cvs -d:pserver:anonymous@cvs.openmosix.sourceforge.net:/cvsroot/openmosix login
cvs -z3 -d:pserver:anonymous@cvs.openmosix.sourceforge.net:/cvsroot/openmosix co linux-openmosix
cvs -z3 -d:pserver:anonymous@cvs.openmosix.sourceforge.net:/cvsroot/openmosix co userspace-tools

rpm -Uvh openmosix-kernel-2.4.20-openmosix2.i686.rpm openmosix-tools-0.2.4-1.i386.rpm

[root@oscar0 root]# more /etc/openmosix.map 
# openMosix CONFIGURATION
# ===================
#
# Each line should contain 3 fields, mapping IP addresses to openMosix node-numbers:
# 1) first openMosix node-number in range.
# 2) IP address of the above node (or node-name from /etc/hosts).
# 3) number of nodes in this range.
#
# Example: 10 machines with IP 192.168.1.50 - 192.168.1.59
# 1	   192.168.1.50	    10
#
# openMosix-#  IP  number-of-nodes
# ============================
1 192.168.10.220 1
2 192.168.10.78  1
3 192.168.10.84  1

[root@inspon root]# /etc/init.d/openmosix start 
Initializing openMosix...
setpe: the supplied table is well-formatted,
but my IP address (127.0.0.1) is not there!

127.0.0.1	omosix1.localhost.org localhost 

192.168.10.78   omosix1.localhost.org
127.0.0.1       localhost 

[root@inspon root]# /etc/init.d/openmosix start 
Initializing openMosix...
[root@inspon root]# /etc/init.d/openmosix status
This is openMosix node #2
Network protocol: 2 (AF_INET)
openMosix range     1-1     begins at 192.168.10.220
openMosix range     2-2     begins at inspon.localhost.be
openMosix range     3-3     begins at 192.168.10.84
Total configured: 3

cd /usr/src
apt-get install kernel-source-2.4.19 kernel-package \
        openmosix kernel-patch-openmosix
tar vxjf kernel-source-2.4.19.tar.bz2
ln -s /usr/src/kernel-source-2.4.19 /usr/src/linux
cd /usr/src/linux
../kernel-patches/i386/apply/openmosix
make menuconfig
make-kpkg kernel_image modules_image
cd ..
dpkg -i kernel-image-*-openmosix-*.deb

awk 'BEGIN {for(i=0;i<10000;i++)for(j=0;j<10000;j++);}'

apt-get install openmosixview

Aug 31 20:41:49 localhost omdiscd[1290]: Unable to determine address of 
default interface.  This may happen because there is no default route 
configured.  Without a default route, an interface must be: Network is 
unreachable 
Aug 31 20:41:49 localhost omdiscd[1290]: Unable to initialize network.  
Exiting. 

[root@localhost log]# route -n 
Kernel IP routing table
Destination     Gateway         Genmask         Flags Metric Ref    Use Iface
10.0.0.0        0.0.0.0         255.0.0.0       U     0      0        0 eth0
127.0.0.0       0.0.0.0         255.0.0.0       U     0      0        0 lo
0.0.0.0         10.0.0.99       0.0.0.0         UG    0      0        0 eth0

omdiscd

Sep  2 10:00:49 oscar0 kernel: openMosix configuration changed: This is openMosix #2780 (of 6 configured)
Sep  2 10:00:49 oscar0 kernel: openMosix #2780 is at IP address 192.168.10.220
Sep  2 10:00:49 oscar0 kernel: openMosix #2638 is at IP address 192.168.10.78
Sep  2 10:00:49 oscar0 kernel: openMosix #2646 is at IP address 192.168.10.86
Sep  2 10:00:49 oscar0 kernel: openMosix #2627 is at IP address 192.168.10.67
Sep  2 10:00:49 oscar0 kernel: openMosix #2634 is at IP address 192.168.10.74

[root@oscar0 root]# showmap
My Node-Id: 0x0adc

Base Node-Id Address          Count
------------ ---------------- -----
0x0adc       192.168.10.220   1
0x0a4e       192.168.10.78    1
0x0a56       192.168.10.86    1
0x0a43       192.168.10.67    1
0x0a4a       192.168.10.74    1

#define ALPHA

% make clean
% make

Aug 31 20:45:58 localhost kernel: openMosix configuration changed: This is openMosix #98 (of 1 configured)
Aug 31 20:45:58 localhost kernel: openMosix #98 is at IP address 10.0.0.98Aug 31 20:45:58 localhost omdiscd[1627]: Notified kernel to activate 
openMosix  Aug 31 20:45:58 localhost kernel: Received an unauthorized information request from 10.0.0.99

ifconfig ethx promisc
or
ifconfig ethx multicast 

tcpdump -i eth0 ether multicast 

disable ipmcforwarding (to deactivate the routing of multicast paquets)
disable igmp snooping

Aug 31 22:14:43 inspon omdiscd[1422]: Simulated notification to activate openMosix
[root@inspon root]# showmap
My Node-Id: 0x0063

Base Node-Id Address          Count
------------ ---------------- -----
0x0063       10.0.0.99        1
[root@inspon root]# /etc/init.d/openmosix status
OpenMosix is currently disabled
[root@inspon root]# 

#define ALPHA

$ tar -xvzf plumpos-6.9-rc1.tar.gz

./configure
make
make install 

[root@inspon root]# cat .dsh/group/mosix 
192.168.10.220
192.168.10.84

[root@inspon root]# dsh -r ssh -g mosix ls
192.168.10.84: anaconda-ks.cfg
192.168.10.84: id_rsa.pub
192.168.10.84: install.log
192.168.10.84: install.log.syslog
192.168.10.84: openmosix-kernel-2.4.17-openmosix1.i686.rpm
192.168.10.84: openmosix-tools-0.2.0-1.i386.rpm
192.168.10.220: anaconda-ks.cfg
192.168.10.220: id_dsa.pub
192.168.10.220: id_rsa.pub
192.168.10.220: openmosix-kernel-2.4.17-openmosix1.i686.rpm
192.168.10.220: openmosix-tools-0.2.0-1.i386.rpm
192.168.10.220: oscar-1.2.1rh72
192.168.10.220: oscar-1.2.1rh72.tar.gz

[root@inspon root]# dsh -r ssh -g mosix "uname -a"
192.168.10.84: Linux omosix2.office.be.stone-it.com 2.4.17-openmosix1 #1 
Wed May 29 14:32:28 CEST 2002 i686 unknown
192.168.10.220: Linux oscar0 2.4.17-openmosix1 #1 Wed May 29 14:32:28 CEST 
2002 i686 unknown

[root@inspon root]# dsh -r ssh -g mosix -c -- uname -a 
192.168.10.220: Linux oscar0 2.4.17-openmosix1 #1 Wed May 29 14:32:28 CEST 
2002 i686 unknown
192.168.10.84: Linux omosix2.office.be.stone-it.com 2.4.17-openmosix1 #1 
Wed May 29 14:32:28 CEST 2002 i686 unknown

migrate -send a migrate request to a process
                syntax: 
                        migrate [PID] [openMosix_ID]

mon             -is a ncurses-based terminal monitor
                 several informations about the current status are displayed in bar-charts

mosctl          -is the openMosix main configuration utility
                syntax:
                        mosctl  [stay|nostay]
                                [lstay|nolstay]
                                [block|noblock]
                                [quiet|noquiet]
                                [nomfs|mfs]
                                [expel|bring]
                                [gettune|getyard|getdecay]

                        mosctl  whois   [openMosix_ID|IP-address|hostname]

                        mosctl  [getload|getspeed|status|isup|getmem|getfree|getutil]   [openMosix_ID]

                        mosctl  setyard [Processor-Type|openMosix_ID||this]

                        mosctl  setspeed        interger-value

                        mosctl  setdecay interval       [slow fast]

mosrun          -run a special configured command on a chosen node
                syntax:
                        mosrun  [-h|openMosix_ID| list_of_openMosix_IDs] command [arguments]

setpe           -manual node configuration utility
                syntax:
                        setpe   -w -f   [hpc_map]
                        setpe   -r [-f  [hpc_map]]
                        setpe   -off

-w reads the openMosix configuration from a file (typically /etc/hpc.map)
-r writes the current openMosix configuration to a file (typically /etc/hpc.map)
-off turns the current openMosix configuration off

tune            openMosix calibration and optimizations utility.
                (for further informations review the tune-man page)

mosctl setspeed [n]

mosctl getspeed

       setpe -r 

        setpe -w -f /etc/mosix.map 

       cat /proc/$$/lock

        echo 0 > /proc/$$/lock

        init 1

        /etc/init.d/network start
        /etc/init.d/mosix start
        echo 1 > /proc/mosix/admin/quiet

        /etc/init.d/pcmcia start

ifenslave <master> <slave1> <slave2> ...

openmosixcollector -d      //starts the collector as a daemon 
openmosixcollector -k      //stops the collector 
openmosixcollector -n      //writes a checkpoint to the history 
openmosixcollector -r      //saves the current history and starts a new one 
openmosixcollector         //print out a short help 

freedom x security = constant    (from a security newsgroup) 

/etc/init.d/ssh start 

ssh-keygen 

/root/.ssh/identity    //your private key 
and 
/root/.ssh/identity.pub     //your public key 

ssh-agent 

echo $SSH_AUTH_SOCK 
and 
echo $SSH_AGENT_PID 

SSH_AUTH_SOCK=/tmp/ssh-XXYqbMRe/agent.1065 
export SSH_AUTH_SOCK 
SSH_AGENT_PID=1066 
export SSH_AGENT_PID 

setenv SSH_AUTH_SOCK /tmp/ssh-XXYqbMRe/agent.1065 
setenv SSH_AGENT_PID 1066 

ssh-add 

eval `ssh-agent` 
 ssh-add 

cat /proc/$PID/lock

mosrun -h

int main() {
    unsigned int i;
    while (1) {
        i++;
    }
    return 0;
}

#include <sys/types.h>
#include <sys/ipc.h>
#include <sys/shm.h>

...

key_t key; /* key to be passed to shmget() */
int shmflg; /* shmflg to be passed to shmget() */
int shmid; /* return value from shmget() */
int size; /* size to be passed to shmget() */

...

key = ...
size = ...
shmflg) = ...

if ((shmid = shmget (key, size, shmflg)) == -1) {
   perror("shmget: shmget failed"); exit(1); } else {
   (void) fprintf(stderr, "shmget: shmget returned %d\n", shmid);
   exit(0);
  }
...

int pdes[2];

pipe(pdes);
if ( fork() == 0 )
  { /* child */
                                 close(pdes[1]); /* not required */
                                 read( pdes[0]); /* read from parent */
                                 .....
                 }
else
                 { close(pdes[0]); /* not required */
                                 write( pdes[1]); /* write to child */
                                 .....
                 }

//
// Very simple program demonstrating the use of threads.
//
// Command-line argument is P (number of threads).
//
// Each thread writes "hello" message to standard output, with
//   no attempt to synchronize.  Output will likely be garbled.
//
#include <iostream>
#include <cstdlib>              // has exit(), etc.
#include <unistd.h>             // has usleep()
#include <pthread.h>            // has pthread_ routines

// declaration for function to be executed by each thread
void * printHello(void * threadArg);

// ---- Main program -------------------------------------------------

int main(int argc, char* argv[]) {

  if (argc < 2) {
    cerr << "Usage:  " << argv[0] << " numThreads\n";
    exit(EXIT_FAILURE);
  }
  int P = atoi(argv[1]);

  // Set up IDs for threads (need a separate variable for each
  //   since they're shared among threads).
  int * threadIDs = new int[P];
  for (int i = 0; i < P; ++i)
    threadIDs[i] = i;

  // Start P new threads, each with different ID.
  pthread_t * threads = new pthread_t[P];
  for (int i = 0; i < P; ++i)
    pthread_create(&threads[i], NULL, printHello,
                   (void *) &threadIDs[i]);

  // Wait for all threads to complete.
  for (int i = 0; i < P; ++i)
    pthread_join(threads[i], NULL);

  // Clean up and exit.
  delete [] threadIDs;
  delete [] threads;
  cout << "That's all, folks!\n";
  return EXIT_SUCCESS;
}

// ---- Code to be executed by each thread ---------------------------

// pre:  *threadArg is an integer "thread ID".
// post:  "hello" message printed to standard output.
//        return value is null pointer.
void * printHello(void * threadArg) {
  int * myID = (int *) threadArg;
  cout << "hello, world, ";
  // pointless pause, included to make the effects of
  //   synchronization (or lack thereof) more obvious
  usleep(10);
  cout << "from thread " << *myID << endl;
  pthread_exit((void* ) NULL);
}

# tell shells to allow subprocs to migrate to other nodes
echo 0 > /proc/self/lock

non-cluster_ip  cluster-hostname.cluster-domain cluster-hostname

bash: child setpgid (4061 to 4061): No such process

cat /proc/hpc/admin/version

        if [ -x /proc/$$/lock ]; then
           echo 0 > /proc/$$/lock
        fi

from hpc/comm.c:

#define MIG_DAEMON_PORT         0x3412
#define INFO_DAEMON_PORT        0x3415

awk 'BEGIN {for(i=0;i<10000;i++)for(j=0;j<10000;j++);}' &

for i in `ls /etc/` ; do ./test_mosix ; done 

#! /usr/bin/perl -w

# this mill unlock this process and all tis childs
sub unlock { 
open (OUTFILE,">/proc/self/lock") || 
die "Could not unlock myself!\n"; 
print OUTFILE "0"; 
} 

unlock;

# this will count the nodes
sub cpucount {
 $CLUSTERDIR="/proc/hpc/nodes/";
 $howmany=0;
 opendir($nodes, $CLUSTERDIR);
 while(readdir($nodes)) {
  $howmany++;
 }

 $howmany--;
 $howmany--;
 closedir ($nodes);
 return $howmany;
}

my $processes=cpucount;
$processes=$processes*3;

print("starting $processes processes\n");

#Portfolio.pl, version 0.1
#Perl program that simulate a portfolios for various stock composition for a given period of time
#We run various scenarios to find the mix of assets that give the best performance/risk ratio
#This method is base on the book "The intelligent asset allocator" by William Bernstein
#Can be used to test an OpenMosix cluster
#This program is licensed under GPL
#Author: Charles-E. Nadeau Ph.D., (c) 2002
#E-mail address: charlesnadeau AT hotmail DOT com

use Parallel::ForkManager; #We use a module to parallelize the calculation

#Available at http://theoryx5.uwinnipeg.ca/mod_perl/cpan-search?filetype=%20distribution%20name%20or%20description;join=and;arrange=file;download=auto;stem=no;case=clike;site=ftp.funet.fi;age=;distinfo=2589

use Statistics::Descriptive::Discrete; #A module providing statistical values

#Available at http://theoryx5.uwinnipeg.ca/mod_perl/cpan-search?new=Search;filetype=%20distribution%20name%20or%20description;join=and;arrange=file;download=auto;stem=no;case=clike;site=ftp.funet.fi;age=;distinfo=2988

srand; #We initialize the random number generator

#Initializing constant
$NumberOfSimulation=$processes;  #Number of simulation to run
$NumberOfMonth=100000; #Number of month for wich to run the simulation
$NumberOfStock=6; #Number of different stocks in the simulation

#Portfolio to simulate
#TODO: Read the stock details from a file
$Stock[0][0]="BRKB"; #Stock ticker
$Stock[0][1]=0.01469184; #Stock average monthly return
$Stock[0][2]=0.071724934; #Stock average monthly standard deviation
$Stock[1][0]="TEST "; #Stock ticker
$Stock[1][1]=-0.01519; #Stock average monthly return
$Stock[1][2]=0.063773903; #Stock average monthly standard deviation
$Stock[2][0]="SPDR"; #Stock ticker
$Stock[2][1]=0.008922718; #Stock average monthly return
$Stock[2][2]=0.041688404; #Stock average monthly standard deviation
$Stock[3][0]="BRKB"; #Stock ticker
$Stock[3][1]=0.01469184; #Stock average monthly return
$Stock[3][2]=0.071724934; #Stock average monthly standard deviation
$Stock[4][0]="TEST "; #Stock ticker
$Stock[4][1]=-0.01519; #Stock average monthly return
$Stock[4][2]=0.063773903; #Stock average monthly standard deviation
$Stock[5][0]="SPDR"; #Stock ticker
$Stock[5][1]=0.008922718; #Stock average monthly return
$Stock[5][2]=0.041688404; #Stock average monthly standard deviation




my $pm = new Parallel::ForkManager($NumberOfSimulation); #Specify the number of threads to span

$pm->run_on_start(
  sub { my ($pid,$ident)=@_;
  print "started, pid: $pid\n";
  }
);



#We initialize the array that will contain the results
@Results=();
for $i (0..$NumberOfSimulation-1){
	for $j (0..$NumberOfStock+3){
		$Results[$i][$j]=0.0; #Equal to 0.0 to start
	}
}

for $i (0..$NumberOfSimulation-1){ #Loop on the number of simulation to run
	$Results[$i][0]=$i; #The first column of each line is the number of the simulation
	$pm->start and next; #Start the thread

		$TotalRatio=1; #The sum of the proprtion of each stock

		#Here we calculate the portion of each investment in the portfolio for a given simulation
		for $j (0..$NumberOfStock-2){ #We loop on all stock until the second to last one
			#TODO: Replace rand by something from Math::TrulyRandom
			$Ratio[$j]=rand($TotalRatio);
			$Results[$i][$j+1]=$Ratio[$j]; #We store the ratio associated to this stock
			$TotalRatio=$TotalRatio-$Ratio[$j];
		}
		$Ratio[$NumberOfStock-1]=$TotalRatio; #In order to have a total of the ratios equal to one, we set the last ratio to be the remainder
		$Results[$i][$NumberOfStock]=$Ratio[$NumberOfStock-1]; #We store the ratio associated to this stock. Special case for the last stock

		$InvestmentValue=1; #Initially the investment value is 1 time the initial capital amount.
		my $stats=new Statistics::Descriptive::Discrete; #We initialize the module used to calculate the means and standard deviations

		for $j (1..$NumberOfMonth){ #Loop on the number of months

			$MonthlyGrowth[$j]=0.0; #By how much did we grow this month. Initially, no growth yet.

			#We loop on each stock to find its monthly contribution to the yield 
			for $k (0..$NumberOfStock-1){

			$MonthlyGrowth[$j]=$MonthlyGrowth[$j]+($Ratio[$k]*((gaussian_rand()*$Stock[$k][2])+$Stock[$k][1])); #We had the growth for this stock to the stock already calculated for the preceding stocks
			}

			$stats->add_data($MonthlyGrowth[$j]); #Add the yield for this month so we can later on have the mean and standard deviation for this simulation
			$InvestmentValue=$InvestmentValue*(1+$MonthlyGrowth[$j]); #Value of the Investment after this month
		}
		$Results[$i][$NumberOfStock+1]=$stats->mean(); #Calculate the average monthly growth
		$Results[$i][$NumberOfStock+2]=$stats->standard_deviation(); #Calculate the standard deviation of the monthly growth

	$pm->finish; #Finish the thread
}
$pm->wait_all_children; #We wait until all threads are finished

#Printing the results
print "Simulation ";
for $j (0..$NumberOfStock-1){
	print "Ratio$Stock[$j][0] ";
}
print "  Mean StdDev YieldRatio\n";
for $i (0..$NumberOfSimulation-1){
	printf "%10d ", $Results[$i][0];
	for $j (1..$NumberOfStock){
		printf "   %6.2f ",$Results[$i][$j];
	}

	if($Results[$i][$NumberOfStock+2]!=0) {
		printf "%5.4f %5.4f    %5.4f\n", $Results[$i][$NumberOfStock+1], $Results[$i][$NumberOfStock+2], ($Results[$i][$NumberOfStock+1]/$Results[$i][$NumberOfStock+2]);

	} else {
		printf "%5.4f %5.4f    %5.4f\n", $Results[$i][$NumberOfStock+1], $Results[$i][$NumberOfStock+2], 0;

	}
}



#Subroutines

#Subroutine to generate two numbers normally distributed
#From "The Perl Cookbook", recipe 2.10
sub gaussian_rand {
	my ($u1, $u2);
	my $w;
	my ($g1, $g2);

	do {
		$u1=2*rand()-1;
		$u2=2*rand()-1;
		$w=$u1*$u1+$u2*$u2;
	} while ($w>=1 || $w==0); #There was an error in the recipe, I corrected it here

	$w=sqrt(-2*log($w)/$w);
	$g2=$u1*$w;
	$g1=$u2*$w;
	return wantarray ? ($g1,$g2) : $g1;

}

$ cd pvmpov3_1g_2
$ tar xfz ../povuni_s.tgz
$ tar xfz ../povuni_d.tgz                                                      
$ ./inst-pvm
Trying to apply the patch.
Searching for rejected files
$

export PATH=$PATH:/usr/share/pvm3/lib
export PVMROOt=/usr/share/pvm3

[root@dhcp71 povray31]# /usr/local/bin/pvmpov -L 
/usr/src/povray/pvmpov3_1g_2/povray31/include/ +Iskyvase.pov  
+Oskyvase.tga +NT16 +NW64 +NH64 +v +w1024 +h768
Persistence of Vision(tm) Ray Tracer Version 3.1g.Linux.gcc
  This is an unofficial version compiled by:
  Jakob Flierl  - PVMPOV Version 3.1g.2
  The POV-Ray Team(tm) is not responsible for supporting this version.
Copyright 1999 POV-Ray Team(tm)
Never found section  in file 
/usr/src/povray/pvmpov3_1g_2/povray31/include/.
Initializing PVMPOV
  Spawning /usr/local/bin/pvmpov with 16 PVM tasks on 1 hosts...
  ...16 PVM tasks successfully spawned.
  Waiting up to 120s for first slave to start...
  Slave 0 successfully started.
Parsing Options
  Input file: skyvase.pov (compatible to version 3.1)
  Remove bounds........On  Split unions........Off
  Library paths: /usr/local/lib/povray31 /usr/local/lib/povray31/include
Output Options
  Image resolution 1024 by 768 (rows 1 to 768, columns 1 to 1024).
  Output file: skyvase.tga, 24 bpp PNG
  Graphic display.....Off
  Mosaic preview......Off
  CPU usage histogram.Off
  Continued trace.....Off  Allow interruption...On  Pause when 
done.....Off
  Verbose messages.....On
Tracing Options
  Quality:  9
  Bounding boxes.......On  Bounding threshold: 25
  Light Buffer.........On  Vista Buffer.........On
  Antialiasing........Off
  Radiosity...........Off
Animation Options
  Clock value....   0.000  (Animation off)
PVM Options
  Block Width....      64  Block Height...      64
  PVM Tasks......      16
  PVM Nice.......       5
  PVM Arch.......
  PVM Slave...... /usr/local/bin/pvmpov
  PVM WorkingDir. /usr/src/povray/pvmpov3_1g_2/povray31
Redirecting Options
  All Streams to console..........On
  Debug Stream to console.........On
  Fatal Stream to console.........On
  Render Stream to console........On
  Statistics Stream to console....On
  Warning Stream to console.......On

Starting frame 0...
 Slave 1 at dhcp71.office.be.stone-it.com successfully started.
 Slave 2 at dhcp71.office.be.stone-it.com successfully started.
 Slave 3 at dhcp71.office.be.stone-it.com successfully started.
 Slave 4 at dhcp71.office.be.stone-it.com successfully started.
 Slave 5 at dhcp71.office.be.stone-it.com successfully started.
 Slave 6 at dhcp71.office.be.stone-it.com successfully started.
 Slave 7 at dhcp71.office.be.stone-it.com successfully started.
 Slave 8 at dhcp71.office.be.stone-it.com successfully started.
 Slave 9 at dhcp71.office.be.stone-it.com successfully started.
 Slave 10 at dhcp71.office.be.stone-it.com successfully started.
 Slave 11 at dhcp71.office.be.stone-it.com successfully started.
 Slave 12 at dhcp71.office.be.stone-it.com successfully started.
 Slave 13 at dhcp71.office.be.stone-it.com successfully started.
 Slave 14 at dhcp71.office.be.stone-it.com successfully started.
 Slave 15 at dhcp71.office.be.stone-it.com successfully started.
  0:00:53 86.46 of blocks complete.Not using dhcp71.office.be.stone-it.com 
for reassignment (77%)
  0:00:53 86.98 of blocks complete.Not using dhcp71.office.be.stone-it.com 
for reassignment (67%)
Not using dhcp71.office.be.stone-it.com for reassignment (86%)
Not using dhcp71.office.be.stone-it.com for reassignment (85%)
  0:00:55 89.06 of blocks complete.   640 of  768 lines finished (in frame 
0).Not using dhcp71.office.be.stone-it.com for reassignment (65%)
  0:00:56 91.67 of blocks complete.Not using dhcp71.office.be.stone-it.com 
for reassignment (72%)
  0:00:56 92.71 of blocks complete.Not using dhcp71.office.be.stone-it.com 
for reassignment (80%)
  0:00:57 93.75 of blocks complete.
Slave at dhcp71.office.be.stone-it.com has exited.
  0:00:57 94.79 of blocks complete.
Slave at dhcp71.office.be.stone-it.com has exited.

Slave at dhcp71.office.be.stone-it.com has exited.
  0:00:58 95.83 of blocks complete.
Slave at dhcp71.office.be.stone-it.com has exited.
  0:00:58 96.35 of blocks complete.   672 of  768 lines finished (in frame 
0).Not using dhcp71.office.be.stone-it.com for reassignment (77%)

Slave at dhcp71.office.be.stone-it.com has exited.
  0:00:58 97.14 of blocks complete.   688 of  768 lines finished (in frame 
0).
Slave at dhcp71.office.be.stone-it.com has exited.
  0:00:59 97.92 of blocks complete.
Slave at dhcp71.office.be.stone-it.com has exited.
  0:00:60 98.44 of blocks complete.   704 of  768 lines finished (in frame 
0).
Slave at dhcp71.office.be.stone-it.com has exited.
  0:01:03 100.00 of blocks complete.   768 of  768 lines finished (in 
frame 0).
Finishing frame 0...rtw. 768


Waiting for remaining slave stats.


PVM Task Distribution Statistics:
           host name  [ done ] [ late ]           host name  [ done ] [ 
late ]
dhcp71.office.be.stone-it.com  [ 5.21%] [ 
0.00%]dhcp71.office.be.stone-it.com  [ 7.81%] [ 0.07%]
dhcp71.office.be.stone-it.com  [ 8.85%] [ 
1.17%]dhcp71.office.be.stone-it.com  [ 4.69%] [ 0.00%]
dhcp71.office.be.stone-it.com  [ 8.85%] [ 
0.98%]dhcp71.office.be.stone-it.com  [ 4.17%] [ 0.00%]
dhcp71.office.be.stone-it.com  [ 5.21%] [ 
0.00%]dhcp71.office.be.stone-it.com  [ 8.33%] [ 0.52%]
dhcp71.office.be.stone-it.com  [ 5.21%] [ 
0.00%]dhcp71.office.be.stone-it.com  [ 5.73%] [ 0.72%]
dhcp71.office.be.stone-it.com  [ 7.29%] [ 
2.73%]dhcp71.office.be.stone-it.com  [ 4.17%] [ 0.00%]
dhcp71.office.be.stone-it.com  [ 5.21%] [ 
0.00%]dhcp71.office.be.stone-it.com  [ 6.77%] [ 0.13%]
dhcp71.office.be.stone-it.com  [ 4.69%] [ 
0.00%]dhcp71.office.be.stone-it.com  [ 7.81%] [ 0.00%]


POV-Ray statistics for finished frames:
skyvase.pov Statistics (Partial Image Rendered), Resolution 1024 x 768
----------------------------------------------------------------------------
Pixels:          303104   Samples:          303104   Smpls/Pxl: 1.00
Rays:           1192710   Saved:                 0   Max Level: 0/5
----------------------------------------------------------------------------
Ray->Shape Intersection          Tests       Succeeded  Percentage
----------------------------------------------------------------------------
Cone/Cylinder                  1842227          900504     48.88
CSG Intersection               2742731          323346     11.79
CSG Union                      1801008          521692     28.97
Plane                         20223278        11233348     55.55
Quadric                        1801008         1196533     66.44
Sphere                         1801008          461786     25.64
Bounding Object                1842227          900504     48.88
----------------------------------------------------------------------------
Calls to Noise:            1201944   Calls to DNoise:        2108954
----------------------------------------------------------------------------
Shadow Ray Tests:          2856188   Succeeded:                85620
Reflected Rays:             889606
----------------------------------------------------------------------------
Smallest Alloc:                  9 bytes   Largest:            20508
Peak memory used:          5643343 bytes
----------------------------------------------------------------------------
Time For Trace:    0 hours  1 minutes   7.0 seconds (67 seconds)
    Total Time:    0 hours  1 minutes   7.0 seconds (67 seconds)