# Invocation command line:
# /scratch/lieb/mpi2007.kit59/bin/runspec -c linux_amd_intel -n 2 medium --reportable --define slurm -n 3 --ranks=64 --define CMD_PREFIX= --define MPIRUN_OPTIONS= --flagsurl=/usr1/lieb/hpmpi-intel.xml -o cfg,txt,html,check
# output_root was not used for this run
############################################################################
action=validate

%if !defined(%{slurm}) && !defined(%{hostfile}) && !defined(%{appfile}) && !defined(%{cmdline})
%define cmdline
%endif

#include: hpmpi_info_intel.cfg
#  ----- Begin inclusion of 'hpmpi_info_intel.cfg'
############################################################################

#fileserver_xc3000_hw_interconnect= DDR InfiniBand
fileserver_xc3000_interconnect= DDR InfiniBand




flagsurl000= http://www.spec.org/mpi2007/flags/MPI2007_flags.xml
hw_avail= May-2007
hw_model= XC3000
hw_vendor= Hewlett-Packard Company
hw_system_class= Homogenous

interconnect_xc3000_hw_hba= HP HPC 4X DDR IB HCA (part number 409377-B21)
interconnect_xc3000_hw_hba_count= 16
interconnect_xc3000_hw_model= ISR

interconnect_xc3000_hw_topo= two level, 1 for subnet manager, and 1 for leaf.
interconnect_xc3000_hw_vendor= Voltaire
interconnect_xc3000_label= DDR InfiniBand
interconnect_xc3000_order= 1
interconnect_xc3000_sw_driver= OFED 1.1
interconnect_xc3000_sw_firmware= Mellanox
license_num= 0001
node_xc3000_count= 16
node_xc3000_hw_cpu_char=1333 MHz FSB
node_xc3000_hw_cpu_mhz= 3000
node_xc3000_hw_cpu_name= Intel Xeon 5160
node_xc3000_hw_disk= Ext 3
node_xc3000_hw_memory= 8 GB
node_xc3000_hw_model= XC3000
node_xc3000_hw_nchips= 2
node_xc3000_hw_ncores= 4
node_xc3000_hw_ncoresperchip= 2
node_xc3000_hw_ncpuorder= 1-2 chips
node_xc3000_hw_nthreadspercore= 1
node_xc3000_hw_ocache= None
node_xc3000_hw_other= None
node_xc3000_hw_pcache= 32 KB I + 32 KB D on chip per core
node_xc3000_hw_scache= 4 MB I+D on chip per chip
node_xc3000_hw_tcache= None
node_xc3000_hw_vendor= Hewlett-Packard Company
node_xc3000_hw_hba= PCI-Express DDR InfiniBand HCA
node_xc3000_hw_interconnect= InfiniBand

node_xc3000_label= HP XC Cluster
node_xc3000_sw_localfile= VXFS
node_xc3000_sw_os= Redhat 4 Update 4
node_xc3000_sw_other= None
node_xc3000_sw_sharedfile= NFS
node_xc3000_sw_state= Multi User
prepared_by= Ron Lieberman
system_vendor = Hewlett Packard Company
system_name = HP Proliant BL460c blade Cluster Platform 3000BL
node_xc3000_purpose = compute
node_xc3000_hw_adapter_000_slot_type = Mezzanine - PCIe x8
node_xc3000_hw_adapter_000_ports_used = 1
node_xc3000_hw_adapter_000_model = PCI-Express DDR InfiniBand HCA
node_xc3000_hw_adapter_000_interconnect = InfiniBand
node_xc3000_hw_adapter_000_firmware = Hp 1.2
node_xc3000_hw_adapter_000_driver = Voltiare GridStack 3.5.5_25
node_xc3000_hw_adapter_000_data_rate = Infiniband 4x DDR
node_xc3000_hw_adapter_000_count = 1
node_dl380_sw_state = Multi User
node_dl380_sw_sharedfile = N/A
node_dl380_sw_other = None
node_dl380_sw_os = Redhat 4 Update 4
node_dl380_sw_localfile = 2 x 146GB Ultra320 SCSI 10k RPM Disks RAID 0+1
node_dl380_purpose = file server
node_dl380_order = 2
node_dl380_label = HP ProLiant DL380 G4 file server
node_dl380_hw_vendor = Hewlett-Packard Company
node_dl380_hw_tcache = None
node_dl380_hw_scache = 2 MB I+D on chip per chip
node_dl380_hw_pcache = 32 KB I + 32 KB D on chip per core
node_dl380_hw_other = None
node_dl380_hw_ocache = None
node_dl380_hw_nthreadspercore = 1
node_dl380_hw_ncpuorder = 1-2 chips
node_dl380_hw_ncoresperchip = 1
node_dl380_hw_ncores = 2
node_dl380_hw_nchips = 2
node_dl380_hw_model = DL380 G4
node_dl380_hw_memory = 6 GB
node_dl380_hw_interconnect = TCP over IB
node_dl380_hw_hba = PCI-Express DDR InfiniBand HCA
node_dl380_hw_disk = SCSI
node_dl380_hw_cpu_name = Intel Xeon
node_dl380_hw_cpu_mhz = 3800
node_dl380_hw_cpu_char = None
node_dl380_hw_adapter_000_slot_type = PCIe x4
node_dl380_hw_adapter_000_ports_used = 1
node_dl380_hw_adapter_000_model = PCI-Express DDR InfiniBand HCA
node_dl380_hw_adapter_000_interconnect = InfiniBand
node_dl380_hw_adapter_000_firmware = Hp 1.2
node_dl380_hw_adapter_000_driver = Voltiare GridStack 3.5.5_25
node_dl380_hw_adapter_000_data_rate = Infiniband 4x DDR
node_dl380_hw_adapter_000_count = 1
node_dl380_count = 1
interconnect_xc3000_purpose = MPI and file system traffic
interconnect_xc3000_hw_switch_001_ports = 24
interconnect_xc3000_hw_switch_001_firmware = 0.8.6
interconnect_xc3000_hw_switch_001_data_rate = Infiniband 4x DDR
interconnect_xc3000_hw_switch_001_count = 1
interconnect_xc3000_hw_switch_000_ports = 16
interconnect_xc3000_hw_switch_000_firmware = 1.30
interconnect_xc3000_hw_switch_000_data_rate = Infiniband 4x DDR
interconnect_xc3000_hw_switch_000_count = 1
sw_auto_parallel= No
sw_avail= May-2007
sw_base_ptrsize= 64-bit
sw_c_compiler= Intel C 9.1.045
sw_cxx_compiler= Intel C++ 9.1.045
sw_f_compiler= Intel Fortran 9.1.040
sw_mpi_library= HP-MPI 2.2.5
sw_peak_ptrsize= 64-bit
sw_preprocessors= No
sw_other= None
sw_mpi_other= None

test_date= May-2007
test_sponsor= Hewlett-Packard Company
tester= HPCD
node_xc3000_order = 0
# ---- End inclusion of '/scratch/lieb/mpi2007.kit59/config/hpmpi_info_intel.cfg'

tune=base
env_vars=1
ext = intel
makeflags = -j 2

BOPTS= -O3 -no-prec-div -ftz -fno-alias -xT

FC = mpif90 -mpif90 ifort
CC = mpicc -mpicc icc
CXX= mpiCC -mpicxx icpc


default=default=default=default:
COPTIMIZE = ${BOPTS}
FOPTIMIZE = ${BOPTS}
CXXOPTIMIZE= ${BOPTS}

121.pop2:
CPORTABILITY= -DSPEC_MPI_CASE_FLAG

127.wrf2:
CPORTABILITY = -DSPEC_MPI_LINUX  -DSPEC_MPI_CASE_FLAG

104.milc,115.fds4,121.pop2,127.wrf2,128.GAPgeofem,129.tera_tf,132.zeusmp2,137.lu=peak:
basepeak=1

107.leslie3d,113.GemsFDTD,122.tachyon,126.lammps,130.socorro=peak:
BOPTS= -O3 -no-prec-div -ftz -fno-alias -xT -ipo

#include: appfile.cfg
#  ----- Begin inclusion of 'appfile.cfg'
############################################################################
default=default=default=default:

%warning using MPIRUN_OPTIONS %{MPIRUN_OPTIONS}


%ifdef %{appfile}

%warning using appfile mode
submit= \$SPEC/rungenappfile $command >appfile ; %{CMD_PREFIX} \$MPI_ROOT/bin/mpirun %{MPIRUN_OPTIONS}  -f appfile


%elif defined(%{slurm})
%warning using srun mode
submit=  %{CMD_PREFIX} \$MPI_ROOT/bin/mpirun %{MPIRUN_OPTIONS}  -srun $command


%elif defined(%{hostfile})
%warning using hostfile mode
%if '%{hostfile}' eq '1'
%define machfile machinefile
%else
%define machfile %{hostfile}
%endif

submit= %{CMD_PREFIX} \$MPI_ROOT/bin/mpirun %{MPIRUN_OPTIONS} -np $ranks -hostfile \$SPEC/%{hostfile} $command

%elif defined(%{cmdline})

%warning using cmdline mode
submit= %{CMD_PREFIX} \$MPI_ROOT/bin/mpirun %{MPIRUN_OPTIONS} -np $ranks -lsb_mcpu_hosts $command

%else
%error please define mode for launch
%endif
# ---- End inclusion of '/scratch/lieb/mpi2007.kit59/config/appfile.cfg'

# The following section was added automatically, and contains settings that
# did not appear in the original configuration file, but were added to the
# raw file after the run.
default:
notes_000=To run spec mpi2007 on XC3000 cluster.
notes_005=module load mpi
notes_010=. ./shrc
notes_015=. /opt/intel/fc/9.1.040/bin/ifortvars.sh
notes_020=. /opt/intel/cc/9.1.045/bin/iccvars.sh
notes_025=runspec -c linux_amd_intel medium  --reportable --ranks=NN --define CMD_PREFIX= --define MPIRUN_OPTIONS= --flagsurl=hpmpi-intel.xml -o cfg,txt,html,check
notes_030=cluster launch performed via slurm's srun
notes_035=  submit=  \$MPI_ROOT/bin/mpirun  -srun $command
interconnect_xc3000_hw_switch_000_model000 = HP 4X DDR IB Switch Module for HP BladeSystem
interconnect_xc3000_hw_switch_000_model001 = C-Class
interconnect_xc3000_hw_switch_001_model000 = Voltaire 24 port External switch for
interconnect_xc3000_hw_switch_001_model001 = subnet management ISR 9024
nc000 =  SPEC has determined that this result was not in compliance with the SPEC
nc001 =  MPI2007 run and reporting rules.  Specifically, the result did not meet the
nc002 =  requirement for baseline optimization flags to not use assertion flags (the
nc003 =  flag -fno-alias is a violation of this rule). The result was found to be
nc004 =  performance neutral compared to runs without -fno-alias. Replacement
nc005 =  results could not be produced because of system access limitations.
system_class = Homogenous