fpc/compiler/aasm.pas
2000-01-07 01:14:18 +00:00

1114 lines
30 KiB
ObjectPascal

{
$Id$
Copyright (c) 1998-2000 by Florian Klaempfl
This unit implements an abstract asmoutput class for all processor types
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 aasm;
interface
uses
globtype,systems,cobjects,globals;
type
tait = (
ait_none,
ait_direct,
ait_string,
ait_label,
ait_comment,
ait_instruction,
ait_datablock,
ait_symbol,
ait_symbol_end, { needed to calc the size of a symbol }
ait_const_32bit,
ait_const_16bit,
ait_const_8bit,
ait_const_symbol,
ait_real_80bit,
ait_real_64bit,
ait_real_32bit,
ait_comp_64bit,
ait_align,
ait_section,
{ the following is only used by the win32 version of the compiler }
{ and only the GNU AS Win32 is able to write it }
ait_const_rva,
ait_stabn,
ait_stabs,
ait_force_line,
ait_stab_function_name,
ait_cut, { used to split into tiny assembler files }
ait_regalloc, { for register,temp allocation debugging }
ait_tempalloc,
ait_marker,
{ the follow is for the DEC Alpha }
ait_frame,
ait_ent,
{$ifdef m68k}
ait_labeled_instruction,
{$endif m68k}
{ never used, makes insertation of new ait_ easier to type }
{ lazy guy !!!! ;-) (FK) }
ait_dummy);
tcpuflags = (cf_64bitaddr);
tcpuflagset = set of tcpuflags;
{$ifdef newcg}
const
SkipInstr = [ait_comment, ait_align, ait_symbol
{$ifdef GDB}
,ait_stabs, ait_stabn, ait_stab_function_name
{$endif GDB}
,ait_regalloc, ait_tempalloc
];
{$endif newcg}
{ asm symbol functions }
type
TAsmsymtype=(AS_EXTERNAL,AS_LOCAL,AS_GLOBAL);
pasmsymbol = ^tasmsymbol;
tasmsymbol = object(tnamedindexobject)
typ : TAsmsymtype;
proclocal : boolean;
{ this need to be incremented with every symbol loading into the
paasmoutput, thus in loadsym/loadref/const_symbol (PFV) }
refs : longint;
{ the next fields are filled in the binary writer }
idx : longint;
section : tsection;
address,
size : longint;
{ alternate symbol which can be used for 'renaming' needed for
inlining }
altsymbol : pasmsymbol;
constructor init(const s:string;_typ:TAsmsymtype);
procedure reset;
function is_used:boolean;
procedure setaddress(sec:tsection;offset,len:longint);
procedure GenerateAltSymbol;
end;
pasmlabel = ^tasmlabel;
tasmlabel = object(tasmsymbol)
labelnr : longint;
{ this is set by the pai_label.init }
is_set : boolean;
constructor init;
constructor initdata;
function name:string;virtual;
end;
pasmsymbollist = ^tasmsymbollist;
tasmsymbollist = object(tdictionary)
end;
{ the short name makes typing easier }
pai = ^tai;
tai = object(tlinkedlist_item)
typ : tait;
{ pointer to record with optimizer info about this tai object }
optinfo : pointer;
fileinfo : tfileposinfo;
constructor init;
end;
pai_string = ^tai_string;
tai_string = object(tai)
str : pchar;
{ extra len so the string can contain an \0 }
len : longint;
constructor init(const _str : string);
constructor init_pchar(_str : pchar);
constructor init_length_pchar(_str : pchar;length : longint);
destructor done;virtual;
end;
{ generates a common label }
pai_symbol = ^tai_symbol;
tai_symbol = object(tai)
sym : pasmsymbol;
is_global : boolean;
size : longint;
constructor init(_sym:PAsmSymbol;siz:longint);
constructor initname(const _name : string;siz:longint);
constructor initname_global(const _name : string;siz:longint);
end;
pai_symbol_end = ^tai_symbol_end;
tai_symbol_end = object(tai)
sym : pasmsymbol;
constructor init(_sym:PAsmSymbol);
constructor initname(const _name : string);
end;
pai_label = ^tai_label;
tai_label = object(tai)
l : pasmlabel;
is_global : boolean;
constructor init(_l : pasmlabel);
end;
pai_direct = ^tai_direct;
tai_direct = object(tai)
str : pchar;
constructor init(_str : pchar);
destructor done; virtual;
end;
{ to insert a comment into the generated assembler file }
pai_asm_comment = ^tai_asm_comment;
tai_asm_comment = object(tai)
str : pchar;
constructor init(_str : pchar);
destructor done; virtual;
end;
{ alignment for operator }
{$ifndef alignreg}
pai_align = ^tai_align;
tai_align = object(tai)
{$else alignreg}
pai_align_abstract = ^tai_align_abstract;
tai_align_abstract = object(tai)
{$endif alignreg}
aligntype : byte; { 1 = no align, 2 = word align, 4 = dword align }
fillsize : byte; { real size to fill }
fillop : byte; { value to fill with - optional }
use_op : boolean;
constructor init(b:byte);
constructor init_op(b: byte; _op: byte);
end;
{ Insert a section/segment directive }
pai_section = ^tai_section;
tai_section = object(tai)
sec : tsection;
constructor init(s : tsection);
end;
{ generates an uninitializised data block }
pai_datablock = ^tai_datablock;
tai_datablock = object(tai)
sym : pasmsymbol;
size : longint;
is_global : boolean;
constructor init(const _name : string;_size : longint);
constructor init_global(const _name : string;_size : longint);
end;
{ generates a long integer (32 bit) }
pai_const = ^tai_const;
tai_const = object(tai)
value : longint;
constructor init_32bit(_value : longint);
constructor init_16bit(_value : word);
constructor init_8bit(_value : byte);
end;
pai_const_symbol = ^tai_const_symbol;
tai_const_symbol = object(tai)
sym : pasmsymbol;
offset : longint;
constructor init(_sym:PAsmSymbol);
constructor init_offset(_sym:PAsmSymbol;ofs:longint);
constructor init_rva(_sym:PAsmSymbol);
constructor initname(const name:string);
constructor initname_offset(const name:string;ofs:longint);
constructor initname_rva(const name:string);
end;
{ generates a single (32 bit real) }
pai_real_32bit = ^tai_real_32bit;
tai_real_32bit = object(tai)
value : ts32real;
constructor init(_value : ts32real);
end;
{ generates a double (64 bit real) }
pai_real_64bit = ^tai_real_64bit;
tai_real_64bit = object(tai)
value : ts64real;
constructor init(_value : ts64real);
end;
{ generates an extended (80 bit real) }
pai_real_80bit = ^tai_real_80bit;
tai_real_80bit = object(tai)
value : ts80real;
constructor init(_value : ts80real);
end;
{ generates an comp (integer over 64 bits) }
pai_comp_64bit = ^tai_comp_64bit;
tai_comp_64bit = object(tai)
value : ts64comp;
constructor init(_value : ts64comp);
end;
{ insert a cut to split into several smaller files }
tcutplace=(cut_normal,cut_begin,cut_end);
pai_cut = ^tai_cut;
tai_cut = object(tai)
place : tcutplace;
constructor init;
constructor init_begin;
constructor init_end;
end;
TMarker = (NoPropInfoStart, NoPropInfoEnd, AsmBlockStart, AsmBlockEnd);
pai_marker = ^tai_marker;
tai_marker = object(tai)
Kind: TMarker;
Constructor init(_Kind: TMarker);
end;
paitempalloc = ^taitempalloc;
taitempalloc = object(tai)
allocation : boolean;
temppos,
tempsize : longint;
constructor alloc(pos,size:longint);
constructor dealloc(pos,size:longint);
end;
{ for each processor define the best precision }
{ bestreal is defined in globals }
{$ifdef i386}
const
ait_bestreal = ait_real_80bit;
type
pai_bestreal = pai_real_80bit;
tai_bestreal = tai_real_80bit;
{$endif i386}
{$ifdef m68k}
const
ait_bestreal = ait_real_32bit;
type
pai_bestreal = pai_real_32bit;
tai_bestreal = tai_real_32bit;
{$endif m68k}
paasmoutput = ^taasmoutput;
taasmoutput = object(tlinkedlist)
function getlasttaifilepos : pfileposinfo;
end;
const
{ maximum of aasmoutput lists there will be }
maxoutputlists = 10;
var
{ temporary lists }
exprasmlist,
{ default lists }
datasegment,codesegment,bsssegment,
debuglist,consts,
importssection,exportssection,
resourcesection,rttilist,
resourcestringlist : paasmoutput;
{ asm symbol list }
asmsymbollist : pasmsymbollist;
const
nextaltnr : longint = 1;
nextlabelnr : longint = 1;
countlabelref : boolean = true;
{ make l as a new label }
procedure getlabel(var l : pasmlabel);
{ make l as a new label and flag is_data }
procedure getdatalabel(var l : pasmlabel);
{just get a label number }
procedure getlabelnr(var l : longint);
function newasmsymbol(const s : string) : pasmsymbol;
function newasmsymboltyp(const s : string;_typ:TAsmSymType) : pasmsymbol;
function getasmsymbol(const s : string) : pasmsymbol;
function renameasmsymbol(const sold, snew : string):pasmsymbol;
procedure ResetAsmsymbolList;
procedure ResetAsmSymbolListAltSymbol;
procedure CheckAsmSymbolListUndefined;
implementation
uses
strings,files,verbose;
{****************************************************************************
TAI
****************************************************************************}
constructor tai.init;
begin
optinfo := nil;
fileinfo:=aktfilepos;
end;
{****************************************************************************
TAI_SECTION
****************************************************************************}
constructor tai_section.init(s : tsection);
begin
inherited init;
typ:=ait_section;
sec:=s;
end;
{****************************************************************************
TAI_DATABLOCK
****************************************************************************}
constructor tai_datablock.init(const _name : string;_size : longint);
begin
inherited init;
typ:=ait_datablock;
sym:=newasmsymboltyp(_name,AS_LOCAL);
size:=_size;
is_global:=false;
end;
constructor tai_datablock.init_global(const _name : string;_size : longint);
begin
inherited init;
typ:=ait_datablock;
sym:=newasmsymboltyp(_name,AS_GLOBAL);
size:=_size;
is_global:=true;
end;
{****************************************************************************
TAI_SYMBOL
****************************************************************************}
constructor tai_symbol.init(_sym:PAsmSymbol;siz:longint);
begin
inherited init;
typ:=ait_symbol;
sym:=_sym;
size:=siz;
is_global:=(sym^.typ=AS_GLOBAL);
end;
constructor tai_symbol.initname(const _name : string;siz:longint);
begin
inherited init;
typ:=ait_symbol;
sym:=newasmsymboltyp(_name,AS_LOCAL);
size:=siz;
is_global:=false;
end;
constructor tai_symbol.initname_global(const _name : string;siz:longint);
begin
inherited init;
typ:=ait_symbol;
sym:=newasmsymboltyp(_name,AS_GLOBAL);
size:=siz;
is_global:=true;
end;
{****************************************************************************
TAI_SYMBOL
****************************************************************************}
constructor tai_symbol_end.init(_sym:PAsmSymbol);
begin
inherited init;
typ:=ait_symbol_end;
sym:=_sym;
end;
constructor tai_symbol_end.initname(const _name : string);
begin
inherited init;
typ:=ait_symbol_end;
sym:=newasmsymboltyp(_name,AS_GLOBAL);
end;
{****************************************************************************
TAI_CONST
****************************************************************************}
constructor tai_const.init_32bit(_value : longint);
begin
inherited init;
typ:=ait_const_32bit;
value:=_value;
end;
constructor tai_const.init_16bit(_value : word);
begin
inherited init;
typ:=ait_const_16bit;
value:=_value;
end;
constructor tai_const.init_8bit(_value : byte);
begin
inherited init;
typ:=ait_const_8bit;
value:=_value;
end;
{****************************************************************************
TAI_CONST_SYMBOL_OFFSET
****************************************************************************}
constructor tai_const_symbol.init(_sym:PAsmSymbol);
begin
inherited init;
typ:=ait_const_symbol;
sym:=_sym;
offset:=0;
{ update sym info }
inc(sym^.refs);
end;
constructor tai_const_symbol.init_offset(_sym:PAsmSymbol;ofs:longint);
begin
inherited init;
typ:=ait_const_symbol;
sym:=_sym;
offset:=ofs;
{ update sym info }
inc(sym^.refs);
end;
constructor tai_const_symbol.init_rva(_sym:PAsmSymbol);
begin
inherited init;
typ:=ait_const_rva;
sym:=_sym;
offset:=0;
{ update sym info }
inc(sym^.refs);
end;
constructor tai_const_symbol.initname(const name:string);
begin
inherited init;
typ:=ait_const_symbol;
sym:=newasmsymbol(name);
offset:=0;
{ update sym info }
inc(sym^.refs);
end;
constructor tai_const_symbol.initname_offset(const name:string;ofs:longint);
begin
inherited init;
typ:=ait_const_symbol;
sym:=newasmsymbol(name);
offset:=ofs;
{ update sym info }
inc(sym^.refs);
end;
constructor tai_const_symbol.initname_rva(const name:string);
begin
inherited init;
typ:=ait_const_rva;
sym:=newasmsymbol(name);
offset:=0;
{ update sym info }
inc(sym^.refs);
end;
{****************************************************************************
TAI_real_32bit
****************************************************************************}
constructor tai_real_32bit.init(_value : ts32real);
begin
inherited init;
typ:=ait_real_32bit;
value:=_value;
end;
{****************************************************************************
TAI_real_64bit
****************************************************************************}
constructor tai_real_64bit.init(_value : ts64real);
begin
inherited init;
typ:=ait_real_64bit;
value:=_value;
end;
{****************************************************************************
TAI_real_80bit
****************************************************************************}
constructor tai_real_80bit.init(_value : ts80real);
begin
inherited init;
typ:=ait_real_80bit;
value:=_value;
end;
{****************************************************************************
Tai_comp_64bit
****************************************************************************}
constructor tai_comp_64bit.init(_value : ts64comp);
begin
inherited init;
typ:=ait_comp_64bit;
value:=_value;
end;
{****************************************************************************
TAI_STRING
****************************************************************************}
constructor tai_string.init(const _str : string);
begin
inherited init;
typ:=ait_string;
getmem(str,length(_str)+1);
strpcopy(str,_str);
len:=length(_str);
end;
constructor tai_string.init_pchar(_str : pchar);
begin
inherited init;
typ:=ait_string;
str:=_str;
len:=strlen(_str);
end;
constructor tai_string.init_length_pchar(_str : pchar;length : longint);
begin
inherited init;
typ:=ait_string;
str:=_str;
len:=length;
end;
destructor tai_string.done;
begin
{ you can have #0 inside the strings so }
if str<>nil then
freemem(str,len+1);
inherited done;
end;
{****************************************************************************
TAI_LABEL
****************************************************************************}
constructor tai_label.init(_l : pasmlabel);
begin
inherited init;
typ:=ait_label;
l:=_l;
l^.is_set:=true;
is_global:=(l^.typ=AS_GLOBAL);
end;
{****************************************************************************
TAI_DIRECT
****************************************************************************}
constructor tai_direct.init(_str : pchar);
begin
inherited init;
typ:=ait_direct;
str:=_str;
end;
destructor tai_direct.done;
begin
strdispose(str);
inherited done;
end;
{****************************************************************************
TAI_ASM_COMMENT comment to be inserted in the assembler file
****************************************************************************}
constructor tai_asm_comment.init(_str : pchar);
begin
inherited init;
typ:=ait_comment;
str:=_str;
end;
destructor tai_asm_comment.done;
begin
strdispose(str);
inherited done;
end;
{****************************************************************************
TAI_ALIGN
****************************************************************************}
{$ifndef alignreg}
constructor tai_align.init(b: byte);
{$else alignreg}
constructor tai_align_abstract.init(b: byte);
{$endif alignreg}
begin
inherited init;
typ:=ait_align;
if b in [1,2,4,8,16,32] then
aligntype := b
else
aligntype := 1;
fillsize:=0;
fillop:=0;
use_op:=false;
end;
{$ifndef alignreg}
constructor tai_align.init_op(b: byte; _op: byte);
{$else alignreg}
constructor tai_align_abstract.init_op(b: byte; _op: byte);
{$endif alignreg}
begin
inherited init;
typ:=ait_align;
if b in [1,2,4,8,16,32] then
aligntype := b
else
aligntype := 1;
fillsize:=0;
fillop:=_op;
use_op:=true;
end;
{****************************************************************************
TAI_CUT
****************************************************************************}
constructor tai_cut.init;
begin
inherited init;
typ:=ait_cut;
place:=cut_normal;
end;
constructor tai_cut.init_begin;
begin
inherited init;
typ:=ait_cut;
place:=cut_begin;
end;
constructor tai_cut.init_end;
begin
inherited init;
typ:=ait_cut;
place:=cut_end;
end;
{****************************************************************************
Tai_Marker
****************************************************************************}
Constructor Tai_Marker.Init(_Kind: TMarker);
Begin
Inherited Init;
typ := ait_marker;
Kind := _Kind;
End;
{*****************************************************************************
TaiTempAlloc
*****************************************************************************}
constructor taitempalloc.alloc(pos,size:longint);
begin
inherited init;
typ:=ait_tempalloc;
allocation:=true;
temppos:=pos;
tempsize:=size;
end;
constructor taitempalloc.dealloc(pos,size:longint);
begin
inherited init;
typ:=ait_tempalloc;
allocation:=false;
temppos:=pos;
tempsize:=size;
end;
{*****************************************************************************
AsmSymbol
*****************************************************************************}
constructor tasmsymbol.init(const s:string;_typ:TAsmsymtype);
begin;
inherited initname(s);
reset;
typ:=_typ;
end;
procedure tasmsymbol.GenerateAltSymbol;
begin
if not assigned(altsymbol) then
begin
new(altsymbol,init(name+'_'+tostr(nextaltnr),typ));
{ also copy the amount of references }
altsymbol^.refs:=refs;
inc(nextaltnr);
end;
end;
procedure tasmsymbol.reset;
begin
section:=sec_none;
address:=0;
size:=0;
idx:=-1;
typ:=AS_EXTERNAL;
proclocal:=false;
{ mainly used to remove unused labels from the codesegment }
refs:=0;
end;
function tasmsymbol.is_used:boolean;
begin
is_used:=(refs>0);
end;
procedure tasmsymbol.setaddress(sec:tsection;offset,len:longint);
begin
section:=sec;
address:=offset;
size:=len;
end;
{*****************************************************************************
AsmLabel
*****************************************************************************}
constructor tasmlabel.init;
begin;
labelnr:=nextlabelnr;
inc(nextlabelnr);
inherited init(target_asm.labelprefix+tostr(labelnr),AS_LOCAL);
proclocal:=true;
is_set:=false;
end;
constructor tasmlabel.initdata;
begin;
labelnr:=nextlabelnr;
inc(nextlabelnr);
if (cs_create_smart in aktmoduleswitches) then
inherited init('_$'+current_module^.modulename^+'$_L'+tostr(labelnr),AS_GLOBAL)
else
inherited init(target_asm.labelprefix+tostr(labelnr),AS_LOCAL);
is_set:=false;
{ write it always }
refs:=1;
end;
function tasmlabel.name:string;
begin
name:=inherited name;
inc(refs);
end;
{*****************************************************************************
AsmSymbolList helpers
*****************************************************************************}
function newasmsymbol(const s : string) : pasmsymbol;
var
hp : pasmsymbol;
begin
hp:=pasmsymbol(asmsymbollist^.search(s));
if assigned(hp) then
begin
newasmsymbol:=hp;
exit;
end;
{ Not found, insert it as an External }
hp:=new(pasmsymbol,init(s,AS_EXTERNAL));
asmsymbollist^.insert(hp);
newasmsymbol:=hp;
end;
function newasmsymboltyp(const s : string;_typ:TAsmSymType) : pasmsymbol;
var
hp : pasmsymbol;
begin
hp:=pasmsymbol(asmsymbollist^.search(s));
if assigned(hp) then
begin
hp^.typ:=_typ;
newasmsymboltyp:=hp;
exit;
end;
{ Not found, insert it as an External }
hp:=new(pasmsymbol,init(s,_typ));
asmsymbollist^.insert(hp);
newasmsymboltyp:=hp;
end;
function getasmsymbol(const s : string) : pasmsymbol;
begin
getasmsymbol:=pasmsymbol(asmsymbollist^.search(s));
end;
{ renames an asmsymbol }
function renameasmsymbol(const sold, snew : string):pasmsymbol;
begin
renameasmsymbol:=pasmsymbol(asmsymbollist^.rename(sold,snew));
end;
procedure ResetAsmSym(p:Pnamedindexobject);{$ifndef FPC}far;{$endif}
begin
pasmsymbol(p)^.reset;
end;
procedure ResetAsmsymbolList;
begin
asmsymbollist^.foreach({$ifndef TP}@{$endif}resetasmsym);
end;
procedure ResetAltSym(p:Pnamedindexobject);{$ifndef FPC}far;{$endif}
begin
pasmsymbol(p)^.altsymbol:=nil;
end;
procedure ResetAsmSymbolListAltSymbol;
begin
asmsymbollist^.foreach({$ifndef TP}@{$endif}resetaltsym);
end;
procedure checkundefinedasmsym(p:Pnamedindexobject);{$ifndef FPC}far;{$endif}
begin
if (pasmsymbol(p)^.refs>0) and
(pasmsymbol(p)^.section=Sec_none) and
(pasmsymbol(p)^.typ<>AS_EXTERNAL) then
Message1(asmw_e_undefined_label,pasmsymbol(p)^.name);
end;
procedure CheckAsmSymbolListUndefined;
begin
asmsymbollist^.foreach({$ifndef TP}@{$endif}checkundefinedasmsym);
end;
{*****************************************************************************
Label Helpers
*****************************************************************************}
procedure getlabel(var l : pasmlabel);
begin
l:=new(pasmlabel,init);
asmsymbollist^.insert(l);
end;
procedure getdatalabel(var l : pasmlabel);
begin
l:=new(pasmlabel,initdata);
asmsymbollist^.insert(l);
end;
procedure RegenerateLabel(var l : pasmlabel);
begin
if l^.proclocal then
getlabel(pasmlabel(l^.altsymbol))
else
getdatalabel(pasmlabel(l^.altsymbol));
end;
procedure getlabelnr(var l : longint);
begin
l:=nextlabelnr;
inc(nextlabelnr);
end;
{*****************************************************************************
TAAsmOutput
*****************************************************************************}
function taasmoutput.getlasttaifilepos : pfileposinfo;
begin
if assigned(last) then
getlasttaifilepos:=@pai(last)^.fileinfo
else
getlasttaifilepos:=nil;
end;
end.
{
$Log$
Revision 1.70 2000-01-07 01:14:18 peter
* updated copyright to 2000
Revision 1.69 1999/12/22 01:01:46 peter
- removed freelabel()
* added undefined label detection in internal assembler, this prevents
a lot of ld crashes and wrong .o files
* .o files aren't written anymore if errors have occured
* inlining of assembler labels is now correct
Revision 1.68 1999/11/06 14:34:16 peter
* truncated log to 20 revs
Revision 1.67 1999/11/05 16:01:45 jonas
+ first implementation of choosing least used register for alignment code
(not yet working, between ifdef alignreg)
Revision 1.66 1999/11/02 15:06:56 peter
* import library fixes for win32
* alignment works again
Revision 1.65 1999/10/27 16:11:27 peter
* insns.dat is used to generate all i386*.inc files
Revision 1.64 1999/09/20 16:38:51 peter
* cs_create_smart instead of cs_smartlink
* -CX is create smartlink
* -CD is create dynamic, but does nothing atm.
Revision 1.63 1999/09/16 23:05:51 florian
* m68k compiler is again compilable (only gas writer, no assembler reader)
Revision 1.62 1999/09/15 20:35:37 florian
* small fix to operator overloading when in MMX mode
+ the compiler uses now fldz and fld1 if possible
+ some fixes to floating point registers
+ some math. functions (arctan, ln, sin, cos, sqrt, sqr, pi) are now inlined
* .... ???
Revision 1.61 1999/09/08 15:01:29 jonas
* some small changes so the noew optimizer is again compilable
Revision 1.60 1999/08/06 15:30:17 florian
+ cpu flags added, mainly for the new cg
Revision 1.59 1999/08/05 15:51:01 michael
* Added ait_frame, ait_ent
Revision 1.58 1999/08/04 00:39:56 michael
+ Added ait_frame
Revision 1.57 1999/08/02 21:01:41 michael
* Moved toperand type back =(
Revision 1.56 1999/08/02 20:45:47 michael
* Moved toperand type to aasm
Revision 1.55 1999/08/01 23:55:55 michael
* Moved taitempalloc
Revision 1.54 1999/07/29 20:53:55 peter
* write .size also
Revision 1.53 1999/07/22 09:37:28 florian
+ resourcestring implemented
+ start of longstring support
Revision 1.52 1999/07/03 00:26:01 peter
* ag386bin doesn't destroy the aasmoutput lists anymore
Revision 1.51 1999/06/02 22:43:57 pierre
* previous wrong log corrected
Revision 1.50 1999/06/02 22:25:24 pierre
* changed $ifdef FPC @ into $ifndef TP
Revision 1.49 1999/06/01 14:45:41 peter
* @procvar is now always needed for FPC
Revision 1.48 1999/05/28 09:11:39 peter
* also count ref when asmlabel^.name is used
}