File ‹StrictC.grm.sml›
functor StrictCLrValsFun(structure Token : TOKEN)
: sig structure ParserData : PARSER_DATA
structure Tokens : StrictC_TOKENS
end
=
struct
structure ParserData=
struct
structure Header =
struct
open Absyn NameGeneration
val errorStr' = Feedback.errorStr'
val warnStr' = Feedback.warnStr'
val bogus = SourcePos.bogus
fun lleft [] = bogus
| lleft (h :: t) = left h
fun lright [] = bogus
| lright x = right (List.last x)
type adecl = (expr ctype -> expr ctype) wrap
type 'a ddecl = string wrap
* adecl
* (expr ctype * string wrap option) wrap list option
* 'a list
type addecl = gcc_attribute ddecl
fun ooa(adec1, adec2) = let
val a1 = node adec1
val a2 = node adec2
in
wrap(a1 o a2, left adec1, right adec2)
end
fun ood(ddw, adec) = let
val (nm, adec0, params, data) = node ddw
in
wrap((nm, ooa(adec0,adec), params, data), left ddw, right adec)
end
infix ood
fun add_attributes(ddw, attrs) = let
val (nm, adec, ps, data0) = node ddw
in
wrap((nm, adec, ps, attrs @ data0), left ddw, right ddw)
end
fun addparams(dw : 'a ddecl wrap, ps) : 'a ddecl wrap = let
val (nm, a, pso, data) = node dw
in
case pso of
SOME _ => dw
| NONE => wrap((nm,a,SOME ps,data), left dw, right dw)
end
fun check_params ctxt
(plist : (expr ctype * string wrap option) wrap list wrap)
: (expr ctype * string wrap option) wrap list =
case node plist of
[] => (Feedback.warnStr' ctxt (left plist, right plist,
"Avoid empty parameter lists in C; \
\prefer \"(void)\"");
[])
| x as [tysw] => (case node tysw of
(Void, NONE) => []
| _ => x)
| x => x
fun fndecl l r (ps : expr ctype list) =
wrap((fn ty => Function(ty, ps)), l, r)
fun ptrdecl l r = wrap (Ptr, l, r)
fun arraydecl l r n = wrap ((fn ty => Array (ty, n)), l, r)
val one_const = expr_int 1
val zero_const = expr_int 0
fun postinc_expr e = PostOp(e,Plus_Plus)
fun postdec_expr e = PostOp(e,Minus_Minus)
fun preinc_expr e = PreOp(e,Plus_Plus)
fun predec_expr e = PreOp(e,Minus_Minus)
fun resolve_fnname ctxt e =
case enode e of
Var (s,_) => s
| _ => (errorStr' ctxt (eleft e, eright e,
"Can't use this expression as function name");
"_bad name_")
fun handle_builtin_fns ctxt e =
case enode e of
EFnCall (_, fn_e, args) => let
in
case enode fn_e of
Var(s,_) =>
if s = NameGeneration.mkIdentUScoreSafe "__builtin_expect" then
case args of
[x,y] => x
| _ => (Feedback.errorStr' ctxt (eleft e, eright e,
"__builtin_expect must take 2 args.");
expr_int 0)
else e
| _ => e
end
| _ => e
fun delvoidcasts e =
case enode e of
TypeCast (tywrap, e0) => let
in
case node tywrap of
Void => e0
| _ => e
end
| _ => e
fun parse_stdassignop ctxt (e1,opn,e2) = let
val e2 = handle_builtin_fns ctxt e2
val r_e = case opn of
NONE => e2
| SOME abop => ewrap(BinOp(abop,e1,e2), eleft e2, eright e2)
in
case enode e2 of
EFnCall (_, f_e, args) => let
fun e_ok e =
case enode e of
Var _ => true
| StructDot(e0, fld) => e_ok e0
| _ => false
in
if e_ok e1 andalso opn = NONE then
AssignFnCall(SOME e1, f_e, args)
else
Assign(e1,map_origin (K AstDatatype.Statement) r_e)
end
| _ => Assign(e1,r_e)
end
fun parse_stdassignop_expr ctxt (e1,opn,e2) = let
val e2 = handle_builtin_fns ctxt e2
val r_e = case opn of
NONE => e2
| SOME abop => ewrap(BinOp(abop,e1,e2), eleft e2, eright e2)
in
AssignE(AstDatatype.Expression, e1, r_e)
end
fun check_names ctxt (fname:string) plist = let
fun check i ps =
case ps of
[] => []
| pw :: rest =>
(case node pw of
(ty, SOME nm) => (ty,nm) :: check (i + 1) rest
| (ty, NONE) => (errorStr' ctxt (left pw, right pw,
"Parameter #"^Int.toString i^
" of function "^fname^
" has no name");
(ty, wrap("__fake", bogus, bogus)) ::
check (i + 1) rest))
in
check 1 plist
end
type struct_field = (expr ctype * string wrap * expr option * gcc_attribute list)
type struct_fields = struct_field list
type struct_id_decl = string wrap * struct_fields * gcc_attribute list wrap
fun extract_unions_and_structs (sd: struct_id_decl) =
sd |> #2 |> map #1 |> map CType.nested_types |> flat
|> filter (fn ty => CType.is_struct_type ty orelse CType.is_union_type ty)
local val scount = Unsynchronized.ref 0
in
fun gen_struct_id () =
(scount := !scount + 1;
NameGeneration.internalAnonStructPfx^Int.toString (!scount))
end
datatype storage_class_specifier = TypeDef | Extern | Static | Auto | Register | Thread_Local
datatype type_qualifier = Const | Volatile | Restrict
datatype typespectok = ts_unsigned
| ts_signed
| ts_bool
| ts_char
| ts_int
| ts_long
| ts_longlong
| ts_int128
| ts_short
| ts_void
| ts_bitint of expr
type struct_or_union_specifier = expr ctype wrap * struct_id_decl wrap list
type enum_specifier = (string option wrap *
(string wrap * expr option) list) wrap
datatype type_specifier = Tstok of typespectok wrap
| Tsstruct of struct_or_union_specifier
| Tsenum of enum_specifier
| Tstypeid of string wrap
| Tstypeof of expr wrap
fun tsleft (Tstok tok) = left tok
| tsleft (Tsstruct (ty, _)) = left ty
| tsleft (Tstypeid s) = left s
| tsleft (Tsenum es) = left es
| tsleft (Tstypeof e) = left e
fun tsright (Tstok tok) = right tok
| tsright (Tsstruct (ty,_)) = right ty
| tsright (Tstypeid s) = right s
| tsright (Tsenum es) = right es
| tsright (Tstypeof e) = right e
datatype decl_specifier = Storage of storage_class_specifier wrap
| TypeQual of type_qualifier wrap
| TypeSpec of type_specifier
| FunSpec of Absyn.fnspec wrap
fun scs_to_SC scs =
case scs of
Extern => SOME SC_EXTERN
| Static => SOME SC_STATIC
| Thread_Local => SOME SC_THRD_LOCAL
| Register => SOME SC_REGISTER
| Auto => SOME SC_AUTO
| TypeDef => NONE
val extract_storage_specs =
List.mapPartial (fn Storage scs_w => scs_to_SC (node scs_w)
| _ => NONE)
fun dslleft [] = raise Fail "dslleft: nil"
| dslleft (h :: t) =
case h of
Storage s => left s
| TypeQual s => left s
| FunSpec s => left s
| TypeSpec ts => tsleft ts
fun dslright dsl =
case dsl of
[] => raise Fail "dslright: nil"
| [h] => (case h of
Storage s => right s
| TypeQual s => right s
| FunSpec s => right s
| TypeSpec ts => tsright ts)
| h::t => dslright t
fun parse_siddecl ctxt (kind: expr ctype, s : struct_id_decl wrap) : declaration wrap =
let
val (nm, fields, attrs) = node s
val decl = case kind of StructTy _ => StructDecl | UnionTy _ => UnionDecl
| _ => (errorStr' ctxt (left s, right s, "Expected 'struct' or 'union'"); StructDecl)
fun f (ty : expr ctype, s : string wrap, opbit : expr option, attrs : gcc_attribute list) =
let
val ty' : expr ctype =
case opbit of
NONE => ty
| SOME e => Bitfield(ty, e)
in
(ty',s,attrs)
end
val fields' = map f fields
in
wrap(decl(nm, fields', attrs), left s, right s)
end
fun tag_siddecls ty sdecls =
let
val unions_and_structs = sdecls |> map node |> map extract_unions_and_structs |> flat
fun match name (CType.UnionTy s) = (s = name)
| match name (CType.StructTy s) = (s = name)
| match _ _ = false
fun tag tys sd =
let
val name = sd |> node |> #1 |> node
val ty = the (find_first (match name) tys)
in
(ty, sd)
end
in
map (tag (node ty::unions_and_structs)) sdecls
end
fun empty_enumspec es = [(wrap(EnumDecl (node es), left es, right es))]
fun empty_declarator ctxt (ds : decl_specifier list) : declaration wrap list =
case ds of
[] => raise Fail "empty_declarator: nil"
| Storage x :: rest =>
(errorStr' ctxt (left x, right x,
"Storage class qualifier not accompanied by \
\declarator");
empty_declarator ctxt rest)
| TypeQual tq :: rest =>
(errorStr' ctxt (left tq, right tq,
"Type-qualifier not accompanied by declarator");
empty_declarator ctxt rest)
| FunSpec fs :: rest =>
(errorStr' ctxt (left fs, right fs,
"Function-specifier not accompanied by declarator");
empty_declarator ctxt rest)
| TypeSpec (Tstok tok) :: rest =>
(errorStr' ctxt (left tok, right tok,
"Type not accompanied by declarator");
empty_declarator ctxt rest)
| TypeSpec (Tstypeid s) :: rest =>
(errorStr' ctxt (left s, right s,
"Type-id ("^node s^ ") not accompanied by declarator");
empty_declarator ctxt rest)
| [TypeSpec (Tsstruct (kind, siddecls))] =>
(map (parse_siddecl ctxt)) (tag_siddecls kind siddecls)
| TypeSpec (Tsstruct s) :: rest =>
(errorStr' ctxt (dslleft rest, dslright rest,
"Extraneous crap after struct declaration");
empty_declarator ctxt [TypeSpec (Tsstruct s)])
| [TypeSpec (Tsenum es)] => empty_enumspec es
| TypeSpec (Tsenum es) :: rest =>
(errorStr' ctxt (dslleft rest, dslright rest,
"Extraneous crap after enum declaration");
empty_enumspec es)
fun ity_of_tok tstok =
case node tstok of
ts_int => Int
| ts_char => Char
| ts_short => Short
| ts_long => Long
| ts_longlong => LongLong
| ts_int128 => Int128
| ts_bitint e => BitInt e
| x => raise Fail "ty_of_tok: invariant failure"
fun sort_toks (bases, sgnmods) dsl =
case dsl of
[] => (bases, sgnmods)
| TypeSpec (Tstok tk) :: r =>
(case node tk of
ts_unsigned => sort_toks (bases, tk :: sgnmods) r
| ts_signed => sort_toks (bases, tk :: sgnmods) r
| _ => sort_toks (wrap(Tstok tk, left tk, right tk) :: bases,
sgnmods) r)
| TypeSpec (x as Tsstruct (ty,_)) :: r =>
sort_toks (wrap(x, left ty, right ty)::bases, sgnmods) r
| TypeSpec (x as Tstypeid sw) :: r =>
sort_toks (wrap(x,left sw,right sw)::bases, sgnmods) r
| TypeSpec (x as Tsenum es) :: r =>
sort_toks (wrap(x,left es, right es)::bases, sgnmods) r
| TypeSpec (x as Tstypeof e) :: r =>
sort_toks (wrap(x,left e, right e)::bases, sgnmods) r
| _ :: r => sort_toks (bases, sgnmods) r
fun extract_fnspecs (dsl : decl_specifier list) : fnspec list =
List.mapPartial (fn FunSpec fs => SOME (node fs) | _ => NONE) dsl
fun extract_fnspec_attrs (fs : fnspec list) : gcc_attribute list =
case fs of
[] => []
| gcc_attribs gcc_as::rest => gcc_as @ extract_fnspec_attrs rest
| _ :: rest => extract_fnspec_attrs rest
fun extract_type ctxt (dsl : decl_specifier list wrap) : expr ctype wrap = let
val (bases : type_specifier wrap list,
sgnmods : typespectok wrap list) = sort_toks ([], []) (node dsl)
fun is_base b (tn : type_specifier wrap) =
case node tn of
Tstok t => node t = b
| _ => false
fun is_intmod (tn : type_specifier wrap) =
case node tn of
Tstok t => (case node t of
ts_short => true
| ts_long => true
| _ => false)
| _ => false
fun handle_integral_remainder had_int list =
case list of
[] => NONE
| [x] => if had_int then
if is_intmod x then SOME x
else
(errorStr' ctxt (left x, right x, "Bad combination with 'int'");
SOME x)
else SOME x
| [x,y] => (case (node x, node y) of
(Tstok k1, Tstok k2) => let
val l = left y and r = right x
in
if node k1 = ts_long andalso node k2 = ts_long then
SOME (wrap (Tstok (wrap(ts_longlong, l, r)), l, r))
else
(errorStr' ctxt (l, r, "Two type-specifiers"); SOME x)
end
| _ => (errorStr' ctxt (left x, right x, "Two type-specifiers");
SOME x))
| h::t => (errorStr' ctxt (left h, right h, "Too many type-specifiers");
SOME h)
fun check_baseclashes list =
case list of
[] => NONE
| [x] => SOME x
| _ =>
case List.partition (is_base ts_int) list of
([], _) => handle_integral_remainder false list
| ([_], rest) => handle_integral_remainder true rest
| (t::_, _) => (errorStr' ctxt (left t, right t, "Too many 'int' specifiers");
SOME t)
fun check_modclashes list =
case list of
[] => NONE
| [x] => SOME x
| h :: t => (errorStr' ctxt (left h, right h, "Multiple type-specifiers");
SOME h)
val basety = check_baseclashes bases
val sgnmod = check_modclashes sgnmods
in
case (basety, sgnmod) of
(NONE, NONE) => (errorStr' ctxt (left dsl, right dsl,
"No base type in declaration");
wrap(Signed Int, bogus, bogus))
| (SOME b, NONE) => let
in
case node b of
Tstok tk => (case node tk of
ts_void => wrap(Void, left tk, right tk)
| ts_char => wrap(PlainChar, left tk, right tk)
| ts_bool => wrap(Bool, left tk, right tk)
| x => wrap(Signed (ity_of_tok tk),
left tk, right tk))
| Tsstruct (ty, _) => ty
| Tstypeid s => wrap(Ident (node s), left s, right s)
| Tsenum e => wrap (EnumTy (node (#1 (node e))), left e, right e)
| Tstypeof e => wrap (TypeOf (node e), left e, right e)
end
| (NONE, SOME m) =>
(case node m of
ts_unsigned => wrap(Unsigned Int, left m, right m)
| ts_signed => wrap (Signed Int, left m, right m)
| x => raise Fail "finalty2: inv failure")
| (SOME b, SOME m) =>
case node b of
Tstok tk =>
(case node tk of
ts_void => (errorStr' ctxt (left m, right m,
"Signedness modifier on void");
wrap(Void, left tk, right tk))
| ts_bool => (errorStr' ctxt (left m, right m,
"Signedness modifier on _Bool");
wrap(Bool, left tk, right tk))
| _ =>
let
in
case node m of
ts_unsigned => wrap(Unsigned (ity_of_tok tk),
left m, right tk)
| ts_signed => wrap(Signed (ity_of_tok tk),
left m, right tk)
| x => raise Fail "finalty3: inv failure"
end)
| Tstypeid s => (errorStr' ctxt (left m, right m,
"Signedness modifier on typedef id");
wrap(Ident (node s), left s, right s))
| Tsstruct (ty,_) => (errorStr' ctxt (left m, right m,
"Signedness modifier on struct");
ty)
| Tsenum e => (errorStr' ctxt (left m, right m, "Signedness modifier on enum");
wrap(EnumTy (node (#1 (node e))), left e, right e))
| Tstypeof e => (errorStr' ctxt (left m, right m, "Signedness modifier on typeof");
wrap(TypeOf (node e), left e, right e))
end
fun has_typedef (dsl : decl_specifier list wrap) = let
fun check dsls =
case dsls of
[] => NONE
| Storage s :: rest =>
(case node s of TypeDef => SOME (left s, right s)
| _ => check rest)
| _ :: rest => check rest
in
check (node dsl)
end
fun has_extern (dsl : decl_specifier list wrap) = let
fun check dsls =
case dsls of
[] => NONE
| Storage s :: rest => (case node s of Extern => SOME (left s, right s)
| _ => check rest)
| _ :: rest => check rest
in
check (node dsl)
end
fun first_sdecls (dsl : decl_specifier list) =
case dsl of
[] => []
| TypeSpec (Tsstruct(ty, sdecls)) :: _ => sdecls
| _ :: rest => first_sdecls rest
fun tag_first_sdecls (dsl : decl_specifier list) =
case dsl of
[] => []
| TypeSpec (Tsstruct(ty, sdecls)) :: _ => tag_siddecls ty sdecls
| _ :: rest => tag_first_sdecls rest
fun first_enum_dec (dsl : decl_specifier list) =
case dsl of
[] => NONE
| TypeSpec (Tsenum es) :: rest => if null (#2 (node es)) then
first_enum_dec rest
else SOME es
| _ :: rest => first_enum_dec rest
fun wonky_pdec_check ctxt dsl = let
val _ =
case has_typedef dsl of
NONE => ()
| SOME (l,r) => errorStr' ctxt (l, r, "Typedefs forbidden in parameters")
val _ =
case has_extern dsl of
NONE => ()
| SOME (l,r) => errorStr' ctxt (l,r, "Extern forbidden in parameters")
val _ = case first_sdecls (node dsl) of
[] => ()
| sd :: _ => let
val sw = #1 (node sd)
in
errorStr' ctxt (left sw, right sw,
"Don't declare structs / unions in parameters")
end
val _ = case first_enum_dec (node dsl) of
NONE => ()
| SOME es => errorStr' ctxt (left es, right es,
"Don't declare enumerations in parameters")
in
()
end
fun unwrap_params pms =
map (fn w => apsnd (Option.map node) (node w)) (the pms)
fun make_declaration ctxt (dsl : decl_specifier list wrap)
(idl : (addecl wrap * initializer option) wrap list) =
let
val basetype = extract_type ctxt dsl
val is_typedef = is_some (has_typedef dsl)
val is_extern = is_some (has_extern dsl)
val sdecls = tag_first_sdecls (node dsl)
val endecs = case first_enum_dec (node dsl) of
NONE => []
| SOME es => [wrap(EnumDecl (node es), left es, right es)]
val fnspecs = extract_fnspecs (node dsl)
val storage_specs = extract_storage_specs (node dsl)
val fnspec_attrs = extract_fnspec_attrs fnspecs
fun handle_declarator idw = let
val (d : addecl wrap, iopt : initializer option) = node idw
val (nm, a : adecl, params, attrs) = node d
val finaltype = (node a) (node basetype)
in
if is_typedef then let
val _ = case iopt of
SOME i => errorStr' ctxt (left idw, right idw,
"Can't initialise a typedef")
| _ => ()
in
wrap(TypeDecl[(finaltype,nm,bogwrap (attrs @ fnspec_attrs))], left idw, right idw)
end
else
case finaltype of
Function(rettype, ptys) => let
val _ = case iopt of
SOME _ => errorStr' ctxt (left idw, right idw,
"Can't initialise a function!")
| NONE => ()
in
wrap(ExtFnDecl { rettype = rettype, name = nm,
params = unwrap_params params,
specs = merge_specs [gcc_attribs attrs] fnspecs},
left idw, right idw)
end
| _ => let
val _ =
if is_extern andalso is_some iopt then
errorStr' ctxt (left idw, right idw, "Don't initialise externs")
else ()
in
wrap(VarDecl(finaltype, nm, storage_specs, iopt,
fnspec_attrs @ attrs ),
left idw, right idw)
end
end
in
endecs @
map handle_declarator idl @
map (parse_siddecl ctxt) sdecls
end
val last_blockitem = the o StmtDecl.last_blockitem
fun CaseEndBI bi =
case bi of
BI_Stmt st => CaseEndStmt st
| BI_Decl d => false
and CaseEndStmt st =
case snode st of
Break => true
| Return _ => true
| ReturnFnCall _ => true
| IfStmt(g, t, e) => CaseEndStmt t andalso CaseEndStmt e
| Block (_, bilist) => CaseEndBI (last_blockitem bilist)
| Switch _ => true
| Trap (BreakT, e) => CaseEndStmt e
| _ => false
fun front [] = []
| front [h] = []
| front (x::xs) = x :: front xs
fun removelast_if_break bilist = let
fun singcase bi =
case bi of
BI_Stmt st => let
in
case snode st of
Break => []
| Block (kind, bilist) => [BI_Stmt
(swrap (Block (kind, removelast_if_break bilist),
sleft st, sright st))]
| _ => [bi]
end
| _ => [bi]
in
case bilist of
[] => []
| [bi] => singcase bi
| bi :: bis => bi :: removelast_if_break bis
end
fun mk_defaultcase_last ctxt caselist = let
fun extract_default caselist =
case caselist of
[] => (NONE, [])
| (c as (labs, bilist)) :: rest => let
fun is_dflt lab =
case node lab of
NONE => true
| _ => false
in
case List.find is_dflt (node labs) of
NONE => let
val (df, rest) = extract_default rest
in
(df, c::rest)
end
| SOME d => let
in
if length (node labs) > 1 then
warnStr' ctxt (left d, right d,
"This default: label should be the only label\
\ associated with this case")
else ();
(SOME (wrap([d], left labs, right labs), bilist), rest)
end
end
val (dflt, rest) = extract_default caselist
in
case dflt of
NONE => caselist @ [(bogwrap [bogwrap NONE],
[BI_Stmt (swrap(EmptyStmt, bogus, bogus))])]
| SOME d => rest @ [d]
end
fun switch_check ctxt scaselist leftp rightp = let
val _ = case length scaselist of
0 => errorStr' ctxt (leftp, rightp, "Switch has no cases")
| 1 => errorStr' ctxt (leftp, rightp, "Switch has only one case")
| _ => ()
fun check_for_breaks (labs, bilist) =
if not (CaseEndBI (last_blockitem bilist)) then
errorStr' ctxt (left labs, right labs,
"Switch case beginning here does not end with a break \
\or return or a nested switch statement")
else ()
val _ = app check_for_breaks (front scaselist)
val scaselist = mk_defaultcase_last ctxt scaselist
fun striplabwrap (lab : expr option wrap) = node lab
fun striplablist llist = map striplabwrap (node llist)
in
map (fn (labs,bod) => (striplablist labs, removelast_if_break bod)) scaselist
end
fun check_for_proto ctxt d = let
val dec = node d
in
case dec of
ExtFnDecl _ => (errorStr' ctxt (left d, right d,
"Don't put function prototypes other than at \
\top level"); d)
| _ => d
end
end
structure LrTable = Token.LrTable
structure Token = Token
local open LrTable in
val table=let val actionRows =
"\
\\001\000\001\000\000\000\000\000\
\\001\000\001\000\051\002\000\000\
\\001\000\001\000\052\002\009\000\050\000\012\000\049\000\035\000\048\000\
\\049\000\047\000\063\000\046\000\064\000\045\000\065\000\044\000\
\\066\000\043\000\067\000\042\000\068\000\041\000\069\000\040\000\
\\070\000\039\000\071\000\038\000\072\000\037\000\075\000\036\000\
\\077\000\035\000\078\000\034\000\079\000\033\000\080\000\032\000\
\\081\000\031\000\082\000\030\000\083\000\029\000\085\000\028\000\
\\086\000\027\000\087\000\026\000\088\000\025\000\089\000\024\000\
\\090\000\023\000\091\000\022\000\094\000\021\000\096\000\020\000\
\\099\000\019\000\102\000\018\000\104\000\017\000\000\000\
\\001\000\001\000\053\002\000\000\
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\"
val numstates = 561
val numrules = 309
val s = Unsynchronized.ref "" and index = Unsynchronized.ref 0
val string_to_int = fn () =>
let val i = !index
in index := i+2; Char.ord(String.sub(!s,i)) + Char.ord(String.sub(!s,i+1)) * 256
end
val string_to_list = fn s' =>
let val len = String.size s'
fun f () =
if !index < len then string_to_int() :: f()
else nil
in index := 0; s := s'; f ()
end
val string_to_pairlist = fn (conv_key,conv_entry) =>
let fun f () =
case string_to_int()
of 0 => EMPTY
| n => PAIR(conv_key (n-1),conv_entry (string_to_int()),f())
in f
end
val string_to_pairlist_default = fn (conv_key,conv_entry) =>
let val conv_row = string_to_pairlist(conv_key,conv_entry)
in fn () =>
let val default = conv_entry(string_to_int())
val row = conv_row()
in (row,default)
end
end
val string_to_table = fn (convert_row,s') =>
let val len = String.size s'
fun f ()=
if !index < len then convert_row() :: f()
else nil
in (s := s'; index := 0; f ())
end
local
val memo = Array.array(numstates+numrules,ERROR)
val _ =let fun g i=(Array.update(memo,i,REDUCE(i-numstates)); g(i+1))
fun f i =
if i=numstates then g i
else (Array.update(memo,i,SHIFT (STATE i)); f (i+1))
in f 0 handle Subscript => ()
end
in
val entry_to_action = fn 0 => ACCEPT | 1 => ERROR | j => Array.sub(memo,(j-2))
end
val gotoT=Array.fromList(string_to_table(string_to_pairlist(NT,STATE),gotoT))
val actionRows=string_to_table(string_to_pairlist_default(T,entry_to_action),actionRows)
val actionRowNumbers = string_to_list actionRowNumbers
val actionT = let val actionRowLookUp=
let val a=Array.fromList(actionRows) in fn i=>Array.sub(a,i) end
in Array.fromList(map actionRowLookUp actionRowNumbers)
end
in LrTable.mkLrTable {actions=actionT,gotos=gotoT,numRules=numrules,
numStates=numstates,initialState=STATE 0}
end
end
local open Header in
type pos = SourcePos.t
type arg = ( SourceFile.t * Proof.context )
structure MlyValue =
struct
datatype svalue = VOID' | ntVOID of unit -> unit
| STRING_LITERAL of unit -> (string)
| NUMERIC_CONSTANT of unit -> (Absyn.numliteral_info)
| TYPEID of unit -> (string) | ID of unit -> (string)
| calls_block of unit -> (string wrap list option)
| namedstringexplist1 of unit -> (namedstringexp list)
| namedstringexplist of unit -> (namedstringexp list)
| namedstringexp of unit -> (namedstringexp)
| stringlist1 of unit -> (string list)
| cstring_literal of unit -> (string wrap)
| asmmod3 of unit -> (string list)
| asmmod2 of unit -> (namedstringexp list*string list)
| asmmod1 of unit -> (namedstringexp list*namedstringexp list*string list)
| asmblock of unit -> (asmblock)
| attribute_parameter_list1 of unit -> (expr list)
| attribute_list of unit -> (gcc_attribute list)
| maybe_attribute_specifier of unit -> (gcc_attribute list wrap)
| attribute_specifier of unit -> (gcc_attribute list wrap)
| attribute of unit -> (gcc_attribute)
| fieldlist of unit -> (string list)
| idlist of unit -> (string wrap list)
| constant of unit -> (literalconstant)
| primary_expression of unit -> (expr)
| postfix_expression of unit -> (expr)
| cast_expression of unit -> (expr)
| unary_expression of unit -> (expr)
| multiplicative_expression of unit -> (expr)
| shift_expression of unit -> (expr)
| additive_expression of unit -> (expr)
| relational_expression of unit -> (expr)
| equality_expression of unit -> (expr)
| AND_expression of unit -> (expr)
| exclusive_OR_expression of unit -> (expr)
| inclusive_OR_expression of unit -> (expr)
| logical_OR_expression of unit -> (expr)
| logical_AND_expression of unit -> (expr)
| opt_rexpr_list of unit -> (expr list wrap)
| rexpr_list of unit -> (expr list wrap)
| rexpression of unit -> (expr) | lexpression of unit -> (expr)
| struct_id of unit -> (string wrap)
| struct_or_union_specifier of unit -> (struct_or_union_specifier)
| type_specifier of unit -> (type_specifier)
| asm_declarator_mod of unit -> (unit)
| direct_declarator of unit -> (addecl wrap)
| init_declarator_list of unit -> ( ( addecl wrap * initializer option ) wrap list)
| init_declarator of unit -> ( ( addecl wrap * initializer option ) wrap)
| struct_declarator_list of unit -> ( ( addecl wrap * expr option ) list wrap)
| struct_declarator of unit -> ( ( addecl wrap * expr option ) wrap)
| direct_abstract_declarator of unit -> (adecl)
| abstract_declarator of unit -> (adecl)
| declarator of unit -> (addecl wrap) | pointer of unit -> (adecl)
| assignop of unit -> (binoptype option)
| opt_for3_exprbase of unit -> (statement)
| opt_for3_expr0 of unit -> (statement list)
| opt_for3_expr of unit -> (statement)
| opt_for2_expr of unit -> (expr)
| opt_for1_exprbase of unit -> (statement)
| opt_for1_expr0 of unit -> (statement list)
| opt_for1_expr of unit -> (statement)
| opt_for1_bitem of unit -> (block_item list)
| label of unit -> (expr option wrap)
| labellist of unit -> (expr option wrap list wrap)
| switchcase of unit -> ( ( expr option wrap list wrap * block_item list ) )
| switchcase_list of unit -> ( ( expr option wrap list wrap * block_item list ) list)
| statement_label of unit -> (string wrap)
| statement_list1 of unit -> (statement list)
| statement_list of unit -> (statement list)
| statement of unit -> (statement)
| compound_statement of unit -> (block_item list wrap)
| function_definition of unit -> (ext_decl)
| parameter_list1 of unit -> ( ( expr ctype * string wrap option ) wrap list wrap)
| parameter_list of unit -> ( ( expr ctype * string wrap option ) wrap list wrap)
| parameter_declaration of unit -> ( ( expr ctype * string wrap option ) wrap)
| block_item of unit -> (block_item list)
| block_item_list of unit -> (block_item list)
| type_name of unit -> (expr ctype wrap)
| integral_type of unit -> (expr inttype wrap)
| elementary_type of unit -> (expr ctype)
| type_definition of unit -> (declaration)
| struct_declaration of unit -> (struct_fields wrap*struct_id_decl wrap list)
| struct_declaration_list of unit -> (struct_fields wrap*struct_id_decl wrap list)
| declaration of unit -> (declaration wrap list)
| designator of unit -> (designator)
| designator_list of unit -> (designator list)
| designation of unit -> (designator list)
| initializer of unit -> (initializer wrap)
| dinitializer of unit -> ( ( designator list * initializer ) )
| initializer_list of unit -> ( ( designator list * initializer ) list)
| specifier_qualifier_list of unit -> (decl_specifier list wrap)
| declaration_specifiers of unit -> (decl_specifier list wrap)
| invariant_option of unit -> (string wrap option)
| invariant of unit -> (string wrap)
| modlist of unit -> (string wrap list)
| rel_spec of unit -> (string wrap)
| fnspecs of unit -> (string wrap)
| special_function_specs of unit -> (fnspec wrap list wrap)
| special_function_spec of unit -> (fnspec wrap)
| function_specifiers of unit -> (fnspec wrap list wrap)
| type_qualifier_list of unit -> (type_qualifier wrap list)
| type_qualifier of unit -> (type_qualifier wrap)
| enumerator of unit -> ( ( string wrap * expr option ) )
| enumerator_list of unit -> ( ( string wrap * expr option ) list)
| enum_specifier of unit -> (enum_specifier)
| storage_class_specifier of unit -> (storage_class_specifier wrap)
| optvolatile of unit -> (bool)
| optfnspec of unit -> (string option wrap)
| external_declaration of unit -> (ext_decl list)
| translation_unit of unit -> (ext_decl list)
| begin of unit -> (ext_decl list)
end
type svalue = MlyValue.svalue
type result = ext_decl list
end
structure EC=
struct
open LrTable
val is_keyword =
fn (T 49) => true | (T 37) => true | (T 38) => true | (T 35) => true
| (T 76) => true | (T 39) => true | (T 36) => true | (T 62) => true
| (T 64) => true | (T 65) => true | (T 66) => true | (T 68) => true
| (T 67) => true | (T 70) => true | (T 78) => true | (T 11) => true
| (T 6) => true | (T 7) => true | _ => false
val preferred_change =
(nil
,(T 11) :: nil
)::
nil
val noShift =
fn (T 0) => true | _ => false
val showTerminal =
fn (T 0) => "EOF"
| (T 1) => "YSTAR"
| (T 2) => "SLASH"
| (T 3) => "MOD"
| (T 4) => "LPAREN"
| (T 5) => "RPAREN"
| (T 6) => "LCURLY"
| (T 7) => "RCURLY"
| (T 8) => "LBRACKET"
| (T 9) => "RBRACKET"
| (T 10) => "YCOMMA"
| (T 11) => "YSEMI"
| (T 12) => "YCOLON"
| (T 13) => "QMARK"
| (T 14) => "YEQ"
| (T 15) => "YDOT"
| (T 16) => "YPLUS"
| (T 17) => "YMINUS"
| (T 18) => "YAND"
| (T 19) => "YNOT"
| (T 20) => "YAMPERSAND"
| (T 21) => "YBITNOT"
| (T 22) => "PLUSPLUS"
| (T 23) => "MINUSMINUS"
| (T 24) => "PLUSEQ"
| (T 25) => "MINUSEQ"
| (T 26) => "BANDEQ"
| (T 27) => "BOREQ"
| (T 28) => "MULEQ"
| (T 29) => "DIVEQ"
| (T 30) => "MODEQ"
| (T 31) => "BXOREQ"
| (T 32) => "LSHIFTEQ"
| (T 33) => "RSHIFTEQ"
| (T 34) => "YENUM"
| (T 35) => "YIF"
| (T 36) => "YELSE"
| (T 37) => "YWHILE"
| (T 38) => "YDO"
| (T 39) => "YRETURN"
| (T 40) => "YBREAK"
| (T 41) => "YCONTINUE"
| (T 42) => "YGOTO"
| (T 43) => "YFOR"
| (T 44) => "SWITCH"
| (T 45) => "CASE"
| (T 46) => "DEFAULT"
| (T 47) => "YSIZEOF"
| (T 48) => "YTYPEOF"
| (T 49) => "YOFFSETOF"
| (T 50) => "LOGICALOR"
| (T 51) => "LOGICALAND"
| (T 52) => "BITWISEOR"
| (T 53) => "BITWISEXOR"
| (T 54) => "EQUALS"
| (T 55) => "NOTEQUALS"
| (T 56) => "YLE"
| (T 57) => "YGE"
| (T 58) => "YLESS"
| (T 59) => "YGREATER"
| (T 60) => "LEFTSHIFT"
| (T 61) => "RIGHTSHIFT"
| (T 62) => "INT"
| (T 63) => "BOOL"
| (T 64) => "CHAR"
| (T 65) => "LONG"
| (T 66) => "INT128"
| (T 67) => "SHORT"
| (T 68) => "BITINT"
| (T 69) => "SIGNED"
| (T 70) => "UNSIGNED"
| (T 71) => "VOID"
| (T 72) => "ARROW"
| (T 73) => "ID"
| (T 74) => "TYPEID"
| (T 75) => "NUMERIC_CONSTANT"
| (T 76) => "STRUCT"
| (T 77) => "UNION"
| (T 78) => "TYPEDEF"
| (T 79) => "EXTERN"
| (T 80) => "CONST"
| (T 81) => "VOLATILE"
| (T 82) => "RESTRICT"
| (T 83) => "INVARIANT"
| (T 84) => "INLINE"
| (T 85) => "STATIC"
| (T 86) => "NORETURN"
| (T 87) => "THREAD_LOCAL"
| (T 88) => "AUTO"
| (T 89) => "FNSPEC"
| (T 90) => "RELSPEC"
| (T 91) => "AUXUPD"
| (T 92) => "GHOSTUPD"
| (T 93) => "MODIFIES"
| (T 94) => "CALLS"
| (T 95) => "OWNED_BY"
| (T 96) => "SPEC_BEGIN"
| (T 97) => "SPEC_END"
| (T 98) => "DONT_TRANSLATE"
| (T 99) => "STRING_LITERAL"
| (T 100) => "SPEC_BLOCKEND"
| (T 101) => "GCC_ATTRIBUTE"
| (T 102) => "YASM"
| (T 103) => "YREGISTER"
| _ => "bogus-term"
local open Header in
val errtermvalue=
fn _ => MlyValue.VOID'
end
val terms = (T 0) :: (T 1) :: (T 2) :: (T 3) :: (T 4) :: (T 5) :: (T 6
) :: (T 7) :: (T 8) :: (T 9) :: (T 10) :: (T 11) :: (T 12) :: (T 13)
:: (T 14) :: (T 15) :: (T 16) :: (T 17) :: (T 18) :: (T 19) :: (T 20)
:: (T 21) :: (T 22) :: (T 23) :: (T 24) :: (T 25) :: (T 26) :: (T 27)
:: (T 28) :: (T 29) :: (T 30) :: (T 31) :: (T 32) :: (T 33) :: (T 34)
:: (T 35) :: (T 36) :: (T 37) :: (T 38) :: (T 39) :: (T 40) :: (T 41)
:: (T 42) :: (T 43) :: (T 44) :: (T 45) :: (T 46) :: (T 47) :: (T 48)
:: (T 49) :: (T 50) :: (T 51) :: (T 52) :: (T 53) :: (T 54) :: (T 55)
:: (T 56) :: (T 57) :: (T 58) :: (T 59) :: (T 60) :: (T 61) :: (T 62)
:: (T 63) :: (T 64) :: (T 65) :: (T 66) :: (T 67) :: (T 68) :: (T 69)
:: (T 70) :: (T 71) :: (T 72) :: (T 76) :: (T 77) :: (T 78) :: (T 79)
:: (T 80) :: (T 81) :: (T 82) :: (T 83) :: (T 84) :: (T 85) :: (T 86)
:: (T 87) :: (T 88) :: (T 89) :: (T 90) :: (T 91) :: (T 92) :: (T 93)
:: (T 94) :: (T 95) :: (T 96) :: (T 97) :: (T 98) :: (T 100) :: (T
101) :: (T 102) :: (T 103) :: nil
end
structure Actions =
struct
type int = Int.int
exception mlyAction of int
local open Header in
val actions =
fn (i392:int,defaultPos,stack,
(source, ctxt):arg) =>
case (i392,stack)
of (0,(_,(MlyValue.translation_unit translation_unit1,
translation_unit1left,translation_unit1right))::rest671) => let val
result=MlyValue.begin(fn _ => let val translation_unit as
translation_unit1=translation_unit1 ()
in (translation_unit) end
)
in (LrTable.NT 0,(result,translation_unit1left,translation_unit1right
),rest671) end
| (1,(_,(MlyValue.external_declaration external_declaration1,
external_declaration1left,external_declaration1right))::rest671) =>
let val result=MlyValue.translation_unit(fn _ => let val
external_declaration as external_declaration1=external_declaration1 ()
in (external_declaration) end
)
in (LrTable.NT 1,(result,external_declaration1left,
external_declaration1right),rest671) end
| (2,(_,(MlyValue.translation_unit translation_unit1,_,
translation_unit1right))::(_,(MlyValue.external_declaration
external_declaration1,external_declaration1left,_))::rest671) => let
val result=MlyValue.translation_unit(fn _ => let val
external_declaration as external_declaration1=external_declaration1 ()
val translation_unit as translation_unit1=translation_unit1 ()
in (external_declaration @ translation_unit) end
)
in (LrTable.NT 1,(result,external_declaration1left,
translation_unit1right),rest671) end
| (3,(_,(MlyValue.function_definition function_definition1,
function_definition1left,function_definition1right))::rest671) => let
val result=MlyValue.external_declaration(fn _ => let val
function_definition as function_definition1=function_definition1 ()
in ([function_definition]) end
)
in (LrTable.NT 2,(result,function_definition1left,
function_definition1right),rest671) end
| (4,(_,(MlyValue.declaration declaration1,declaration1left,
declaration1right))::rest671) => let val result=
MlyValue.external_declaration(fn _ => let val declaration as
declaration1=declaration1 ()
in (map Decl declaration) end
)
in (LrTable.NT 2,(result,declaration1left,declaration1right),rest671)
end
| (5,(_,(_,YSEMI1left,YSEMI1right))::rest671) => let val result=
MlyValue.external_declaration(fn _ => ([]))
in (LrTable.NT 2,(result,YSEMI1left,YSEMI1right),rest671) end
| (6,(_,(_,TYPEDEFleft as TYPEDEF1left,TYPEDEFright as TYPEDEF1right))
::rest671) => let val result=MlyValue.storage_class_specifier(fn _ =>
(wrap(TypeDef, TYPEDEFleft, TYPEDEFright)))
in (LrTable.NT 5,(result,TYPEDEF1left,TYPEDEF1right),rest671) end
| (7,(_,(_,EXTERNleft as EXTERN1left,EXTERNright as EXTERN1right))::
rest671) => let val result=MlyValue.storage_class_specifier(fn _ => (
wrap(Extern, EXTERNleft, EXTERNright)))
in (LrTable.NT 5,(result,EXTERN1left,EXTERN1right),rest671) end
| (8,(_,(_,STATICleft as STATIC1left,STATICright as STATIC1right))::
rest671) => let val result=MlyValue.storage_class_specifier(fn _ => (
wrap(Static, STATICleft, STATICright)))
in (LrTable.NT 5,(result,STATIC1left,STATIC1right),rest671) end
| (9,(_,(_,YREGISTERleft as YREGISTER1left,YREGISTERright as
YREGISTER1right))::rest671) => let val result=
MlyValue.storage_class_specifier(fn _ => (
wrap(Register, YREGISTERleft, YREGISTERright)))
in (LrTable.NT 5,(result,YREGISTER1left,YREGISTER1right),rest671) end
| (10,(_,(_,AUTOleft as AUTO1left,AUTOright as AUTO1right))::rest671)
=> let val result=MlyValue.storage_class_specifier(fn _ => (
wrap(Auto, AUTOleft, AUTOright)))
in (LrTable.NT 5,(result,AUTO1left,AUTO1right),rest671) end
| (11,(_,(_,THREAD_LOCALleft as THREAD_LOCAL1left,THREAD_LOCALright
as THREAD_LOCAL1right))::rest671) => let val result=
MlyValue.storage_class_specifier(fn _ => (
wrap(Thread_Local, THREAD_LOCALleft,
THREAD_LOCALright)
))
in (LrTable.NT 5,(result,THREAD_LOCAL1left,THREAD_LOCAL1right),
rest671) end
| (12,(_,(_,INLINEleft as INLINE1left,INLINEright as INLINE1right))::
rest671) => let val result=MlyValue.function_specifiers(fn _ => (
wrap([], INLINEleft, INLINEright)))
in (LrTable.NT 11,(result,INLINE1left,INLINE1right),rest671) end
| (13,(_,(_,NORETURNleft as NORETURN1left,NORETURNright as
NORETURN1right))::rest671) => let val result=
MlyValue.function_specifiers(fn _ => (
wrap([wrap(gcc_attribs [GCC_AttribID "noreturn"],
NORETURNleft, NORETURNright)],
NORETURNleft, NORETURNright)
))
in (LrTable.NT 11,(result,NORETURN1left,NORETURN1right),rest671) end
| (14,(_,(_,_,SPEC_BLOCKEND1right))::(_,(
MlyValue.special_function_specs special_function_specs1,
special_function_specs1left,_))::rest671) => let val result=
MlyValue.function_specifiers(fn _ => let val special_function_specs
as special_function_specs1=special_function_specs1 ()
in (special_function_specs) end
)
in (LrTable.NT 11,(result,special_function_specs1left,
SPEC_BLOCKEND1right),rest671) end
| (15,(_,(MlyValue.attribute_specifier attribute_specifier1,
attribute_specifier1left,attribute_specifier1right))::rest671) => let
val result=MlyValue.function_specifiers(fn _ => let val
attribute_specifier as attribute_specifier1=attribute_specifier1 ()
in (
wrap ([apnode gcc_attribs attribute_specifier],
left attribute_specifier,
right attribute_specifier)
) end
)
in (LrTable.NT 11,(result,attribute_specifier1left,
attribute_specifier1right),rest671) end
| (16,(_,(_,_,RPAREN2right))::_::(_,(MlyValue.attribute_list
attribute_list1,_,_))::_::_::(_,(_,GCC_ATTRIBUTEleft as
GCC_ATTRIBUTE1left,_))::rest671) => let val result=
MlyValue.attribute_specifier(fn _ => let val attribute_list as
attribute_list1=attribute_list1 ()
in (wrap(attribute_list, GCC_ATTRIBUTEleft, RPAREN2right)) end
)
in (LrTable.NT 93,(result,GCC_ATTRIBUTE1left,RPAREN2right),rest671)
end
| (17,(_,(_,_,RBRACKET2right))::_::(_,(MlyValue.attribute_list
attribute_list1,_,_))::_::(_,(_,LBRACKET1left,_))::rest671) => let
val result=MlyValue.attribute_specifier(fn _ => let val attribute_list
as attribute_list1=attribute_list1 ()
in (wrap(attribute_list, LBRACKET1left, RBRACKET2right)) end
)
in (LrTable.NT 93,(result,LBRACKET1left,RBRACKET2right),rest671) end
| (18,(_,(_,_,SPEC_BLOCKENDright as SPEC_BLOCKEND1right))::(_,(
MlyValue.ID ID1,_,_))::(_,(_,OWNED_BYleft as OWNED_BY1left,_))::
rest671) => let val result=MlyValue.attribute_specifier(fn _ => let
val ID as ID1=ID1 ()
in (wrap([OWNED_BY ID], OWNED_BYleft, SPEC_BLOCKENDright)) end
)
in (LrTable.NT 93,(result,OWNED_BY1left,SPEC_BLOCKEND1right),rest671)
end
| (19,rest671) => let val result=MlyValue.attribute_list(fn _ => ([]))
in (LrTable.NT 95,(result,defaultPos,defaultPos),rest671) end
| (20,(_,(MlyValue.attribute attribute1,attribute1left,attribute1right
))::rest671) => let val result=MlyValue.attribute_list(fn _ => let
val attribute as attribute1=attribute1 ()
in ([attribute]) end
)
in (LrTable.NT 95,(result,attribute1left,attribute1right),rest671)
end
| (21,(_,(MlyValue.attribute_list attribute_list1,_,
attribute_list1right))::_::(_,(MlyValue.attribute attribute1,
attribute1left,_))::rest671) => let val result=MlyValue.attribute_list
(fn _ => let val attribute as attribute1=attribute1 ()
val attribute_list as attribute_list1=attribute_list1 ()
in (attribute :: attribute_list) end
)
in (LrTable.NT 95,(result,attribute1left,attribute_list1right),
rest671) end
| (22,rest671) => let val result=MlyValue.maybe_attribute_specifier(
fn _ => (bogwrap []))
in (LrTable.NT 94,(result,defaultPos,defaultPos),rest671) end
| (23,(_,(MlyValue.attribute_specifier attribute_specifier1,
attribute_specifier1left,attribute_specifier1right))::rest671) => let
val result=MlyValue.maybe_attribute_specifier(fn _ => let val
attribute_specifier as attribute_specifier1=attribute_specifier1 ()
in (attribute_specifier) end
)
in (LrTable.NT 94,(result,attribute_specifier1left,
attribute_specifier1right),rest671) end
| (24,(_,(MlyValue.ID ID1,ID1left,ID1right))::rest671) => let val
result=MlyValue.attribute(fn _ => let val ID as ID1=ID1 ()
in (
let val idstr = if String.isPrefix "__" ID andalso
String.sub(ID,size ID - 1) = #"_" andalso
String.sub(ID,size ID - 2) = #"_" andalso
size ID > 4
then
String.substring(ID,2,size ID - 4)
else ID
in
GCC_AttribID idstr
end
) end
)
in (LrTable.NT 92,(result,ID1left,ID1right),rest671) end
| (25,(_,(_,CONST1left,CONST1right))::rest671) => let val result=
MlyValue.attribute(fn _ => (GCC_AttribID "const"))
in (LrTable.NT 92,(result,CONST1left,CONST1right),rest671) end
| (26,(_,(_,_,RPAREN1right))::_::(_,(MlyValue.ID ID1,ID1left,_))::
rest671) => let val result=MlyValue.attribute(fn _ => let val ID as
ID1=ID1 ()
in (GCC_AttribFn (ID, [])) end
)
in (LrTable.NT 92,(result,ID1left,RPAREN1right),rest671) end
| (27,(_,(_,_,RPAREN1right))::(_,(MlyValue.attribute_parameter_list1
attribute_parameter_list11,_,_))::_::(_,(MlyValue.ID ID1,ID1left,_))::
rest671) => let val result=MlyValue.attribute(fn _ => let val ID as
ID1=ID1 ()
val attribute_parameter_list1 as attribute_parameter_list11=
attribute_parameter_list11 ()
in (GCC_AttribFn (ID, attribute_parameter_list1)) end
)
in (LrTable.NT 92,(result,ID1left,RPAREN1right),rest671) end
| (28,(_,(MlyValue.rexpression rexpression1,rexpression1left,
rexpression1right))::rest671) => let val result=
MlyValue.attribute_parameter_list1(fn _ => let val rexpression as
rexpression1=rexpression1 ()
in ([rexpression]) end
)
in (LrTable.NT 96,(result,rexpression1left,rexpression1right),rest671
) end
| (29,(_,(MlyValue.attribute_parameter_list1
attribute_parameter_list11,_,attribute_parameter_list11right))::_::(_,
(MlyValue.rexpression rexpression1,rexpression1left,_))::rest671) =>
let val result=MlyValue.attribute_parameter_list1(fn _ => let val
rexpression as rexpression1=rexpression1 ()
val attribute_parameter_list1 as attribute_parameter_list11=
attribute_parameter_list11 ()
in (rexpression :: attribute_parameter_list1) end
)
in (LrTable.NT 96,(result,rexpression1left,
attribute_parameter_list11right),rest671) end
| (30,(_,(MlyValue.special_function_spec special_function_spec1,
special_function_spec1left,special_function_spec1right))::rest671) =>
let val result=MlyValue.special_function_specs(fn _ => let val
special_function_spec as special_function_spec1=special_function_spec1
()
in (
wrap([special_function_spec], left special_function_spec,
right special_function_spec)
) end
)
in (LrTable.NT 13,(result,special_function_spec1left,
special_function_spec1right),rest671) end
| (31,(_,(MlyValue.special_function_specs special_function_specs1,_,
special_function_specs1right))::(_,(MlyValue.special_function_spec
special_function_spec1,special_function_spec1left,_))::rest671) =>
let val result=MlyValue.special_function_specs(fn _ => let val
special_function_spec as special_function_spec1=special_function_spec1
()
val special_function_specs as special_function_specs1=
special_function_specs1 ()
in (
wrap (special_function_spec :: node special_function_specs,
left special_function_spec,
right special_function_specs)
) end
)
in (LrTable.NT 13,(result,special_function_spec1left,
special_function_specs1right),rest671) end
| (32,(_,(MlyValue.idlist idlist1,_,idlist1right))::(_,(_,MODIFIESleft
as MODIFIES1left,MODIFIESright))::rest671) => let val result=
MlyValue.special_function_spec(fn _ => let val idlist as idlist1=
idlist1 ()
in (
case idlist of
[] => wrap(fn_modifies [], MODIFIESleft, MODIFIESright)
| _ => wrap(fn_modifies (map node idlist),
MODIFIESleft,
right (List.last idlist))
) end
)
in (LrTable.NT 12,(result,MODIFIES1left,idlist1right),rest671) end
| (33,(_,(MlyValue.fnspecs fnspecs1,_,fnspecs1right))::(_,(_,
FNSPECleft as FNSPEC1left,_))::rest671) => let val result=
MlyValue.special_function_spec(fn _ => let val fnspecs as fnspecs1=
fnspecs1 ()
in (wrap(fnspec fnspecs, FNSPECleft, right fnspecs)) end
)
in (LrTable.NT 12,(result,FNSPEC1left,fnspecs1right),rest671) end
| (34,(_,(MlyValue.rel_spec rel_spec1,_,rel_spec1right))::(_,(_,
RELSPECleft as RELSPEC1left,_))::rest671) => let val result=
MlyValue.special_function_spec(fn _ => let val rel_spec as rel_spec1=
rel_spec1 ()
in (wrap(relspec rel_spec, RELSPECleft, right rel_spec)) end
)
in (LrTable.NT 12,(result,RELSPEC1left,rel_spec1right),rest671) end
| (35,(_,(_,DONT_TRANSLATEleft as DONT_TRANSLATE1left,
DONT_TRANSLATEright as DONT_TRANSLATE1right))::rest671) => let val
result=MlyValue.special_function_spec(fn _ => (
wrap(didnt_translate, DONT_TRANSLATEleft, DONT_TRANSLATEright)))
in (LrTable.NT 12,(result,DONT_TRANSLATE1left,DONT_TRANSLATE1right),
rest671) end
| (36,(_,(MlyValue.STRING_LITERAL STRING_LITERAL1,_,
STRING_LITERALright as STRING_LITERAL1right))::_::(_,(MlyValue.ID ID1,
IDleft as ID1left,_))::rest671) => let val result=MlyValue.fnspecs(fn
_ => let val ID as ID1=ID1 ()
val STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
in (
wrap(ID ^ ": \"" ^ STRING_LITERAL ^ "\"", IDleft,
STRING_LITERALright)
) end
)
in (LrTable.NT 14,(result,ID1left,STRING_LITERAL1right),rest671) end
| (37,(_,(MlyValue.fnspecs fnspecs1,_,fnspecs1right))::(_,(
MlyValue.STRING_LITERAL STRING_LITERAL1,_,_))::_::(_,(MlyValue.ID ID1,
IDleft as ID1left,_))::rest671) => let val result=MlyValue.fnspecs(fn
_ => let val ID as ID1=ID1 ()
val STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
val fnspecs as fnspecs1=fnspecs1 ()
in (
wrap((ID ^ ": \"" ^ STRING_LITERAL ^ "\"\n" ^ node fnspecs,
IDleft,
right fnspecs))
) end
)
in (LrTable.NT 14,(result,ID1left,fnspecs1right),rest671) end
| (38,(_,(MlyValue.STRING_LITERAL STRING_LITERAL1,STRING_LITERALleft
as STRING_LITERAL1left,STRING_LITERALright as STRING_LITERAL1right))
::rest671) => let val result=MlyValue.rel_spec(fn _ => let val
STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
in (
wrap("\"" ^ STRING_LITERAL ^ "\"", STRING_LITERALleft,
STRING_LITERALright)
) end
)
in (LrTable.NT 15,(result,STRING_LITERAL1left,STRING_LITERAL1right),
rest671) end
| (39,rest671) => let val result=MlyValue.idlist(fn _ => ([]))
in (LrTable.NT 90,(result,defaultPos,defaultPos),rest671) end
| (40,(_,(MlyValue.idlist idlist1,_,idlist1right))::(_,(MlyValue.ID
ID1,IDleft as ID1left,IDright))::rest671) => let val result=
MlyValue.idlist(fn _ => let val ID as ID1=ID1 ()
val idlist as idlist1=idlist1 ()
in (wrap(ID,IDleft,IDright) :: idlist) end
)
in (LrTable.NT 90,(result,ID1left,idlist1right),rest671) end
| (41,(_,(MlyValue.idlist idlist1,_,idlist1right))::(_,(_,_,
RBRACKETright))::_::(_,(_,LBRACKETleft as LBRACKET1left,_))::rest671)
=> let val result=MlyValue.idlist(fn _ => let val idlist as idlist1=
idlist1 ()
in (
wrap(NameGeneration.phantom_state_name, LBRACKETleft,
RBRACKETright) :: idlist
) end
)
in (LrTable.NT 90,(result,LBRACKET1left,idlist1right),rest671) end
| (42,(_,(_,_,YSEMI1right))::(_,(MlyValue.declaration_specifiers
declaration_specifiers1,declaration_specifiers1left,_))::rest671) =>
let val result=MlyValue.declaration(fn _ => let val
declaration_specifiers as declaration_specifiers1=
declaration_specifiers1 ()
in (empty_declarator ctxt (node declaration_specifiers)) end
)
in (LrTable.NT 27,(result,declaration_specifiers1left,YSEMI1right),
rest671) end
| (43,(_,(_,_,YSEMI1right))::(_,(MlyValue.init_declarator_list
init_declarator_list1,_,_))::(_,(MlyValue.declaration_specifiers
declaration_specifiers1,declaration_specifiers1left,_))::rest671) =>
let val result=MlyValue.declaration(fn _ => let val
declaration_specifiers as declaration_specifiers1=
declaration_specifiers1 ()
val init_declarator_list as init_declarator_list1=
init_declarator_list1 ()
in (make_declaration ctxt declaration_specifiers init_declarator_list
) end
)
in (LrTable.NT 27,(result,declaration_specifiers1left,YSEMI1right),
rest671) end
| (44,(_,(MlyValue.storage_class_specifier storage_class_specifier1,
storage_class_specifier1left,storage_class_specifier1right))::rest671)
=> let val result=MlyValue.declaration_specifiers(fn _ => let val
storage_class_specifier as storage_class_specifier1=
storage_class_specifier1 ()
in (
wrap([Storage storage_class_specifier],
left storage_class_specifier,
right storage_class_specifier)
) end
)
in (LrTable.NT 19,(result,storage_class_specifier1left,
storage_class_specifier1right),rest671) end
| (45,(_,(MlyValue.declaration_specifiers declaration_specifiers1,_,
declaration_specifiers1right))::(_,(MlyValue.storage_class_specifier
storage_class_specifier1,storage_class_specifier1left,_))::rest671)
=> let val result=MlyValue.declaration_specifiers(fn _ => let val
storage_class_specifier as storage_class_specifier1=
storage_class_specifier1 ()
val declaration_specifiers as declaration_specifiers1=
declaration_specifiers1 ()
in (
wrap(Storage storage_class_specifier ::
node declaration_specifiers,
left storage_class_specifier,
right declaration_specifiers)
) end
)
in (LrTable.NT 19,(result,storage_class_specifier1left,
declaration_specifiers1right),rest671) end
| (46,(_,(MlyValue.type_specifier type_specifier1,type_specifier1left,
type_specifier1right))::rest671) => let val result=
MlyValue.declaration_specifiers(fn _ => let val type_specifier as
type_specifier1=type_specifier1 ()
in (
wrap([TypeSpec type_specifier], tsleft type_specifier,
tsright type_specifier)
) end
)
in (LrTable.NT 19,(result,type_specifier1left,type_specifier1right),
rest671) end
| (47,(_,(MlyValue.declaration_specifiers declaration_specifiers1,_,
declaration_specifiers1right))::(_,(MlyValue.type_specifier
type_specifier1,type_specifier1left,_))::rest671) => let val result=
MlyValue.declaration_specifiers(fn _ => let val type_specifier as
type_specifier1=type_specifier1 ()
val declaration_specifiers as declaration_specifiers1=
declaration_specifiers1 ()
in (
wrap(TypeSpec type_specifier :: node declaration_specifiers,
tsleft type_specifier,
right declaration_specifiers)
) end
)
in (LrTable.NT 19,(result,type_specifier1left,
declaration_specifiers1right),rest671) end
| (48,(_,(MlyValue.type_qualifier type_qualifier1,type_qualifier1left,
type_qualifier1right))::rest671) => let val result=
MlyValue.declaration_specifiers(fn _ => let val type_qualifier as
type_qualifier1=type_qualifier1 ()
in (
wrap([TypeQual type_qualifier],
left type_qualifier,
right type_qualifier)
) end
)
in (LrTable.NT 19,(result,type_qualifier1left,type_qualifier1right),
rest671) end
| (49,(_,(MlyValue.declaration_specifiers declaration_specifiers1,_,
declaration_specifiers1right))::(_,(MlyValue.type_qualifier
type_qualifier1,type_qualifier1left,_))::rest671) => let val result=
MlyValue.declaration_specifiers(fn _ => let val type_qualifier as
type_qualifier1=type_qualifier1 ()
val declaration_specifiers as declaration_specifiers1=
declaration_specifiers1 ()
in (
wrap(TypeQual type_qualifier :: node declaration_specifiers,
left type_qualifier,
right declaration_specifiers)
) end
)
in (LrTable.NT 19,(result,type_qualifier1left,
declaration_specifiers1right),rest671) end
| (50,(_,(MlyValue.function_specifiers function_specifiers1,
function_specifiers1left,function_specifiers1right))::rest671) => let
val result=MlyValue.declaration_specifiers(fn _ => let val
function_specifiers as function_specifiers1=function_specifiers1 ()
in (
wrap(map FunSpec (node function_specifiers),
left function_specifiers,
right function_specifiers)
) end
)
in (LrTable.NT 19,(result,function_specifiers1left,
function_specifiers1right),rest671) end
| (51,(_,(MlyValue.declaration_specifiers declaration_specifiers1,_,
declaration_specifiers1right))::(_,(MlyValue.function_specifiers
function_specifiers1,function_specifiers1left,_))::rest671) => let
val result=MlyValue.declaration_specifiers(fn _ => let val
function_specifiers as function_specifiers1=function_specifiers1 ()
val declaration_specifiers as declaration_specifiers1=
declaration_specifiers1 ()
in (
wrap(map FunSpec (node function_specifiers) @
node declaration_specifiers,
left function_specifiers,
right declaration_specifiers)
) end
)
in (LrTable.NT 19,(result,function_specifiers1left,
declaration_specifiers1right),rest671) end
| (52,(_,(MlyValue.compound_statement compound_statement1,_,
compound_statement1right))::(_,(MlyValue.declarator declarator1,_,
declaratorright))::(_,(MlyValue.declaration_specifiers
declaration_specifiers1,declaration_specifiersleft as
declaration_specifiers1left,_))::rest671) => let val result=
MlyValue.function_definition(fn _ => let val declaration_specifiers
as declaration_specifiers1=declaration_specifiers1 ()
val declarator as declarator1=declarator1 ()
val compound_statement as compound_statement1=compound_statement1 ()
in (
let val basetype = extract_type ctxt declaration_specifiers
val fnspecs = extract_fnspecs (node declaration_specifiers)
val _ =
case has_typedef declaration_specifiers of
NONE => ()
| SOME (l,r) =>
errorStr' ctxt (l, r, "Typedef illegal in function def")
val (nm, ad, params0, attrs) = node declarator
val params =
case params0 of
NONE => (errorStr' ctxt (left declarator,
right declarator,
"Function def with no params!");
[])
| SOME ps => check_names ctxt (node nm) ps
val rettype = case (node ad) (node basetype) of
Function(retty, _) => retty
| _ => (errorStr' ctxt (left declarator,
right compound_statement,
"Attempted fn def with bad \
\declarator");
node basetype)
val fnspecs = merge_specs [gcc_attribs attrs] fnspecs
in
if List.exists (fn fs => fs = didnt_translate) fnspecs then
Decl (wrap(ExtFnDecl{rettype = rettype,
params = unwrap_params params0,
name = nm,
specs = fnspecs},
declaration_specifiersleft,
declaratorright))
else
FnDefn((rettype, nm), params, fnspecs, compound_statement)
end
) end
)
in (LrTable.NT 39,(result,declaration_specifiers1left,
compound_statement1right),rest671) end
| (53,rest671) => let val result=MlyValue.parameter_list(fn _ => (
wrap([], defaultPos, defaultPos)))
in (LrTable.NT 37,(result,defaultPos,defaultPos),rest671) end
| (54,(_,(MlyValue.parameter_list1 parameter_list11,
parameter_list11left,parameter_list11right))::rest671) => let val
result=MlyValue.parameter_list(fn _ => let val parameter_list1 as
parameter_list11=parameter_list11 ()
in (parameter_list1) end
)
in (LrTable.NT 37,(result,parameter_list11left,parameter_list11right)
,rest671) end
| (55,(_,(MlyValue.parameter_declaration parameter_declaration1,
parameter_declaration1left,parameter_declaration1right))::rest671) =>
let val result=MlyValue.parameter_list1(fn _ => let val
parameter_declaration as parameter_declaration1=parameter_declaration1
()
in (
wrap([parameter_declaration], left parameter_declaration,
right parameter_declaration)
) end
)
in (LrTable.NT 38,(result,parameter_declaration1left,
parameter_declaration1right),rest671) end
| (56,(_,(MlyValue.parameter_list1 parameter_list11,_,
parameter_list11right))::_::(_,(MlyValue.parameter_declaration
parameter_declaration1,parameter_declaration1left,_))::rest671) =>
let val result=MlyValue.parameter_list1(fn _ => let val
parameter_declaration as parameter_declaration1=parameter_declaration1
()
val parameter_list1 as parameter_list11=parameter_list11 ()
in (
wrap(parameter_declaration :: node parameter_list1,
left parameter_declaration, right parameter_list1)
) end
)
in (LrTable.NT 38,(result,parameter_declaration1left,
parameter_list11right),rest671) end
| (57,(_,(MlyValue.declarator declarator1,_,declarator1right))::(_,(
MlyValue.declaration_specifiers declaration_specifiers1,
declaration_specifiers1left,_))::rest671) => let val result=
MlyValue.parameter_declaration(fn _ => let val declaration_specifiers
as declaration_specifiers1=declaration_specifiers1 ()
val declarator as declarator1=declarator1 ()
in (
let val basety = extract_type ctxt declaration_specifiers
val _ = wonky_pdec_check ctxt declaration_specifiers
val (nm, a, _, _) = node declarator
in
wrap((node a (node basety), SOME nm),
left declaration_specifiers,
right declarator)
end
) end
)
in (LrTable.NT 36,(result,declaration_specifiers1left,
declarator1right),rest671) end
| (58,(_,(MlyValue.abstract_declarator abstract_declarator1,_,
abstract_declarator1right))::(_,(MlyValue.declaration_specifiers
declaration_specifiers1,declaration_specifiers1left,_))::rest671) =>
let val result=MlyValue.parameter_declaration(fn _ => let val
declaration_specifiers as declaration_specifiers1=
declaration_specifiers1 ()
val abstract_declarator as abstract_declarator1=abstract_declarator1
()
in (
let val basety = extract_type ctxt declaration_specifiers
val _ = wonky_pdec_check ctxt declaration_specifiers
val a = node abstract_declarator
in
wrap((a (node basety), NONE),
left declaration_specifiers,
right abstract_declarator)
end
) end
)
in (LrTable.NT 36,(result,declaration_specifiers1left,
abstract_declarator1right),rest671) end
| (59,(_,(MlyValue.declaration_specifiers declaration_specifiers1,
declaration_specifiers1left,declaration_specifiers1right))::rest671)
=> let val result=MlyValue.parameter_declaration(fn _ => let val
declaration_specifiers as declaration_specifiers1=
declaration_specifiers1 ()
in (
let val basety = extract_type ctxt declaration_specifiers
val _ = wonky_pdec_check ctxt declaration_specifiers
in
wrap((node basety, NONE),
left declaration_specifiers,
right declaration_specifiers)
end
) end
)
in (LrTable.NT 36,(result,declaration_specifiers1left,
declaration_specifiers1right),rest671) end
| (60,(_,(_,_,RCURLYright as RCURLY1right))::(_,(
MlyValue.block_item_list block_item_list1,_,_))::(_,(_,LCURLYleft as
LCURLY1left,_))::rest671) => let val result=
MlyValue.compound_statement(fn _ => let val block_item_list as
block_item_list1=block_item_list1 ()
in (wrap(block_item_list, LCURLYleft, RCURLYright)) end
)
in (LrTable.NT 40,(result,LCURLY1left,RCURLY1right),rest671) end
| (61,rest671) => let val result=MlyValue.block_item_list(fn _ => ([])
)
in (LrTable.NT 34,(result,defaultPos,defaultPos),rest671) end
| (62,(_,(MlyValue.block_item_list block_item_list1,_,
block_item_list1right))::(_,(MlyValue.block_item block_item1,
block_item1left,_))::rest671) => let val result=
MlyValue.block_item_list(fn _ => let val block_item as block_item1=
block_item1 ()
val block_item_list as block_item_list1=block_item_list1 ()
in (block_item @ block_item_list) end
)
in (LrTable.NT 34,(result,block_item1left,block_item_list1right),
rest671) end
| (63,(_,(MlyValue.declaration declaration1,declaration1left,
declaration1right))::rest671) => let val result=MlyValue.block_item(
fn _ => let val declaration as declaration1=declaration1 ()
in (map BI_Decl declaration) end
)
in (LrTable.NT 35,(result,declaration1left,declaration1right),rest671
) end
| (64,(_,(MlyValue.statement statement1,statement1left,statement1right
))::rest671) => let val result=MlyValue.block_item(fn _ => let val
statement as statement1=statement1 ()
in ([BI_Stmt statement]) end
)
in (LrTable.NT 35,(result,statement1left,statement1right),rest671)
end
| (65,rest671) => let val result=MlyValue.statement_list(fn _ => ([]))
in (LrTable.NT 42,(result,defaultPos,defaultPos),rest671) end
| (66,(_,(MlyValue.statement_list1 statement_list11,
statement_list11left,statement_list11right))::rest671) => let val
result=MlyValue.statement_list(fn _ => let val statement_list1 as
statement_list11=statement_list11 ()
in (statement_list1) end
)
in (LrTable.NT 42,(result,statement_list11left,statement_list11right)
,rest671) end
| (67,(_,(MlyValue.statement statement1,statement1left,statement1right
))::rest671) => let val result=MlyValue.statement_list1(fn _ => let
val statement as statement1=statement1 ()
in ([statement]) end
)
in (LrTable.NT 43,(result,statement1left,statement1right),rest671)
end
| (68,(_,(MlyValue.statement_list1 statement_list11,_,
statement_list11right))::(_,(MlyValue.statement statement1,
statement1left,_))::rest671) => let val result=
MlyValue.statement_list1(fn _ => let val statement as statement1=
statement1 ()
val statement_list1 as statement_list11=statement_list11 ()
in (statement::statement_list1) end
)
in (LrTable.NT 43,(result,statement1left,statement_list11right),
rest671) end
| (69,(_,(MlyValue.struct_declaration struct_declaration1,
struct_declaration1left,struct_declaration1right))::rest671) => let
val result=MlyValue.struct_declaration_list(fn _ => let val
struct_declaration as struct_declaration1=struct_declaration1 ()
in (struct_declaration) end
)
in (LrTable.NT 28,(result,struct_declaration1left,
struct_declaration1right),rest671) end
| (70,(_,(MlyValue.struct_declaration_list struct_declaration_list1,_,
struct_declaration_list1right))::(_,(MlyValue.struct_declaration
struct_declaration1,struct_declaration1left,_))::rest671) => let val
result=MlyValue.struct_declaration_list(fn _ => let val
struct_declaration as struct_declaration1=struct_declaration1 ()
val struct_declaration_list as struct_declaration_list1=
struct_declaration_list1 ()
in (
let val (sflds1, siddecls1) = struct_declaration
val (sflds2, siddecls2) = struct_declaration_list
in
(wrap(node sflds1 @ node sflds2, left sflds1, right sflds2),
siddecls1 @ siddecls2)
end
) end
)
in (LrTable.NT 28,(result,struct_declaration1left,
struct_declaration_list1right),rest671) end
| (71,(_,(MlyValue.type_specifier type_specifier1,type_specifier1left,
type_specifier1right))::rest671) => let val result=
MlyValue.specifier_qualifier_list(fn _ => let val type_specifier as
type_specifier1=type_specifier1 ()
in (
wrap([TypeSpec type_specifier],
tsleft type_specifier,
tsright type_specifier)
) end
)
in (LrTable.NT 20,(result,type_specifier1left,type_specifier1right),
rest671) end
| (72,(_,(MlyValue.specifier_qualifier_list specifier_qualifier_list1,
_,specifier_qualifier_list1right))::(_,(MlyValue.type_specifier
type_specifier1,type_specifier1left,_))::rest671) => let val result=
MlyValue.specifier_qualifier_list(fn _ => let val type_specifier as
type_specifier1=type_specifier1 ()
val specifier_qualifier_list as specifier_qualifier_list1=
specifier_qualifier_list1 ()
in (
wrap(TypeSpec type_specifier :: node specifier_qualifier_list,
tsleft type_specifier, right specifier_qualifier_list)
) end
)
in (LrTable.NT 20,(result,type_specifier1left,
specifier_qualifier_list1right),rest671) end
| (73,(_,(MlyValue.type_qualifier type_qualifier1,type_qualifier1left,
type_qualifier1right))::rest671) => let val result=
MlyValue.specifier_qualifier_list(fn _ => let val type_qualifier as
type_qualifier1=type_qualifier1 ()
in (
wrap([TypeQual type_qualifier],
left type_qualifier, right type_qualifier)
) end
)
in (LrTable.NT 20,(result,type_qualifier1left,type_qualifier1right),
rest671) end
| (74,(_,(MlyValue.specifier_qualifier_list specifier_qualifier_list1,
_,specifier_qualifier_list1right))::(_,(MlyValue.type_qualifier
type_qualifier1,type_qualifier1left,_))::rest671) => let val result=
MlyValue.specifier_qualifier_list(fn _ => let val type_qualifier as
type_qualifier1=type_qualifier1 ()
val specifier_qualifier_list as specifier_qualifier_list1=
specifier_qualifier_list1 ()
in (
wrap(TypeQual type_qualifier :: node specifier_qualifier_list,
left type_qualifier, right specifier_qualifier_list)
) end
)
in (LrTable.NT 20,(result,type_qualifier1left,
specifier_qualifier_list1right),rest671) end
| (75,(_,(_,CONSTleft as CONST1left,CONSTright as CONST1right))::
rest671) => let val result=MlyValue.type_qualifier(fn _ => (
wrap(Const, CONSTleft, CONSTright)))
in (LrTable.NT 9,(result,CONST1left,CONST1right),rest671) end
| (76,(_,(_,VOLATILEleft as VOLATILE1left,VOLATILEright as
VOLATILE1right))::rest671) => let val result=MlyValue.type_qualifier(
fn _ => (wrap(Volatile, VOLATILEleft, VOLATILEright)))
in (LrTable.NT 9,(result,VOLATILE1left,VOLATILE1right),rest671) end
| (77,(_,(_,RESTRICTleft as RESTRICT1left,RESTRICTright as
RESTRICT1right))::rest671) => let val result=MlyValue.type_qualifier(
fn _ => (wrap(Restrict, RESTRICTleft, RESTRICTright)))
in (LrTable.NT 9,(result,RESTRICT1left,RESTRICT1right),rest671) end
| (78,(_,(MlyValue.type_qualifier type_qualifier1,type_qualifier1left,
type_qualifier1right))::rest671) => let val result=
MlyValue.type_qualifier_list(fn _ => let val type_qualifier as
type_qualifier1=type_qualifier1 ()
in ([type_qualifier]) end
)
in (LrTable.NT 10,(result,type_qualifier1left,type_qualifier1right),
rest671) end
| (79,(_,(MlyValue.type_qualifier_list type_qualifier_list1,_,
type_qualifier_list1right))::(_,(MlyValue.type_qualifier
type_qualifier1,type_qualifier1left,_))::rest671) => let val result=
MlyValue.type_qualifier_list(fn _ => let val type_qualifier as
type_qualifier1=type_qualifier1 ()
val type_qualifier_list as type_qualifier_list1=type_qualifier_list1
()
in (type_qualifier::type_qualifier_list) end
)
in (LrTable.NT 10,(result,type_qualifier1left,
type_qualifier_list1right),rest671) end
| (80,(_,(_,_,YSEMI1right))::(_,(MlyValue.struct_declarator_list
struct_declarator_list1,_,_))::(_,(MlyValue.specifier_qualifier_list
specifier_qualifier_list1,specifier_qualifier_list1left,_))::rest671)
=> let val result=MlyValue.struct_declaration(fn _ => let val
specifier_qualifier_list as specifier_qualifier_list1=
specifier_qualifier_list1 ()
val struct_declarator_list as struct_declarator_list1=
struct_declarator_list1 ()
in (
let val basetype = extract_type ctxt specifier_qualifier_list
val sdecls = first_sdecls (node specifier_qualifier_list)
val _ = case first_enum_dec (node specifier_qualifier_list) of
NONE => ()
| SOME es => errorStr' ctxt (left es, right es,
"Don't declare enumerations\
\ inside structs")
fun apply_decltor sd = let
val (ddw, eop) = sd
val (nm,ad,_,attrs) = node ddw
in
(node ad (node basetype), apnode C_field_name nm, eop, attrs)
end
in
(wrap(map apply_decltor (node struct_declarator_list),
left basetype, right struct_declarator_list),
sdecls)
end
) end
)
in (LrTable.NT 29,(result,specifier_qualifier_list1left,YSEMI1right),
rest671) end
| (81,(_,(_,YSEMIleft,YSEMI1right))::(_,(
MlyValue.specifier_qualifier_list specifier_qualifier_list1,
specifier_qualifier_list1left,_))::rest671) => let val result=
MlyValue.struct_declaration(fn _ => let val specifier_qualifier_list
as specifier_qualifier_list1=specifier_qualifier_list1 ()
in (
let val basetype = extract_type ctxt specifier_qualifier_list
val sdecls = first_sdecls (node specifier_qualifier_list)
val _ = case first_enum_dec (node specifier_qualifier_list) of
NONE => ()
| SOME es => errorStr' ctxt (left es, right es,
"Don't declare enumerations\
\ inside structs")
val dummy_field = (node basetype, wrap ("",left specifier_qualifier_list,YSEMIleft), NONE, [])
in
(wrap([dummy_field],left basetype, YSEMIleft),
sdecls)
end
) end
)
in (LrTable.NT 29,(result,specifier_qualifier_list1left,YSEMI1right),
rest671) end
| (82,(_,(MlyValue.struct_declarator struct_declarator1,
struct_declarator1left,struct_declarator1right))::rest671) => let val
result=MlyValue.struct_declarator_list(fn _ => let val
struct_declarator as struct_declarator1=struct_declarator1 ()
in (
wrap ([node struct_declarator], left struct_declarator,
right struct_declarator)
) end
)
in (LrTable.NT 63,(result,struct_declarator1left,
struct_declarator1right),rest671) end
| (83,(_,(MlyValue.struct_declarator_list struct_declarator_list1,_,
struct_declarator_list1right))::_::(_,(MlyValue.struct_declarator
struct_declarator1,struct_declarator1left,_))::rest671) => let val
result=MlyValue.struct_declarator_list(fn _ => let val
struct_declarator as struct_declarator1=struct_declarator1 ()
val struct_declarator_list as struct_declarator_list1=
struct_declarator_list1 ()
in (
wrap (node struct_declarator::node struct_declarator_list,
left struct_declarator, right struct_declarator_list)
) end
)
in (LrTable.NT 63,(result,struct_declarator1left,
struct_declarator_list1right),rest671) end
| (84,(_,(MlyValue.declarator declarator1,declarator1left,
declarator1right))::rest671) => let val result=
MlyValue.struct_declarator(fn _ => let val declarator as declarator1=
declarator1 ()
in (wrap((declarator, NONE), left declarator, right declarator)) end
)
in (LrTable.NT 62,(result,declarator1left,declarator1right),rest671)
end
| (85,(_,(MlyValue.rexpression rexpression1,_,rexpression1right))::_::
(_,(MlyValue.declarator declarator1,declarator1left,_))::rest671) =>
let val result=MlyValue.struct_declarator(fn _ => let val declarator
as declarator1=declarator1 ()
val rexpression as rexpression1=rexpression1 ()
in (
wrap((declarator, SOME rexpression), left declarator,
eright rexpression)
) end
)
in (LrTable.NT 62,(result,declarator1left,rexpression1right),rest671)
end
| (86,(_,(MlyValue.init_declarator init_declarator1,
init_declarator1left,init_declarator1right))::rest671) => let val
result=MlyValue.init_declarator_list(fn _ => let val init_declarator
as init_declarator1=init_declarator1 ()
in ([init_declarator]) end
)
in (LrTable.NT 65,(result,init_declarator1left,init_declarator1right)
,rest671) end
| (87,(_,(MlyValue.init_declarator_list init_declarator_list1,_,
init_declarator_list1right))::_::(_,(MlyValue.init_declarator
init_declarator1,init_declarator1left,_))::rest671) => let val result=
MlyValue.init_declarator_list(fn _ => let val init_declarator as
init_declarator1=init_declarator1 ()
val init_declarator_list as init_declarator_list1=
init_declarator_list1 ()
in (init_declarator :: init_declarator_list) end
)
in (LrTable.NT 65,(result,init_declarator1left,
init_declarator_list1right),rest671) end
| (88,(_,(MlyValue.declarator declarator1,declarator1left,
declarator1right))::rest671) => let val result=
MlyValue.init_declarator(fn _ => let val declarator as declarator1=
declarator1 ()
in (wrap((declarator, NONE), left declarator, right declarator)) end
)
in (LrTable.NT 64,(result,declarator1left,declarator1right),rest671)
end
| (89,(_,(MlyValue.initializer initializer1,_,initializer1right))::_::
(_,(MlyValue.declarator declarator1,declarator1left,_))::rest671) =>
let val result=MlyValue.init_declarator(fn _ => let val declarator as
declarator1=declarator1 ()
val initializer as initializer1=initializer1 ()
in (
wrap((declarator, SOME (node initializer)),
left declarator, right initializer)
) end
)
in (LrTable.NT 64,(result,declarator1left,initializer1right),rest671)
end
| (90,(_,(_,YSTARleft as YSTAR1left,YSTARright as YSTAR1right))::
rest671) => let val result=MlyValue.pointer(fn _ => (
ptrdecl YSTARleft YSTARright))
in (LrTable.NT 58,(result,YSTAR1left,YSTAR1right),rest671) end
| (91,(_,(MlyValue.type_qualifier_list type_qualifier_list1,_,
type_qualifier_list1right))::(_,(_,YSTARleft as YSTAR1left,_))::
rest671) => let val result=MlyValue.pointer(fn _ => let val
type_qualifier_list as type_qualifier_list1=type_qualifier_list1 ()
in (ptrdecl YSTARleft (right (List.last type_qualifier_list))) end
)
in (LrTable.NT 58,(result,YSTAR1left,type_qualifier_list1right),
rest671) end
| (92,(_,(MlyValue.pointer pointer1,_,pointer1right))::(_,(_,YSTARleft
as YSTAR1left,YSTARright))::rest671) => let val result=
MlyValue.pointer(fn _ => let val pointer as pointer1=pointer1 ()
in (ooa(ptrdecl YSTARleft YSTARright, pointer)) end
)
in (LrTable.NT 58,(result,YSTAR1left,pointer1right),rest671) end
| (93,(_,(MlyValue.pointer pointer1,_,pointer1right))::(_,(
MlyValue.type_qualifier_list type_qualifier_list1,_,_))::(_,(_,
YSTARleft as YSTAR1left,_))::rest671) => let val result=
MlyValue.pointer(fn _ => let val type_qualifier_list as
type_qualifier_list1=type_qualifier_list1 ()
val pointer as pointer1=pointer1 ()
in (
ooa(ptrdecl YSTARleft (right (List.last type_qualifier_list)),
pointer)
) end
)
in (LrTable.NT 58,(result,YSTAR1left,pointer1right),rest671) end
| (94,(_,(MlyValue.direct_declarator direct_declarator1,_,
direct_declarator1right))::(_,(MlyValue.pointer pointer1,pointer1left,
_))::rest671) => let val result=MlyValue.declarator(fn _ => let val
pointer as pointer1=pointer1 ()
val direct_declarator as direct_declarator1=direct_declarator1 ()
in (ood(direct_declarator, pointer)) end
)
in (LrTable.NT 59,(result,pointer1left,direct_declarator1right),
rest671) end
| (95,(_,(MlyValue.direct_declarator direct_declarator1,_,
direct_declarator1right))::(_,(MlyValue.attribute_specifier
attribute_specifier1,_,_))::(_,(MlyValue.pointer pointer1,pointer1left
,_))::rest671) => let val result=MlyValue.declarator(fn _ => let val
pointer as pointer1=pointer1 ()
val attribute_specifier as attribute_specifier1=attribute_specifier1
()
val direct_declarator as direct_declarator1=direct_declarator1 ()
in (
ood(add_attributes(direct_declarator,
node attribute_specifier),
pointer)
) end
)
in (LrTable.NT 59,(result,pointer1left,direct_declarator1right),
rest671) end
| (96,(_,(MlyValue.direct_declarator direct_declarator1,
direct_declarator1left,direct_declarator1right))::rest671) => let val
result=MlyValue.declarator(fn _ => let val direct_declarator as
direct_declarator1=direct_declarator1 ()
in (direct_declarator) end
)
in (LrTable.NT 59,(result,direct_declarator1left,
direct_declarator1right),rest671) end
| (97,(_,(_,_,SPEC_BLOCKEND1right))::(_,(MlyValue.idlist idlist1,_,_))
::(_,(_,CALLS1left,_))::rest671) => let val result=
MlyValue.calls_block(fn _ => let val idlist as idlist1=idlist1 ()
in (SOME idlist) end
)
in (LrTable.NT 106,(result,CALLS1left,SPEC_BLOCKEND1right),rest671)
end
| (98,rest671) => let val result=MlyValue.calls_block(fn _ => (NONE))
in (LrTable.NT 106,(result,defaultPos,defaultPos),rest671) end
| (99,(_,(MlyValue.ID ID1,IDleft as ID1left,IDright as ID1right))::
rest671) => let val result=MlyValue.direct_declarator(fn _ => let val
ID as ID1=ID1 ()
in (
wrap((wrap(ID, IDleft, IDright),
wrap((fn t => t), IDleft, IDright),
NONE,
[]),
IDleft, IDright)
) end
)
in (LrTable.NT 66,(result,ID1left,ID1right),rest671) end
| (100,(_,(_,_,RBRACKETright as RBRACKET1right))::(_,(
MlyValue.rexpression rexpression1,_,_))::(_,(_,LBRACKETleft,_))::(_,(
MlyValue.direct_declarator direct_declarator1,direct_declarator1left,_
))::rest671) => let val result=MlyValue.direct_declarator(fn _ => let
val direct_declarator as direct_declarator1=direct_declarator1 ()
val rexpression as rexpression1=rexpression1 ()
in (
ood(direct_declarator,
arraydecl LBRACKETleft RBRACKETright (SOME rexpression))
) end
)
in (LrTable.NT 66,(result,direct_declarator1left,RBRACKET1right),
rest671) end
| (101,(_,(_,_,RBRACKETright as RBRACKET1right))::(_,(_,LBRACKETleft,_
))::(_,(MlyValue.direct_declarator direct_declarator1,
direct_declarator1left,_))::rest671) => let val result=
MlyValue.direct_declarator(fn _ => let val direct_declarator as
direct_declarator1=direct_declarator1 ()
in (
ood(direct_declarator,
arraydecl LBRACKETleft RBRACKETright NONE)
) end
)
in (LrTable.NT 66,(result,direct_declarator1left,RBRACKET1right),
rest671) end
| (102,(_,(_,_,RPARENright as RPAREN1right))::(_,(MlyValue.declarator
declarator1,_,_))::(_,(_,LPARENleft as LPAREN1left,_))::rest671) =>
let val result=MlyValue.direct_declarator(fn _ => let val declarator
as declarator1=declarator1 ()
in (wrap(node declarator, LPARENleft, RPARENright)) end
)
in (LrTable.NT 66,(result,LPAREN1left,RPAREN1right),rest671) end
| (103,(_,(MlyValue.calls_block calls_block1,_,calls_block1right))::_
::(_,(MlyValue.parameter_list parameter_list1,_,_))::_::(_,(
MlyValue.direct_declarator direct_declarator1,direct_declarator1left,_
))::rest671) => let val result=MlyValue.direct_declarator(fn _ => let
val direct_declarator as direct_declarator1=direct_declarator1 ()
val parameter_list as parameter_list1=parameter_list1 ()
val calls_block1=calls_block1 ()
in (
let val ps = check_params ctxt parameter_list
in
addparams(ood(direct_declarator,
fndecl (left direct_declarator)
(right direct_declarator)
(map (#1 o node) ps)),
ps)
end
) end
)
in (LrTable.NT 66,(result,direct_declarator1left,calls_block1right),
rest671) end
| (104,(_,(MlyValue.attribute_specifier attribute_specifier1,_,
attribute_specifier1right))::(_,(MlyValue.direct_declarator
direct_declarator1,direct_declarator1left,_))::rest671) => let val
result=MlyValue.direct_declarator(fn _ => let val direct_declarator
as direct_declarator1=direct_declarator1 ()
val attribute_specifier as attribute_specifier1=attribute_specifier1
()
in (
add_attributes(direct_declarator,
node attribute_specifier)
) end
)
in (LrTable.NT 66,(result,direct_declarator1left,
attribute_specifier1right),rest671) end
| (105,(_,(MlyValue.asm_declarator_mod asm_declarator_mod1,_,
asm_declarator_mod1right))::(_,(MlyValue.direct_declarator
direct_declarator1,direct_declarator1left,_))::rest671) => let val
result=MlyValue.direct_declarator(fn _ => let val direct_declarator
as direct_declarator1=direct_declarator1 ()
val asm_declarator_mod1=asm_declarator_mod1 ()
in (direct_declarator) end
)
in (LrTable.NT 66,(result,direct_declarator1left,
asm_declarator_mod1right),rest671) end
| (106,(_,(_,_,RPAREN1right))::(_,(MlyValue.cstring_literal
cstring_literal1,_,_))::_::(_,(_,YASM1left,_))::rest671) => let val
result=MlyValue.asm_declarator_mod(fn _ => let val cstring_literal1=
cstring_literal1 ()
in (()) end
)
in (LrTable.NT 67,(result,YASM1left,RPAREN1right),rest671) end
| (107,(_,(MlyValue.ID ID1,IDleft as ID1left,IDright as ID1right))::
rest671) => let val result=MlyValue.struct_id(fn _ => let val ID as
ID1=ID1 ()
in (wrap(ID, IDleft, IDright)) end
)
in (LrTable.NT 70,(result,ID1left,ID1right),rest671) end
| (108,(_,(MlyValue.TYPEID TYPEID1,TYPEIDleft as TYPEID1left,
TYPEIDright as TYPEID1right))::rest671) => let val result=
MlyValue.struct_id(fn _ => let val TYPEID as TYPEID1=TYPEID1 ()
in (wrap(TYPEID, TYPEIDleft, TYPEIDright)) end
)
in (LrTable.NT 70,(result,TYPEID1left,TYPEID1right),rest671) end
| (109,(_,(MlyValue.struct_id struct_id1,_,struct_id1right))::(_,(_,
STRUCTleft as STRUCT1left,_))::rest671) => let val result=
MlyValue.struct_or_union_specifier(fn _ => let val struct_id as
struct_id1=struct_id1 ()
in (
(wrap(StructTy
(C_struct_name (node struct_id)),
STRUCTleft,
right struct_id),
[])
) end
)
in (LrTable.NT 69,(result,STRUCT1left,struct_id1right),rest671) end
| (110,(_,(MlyValue.maybe_attribute_specifier
maybe_attribute_specifier1,_,maybe_attribute_specifier1right))::(_,(_,
_,RCURLYright))::(_,(MlyValue.struct_declaration_list
struct_declaration_list1,_,_))::_::(_,(MlyValue.struct_id struct_id1,_
,_))::(_,(_,STRUCTleft as STRUCT1left,_))::rest671) => let val result=
MlyValue.struct_or_union_specifier(fn _ => let val struct_id as
struct_id1=struct_id1 ()
val struct_declaration_list as struct_declaration_list1=
struct_declaration_list1 ()
val maybe_attribute_specifier as maybe_attribute_specifier1=
maybe_attribute_specifier1 ()
in (
let val (flds, decls) = struct_declaration_list
val raw_s_name = node struct_id
val munged_name = C_struct_name raw_s_name
val sname_w = wrap(munged_name, left struct_id,
right struct_id)
in
(wrap(StructTy munged_name, STRUCTleft, right struct_id),
wrap((sname_w, node flds, maybe_attribute_specifier),
STRUCTleft, RCURLYright) :: decls)
end
) end
)
in (LrTable.NT 69,(result,STRUCT1left,maybe_attribute_specifier1right
),rest671) end
| (111,(_,(MlyValue.maybe_attribute_specifier
maybe_attribute_specifier1,_,maybe_attribute_specifier1right))::(_,(_,
_,RCURLYright))::(_,(MlyValue.struct_declaration_list
struct_declaration_list1,_,_))::_::(_,(MlyValue.struct_id struct_id1,_
,_))::(_,(MlyValue.attribute_specifier attribute_specifier1,_,_))::(_,
(_,STRUCTleft as STRUCT1left,_))::rest671) => let val result=
MlyValue.struct_or_union_specifier(fn _ => let val attribute_specifier
as attribute_specifier1=attribute_specifier1 ()
val struct_id as struct_id1=struct_id1 ()
val struct_declaration_list as struct_declaration_list1=
struct_declaration_list1 ()
val maybe_attribute_specifier as maybe_attribute_specifier1=
maybe_attribute_specifier1 ()
in (
let val (flds, decls) = struct_declaration_list
val raw_s_name = node struct_id
val munged_name = C_struct_name raw_s_name
val sname_w = wrap(munged_name, left struct_id,
right struct_id)
in
(wrap(StructTy munged_name, STRUCTleft, right struct_id),
wrap((sname_w, node flds, RegionExtras.join [attribute_specifier, maybe_attribute_specifier]),
STRUCTleft, RCURLYright) :: decls)
end
) end
)
in (LrTable.NT 69,(result,STRUCT1left,maybe_attribute_specifier1right
),rest671) end
| (112,(_,(MlyValue.maybe_attribute_specifier
maybe_attribute_specifier2,_,maybe_attribute_specifier2right))::(_,(_,
_,RCURLYright))::(_,(MlyValue.struct_declaration_list
struct_declaration_list1,_,_))::(_,(_,LCURLYleft,_))::(_,(
MlyValue.maybe_attribute_specifier maybe_attribute_specifier1,_,_))::(
_,(_,STRUCTleft as STRUCT1left,_))::rest671) => let val result=
MlyValue.struct_or_union_specifier(fn _ => let val
maybe_attribute_specifier1=maybe_attribute_specifier1 ()
val struct_declaration_list as struct_declaration_list1=
struct_declaration_list1 ()
val maybe_attribute_specifier2=maybe_attribute_specifier2 ()
in (
let
val (flds, decls) = struct_declaration_list
val anonid = gen_struct_id ()
val anonw = wrap(anonid, STRUCTleft, LCURLYleft)
in
(wrap(StructTy anonid, STRUCTleft, LCURLYleft),
wrap((anonw, node flds, RegionExtras.join [maybe_attribute_specifier1, maybe_attribute_specifier2]), STRUCTleft, RCURLYright) ::
decls)
end
) end
)
in (LrTable.NT 69,(result,STRUCT1left,maybe_attribute_specifier2right
),rest671) end
| (113,(_,(MlyValue.struct_id struct_id1,_,struct_id1right))::(_,(_,
UNIONleft as UNION1left,_))::rest671) => let val result=
MlyValue.struct_or_union_specifier(fn _ => let val struct_id as
struct_id1=struct_id1 ()
in (
(wrap(UnionTy
(C_struct_name (node struct_id)),
UNIONleft,
right struct_id),
[])
) end
)
in (LrTable.NT 69,(result,UNION1left,struct_id1right),rest671) end
| (114,(_,(MlyValue.maybe_attribute_specifier
maybe_attribute_specifier1,_,maybe_attribute_specifier1right))::(_,(_,
_,RCURLYright))::(_,(MlyValue.struct_declaration_list
struct_declaration_list1,_,_))::_::(_,(MlyValue.struct_id struct_id1,_
,_))::(_,(_,UNIONleft as UNION1left,_))::rest671) => let val result=
MlyValue.struct_or_union_specifier(fn _ => let val struct_id as
struct_id1=struct_id1 ()
val struct_declaration_list as struct_declaration_list1=
struct_declaration_list1 ()
val maybe_attribute_specifier as maybe_attribute_specifier1=
maybe_attribute_specifier1 ()
in (
let val (flds, decls) = struct_declaration_list
val raw_s_name = node struct_id
val munged_name = C_struct_name raw_s_name
val sname_w = wrap(munged_name, left struct_id,
right struct_id)
in
(wrap(UnionTy munged_name, UNIONleft, right struct_id),
wrap((sname_w, node flds, maybe_attribute_specifier),
UNIONleft, RCURLYright) :: decls)
end
) end
)
in (LrTable.NT 69,(result,UNION1left,maybe_attribute_specifier1right)
,rest671) end
| (115,(_,(MlyValue.maybe_attribute_specifier
maybe_attribute_specifier1,_,maybe_attribute_specifier1right))::(_,(_,
_,RCURLYright))::(_,(MlyValue.struct_declaration_list
struct_declaration_list1,_,_))::_::(_,(MlyValue.struct_id struct_id1,_
,_))::(_,(MlyValue.attribute_specifier attribute_specifier1,_,_))::(_,
(_,UNIONleft as UNION1left,_))::rest671) => let val result=
MlyValue.struct_or_union_specifier(fn _ => let val attribute_specifier
as attribute_specifier1=attribute_specifier1 ()
val struct_id as struct_id1=struct_id1 ()
val struct_declaration_list as struct_declaration_list1=
struct_declaration_list1 ()
val maybe_attribute_specifier as maybe_attribute_specifier1=
maybe_attribute_specifier1 ()
in (
let val (flds, decls) = struct_declaration_list
val raw_s_name = node struct_id
val munged_name = C_struct_name raw_s_name
val sname_w = wrap(munged_name, left struct_id,
right struct_id)
in
(wrap(UnionTy munged_name, UNIONleft, right struct_id),
wrap((sname_w, node flds, RegionExtras.join [attribute_specifier, maybe_attribute_specifier]),
UNIONleft, RCURLYright) :: decls)
end
) end
)
in (LrTable.NT 69,(result,UNION1left,maybe_attribute_specifier1right)
,rest671) end
| (116,(_,(MlyValue.maybe_attribute_specifier
maybe_attribute_specifier2,_,maybe_attribute_specifier2right))::(_,(_,
_,RCURLYright))::(_,(MlyValue.struct_declaration_list
struct_declaration_list1,_,_))::(_,(_,LCURLYleft,_))::(_,(
MlyValue.maybe_attribute_specifier maybe_attribute_specifier1,_,_))::(
_,(_,UNIONleft as UNION1left,_))::rest671) => let val result=
MlyValue.struct_or_union_specifier(fn _ => let val
maybe_attribute_specifier1=maybe_attribute_specifier1 ()
val struct_declaration_list as struct_declaration_list1=
struct_declaration_list1 ()
val maybe_attribute_specifier2=maybe_attribute_specifier2 ()
in (
let
val (flds, decls) = struct_declaration_list
val anonid = gen_struct_id ()
val anonw = wrap(anonid, UNIONleft, LCURLYleft)
in
(wrap(UnionTy anonid, UNIONleft, LCURLYleft),
wrap((anonw, node flds, RegionExtras.join [maybe_attribute_specifier1, maybe_attribute_specifier2]), UNIONleft, RCURLYright) ::
decls)
end
) end
)
in (LrTable.NT 69,(result,UNION1left,maybe_attribute_specifier2right)
,rest671) end
| (117,(_,(_,INTleft as INT1left,INTright as INT1right))::rest671) =>
let val result=MlyValue.type_specifier(fn _ => (
Tstok(wrap(ts_int, INTleft, INTright))))
in (LrTable.NT 68,(result,INT1left,INT1right),rest671) end
| (118,(_,(_,CHARleft as CHAR1left,CHARright as CHAR1right))::rest671)
=> let val result=MlyValue.type_specifier(fn _ => (
Tstok(wrap(ts_char, CHARleft, CHARright))))
in (LrTable.NT 68,(result,CHAR1left,CHAR1right),rest671) end
| (119,(_,(_,SHORTleft as SHORT1left,SHORTright as SHORT1right))::
rest671) => let val result=MlyValue.type_specifier(fn _ => (
Tstok(wrap(ts_short, SHORTleft, SHORTright))))
in (LrTable.NT 68,(result,SHORT1left,SHORT1right),rest671) end
| (120,(_,(_,LONGleft as LONG1left,LONGright as LONG1right))::rest671)
=> let val result=MlyValue.type_specifier(fn _ => (
Tstok(wrap(ts_long, LONGleft, LONGright))))
in (LrTable.NT 68,(result,LONG1left,LONG1right),rest671) end
| (121,(_,(_,INT128left as INT1281left,INT128right as INT1281right))::
rest671) => let val result=MlyValue.type_specifier(fn _ => (
Tstok(wrap(ts_int128, INT128left, INT128right))))
in (LrTable.NT 68,(result,INT1281left,INT1281right),rest671) end
| (122,(_,(_,VOIDleft as VOID1left,VOIDright as VOID1right))::rest671)
=> let val result=MlyValue.type_specifier(fn _ => (
Tstok(wrap(ts_void, VOIDleft, VOIDright))))
in (LrTable.NT 68,(result,VOID1left,VOID1right),rest671) end
| (123,(_,(_,SIGNEDleft as SIGNED1left,SIGNEDright as SIGNED1right))::
rest671) => let val result=MlyValue.type_specifier(fn _ => (
Tstok(wrap(ts_signed, SIGNEDleft, SIGNEDright))))
in (LrTable.NT 68,(result,SIGNED1left,SIGNED1right),rest671) end
| (124,(_,(_,UNSIGNEDleft as UNSIGNED1left,UNSIGNEDright as
UNSIGNED1right))::rest671) => let val result=MlyValue.type_specifier(
fn _ => (Tstok(wrap(ts_unsigned, UNSIGNEDleft, UNSIGNEDright))))
in (LrTable.NT 68,(result,UNSIGNED1left,UNSIGNED1right),rest671) end
| (125,(_,(_,BOOLleft as BOOL1left,BOOLright as BOOL1right))::rest671)
=> let val result=MlyValue.type_specifier(fn _ => (
Tstok(wrap(ts_bool, BOOLleft, BOOLright))))
in (LrTable.NT 68,(result,BOOL1left,BOOL1right),rest671) end
| (126,(_,(_,_,RPARENright as RPAREN1right))::(_,(MlyValue.rexpression
rexpression1,_,_))::_::(_,(_,BITINTleft as BITINT1left,_))::rest671)
=> let val result=MlyValue.type_specifier(fn _ => let val rexpression
as rexpression1=rexpression1 ()
in (Tstok(wrap(ts_bitint rexpression, BITINTleft, RPARENright))) end
)
in (LrTable.NT 68,(result,BITINT1left,RPAREN1right),rest671) end
| (127,(_,(_,_,RPARENright as RPAREN1right))::(_,(MlyValue.rexpression
rexpression1,_,_))::(_,(_,LPARENleft,_))::(_,(_,YTYPEOF1left,_))::
rest671) => let val result=MlyValue.type_specifier(fn _ => let val
rexpression as rexpression1=rexpression1 ()
in (Tstypeof (wrap(rexpression, LPARENleft, RPARENright))) end
)
in (LrTable.NT 68,(result,YTYPEOF1left,RPAREN1right),rest671) end
| (128,(_,(MlyValue.struct_or_union_specifier
struct_or_union_specifier1,struct_or_union_specifier1left,
struct_or_union_specifier1right))::rest671) => let val result=
MlyValue.type_specifier(fn _ => let val struct_or_union_specifier as
struct_or_union_specifier1=struct_or_union_specifier1 ()
in (Tsstruct (struct_or_union_specifier)) end
)
in (LrTable.NT 68,(result,struct_or_union_specifier1left,
struct_or_union_specifier1right),rest671) end
| (129,(_,(MlyValue.enum_specifier enum_specifier1,enum_specifier1left
,enum_specifier1right))::rest671) => let val result=
MlyValue.type_specifier(fn _ => let val enum_specifier as
enum_specifier1=enum_specifier1 ()
in (Tsenum enum_specifier) end
)
in (LrTable.NT 68,(result,enum_specifier1left,enum_specifier1right),
rest671) end
| (130,(_,(MlyValue.TYPEID TYPEID1,TYPEIDleft as TYPEID1left,
TYPEIDright as TYPEID1right))::rest671) => let val result=
MlyValue.type_specifier(fn _ => let val TYPEID as TYPEID1=TYPEID1 ()
in (Tstypeid(wrap(TYPEID, TYPEIDleft, TYPEIDright))) end
)
in (LrTable.NT 68,(result,TYPEID1left,TYPEID1right),rest671) end
| (131,(_,(_,_,RCURLYright as RCURLY1right))::(_,(
MlyValue.enumerator_list enumerator_list1,_,_))::_::(_,(_,YENUMleft
as YENUM1left,YENUMright))::rest671) => let val result=
MlyValue.enum_specifier(fn _ => let val enumerator_list as
enumerator_list1=enumerator_list1 ()
in (
wrap((wrap(NONE, YENUMleft, YENUMright), enumerator_list),
YENUMleft, RCURLYright)
) end
)
in (LrTable.NT 6,(result,YENUM1left,RCURLY1right),rest671) end
| (132,(_,(_,_,RCURLYright as RCURLY1right))::(_,(
MlyValue.enumerator_list enumerator_list1,_,_))::_::(_,(
MlyValue.struct_id struct_id1,_,_))::(_,(_,YENUMleft as YENUM1left,_))
::rest671) => let val result=MlyValue.enum_specifier(fn _ => let val
struct_id as struct_id1=struct_id1 ()
val enumerator_list as enumerator_list1=enumerator_list1 ()
in (
wrap((apnode SOME struct_id, enumerator_list),
YENUMleft, RCURLYright)
) end
)
in (LrTable.NT 6,(result,YENUM1left,RCURLY1right),rest671) end
| (133,(_,(_,_,RCURLYright as RCURLY1right))::_::(_,(
MlyValue.enumerator_list enumerator_list1,_,_))::_::(_,(_,YENUMleft
as YENUM1left,YENUMright))::rest671) => let val result=
MlyValue.enum_specifier(fn _ => let val enumerator_list as
enumerator_list1=enumerator_list1 ()
in (
wrap((wrap(NONE, YENUMleft, YENUMright), enumerator_list),
YENUMleft, RCURLYright)
) end
)
in (LrTable.NT 6,(result,YENUM1left,RCURLY1right),rest671) end
| (134,(_,(_,_,RCURLYright as RCURLY1right))::_::(_,(
MlyValue.enumerator_list enumerator_list1,_,_))::_::(_,(
MlyValue.struct_id struct_id1,_,_))::(_,(_,YENUMleft as YENUM1left,_))
::rest671) => let val result=MlyValue.enum_specifier(fn _ => let val
struct_id as struct_id1=struct_id1 ()
val enumerator_list as enumerator_list1=enumerator_list1 ()
in (
wrap((apnode SOME struct_id, enumerator_list),
YENUMleft, RCURLYright)
) end
)
in (LrTable.NT 6,(result,YENUM1left,RCURLY1right),rest671) end
| (135,(_,(MlyValue.struct_id struct_id1,_,struct_idright as
struct_id1right))::(_,(_,YENUMleft as YENUM1left,_))::rest671) => let
val result=MlyValue.enum_specifier(fn _ => let val struct_id as
struct_id1=struct_id1 ()
in (wrap((apnode SOME struct_id, []), YENUMleft, struct_idright)) end
)
in (LrTable.NT 6,(result,YENUM1left,struct_id1right),rest671) end
| (136,(_,(MlyValue.enumerator enumerator1,enumerator1left,
enumerator1right))::rest671) => let val result=
MlyValue.enumerator_list(fn _ => let val enumerator as enumerator1=
enumerator1 ()
in ([enumerator]) end
)
in (LrTable.NT 7,(result,enumerator1left,enumerator1right),rest671)
end
| (137,(_,(MlyValue.enumerator enumerator1,_,enumerator1right))::_::(_
,(MlyValue.enumerator_list enumerator_list1,enumerator_list1left,_))::
rest671) => let val result=MlyValue.enumerator_list(fn _ => let val
enumerator_list as enumerator_list1=enumerator_list1 ()
val enumerator as enumerator1=enumerator1 ()
in (enumerator_list @ [enumerator]) end
)
in (LrTable.NT 7,(result,enumerator_list1left,enumerator1right),
rest671) end
| (138,(_,(MlyValue.ID ID1,IDleft as ID1left,IDright as ID1right))::
rest671) => let val result=MlyValue.enumerator(fn _ => let val ID as
ID1=ID1 ()
in ((wrap(ID,IDleft,IDright), NONE)) end
)
in (LrTable.NT 8,(result,ID1left,ID1right),rest671) end
| (139,(_,(MlyValue.rexpression rexpression1,_,rexpression1right))::_
::(_,(MlyValue.ID ID1,IDleft as ID1left,IDright))::rest671) => let
val result=MlyValue.enumerator(fn _ => let val ID as ID1=ID1 ()
val rexpression as rexpression1=rexpression1 ()
in ((wrap(ID,IDleft,IDright), SOME rexpression)) end
)
in (LrTable.NT 8,(result,ID1left,rexpression1right),rest671) end
| (140,(_,(MlyValue.pointer pointer1,pointer1left,pointer1right))::
rest671) => let val result=MlyValue.abstract_declarator(fn _ => let
val pointer as pointer1=pointer1 ()
in (pointer) end
)
in (LrTable.NT 60,(result,pointer1left,pointer1right),rest671) end
| (141,(_,(MlyValue.direct_abstract_declarator
direct_abstract_declarator1,_,direct_abstract_declarator1right))::(_,(
MlyValue.pointer pointer1,pointer1left,_))::rest671) => let val result
=MlyValue.abstract_declarator(fn _ => let val pointer as pointer1=
pointer1 ()
val direct_abstract_declarator as direct_abstract_declarator1=
direct_abstract_declarator1 ()
in (
wrap (node direct_abstract_declarator o
node pointer,
left pointer,
right direct_abstract_declarator)
) end
)
in (LrTable.NT 60,(result,pointer1left,
direct_abstract_declarator1right),rest671) end
| (142,(_,(MlyValue.direct_abstract_declarator
direct_abstract_declarator1,direct_abstract_declarator1left,
direct_abstract_declarator1right))::rest671) => let val result=
MlyValue.abstract_declarator(fn _ => let val
direct_abstract_declarator as direct_abstract_declarator1=
direct_abstract_declarator1 ()
in (direct_abstract_declarator) end
)
in (LrTable.NT 60,(result,direct_abstract_declarator1left,
direct_abstract_declarator1right),rest671) end
| (143,(_,(_,_,RPARENright as RPAREN1right))::(_,(
MlyValue.abstract_declarator abstract_declarator1,_,_))::(_,(_,
LPARENleft as LPAREN1left,_))::rest671) => let val result=
MlyValue.direct_abstract_declarator(fn _ => let val
abstract_declarator as abstract_declarator1=abstract_declarator1 ()
in (wrap(node abstract_declarator, LPARENleft, RPARENright)) end
)
in (LrTable.NT 61,(result,LPAREN1left,RPAREN1right),rest671) end
| (144,(_,(_,_,RBRACKETright as RBRACKET1right))::(_,(
MlyValue.rexpression rexpression1,_,_))::(_,(_,LBRACKETleft as
LBRACKET1left,_))::rest671) => let val result=
MlyValue.direct_abstract_declarator(fn _ => let val rexpression as
rexpression1=rexpression1 ()
in (arraydecl LBRACKETleft RBRACKETright (SOME rexpression)) end
)
in (LrTable.NT 61,(result,LBRACKET1left,RBRACKET1right),rest671) end
| (145,(_,(_,_,RBRACKETright as RBRACKET1right))::(_,(_,LBRACKETleft
as LBRACKET1left,_))::rest671) => let val result=
MlyValue.direct_abstract_declarator(fn _ => (
ptrdecl LBRACKETleft RBRACKETright))
in (LrTable.NT 61,(result,LBRACKET1left,RBRACKET1right),rest671) end
| (146,(_,(_,_,RBRACKETright as RBRACKET1right))::(_,(
MlyValue.rexpression rexpression1,_,_))::(_,(_,LBRACKETleft,_))::(_,(
MlyValue.direct_abstract_declarator direct_abstract_declarator1,
direct_abstract_declarator1left,_))::rest671) => let val result=
MlyValue.direct_abstract_declarator(fn _ => let val
direct_abstract_declarator as direct_abstract_declarator1=
direct_abstract_declarator1 ()
val rexpression as rexpression1=rexpression1 ()
in (
ooa(direct_abstract_declarator,
arraydecl LBRACKETleft RBRACKETright (SOME rexpression))
) end
)
in (LrTable.NT 61,(result,direct_abstract_declarator1left,
RBRACKET1right),rest671) end
| (147,(_,(_,_,RPARENright as RPAREN1right))::(_,(
MlyValue.parameter_list parameter_list1,_,_))::(_,(_,LPARENleft as
LPAREN1left,_))::rest671) => let val result=
MlyValue.direct_abstract_declarator(fn _ => let val parameter_list as
parameter_list1=parameter_list1 ()
in (
let val ps = check_params ctxt parameter_list
in
fndecl LPARENleft RPARENright (map (#1 o node) ps)
end
) end
)
in (LrTable.NT 61,(result,LPAREN1left,RPAREN1right),rest671) end
| (148,(_,(_,_,RPARENright as RPAREN1right))::(_,(
MlyValue.parameter_list parameter_list1,_,_))::(_,(_,LPARENleft,_))::(
_,(MlyValue.direct_abstract_declarator direct_abstract_declarator1,
direct_abstract_declarator1left,_))::rest671) => let val result=
MlyValue.direct_abstract_declarator(fn _ => let val
direct_abstract_declarator as direct_abstract_declarator1=
direct_abstract_declarator1 ()
val parameter_list as parameter_list1=parameter_list1 ()
in (
let val ps = check_params ctxt parameter_list
in
ooa(direct_abstract_declarator,
fndecl LPARENleft RPARENright (map (#1 o node) ps))
end
) end
)
in (LrTable.NT 61,(result,direct_abstract_declarator1left,
RPAREN1right),rest671) end
| (149,(_,(MlyValue.abstract_declarator abstract_declarator1,_,
abstract_declarator1right))::(_,(MlyValue.specifier_qualifier_list
specifier_qualifier_list1,specifier_qualifier_list1left,_))::rest671)
=> let val result=MlyValue.type_name(fn _ => let val
specifier_qualifier_list as specifier_qualifier_list1=
specifier_qualifier_list1 ()
val abstract_declarator as abstract_declarator1=abstract_declarator1
()
in (
let
val sql = specifier_qualifier_list
val basety = extract_type ctxt sql
val _ = case has_typedef sql of
NONE => ()
| SOME (l,r) =>
errorStr' ctxt (l,r, "Typedef illegal here")
in
wrap(node abstract_declarator (node basety),
left specifier_qualifier_list,
right abstract_declarator)
end
) end
)
in (LrTable.NT 33,(result,specifier_qualifier_list1left,
abstract_declarator1right),rest671) end
| (150,(_,(MlyValue.specifier_qualifier_list specifier_qualifier_list1
,specifier_qualifier_list1left,specifier_qualifier_list1right))::
rest671) => let val result=MlyValue.type_name(fn _ => let val
specifier_qualifier_list as specifier_qualifier_list1=
specifier_qualifier_list1 ()
in (
let
val sql = specifier_qualifier_list
val basety = extract_type ctxt sql
val _ = case has_typedef sql of
NONE => ()
| SOME (l,r) =>
errorStr' ctxt (l,r, "Typedef illegal here")
in
basety
end
) end
)
in (LrTable.NT 33,(result,specifier_qualifier_list1left,
specifier_qualifier_list1right),rest671) end
| (151,(_,(MlyValue.dinitializer dinitializer1,dinitializer1left,
dinitializer1right))::rest671) => let val result=
MlyValue.initializer_list(fn _ => let val dinitializer as
dinitializer1=dinitializer1 ()
in ([dinitializer]) end
)
in (LrTable.NT 21,(result,dinitializer1left,dinitializer1right),
rest671) end
| (152,(_,(_,_,YCOMMA1right))::(_,(MlyValue.dinitializer dinitializer1
,dinitializer1left,_))::rest671) => let val result=
MlyValue.initializer_list(fn _ => let val dinitializer as
dinitializer1=dinitializer1 ()
in ([dinitializer]) end
)
in (LrTable.NT 21,(result,dinitializer1left,YCOMMA1right),rest671)
end
| (153,(_,(MlyValue.initializer_list initializer_list1,_,
initializer_list1right))::_::(_,(MlyValue.dinitializer dinitializer1,
dinitializer1left,_))::rest671) => let val result=
MlyValue.initializer_list(fn _ => let val dinitializer as
dinitializer1=dinitializer1 ()
val initializer_list as initializer_list1=initializer_list1 ()
in (dinitializer :: initializer_list) end
)
in (LrTable.NT 21,(result,dinitializer1left,initializer_list1right),
rest671) end
| (154,(_,(MlyValue.initializer initializer1,_,initializer1right))::(_
,(MlyValue.designation designation1,designation1left,_))::rest671) =>
let val result=MlyValue.dinitializer(fn _ => let val designation as
designation1=designation1 ()
val initializer as initializer1=initializer1 ()
in ((designation, node initializer)) end
)
in (LrTable.NT 22,(result,designation1left,initializer1right),rest671
) end
| (155,(_,(MlyValue.initializer initializer1,initializer1left,
initializer1right))::rest671) => let val result=MlyValue.dinitializer(
fn _ => let val initializer as initializer1=initializer1 ()
in (([], node initializer)) end
)
in (LrTable.NT 22,(result,initializer1left,initializer1right),rest671
) end
| (156,(_,(_,_,YEQ1right))::(_,(MlyValue.designator_list
designator_list1,designator_list1left,_))::rest671) => let val result=
MlyValue.designation(fn _ => let val designator_list as
designator_list1=designator_list1 ()
in (designator_list) end
)
in (LrTable.NT 24,(result,designator_list1left,YEQ1right),rest671)
end
| (157,(_,(MlyValue.designator designator1,designator1left,
designator1right))::rest671) => let val result=
MlyValue.designator_list(fn _ => let val designator as designator1=
designator1 ()
in ([designator]) end
)
in (LrTable.NT 25,(result,designator1left,designator1right),rest671)
end
| (158,(_,(MlyValue.designator_list designator_list1,_,
designator_list1right))::(_,(MlyValue.designator designator1,
designator1left,_))::rest671) => let val result=
MlyValue.designator_list(fn _ => let val designator as designator1=
designator1 ()
val designator_list as designator_list1=designator_list1 ()
in (designator :: designator_list) end
)
in (LrTable.NT 25,(result,designator1left,designator_list1right),
rest671) end
| (159,(_,(_,_,RBRACKET1right))::(_,(MlyValue.rexpression rexpression1
,_,_))::(_,(_,LBRACKET1left,_))::rest671) => let val result=
MlyValue.designator(fn _ => let val rexpression as rexpression1=
rexpression1 ()
in (DesignE rexpression) end
)
in (LrTable.NT 26,(result,LBRACKET1left,RBRACKET1right),rest671) end
| (160,(_,(MlyValue.ID ID1,_,ID1right))::(_,(_,YDOT1left,_))::rest671)
=> let val result=MlyValue.designator(fn _ => let val ID as ID1=ID1
()
in (DesignFld (C_field_name ID)) end
)
in (LrTable.NT 26,(result,YDOT1left,ID1right),rest671) end
| (161,(_,(MlyValue.rexpression rexpression1,rexpression1left,
rexpression1right))::rest671) => let val result=MlyValue.initializer(
fn _ => let val rexpression as rexpression1=rexpression1 ()
in (wrap(InitE rexpression, eleft rexpression, eright rexpression))
end
)
in (LrTable.NT 23,(result,rexpression1left,rexpression1right),rest671
) end
| (162,(_,(_,_,RCURLYright as RCURLY1right))::(_,(_,LCURLYleft as
LCURLY1left,_))::rest671) => let val result=MlyValue.initializer(fn _
=> (wrap(InitList [], LCURLYleft, RCURLYright)))
in (LrTable.NT 23,(result,LCURLY1left,RCURLY1right),rest671) end
| (163,(_,(_,_,RCURLYright as RCURLY1right))::(_,(
MlyValue.initializer_list initializer_list1,_,_))::(_,(_,LCURLYleft
as LCURLY1left,_))::rest671) => let val result=MlyValue.initializer(
fn _ => let val initializer_list as initializer_list1=
initializer_list1 ()
in (wrap(InitList initializer_list, LCURLYleft, RCURLYright)) end
)
in (LrTable.NT 23,(result,LCURLY1left,RCURLY1right),rest671) end
| (164,(_,(_,YEQ1left,YEQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (NONE))
in (LrTable.NT 57,(result,YEQ1left,YEQ1right),rest671) end
| (165,(_,(_,PLUSEQ1left,PLUSEQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (SOME Plus))
in (LrTable.NT 57,(result,PLUSEQ1left,PLUSEQ1right),rest671) end
| (166,(_,(_,MINUSEQ1left,MINUSEQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (SOME Minus))
in (LrTable.NT 57,(result,MINUSEQ1left,MINUSEQ1right),rest671) end
| (167,(_,(_,BOREQ1left,BOREQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (SOME BitwiseOr))
in (LrTable.NT 57,(result,BOREQ1left,BOREQ1right),rest671) end
| (168,(_,(_,BANDEQ1left,BANDEQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (SOME BitwiseAnd))
in (LrTable.NT 57,(result,BANDEQ1left,BANDEQ1right),rest671) end
| (169,(_,(_,BXOREQ1left,BXOREQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (SOME BitwiseXOr))
in (LrTable.NT 57,(result,BXOREQ1left,BXOREQ1right),rest671) end
| (170,(_,(_,MULEQ1left,MULEQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (SOME Times))
in (LrTable.NT 57,(result,MULEQ1left,MULEQ1right),rest671) end
| (171,(_,(_,DIVEQ1left,DIVEQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (SOME Divides))
in (LrTable.NT 57,(result,DIVEQ1left,DIVEQ1right),rest671) end
| (172,(_,(_,MODEQ1left,MODEQ1right))::rest671) => let val result=
MlyValue.assignop(fn _ => (SOME Modulus))
in (LrTable.NT 57,(result,MODEQ1left,MODEQ1right),rest671) end
| (173,(_,(_,LSHIFTEQ1left,LSHIFTEQ1right))::rest671) => let val
result=MlyValue.assignop(fn _ => (SOME LShift))
in (LrTable.NT 57,(result,LSHIFTEQ1left,LSHIFTEQ1right),rest671) end
| (174,(_,(_,RSHIFTEQ1left,RSHIFTEQ1right))::rest671) => let val
result=MlyValue.assignop(fn _ => (SOME RShift))
in (LrTable.NT 57,(result,RSHIFTEQ1left,RSHIFTEQ1right),rest671) end
| (175,(_,(MlyValue.ID ID1,IDleft as ID1left,IDright as ID1right))::
rest671) => let val result=MlyValue.statement_label(fn _ => let val ID
as ID1=ID1 ()
in (wrap(ID,IDleft,IDright)) end
)
in (LrTable.NT 44,(result,ID1left,ID1right),rest671) end
| (176,(_,(_,_,YSEMIright as YSEMI1right))::(_,(MlyValue.rexpression
rexpression1,_,_))::(_,(MlyValue.assignop assignop1,_,_))::(_,(
MlyValue.lexpression lexpression1,lexpression1left,_))::rest671) =>
let val result=MlyValue.statement(fn _ => let val lexpression as
lexpression1=lexpression1 ()
val assignop as assignop1=assignop1 ()
val rexpression as rexpression1=rexpression1 ()
in (
swrap(parse_stdassignop ctxt (lexpression, assignop, rexpression),
eleft lexpression, YSEMIright)
) end
)
in (LrTable.NT 41,(result,lexpression1left,YSEMI1right),rest671) end
| (177,(_,(_,_,YSEMI1right))::(_,(MlyValue.rexpression rexpression1,
rexpression1left,_))::rest671) => let val result=MlyValue.statement(
fn _ => let val rexpression as rexpression1=rexpression1 ()
in (
let val e = delvoidcasts (handle_builtin_fns ctxt rexpression)
in
check_rexpression_statement ctxt e
end
) end
)
in (LrTable.NT 41,(result,rexpression1left,YSEMI1right),rest671) end
| (178,(_,(MlyValue.statement statement1,_,statement1right))::(_,(
MlyValue.invariant_option invariant_option1,_,_))::_::(_,(
MlyValue.rexpression rexpression1,_,_))::_::(_,(_,YWHILEleft as
YWHILE1left,_))::rest671) => let val result=MlyValue.statement(fn _
=> let val rexpression as rexpression1=rexpression1 ()
val invariant_option as invariant_option1=invariant_option1 ()
val statement as statement1=statement1 ()
in (
let val body = swrap(Trap(ContinueT, statement), sleft statement,
sright statement)
val loop = swrap(While(rexpression, invariant_option, body),
YWHILEleft, sright statement)
in
swrap(Trap(BreakT, loop), YWHILEleft, sright statement)
end
) end
)
in (LrTable.NT 41,(result,YWHILE1left,statement1right),rest671) end
| (179,(_,(_,_,YSEMIright as YSEMI1right))::_::(_,(
MlyValue.rexpression rexpression1,_,_))::_::_::(_,(MlyValue.statement
statement1,_,_))::(_,(MlyValue.invariant_option invariant_option1,_,_)
)::(_,(_,YDOleft as YDO1left,_))::rest671) => let val result=
MlyValue.statement(fn _ => let val invariant_option as
invariant_option1=invariant_option1 ()
val statement as statement1=statement1 ()
val rexpression as rexpression1=rexpression1 ()
in (
let val body = swrap (Trap(ContinueT, statement),
sleft statement, sright statement)
val loop = swrap(While(rexpression, invariant_option, body),
YDOleft, YSEMIright)
in
swrap(Trap(BreakT,
swrap(Block (AstDatatype.Closed, [BI_Stmt body, BI_Stmt loop]),
sleft statement, YSEMIright)),
YDOleft, YSEMIright)
end
) end
)
in (LrTable.NT 41,(result,YDO1left,YSEMI1right),rest671) end
| (180,(_,(MlyValue.statement statement1,_,statement1right))::(_,(
MlyValue.invariant_option invariant_option1,_,_))::_::(_,(
MlyValue.opt_for3_expr opt_for3_expr1,_,_))::_::(_,(
MlyValue.opt_for2_expr opt_for2_expr1,_,_))::(_,(
MlyValue.opt_for1_bitem opt_for1_bitem1,_,_))::_::(_,(_,YFORleft as
YFOR1left,_))::rest671) => let val result=MlyValue.statement(fn _ =>
let val opt_for1_bitem as opt_for1_bitem1=opt_for1_bitem1 ()
val opt_for2_expr as opt_for2_expr1=opt_for2_expr1 ()
val opt_for3_expr as opt_for3_expr1=opt_for3_expr1 ()
val invariant_option as invariant_option1=invariant_option1 ()
val statement as statement1=statement1 ()
in (
let val body0 = swrap(Trap(ContinueT, statement),
sleft statement, sright statement)
val body = swrap(Block (AstDatatype.Closed, [BI_Stmt body0, BI_Stmt opt_for3_expr]),
sleft statement, sright statement)
val loop = swrap(While(opt_for2_expr, invariant_option, body),
YFORleft, sright statement)
val tp_loop = swrap(Trap(BreakT, loop), YFORleft, sright statement)
in
swrap(Block (AstDatatype.Closed, opt_for1_bitem @ [BI_Stmt tp_loop]),
YFORleft, sright statement)
end
) end
)
in (LrTable.NT 41,(result,YFOR1left,statement1right),rest671) end
| (181,(_,(_,_,YSEMIright as YSEMI1right))::(_,(MlyValue.rexpression
rexpression1,_,_))::(_,(_,YRETURNleft as YRETURN1left,_))::rest671)
=> let val result=MlyValue.statement(fn _ => let val rexpression as
rexpression1=rexpression1 ()
in (
case enode (handle_builtin_fns ctxt rexpression) of
EFnCall(_, fn_e, args) =>
swrap(ReturnFnCall (fn_e, args), YRETURNleft, YSEMIright)
| e => swrap(Return (SOME rexpression),YRETURNleft,YSEMIright)
) end
)
in (LrTable.NT 41,(result,YRETURN1left,YSEMI1right),rest671) end
| (182,(_,(_,_,YSEMIright as YSEMI1right))::(_,(_,YRETURNleft as
YRETURN1left,_))::rest671) => let val result=MlyValue.statement(fn _
=> (swrap(Return NONE, YRETURNleft, YSEMIright)))
in (LrTable.NT 41,(result,YRETURN1left,YSEMI1right),rest671) end
| (183,(_,(_,_,YSEMIright as YSEMI1right))::(_,(_,YBREAKleft as
YBREAK1left,_))::rest671) => let val result=MlyValue.statement(fn _
=> (swrap(Break, YBREAKleft, YSEMIright)))
in (LrTable.NT 41,(result,YBREAK1left,YSEMI1right),rest671) end
| (184,(_,(_,_,YSEMIright as YSEMI1right))::(_,(_,YCONTINUEleft as
YCONTINUE1left,_))::rest671) => let val result=MlyValue.statement(fn _
=> (swrap(Continue,YCONTINUEleft,YSEMIright)))
in (LrTable.NT 41,(result,YCONTINUE1left,YSEMI1right),rest671) end
| (185,(_,(_,_,YSEMIright as YSEMI1right))::(_,(
MlyValue.statement_label statement_label1,_,_))::(_,(_,YGOTOleft as
YGOTO1left,_))::rest671) => let val result=MlyValue.statement(fn _ =>
let val statement_label as statement_label1=statement_label1 ()
in (swrap(Goto (node statement_label), YGOTOleft, YSEMIright)) end
)
in (LrTable.NT 41,(result,YGOTO1left,YSEMI1right),rest671) end
| (186,(_,(MlyValue.statement statement1,_,statement1right))::_::(_,(
MlyValue.rexpression rexpression1,_,_))::_::(_,(_,YIFleft as YIF1left,
_))::rest671) => let val result=MlyValue.statement(fn _ => let val
rexpression as rexpression1=rexpression1 ()
val statement as statement1=statement1 ()
in (
swrap(IfStmt (rexpression, statement,
swrap(EmptyStmt, defaultPos, defaultPos)),
YIFleft,
sright statement)
) end
)
in (LrTable.NT 41,(result,YIF1left,statement1right),rest671) end
| (187,(_,(MlyValue.statement statement2,_,statement2right))::_::(_,(
MlyValue.statement statement1,_,_))::_::(_,(MlyValue.rexpression
rexpression1,_,_))::_::(_,(_,YIFleft as YIF1left,_))::rest671) => let
val result=MlyValue.statement(fn _ => let val rexpression as
rexpression1=rexpression1 ()
val statement1=statement1 ()
val statement2=statement2 ()
in (
swrap(IfStmt(rexpression, statement1, statement2), YIFleft,
sright statement2)
) end
)
in (LrTable.NT 41,(result,YIF1left,statement2right),rest671) end
| (188,(_,(_,YSEMIleft as YSEMI1left,YSEMIright as YSEMI1right))::
rest671) => let val result=MlyValue.statement(fn _ => (
swrap(EmptyStmt,YSEMIleft,YSEMIright)))
in (LrTable.NT 41,(result,YSEMI1left,YSEMI1right),rest671) end
| (189,(_,(_,_,RCURLYright as RCURLY1right))::(_,(
MlyValue.switchcase_list switchcase_list1,_,_))::_::_::(_,(
MlyValue.rexpression rexpression1,_,_))::_::(_,(_,SWITCHleft as
SWITCH1left,_))::rest671) => let val result=MlyValue.statement(fn _
=> let val rexpression as rexpression1=rexpression1 ()
val switchcase_list as switchcase_list1=switchcase_list1 ()
in (
swrap(Trap(BreakT,
swrap(Switch(rexpression,
switch_check ctxt switchcase_list
SWITCHleft RCURLYright),
SWITCHleft, RCURLYright)),
SWITCHleft, RCURLYright)
) end
)
in (LrTable.NT 41,(result,SWITCH1left,RCURLY1right),rest671) end
| (190,(_,(MlyValue.compound_statement compound_statement1,
compound_statement1left,compound_statement1right))::rest671) => let
val result=MlyValue.statement(fn _ => let val compound_statement as
compound_statement1=compound_statement1 ()
in (
swrap(Block (AstDatatype.Closed, node compound_statement), left compound_statement,
right compound_statement)
) end
)
in (LrTable.NT 41,(result,compound_statement1left,
compound_statement1right),rest671) end
| (191,(_,(MlyValue.statement statement1,_,statement1right))::_::(_,(
MlyValue.statement_label statement_label1,statement_label1left,_))::
rest671) => let val result=MlyValue.statement(fn _ => let val
statement_label as statement_label1=statement_label1 ()
val statement as statement1=statement1 ()
in (
swrap(LabeledStmt (node statement_label, statement), left statement_label, sright statement)
) end
)
in (LrTable.NT 41,(result,statement_label1left,statement1right),
rest671) end
| (192,(_,(_,_,SPEC_BLOCKEND1right))::(_,(MlyValue.STRING_LITERAL
STRING_LITERAL1,_,STRING_LITERALright))::(_,(_,AUXUPDleft as
AUXUPD1left,_))::rest671) => let val result=MlyValue.statement(fn _
=> let val STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
in (swrap(Auxupd STRING_LITERAL, AUXUPDleft, STRING_LITERALright))
end
)
in (LrTable.NT 41,(result,AUXUPD1left,SPEC_BLOCKEND1right),rest671)
end
| (193,(_,(_,_,SPEC_BLOCKEND1right))::(_,(MlyValue.STRING_LITERAL
STRING_LITERAL1,_,STRING_LITERALright))::(_,(_,GHOSTUPDleft as
GHOSTUPD1left,_))::rest671) => let val result=MlyValue.statement(fn _
=> let val STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
in (swrap(Ghostupd STRING_LITERAL, GHOSTUPDleft, STRING_LITERALright)
) end
)
in (LrTable.NT 41,(result,GHOSTUPD1left,SPEC_BLOCKEND1right),rest671)
end
| (194,(_,(_,_,SPEC_BLOCKEND2right))::(_,(MlyValue.STRING_LITERAL
STRING_LITERAL2,_,_))::(_,(_,_,SPEC_ENDright))::(_,(
MlyValue.statement_list statement_list1,_,_))::_::(_,(
MlyValue.STRING_LITERAL STRING_LITERAL1,_,_))::(_,(_,SPEC_BEGINleft
as SPEC_BEGIN1left,_))::rest671) => let val result=MlyValue.statement
(fn _ => let val STRING_LITERAL1=STRING_LITERAL1 ()
val statement_list as statement_list1=statement_list1 ()
val STRING_LITERAL2=STRING_LITERAL2 ()
in (
let
open Substring
val ss = full STRING_LITERAL1
val (before_fullstop, inc_stop) = splitl (fn c => c <> #".") ss
val after_stop = triml 1 inc_stop
in
swrap(Spec((string before_fullstop, string after_stop),
statement_list,STRING_LITERAL2),
SPEC_BEGINleft,
SPEC_ENDright)
end
) end
)
in (LrTable.NT 41,(result,SPEC_BEGIN1left,SPEC_BLOCKEND2right),
rest671) end
| (195,(_,(_,_,YSEMIright as YSEMI1right))::_::(_,(MlyValue.asmblock
asmblock1,_,_))::_::(_,(MlyValue.optvolatile optvolatile1,_,_))::(_,(_
,YASMleft as YASM1left,_))::rest671) => let val result=
MlyValue.statement(fn _ => let val optvolatile as optvolatile1=
optvolatile1 ()
val asmblock as asmblock1=asmblock1 ()
in (
swrap(AsmStmt({volatilep = optvolatile, asmblock = asmblock}),
YASMleft, YSEMIright)
) end
)
in (LrTable.NT 41,(result,YASM1left,YSEMI1right),rest671) end
| (196,(_,(MlyValue.statement statement1,_,statement1right))::(_,(
MlyValue.attribute_specifier attribute_specifier1,
attribute_specifierleft as attribute_specifier1left,_))::rest671) =>
let val result=MlyValue.statement(fn _ => let val attribute_specifier
as attribute_specifier1=attribute_specifier1 ()
val statement as statement1=statement1 ()
in (
swrap(AttributeStmt (attribute_specifier, statement), attribute_specifierleft, sright statement)
) end
)
in (LrTable.NT 41,(result,attribute_specifier1left,statement1right),
rest671) end
| (197,rest671) => let val result=MlyValue.optvolatile(fn _ => (false)
)
in (LrTable.NT 4,(result,defaultPos,defaultPos),rest671) end
| (198,(_,(_,VOLATILE1left,VOLATILE1right))::rest671) => let val
result=MlyValue.optvolatile(fn _ => (true))
in (LrTable.NT 4,(result,VOLATILE1left,VOLATILE1right),rest671) end
| (199,(_,(MlyValue.asmmod1 asmmod11,_,asmmod11right))::(_,(
MlyValue.cstring_literal cstring_literal1,cstring_literal1left,_))::
rest671) => let val result=MlyValue.asmblock(fn _ => let val
cstring_literal as cstring_literal1=cstring_literal1 ()
val asmmod1 as asmmod11=asmmod11 ()
in (
{head = node cstring_literal,
mod1 = #1 asmmod1,
mod2 = #2 asmmod1,
mod3 = #3 asmmod1}
) end
)
in (LrTable.NT 97,(result,cstring_literal1left,asmmod11right),rest671
) end
| (200,rest671) => let val result=MlyValue.asmmod1(fn _ => ([], [], []
))
in (LrTable.NT 98,(result,defaultPos,defaultPos),rest671) end
| (201,(_,(MlyValue.asmmod2 asmmod21,_,asmmod21right))::(_,(
MlyValue.namedstringexplist namedstringexplist1,_,_))::(_,(_,
YCOLON1left,_))::rest671) => let val result=MlyValue.asmmod1(fn _ =>
let val namedstringexplist as namedstringexplist1=namedstringexplist1
()
val asmmod2 as asmmod21=asmmod21 ()
in (namedstringexplist, #1 asmmod2, #2 asmmod2) end
)
in (LrTable.NT 98,(result,YCOLON1left,asmmod21right),rest671) end
| (202,rest671) => let val result=MlyValue.asmmod2(fn _ => ([], []))
in (LrTable.NT 99,(result,defaultPos,defaultPos),rest671) end
| (203,(_,(MlyValue.asmmod3 asmmod31,_,asmmod31right))::(_,(
MlyValue.namedstringexplist namedstringexplist1,_,_))::(_,(_,
YCOLON1left,_))::rest671) => let val result=MlyValue.asmmod2(fn _ =>
let val namedstringexplist as namedstringexplist1=namedstringexplist1
()
val asmmod3 as asmmod31=asmmod31 ()
in ((namedstringexplist, asmmod3)) end
)
in (LrTable.NT 99,(result,YCOLON1left,asmmod31right),rest671) end
| (204,rest671) => let val result=MlyValue.asmmod3(fn _ => ([]))
in (LrTable.NT 100,(result,defaultPos,defaultPos),rest671) end
| (205,(_,(MlyValue.stringlist1 stringlist11,_,stringlist11right))::(_
,(_,YCOLON1left,_))::rest671) => let val result=MlyValue.asmmod3(fn _
=> let val stringlist1 as stringlist11=stringlist11 ()
in (stringlist1) end
)
in (LrTable.NT 100,(result,YCOLON1left,stringlist11right),rest671)
end
| (206,(_,(MlyValue.cstring_literal cstring_literal1,
cstring_literal1left,cstring_literal1right))::rest671) => let val
result=MlyValue.stringlist1(fn _ => let val cstring_literal as
cstring_literal1=cstring_literal1 ()
in ([node cstring_literal]) end
)
in (LrTable.NT 102,(result,cstring_literal1left,cstring_literal1right
),rest671) end
| (207,(_,(MlyValue.stringlist1 stringlist11,_,stringlist11right))::_
::(_,(MlyValue.cstring_literal cstring_literal1,cstring_literal1left,_
))::rest671) => let val result=MlyValue.stringlist1(fn _ => let val
cstring_literal as cstring_literal1=cstring_literal1 ()
val stringlist1 as stringlist11=stringlist11 ()
in (node cstring_literal :: stringlist1) end
)
in (LrTable.NT 102,(result,cstring_literal1left,stringlist11right),
rest671) end
| (208,rest671) => let val result=MlyValue.namedstringexplist(fn _ =>
([]))
in (LrTable.NT 104,(result,defaultPos,defaultPos),rest671) end
| (209,(_,(MlyValue.namedstringexplist1 namedstringexplist11,
namedstringexplist11left,namedstringexplist11right))::rest671) => let
val result=MlyValue.namedstringexplist(fn _ => let val
namedstringexplist1 as namedstringexplist11=namedstringexplist11 ()
in (namedstringexplist1) end
)
in (LrTable.NT 104,(result,namedstringexplist11left,
namedstringexplist11right),rest671) end
| (210,(_,(MlyValue.namedstringexp namedstringexp1,namedstringexp1left
,namedstringexp1right))::rest671) => let val result=
MlyValue.namedstringexplist1(fn _ => let val namedstringexp as
namedstringexp1=namedstringexp1 ()
in ([namedstringexp]) end
)
in (LrTable.NT 105,(result,namedstringexp1left,namedstringexp1right),
rest671) end
| (211,(_,(MlyValue.namedstringexplist1 namedstringexplist11,_,
namedstringexplist11right))::_::(_,(MlyValue.namedstringexp
namedstringexp1,namedstringexp1left,_))::rest671) => let val result=
MlyValue.namedstringexplist1(fn _ => let val namedstringexp as
namedstringexp1=namedstringexp1 ()
val namedstringexplist1 as namedstringexplist11=namedstringexplist11
()
in (namedstringexp :: namedstringexplist1) end
)
in (LrTable.NT 105,(result,namedstringexp1left,
namedstringexplist11right),rest671) end
| (212,(_,(_,_,RPAREN1right))::(_,(MlyValue.rexpression rexpression1,_
,_))::_::(_,(MlyValue.cstring_literal cstring_literal1,
cstring_literal1left,_))::rest671) => let val result=
MlyValue.namedstringexp(fn _ => let val cstring_literal as
cstring_literal1=cstring_literal1 ()
val rexpression as rexpression1=rexpression1 ()
in ((NONE, node cstring_literal, rexpression)) end
)
in (LrTable.NT 103,(result,cstring_literal1left,RPAREN1right),rest671
) end
| (213,(_,(_,_,RPAREN1right))::(_,(MlyValue.rexpression rexpression1,_
,_))::_::(_,(MlyValue.cstring_literal cstring_literal1,_,_))::_::(_,(
MlyValue.ID ID1,_,_))::(_,(_,LBRACKET1left,_))::rest671) => let val
result=MlyValue.namedstringexp(fn _ => let val ID as ID1=ID1 ()
val cstring_literal as cstring_literal1=cstring_literal1 ()
val rexpression as rexpression1=rexpression1 ()
in ((SOME ID, node cstring_literal, rexpression)) end
)
in (LrTable.NT 103,(result,LBRACKET1left,RPAREN1right),rest671) end
| (214,(_,(_,_,SPEC_BLOCKEND1right))::(_,(MlyValue.STRING_LITERAL
STRING_LITERAL1,STRING_LITERALleft,STRING_LITERALright))::(_,(_,
INVARIANT1left,_))::rest671) => let val result=MlyValue.invariant(fn _
=> let val STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
in (wrap(STRING_LITERAL, STRING_LITERALleft, STRING_LITERALright))
end
)
in (LrTable.NT 17,(result,INVARIANT1left,SPEC_BLOCKEND1right),rest671
) end
| (215,rest671) => let val result=MlyValue.invariant_option(fn _ => (
NONE))
in (LrTable.NT 18,(result,defaultPos,defaultPos),rest671) end
| (216,(_,(MlyValue.invariant invariant1,invariant1left,
invariant1right))::rest671) => let val result=
MlyValue.invariant_option(fn _ => let val invariant as invariant1=
invariant1 ()
in (SOME invariant) end
)
in (LrTable.NT 18,(result,invariant1left,invariant1right),rest671)
end
| (217,rest671) => let val result=MlyValue.switchcase_list(fn _ => ([]
))
in (LrTable.NT 45,(result,defaultPos,defaultPos),rest671) end
| (218,(_,(MlyValue.switchcase_list switchcase_list1,_,
switchcase_list1right))::(_,(MlyValue.switchcase switchcase1,
switchcase1left,_))::rest671) => let val result=
MlyValue.switchcase_list(fn _ => let val switchcase as switchcase1=
switchcase1 ()
val switchcase_list as switchcase_list1=switchcase_list1 ()
in (switchcase :: switchcase_list) end
)
in (LrTable.NT 45,(result,switchcase1left,switchcase_list1right),
rest671) end
| (219,(_,(MlyValue.block_item_list block_item_list1,_,
block_item_list1right))::(_,(MlyValue.statement statement1,_,_))::(_,(
MlyValue.labellist labellist1,labellist1left,_))::rest671) => let val
result=MlyValue.switchcase(fn _ => let val labellist as labellist1=
labellist1 ()
val statement as statement1=statement1 ()
val block_item_list as block_item_list1=block_item_list1 ()
in ((labellist, BI_Stmt statement :: block_item_list)) end
)
in (LrTable.NT 46,(result,labellist1left,block_item_list1right),
rest671) end
| (220,(_,(MlyValue.label label1,label1left,label1right))::rest671)
=> let val result=MlyValue.labellist(fn _ => let val label as label1=
label1 ()
in (wrap([label], left label, right label)) end
)
in (LrTable.NT 47,(result,label1left,label1right),rest671) end
| (221,(_,(MlyValue.labellist labellist1,_,labellist1right))::(_,(
MlyValue.label label1,label1left,_))::rest671) => let val result=
MlyValue.labellist(fn _ => let val label as label1=label1 ()
val labellist as labellist1=labellist1 ()
in (wrap(label::node labellist, left label, right labellist)) end
)
in (LrTable.NT 47,(result,label1left,labellist1right),rest671) end
| (222,(_,(_,_,YCOLONright as YCOLON1right))::(_,(MlyValue.rexpression
rexpression1,_,_))::(_,(_,CASEleft as CASE1left,_))::rest671) => let
val result=MlyValue.label(fn _ => let val rexpression as rexpression1=
rexpression1 ()
in (wrap(SOME rexpression, CASEleft, YCOLONright)) end
)
in (LrTable.NT 48,(result,CASE1left,YCOLON1right),rest671) end
| (223,(_,(_,_,YCOLONright as YCOLON1right))::(_,(_,DEFAULTleft as
DEFAULT1left,_))::rest671) => let val result=MlyValue.label(fn _ => (
wrap(NONE, DEFAULTleft, YCOLONright)))
in (LrTable.NT 48,(result,DEFAULT1left,YCOLON1right),rest671) end
| (224,(_,(_,_,YSEMI1right))::(_,(MlyValue.opt_for1_expr
opt_for1_expr1,opt_for1_expr1left,_))::rest671) => let val result=
MlyValue.opt_for1_bitem(fn _ => let val opt_for1_expr as
opt_for1_expr1=opt_for1_expr1 ()
in ([BI_Stmt opt_for1_expr]) end
)
in (LrTable.NT 49,(result,opt_for1_expr1left,YSEMI1right),rest671)
end
| (225,(_,(MlyValue.declaration declaration1,declaration1left,
declaration1right))::rest671) => let val result=
MlyValue.opt_for1_bitem(fn _ => let val declaration as declaration1=
declaration1 ()
in (map BI_Decl declaration) end
)
in (LrTable.NT 49,(result,declaration1left,declaration1right),rest671
) end
| (226,rest671) => let val result=MlyValue.opt_for1_expr(fn _ => (
swrap(EmptyStmt, defaultPos, defaultPos)))
in (LrTable.NT 50,(result,defaultPos,defaultPos),rest671) end
| (227,(_,(MlyValue.opt_for1_expr0 opt_for1_expr01,opt_for1_expr01left
,opt_for1_expr01right))::rest671) => let val result=
MlyValue.opt_for1_expr(fn _ => let val opt_for1_expr0 as
opt_for1_expr01=opt_for1_expr01 ()
in (
if length opt_for1_expr0 = 1 then
hd opt_for1_expr0
else swrap(Block(AstDatatype.Closed, map BI_Stmt opt_for1_expr0),
sleft (hd opt_for1_expr0),
sright (List.last opt_for1_expr0))
) end
)
in (LrTable.NT 50,(result,opt_for1_expr01left,opt_for1_expr01right),
rest671) end
| (228,(_,(MlyValue.opt_for1_exprbase opt_for1_exprbase1,
opt_for1_exprbase1left,opt_for1_exprbase1right))::rest671) => let val
result=MlyValue.opt_for1_expr0(fn _ => let val opt_for1_exprbase as
opt_for1_exprbase1=opt_for1_exprbase1 ()
in ([opt_for1_exprbase]) end
)
in (LrTable.NT 51,(result,opt_for1_exprbase1left,
opt_for1_exprbase1right),rest671) end
| (229,(_,(MlyValue.opt_for1_expr0 opt_for1_expr01,_,
opt_for1_expr01right))::_::(_,(MlyValue.opt_for1_exprbase
opt_for1_exprbase1,opt_for1_exprbase1left,_))::rest671) => let val
result=MlyValue.opt_for1_expr0(fn _ => let val opt_for1_exprbase as
opt_for1_exprbase1=opt_for1_exprbase1 ()
val opt_for1_expr0 as opt_for1_expr01=opt_for1_expr01 ()
in (opt_for1_exprbase::opt_for1_expr0) end
)
in (LrTable.NT 51,(result,opt_for1_exprbase1left,opt_for1_expr01right
),rest671) end
| (230,(_,(MlyValue.rexpression rexpression1,_,rexpression1right))::_
::(_,(MlyValue.lexpression lexpression1,lexpression1left,_))::rest671)
=> let val result=MlyValue.opt_for1_exprbase(fn _ => let val
lexpression as lexpression1=lexpression1 ()
val rexpression as rexpression1=rexpression1 ()
in (
swrap(Assign(lexpression,rexpression),
eleft lexpression, eright rexpression)
) end
)
in (LrTable.NT 52,(result,lexpression1left,rexpression1right),rest671
) end
| (231,rest671) => let val result=MlyValue.opt_for2_expr(fn _ => (
expr_int 1))
in (LrTable.NT 53,(result,defaultPos,defaultPos),rest671) end
| (232,(_,(MlyValue.rexpression rexpression1,rexpression1left,
rexpression1right))::rest671) => let val result=MlyValue.opt_for2_expr
(fn _ => let val rexpression as rexpression1=rexpression1 ()
in (rexpression) end
)
in (LrTable.NT 53,(result,rexpression1left,rexpression1right),rest671
) end
| (233,rest671) => let val result=MlyValue.opt_for3_expr(fn _ => (
swrap(EmptyStmt,defaultPos,defaultPos)))
in (LrTable.NT 54,(result,defaultPos,defaultPos),rest671) end
| (234,(_,(MlyValue.opt_for3_expr0 opt_for3_expr01,opt_for3_expr01left
,opt_for3_expr01right))::rest671) => let val result=
MlyValue.opt_for3_expr(fn _ => let val opt_for3_expr0 as
opt_for3_expr01=opt_for3_expr01 ()
in (
if length opt_for3_expr0 = 1 then
hd opt_for3_expr0
else swrap(Block(AstDatatype.Closed, map BI_Stmt opt_for3_expr0),
sleft (hd opt_for3_expr0),
sright (List.last opt_for3_expr0))
) end
)
in (LrTable.NT 54,(result,opt_for3_expr01left,opt_for3_expr01right),
rest671) end
| (235,(_,(MlyValue.opt_for3_exprbase opt_for3_exprbase1,
opt_for3_exprbase1left,opt_for3_exprbase1right))::rest671) => let val
result=MlyValue.opt_for3_expr0(fn _ => let val opt_for3_exprbase as
opt_for3_exprbase1=opt_for3_exprbase1 ()
in ([opt_for3_exprbase]) end
)
in (LrTable.NT 55,(result,opt_for3_exprbase1left,
opt_for3_exprbase1right),rest671) end
| (236,(_,(_,_,SPEC_BLOCKEND1right))::(_,(MlyValue.STRING_LITERAL
STRING_LITERAL1,_,STRING_LITERALright))::(_,(_,AUXUPDleft,_))::(_,(
MlyValue.opt_for3_exprbase opt_for3_exprbase1,opt_for3_exprbase1left,_
))::rest671) => let val result=MlyValue.opt_for3_expr0(fn _ => let
val opt_for3_exprbase as opt_for3_exprbase1=opt_for3_exprbase1 ()
val STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
in (
[opt_for3_exprbase, swrap(Auxupd STRING_LITERAL, AUXUPDleft,
STRING_LITERALright)]
) end
)
in (LrTable.NT 55,(result,opt_for3_exprbase1left,SPEC_BLOCKEND1right)
,rest671) end
| (237,(_,(MlyValue.opt_for3_expr0 opt_for3_expr01,_,
opt_for3_expr01right))::_::(_,(MlyValue.opt_for3_exprbase
opt_for3_exprbase1,opt_for3_exprbase1left,_))::rest671) => let val
result=MlyValue.opt_for3_expr0(fn _ => let val opt_for3_exprbase as
opt_for3_exprbase1=opt_for3_exprbase1 ()
val opt_for3_expr0 as opt_for3_expr01=opt_for3_expr01 ()
in (opt_for3_exprbase::opt_for3_expr0) end
)
in (LrTable.NT 55,(result,opt_for3_exprbase1left,opt_for3_expr01right
),rest671) end
| (238,(_,(MlyValue.rexpression rexpression1,_,rexpression1right))::(_
,(MlyValue.assignop assignop1,_,_))::(_,(MlyValue.lexpression
lexpression1,lexpression1left,_))::rest671) => let val result=
MlyValue.opt_for3_exprbase(fn _ => let val lexpression as lexpression1
=lexpression1 ()
val assignop as assignop1=assignop1 ()
val rexpression as rexpression1=rexpression1 ()
in (
swrap(parse_stdassignop ctxt (lexpression, assignop, rexpression),
eleft lexpression, eright rexpression)
) end
)
in (LrTable.NT 56,(result,lexpression1left,rexpression1right),rest671
) end
| (239,(_,(MlyValue.lexpression lexpression1,lexpression1left,
lexpression1right))::rest671) => let val result=
MlyValue.opt_for3_exprbase(fn _ => let val lexpression as lexpression1
=lexpression1 ()
in (
swrap (pre_post_op_to_stmt ctxt lexpression, eleft lexpression, eright lexpression)
) end
)
in (LrTable.NT 56,(result,lexpression1left,lexpression1right),rest671
) end
| (240,rest671) => let val result=MlyValue.opt_rexpr_list(fn _ => (
wrap([], defaultPos, defaultPos)))
in (LrTable.NT 74,(result,defaultPos,defaultPos),rest671) end
| (241,(_,(MlyValue.rexpr_list rexpr_list1,rexpr_list1left,
rexpr_list1right))::rest671) => let val result=MlyValue.opt_rexpr_list
(fn _ => let val rexpr_list as rexpr_list1=rexpr_list1 ()
in (rexpr_list) end
)
in (LrTable.NT 74,(result,rexpr_list1left,rexpr_list1right),rest671)
end
| (242,(_,(MlyValue.rexpression rexpression1,rexpression1left,
rexpression1right))::rest671) => let val result=MlyValue.rexpr_list(
fn _ => let val rexpression as rexpression1=rexpression1 ()
in (
wrap([rexpression], eleft rexpression,
eright rexpression)
) end
)
in (LrTable.NT 73,(result,rexpression1left,rexpression1right),rest671
) end
| (243,(_,(MlyValue.rexpr_list rexpr_list1,_,rexpr_list1right))::_::(_
,(MlyValue.rexpression rexpression1,rexpression1left,_))::rest671) =>
let val result=MlyValue.rexpr_list(fn _ => let val rexpression as
rexpression1=rexpression1 ()
val rexpr_list as rexpr_list1=rexpr_list1 ()
in (
wrap (rexpression :: node rexpr_list,
eleft rexpression, right rexpr_list)
) end
)
in (LrTable.NT 73,(result,rexpression1left,rexpr_list1right),rest671)
end
| (244,(_,(MlyValue.logical_OR_expression logical_OR_expression1,
logical_OR_expression1left,logical_OR_expression1right))::rest671) =>
let val result=MlyValue.rexpression(fn _ => let val
logical_OR_expression as logical_OR_expression1=logical_OR_expression1
()
in (logical_OR_expression) end
)
in (LrTable.NT 72,(result,logical_OR_expression1left,
logical_OR_expression1right),rest671) end
| (245,(_,(MlyValue.rexpression rexpression2,_,rexpression2right))::_
::(_,(MlyValue.rexpression rexpression1,_,_))::_::(_,(
MlyValue.logical_OR_expression logical_OR_expression1,
logical_OR_expression1left,_))::rest671) => let val result=
MlyValue.rexpression(fn _ => let val logical_OR_expression as
logical_OR_expression1=logical_OR_expression1 ()
val rexpression1=rexpression1 ()
val rexpression2=rexpression2 ()
in (
ewrap(CondExp(logical_OR_expression, rexpression1,
rexpression2),
eleft logical_OR_expression,
eright rexpression2)
) end
)
in (LrTable.NT 72,(result,logical_OR_expression1left,
rexpression2right),rest671) end
| (246,(_,(MlyValue.rexpression rexpression1,_,rexpression1right))::(_
,(MlyValue.assignop assignop1,_,_))::(_,(MlyValue.lexpression
lexpression1,lexpression1left,_))::rest671) => let val result=
MlyValue.rexpression(fn _ => let val lexpression as lexpression1=
lexpression1 ()
val assignop as assignop1=assignop1 ()
val rexpression as rexpression1=rexpression1 ()
in (
ewrap(parse_stdassignop_expr ctxt (lexpression, assignop, rexpression),
eleft lexpression, eright rexpression)
) end
)
in (LrTable.NT 72,(result,lexpression1left,rexpression1right),rest671
) end
| (247,(_,(_,_,RPAREN1right))::(_,(MlyValue.compound_statement
compound_statement1,_,_))::(_,(_,LPAREN1left,_))::rest671) => let val
result=MlyValue.rexpression(fn _ => let val compound_statement as
compound_statement1=compound_statement1 ()
in (
let
val l = left compound_statement
val r = right compound_statement
in check_statement_expression_blockitems ctxt l r (node compound_statement) end
) end
)
in (LrTable.NT 72,(result,LPAREN1left,RPAREN1right),rest671) end
| (248,(_,(MlyValue.logical_AND_expression logical_AND_expression1,
logical_AND_expression1left,logical_AND_expression1right))::rest671)
=> let val result=MlyValue.logical_OR_expression(fn _ => let val
logical_AND_expression as logical_AND_expression1=
logical_AND_expression1 ()
in (logical_AND_expression) end
)
in (LrTable.NT 76,(result,logical_AND_expression1left,
logical_AND_expression1right),rest671) end
| (249,(_,(MlyValue.logical_AND_expression logical_AND_expression1,_,
logical_AND_expression1right))::_::(_,(MlyValue.logical_OR_expression
logical_OR_expression1,logical_OR_expression1left,_))::rest671) =>
let val result=MlyValue.logical_OR_expression(fn _ => let val
logical_OR_expression as logical_OR_expression1=logical_OR_expression1
()
val logical_AND_expression as logical_AND_expression1=
logical_AND_expression1 ()
in (
ewrap(BinOp(LogOr, logical_OR_expression,
logical_AND_expression),
eleft logical_OR_expression,
eright logical_AND_expression)
) end
)
in (LrTable.NT 76,(result,logical_OR_expression1left,
logical_AND_expression1right),rest671) end
| (250,(_,(MlyValue.inclusive_OR_expression inclusive_OR_expression1,
inclusive_OR_expression1left,inclusive_OR_expression1right))::rest671)
=> let val result=MlyValue.logical_AND_expression(fn _ => let val
inclusive_OR_expression as inclusive_OR_expression1=
inclusive_OR_expression1 ()
in (inclusive_OR_expression) end
)
in (LrTable.NT 75,(result,inclusive_OR_expression1left,
inclusive_OR_expression1right),rest671) end
| (251,(_,(MlyValue.inclusive_OR_expression inclusive_OR_expression1,_
,inclusive_OR_expression1right))::_::(_,(
MlyValue.logical_AND_expression logical_AND_expression1,
logical_AND_expression1left,_))::rest671) => let val result=
MlyValue.logical_AND_expression(fn _ => let val logical_AND_expression
as logical_AND_expression1=logical_AND_expression1 ()
val inclusive_OR_expression as inclusive_OR_expression1=
inclusive_OR_expression1 ()
in (
ewrap(BinOp(LogAnd, logical_AND_expression, inclusive_OR_expression),
eleft logical_AND_expression,
eright inclusive_OR_expression)
) end
)
in (LrTable.NT 75,(result,logical_AND_expression1left,
inclusive_OR_expression1right),rest671) end
| (252,(_,(MlyValue.exclusive_OR_expression exclusive_OR_expression1,
exclusive_OR_expression1left,exclusive_OR_expression1right))::rest671)
=> let val result=MlyValue.inclusive_OR_expression(fn _ => let val
exclusive_OR_expression as exclusive_OR_expression1=
exclusive_OR_expression1 ()
in (exclusive_OR_expression) end
)
in (LrTable.NT 77,(result,exclusive_OR_expression1left,
exclusive_OR_expression1right),rest671) end
| (253,(_,(MlyValue.exclusive_OR_expression exclusive_OR_expression1,_
,exclusive_OR_expression1right))::_::(_,(
MlyValue.inclusive_OR_expression inclusive_OR_expression1,
inclusive_OR_expression1left,_))::rest671) => let val result=
MlyValue.inclusive_OR_expression(fn _ => let val
inclusive_OR_expression as inclusive_OR_expression1=
inclusive_OR_expression1 ()
val exclusive_OR_expression as exclusive_OR_expression1=
exclusive_OR_expression1 ()
in (
ewrap(BinOp(BitwiseOr, inclusive_OR_expression,
exclusive_OR_expression),
eleft inclusive_OR_expression,
eright exclusive_OR_expression)
) end
)
in (LrTable.NT 77,(result,inclusive_OR_expression1left,
exclusive_OR_expression1right),rest671) end
| (254,(_,(MlyValue.AND_expression AND_expression1,AND_expression1left
,AND_expression1right))::rest671) => let val result=
MlyValue.exclusive_OR_expression(fn _ => let val AND_expression as
AND_expression1=AND_expression1 ()
in (AND_expression) end
)
in (LrTable.NT 78,(result,AND_expression1left,AND_expression1right),
rest671) end
| (255,(_,(MlyValue.AND_expression AND_expression1,_,
AND_expression1right))::_::(_,(MlyValue.exclusive_OR_expression
exclusive_OR_expression1,exclusive_OR_expression1left,_))::rest671)
=> let val result=MlyValue.exclusive_OR_expression(fn _ => let val
exclusive_OR_expression as exclusive_OR_expression1=
exclusive_OR_expression1 ()
val AND_expression as AND_expression1=AND_expression1 ()
in (
ewrap(BinOp(BitwiseXOr, exclusive_OR_expression,
AND_expression),
eleft exclusive_OR_expression,
eright AND_expression)
) end
)
in (LrTable.NT 78,(result,exclusive_OR_expression1left,
AND_expression1right),rest671) end
| (256,(_,(MlyValue.equality_expression equality_expression1,
equality_expression1left,equality_expression1right))::rest671) => let
val result=MlyValue.AND_expression(fn _ => let val equality_expression
as equality_expression1=equality_expression1 ()
in (equality_expression) end
)
in (LrTable.NT 79,(result,equality_expression1left,
equality_expression1right),rest671) end
| (257,(_,(MlyValue.equality_expression equality_expression1,_,
equality_expression1right))::_::(_,(MlyValue.AND_expression
AND_expression1,AND_expression1left,_))::rest671) => let val result=
MlyValue.AND_expression(fn _ => let val AND_expression as
AND_expression1=AND_expression1 ()
val equality_expression as equality_expression1=equality_expression1
()
in (
ewrap(BinOp(BitwiseAnd, AND_expression, equality_expression),
eleft AND_expression,
eright equality_expression)
) end
)
in (LrTable.NT 79,(result,AND_expression1left,
equality_expression1right),rest671) end
| (258,(_,(MlyValue.relational_expression relational_expression1,
relational_expression1left,relational_expression1right))::rest671) =>
let val result=MlyValue.equality_expression(fn _ => let val
relational_expression as relational_expression1=relational_expression1
()
in (relational_expression) end
)
in (LrTable.NT 80,(result,relational_expression1left,
relational_expression1right),rest671) end
| (259,(_,(MlyValue.relational_expression relational_expression1,_,
relational_expression1right))::_::(_,(MlyValue.equality_expression
equality_expression1,equality_expression1left,_))::rest671) => let
val result=MlyValue.equality_expression(fn _ => let val
equality_expression as equality_expression1=equality_expression1 ()
val relational_expression as relational_expression1=
relational_expression1 ()
in (
ewrap(BinOp(Equals, equality_expression, relational_expression),
eleft equality_expression,
eright relational_expression)
) end
)
in (LrTable.NT 80,(result,equality_expression1left,
relational_expression1right),rest671) end
| (260,(_,(MlyValue.relational_expression relational_expression1,_,
relational_expression1right))::_::(_,(MlyValue.equality_expression
equality_expression1,equality_expression1left,_))::rest671) => let
val result=MlyValue.equality_expression(fn _ => let val
equality_expression as equality_expression1=equality_expression1 ()
val relational_expression as relational_expression1=
relational_expression1 ()
in (
ewrap(BinOp(NotEquals, equality_expression, relational_expression),
eleft equality_expression,
eright relational_expression)
) end
)
in (LrTable.NT 80,(result,equality_expression1left,
relational_expression1right),rest671) end
| (261,(_,(MlyValue.shift_expression shift_expression1,
shift_expression1left,shift_expression1right))::rest671) => let val
result=MlyValue.relational_expression(fn _ => let val shift_expression
as shift_expression1=shift_expression1 ()
in (shift_expression) end
)
in (LrTable.NT 81,(result,shift_expression1left,
shift_expression1right),rest671) end
| (262,(_,(MlyValue.shift_expression shift_expression1,_,
shift_expression1right))::_::(_,(MlyValue.relational_expression
relational_expression1,relational_expression1left,_))::rest671) =>
let val result=MlyValue.relational_expression(fn _ => let val
relational_expression as relational_expression1=relational_expression1
()
val shift_expression as shift_expression1=shift_expression1 ()
in (
ewrap(BinOp(Lt, relational_expression, shift_expression),
eleft relational_expression,
eright shift_expression)
) end
)
in (LrTable.NT 81,(result,relational_expression1left,
shift_expression1right),rest671) end
| (263,(_,(MlyValue.shift_expression shift_expression1,_,
shift_expression1right))::_::(_,(MlyValue.relational_expression
relational_expression1,relational_expression1left,_))::rest671) =>
let val result=MlyValue.relational_expression(fn _ => let val
relational_expression as relational_expression1=relational_expression1
()
val shift_expression as shift_expression1=shift_expression1 ()
in (
ewrap(BinOp(Gt, relational_expression, shift_expression),
eleft relational_expression,
eright shift_expression)
) end
)
in (LrTable.NT 81,(result,relational_expression1left,
shift_expression1right),rest671) end
| (264,(_,(MlyValue.shift_expression shift_expression1,_,
shift_expression1right))::_::(_,(MlyValue.relational_expression
relational_expression1,relational_expression1left,_))::rest671) =>
let val result=MlyValue.relational_expression(fn _ => let val
relational_expression as relational_expression1=relational_expression1
()
val shift_expression as shift_expression1=shift_expression1 ()
in (
ewrap(BinOp(Leq, relational_expression, shift_expression),
eleft relational_expression,
eright shift_expression)
) end
)
in (LrTable.NT 81,(result,relational_expression1left,
shift_expression1right),rest671) end
| (265,(_,(MlyValue.shift_expression shift_expression1,_,
shift_expression1right))::_::(_,(MlyValue.relational_expression
relational_expression1,relational_expression1left,_))::rest671) =>
let val result=MlyValue.relational_expression(fn _ => let val
relational_expression as relational_expression1=relational_expression1
()
val shift_expression as shift_expression1=shift_expression1 ()
in (
ewrap(BinOp(Geq, relational_expression, shift_expression),
eleft relational_expression,
eright shift_expression)
) end
)
in (LrTable.NT 81,(result,relational_expression1left,
shift_expression1right),rest671) end
| (266,(_,(MlyValue.additive_expression additive_expression1,
additive_expression1left,additive_expression1right))::rest671) => let
val result=MlyValue.shift_expression(fn _ => let val
additive_expression as additive_expression1=additive_expression1 ()
in (additive_expression) end
)
in (LrTable.NT 83,(result,additive_expression1left,
additive_expression1right),rest671) end
| (267,(_,(MlyValue.additive_expression additive_expression1,_,
additive_expression1right))::_::(_,(MlyValue.shift_expression
shift_expression1,shift_expression1left,_))::rest671) => let val
result=MlyValue.shift_expression(fn _ => let val shift_expression as
shift_expression1=shift_expression1 ()
val additive_expression as additive_expression1=additive_expression1
()
in (
ewrap(BinOp(LShift, shift_expression, additive_expression),
eleft shift_expression,
eright additive_expression)
) end
)
in (LrTable.NT 83,(result,shift_expression1left,
additive_expression1right),rest671) end
| (268,(_,(MlyValue.additive_expression additive_expression1,_,
additive_expression1right))::_::(_,(MlyValue.shift_expression
shift_expression1,shift_expression1left,_))::rest671) => let val
result=MlyValue.shift_expression(fn _ => let val shift_expression as
shift_expression1=shift_expression1 ()
val additive_expression as additive_expression1=additive_expression1
()
in (
ewrap(BinOp(RShift, shift_expression, additive_expression),
eleft shift_expression,
eright additive_expression)
) end
)
in (LrTable.NT 83,(result,shift_expression1left,
additive_expression1right),rest671) end
| (269,(_,(MlyValue.multiplicative_expression
multiplicative_expression1,multiplicative_expression1left,
multiplicative_expression1right))::rest671) => let val result=
MlyValue.additive_expression(fn _ => let val multiplicative_expression
as multiplicative_expression1=multiplicative_expression1 ()
in (multiplicative_expression) end
)
in (LrTable.NT 82,(result,multiplicative_expression1left,
multiplicative_expression1right),rest671) end
| (270,(_,(MlyValue.multiplicative_expression
multiplicative_expression1,_,multiplicative_expression1right))::_::(_,
(MlyValue.additive_expression additive_expression1,
additive_expression1left,_))::rest671) => let val result=
MlyValue.additive_expression(fn _ => let val additive_expression as
additive_expression1=additive_expression1 ()
val multiplicative_expression as multiplicative_expression1=
multiplicative_expression1 ()
in (
ewrap(BinOp(Plus, additive_expression, multiplicative_expression),
eleft additive_expression,
eright multiplicative_expression)
) end
)
in (LrTable.NT 82,(result,additive_expression1left,
multiplicative_expression1right),rest671) end
| (271,(_,(MlyValue.multiplicative_expression
multiplicative_expression1,_,multiplicative_expression1right))::_::(_,
(MlyValue.additive_expression additive_expression1,
additive_expression1left,_))::rest671) => let val result=
MlyValue.additive_expression(fn _ => let val additive_expression as
additive_expression1=additive_expression1 ()
val multiplicative_expression as multiplicative_expression1=
multiplicative_expression1 ()
in (
ewrap(BinOp(Minus, additive_expression, multiplicative_expression),
eleft additive_expression,
eright multiplicative_expression)
) end
)
in (LrTable.NT 82,(result,additive_expression1left,
multiplicative_expression1right),rest671) end
| (272,(_,(MlyValue.cast_expression cast_expression1,
cast_expression1left,cast_expression1right))::rest671) => let val
result=MlyValue.multiplicative_expression(fn _ => let val
cast_expression as cast_expression1=cast_expression1 ()
in (cast_expression) end
)
in (LrTable.NT 84,(result,cast_expression1left,cast_expression1right)
,rest671) end
| (273,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::_::(_,(MlyValue.multiplicative_expression
multiplicative_expression1,multiplicative_expression1left,_))::rest671
) => let val result=MlyValue.multiplicative_expression(fn _ => let
val multiplicative_expression as multiplicative_expression1=
multiplicative_expression1 ()
val cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(BinOp(Times, multiplicative_expression, cast_expression),
eleft multiplicative_expression,
eright cast_expression)
) end
)
in (LrTable.NT 84,(result,multiplicative_expression1left,
cast_expression1right),rest671) end
| (274,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::_::(_,(MlyValue.multiplicative_expression
multiplicative_expression1,multiplicative_expression1left,_))::rest671
) => let val result=MlyValue.multiplicative_expression(fn _ => let
val multiplicative_expression as multiplicative_expression1=
multiplicative_expression1 ()
val cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(BinOp(Divides, multiplicative_expression, cast_expression),
eleft multiplicative_expression,
eright cast_expression)
) end
)
in (LrTable.NT 84,(result,multiplicative_expression1left,
cast_expression1right),rest671) end
| (275,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::_::(_,(MlyValue.multiplicative_expression
multiplicative_expression1,multiplicative_expression1left,_))::rest671
) => let val result=MlyValue.multiplicative_expression(fn _ => let
val multiplicative_expression as multiplicative_expression1=
multiplicative_expression1 ()
val cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(BinOp(Modulus, multiplicative_expression, cast_expression),
eleft multiplicative_expression,
eright cast_expression)
) end
)
in (LrTable.NT 84,(result,multiplicative_expression1left,
cast_expression1right),rest671) end
| (276,(_,(MlyValue.unary_expression unary_expression1,
unary_expression1left,unary_expression1right))::rest671) => let val
result=MlyValue.cast_expression(fn _ => let val unary_expression as
unary_expression1=unary_expression1 ()
in (unary_expression) end
)
in (LrTable.NT 86,(result,unary_expression1left,
unary_expression1right),rest671) end
| (277,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::_::(_,(MlyValue.type_name type_name1,_,_))::(
_,(_,LPARENleft as LPAREN1left,_))::rest671) => let val result=
MlyValue.cast_expression(fn _ => let val type_name as type_name1=
type_name1 ()
val cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(TypeCast(type_name, cast_expression), LPARENleft,
eright cast_expression)
) end
)
in (LrTable.NT 86,(result,LPAREN1left,cast_expression1right),rest671)
end
| (278,(_,(MlyValue.postfix_expression postfix_expression1,
postfix_expression1left,postfix_expression1right))::rest671) => let
val result=MlyValue.unary_expression(fn _ => let val
postfix_expression as postfix_expression1=postfix_expression1 ()
in (postfix_expression) end
)
in (LrTable.NT 85,(result,postfix_expression1left,
postfix_expression1right),rest671) end
| (279,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::(_,(_,YMINUSleft as YMINUS1left,_))::rest671)
=> let val result=MlyValue.unary_expression(fn _ => let val
cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(UnOp(Negate, cast_expression), YMINUSleft,
eright cast_expression)
) end
)
in (LrTable.NT 85,(result,YMINUS1left,cast_expression1right),rest671)
end
| (280,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::(_,(_,YNOTleft as YNOT1left,_))::rest671) =>
let val result=MlyValue.unary_expression(fn _ => let val
cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(UnOp(Not, cast_expression),
YNOTleft, eright cast_expression)
) end
)
in (LrTable.NT 85,(result,YNOT1left,cast_expression1right),rest671)
end
| (281,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::(_,(_,YBITNOTleft as YBITNOT1left,_))::
rest671) => let val result=MlyValue.unary_expression(fn _ => let val
cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(UnOp(BitNegate, cast_expression),
YBITNOTleft, eright cast_expression)
) end
)
in (LrTable.NT 85,(result,YBITNOT1left,cast_expression1right),rest671
) end
| (282,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::(_,(_,YAMPERSANDleft as YAMPERSAND1left,_))::
rest671) => let val result=MlyValue.unary_expression(fn _ => let val
cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(UnOp(Addr, cast_expression),
YAMPERSANDleft, eright cast_expression)
) end
)
in (LrTable.NT 85,(result,YAMPERSAND1left,cast_expression1right),
rest671) end
| (283,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::(_,(_,YSTARleft as YSTAR1left,_))::rest671)
=> let val result=MlyValue.unary_expression(fn _ => let val
cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(Deref cast_expression, YSTARleft,
eright cast_expression)
) end
)
in (LrTable.NT 85,(result,YSTAR1left,cast_expression1right),rest671)
end
| (284,(_,(MlyValue.unary_expression unary_expression1,_,
unary_expression1right))::(_,(_,YSIZEOFleft as YSIZEOF1left,_))::
rest671) => let val result=MlyValue.unary_expression(fn _ => let val
unary_expression as unary_expression1=unary_expression1 ()
in (
ewrap(Sizeof unary_expression, YSIZEOFleft,
eright unary_expression)
) end
)
in (LrTable.NT 85,(result,YSIZEOF1left,unary_expression1right),
rest671) end
| (285,(_,(_,_,RPARENright as RPAREN1right))::(_,(MlyValue.type_name
type_name1,_,_))::_::(_,(_,YSIZEOFleft as YSIZEOF1left,_))::rest671)
=> let val result=MlyValue.unary_expression(fn _ => let val type_name
as type_name1=type_name1 ()
in (ewrap(SizeofTy type_name, YSIZEOFleft, RPARENright)) end
)
in (LrTable.NT 85,(result,YSIZEOF1left,RPAREN1right),rest671) end
| (286,(_,(_,_,RPARENright as RPAREN1right))::(_,(MlyValue.fieldlist
fieldlist1,_,_))::_::(_,(MlyValue.type_specifier type_specifier1,_,_))
::_::(_,(_,YOFFSETOFleft as YOFFSETOF1left,_))::rest671) => let val
result=MlyValue.unary_expression(fn _ => let val type_specifier as
type_specifier1=type_specifier1 ()
val fieldlist as fieldlist1=fieldlist1 ()
in (
let
val decls = wrap([TypeSpec type_specifier], tsleft type_specifier,
tsright type_specifier)
val ty = extract_type ctxt decls
in ewrap(OffsetOf (ty, fieldlist), YOFFSETOFleft, RPARENright) end
) end
)
in (LrTable.NT 85,(result,YOFFSETOF1left,RPAREN1right),rest671) end
| (287,(_,(MlyValue.ID ID1,ID1left,ID1right))::rest671) => let val
result=MlyValue.fieldlist(fn _ => let val ID as ID1=ID1 ()
in ([C_field_name ID]) end
)
in (LrTable.NT 91,(result,ID1left,ID1right),rest671) end
| (288,(_,(MlyValue.ID ID1,_,ID1right))::_::(_,(MlyValue.fieldlist
fieldlist1,fieldlist1left,_))::rest671) => let val result=
MlyValue.fieldlist(fn _ => let val fieldlist as fieldlist1=fieldlist1
()
val ID as ID1=ID1 ()
in (fieldlist @ [C_field_name ID]) end
)
in (LrTable.NT 91,(result,fieldlist1left,ID1right),rest671) end
| (289,(_,(MlyValue.primary_expression primary_expression1,
primary_expression1left,primary_expression1right))::rest671) => let
val result=MlyValue.postfix_expression(fn _ => let val
primary_expression as primary_expression1=primary_expression1 ()
in (primary_expression) end
)
in (LrTable.NT 87,(result,primary_expression1left,
primary_expression1right),rest671) end
| (290,(_,(_,_,RBRACKETright as RBRACKET1right))::(_,(
MlyValue.rexpression rexpression1,_,_))::_::(_,(
MlyValue.postfix_expression postfix_expression1,
postfix_expression1left,_))::rest671) => let val result=
MlyValue.postfix_expression(fn _ => let val postfix_expression as
postfix_expression1=postfix_expression1 ()
val rexpression as rexpression1=rexpression1 ()
in (
ewrap(ArrayDeref(postfix_expression, rexpression),
eleft postfix_expression,
RBRACKETright)
) end
)
in (LrTable.NT 87,(result,postfix_expression1left,RBRACKET1right),
rest671) end
| (291,(_,(_,_,RPARENright as RPAREN1right))::(_,(
MlyValue.opt_rexpr_list opt_rexpr_list1,_,_))::_::(_,(
MlyValue.postfix_expression postfix_expression1,
postfix_expression1left,_))::rest671) => let val result=
MlyValue.postfix_expression(fn _ => let val postfix_expression as
postfix_expression1=postfix_expression1 ()
val opt_rexpr_list as opt_rexpr_list1=opt_rexpr_list1 ()
in (
let
val e = ewrap(EFnCall(AstDatatype.Expression, postfix_expression, node opt_rexpr_list),
eleft postfix_expression,
RPARENright)
in
handle_builtin_fns ctxt e
end
) end
)
in (LrTable.NT 87,(result,postfix_expression1left,RPAREN1right),
rest671) end
| (292,(_,(MlyValue.ID ID1,_,IDright as ID1right))::_::(_,(
MlyValue.postfix_expression postfix_expression1,
postfix_expression1left,_))::rest671) => let val result=
MlyValue.postfix_expression(fn _ => let val postfix_expression as
postfix_expression1=postfix_expression1 ()
val ID as ID1=ID1 ()
in (
ewrap(StructDot(postfix_expression, C_field_name ID),
eleft postfix_expression,
IDright)
) end
)
in (LrTable.NT 87,(result,postfix_expression1left,ID1right),rest671)
end
| (293,(_,(MlyValue.ID ID1,_,IDright as ID1right))::_::(_,(
MlyValue.postfix_expression postfix_expression1,
postfix_expression1left,_))::rest671) => let val result=
MlyValue.postfix_expression(fn _ => let val postfix_expression as
postfix_expression1=postfix_expression1 ()
val ID as ID1=ID1 ()
in (
ewrap(StructDot(ewrap(Deref postfix_expression,
eleft postfix_expression,
eright postfix_expression),
C_field_name ID),
eleft postfix_expression,
IDright)
) end
)
in (LrTable.NT 87,(result,postfix_expression1left,ID1right),rest671)
end
| (294,(_,(_,_,RCURLYright as RCURLY1right))::(_,(
MlyValue.initializer_list initializer_list1,_,_))::_::_::(_,(
MlyValue.type_name type_name1,_,_))::(_,(_,LPARENleft as LPAREN1left,_
))::rest671) => let val result=MlyValue.postfix_expression(fn _ =>
let val type_name as type_name1=type_name1 ()
val initializer_list as initializer_list1=initializer_list1 ()
in (
ewrap(CompLiteral(node type_name, initializer_list),
LPARENleft, RCURLYright)
) end
)
in (LrTable.NT 87,(result,LPAREN1left,RCURLY1right),rest671) end
| (295,(_,(_,_,PLUSPLUSright as PLUSPLUS1right))::(_,(
MlyValue.postfix_expression postfix_expression1,
postfix_expression1left,_))::rest671) => let val result=
MlyValue.postfix_expression(fn _ => let val postfix_expression as
postfix_expression1=postfix_expression1 ()
in (
ewrap(postinc_expr postfix_expression, eleft postfix_expression,
PLUSPLUSright)
) end
)
in (LrTable.NT 87,(result,postfix_expression1left,PLUSPLUS1right),
rest671) end
| (296,(_,(_,_,MINUSMINUSright as MINUSMINUS1right))::(_,(
MlyValue.postfix_expression postfix_expression1,
postfix_expression1left,_))::rest671) => let val result=
MlyValue.postfix_expression(fn _ => let val postfix_expression as
postfix_expression1=postfix_expression1 ()
in (
ewrap(postdec_expr postfix_expression, eleft postfix_expression,
MINUSMINUSright)
) end
)
in (LrTable.NT 87,(result,postfix_expression1left,MINUSMINUS1right),
rest671) end
| (297,(_,(MlyValue.postfix_expression postfix_expression1,_,
postfix_expression1right))::(_,(_,PLUSPLUSleft as PLUSPLUS1left,_))::
rest671) => let val result=MlyValue.postfix_expression(fn _ => let
val postfix_expression as postfix_expression1=postfix_expression1 ()
in (
ewrap(preinc_expr postfix_expression, PLUSPLUSleft,
eright postfix_expression)
) end
)
in (LrTable.NT 87,(result,PLUSPLUS1left,postfix_expression1right),
rest671) end
| (298,(_,(MlyValue.postfix_expression postfix_expression1,_,
postfix_expression1right))::(_,(_,MINUSMINUSleft as MINUSMINUS1left,_)
)::rest671) => let val result=MlyValue.postfix_expression(fn _ => let
val postfix_expression as postfix_expression1=postfix_expression1 ()
in (
ewrap(predec_expr postfix_expression, MINUSMINUSleft,
eright postfix_expression)
) end
)
in (LrTable.NT 87,(result,MINUSMINUS1left,postfix_expression1right),
rest671) end
| (299,(_,(MlyValue.ID ID1,IDleft as ID1left,IDright as ID1right))::
rest671) => let val result=MlyValue.primary_expression(fn _ => let
val ID as ID1=ID1 ()
in (ewrap(Var (ID, Unsynchronized.ref NONE), IDleft, IDright)) end
)
in (LrTable.NT 88,(result,ID1left,ID1right),rest671) end
| (300,(_,(MlyValue.constant constant1,constant1left,constant1right))
::rest671) => let val result=MlyValue.primary_expression(fn _ => let
val constant as constant1=constant1 ()
in (ewrap(Constant constant, left constant, right constant)) end
)
in (LrTable.NT 88,(result,constant1left,constant1right),rest671) end
| (301,(_,(_,_,RPARENright as RPAREN1right))::(_,(MlyValue.rexpression
rexpression1,_,_))::(_,(_,LPARENleft as LPAREN1left,_))::rest671) =>
let val result=MlyValue.primary_expression(fn _ => let val rexpression
as rexpression1=rexpression1 ()
in (ewrap(enode rexpression, LPARENleft, RPARENright)) end
)
in (LrTable.NT 88,(result,LPAREN1left,RPAREN1right),rest671) end
| (302,(_,(_,_,RPAREN1right))::(_,(MlyValue.rexpr_list rexpr_list1,_,_
))::(_,(_,LPAREN1left,_))::rest671) => let val result=
MlyValue.primary_expression(fn _ => let val rexpr_list as rexpr_list1=
rexpr_list1 ()
in (AstDatatype.comma_exprs (node (rexpr_list))) end
)
in (LrTable.NT 88,(result,LPAREN1left,RPAREN1right),rest671) end
| (303,(_,(MlyValue.cstring_literal cstring_literal1,
cstring_literal1left,cstring_literal1right))::rest671) => let val
result=MlyValue.primary_expression(fn _ => let val cstring_literal as
cstring_literal1=cstring_literal1 ()
in (
let val l = left cstring_literal and r = right cstring_literal
in
ewrap(Constant (wrap (STRING_LIT (node cstring_literal), l, r)), l, r)
end
) end
)
in (LrTable.NT 88,(result,cstring_literal1left,cstring_literal1right)
,rest671) end
| (304,(_,(MlyValue.STRING_LITERAL STRING_LITERAL1,_,
STRING_LITERALright as STRING_LITERAL1right))::(_,(
MlyValue.cstring_literal cstring_literal1,cstring_literal1left,_))::
rest671) => let val result=MlyValue.cstring_literal(fn _ => let val
cstring_literal as cstring_literal1=cstring_literal1 ()
val STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
in (
wrap(node cstring_literal ^ STRING_LITERAL, left cstring_literal,
STRING_LITERALright)
) end
)
in (LrTable.NT 101,(result,cstring_literal1left,STRING_LITERAL1right)
,rest671) end
| (305,(_,(MlyValue.STRING_LITERAL STRING_LITERAL1,STRING_LITERALleft
as STRING_LITERAL1left,STRING_LITERALright as STRING_LITERAL1right))
::rest671) => let val result=MlyValue.cstring_literal(fn _ => let val
STRING_LITERAL as STRING_LITERAL1=STRING_LITERAL1 ()
in (wrap(STRING_LITERAL, STRING_LITERALleft, STRING_LITERALright))
end
)
in (LrTable.NT 101,(result,STRING_LITERAL1left,STRING_LITERAL1right),
rest671) end
| (306,(_,(MlyValue.NUMERIC_CONSTANT NUMERIC_CONSTANT1,
NUMERIC_CONSTANTleft as NUMERIC_CONSTANT1left,NUMERIC_CONSTANTright
as NUMERIC_CONSTANT1right))::rest671) => let val result=
MlyValue.constant(fn _ => let val NUMERIC_CONSTANT as
NUMERIC_CONSTANT1=NUMERIC_CONSTANT1 ()
in (
wrap(NUMCONST NUMERIC_CONSTANT,
NUMERIC_CONSTANTleft,
NUMERIC_CONSTANTright)
) end
)
in (LrTable.NT 89,(result,NUMERIC_CONSTANT1left,
NUMERIC_CONSTANT1right),rest671) end
| (307,(_,(MlyValue.postfix_expression postfix_expression1,
postfix_expression1left,postfix_expression1right))::rest671) => let
val result=MlyValue.lexpression(fn _ => let val postfix_expression as
postfix_expression1=postfix_expression1 ()
in (postfix_expression) end
)
in (LrTable.NT 71,(result,postfix_expression1left,
postfix_expression1right),rest671) end
| (308,(_,(MlyValue.cast_expression cast_expression1,_,
cast_expression1right))::(_,(_,YSTARleft as YSTAR1left,_))::rest671)
=> let val result=MlyValue.lexpression(fn _ => let val
cast_expression as cast_expression1=cast_expression1 ()
in (
ewrap(Deref cast_expression, YSTARleft,
eright cast_expression)
) end
)
in (LrTable.NT 71,(result,YSTAR1left,cast_expression1right),rest671)
end
| _ => raise (mlyAction i392)
end
val void = MlyValue.VOID'
val extract = fn a => (fn MlyValue.begin x => x
| _ => let exception ParseInternal
in raise ParseInternal end) a ()
end
end
structure Tokens : StrictC_TOKENS =
struct
type svalue = ParserData.svalue
type ('a,'b) token = ('a,'b) Token.token
fun EOF (p1,p2) = Token.TOKEN (ParserData.LrTable.T 0,(
ParserData.MlyValue.VOID',p1,p2))
fun YSTAR (p1,p2) = Token.TOKEN (ParserData.LrTable.T 1,(
ParserData.MlyValue.VOID',p1,p2))
fun SLASH (p1,p2) = Token.TOKEN (ParserData.LrTable.T 2,(
ParserData.MlyValue.VOID',p1,p2))
fun MOD (p1,p2) = Token.TOKEN (ParserData.LrTable.T 3,(
ParserData.MlyValue.VOID',p1,p2))
fun LPAREN (p1,p2) = Token.TOKEN (ParserData.LrTable.T 4,(
ParserData.MlyValue.VOID',p1,p2))
fun RPAREN (p1,p2) = Token.TOKEN (ParserData.LrTable.T 5,(
ParserData.MlyValue.VOID',p1,p2))
fun LCURLY (p1,p2) = Token.TOKEN (ParserData.LrTable.T 6,(
ParserData.MlyValue.VOID',p1,p2))
fun RCURLY (p1,p2) = Token.TOKEN (ParserData.LrTable.T 7,(
ParserData.MlyValue.VOID',p1,p2))
fun LBRACKET (p1,p2) = Token.TOKEN (ParserData.LrTable.T 8,(
ParserData.MlyValue.VOID',p1,p2))
fun RBRACKET (p1,p2) = Token.TOKEN (ParserData.LrTable.T 9,(
ParserData.MlyValue.VOID',p1,p2))
fun YCOMMA (p1,p2) = Token.TOKEN (ParserData.LrTable.T 10,(
ParserData.MlyValue.VOID',p1,p2))
fun YSEMI (p1,p2) = Token.TOKEN (ParserData.LrTable.T 11,(
ParserData.MlyValue.VOID',p1,p2))
fun YCOLON (p1,p2) = Token.TOKEN (ParserData.LrTable.T 12,(
ParserData.MlyValue.VOID',p1,p2))
fun QMARK (p1,p2) = Token.TOKEN (ParserData.LrTable.T 13,(
ParserData.MlyValue.VOID',p1,p2))
fun YEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 14,(
ParserData.MlyValue.VOID',p1,p2))
fun YDOT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 15,(
ParserData.MlyValue.VOID',p1,p2))
fun YPLUS (p1,p2) = Token.TOKEN (ParserData.LrTable.T 16,(
ParserData.MlyValue.VOID',p1,p2))
fun YMINUS (p1,p2) = Token.TOKEN (ParserData.LrTable.T 17,(
ParserData.MlyValue.VOID',p1,p2))
fun YAND (p1,p2) = Token.TOKEN (ParserData.LrTable.T 18,(
ParserData.MlyValue.VOID',p1,p2))
fun YNOT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 19,(
ParserData.MlyValue.VOID',p1,p2))
fun YAMPERSAND (p1,p2) = Token.TOKEN (ParserData.LrTable.T 20,(
ParserData.MlyValue.VOID',p1,p2))
fun YBITNOT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 21,(
ParserData.MlyValue.VOID',p1,p2))
fun PLUSPLUS (p1,p2) = Token.TOKEN (ParserData.LrTable.T 22,(
ParserData.MlyValue.VOID',p1,p2))
fun MINUSMINUS (p1,p2) = Token.TOKEN (ParserData.LrTable.T 23,(
ParserData.MlyValue.VOID',p1,p2))
fun PLUSEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 24,(
ParserData.MlyValue.VOID',p1,p2))
fun MINUSEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 25,(
ParserData.MlyValue.VOID',p1,p2))
fun BANDEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 26,(
ParserData.MlyValue.VOID',p1,p2))
fun BOREQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 27,(
ParserData.MlyValue.VOID',p1,p2))
fun MULEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 28,(
ParserData.MlyValue.VOID',p1,p2))
fun DIVEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 29,(
ParserData.MlyValue.VOID',p1,p2))
fun MODEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 30,(
ParserData.MlyValue.VOID',p1,p2))
fun BXOREQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 31,(
ParserData.MlyValue.VOID',p1,p2))
fun LSHIFTEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 32,(
ParserData.MlyValue.VOID',p1,p2))
fun RSHIFTEQ (p1,p2) = Token.TOKEN (ParserData.LrTable.T 33,(
ParserData.MlyValue.VOID',p1,p2))
fun YENUM (p1,p2) = Token.TOKEN (ParserData.LrTable.T 34,(
ParserData.MlyValue.VOID',p1,p2))
fun YIF (p1,p2) = Token.TOKEN (ParserData.LrTable.T 35,(
ParserData.MlyValue.VOID',p1,p2))
fun YELSE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 36,(
ParserData.MlyValue.VOID',p1,p2))
fun YWHILE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 37,(
ParserData.MlyValue.VOID',p1,p2))
fun YDO (p1,p2) = Token.TOKEN (ParserData.LrTable.T 38,(
ParserData.MlyValue.VOID',p1,p2))
fun YRETURN (p1,p2) = Token.TOKEN (ParserData.LrTable.T 39,(
ParserData.MlyValue.VOID',p1,p2))
fun YBREAK (p1,p2) = Token.TOKEN (ParserData.LrTable.T 40,(
ParserData.MlyValue.VOID',p1,p2))
fun YCONTINUE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 41,(
ParserData.MlyValue.VOID',p1,p2))
fun YGOTO (p1,p2) = Token.TOKEN (ParserData.LrTable.T 42,(
ParserData.MlyValue.VOID',p1,p2))
fun YFOR (p1,p2) = Token.TOKEN (ParserData.LrTable.T 43,(
ParserData.MlyValue.VOID',p1,p2))
fun SWITCH (p1,p2) = Token.TOKEN (ParserData.LrTable.T 44,(
ParserData.MlyValue.VOID',p1,p2))
fun CASE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 45,(
ParserData.MlyValue.VOID',p1,p2))
fun DEFAULT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 46,(
ParserData.MlyValue.VOID',p1,p2))
fun YSIZEOF (p1,p2) = Token.TOKEN (ParserData.LrTable.T 47,(
ParserData.MlyValue.VOID',p1,p2))
fun YTYPEOF (p1,p2) = Token.TOKEN (ParserData.LrTable.T 48,(
ParserData.MlyValue.VOID',p1,p2))
fun YOFFSETOF (p1,p2) = Token.TOKEN (ParserData.LrTable.T 49,(
ParserData.MlyValue.VOID',p1,p2))
fun LOGICALOR (p1,p2) = Token.TOKEN (ParserData.LrTable.T 50,(
ParserData.MlyValue.VOID',p1,p2))
fun LOGICALAND (p1,p2) = Token.TOKEN (ParserData.LrTable.T 51,(
ParserData.MlyValue.VOID',p1,p2))
fun BITWISEOR (p1,p2) = Token.TOKEN (ParserData.LrTable.T 52,(
ParserData.MlyValue.VOID',p1,p2))
fun BITWISEXOR (p1,p2) = Token.TOKEN (ParserData.LrTable.T 53,(
ParserData.MlyValue.VOID',p1,p2))
fun EQUALS (p1,p2) = Token.TOKEN (ParserData.LrTable.T 54,(
ParserData.MlyValue.VOID',p1,p2))
fun NOTEQUALS (p1,p2) = Token.TOKEN (ParserData.LrTable.T 55,(
ParserData.MlyValue.VOID',p1,p2))
fun YLE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 56,(
ParserData.MlyValue.VOID',p1,p2))
fun YGE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 57,(
ParserData.MlyValue.VOID',p1,p2))
fun YLESS (p1,p2) = Token.TOKEN (ParserData.LrTable.T 58,(
ParserData.MlyValue.VOID',p1,p2))
fun YGREATER (p1,p2) = Token.TOKEN (ParserData.LrTable.T 59,(
ParserData.MlyValue.VOID',p1,p2))
fun LEFTSHIFT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 60,(
ParserData.MlyValue.VOID',p1,p2))
fun RIGHTSHIFT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 61,(
ParserData.MlyValue.VOID',p1,p2))
fun INT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 62,(
ParserData.MlyValue.VOID',p1,p2))
fun BOOL (p1,p2) = Token.TOKEN (ParserData.LrTable.T 63,(
ParserData.MlyValue.VOID',p1,p2))
fun CHAR (p1,p2) = Token.TOKEN (ParserData.LrTable.T 64,(
ParserData.MlyValue.VOID',p1,p2))
fun LONG (p1,p2) = Token.TOKEN (ParserData.LrTable.T 65,(
ParserData.MlyValue.VOID',p1,p2))
fun INT128 (p1,p2) = Token.TOKEN (ParserData.LrTable.T 66,(
ParserData.MlyValue.VOID',p1,p2))
fun SHORT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 67,(
ParserData.MlyValue.VOID',p1,p2))
fun BITINT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 68,(
ParserData.MlyValue.VOID',p1,p2))
fun SIGNED (p1,p2) = Token.TOKEN (ParserData.LrTable.T 69,(
ParserData.MlyValue.VOID',p1,p2))
fun UNSIGNED (p1,p2) = Token.TOKEN (ParserData.LrTable.T 70,(
ParserData.MlyValue.VOID',p1,p2))
fun VOID (p1,p2) = Token.TOKEN (ParserData.LrTable.T 71,(
ParserData.MlyValue.VOID',p1,p2))
fun ARROW (p1,p2) = Token.TOKEN (ParserData.LrTable.T 72,(
ParserData.MlyValue.VOID',p1,p2))
fun ID (i,p1,p2) = Token.TOKEN (ParserData.LrTable.T 73,(
ParserData.MlyValue.ID (fn () => i),p1,p2))
fun TYPEID (i,p1,p2) = Token.TOKEN (ParserData.LrTable.T 74,(
ParserData.MlyValue.TYPEID (fn () => i),p1,p2))
fun NUMERIC_CONSTANT (i,p1,p2) = Token.TOKEN (ParserData.LrTable.T 75
,(ParserData.MlyValue.NUMERIC_CONSTANT (fn () => i),p1,p2))
fun STRUCT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 76,(
ParserData.MlyValue.VOID',p1,p2))
fun UNION (p1,p2) = Token.TOKEN (ParserData.LrTable.T 77,(
ParserData.MlyValue.VOID',p1,p2))
fun TYPEDEF (p1,p2) = Token.TOKEN (ParserData.LrTable.T 78,(
ParserData.MlyValue.VOID',p1,p2))
fun EXTERN (p1,p2) = Token.TOKEN (ParserData.LrTable.T 79,(
ParserData.MlyValue.VOID',p1,p2))
fun CONST (p1,p2) = Token.TOKEN (ParserData.LrTable.T 80,(
ParserData.MlyValue.VOID',p1,p2))
fun VOLATILE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 81,(
ParserData.MlyValue.VOID',p1,p2))
fun RESTRICT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 82,(
ParserData.MlyValue.VOID',p1,p2))
fun INVARIANT (p1,p2) = Token.TOKEN (ParserData.LrTable.T 83,(
ParserData.MlyValue.VOID',p1,p2))
fun INLINE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 84,(
ParserData.MlyValue.VOID',p1,p2))
fun STATIC (p1,p2) = Token.TOKEN (ParserData.LrTable.T 85,(
ParserData.MlyValue.VOID',p1,p2))
fun NORETURN (p1,p2) = Token.TOKEN (ParserData.LrTable.T 86,(
ParserData.MlyValue.VOID',p1,p2))
fun THREAD_LOCAL (p1,p2) = Token.TOKEN (ParserData.LrTable.T 87,(
ParserData.MlyValue.VOID',p1,p2))
fun AUTO (p1,p2) = Token.TOKEN (ParserData.LrTable.T 88,(
ParserData.MlyValue.VOID',p1,p2))
fun FNSPEC (p1,p2) = Token.TOKEN (ParserData.LrTable.T 89,(
ParserData.MlyValue.VOID',p1,p2))
fun RELSPEC (p1,p2) = Token.TOKEN (ParserData.LrTable.T 90,(
ParserData.MlyValue.VOID',p1,p2))
fun AUXUPD (p1,p2) = Token.TOKEN (ParserData.LrTable.T 91,(
ParserData.MlyValue.VOID',p1,p2))
fun GHOSTUPD (p1,p2) = Token.TOKEN (ParserData.LrTable.T 92,(
ParserData.MlyValue.VOID',p1,p2))
fun MODIFIES (p1,p2) = Token.TOKEN (ParserData.LrTable.T 93,(
ParserData.MlyValue.VOID',p1,p2))
fun CALLS (p1,p2) = Token.TOKEN (ParserData.LrTable.T 94,(
ParserData.MlyValue.VOID',p1,p2))
fun OWNED_BY (p1,p2) = Token.TOKEN (ParserData.LrTable.T 95,(
ParserData.MlyValue.VOID',p1,p2))
fun SPEC_BEGIN (p1,p2) = Token.TOKEN (ParserData.LrTable.T 96,(
ParserData.MlyValue.VOID',p1,p2))
fun SPEC_END (p1,p2) = Token.TOKEN (ParserData.LrTable.T 97,(
ParserData.MlyValue.VOID',p1,p2))
fun DONT_TRANSLATE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 98,(
ParserData.MlyValue.VOID',p1,p2))
fun STRING_LITERAL (i,p1,p2) = Token.TOKEN (ParserData.LrTable.T 99,(
ParserData.MlyValue.STRING_LITERAL (fn () => i),p1,p2))
fun SPEC_BLOCKEND (p1,p2) = Token.TOKEN (ParserData.LrTable.T 100,(
ParserData.MlyValue.VOID',p1,p2))
fun GCC_ATTRIBUTE (p1,p2) = Token.TOKEN (ParserData.LrTable.T 101,(
ParserData.MlyValue.VOID',p1,p2))
fun YASM (p1,p2) = Token.TOKEN (ParserData.LrTable.T 102,(
ParserData.MlyValue.VOID',p1,p2))
fun YREGISTER (p1,p2) = Token.TOKEN (ParserData.LrTable.T 103,(
ParserData.MlyValue.VOID',p1,p2))
end
end