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(*
* This file is part of Coccinelle, licensed under the terms of the GPL v2.
* See copyright.txt in the Coccinelle source code for more information.
* The Coccinelle source code can be obtained at http://coccinelle.lip6.fr
*)
module CTL = Ast_ctl
let prelude =
"\\documentclass{article}\n"^
"\\usepackage{fullpage}\n\n"^
"\\newcommand{\\U}{\\,\\mbox{\\sf{U}}\\,}\n"^
"\\newcommand{\\A}{\\mbox{\\sf{A}}}\n"^
"\\newcommand{\\E}{\\mbox{\\sf{E}}}\n"^
"\\newcommand{\\AX}{\\mbox{\\sf{AX}}}\n"^
"\\newcommand{\\EX}{\\mbox{\\sf{EX}}}\n"^
"\\newcommand{\\AF}{\\mbox{\\sf{AF}}}\n"^
"\\newcommand{\\EF}{\\mbox{\\sf{EF}}}\n"^
"\\newcommand{\\AG}{\\mbox{\\sf{AG}}}\n"^
"\\newcommand{\\EG}{\\mbox{\\sf{EG}}}\n\n"^
"\\newcommand{\\mita}[1]{\\mbox{\\it{{#1}}}}\n"^
"\\newcommand{\\mtt}[1]{\\mbox{\\tt{{#1}}}}\n"^
"\\newcommand{\\msf}[1]{\\mbox{\\sf{{#1}}}}\n"^
"\\newcommand{\\mrm}[1]{\\mbox{\\rm{{#1}}}}\n"^
"\\newcommand{\\mth}[1]{\\({#1}\\)}\n\n"^
"\\newcommand{\\ttlb}{\\mbox{\\tt \\char'173}}\n"^
"\\newcommand{\\ttrb}{\\mbox{\\tt \\char'175}}\n\n"^
"\\begin{document}\n"
let postlude = "\\end{document}"
let check_ct ct res = if ct > 60 then (res^"\\\\\\mbox{}",0) else (res,ct)
let texify s =
let len = String.length s in
let rec loop n =
if n = len
then ""
else
match String.get s n with
'_' -> Printf.sprintf "\\_%s" (loop (n+1))
| '{' -> Printf.sprintf "{\\ttlb}%s" (loop (n+1))
| '}' -> Printf.sprintf "{\\ttrb}%s" (loop (n+1))
| '>' -> Printf.sprintf "\\mth{>}%s" (loop (n+1))
| c -> Printf.sprintf "%c%s" c (loop (n+1)) in
(Printf.sprintf "\\mita{%s}" (loop 0),len)
let modif2c pv = function
CTL.Modif(v) -> let (s,n) = texify(pv v) in (Printf.sprintf "_{%s}" s,n)
| CTL.UnModif(v) -> let (s,n) = texify(pv v) in (Printf.sprintf "_{%s}" s,n)
| CTL.Control -> ("",0)
let print_diamond ct = function
CTL.FORWARD -> ("",ct)
| CTL.BACKWARD -> ("\\Delta",ct+1)
let rec ctl2c ct pp pv = function
CTL.False -> ("\\msf{false}",5)
| CTL.True -> ("\\msf{true}",4)
| CTL.Pred(p,v) ->
let (res,n) = pp p in
let (resv,n1) = modif2c pv v in
(res^resv,ct+n+n1)
| CTL.Not(f) ->
let (res,ct) = wrap (ct+1) pp pv f in
("\\neg "^res,ct)
| CTL.Exists(_,v,f) ->
let (res1,len) = texify(pv v) in
let ct = ct + len in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = existswrap (ct+1) pp pv f in
("\\exists "^res1^" . "^res2,ct)
| CTL.And(_,f1,f2) ->
let (res1,ct) = andwrap ct pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = andwrap (ct+1) pp pv f2 in
(res1^" \\wedge "^res2,ct)
| CTL.AndAny(dir,_,f1,f2) ->
let (diamond,ct) = print_diamond (ct+2) dir in
let (res1,ct) = andwrap ct pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = andwrap (ct+1) pp pv f2 in
(res1^" \\wedge? "^diamond^res2,ct)
| CTL.HackForStmt(dir,_,f1,f2) ->
let (diamond,ct) = print_diamond (ct+2) dir in
let (res1,ct) = andwrap ct pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = andwrap (ct+1) pp pv f2 in
(res1^" \\wedge{h} "^diamond^res2,ct)
| CTL.Or(f1,f2) ->
let (res1,ct) = orwrap ct pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = orwrap (ct+1) pp pv f2 in
(res1^" \\vee "^res2,ct)
| CTL.SeqOr(f1,f2) ->
let (res1,ct) = orwrap ct pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = orwrap (ct+1) pp pv f2 in
(res1^" \\mid "^res2,ct)
| CTL.Implies(f1,f2) ->
let (res1,ct) = wrap ct pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = wrap (ct+1) pp pv f2 in
(res1^" \\rightarrow "^res2,ct)
| CTL.AF(dir,_,f) ->
let (diamond,ct) = print_diamond (ct+2) dir in
let (res,ct) = pathwrap ct pp pv f
in ("\\AF"^diamond^res,ct)
| CTL.AX(dir,_,f) ->
let (diamond,ct) = print_diamond (ct+2) dir in
let (res,ct) = pathwrap ct pp pv f
in ("\\AX"^diamond^res,ct)
| CTL.AG(dir,_,f) ->
let (diamond,ct) = print_diamond (ct+2) dir in
let (res,ct) = pathwrap ct pp pv f
in ("\\AG"^diamond^res,ct)
| CTL.AW(dir,_,f1,f2) ->
let (diamond,ct) = print_diamond (ct+1) dir in
let (res1,ct) = existswrap (ct+1) pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = existswrap (ct+3) pp pv f2 in
("\\"^diamond^"A["^res1^" W "^res2^"]\n",ct)
| CTL.AU(dir,_,f1,f2) ->
let (diamond,ct) = print_diamond (ct+1) dir in
let (res1,ct) = existswrap (ct+1) pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = existswrap (ct+3) pp pv f2 in
("\\"^diamond^"A["^res1^" \\U "^res2^"]\n",ct)
| CTL.EF(dir,f) ->
let (diamond,ct) = print_diamond (ct+2) dir in
let (res,ct) = pathwrap ct pp pv f
in ("\\EF"^diamond^res,ct)
| CTL.EX(dir,f) ->
let (diamond,ct) = print_diamond (ct+2) dir in
let (res,ct) = pathwrap ct pp pv f
in ("\\EX"^diamond^res,ct)
| CTL.EG(dir,f) ->
let (diamond,ct) = print_diamond (ct+2) dir in
let (res,ct) = pathwrap ct pp pv f
in ("\\EG"^diamond^res,ct)
| CTL.EU(dir,f1,f2) ->
let (diamond,ct) = print_diamond (ct+1) dir in
let (res1,ct) = existswrap (ct+1) pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = existswrap (ct+3) pp pv f2 in
("\\E"^diamond^"["^res1^" \\U "^res2^"]\n",ct)
| CTL.Ref(v) ->
let (v,len) = texify(pv (make_var v)) in (v,len+ct)
| CTL.Let(v,f1,f2) ->
let (v,len) = texify (pv (make_var v)) in
let (res1,ct) = letwrap (ct+len+5) pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = letwrap (ct+3) pp pv f2 in
let (res2,ct) = check_ct ct res2 in
(Printf.sprintf
"\\mita{\\sf{let}} \\, %s = %s \\, \\mita{\\sf{in}} \\, %s\n"
v res1 res2, ct)
| CTL.LetR(d,v,f1,f2) ->
let (diamond,ct) = print_diamond (ct+2) d in
let (v,len) = texify (pv (make_var v)) in
let (res1,ct) = letwrap (ct+len+5) pp pv f1 in
let (res1,ct) = check_ct ct res1 in
let (res2,ct) = letwrap (ct+3) pp pv f2 in
let (res2,ct) = check_ct ct res2 in
(Printf.sprintf
"\\mita{\\sf{let}}%s \\, %s = %s \\, \\mita{\\sf{in}} \\, %s\n"
diamond v res1 res2, ct)
| CTL.Uncheck(f) ->
let (res,ct) = pathwrap ct pp pv f
in (res^"^u",ct+1)
| CTL.InnerAnd(f) ->
let (res,ct) = pathwrap ct pp pv f
in ("("^res^")^{innerAnd}",ct+10)
| CTL.XX(_) -> failwith "should not be printed"
and make_var x = ("",x)
and wrap ct pp pv x =
match x with
CTL.Ref _ | CTL.False | CTL.True | CTL.Pred(_) -> ctl2c ct pp pv x
| _ ->
let (res,ct) = ctl2c (ct+1) pp pv x in
(Printf.sprintf "(%s)" res,ct+1)
and andwrap ct pp pv x =
match x with
CTL.Ref _ | CTL.And(_,_,_) | CTL.False | CTL.True | CTL.Pred(_) ->
ctl2c ct pp pv x
| _ ->
let (res,ct) = ctl2c (ct+1) pp pv x in
(Printf.sprintf "(%s)" res,ct+1)
and orwrap ct pp pv x =
match x with
CTL.Ref _ | CTL.Or(_,_) | CTL.False | CTL.True | CTL.Pred(_) ->
ctl2c ct pp pv x
| _ ->
let (res,ct) = ctl2c (ct+1) pp pv x in
(Printf.sprintf "(%s)" res,ct+1)
and pathwrap ct pp pv x =
match x with
CTL.Ref _ | CTL.AX(_,_,_) | CTL.AF(_,_,_) | CTL.AG(_,_,_) | CTL.AU(_,_,_,_)
| CTL.EX(_,_) | CTL.EF(_,_) | CTL.EG(_,_) | CTL.EU(_,_,_) ->
ctl2c ct pp pv x
| _ ->
let (res,ct) = ctl2c (ct+1) pp pv x in
(Printf.sprintf "(%s)" res,ct+1)
and existswrap ct pp pv x =
match x with
CTL.Ref _ | CTL.AX(_,_,_) | CTL.AF(_,_,_) | CTL.AG(_,_,_) | CTL.AU(_,_,_,_)
| CTL.Pred(_)
| CTL.EX(_,_) | CTL.EF(_,_) | CTL.EG(_,_) | CTL.EU(_,_,_) | CTL.Exists(_,_,_)
| CTL.True | CTL.False | CTL.Not(_) ->
ctl2c ct pp pv x
| _ ->
let (res,ct) = ctl2c (ct+1) pp pv x in
(Printf.sprintf "(%s)" res,ct+1)
and letwrap ct pp pv x =
match x with
CTL.Let(_,_,_) ->
let (res,ct) = ctl2c (ct+1) pp pv x in (Printf.sprintf "(%s)" res,ct+1)
| _ -> ctl2c ct pp pv x
let ctltotex rule pp pv ctls o =
Printf.fprintf o "\\begin{quote}\\begin{verbatim}\n";
Printf.fprintf o "%s\n" (Pretty_print_cocci.unparse_to_string rule);
Printf.fprintf o "\\end{verbatim}\\end{quote}\n\n";
List.iter
(function ctl ->
Printf.fprintf o "\\[\\begin{array}{l}\n";
let (res,_) = ctl2c 0 pp pv ctl in
Printf.fprintf o "%s\n" res)
ctls;
Printf.fprintf o "\\end{array}\\]\n\n"
let make_prelude o = Printf.fprintf o "%s\n" prelude
let make_postlude o = Printf.fprintf o "%s\n" postlude
(* ----------------------------------------------------------------------- *)
let meta2c (_,s) = s
let pred2c = function
Lib_engine.InLoop -> ("\\msf{InLoop}",6)
| Lib_engine.TrueBranch -> ("\\msf{TrueBranch}",10)
| Lib_engine.EscTrueBranch -> ("\\msf{EscTrueBranch}",13)
| Lib_engine.FalseBranch -> ("\\msf{FalseBranch}",11)
| Lib_engine.After -> ("\\msf{After}",5)
| Lib_engine.GotoAfter -> ("\\msf{GotoAfter}",9)
| Lib_engine.FallThrough -> ("\\msf{FallThrough}",11)
| Lib_engine.LoopFallThrough -> ("\\msf{LoopFallThrough}",15)
| Lib_engine.Return -> ("\\msf{Return}",6)
| Lib_engine.FunHeader -> ("\\msf{FunHeader}",9)
| Lib_engine.UnsafeBrace -> ("\\msf{UnsafeBrace}",11)
| Lib_engine.Top -> ("\\msf{Top}",3)
| Lib_engine.Exit -> ("\\msf{Exit}",4)
| Lib_engine.ErrorExit -> ("\\msf{ErrorExit}",9)
| Lib_engine.Paren(s) ->
let s = meta2c s in
("\\msf{Paren}("^s^")",7+(String.length s))
| Lib_engine.Label(s) ->
let s = meta2c s in
("\\msf{Label}("^s^")",7+(String.length s))
| Lib_engine.BCLabel(s) ->
let s = meta2c s in
("\\msf{BreakContinueLabel}("^s^")",20+(String.length s))
| Lib_engine.PrefixLabel(s) ->
let s = meta2c s in
("\\msf{PrefixLabel}("^s^")",13+(String.length s))
| Lib_engine.Match(re) ->
let s = Pretty_print_cocci.rule_elem_to_string re in
let (s,len) = texify s in
(Printf.sprintf "%s" s,len)
| Lib_engine.BindGood(nm) ->
let s = meta2c nm in
("\\msf{Good}("^s^")",6+(String.length s))
| Lib_engine.BindBad(nm) ->
let s = meta2c nm in
("\\msf{Bad}("^s^")",5+(String.length s))
| Lib_engine.Goto -> ("goto",4)
| Lib_engine.FakeBrace -> ("fake\\_brace",10)
let totex out_file rules ctls =
let o = open_out out_file in
make_prelude o;
List.iter2
(function ast_list ->
function ctls ->
let (ctls,_) = List.split ctls in
ctltotex ast_list pred2c (function (_,x) -> x) ctls o)
rules ctls;
make_postlude o;
close_out o
|