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To: nobody@gcc.gnu.org
Cc: gcc-prs@gcc.gnu.org,
From: Bernd Paysan <bernd.paysan@gmx.de>
Subject: Re: optimization/8092: cross-jump triggers too often
Reply-To: Bernd Paysan <bernd.paysan@gmx.de>
X-SW-Source: 2002-10/txt/msg00132.txt.bz2
List-Id: <gcc-prs.sourceware.org>

The following reply was made to PR optimization/8092; it has been noted by GNATS.

From: Bernd Paysan <bernd.paysan@gmx.de>
To: Richard Henderson <rth@redhat.com>
Cc: rth@gcc.gnu.org, gcc-bugs@gcc.gnu.org, nobody@gcc.gnu.org,
	gcc-gnats@gcc.gnu.org
Subject: Re: optimization/8092: cross-jump triggers too often
Date: Fri, 4 Oct 2002 01:09:14 +0200

 --------------Boundary-00=_ENHF1A4EXVDXTE4NFNH3
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   charset="iso-8859-1"
 Content-Transfer-Encoding: quoted-printable
 
 On Tuesday 01 October 2002 20:55, Richard Henderson wrote:
 > On Tue, Oct 01, 2002 at 04:38:40PM +0200, Bernd Paysan wrote:
 > > Ok, here's engine.i (compressed with bzip2). The relevant function is
 > > engine.
 >
 > Well I'm horrified all right -- by the source.  For the record, I
 > wouldn't count on this thing working indefinitely.
 >
 > I had to modify it a bit to get it to compile with mainline.  The
 > use of asm register variables falls over the compiler's use of
 > __builtin_memset, which requires edi.  I wish I could give a proper
 > error message for this instead of ICE, but we don't save enough
 > information long enough for me to remember that this is the user's
 > fault.
 >
 > Anyway, I don't see anything that sticks out like a sore thumb wrt
 > either cross-jumping or gcse.  Can you be more specific?
 
 I patched GCC 3.2 and added a flag to disable cross-jumping (Sources from=
  SuSE=20
 8.1, without SuSE patches applied):
 
 -----------------------------fcross-jump.patch---------------------------=
 ------
 --- gcc-3.2/gcc/toplev.c~       2002-05-27 07:48:15.000000000 +0200
 +++ gcc-3.2/gcc/toplev.c        2002-10-03 21:28:10.000000000 +0200
 @@ -610,6 +610,10 @@
 =20
  int flag_syntax_only =3D 0;
 =20
 +/* Nonzero means perform crossjump optimization. */
 +
 +static int flag_crossjump =3D 0;
 +
  /* Nonzero means perform global cse.  */
 =20
  static int flag_gcse;
 @@ -1023,6 +1027,8 @@
     N_("Return 'short' aggregates in registers") },
    {"delayed-branch", &flag_delayed_branch, 1,
     N_("Attempt to fill delay slots of branch instructions") },
 +  {"cross-jump", &flag_crossjump, 1,
 +   N_("Perform crossjump optimization") },
    {"gcse", &flag_gcse, 1,
     N_("Perform the global common subexpression elimination") },
    {"gcse-lm", &flag_gcse_lm, 1,
 @@ -3286,7 +3292,7 @@
    /* Cross-jumping is O(N^3) on the number of edges, thus trying to
       perform cross-jumping on flow graphs which have a high connectivity
       will take a long time.  This is similar to the test to disable GCSE=
 =2E  */
 -  cleanup_crossjump =3D CLEANUP_CROSSJUMP;
 +  cleanup_crossjump =3D flag_crossjump ? CLEANUP_CROSSJUMP : 0;
    if (n_basic_blocks > 1000 && n_edges / n_basic_blocks >=3D 20)
      {
        if (optimize && warn_disabled_optimization)
 @@ -4701,6 +4707,7 @@
        flag_optimize_sibling_calls =3D 1;
        flag_cse_follow_jumps =3D 1;
        flag_cse_skip_blocks =3D 1;
 +      flag_crossjump =3D 1;
        flag_gcse =3D 1;
        flag_expensive_optimizations =3D 1;
        flag_strength_reduce =3D 1;
 -------------------------------------------------------------------------=
 ----------
 
 I changed the register allocation a bit (this is the current development=20
 branch of Gforth, not the release - new .i file in attachment). That's ho=
 w it=20
 looks with
 
 gcc -O2 -Wall -fomit-frame-pointer -fforce-addr -fforce-mem -march=3Dpent=
 ium=20
 -fno-defer-pop -fcaller-saves -fno-gcse -fno-cross-jump -S engine.b.i
 
 and searching for negl=09%ecx.
 
 =2EL96:
 =09addl=09$4, %ebx
 =09negl=09%ecx
 =09jmp=09*-4(%ebx)
 =2EL97:
 =09addl=09$4, %ebx
 =09incl=09%ecx
 =09jmp=09*-4(%ebx)
 =2EL98:
 =09addl=09$4, %ebx
 =09decl=09%ecx
 =09jmp=09*-4(%ebx)
 
 This is exactly how I want it to be.
 
 Now with cross jumps:
 
 gcc -O2 -Wall -fomit-frame-pointer -fforce-addr -fforce-mem -march=3Dpent=
 ium=20
 -fno-defer-pop -fcaller-saves -fno-gcse -S engine.b.i
 
 =2EL99:
 =09negl=09%ecx
 =09jmp=09.L1143
 =2EL100:
 =2EL205:
 =09incl=09%ecx
 =2EL206:
 =09jmp=09.L1143
 =2EL101:
 =2EL1182:
 =09decl=09%ecx
 =09jmp=09.L1143
 
 =2E..
 
 =2EL1143:
 =09addl=09$4, %ebx
 =2EL922:
 =09jmp=09*-4(%ebx)
 
 Apart from the superfluous jump, there's not much damage done here. Note =
 that=20
 this cross-jump pessimation not only introduces an unnecessary jump, but=20
 kills the branch prediction logic of modern x86 implementations, which=20
 usually predicts following primitives quite well. When there's only one=20
 central computed goto branch, the branch prediction logic fails. And ther=
 e's=20
 really no point in saving one byte with a 5-byte jump to a total of 6 byt=
 es=20
 instructions.
 
 But look at what happens when allowing global CSE:
 
 gcc -O2 -Wall -fomit-frame-pointer -fforce-addr -fforce-mem -march=3Dpent=
 ium=20
 -fno-defer-pop -fcaller-saves -S engine.b.i
 
 =2EL99:
 =09negl=09%ecx
 =09jmp=09.L1266
 =2EL100:
 =2EL205:
 =09incl=09%ecx
 =09jmp=09.L1266
 =2EL101:
 =2EL1496:
 =09decl=09%ecx
 =09jmp=09.L1266
 
 Seems to look the same, but look what happens at .L1266:
 
 =2EL1266:
 =09addl=09$4, %ebx
 =2EL1242:
 =09movl=09996(%esp), %edx
 =09addl=09$8, %edx
 =09movl=09%edx, 36(%esp)
 =2EL1274:
 =09leal=0916(%edi), %ebp
 =09leal=0912(%edi), %eax
 =09movl=09__ctype_toupper, %edx
 =09movl=09%ebp, 48(%esp)
 =09movl=09%eax, 52(%esp)
 =09movl=09%edx, 80(%esp)
 =2EL1267:
 =09leal=098(%edi), %ebp
 =09movl=09symbols.3+24, %eax
 =09movl=09%ebp, 60(%esp)
 =09movl=09%eax, 40(%esp)
 =2EL1335:
 =09movl=09stdin, %edx
 =09movl=09%edx, 84(%esp)
 =09jmp=09.L1244
 
 =2E..
 
 =2EL1244:
 =09movl=09stderr, %ebp
 =09leal=0912(%esi), %eax
 =09movl=09%ebp, 16(%esp)
 =09movl=09stdout, %edx
 =09leal=0920(%esi), %ebp
 =09movl=09%eax, 56(%esp)
 =09movl=09%ebp, 44(%esp)
 =09jmp=09.L971
 
 =2E..
 
 =2EL971:
 =09leal=094(%edi), %eax
 =09leal=0916(%esi), %ebp
 =09movl=09%eax, 68(%esp)
 =2EL922:
 =09leal=094(%esi), %eax
 =09movl=09%eax, 72(%esp)
 =2EL974:
 =09leal=098(%esi), %eax
 =09movl=09%eax, 64(%esp)
 =2EL923:
 =09jmp=09*-4(%ebx)
 
 Or without global jumps, but GCSE:
 
 gcc -O2 -Wall -fomit-frame-pointer -fforce-addr -fforce-mem -march=3Dpent=
 ium=20
 -fno-defer-pop -fcaller-saves -fno-cross-jump -S engine.b.i
 
 =2EL96:
 =09leal=0912(%edi), %eax
 =09leal=0916(%edi), %ebp
 =09movl=09996(%esp), %edx
 =09movl=09%eax, 52(%esp)
 =09movl=09symbols.3+24, %eax
 =09addl=09$8, %edx
 =09movl=09%ebp, 48(%esp)
 =09movl=09%eax, 40(%esp)
 =09leal=098(%edi), %ebp
 =09leal=0912(%esi), %eax
 =09movl=09%edx, 36(%esp)
 =09movl=09%ebp, 60(%esp)
 =09movl=09__ctype_toupper, %edx
 =09movl=09%eax, 56(%esp)
 =09movl=09stderr, %ebp
 =09leal=094(%edi), %eax
 =09movl=09%edx, 80(%esp)
 =09movl=09%ebp, 16(%esp)
 =09movl=09stdin, %edx
 =09movl=09%eax, 68(%esp)
 =09leal=0920(%esi), %ebp
 =09addl=09$4, %ebx
 =09leal=094(%esi), %eax
 =09movl=09%edx, 84(%esp)
 =09movl=09%ebp, 44(%esp)
 =09movl=09%eax, 72(%esp)
 =09negl=09%ecx
 =09leal=098(%esi), %eax
 =09movl=09stdout, %edx
 =09leal=0916(%esi), %ebp
 =09movl=09%eax, 64(%esp)
 =09jmp=09*-4(%ebx)
 =2EL97:
 =09leal=0912(%edi), %eax
 =09leal=0916(%edi), %ebp
 =09movl=09996(%esp), %edx
 =09movl=09%eax, 52(%esp)
 =09movl=09symbols.3+24, %eax
 =09addl=09$8, %edx
 =09movl=09%ebp, 48(%esp)
 =09movl=09%eax, 40(%esp)
 =09leal=098(%edi), %ebp
 =09leal=0912(%esi), %eax
 =09movl=09%edx, 36(%esp)
 =09movl=09%ebp, 60(%esp)
 =09movl=09__ctype_toupper, %edx
 =09movl=09%eax, 56(%esp)
 =09movl=09stderr, %ebp
 =09leal=094(%edi), %eax
 =09movl=09%edx, 80(%esp)
 =09movl=09%ebp, 16(%esp)
 =09movl=09stdin, %edx
 =09movl=09%eax, 68(%esp)
 =09leal=0920(%esi), %ebp
 =09addl=09$4, %ebx
 =09leal=094(%esi), %eax
 =09movl=09%edx, 84(%esp)
 =09movl=09%ebp, 44(%esp)
 =09movl=09%eax, 72(%esp)
 =09incl=09%ecx
 =09movl=09stdout, %edx
 =09leal=098(%esi), %eax
 =09leal=0916(%esi), %ebp
 =09movl=09%eax, 64(%esp)
 =09jmp=09*-4(%ebx)
 =2EL98:
 =09leal=0912(%edi), %eax
 =09leal=0916(%edi), %ebp
 =09movl=09996(%esp), %edx
 =09movl=09%eax, 52(%esp)
 =09movl=09symbols.3+24, %eax
 =09addl=09$8, %edx
 =09movl=09%ebp, 48(%esp)
 =09movl=09%eax, 40(%esp)
 =09leal=098(%edi), %ebp
 =09leal=0912(%esi), %eax
 =09movl=09%edx, 36(%esp)
 =09movl=09%ebp, 60(%esp)
 =09movl=09__ctype_toupper, %edx
 =09movl=09%eax, 56(%esp)
 =09movl=09stderr, %ebp
 =09leal=094(%edi), %eax
 =09movl=09%edx, 80(%esp)
 =09movl=09%ebp, 16(%esp)
 =09movl=09stdin, %edx
 =09movl=09%eax, 68(%esp)
 =09leal=0920(%esi), %ebp
 =09addl=09$4, %ebx
 =09leal=094(%esi), %eax
 =09movl=09%edx, 84(%esp)
 =09movl=09%ebp, 44(%esp)
 =09movl=09%eax, 72(%esp)
 =09decl=09%ecx
 =09movl=09stdout, %edx
 =09leal=098(%esi), %eax
 =09leal=0916(%esi), %ebp
 =09movl=09%eax, 64(%esp)
 =09jmp=09*-4(%ebx)
 
 I noticed a further problem. There's one primitive that converts a double=
 =20
 float to a long long. I moved that conversion out into a function=20
 (double2ll). Originally, this conversion is just an inline operation. If =
 you=20
 automatically inline the function (with either -finline-function or -O3),=
  you=20
 get parts of it moved all over the place, even with global CSE disabled:
 
 gcc -O3 -Wall -fomit-frame-pointer -fforce-addr -fforce-mem -march=3Dpent=
 ium=20
 -fno-defer-pop -fcaller-saves -fno-gcse -fno-cross-jump -S engine.b.i
 
 =2EL109:
 =09fnstcw=091230(%esp)
 =09movw=091230(%esp), %ax
 =09addl=09$4, %ebx
 =09movb=09$12, %ah
 =09negl=09%ecx
 =09movw=09%ax, 1228(%esp)
 =09jmp=09*-4(%ebx)
 =2EL110:
 =09fnstcw=091230(%esp)
 =09movw=091230(%esp), %ax
 =09addl=09$4, %ebx
 =09movb=09$12, %ah
 =09incl=09%ecx
 =09movw=09%ax, 1228(%esp)
 =09jmp=09*-4(%ebx)
 =2EL111:
 =09fnstcw=091230(%esp)
 =09movw=091230(%esp), %ax
 =09addl=09$4, %ebx
 =09movb=09$12, %ah
 =09decl=09%ecx
 =09movw=09%ax, 1228(%esp)
 =09jmp=09*-4(%ebx)
 
 Is this specific enough why I'm horrified with the code GCC 3.2 generates=
 ? The=20
 C code vmgen produces just looks ugly, but this code *is* ugly. I hope yo=
 u=20
 now can see the sore thumb sticking out. I don't want code to be moved wh=
 ere=20
 it doesn't belong to, nor do I want unnecessary jumps inserted for no=20
 particular purpose.
 
 --=20
 Bernd Paysan
 "If you want it done right, you have to do it yourself"
 http://www.jwdt.com/~paysan/
 
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