###########################################################################
# ==========================
# Merged coNCePTuaL log file
# ==========================
# coNCePTuaL version: 0.8-pre1
# coNCePTuaL backend: c_mpi (C + MPI)
# Executable name: /home/pakin/conceptual-0.8-pre1/wavefront
# Working directory: /home/pakin/conceptual-0.8-pre1
# Command line: ./wavefront --width=4 --height=5 --msgsize=8 --reps=1E6
# Number of tasks: 20
#[0]# Processor (0<=P<tasks): 0
#[10]# Processor (0<=P<tasks): 10
#[11]# Processor (0<=P<tasks): 11
#[12]# Processor (0<=P<tasks): 12
#[13]# Processor (0<=P<tasks): 13
#[14]# Processor (0<=P<tasks): 14
#[15]# Processor (0<=P<tasks): 15
#[16]# Processor (0<=P<tasks): 16
#[17]# Processor (0<=P<tasks): 17
#[18]# Processor (0<=P<tasks): 18
#[19]# Processor (0<=P<tasks): 19
#[1]# Processor (0<=P<tasks): 1
#[2]# Processor (0<=P<tasks): 2
#[3]# Processor (0<=P<tasks): 3
#[4]# Processor (0<=P<tasks): 4
#[5]# Processor (0<=P<tasks): 5
#[6]# Processor (0<=P<tasks): 6
#[7]# Processor (0<=P<tasks): 7
#[8]# Processor (0<=P<tasks): 8
#[9]# Processor (0<=P<tasks): 9
# Unique execution identifier: 48ff1f49-5dc4-c534-ccf1-1444f87dc0ab
#[0,1]# Host name: a72
#[10,11]# Host name: a77
#[12,13]# Host name: a78
#[14,15]# Host name: a79
#[16,17]# Host name: a80
#[18,19]# Host name: a81
#[2,3]# Host name: a73
#[4,5]# Host name: a74
#[6,7]# Host name: a75
#[8,9]# Host name: a76
# Operating system: Linux version 2.6.7-4.30qsnet (root@ascus) (gcc version 3.3.5 (Debian 1:3.3.5-12)) #4 SMP Fri Apr 8 10:51:32 MDT 2005
# CPU vendor: GenuineIntel
# CPU architecture: x86_64
# CPU model: Intel(R) Xeon(TM) CPU 3.20GHz
# CPU count: 2
#[0,1,18,19]# CPU frequency: 3192148000 Hz (3.2 GHz)
#[14-17]# CPU frequency: 3192116000 Hz (3.2 GHz)
#[4,5,10,11]# CPU frequency: 3192141000 Hz (3.2 GHz)
#[12,13]# CPU frequency: 3192103000 Hz (3.2 GHz)
#[2,3]# CPU frequency: 3192135000 Hz (3.2 GHz)
#[6,7]# CPU frequency: 3192118000 Hz (3.2 GHz)
#[8,9]# CPU frequency: 3192145000 Hz (3.2 GHz)
# Cycle-counter frequency: (assumed to be the same as the CPU frequency)
# OS page size: 4096 bytes
# Physical memory: 2114035712 bytes (2.0 GB)
#[0,2,4,6,8,10,12,14,16,18]# Elan capability: [6c3aee16.44418c38.346d927a.5982484] Version 10002 Type a001 Context 43a.43a.43b Node 148.151
#[1,3,5,7,9,11,13,15,17,19]# Elan capability: [6c3aee16.44418c38.346d927a.5982484] Version 10002 Type a001 Context 43a.43b.43b Node 148.151
# coNCePTuaL configuration: ./configure /home/pakin/ncptl/share/config.site /home/pakin/ncptl/etc/config.site CC=icc 'CFLAGS=-g -O2' CPPFLAGS=-I/usr/local/include
# Library compiler+linker: /usr/local/bin/icc
# Library compiler version: Intel(R) C++ gcc 3.0 mode [8.1]
# Library compiler options: -I/usr/local/include -g -O2
# Library linker options: -lrmscall -lelan -lpopt
# Library compiler mode: LP64
# Dynamic libraries used: /usr/local/lib/mpi/mpi_gnu/lib/libmpi.so.1.0 /home/pakin/ncptl/lib/libncptl.so.2.2.1 /usr/local/lib/qsnet/elan/lib/librmscall.so.1 /usr/local/lib/qsnet/elan4/lib/libelan.so.1 /lib/libpopt.so.0.0.0 /lib/libm-2.3.2.so /lib/libc-2.3.2.so /lib/libgcc_s.so.1 /home/pakin/ncptl/lib/libimf.so /home/pakin/ncptl/lib/libirc.so /usr/local/lib/qsnet/elan/lib/libelanctrl.so.2 /usr/local/lib/qsnet/elan4/lib/libelan4.so.1 /lib/ld-2.3.2.so
# Microsecond timer type: inline assembly code
# Average microsecond timer overhead: <1 microsecond
#[0]# Microsecond timer increment: 1.00442 +/- 0.0753194 microseconds (ideal: 1 +/- 0)
#[10]# Microsecond timer increment: 1.03737 +/- 0.545052 microseconds (ideal: 1 +/- 0)
#[11]# Microsecond timer increment: 6.41994 +/- 215.788 microseconds (ideal: 1 +/- 0)
#[12]# Microsecond timer increment: 1.00568 +/- 0.0831395 microseconds (ideal: 1 +/- 0)
#[13]# Microsecond timer increment: 1.01581 +/- 0.314828 microseconds (ideal: 1 +/- 0)
#[14]# Microsecond timer increment: 1.00316 +/- 0.0665069 microseconds (ideal: 1 +/- 0)
#[15]# Microsecond timer increment: 1.00759 +/- 0.230522 microseconds (ideal: 1 +/- 0)
#[16]# Microsecond timer increment: 1.02843 +/- 0.484736 microseconds (ideal: 1 +/- 0)
#[17]# Microsecond timer increment: 1.00505 +/- 0.0709319 microseconds (ideal: 1 +/- 0)
#[18]# Microsecond timer increment: 1.03159 +/- 0.499317 microseconds (ideal: 1 +/- 0)
#[19]# Microsecond timer increment: 1.00253 +/- 0.0502359 microseconds (ideal: 1 +/- 0)
#[1]# Microsecond timer increment: 1.02965 +/- 0.48825 microseconds (ideal: 1 +/- 0)
#[2]# Microsecond timer increment: 1.01762 +/- 0.378505 microseconds (ideal: 1 +/- 0)
#[3]# Microsecond timer increment: 1.00569 +/- 0.0905286 microseconds (ideal: 1 +/- 0)
#[4]# Microsecond timer increment: 1.00317 +/- 0.0665279 microseconds (ideal: 1 +/- 0)
#[5]# Microsecond timer increment: 1.02906 +/- 0.478794 microseconds (ideal: 1 +/- 0)
#[6]# Microsecond timer increment: 1.00505 +/- 0.0792946 microseconds (ideal: 1 +/- 0)
#[7]# Microsecond timer increment: 1.01637 +/- 0.341956 microseconds (ideal: 1 +/- 0)
#[8]# Microsecond timer increment: 1.0019 +/- 0.0562401 microseconds (ideal: 1 +/- 0)
#[9]# Microsecond timer increment: 1.02021 +/- 0.372365 microseconds (ideal: 1 +/- 0)
#[11]# WARNING: Timer exhibits poor granularity.
#[11]# WARNING: Timer has a large error component.
#[0]# Minimum sleep time: 1989.52 +/- 51.5712 microseconds (ideal: 1 +/- 0)
#[10]# Minimum sleep time: 2014.68 +/- 74.2371 microseconds (ideal: 1 +/- 0)
#[11]# Minimum sleep time: 3047.96 +/- 3875.95 microseconds (ideal: 1 +/- 0)
#[12]# Minimum sleep time: 1989.68 +/- 51.3945 microseconds (ideal: 1 +/- 0)
#[13]# Minimum sleep time: 1980.44 +/- 97.1764 microseconds (ideal: 1 +/- 0)
#[14]# Minimum sleep time: 2001.4 +/- 7.21688 microseconds (ideal: 1 +/- 0)
#[15]# Minimum sleep time: 1991.68 +/- 40.9794 microseconds (ideal: 1 +/- 0)
#[16]# Minimum sleep time: 2010.68 +/- 53.6242 microseconds (ideal: 1 +/- 0)
#[17]# Minimum sleep time: 1979.88 +/- 100.393 microseconds (ideal: 1 +/- 0)
#[18]# Minimum sleep time: 1972.96 +/- 133.951 microseconds (ideal: 1 +/- 0)
#[19]# Minimum sleep time: 1982.16 +/- 88.5761 microseconds (ideal: 1 +/- 0)
#[1]# Minimum sleep time: 1980.32 +/- 98.1957 microseconds (ideal: 1 +/- 0)
#[2]# Minimum sleep time: 1981.6 +/- 91.1683 microseconds (ideal: 1 +/- 0)
#[3]# Minimum sleep time: 1991.16 +/- 45.8718 microseconds (ideal: 1 +/- 0)
#[4]# Minimum sleep time: 1991.44 +/- 50.4662 microseconds (ideal: 1 +/- 0)
#[5]# Minimum sleep time: 1982.4 +/- 86.9669 microseconds (ideal: 1 +/- 0)
#[6]# Minimum sleep time: 2013.04 +/- 65.6179 microseconds (ideal: 1 +/- 0)
#[7]# Minimum sleep time: 2003.92 +/- 20.2298 microseconds (ideal: 1 +/- 0)
#[8]# Minimum sleep time: 1983.44 +/- 82.5944 microseconds (ideal: 1 +/- 0)
#[9]# Minimum sleep time: 2015 +/- 75.8348 microseconds (ideal: 1 +/- 0)
# WARNING: Sleeping exhibits poor granularity (not a serious problem).
# WARNING: Sleeping has a large error component (not a serious problem).
# Process CPU timer: getrusage()
#[0,4,9,17,19]# Process CPU-time increment: 999.85 +/- 0.35887 microseconds (ideal: 1 +/- 0)
#[10,11,13]# Process CPU-time increment: 999.83 +/- 0.377525 microseconds (ideal: 1 +/- 0)
#[2,6,7]# Process CPU-time increment: 999.86 +/- 0.348735 microseconds (ideal: 1 +/- 0)
#[14,15]# Process CPU-time increment: 999.84 +/- 0.368453 microseconds (ideal: 1 +/- 0)
#[1,18]# Process CPU-time increment: 999.82 +/- 0.386123 microseconds (ideal: 1 +/- 0)
#[3,5]# Process CPU-time increment: 999.88 +/- 0.326599 microseconds (ideal: 1 +/- 0)
#[8,16]# Process CPU-time increment: 999.8 +/- 0.402015 microseconds (ideal: 1 +/- 0)
#[12]# Process CPU-time increment: 999.89 +/- 0.314466 microseconds (ideal: 1 +/- 0)
# WARNING: Process timer exhibits poor granularity (not a serious problem).
# Log-file template: wavefront-%p.log
# Mesh width (tasks): 4
# Mesh height (tasks): 5
# Number of wavefronts to time: 1000000
# Message size (bytes): 8
# Number of minutes after which to kill the job (-1=never): -1
# List of signals which should not be trapped: 14
# Log-file checkpointing interval: 60 seconds (i.e., 1 minute)
# MPI send routine: MPI_Send()
# MPI reduction operation: MPI_SUM
# Front-end compilation command line: /home/pakin/ncptl/bin/ncptl --backend=c_mpi wavefront.ncptl
# Back-end compilation command line: icc -I/home/pakin/ncptl/include -I/usr/local/include  -g -O2 tmp9R6FLZ.c  -L/home/pakin/ncptl/lib  -lmpi -lncptl -lrmscall -lelan -lpopt -o wavefront
# Log creator: Scott Pakin
#[0,1]# Log creation time: Wed Jul 26 13:26:38 2006
#[12,13]# Log creation time: Wed Jul 26 13:26:56 2006
#[14,15]# Log creation time: Wed Jul 26 13:27:22 2006
#[16,17]# Log creation time: Wed Jul 26 13:26:57 2006
#[18,19]# Log creation time: Wed Jul 26 13:26:44 2006
#[2,3]# Log creation time: Wed Jul 26 13:25:47 2006
#[4,5]# Log creation time: Wed Jul 26 13:27:12 2006
#[6,7]# Log creation time: Wed Jul 26 13:27:10 2006
#[8,9]# Log creation time: Wed Jul 26 13:27:52 2006
#[10]# Log creation time: Wed Jul 26 13:27:20 2006
#[11]# Log creation time: Wed Jul 26 13:27:19 2006
#
# Environment variables
# ---------------------
# BZIP2: -9
# CVS_RSH: /usr/bin/ssh
# DISPLAY: localhost:16.0
# EDITOR: emacs
# ELAN_STATKEY: 0x70943bff
# GZIP: -9
# HOME: /home/pakin
# JAVA_HOME: /usr/java/j2sdk1.4.2_04/jre
# LANG: en_US
# LANGUAGE: en_US:en_GB:en
# LD_LIBRARY_PATH: /home/pakin/ncptl/lib
# LOGNAME: pakin
# MAIL: /var/mail/pakin
# OLDPWD: /home/pakin
# PATH: /home/pakin/ncptl/bin:/home/pakin/bin:/home/pakin/bin:/usr/local/bin:/usr/bin:/bin:/usr/bin/X11:/usr/games:.:.
# PWD: /home/pakin/conceptual-0.8-pre1
# RMS_NNODES: 10
#[0,1]# RMS_NODEID: 0
#[10,11]# RMS_NODEID: 5
#[12,13]# RMS_NODEID: 6
#[14,15]# RMS_NODEID: 7
#[16,17]# RMS_NODEID: 8
#[18,19]# RMS_NODEID: 9
#[2,3]# RMS_NODEID: 1
#[4,5]# RMS_NODEID: 2
#[6,7]# RMS_NODEID: 3
#[8,9]# RMS_NODEID: 4
# RMS_NPROCS: 20
#[0]# RMS_PROCID: 0
#[10]# RMS_PROCID: 10
#[11]# RMS_PROCID: 11
#[12]# RMS_PROCID: 12
#[13]# RMS_PROCID: 13
#[14]# RMS_PROCID: 14
#[15]# RMS_PROCID: 15
#[16]# RMS_PROCID: 16
#[17]# RMS_PROCID: 17
#[18]# RMS_PROCID: 18
#[19]# RMS_PROCID: 19
#[1]# RMS_PROCID: 1
#[2]# RMS_PROCID: 2
#[3]# RMS_PROCID: 3
#[4]# RMS_PROCID: 4
#[5]# RMS_PROCID: 5
#[6]# RMS_PROCID: 6
#[7]# RMS_PROCID: 7
#[8]# RMS_PROCID: 8
#[9]# RMS_PROCID: 9
#[0]# RMS_RANK: 0
#[10]# RMS_RANK: 10
#[11]# RMS_RANK: 11
#[12]# RMS_RANK: 12
#[13]# RMS_RANK: 13
#[14]# RMS_RANK: 14
#[15]# RMS_RANK: 15
#[16]# RMS_RANK: 16
#[17]# RMS_RANK: 17
#[18]# RMS_RANK: 18
#[19]# RMS_RANK: 19
#[1]# RMS_RANK: 1
#[2]# RMS_RANK: 2
#[3]# RMS_RANK: 3
#[4]# RMS_RANK: 4
#[5]# RMS_RANK: 5
#[6]# RMS_RANK: 6
#[7]# RMS_RANK: 7
#[8]# RMS_RANK: 8
#[9]# RMS_RANK: 9
# SHELL: /bin/bash
# SHLVL: 1
# SLURM_CPUS_ON_NODE: 2
# SLURM_CPUS_PER_TASK: 1
# SLURM_CPU_BIND_LIST: 
# SLURM_CPU_BIND_TYPE: 
# SLURM_CPU_BIND_VERBOSE: quiet
# SLURM_JOBID: 144311
# SLURM_LAUNCH_NODE_IPADDR: 10.0.2.1
#[0,2,4,6,8,10,12,14,16,18]# SLURM_LOCALID: 0
#[1,3,5,7,9,11,13,15,17,19]# SLURM_LOCALID: 1
# SLURM_NNODES: 10
#[0,1]# SLURM_NODEID: 0
#[10,11]# SLURM_NODEID: 5
#[12,13]# SLURM_NODEID: 6
#[14,15]# SLURM_NODEID: 7
#[16,17]# SLURM_NODEID: 8
#[18,19]# SLURM_NODEID: 9
#[2,3]# SLURM_NODEID: 1
#[4,5]# SLURM_NODEID: 2
#[6,7]# SLURM_NODEID: 3
#[8,9]# SLURM_NODEID: 4
# SLURM_NODELIST: a[72-81]
# SLURM_NPROCS: 20
#[0]# SLURM_PROCID: 0
#[10]# SLURM_PROCID: 10
#[11]# SLURM_PROCID: 11
#[12]# SLURM_PROCID: 12
#[13]# SLURM_PROCID: 13
#[14]# SLURM_PROCID: 14
#[15]# SLURM_PROCID: 15
#[16]# SLURM_PROCID: 16
#[17]# SLURM_PROCID: 17
#[18]# SLURM_PROCID: 18
#[19]# SLURM_PROCID: 19
#[1]# SLURM_PROCID: 1
#[2]# SLURM_PROCID: 2
#[3]# SLURM_PROCID: 3
#[4]# SLURM_PROCID: 4
#[5]# SLURM_PROCID: 5
#[6]# SLURM_PROCID: 6
#[7]# SLURM_PROCID: 7
#[8]# SLURM_PROCID: 8
#[9]# SLURM_PROCID: 9
# SLURM_SRUN_COMM_HOST: ascus
# SLURM_SRUN_COMM_PORT: 46694
# SLURM_STEPID: 0
# SLURM_TASKS_PER_NODE: 2(x10)
#[8,12]# SLURM_TASK_PID: 30975
#[9,13]# SLURM_TASK_PID: 30976
#[0]# SLURM_TASK_PID: 30973
#[10]# SLURM_TASK_PID: 8574
#[11]# SLURM_TASK_PID: 8575
#[14]# SLURM_TASK_PID: 30969
#[15]# SLURM_TASK_PID: 30970
#[16]# SLURM_TASK_PID: 11428
#[17]# SLURM_TASK_PID: 11429
#[18]# SLURM_TASK_PID: 11426
#[19]# SLURM_TASK_PID: 11427
#[1]# SLURM_TASK_PID: 30974
#[2]# SLURM_TASK_PID: 30919
#[3]# SLURM_TASK_PID: 30920
#[4]# SLURM_TASK_PID: 30978
#[5]# SLURM_TASK_PID: 30979
#[6]# SLURM_TASK_PID: 30949
#[7]# SLURM_TASK_PID: 30950
# SLURM_UMASK: 0022
# SSH_AGENT_PID: 15878
# SSH_AUTH_SOCK: /tmp/ssh-MLEsC15760/agent.15760
# SSH_CLIENT: 128.165.20.177 42679 22
# SSH_CONNECTION: 128.165.20.177 42679 128.165.5.45 22
# SSH_TTY: /dev/pts/73
# TERM: xterm
# USER: pakin
# _: /usr/local/bin/srun
#
# coNCePTuaL source code
# ----------------------
#     xdim is "Mesh width (tasks)" and comes from "--width" or "-w" with default 1.
#     ydim is "Mesh height (tasks)" and comes from "--height" or "-h" with default 1.
#     reps is "Number of wavefronts to time" and comes from "--reps" or "-r" with default 1E5.
#     msgsize is "Message size (bytes)" and comes from "--msgsize" or "-m" with default 0.
#     
#     For reps repetitions {
#       task 0 resets its counters then
#       all tasks src send a msgsize-byte message to tasks dst such that dst = src+xdim \/ (dst=src+1 /\ dst mod xdim <> 0) then
#       task num_tasks-1 sends a msgsize-byte message to task 0 then
#       task 0 logs the mean of elapsed_usecs/(xdim+ydim-1) as "Per-hop latency (usecs)"
#              and the standard deviation of elapsed_usecs/(xdim+ydim-1) as "Per-hop latency (usecs)"
#     }
#
###########################################################################
#[0]"Per-hop latency (usecs)","Per-hop latency (usecs)"
#[0]"(mean)","(std. dev.)"
#[0]21.41695462,527.7318202
###########################################################################
# Program exited normally.
#[0,1]# Log completion time: Wed Jul 26 13:29:30 2006
#[10,11]# Log completion time: Wed Jul 26 13:30:10 2006
#[12,13]# Log completion time: Wed Jul 26 13:29:48 2006
#[14,15]# Log completion time: Wed Jul 26 13:30:14 2006
#[16,17]# Log completion time: Wed Jul 26 13:29:49 2006
#[18,19]# Log completion time: Wed Jul 26 13:29:36 2006
#[2,3]# Log completion time: Wed Jul 26 13:28:39 2006
#[4,5]# Log completion time: Wed Jul 26 13:30:04 2006
#[6,7]# Log completion time: Wed Jul 26 13:30:02 2006
#[8,9]# Log completion time: Wed Jul 26 13:30:44 2006
#[0-9,12-19]# Elapsed time: 172 seconds (i.e., 2 minutes, 52 seconds)
#[10]# Elapsed time: 170 seconds (i.e., 2 minutes, 50 seconds)
#[11]# Elapsed time: 171 seconds (i.e., 2 minutes, 51 seconds)
#[0-9,12-19]# Process CPU usage (user+system): 171 seconds (i.e., 2 minutes, 51 seconds)
#[10,11]# Process CPU usage (user+system): 85 seconds (i.e., 1 minute, 25 seconds)
#[12,13,16,17]# Number of interrupts received (all CPUs): 174041
#[2,7,14]# Number of interrupts received (all CPUs): 174038
#[3-5]# Number of interrupts received (all CPUs): 174040
#[15,18]# Number of interrupts received (all CPUs): 174036
#[8,9]# Number of interrupts received (all CPUs): 174044
#[0]# Number of interrupts received (all CPUs): 174103
#[10]# Number of interrupts received (all CPUs): 173117
#[11]# Number of interrupts received (all CPUs): 173890
#[19]# Number of interrupts received (all CPUs): 174037
#[1]# Number of interrupts received (all CPUs): 174054
#[6]# Number of interrupts received (all CPUs): 174042
#[1-19]# Peak memory allocation: 1893709 bytes (1.8 MB)
#[0]# Peak memory allocation: 18672037 bytes (17.8 MB)
###########################################################################