.pp_list ~pre:" -D" ~sep:" -D" ~empty:"" pp_str) defines
- (Pretty_utils.pp_list ~pre:" " ~sep:" " ~empty:"" pp_str) extra
- in
- let supp_args =
- string_of_supp_args
- (Kernel.CppExtraArgs.get () @ extra_args @ supported_cpp_arch_args)
- include_args define_args
- in
- Kernel.feedback ~dkey:Kernel.dkey_pp
- "@{<i>preprocessing@} with \"%s %s %s\"" cmdl supp_args f;
- let path = Datatype.Filepath.of_string f in
- Kernel.feedback "Parsing %a (with preprocessing)"
- Datatype.Filepath.pretty path;
- let cpp_command = build_cpp_cmd cmdl supp_args f (ppf :> string) in
- if Sys.command cpp_command <> 0 then begin
- safe_remove_file ppf;
- Kernel.abort "failed to run: %s@\n\
-you may set the CPP environment variable to select the proper \
-preprocessor command or use the option \"-cpp-command\"." cpp_command
- end;
- let ppf =
- if Kernel.ReadAnnot.get() &&
- ((Kernel.PreprocessAnnot.is_set () &&
- Kernel.PreprocessAnnot.get())
- || (match is_gnu_like with
- | Gnu -> true
- | Not_gnu -> false
- | Unknown ->
- Kernel.warning
- ~once:true
- "trying to preprocess annotation with an unknown \
- preprocessor."; true))
- then begin
- let pp_annot_supp_args =
- Format.asprintf "-nostdinc %a"
- (Pretty_utils.pp_list ~sep:" " Format.pp_print_string)
- supported_cpp_arch_args
- in
- let ppf' =
- try Logic_preprocess.file ".c"
- (build_cpp_cmd cmdl pp_annot_supp_args)
- (ppf : Filepath.Normalized.t :> string)
- with Sys_error _ as e ->
- safe_remove_file ppf;
- Kernel.abort "preprocessing of annotations failed (%s)"
- (Printexc.to_string e)
- in
- safe_remove_file ppf ;
- ppf'
- end else ppf
- in
- let (cil,(_,defs)) = Frontc.parse ppf () in
- cil.fileName <- path;
+ if not (Sys.file_exists (f :> string)) then
+ Kernel.abort "source file %S does not exist" (f :> string);
+ let debug = Kernel.is_debug_key_enabled Kernel.dkey_parser in
+ let add_if_gnu opt =
+ match is_gnu_like with
+ | Gnu -> [opt]
+ | Not_gnu -> []
+ | Unknown ->
+ Kernel.warning
+ ~once:true
+ "your preprocessor is not known to handle option `%s'. \
+ If pre-processing fails because of it, please add \
+ -no-cpp-frama-c-compliant option to Frama-C's command-line. \
+ If you do not want to see this warning again, explicitly use \
+ option -cpp-frama-c-compliant."
+ opt;
+ [opt]
+ in
+ let ppf =
+ try
+ Datatype.Filepath.of_string
+ (Extlib.temp_file_cleanup_at_exit ~debug
+ (Filename.basename (f :> string)) ".i")
+ with Extlib.Temp_file_error s ->
+ Kernel.abort "cannot create temporary file: %s" s
+ in
+ (* Hypothesis: the preprocessor is POSIX compliant,
+ hence understands -I and -D. *)
+ let include_args =
+ if Kernel.FramaCStdLib.get () then [Config.framac_libc]
+ else []
+ in
+ let define_args =
+ if Kernel.FramaCStdLib.get () && not (existing_machdep_macro ())
+ then [machdep_macro (Kernel.Machdep.get ())]
+ else []
+ in
+ let extra_args =
+ if include_args = [] && define_args = [] then []
+ else add_if_gnu "-nostdinc"
+ in
+ let define_args = "__FRAMAC__" :: define_args in
+ (* Hypothesis: the preprocessor does support the arch-related
+ options tested when 'configure' was run. *)
+ let required_cpp_arch_args = (get_machdep ()).cpp_arch_flags in
+ let supported_cpp_arch_args, unsupported_cpp_arch_args =
+ List.partition (fun arg ->
+ List.mem arg Config.preprocessor_supported_arch_options)
+ required_cpp_arch_args
+ in
+ if is_gnu_like = Unknown && not (Kernel.CppCommand.is_set ())
+ && unsupported_cpp_arch_args <> [] then
+ Kernel.warning ~once:true
+ "your preprocessor is not known to handle option(s) `%a', \
+ considered necessary for machdep `%s'. To ensure compatibility \
+ between your preprocessor and the machdep, consider using \
+ -cpp-command with the appropriate flags. \
+ Your preprocessor is known to support these flags: %a"
+ (Pretty_utils.pp_list ~sep:" " Format.pp_print_string)
+ unsupported_cpp_arch_args (Kernel.Machdep.get ())
+ (Pretty_utils.pp_list ~sep:" " Format.pp_print_string)
+ Config.preprocessor_supported_arch_options;
+ let extra_args =
+ if Kernel.ReadAnnot.get () then
+ if Kernel.PreprocessAnnot.is_set () then
+ if Kernel.PreprocessAnnot.get () then
+ "-dD" :: extra_args
+ else extra_args
+ else
+ let opt = add_if_gnu "-dD" in
+ opt @ extra_args
+ else extra_args
+ in
+ let pp_str = Format.pp_print_string in
+ let string_of_supp_args extra includes defines =
+ Format.asprintf "%a%a%a"
+ (Pretty_utils.pp_list ~pre:" -I" ~sep:" -I" ~empty:"" pp_str) includes
+ (Pretty_utils.pp_list ~pre:" -D" ~sep:" -D" ~empty:"" pp_str) defines
+ (Pretty_utils.pp_list ~pre:" " ~sep:" " ~empty:"" pp_str) extra
+ in
+ let supp_args =
+ string_of_supp_args
+ (Kernel.CppExtraArgs.get () @ extra_args @ supported_cpp_arch_args)
+ include_args define_args
+ in
+ Kernel.feedback ~dkey:Kernel.dkey_pp
+ "@{<i>preprocessing@} with \"%s %s %s\"" cmdl supp_args f;
+ let path = Datatype.Filepath.of_string f in
+ Kernel.feedback "Parsing %a (with preprocessing)"
+ Datatype.Filepath.pretty path;
+ let cpp_command = build_cpp_cmd cmdl supp_args f (ppf :> string) in
+ if Sys.command cpp_command <> 0 then begin
safe_remove_file ppf;
- (cil,(path,defs))
+ Kernel.abort "failed to run: %s@\n\
+ you may set the CPP environment variable to select the proper \
+ preprocessor command or use the option \"-cpp-command\"." cpp_command
+ end;
+ let ppf =
+ if Kernel.ReadAnnot.get() &&
+ ((Kernel.PreprocessAnnot.is_set () &&
+ Kernel.PreprocessAnnot.get())
+ || (match is_gnu_like with
+ | Gnu -> true
+ | Not_gnu -> false
+ | Unknown ->
+ Kernel.warning
+ ~once:true
+ "trying to preprocess annotation with an unknown \
+ preprocessor."; true))
+ then begin
+ let pp_annot_supp_args =
+ Format.asprintf "-nostdinc %a"
+ (Pretty_utils.pp_list ~sep:" " Format.pp_print_string)
+ supported_cpp_arch_args
+ in
+ let ppf' =
+ try Logic_preprocess.file ".c"
+ (build_cpp_cmd cmdl pp_annot_supp_args)
+ (ppf : Filepath.Normalized.t :> string)
+ with Sys_error _ as e ->
+ safe_remove_file ppf;
+ Kernel.abort "preprocessing of annotations failed (%s)"
+ (Printexc.to_string e)
+ in
+ safe_remove_file ppf ;
+ ppf'
+ end else ppf
+ in
+ let (cil,(_,defs)) = Frontc.parse ppf () in
+ cil.fileName <- path;
+ safe_remove_file ppf;
+ (cil,(path,defs))
| External (f,suf) ->
- if not (Sys.file_exists f) then
- Kernel.abort "file %S does not exist." f;
- try
- let path = Datatype.Filepath.of_string f in
- Kernel.feedback "Parsing %a (external front-end)"
- Datatype.Filepath.pretty path;
- Hashtbl.find check_suffixes suf f
- with Not_found ->
- Kernel.abort "could not find a suitable plugin for parsing %S." f
+ if not (Sys.file_exists f) then
+ Kernel.abort "file %S does not exist." f;
+ try
+ let path = Datatype.Filepath.of_string f in
+ Kernel.feedback "Parsing %a (external front-end)"
+ Datatype.Filepath.pretty path;
+ Hashtbl.find check_suffixes suf f
+ with Not_found ->
+ Kernel.abort "could not find a suitable plugin for parsing %S." f
let to_cil_cabs f =
try
@@ -610,15 +610,15 @@ let () =
{!Rmtmps.removeUnusedTemps}. *)
let keep_entry_point ?(specs=Kernel.Keep_unused_specified_functions.get ()) g =
Rmtmps.isExportedRoot g ||
- match g with
- | GFun({svar = v; sspec = spec},_)
- | GFunDecl(spec,v,_) ->
- Kernel.MainFunction.get_plain_string () = v.vname
- (* Always keep the declaration of the entry point *)
- || (specs && not (is_empty_funspec spec))
- (* and the declarations carrying specifications according to the
- command line.*)
- | _ -> false
+ match g with
+ | GFun({svar = v; sspec = spec},_)
+ | GFunDecl(spec,v,_) ->
+ Kernel.MainFunction.get_plain_string () = v.vname
+ (* Always keep the declaration of the entry point *)
+ || (specs && not (is_empty_funspec spec))
+ (* and the declarations carrying specifications according to the
+ command line.*)
+ | _ -> false
let files_to_cabs_cil files =
Kernel.feedback ~level:2 "parsing";
@@ -646,10 +646,10 @@ module Implicit_annotations =
State_builder.Hashtbl
(Property.Hashtbl)(Datatype.List(Property))
(struct
- let name = "File.Implicit_annotations"
- let dependencies = [Annotations.code_annot_state]
- let size = 32
- end)
+ let name = "File.Implicit_annotations"
+ let dependencies = [Annotations.code_annot_state]
+ let size = 32
+ end)
let () = Ast.add_linked_state Implicit_annotations.self
@@ -785,7 +785,7 @@ let synchronize_source_annot has_new_stmt kf =
ChangeTo (Cil.mkStmtOneInstr (Skip Cil_datatype.Location.unknown))
in
assert (!block_with_user_annots = None
- || !user_annots_for_next_stmt <> []);
+ || !user_annots_for_next_stmt <> []);
match st.skind with
| Instr (Code_annot (annot,_)) ->
(* Code annotation isn't considered as a real stmt.
@@ -846,20 +846,20 @@ let register_global = function
Implicit_annotations.add ipreturns ipgotos
) !onerets ;
| GFunDecl (spec, f,loc) ->
- (* global prototypes *)
- let args =
- try Some (Cil.getFormalsDecl f) with Not_found -> None
- in
- (* Use a copy of the spec, as the original one will be erased by
- AST cleanup. *)
- let spec = { spec with spec_variant = spec.spec_variant } in
- Globals.Functions.add (Declaration(spec,f,args,loc))
+ (* global prototypes *)
+ let args =
+ try Some (Cil.getFormalsDecl f) with Not_found -> None
+ in
+ (* Use a copy of the spec, as the original one will be erased by
+ AST cleanup. *)
+ let spec = { spec with spec_variant = spec.spec_variant } in
+ Globals.Functions.add (Declaration(spec,f,args,loc))
| GVarDecl (vi,_) when not vi.vdefined ->
- (* global variables declaration with no definitions *)
- Globals.Vars.add_decl vi
+ (* global variables declaration with no definitions *)
+ Globals.Vars.add_decl vi
| GVar (varinfo,initinfo,_) ->
- (* global variables definitions *)
- Globals.Vars.add varinfo initinfo;
+ (* global variables definitions *)
+ Globals.Vars.add varinfo initinfo;
| GAnnot (annot,_loc) ->
Annotations.add_global Emitter.end_user annot
| _ -> ()
@@ -881,11 +881,11 @@ let cleanup file =
method private remove_lexical_annotations stmt =
match stmt.skind with
- | Instr(Code_annot(_,loc)) ->
- stmt.skind <- Instr(Skip(loc))
- | Loop (_::_, b1,l1,s1,s2) ->
- stmt.skind <- Loop ([], b1, l1, s1, s2)
- | _ -> ()
+ | Instr(Code_annot(_,loc)) ->
+ stmt.skind <- Instr(Skip(loc))
+ | Loop (_::_, b1,l1,s1,s2) ->
+ stmt.skind <- Loop ([], b1, l1, s1, s2)
+ | _ -> ()
method! vstmt_aux st =
self#remove_lexical_annotations st;
@@ -906,19 +906,19 @@ let cleanup file =
let optim b =
b.bstmts <-
List.filter
- (fun x ->
- not (Cil.is_skip x.skind) || Stmt.Set.mem x keep_stmt ||
+ (fun x ->
+ not (Cil.is_skip x.skind) || Stmt.Set.mem x keep_stmt ||
( changed <- true; false) (* don't try this at home, kids...*)
- )
- b.bstmts;
+ )
+ b.bstmts;
(* Now that annotations are in the table, we do not need to
retain the block anymore.
- *)
+ *)
b.battrs <- List.filter
- (function
- | Attr(l,[]) when l = Cabs2cil.frama_c_keep_block -> false
- | _ -> true)
- b.battrs;
+ (function
+ | Attr(l,[]) when l = Cabs2cil.frama_c_keep_block -> false
+ | _ -> true)
+ b.battrs;
b
in
(* uncomment if you don't want to consider scope of locals (see below) *)
@@ -926,25 +926,25 @@ let cleanup file =
ChangeDoChildrenPost(b,optim)
method! vglob_aux = function
- | GFun (f,_) ->
- f.sspec <- Cil.empty_funspec ();
- (* uncomment if you dont want to treat scope of locals (see above)*)
- (* f.sbody.blocals <- f.slocals; *)
- DoChildren
- | GFunDecl(s,_,_) ->
- Logic_utils.clear_funspec s;
- DoChildren
- | GType _ | GCompTag _ | GCompTagDecl _ | GEnumTag _
- | GEnumTagDecl _ | GVar _ | GVarDecl _ | GAsm _ | GPragma _ | GText _
- | GAnnot _ ->
+ | GFun (f,_) ->
+ f.sspec <- Cil.empty_funspec ();
+ (* uncomment if you dont want to treat scope of locals (see above)*)
+ (* f.sbody.blocals <- f.slocals; *)
+ DoChildren
+ | GFunDecl(s,_,_) ->
+ Logic_utils.clear_funspec s;
+ DoChildren
+ | GType _ | GCompTag _ | GCompTagDecl _ | GEnumTag _
+ | GEnumTagDecl _ | GVar _ | GVarDecl _ | GAsm _ | GPragma _ | GText _
+ | GAnnot _ ->
SkipChildren
method! vfile f =
ChangeDoChildrenPost
(f,fun f -> if changed then begin
- Cfg.clearFileCFG ~clear_id:false f;
- Cfg.computeFileCFG f; f end
- else f)
+ Cfg.clearFileCFG ~clear_id:false f;
+ Cfg.computeFileCFG f; f end
+ else f)
end
in visitFramacFileSameGlobals visitor file
@@ -995,7 +995,7 @@ let add_transform_parameter
if Kernel.Check.get () then
Filecheck.check_ast
("after code transformation: " ^ name.name ^
- " triggered by " ^ P.option_name)
+ " triggered by " ^ P.option_name)
end
in
(* P.add_set_hook must be done only once. *)
@@ -1006,11 +1006,11 @@ let add_transform_parameter
Transform_after_parameter_change.extend name.prm_id hook;
List.iter
(fun b ->
- Transform_after_parameter_change.add_dependency name.prm_id b.prm_id)
+ Transform_after_parameter_change.add_dependency name.prm_id b.prm_id)
before;
List.iter
(fun a ->
- Transform_after_parameter_change.add_dependency a.prm_id name.prm_id)
+ Transform_after_parameter_change.add_dependency a.prm_id name.prm_id)
after
module Cfg_recomputation_queue =
@@ -1018,7 +1018,7 @@ module Cfg_recomputation_queue =
(struct
let name = "File.Cfg_recomputation_queue"
let dependencies = [Ast.self]
- end)
+ end)
let () = Ast.add_linked_state Cfg_recomputation_queue.self
@@ -1051,11 +1051,11 @@ let add_code_transformation_before_cleanup
name.before_id (transform_and_check name.name false f);
List.iter
(fun b ->
- Transform_before_cleanup.add_dependency name.before_id b.before_id)
+ Transform_before_cleanup.add_dependency name.before_id b.before_id)
before;
List.iter
(fun a ->
- Transform_before_cleanup.add_dependency a.before_id name.before_id)
+ Transform_before_cleanup.add_dependency a.before_id name.before_id)
after;
List.iter (add_transform_parameter ~before ~after name f) deps
@@ -1066,10 +1066,10 @@ let add_code_transformation_after_cleanup
(transform_and_check name.name true f);
List.iter
(fun b ->
- Transform_after_cleanup.add_dependency name.after_id b.after_id) before;
+ Transform_after_cleanup.add_dependency name.after_id b.after_id) before;
List.iter
(fun a ->
- Transform_after_cleanup.add_dependency a.after_id name.after_id) after;
+ Transform_after_cleanup.add_dependency a.after_id name.after_id) after;
List.iter (add_transform_parameter ~before ~after name f) deps
let syntactic_constant_folding ast =
@@ -1100,7 +1100,7 @@ let prepare_cil_file ast =
if Kernel.Check.get () then begin
Filecheck.check_ast ~is_normalized:false ~ast "Removed temp vars"
end;
- (try
+ (try
List.iter register_global ast.globals
with Globals.Vars.AlreadyExists(vi,_) ->
Kernel.fatal
@@ -1123,7 +1123,7 @@ let prepare_cil_file ast =
Ast.set_file ast;
(* Check that normalization is correct. *)
if Kernel.Check.get() then begin
- Filecheck.check_ast ~ast "AST after normalization";
+ Filecheck.check_ast ~ast "AST after normalization";
end;
Globals.Functions.iter Annotations.register_funspec;
if Kernel.Check.get () then begin
@@ -1172,42 +1172,42 @@ let find_typeinfo ty =
let module F = struct exception Found of global end in
let globs = (Ast.get()).globals in
try
- List.iter
+ List.iter
(fun g -> match g with
- | GType (ty',_) when ty == ty' -> raise (F.Found g)
- | GType (ty',_) when ty.tname = ty'.tname ->
- Kernel.fatal
- "Lost sharing between definition and declaration of type %s"
- ty.tname
- | _ -> ())
+ | GType (ty',_) when ty == ty' -> raise (F.Found g)
+ | GType (ty',_) when ty.tname = ty'.tname ->
+ Kernel.fatal
+ "Lost sharing between definition and declaration of type %s"
+ ty.tname
+ | _ -> ())
globs;
Kernel.fatal "Reordering AST: unknown typedef for %s" ty.tname
with F.Found g -> g
let extract_logic_infos g =
let rec aux acc = function
- | Dfun_or_pred (li,_) | Dinvariant (li,_) | Dtype_annot (li,_) -> li :: acc
- | Dvolatile _ | Dtype _ | Dlemma _
- | Dmodel_annot _ | Dcustom_annot _ | Dextended _ -> acc
- | Daxiomatic(_,l,_,_) -> List.fold_left aux acc l
+ | Dfun_or_pred (li,_) | Dinvariant (li,_) | Dtype_annot (li,_) -> li :: acc
+ | Dvolatile _ | Dtype _ | Dlemma _
+ | Dmodel_annot _ | Dcustom_annot _ | Dextended _ -> acc
+ | Daxiomatic(_,l,_,_) -> List.fold_left aux acc l
in aux [] g
let find_logic_info_decl li =
let module F = struct exception Found of global end in
let globs = (Ast.get()).globals in
try
- List.iter
+ List.iter
(fun g -> match g with
- | GAnnot (ga,_) ->
- if
- List.exists
- (fun li' -> Logic_info.equal li li')
- (extract_logic_infos ga)
- then raise (F.Found g)
- | _ -> ())
+ | GAnnot (ga,_) ->
+ if
+ List.exists
+ (fun li' -> Logic_info.equal li li')
+ (extract_logic_infos ga)
+ then raise (F.Found g)
+ | _ -> ())
globs;
Kernel.fatal "Reordering AST: unknown declaration \
- for logic function or predicate %s"
+ for logic function or predicate %s"
li.l_var_info.lv_name
with F.Found g -> g
@@ -1221,326 +1221,326 @@ class reorder_ast: Visitor.frama_c_visitor =
incr i; res
end
in
-object(self)
- inherit Visitor.frama_c_inplace
- val mutable known_enuminfo = Enuminfo.Set.empty
- val mutable known_compinfo = Compinfo.Set.empty
- val mutable known_typeinfo = Typeinfo.Set.empty
- val mutable known_var = Varinfo.Set.empty
- val mutable known_logic_info = Logic_info.Set.empty
- val mutable local_logic_info = Logic_info.Set.empty
-
- (* globals that have to be declared before current declaration. *)
- val mutable needed_decls = []
- (* global annotations are treated separately, as they need special
- care when revisiting their content *)
- val mutable needed_annots = []
+ object(self)
+ inherit Visitor.frama_c_inplace
+ val mutable known_enuminfo = Enuminfo.Set.empty
+ val mutable known_compinfo = Compinfo.Set.empty
+ val mutable known_typeinfo = Typeinfo.Set.empty
+ val mutable known_var = Varinfo.Set.empty
+ val mutable known_logic_info = Logic_info.Set.empty
+ val mutable local_logic_info = Logic_info.Set.empty
- val current_annot = Stack.create ()
+ (* globals that have to be declared before current declaration. *)
+ val mutable needed_decls = []
+ (* global annotations are treated separately, as they need special
+ care when revisiting their content *)
+ val mutable needed_annots = []
- val subvisit = Stack.create ()
+ val current_annot = Stack.create ()
- val typedefs = Stack.create ()
+ val subvisit = Stack.create ()
- val logic_info_deps = Global_annotation_graph.create ()
+ val typedefs = Stack.create ()
- method private add_known_enuminfo ei =
- known_enuminfo <- Enuminfo.Set.add ei known_enuminfo
+ val logic_info_deps = Global_annotation_graph.create ()
- method private add_known_compinfo ci =
- known_compinfo <- Compinfo.Set.add ci known_compinfo
+ method private add_known_enuminfo ei =
+ known_enuminfo <- Enuminfo.Set.add ei known_enuminfo
- method private add_known_type ty =
- known_typeinfo <- Typeinfo.Set.add ty known_typeinfo
+ method private add_known_compinfo ci =
+ known_compinfo <- Compinfo.Set.add ci known_compinfo
- method private add_known_var vi =
- known_var <- Varinfo.Set.add vi known_var
+ method private add_known_type ty =
+ known_typeinfo <- Typeinfo.Set.add ty known_typeinfo
- method private add_known_logic_info li =
- known_logic_info <- Logic_info.Set.add li known_logic_info
+ method private add_known_var vi =
+ known_var <- Varinfo.Set.add vi known_var
- method private add_needed_decl g =
- needed_decls <- g :: needed_decls
-
- method private add_needed_annot g =
- needed_annots <- g :: needed_annots
+ method private add_known_logic_info li =
+ known_logic_info <- Logic_info.Set.add li known_logic_info
- method private add_annot_depend g =
- try
- let g' = Stack.top current_annot in
- if g == g' then ()
- else
- Global_annotation_graph.add_edge
- logic_info_deps g g' (* g' depends upon g *)
- with Stack.Empty ->
- Global_annotation_graph.add_vertex logic_info_deps g
- (* Otherwise, if we only have one annotation to take care of,
- the graph will be empty... *)
-
- method private add_known_annots g =
- let lis = extract_logic_infos g in
- List.iter self#add_known_logic_info lis
-
- method private clear_deps () =
- needed_decls <- [];
- needed_annots <- [];
- Stack.clear current_annot;
- Stack.clear typedefs;
- Global_annotation_graph.clear logic_info_deps
-
- method private make_annots g =
- let g =
- match g with
+ method private add_needed_decl g =
+ needed_decls <- g :: needed_decls
+
+ method private add_needed_annot g =
+ needed_annots <- g :: needed_annots
+
+ method private add_annot_depend g =
+ try
+ let g' = Stack.top current_annot in
+ if g == g' then ()
+ else
+ Global_annotation_graph.add_edge
+ logic_info_deps g g' (* g' depends upon g *)
+ with Stack.Empty ->
+ Global_annotation_graph.add_vertex logic_info_deps g
+ (* Otherwise, if we only have one annotation to take care of,
+ the graph will be empty... *)
+
+ method private add_known_annots g =
+ let lis = extract_logic_infos g in
+ List.iter self#add_known_logic_info lis
+
+ method private clear_deps () =
+ needed_decls <- [];
+ needed_annots <- [];
+ Stack.clear current_annot;
+ Stack.clear typedefs;
+ Global_annotation_graph.clear logic_info_deps
+
+ method private make_annots g =
+ let g =
+ match g with
| [ g ] -> g
| _ -> (* We'll eventually add some globals, but the value returned
by visitor itself is supposed to be a singleton. Everything
is done in post-action.
*)
- Kernel.fatal "unexpected result of visiting global when reordering"
- in
- let deps =
- if Global_annotation_graph.nb_vertex logic_info_deps = 0 then []
- else if Global_annotation_graph.has_cycle logic_info_deps then begin
- (* Assumption: elements from the stdlib are not part of a cycle with
- others logic functions, i.e. the stdlib is well-formed. *)
- let entries =
- Global_annotation_graph.fold
- (fun g acc ->
- let stdlib =
- Cil.findAttribute "fc_stdlib" (Cil_datatype.Global.attr g)
- in
- let key =
- match stdlib with
- | [ AStr s ] -> s
- | _ -> ""
- in
- let elts =
- try Datatype.String.Map.find key acc
- with Not_found -> []
+ Kernel.fatal "unexpected result of visiting global when reordering"
+ in
+ let deps =
+ if Global_annotation_graph.nb_vertex logic_info_deps = 0 then []
+ else if Global_annotation_graph.has_cycle logic_info_deps then begin
+ (* Assumption: elements from the stdlib are not part of a cycle with
+ others logic functions, i.e. the stdlib is well-formed. *)
+ let entries =
+ Global_annotation_graph.fold
+ (fun g acc ->
+ let stdlib =
+ Cil.findAttribute "fc_stdlib" (Cil_datatype.Global.attr g)
+ in
+ let key =
+ match stdlib with
+ | [ AStr s ] -> s
+ | _ -> ""
+ in
+ let elts =
+ try Datatype.String.Map.find key acc
+ with Not_found -> []
+ in
+ Datatype.String.Map.add key (g::elts) acc
+ )
+ logic_info_deps Datatype.String.Map.empty
+ in
+ Datatype.String.Map.fold
+ (fun k l res ->
+ let attr = if k = "" then [] else [ Attr("fc_stdlib", [AStr k])] in
+ let entries =
+ List.fold_left
+ (fun acc g ->
+ match g with GAnnot (g,_) -> g :: acc | _ -> acc)
+ [] l
in
- Datatype.String.Map.add key (g::elts) acc
- )
- logic_info_deps Datatype.String.Map.empty
- in
- Datatype.String.Map.fold
- (fun k l res ->
- let attr = if k = "" then [] else [ Attr("fc_stdlib", [AStr k])] in
- let entries =
- List.fold_left
- (fun acc g ->
- match g with GAnnot (g,_) -> g :: acc | _ -> acc)
- [] l
- in
- (GAnnot
- (Daxiomatic
- (unique_name_recursive_axiomatic (),
- entries, attr,
- Location.unknown),
- Location.unknown))::res)
- entries []
- end else begin
- Global_annotation_graph.fold
- (fun ga acc -> ga :: acc) logic_info_deps []
- end
- in
- assert (List.length deps = List.length needed_annots);
- match g with
+ (GAnnot
+ (Daxiomatic
+ (unique_name_recursive_axiomatic (),
+ entries, attr,
+ Location.unknown),
+ Location.unknown))::res)
+ entries []
+ end else begin
+ Global_annotation_graph.fold
+ (fun ga acc -> ga :: acc) logic_info_deps []
+ end
+ in
+ assert (List.length deps = List.length needed_annots);
+ match g with
| GAnnot _ -> List.rev deps
- (** g is already in the dependencies graph. *)
+ (** g is already in the dependencies graph. *)
| _ -> List.rev (g::deps)
- (* TODO: add methods for uses of undeclared identifiers.
- Use functions that maps an identifier to its decl.
- Don't forget to check for cycles for TNamed and logic_info.
- *)
-
- method! vtype ty =
- (match ty with
- | TVoid _ | TInt _ | TFloat _ | TPtr _
- | TFun _ | TBuiltin_va_list _ | TArray _ -> ()
-
- | TNamed (ty,_) ->
- let g = find_typeinfo ty in
- if not (Typeinfo.Set.mem ty known_typeinfo) then begin
- self#add_needed_decl g;
- Stack.push g typedefs;
- Stack.push true subvisit;
- ignore
- (Visitor.visitFramacGlobal (self:>Visitor.frama_c_visitor) g);
- ignore (Stack.pop typedefs);
- ignore (Stack.pop subvisit);
- end
- else
- Stack.iter
- (fun g' -> if g == g' then
- Kernel.fatal
- "Globals' reordering failed: \
- recursive definition of type %s"
- ty.tname)
- typedefs
- | TComp(ci,_,_) ->
- if not (Compinfo.Set.mem ci known_compinfo) then begin
- self#add_needed_decl (GCompTagDecl (ci,Location.unknown));
- self#add_known_compinfo ci
- end
- | TEnum(ei,_) ->
- if not (Enuminfo.Set.mem ei known_enuminfo) then begin
- self#add_needed_decl (GEnumTagDecl (ei, Location.unknown));
- self#add_known_enuminfo ei
- end);
- DoChildren
+ (* TODO: add methods for uses of undeclared identifiers.
+ Use functions that maps an identifier to its decl.
+ Don't forget to check for cycles for TNamed and logic_info.
+ *)
+
+ method! vtype ty =
+ (match ty with
+ | TVoid _ | TInt _ | TFloat _ | TPtr _
+ | TFun _ | TBuiltin_va_list _ | TArray _ -> ()
+
+ | TNamed (ty,_) ->
+ let g = find_typeinfo ty in
+ if not (Typeinfo.Set.mem ty known_typeinfo) then begin
+ self#add_needed_decl g;
+ Stack.push g typedefs;
+ Stack.push true subvisit;
+ ignore
+ (Visitor.visitFramacGlobal (self:>Visitor.frama_c_visitor) g);
+ ignore (Stack.pop typedefs);
+ ignore (Stack.pop subvisit);
+ end
+ else
+ Stack.iter
+ (fun g' -> if g == g' then
+ Kernel.fatal
+ "Globals' reordering failed: \
+ recursive definition of type %s"
+ ty.tname)
+ typedefs
+ | TComp(ci,_,_) ->
+ if not (Compinfo.Set.mem ci known_compinfo) then begin
+ self#add_needed_decl (GCompTagDecl (ci,Location.unknown));
+ self#add_known_compinfo ci
+ end
+ | TEnum(ei,_) ->
+ if not (Enuminfo.Set.mem ei known_enuminfo) then begin
+ self#add_needed_decl (GEnumTagDecl (ei, Location.unknown));
+ self#add_known_enuminfo ei
+ end);
+ DoChildren
- method! vvrbl vi =
- if vi.vglob && not (Varinfo.Set.mem vi known_var) then begin
- if Cil.isFunctionType vi.vtype then
- self#add_needed_decl (GFunDecl (Cil.empty_funspec(),vi,vi.vdecl))
- else
- self#add_needed_decl (GVarDecl (vi,vi.vdecl));
- self#add_known_var vi;
- end;
- DoChildren
+ method! vvrbl vi =
+ if vi.vglob && not (Varinfo.Set.mem vi known_var) then begin
+ if Cil.isFunctionType vi.vtype then
+ self#add_needed_decl (GFunDecl (Cil.empty_funspec(),vi,vi.vdecl))
+ else
+ self#add_needed_decl (GVarDecl (vi,vi.vdecl));
+ self#add_known_var vi;
+ end;
+ DoChildren
- method private logic_info_occurrence lv =
- if not (Logic_env.is_builtin_logic_function lv.l_var_info.lv_name) then
- begin
- let g = find_logic_info_decl lv in
- if not (Logic_info.Set.mem lv known_logic_info) then begin
- self#add_annot_depend g;
- Stack.push true subvisit;
- (* visit will also push g in needed_annot. *)
- ignore (Visitor.visitFramacGlobal (self:>Visitor.frama_c_visitor) g);
- ignore (Stack.pop subvisit)
- end else if List.memq g needed_annots then begin
- self#add_annot_depend g;
- end;
- end
+ method private logic_info_occurrence lv =
+ if not (Logic_env.is_builtin_logic_function lv.l_var_info.lv_name) then
+ begin
+ let g = find_logic_info_decl lv in
+ if not (Logic_info.Set.mem lv known_logic_info) then begin
+ self#add_annot_depend g;
+ Stack.push true subvisit;
+ (* visit will also push g in needed_annot. *)
+ ignore (Visitor.visitFramacGlobal (self:>Visitor.frama_c_visitor) g);
+ ignore (Stack.pop subvisit)
+ end else if List.memq g needed_annots then begin
+ self#add_annot_depend g;
+ end;
+ end
- method private add_local_logic_info li =
- local_logic_info <- Logic_info.Set.add li local_logic_info
+ method private add_local_logic_info li =
+ local_logic_info <- Logic_info.Set.add li local_logic_info
- method private remove_local_logic_info li =
- local_logic_info <- Logic_info.Set.remove li local_logic_info
+ method private remove_local_logic_info li =
+ local_logic_info <- Logic_info.Set.remove li local_logic_info
- method private is_local_logic_info li =
- Logic_info.Set.mem li local_logic_info
+ method private is_local_logic_info li =
+ Logic_info.Set.mem li local_logic_info
- method! vlogic_var_use lv =
- let logic_infos = Annotations.logic_info_of_global lv.lv_name in
- (try
- self#logic_info_occurrence
- (List.find
- (fun x -> Cil_datatype.Logic_var.equal x.l_var_info lv)
- logic_infos)
- with Not_found -> ());
- DoChildren
+ method! vlogic_var_use lv =
+ let logic_infos = Annotations.logic_info_of_global lv.lv_name in
+ (try
+ self#logic_info_occurrence
+ (List.find
+ (fun x -> Cil_datatype.Logic_var.equal x.l_var_info lv)
+ logic_infos)
+ with Not_found -> ());
+ DoChildren
- method! vterm t =
- match t.term_node with
- | Tlet(li,_) -> self#add_local_logic_info li;
- DoChildrenPost (fun t -> self#remove_local_logic_info li; t)
+ method! vterm t =
+ match t.term_node with
+ | Tlet(li,_) -> self#add_local_logic_info li;
+ DoChildrenPost (fun t -> self#remove_local_logic_info li; t)
| _ -> DoChildren
- method! vpredicate_node p =
- match p with
+ method! vpredicate_node p =
+ match p with
| Plet(li,_) -> self#add_local_logic_info li;
- DoChildrenPost (fun t -> self#remove_local_logic_info li; t)
+ DoChildrenPost (fun t -> self#remove_local_logic_info li; t)
| _ -> DoChildren
- method! vlogic_info_use lv =
- if not (self#is_local_logic_info lv) then self#logic_info_occurrence lv;
- DoChildren
+ method! vlogic_info_use lv =
+ if not (self#is_local_logic_info lv) then self#logic_info_occurrence lv;
+ DoChildren
- method! vglob_aux g =
- let is_subvisit = try Stack.top subvisit with Stack.Empty -> false in
- (match g with
- | GType (ty,_) -> self#add_known_type ty; self#add_needed_decl g
- | GCompTagDecl(ci,_) | GCompTag(ci,_) -> self#add_known_compinfo ci
- | GEnumTagDecl(ei,_) | GEnumTag(ei,_) -> self#add_known_enuminfo ei
- | GVarDecl(vi,_) | GVar (vi,_,_) | GFun({svar = vi},_) | GFunDecl (_,vi,_)
- -> self#add_known_var vi
- | GAsm _ | GPragma _ | GText _ -> ()
- | GAnnot (ga,_) ->
- Stack.push g current_annot;
- self#add_known_annots ga;
- Global_annotation_graph.add_vertex logic_info_deps g;
- self#add_needed_annot g);
- let post_action g =
+ method! vglob_aux g =
+ let is_subvisit = try Stack.top subvisit with Stack.Empty -> false in
(match g with
- | [GAnnot _] -> ignore (Stack.pop current_annot)
- | _ -> ());
- if is_subvisit then g (* everything will be done at toplevel *)
- else begin
- let res = List.rev_append needed_decls (self#make_annots g) in
- self#clear_deps ();
- res
- end
- in
- DoChildrenPost post_action
-end
+ | GType (ty,_) -> self#add_known_type ty; self#add_needed_decl g
+ | GCompTagDecl(ci,_) | GCompTag(ci,_) -> self#add_known_compinfo ci
+ | GEnumTagDecl(ei,_) | GEnumTag(ei,_) -> self#add_known_enuminfo ei
+ | GVarDecl(vi,_) | GVar (vi,_,_) | GFun({svar = vi},_) | GFunDecl (_,vi,_)
+ -> self#add_known_var vi
+ | GAsm _ | GPragma _ | GText _ -> ()
+ | GAnnot (ga,_) ->
+ Stack.push g current_annot;
+ self#add_known_annots ga;
+ Global_annotation_graph.add_vertex logic_info_deps g;
+ self#add_needed_annot g);
+ let post_action g =
+ (match g with
+ | [GAnnot _] -> ignore (Stack.pop current_annot)
+ | _ -> ());
+ if is_subvisit then g (* everything will be done at toplevel *)
+ else begin
+ let res = List.rev_append needed_decls (self#make_annots g) in
+ self#clear_deps ();
+ res
+ end
+ in
+ DoChildrenPost post_action
+ end
module Remove_spurious = struct
- type env =
- { typeinfos: Typeinfo.Set.t;
- compinfos: Compinfo.Set.t;
- enuminfos: Enuminfo.Set.t;
- varinfos: Varinfo.Set.t;
- logic_infos: Logic_info.Set.t;
- kept: global list;
- }
-
-let treat_one_global acc g =
- match g with
+ type env =
+ { typeinfos: Typeinfo.Set.t;
+ compinfos: Compinfo.Set.t;
+ enuminfos: Enuminfo.Set.t;
+ varinfos: Varinfo.Set.t;
+ logic_infos: Logic_info.Set.t;
+ kept: global list;
+ }
+
+ let treat_one_global acc g =
+ match g with
| GType (ty,_) when Typeinfo.Set.mem ty acc.typeinfos -> acc
| GType (ty,_) ->
- { acc with
- typeinfos = Typeinfo.Set.add ty acc.typeinfos;
- kept = g :: acc.kept }
+ { acc with
+ typeinfos = Typeinfo.Set.add ty acc.typeinfos;
+ kept = g :: acc.kept }
| GCompTag _ -> { acc with kept = g :: acc.kept }
| GCompTagDecl(ci,_) when Compinfo.Set.mem ci acc.compinfos -> acc
| GCompTagDecl(ci,_) ->
- { acc with
- compinfos = Compinfo.Set.add ci acc.compinfos;
- kept = g :: acc.kept }
+ { acc with
+ compinfos = Compinfo.Set.add ci acc.compinfos;
+ kept = g :: acc.kept }
| GEnumTag _ -> { acc with kept = g :: acc.kept }
| GEnumTagDecl(ei,_) when Enuminfo.Set.mem ei acc.enuminfos -> acc
| GEnumTagDecl(ei,_) ->
- { acc with
- enuminfos = Enuminfo.Set.add ei acc.enuminfos;
- kept = g :: acc.kept }
+ { acc with
+ enuminfos = Enuminfo.Set.add ei acc.enuminfos;
+ kept = g :: acc.kept }
| GVarDecl(vi,_) | GFunDecl (_, vi, _)
- when Varinfo.Set.mem vi acc.varinfos -> acc
+ when Varinfo.Set.mem vi acc.varinfos -> acc
| GVarDecl(vi,_) ->
- { acc with
- varinfos = Varinfo.Set.add vi acc.varinfos;
- kept = g :: acc.kept }
+ { acc with
+ varinfos = Varinfo.Set.add vi acc.varinfos;
+ kept = g :: acc.kept }
| GVar _ | GFun _ | GFunDecl _ -> { acc with kept = g :: acc.kept }
| GAsm _ | GPragma _ | GText _ -> { acc with kept = g :: acc.kept }
| GAnnot (a,_) ->
- let lis = extract_logic_infos a in
- if List.exists (fun x -> Logic_info.Set.mem x acc.logic_infos) lis
- then acc
- else begin
- let known_li =
- List.fold_left (Extlib.swap Logic_info.Set.add) acc.logic_infos lis
- in
- { acc with
- kept = g::acc.kept;
- logic_infos = known_li;
- }
- end
+ let lis = extract_logic_infos a in
+ if List.exists (fun x -> Logic_info.Set.mem x acc.logic_infos) lis
+ then acc
+ else begin
+ let known_li =
+ List.fold_left (Extlib.swap Logic_info.Set.add) acc.logic_infos lis
+ in
+ { acc with
+ kept = g::acc.kept;
+ logic_infos = known_li;
+ }
+ end
-let empty =
- { typeinfos = Typeinfo.Set.empty;
- compinfos = Compinfo.Set.empty;
- enuminfos = Enuminfo.Set.empty;
- varinfos = Varinfo.Set.empty;
- logic_infos = Logic_info.Set.empty;
- kept = [];
- }
+ let empty =
+ { typeinfos = Typeinfo.Set.empty;
+ compinfos = Compinfo.Set.empty;
+ enuminfos = Enuminfo.Set.empty;
+ varinfos = Varinfo.Set.empty;
+ logic_infos = Logic_info.Set.empty;
+ kept = [];
+ }
-let process file =
- let env = List.fold_left treat_one_global empty file.globals in
- file.globals <- List.rev env.kept
+ let process file =
+ let env = List.fold_left treat_one_global empty file.globals in
+ file.globals <- List.rev env.kept
end
@@ -1565,10 +1565,10 @@ let prepare_from_c_files () =
reset the untyped AST. Restore it here. *)
Ast.UntypedFiles.set cabs_files
-let init_project_from_visitor ?(reorder=false) prj
+let init_project_from_visitor ?(reorder=false) prj
(vis:Visitor.frama_c_visitor) =
if not (Cil.is_copy_behavior vis#behavior)
- || not (Project.equal prj (Extlib.the vis#project))
+ || not (Project.equal prj (Extlib.the vis#project))
then
Kernel.fatal
"Visitor does not copy or does not operate on correct project.";
@@ -1649,7 +1649,7 @@ let init_from_cmdline () =
end;
with Ast.Bad_Initialization s ->
Kernel.fatal "@[<v 0>Cannot initialize from C files@ \
- Kernel raised Bad_Initialization %s@]" s
+ Kernel raised Bad_Initialization %s@]" s
let init_from_cmdline =
Journal.register
@@ -1670,16 +1670,16 @@ let prepare_from_c_files =
prepare_from_c_files
let () = Ast.set_default_initialization
- (fun () ->
- if Files.is_computed () then prepare_from_c_files ()
- else init_from_cmdline ())
+ (fun () ->
+ if Files.is_computed () then prepare_from_c_files ()
+ else init_from_cmdline ())
let pp_file_to fmt_opt =
let pp_ast = Printer.pp_file in
let ast = Ast.get () in
(match fmt_opt with
- | None -> Kernel.CodeOutput.output (fun fmt -> pp_ast fmt ast)
- | Some fmt -> pp_ast fmt ast)
+ | None -> Kernel.CodeOutput.output (fun fmt -> pp_ast fmt ast)
+ | Some fmt -> pp_ast fmt ast)
let unjournalized_pretty prj (fmt_opt:Format.formatter option) () =
Project.on prj pp_file_to fmt_opt
@@ -1712,7 +1712,7 @@ let create_rebuilt_project_from_visitor
let fmt = Format.formatter_of_out_channel cout in
unjournalized_pretty prj (Some fmt) ();
let redo () =
-(* Kernel.feedback "redoing initialization on file %s" f;*)
+ (* Kernel.feedback "redoing initialization on file %s" f;*)
Files.reset ();
init_from_c_files [ if preprocess then from_filename f else NoCPP f ]
in