{
$Id: pdecl.pas,v 1.75 2003/12/15 21:25:48 peter Exp $
Copyright (c) 1998-2002 by Florian Klaempfl
Does declaration (but not type) parsing for Free Pascal
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
****************************************************************************
}
unit pdecl;
{$i fpcdefs.inc}
interface
uses
{ global }
globals,
{ symtable }
symsym,
{ pass_1 }
node;
function readconstant(const orgname:string;const filepos:tfileposinfo):tconstsym;
procedure const_dec;
procedure label_dec;
procedure type_dec;
procedure var_dec;
procedure threadvar_dec;
procedure property_dec;
procedure resourcestring_dec;
implementation
uses
{ common }
cutils,cclasses,
{ global }
globtype,tokens,verbose,
systems,
{ aasm }
aasmbase,aasmtai,fmodule,
{ symtable }
symconst,symbase,symtype,symdef,symtable,paramgr,
{ pass 1 }
nmat,nadd,ncal,nset,ncnv,ninl,ncon,nld,nflw,nobj,
{ codegen }
ncgutil,
{ parser }
scanner,
pbase,pexpr,ptype,ptconst,pdecsub,pdecvar,pdecobj,
{ cpu-information }
cpuinfo
;
function readconstant(const orgname:string;const filepos:tfileposinfo):tconstsym;
var
hp : tconstsym;
p : tnode;
ps : pconstset;
pd : pbestreal;
pg : pguid;
sp : pchar;
storetokenpos : tfileposinfo;
begin
readconstant:=nil;
if orgname='' then
internalerror(9584582);
hp:=nil;
p:=comp_expr(true);
storetokenpos:=akttokenpos;
akttokenpos:=filepos;
case p.nodetype of
ordconstn:
begin
if is_constintnode(p) then
hp:=tconstsym.create_ord_typed(orgname,constint,tordconstnode(p).value,tordconstnode(p).resulttype)
else if is_constcharnode(p) then
hp:=tconstsym.create_ord(orgname,constchar,tordconstnode(p).value)
else if is_constboolnode(p) then
hp:=tconstsym.create_ord(orgname,constbool,tordconstnode(p).value)
else if is_constwidecharnode(p) then
hp:=tconstsym.create_ord(orgname,constwchar,tordconstnode(p).value)
else if p.resulttype.def.deftype=enumdef then
hp:=tconstsym.create_ord_typed(orgname,constord,tordconstnode(p).value,p.resulttype)
else if p.resulttype.def.deftype=pointerdef then
hp:=tconstsym.create_ordptr_typed(orgname,constpointer,tordconstnode(p).value,p.resulttype)
else internalerror(111);
end;
stringconstn:
begin
getmem(sp,tstringconstnode(p).len+1);
move(tstringconstnode(p).value_str^,sp^,tstringconstnode(p).len+1);
hp:=tconstsym.create_string(orgname,conststring,sp,tstringconstnode(p).len);
end;
realconstn :
begin
new(pd);
pd^:=trealconstnode(p).value_real;
hp:=tconstsym.create_ptr(orgname,constreal,pd);
end;
setconstn :
begin
new(ps);
ps^:=tsetconstnode(p).value_set^;
hp:=tconstsym.create_ptr_typed(orgname,constset,ps,p.resulttype);
end;
pointerconstn :
begin
hp:=tconstsym.create_ordptr_typed(orgname,constpointer,tpointerconstnode(p).value,p.resulttype);
end;
niln :
begin
hp:=tconstsym.create_ord_typed(orgname,constnil,0,p.resulttype);
end;
typen :
begin
if is_interface(p.resulttype.def) then
begin
if assigned(tobjectdef(p.resulttype.def).iidguid) then
begin
new(pg);
pg^:=tobjectdef(p.resulttype.def).iidguid^;
hp:=tconstsym.create_ptr(orgname,constguid,pg);
end
else
Message1(parser_e_interface_has_no_guid,tobjectdef(p.resulttype.def).objrealname^);
end
else
Message(cg_e_illegal_expression);
end;
else
Message(cg_e_illegal_expression);
end;
akttokenpos:=storetokenpos;
p.free;
readconstant:=hp;
end;
procedure const_dec;
var
orgname : stringid;
tt : ttype;
sym : tsym;
storetokenpos,filepos : tfileposinfo;
old_block_type : tblock_type;
skipequal : boolean;
begin
consume(_CONST);
old_block_type:=block_type;
block_type:=bt_const;
repeat
orgname:=orgpattern;
filepos:=akttokenpos;
consume(_ID);
case token of
_EQUAL:
begin
consume(_EQUAL);
sym:=readconstant(orgname,filepos);
if assigned(sym) then
symtablestack.insert(sym);
try_consume_hintdirective(sym.symoptions);
consume(_SEMICOLON);
end;
_COLON:
begin
{ set the blocktype first so a consume also supports a
caret, to support const s : ^string = nil }
block_type:=bt_type;
consume(_COLON);
ignore_equal:=true;
read_type(tt,'',false);
ignore_equal:=false;
block_type:=bt_const;
skipequal:=false;
{ create symbol }
storetokenpos:=akttokenpos;
akttokenpos:=filepos;
sym:=ttypedconstsym.createtype(orgname,tt,(cs_typed_const_writable in aktlocalswitches));
akttokenpos:=storetokenpos;
symtablestack.insert(sym);
insertconstdata(ttypedconstsym(sym));
{ procvar can have proc directives, but not type references }
if (tt.def.deftype=procvardef) and
(tt.sym=nil) then
begin
{ support p : procedure;stdcall=nil; }
if try_to_consume(_SEMICOLON) then
begin
if is_proc_directive(token,true) then
parse_var_proc_directives(sym)
else
begin
Message(parser_e_proc_directive_expected);
skipequal:=true;
end;
end
else
{ support p : procedure stdcall=nil; }
begin
if is_proc_directive(token,true) then
parse_var_proc_directives(sym);
end;
{ add default calling convention }
handle_calling_convention(tabstractprocdef(tt.def));
calc_parast(tprocvardef(tt.def));
end;
if not skipequal then
begin
{ get init value }
consume(_EQUAL);
readtypedconst(tt,ttypedconstsym(sym),(cs_typed_const_writable in aktlocalswitches));
try_consume_hintdirective(sym.symoptions);
consume(_SEMICOLON);
end;
end;
else
{ generate an error }
consume(_EQUAL);
end;
until token<>_ID;
block_type:=old_block_type;
end;
procedure label_dec;
var
hl : tasmlabel;
begin
consume(_LABEL);
if not(cs_support_goto in aktmoduleswitches) then
Message(sym_e_goto_and_label_not_supported);
repeat
if not(token in [_ID,_INTCONST]) then
consume(_ID)
else
begin
if (cs_create_smart in aktmoduleswitches) then
begin
objectlibrary.getdatalabel(hl);
{ we still want a warning if unused }
hl.decrefs;
end
else
objectlibrary.getlabel(hl);
if token=_ID then
symtablestack.insert(tlabelsym.create(orgpattern,hl))
else
symtablestack.insert(tlabelsym.create(pattern,hl));
consume(token);
end;
if token<>_SEMICOLON then consume(_COMMA);
until not(token in [_ID,_INTCONST]);
consume(_SEMICOLON);
end;
{ search in symtablestack used, but not defined type }
procedure resolve_type_forward(p : tnamedindexitem;arg:pointer);
var
hpd,pd : tdef;
stpos : tfileposinfo;
again : boolean;
srsym : tsym;
srsymtable : tsymtable;
begin
{ Check only typesyms or record/object fields }
case tsym(p).typ of
typesym :
pd:=ttypesym(p).restype.def;
varsym :
if (tsym(p).owner.symtabletype in [objectsymtable,recordsymtable]) then
pd:=tvarsym(p).vartype.def
else
exit;
else
exit;
end;
repeat
again:=false;
case pd.deftype of
arraydef :
begin
{ elementtype could also be defined using a forwarddef }
pd:=tarraydef(pd).elementtype.def;
again:=true;
end;
pointerdef,
classrefdef :
begin
{ classrefdef inherits from pointerdef }
hpd:=tpointerdef(pd).pointertype.def;
{ still a forward def ? }
if hpd.deftype=forwarddef then
begin
{ try to resolve the forward }
{ get the correct position for it }
stpos:=akttokenpos;
akttokenpos:=tforwarddef(hpd).forwardpos;
resolving_forward:=true;
make_ref:=false;
if not assigned(tforwarddef(hpd).tosymname) then
internalerror(20021120);
searchsym(tforwarddef(hpd).tosymname^,srsym,srsymtable);
make_ref:=true;
resolving_forward:=false;
akttokenpos:=stpos;
{ we don't need the forwarddef anymore, dispose it }
hpd.free;
tpointerdef(pd).pointertype.def:=nil; { if error occurs }
{ was a type sym found ? }
if assigned(srsym) and
(srsym.typ=typesym) then
begin
tpointerdef(pd).pointertype.setsym(srsym);
{ avoid wrong unused warnings web bug 801 PM }
inc(tstoredsym(srsym).refs);
{$ifdef GDB}
if (cs_debuginfo in aktmoduleswitches) and assigned(debuglist) and
(tsym(p).owner.symtabletype in [globalsymtable,staticsymtable]) then
begin
ttypesym(p).isusedinstab := true;
ttypesym(p).concatstabto(debuglist);
end;
{$endif GDB}
{ we need a class type for classrefdef }
if (pd.deftype=classrefdef) and
not(is_class(ttypesym(srsym).restype.def)) then
Message1(type_e_class_type_expected,ttypesym(srsym).restype.def.typename);
end
else
begin
MessagePos1(tsym(p).fileinfo,sym_e_forward_type_not_resolved,tsym(p).realname);
{ try to recover }
tpointerdef(pd).pointertype:=generrortype;
end;
end;
end;
recorddef :
trecorddef(pd).symtable.foreach_static({$ifdef FPCPROCVAR}@{$endif}resolve_type_forward,nil);
objectdef :
begin
if not(m_fpc in aktmodeswitches) and
(oo_is_forward in tobjectdef(pd).objectoptions) then
begin
{ only give an error as the implementation may follow in an
other type block which is allowed by FPC modes }
MessagePos1(tsym(p).fileinfo,sym_e_forward_type_not_resolved,tsym(p).realname);
end
else
begin
{ Check all fields of the object declaration, but don't
check objectdefs in objects/records, because these
can't exist (anonymous objects aren't allowed) }
if not(tsym(p).owner.symtabletype in [objectsymtable,recordsymtable]) then
tobjectdef(pd).symtable.foreach_static({$ifdef FPCPROCVAR}@{$endif}resolve_type_forward,nil);
end;
end;
end;
until not again;
end;
{ reads a type declaration to the symbol table }
procedure type_dec;
var
typename,orgtypename : stringid;
newtype : ttypesym;
sym : tsym;
srsymtable : tsymtable;
tt : ttype;
oldfilepos,
defpos,storetokenpos : tfileposinfo;
old_block_type : tblock_type;
ch : tclassheader;
unique,istyperenaming : boolean;
begin
old_block_type:=block_type;
block_type:=bt_type;
consume(_TYPE);
typecanbeforward:=true;
repeat
typename:=pattern;
orgtypename:=orgpattern;
defpos:=akttokenpos;
istyperenaming:=false;
consume(_ID);
consume(_EQUAL);
{ support 'ttype=type word' syntax }
if token=_TYPE then
begin
Consume(_TYPE);
unique:=true;
end
else
unique:=false;
{ is the type already defined? }
searchsym(typename,sym,srsymtable);
newtype:=nil;
{ found a symbol with this name? }
if assigned(sym) then
begin
if (sym.typ=typesym) then
begin
if ((token=_CLASS) or
(token=_INTERFACE)) and
(assigned(ttypesym(sym).restype.def)) and
is_class_or_interface(ttypesym(sym).restype.def) and
(oo_is_forward in tobjectdef(ttypesym(sym).restype.def).objectoptions) then
begin
{ we can ignore the result }
{ the definition is modified }
object_dec(orgtypename,tobjectdef(ttypesym(sym).restype.def));
newtype:=ttypesym(sym);
tt:=newtype.restype;
end
else
message1(parser_h_type_redef,typename);
end;
end;
{ no old type reused ? Then insert this new type }
if not assigned(newtype) then
begin
{ insert the new type first with an errordef, so that
referencing the type before it's really set it
will give an error (PFV) }
tt:=generrortype;
storetokenpos:=akttokenpos;
newtype:=ttypesym.create(orgtypename,tt);
symtablestack.insert(newtype);
akttokenpos:=defpos;
akttokenpos:=storetokenpos;
{ read the type definition }
read_type(tt,orgtypename,false);
{ update the definition of the type }
newtype.restype:=tt;
if assigned(tt.sym) then
istyperenaming:=true
else
tt.sym:=newtype;
if unique and assigned(tt.def) then
begin
tt.setdef(tstoreddef(tt.def).getcopy);
include(tt.def.defoptions,df_unique);
newtype.restype:=tt;
end;
if assigned(tt.def) and not assigned(tt.def.typesym) then
tt.def.typesym:=newtype;
{ KAZ: handle TGUID declaration in system unit }
if (cs_compilesystem in aktmoduleswitches) and not assigned(rec_tguid) and
(typename='TGUID') and { name: TGUID and size=16 bytes that is 128 bits }
assigned(tt.def) and (tt.def.deftype=recorddef) and (tt.def.size=16) then
rec_tguid:=trecorddef(tt.def);
end;
if assigned(tt.def) then
begin
case tt.def.deftype of
pointerdef :
begin
consume(_SEMICOLON);
if try_to_consume(_FAR) then
begin
tpointerdef(tt.def).is_far:=true;
consume(_SEMICOLON);
end;
end;
procvardef :
begin
{ in case of type renaming, don't parse proc directives }
if istyperenaming then
consume(_SEMICOLON)
else
begin
if not is_proc_directive(token,true) then
consume(_SEMICOLON);
parse_var_proc_directives(tsym(newtype));
handle_calling_convention(tprocvardef(tt.def));
calc_parast(tprocvardef(tt.def));
end;
end;
objectdef,
recorddef :
begin
try_consume_hintdirective(newtype.symoptions);
consume(_SEMICOLON);
end;
else
consume(_SEMICOLON);
end;
end;
{ Write tables if we are the typesym that defines
this type. This will not be done for simple type renamings }
if (tt.def.typesym=newtype) then
begin
{ file position }
oldfilepos:=aktfilepos;
aktfilepos:=newtype.fileinfo;
{ generate persistent init/final tables when it's declared in the interface so it can
be reused in other used }
if current_module.in_interface and
((is_class(tt.def) and
tobjectdef(tt.def).members_need_inittable) or
tt.def.needs_inittable) then
generate_inittable(newtype);
{ for objects we should write the vmt and interfaces.
This need to be done after the rtti has been written, because
it can contain a reference to that data (PFV)
This is not for forward classes }
if (tt.def.deftype=objectdef) then
begin
if not(oo_is_forward in tobjectdef(tt.def).objectoptions) then
begin
ch:=cclassheader.create(tobjectdef(tt.def));
{ generate and check virtual methods, must be done
before RTTI is written }
ch.genvmt;
{ Generate RTTI for class }
generate_rtti(newtype);
if is_interface(tobjectdef(tt.def)) then
ch.writeinterfaceids;
if (oo_has_vmt in tobjectdef(tt.def).objectoptions) then
ch.writevmt;
ch.free;
end;
end
else
begin
{ Always generate RTTI info for all types. This is to have typeinfo() return
the same pointer }
generate_rtti(newtype);
end;
aktfilepos:=oldfilepos;
end;
until token<>_ID;
typecanbeforward:=false;
symtablestack.foreach_static({$ifdef FPCPROCVAR}@{$endif}resolve_type_forward,nil);
block_type:=old_block_type;
end;
procedure var_dec;
{ parses variable declarations and inserts them in }
{ the top symbol table of symtablestack }
begin
consume(_VAR);
read_var_decs(false,false,false);
end;
procedure property_dec;
var
old_block_type : tblock_type;
begin
consume(_PROPERTY);
if not(symtablestack.symtabletype in [staticsymtable,globalsymtable]) then
message(parser_e_resourcestring_only_sg);
old_block_type:=block_type;
block_type:=bt_const;
repeat
read_property_dec(nil);
consume(_SEMICOLON);
until token<>_ID;
block_type:=old_block_type;
end;
procedure threadvar_dec;
{ parses thread variable declarations and inserts them in }
{ the top symbol table of symtablestack }
begin
consume(_THREADVAR);
if not(symtablestack.symtabletype in [staticsymtable,globalsymtable]) then
message(parser_e_threadvars_only_sg);
if not(cs_threading in aktmoduleswitches) and
not(cs_compilesystem in aktmoduleswitches) then
Comment(V_Error,'Threading is turned off');
read_var_decs(false,false,true);
end;
procedure resourcestring_dec;
var
orgname : stringid;
p : tnode;
storetokenpos,filepos : tfileposinfo;
old_block_type : tblock_type;
sp : pchar;
begin
consume(_RESOURCESTRING);
if not(symtablestack.symtabletype in [staticsymtable,globalsymtable]) then
message(parser_e_resourcestring_only_sg);
old_block_type:=block_type;
block_type:=bt_const;
repeat
orgname:=orgpattern;
filepos:=akttokenpos;
consume(_ID);
case token of
_EQUAL:
begin
consume(_EQUAL);
p:=comp_expr(true);
storetokenpos:=akttokenpos;
akttokenpos:=filepos;
case p.nodetype of
ordconstn:
begin
if is_constcharnode(p) then
begin
getmem(sp,2);
sp[0]:=chr(tordconstnode(p).value);
sp[1]:=#0;
symtablestack.insert(tconstsym.create_string(orgname,constresourcestring,sp,1));
end
else
Message(cg_e_illegal_expression);
end;
stringconstn:
begin
getmem(sp,tstringconstnode(p).len+1);
move(tstringconstnode(p).value_str^,sp^,tstringconstnode(p).len+1);
symtablestack.insert(tconstsym.create_string(orgname,constresourcestring,sp,tstringconstnode(p).len));
end;
else
Message(cg_e_illegal_expression);
end;
akttokenpos:=storetokenpos;
consume(_SEMICOLON);
p.free;
end;
else consume(_EQUAL);
end;
until token<>_ID;
block_type:=old_block_type;
end;
end.
{
$Log: pdecl.pas,v $
Revision 1.75 2003/12/15 21:25:48 peter
* reg allocations for imaginary register are now inserted just
before reg allocation
* tregister changed to enum to allow compile time check
* fixed several tregister-tsuperregister errors
Revision 1.74 2003/12/12 12:09:40 marco
* always generate RTTI patch from peter
Revision 1.73 2003/12/10 16:37:01 peter
* global property support for fpc modes
Revision 1.72 2003/11/12 15:48:48 peter
* don't give redefinition warning for forward classes
Revision 1.71 2003/10/03 14:45:09 peter
* more proc directive for procvar fixes
Revision 1.70 2003/10/02 21:13:09 peter
* procvar directive parsing fixes
Revision 1.69 2003/09/23 17:56:05 peter
* locals and paras are allocated in the code generation
* tvarsym.localloc contains the location of para/local when
generating code for the current procedure
Revision 1.68 2003/07/02 22:18:04 peter
* paraloc splitted in callerparaloc,calleeparaloc
* sparc calling convention updates
Revision 1.67 2003/04/27 11:21:33 peter
* aktprocdef renamed to current_procdef
* procinfo renamed to current_procinfo
* procinfo will now be stored in current_module so it can be
cleaned up properly
* gen_main_procsym changed to create_main_proc and release_main_proc
to also generate a tprocinfo structure
* fixed unit implicit initfinal
Revision 1.66 2003/04/27 07:29:50 peter
* current_procdef cleanup, current_procdef is now always nil when parsing
a new procdef declaration
* aktprocsym removed
* lexlevel removed, use symtable.symtablelevel instead
* implicit init/final code uses the normal genentry/genexit
* funcret state checking updated for new funcret handling
Revision 1.65 2003/04/01 16:17:15 peter
* reset symbol for unique types
Revision 1.64 2003/01/05 15:54:15 florian
+ added proper support of type = type <type>; for simple types
Revision 1.63 2002/12/29 14:57:50 peter
* unit loading changed to first register units and load them
afterwards. This is needed to support uses xxx in yyy correctly
* unit dependency check fixed
Revision 1.62 2002/12/05 19:27:40 carl
- remove lower in hint
Revision 1.61 2002/11/25 18:43:32 carl
- removed the invalid if <> checking (Delphi is strange on this)
+ implemented abstract warning on instance creation of class with
abstract methods.
* some error message cleanups
Revision 1.60 2002/11/23 22:50:06 carl
* some small speed optimizations
+ added several new warnings/hints
Revision 1.59 2002/11/17 16:31:56 carl
* memory optimization (3-4%) : cleanup of tai fields,
cleanup of tdef and tsym fields.
* make it work for m68k
Revision 1.58 2002/11/15 16:29:30 peter
* made tasmsymbol.refs private (merged)
Revision 1.57 2002/10/20 15:34:16 peter
* removed df_unique flag. It breaks code. For a good type=type <id>
a def copy is required
Revision 1.56 2002/10/19 15:09:25 peter
+ tobjectdef.members_need_inittable that is used to generate only the
inittable when it is really used. This saves a lot of useless calls
to fpc_finalize when destroying classes
Revision 1.55 2002/10/14 19:45:02 peter
* only allow threadvar when threading switch is defined
Revision 1.54 2002/10/06 12:25:05 florian
+ proper support of type <id> = type <another id>;
Revision 1.53 2002/08/25 19:25:19 peter
* sym.insert_in_data removed
* symtable.insertvardata/insertconstdata added
* removed insert_in_data call from symtable.insert, it needs to be
called separatly. This allows to deref the address calculation
* procedures now calculate the parast addresses after the procedure
directives are parsed. This fixes the cdecl parast problem
* push_addr_param has an extra argument that specifies if cdecl is used
or not
Revision 1.52 2002/08/12 15:08:40 carl
+ stab register indexes for powerpc (moved from gdb to cpubase)
+ tprocessor enumeration moved to cpuinfo
+ linker in target_info is now a class
* many many updates for m68k (will soon start to compile)
- removed some ifdef or correct them for correct cpu
Revision 1.51 2002/08/11 14:32:27 peter
* renamed current_library to objectlibrary
Revision 1.50 2002/08/11 13:24:12 peter
* saving of asmsymbols in ppu supported
* asmsymbollist global is removed and moved into a new class
tasmlibrarydata that will hold the info of a .a file which
corresponds with a single module. Added librarydata to tmodule
to keep the library info stored for the module. In the future the
objectfiles will also be stored to the tasmlibrarydata class
* all getlabel/newasmsymbol and friends are moved to the new class
Revision 1.49 2002/07/29 21:23:43 florian
* more fixes for the ppc
+ wrappers for the tcnvnode.first_* stuff introduced
Revision 1.48 2002/07/01 18:46:25 peter
* internal linker
* reorganized aasm layer
Revision 1.47 2002/06/12 13:20:29 jonas
* fix from Florian for init/final info of forward classes
Revision 1.46 2002/05/18 13:34:12 peter
* readded missing revisions
Revision 1.45 2002/05/16 19:46:42 carl
+ defines.inc -> fpcdefs.inc to avoid conflicts if compiling by hand
+ try to fix temp allocation (still in ifdef)
+ generic constructor calls
+ start of tassembler / tmodulebase class cleanup
Revision 1.43 2002/05/12 16:53:08 peter
* moved entry and exitcode to ncgutil and cgobj
* foreach gets extra argument for passing local data to the
iterator function
* -CR checks also class typecasts at runtime by changing them
into as
* fixed compiler to cycle with the -CR option
* fixed stabs with elf writer, finally the global variables can
be watched
* removed a lot of routines from cga unit and replaced them by
calls to cgobj
* u32bit-s32bit updates for and,or,xor nodes. When one element is
u32bit then the other is typecasted also to u32bit without giving
a rangecheck warning/error.
* fixed pascal calling method with reversing also the high tree in
the parast, detected by tcalcst3 test
Revision 1.42 2002/04/19 15:46:02 peter
* mangledname rewrite, tprocdef.mangledname is now created dynamicly
in most cases and not written to the ppu
* add mangeledname_prefix() routine to generate the prefix of
manglednames depending on the current procedure, object and module
* removed static procprefix since the mangledname is now build only
on demand from tprocdef.mangledname
Revision 1.41 2002/03/04 17:54:59 peter
* allow oridinal labels again
}
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