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Re: Call to arms: testsuite failures on various targets
- From: Tim Prince <tprince at myrealbox dot com>
- To: Dorit Nuzman <DORIT at il dot ibm dot com>
- Cc: FX Coudert <fxcoudert at gmail dot com>, gcc at gcc dot gnu dot org, tprince at computer dot org
- Date: Sun, 15 Apr 2007 19:04:37 -0700
- Subject: Re: Call to arms: testsuite failures on various targets
- References: <OF03DB99E4.354D9165-ONC22572BE.00469128-C22572BE.005E8C75@il.ibm.com>
- Reply-to: tprince at computer dot org
Dorit Nuzman wrote:
Thanks Tim for sending the dump files!
for this one:
FAIL: gcc.dg/vect/pr30771.c scan-tree-dump-times vectorized 1 loops 1
there should be { target vect_unpack } added to the check. i.e.:
- /* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" } }
*/
+ /* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect"
{ target vect_unpack } } } */
for the rest:
FAIL: gcc.dg/vect/vect-iv-4.c scan-tree-dump-times vectorized 1 loops 1
this one is missing { target vect_pack_mod }
FAIL: gcc.dg/vect/vect-iv-9.c scan-tree-dump-times vectorized 1 loops 2
this one missing { target vect_int_mult }
FAIL: gcc.dg/vect/vect-reduc-dot-s16b.c scan-tree-dump-times
vectorized 1 loops 0
here we need to add ia64 to the list of targets in
'vect_widen_sum_hi_to_si' in target-support.exp
FAIL: gcc.dg/vect/vect-reduc-dot-u16b.c scan-tree-dump-times
vectorized 1 loops 1
missing { target vect_pack_mod } again
FAIL: gcc.dg/vect/vect-reduc-pattern-1a.c scan-tree-dump-times
vectorized 1 loops 0
add ia64 to 'vect_widen_sum_hi_to_si' in target-support.exp
FAIL: gcc.dg/vect/vect-reduc-pattern-1c.c scan-tree-dump-times
vectorized 1 loops 0
add ia64 to 'vect_widen_sum_qi_to_hi' in target-support.exp
FAIL: gcc.dg/vect/vect-reduc-pattern-2a.c scan-tree-dump-times
vectorized 1 loops 0
add ia64 to 'vect_widen_sum_hi_to_si' in target-support.exp
FAIL: gcc.dg/vect/vect-widen-mult-u16.c scan-tree-dump-times
vectorized 1 loops 1
missing { target vect_pack_mod }
FAIL: gcc.dg/vect/wrapv-vect-reduc-pattern-2c.c scan-tree-dump-times
vectorized 1 loops 0
add ia64 to 'vect_widen_sum_qi_to_hi' in target-support.exp
FAIL: gcc.dg/vect/no-section-anchors-vect-69.c scan-tree-dump-times
Alignment of access forced using peeling 3
For this one - can you please send the dump file generated with
-fdump-tree-vect-details? (the files you sent did not contain the detailed
dump info). Specifically, on powerpc I see this:
Created dr for tmp1[2].e.n[1][i_79][j_68]
base_address: &tmp1
offset from base address: (<unnamed type>) (i_79 * 32)
constant offset from base address: 10544
base_object: tmp1[2].e.n
step: 4B
misalignment from base: 10544B
aligned to: 8
memtag: tmp1
....
/Develop/autovect-dn/gcc/gcc/testsuite/gcc.dg/vect/no-section-anchors-vect-69.c:69:
note: === vect_analyze_data_refs_alignment ===
/Develop/autovect-dn/gcc/gcc/testsuite/gcc.dg/vect/no-section-anchors-vect-69.c:69:
note: vect_compute_data_ref_alignment:
/Develop/autovect-dn/gcc/gcc/testsuite/gcc.dg/vect/no-section-anchors-vect-69.c:69:
note: Unknown alignment for access: tmp1
....
/Develop/autovect-dn/gcc/gcc/testsuite/gcc.dg/vect/no-section-anchors-vect-69.c:69:
note: Alignment of access forced using peeling.
/Develop/autovect-dn/gcc/gcc/testsuite/gcc.dg/vect/no-section-anchors-vect-69.c:69:
note: Peeling for alignment will be applied.
I'd like to compare that to what you get on ia64.
In the meantime - this patch includes the above suggested fixes for the
rest of the tests (tested on the vectorizer testcases on i686-pc-linux-gnu
and powerpc-linux, but really need to be tested on ia64):
dorit
(See attached file: ia64fixes.txt)
I'll need to look closer. Could you please send me (offline) the .
vect dump files (with -fdump-tree-vect-details) for these?
thanks,
dorit
=== gcc Summary ===
# of expected passes 42231
# of unexpected failures 23
# of unexpected successes 2
# of expected failures 155
# of unresolved testcases 2
# of untested testcases 28
# of unsupported tests 374
/home/tim/src/gcc-4.3-20070413/ia64/gcc/xgcc version 4.3.0 20070413
(experimental)
=== gfortran tests ===
Running target unix
=== gfortran Summary ===
# of expected passes 17438
# of expected failures 13
# of unsupported tests 20
/home/tim/src/gcc-4.3-20070413/ia64/gcc/testsuite/gfortran/../..
/gfortran version 4.3.0 20070413 (experimental)
=== g++ tests ===
Running target unix
FAIL: g++.dg/tree-prof/indir-call-prof.C scan-tree-dump Indirect
call -> direct call.* AA transformation on insn
FAIL: g++.dg/tree-prof/indir-call-prof.C scan-tree-dump Indirect
call -> direct call.* AA transformation on insn
FAIL: g++.dg/tree-prof/indir-call-prof.C scan-tree-dump Indirect
call -> direct call.* AA transformation on insn
FAIL: g++.dg/tree-prof/indir-call-prof.C scan-tree-dump Indirect
call -> direct call.* AA transformation on insn
FAIL: g++.dg/tree-prof/indir-call-prof.C scan-tree-dump Indirect
call -> direct call.* AA transformation on insn
FAIL: g++.dg/tree-prof/indir-call-prof.C scan-tree-dump Indirect
call -> direct call.* AA transformation on insn
FAIL: g++.dg/tree-prof/indir-call-prof.C scan-tree-dump Indirect
call -> direct call.* AA transformation on insn
=== g++ Summary ===
# of expected passes 13739
# of unexpected failures 7
# of expected failures 79
# of unsupported tests 119
/home/tim/src/gcc-4.3-20070413/ia64/gcc/testsuite/g++/../../g++
version 4.3.0 20070413 (experimental)
=== objc tests ===
Running target unix
=== objc Summary ===
# of expected passes 1810
# of expected failures 7
# of unsupported tests 25
/home/tim/src/gcc-4.3-20070413/ia64/gcc/xgcc version 4.3.0 20070413
(experimental)
=== libgomp tests ===
Running target unix
=== libgomp Summary ===
# of expected passes 1566
=== libstdc++ tests ===
Running target unix
XPASS: 26_numerics/headers/cmath/c99_classification_macros_c.cc
(test for excess errors)
XPASS: 27_io/fpos/14320-1.cc execution test
=== libstdc++ Summary ===
# of expected passes 4859
# of unexpected successes 2
# of expected failures 27
Compiler version: 4.3.0 20070413 (experimental)
Platform: ia64-unknown-linux-gnu
configure flags: --enable-languages='c c++ fortran objc' --enable-
bootstrap --enable-maintainer-mode --disable-libmudflap --
prefix=/usr/local/gcc43
EOF
Mail -s "Results for 4.3.0 20070413 (experimental) testsuite on
ia64-unknown-linux-gnu" gcc-testresults@gcc.gnu.org &&
------------------------------------------------------------------------
Index: gcc.dg/vect/vect-iv-9.c
===================================================================
--- gcc.dg/vect/vect-iv-9.c (revision 123694)
+++ gcc.dg/vect/vect-iv-9.c (working copy)
@@ -33,5 +33,6 @@
return 0;
}
-/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 2 "vect" } } */
+/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 2 "vect" { target vect_int_mult } } } */
+/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" { target {! vect_int_mult } } } } */
/* { dg-final { cleanup-tree-dump "vect" } } */
Index: gcc.dg/vect/vect-reduc-dot-u16b.c
===================================================================
--- gcc.dg/vect/vect-reduc-dot-u16b.c (revision 123694)
+++ gcc.dg/vect/vect-reduc-dot-u16b.c (working copy)
@@ -53,6 +53,6 @@
dot-product of unsigned shorts) and targets that support widening multiplication. */
/* The induction loop in main is vectorized. */
/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 2 "vect" { xfail *-*-* } } } */
-/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" } } */
+/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" { target vect_pack_mod } } } */
/* { dg-final { cleanup-tree-dump "vect" } } */
Index: gcc.dg/vect/vect-iv-4.c
===================================================================
--- gcc.dg/vect/vect-iv-4.c (revision 123694)
+++ gcc.dg/vect/vect-iv-4.c (working copy)
@@ -40,5 +40,5 @@
return main1 ();
}
-/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" } } */
+/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" { target vect_pack_mod } } } */
/* { dg-final { cleanup-tree-dump "vect" } } */
Index: gcc.dg/vect/vect-widen-mult-u16.c
===================================================================
--- gcc.dg/vect/vect-widen-mult-u16.c (revision 123694)
+++ gcc.dg/vect/vect-widen-mult-u16.c (working copy)
@@ -44,6 +44,6 @@
/*The induction loop is vectorized */
/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 2 "vect" { xfail *-*-* } } } */
-/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" } } */
+/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" { target vect_pack_mod } } } */
/* { dg-final { cleanup-tree-dump "vect" } } */
Index: lib/target-supports.exp
===================================================================
--- lib/target-supports.exp (revision 123694)
+++ lib/target-supports.exp (working copy)
@@ -1624,7 +1624,8 @@
verbose "check_effective_target_vect_widen_sum_hi_to_si: using cached result" 2
} else {
set et_vect_widen_sum_hi_to_si_saved [check_effective_target_vect_unpack]
- if { [istarget powerpc*-*-*] } {
+ if { [istarget powerpc*-*-*]
+ || [istarget ia64-*-*] } {
set et_vect_widen_sum_hi_to_si_saved 1
}
}
@@ -1646,7 +1647,8 @@
verbose "check_effective_target_vect_widen_sum_qi_to_hi: using cached result" 2
} else {
set et_vect_widen_sum_qi_to_hi_saved 0
- if { [check_effective_target_vect_unpack] } {
+ if { [check_effective_target_vect_unpack]
+ || [istarget ia64-*-*] } {
set et_vect_widen_sum_qi_to_hi_saved 1
}
}
Index: gcc.dg/vect/pr30771.c
===================================================================
--- gcc.dg/vect/pr30771.c (revision 123694)
+++ gcc.dg/vect/pr30771.c (working copy)
@@ -14,5 +14,5 @@
return 0;
}
-/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" } } */
+/* { dg-final { scan-tree-dump-times "vectorized 1 loops" 1 "vect" { target vect_unpack } } } */
/* { dg-final { cleanup-tree-dump "vect" } } */
Dorit,
Sorry I missed this file which I made for you. I will try your
suggested patches in gcc-testsuite. I don't think the gfortran list
will be interested in the gcc-testsuite patches. I don't know whether
anyone on the gfortran list has the influence to get them adopted.
My own experience with patch submission is it takes 2-3 years to get
them adopted, by which time they require significant updates. So I
think that submitting PR myself against gcc would delay the process. I
have 5 of them already, from a few weeks to several years old.
;; Function main1 (main1)
(get_loop_exit_condition
)
(get_loop_exit_condition
)
(get_loop_exit_condition
if (ivtmp.32_1 != 0) goto <L113>; else goto <L114>;)
(get_loop_exit_condition
if (ivtmp.33_46 != 0) goto <L112>; else goto <L33>;)
(number_of_iterations_in_loop
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = ivtmp.33_46)
(get_scalar_evolution
(scalar = ivtmp.33_46)
(scalar_evolution = ))
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = ivtmp.33_7)
(get_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
ivtmp.33_7 = PHI <ivtmp.33_46(28), 4(42)>)
(init_cond = 4))
(analyze_evolution_in_loop
(loop_phi_node = ivtmp.33_7 = PHI <ivtmp.33_46(28), 4(42)>)
(add_to_evolution
(loop_nb = 10)
(chrec_before = 4)
(to_add = 1)
(res = {4, +, 4294967295}_10))
(evolution_function = {4, +, 4294967295}_10))
(set_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = {4, +, 4294967295}_10))
)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = 1)
(get_scalar_evolution
(scalar = 1)
(scalar_evolution = 1))
)
(set_scalar_evolution
(scalar = ivtmp.33_46)
(scalar_evolution = {3, +, 4294967295}_10))
)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = 0)
(get_scalar_evolution
(scalar = 0)
(scalar_evolution = 0))
)
Analysing # of iterations of loop 10
exit condition [3, + , 4294967295] != 0
bounds on difference of bases: -3 ... -3
result:
# of iterations 3, bounded by 3
(set_nb_iterations_in_loop = 3))
(get_loop_exit_condition
if (ivtmp.33_46 != 0) goto <L112>; else goto <L33>;)
(init_array_ref
(ref = tmp2[2].e.n[1][i_71][j_49];
)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = j_49)
(get_scalar_evolution
(scalar = j_49)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
j_49 = PHI <j_44(28), 0(42)>)
(init_cond = 0))
(analyze_evolution_in_loop
(loop_phi_node = j_49 = PHI <j_44(28), 0(42)>)
(add_to_evolution
(loop_nb = 10)
(chrec_before = 0)
(to_add = 1)
(res = {0, +, 1}_10))
(evolution_function = {0, +, 1}_10))
(set_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
)
(instantiate_parameters
(loop_nb = 10)
(chrec = {0, +, 1}_10)
(res = {0, +, 1}_10))
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = i_71)
(get_scalar_evolution
(scalar = i_71)
(scalar_evolution = ))
)
(instantiate_parameters
(loop_nb = 10)
(chrec = i_71)
(analyze_scalar_evolution
(loop_nb = 9)
(scalar = i_71)
(get_scalar_evolution
(scalar = i_71)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
i_71 = PHI <0(41), i_45(31)>)
(init_cond = 0))
(analyze_evolution_in_loop
(loop_phi_node = i_71 = PHI <0(41), i_45(31)>)
(add_to_evolution
(loop_nb = 9)
(chrec_before = 0)
(to_add = 1)
(res = {0, +, 1}_9))
(evolution_function = {0, +, 1}_9))
(set_scalar_evolution
(scalar = i_71)
(scalar_evolution = {0, +, 1}_9))
)
(res = {0, +, 1}_9))
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = 1)
(get_scalar_evolution
(scalar = 1)
(scalar_evolution = 1))
)
(instantiate_parameters
(loop_nb = 10)
(chrec = 1)
(res = 1))
)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = j_49)
(get_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
(set_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = i_71)
(get_scalar_evolution
(scalar = i_71)
(scalar_evolution = {0, +, 1}_9))
)
Created dr for tmp2[2].e.n[1][i_71][j_49]
base_address: &tmp2
offset from base address: (<unnamed-signed:64>) (i_71 * 28)
constant offset from base address: 7104
base_object: tmp2[2].e.n
step: 4B
misalignment from base: 7104B
aligned to: 1
memtag: tmp2
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = ivtmp.33_7)
(get_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = {4, +, 4294967295}_10))
(set_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = {4, +, 4294967295}_10))
)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = j_49)
(get_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
(set_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = ivtmp.33_7)
(get_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = {4, +, 4294967295}_10))
(set_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = {4, +, 4294967295}_10))
)
(instantiate_parameters
(loop_nb = 10)
(chrec = {4, +, 4294967295}_10)
(res = {4, +, 4294967295}_10))
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = j_49)
(get_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
(set_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
)
(instantiate_parameters
(loop_nb = 10)
(chrec = {0, +, 1}_10)
(res = {0, +, 1}_10))
no-section-anchors-vect-69.c:88: note: Alignment of access forced using peeling.(analyze_scalar_evolution
(loop_nb = 10)
(scalar = ivtmp.33_7)
(get_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = {4, +, 4294967295}_10))
(set_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = {4, +, 4294967295}_10))
)
(instantiate_parameters
(loop_nb = 10)
(chrec = {4, +, 4294967295}_10)
(res = {4, +, 4294967295}_10))
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = j_49)
(get_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
(set_scalar_evolution
(scalar = j_49)
(scalar_evolution = {0, +, 1}_10))
)
(instantiate_parameters
(loop_nb = 10)
(chrec = {0, +, 1}_10)
(res = {0, +, 1}_10))
(get_loop_exit_condition
if (ivtmp.33_46 != 0) goto <L112>; else goto <L33>;)
(get_loop_exit_condition
if (ivtmp.33_46 != 0) goto <L112>; else goto <L33>;)
(get_loop_exit_condition
if (ivtmp.33_95 != 0) goto <L117>; else goto <L121>;)
(get_loop_exit_condition
if (ivtmp.47_102 < prolog_loop_niters.46_89) goto <L117>; else goto <L121>;)
loop at no-section-anchors-vect-69.c:90: if (ivtmp.47_102 < prolog_loop_niters.46_89) goto <L117>; else goto <L121>;=== vect_update_inits_of_dr ===(get_loop_exit_condition
if (ivtmp.33_46 != 0) goto <L112>; else goto <L123>;)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = ivtmp.33_7)
(get_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
ivtmp.33_7 = PHI <ivtmp.33_46(28), ivtmp.33_96(56)>)
(init_cond = ivtmp.33_96))
(analyze_evolution_in_loop
(loop_phi_node = ivtmp.33_7 = PHI <ivtmp.33_46(28), ivtmp.33_96(56)>)
(add_to_evolution
(loop_nb = 10)
(chrec_before = ivtmp.33_96)
(to_add = 1)
(res = {ivtmp.33_96, +, 4294967295}_10))
(evolution_function = {ivtmp.33_96, +, 4294967295}_10))
(set_scalar_evolution
(scalar = ivtmp.33_7)
(scalar_evolution = {ivtmp.33_96, +, 4294967295}_10))
)
(analyze_scalar_evolution
(loop_nb = 10)
(scalar = j_49)
(get_scalar_evolution
(scalar = j_49)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
j_49 = PHI <j_44(28), j_99(56)>)
(init_cond = j_99))
(analyze_evolution_in_loop
(loop_phi_node = j_49 = PHI <j_44(28), j_99(56)>)
(add_to_evolution
(loop_nb = 10)
(chrec_before = j_99)
(to_add = 1)
(res = {j_99, +, 1}_10))
(evolution_function = {j_99, +, 1}_10))
(set_scalar_evolution
(scalar = j_49)
(scalar_evolution = {j_99, +, 1}_10))
)
NOTE: no flow-sensitive alias info for ivtmp.59_129 in *ivtmp.59_129 = vect_cst_.53_120;
(get_loop_exit_condition
if (ivtmp.33_46 != 0) goto <L112>; else goto <L128>;)
(get_loop_exit_condition
if (ivtmp.60_132 < bnd.49_104) goto <L112>; else goto <L128>;)
loop at no-section-anchors-vect-69.c:90: if (ivtmp.60_132 < bnd.49_104) goto <L112>; else goto <L128>;
Registering new PHI nodes in block #0
Registering new PHI nodes in block #2
Registering new PHI nodes in block #3
Registering new PHI nodes in block #4
Registering new PHI nodes in block #5
Registering new PHI nodes in block #6
Registering new PHI nodes in block #7
Updating SSA information for statement abort ();
Registering new PHI nodes in block #8
Registering new PHI nodes in block #9
Registering new PHI nodes in block #10
Registering new PHI nodes in block #11
Registering new PHI nodes in block #12
Registering new PHI nodes in block #13
Registering new PHI nodes in block #14
Registering new PHI nodes in block #15
Updating SSA information for statement abort ();
Registering new PHI nodes in block #16
Registering new PHI nodes in block #17
Registering new PHI nodes in block #39
Registering new PHI nodes in block #40
Registering new PHI nodes in block #19
Registering new PHI nodes in block #20
Registering new PHI nodes in block #21
Registering new PHI nodes in block #43
Registering new PHI nodes in block #44
Registering new PHI nodes in block #23
Registering new PHI nodes in block #24
Updating SSA information for statement abort ();
Registering new PHI nodes in block #25
Registering new PHI nodes in block #26
Registering new PHI nodes in block #27
Registering new PHI nodes in block #41
Registering new PHI nodes in block #42
Registering new PHI nodes in block #49
Registering new PHI nodes in block #47
Updating SSA information for statement tmp2[2].e.n[1][i_71][j_92] = 8;
Registering new PHI nodes in block #48
Registering new PHI nodes in block #51
Registering new PHI nodes in block #50
Registering new PHI nodes in block #56
Registering new PHI nodes in block #57
Registering new PHI nodes in block #54
Updating SSA information for statement tmp2[2].e.n[1][i_71][j_108] = 8;
Registering new PHI nodes in block #55
Registering new PHI nodes in block #60
Registering new PHI nodes in block #59
Registering new PHI nodes in block #53
Registering new PHI nodes in block #61
Registering new PHI nodes in block #29
Updating SSA information for statement *ivtmp.59_129 = vect_cst_.53_120;
Registering new PHI nodes in block #28
Registering new PHI nodes in block #58
Registering new PHI nodes in block #52
Registering new PHI nodes in block #30
Registering new PHI nodes in block #31
Registering new PHI nodes in block #45
Registering new PHI nodes in block #46
Registering new PHI nodes in block #33
Updating SSA information for statement D.2303_50 = tmp2[2].e.n[1][i_73][j_76];
Registering new PHI nodes in block #34
Updating SSA information for statement abort ();
Registering new PHI nodes in block #35
Registering new PHI nodes in block #36
Registering new PHI nodes in block #38
Registering new PHI nodes in block #37
Registering new PHI nodes in block #32
Registering new PHI nodes in block #22
Registering new PHI nodes in block #18
Symbols to be put in SSA form
{ tmp2 }
Incremental SSA update started at block: 0
Number of blocks in CFG: 62
Number of blocks to update: 61 ( 98%)
Affected blocks: 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61
no-section-anchors-vect-69.c:88: note: LOOP VECTORIZED.(get_loop_exit_condition
)
(get_loop_exit_condition
)
(get_loop_exit_condition
if (ivtmp.36_10 != 0) goto <L107>; else goto <L108>;)
(get_loop_exit_condition
if (ivtmp.37_58 != 0) goto <L106>; else goto <L19>;)
(number_of_iterations_in_loop
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = ivtmp.37_58)
(get_scalar_evolution
(scalar = ivtmp.37_58)
(scalar_evolution = ))
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = ivtmp.37_3)
(get_scalar_evolution
(scalar = ivtmp.37_3)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
ivtmp.37_3 = PHI <ivtmp.37_58(18), 8(40)>)
(init_cond = 8))
(analyze_evolution_in_loop
(loop_phi_node = ivtmp.37_3 = PHI <ivtmp.37_58(18), 8(40)>)
(add_to_evolution
(loop_nb = 6)
(chrec_before = 8)
(to_add = 1)
(res = {8, +, 4294967295}_6))
(evolution_function = {8, +, 4294967295}_6))
(set_scalar_evolution
(scalar = ivtmp.37_3)
(scalar_evolution = {8, +, 4294967295}_6))
)
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = 1)
(get_scalar_evolution
(scalar = 1)
(scalar_evolution = 1))
)
(set_scalar_evolution
(scalar = ivtmp.37_58)
(scalar_evolution = {7, +, 4294967295}_6))
)
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = 0)
(get_scalar_evolution
(scalar = 0)
(scalar_evolution = 0))
)
Analysing # of iterations of loop 6
exit condition [7, + , 4294967295] != 0
bounds on difference of bases: -7 ... -7
result:
# of iterations 7, bounded by 7
(set_nb_iterations_in_loop = 7))
(get_loop_exit_condition
if (ivtmp.37_58 != 0) goto <L106>; else goto <L19>;)
(init_array_ref
(ref = tmp1[2].e.n[1][i_68][j_53];
)
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = j_53)
(get_scalar_evolution
(scalar = j_53)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
j_53 = PHI <j_31(18), 0(40)>)
(init_cond = 0))
(analyze_evolution_in_loop
(loop_phi_node = j_53 = PHI <j_31(18), 0(40)>)
(add_to_evolution
(loop_nb = 6)
(chrec_before = 0)
(to_add = 1)
(res = {0, +, 1}_6))
(evolution_function = {0, +, 1}_6))
(set_scalar_evolution
(scalar = j_53)
(scalar_evolution = {0, +, 1}_6))
)
(instantiate_parameters
(loop_nb = 6)
(chrec = {0, +, 1}_6)
(res = {0, +, 1}_6))
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = i_68)
(get_scalar_evolution
(scalar = i_68)
(scalar_evolution = ))
)
(instantiate_parameters
(loop_nb = 6)
(chrec = i_68)
(analyze_scalar_evolution
(loop_nb = 5)
(scalar = i_68)
(get_scalar_evolution
(scalar = i_68)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
i_68 = PHI <0(39), i_32(21)>)
(init_cond = 0))
(analyze_evolution_in_loop
(loop_phi_node = i_68 = PHI <0(39), i_32(21)>)
(add_to_evolution
(loop_nb = 5)
(chrec_before = 0)
(to_add = 1)
(res = {0, +, 1}_5))
(evolution_function = {0, +, 1}_5))
(set_scalar_evolution
(scalar = i_68)
(scalar_evolution = {0, +, 1}_5))
)
(res = {0, +, 1}_5))
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = 1)
(get_scalar_evolution
(scalar = 1)
(scalar_evolution = 1))
)
(instantiate_parameters
(loop_nb = 6)
(chrec = 1)
(res = 1))
)
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = j_53)
(get_scalar_evolution
(scalar = j_53)
(scalar_evolution = {0, +, 1}_6))
(set_scalar_evolution
(scalar = j_53)
(scalar_evolution = {0, +, 1}_6))
)
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = i_68)
(get_scalar_evolution
(scalar = i_68)
(scalar_evolution = {0, +, 1}_5))
)
Created dr for tmp1[2].e.n[1][i_68][j_53]
base_address: &tmp1
offset from base address: (<unnamed-signed:64>) (i_68 * 32)
constant offset from base address: 10544
base_object: tmp1[2].e.n
step: 4B
misalignment from base: 10544B
aligned to: 8
memtag: tmp1
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = ivtmp.37_3)
(get_scalar_evolution
(scalar = ivtmp.37_3)
(scalar_evolution = {8, +, 4294967295}_6))
(set_scalar_evolution
(scalar = ivtmp.37_3)
(scalar_evolution = {8, +, 4294967295}_6))
)
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = j_53)
(get_scalar_evolution
(scalar = j_53)
(scalar_evolution = {0, +, 1}_6))
(set_scalar_evolution
(scalar = j_53)
(scalar_evolution = {0, +, 1}_6))
)
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = ivtmp.37_3)
(get_scalar_evolution
(scalar = ivtmp.37_3)
(scalar_evolution = {8, +, 4294967295}_6))
(set_scalar_evolution
(scalar = ivtmp.37_3)
(scalar_evolution = {8, +, 4294967295}_6))
)
(instantiate_parameters
(loop_nb = 6)
(chrec = {8, +, 4294967295}_6)
(res = {8, +, 4294967295}_6))
(analyze_scalar_evolution
(loop_nb = 6)
(scalar = j_53)
(get_scalar_evolution
(scalar = j_53)
(scalar_evolution = {0, +, 1}_6))
(set_scalar_evolution
(scalar = j_53)
(scalar_evolution = {0, +, 1}_6))
)
(instantiate_parameters
(loop_nb = 6)
(chrec = {0, +, 1}_6)
(res = {0, +, 1}_6))
NOTE: no flow-sensitive alias info for ivtmp.67_142 in *ivtmp.67_142 = vect_cst_.61_135;
(get_loop_exit_condition
if (ivtmp.37_58 != 0) goto <L106>; else goto <L19>;)
(get_loop_exit_condition
if (ivtmp.68_145 < 4) goto <L106>; else goto <L19>;)
loop at no-section-anchors-vect-69.c:71: if (ivtmp.68_145 < 4) goto <L106>; else goto <L19>;
Registering new PHI nodes in block #0
Registering new PHI nodes in block #2
Registering new PHI nodes in block #3
Updating SSA information for statement tmp1[2].a.n[1][2][i_48] = 5;
Registering new PHI nodes in block #4
Registering new PHI nodes in block #5
Registering new PHI nodes in block #6
Updating SSA information for statement D.2300_18 = tmp1[2].a.n[1][2][i_67];
Registering new PHI nodes in block #7
Updating SSA information for statement abort ();
Registering new PHI nodes in block #8
Registering new PHI nodes in block #9
Registering new PHI nodes in block #10
Registering new PHI nodes in block #11
Updating SSA information for statement tmp1[2].a.n[1][2][i_47] = 6;
Registering new PHI nodes in block #12
Registering new PHI nodes in block #13
Registering new PHI nodes in block #14
Updating SSA information for statement D.2300_25 = tmp1[2].a.n[1][2][i_42];
Registering new PHI nodes in block #15
Updating SSA information for statement abort ();
Registering new PHI nodes in block #16
Registering new PHI nodes in block #17
Registering new PHI nodes in block #39
Registering new PHI nodes in block #40
Registering new PHI nodes in block #62
Registering new PHI nodes in block #19
Updating SSA information for statement *ivtmp.67_142 = vect_cst_.61_135;
Registering new PHI nodes in block #20
Registering new PHI nodes in block #21
Registering new PHI nodes in block #43
Registering new PHI nodes in block #44
Registering new PHI nodes in block #23
Updating SSA information for statement D.2302_37 = tmp1[2].e.n[1][i_70][j_74];
Registering new PHI nodes in block #24
Updating SSA information for statement abort ();
Registering new PHI nodes in block #25
Registering new PHI nodes in block #26
Registering new PHI nodes in block #27
Registering new PHI nodes in block #41
Registering new PHI nodes in block #42
Registering new PHI nodes in block #49
Registering new PHI nodes in block #47
Registering new PHI nodes in block #48
Registering new PHI nodes in block #51
Registering new PHI nodes in block #50
Registering new PHI nodes in block #56
Registering new PHI nodes in block #57
Registering new PHI nodes in block #54
Registering new PHI nodes in block #55
Registering new PHI nodes in block #60
Registering new PHI nodes in block #59
Registering new PHI nodes in block #53
Registering new PHI nodes in block #61
Registering new PHI nodes in block #29
Registering new PHI nodes in block #28
Registering new PHI nodes in block #58
Registering new PHI nodes in block #52
Registering new PHI nodes in block #30
Registering new PHI nodes in block #31
Registering new PHI nodes in block #45
Registering new PHI nodes in block #46
Registering new PHI nodes in block #33
Registering new PHI nodes in block #34
Updating SSA information for statement abort ();
Registering new PHI nodes in block #35
Registering new PHI nodes in block #36
Registering new PHI nodes in block #38
Registering new PHI nodes in block #37
Registering new PHI nodes in block #32
Registering new PHI nodes in block #22
Registering new PHI nodes in block #18
Symbols to be put in SSA form
{ tmp1 }
Incremental SSA update started at block: 0
Number of blocks in CFG: 63
Number of blocks to update: 62 ( 98%)
Affected blocks: 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62
no-section-anchors-vect-69.c:69: note: LOOP VECTORIZED.(get_loop_exit_condition
)
(get_loop_exit_condition
if (ivtmp.39_57 != 0) goto <L102>; else goto <L103>;)
(number_of_iterations_in_loop
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = ivtmp.39_57)
(get_scalar_evolution
(scalar = ivtmp.39_57)
(scalar_evolution = ))
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = ivtmp.39_41)
(get_scalar_evolution
(scalar = ivtmp.39_41)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
ivtmp.39_41 = PHI <4(10), ivtmp.39_57(12)>)
(init_cond = 4))
(analyze_evolution_in_loop
(loop_phi_node = ivtmp.39_41 = PHI <4(10), ivtmp.39_57(12)>)
(add_to_evolution
(loop_nb = 3)
(chrec_before = 4)
(to_add = 1)
(res = {4, +, 4294967295}_3))
(evolution_function = {4, +, 4294967295}_3))
(set_scalar_evolution
(scalar = ivtmp.39_41)
(scalar_evolution = {4, +, 4294967295}_3))
)
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = 1)
(get_scalar_evolution
(scalar = 1)
(scalar_evolution = 1))
)
(set_scalar_evolution
(scalar = ivtmp.39_57)
(scalar_evolution = {3, +, 4294967295}_3))
)
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = 0)
(get_scalar_evolution
(scalar = 0)
(scalar_evolution = 0))
)
Analysing # of iterations of loop 3
exit condition [3, + , 4294967295] != 0
bounds on difference of bases: -3 ... -3
result:
# of iterations 3, bounded by 3
(set_nb_iterations_in_loop = 3))
(get_loop_exit_condition
if (ivtmp.39_57 != 0) goto <L102>; else goto <L103>;)
(init_array_ref
(ref = tmp1[2].a.n[1][2][i_47];
)
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = i_47)
(get_scalar_evolution
(scalar = i_47)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
i_47 = PHI <3(10), i_22(12)>)
(init_cond = 3))
(analyze_evolution_in_loop
(loop_phi_node = i_47 = PHI <3(10), i_22(12)>)
(add_to_evolution
(loop_nb = 3)
(chrec_before = 3)
(to_add = 1)
(res = {3, +, 1}_3))
(evolution_function = {3, +, 1}_3))
(set_scalar_evolution
(scalar = i_47)
(scalar_evolution = {3, +, 1}_3))
)
(instantiate_parameters
(loop_nb = 3)
(chrec = {3, +, 1}_3)
(res = {3, +, 1}_3))
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = 2)
(get_scalar_evolution
(scalar = 2)
(scalar_evolution = 2))
)
(instantiate_parameters
(loop_nb = 3)
(chrec = 2)
(res = 2))
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = 1)
(get_scalar_evolution
(scalar = 1)
(scalar_evolution = 1))
)
(instantiate_parameters
(loop_nb = 3)
(chrec = 1)
(res = 1))
)
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = i_47)
(get_scalar_evolution
(scalar = i_47)
(scalar_evolution = {3, +, 1}_3))
(set_scalar_evolution
(scalar = i_47)
(scalar_evolution = {3, +, 1}_3))
)
Created dr for tmp1[2].a.n[1][2][i_47]
base_address: &tmp1
offset from base address: 0
constant offset from base address: 8560
base_object: tmp1[2].a.n
step: 4B
misalignment from base: 8560B
memtag: tmp1
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = ivtmp.39_41)
(get_scalar_evolution
(scalar = ivtmp.39_41)
(scalar_evolution = {4, +, 4294967295}_3))
(set_scalar_evolution
(scalar = ivtmp.39_41)
(scalar_evolution = {4, +, 4294967295}_3))
)
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = i_47)
(get_scalar_evolution
(scalar = i_47)
(scalar_evolution = {3, +, 1}_3))
(set_scalar_evolution
(scalar = i_47)
(scalar_evolution = {3, +, 1}_3))
)
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = ivtmp.39_41)
(get_scalar_evolution
(scalar = ivtmp.39_41)
(scalar_evolution = {4, +, 4294967295}_3))
(set_scalar_evolution
(scalar = ivtmp.39_41)
(scalar_evolution = {4, +, 4294967295}_3))
)
(instantiate_parameters
(loop_nb = 3)
(chrec = {4, +, 4294967295}_3)
(res = {4, +, 4294967295}_3))
(analyze_scalar_evolution
(loop_nb = 3)
(scalar = i_47)
(get_scalar_evolution
(scalar = i_47)
(scalar_evolution = {3, +, 1}_3))
(set_scalar_evolution
(scalar = i_47)
(scalar_evolution = {3, +, 1}_3))
)
(instantiate_parameters
(loop_nb = 3)
(chrec = {3, +, 1}_3)
(res = {3, +, 1}_3))
NOTE: no flow-sensitive alias info for ivtmp.75_150 in *ivtmp.75_150 = vect_cst_.69_146;
(get_loop_exit_condition
if (ivtmp.39_57 != 0) goto <L102>; else goto <L103>;)
(get_loop_exit_condition
if (ivtmp.76_153 < 2) goto <L102>; else goto <L103>;)
loop at no-section-anchors-vect-69.c:56: if (ivtmp.76_153 < 2) goto <L102>; else goto <L103>;
Registering new PHI nodes in block #0
Registering new PHI nodes in block #2
Registering new PHI nodes in block #3
Updating SSA information for statement tmp1[2].a.n[1][2][i_48] = 5;
Registering new PHI nodes in block #4
Registering new PHI nodes in block #5
Registering new PHI nodes in block #6
Updating SSA information for statement D.2300_18 = tmp1[2].a.n[1][2][i_67];
Registering new PHI nodes in block #7
Updating SSA information for statement abort ();
Registering new PHI nodes in block #8
Registering new PHI nodes in block #9
Registering new PHI nodes in block #10
Registering new PHI nodes in block #63
Registering new PHI nodes in block #11
Updating SSA information for statement *ivtmp.75_150 = vect_cst_.69_146;
Registering new PHI nodes in block #12
Registering new PHI nodes in block #13
Registering new PHI nodes in block #14
Updating SSA information for statement D.2300_25 = tmp1[2].a.n[1][2][i_42];
Registering new PHI nodes in block #15
Updating SSA information for statement abort ();
Registering new PHI nodes in block #16
Registering new PHI nodes in block #17
Registering new PHI nodes in block #39
Registering new PHI nodes in block #40
Registering new PHI nodes in block #62
Registering new PHI nodes in block #19
Updating SSA information for statement *ivtmp.67_142 = vect_cst_.61_135;
Registering new PHI nodes in block #20
Registering new PHI nodes in block #21
Registering new PHI nodes in block #43
Registering new PHI nodes in block #44
Registering new PHI nodes in block #23
Updating SSA information for statement D.2302_37 = tmp1[2].e.n[1][i_70][j_74];
Registering new PHI nodes in block #24
Updating SSA information for statement abort ();
Registering new PHI nodes in block #25
Registering new PHI nodes in block #26
Registering new PHI nodes in block #27
Registering new PHI nodes in block #41
Registering new PHI nodes in block #42
Registering new PHI nodes in block #49
Registering new PHI nodes in block #47
Registering new PHI nodes in block #48
Registering new PHI nodes in block #51
Registering new PHI nodes in block #50
Registering new PHI nodes in block #56
Registering new PHI nodes in block #57
Registering new PHI nodes in block #54
Registering new PHI nodes in block #55
Registering new PHI nodes in block #60
Registering new PHI nodes in block #59
Registering new PHI nodes in block #53
Registering new PHI nodes in block #61
Registering new PHI nodes in block #29
Registering new PHI nodes in block #28
Registering new PHI nodes in block #58
Registering new PHI nodes in block #52
Registering new PHI nodes in block #30
Registering new PHI nodes in block #31
Registering new PHI nodes in block #45
Registering new PHI nodes in block #46
Registering new PHI nodes in block #33
Registering new PHI nodes in block #34
Updating SSA information for statement abort ();
Registering new PHI nodes in block #35
Registering new PHI nodes in block #36
Registering new PHI nodes in block #38
Registering new PHI nodes in block #37
Registering new PHI nodes in block #32
Registering new PHI nodes in block #22
Registering new PHI nodes in block #18
Symbols to be put in SSA form
{ tmp1 }
Incremental SSA update started at block: 0
Number of blocks in CFG: 64
Number of blocks to update: 63 ( 98%)
Affected blocks: 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63
no-section-anchors-vect-69.c:54: note: LOOP VECTORIZED.(get_loop_exit_condition
)
(get_loop_exit_condition
if (ivtmp.41_60 != 0) goto <L98>; else goto <L99>;)
(number_of_iterations_in_loop
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = ivtmp.41_60)
(get_scalar_evolution
(scalar = ivtmp.41_60)
(scalar_evolution = ))
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = ivtmp.41_4)
(get_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
ivtmp.41_4 = PHI <ivtmp.41_60(4), 8(2)>)
(init_cond = 8))
(analyze_evolution_in_loop
(loop_phi_node = ivtmp.41_4 = PHI <ivtmp.41_60(4), 8(2)>)
(add_to_evolution
(loop_nb = 1)
(chrec_before = 8)
(to_add = 1)
(res = {8, +, 4294967295}_1))
(evolution_function = {8, +, 4294967295}_1))
(set_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = {8, +, 4294967295}_1))
)
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = 1)
(get_scalar_evolution
(scalar = 1)
(scalar_evolution = 1))
)
(set_scalar_evolution
(scalar = ivtmp.41_60)
(scalar_evolution = {7, +, 4294967295}_1))
)
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = 0)
(get_scalar_evolution
(scalar = 0)
(scalar_evolution = 0))
)
Analysing # of iterations of loop 1
exit condition [7, + , 4294967295] != 0
bounds on difference of bases: -7 ... -7
result:
# of iterations 7, bounded by 7
(set_nb_iterations_in_loop = 7))
(get_loop_exit_condition
if (ivtmp.41_60 != 0) goto <L98>; else goto <L99>;)
(init_array_ref
(ref = tmp1[2].a.n[1][2][i_48];
)
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = i_48)
(get_scalar_evolution
(scalar = i_48)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
i_48 = PHI <i_15(4), 0(2)>)
(init_cond = 0))
(analyze_evolution_in_loop
(loop_phi_node = i_48 = PHI <i_15(4), 0(2)>)
(add_to_evolution
(loop_nb = 1)
(chrec_before = 0)
(to_add = 1)
(res = {0, +, 1}_1))
(evolution_function = {0, +, 1}_1))
(set_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
)
(instantiate_parameters
(loop_nb = 1)
(chrec = {0, +, 1}_1)
(res = {0, +, 1}_1))
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = 2)
(get_scalar_evolution
(scalar = 2)
(scalar_evolution = 2))
)
(instantiate_parameters
(loop_nb = 1)
(chrec = 2)
(res = 2))
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = 1)
(get_scalar_evolution
(scalar = 1)
(scalar_evolution = 1))
)
(instantiate_parameters
(loop_nb = 1)
(chrec = 1)
(res = 1))
)
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = i_48)
(get_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
(set_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
)
Created dr for tmp1[2].a.n[1][2][i_48]
base_address: &tmp1
offset from base address: 0
constant offset from base address: 8548
base_object: tmp1[2].a.n
step: 4B
misalignment from base: 8548B
memtag: tmp1
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = ivtmp.41_4)
(get_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = {8, +, 4294967295}_1))
(set_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = {8, +, 4294967295}_1))
)
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = i_48)
(get_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
(set_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
)
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = ivtmp.41_4)
(get_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = {8, +, 4294967295}_1))
(set_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = {8, +, 4294967295}_1))
)
(instantiate_parameters
(loop_nb = 1)
(chrec = {8, +, 4294967295}_1)
(res = {8, +, 4294967295}_1))
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = i_48)
(get_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
(set_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
)
(instantiate_parameters
(loop_nb = 1)
(chrec = {0, +, 1}_1)
(res = {0, +, 1}_1))
no-section-anchors-vect-69.c:41: note: Alignment of access forced using peeling.(analyze_scalar_evolution
(loop_nb = 1)
(scalar = ivtmp.41_4)
(get_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = {8, +, 4294967295}_1))
(set_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = {8, +, 4294967295}_1))
)
(instantiate_parameters
(loop_nb = 1)
(chrec = {8, +, 4294967295}_1)
(res = {8, +, 4294967295}_1))
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = i_48)
(get_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
(set_scalar_evolution
(scalar = i_48)
(scalar_evolution = {0, +, 1}_1))
)
(instantiate_parameters
(loop_nb = 1)
(chrec = {0, +, 1}_1)
(res = {0, +, 1}_1))
(get_loop_exit_condition
if (ivtmp.41_60 != 0) goto <L98>; else goto <L99>;)
(get_loop_exit_condition
if (ivtmp.41_60 != 0) goto <L98>; else goto <L99>;)
(get_loop_exit_condition
if (ivtmp.41_159 != 0) goto <L134>; else goto <L138>;)
(get_loop_exit_condition
if (ivtmp.79_166 < 1) goto <L134>; else goto <L138>;)
loop at no-section-anchors-vect-69.c:43: if (ivtmp.79_166 < 1) goto <L134>; else goto <L138>;=== vect_update_inits_of_dr ===(get_loop_exit_condition
if (ivtmp.41_60 != 0) goto <L98>; else goto <L140>;)
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = ivtmp.41_4)
(get_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
ivtmp.41_4 = PHI <ivtmp.41_60(4), ivtmp.41_160(73)>)
(init_cond = ivtmp.41_160))
(analyze_evolution_in_loop
(loop_phi_node = ivtmp.41_4 = PHI <ivtmp.41_60(4), ivtmp.41_160(73)>)
(add_to_evolution
(loop_nb = 1)
(chrec_before = ivtmp.41_160)
(to_add = 1)
(res = {ivtmp.41_160, +, 4294967295}_1))
(evolution_function = {ivtmp.41_160, +, 4294967295}_1))
(set_scalar_evolution
(scalar = ivtmp.41_4)
(scalar_evolution = {ivtmp.41_160, +, 4294967295}_1))
)
(analyze_scalar_evolution
(loop_nb = 1)
(scalar = i_48)
(get_scalar_evolution
(scalar = i_48)
(scalar_evolution = ))
(analyze_initial_condition
(loop_phi_node =
i_48 = PHI <i_15(4), i_163(73)>)
(init_cond = i_163))
(analyze_evolution_in_loop
(loop_phi_node = i_48 = PHI <i_15(4), i_163(73)>)
(add_to_evolution
(loop_nb = 1)
(chrec_before = i_163)
(to_add = 1)
(res = {i_163, +, 1}_1))
(evolution_function = {i_163, +, 1}_1))
(set_scalar_evolution
(scalar = i_48)
(scalar_evolution = {i_163, +, 1}_1))
)
NOTE: no flow-sensitive alias info for ivtmp.89_184 in *ivtmp.89_184 = vect_cst_.83_180;
(get_loop_exit_condition
if (ivtmp.41_60 != 0) goto <L98>; else goto <L145>;)
(get_loop_exit_condition
if (ivtmp.90_187 < 3) goto <L98>; else goto <L145>;)
loop at no-section-anchors-vect-69.c:43: if (ivtmp.90_187 < 3) goto <L98>; else goto <L145>;
Registering new PHI nodes in block #0
Registering new PHI nodes in block #2
Registering new PHI nodes in block #66
Registering new PHI nodes in block #64
Updating SSA information for statement tmp1[2].a.n[1][2][i_156] = 5;
Registering new PHI nodes in block #65
Registering new PHI nodes in block #68
Registering new PHI nodes in block #67
Registering new PHI nodes in block #73
Registering new PHI nodes in block #74
Registering new PHI nodes in block #71
Updating SSA information for statement tmp1[2].a.n[1][2][i_169] = 5;
Registering new PHI nodes in block #72
Registering new PHI nodes in block #77
Registering new PHI nodes in block #76
Registering new PHI nodes in block #70
Registering new PHI nodes in block #78
Registering new PHI nodes in block #3
Updating SSA information for statement *ivtmp.89_184 = vect_cst_.83_180;
Registering new PHI nodes in block #4
Registering new PHI nodes in block #75
Registering new PHI nodes in block #69
Registering new PHI nodes in block #5
Registering new PHI nodes in block #6
Updating SSA information for statement D.2300_18 = tmp1[2].a.n[1][2][i_67];
Registering new PHI nodes in block #7
Updating SSA information for statement abort ();
Registering new PHI nodes in block #8
Registering new PHI nodes in block #9
Registering new PHI nodes in block #10
Registering new PHI nodes in block #63
Registering new PHI nodes in block #11
Updating SSA information for statement *ivtmp.75_150 = vect_cst_.69_146;
Registering new PHI nodes in block #12
Registering new PHI nodes in block #13
Registering new PHI nodes in block #14
Updating SSA information for statement D.2300_25 = tmp1[2].a.n[1][2][i_42];
Registering new PHI nodes in block #15
Updating SSA information for statement abort ();
Registering new PHI nodes in block #16
Registering new PHI nodes in block #17
Registering new PHI nodes in block #39
Registering new PHI nodes in block #40
Registering new PHI nodes in block #62
Registering new PHI nodes in block #19
Updating SSA information for statement *ivtmp.67_142 = vect_cst_.61_135;
Registering new PHI nodes in block #20
Registering new PHI nodes in block #21
Registering new PHI nodes in block #43
Registering new PHI nodes in block #44
Registering new PHI nodes in block #23
Updating SSA information for statement D.2302_37 = tmp1[2].e.n[1][i_70][j_74];
Registering new PHI nodes in block #24
Updating SSA information for statement abort ();
Registering new PHI nodes in block #25
Registering new PHI nodes in block #26
Registering new PHI nodes in block #27
Registering new PHI nodes in block #41
Registering new PHI nodes in block #42
Registering new PHI nodes in block #49
Registering new PHI nodes in block #47
Registering new PHI nodes in block #48
Registering new PHI nodes in block #51
Registering new PHI nodes in block #50
Registering new PHI nodes in block #56
Registering new PHI nodes in block #57
Registering new PHI nodes in block #54
Registering new PHI nodes in block #55
Registering new PHI nodes in block #60
Registering new PHI nodes in block #59
Registering new PHI nodes in block #53
Registering new PHI nodes in block #61
Registering new PHI nodes in block #29
Registering new PHI nodes in block #28
Registering new PHI nodes in block #58
Registering new PHI nodes in block #52
Registering new PHI nodes in block #30
Registering new PHI nodes in block #31
Registering new PHI nodes in block #45
Registering new PHI nodes in block #46
Registering new PHI nodes in block #33
Registering new PHI nodes in block #34
Updating SSA information for statement abort ();
Registering new PHI nodes in block #35
Registering new PHI nodes in block #36
Registering new PHI nodes in block #38
Registering new PHI nodes in block #37
Registering new PHI nodes in block #32
Registering new PHI nodes in block #22
Registering new PHI nodes in block #18
Symbols to be put in SSA form
{ tmp1 }
Incremental SSA update started at block: 0
Number of blocks in CFG: 79
Number of blocks to update: 78 ( 99%)
Affected blocks: 0 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78
no-section-anchors-vect-69.c:41: note: LOOP VECTORIZED.
no-section-anchors-vect-69.c:37: note: vectorized 4 loops in function.
Removing basic block 53
;; basic block 53, loop depth 1, count 0
;; prev block 59, next block 52
;; pred:
;; succ: 52 [100.0%] (fallthru)
Invalid sum of incoming frequencies 0, should be 349
<L123>:;
Removing basic block 60
;; basic block 60, loop depth 1, count 0
;; prev block 55, next block 59
;; pred:
;; succ: 59 [100.0%] (fallthru)
Invalid sum of incoming frequencies 0, should be 349
<L130>:;
Removing basic block 10
;; basic block 10, loop depth 0, count 0
;; prev block 9, next block 63
;; pred:
;; succ: 63 [100.0%] (fallthru,exec)
Invalid sum of incoming frequencies 0, should be 144
<L101>:;
Removing basic block 70
;; basic block 70, loop depth 0, count 0
;; prev block 76, next block 69
;; pred:
;; succ: 69 [100.0%] (fallthru)
Invalid sum of incoming frequencies 0, should be 156
<L140>:;
Removing basic block 77
;; basic block 77, loop depth 0, count 0
;; prev block 4, next block 76
;; pred:
;; succ: 76 [100.0%] (fallthru)
Invalid sum of incoming frequencies 0, should be 156
<L147>:;
Removing basic block 73
;; basic block 73, loop depth 0, count 0
;; prev block 67, next block 78
;; pred:
;; succ: 78 [100.0%] (fallthru)
Invalid sum of incoming frequencies 0, should be 156
<L143>:;
Merging blocks 2 and 66
Merging blocks 68 and 67
Merging blocks 68 and 78
Merging blocks 75 and 74
Merging blocks 76 and 69
Merging blocks 76 and 5
Merging blocks 52 and 30
Merging blocks 40 and 62
Merging blocks 42 and 49
Merging blocks 50 and 56
Created preheader block for loop 13
main1 ()
{
unsigned int ivtmp.90;
vector int * ivtmp.89;
struct test1[4] * D.2534;
vector int * vect_ptmp1.88;
vector int * vect_ptmp1.84;
vector int vect_cst_.83;
int tmp.82;
unsigned int tmp.81;
unsigned int ivtmp.79;
unsigned int ivtmp.76;
vector int * ivtmp.75;
struct test1[4] * D.2502;
vector int * vect_ptmp1.74;
vector int * vect_ptmp1.70;
vector int vect_cst_.69;
unsigned int ivtmp.68;
vector int * ivtmp.67;
struct test1[4] * D.2490;
vector int * vect_ptmp1.66;
int D.2486;
<unnamed-signed:64> D.2487;
<unnamed-signed:64> base_off.64;
vector int * vect_ptmp1.62;
vector int vect_cst_.61;
unsigned int ivtmp.60;
vector int * ivtmp.59;
struct test2[4] * D.2476;
vector int * vect_ptmp2.58;
int D.2470;
<unnamed-signed:64> D.2471;
unsigned int D.2472;
<unnamed-signed:64> D.2473;
<unnamed-signed:64> base_off.56;
vector int * vect_ptmp2.54;
vector int vect_cst_.53;
int D.2463;
int tmp.52;
unsigned int tmp.51;
unsigned int ratio_mult_vf.50;
unsigned int bnd.49;
unsigned int niters.48;
unsigned int ivtmp.47;
long unsigned int D.2439;
long unsigned int D.2440;
long unsigned int D.2441;
unsigned int D.2442;
unsigned int prolog_loop_niters.46;
struct test2[4] * D.2437;
vector int * vect_ptmp2.45;
int D.2433;
<unnamed-signed:64> D.2434;
<unnamed-signed:64> base_off.43;
unsigned int ivtmp.41;
unsigned int ivtmp.40;
unsigned int ivtmp.39;
unsigned int ivtmp.38;
unsigned int ivtmp.37;
unsigned int ivtmp.36;
unsigned int ivtmp.35;
unsigned int ivtmp.34;
unsigned int ivtmp.33;
unsigned int ivtmp.32;
unsigned int ivtmp.31;
unsigned int ivtmp.30;
int j;
int i;
int D.2303;
int D.2302;
int D.2300;
<bb 2>:
# ivtmp.79_165 = PHI <ivtmp.79_166(4), 0(2)>
# ivtmp.41_154 = PHI <ivtmp.41_159(4), 8(2)>
# i_156 = PHI <i_158(4), 0(2)>
<L135>:;
tmp1[2].a.n[1][2][i_156] = 5;
i_158 = i_156 + 1;
ivtmp.41_159 = ivtmp.41_154 - 1;
ivtmp.79_166 = ivtmp.79_165 + 1;
if (ivtmp.79_166 < 1) goto <L134>; else goto <L138>;
<L134>:;
goto <bb 3> (<L135>);
# i_164 = PHI <i_158(3)>
# ivtmp.41_161 = PHI <ivtmp.41_159(3)>
<L138>:;
ivtmp.41_160 = ivtmp.41_161;
i_163 = i_164;
vect_cst_.83_180 = { 5, 5 };
D.2534_181 = &tmp1 + 8552;
vect_ptmp1.88_182 = (vector int *) D.2534_181;
vect_ptmp1.84_183 = vect_ptmp1.88_182;
# ivtmp.90_186 = PHI <ivtmp.90_187(10), 0(5)>
# ivtmp.89_184 = PHI <ivtmp.89_185(10), vect_ptmp1.84_183(5)>
# ivtmp.41_4 = PHI <ivtmp.41_60(10), ivtmp.41_160(5)>
# i_48 = PHI <i_15(10), i_163(5)>
<L0>:;
*ivtmp.89_184 = vect_cst_.83_180;
i_15 = i_48 + 1;
ivtmp.41_60 = ivtmp.41_4 - 1;
ivtmp.89_185 = ivtmp.89_184 + 8B;
ivtmp.90_187 = ivtmp.90_186 + 1;
if (ivtmp.90_187 < 3) goto <L98>; else goto <L145>;
# i_177 = PHI <i_15(6)>
# ivtmp.41_174 = PHI <ivtmp.41_60(6)>
<L145>:;
tmp.81_178 = ivtmp.41_160 + 4294967290;
tmp.82_179 = i_163 + 6;
ivtmp.41_173 = tmp.81_178;
i_176 = tmp.82_179;
# ivtmp.41_167 = PHI <ivtmp.41_172(9), ivtmp.41_173(7)>
# i_169 = PHI <i_171(9), i_176(7)>
<L142>:;
tmp1[2].a.n[1][2][i_169] = 5;
i_171 = i_169 + 1;
ivtmp.41_172 = ivtmp.41_167 - 1;
if (ivtmp.41_172 != 0) goto <L141>; else goto <L146>;
<L141>:;
goto <bb 8> (<L142>);
<L98>:;
goto <bb 6> (<L0>);
<L146>:;
# ivtmp.40_9 = PHI <8(11), ivtmp.40_72(15)>
# i_67 = PHI <0(11), i_19(15)>
<L85>:;
D.2300_18 = tmp1[2].a.n[1][2][i_67];
if (D.2300_18 != 5) goto <L4>; else goto <L5>;
<L4>:;
abort ();
<L5>:;
i_19 = i_67 + 1;
ivtmp.40_72 = ivtmp.40_9 - 1;
if (ivtmp.40_72 != 0) goto <L100>; else goto <L133>;
<L100>:;
goto <bb 12> (<L85>);
<L133>:;
vect_cst_.69_146 = { 6, 6 };
D.2502_147 = &tmp1 + 8560;
vect_ptmp1.74_148 = (vector int *) D.2502_147;
vect_ptmp1.70_149 = vect_ptmp1.74_148;
# ivtmp.76_152 = PHI <0(16), ivtmp.76_153(18)>
# ivtmp.75_150 = PHI <vect_ptmp1.70_149(16), ivtmp.75_151(18)>
# ivtmp.39_41 = PHI <4(16), ivtmp.39_57(18)>
# i_47 = PHI <3(16), i_22(18)>
<L84>:;
*ivtmp.75_150 = vect_cst_.69_146;
i_22 = i_47 + 1;
ivtmp.39_57 = ivtmp.39_41 - 1;
ivtmp.75_151 = ivtmp.75_150 + 8B;
ivtmp.76_153 = ivtmp.76_152 + 1;
if (ivtmp.76_153 < 2) goto <L102>; else goto <L103>;
<L102>:;
goto <bb 17> (<L84>);
<L103>:;
# ivtmp.38_5 = PHI <4(19), ivtmp.38_35(23)>
# i_42 = PHI <3(19), i_26(23)>
<L83>:;
D.2300_25 = tmp1[2].a.n[1][2][i_42];
if (D.2300_25 != 6) goto <L12>; else goto <L13>;
<L12>:;
abort ();
<L13>:;
i_26 = i_42 + 1;
ivtmp.38_35 = ivtmp.38_5 - 1;
if (ivtmp.38_35 != 0) goto <L104>; else goto <L105>;
<L104>:;
goto <bb 20> (<L83>);
<L106>:;
# ivtmp.68_144 = PHI <ivtmp.68_145(24), 0(51)>
# ivtmp.67_142 = PHI <ivtmp.67_143(24), vect_ptmp1.62_141(51)>
# ivtmp.37_3 = PHI <ivtmp.37_58(24), 8(51)>
# j_53 = PHI <j_31(24), 0(51)>
<L17>:;
*ivtmp.67_142 = vect_cst_.61_135;
j_31 = j_53 + 1;
ivtmp.37_58 = ivtmp.37_3 - 1;
ivtmp.67_143 = ivtmp.67_142 + 8B;
ivtmp.68_145 = ivtmp.68_144 + 1;
if (ivtmp.68_145 < 4) goto <L106>; else goto <L19>;
<L19>:;
i_32 = i_68 + 1;
ivtmp.36_10 = ivtmp.36_6 - 1;
if (ivtmp.36_10 != 0) goto <L107>; else goto <L108>;
<L107>:;
goto <bb 51> (<L82>);
<L109>:;
# ivtmp.35_40 = PHI <ivtmp.35_69(28), 8(60)>
# j_74 = PHI <j_38(28), 0(60)>
<L23>:;
D.2302_37 = tmp1[2].e.n[1][i_70][j_74];
if (D.2302_37 != 8) goto <L24>; else goto <L25>;
<L24>:;
abort ();
<L25>:;
j_38 = j_74 + 1;
ivtmp.35_69 = ivtmp.35_40 - 1;
if (ivtmp.35_69 != 0) goto <L109>; else goto <L27>;
<L27>:;
i_39 = i_70 + 1;
ivtmp.34_43 = ivtmp.34_36 - 1;
if (ivtmp.34_43 != 0) goto <L110>; else goto <L111>;
<L110>:;
goto <bb 60> (<L81>);
<L112>:;
# ivtmp.60_131 = PHI <ivtmp.60_132(34), 0(57)>
# ivtmp.59_129 = PHI <ivtmp.59_130(34), vect_ptmp2.54_128(57)>
# ivtmp.33_7 = PHI <ivtmp.33_46(34), ivtmp.33_96(57)>
# j_49 = PHI <j_44(34), j_99(57)>
<L31>:;
*ivtmp.59_129 = vect_cst_.53_120;
j_44 = j_49 + 1;
ivtmp.33_46 = ivtmp.33_7 - 1;
ivtmp.59_130 = ivtmp.59_129 + 8B;
ivtmp.60_132 = ivtmp.60_131 + 1;
if (ivtmp.60_132 < bnd.49_104) goto <L112>; else goto <L128>;
# j_116 = PHI <j_44(35)>
# ivtmp.33_113 = PHI <ivtmp.33_46(35)>
<L128>:;
tmp.51_117 = ivtmp.33_96 - ratio_mult_vf.50_105;
D.2463_118 = (int) ratio_mult_vf.50_105;
tmp.52_119 = j_99 + D.2463_118;
if (niters.48_103 == ratio_mult_vf.50_105) goto <L129>; else goto <L127>;
# ivtmp.33_112 = PHI <tmp.51_117(36), ivtmp.33_96(56)>
# j_115 = PHI <tmp.52_119(36), j_99(56)>
<L127>:;
# ivtmp.33_106 = PHI <ivtmp.33_111(39), ivtmp.33_112(37)>
# j_108 = PHI <j_110(39), j_115(37)>
<L125>:;
tmp2[2].e.n[1][i_71][j_108] = 8;
j_110 = j_108 + 1;
ivtmp.33_111 = ivtmp.33_106 - 1;
if (ivtmp.33_111 != 0) goto <L124>; else goto <L129>;
<L124>:;
goto <bb 38> (<L125>);
<L129>:;
<L122>:;
i_45 = i_71 + 1;
ivtmp.32_1 = ivtmp.32_55 - 1;
if (ivtmp.32_1 != 0) goto <L113>; else goto <L114>;
<L113>:;
goto <bb 53> (<L80>);
<L115>:;
# ivtmp.31_8 = PHI <ivtmp.31_59(43), 4(62)>
# j_76 = PHI <j_51(43), 0(62)>
<L37>:;
D.2303_50 = tmp2[2].e.n[1][i_73][j_76];
if (D.2303_50 != 8) goto <L38>; else goto <L39>;
<L38>:;
abort ();
<L39>:;
j_51 = j_76 + 1;
ivtmp.31_59 = ivtmp.31_8 - 1;
if (ivtmp.31_59 != 0) goto <L115>; else goto <L41>;
<L41>:;
i_52 = i_73 + 1;
ivtmp.30_56 = ivtmp.30_12 - 1;
if (ivtmp.30_56 != 0) goto <L116>; else goto <L43>;
<L116>:;
goto <bb 62> (<L79>);
<L43>:;
return 0;
<L105>:;
# ivtmp.36_6 = PHI <8(50), ivtmp.36_10(27)>
# i_68 = PHI <0(50), i_32(27)>
<L82>:;
vect_cst_.61_135 = { 8, 8 };
D.2486_136 = i_68 * 32;
D.2487_137 = (<unnamed-signed:64>) D.2486_136;
base_off.64_138 = D.2487_137 + 10544;
D.2490_139 = base_off.64_138 + &tmp1;
vect_ptmp1.66_140 = (vector int *) D.2490_139;
vect_ptmp1.62_141 = vect_ptmp1.66_140;
goto <bb 25> (<L17>);
<L111>:;
# ivtmp.32_55 = PHI <4(52), ivtmp.32_1(42)>
# i_71 = PHI <0(52), i_45(42)>
<L80>:;
D.2433_75 = i_71 * 28;
D.2434_2 = (<unnamed-signed:64>) D.2433_75;
base_off.43_11 = D.2434_2 + 7104;
D.2437_83 = base_off.43_11 + &tmp2;
vect_ptmp2.45_84 = (vector int *) D.2437_83;
D.2439_85 = vect_ptmp2.45_84 & 7;
D.2440_86 = D.2439_85 >> 2;
D.2441_87 = 2 - D.2440_86;
D.2442_88 = (unsigned int) D.2441_87;
prolog_loop_niters.46_89 = D.2442_88 & 1;
if (prolog_loop_niters.46_89 == 0) goto <L120>; else goto <L118>;
# ivtmp.47_188 = PHI <0(53)>
# ivtmp.33_175 = PHI <4(53)>
# j_190 = PHI <0(53)>
<L118>:;
# ivtmp.47_101 = PHI <ivtmp.47_188(54), ivtmp.47_102(58)>
# ivtmp.33_90 = PHI <ivtmp.33_175(54), ivtmp.33_95(58)>
# j_92 = PHI <j_190(54), j_94(58)>
<L149>:;
tmp2[2].e.n[1][i_71][j_92] = 8;
j_94 = j_92 + 1;
ivtmp.33_95 = ivtmp.33_90 - 1;
ivtmp.47_102 = ivtmp.47_101 + 1;
if (ivtmp.47_102 < prolog_loop_niters.46_89) goto <L117>; else goto <L121>;
# j_100 = PHI <j_94(63)>
# ivtmp.33_97 = PHI <ivtmp.33_95(63)>
<L121>:;
if (prolog_loop_niters.46_89 == 4) goto <L122>; else goto <L120>;
# ivtmp.33_96 = PHI <ivtmp.33_97(55), 4(53)>
# j_99 = PHI <j_100(55), 0(53)>
<L120>:;
niters.48_103 = 4 - prolog_loop_niters.46_89;
bnd.49_104 = niters.48_103 >> 1;
ratio_mult_vf.50_105 = bnd.49_104 << 1;
if (ratio_mult_vf.50_105 == 0) goto <L127>; else goto <L131>;
<L131>:;
vect_cst_.53_120 = { 8, 8 };
D.2470_121 = i_71 * 28;
D.2471_122 = (<unnamed-signed:64>) D.2470_121;
D.2472_123 = prolog_loop_niters.46_89 * 4;
D.2473_124 = D.2471_122 + D.2472_123;
base_off.56_125 = D.2473_124 + 7104;
D.2476_126 = base_off.56_125 + &tmp2;
vect_ptmp2.58_127 = (vector int *) D.2476_126;
vect_ptmp2.54_128 = vect_ptmp2.58_127;
goto <bb 35> (<L31>);
<L117>:;
goto <bb 63> (<L149>);
<L108>:;
# ivtmp.34_36 = PHI <8(59), ivtmp.34_43(33)>
# i_70 = PHI <0(59), i_39(33)>
<L81>:;
goto <bb 29> (<L23>);
<L114>:;
# ivtmp.30_12 = PHI <4(61), ivtmp.30_56(48)>
# i_73 = PHI <0(61), i_52(48)>
<L79>:;
goto <bb 44> (<L37>);
}