Console Output

Started by timer
Running as SYSTEM
Building in workspace /var/lib/jenkins/jobs/MILC-BW/workspace
Updating https://github.com/reubendb/SWTools-BWCI/trunk/milc-nsf@HEAD at revision HEAD
At revision 22

No changes for https://github.com/reubendb/SWTools-BWCI/trunk/milc-nsf since the previous build
[workspace] $ /bin/sh -xe /tmp/jenkins10894033484913379980.sh
+ rsync -az --delete -e ssh /var/lib/jenkins/jobs/MILC-BW/workspace/milc-nsf BW_REMOTE:/scratch/system/bwjenkins/tests/
[SSH] script:
PATH="/sw/tools/bin:/sw/tools/bin:$PATH"
SW_CONFIG="/scratch/system/bwjenkins/sw_config"
PYTHONPATH="/sw/tools/bin:/sw/tools/bin:$PYTHONPATH"
SW_ROOT="/scratch/system/bwjenkins/tests"

echo $PATH $SW_CONFIG $PYTHONPATH > /dev/null
export SW_CONFIG=$SW_CONFIG
# added by tbouvet 1 line
export PATH=/sw/tools/bin:$PATH

cd $SW_ROOT
cd milc-nsf/v1/cle5.2_gnu4.9.3
# use remodule that uses fixes issue with using gcc/4.9.3
cp /u/system/bwjenkins/remodule.milc-nsf remodule
swbuildwait


[SSH] executing...
swbuild -s -a milc-nsf -v v1 -b cle5.2_gnu4.9.3
# clear out old installation to prevent potential libtool chmod 
# commands from failing when reinstalled by another person
rm -rf bin lib include status test.log $SRCDIR


#clear out status file since re-making
rm -f status

tar xf /sw/sources/$PACKAGE/$VERSION/$SRCDIR.tar.gz
tar: milc-nsf/src/milc-nsf/ks_imp_dyn2/.lastmake.Make_mpi.su3_rmd: implausibly old time stamp 1969-12-31 17:59:59
cd $SRCDIR/src/milc-nsf/ks_imp_dyn2

# Make clean
make -f Make_mpi clean
/bin/rm -f *.o
touch ../libraries/Make_vanilla

#Make
make -f Make_mpi su3_rmd

make -f Make_mpi target "MYTARGET= su3_rmd" \
	"DEFINES= -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS" \
	"GAUGE = symanzik_1loop_action.h" \
	"QUARK = asqtad_action.h" \
	"EXTRA_OBJECTS= dslash_fn2.o d_congrad5_fn.o"
make[1]: Entering directory `/mnt/c/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/milc-nsf/src/milc-nsf/ks_imp_dyn2'
Building libraries with Make_vanilla
cd ../libraries ;\
	make -f Make_vanilla   "APP_CC=cc   " all
make[2]: Entering directory `/mnt/c/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/milc-nsf/src/milc-nsf/libraries'
================================================================
PLEASE CHECK COMPILERS: Libraries: cc . Application: cc
================================================================
/bin/rm -f .lastmake.*
make -f Make_vanilla clean
make[3]: Entering directory `/mnt/c/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/milc-nsf/src/milc-nsf/libraries'
/bin/rm -f *.o
make[3]: Leaving directory `/mnt/c/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/milc-nsf/src/milc-nsf/libraries'
touch .lastmake.Make_vanilla
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cadd.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cdiv.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  ce_itheta.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cexp.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  clog.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cmplx.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cmul.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  conjg.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  csqrt.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  csub.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dcadd.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dcdiv.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dce_itheta.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dcexp.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dclog.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dcmplx.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dcmul.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dconjg.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dcsqrt.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dcsub.c
ar rcs complex.a cadd.o cdiv.o ce_itheta.o cexp.o clog.o cmplx.o cmul.o conjg.o csqrt.o csub.o dcadd.o dcdiv.o dce_itheta.o dcexp.o dclog.o dcmplx.o dcmul.o dconjg.o dcsqrt.o dcsub.o 
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  addmat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  addvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cmp_ahmat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_a_vec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_a_mat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_s_vec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_vec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  det_su3.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  clear_mat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dumpmat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dumpvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  clearvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_amatvec_s.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_amatvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_amatvec_ns.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_mat_an.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_mat_na.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_mat_nn.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_matvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_matvec_ns.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_matvec_s.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  make_ahmat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  rand_ahmat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  realtr.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  complextr.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_a_mat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_a_vec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_s_mat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_s_vec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_sum_vec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_vec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_mat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_mat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_s_mat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  su3_adjoint.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  su3_dot.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  su3_rdot.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  su3_proj.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  su3mat_copy.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  su3vec_copy.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  submat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  subvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  trace_su3.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  uncmp_ahmat.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  msq_su3vec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  sub4vecs.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_amv_4dir.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_amv_4vec.c
m_amv_4vec.c: In function 'mult_adj_su3_mat_4vec':
m_amv_4vec.c:45:24: warning: iteration 3u invokes undefined behavior [-Waggressive-loop-optimizations]
   for(n=0;n<4;n++,a++,c=cc[n]){
                        ^
m_amv_4vec.c:45:3: note: containing loop
   for(n=0;n<4;n++,a++,c=cc[n]){
   ^
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_mv_s_4dir.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  flush_to_zero.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  l_su2_hit_n.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  r_su2_hit_a.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dumpsu2.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_su2_mat_vec_n.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_su2_mat_vec_a.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  gaussrand.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  byterevn.c
cc     -g -ffast-math -funroll-loops -c prefetch.c
ar rcs su3.a addmat.o addvec.o cmp_ahmat.o cs_m_a_vec.o cs_m_a_mat.o cs_m_s_vec.o cs_m_vec.o det_su3.o clear_mat.o dumpmat.o dumpvec.o clearvec.o m_amatvec_s.o m_amatvec.o m_amatvec_ns.o m_mat_an.o m_mat_na.o m_mat_nn.o m_matvec.o m_matvec_ns.o m_matvec_s.o make_ahmat.o rand_ahmat.o realtr.o complextr.o s_m_a_mat.o s_m_a_vec.o s_m_s_mat.o s_m_s_vec.o s_m_sum_vec.o s_m_vec.o s_m_mat.o cs_m_mat.o cs_m_s_mat.o su3_adjoint.o su3_dot.o su3_rdot.o su3_proj.o su3mat_copy.o su3vec_copy.o submat.o subvec.o trace_su3.o uncmp_ahmat.o msq_su3vec.o sub4vecs.o m_amv_4dir.o m_amv_4vec.o m_mv_s_4dir.o flush_to_zero.o l_su2_hit_n.o r_su2_hit_a.o dumpsu2.o m_su2_mat_vec_n.o m_su2_mat_vec_a.o gaussrand.o byterevn.o prefetch.o
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  wp_shrink.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  wp_grow.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  wp_grow_a.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  dump_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  clear_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  su3_proj_w.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  copy_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  add_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  sub_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_hwvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  msq_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  wvec_dot.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  wvec2_dot.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  wvec_rdot.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_a_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  s_m_atm_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  mb_gamma.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  mb_gamma_l.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  mb_gamma_r.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  mswvb_gamma_l.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  mswvb_gamma_r.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_a_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  cs_m_a_wvec2.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_mat_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_mat_hwvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_amat_wvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  m_amat_hwvec.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  grow4wvecs.c
cc     -c -O3 -g  -ffast-math -funroll-loops -DFAST  wp_shrink4.c
ar rcs su3.a wp_shrink.o wp_grow.o wp_grow_a.o dump_wvec.o clear_wvec.o su3_proj_w.o copy_wvec.o add_wvec.o sub_wvec.o s_m_wvec.o s_m_hwvec.o msq_wvec.o wvec_dot.o wvec2_dot.o wvec_rdot.o s_m_a_wvec.o s_m_atm_wvec.o mb_gamma.o mb_gamma_l.o mb_gamma_r.o mswvb_gamma_l.o mswvb_gamma_r.o cs_m_wvec.o cs_m_a_wvec.o cs_m_a_wvec2.o m_mat_wvec.o m_mat_hwvec.o m_amat_wvec.o m_amat_hwvec.o grow4wvecs.o wp_shrink4.o
make[2]: Leaving directory `/mnt/c/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/milc-nsf/src/milc-nsf/libraries'
make[1]: .lastmake.Make_mpi.su3_rmd: Timestamp out of range; substituting 1969-12-31 18:00:00
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  control.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic_ks/f_meas.c
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  gauge_info.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  setup.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  update.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  update_h.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  update_u.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/layout_hyper_tstretch.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/check_unitarity.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/d_plaq4.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/gaugefix2.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/gauge_stuff.c
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/io_helpers.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/io_lat4.c 
../generic/io_lat4.c: In function 'qcdhdr_get_hdr':
../generic/io_lat4.c:188:11: warning: cast from pointer to integer of different size [-Wpointer-to-int-cast]
     len = (int) q - (int) line;
           ^
../generic/io_lat4.c:188:21: warning: cast from pointer to integer of different size [-Wpointer-to-int-cast]
     len = (int) q - (int) line;
                     ^
../generic/io_lat4.c: In function 'read_gauge_hdr':
../generic/io_lat4.c:1316:37: warning: cast to pointer from integer of different size [-Wint-to-pointer-cast]
        (char *)GAUGE_VERSION_NUMBER,(char *)tmp);
                                     ^
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/make_lattice.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/path_product.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/ploop3.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/ranmom.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/ranstuff.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/reunitarize2.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic_ks/grsource_imp.c
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic_ks/mat_invert.c
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic_ks/quark_stuff4.c
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic_ks/rephase.c
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic_ks/dslash_fn2.c
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic_ks/d_congrad5_fn.c
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/com_mpi.c 
cc    -c -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS  ../generic/io_ansi.c 
cc    -O3 -g   -O3 -g   -ffast-math -funroll-loops                 -DMPI -DINLINE -DNOPREFETCH -DCGTIME -DFFTIME -DLLTIME -DGFTIME -DMYNODE_INLINE    -I. -DFN -DCONGRAD_TMP_VECTORS -DDSLASH_TMP_LINKS      -o su3_rmd \
	control.o f_meas.o gauge_info.o setup.o update.o update_h.o update_u.o layout_hyper_tstretch.o check_unitarity.o d_plaq4.o gaugefix2.o gauge_stuff.o io_helpers.o io_lat4.o make_lattice.o path_product.o ploop3.o ranmom.o ranstuff.o reunitarize2.o grsource_imp.o mat_invert.o quark_stuff4.o rephase.o dslash_fn2.o d_congrad5_fn.o com_mpi.o io_ansi.o  ../libraries/su3.a ../libraries/complex.a   -lm
touch localmake
make[1]: Leaving directory `/mnt/c/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/milc-nsf/src/milc-nsf/ks_imp_dyn2'
if [[ ! -e su3_rmd ]] ; then
    echo "make failed"
    exit 1
fi

mkdir -p $SW_BLDDIR/bin
cp su3_rmd $SW_BLDDIR/bin

cd $SW_BLDDIR

############################### if this far, return 0
exit 0
['/scratch/system/bwjenkins/tests/milc-nsf/v1']
/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/rebuild : passed (0)

[SSH] completed
[SSH] exit-status: 0

[SSH] script:
PATH="/sw/tools/bin:/sw/tools/bin:$PATH"
SW_CONFIG="/scratch/system/bwjenkins/sw_config"
PYTHONPATH="/sw/tools/bin:/sw/tools/bin:$PYTHONPATH"
SW_ROOT="/scratch/system/bwjenkins/tests"
SW_WORKDIR="/scratch/system/bwjenkins/sw_workdir"

echo $PATH $SW_CONFIG $PYTHONPATH SW_WORKDIR > /dev/null
export SW_CONFIG=$SW_CONFIG
export SW_WORKDIR=$SW_WORKDIR
# added by tbouvet 1 line
export PATH=/sw/tools/bin:/opt/torque/6.0.3/bin/:$PATH

cd $SW_ROOT
cd milc-nsf/v1/cle5.2_gnu4.9.3
# use remodule that uses fixes issue with using gcc/4.9.3
cp /u/system/bwjenkins/remodule.milc-nsf remodule
# added next line tbouvet
export SW_BLDDIR=`pwd`

swtestwait


[SSH] executing...
Submitted job 13585618.bw is running. Following .running ... 
13585618.bw
SU3 with improved KS action
Microcanonical simulation with refreshing
MIMD version 6
Machine = MPI (portable), with 256 nodes
R algorithm
type 0 for no prompts  or 1 for prompts
nflavors1 4
nflavors2 4
nx 64
ny 64
nz 64
nt 64
iseed 5682304
LAYOUT = Hypercubes, options = EVENFIRST,
ON EACH NODE 16 x 16 x 16 x 16
Mallocing 73.9 MBytes per node for lattice
Made lattice
Made nn gathers
Made 3nn gathers
Finished setup


warms 0
trajecs 2
traj_between_meas 1
beta 5.6
mass1 0.01
mass2 0.01
u0 0.8441
microcanonical_time_step 0.02
steps_per_trajectory 8
max_cg_iterations 200
error_per_site 1e-05
error_for_propagator 0.0001
fresh 
forget 
unit gauge configuration loaded
CHECK PLAQ: 3.000000e+00 3.000000e+00
Unitarity checked.  Max deviation 0.00e+00
Time to check unitarity = 2.841401e-02
Symanzik 1x1 + 1x2 + 1x1x1 action
loop coefficients: nloop rep loop_coeff  multiplicity
                    0 0      1.000000e+00     6
                    1 0      -7.762509e-02     12
                    2 0      -1.031171e-02     16
"O(a^2): couplings(pi)=0, Naik term, No O(a^2) errors, tadpole weights"
path coefficients: npath  path_coeff  multiplicity
                    0      6.250000e-01     8
                    1      -5.847914e-02     8
                    2      -8.771872e-02     48
                    3      3.077829e-02     192
                    4      -7.199552e-03     384
                    5      -1.231132e-01     48
WARMUPS COMPLETED
LLTIME(long): time =  4.000759e-01 (Naik) mflops = 2.955113e+02
LLTIME(Fat): time = 6.592549e+00 (Asqtad opt) mflops = 6.126788e+02
LLTIME(long): time =  3.903520e-01 (Naik) mflops = 3.028726e+02
LLTIME(Fat): time = 6.581406e+00 (Asqtad opt) mflops = 6.137161e+02
LLTIME(long): time =  3.979471e-01 (Naik) mflops = 2.970921e+02
LLTIME(Fat): time = 6.591071e+00 (Asqtad opt) mflops = 6.128161e+02
CONGRAD5: time = 1.093447e+01 iters = 104 mflops = 7.398888e+02
TESTCONG: reduce_time = 3.026454e-01 iters = 104 time/iter = 2.910052e-03
CONGRAD5: time = 1.090292e+01 iters = 104 mflops = 7.420293e+02
TESTCONG: reduce_time = 3.056149e-01 iters = 104 time/iter = 2.938605e-03
GFTIME:   time = 2.515142e+01 (Symanzik1) mflops = -2.188752e-01
FFTIME:  time = 3.589757e+01 mflops = 7.922689e+02
LLTIME(long): time =  4.006140e-01 (Naik) mflops = 2.951143e+02
LLTIME(Fat): time = 6.580570e+00 (Asqtad opt) mflops = 6.137941e+02
LLTIME(long): time =  3.798780e-01 (Naik) mflops = 3.112234e+02
LLTIME(Fat): time = 6.558064e+00 (Asqtad opt) mflops = 6.159005e+02
LLTIME(long): time =  3.933442e-01 (Naik) mflops = 3.005687e+02
LLTIME(Fat): time = 6.558985e+00 (Asqtad opt) mflops = 6.158140e+02
CONGRAD5: time = 1.090364e+01 iters = 104 mflops = 7.419802e+02
TESTCONG: reduce_time = 3.503294e-01 iters = 104 time/iter = 3.368552e-03
CONGRAD5: time = 1.090903e+01 iters = 104 mflops = 7.416140e+02
TESTCONG: reduce_time = 3.426356e-01 iters = 104 time/iter = 3.294573e-03
GFTIME:   time = 2.521547e+01 (Symanzik1) mflops = -2.183193e-01
FFTIME:  time = 3.572592e+01 mflops = 7.960754e+02
LLTIME(long): time =  3.874190e-01 (Naik) mflops = 3.051656e+02
LLTIME(Fat): time = 6.571287e+00 (Asqtad opt) mflops = 6.146611e+02
LLTIME(long): time =  3.931172e-01 (Naik) mflops = 3.007422e+02
LLTIME(Fat): time = 6.563745e+00 (Asqtad opt) mflops = 6.153674e+02
LLTIME(long): time =  3.903830e-01 (Naik) mflops = 3.028486e+02
LLTIME(Fat): time = 6.554872e+00 (Asqtad opt) mflops = 6.162004e+02
CONGRAD5: time = 1.090139e+01 iters = 104 mflops = 7.421338e+02
TESTCONG: reduce_time = 3.325405e-01 iters = 104 time/iter = 3.197505e-03
CONGRAD5: time = 1.089839e+01 iters = 104 mflops = 7.423380e+02
TESTCONG: reduce_time = 3.487301e-01 iters = 104 time/iter = 3.353174e-03
GFTIME:   time = 2.516702e+01 (Symanzik1) mflops = -2.187396e-01
FFTIME:  time = 3.577873e+01 mflops = 7.949005e+02
LLTIME(long): time =  3.864150e-01 (Naik) mflops = 3.059585e+02
LLTIME(Fat): time = 6.574682e+00 (Asqtad opt) mflops = 6.143437e+02
LLTIME(long): time =  3.998191e-01 (Naik) mflops = 2.957011e+02
LLTIME(Fat): time = 6.578142e+00 (Asqtad opt) mflops = 6.140206e+02
LLTIME(long): time =  3.913658e-01 (Naik) mflops = 3.020881e+02
LLTIME(Fat): time = 6.564950e+00 (Asqtad opt) mflops = 6.152545e+02
CONGRAD5: time = 1.100419e+01 iters = 105 mflops = 7.422702e+02
TESTCONG: reduce_time = 3.334365e-01 iters = 105 time/iter = 3.175586e-03
CONGRAD5: time = 1.099604e+01 iters = 105 mflops = 7.428204e+02
TESTCONG: reduce_time = 3.342760e-01 iters = 105 time/iter = 3.183581e-03
GFTIME:   time = 2.518074e+01 (Symanzik1) mflops = -2.186204e-01
FFTIME:  time = 3.573414e+01 mflops = 7.958922e+02
LLTIME(long): time =  3.859251e-01 (Naik) mflops = 3.063469e+02
LLTIME(Fat): time = 6.560029e+00 (Asqtad opt) mflops = 6.157160e+02
LLTIME(long): time =  3.972790e-01 (Naik) mflops = 2.975917e+02
LLTIME(Fat): time = 6.560690e+00 (Asqtad opt) mflops = 6.156540e+02
LLTIME(long): time =  3.870769e-01 (Naik) mflops = 3.054353e+02
LLTIME(Fat): time = 6.556008e+00 (Asqtad opt) mflops = 6.160936e+02
CONGRAD5: time = 1.101384e+01 iters = 105 mflops = 7.416194e+02
TESTCONG: reduce_time = 3.308048e-01 iters = 105 time/iter = 3.150522e-03
CONGRAD5: time = 1.100489e+01 iters = 105 mflops = 7.422225e+02
TESTCONG: reduce_time = 3.578787e-01 iters = 105 time/iter = 3.408368e-03
GFTIME:   time = 2.518019e+01 (Symanzik1) mflops = -2.186252e-01
FFTIME:  time = 3.579446e+01 mflops = 7.945510e+02
LLTIME(long): time =  4.024498e-01 (Naik) mflops = 2.937681e+02
LLTIME(Fat): time = 6.558514e+00 (Asqtad opt) mflops = 6.158582e+02
LLTIME(long): time =  3.891430e-01 (Naik) mflops = 3.038136e+02
LLTIME(Fat): time = 6.562631e+00 (Asqtad opt) mflops = 6.154719e+02
LLTIME(long): time =  3.864131e-01 (Naik) mflops = 3.059600e+02
LLTIME(Fat): time = 6.567832e+00 (Asqtad opt) mflops = 6.149845e+02
CONGRAD5: time = 1.110050e+01 iters = 106 mflops = 7.428378e+02
TESTCONG: reduce_time = 3.641930e-01 iters = 106 time/iter = 3.435783e-03
CONGRAD5: time = 1.110697e+01 iters = 106 mflops = 7.424048e+02
TESTCONG: reduce_time = 3.390815e-01 iters = 106 time/iter = 3.198882e-03
GFTIME:   time = 2.517226e+01 (Symanzik1) mflops = -2.186941e-01
FFTIME:  time = 3.571559e+01 mflops = 7.963056e+02
LLTIME(long): time =  3.861122e-01 (Naik) mflops = 3.061984e+02
LLTIME(Fat): time = 6.569633e+00 (Asqtad opt) mflops = 6.148159e+02
LLTIME(long): time =  3.938060e-01 (Naik) mflops = 3.002162e+02
LLTIME(Fat): time = 6.575691e+00 (Asqtad opt) mflops = 6.142495e+02
LLTIME(long): time =  3.798990e-01 (Naik) mflops = 3.112062e+02
LLTIME(Fat): time = 6.576660e+00 (Asqtad opt) mflops = 6.141590e+02
CONGRAD5: time = 1.111243e+01 iters = 106 mflops = 7.420402e+02
TESTCONG: reduce_time = 3.459153e-01 iters = 106 time/iter = 3.263352e-03
CONGRAD5: time = 1.110229e+01 iters = 106 mflops = 7.427182e+02
TESTCONG: reduce_time = 3.436282e-01 iters = 106 time/iter = 3.241775e-03
GFTIME:   time = 2.522253e+01 (Symanzik1) mflops = -2.182582e-01
FFTIME:  time = 3.565086e+01 mflops = 7.977515e+02
LLTIME(long): time =  3.967628e-01 (Naik) mflops = 2.979789e+02
LLTIME(Fat): time = 6.577978e+00 (Asqtad opt) mflops = 6.140359e+02
LLTIME(long): time =  3.878860e-01 (Naik) mflops = 3.047981e+02
LLTIME(Fat): time = 6.588309e+00 (Asqtad opt) mflops = 6.130731e+02
LLTIME(long): time =  3.870170e-01 (Naik) mflops = 3.054826e+02
LLTIME(Fat): time = 6.571856e+00 (Asqtad opt) mflops = 6.146079e+02
CONGRAD5: time = 1.123092e+01 iters = 107 mflops = 7.411377e+02
TESTCONG: reduce_time = 4.177711e-01 iters = 107 time/iter = 3.904403e-03
CONGRAD5: time = 1.122107e+01 iters = 107 mflops = 7.417884e+02
TESTCONG: reduce_time = 3.497453e-01 iters = 107 time/iter = 3.268647e-03
GFTIME:   time = 2.521062e+01 (Symanzik1) mflops = -2.183613e-01
FFTIME:  time = 3.565544e+01 mflops = 7.976489e+02
PLAQ:	2.658360	2.658338
P_LOOP:	3.906134e-01	-1.507364e-03
LLTIME(long): time =  3.807919e-01 (Naik) mflops = 3.104765e+02
LLTIME(Fat): time = 6.558418e+00 (Asqtad opt) mflops = 6.158672e+02
CONGRAD5: time = 9.550809e+00 iters = 91 mflops = 7.411940e+02
TESTCONG: reduce_time = 2.927024e-01 iters = 91 time/iter = 3.216510e-03
PBP: mass 1.000000e-02     5.142765e-03  5.259435e-03  9.211007e-05  8.879411e-05 ( 1 of 1 )
FACTION: mass = 1.000000e-02,  1.500418e+00 ( 1 of 1 )
CONGRAD5: time = 9.438072e+00 iters = 90 mflops = 7.418052e+02
TESTCONG: reduce_time = 2.877901e-01 iters = 90 time/iter = 3.197667e-03
PBP: mass 1.000000e-02     5.042681e-03  5.353270e-03  -1.212902e-04  -1.269964e-04 ( 1 of 1 )
FACTION: mass = 1.000000e-02,  1.499398e+00 ( 1 of 1 )
LLTIME(long): time =  3.764830e-01 (Naik) mflops = 3.140300e+02
LLTIME(Fat): time = 6.560710e+00 (Asqtad opt) mflops = 6.156521e+02
LLTIME(long): time =  3.964391e-01 (Naik) mflops = 2.982222e+02
LLTIME(Fat): time = 6.563306e+00 (Asqtad opt) mflops = 6.154086e+02
LLTIME(long): time =  3.910091e-01 (Naik) mflops = 3.023637e+02
LLTIME(Fat): time = 6.575451e+00 (Asqtad opt) mflops = 6.142719e+02
CONGRAD5: time = 1.121039e+01 iters = 107 mflops = 7.424956e+02
TESTCONG: reduce_time = 3.159816e-01 iters = 107 time/iter = 2.953099e-03
CONGRAD5: time = 1.122006e+01 iters = 107 mflops = 7.418551e+02
TESTCONG: reduce_time = 3.289304e-01 iters = 107 time/iter = 3.074116e-03
GFTIME:   time = 2.514517e+01 (Symanzik1) mflops = -2.189297e-01
FFTIME:  time = 3.573205e+01 mflops = 7.959389e+02
LLTIME(long): time =  4.016988e-01 (Naik) mflops = 2.943174e+02
LLTIME(Fat): time = 6.561750e+00 (Asqtad opt) mflops = 6.155545e+02
LLTIME(long): time =  3.819840e-01 (Naik) mflops = 3.095076e+02
LLTIME(Fat): time = 6.567752e+00 (Asqtad opt) mflops = 6.149920e+02
LLTIME(long): time =  3.934529e-01 (Naik) mflops = 3.004856e+02
LLTIME(Fat): time = 6.562159e+00 (Asqtad opt) mflops = 6.155162e+02
CONGRAD5: time = 1.120051e+01 iters = 107 mflops = 7.431504e+02
TESTCONG: reduce_time = 3.553741e-01 iters = 107 time/iter = 3.321253e-03
CONGRAD5: time = 1.121610e+01 iters = 107 mflops = 7.421171e+02
TESTCONG: reduce_time = 3.463752e-01 iters = 107 time/iter = 3.237152e-03
GFTIME:   time = 2.518805e+01 (Symanzik1) mflops = -2.185570e-01
FFTIME:  time = 3.576156e+01 mflops = 7.952821e+02
LLTIME(long): time =  3.996780e-01 (Naik) mflops = 2.958055e+02
LLTIME(Fat): time = 6.575194e+00 (Asqtad opt) mflops = 6.142959e+02
LLTIME(long): time =  3.802311e-01 (Naik) mflops = 3.109344e+02
LLTIME(Fat): time = 6.562148e+00 (Asqtad opt) mflops = 6.155172e+02
LLTIME(long): time =  3.942931e-01 (Naik) mflops = 2.998454e+02
LLTIME(Fat): time = 6.563640e+00 (Asqtad opt) mflops = 6.153772e+02
CONGRAD5: time = 1.123375e+01 iters = 107 mflops = 7.409510e+02
TESTCONG: reduce_time = 3.726747e-01 iters = 107 time/iter = 3.482941e-03
CONGRAD5: time = 1.120464e+01 iters = 107 mflops = 7.428761e+02
TESTCONG: reduce_time = 3.136592e-01 iters = 107 time/iter = 2.931394e-03
GFTIME:   time = 2.517449e+01 (Symanzik1) mflops = -2.186747e-01
FFTIME:  time = 3.575319e+01 mflops = 7.954683e+02
LLTIME(long): time =  3.928900e-01 (Naik) mflops = 3.009162e+02
LLTIME(Fat): time = 6.556288e+00 (Asqtad opt) mflops = 6.160673e+02
LLTIME(long): time =  3.877170e-01 (Naik) mflops = 3.049310e+02
LLTIME(Fat): time = 6.547844e+00 (Asqtad opt) mflops = 6.168618e+02
LLTIME(long): time =  3.887939e-01 (Naik) mflops = 3.040864e+02
LLTIME(Fat): time = 6.549442e+00 (Asqtad opt) mflops = 6.167113e+02
CONGRAD5: time = 1.131617e+01 iters = 108 mflops = 7.424290e+02
TESTCONG: reduce_time = 3.497133e-01 iters = 108 time/iter = 3.238086e-03
CONGRAD5: time = 1.131331e+01 iters = 108 mflops = 7.426168e+02
TESTCONG: reduce_time = 3.472838e-01 iters = 108 time/iter = 3.215591e-03
GFTIME:   time = 2.519773e+01 (Symanzik1) mflops = -2.184730e-01
FFTIME:  time = 3.573490e+01 mflops = 7.958754e+02
LLTIME(long): time =  3.951461e-01 (Naik) mflops = 2.991980e+02
LLTIME(Fat): time = 6.566562e+00 (Asqtad opt) mflops = 6.151034e+02
LLTIME(long): time =  3.909130e-01 (Naik) mflops = 3.024380e+02
LLTIME(Fat): time = 6.573836e+00 (Asqtad opt) mflops = 6.144228e+02
LLTIME(long): time =  3.870339e-01 (Naik) mflops = 3.054692e+02
LLTIME(Fat): time = 6.556732e+00 (Asqtad opt) mflops = 6.160256e+02
CONGRAD5: time = 1.132517e+01 iters = 108 mflops = 7.418391e+02
TESTCONG: reduce_time = 3.487737e-01 iters = 108 time/iter = 3.229386e-03
CONGRAD5: time = 1.130866e+01 iters = 108 mflops = 7.429220e+02
TESTCONG: reduce_time = 3.161352e-01 iters = 108 time/iter = 2.927177e-03
GFTIME:   time = 2.514539e+01 (Symanzik1) mflops = -2.189278e-01
FFTIME:  time = 3.574731e+01 mflops = 7.955990e+02
LLTIME(long): time =  3.843482e-01 (Naik) mflops = 3.076038e+02
LLTIME(Fat): time = 6.584789e+00 (Asqtad opt) mflops = 6.134008e+02
LLTIME(long): time =  3.788700e-01 (Naik) mflops = 3.120515e+02
LLTIME(Fat): time = 6.571908e+00 (Asqtad opt) mflops = 6.146031e+02
LLTIME(long): time =  3.964620e-01 (Naik) mflops = 2.982050e+02
LLTIME(Fat): time = 6.559140e+00 (Asqtad opt) mflops = 6.157994e+02
CONGRAD5: time = 1.132314e+01 iters = 108 mflops = 7.419718e+02
TESTCONG: reduce_time = 3.589714e-01 iters = 108 time/iter = 3.323809e-03
CONGRAD5: time = 1.141761e+01 iters = 109 mflops = 7.426464e+02
TESTCONG: reduce_time = 3.542871e-01 iters = 109 time/iter = 3.250341e-03
GFTIME:   time = 2.514421e+01 (Symanzik1) mflops = -2.189380e-01
FFTIME:  time = 3.577122e+01 mflops = 7.950674e+02
LLTIME(long): time =  3.918109e-01 (Naik) mflops = 3.017449e+02
LLTIME(Fat): time = 6.578269e+00 (Asqtad opt) mflops = 6.140088e+02
LLTIME(long): time =  3.791211e-01 (Naik) mflops = 3.118448e+02
LLTIME(Fat): time = 6.561895e+00 (Asqtad opt) mflops = 6.155409e+02
LLTIME(long): time =  3.898718e-01 (Naik) mflops = 3.032457e+02
LLTIME(Fat): time = 6.564733e+00 (Asqtad opt) mflops = 6.152748e+02
CONGRAD5: time = 1.142467e+01 iters = 109 mflops = 7.421869e+02
TESTCONG: reduce_time = 3.736432e-01 iters = 109 time/iter = 3.427919e-03
CONGRAD5: time = 1.141479e+01 iters = 109 mflops = 7.428299e+02
TESTCONG: reduce_time = 3.626921e-01 iters = 109 time/iter = 3.327451e-03
GFTIME:   time = 2.518262e+01 (Symanzik1) mflops = -2.186041e-01
FFTIME:  time = 3.568630e+01 mflops = 7.969592e+02
LLTIME(long): time =  4.010971e-01 (Naik) mflops = 2.947589e+02
LLTIME(Fat): time = 6.557233e+00 (Asqtad opt) mflops = 6.159785e+02
LLTIME(long): time =  3.890131e-01 (Naik) mflops = 3.039151e+02
LLTIME(Fat): time = 6.564590e+00 (Asqtad opt) mflops = 6.152882e+02
LLTIME(long): time =  3.798401e-01 (Naik) mflops = 3.112545e+02
LLTIME(Fat): time = 6.569050e+00 (Asqtad opt) mflops = 6.148704e+02
CONGRAD5: time = 1.152632e+01 iters = 110 mflops = 7.423909e+02
TESTCONG: reduce_time = 3.311701e-01 iters = 110 time/iter = 3.010637e-03
CONGRAD5: time = 1.152633e+01 iters = 110 mflops = 7.423902e+02
TESTCONG: reduce_time = 3.299649e-01 iters = 110 time/iter = 2.999681e-03
GFTIME:   time = 2.513433e+01 (Symanzik1) mflops = -2.190241e-01
FFTIME:  time = 3.569779e+01 mflops = 7.967026e+02
PLAQ:	2.443139	2.443152
P_LOOP:	6.489087e-02	-2.986151e-03
LLTIME(long): time =  3.767018e-01 (Naik) mflops = 3.138475e+02
LLTIME(Fat): time = 6.559999e+00 (Asqtad opt) mflops = 6.157188e+02
CONGRAD5: time = 9.754899e+00 iters = 93 mflops = 7.416360e+02
TESTCONG: reduce_time = 2.919862e-01 iters = 93 time/iter = 3.139637e-03
PBP: mass 1.000000e-02     5.879080e-03  5.866801e-03  5.882369e-05  6.414428e-05 ( 1 of 1 )
FACTION: mass = 1.000000e-02,  1.500385e+00 ( 1 of 1 )
CONGRAD5: time = 9.738435e+00 iters = 93 mflops = 7.428899e+02
TESTCONG: reduce_time = 2.843869e-01 iters = 93 time/iter = 3.057923e-03
PBP: mass 1.000000e-02     5.840848e-03  5.897290e-03  1.105854e-04  1.071485e-04 ( 1 of 1 )
FACTION: mass = 1.000000e-02,  1.500023e+00 ( 1 of 1 )
RUNNING COMPLETED
average cg iters for step= 2.130000e+02
total_iters = 3778
NERSC_TIME 1754.218 secs


exit: Fri Dec 31 13:08:36 2021

Application 110231396 resources: utime ~449210s, stime ~748s, Rss ~28456, inblocks ~196841, outblocks ~155142
Displaying test.log:
['/scratch/system/bwjenkins/tests/milc-nsf/v1']
/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/retest : batch submitted (2)
SU3 with improved KS action
Microcanonical simulation with refreshing
MIMD version 6
Machine = MPI (portable), with 256 nodes
R algorithm
type 0 for no prompts  or 1 for prompts
nflavors1 4
nflavors2 4
nx 64
ny 64
nz 64
nt 64
iseed 5682304
LAYOUT = Hypercubes, options = EVENFIRST,
ON EACH NODE 16 x 16 x 16 x 16
Mallocing 73.9 MBytes per node for lattice
Made lattice
Made nn gathers
Made 3nn gathers
Finished setup


warms 0
trajecs 2
traj_between_meas 1
beta 5.6
mass1 0.01
mass2 0.01
u0 0.8441
microcanonical_time_step 0.02
steps_per_trajectory 8
max_cg_iterations 200
error_per_site 1e-05
error_for_propagator 0.0001
fresh 
forget 
unit gauge configuration loaded
CHECK PLAQ: 3.000000e+00 3.000000e+00
Unitarity checked.  Max deviation 0.00e+00
Time to check unitarity = 2.841401e-02
Symanzik 1x1 + 1x2 + 1x1x1 action
loop coefficients: nloop rep loop_coeff  multiplicity
                    0 0      1.000000e+00     6
                    1 0      -7.762509e-02     12
                    2 0      -1.031171e-02     16
"O(a^2): couplings(pi)=0, Naik term, No O(a^2) errors, tadpole weights"
path coefficients: npath  path_coeff  multiplicity
                    0      6.250000e-01     8
                    1      -5.847914e-02     8
                    2      -8.771872e-02     48
                    3      3.077829e-02     192
                    4      -7.199552e-03     384
                    5      -1.231132e-01     48
WARMUPS COMPLETED
LLTIME(long): time =  4.000759e-01 (Naik) mflops = 2.955113e+02
LLTIME(Fat): time = 6.592549e+00 (Asqtad opt) mflops = 6.126788e+02
LLTIME(long): time =  3.903520e-01 (Naik) mflops = 3.028726e+02
LLTIME(Fat): time = 6.581406e+00 (Asqtad opt) mflops = 6.137161e+02
LLTIME(long): time =  3.979471e-01 (Naik) mflops = 2.970921e+02
LLTIME(Fat): time = 6.591071e+00 (Asqtad opt) mflops = 6.128161e+02
CONGRAD5: time = 1.093447e+01 iters = 104 mflops = 7.398888e+02
TESTCONG: reduce_time = 3.026454e-01 iters = 104 time/iter = 2.910052e-03
CONGRAD5: time = 1.090292e+01 iters = 104 mflops = 7.420293e+02
TESTCONG: reduce_time = 3.056149e-01 iters = 104 time/iter = 2.938605e-03
GFTIME:   time = 2.515142e+01 (Symanzik1) mflops = -2.188752e-01
FFTIME:  time = 3.589757e+01 mflops = 7.922689e+02
LLTIME(long): time =  4.006140e-01 (Naik) mflops = 2.951143e+02
LLTIME(Fat): time = 6.580570e+00 (Asqtad opt) mflops = 6.137941e+02
LLTIME(long): time =  3.798780e-01 (Naik) mflops = 3.112234e+02
LLTIME(Fat): time = 6.558064e+00 (Asqtad opt) mflops = 6.159005e+02
LLTIME(long): time =  3.933442e-01 (Naik) mflops = 3.005687e+02
LLTIME(Fat): time = 6.558985e+00 (Asqtad opt) mflops = 6.158140e+02
CONGRAD5: time = 1.090364e+01 iters = 104 mflops = 7.419802e+02
TESTCONG: reduce_time = 3.503294e-01 iters = 104 time/iter = 3.368552e-03
CONGRAD5: time = 1.090903e+01 iters = 104 mflops = 7.416140e+02
TESTCONG: reduce_time = 3.426356e-01 iters = 104 time/iter = 3.294573e-03
GFTIME:   time = 2.521547e+01 (Symanzik1) mflops = -2.183193e-01
FFTIME:  time = 3.572592e+01 mflops = 7.960754e+02
LLTIME(long): time =  3.874190e-01 (Naik) mflops = 3.051656e+02
LLTIME(Fat): time = 6.571287e+00 (Asqtad opt) mflops = 6.146611e+02
LLTIME(long): time =  3.931172e-01 (Naik) mflops = 3.007422e+02
LLTIME(Fat): time = 6.563745e+00 (Asqtad opt) mflops = 6.153674e+02
LLTIME(long): time =  3.903830e-01 (Naik) mflops = 3.028486e+02
LLTIME(Fat): time = 6.554872e+00 (Asqtad opt) mflops = 6.162004e+02
CONGRAD5: time = 1.090139e+01 iters = 104 mflops = 7.421338e+02
TESTCONG: reduce_time = 3.325405e-01 iters = 104 time/iter = 3.197505e-03
CONGRAD5: time = 1.089839e+01 iters = 104 mflops = 7.423380e+02
TESTCONG: reduce_time = 3.487301e-01 iters = 104 time/iter = 3.353174e-03
GFTIME:   time = 2.516702e+01 (Symanzik1) mflops = -2.187396e-01
FFTIME:  time = 3.577873e+01 mflops = 7.949005e+02
LLTIME(long): time =  3.864150e-01 (Naik) mflops = 3.059585e+02
LLTIME(Fat): time = 6.574682e+00 (Asqtad opt) mflops = 6.143437e+02
LLTIME(long): time =  3.998191e-01 (Naik) mflops = 2.957011e+02
LLTIME(Fat): time = 6.578142e+00 (Asqtad opt) mflops = 6.140206e+02
LLTIME(long): time =  3.913658e-01 (Naik) mflops = 3.020881e+02
LLTIME(Fat): time = 6.564950e+00 (Asqtad opt) mflops = 6.152545e+02
CONGRAD5: time = 1.100419e+01 iters = 105 mflops = 7.422702e+02
TESTCONG: reduce_time = 3.334365e-01 iters = 105 time/iter = 3.175586e-03
CONGRAD5: time = 1.099604e+01 iters = 105 mflops = 7.428204e+02
TESTCONG: reduce_time = 3.342760e-01 iters = 105 time/iter = 3.183581e-03
GFTIME:   time = 2.518074e+01 (Symanzik1) mflops = -2.186204e-01
FFTIME:  time = 3.573414e+01 mflops = 7.958922e+02
LLTIME(long): time =  3.859251e-01 (Naik) mflops = 3.063469e+02
LLTIME(Fat): time = 6.560029e+00 (Asqtad opt) mflops = 6.157160e+02
LLTIME(long): time =  3.972790e-01 (Naik) mflops = 2.975917e+02
LLTIME(Fat): time = 6.560690e+00 (Asqtad opt) mflops = 6.156540e+02
LLTIME(long): time =  3.870769e-01 (Naik) mflops = 3.054353e+02
LLTIME(Fat): time = 6.556008e+00 (Asqtad opt) mflops = 6.160936e+02
CONGRAD5: time = 1.101384e+01 iters = 105 mflops = 7.416194e+02
TESTCONG: reduce_time = 3.308048e-01 iters = 105 time/iter = 3.150522e-03
CONGRAD5: time = 1.100489e+01 iters = 105 mflops = 7.422225e+02
TESTCONG: reduce_time = 3.578787e-01 iters = 105 time/iter = 3.408368e-03
GFTIME:   time = 2.518019e+01 (Symanzik1) mflops = -2.186252e-01
FFTIME:  time = 3.579446e+01 mflops = 7.945510e+02
LLTIME(long): time =  4.024498e-01 (Naik) mflops = 2.937681e+02
LLTIME(Fat): time = 6.558514e+00 (Asqtad opt) mflops = 6.158582e+02
LLTIME(long): time =  3.891430e-01 (Naik) mflops = 3.038136e+02
LLTIME(Fat): time = 6.562631e+00 (Asqtad opt) mflops = 6.154719e+02
LLTIME(long): time =  3.864131e-01 (Naik) mflops = 3.059600e+02
LLTIME(Fat): time = 6.567832e+00 (Asqtad opt) mflops = 6.149845e+02
CONGRAD5: time = 1.110050e+01 iters = 106 mflops = 7.428378e+02
TESTCONG: reduce_time = 3.641930e-01 iters = 106 time/iter = 3.435783e-03
CONGRAD5: time = 1.110697e+01 iters = 106 mflops = 7.424048e+02
TESTCONG: reduce_time = 3.390815e-01 iters = 106 time/iter = 3.198882e-03
GFTIME:   time = 2.517226e+01 (Symanzik1) mflops = -2.186941e-01
FFTIME:  time = 3.571559e+01 mflops = 7.963056e+02
LLTIME(long): time =  3.861122e-01 (Naik) mflops = 3.061984e+02
LLTIME(Fat): time = 6.569633e+00 (Asqtad opt) mflops = 6.148159e+02
LLTIME(long): time =  3.938060e-01 (Naik) mflops = 3.002162e+02
LLTIME(Fat): time = 6.575691e+00 (Asqtad opt) mflops = 6.142495e+02
LLTIME(long): time =  3.798990e-01 (Naik) mflops = 3.112062e+02
LLTIME(Fat): time = 6.576660e+00 (Asqtad opt) mflops = 6.141590e+02
CONGRAD5: time = 1.111243e+01 iters = 106 mflops = 7.420402e+02
TESTCONG: reduce_time = 3.459153e-01 iters = 106 time/iter = 3.263352e-03
CONGRAD5: time = 1.110229e+01 iters = 106 mflops = 7.427182e+02
TESTCONG: reduce_time = 3.436282e-01 iters = 106 time/iter = 3.241775e-03
GFTIME:   time = 2.522253e+01 (Symanzik1) mflops = -2.182582e-01
FFTIME:  time = 3.565086e+01 mflops = 7.977515e+02
LLTIME(long): time =  3.967628e-01 (Naik) mflops = 2.979789e+02
LLTIME(Fat): time = 6.577978e+00 (Asqtad opt) mflops = 6.140359e+02
LLTIME(long): time =  3.878860e-01 (Naik) mflops = 3.047981e+02
LLTIME(Fat): time = 6.588309e+00 (Asqtad opt) mflops = 6.130731e+02
LLTIME(long): time =  3.870170e-01 (Naik) mflops = 3.054826e+02
LLTIME(Fat): time = 6.571856e+00 (Asqtad opt) mflops = 6.146079e+02
CONGRAD5: time = 1.123092e+01 iters = 107 mflops = 7.411377e+02
TESTCONG: reduce_time = 4.177711e-01 iters = 107 time/iter = 3.904403e-03
CONGRAD5: time = 1.122107e+01 iters = 107 mflops = 7.417884e+02
TESTCONG: reduce_time = 3.497453e-01 iters = 107 time/iter = 3.268647e-03
GFTIME:   time = 2.521062e+01 (Symanzik1) mflops = -2.183613e-01
FFTIME:  time = 3.565544e+01 mflops = 7.976489e+02
PLAQ:	2.658360	2.658338
P_LOOP:	3.906134e-01	-1.507364e-03
LLTIME(long): time =  3.807919e-01 (Naik) mflops = 3.104765e+02
LLTIME(Fat): time = 6.558418e+00 (Asqtad opt) mflops = 6.158672e+02
CONGRAD5: time = 9.550809e+00 iters = 91 mflops = 7.411940e+02
TESTCONG: reduce_time = 2.927024e-01 iters = 91 time/iter = 3.216510e-03
PBP: mass 1.000000e-02     5.142765e-03  5.259435e-03  9.211007e-05  8.879411e-05 ( 1 of 1 )
FACTION: mass = 1.000000e-02,  1.500418e+00 ( 1 of 1 )
CONGRAD5: time = 9.438072e+00 iters = 90 mflops = 7.418052e+02
TESTCONG: reduce_time = 2.877901e-01 iters = 90 time/iter = 3.197667e-03
PBP: mass 1.000000e-02     5.042681e-03  5.353270e-03  -1.212902e-04  -1.269964e-04 ( 1 of 1 )
FACTION: mass = 1.000000e-02,  1.499398e+00 ( 1 of 1 )
LLTIME(long): time =  3.764830e-01 (Naik) mflops = 3.140300e+02
LLTIME(Fat): time = 6.560710e+00 (Asqtad opt) mflops = 6.156521e+02
LLTIME(long): time =  3.964391e-01 (Naik) mflops = 2.982222e+02
LLTIME(Fat): time = 6.563306e+00 (Asqtad opt) mflops = 6.154086e+02
LLTIME(long): time =  3.910091e-01 (Naik) mflops = 3.023637e+02
LLTIME(Fat): time = 6.575451e+00 (Asqtad opt) mflops = 6.142719e+02
CONGRAD5: time = 1.121039e+01 iters = 107 mflops = 7.424956e+02
TESTCONG: reduce_time = 3.159816e-01 iters = 107 time/iter = 2.953099e-03
CONGRAD5: time = 1.122006e+01 iters = 107 mflops = 7.418551e+02
TESTCONG: reduce_time = 3.289304e-01 iters = 107 time/iter = 3.074116e-03
GFTIME:   time = 2.514517e+01 (Symanzik1) mflops = -2.189297e-01
FFTIME:  time = 3.573205e+01 mflops = 7.959389e+02
LLTIME(long): time =  4.016988e-01 (Naik) mflops = 2.943174e+02
LLTIME(Fat): time = 6.561750e+00 (Asqtad opt) mflops = 6.155545e+02
LLTIME(long): time =  3.819840e-01 (Naik) mflops = 3.095076e+02
LLTIME(Fat): time = 6.567752e+00 (Asqtad opt) mflops = 6.149920e+02
LLTIME(long): time =  3.934529e-01 (Naik) mflops = 3.004856e+02
LLTIME(Fat): time = 6.562159e+00 (Asqtad opt) mflops = 6.155162e+02
CONGRAD5: time = 1.120051e+01 iters = 107 mflops = 7.431504e+02
TESTCONG: reduce_time = 3.553741e-01 iters = 107 time/iter = 3.321253e-03
CONGRAD5: time = 1.121610e+01 iters = 107 mflops = 7.421171e+02
TESTCONG: reduce_time = 3.463752e-01 iters = 107 time/iter = 3.237152e-03
GFTIME:   time = 2.518805e+01 (Symanzik1) mflops = -2.185570e-01
FFTIME:  time = 3.576156e+01 mflops = 7.952821e+02
LLTIME(long): time =  3.996780e-01 (Naik) mflops = 2.958055e+02
LLTIME(Fat): time = 6.575194e+00 (Asqtad opt) mflops = 6.142959e+02
LLTIME(long): time =  3.802311e-01 (Naik) mflops = 3.109344e+02
LLTIME(Fat): time = 6.562148e+00 (Asqtad opt) mflops = 6.155172e+02
LLTIME(long): time =  3.942931e-01 (Naik) mflops = 2.998454e+02
LLTIME(Fat): time = 6.563640e+00 (Asqtad opt) mflops = 6.153772e+02
CONGRAD5: time = 1.123375e+01 iters = 107 mflops = 7.409510e+02
TESTCONG: reduce_time = 3.726747e-01 iters = 107 time/iter = 3.482941e-03
CONGRAD5: time = 1.120464e+01 iters = 107 mflops = 7.428761e+02
TESTCONG: reduce_time = 3.136592e-01 iters = 107 time/iter = 2.931394e-03
GFTIME:   time = 2.517449e+01 (Symanzik1) mflops = -2.186747e-01
FFTIME:  time = 3.575319e+01 mflops = 7.954683e+02
LLTIME(long): time =  3.928900e-01 (Naik) mflops = 3.009162e+02
LLTIME(Fat): time = 6.556288e+00 (Asqtad opt) mflops = 6.160673e+02
LLTIME(long): time =  3.877170e-01 (Naik) mflops = 3.049310e+02
LLTIME(Fat): time = 6.547844e+00 (Asqtad opt) mflops = 6.168618e+02
LLTIME(long): time =  3.887939e-01 (Naik) mflops = 3.040864e+02
LLTIME(Fat): time = 6.549442e+00 (Asqtad opt) mflops = 6.167113e+02
CONGRAD5: time = 1.131617e+01 iters = 108 mflops = 7.424290e+02
TESTCONG: reduce_time = 3.497133e-01 iters = 108 time/iter = 3.238086e-03
CONGRAD5: time = 1.131331e+01 iters = 108 mflops = 7.426168e+02
TESTCONG: reduce_time = 3.472838e-01 iters = 108 time/iter = 3.215591e-03
GFTIME:   time = 2.519773e+01 (Symanzik1) mflops = -2.184730e-01
FFTIME:  time = 3.573490e+01 mflops = 7.958754e+02
LLTIME(long): time =  3.951461e-01 (Naik) mflops = 2.991980e+02
LLTIME(Fat): time = 6.566562e+00 (Asqtad opt) mflops = 6.151034e+02
LLTIME(long): time =  3.909130e-01 (Naik) mflops = 3.024380e+02
LLTIME(Fat): time = 6.573836e+00 (Asqtad opt) mflops = 6.144228e+02
LLTIME(long): time =  3.870339e-01 (Naik) mflops = 3.054692e+02
LLTIME(Fat): time = 6.556732e+00 (Asqtad opt) mflops = 6.160256e+02
CONGRAD5: time = 1.132517e+01 iters = 108 mflops = 7.418391e+02
TESTCONG: reduce_time = 3.487737e-01 iters = 108 time/iter = 3.229386e-03
CONGRAD5: time = 1.130866e+01 iters = 108 mflops = 7.429220e+02
TESTCONG: reduce_time = 3.161352e-01 iters = 108 time/iter = 2.927177e-03
GFTIME:   time = 2.514539e+01 (Symanzik1) mflops = -2.189278e-01
FFTIME:  time = 3.574731e+01 mflops = 7.955990e+02
LLTIME(long): time =  3.843482e-01 (Naik) mflops = 3.076038e+02
LLTIME(Fat): time = 6.584789e+00 (Asqtad opt) mflops = 6.134008e+02
LLTIME(long): time =  3.788700e-01 (Naik) mflops = 3.120515e+02
LLTIME(Fat): time = 6.571908e+00 (Asqtad opt) mflops = 6.146031e+02
LLTIME(long): time =  3.964620e-01 (Naik) mflops = 2.982050e+02
LLTIME(Fat): time = 6.559140e+00 (Asqtad opt) mflops = 6.157994e+02
CONGRAD5: time = 1.132314e+01 iters = 108 mflops = 7.419718e+02
TESTCONG: reduce_time = 3.589714e-01 iters = 108 time/iter = 3.323809e-03
CONGRAD5: time = 1.141761e+01 iters = 109 mflops = 7.426464e+02
TESTCONG: reduce_time = 3.542871e-01 iters = 109 time/iter = 3.250341e-03
GFTIME:   time = 2.514421e+01 (Symanzik1) mflops = -2.189380e-01
FFTIME:  time = 3.577122e+01 mflops = 7.950674e+02
LLTIME(long): time =  3.918109e-01 (Naik) mflops = 3.017449e+02
LLTIME(Fat): time = 6.578269e+00 (Asqtad opt) mflops = 6.140088e+02
LLTIME(long): time =  3.791211e-01 (Naik) mflops = 3.118448e+02
LLTIME(Fat): time = 6.561895e+00 (Asqtad opt) mflops = 6.155409e+02
LLTIME(long): time =  3.898718e-01 (Naik) mflops = 3.032457e+02
LLTIME(Fat): time = 6.564733e+00 (Asqtad opt) mflops = 6.152748e+02
CONGRAD5: time = 1.142467e+01 iters = 109 mflops = 7.421869e+02
TESTCONG: reduce_time = 3.736432e-01 iters = 109 time/iter = 3.427919e-03
CONGRAD5: time = 1.141479e+01 iters = 109 mflops = 7.428299e+02
TESTCONG: reduce_time = 3.626921e-01 iters = 109 time/iter = 3.327451e-03
GFTIME:   time = 2.518262e+01 (Symanzik1) mflops = -2.186041e-01
FFTIME:  time = 3.568630e+01 mflops = 7.969592e+02
LLTIME(long): time =  4.010971e-01 (Naik) mflops = 2.947589e+02
LLTIME(Fat): time = 6.557233e+00 (Asqtad opt) mflops = 6.159785e+02
LLTIME(long): time =  3.890131e-01 (Naik) mflops = 3.039151e+02
LLTIME(Fat): time = 6.564590e+00 (Asqtad opt) mflops = 6.152882e+02
LLTIME(long): time =  3.798401e-01 (Naik) mflops = 3.112545e+02
LLTIME(Fat): time = 6.569050e+00 (Asqtad opt) mflops = 6.148704e+02
CONGRAD5: time = 1.152632e+01 iters = 110 mflops = 7.423909e+02
TESTCONG: reduce_time = 3.311701e-01 iters = 110 time/iter = 3.010637e-03
CONGRAD5: time = 1.152633e+01 iters = 110 mflops = 7.423902e+02
TESTCONG: reduce_time = 3.299649e-01 iters = 110 time/iter = 2.999681e-03
GFTIME:   time = 2.513433e+01 (Symanzik1) mflops = -2.190241e-01
FFTIME:  time = 3.569779e+01 mflops = 7.967026e+02
PLAQ:	2.443139	2.443152
P_LOOP:	6.489087e-02	-2.986151e-03
LLTIME(long): time =  3.767018e-01 (Naik) mflops = 3.138475e+02
LLTIME(Fat): time = 6.559999e+00 (Asqtad opt) mflops = 6.157188e+02
CONGRAD5: time = 9.754899e+00 iters = 93 mflops = 7.416360e+02
TESTCONG: reduce_time = 2.919862e-01 iters = 93 time/iter = 3.139637e-03
PBP: mass 1.000000e-02     5.879080e-03  5.866801e-03  5.882369e-05  6.414428e-05 ( 1 of 1 )
FACTION: mass = 1.000000e-02,  1.500385e+00 ( 1 of 1 )
CONGRAD5: time = 9.738435e+00 iters = 93 mflops = 7.428899e+02
TESTCONG: reduce_time = 2.843869e-01 iters = 93 time/iter = 3.057923e-03
PBP: mass 1.000000e-02     5.840848e-03  5.897290e-03  1.105854e-04  1.071485e-04 ( 1 of 1 )
FACTION: mass = 1.000000e-02,  1.500023e+00 ( 1 of 1 )
RUNNING COMPLETED
average cg iters for step= 2.130000e+02
total_iters = 3778
NERSC_TIME 1754.218 secs


exit: Fri Dec 31 13:08:36 2021

Application 110231396 resources: utime ~449210s, stime ~748s, Rss ~28456, inblocks ~196841, outblocks ~155142
Displaying status file:
verified

[SSH] completed
[SSH] exit-status: 0

[workspace] $ /bin/sh -xe /tmp/jenkins12140299615885792063.sh
+ scp BW_REMOTE:/scratch/system/bwjenkins/tests/milc-nsf/v1/cle5.2_gnu4.9.3/wallclock /var/lib/jenkins/jobs/MILC-BW/workspace
Recording plot data
Saving plot series data from: /var/lib/jenkins/jobs/MILC-BW/workspace/wallclock
Finished: SUCCESS