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/*

 * Copyright (c) 2002-2005 The TenDRA Project <http://www.tendra.org/>.

 * All rights reserved.

 *

 * Redistribution and use in source and binary forms, with or without

 * modification, are permitted provided that the following conditions are met:

 *

 * 1. Redistributions of source code must retain the above copyright notice,

 *    this list of conditions and the following disclaimer.

 * 2. Redistributions in binary form must reproduce the above copyright notice,

 *    this list of conditions and the following disclaimer in the documentation

 *    and/or other materials provided with the distribution.

 * 3. Neither the name of The TenDRA Project nor the names of its contributors

 *    may be used to endorse or promote products derived from this software

 *    without specific, prior written permission.

 *

 * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS ``AS

 * IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,

 * THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR

 * PURPOSE ARE DISCLAIMED.  IN NO EVENT SHALL THE COPYRIGHT HOLDERS OR

 * CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,

 * EXEMPLARY OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,

 * PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;

 * OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,

 * WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR

 * OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF

 * ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

 *

 * $Id$

 */

/*

    		 Crown Copyright (c) 1997

    This TenDRA(r) Computer Program is subject to Copyright

    owned by the United Kingdom Secretary of State for Defence

    acting through the Defence Evaluation and Research Agency

    (DERA).  It is made available to Recipients with a

    royalty-free licence for its use, reproduction, transfer

    to other parties and amendment for any purpose not excluding

    product development provided that any such use et cetera

    shall be deemed to be acceptance of the following conditions:-

        (1) Its Recipients shall ensure that this Notice is

        reproduced upon any copies or amended versions of it;

        (2) Any amended version of it shall be clearly marked to

        show both the nature of and the organisation responsible

        for the relevant amendment or amendments;

        (3) Its onward transfer from a recipient to another

        party shall be deemed to be that party's acceptance of

        these conditions;

        (4) DERA gives no warranty or assurance as to its

        quality or suitability for any purpose and DERA accepts

        no liability whatsoever in relation to any use to which

        it may be put.

*/

/* 80x86/expmacs.h */

/**********************************************************************

$Author: release $

$Date: 1998/01/17 15:55:51 $

$Revision: 1.1.1.1 $

$Log: expmacs.h,v $

 * Revision 1.1.1.1  1998/01/17  15:55:51  release

 * First version to be checked into rolling release.

 *

 * Revision 1.15  1997/10/23  09:37:00  pwe

 * extra_diags

 *

 * Revision 1.14  1997/10/10  18:25:07  pwe

 * prep ANDF-DE revision

 *

 * Revision 1.13  1997/04/23  16:24:42  pwe

 * added constovf

 *

 * Revision 1.12  1996/12/13  14:39:24  pwe

 * prep NEWDIAGS

 *

 * Revision 1.11  1996/12/10  15:11:34  pwe

 * prep NEWDIAGS

 *

 * Revision 1.10  1996/02/22  10:03:36  pwe

 * sco diag recursive struct (& clearinlined)

 *

 * Revision 1.9  1995/09/22  16:29:18  pwe

 * setoutpar introduced

 *

 * Revision 1.8  1995/09/05  16:24:48  pwe

 * specials and exception changes

 *

 * Revision 1.7  1995/09/01  17:30:01  pwe

 * traps and Build scripts

 *

 * Revision 1.6  1995/08/30  16:06:30  pwe

 * prepare exception trapping

 *

 * Revision 1.5  1995/08/14  13:53:33  pwe

 * several corrections, tail calls and error jumps

 *

 * Revision 1.4  1995/08/04  08:29:18  pwe

 * 4.0 general procs implemented

 *

 * Revision 1.3  1995/07/07  15:22:16  pwe

 * prepare for 4.0, and correct PIC switch

 *

 * Revision 1.2  1995/01/30  12:56:10  pwe

 * Ownership -> PWE, tidy banners

 *

 * Revision 1.1  1994/10/27  14:15:22  jmf

 * Initial revision

 *

 * Revision 1.1  1994/07/12  14:31:17  jmf

 * Initial revision

 *

**********************************************************************/

#ifndef expmacs_key

#define expmacs_key 1

#define nilexp (exp)0

/* main components of exp */

#define son(x)		((x)->sonf.e)

#define bro(x)		((x)->brof.e)

#define last(x)		(int)((x)->lastf)

#define name(x)		(x)->namef

#define sh(x)		(x)->shf

#define pt(x)		((x)->ptf.e)

#define props(x)	(x) ->propsf

#define no(x)		((x)->numf.l)

#define parked(x)	((x)->park)

#ifdef NEWDIAGS

#define dgf(x)		((x)->diagf)

#endif

/* alternative components of exp */

#define brog(x)		((x)->brof.glob)

#define nostr(x)	((x)->numf.str)

#define ptno(x)		((x)->ptf.l)

#define sonno(x)	((x)->sonf.l)

#define fno(x)		((x)->numf.f)

#ifndef NEWDIAGS

#define dno(x)		((x)->numf.d)

#endif

#define uno(x)		((x)->numf.ui)

/* ntests */

#define test_number(x)		(ntest)((x)->propsf & 0x1f)

#define settest_number(x, t)	(x)->propsf = (prop)(((x)->propsf & 0xe0) | \

						     (int)(t))

/* rounding */

#define round_number(x)		((x)->propsf >> 3)

#define setround_number(x, r)	(x)->propsf = (prop)(((x)->propsf & 0x7) | \

						     (r << 3))

/* error handling macros */

#define errhandle(x)		((x)->propsf & 0x7)

#define optop(x)		((int)errhandle(x) <= 2)

#define seterrhandle(x, e)	(x)->propsf = (prop)(((x)->propsf & 0xf8) | \

						     (e))

/* properties of constructions with EXCEPTIONS */

#define setjmp_dest(r, d)	{(r)->ptf.e = (d); ++no(son(d));}

#define isov(x)			(errhandle(x) == 0x4)

#define istrap(x)		(((x)->propsf & 0x3) == 0x3)

/* setting macros for components of exp */

#define setbro(x, b)	(x)->brof.e = (b)

#define setsh(x, b)	(x)->shf = (b)

#define setson(x, b)	(x)->sonf.e = (b)

#define setpt(x, b)	(x)->ptf.e = (b)

#define setlast(x)	(x)->lastf = 1

#define clearlast(x)	(x)->lastf = 0

#define setname(x, n)	(x)->namef = (n)

#define setfather(f, s)	(s)->brof.e = (f); (s)->lastf = 1

/* components of shapes */

#define shape_size(x)	((x)->numf.l)

#define shape_align(x)	((x)->brof.ald->al.al_val.al)

#define align_of(x)	((x)->brof.ald)

#define al1(x)		((x)->sonf.ald->al.al_val.al)

#define al1_of(x)	((x)->sonf.ald)

#define al2(x)		((x)->ptf.ald->al.al_val.al)

#define al2_of(x)	((x)->ptf.ald)

#define is_signed(x)	(int)((x)->lastf)

#define frame_al_of_ptr(x)	(x)->sonf.ald->al.al_val.al_frame

#define frame_al1_of_offset(x)	(x)->sonf.ald->al.al_val.al_frame

#define al_includes_vcallees 16

#define al_includes_caller_args 6

/* properties of IDENT_TAG */

#define setvar(e)	props(e) = (prop)(props(e) | 0x01)

  /* sets the property of a declaration to isvar (is a variable)*/

#define clearvar(e)	props(e) = (prop)(props(e) & ~0x01)

  /* sets the property of a declaration to !isvar */

#define setid(e)	props(e) = (prop)(props(e) & ~0x01)

  /* sets the property of a declaration to !isvar */

#define isvar(e)	(props(e) & 0x01)

  /* tests the property of a declaration as above */

#define setvis(e)	props(e) = (prop)(props(e) | 0x02)

  /* sets the property of a declaration to in memory */

#define isvis(e)	(props(e) & 0x02)

  /* tests if a declaration is to be in memory */

#define setenvoff(e)	props(e) = (prop)(props(e) | 0x04)

  /* sets the property of a declaration to visible */

#define isenvoff(e)	(props(e) & 0x04)

  /* tests if a declaration is to be visible */

#define setcaonly(e)	props(e) = (prop)(props(e) | 0x08)

  /* sets the property of a variable declaration to show that it is only

     operated on by contents and assign operations */

#define clearcaonly(e)	props(e) = (prop)(props(e) & ~0x08)

#define iscaonly(e)	(props(e) & 0x08)

  /* tests the above property */

#define setusereg(e)	props(e) = (prop)(props(e) | 0x10)

  /* sets the property of a declaration to recommend the use of

     a register */

#define isusereg(e)	(props(e) & 0x10)

  /* tests a declaration for a register recommendation */

#define clearusereg(e)	props(e) = (prop)(props(e) & ~0x10)

#define setparam(x)	props(x) = (prop)(props(x) | 0x20)

#define clearparam(x)	props(x) = (prop)(props(x) & ~0x20)

#define isparam(x)	(props(x) & 0x20)

#define setglob(e)	props(e) = (prop)(props(e) | 0x40)

  /* sets property of declaration to be global, in this case

     bro(e) will be the index of the declaration */

#define clearglob(e)	props(e) &= ~0x40

#define isglob(e)	(props(e) & 0x40)

  /* tests the above property */

#define setcopy(e)	props(e) = (prop)(props(e) | 0x80)

  /* set a flag used during copy : also used for LABST_TAG */

#define clearcopy(e)	props(e) = (prop)(props(e) & ~0x80)

  /* clear a flag used during copy */

#define copying(e)	(props(e) & 0x80)

  /* test the flag used during copying */

/* Set in weights and used in coder. At this time no copying */

#define set_intnl_call(x)	props(x) = (prop)(props(x) | 0x80)

#define has_intnl_call(x)	(props(x) & 0x80)

/* variable has had the no-sign-extension opt. (80x86 only) */

#define setse_opt(x)	props(x) = (prop)(props(x) | 0x400)

#define isse_opt(x)	(props(x) & 0x400)

#define setinlined(x)	props(x) = (prop)(props(x) | 0x200)

#define isinlined(x)	(props(x) & 0x200)

#define clearinlined(x)	props(x) &= ~0x200

/* variable is used both as byte and long (80x86 only) */

#define setbyteuse(x)	props(x) = (prop)(props(x) | 0x800)

#define isbyteuse(x)	(props(x) & 0x800)

/* parameter used for output (needs only to be in memory for 80x86) */

#define setoutpar(x)	setvis(x)

#define isoutpar(x)	isvis(x)

#define clearoutpar(x)

/* properties of PROC_TAG construction */

#define set_struct_res(x)	props(x) = (prop)(props(x) | 0x1)

#define has_struct_res(x)	(props(x) & 0x1)

#define set_loc_address(x)	props(x) = (prop)(props(x) | 0x2)

#define loc_address(x)		(props(x) & 0x2)

#define set_proc_has_setjmp(x)	props(x) = (prop)(props(x) | 0x4)

#define proc_has_setjmp(x)	(props(x) & 0x4)

#define set_proc_has_alloca(x)	props(x) = (prop)(props(x) | 0x8)

#define proc_has_alloca(x)	(props(x) & 0x8)

#define set_proc_has_lv(x)	props(x) = (prop)(props(x) | 0x10)

#define proc_has_lv(x)		(props(x) & 0x10)

#define isrecursive(x)		(props(x) & 0x20)

#define setrecursive(x)		props(x) = (prop)(props(x) | 0x20)

#define set_proc_uses_crt_env(x)	props(x) = (prop)(props(x) | 0x40)

#define proc_uses_crt_env(x)		(props(x) & 0x40)

#define set_proc_uses_external(x)	props(x) = (prop)(props(x) | 0x80)

#define proc_uses_external(x)		(props(x) & 0x80)

	/* used for diags, after code production */

#define set_proc_has_fp(x)	props(x) = (prop)(props(x) | 0x100)

#define clear_proc_has_fp(x)	props(x) &= ~0x100

#define proc_has_fp(x)		(props(x) & 0x100)

/*set property of SOLVE_TAG construction */

#define setcrtsolve(x)	props(x) =1

/* properties of pt of REP_TAG and SOLVE_TAG during copy */

#define set_copying_solve(x)	props(x) = (prop)(props(x) | 1)

#define clear_copying_solve(x)	props(x) = (prop)(props(x) & ~0x01)

/* properties of MOVECONT_TAG construction */

#define setnooverlap(x)	props(x) = (prop)(props(x) | 0x01)

#define isnooverlap(x)	(props(x) & 0x01)

/* properties of CONT_TAG construction */

#define set_propagate(x)	props(x) = (prop)(props(x) | 0x1)

#define to_propagate(x)		(props(x) & 0x1)

#define clear_propagate(x)	props(x) = (prop)(props(x) & ~0x01)

/* various properties of LABST_TAG construction are used in exp.c */

#define set_loaded_lv(x)	props(x) = (prop)(props(x) | 0x10)

#define is_loaded_lv(x)		(props(x) & 0x10)

#define setunroll(x)		props(x) = (prop)(props(x) | 0x04)

#define clearunroll(x)		props(x) = (prop)(props(x) & ~0x04)

#define isunroll(x)		(props(x) & 0x04)

	/* see also setcopy */

#define set_dg_labmark(x)	props(x) = (prop)(props(x) | 0x800)

#define dg_labmark(x)		(props(x) & 0x800)

#define clear_dg_labmark(x)	props(x) = (prop)(props(x) & ~0x800)

/* properties of NAME_TAG construction */

#define setlastuse(x)	props(x) = (prop)(props(x) | 0x01)

#define islastuse(x)	(props(x) & 0x01)

#define setloadparam(x)	props(x) = (prop)(props(x) | 0x02)

#define isloadparam(x)	(props(x) & 0x02)

#define setreallyass(x)	props(x) = (prop)(props(x) | 0x04)

#define isreallyass(x)	(props(x) & 0x04)

#ifdef NEWDIAGS

#define setisdiaginfo(x)	props(x) = (prop)(props(x) | 0x08)

#define isdiaginfo(x)		(props(x) & 0x08)

#define setdiscarded(x)	props(x) = (prop)(props(x) | 0x10)

#define isdiscarded(x)	(props(x) & 0x10)

#endif

/* properties of STRING_TAG construction */

#define string_char_size(e)	props(e)

/* properties of VAL_TAG construction */

#define setbigval(x)	props(x) = (prop)(props(x) | 0x01)

#define clearbigval(x)	props(x) = (prop)(props(x) & ~0x01)

#define isbigval(x)	(props(x) & 0x01)

#define setconstovf(x)	props(x) = (prop)(props(x) | 0x02)

#define constovf(x)	(props(x) & 0x02)

/* properties of REP_TAG construction */

#define setunrolled(x)	props(x) = (prop)(props(x) | 0x01)

#define isunrolled(x)	(props(x) & 0x01)

/* properties of APPLY_TAG construction */

#define settoinline(x)	props(x) = (prop)(props(x) | 0x01)

#define istoinline(x)	(props(x) & 0x01)

#define setbuiltin(x)	props(x) = (prop)(props(x) | 0x8000)

#define builtinproc(x)	(props(x) & 0x8000)	/* trans386 special */

/* properties of ASM construction */

#define asm_string(x)	(props(x) & 0x01)

#define asm_in(x)	(props(x) & 0x02)

#define asm_out(x)	(props(x) & 0x04)

#define asm_ptr(x)	(props(x) & 0x08)

#define asm_var(x)	(props(x) & 0x0c)	/* out | ptr */

/* properties of alloca constructions */

#define set_checkalloc(x)	props(x) |= 1;

#define checkalloc(x)		(props(x) & 1)

/* properties of jump record */

#define fstack_pos_of(x)	(x)->propsf

#define set_callee(id)			setname(son(id), formal_callee_tag)

#define set_make_procprops(e, p)	props(e) |= ((p) <<8)

#define proc_has_vcallees(e)		(props(e) & 0x200)

#define postlude_has_call(e)		(props(e) & 1)

#define call_has_vcallees(e)		(props(e) & 2)

#define proc_has_checkstack(e)		(props(e) & 0x800)

#define proc_has_vcallers(e)		(props(e) & 0x100)

#define proc_has_nolongj(e)		(props(e) & 0x1000)

#define set_proc_needs_envsize(x)	props(x) = (prop)(props(x) | 0x8000)

#define proc_needs_envsize(x)		(props(x) & 0x8000)

#define call_is_untidy(e)		(props(bro(son(e))) & 4)

#define call_has_checkstack(e)		(props(bro(son(e))) & 8)

/* rounding for alignment */

#define rounder(n,a)	(((n) + (a) - 1) / (a)) * (a)

#define align32	(32)

#define align16	(16)

#define align8	(8)

#define align1	(1)

#define size64	(64)

#define size32	(32)

#define size16	(16)

#define size8	(8)

#endif