SPLITTING TELORB SYSTEM NETWORKS INTO TWO PARTS                  2001-02-16
===============================================
File name: netsplit_to10_to11.txt

Summary
=======
  Range      TP         IO          ES          RMS    AXmp
  -------    -------    --------    --------    ---    --------
    0-127     31-119     25,  26     20,  21     22     23,  24
  128-255    131-219    225, 226    220, 221    222    223, 224

-  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -

to10
====
Net A: 134.138.61.1 - 134.138.61.126      (0,127 reserved, 1 probably also used)
Net B: 134.138.62.1 - 134.138.62.126


to11
====
Net A: 134.138.61.129 - 134.138.61.254    (128,255 reserved ; 129 probably also
                                           used)
Net B: 134.138.62.129 - 134.138.61.254

-  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -

TelORB processors 1-89, to10, net A:
  TP1:  134.138.61.31
  TP2:  134.138.61.32
   :     :
  TP10: 134.138.61.40
   :     :
  TP89: 134.138.61.119             (Max)

TelORB processors 1-89, to10, net B:
  TP1:  134.138.62.31
  TP2:  134.138.62.32
   :     :
  TP10: 134.138.62.40
   :     :
  TP89: 134.138.62.119             (Max)

TelORB processors 1-89, to11, net A:
  TP1:  134.138.61.131
  TP2:  134.138.61.132
   :     :
  TP10: 134.138.61.140
   :     :
  TP89: 134.138.61.219             (Max, since Eth numbering starts at 220)

TelORB processors 1-89, to11, net B:
  TP1:  134.138.62.131
  TP2:  134.138.62.132
   :     :
  TP10: 134.138.62.140
   :     :
  TP89: 134.138.62.219             (Max, since Eth numbering starts at 220)


IO processor 1, to10, net A:    134.138.61.25
IO processor 2, to10, net A:    134.138.61.26

IO processor 1, to10, net B:    134.138.62.25
IO processor 2, to10, net B:    134.138.62.26


IO processor 1, to11, net A:    134.138.61.225
IO processor 2, to11, net A:    134.138.61.226

IO processor 1, to11, net B:    134.138.62.225
IO processor 2, to11, net B:    134.138.62.226


Ethernet switch A, to10, base cabinet:      134.138.61.20
Ethernet switch B, to10, base cabinet:      134.138.62.20
Ethernet switch A, to10, expansion cabinet: 134.138.61.21
Ethernet switch B, to10, expansion cabinet: 134.138.62.21

Ethernet switch A, to11, base cabinet:      134.138.61.220
Ethernet switch B, to11, base cabinet:      134.138.62.220
Ethernet switch A, to11, expansion cabinet: 134.138.61.221
Ethernet switch B, to11, expansion cabinet: 134.138.62.221


Netmask, to10, net A:   255.255.255.128
Netmask, to10, net B:   255.255.255.128

Netmask, to11, net A:   255.255.255.128
Netmask, to11, net B:   255.255.255.128


Broadcast, to10, net A: 134.138.61.127
Broadcast, to10, net B: 134.138.62.127

Broadcast, to11, net A: 134.138.61.255
Broadcast, to11, net B: 134.138.62.255


Subnet0, to10:          134.138.61.0
Subnet1, to10:          134.138.62.0

Subnet0, to11:          134.138.61.128
Subnet1, to11:          134.138.62.128


Default gateway (router),  to10, net A: 134.138.61.1
Default gateway (router),  to10, net B: 134.138.62.1

Default gateway (router),  to11, net A: 134.138.61.129
Default gateway (router),  to11, net B: 134.138.62.129


-  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -

R13 modifications
=================
- Modify the following files (see below for instructions):
  /etc/netmasks        (netmasks -> ./inet/netmasks = /etc/inet/netmasks)
                       (Possible changes: 2 last lines)
  /etc/hosts           (hosts    -> ./inet/hosts    = /etc/inet/hosts)
                       (Possible changes: IPs for toXXio1i2
                                                      toXXio1i3
                                                      toXXio2i2
                                                      toXXio2i3
                                                      toXXs7c1 toXXs7c1i1
                                                      toXXs7c1 toXXs7c1i2
                                                      toXXs7c2 toXXs7c2i1
                                                      toXXs7c2 toXXs7c2i2)


  /opt/telorb/etc/telorb.conf      (Fixes /opt/telorb/etc/dhcpd.pxe.conf,
                                          /opt/telorb/etc/start_services,
                                          /opt/telorb/etc/ep_tftpd.conf)

                       (Possible changes: IPs for timeserver (times 2)
                                                  internal-network subnet0
                                                  internal-network netmask0
                                                  internal-network defaultgw0
                                                  internal-network bcast0
                                                  internal-network io1net0

                                                  internal-network subnet1
                                                  internal-network netmask1
                                                  internal-network defaultgw1
                                                  internal-network bcast1
                                                  internal-network io1net1                                                  
                                                  dumpserverip (times 2)

                                                  consserverip
                                                  
                                              dicosprocessor1_0 ip_addr_for_eth0
                                              dicosprocessor1_1 ip_addr_for_eth1
                                              dicosprocessor2_0 ip_addr_for_eth0
                                              dicosprocessor2_1 ip_addr_for_eth1
                                                :

  Run configureTelORB.sh -c /opt/telorb/etc/telorb.conf


  /home/dicostest/tosFiles/toX/ad13p4/telorbDataLocal.epct    (Adjust directory)
                       (Possible changes: DorbIIOPHostName
                                          ETHSW_ADDRESSES)


- Reconfigure all ethernet switches:
    - Log in to ethernet switch via serial cable.
    - Enter "admin" and password.
    - Select "ip", "route", "display".
    - "Enter IP Address [0.0.0.0]:" - Enter.
    - "Enter mask [0.0.0.0]:" - Enter.
    - Check "Destination" "Default Route".

      Example of printout:

There are 3 of 1024 possible Routing Table entries.

Destination     Subnet mask    Metric Gateway         Status              TTL   
Default Route    --                -- 134.138.61.1    Static               --   
134.138.61.0    255.255.255.0      --  --             Direct               --   
134.138.61.20   255.255.255.255    --  --             Local                --   
      End of example printout.

    - Select "noDefault" to remove the "Default Route".
      (The default route must be removed to be able to modify the Subnet mask
      settings. If you have logged in to the ethernet switch directly from WWW,
      WS or via IO processor (telnet), the communication to the ethernet switch
      will be broken. This is why we use the serial cable connection.)
    - Select "display", Enter, Enter to verify the removal of the "Default
      Route".

    - Select "quit", "interface", "summary".
    - "Select IP interfaces (1|all|?) [1]:" - Select "all".
    - Check "IP Address" and "Subnet Mask".
      Example of printout:

Index  IP address       Subnet mask      State  Type  VLAN index
    1  134.138.61.20    255.255.255.0    Up     VLAN  1           (VID: 1)
      End of example printout.

    - Select "modify" to be able to modify the IP address and the subnet mask.
    - "Select IP interface {1|?} [1]:" - Select IP interface, i.e. 1.
    - "Enter IP address [134.138.61.20]:" - Enter new IP address, if required.
    - "Enter subnet mask [255.255.255.0]:" - Enter new subnet mask, i.e.
      255.255.255.128.
    - "Enter VLAN interface index {1|?} [1]:" - Enter VLAN interface index 1.
    - Select "summary", "all" to verify changes.
      Example of printout:

Index  IP address       Subnet mask      State  Type  VLAN index                
    1  134.138.61.20    255.255.255.128  Up     VLAN  1           (VID: 1)
      End of example printout.

    (- Select "quit", "route", "display", Enter, Enter.
      The printout now looks something like this (Don't ask me why the Subnet
      mask of 134.138.61.20 is not changed.):
There are 2 of 1024 possible Routing Table entries.                             

Destination     Subnet mask    Metric Gateway         Status              TTL   
134.138.61.0    255.255.255.128    --  --             Direct               --   
134.138.61.20   255.255.255.255    --  --             Local                --   
      End of example printout.)

    - Select "quit", "quit", "logout" to log out from the ethernet switch.
    - Move the serial cable to another ethernet switch and repeat procedure for
      all ethernet switches. (Just select "admin" and enter password and you are
      logged in to the other ethernet switch.)
    - After all ethernet switches are dealt with, exit tip by entering "~.".

- Reconfigure router.

- Store the previous loadingGroups, if required.

- Verify that the new IP addresses are used for e.g. the DUCKServer on both IO
  processors, ps -ef.
  If not, reboot the IO processors.

- Build TelORB system and initially load it.

AD12 modifications
=================
- Modify the following files:
more /etc/netmasks
more /etc/hosts

more /opt/telorb/etc/dhcpd.pxe.conf
more /opt/telorb/etc/start_services
more /opt/telorb/etc/ep_tftpd.conf

more ....telorbData.epct
   (DorbIIOPHostName = "134.138.61.101:134.138.62.102")
   (DUMP_HOST_ID = (134,138,61,25))
   (ETHSW_ADDRESSES ?)

- Reconfigure ethernet switches.

- Reconfigure router.


AD9 modifications
=================
- Modify the following files:
more /etc/netmasks
more /etc/hosts

more /etc/bootptab (?)
more /var/dhcp/dhcptab
more /var/dhcp/134_138_184_0 (?) (Terminal server)
more /var/dhcp/134_138_61_0
more /var/dhcp/134_138_62_0
more /opt/telorb/etc/start_services
more /opt/telorb/etc/ep_tftpd.conf

more ....telorbData.epct
   (DorbIIOPHostName = "134.138.61.101:134.138.62.102")
   (DUMP_HOST_ID = (134,138,61,25))

- Reconfigure ethernet switches.

- Reconfigure router.

-  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -

DNS
===
When the TelORB system is up and running, set correct DNS values.

-  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -

Misc
====
ifconfig -a
      to10io1:/etc>ifconfig -a
      lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
              inet 127.0.0.1 netmask ff000000 
      exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
              inet 134.138.61.25 netmask ffffff00 broadcast 134.138.61.255
      exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
              inet 134.138.62.25 netmask ffffff00 broadcast 134.138.62.255
      hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
              inet 134.138.187.47 netmask fffff800 broadcast 134.138.191.255

su root
control-panel      (Opens GUI for net configuration)(Linux only?)

-  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -

Suggestion to use the same network addresses for one TelORB system
==================================================================

to10
====
Net A: 134.138.61.1   - 134.138.61.126      (0,127,128,255 reserved ; 1 probably
Net B: 134.138.61.129 - 134.138.61.254       also used)

to11
====
Net A: 134.138.62.1   - 134.138.62.126      (0,127,128,255 reserved ; 1 probably
Net B: 134.138.62.129 - 134.138.62.254       also used)


-  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -
 -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -
  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -  -

R13 modifications
=================

to10io1
=======

Start to10io1

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to10io1 before modifications
-------------------------------------------
to10io1:/etc>cd /etc/
to10io1:/etc>ifconfig -a
lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.61.25 netmask ffffff00 broadcast 134.138.61.255
exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.62.25 netmask ffffff00 broadcast 134.138.62.255
hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.187.47 netmask fffff800 broadcast 134.138.191.255
to10io1:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.61.0    255.255.255.0
134.138.62.0    255.255.255.0

to10io1:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.47  to10io1 loghost
134.138.61.25   to10io1i2
134.138.62.25   to10io1i3

134.138.187.48  to10io2
134.138.61.26   to10io2i2
134.138.62.26   to10io2i3

134.138.61.40   to10s7c1 to10s7c1i1
134.138.62.40   to10s7c1 to10s7c1i2

134.138.61.41   to10s7c2 to10s7c2i1
134.138.62.41   to10s7c2 to10s7c2i2

Commands
--------
su
/usr/openwin/bin/textedit netmasks&      (Modify file)
/usr/openwin/bin/textedit hosts&         (Modify file)
reboot

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to10io1 after modifications
-------------------------------------------
to10io1:~>cd /etc/
to10io1:/etc>ifconfig -a
lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.61.25 netmask ffffff80 broadcast 134.138.61.127
exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.62.25 netmask ffffff80 broadcast 134.138.62.127
hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.187.47 netmask fffff800 broadcast 134.138.191.255
to10io1:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.61.0    255.255.255.128
134.138.62.0    255.255.255.128
to10io1:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.47  to10io1 loghost
134.138.61.25   to10io1i2
134.138.62.25   to10io1i3

134.138.187.48  to10io2
134.138.61.26   to10io2i2
134.138.62.26   to10io2i3

134.138.61.23   to10s7c1 to10s7c1i1
134.138.62.23   to10s7c1 to10s7c1i2

134.138.61.24   to10s7c2 to10s7c2i1
134.138.62.24   to10s7c2 to10s7c2i2

-   -   -   -   -   -   -   -   -   -   -   -

Commands
--------
cd /opt/telorb/etc/
more telorb.conf

Printouts from to10io1 before modifications
-------------------------------------------
to10io1:~>cd /opt/telorb/etc/
to10io1:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.61.25
timeserver 134.138.62.26
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~>ifconfig -a
#  lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.61.0
internal-network netmask0 255.255.255.0
internal-network defaultgw0 134.138.61.1
internal-network bcast0 134.138.61.255
internal-network io1net0 134.138.61.25
internal-network io1interfacename0 exp0

internal-network subnet1 134.138.62.0
internal-network netmask1 255.255.255.0
internal-network defaultgw1 134.138.62.1
internal-network bcast1 134.138.62.255
internal-network io1net1 134.138.62.25
internal-network io1interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.61.25
dumpserverip 134.138.62.26

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.61.25

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:b4
dicosprocessor1_0 ip_addr_for_eth0 134.138.61.101
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:5d:85
dicosprocessor1_1 ip_addr_for_eth1 134.138.62.101
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:4d:a9
dicosprocessor2_0 ip_addr_for_eth0 134.138.61.102
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:5d:93
dicosprocessor2_1 ip_addr_for_eth1 134.138.62.102
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:20:c7
dicosprocessor3_0 ip_addr_for_eth0 134.138.61.103

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:55:95
dicosprocessor3_1 ip_addr_for_eth1 134.138.62.103

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:91
dicosprocessor4_0 ip_addr_for_eth0 134.138.61.104

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:55:9d
dicosprocessor4_1 ip_addr_for_eth1 134.138.62.104

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:20:be
dicosprocessor5_0 ip_addr_for_eth0 134.138.61.105

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:5d:7a
dicosprocessor5_1 ip_addr_for_eth1 134.138.62.105

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:a5
dicosprocessor6_0 ip_addr_for_eth0 134.138.61.106

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5d:b3
dicosprocessor6_1 ip_addr_for_eth1 134.138.62.106

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e3
dicosprocessor7_0 ip_addr_for_eth0 134.138.61.107

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5d:34
dicosprocessor7_1 ip_addr_for_eth1 134.138.62.107

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:22:02
dicosprocessor8_0 ip_addr_for_eth0 134.138.61.108

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:5d:82
dicosprocessor8_1 ip_addr_for_eth1 134.138.62.108

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:bb
dicosprocessor9_0 ip_addr_for_eth0 134.138.61.109

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:a8
dicosprocessor9_1 ip_addr_for_eth1 134.138.62.109

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:4d:95
dicosprocessor10_0 ip_addr_for_eth0 134.138.61.110

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:81
dicosprocessor10_1 ip_addr_for_eth1 134.138.62.110

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:20:da
dicosprocessor11_0 ip_addr_for_eth0 134.138.61.111

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:9c
dicosprocessor11_1 ip_addr_for_eth1 134.138.62.111

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:00:cb:da
dicosprocessor12_0 ip_addr_for_eth0 134.138.61.112

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:00:91:5b
dicosprocessor12_1 ip_addr_for_eth1 134.138.62.112

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4e:01
dicosprocessor13_0 ip_addr_for_eth0 134.138.61.113

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:5d:6f
dicosprocessor13_1 ip_addr_for_eth1 134.138.62.113

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:b3
dicosprocessor14_0 ip_addr_for_eth0 134.138.61.114

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:6b
dicosprocessor14_1 ip_addr_for_eth1 134.138.62.114

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:00:cd:e4
dicosprocessor15_0 ip_addr_for_eth0 134.138.61.115

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:00:95:1e
dicosprocessor15_1 ip_addr_for_eth1 134.138.62.115

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:ad
dicosprocessor16_0 ip_addr_for_eth0 134.138.61.116

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:5d:69
dicosprocessor16_1 ip_addr_for_eth1 134.138.62.116

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:4d:8a
dicosprocessor17_0 ip_addr_for_eth0 134.138.61.117

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:5d:70
dicosprocessor17_1 ip_addr_for_eth1 134.138.62.117

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:cf
dicosprocessor18_0 ip_addr_for_eth0 134.138.61.118

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:55:bc
dicosprocessor18_1 ip_addr_for_eth1 134.138.62.118

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4e:52
dicosprocessor19_0 ip_addr_for_eth0 134.138.61.119

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:71
dicosprocessor19_1 ip_addr_for_eth1 134.138.62.119

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:26:62
dicosprocessor20_0 ip_addr_for_eth0 134.138.61.120

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:00:95:7d
dicosprocessor20_1 ip_addr_for_eth1 134.138.62.120

Commands
--------
textedit telorb.conf&      (Modify file)

Commands
--------
more telorb.conf

Printouts from to10io1 after modifications
------------------------------------------
to10io1:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.61.25
timeserver 134.138.62.26
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~>ifconfig -a
#  lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.61.0
internal-network netmask0 255.255.255.128
internal-network defaultgw0 134.138.61.1
internal-network bcast0 134.138.61.127
internal-network io1net0 134.138.61.25
internal-network io1interfacename0 exp0

internal-network subnet1 134.138.62.0
internal-network netmask1 255.255.255.128
internal-network defaultgw1 134.138.62.1
internal-network bcast1 134.138.62.127
internal-network io1net1 134.138.62.25
internal-network io1interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.61.25
dumpserverip 134.138.62.26

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.61.25

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:b4
dicosprocessor1_0 ip_addr_for_eth0 134.138.61.31
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:5d:85
dicosprocessor1_1 ip_addr_for_eth1 134.138.62.31
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:4d:a9
dicosprocessor2_0 ip_addr_for_eth0 134.138.61.32
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:5d:93
dicosprocessor2_1 ip_addr_for_eth1 134.138.62.32
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:20:c7
dicosprocessor3_0 ip_addr_for_eth0 134.138.61.33

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:55:95
dicosprocessor3_1 ip_addr_for_eth1 134.138.62.33

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:91
dicosprocessor4_0 ip_addr_for_eth0 134.138.61.34

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:55:9d
dicosprocessor4_1 ip_addr_for_eth1 134.138.62.34

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:20:be
dicosprocessor5_0 ip_addr_for_eth0 134.138.61.35

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:5d:7a
dicosprocessor5_1 ip_addr_for_eth1 134.138.62.35

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:a5
dicosprocessor6_0 ip_addr_for_eth0 134.138.61.36

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5d:b3
dicosprocessor6_1 ip_addr_for_eth1 134.138.62.36

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e3
dicosprocessor7_0 ip_addr_for_eth0 134.138.61.37

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5d:34
dicosprocessor7_1 ip_addr_for_eth1 134.138.62.37

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:22:02
dicosprocessor8_0 ip_addr_for_eth0 134.138.61.38

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:5d:82
dicosprocessor8_1 ip_addr_for_eth1 134.138.62.38

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:bb
dicosprocessor9_0 ip_addr_for_eth0 134.138.61.39

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:a8
dicosprocessor9_1 ip_addr_for_eth1 134.138.62.39

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:4d:95
dicosprocessor10_0 ip_addr_for_eth0 134.138.61.40

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:81
dicosprocessor10_1 ip_addr_for_eth1 134.138.62.40

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:20:da
dicosprocessor11_0 ip_addr_for_eth0 134.138.61.41

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:9c
dicosprocessor11_1 ip_addr_for_eth1 134.138.62.41

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:00:cb:da
dicosprocessor12_0 ip_addr_for_eth0 134.138.61.42

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:00:91:5b
dicosprocessor12_1 ip_addr_for_eth1 134.138.62.42

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4e:01
dicosprocessor13_0 ip_addr_for_eth0 134.138.61.43

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:5d:6f
dicosprocessor13_1 ip_addr_for_eth1 134.138.62.43

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:b3
dicosprocessor14_0 ip_addr_for_eth0 134.138.61.44

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:6b
dicosprocessor14_1 ip_addr_for_eth1 134.138.62.44

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:00:cd:e4
dicosprocessor15_0 ip_addr_for_eth0 134.138.61.45

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:00:95:1e
dicosprocessor15_1 ip_addr_for_eth1 134.138.62.45

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:ad
dicosprocessor16_0 ip_addr_for_eth0 134.138.61.46

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:5d:69
dicosprocessor16_1 ip_addr_for_eth1 134.138.62.46

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:4d:8a
dicosprocessor17_0 ip_addr_for_eth0 134.138.61.47

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:5d:70
dicosprocessor17_1 ip_addr_for_eth1 134.138.62.47

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:cf
dicosprocessor18_0 ip_addr_for_eth0 134.138.61.48

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:55:bc
dicosprocessor18_1 ip_addr_for_eth1 134.138.62.48

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4e:52
dicosprocessor19_0 ip_addr_for_eth0 134.138.61.49

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:71
dicosprocessor19_1 ip_addr_for_eth1 134.138.62.49

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:26:62
dicosprocessor20_0 ip_addr_for_eth0 134.138.61.50

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:00:95:7d
dicosprocessor20_1 ip_addr_for_eth1 134.138.62.50

Commands
--------
cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from to10io1 before modifications
-------------------------------------------
to10io1:~>cd /opt/telorb/etc/
to10io1:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.62.26, 134.138.61.25;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.61.0 netmask 255.255.255.0 {
      option routers 134.138.61.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.61.255;
      next-server 134.138.61.25;
   }
   subnet 134.138.62.0 netmask 255.255.255.0 {
      option routers 134.138.62.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.62.255;
      next-server 134.138.62.25;
   }
   option dumpServerAddress    134.138.62.26, 134.138.61.25;
   option consoleServerAddress 134.138.61.25;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:b4;
   fixed-address     134.138.61.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.25;
}

host p1_1 {
   hardware ethernet 00:80:50:01:5d:85;
   fixed-address     134.138.62.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.25;
}

host p2_0 {
   hardware ethernet 00:80:50:01:4d:a9;
   fixed-address     134.138.61.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.25;
}

host p2_1 {
   hardware ethernet 00:80:50:01:5d:93;
   fixed-address     134.138.62.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.25;
}

host p3_0 {
   hardware ethernet 00:80:50:01:20:c7;
   fixed-address     134.138.61.103;
}

host p3_1 {
   hardware ethernet 00:80:50:01:55:95;
   fixed-address     134.138.62.103;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:91;
   fixed-address     134.138.61.104;
}

host p4_1 {
   hardware ethernet 00:80:50:01:55:9d;
   fixed-address     134.138.62.104;
}

host p5_0 {
   hardware ethernet 00:80:50:01:20:be;
   fixed-address     134.138.61.105;
}

host p5_1 {
   hardware ethernet 00:80:50:01:5d:7a;
   fixed-address     134.138.62.105;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:a5;
   fixed-address     134.138.61.106;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5d:b3;
   fixed-address     134.138.62.106;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e3;
   fixed-address     134.138.61.107;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5d:34;
   fixed-address     134.138.62.107;
}

host p8_0 {
   hardware ethernet 00:80:50:01:22:02;
   fixed-address     134.138.61.108;
}

host p8_1 {
   hardware ethernet 00:80:50:01:5d:82;
   fixed-address     134.138.62.108;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:bb;
   fixed-address     134.138.61.109;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:a8;
   fixed-address     134.138.62.109;
}

host p10_0 {
   hardware ethernet 00:80:50:01:4d:95;
   fixed-address     134.138.61.110;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:81;
   fixed-address     134.138.62.110;
}

host p11_0 {
   hardware ethernet 00:80:50:01:20:da;
   fixed-address     134.138.61.111;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:9c;
   fixed-address     134.138.62.111;
}

host p12_0 {
   hardware ethernet 00:80:50:00:cb:da;
   fixed-address     134.138.61.112;
}

host p12_1 {
   hardware ethernet 00:80:50:00:91:5b;
   fixed-address     134.138.62.112;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4e:01;
   fixed-address     134.138.61.113;
}

host p13_1 {
   hardware ethernet 00:80:50:01:5d:6f;
   fixed-address     134.138.62.113;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:b3;
   fixed-address     134.138.61.114;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:6b;
   fixed-address     134.138.62.114;
}

host p15_0 {
   hardware ethernet 00:80:50:00:cd:e4;
   fixed-address     134.138.61.115;
}

host p15_1 {
   hardware ethernet 00:80:50:00:95:1e;
   fixed-address     134.138.62.115;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:ad;
   fixed-address     134.138.61.116;
}

host p16_1 {
   hardware ethernet 00:80:50:01:5d:69;
   fixed-address     134.138.62.116;
}

host p17_0 {
   hardware ethernet 00:80:50:01:4d:8a;
   fixed-address     134.138.61.117;
}

host p17_1 {
   hardware ethernet 00:80:50:01:5d:70;
   fixed-address     134.138.62.117;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:cf;
   fixed-address     134.138.61.118;
}

host p18_1 {
   hardware ethernet 00:80:50:01:55:bc;
   fixed-address     134.138.62.118;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4e:52;
   fixed-address     134.138.61.119;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:71;
   fixed-address     134.138.62.119;
}

host p20_0 {
   hardware ethernet 00:80:50:01:26:62;
   fixed-address     134.138.61.120;
}

host p20_1 {
   hardware ethernet 00:80:50:00:95:7d;
   fixed-address     134.138.62.120;
}

to10io1:etc>more start_services
#!/bin/csh
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
#rm -f /tmp/axe/*
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

/opt/telorb/codearchive/Unix_IDP/DUCKServer_LM/scripts/DUCK-server.io.csh  -th 134.138.61.101 -th 134.138.61.102 -hbt 10 -hbi 5 -rci 5&


/opt/telorb/codearchive/Unix_IDP/EpTftpd_LM/scripts/ep_tftpd.io.csh /opt/telorb/etc/ep_tftpd.conf&

/opt/telorb/codearchive/Unix_IDP/FileServerInterpreter_LM/scripts/FileServerInterpreter.io.csh -n io1&

# Start the dump daemon
/opt/telorb/codearchive/Unix_IDP/TftpDumpd_LM/scripts/dumpd.io.csh -s $DUMPDIR -i &


# Example
#/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 7 7001 -log &

/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 20 7001 -log &


/opt/telorb/codearchive/Unix_IDP/DicosSyslogClient_LM/scripts/DicosSyslogClient.io.csh -L -d 5 -m io1 -t 134.138.61.101-120  &
  
to10io1:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.61.101 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.62.101 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.61.102 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1
134.138.62.102 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1

Commands
--------
su telorb
cd /opt/telorb/codearchive/iom_scripts/
./configureTelORB.sh -c /opt/telorb/etc/telorb.conf

cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from to10io1 after modifications
------------------------------------------
to10io1:etc>su telorb
Password: 
to10io1:etc>cd /opt/telorb/codearchive/iom_scripts/
to10io1:iom_scripts>./configureTelORB.sh -c /opt/telorb/etc/telorb.conf
On which IO-machine are you running [1/2] 1

creating /opt/telorb/etc/start_services ...
dicosprocessor1_0 dicosprocessor2_0
dicosprocessor1_0
dicosprocessor2_0
/opt/telorb/etc/start_services created

creating /opt/telorb/etc/stop_services ...
/opt/telorb/etc/stop_services created

creating /opt/telorb/etc/dhcpd.pxe.conf ...
/opt/telorb/etc/dhcpd.pxe.conf created

creating /opt/telorb/etc/start_dhcp ...
/opt/telorb/etc/start_dhcp created

creating /opt/telorb/etc/ep_tftpd.conf ...
/opt/telorb/etc/ep_tftpd.conf created
to10io1:iom_scripts>
to10io1:iom_scripts>
to10io1:iom_scripts>
to10io1:iom_scripts>
to10io1:iom_scripts>cd /opt/telorb/etc/
to10io1:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.62.26, 134.138.61.25;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.61.0 netmask 255.255.255.128 {
      option routers 134.138.61.1;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.61.127;
      next-server 134.138.61.25;
   }
   subnet 134.138.62.0 netmask 255.255.255.128 {
      option routers 134.138.62.1;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.62.127;
      next-server 134.138.62.25;
   }
   option dumpServerAddress    134.138.62.26, 134.138.61.25;
   option consoleServerAddress 134.138.61.25;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:b4;
   fixed-address     134.138.61.31;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.25;
}

host p1_1 {
   hardware ethernet 00:80:50:01:5d:85;
   fixed-address     134.138.62.31;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.25;
}

host p2_0 {
   hardware ethernet 00:80:50:01:4d:a9;
   fixed-address     134.138.61.32;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.25;
}

host p2_1 {
   hardware ethernet 00:80:50:01:5d:93;
   fixed-address     134.138.62.32;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.25;
}

host p3_0 {
   hardware ethernet 00:80:50:01:20:c7;
   fixed-address     134.138.61.33;
}

host p3_1 {
   hardware ethernet 00:80:50:01:55:95;
   fixed-address     134.138.62.33;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:91;
   fixed-address     134.138.61.34;
}

host p4_1 {
   hardware ethernet 00:80:50:01:55:9d;
   fixed-address     134.138.62.34;
}

host p5_0 {
   hardware ethernet 00:80:50:01:20:be;
   fixed-address     134.138.61.35;
}

host p5_1 {
   hardware ethernet 00:80:50:01:5d:7a;
   fixed-address     134.138.62.35;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:a5;
   fixed-address     134.138.61.36;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5d:b3;
   fixed-address     134.138.62.36;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e3;
   fixed-address     134.138.61.37;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5d:34;
   fixed-address     134.138.62.37;
}

host p8_0 {
   hardware ethernet 00:80:50:01:22:02;
   fixed-address     134.138.61.38;
}

host p8_1 {
   hardware ethernet 00:80:50:01:5d:82;
   fixed-address     134.138.62.38;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:bb;
   fixed-address     134.138.61.39;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:a8;
   fixed-address     134.138.62.39;
}

host p10_0 {
   hardware ethernet 00:80:50:01:4d:95;
   fixed-address     134.138.61.40;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:81;
   fixed-address     134.138.62.40;
}

host p11_0 {
   hardware ethernet 00:80:50:01:20:da;
   fixed-address     134.138.61.41;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:9c;
   fixed-address     134.138.62.41;
}

host p12_0 {
   hardware ethernet 00:80:50:00:cb:da;
   fixed-address     134.138.61.42;
}

host p12_1 {
   hardware ethernet 00:80:50:00:91:5b;
   fixed-address     134.138.62.42;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4e:01;
   fixed-address     134.138.61.43;
}

host p13_1 {
   hardware ethernet 00:80:50:01:5d:6f;
   fixed-address     134.138.62.43;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:b3;
   fixed-address     134.138.61.44;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:6b;
   fixed-address     134.138.62.44;
}

host p15_0 {
   hardware ethernet 00:80:50:00:cd:e4;
   fixed-address     134.138.61.45;
}

host p15_1 {
   hardware ethernet 00:80:50:00:95:1e;
   fixed-address     134.138.62.45;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:ad;
   fixed-address     134.138.61.46;
}

host p16_1 {
   hardware ethernet 00:80:50:01:5d:69;
   fixed-address     134.138.62.46;
}

host p17_0 {
   hardware ethernet 00:80:50:01:4d:8a;
   fixed-address     134.138.61.47;
}

host p17_1 {
   hardware ethernet 00:80:50:01:5d:70;
   fixed-address     134.138.62.47;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:cf;
   fixed-address     134.138.61.48;
}

host p18_1 {
   hardware ethernet 00:80:50:01:55:bc;
   fixed-address     134.138.62.48;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4e:52;
   fixed-address     134.138.61.49;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:71;
   fixed-address     134.138.62.49;
}

host p20_0 {
   hardware ethernet 00:80:50:01:26:62;
   fixed-address     134.138.61.50;
}

host p20_1 {
   hardware ethernet 00:80:50:00:95:7d;
   fixed-address     134.138.62.50;
}

to10io1:etc>more start_services
#!/bin/csh
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
#rm -f /tmp/axe/*
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

/opt/telorb/codearchive/Unix_IDP/DUCKServer_LM/scripts/DUCK-server.io.csh  -th 134.138.61.31 -th 134.138.61.32 -hbt 10 -hbi 5 -rci 5&


/opt/telorb/codearchive/Unix_IDP/EpTftpd_LM/scripts/ep_tftpd.io.csh /opt/telorb/etc/ep_tftpd.conf&

/opt/telorb/codearchive/Unix_IDP/FileServerInterpreter_LM/scripts/FileServerInterpreter.io.csh -n io1&

# Start the dump daemon
/opt/telorb/codearchive/Unix_IDP/TftpDumpd_LM/scripts/dumpd.io.csh -s $DUMPDIR -i &


# Example
#/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 7 7001 -log &

/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 20 7001 -log &


/opt/telorb/codearchive/Unix_IDP/DicosSyslogClient_LM/scripts/DicosSyslogClient.io.csh -L -d 5 -m io1 -t 134.138.61.31-120  &
  
to10io1:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.61.31 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.62.31 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.61.32 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1
134.138.62.32 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1


-          -          -          -          -          -          -
     -          -          -          -          -          -          -

to10io2
=======

Start to10io2

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to10io2 before modifications
-------------------------------------------
to10io2:/etc>cd /etc/
to10io2:/etc>ifconfig -a
lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.61.26 netmask ffffff00 broadcast 134.138.61.255
exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.62.26 netmask ffffff00 broadcast 134.138.62.255
hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.187.48 netmask fffff800 broadcast 134.138.191.255
to10io2:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.61.0    255.255.255.0
134.138.62.0    255.255.255.0

to10io2:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.48  to10io2 loghost
134.138.62.26   to10io2i3

134.138.187.47  to10io1
134.138.61.25   to10io1i2
134.138.62.25   to10io1i3
#134.138.62.22   rms

134.138.61.40   to10s7c1 to10s7c1i1
134.138.62.40   to10s7c1 to10s7c1i2

134.138.61.41   to10s7c2 to10s7c2i1
134.138.62.41   to10s7c2 to10s7c2i2
134.138.61.26      to10io2i2


Commands
--------
su
/usr/openwin/bin/textedit netmasks&      (Modify file)
/usr/openwin/bin/textedit hosts&         (Modify file)
reboot

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to10io2 after modifications
-------------------------------------------
to10io2:~>cd /etc/
to10io2:/etc>ifconfig -a
lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.61.26 netmask ffffff80 broadcast 134.138.61.127
exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.62.26 netmask ffffff80 broadcast 134.138.62.127
hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.187.48 netmask fffff800 broadcast 134.138.191.255
to10io2:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.61.0    255.255.255.128
134.138.62.0    255.255.255.128
to10io2:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.48  to10io2 loghost
134.138.61.26   to10io2i2
134.138.62.26   to10io2i3

134.138.187.47  to10io1
134.138.61.25   to10io1i2
134.138.62.25   to10io1i3
#134.138.62.22  rms

134.138.61.23   to10s7c1 to10s7c1i1
134.138.62.23   to10s7c1 to10s7c1i2

134.138.61.24   to10s7c2 to10s7c2i1
134.138.62.24   to10s7c2 to10s7c2i2

-   -   -   -   -   -   -   -   -   -   -   -

Commands
--------
cd /opt/telorb/etc/
more telorb.conf

Printouts from to10io2 before modifications
-------------------------------------------
to10io2:/etc>cd /opt/telorb/etc/
to10io2:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.61.25
timeserver 134.138.62.26
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~>ifconfig -a
#  lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.61.0
internal-network netmask0 255.255.255.0
internal-network defaultgw0 134.138.61.1
internal-network bcast0 134.138.61.255
internal-network io2net0 134.138.61.26
internal-network io2interfacename0 exp0

internal-network subnet1 134.138.62.0
internal-network netmask1 255.255.255.0
internal-network defaultgw1 134.138.62.1
internal-network bcast1 134.138.62.255
internal-network io2net1 134.138.62.26
internal-network io2interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.61.25
dumpserverip 134.138.62.26

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.61.25

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:b4
dicosprocessor1_0 ip_addr_for_eth0 134.138.61.101
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:5d:85
dicosprocessor1_1 ip_addr_for_eth1 134.138.62.101
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:4d:a9
dicosprocessor2_0 ip_addr_for_eth0 134.138.61.102
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:5d:93
dicosprocessor2_1 ip_addr_for_eth1 134.138.62.102
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:20:c7
dicosprocessor3_0 ip_addr_for_eth0 134.138.61.103

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:55:95
dicosprocessor3_1 ip_addr_for_eth1 134.138.62.103

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:91
dicosprocessor4_0 ip_addr_for_eth0 134.138.61.104

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:55:9d
dicosprocessor4_1 ip_addr_for_eth1 134.138.62.104

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:20:be
dicosprocessor5_0 ip_addr_for_eth0 134.138.61.105

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:5d:7a
dicosprocessor5_1 ip_addr_for_eth1 134.138.62.105

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:a5
dicosprocessor6_0 ip_addr_for_eth0 134.138.61.106

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5d:b3
dicosprocessor6_1 ip_addr_for_eth1 134.138.62.106

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e3
dicosprocessor7_0 ip_addr_for_eth0 134.138.61.107

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5d:34
dicosprocessor7_1 ip_addr_for_eth1 134.138.62.107

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:22:02
dicosprocessor8_0 ip_addr_for_eth0 134.138.61.108

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:5d:82
dicosprocessor8_1 ip_addr_for_eth1 134.138.62.108

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:bb
dicosprocessor9_0 ip_addr_for_eth0 134.138.61.109

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:a8
dicosprocessor9_1 ip_addr_for_eth1 134.138.62.109

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:4d:95
dicosprocessor10_0 ip_addr_for_eth0 134.138.61.110

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:81
dicosprocessor10_1 ip_addr_for_eth1 134.138.62.110

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:20:da
dicosprocessor11_0 ip_addr_for_eth0 134.138.61.111

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:9c
dicosprocessor11_1 ip_addr_for_eth1 134.138.62.111

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:00:cb:da
dicosprocessor12_0 ip_addr_for_eth0 134.138.61.112

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:00:91:5b
dicosprocessor12_1 ip_addr_for_eth1 134.138.62.112

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4e:01
dicosprocessor13_0 ip_addr_for_eth0 134.138.61.113

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:5d:6f
dicosprocessor13_1 ip_addr_for_eth1 134.138.62.113

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:b3
dicosprocessor14_0 ip_addr_for_eth0 134.138.61.114

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:6b
dicosprocessor14_1 ip_addr_for_eth1 134.138.62.114

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:00:cd:e4
dicosprocessor15_0 ip_addr_for_eth0 134.138.61.115

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:00:95:1e
dicosprocessor15_1 ip_addr_for_eth1 134.138.62.115

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:ad
dicosprocessor16_0 ip_addr_for_eth0 134.138.61.116

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:5d:69
dicosprocessor16_1 ip_addr_for_eth1 134.138.62.116

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:4d:8a
dicosprocessor17_0 ip_addr_for_eth0 134.138.61.117

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:5d:70
dicosprocessor17_1 ip_addr_for_eth1 134.138.62.117

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:cf
dicosprocessor18_0 ip_addr_for_eth0 134.138.61.118

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:55:bc
dicosprocessor18_1 ip_addr_for_eth1 134.138.62.118

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4e:52
dicosprocessor19_0 ip_addr_for_eth0 134.138.61.119

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:71
dicosprocessor19_1 ip_addr_for_eth1 134.138.62.119

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:26:62
dicosprocessor20_0 ip_addr_for_eth0 134.138.61.120

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:00:95:7d
dicosprocessor20_1 ip_addr_for_eth1 134.138.62.120

Commands
--------
textedit telorb.conf&      (Modify file)

Commands
--------
more telorb.conf

Printouts from to10io2 after modifications
------------------------------------------
to10io2:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.61.25
timeserver 134.138.62.26
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~>ifconfig -a
#  lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.61.0
internal-network netmask0 255.255.255.128
internal-network defaultgw0 134.138.61.1
internal-network bcast0 134.138.61.127
internal-network io2net0 134.138.61.26
internal-network io2interfacename0 exp0

internal-network subnet1 134.138.62.0
internal-network netmask1 255.255.255.128
internal-network defaultgw1 134.138.62.1
internal-network bcast1 134.138.62.127
internal-network io2net1 134.138.62.26
internal-network io2interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.61.25
dumpserverip 134.138.62.26

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.61.25

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:b4
dicosprocessor1_0 ip_addr_for_eth0 134.138.61.31
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:5d:85
dicosprocessor1_1 ip_addr_for_eth1 134.138.62.31
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:4d:a9
dicosprocessor2_0 ip_addr_for_eth0 134.138.61.32
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:5d:93
dicosprocessor2_1 ip_addr_for_eth1 134.138.62.32
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:20:c7
dicosprocessor3_0 ip_addr_for_eth0 134.138.61.33

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:55:95
dicosprocessor3_1 ip_addr_for_eth1 134.138.62.33

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:91
dicosprocessor4_0 ip_addr_for_eth0 134.138.61.34

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:55:9d
dicosprocessor4_1 ip_addr_for_eth1 134.138.62.34

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:20:be
dicosprocessor5_0 ip_addr_for_eth0 134.138.61.35

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:5d:7a
dicosprocessor5_1 ip_addr_for_eth1 134.138.62.35

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:a5
dicosprocessor6_0 ip_addr_for_eth0 134.138.61.36

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5d:b3
dicosprocessor6_1 ip_addr_for_eth1 134.138.62.36

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e3
dicosprocessor7_0 ip_addr_for_eth0 134.138.61.37

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5d:34
dicosprocessor7_1 ip_addr_for_eth1 134.138.62.37

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:22:02
dicosprocessor8_0 ip_addr_for_eth0 134.138.61.38

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:5d:82
dicosprocessor8_1 ip_addr_for_eth1 134.138.62.38

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:bb
dicosprocessor9_0 ip_addr_for_eth0 134.138.61.39

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:a8
dicosprocessor9_1 ip_addr_for_eth1 134.138.62.39

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:4d:95
dicosprocessor10_0 ip_addr_for_eth0 134.138.61.40

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:81
dicosprocessor10_1 ip_addr_for_eth1 134.138.62.40

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:20:da
dicosprocessor11_0 ip_addr_for_eth0 134.138.61.41

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:9c
dicosprocessor11_1 ip_addr_for_eth1 134.138.62.41

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:00:cb:da
dicosprocessor12_0 ip_addr_for_eth0 134.138.61.42

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:00:91:5b
dicosprocessor12_1 ip_addr_for_eth1 134.138.62.42

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4e:01
dicosprocessor13_0 ip_addr_for_eth0 134.138.61.43

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:5d:6f
dicosprocessor13_1 ip_addr_for_eth1 134.138.62.43

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:b3
dicosprocessor14_0 ip_addr_for_eth0 134.138.61.44

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:6b
dicosprocessor14_1 ip_addr_for_eth1 134.138.62.44

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:00:cd:e4
dicosprocessor15_0 ip_addr_for_eth0 134.138.61.45

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:00:95:1e
dicosprocessor15_1 ip_addr_for_eth1 134.138.62.45

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:ad
dicosprocessor16_0 ip_addr_for_eth0 134.138.61.46

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:5d:69
dicosprocessor16_1 ip_addr_for_eth1 134.138.62.46

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:4d:8a
dicosprocessor17_0 ip_addr_for_eth0 134.138.61.47

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:5d:70
dicosprocessor17_1 ip_addr_for_eth1 134.138.62.47

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:cf
dicosprocessor18_0 ip_addr_for_eth0 134.138.61.48

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:55:bc
dicosprocessor18_1 ip_addr_for_eth1 134.138.62.48

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4e:52
dicosprocessor19_0 ip_addr_for_eth0 134.138.61.49

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:71
dicosprocessor19_1 ip_addr_for_eth1 134.138.62.49

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:26:62
dicosprocessor20_0 ip_addr_for_eth0 134.138.61.50

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:00:95:7d
dicosprocessor20_1 ip_addr_for_eth1 134.138.62.50

Commands
--------
cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from to10io2 before modifications
-------------------------------------------
to10io2:etc>cd /opt/telorb/etc/
to10io2:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.62.26, 134.138.61.25;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.61.0 netmask 255.255.255.0 {
      option routers 134.138.61.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.61.255;
      next-server 134.138.61.26;
   }
   subnet 134.138.62.0 netmask 255.255.255.0 {
      option routers 134.138.62.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.62.255;
      next-server 134.138.62.26;
   }
   option dumpServerAddress    134.138.62.26, 134.138.61.25;
   option consoleServerAddress 134.138.61.25;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:b4;
   fixed-address     134.138.61.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.26;
}

host p1_1 {
   hardware ethernet 00:80:50:01:5d:85;
   fixed-address     134.138.62.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.26;
}

host p2_0 {
   hardware ethernet 00:80:50:01:4d:a9;
   fixed-address     134.138.61.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.26;
}

host p2_1 {
   hardware ethernet 00:80:50:01:5d:93;
   fixed-address     134.138.62.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.26;
}

host p3_0 {
   hardware ethernet 00:80:50:01:20:c7;
   fixed-address     134.138.61.103;
}

host p3_1 {
   hardware ethernet 00:80:50:01:55:95;
   fixed-address     134.138.62.103;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:91;
   fixed-address     134.138.61.104;
}

host p4_1 {
   hardware ethernet 00:80:50:01:55:9d;
   fixed-address     134.138.62.104;
}

host p5_0 {
   hardware ethernet 00:80:50:01:20:be;
   fixed-address     134.138.61.105;
}

host p5_1 {
   hardware ethernet 00:80:50:01:5d:7a;
   fixed-address     134.138.62.105;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:a5;
   fixed-address     134.138.61.106;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5d:b3;
   fixed-address     134.138.62.106;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e3;
   fixed-address     134.138.61.107;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5d:34;
   fixed-address     134.138.62.107;
}

host p8_0 {
   hardware ethernet 00:80:50:01:22:02;
   fixed-address     134.138.61.108;
}

host p8_1 {
   hardware ethernet 00:80:50:01:5d:82;
   fixed-address     134.138.62.108;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:bb;
   fixed-address     134.138.61.109;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:a8;
   fixed-address     134.138.62.109;
}

host p10_0 {
   hardware ethernet 00:80:50:01:4d:95;
   fixed-address     134.138.61.110;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:81;
   fixed-address     134.138.62.110;
}

host p11_0 {
   hardware ethernet 00:80:50:01:20:da;
   fixed-address     134.138.61.111;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:9c;
   fixed-address     134.138.62.111;
}

host p12_0 {
   hardware ethernet 00:80:50:00:cb:da;
   fixed-address     134.138.61.112;
}

host p12_1 {
   hardware ethernet 00:80:50:00:91:5b;
   fixed-address     134.138.62.112;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4e:01;
   fixed-address     134.138.61.113;
}

host p13_1 {
   hardware ethernet 00:80:50:01:5d:6f;
   fixed-address     134.138.62.113;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:b3;
   fixed-address     134.138.61.114;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:6b;
   fixed-address     134.138.62.114;
}

host p15_0 {
   hardware ethernet 00:80:50:00:cd:e4;
   fixed-address     134.138.61.115;
}

host p15_1 {
   hardware ethernet 00:80:50:00:95:1e;
   fixed-address     134.138.62.115;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:ad;
   fixed-address     134.138.61.116;
}

host p16_1 {
   hardware ethernet 00:80:50:01:5d:69;
   fixed-address     134.138.62.116;
}

host p17_0 {
   hardware ethernet 00:80:50:01:4d:8a;
   fixed-address     134.138.61.117;
}

host p17_1 {
   hardware ethernet 00:80:50:01:5d:70;
   fixed-address     134.138.62.117;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:cf;
   fixed-address     134.138.61.118;
}

host p18_1 {
   hardware ethernet 00:80:50:01:55:bc;
   fixed-address     134.138.62.118;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4e:52;
   fixed-address     134.138.61.119;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:71;
   fixed-address     134.138.62.119;
}

host p20_0 {
   hardware ethernet 00:80:50:01:26:62;
   fixed-address     134.138.61.120;
}

host p20_1 {
   hardware ethernet 00:80:50:00:95:7d;
   fixed-address     134.138.62.120;
}

to10io2:etc>more start_services
#!/bin/csh
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
#rm -f /tmp/axe/*
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

/opt/telorb/codearchive/Unix_IDP/DUCKServer_LM/scripts/DUCK-server.io.csh -th 134.138.62.101 -th 134.138.62.102 -hbt 10 -hbi 5 -rci 5&


/opt/telorb/codearchive/Unix_IDP/EpTftpd_LM/scripts/ep_tftpd.io.csh /opt/telorb/etc/ep_tftpd.conf&

/opt/telorb/codearchive/Unix_IDP/FileServerInterpreter_LM/scripts/FileServerInterpreter.io.csh -n io2&

# Start the dump daemon
/opt/telorb/codearchive/Unix_IDP/TftpDumpd_LM/scripts/dumpd.io.csh -s $DUMPDIR -i &


/opt/telorb/codearchive/Unix_IDP/DicosSyslogClient_LM/scripts/DicosSyslogClient.io.csh -L -d 5 -m io2 -t 134.138.62.101-120  &
  
to10io2:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.61.101 /opt/telorb/axe/loadingGroup01_2/Processor1/bootLoadTable.0       loadingGroup01_2
134.138.62.101 /opt/telorb/axe/loadingGroup01_2/Processor1/bootLoadTable.0       loadingGroup01_2
134.138.61.102 /opt/telorb/axe/loadingGroup01_2/Processor2/bootLoadTable.0       loadingGroup01_2
134.138.62.102 /opt/telorb/axe/loadingGroup01_2/Processor2/bootLoadTable.0       loadingGroup01_2

Commands
--------
su telorb
cd /opt/telorb/codearchive/iom_scripts/
./configureTelORB.sh -c /opt/telorb/etc/telorb.conf

cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from to10io2 after modifications
------------------------------------------
to10io2:etc>su telorb
Password: 
to10io2:etc>cd /opt/telorb/codearchive/iom_scripts/
to10io2:iom_scripts>./configureTelORB.sh -c /opt/telorb/etc/telorb.conf
On which IO-machine are you running [1/2] 2

creating /opt/telorb/etc/start_services ...
dicosprocessor1_1 dicosprocessor2_1
dicosprocessor1_1
dicosprocessor2_1
/opt/telorb/etc/start_services created

creating /opt/telorb/etc/stop_services ...
/opt/telorb/etc/stop_services created

creating /opt/telorb/etc/dhcpd.pxe.conf ...
/opt/telorb/etc/dhcpd.pxe.conf created

creating /opt/telorb/etc/start_dhcp ...
/opt/telorb/etc/start_dhcp created

creating /opt/telorb/etc/ep_tftpd.conf ...
/opt/telorb/etc/ep_tftpd.conf created
to10io2:iom_scripts>
to10io2:iom_scripts>
to10io2:iom_scripts>
to10io2:iom_scripts>
to10io2:iom_scripts>cd /opt/telorb/etc/
to10io2:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.62.26, 134.138.61.25;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.61.0 netmask 255.255.255.128 {
      option routers 134.138.61.1;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.61.127;
      next-server 134.138.61.26;
   }
   subnet 134.138.62.0 netmask 255.255.255.128 {
      option routers 134.138.62.1;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.62.127;
      next-server 134.138.62.26;
   }
   option dumpServerAddress    134.138.62.26, 134.138.61.25;
   option consoleServerAddress 134.138.61.25;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:b4;
   fixed-address     134.138.61.31;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.26;
}

host p1_1 {
   hardware ethernet 00:80:50:01:5d:85;
   fixed-address     134.138.62.31;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.26;
}

host p2_0 {
   hardware ethernet 00:80:50:01:4d:a9;
   fixed-address     134.138.61.32;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.26;
}

host p2_1 {
   hardware ethernet 00:80:50:01:5d:93;
   fixed-address     134.138.62.32;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.26;
}

host p3_0 {
   hardware ethernet 00:80:50:01:20:c7;
   fixed-address     134.138.61.33;
}

host p3_1 {
   hardware ethernet 00:80:50:01:55:95;
   fixed-address     134.138.62.33;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:91;
   fixed-address     134.138.61.34;
}

host p4_1 {
   hardware ethernet 00:80:50:01:55:9d;
   fixed-address     134.138.62.34;
}

host p5_0 {
   hardware ethernet 00:80:50:01:20:be;
   fixed-address     134.138.61.35;
}

host p5_1 {
   hardware ethernet 00:80:50:01:5d:7a;
   fixed-address     134.138.62.35;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:a5;
   fixed-address     134.138.61.36;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5d:b3;
   fixed-address     134.138.62.36;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e3;
   fixed-address     134.138.61.37;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5d:34;
   fixed-address     134.138.62.37;
}

host p8_0 {
   hardware ethernet 00:80:50:01:22:02;
   fixed-address     134.138.61.38;
}

host p8_1 {
   hardware ethernet 00:80:50:01:5d:82;
   fixed-address     134.138.62.38;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:bb;
   fixed-address     134.138.61.39;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:a8;
   fixed-address     134.138.62.39;
}

host p10_0 {
   hardware ethernet 00:80:50:01:4d:95;
   fixed-address     134.138.61.40;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:81;
   fixed-address     134.138.62.40;
}

host p11_0 {
   hardware ethernet 00:80:50:01:20:da;
   fixed-address     134.138.61.41;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:9c;
   fixed-address     134.138.62.41;
}

host p12_0 {
   hardware ethernet 00:80:50:00:cb:da;
   fixed-address     134.138.61.42;
}

host p12_1 {
   hardware ethernet 00:80:50:00:91:5b;
   fixed-address     134.138.62.42;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4e:01;
   fixed-address     134.138.61.43;
}

host p13_1 {
   hardware ethernet 00:80:50:01:5d:6f;
   fixed-address     134.138.62.43;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:b3;
   fixed-address     134.138.61.44;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:6b;
   fixed-address     134.138.62.44;
}

host p15_0 {
   hardware ethernet 00:80:50:00:cd:e4;
   fixed-address     134.138.61.45;
}

host p15_1 {
   hardware ethernet 00:80:50:00:95:1e;
   fixed-address     134.138.62.45;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:ad;
   fixed-address     134.138.61.46;
}

host p16_1 {
   hardware ethernet 00:80:50:01:5d:69;
   fixed-address     134.138.62.46;
}

host p17_0 {
   hardware ethernet 00:80:50:01:4d:8a;
   fixed-address     134.138.61.47;
}

host p17_1 {
   hardware ethernet 00:80:50:01:5d:70;
   fixed-address     134.138.62.47;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:cf;
   fixed-address     134.138.61.48;
}

host p18_1 {
   hardware ethernet 00:80:50:01:55:bc;
   fixed-address     134.138.62.48;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4e:52;
   fixed-address     134.138.61.49;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:71;
   fixed-address     134.138.62.49;
}

host p20_0 {
   hardware ethernet 00:80:50:01:26:62;
   fixed-address     134.138.61.50;
}

host p20_1 {
   hardware ethernet 00:80:50:00:95:7d;
   fixed-address     134.138.62.50;
}

to10io2:etc>more start_services
#!/bin/csh
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
#rm -f /tmp/axe/*
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

/opt/telorb/codearchive/Unix_IDP/DUCKServer_LM/scripts/DUCK-server.io.csh -th 134.138.62.31 -th 134.138.62.32 -hbt 10 -hbi 5 -rci 5&


/opt/telorb/codearchive/Unix_IDP/EpTftpd_LM/scripts/ep_tftpd.io.csh /opt/telorb/etc/ep_tftpd.conf&

/opt/telorb/codearchive/Unix_IDP/FileServerInterpreter_LM/scripts/FileServerInterpreter.io.csh -n io2&

# Start the dump daemon
/opt/telorb/codearchive/Unix_IDP/TftpDumpd_LM/scripts/dumpd.io.csh -s $DUMPDIR -i &


/opt/telorb/codearchive/Unix_IDP/DicosSyslogClient_LM/scripts/DicosSyslogClient.io.csh -L -d 5 -m io2 -t 134.138.62.31-120  &
  
to10io2:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.61.31 /opt/telorb/axe/loadingGroup01_2/Processor1/bootLoadTable.0       loadingGroup01_2
134.138.62.31 /opt/telorb/axe/loadingGroup01_2/Processor1/bootLoadTable.0       loadingGroup01_2
134.138.61.32 /opt/telorb/axe/loadingGroup01_2/Processor2/bootLoadTable.0       loadingGroup01_2
134.138.62.32 /opt/telorb/axe/loadingGroup01_2/Processor2/bootLoadTable.0       loadingGroup01_2

-   -   -   -   -   -   -   -   -   -   -   -

Commands
--------
On tos1 or tos2:
cd /home/dicostest/tosFiles/to10/ad13p4/              (Adjust release directory)
more telorbDataLocal.epct

Printouts for to10 before modifications
---------------------------------------
[telorb@tos1 ~]$ cd /home/dicostest/tosFiles/to10/ad13p4/
[telorb@tos1 ad13p4]$ more telorbDataLocal.epct
INITIAL DATA

#######################################################################
#                                                                     #
# This file only contains site depending telORB data.                 #
# Thus, the general telORB data has to read before this file e.g.     #
# epct ... ../../epct/ad13/telorbDataGeneral.epct                     #
# telorbDataLocal.epct ...                                            #
#                                                                     #
#######################################################################

#
# DorbIIOPHostName
#
# The Processors where the IIOP gateways are located at the site.
# Use different processors for each net. The processors must 
# belong to the DicosPlgLoaderPool.
# The IP addresses must be those local for the site
# Replace these addresses with your local IP addresses
DorbIIOPHostName = "134.138.61.101:134.138.62.102"

ENDDATA

ENVIRONMENT DATA

//
// ETHSW_ADDRESSES 
//
// This is a comma separated list of IP-addresses of the
// switches to supervise. The first will be instance "A" in the alarms,
// the second "B" and so on. Replace the addresses below with those valid
// for your site.
ETHSW_ADDRESSES = "134.138.61.20,134.138.62.20,134.138.61.21,134.138.62.21"

ENDDATA

Commands
--------
emacs telorbDataLocal.epct&      (Modify file)

Commands
--------
more telorbDataLocal.epct

Printouts for to11 after modifications
--------------------------------------
[telorb@tos1 ad13p4]$ more telorbDataLocal.epct
INITIAL DATA

#######################################################################
#                                                                     #
# This file only contains site depending telORB data.                 #
# Thus, the general telORB data has to read before this file e.g.     #
# epct ... ../../epct/ad13/telorbDataGeneral.epct                     #
# telorbDataLocal.epct ...                                            #
#                                                                     #
#######################################################################

#
# DorbIIOPHostName
#
# The Processors where the IIOP gateways are located at the site.
# Use different processors for each net. The processors must 
# belong to the DicosPlgLoaderPool.
# The IP addresses must be those local for the site
# Replace these addresses with your local IP addresses
DorbIIOPHostName = "134.138.61.31:134.138.62.32"

ENDDATA

ENVIRONMENT DATA

//
// ETHSW_ADDRESSES 
//
// This is a comma separated list of IP-addresses of the
// switches to supervise. The first will be instance "A" in the alarms,
// the second "B" and so on. Replace the addresses below with those valid
// for your site.
ETHSW_ADDRESSES = "134.138.61.20,134.138.62.20,134.138.61.21,134.138.62.21"

ENDDATA

-   -   -   -   -   -   -   -   -   -   -   -

Reconfigure ethernet switches for to10
--------------------------------------
See "Reconfigure ethernet switches" at top of document.


-          -          -          -          -          -          -
     -          -          -          -          -          -          -


to11io1
=======

Start to11io1

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to11io1 before modifications
-------------------------------------------
to11io1:~>cd /etc/
to11io1:/etc>ifconfig -a
lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.63.25 netmask ffffff00 broadcast 134.138.63.255
exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.64.25 netmask ffffff00 broadcast 134.138.64.255
hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.187.44 netmask fffff800 broadcast 134.138.191.255
to11io1:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.63.0    255.255.255.0
134.138.64.0    255.255.255.0
to11io1:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.44  to11io1 loghost
134.138.63.25   to11io1i2
134.138.64.25   to11io1i3
134.138.187.45  to11io2
134.138.63.26   to11io2i2
134.138.64.26   to11io2i3

134.138.63.40   to11s7c1 to11s7c1i1 
134.138.64.40   to11s7c1 to11s7c1i2 
 
134.138.63.41   to11s7c2 to11s7c2i1 
134.138.64.41   to11s7c2 to11s7c2i2

Commands
--------
su
/usr/openwin/bin/textedit netmasks&      (Modify file)
/usr/openwin/bin/textedit hosts&         (Modify file)
reboot

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to11io1 after modifications
-------------------------------------------
to11io1:~>cd /etc/
to11io1:/etc>ifconfig -a
lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.61.225 netmask ffffff80 broadcast 134.138.61.255
exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.62.225 netmask ffffff80 broadcast 134.138.62.255
hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.187.44 netmask fffff800 broadcast 134.138.191.255
to11io1:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.61.128  255.255.255.128
134.138.62.128  255.255.255.128
to11io1:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.44  to11io1 loghost
134.138.61.225  to11io1i2
134.138.62.225  to11io1i3
134.138.187.45  to11io2
134.138.61.226  to11io2i2
134.138.62.226  to11io2i3

134.138.61.223  to11s7c1 to11s7c1i1 
134.138.62.223  to11s7c1 to11s7c1i2 
 
134.138.61.224  to11s7c2 to11s7c2i1 
134.138.62.224  to11s7c2 to11s7c2i2

-   -   -   -   -   -   -   -   -   -   -   -

Commands
--------
cd /opt/telorb/etc/
more telorb.conf

Printouts from to11io1 before modifications
-------------------------------------------
to11io1:/etc>cd /opt/telorb/etc/
to11io1:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.63.25
timeserver 134.138.64.26
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~>ifconfig -a
#  lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.63.0
internal-network netmask0 255.255.255.0
internal-network defaultgw0 134.138.63.1
internal-network bcast0 134.138.63.255
internal-network io1net0 134.138.63.25
internal-network io1interfacename0 exp0

internal-network subnet1 134.138.64.0
internal-network netmask1 255.255.255.0
internal-network defaultgw1 134.138.64.1
internal-network bcast1 134.138.64.255
internal-network io1net1 134.138.64.25
internal-network io1interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.63.25
dumpserverip 134.138.64.26

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.63.25

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:d1
dicosprocessor1_0 ip_addr_for_eth0 134.138.63.101
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:55:b7
dicosprocessor1_1 ip_addr_for_eth1 134.138.64.101
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:22:1b
dicosprocessor2_0 ip_addr_for_eth0 134.138.63.102
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:25:95
dicosprocessor2_1 ip_addr_for_eth1 134.138.64.102
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:21:f1
dicosprocessor3_0 ip_addr_for_eth0 134.138.63.103

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:5d:5a
dicosprocessor3_1 ip_addr_for_eth1 134.138.64.103

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:d8
dicosprocessor4_0 ip_addr_for_eth0 134.138.63.104

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:5d:87
dicosprocessor4_1 ip_addr_for_eth1 134.138.64.104

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:4d:fd
dicosprocessor5_0 ip_addr_for_eth0 134.138.63.105

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:55:84
dicosprocessor5_1 ip_addr_for_eth1 134.138.64.105

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:ac
dicosprocessor6_0 ip_addr_for_eth0 134.138.63.106

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5D:65
dicosprocessor6_1 ip_addr_for_eth1 134.138.64.106

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e2
dicosprocessor7_0 ip_addr_for_eth0 134.138.63.107

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5D:b5
dicosprocessor7_1 ip_addr_for_eth1 134.138.64.107

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:4e:00
dicosprocessor8_0 ip_addr_for_eth0 134.138.63.108

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:55:79
dicosprocessor8_1 ip_addr_for_eth1 134.138.64.108

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:de
dicosprocessor9_0 ip_addr_for_eth0 134.138.63.109

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:55
dicosprocessor9_1 ip_addr_for_eth1 134.138.64.109

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:21:11
dicosprocessor10_0 ip_addr_for_eth0 134.138.63.110

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:74
dicosprocessor10_1 ip_addr_for_eth1 134.138.64.110

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:4d:88
dicosprocessor11_0 ip_addr_for_eth0 134.138.63.111

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:6f
dicosprocessor11_1 ip_addr_for_eth1 134.138.64.111

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:01:4d:93
dicosprocessor12_0 ip_addr_for_eth0 134.138.63.112

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:01:5d:73
dicosprocessor12_1 ip_addr_for_eth1 134.138.64.112

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4d:dd
dicosprocessor13_0 ip_addr_for_eth0 134.138.63.113

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:55:7b
dicosprocessor13_1 ip_addr_for_eth1 134.138.64.113

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:8f
dicosprocessor14_0 ip_addr_for_eth0 134.138.63.114

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:76
dicosprocessor14_1 ip_addr_for_eth1 134.138.64.114

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:01:22:17
dicosprocessor15_0 ip_addr_for_eth0 134.138.63.115

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:01:55:a7
dicosprocessor15_1 ip_addr_for_eth1 134.138.64.115

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:f6
dicosprocessor16_0 ip_addr_for_eth0 134.138.63.116

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:55:8d
dicosprocessor16_1 ip_addr_for_eth1 134.138.64.116

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:20:d0
dicosprocessor17_0 ip_addr_for_eth0 134.138.63.117

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:41:fe
dicosprocessor17_1 ip_addr_for_eth1 134.138.64.117

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:bd
dicosprocessor18_0 ip_addr_for_eth0 134.138.63.118

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:5d:94
dicosprocessor18_1 ip_addr_for_eth1 134.138.64.118

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4d:89
dicosprocessor19_0 ip_addr_for_eth0 134.138.63.119

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:8e
dicosprocessor19_1 ip_addr_for_eth1 134.138.64.119

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:20:c6
dicosprocessor20_0 ip_addr_for_eth0 134.138.63.120

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:01:5d:9b
dicosprocessor20_1 ip_addr_for_eth1 134.138.64.120

dicosprocessor21_0 eth_addr_for_eth0 00:80:50:00:cd:dd
dicosprocessor21_0 ip_addr_for_eth0 134.138.63.121

dicosprocessor21_1 eth_addr_for_eth1 00:80:50:00:95:1b
dicosprocessor21_1 ip_addr_for_eth1 134.138.64.121

Commands
--------
textedit telorb.conf&      (Modify file)

Commands
--------
more telorb.conf

Printouts from to11io1 after modifications
------------------------------------------
to11io1:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.61.225
timeserver 134.138.62.226
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~>ifconfig -a
#  lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.61.128
internal-network netmask0 255.255.255.128
internal-network defaultgw0 134.138.61.129
internal-network bcast0 134.138.61.255
internal-network io1net0 134.138.61.225
internal-network io1interfacename0 exp0

internal-network subnet1 134.138.62.128
internal-network netmask1 255.255.255.128
internal-network defaultgw1 134.138.62.129
internal-network bcast1 134.138.62.255
internal-network io1net1 134.138.62.225
internal-network io1interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.61.225
dumpserverip 134.138.62.226

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.61.225

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:d1
dicosprocessor1_0 ip_addr_for_eth0 134.138.61.131
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:55:b7
dicosprocessor1_1 ip_addr_for_eth1 134.138.62.131
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:22:1b
dicosprocessor2_0 ip_addr_for_eth0 134.138.61.132
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:25:95
dicosprocessor2_1 ip_addr_for_eth1 134.138.62.132
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:21:f1
dicosprocessor3_0 ip_addr_for_eth0 134.138.61.133

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:5d:5a
dicosprocessor3_1 ip_addr_for_eth1 134.138.62.133

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:d8
dicosprocessor4_0 ip_addr_for_eth0 134.138.61.134

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:5d:87
dicosprocessor4_1 ip_addr_for_eth1 134.138.62.134

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:4d:fd
dicosprocessor5_0 ip_addr_for_eth0 134.138.61.135

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:55:84
dicosprocessor5_1 ip_addr_for_eth1 134.138.62.135

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:ac
dicosprocessor6_0 ip_addr_for_eth0 134.138.61.136

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5D:65
dicosprocessor6_1 ip_addr_for_eth1 134.138.62.136

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e2
dicosprocessor7_0 ip_addr_for_eth0 134.138.61.137

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5D:b5
dicosprocessor7_1 ip_addr_for_eth1 134.138.62.137

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:4e:00
dicosprocessor8_0 ip_addr_for_eth0 134.138.61.138

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:55:79
dicosprocessor8_1 ip_addr_for_eth1 134.138.62.138

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:de
dicosprocessor9_0 ip_addr_for_eth0 134.138.61.139

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:55
dicosprocessor9_1 ip_addr_for_eth1 134.138.62.139

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:21:11
dicosprocessor10_0 ip_addr_for_eth0 134.138.61.140

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:74
dicosprocessor10_1 ip_addr_for_eth1 134.138.62.140

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:4d:88
dicosprocessor11_0 ip_addr_for_eth0 134.138.61.141

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:6f
dicosprocessor11_1 ip_addr_for_eth1 134.138.62.141

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:01:4d:93
dicosprocessor12_0 ip_addr_for_eth0 134.138.61.142

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:01:5d:73
dicosprocessor12_1 ip_addr_for_eth1 134.138.62.142

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4d:dd
dicosprocessor13_0 ip_addr_for_eth0 134.138.61.143

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:55:7b
dicosprocessor13_1 ip_addr_for_eth1 134.138.62.143

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:8f
dicosprocessor14_0 ip_addr_for_eth0 134.138.61.144

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:76
dicosprocessor14_1 ip_addr_for_eth1 134.138.62.144

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:01:22:17
dicosprocessor15_0 ip_addr_for_eth0 134.138.61.145

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:01:55:a7
dicosprocessor15_1 ip_addr_for_eth1 134.138.62.145

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:f6
dicosprocessor16_0 ip_addr_for_eth0 134.138.61.146

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:55:8d
dicosprocessor16_1 ip_addr_for_eth1 134.138.62.146

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:20:d0
dicosprocessor17_0 ip_addr_for_eth0 134.138.61.147

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:41:fe
dicosprocessor17_1 ip_addr_for_eth1 134.138.62.147

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:bd
dicosprocessor18_0 ip_addr_for_eth0 134.138.61.148

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:5d:94
dicosprocessor18_1 ip_addr_for_eth1 134.138.62.148

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4d:89
dicosprocessor19_0 ip_addr_for_eth0 134.138.61.149

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:8e
dicosprocessor19_1 ip_addr_for_eth1 134.138.62.149

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:20:c6
dicosprocessor20_0 ip_addr_for_eth0 134.138.61.150

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:01:5d:9b
dicosprocessor20_1 ip_addr_for_eth1 134.138.62.150

dicosprocessor21_0 eth_addr_for_eth0 00:80:50:00:cd:dd
dicosprocessor21_0 ip_addr_for_eth0 134.138.61.151

dicosprocessor21_1 eth_addr_for_eth1 00:80:50:00:95:1b
dicosprocessor21_1 ip_addr_for_eth1 134.138.62.151

Commands
--------
cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from to11io1 before modifications
-------------------------------------------
to11io1:etc>cd /opt/telorb/etc/
to11io1:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.64.26, 134.138.63.25;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.63.0 netmask 255.255.255.0 {
      option routers 134.138.63.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.63.255;
      next-server 134.138.63.25;
   }
   subnet 134.138.64.0 netmask 255.255.255.0 {
      option routers 134.138.64.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.64.255;
      next-server 134.138.64.25;
   }
   option dumpServerAddress    134.138.64.26, 134.138.63.25;
   option consoleServerAddress 134.138.63.25;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:d1;
   fixed-address     134.138.63.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.63.25;
}

host p1_1 {
   hardware ethernet 00:80:50:01:55:b7;
   fixed-address     134.138.64.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.64.25;
}

host p2_0 {
   hardware ethernet 00:80:50:01:22:1b;
   fixed-address     134.138.63.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.63.25;
}

host p2_1 {
   hardware ethernet 00:80:50:01:25:95;
   fixed-address     134.138.64.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.64.25;
}

host p3_0 {
   hardware ethernet 00:80:50:01:21:f1;
   fixed-address     134.138.63.103;
}

host p3_1 {
   hardware ethernet 00:80:50:01:5d:5a;
   fixed-address     134.138.64.103;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:d8;
   fixed-address     134.138.63.104;
}

host p4_1 {
   hardware ethernet 00:80:50:01:5d:87;
   fixed-address     134.138.64.104;
}

host p5_0 {
   hardware ethernet 00:80:50:01:4d:fd;
   fixed-address     134.138.63.105;
}

host p5_1 {
   hardware ethernet 00:80:50:01:55:84;
   fixed-address     134.138.64.105;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:ac;
   fixed-address     134.138.63.106;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5D:65;
   fixed-address     134.138.64.106;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e2;
   fixed-address     134.138.63.107;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5D:b5;
   fixed-address     134.138.64.107;
}

host p8_0 {
   hardware ethernet 00:80:50:01:4e:00;
   fixed-address     134.138.63.108;
}

host p8_1 {
   hardware ethernet 00:80:50:01:55:79;
   fixed-address     134.138.64.108;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:de;
   fixed-address     134.138.63.109;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:55;
   fixed-address     134.138.64.109;
}

host p10_0 {
   hardware ethernet 00:80:50:01:21:11;
   fixed-address     134.138.63.110;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:74;
   fixed-address     134.138.64.110;
}

host p11_0 {
   hardware ethernet 00:80:50:01:4d:88;
   fixed-address     134.138.63.111;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:6f;
   fixed-address     134.138.64.111;
}

host p12_0 {
   hardware ethernet 00:80:50:01:4d:93;
   fixed-address     134.138.63.112;
}

host p12_1 {
   hardware ethernet 00:80:50:01:5d:73;
   fixed-address     134.138.64.112;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4d:dd;
   fixed-address     134.138.63.113;
}

host p13_1 {
   hardware ethernet 00:80:50:01:55:7b;
   fixed-address     134.138.64.113;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:8f;
   fixed-address     134.138.63.114;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:76;
   fixed-address     134.138.64.114;
}

host p15_0 {
   hardware ethernet 00:80:50:01:22:17;
   fixed-address     134.138.63.115;
}

host p15_1 {
   hardware ethernet 00:80:50:01:55:a7;
   fixed-address     134.138.64.115;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:f6;
   fixed-address     134.138.63.116;
}

host p16_1 {
   hardware ethernet 00:80:50:01:55:8d;
   fixed-address     134.138.64.116;
}

host p17_0 {
   hardware ethernet 00:80:50:01:20:d0;
   fixed-address     134.138.63.117;
}

host p17_1 {
   hardware ethernet 00:80:50:01:41:fe;
   fixed-address     134.138.64.117;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:bd;
   fixed-address     134.138.63.118;
}

host p18_1 {
   hardware ethernet 00:80:50:01:5d:94;
   fixed-address     134.138.64.118;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4d:89;
   fixed-address     134.138.63.119;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:8e;
   fixed-address     134.138.64.119;
}

host p20_0 {
   hardware ethernet 00:80:50:01:20:c6;
   fixed-address     134.138.63.120;
}

host p20_1 {
   hardware ethernet 00:80:50:01:5d:9b;
   fixed-address     134.138.64.120;
}

host p21_0 {
   hardware ethernet 00:80:50:00:cd:dd;
   fixed-address     134.138.63.121;
}

host p21_1 {
   hardware ethernet 00:80:50:00:95:1b;
   fixed-address     134.138.64.121;
}

to11io1:etc>more start_services
#!/bin/csh
set path=(/opt/telorb/tools/bin $path)

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
rm -f /tmp/axe
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

# Configure the DUCK-server. replace "-th nnn.nnn.nnn.nnn" with the ip addresses of the primary
# ethernet interface of your PLG loaders (processor number 1 and 2)
# Example:
# /opt/telorb/tools/bin/DUCK-server -th 134.138.72.101 -th 134.138.72.102 -hbt 10 -hbi 5 -rci 1&
#
# If the machines that are connected by the duck server are using openboot to install
# the prom, then use 30 as the reconnect intervall (set rci to 30).  
#
# It is also important to set the heartbeat time out (hbt) to a time that is less than 
# the time that it takes for the telorb processors to reboot. The Ziatech computers
# boots very fast...... 

/opt/telorb/tools/bin/DUCK-server -th 134.138.63.101 -th 134.138.63.102 -hbt 10 -hbi 5 -rci 5&

# Configure ep_tftp by editing the ep_tftpd.conf file, there is a template file in ../etc
/opt/telorb/tools/bin/ep_tftpd /opt/telorb/etc/ep_tftpd.conf&

# Start the file server, the -n argument sets the logical name of this fileserver
/opt/telorb/tools/bin/FileServerInterpreter -n io1&

# Start the dump daemon
/opt/telorb/tools/bin/dumpd -s $DUMPDIR -i &

# Start the STSsw server

# From STSsw -help
#Parameters: a b [c]
# a: The number of processors in your traffic system.
#
# b: The port number to be used for the first telnet setup server.
#
#    There will be as many setup servers created as the number of
#    traffic processors in your system <a>.
#
#    The first server will use port <b> and handle output from processor 1.
#    The second server will use port <b+1> and handle output from processor 2.
#    The n'th server will use port <b+n-1> and handle output from processor n.
#
# c: Port number on which output from the TelORB system is expected.
#    It will default to 7000. If you specify this parameter, you MUST MAKE
#    SURE the config data "UDPConsolePort" in the TelORB system has the same
#    value.
#
# Example
# /opt/telorb/tools/bin/STSsw 20 7001 &

/opt/telorb/tools/bin/STSsw 20 7001 -log &

# Start DicosSysLogClient in logging mode
# Substitute the IP address range below for the IP address range of
# your telorb system. I.e. if you have a 7 processor system, 
# this will be a range of 7 IP addresses.

# e.g. /opt/telorb/tools/bin/DicosSyslogClient -L -m io1 -t 134.138.72.101-107 &

/opt/telorb/tools/bin/DicosSyslogClient -L -m io1 -t 134.138.63.101-120 &
to11io1:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.63.101 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.64.101 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.63.102 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1
134.138.64.102 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1

Commands
--------
su telorb
cd /opt/telorb/codearchive/iom_scripts/
./configureTelORB.sh -c /opt/telorb/etc/telorb.conf

cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf


Printouts from to11io1 after modifications
------------------------------------------
to11io1:iom_scripts>cd /opt/telorb/etc/
to11io1:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.62.226, 134.138.61.225;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.61.128 netmask 255.255.255.128 {
      option routers 134.138.61.129;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.61.255;
      next-server 134.138.61.225;
   }
   subnet 134.138.62.128 netmask 255.255.255.128 {
      option routers 134.138.62.129;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.62.255;
      next-server 134.138.62.225;
   }
   option dumpServerAddress    134.138.62.226, 134.138.61.225;
   option consoleServerAddress 134.138.61.225;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:d1;
   fixed-address     134.138.61.131;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.225;
}

host p1_1 {
   hardware ethernet 00:80:50:01:55:b7;
   fixed-address     134.138.62.131;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.225;
}

host p2_0 {
   hardware ethernet 00:80:50:01:22:1b;
   fixed-address     134.138.61.132;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.225;
}

host p2_1 {
   hardware ethernet 00:80:50:01:25:95;
   fixed-address     134.138.62.132;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.225;
}

host p3_0 {
   hardware ethernet 00:80:50:01:21:f1;
   fixed-address     134.138.61.133;
}

host p3_1 {
   hardware ethernet 00:80:50:01:5d:5a;
   fixed-address     134.138.62.133;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:d8;
   fixed-address     134.138.61.134;
}

host p4_1 {
   hardware ethernet 00:80:50:01:5d:87;
   fixed-address     134.138.62.134;
}

host p5_0 {
   hardware ethernet 00:80:50:01:4d:fd;
   fixed-address     134.138.61.135;
}

host p5_1 {
   hardware ethernet 00:80:50:01:55:84;
   fixed-address     134.138.62.135;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:ac;
   fixed-address     134.138.61.136;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5D:65;
   fixed-address     134.138.62.136;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e2;
   fixed-address     134.138.61.137;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5D:b5;
   fixed-address     134.138.62.137;
}

host p8_0 {
   hardware ethernet 00:80:50:01:4e:00;
   fixed-address     134.138.61.138;
}

host p8_1 {
   hardware ethernet 00:80:50:01:55:79;
   fixed-address     134.138.62.138;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:de;
   fixed-address     134.138.61.139;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:55;
   fixed-address     134.138.62.139;
}

host p10_0 {
   hardware ethernet 00:80:50:01:21:11;
   fixed-address     134.138.61.140;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:74;
   fixed-address     134.138.62.140;
}

host p11_0 {
   hardware ethernet 00:80:50:01:4d:88;
   fixed-address     134.138.61.141;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:6f;
   fixed-address     134.138.62.141;
}

host p12_0 {
   hardware ethernet 00:80:50:01:4d:93;
   fixed-address     134.138.61.142;
}

host p12_1 {
   hardware ethernet 00:80:50:01:5d:73;
   fixed-address     134.138.62.142;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4d:dd;
   fixed-address     134.138.61.143;
}

host p13_1 {
   hardware ethernet 00:80:50:01:55:7b;
   fixed-address     134.138.62.143;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:8f;
   fixed-address     134.138.61.144;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:76;
   fixed-address     134.138.62.144;
}

host p15_0 {
   hardware ethernet 00:80:50:01:22:17;
   fixed-address     134.138.61.145;
}

host p15_1 {
   hardware ethernet 00:80:50:01:55:a7;
   fixed-address     134.138.62.145;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:f6;
   fixed-address     134.138.61.146;
}

host p16_1 {
   hardware ethernet 00:80:50:01:55:8d;
   fixed-address     134.138.62.146;
}

host p17_0 {
   hardware ethernet 00:80:50:01:20:d0;
   fixed-address     134.138.61.147;
}

host p17_1 {
   hardware ethernet 00:80:50:01:41:fe;
   fixed-address     134.138.62.147;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:bd;
   fixed-address     134.138.61.148;
}

host p18_1 {
   hardware ethernet 00:80:50:01:5d:94;
   fixed-address     134.138.62.148;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4d:89;
   fixed-address     134.138.61.149;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:8e;
   fixed-address     134.138.62.149;
}

host p20_0 {
   hardware ethernet 00:80:50:01:20:c6;
   fixed-address     134.138.61.150;
}

host p20_1 {
   hardware ethernet 00:80:50:01:5d:9b;
   fixed-address     134.138.62.150;
}

host p21_0 {
   hardware ethernet 00:80:50:00:cd:dd;
   fixed-address     134.138.61.151;
}

host p21_1 {
   hardware ethernet 00:80:50:00:95:1b;
   fixed-address     134.138.62.151;
}

to11io1:etc>more start_services
#!/bin/csh
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
#rm -f /tmp/axe/*
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

/opt/telorb/codearchive/Unix_IDP/DUCKServer_LM/scripts/DUCK-server.io.csh  -th 134.138.61.131 -th 134.138.61.132 -hbt 10 -hbi 5 -rci 5&


/opt/telorb/codearchive/Unix_IDP/EpTftpd_LM/scripts/ep_tftpd.io.csh /opt/telorb/etc/ep_tftpd.conf&

/opt/telorb/codearchive/Unix_IDP/FileServerInterpreter_LM/scripts/FileServerInterpreter.io.csh -n io1&

# Start the dump daemon
/opt/telorb/codearchive/Unix_IDP/TftpDumpd_LM/scripts/dumpd.io.csh -s $DUMPDIR -i &


# Example
#/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 7 7001 -log &

/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 21 7001 -log &


/opt/telorb/codearchive/Unix_IDP/DicosSyslogClient_LM/scripts/DicosSyslogClient.io.csh -L -d 5 -m io1 -t 134.138.61.131-121  &
  
to11io1:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.61.131 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.62.131 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.61.132 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1
134.138.62.132 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1


-          -          -          -          -          -          -
     -          -          -          -          -          -          -


to11io2
=======

Start to11io2

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to11io2 before modifications
-------------------------------------------
to11io2:~>cd /etc/
to11io2:/etc>ifconfig -a
lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.63.26 netmask ffffff00 broadcast 134.138.63.255
exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.64.26 netmask ffffff00 broadcast 134.138.64.255
hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.187.45 netmask fffff800 broadcast 134.138.191.255
to11io2:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.63.0    255.255.255.0
134.138.64.0    255.255.255.0

to11io2:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.45  to11io2 loghost
134.138.63.26   to11io2i2
134.138.64.26   to11io2i3

134.138.187.44  to11io1
134.138.63.25   to11io1i2
134.138.64.25   to11io1i3

134.138.63.40   to11s7c1 to11s7c1i1 
134.138.64.40   to11s7c1 to11s7c1i2 
 
134.138.63.41   to11s7c2 to11s7c2i1 
134.138.64.41   to11s7c2 to11s7c2i2

Commands
--------
su
/usr/openwin/bin/textedit netmasks&      (Modify file)
/usr/openwin/bin/textedit hosts&         (Modify file)
reboot

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to11io2 after modifications
-------------------------------------------
to11io2:~>cd /etc/
to11io2:/etc>ifconfig -a
lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.61.226 netmask ffffff80 broadcast 134.138.61.255
exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.62.226 netmask ffffff80 broadcast 134.138.62.255
hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
        inet 134.138.187.45 netmask fffff800 broadcast 134.138.191.255
to11io2:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.61.128  255.255.255.128
134.138.62.128  255.255.255.128

to11io2:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.45  to11io2 loghost
134.138.61.226  to11io2i2
134.138.62.226  to11io2i3

134.138.187.44  to11io1
134.138.61.225  to11io1i2
134.138.62.225  to11io1i3

134.138.61.223  to11s7c1 to11s7c1i1 
134.138.62.223  to11s7c1 to11s7c1i2 
 
134.138.61.224  to11s7c2 to11s7c2i1 
134.138.62.224  to11s7c2 to11s7c2i2

-   -   -   -   -   -   -   -   -   -   -   -

Commands
--------
cd /opt/telorb/etc/
more telorb.conf

Printouts from to11io2 before modifications
-------------------------------------------
to11io2:~>cd /opt/telorb/etc/
to11io2:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.63.25
timeserver 134.138.64.26
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~>ifconfig -a
#  lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.63.0
internal-network netmask0 255.255.255.0
internal-network defaultgw0 134.138.63.1
internal-network bcast0 134.138.63.255
internal-network io2net0 134.138.63.26
internal-network io2interfacename0 exp0

internal-network subnet1 134.138.64.0
internal-network netmask1 255.255.255.0
internal-network defaultgw1 134.138.64.1
internal-network bcast1 134.138.64.255
internal-network io2net1 134.138.64.26
internal-network io2interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.63.25
dumpserverip 134.138.64.26

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.63.25

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:d1
dicosprocessor1_0 ip_addr_for_eth0 134.138.63.101
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:55:b7
dicosprocessor1_1 ip_addr_for_eth1 134.138.64.101
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:22:1b
dicosprocessor2_0 ip_addr_for_eth0 134.138.63.102
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:25:95
dicosprocessor2_1 ip_addr_for_eth1 134.138.64.102
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:21:f1
dicosprocessor3_0 ip_addr_for_eth0 134.138.63.103

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:5d:5a
dicosprocessor3_1 ip_addr_for_eth1 134.138.64.103

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:d8
dicosprocessor4_0 ip_addr_for_eth0 134.138.63.104

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:5d:87
dicosprocessor4_1 ip_addr_for_eth1 134.138.64.104

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:4d:fd
dicosprocessor5_0 ip_addr_for_eth0 134.138.63.105

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:55:84
dicosprocessor5_1 ip_addr_for_eth1 134.138.64.105

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:ac
dicosprocessor6_0 ip_addr_for_eth0 134.138.63.106

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5D:65
dicosprocessor6_1 ip_addr_for_eth1 134.138.64.106

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e2
dicosprocessor7_0 ip_addr_for_eth0 134.138.63.107

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5D:b5
dicosprocessor7_1 ip_addr_for_eth1 134.138.64.107

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:4e:00
dicosprocessor8_0 ip_addr_for_eth0 134.138.63.108

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:55:79
dicosprocessor8_1 ip_addr_for_eth1 134.138.64.108

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:de
dicosprocessor9_0 ip_addr_for_eth0 134.138.63.109

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:55
dicosprocessor9_1 ip_addr_for_eth1 134.138.64.109

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:21:11
dicosprocessor10_0 ip_addr_for_eth0 134.138.63.110

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:74
dicosprocessor10_1 ip_addr_for_eth1 134.138.64.110

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:4d:88
dicosprocessor11_0 ip_addr_for_eth0 134.138.63.111

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:6f
dicosprocessor11_1 ip_addr_for_eth1 134.138.64.111

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:01:4d:93
dicosprocessor12_0 ip_addr_for_eth0 134.138.63.112

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:01:5d:73
dicosprocessor12_1 ip_addr_for_eth1 134.138.64.112

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4d:dd
dicosprocessor13_0 ip_addr_for_eth0 134.138.63.113

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:55:7b
dicosprocessor13_1 ip_addr_for_eth1 134.138.64.113

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:8f
dicosprocessor14_0 ip_addr_for_eth0 134.138.63.114

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:76
dicosprocessor14_1 ip_addr_for_eth1 134.138.64.114

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:01:22:17
dicosprocessor15_0 ip_addr_for_eth0 134.138.63.115

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:01:55:a7
dicosprocessor15_1 ip_addr_for_eth1 134.138.64.115

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:f6
dicosprocessor16_0 ip_addr_for_eth0 134.138.63.116

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:55:8d
dicosprocessor16_1 ip_addr_for_eth1 134.138.64.116

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:20:d0
dicosprocessor17_0 ip_addr_for_eth0 134.138.63.117

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:41:fe
dicosprocessor17_1 ip_addr_for_eth1 134.138.64.117

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:bd
dicosprocessor18_0 ip_addr_for_eth0 134.138.63.118

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:5d:94
dicosprocessor18_1 ip_addr_for_eth1 134.138.64.118

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4d:89
dicosprocessor19_0 ip_addr_for_eth0 134.138.63.119

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:8e
dicosprocessor19_1 ip_addr_for_eth1 134.138.64.119

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:20:c6
dicosprocessor20_0 ip_addr_for_eth0 134.138.63.120

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:01:5d:9b
dicosprocessor20_1 ip_addr_for_eth1 134.138.64.120

dicosprocessor21_0 eth_addr_for_eth0 00:80:50:00:cd:dd
dicosprocessor21_0 ip_addr_for_eth0 134.138.63.121

dicosprocessor21_1 eth_addr_for_eth1 00:80:50:00:95:1b
dicosprocessor21_1 ip_addr_for_eth1 134.138.64.121

Commands
--------
textedit telorb.conf&      (Modify file)

Commands
--------
more telorb.conf

Printouts from to11io2 after modifications
------------------------------------------
to11io2:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.61.225
timeserver 134.138.62.226
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~>ifconfig -a
#  lo0: flags=849<UP,LOOPBACK,RUNNING,MULTICAST> mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863<UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST> mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.61.128
internal-network netmask0 255.255.255.128
internal-network defaultgw0 134.138.61.129
internal-network bcast0 134.138.61.255
internal-network io2net0 134.138.61.226
internal-network io2interfacename0 exp0

internal-network subnet1 134.138.62.128
internal-network netmask1 255.255.255.128
internal-network defaultgw1 134.138.62.129
internal-network bcast1 134.138.62.255
internal-network io2net1 134.138.62.226
internal-network io2interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.61.225
dumpserverip 134.138.62.226

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.61.225

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:d1
dicosprocessor1_0 ip_addr_for_eth0 134.138.61.131
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:55:b7
dicosprocessor1_1 ip_addr_for_eth1 134.138.62.131
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:22:1b
dicosprocessor2_0 ip_addr_for_eth0 134.138.61.132
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:25:95
dicosprocessor2_1 ip_addr_for_eth1 134.138.62.132
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:21:f1
dicosprocessor3_0 ip_addr_for_eth0 134.138.61.133

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:5d:5a
dicosprocessor3_1 ip_addr_for_eth1 134.138.62.133

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:d8
dicosprocessor4_0 ip_addr_for_eth0 134.138.61.134

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:5d:87
dicosprocessor4_1 ip_addr_for_eth1 134.138.62.134

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:4d:fd
dicosprocessor5_0 ip_addr_for_eth0 134.138.61.135

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:55:84
dicosprocessor5_1 ip_addr_for_eth1 134.138.62.135

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:ac
dicosprocessor6_0 ip_addr_for_eth0 134.138.61.136

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5D:65
dicosprocessor6_1 ip_addr_for_eth1 134.138.62.136

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e2
dicosprocessor7_0 ip_addr_for_eth0 134.138.61.137

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5D:b5
dicosprocessor7_1 ip_addr_for_eth1 134.138.62.137

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:4e:00
dicosprocessor8_0 ip_addr_for_eth0 134.138.61.138

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:55:79
dicosprocessor8_1 ip_addr_for_eth1 134.138.62.138

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:de
dicosprocessor9_0 ip_addr_for_eth0 134.138.61.139

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:55
dicosprocessor9_1 ip_addr_for_eth1 134.138.62.139

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:21:11
dicosprocessor10_0 ip_addr_for_eth0 134.138.61.140

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:74
dicosprocessor10_1 ip_addr_for_eth1 134.138.62.140

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:4d:88
dicosprocessor11_0 ip_addr_for_eth0 134.138.61.141

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:6f
dicosprocessor11_1 ip_addr_for_eth1 134.138.62.141

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:01:4d:93
dicosprocessor12_0 ip_addr_for_eth0 134.138.61.142

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:01:5d:73
dicosprocessor12_1 ip_addr_for_eth1 134.138.62.142

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4d:dd
dicosprocessor13_0 ip_addr_for_eth0 134.138.61.143

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:55:7b
dicosprocessor13_1 ip_addr_for_eth1 134.138.62.143

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:8f
dicosprocessor14_0 ip_addr_for_eth0 134.138.61.144

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:76
dicosprocessor14_1 ip_addr_for_eth1 134.138.62.144

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:01:22:17
dicosprocessor15_0 ip_addr_for_eth0 134.138.61.145

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:01:55:a7
dicosprocessor15_1 ip_addr_for_eth1 134.138.62.145

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:f6
dicosprocessor16_0 ip_addr_for_eth0 134.138.61.146

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:55:8d
dicosprocessor16_1 ip_addr_for_eth1 134.138.62.146

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:20:d0
dicosprocessor17_0 ip_addr_for_eth0 134.138.61.147

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:41:fe
dicosprocessor17_1 ip_addr_for_eth1 134.138.62.147

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:bd
dicosprocessor18_0 ip_addr_for_eth0 134.138.61.148

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:5d:94
dicosprocessor18_1 ip_addr_for_eth1 134.138.62.148

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4d:89
dicosprocessor19_0 ip_addr_for_eth0 134.138.61.149

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:8e
dicosprocessor19_1 ip_addr_for_eth1 134.138.62.149

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:20:c6
dicosprocessor20_0 ip_addr_for_eth0 134.138.61.150

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:01:5d:9b
dicosprocessor20_1 ip_addr_for_eth1 134.138.62.150

dicosprocessor21_0 eth_addr_for_eth0 00:80:50:00:cd:dd
dicosprocessor21_0 ip_addr_for_eth0 134.138.61.151

dicosprocessor21_1 eth_addr_for_eth1 00:80:50:00:95:1b
dicosprocessor21_1 ip_addr_for_eth1 134.138.62.151

Commands
--------
cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from to11io2 before modifications
-------------------------------------------
to11io2:etc>cd /opt/telorb/etc/
to11io2:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.64.26, 134.138.63.25;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.63.0 netmask 255.255.255.0 {
      option routers 134.138.63.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.63.255;
      next-server 134.138.63.26;
   }
   subnet 134.138.64.0 netmask 255.255.255.0 {
      option routers 134.138.64.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.64.255;
      next-server 134.138.64.26;
   }
   option dumpServerAddress    134.138.64.26, 134.138.63.25;
   option consoleServerAddress 134.138.63.25;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:d1;
   fixed-address     134.138.63.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.63.26;
}

host p1_1 {
   hardware ethernet 00:80:50:01:55:b7;
   fixed-address     134.138.64.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.64.26;
}

host p2_0 {
   hardware ethernet 00:80:50:01:22:1b;
   fixed-address     134.138.63.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.63.26;
}

host p2_1 {
   hardware ethernet 00:80:50:01:25:95;
   fixed-address     134.138.64.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.64.26;
}

host p3_0 {
   hardware ethernet 00:80:50:01:21:f1;
   fixed-address     134.138.63.103;
}

host p3_1 {
   hardware ethernet 00:80:50:01:5d:5a;
   fixed-address     134.138.64.103;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:d8;
   fixed-address     134.138.63.104;
}

host p4_1 {
   hardware ethernet 00:80:50:01:5d:87;
   fixed-address     134.138.64.104;
}

host p5_0 {
   hardware ethernet 00:80:50:01:4d:fd;
   fixed-address     134.138.63.105;
}

host p5_1 {
   hardware ethernet 00:80:50:01:55:84;
   fixed-address     134.138.64.105;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:ac;
   fixed-address     134.138.63.106;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5D:65;
   fixed-address     134.138.64.106;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e2;
   fixed-address     134.138.63.107;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5D:b5;
   fixed-address     134.138.64.107;
}

host p8_0 {
   hardware ethernet 00:80:50:01:4e:00;
   fixed-address     134.138.63.108;
}

host p8_1 {
   hardware ethernet 00:80:50:01:55:79;
   fixed-address     134.138.64.108;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:de;
   fixed-address     134.138.63.109;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:55;
   fixed-address     134.138.64.109;
}

host p10_0 {
   hardware ethernet 00:80:50:01:21:11;
   fixed-address     134.138.63.110;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:74;
   fixed-address     134.138.64.110;
}

host p11_0 {
   hardware ethernet 00:80:50:01:4d:88;
   fixed-address     134.138.63.111;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:6f;
   fixed-address     134.138.64.111;
}

host p12_0 {
   hardware ethernet 00:80:50:01:4d:93;
   fixed-address     134.138.63.112;
}

host p12_1 {
   hardware ethernet 00:80:50:01:5d:73;
   fixed-address     134.138.64.112;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4d:dd;
   fixed-address     134.138.63.113;
}

host p13_1 {
   hardware ethernet 00:80:50:01:55:7b;
   fixed-address     134.138.64.113;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:8f;
   fixed-address     134.138.63.114;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:76;
   fixed-address     134.138.64.114;
}

host p15_0 {
   hardware ethernet 00:80:50:01:22:17;
   fixed-address     134.138.63.115;
}

host p15_1 {
   hardware ethernet 00:80:50:01:55:a7;
   fixed-address     134.138.64.115;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:f6;
   fixed-address     134.138.63.116;
}

host p16_1 {
   hardware ethernet 00:80:50:01:55:8d;
   fixed-address     134.138.64.116;
}

host p17_0 {
   hardware ethernet 00:80:50:01:20:d0;
   fixed-address     134.138.63.117;
}

host p17_1 {
   hardware ethernet 00:80:50:01:41:fe;
   fixed-address     134.138.64.117;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:bd;
   fixed-address     134.138.63.118;
}

host p18_1 {
   hardware ethernet 00:80:50:01:5d:94;
   fixed-address     134.138.64.118;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4d:89;
   fixed-address     134.138.63.119;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:8e;
   fixed-address     134.138.64.119;
}

host p20_0 {
   hardware ethernet 00:80:50:01:20:c6;
   fixed-address     134.138.63.120;
}

host p20_1 {
   hardware ethernet 00:80:50:01:5d:9b;
   fixed-address     134.138.64.120;
}

host p21_0 {
   hardware ethernet 00:80:50:00:cd:dd;
   fixed-address     134.138.63.121;
}

host p21_1 {
   hardware ethernet 00:80:50:00:95:1b;
   fixed-address     134.138.64.121;
}

to11io2:etc>more start_services
#!/bin/csh
set path=(/opt/telorb/tools/bin $path)

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
rm -f /tmp/axe
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

# Configure the DUCK-server. replace "-th nnn.nnn.nnn.nnn" with the ip addresses of the secondary 
# ethernet interface of your PLG loaders (processor number 1 and 2)
# Example:
# /opt/telorb/tools/bin/DUCK-server -th 134.138.75.102 -th 134.138.75.101 -hbt 10 -hbi 5 -rci 1&
#
# If the machines that are connected by the duck server are using openboot to install
# the prom, then use 30 as the reconnect intervall (set rci to 30).  
#
# It is also important to set the heartbeat time out (hbt) to a time that is less than 
# the time that it takes for the telorb processors to reboot. The Ziatech computers
# boots very fast...... 

/opt/telorb/tools/bin/DUCK-server -th 134.138.64.102 -th 134.138.64.101 -hbt 10 -hbi 5 -rci 5&

# Configure ep_tftp by editing the ep_tftpd.conf file, there is a template file in ../etc
/opt/telorb/tools/bin/ep_tftpd /opt/telorb/etc/ep_tftpd.conf&

# Start the file server, the -n argument sets the logical name of this fileserver
/opt/telorb/tools/bin/FileServerInterpreter -n io2&

# Start the dump daemon
/opt/telorb/tools/bin/dumpd -s $DUMPDIR -i &

# Start DicosSysLogClient in logging mode
# Substitute the IP address range for the IP address range of
# your telorb system. I.e. if you have a 7 processor system, 
# this will be a range of 7 IP addresses. 
 
# e.g. /opt/telorb/tools/bin/DicosSyslogClient -L -m io2 -t 134.138.75.101-107 &

/opt/telorb/tools/bin/DicosSyslogClient -L -m io2 -t 134.138.64.101-120 &
to11io2:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.63.101 /opt/telorb/axe/loadingGroup01_2/Processor1/bootLoadTable.0       loadingGroup01_2
134.138.64.101 /opt/telorb/axe/loadingGroup01_2/Processor1/bootLoadTable.0       loadingGroup01_2
134.138.63.102 /opt/telorb/axe/loadingGroup01_2/Processor2/bootLoadTable.0       loadingGroup01_2
134.138.64.102 /opt/telorb/axe/loadingGroup01_2/Processor2/bootLoadTable.0       loadingGroup01_2

Commands
--------
su telorb
cd /opt/telorb/codearchive/iom_scripts/
./configureTelORB.sh -c /opt/telorb/etc/telorb.conf

cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf


Printouts from to11io2 after modifications
------------------------------------------
to11io2:iom_scripts>cd /opt/telorb/etc/
to11io2:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.62.226, 134.138.61.225;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.61.128 netmask 255.255.255.128 {
      option routers 134.138.61.129;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.61.255;
      next-server 134.138.61.226;
   }
   subnet 134.138.62.128 netmask 255.255.255.128 {
      option routers 134.138.62.129;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.62.255;
      next-server 134.138.62.226;
   }
   option dumpServerAddress    134.138.62.226, 134.138.61.225;
   option consoleServerAddress 134.138.61.225;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:d1;
   fixed-address     134.138.61.131;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.226;
}

host p1_1 {
   hardware ethernet 00:80:50:01:55:b7;
   fixed-address     134.138.62.131;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.226;
}

host p2_0 {
   hardware ethernet 00:80:50:01:22:1b;
   fixed-address     134.138.61.132;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.226;
}

host p2_1 {
   hardware ethernet 00:80:50:01:25:95;
   fixed-address     134.138.62.132;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.226;
}

host p3_0 {
   hardware ethernet 00:80:50:01:21:f1;
   fixed-address     134.138.61.133;
}

host p3_1 {
   hardware ethernet 00:80:50:01:5d:5a;
   fixed-address     134.138.62.133;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:d8;
   fixed-address     134.138.61.134;
}

host p4_1 {
   hardware ethernet 00:80:50:01:5d:87;
   fixed-address     134.138.62.134;
}

host p5_0 {
   hardware ethernet 00:80:50:01:4d:fd;
   fixed-address     134.138.61.135;
}

host p5_1 {
   hardware ethernet 00:80:50:01:55:84;
   fixed-address     134.138.62.135;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:ac;
   fixed-address     134.138.61.136;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5D:65;
   fixed-address     134.138.62.136;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e2;
   fixed-address     134.138.61.137;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5D:b5;
   fixed-address     134.138.62.137;
}

host p8_0 {
   hardware ethernet 00:80:50:01:4e:00;
   fixed-address     134.138.61.138;
}

host p8_1 {
   hardware ethernet 00:80:50:01:55:79;
   fixed-address     134.138.62.138;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:de;
   fixed-address     134.138.61.139;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:55;
   fixed-address     134.138.62.139;
}

host p10_0 {
   hardware ethernet 00:80:50:01:21:11;
   fixed-address     134.138.61.140;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:74;
   fixed-address     134.138.62.140;
}

host p11_0 {
   hardware ethernet 00:80:50:01:4d:88;
   fixed-address     134.138.61.141;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:6f;
   fixed-address     134.138.62.141;
}

host p12_0 {
   hardware ethernet 00:80:50:01:4d:93;
   fixed-address     134.138.61.142;
}

host p12_1 {
   hardware ethernet 00:80:50:01:5d:73;
   fixed-address     134.138.62.142;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4d:dd;
   fixed-address     134.138.61.143;
}

host p13_1 {
   hardware ethernet 00:80:50:01:55:7b;
   fixed-address     134.138.62.143;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:8f;
   fixed-address     134.138.61.144;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:76;
   fixed-address     134.138.62.144;
}

host p15_0 {
   hardware ethernet 00:80:50:01:22:17;
   fixed-address     134.138.61.145;
}

host p15_1 {
   hardware ethernet 00:80:50:01:55:a7;
   fixed-address     134.138.62.145;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:f6;
   fixed-address     134.138.61.146;
}

host p16_1 {
   hardware ethernet 00:80:50:01:55:8d;
   fixed-address     134.138.62.146;
}

host p17_0 {
   hardware ethernet 00:80:50:01:20:d0;
   fixed-address     134.138.61.147;
}

host p17_1 {
   hardware ethernet 00:80:50:01:41:fe;
   fixed-address     134.138.62.147;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:bd;
   fixed-address     134.138.61.148;
}

host p18_1 {
   hardware ethernet 00:80:50:01:5d:94;
   fixed-address     134.138.62.148;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4d:89;
   fixed-address     134.138.61.149;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:8e;
   fixed-address     134.138.62.149;
}

host p20_0 {
   hardware ethernet 00:80:50:01:20:c6;
   fixed-address     134.138.61.150;
}

host p20_1 {
   hardware ethernet 00:80:50:01:5d:9b;
   fixed-address     134.138.62.150;
}

host p21_0 {
   hardware ethernet 00:80:50:00:cd:dd;
   fixed-address     134.138.61.151;
}

host p21_1 {
   hardware ethernet 00:80:50:00:95:1b;
   fixed-address     134.138.62.151;
}

to11io2:etc>more start_services
#!/bin/csh
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
#rm -f /tmp/axe/*
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

/opt/telorb/codearchive/Unix_IDP/DUCKServer_LM/scripts/DUCK-server.io.csh -th 134.138.62.131 -th 134.138.62.132 -hbt 10 -hbi 5 -rci 5&


/opt/telorb/codearchive/Unix_IDP/EpTftpd_LM/scripts/ep_tftpd.io.csh /opt/telorb/etc/ep_tftpd.conf&

/opt/telorb/codearchive/Unix_IDP/FileServerInterpreter_LM/scripts/FileServerInterpreter.io.csh -n io2&

# Start the dump daemon
/opt/telorb/codearchive/Unix_IDP/TftpDumpd_LM/scripts/dumpd.io.csh -s $DUMPDIR -i &


/opt/telorb/codearchive/Unix_IDP/DicosSyslogClient_LM/scripts/DicosSyslogClient.io.csh -L -d 5 -m io2 -t 134.138.62.131-121  &
  
to11io2:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.61.131 /opt/telorb/axe/loadingGroup01_2/Processor1/bootLoadTable.0       loadingGroup01_2
134.138.62.131 /opt/telorb/axe/loadingGroup01_2/Processor1/bootLoadTable.0       loadingGroup01_2
134.138.61.132 /opt/telorb/axe/loadingGroup01_2/Processor2/bootLoadTable.0       loadingGroup01_2
134.138.62.132 /opt/telorb/axe/loadingGroup01_2/Processor2/bootLoadTable.0       loadingGroup01_2

-   -   -   -   -   -   -   -   -   -   -   -

Commands
--------
On tos1 or tos2:
cd /home/dicostest/tosFiles/to11/ad13p4/              (Adjust release directory)
more telorbDataLocal.epct

Printouts for to11 before modifications
---------------------------------------
[telorb@tos2 ad13p4]$ more telorbDataLocal.epct
INITIAL DATA

#######################################################################
#                                                                     #
# This file only contains site depending telORB data.                 #
# Thus, the general telORB data has to read before this file e.g.     #
# epct ... ../../epct/ad13/telorbDataGeneral.epct                     #
# telorbDataLocal.epct ...                                            #
#                                                                     #
#######################################################################

#
# DorbIIOPHostName
#
# The Processors where the IIOP gateways are located at the site.
# Use different processors for each net. The processors must 
# belong to the DicosPlgLoaderPool.
# The IP addresses must be those local for the site
# Replace these addresses with your local IP addresses
DorbIIOPHostName = "134.138.63.101:134.138.64.102"

ENDDATA

ENVIRONMENT DATA

//
// ETHSW_ADDRESSES 
//
// This is a comma separated list of IP-addresses of the
// switches to supervise. The first will be instance "A" in the alarms,
// the second "B" and so on. Replace the addresses below with those valid
// for your site.
ETHSW_ADDRESSES = "134.138.63.20,134.138.64.20,134.138.63.21,134.138.64.21"

ENDDATA

Commands
--------
emacs telorbDataLocal.epct&      (Modify file)

Commands
--------
more telorbDataLocal.epct

Printouts for to11 after modifications
--------------------------------------
[telorb@tos2 ad13p4]$ more telorbDataLocal.epct
INITIAL DATA

#######################################################################
#                                                                     #
# This file only contains site depending telORB data.                 #
# Thus, the general telORB data has to read before this file e.g.     #
# epct ... ../../epct/ad13/telorbDataGeneral.epct                     #
# telorbDataLocal.epct ...                                            #
#                                                                     #
#######################################################################

#
# DorbIIOPHostName
#
# The Processors where the IIOP gateways are located at the site.
# Use different processors for each net. The processors must 
# belong to the DicosPlgLoaderPool.
# The IP addresses must be those local for the site
# Replace these addresses with your local IP addresses
DorbIIOPHostName = "134.138.61.131:134.138.62.132"

ENDDATA

ENVIRONMENT DATA

//
// ETHSW_ADDRESSES 
//
// This is a comma separated list of IP-addresses of the
// switches to supervise. The first will be instance "A" in the alarms,
// the second "B" and so on. Replace the addresses below with those valid
// for your site.
ETHSW_ADDRESSES = "134.138.61.220,134.138.62.220,134.138.61.221,134.138.62.221"

ENDDATA

-   -   -   -   -   -   -   -   -   -   -   -

Reconfigure ethernet switches for to11
--------------------------------------
See "Reconfigure ethernet switches" at top of document.


Reconfigure router
------------------
[uabs31i1c49]~>	/usr/sbin/ping 134.138.17.2
134.138.17.2 is alive
[uabs31i1c49]~>	telnet 134.138.17.2
Trying 134.138.17.2...
Connected to 134.138.17.2.
Escape character is '^]'.



This product includes software developed by the University of California,
Berkeley and its contributors.





Welcome to the Alcatel OmniStack! Version 4.1.2 GA
login   : telorb
password:       
Authentication failure.
login   : root
password:     
Authentication failure.
login   : admin
password:      
          
Connection closed by foreign host.
[uabs31i1c49]~>	
[uabs31i1c49]~>	
[uabs31i1c49]~>	telnet 134.138.17.2
Trying 134.138.17.2...
Connected to 134.138.17.2.
Escape character is '^]'.



This product includes software developed by the University of California,
Berkeley and its contributors.





Welcome to the Alcatel OmniStack! Version 4.1.2 GA
login   : 
login   : 
login   : 
          Connection closed by foreign host.
[uabs31i1c49]~>	telnet 134.138.17.2
Trying 134.138.17.2...
Connected to 134.138.17.2.
Escape character is '^]'.



This product includes software developed by the University of California,
Berkeley and its contributors.





Welcome to the Alcatel OmniStack! Version 4.1.2 GA
login   : admin
password:      
          
  **********************************************************************

Alcatel OmniStack 
Copyright (c), 1994-2000 Alcatel Internetworking, Inc. All rights reserved.
OmniStack is a trademark of Alcatel Internetworking, Inc.
           System Name:       TelORB-router
       System Location:       221:501
    Command      Main Menu
    ------------ --------------------------------------------------------
    File         Manage system files
    Summary      Display summary info for VLANs, bridge, interfaces, etc.
    VLAN         VLAN management
    Networking   Configure/view network parameters such as routing, etc.
    Interface    View or configure the physical interface parameters
    Security     Configure system security parameters
    System       View/set system-specific parameters
    Services     View/set service parameters
    Switch       Enter Any to Any Switching Menu
    Help         Help on specific commands
    Diag         Display diagnostic level commands
    Exit/Logout  Log out of this session
    ?            Display the current menu contents

/ % su
/Summary % summary
/Summary % VLAN   
/VLAN % ?      
    Command      VLAN Management Menu
    ------------ --------------------------------------------------------
    gp           View the list of Groups currently defined
    crgp         Create a Group
    modvl        Modify a VLANs configuration/availability
    rmgp         Delete a Group

    viqs         Display 802.1q stats on a port
    via          View ports assigned to the selected Group
    vi           View info on a specific virtual port
    vs           View statistics on a virtual port attachment
    ve           View errors on a virtual port attachment

    addvp        Add ports to a GROUP
    modvp        Modify existing VPORT configuration information
    rmvp         Remove ports from a Group

    pmapcr       Create a Port Map
    pmapdel      Delete a Port Map
    pmapmod      Modify a Port Map
    pmapv        View Port Mapping Configuration
    br           Enter the Bridge Configuration/Parameter sub-menu
    prty_mod     Modify the priority of a group 
    prty_disp    Display the priority of the group 
    at           Enter the Auto-Tracker sub-menu

     Main        File        Summary     VLAN        Networking
     Interface   Security    System      Services    Help
/VLAN % modvl
  usage: modvl group-id[:vlan]
/VLAN % gp
Group                                 Network Address  Proto/
 ID          Group Description       (IP Subnet Mask)  Encaps
(:VLAN ID)                           or (IPX Node Addr)
===== ============================== =============== ========
    1 Default GROUP (#1)             134.138.17.2      IP  /
                                       (ff.ff.ff.00 )   ETH2
    2 to6 net A                      134.138.76.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    3 to3 net A                      134.138.70.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    4 to3 net B                      134.138.74.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    5 to6 net B                      134.138.77.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    6 to7 net A                      134.138.67.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    7 to7 net B                      134.138.68.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    8 to8 net A                      134.138.81.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    9 to8 net B                      134.138.82.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   10 to11 net A router              134.138.63.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   11 to11 net B router              134.138.64.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   12 to10 net A                     134.138.61.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   13 to10 net B                     134.138.62.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   14 to14 net A                     134.138.57.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   15 to14 net B                     134.138.58.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   16 to15 net A                     134.138.59.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   17 to15 net B                     134.138.60.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   19 to9 net A                      134.138.69.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   20 to9 net B                      134.138.71.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   21 to12 net A                     134.138.65.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   22 to12 net B                     134.138.66.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
  999 dummy                          
/VLAN % modvl
  usage: modvl group-id[:vlan]
/VLAN % modvl 10
 Current values associated with GROUP 10.1 are as follows:

  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.63.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.63.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : quit
/VLAN % modvl 10:1
 Current values associated with GROUP 10.1 are as follows:

  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.63.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.63.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 2
Illegal assignment - 2
   : quit
/VLAN % ?
    Command      VLAN Management Menu
    ------------ --------------------------------------------------------
    gp           View the list of Groups currently defined
    crgp         Create a Group
    modvl        Modify a VLANs configuration/availability
    rmgp         Delete a Group

    viqs         Display 802.1q stats on a port
    via          View ports assigned to the selected Group
    vi           View info on a specific virtual port
    vs           View statistics on a virtual port attachment
    ve           View errors on a virtual port attachment

    addvp        Add ports to a GROUP
    modvp        Modify existing VPORT configuration information
    rmvp         Remove ports from a Group

    pmapcr       Create a Port Map
    pmapdel      Delete a Port Map
    pmapmod      Modify a Port Map
    pmapv        View Port Mapping Configuration
    br           Enter the Bridge Configuration/Parameter sub-menu
    prty_mod     Modify the priority of a group 
    prty_disp    Display the priority of the group 
    at           Enter the Auto-Tracker sub-menu

     Main        File        Summary     VLAN        Networking
     Interface   Security    System      Services    Help
/VLAN % exit
            
Connection closed by foreign host.
[uabs31i1c49]~>	telnet 134.138.17.2
Trying 134.138.17.2...
Connected to 134.138.17.2.
Escape character is '^]'.



This product includes software developed by the University of California,
Berkeley and its contributors.





Welcome to the Alcatel OmniStack! Version 4.1.2 GA
login   : admin
password:      
Authentication failure.
login   : admin
password:      
Authentication failure.
login   : admin
password:      
          
  **********************************************************************

Alcatel OmniStack 
Copyright (c), 1994-2000 Alcatel Internetworking, Inc. All rights reserved.
OmniStack is a trademark of Alcatel Internetworking, Inc.
           System Name:       TelORB-router
       System Location:       221:501
    Command      Main Menu
    ------------ --------------------------------------------------------
    File         Manage system files
    Summary      Display summary info for VLANs, bridge, interfaces, etc.
    VLAN         VLAN management
    Networking   Configure/view network parameters such as routing, etc.
    Interface    View or configure the physical interface parameters
    Security     Configure system security parameters
    System       View/set system-specific parameters
    Services     View/set service parameters
    Switch       Enter Any to Any Switching Menu
    Help         Help on specific commands
    Diag         Display diagnostic level commands
    Exit/Logout  Log out of this session
    ?            Display the current menu contents

/ % Netw
/Networking % ls
   mpm.log.old                           18072 10/15/99 10:32
   mp4.cmd                                  34 06/13/00 15:03
   mp4.img                             2067580 06/27/00 13:57
   em4.img                               32399 06/27/00 13:57
   rav.img                              104856 06/27/00 13:58
   hem4.img                              32605 06/27/00 14:23
   mpm.log                               20000 06/28/00 12:13
   mpm.cfg.old                            1024 06/28/00 12:14
   mpm.cnf.old                           40960 06/28/00 12:14
   mpm.cfg.crash                          1024 07/18/00 10:32
   mpm.cnf.crash                         40960 07/18/00 10:32
   mpm.cfg                                1024 07/18/00 10:34
   mpm.cnf                               49152 09/06/00 14:30

                 4639466 bytes free.
/Networking % ?
    Command      Networking Menu
    ------------ --------------------------------------------------------
    snmps        View SNMP statistics
    snmpc        Configure SNMP
    Names        Configure the DNS resolver
    probes       Display all RMON probes
    events       Display all logged RMON events
    IP           Enter IP networking command sub-menu
    IPX          Enter IPX networking command sub-menu
    Monitor      Enter port monitor utilty command sub-menu
    IPMR         Enter IPMR routing sub-menu
    IPMS         Enter IPMS networking command sub-menu

     Main        File        Summary     VLAN        Networking
     Interface   Security    System      Services    Help
/Networking % IP
/Networking/IP % ?
    Command      IP Menu
    ------------ --------------------------------------------------------
    xlat         View the address translation table
    ips          View IP stats & errors
    ipr          View IP routes
    aisr         Add an IP static route
    risr         Remove an IP static route
    icmps        View ICMP stats & errors
    ping         Ping a system
    udps         View UDP stats and errors
    udpl         View the UDP listener table
    rips         View RIP stats and errors
    tcps         View TCP-related statistics
    tcpc         View the TCP Connection table
    telnet       Remote login to another system using TELNET
    traceroute   Trace an IP route
    relay        Use 'relayc' or 'relays'
    fwconfig     Configure the IP Firewall
    ripflush     Flush all routes obtained by RIP
    ipfilter     Add/delete an IP RIP filter
    ipf          Display IP RIP filters
    ipmac        View the IP to MAC Address Association table
    ipclass      Turn on/off IP Class Address Checking
                   
     Main        File        Summary     VLAN        Networking
     Interface   Security    System      Services    Help
/Networking/IP % Main
/ % ?                
    Command      Main Menu
    ------------ --------------------------------------------------------
    File         Manage system files
    Summary      Display summary info for VLANs, bridge, interfaces, etc.
    VLAN         VLAN management
    Networking   Configure/view network parameters such as routing, etc.
    Interface    View or configure the physical interface parameters
    Security     Configure system security parameters
    System       View/set system-specific parameters
    Services     View/set service parameters
    Switch       Enter Any to Any Switching Menu
    Help         Help on specific commands
    Diag         Display diagnostic level commands
    Exit/Logout  Log out of this session
    ?            Display the current menu contents

/ % VLAN
/VLAN % ?
    Command      VLAN Management Menu
    ------------ --------------------------------------------------------
    gp           View the list of Groups currently defined
    crgp         Create a Group
    modvl        Modify a VLANs configuration/availability
    rmgp         Delete a Group

    viqs         Display 802.1q stats on a port
    via          View ports assigned to the selected Group
    vi           View info on a specific virtual port
    vs           View statistics on a virtual port attachment
    ve           View errors on a virtual port attachment

    addvp        Add ports to a GROUP
    modvp        Modify existing VPORT configuration information
    rmvp         Remove ports from a Group

    pmapcr       Create a Port Map
    pmapdel      Delete a Port Map
    pmapmod      Modify a Port Map
    pmapv        View Port Mapping Configuration
    br           Enter the Bridge Configuration/Parameter sub-menu
    prty_mod     Modify the priority of a group 
    prty_disp    Display the priority of the group 
    at           Enter the Auto-Tracker sub-menu

     Main        File        Summary     VLAN        Networking
     Interface   Security    System      Services    Help
/VLAN % modvl
  usage: modvl group-id[:vlan]
/VLAN % modvl 10:1
 Current values associated with GROUP 10.1 are as follows:

  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.63.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.63.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : ?
  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.63.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.63.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : 2 = TO11 net A router
   : save                 
/VLAN % modvl 10
 Current values associated with GROUP 10.1 are as follows:

  1) GROUP Number         - 10:1
  2) Description          - TO11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.63.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.63.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 2 = to11 net A router
   : 4 = 134.138.61.129   
  New IP address generates new subnet and broadcast addresses.
  Enter '?' to view the changes.
   : ?
  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.129  
  5) IP Subnet Mask       - 255.255.0.0     
  6) IP Broadcast Address - 134.138.255.255 
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : 5=255.255.255.128
  New mask caused change in broadcast address.
   : ?
  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : save
/VLAN % modvl 11
 Current values associated with GROUP 11.1 are as follows:

  1) GROUP Number         - 11:1
  2) Description          - to11 net B router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.64.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.64.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 4 = 134.138.62.129
  New IP address generates new subnet and broadcast addresses.
  Enter '?' to view the changes.
   : ?
  1) GROUP Number         - 11:1
  2) Description          - to11 net B router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.129  
  5) IP Subnet Mask       - 255.255.0.0     
  6) IP Broadcast Address - 134.138.255.255 
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : 5=255.255.255.128
  New mask caused change in broadcast address.
   : ?
  1) GROUP Number         - 11:1
  2) Description          - to11 net B router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.62.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : save
/VLAN % modvl 10
 Current values associated with GROUP 10.1 are as follows:

  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : quit
/VLAN % modvl 12
 Current values associated with GROUP 12.1 are as follows:

  1) GROUP Number         - 12:1
  2) Description          - to10 net A
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.61.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 5 = 255.255.255.128
  New mask caused change in broadcast address.
   : ?
  1) GROUP Number         - 12:1
  2) Description          - to10 net A
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.1    
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.127  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : save~
/VLAN % modvl 13
 Current values associated with GROUP 13.1 are as follows:

  1) GROUP Number         - 13:1
  2) Description          - to10 net B
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.62.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 5= 255.255.255.128
  New mask caused change in broadcast address.
   : ?
  1) GROUP Number         - 13:1
  2) Description          - to10 net B
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.1    
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.62.127  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : save
/VLAN % modvl 10
 Current values associated with GROUP 10.1 are as follows:

  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : quit
/VLAN % modvl 11
 Current values associated with GROUP 11.1 are as follows:

  1) GROUP Number         - 11:1
  2) Description          - to11 net B router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.62.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : quit
/VLAN % ^modvl 12
 Current values associated with GROUP 12.1 are as follows:

  1) GROUP Number         - 12:1
  2) Description          - to10 net A
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.1    
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.127  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : quit
/VLAN % modvl
  usage: modvl group-id[:vlan]
/VLAN % modvl 13
 Current values associated with GROUP 13.1 are as follows:

  1) GROUP Number         - 13:1
  2) Description          - to10 net B
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.1    
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.62.127  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : q
/VLAN % exit
            
Connection closed by foreign host.
[uabs31i1c49]~>	ping 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131

[uabs31i1c49]~>	ping 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131

[uabs31i1c49]~>	
[uabs31i1c49]~>	ping 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131

[uabs31i1c49]~>	ping 134.138.61.31
134.138.61.31 is alive
[uabs31i1c49]~>	ping 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
ICMP 255 Unreachable from gateway xyplex1 (134.138.17.2)
 for icmp from uabs31i1c49 (134.138.186.49) to 134.138.61.131
no answer from 134.138.61.131
[uabs31i1c49]~>	ping 134.138.61.131
no answer from 134.138.61.131
[uabs31i1c49]~>	ping 134.138.61.131
134.138.61.131 is alive
[uabs31i1c49]~> ping 134.138.62.131
134.138.62.131 is alive
[uabs31i1c49]~>	ping 134.138.62.34
134.138.62.34 is alive
[uabs31i1c49]~>


=============================================================

NetRed initiation
-----------------

TP1
---

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:46:55.446

        Local time:  2001-02-21 19:46:55.446

   ------------------------------------------------------

-----> External synch inserted 4 records in mdp 1001791+0

-----> External synch inserted 1 records in mdp 1001791+4

-----> External synch inserted 1 records in mdp 1001791+2

-----> External synch inserted 1 records in mdp 1001791+3

-----> External synch inserted 1 records in mdp 1001791+5

-----> External synch inserted 1 records in mdp 1001791+6

-----> External synch inserted 1 records in mdp 1001791+7

-----> External synch inserted 1 records in mdp 1001791+8

-----> External synch inserted 1 records in mdp 1001791+9

-----> External synch inserted 1 records in mdp 1001791+10

-----> External synch inserted 1 records in mdp 1001791+11

-----> External synch inserted 2 records in mdp 1001791+1

DEBUG INFO: CmNetSharedProt: All requested suites synched, backupTimeM= 2001-02-21 18:12:59

-----> External synch verified mdp 1001791+0

-----> External synch verified mdp 1001791+1

-----> External synch verified mdp 1001791+2

-----> External synch verified mdp 1001791+3

-----> External synch verified mdp 1001791+4

-----> External synch verified mdp 1001791+9

-----> External synch verified mdp 1001791+8

-----> External synch verified mdp 1001791+10

-----> External synch verified mdp 1001791+11

LOG_ERR: DdbCmAgentOperation.cc:233 [OU/AXG2395 R4A02] cmaReply: FALSE received from DbCma on [1,6], protocol = 12

-----> External synch verified mdp 1001791+5

-----> External synch verified mdp 1001791+6

-----> External synch verified mdp 1001791+7

LOG_ERR: DdbCmAgentOperation.cc:233 [OU/AXG2395 R4A02] cmaReply: FALSE received from DbCma on [1,4], protocol = 12

LOG_ERR: DdbCmAgentOperation.cc:233 [OU/AXG2395 R4A02] cmaReply: FALSE received from DbCma on [1,7], protocol = 12

LOG_ERR: DdbCmAgentOperation.cc:233 [OU/AXG2395 R4A02] cmaReply: FALSE received from DbCma on [1,5], protocol = 12

LOG_ERR: DdbCmAgentOperation.cc:233 [OU/AXG2395 R4A02] cmaReply: FALSE received from DbCma on [1,3], protocol = 12

LOG_ERR: DdbCmNetSharedProtocol.cc:754 [OU/AXG2395 R4A02] externalSynchReply: failed with externalSynchAll on one more processors. This is OK in case of processor reload

DEBUG INFO: CmNetSharedProt::externalSynchReply: backupTimeM= 1990-01-01 00:00:00

DEBUG INFO: DdbnrMirroringPool: stopAcceptingMirrors from zone 1

DEBUG INFO: CmaNetRedStateProt: discard older than 2001-02-22 18:57:31

DEBUG INFO: Mirroring: Discarding transactions older than 2001-02-22 18:57:31

DEBUG INFO: DdbnrMirroringPool: startAcceptingMirrors from zone 1

TP2
---

-----> Waiting for external synch to start.....

LOG_ERR: DorbIiopClientPeer.cc:155 [OU/D60 R1A13] DorbIiopClientPeer: Disconnection due to peer shutdown

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:46:55.418

        Local time:  2001-02-21 19:46:55.418

   ------------------------------------------------------

-----> Starting external synch using backup: sv211912_notraf_netred_part1/databaseBackup

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

-----> External synch inserted 4 records in mdp 1001791+0

-----> External synch inserted 1 records in mdp 1001791+5

-----> External synch inserted 1 records in mdp 1001791+6

-----> External synch inserted 1 records in mdp 1001791+7

-----> External synch inserted 1 records in mdp 1001791+8

-----> External synch inserted 1 records in mdp 1001791+9

-----> External synch inserted 1 records in mdp 1001791+10

-----> External synch inserted 1 records in mdp 1001791+11

-----> External synch inserted 2 records in mdp 1001791+1

-----> External synch inserted 1 records in mdp 1001791+2

-----> External synch inserted 1 records in mdp 1001791+3

-----> External synch inserted 1 records in mdp 1001791+4

-----> External synch verified mdp 1001791+0

-----> External synch verified mdp 1001791+1

-----> External synch verified mdp 1001791+2

-----> External synch verified mdp 1001791+3

-----> External synch verified mdp 1001791+4

-----> External synch verified mdp 1001791+5

-----> External synch verified mdp 1001791+6

-----> External synch verified mdp 1001791+7

-----> External synch verified mdp 1001791+8

-----> External synch verified mdp 1001791+9

-----> External synch verified mdp 1001791+11

-----> External synch verified mdp 1001791+10

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

LOG_ERR: DnrcClientRecThread.cc:114 [OU/D25 R1J05] DbCm::externalSynch reports failure

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

IIOP_Gateway: connect (defered) failed, rc = -61

LOG_ERR: DorbDiopPortToAnotherOrb.cc:373 [OU/D60 R1A13] sendRequest, NOT OK, none in address list available, ip addr 750488198

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

DEBUG INFO: DoamNotConsumerHandler: will remove subscriber IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e3133382e3138372e34340000867b00000000003c00504d43000000010000002649444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000000000001b7ef354e0100000024000000000000000000000100000001000000140000000000000000000000000001010900000000


'ClearData' needed for partition  [1-2] ?

Peer time stamps: 

	 commitByMe: 2001-02-21_18:44:41 

	 peerIncludedTo: 1990-01-01_00:00:00 

	 ack: 1990-01-01_00:00:00 

Own time stamps: 

	 commitByMe: 2001-02-21_18:23:41 

	 peerIncludedTo: 1990-01-01_00:00:00 

	 ack: 1990-01-01_00:00:00 

===> YES, clear data needed!! 



'ClearData' needed for partition  [2-1] ?

Peer time stamps: 

	 commitByMe: 2001-02-21_18:44:41 

	 peerIncludedTo: 1990-01-01_00:00:00 

	 ack: 1990-01-01_00:00:00 

Own time stamps: 

	 commitByMe: 2001-02-21_18:29:22 

	 peerIncludedTo: 1990-01-01_00:00:00 

	 ack: 1990-01-01_00:00:00 

===> YES, clear data needed!! 


LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/COMM_FAILURE:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e31

DEBUG INFO: DoamNotConsumerHandler: will remove subscriber IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f3133342e3133382e3138372e34340000801c00000000003c00504d43000000010000002649444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000000000001c60358880100000024000000000000000000000100000001000000140000000000000000000000000001010900000000

DEBUG INFO: DdbnrMirroringPool: stopAcceptingMirrors from zone 1

DEBUG INFO: CmaNetRedStateProt: discard older than 2001-02-22 18:57:31

DEBUG INFO: Mirroring: Discarding transactions older than 2001-02-22 18:57:31

DEBUG INFO: DdbnrMirroringPool: startAcceptingMirrors from zone 1

-----> Waiting for external synch to start.....

LOG_ERR: DorbIiopClientPeer.cc:155 [OU/D60 R1A13] DorbIiopClientPeer: Disconnection due to peer shutdown

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 19:01:55.447

        Local time:  2001-02-21 20:01:55.447

   ------------------------------------------------------

   ----------------- NTP hourly stats ------------------

             remote              st t when poll reach   delay   offset    disp

        ======================================================================

         1.0.0.1                 16 ?    0   32    0     0.00    0.000 16.00

        sys_offset=0.000000, drift_comp=0.0000, sys_poll=5

   -----------------------------------------------------

   ----------------- NTP hourly stats ------------------

             remote              st t when poll reach   delay   offset    disp

        ======================================================================

         134.138.61.225           4 ?    0   32  377     0.00    0.130 0.00

         134.138.62.226          16 ?    0 2048    0     0.00    0.000 16.00

        sys_offset=0.129876, drift_comp=117.6266, sys_poll=5

   -----------------------------------------------------


Dump
----
-rw-r--r--   1 telorb   telorb    102362 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.136-13
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.135-12
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.133-11
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.62.134-23
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.137-26
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.137-22
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.137-19
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.135-21
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.133-27
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.133-25
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.133-20
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.62.134-29
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.62.134-17
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.62.134-15
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.137-16
-rw-r--r--   1 telorb   telorb    102362 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.136-31
-rw-r--r--   1 telorb   telorb    102362 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.136-30
-rw-r--r--   1 telorb   telorb    102362 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.136-24
-rw-r--r--   1 telorb   telorb    102362 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.136-18
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.135-28
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.135-14
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.62.134-32
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.137-33
-rw-r--r--   1 telorb   telorb    102361 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.135-34
-rw-r--r--   1 telorb   telorb    102316 Feb 21 19:57 DicosCapsuleTextDump.134.138.61.133-35
to11io1:dumps>more DicosCapsuleTextDump.134.138.61.136-13
 Processor: [2.1.6]
 Capsule abortion no 1
 TelORB time (UTC): Wed Feb 21 18:57:17 2001
 CapsuleId: 1354008
 CapsuleName: DdbDynamicDbSynchC
 Reason: External synch could not install keyClashes because DdbnrMdp-DOA not safeReadable. Looked for (537190400,0). Trans status(0)

Program Error at 00381e0a

Register dump:

  EAX: 00000000  ECX: 00000000  EDX: 00000000  EBX: 00000000
  ESP: 4002f92c  EBP: 4002f938  ESI: 00000000  EDI: 00000000

  EIP: 00381e0a  EFLAGS: 00040246

Stack dump:

  4002f92c: 50024725 00000379 4002f95c
  4002f938: 4002fa68 50016eb4 00000379 4002f95c   ....   50607e82 00000002
  4002fa68: 4002fe68 505f0f4c 62ed1692 2004e000   ....   00000000 00000000
  4002fe68: 4002ff34 505f0095 400308e0 00000000   ....   00000d9b 00000003
  4002ff34: 4002ff80 505f2ce7 400308e0 400308e0   ....   00000002 4002ffa0
  4002ff80: 4002ffd4 5001be34 400300b0 003e8b2c   ....   4002ffe4 0036be69
  4002ffd4: 4002ffe4 003665a9 400300b0 003e8b10
  4002ffe4: 4002fff0 0036e985 003eeb98
  4002fff0: 00000000

Call chain: 00381e0a 50016eb4 505f0f4c 505f0095 505f2ce7 5001be34 003665a9 0036e985

    Semaphore 95 [1]
    Semaphore 94 [1]
Process 1354008 "DdbDynamicDbSynchC"
    Thread 1364553 "" [Ready]
        Transaction <10006,1007067502,668740> is STARTED totalling 0 opens
        Bag of 0 dirtyReads: 
        Port 00402ed7


-------- Init LoadModules --------

-----> Relocating: DicosKernel.LM_AXG561.elf.R13p4.i486
-----> code  at: 0x00302260 size: 0xa086c    (.text)
-----> const at: 0x003a2ad0 size: 0x2a694    (.rodata)
-----> const at: 0x026fc238 size: 0x24       (header)
-----> data  at: 0x003ce000 size: 0x31388    (.data)
-----> const at: 0x003ff4f0 size: 0x178      (.ctors)
-----> const at: 0x003ff66c size: 0x15c      (.dtors)
-----> bss   at: 0x003ff7d0 size: 0x438b0    (.bss)

-----> Relocating: DumpDriverTftp.LM_DUO21.elf.R1H01.i486
-----> code  at: 0x00443090 size: 0x73cc     (.text)
-----> const at: 0x0044a468 size: 0x480      (.rodata)
-----> const at: 0x027bf9f0 size: 0x24       (header)
-----> data  at: 0x0044a8f0 size: 0xf8       (.data)
-----> const at: 0x00000000 size: 0x0        (.ctors)
-----> const at: 0x00000000 size: 0x0        (.dtors)
-----> bss   at: 0x00000000 size: 0x0        (.bss)


Initiating NetRed in zone 1, TP1
--------------------------------

DEBUG INFO: TRAFFIC GENERATOR REPORT

DEBUG INFO: ------------------------

DEBUG INFO: PROCESSED CALLS (TOTAL)          : 3760000

DEBUG INFO: FAILED CALLS (TOTAL)             : 0

DEBUG INFO: LAST 1000 CALLS PROCESSED WITHIN : 980 ms (3760000)

DEBUG INFO:  

DEBUG INFO: Traffic Generator ordered to stop

DEBUG INFO: Traffic Generator STOPPED

pid=62: /ipims_dicos/ipims_dicos20/BS2/tbAD13/DICOS_SA/Database_SE/TDC_OB/SubscrXmit_OU/src/DdbtdSubscrTransmitter.cc(85)[0x400300b0]: fire subscription doa=0x400309c0, gid=<1,1001463>, oper=1, port=<803,16781313>

DEBUG INFO: PotSubscription::subscriptionFired

DEBUG INFO: UpdateSubscription::UpdateSubscription

pid=62: /ipims_dicos/ipims_dicos20/BS2/tbAD13/DICOS_SA/Database_SE/TDC_OB/SubscrXmit_OU/src/DdbtdSubscrTransmitter.cc(85)[0x400300b0]: fire subscription doa=0x40030a28, gid=<1025498112,101>, oper=0, port=<3752077,16781313>

DEBUG INFO: UpdateSubscription::subscriptionFired: failed = 0

pid=62: /ipims_dicos/ipims_dicos20/BS2/tbAD13/DICOS_SA/Database_SE/TDC_OB/SubscrXmit_OU/src/DdbtdSubscrTransmitter.cc(85)[0x400300b0]: fire subscription doa=0x40030a28, gid=<1025498112,101>, oper=0, port=<3752077,16781313>

DEBUG INFO: UpdateSubscription::subscriptionFired: failed = 0

pid=62: /ipims_dicos/ipims_dicos20/BS2/tbAD13/DICOS_SA/Database_SE/TDC_OB/SubscrXmit_OU/src/DdbtdSubscrTransmitter.cc(85)[0x400300b0]: fire subscription doa=0x40030a28, gid=<1025498112,101>, oper=0, port=<3752077,16781313>

DEBUG INFO: UpdateSubscription::subscriptionFired: failed = 0

pid=62: /ipims_dicos/ipims_dicos20/BS2/tbAD13/DICOS_SA/Database_SE/TDC_OB/SubscrXmit_OU/src/DdbtdSubscrTransmitter.cc(85)[0x400300b0]: fire subscription doa=0x40030a28, gid=<1025498112,101>, oper=0, port=<3752077,16781313>

DEBUG INFO: UpdateSubscription::subscriptionFired: failed = 0

pid=62: /ipims_dicos/ipims_dicos20/BS2/tbAD13/DICOS_SA/Database_SE/TDC_OB/SubscrXmit_OU/src/DdbtdSubscrTransmitter.cc(85)[0x400300b0]: fire subscription doa=0x40030a28, gid=<1025498112,101>, oper=0, port=<3752077,16781313>

DEBUG INFO: UpdateSubscription::subscriptionFired: failed = 0

DEBUG INFO: UpdateSubscription::subscriptionFired: 'activateLink' called for remote zone: 2

DEBUG INFO: DataHandler::handlePacket: compatLevel=2

DEBUG INFO: DdbnrGidInfoDataPort::publish: Port is published as 1002885

DEBUG INFO: DdbnrQuickSynchDataPort::publish: port is published as 1002887

DEBUG INFO: Enabled zone: 1

DEBUG INFO: Enabled zone: 2

DEBUG INFO: MaxNoOfOpens set to 10000

DEBUG INFO: DdbnrZone_Impl: Verifying new replication map

DEBUG INFO: Net sharing variant is passiveHotStandby

DEBUG INFO: classNo 1001791 nextDu 1 nrofMdpsLeft 11

DEBUG INFO: classNo 1001791 nextDu 2 nrofMdpsLeft 10

DEBUG INFO: classNo 1001791 nextDu 3 nrofMdpsLeft 9

DEBUG INFO: classNo 1001791 nextDu 4 nrofMdpsLeft 8

DEBUG INFO: classNo 1001791 nextDu 5 nrofMdpsLeft 7

DEBUG INFO: classNo 1001791 nextDu 6 nrofMdpsLeft 6

DEBUG INFO: classNo 1001791 nextDu 7 nrofMdpsLeft 5

DEBUG INFO: classNo 1001791 nextDu 8 nrofMdpsLeft 4

DEBUG INFO: classNo 1001791 nextDu 9 nrofMdpsLeft 3

DEBUG INFO: classNo 1001791 nextDu 10 nrofMdpsLeft 2

DEBUG INFO: classNo 1001791 nextDu 11 nrofMdpsLeft 1

DEBUG INFO: classNo 1001791 nextDu 12 nrofMdpsLeft 0

DEBUG INFO: classNo 524600 nextDu 5 nrofMdpsLeft 95

DEBUG INFO: classNo 524600 nextDu 10 nrofMdpsLeft 90

DEBUG INFO: classNo 524600 nextDu 15 nrofMdpsLeft 85

DEBUG INFO: classNo 524600 nextDu 20 nrofMdpsLeft 80

DEBUG INFO: classNo 524600 nextDu 25 nrofMdpsLeft 75

DEBUG INFO: classNo 524600 nextDu 30 nrofMdpsLeft 70

DEBUG INFO: classNo 524600 nextDu 35 nrofMdpsLeft 65

DEBUG INFO: classNo 524600 nextDu 40 nrofMdpsLeft 60

DEBUG INFO: classNo 524600 nextDu 45 nrofMdpsLeft 55

DEBUG INFO: classNo 524600 nextDu 50 nrofMdpsLeft 50

DEBUG INFO: classNo 524600 nextDu 55 nrofMdpsLeft 45

DEBUG INFO: classNo 524600 nextDu 60 nrofMdpsLeft 40

DEBUG INFO: classNo 524600 nextDu 65 nrofMdpsLeft 35

DEBUG INFO: classNo 524600 nextDu 70 nrofMdpsLeft 30

DEBUG INFO: classNo 524600 nextDu 75 nrofMdpsLeft 25

DEBUG INFO: classNo 524600 nextDu 80 nrofMdpsLeft 20

DEBUG INFO: classNo 524600 nextDu 85 nrofMdpsLeft 15

DEBUG INFO: classNo 524600 nextDu 90 nrofMdpsLeft 10

DEBUG INFO: classNo 524600 nextDu 95 nrofMdpsLeft 5

DEBUG INFO: classNo 524600 nextDu 100 nrofMdpsLeft 0

DEBUG INFO: DdbnrZone_Impl: Verifying new replication map

DEBUG INFO: Net sharing variant is passiveHotStandby

******* ResourceAdaptor:  Generate backup with operation generate

Shifting out StartTime 0:

Keeping StartTime 0: [local]: 3768

DEBUG INFO: A compressed DB Backup will be generated

DEBUG INFO: BackupParticipant: backup LMs stored succesfully on file system

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:15:57.931

        Local time:  2001-02-21 19:15:57.931

   ------------------------------------------------------

DEBUG INFO: BackupParticipant: BootLoadTables created

checkpoint retainer emptied

DEBUG INFO:  ACTIVE VERSION : sv211912_notraf_netred_part1 on FS -> loadingGroup01_1

DEBUG INFO:  ACTIVE VERSION : sv211912_notraf_netred_part1 on FS -> loadingGroup01_2

DEBUG INFO: KeyToDU returns 7 for 1033 (134.138.62.137 & 134.138.61.137)

DEBUG INFO: KeyToDU returns 2 for 1292 (134.138.62.132 & 134.138.61.132)

DEBUG INFO: KeyToDU returns 1 for 1237 (134.138.62.131 & 134.138.61.131)

DEBUG INFO: KeyToDU returns 6 for 1034 (134.138.62.136 & 134.138.61.136)

DEBUG INFO: KeyToDU returns 3 for 1032 (134.138.62.133 & 134.138.61.133)

DEBUG INFO: KeyToDU returns 5 for 1034 (134.138.62.135 & 134.138.61.135)

DEBUG INFO: KeyToDU returns 4 for 1037 (134.138.62.134 & 0.0.0.0)

DEBUG INFO: KeyToDU returns 6 for 1034 (134.138.62.136 & 134.138.61.136)

DEBUG INFO: KeyToDU returns 3 for 1032 (134.138.62.133 & 134.138.61.133)

DEBUG INFO: KeyToDU returns 5 for 1034 (134.138.62.135 & 134.138.61.135)

DEBUG INFO: KeyToDU returns 4 for 1037 (134.138.62.134 & 0.0.0.0)

DEBUG INFO: DdbnrMirroringPool: stopAcceptingMirrors from zone 2

DEBUG INFO: Assert zone mode TAKEOVER relative to zone 2

DEBUG INFO: CmaNetRedStateProt: discard older than 2001-02-22 18:29:18

DEBUG INFO: Mirroring: Discarding transactions older than 2001-02-22 18:29:18

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:30:57.933

        Local time:  2001-02-21 19:30:57.933

   ------------------------------------------------------

DEBUG INFO: DdbnrMirroringPool: stopAcceptingMirrors from zone 2

DEBUG INFO: Assert zone mode TAKEOVER relative to zone 2

DEBUG INFO: CmaNetRedStateProt: discard older than 2001-02-22 18:44:41

DEBUG INFO: Mirroring: Discarding transactions older than 2001-02-22 18:44:41

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:45:57.935

        Local time:  2001-02-21 19:45:57.935

   ------------------------------------------------------

DEBUG INFO: DdbnrMirroringPool: stopAcceptingMirrors from zone 2

DEBUG INFO: Assert zone mode TAKEOVER relative to zone 2

DEBUG INFO: CmaNetRedStateProt: discard older than 2001-02-22 18:57:26

DEBUG INFO: Mirroring: Discarding transactions older than 2001-02-22 18:57:26

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 19:00:57.936

        Local time:  2001-02-21 20:00:57.936

   ------------------------------------------------------

   ----------------- NTP hourly stats ------------------

             remote              st t when poll reach   delay   offset    disp

        ======================================================================

         1.0.0.1                 16 ?    0   32   34     0.00  -51.977 3.88

        sys_offset=0.000000, drift_comp=0.0000, sys_poll=5

   -----------------------------------------------------

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 19:15:57.938

        Local time:  2001-02-21 20:15:57.938

   ------------------------------------------------------

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 19:30:57.940

        Local time:  2001-02-21 20:30:57.940

   ------------------------------------------------------

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 19:45:57.942

        Local time:  2001-02-21 20:45:57.942

   ------------------------------------------------------

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 20:00:57.944

        Local time:  2001-02-21 21:00:57.944

   ------------------------------------------------------

   ----------------- NTP hourly stats ------------------

             remote              st t when poll reach   delay   offset    disp

        ======================================================================

         1.0.0.1                 16 ?    0   32    0     0.00  -51.820 16.00

        sys_offset=0.000000, drift_comp=0.0000, sys_poll=5

   -----------------------------------------------------

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 20:15:57.946

        Local time:  2001-02-21 21:15:57.946

   ------------------------------------------------------


Initiation of NetRed in zone 1, TP 2
------------------------------------

LOG_ERR: DorbIiopClientPeer.cc:155 [OU/D60 R1A13] DorbIiopClientPeer: Disconnection due to peer shutdown

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:14:59.085

        Local time:  2001-02-21 19:14:59.085

   ------------------------------------------------------

DEBUG INFO: BackupParticipant: BootLoadTables created

DEBUG INFO: BackupCoordinator: create backup done

checkpoint retainer emptied

DEBUG INFO: BackupCoordinator: remove checkpoint done

DEBUG INFO: GENERATE of SW Version DONE 

DEBUG INFO: 

LOG_ERR: DoamNotConsumerHandler.cc:214 [OU/MD37 R1E14] handleNotification_excep: received exception IDL:omg.org/CORBA/OBJECT_NOT_EXIST:1.0 when sending to consumer IOR:010000002600000049444c3a4469636f734f614d2f4e6f74696669636174696f6e436f6e73756d65723a312e3000000002000000000000005c000000000100000000000f313334

LOG_ERR: DorbIiopClientPeer.cc:155 [OU/D60 R1A13] DorbIiopClientPeer: Disconnection due to peer shutdown

LOG_ERR: DorbIiopClientPeer.cc:155 [OU/D60 R1A13] DorbIiopClientPeer: Disconnection due to peer shutdown

LOG_NOTICE: XNTP: time reset (step) 26.191643 s

LOG_NOTICE: XNTP: time reset (step) -26.127071 s

-----> Starting TakeOver from zone: 2

DEBUG INFO: DdbnrMirroringPool: stopAcceptingMirrors from zone 2

DEBUG INFO: Assert zone mode TAKEOVER relative to zone 2

DEBUG INFO: CmaNetRedStateProt: discard older than 2001-02-22 18:29:18

DEBUG INFO: Mirroring: Discarding transactions older than 2001-02-22 18:29:18

-----> TakeOver finished successfully

LOG_ERR: DnrcNetworkSupervisorClient.cc:30 [OU/D25 R1J05] No 'NetworkSupervisor' registered. Can not send 'createAndSendBackup'! Considered OK for the time being......

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:30:00.563

        Local time:  2001-02-21 19:30:00.563

   ------------------------------------------------------

LOG_NOTICE: XNTP: time reset (step) 52.385766 s

LOG_NOTICE: XNTP: time reset (step) -52.366049 s

-----> Starting TakeOver from zone: 2

DEBUG INFO: DdbnrMirroringPool: stopAcceptingMirrors from zone 2

DEBUG INFO: Assert zone mode TAKEOVER relative to zone 2

DEBUG INFO: CmaNetRedStateProt: discard older than 2001-02-22 18:44:41

DEBUG INFO: Mirroring: Discarding transactions older than 2001-02-22 18:44:41

-----> TakeOver finished successfully

LOG_ERR: DnrcNetworkSupervisorClient.cc:30 [OU/D25 R1J05] No 'NetworkSupervisor' registered. Can not send 'createAndSendBackup'! Considered OK for the time being......

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:44:59.162

        Local time:  2001-02-21 19:44:59.162

   ------------------------------------------------------

LOG_NOTICE: XNTP: time reset (step) 26.209795 s

LOG_NOTICE: XNTP: time reset (step) -26.132418 s

LOG_NOTICE: XNTP: time reset (step) 52.412242 s

LOG_NOTICE: XNTP: time reset (step) -52.391863 s

-----> Starting TakeOver from zone: 2

DEBUG INFO: DdbnrMirroringPool: stopAcceptingMirrors from zone 2

DEBUG INFO: Assert zone mode TAKEOVER relative to zone 2

DEBUG INFO: CmaNetRedStateProt: discard older than 2001-02-22 18:57:26

DEBUG INFO: Mirroring: Discarding transactions older than 2001-02-22 18:57:26

-----> TakeOver finished successfully

LOG_ERR: DnrcNetworkSupervisorClient.cc:30 [OU/D25 R1J05] No 'NetworkSupervisor' registered. Can not send 'createAndSendBackup'! Considered OK for the time being......

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 18:59:59.248

        Local time:  2001-02-21 19:59:59.248

   ------------------------------------------------------

   ----------------- NTP hourly stats ------------------

             remote              st t when poll reach   delay   offset    disp

        ======================================================================

         1.0.0.1                 16 ?    0   32    0     0.00    0.000 16.00

        sys_offset=0.000000, drift_comp=0.0000, sys_poll=5

   -----------------------------------------------------

   ----------------- NTP hourly stats ------------------

             remote              st t when poll reach   delay   offset    disp

        ======================================================================

         134.138.61.25            1 ?    0   32   76     0.00   -0.142 0.99

         134.138.62.26            1 ?    0   32   77     0.00   52.475 0.49

        sys_offset=39.320462, drift_comp=-10.0678, sys_poll=5

   -----------------------------------------------------

DEBUG INFO: SecurityTicketTimer::handleTimeout() called

DEBUG INFO: PersistentTicketCleaner_Impl::cleanTickets

DEBUG INFO: SecurityTicketTimer::reset() called

LOG_NOTICE: XNTP: time reset (step) 26.217149 s

LOG_NOTICE: XNTP: time reset (step) -26.138149 s

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 19:15:01.399

        Local time:  2001-02-21 20:15:01.399

   ------------------------------------------------------

LOG_NOTICE: XNTP: time reset (step) 52.428479 s

LOG_NOTICE: XNTP: time reset (step) -52.406894 s

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 19:29:59.339

        Local time:  2001-02-21 20:29:59.339

   ------------------------------------------------------

LOG_NOTICE: XNTP: time reset (step) 26.222726 s

LOG_NOTICE: XNTP: time reset (step) -26.145939 s

LOG_NOTICE: XNTP: time reset (step) 52.438558 s

LOG_NOTICE: XNTP: time reset (step) -52.418927 s

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 19:44:59.601

        Local time:  2001-02-21 20:44:59.601

   ------------------------------------------------------

LOG_NOTICE: XNTP: time reset (step) 26.229393 s

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 20:00:00.778

        Local time:  2001-02-21 21:00:00.778

   ------------------------------------------------------

   ----------------- NTP hourly stats ------------------

             remote              st t when poll reach   delay   offset    disp

        ======================================================================

         1.0.0.1                 16 ?    0   32    0     0.00    0.000 16.00

        sys_offset=0.000000, drift_comp=0.0000, sys_poll=5

   -----------------------------------------------------

   ----------------- NTP hourly stats ------------------

             remote              st t when poll reach   delay   offset    disp

        ======================================================================

         134.138.61.25            1 ?    0   32    7     0.00  -26.175 3.89

         134.138.62.26            1 ?    0   32    6     0.00   26.470 7.88

        sys_offset=52.555090, drift_comp=-14.1003, sys_poll=5

   -----------------------------------------------------

LOG_NOTICE: XNTP: time reset (step) -26.153323 s

LOG_NOTICE: XNTP: time reset (step) 52.453768 s

DEBUG INFO: SecurityTicketTimer::handleTimeout() called

DEBUG INFO: PersistentTicketCleaner_Impl::cleanTickets

DEBUG INFO: SecurityTicketTimer::reset() called

LOG_NOTICE: XNTP: time reset (step) -52.432241 s

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 20:14:59.515

        Local time:  2001-02-21 21:14:59.515

   ------------------------------------------------------

LOG_NOTICE: XNTP: time reset (step) 26.236408 s

LOG_NOTICE: XNTP: time reset (step) -26.158050 s

LOG_NOTICE: XNTP: time reset (step) 52.468788 s

LOG_NOTICE: XNTP: time reset (step) -52.447902 s

   ---------- TimeHandler maintenance interval ----------

        UTC time:    2001-02-21 20:30:00.569

        Local time:  2001-02-21 21:30:00.569

   ------------------------------------------------------






Original version in the TelORB Guidelines
=========================================

<!-- ##################################################################### -->
<!-- SPLIT TELORB SYSTEM NETWORK                                           -->
<!-- ##################################################################### -->
<Table Border="0" CellSpacing="0" CellPadding="0" Width="100%">
<Tr BgColor="#EAEAB0"><Td ColSpan="3"><A Name="Split_net"><Hr NoShade Size="1" Width="99%" Color="#000000"></A></Td></Tr>
<Tr BgColor="#EAEAB0">
<Td Valign=Top><Font Size="+1"><B>&nbsp; Split TelORB system network</B></Font></Td>
<Td Width="10">&nbsp;</Td>
<Td Align=Right Valign=Top><A Href="#Contents"><Font Size="-1"><B>Back to Contents</B></Font></A> &nbsp;</Td>
</Tr>
<Tr BgColor="#EAEAB0"><Td ColSpan="3"><Hr NoShade Size="1" Width="99%" Color="#000000"></Td></Tr>
</Table>
<!-- ##################################################################### -->
<Pre>
<H4>General</H4>
This section describes the steps to take when splitting a TelORB network into
two parts, i.e. if one TelORB system, e.g. to10, uses networks 134.138.61
(0-255) and 134.138.62 (0-255) and another TelORB system, e.g. to11, uses
networks 134.138.63 (0-255) and 134.138.64 (0-255), it is possible to make two
TelORB systems to use just two networks, e.g. one TelORB system, e.g. to10, uses
networks 134.138.61 (0-127) and 134.138.62 (0-127) and another TelORB system,
e.g. to11, uses the same networks but a different range, i.e. 134.138.61 (128-255) and 134.138.62 (128-255).

In the examples below, TelORB systems to10 (toX) and to11 (toY) are used as
references.

 
<!-- ------------------------------------ -->
<H4>Summary of IP address ranges after a split</H4>
       Range      TP         IO          Eth         RMS    AXmp
       -------    -------    --------    --------    ---    --------
toX      0-127     31-119     25,  26     20,  21     22     23,  24
toY    128-255    131-219    225, 226    220, 221    222    223, 224


<!-- ------------------------------------ -->
<H4>IP address ranges before the split</H4>
to10
----
Net A: 134.138.61.1 - 134.138.61.254     (0, 255 reserved, 1 probably also used)
Net B: 134.138.62.1 - 134.138.62.254

to11
----
Net A: 134.138.63.1 - 134.138.63.254     (0, 255 reserved, 1 probably also used)
Net B: 134.138.64.1 - 134.138.64.254


<!-- ------------------------------------ -->
<H4>IP address ranges after the split</H4>
to10
----
Net A: 134.138.61.1 - 134.138.61.126      (0,127 reserved, 1 probably also used)
Net B: 134.138.62.1 - 134.138.62.126

to11
----
Net A: 134.138.61.129 - 134.138.61.254    (128,255 reserved ; 129 probably also
                                           used)
Net B: 134.138.62.129 - 134.138.61.254


<!-- ------------------------------------ -->
<H4>IP address ranges to be used in different files</H4>
TelORB processors 1-89, to10, net A:
  TP1:  134.138.61.31
  TP2:  134.138.61.32
   :     :
  TP10: 134.138.61.40
   :     :
  TP89: 134.138.61.119             (Max)

TelORB processors 1-89, to10, net B:
  TP1:  134.138.62.31
  TP2:  134.138.62.32
   :     :
  TP10: 134.138.62.40
   :     :
  TP89: 134.138.62.119             (Max)

TelORB processors 1-89, to11, net A:
  TP1:  134.138.61.131
  TP2:  134.138.61.132
   :     :
  TP10: 134.138.61.140
   :     :
  TP89: 134.138.61.219             (Max, since ES numbering starts at 220)

TelORB processors 1-89, to11, net B:
  TP1:  134.138.62.131
  TP2:  134.138.62.132
   :     :
  TP10: 134.138.62.140
   :     :
  TP89: 134.138.62.219             (Max, since ES numbering starts at 220)


IO processor 1, to10, net A:    134.138.61.25
IO processor 2, to10, net A:    134.138.61.26

IO processor 1, to10, net B:    134.138.62.25
IO processor 2, to10, net B:    134.138.62.26


IO processor 1, to11, net A:    134.138.61.225
IO processor 2, to11, net A:    134.138.61.226

IO processor 1, to11, net B:    134.138.62.225
IO processor 2, to11, net B:    134.138.62.226


Ethernet switch A, to10, base cabinet:      134.138.61.20
Ethernet switch B, to10, base cabinet:      134.138.62.20
Ethernet switch A, to10, expansion cabinet: 134.138.61.21
Ethernet switch B, to10, expansion cabinet: 134.138.62.21

Ethernet switch A, to11, base cabinet:      134.138.61.220
Ethernet switch B, to11, base cabinet:      134.138.62.220
Ethernet switch A, to11, expansion cabinet: 134.138.61.221
Ethernet switch B, to11, expansion cabinet: 134.138.62.221


Netmask, to10, net A:   255.255.255.128
Netmask, to10, net B:   255.255.255.128

Netmask, to11, net A:   255.255.255.128
Netmask, to11, net B:   255.255.255.128


Broadcast, to10, net A: 134.138.61.127
Broadcast, to10, net B: 134.138.62.127

Broadcast, to11, net A: 134.138.61.255
Broadcast, to11, net B: 134.138.62.255


Subnet0, to10:          134.138.61.0
Subnet1, to10:          134.138.62.0

Subnet0, to11:          134.138.61.128
Subnet1, to11:          134.138.62.128


Default gateway (router),  to10, net A: 134.138.61.1
Default gateway (router),  to10, net B: 134.138.62.1

Default gateway (router),  to11, net A: 134.138.61.129
Default gateway (router),  to11, net B: 134.138.62.129


<!-- ------------------------------------ -->
<H4>Instructions on how to split two networks among two TelORB systems</H4>
- Disconnect the router from the TelORB system(s) to be reconfigured.

- Modify the following files (see instructions below):
  /etc/netmasks        (netmasks -&gt; ./inet/netmasks = /etc/inet/netmasks)
                       (Possible changes: 2 last lines)

  /etc/hosts           (hosts    -&gt; ./inet/hosts    = /etc/inet/hosts)
                       (Possible changes: IPs for toXXio1i2
                                                  toXXio1i3
                                                  toXXio2i2
                                                  toXXio2i3
                                                  toXXs7c1 toXXs7c1i1
                                                  toXXs7c1 toXXs7c1i2
                                                  toXXs7c2 toXXs7c2i1
                                                  toXXs7c2 toXXs7c2i2)


  /opt/telorb/etc/telorb.conf      (Fixes /opt/telorb/etc/dhcpd.pxe.conf,
                                          /opt/telorb/etc/start_services,
                                          /opt/telorb/etc/ep_tftpd.conf)

                       (Possible changes: IPs for timeserver (times 2)
                                                  internal-network subnet0
                                                  internal-network netmask0
                                                  internal-network defaultgw0
                                                  internal-network bcast0
                                                  internal-network io1net0

                                                  internal-network subnet1
                                                  internal-network netmask1
                                                  internal-network defaultgw1
                                                  internal-network bcast1
                                                  internal-network io1net1                                                  
                                                  dumpserverip (times 2)

                                                  consserverip
                                                  
                                              dicosprocessor1_0 ip_addr_for_eth0
                                              dicosprocessor1_1 ip_addr_for_eth1
                                              dicosprocessor2_0 ip_addr_for_eth0
                                              dicosprocessor2_1 ip_addr_for_eth1
                                                :

  Run configureTelORB.sh -c /opt/telorb/etc/telorb.conf


  /home/dicostest/tosFiles/toX/ad13p4/telorbDataLocal.epct    (Adjust directory)
                       (Possible changes: DorbIIOPHostName
                                          ETHSW_ADDRESSES     (Not AD9)
                                          DUMP_HOST_ID)       (AD12 and prev?)
                       (Remember to modify all telorbDataLocal.epct files below
                        all possible release directories.)

- Modify the following files which are only valid for AD9 (see instructions
  below):
  /etc/bootptab (?)
  /var/dhcp/dhcptab
  /var/dhcp/134_138_184_0 (?) (Terminal server)
  /var/dhcp/134_138_61_0
  /var/dhcp/134_138_62_0


- Reconfigure all ethernet switches (see instructions below).

- Store the previous loadingGroups, if required.

- Verify that the new IP addresses are used for e.g. the DUCKServer on both IO
  processors, ps -ef.
  If not, reboot the IO processors.

- Build TelORB system and initially load it.

- When the TelORB system is up and running, set correct DNS values.

- Reconfigure router (see instructions below).


<!-- ------------------------------------ -->
<H4>Modify files</H4>
Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from toXioY before modifications
------------------------------------------
:
:

Commands
--------
su
/usr/openwin/bin/textedit netmasks& (Modify file, same contents on both IOs)
/usr/openwin/bin/textedit hosts&    (Modify file, not same contents on both IOs)
reboot

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from toXioY after modifications
-----------------------------------------
:
:

-   -   -   -   -   -   -   -

Commands
--------
cd /opt/telorb/etc/
more telorb.conf

Printouts from toXioY before modifications
------------------------------------------
:
:

Commands
--------
textedit telorb.conf&               (Modify file, not same contents on both IOs)

Commands
--------
more telorb.conf

Printouts from toXioY after modifications
-----------------------------------------
:
:

Commands
--------
cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from toXioY before modifications
------------------------------------------
:
:

Commands
--------
su telorb
cd /opt/telorb/codearchive/iom_scripts/
./configureTelORB.sh -c /opt/telorb/etc/telorb.conf

	Printout example:
	On which IO-machine are you running [1/2] 1

	creating /opt/telorb/etc/start_services ...
	dicosprocessor1_0 dicosprocessor2_0
	dicosprocessor1_0
	dicosprocessor2_0
	/opt/telorb/etc/start_services created

	creating /opt/telorb/etc/stop_services ...
	/opt/telorb/etc/stop_services created

	creating /opt/telorb/etc/dhcpd.pxe.conf ...
	/opt/telorb/etc/dhcpd.pxe.conf created

	creating /opt/telorb/etc/start_dhcp ...
	/opt/telorb/etc/start_dhcp created

	creating /opt/telorb/etc/ep_tftpd.conf ...
	/opt/telorb/etc/ep_tftpd.conf created


Commands
--------
cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf


Printouts from toXioY after modifications
-----------------------------------------
:
:

Commands
--------
su
reboot

telnet toXioY  (telorb, psw)
ps -ef

-   -   -   -   -   -   -   -

Commands
--------
On tos1 or tos2:
cd /home/dicostest/tosFiles/to11/ad13p4/              (Adjust release directory)
more telorbDataLocal.epct

Printouts for toX before modifications
--------------------------------------
:
:

Commands
--------
emacs telorbDataLocal.epct&      (Modify file)

Commands
--------
more telorbDataLocal.epct

Printouts for toX after modifications
-------------------------------------
:
:


<!-- ------------------------------------ -->
<H4>Modify files (with printouts)</H4>
The following text file shows a real example of splitting the TelORB networks
for the TelORB systems to10 and to11:
<A Href="http://uabweb.uab.ericsson.se/inside/units/f/dv/document/guidelines/netsplit_to10_to11.txt" Target="_blank">netsplit_to10_to11.txt</A>

R13 modifications
=================

to10io1
=======

Start to10io1

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to10io1 before modifications
-------------------------------------------
to10io1:/etc&gt;cd /etc/
to10io1:/etc&gt;ifconfig -a
lo0: flags=849&lt;UP,LOOPBACK,RUNNING,MULTICAST&gt; mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
        inet 134.138.61.25 netmask ffffff00 broadcast 134.138.61.255
exp1: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
        inet 134.138.62.25 netmask ffffff00 broadcast 134.138.62.255
hme0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
        inet 134.138.187.47 netmask fffff800 broadcast 134.138.191.255
to10io1:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.61.0    255.255.255.0
134.138.62.0    255.255.255.0

to10io1:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.47  to10io1 loghost
134.138.61.25   to10io1i2
134.138.62.25   to10io1i3

134.138.187.48  to10io2
134.138.61.26   to10io2i2
134.138.62.26   to10io2i3

134.138.61.40   to10s7c1 to10s7c1i1
134.138.62.40   to10s7c1 to10s7c1i2

134.138.61.41   to10s7c2 to10s7c2i1
134.138.62.41   to10s7c2 to10s7c2i2

Commands
--------
su
/usr/openwin/bin/textedit netmasks&      (Modify file)
/usr/openwin/bin/textedit hosts&         (Modify file)
reboot

Commands
--------
cd /etc/
ifconfig -a
more netmasks
more hosts

Printouts from to10io1 after modifications
-------------------------------------------
to10io1:~&gt;cd /etc/
to10io1:/etc&gt;ifconfig -a
lo0: flags=849&lt;UP,LOOPBACK,RUNNING,MULTICAST&gt; mtu 8232
        inet 127.0.0.1 netmask ff000000 
exp0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
        inet 134.138.61.25 netmask ffffff80 broadcast 134.138.61.127
exp1: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
        inet 134.138.62.25 netmask ffffff80 broadcast 134.138.62.127
hme0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
        inet 134.138.187.47 netmask fffff800 broadcast 134.138.191.255
to10io1:/etc>more netmasks
#
# The netmasks file associates Internet Protocol (IP) address
# masks with IP network numbers.
# 
#       network-number  netmask
#
# The term network-number refers to a number obtained from the Internet Network
# Information Center.  Currently this number is restricted to being a class
# A, B, or C network number.  In the future we should be able to support
# arbitrary network numbers per the Classless Internet Domain Routing
# guidelines.
#
# Both the network-number and the netmasks are specified in
# "decimal dot" notation, e.g:
#
#               128.32.0.0 255.255.255.0
#
134.138.0.0     255.255.248.0
134.138.61.0    255.255.255.128
134.138.62.0    255.255.255.128
to10io1:/etc>more hosts
#
# Internet host table
#
127.0.0.1       localhost       
134.138.187.47  to10io1 loghost
134.138.61.25   to10io1i2
134.138.62.25   to10io1i3

134.138.187.48  to10io2
134.138.61.26   to10io2i2
134.138.62.26   to10io2i3

134.138.61.23   to10s7c1 to10s7c1i1
134.138.62.23   to10s7c1 to10s7c1i2

134.138.61.24   to10s7c2 to10s7c2i1
134.138.62.24   to10s7c2 to10s7c2i2

-   -   -   -   -   -   -   -   -   -   -   -

Commands
--------
cd /opt/telorb/etc/
more telorb.conf

Printouts from to10io1 before modifications
-------------------------------------------
to10io1:~>cd /opt/telorb/etc/
to10io1:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.61.25
timeserver 134.138.62.26
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~&gt;ifconfig -a
#  lo0: flags=849&lt;UP,LOOPBACK,RUNNING,MULTICAST&gt; mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.61.0
internal-network netmask0 255.255.255.0
internal-network defaultgw0 134.138.61.1
internal-network bcast0 134.138.61.255
internal-network io1net0 134.138.61.25
internal-network io1interfacename0 exp0

internal-network subnet1 134.138.62.0
internal-network netmask1 255.255.255.0
internal-network defaultgw1 134.138.62.1
internal-network bcast1 134.138.62.255
internal-network io1net1 134.138.62.25
internal-network io1interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.61.25
dumpserverip 134.138.62.26

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.61.25

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:b4
dicosprocessor1_0 ip_addr_for_eth0 134.138.61.101
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:5d:85
dicosprocessor1_1 ip_addr_for_eth1 134.138.62.101
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:4d:a9
dicosprocessor2_0 ip_addr_for_eth0 134.138.61.102
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:5d:93
dicosprocessor2_1 ip_addr_for_eth1 134.138.62.102
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:20:c7
dicosprocessor3_0 ip_addr_for_eth0 134.138.61.103

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:55:95
dicosprocessor3_1 ip_addr_for_eth1 134.138.62.103

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:91
dicosprocessor4_0 ip_addr_for_eth0 134.138.61.104

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:55:9d
dicosprocessor4_1 ip_addr_for_eth1 134.138.62.104

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:20:be
dicosprocessor5_0 ip_addr_for_eth0 134.138.61.105

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:5d:7a
dicosprocessor5_1 ip_addr_for_eth1 134.138.62.105

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:a5
dicosprocessor6_0 ip_addr_for_eth0 134.138.61.106

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5d:b3
dicosprocessor6_1 ip_addr_for_eth1 134.138.62.106

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e3
dicosprocessor7_0 ip_addr_for_eth0 134.138.61.107

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5d:34
dicosprocessor7_1 ip_addr_for_eth1 134.138.62.107

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:22:02
dicosprocessor8_0 ip_addr_for_eth0 134.138.61.108

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:5d:82
dicosprocessor8_1 ip_addr_for_eth1 134.138.62.108

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:bb
dicosprocessor9_0 ip_addr_for_eth0 134.138.61.109

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:a8
dicosprocessor9_1 ip_addr_for_eth1 134.138.62.109

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:4d:95
dicosprocessor10_0 ip_addr_for_eth0 134.138.61.110

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:81
dicosprocessor10_1 ip_addr_for_eth1 134.138.62.110

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:20:da
dicosprocessor11_0 ip_addr_for_eth0 134.138.61.111

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:9c
dicosprocessor11_1 ip_addr_for_eth1 134.138.62.111

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:00:cb:da
dicosprocessor12_0 ip_addr_for_eth0 134.138.61.112

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:00:91:5b
dicosprocessor12_1 ip_addr_for_eth1 134.138.62.112

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4e:01
dicosprocessor13_0 ip_addr_for_eth0 134.138.61.113

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:5d:6f
dicosprocessor13_1 ip_addr_for_eth1 134.138.62.113

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:b3
dicosprocessor14_0 ip_addr_for_eth0 134.138.61.114

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:6b
dicosprocessor14_1 ip_addr_for_eth1 134.138.62.114

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:00:cd:e4
dicosprocessor15_0 ip_addr_for_eth0 134.138.61.115

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:00:95:1e
dicosprocessor15_1 ip_addr_for_eth1 134.138.62.115

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:ad
dicosprocessor16_0 ip_addr_for_eth0 134.138.61.116

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:5d:69
dicosprocessor16_1 ip_addr_for_eth1 134.138.62.116

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:4d:8a
dicosprocessor17_0 ip_addr_for_eth0 134.138.61.117

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:5d:70
dicosprocessor17_1 ip_addr_for_eth1 134.138.62.117

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:cf
dicosprocessor18_0 ip_addr_for_eth0 134.138.61.118

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:55:bc
dicosprocessor18_1 ip_addr_for_eth1 134.138.62.118

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4e:52
dicosprocessor19_0 ip_addr_for_eth0 134.138.61.119

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:71
dicosprocessor19_1 ip_addr_for_eth1 134.138.62.119

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:26:62
dicosprocessor20_0 ip_addr_for_eth0 134.138.61.120

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:00:95:7d
dicosprocessor20_1 ip_addr_for_eth1 134.138.62.120

Commands
--------
textedit telorb.conf&      (Modify file)

Commands
--------
more telorb.conf

Printouts from to10io1 after modifications
------------------------------------------
to10io1:etc>more telorb.conf
###################################################################
# This file is generated by iscDhcpToTelORB.sh.
###################################################################

###################################################################
# This configuration-file specifies all data used to run telorb-related
# services on IO-machines
###################################################################

###################################################################
# define all timeservers; there may be more than one timeserver
# example:timeserver 134.138.77.26
# If both IO-machines are timeserver you should adress one through the
# first network, and the other through the second network.
###################################################################
timeserver 134.138.61.25
timeserver 134.138.62.26
###################################################################
# define the internal subnet, i.e. IO-processors and all dicosprocessors
# usually there are two internal networks
# To find out which interfaces you have and which networks are assigned
# to them type: "ifconfig -a" on you IO-machines
# Running the command on one IO-machine can give you the following output:
#  to6io1:~&gt;ifconfig -a
#  lo0: flags=849&lt;UP,LOOPBACK,RUNNING,MULTICAST&gt; mtu 8232
#        inet 127.0.0.1 netmask ff000000 
#  exp0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
#        inet 134.138.77.25 netmask ffffff00 broadcast 134.138.77.255
#  exp1: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
#        inet 134.138.33.33 netmask fffff800 broadcast 134.138.39.255
#  hme0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
#        inet 134.138.187.29 netmask fffff800 broadcast 134.138.191.255
#  hme1: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
#        inet 134.138.76.25 netmask ffffff00 broadcast 134.138.76.255
#
# Running the same on the other IO-machine gives you enough information.
# In the following example we assume that the interface-names are the
# same on IO1 and IO2.
###################################################################
internal-network subnet0 134.138.61.0
internal-network netmask0 255.255.255.128
internal-network defaultgw0 134.138.61.1
internal-network bcast0 134.138.61.127
internal-network io1net0 134.138.61.25
internal-network io1interfacename0 exp0

internal-network subnet1 134.138.62.0
internal-network netmask1 255.255.255.128
internal-network defaultgw1 134.138.62.1
internal-network bcast1 134.138.62.127
internal-network io1net1 134.138.62.25
internal-network io1interfacename1 exp1

###################################################################
# define how to boot the dicosprocessors
# use SMALLPROM or PXE
###################################################################
booting SMALLPROM
#booting PXE

###################################################################
# define dump-server ip-address
# If both IO-machines are dump-server you should adress one through the
# first network, and the other through the second network.
###################################################################
dumpserverip 134.138.61.25
dumpserverip 134.138.62.26

###################################################################
# define console-server ip-address
###################################################################
consserverip 134.138.61.25

###################################################################
# define first port for terminal-server
# e.g. tsport 7001
###################################################################
tsport 7001

###################################################################
# define all dicosprocessors, i.e. define the mac-address,
# ip-address
#
# if the processor shall be a loader the ip-address for the tftp-server
# has to be added (dicosprocessor1_0 eptftp_server_net0)
###################################################################
dicosprocessor1_0 eth_addr_for_eth0 00:80:50:01:4d:b4
dicosprocessor1_0 ip_addr_for_eth0 134.138.61.31
dicosprocessor1_0 eptftp_server_net0

dicosprocessor1_1 eth_addr_for_eth1 00:80:50:01:5d:85
dicosprocessor1_1 ip_addr_for_eth1 134.138.62.31
dicosprocessor1_1 eptftp_server_net1

dicosprocessor2_0 eth_addr_for_eth0 00:80:50:01:4d:a9
dicosprocessor2_0 ip_addr_for_eth0 134.138.61.32
dicosprocessor2_0 eptftp_server_net0

dicosprocessor2_1 eth_addr_for_eth1 00:80:50:01:5d:93
dicosprocessor2_1 ip_addr_for_eth1 134.138.62.32
dicosprocessor2_1 eptftp_server_net1

dicosprocessor3_0 eth_addr_for_eth0 00:80:50:01:20:c7
dicosprocessor3_0 ip_addr_for_eth0 134.138.61.33

dicosprocessor3_1 eth_addr_for_eth1 00:80:50:01:55:95
dicosprocessor3_1 ip_addr_for_eth1 134.138.62.33

dicosprocessor4_0 eth_addr_for_eth0 00:80:50:01:4d:91
dicosprocessor4_0 ip_addr_for_eth0 134.138.61.34

dicosprocessor4_1 eth_addr_for_eth1 00:80:50:01:55:9d
dicosprocessor4_1 ip_addr_for_eth1 134.138.62.34

dicosprocessor5_0 eth_addr_for_eth0 00:80:50:01:20:be
dicosprocessor5_0 ip_addr_for_eth0 134.138.61.35

dicosprocessor5_1 eth_addr_for_eth1 00:80:50:01:5d:7a
dicosprocessor5_1 ip_addr_for_eth1 134.138.62.35

dicosprocessor6_0 eth_addr_for_eth0 00:80:50:01:4d:a5
dicosprocessor6_0 ip_addr_for_eth0 134.138.61.36

dicosprocessor6_1 eth_addr_for_eth1 00:80:50:01:5d:b3
dicosprocessor6_1 ip_addr_for_eth1 134.138.62.36

dicosprocessor7_0 eth_addr_for_eth0 00:80:50:01:4d:e3
dicosprocessor7_0 ip_addr_for_eth0 134.138.61.37

dicosprocessor7_1 eth_addr_for_eth1 00:80:50:01:5d:34
dicosprocessor7_1 ip_addr_for_eth1 134.138.62.37

dicosprocessor8_0 eth_addr_for_eth0 00:80:50:01:22:02
dicosprocessor8_0 ip_addr_for_eth0 134.138.61.38

dicosprocessor8_1 eth_addr_for_eth1 00:80:50:01:5d:82
dicosprocessor8_1 ip_addr_for_eth1 134.138.62.38

dicosprocessor9_0 eth_addr_for_eth0 00:80:50:01:4d:bb
dicosprocessor9_0 ip_addr_for_eth0 134.138.61.39

dicosprocessor9_1 eth_addr_for_eth1 00:80:50:01:5d:a8
dicosprocessor9_1 ip_addr_for_eth1 134.138.62.39

dicosprocessor10_0 eth_addr_for_eth0 00:80:50:01:4d:95
dicosprocessor10_0 ip_addr_for_eth0 134.138.61.40

dicosprocessor10_1 eth_addr_for_eth1 00:80:50:01:5d:81
dicosprocessor10_1 ip_addr_for_eth1 134.138.62.40

dicosprocessor11_0 eth_addr_for_eth0 00:80:50:01:20:da
dicosprocessor11_0 ip_addr_for_eth0 134.138.61.41

dicosprocessor11_1 eth_addr_for_eth1 00:80:50:01:55:9c
dicosprocessor11_1 ip_addr_for_eth1 134.138.62.41

dicosprocessor12_0 eth_addr_for_eth0 00:80:50:00:cb:da
dicosprocessor12_0 ip_addr_for_eth0 134.138.61.42

dicosprocessor12_1 eth_addr_for_eth1 00:80:50:00:91:5b
dicosprocessor12_1 ip_addr_for_eth1 134.138.62.42

dicosprocessor13_0 eth_addr_for_eth0 00:80:50:01:4e:01
dicosprocessor13_0 ip_addr_for_eth0 134.138.61.43

dicosprocessor13_1 eth_addr_for_eth1 00:80:50:01:5d:6f
dicosprocessor13_1 ip_addr_for_eth1 134.138.62.43

dicosprocessor14_0 eth_addr_for_eth0 00:80:50:01:4d:b3
dicosprocessor14_0 ip_addr_for_eth0 134.138.61.44

dicosprocessor14_1 eth_addr_for_eth1 00:80:50:01:5d:6b
dicosprocessor14_1 ip_addr_for_eth1 134.138.62.44

dicosprocessor15_0 eth_addr_for_eth0 00:80:50:00:cd:e4
dicosprocessor15_0 ip_addr_for_eth0 134.138.61.45

dicosprocessor15_1 eth_addr_for_eth1 00:80:50:00:95:1e
dicosprocessor15_1 ip_addr_for_eth1 134.138.62.45

dicosprocessor16_0 eth_addr_for_eth0 00:80:50:01:4d:ad
dicosprocessor16_0 ip_addr_for_eth0 134.138.61.46

dicosprocessor16_1 eth_addr_for_eth1 00:80:50:01:5d:69
dicosprocessor16_1 ip_addr_for_eth1 134.138.62.46

dicosprocessor17_0 eth_addr_for_eth0 00:80:50:01:4d:8a
dicosprocessor17_0 ip_addr_for_eth0 134.138.61.47

dicosprocessor17_1 eth_addr_for_eth1 00:80:50:01:5d:70
dicosprocessor17_1 ip_addr_for_eth1 134.138.62.47

dicosprocessor18_0 eth_addr_for_eth0 00:80:50:01:20:cf
dicosprocessor18_0 ip_addr_for_eth0 134.138.61.48

dicosprocessor18_1 eth_addr_for_eth1 00:80:50:01:55:bc
dicosprocessor18_1 ip_addr_for_eth1 134.138.62.48

dicosprocessor19_0 eth_addr_for_eth0 00:80:50:01:4e:52
dicosprocessor19_0 ip_addr_for_eth0 134.138.61.49

dicosprocessor19_1 eth_addr_for_eth1 00:80:50:01:5d:71
dicosprocessor19_1 ip_addr_for_eth1 134.138.62.49

dicosprocessor20_0 eth_addr_for_eth0 00:80:50:01:26:62
dicosprocessor20_0 ip_addr_for_eth0 134.138.61.50

dicosprocessor20_1 eth_addr_for_eth1 00:80:50:00:95:7d
dicosprocessor20_1 ip_addr_for_eth1 134.138.62.50

Commands
--------
cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from to10io1 before modifications
-------------------------------------------
to10io1:~>cd /opt/telorb/etc/
to10io1:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.62.26, 134.138.61.25;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.61.0 netmask 255.255.255.0 {
      option routers 134.138.61.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.61.255;
      next-server 134.138.61.25;
   }
   subnet 134.138.62.0 netmask 255.255.255.0 {
      option routers 134.138.62.1;
      option subnet-mask 255.255.255.0;
      option broadcast-address 134.138.62.255;
      next-server 134.138.62.25;
   }
   option dumpServerAddress    134.138.62.26, 134.138.61.25;
   option consoleServerAddress 134.138.61.25;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:b4;
   fixed-address     134.138.61.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.25;
}

host p1_1 {
   hardware ethernet 00:80:50:01:5d:85;
   fixed-address     134.138.62.101;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.25;
}

host p2_0 {
   hardware ethernet 00:80:50:01:4d:a9;
   fixed-address     134.138.61.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.25;
}

host p2_1 {
   hardware ethernet 00:80:50:01:5d:93;
   fixed-address     134.138.62.102;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.25;
}

host p3_0 {
   hardware ethernet 00:80:50:01:20:c7;
   fixed-address     134.138.61.103;
}

host p3_1 {
   hardware ethernet 00:80:50:01:55:95;
   fixed-address     134.138.62.103;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:91;
   fixed-address     134.138.61.104;
}

host p4_1 {
   hardware ethernet 00:80:50:01:55:9d;
   fixed-address     134.138.62.104;
}

host p5_0 {
   hardware ethernet 00:80:50:01:20:be;
   fixed-address     134.138.61.105;
}

host p5_1 {
   hardware ethernet 00:80:50:01:5d:7a;
   fixed-address     134.138.62.105;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:a5;
   fixed-address     134.138.61.106;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5d:b3;
   fixed-address     134.138.62.106;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e3;
   fixed-address     134.138.61.107;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5d:34;
   fixed-address     134.138.62.107;
}

host p8_0 {
   hardware ethernet 00:80:50:01:22:02;
   fixed-address     134.138.61.108;
}

host p8_1 {
   hardware ethernet 00:80:50:01:5d:82;
   fixed-address     134.138.62.108;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:bb;
   fixed-address     134.138.61.109;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:a8;
   fixed-address     134.138.62.109;
}

host p10_0 {
   hardware ethernet 00:80:50:01:4d:95;
   fixed-address     134.138.61.110;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:81;
   fixed-address     134.138.62.110;
}

host p11_0 {
   hardware ethernet 00:80:50:01:20:da;
   fixed-address     134.138.61.111;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:9c;
   fixed-address     134.138.62.111;
}

host p12_0 {
   hardware ethernet 00:80:50:00:cb:da;
   fixed-address     134.138.61.112;
}

host p12_1 {
   hardware ethernet 00:80:50:00:91:5b;
   fixed-address     134.138.62.112;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4e:01;
   fixed-address     134.138.61.113;
}

host p13_1 {
   hardware ethernet 00:80:50:01:5d:6f;
   fixed-address     134.138.62.113;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:b3;
   fixed-address     134.138.61.114;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:6b;
   fixed-address     134.138.62.114;
}

host p15_0 {
   hardware ethernet 00:80:50:00:cd:e4;
   fixed-address     134.138.61.115;
}

host p15_1 {
   hardware ethernet 00:80:50:00:95:1e;
   fixed-address     134.138.62.115;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:ad;
   fixed-address     134.138.61.116;
}

host p16_1 {
   hardware ethernet 00:80:50:01:5d:69;
   fixed-address     134.138.62.116;
}

host p17_0 {
   hardware ethernet 00:80:50:01:4d:8a;
   fixed-address     134.138.61.117;
}

host p17_1 {
   hardware ethernet 00:80:50:01:5d:70;
   fixed-address     134.138.62.117;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:cf;
   fixed-address     134.138.61.118;
}

host p18_1 {
   hardware ethernet 00:80:50:01:55:bc;
   fixed-address     134.138.62.118;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4e:52;
   fixed-address     134.138.61.119;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:71;
   fixed-address     134.138.62.119;
}

host p20_0 {
   hardware ethernet 00:80:50:01:26:62;
   fixed-address     134.138.61.120;
}

host p20_1 {
   hardware ethernet 00:80:50:00:95:7d;
   fixed-address     134.138.62.120;
}

to10io1:etc>more start_services
#!/bin/csh
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
#rm -f /tmp/axe/*
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

/opt/telorb/codearchive/Unix_IDP/DUCKServer_LM/scripts/DUCK-server.io.csh  -th 134.138.61.101 -th 134.138.61.102 -hbt 10 -hbi 5 -rci 5&


/opt/telorb/codearchive/Unix_IDP/EpTftpd_LM/scripts/ep_tftpd.io.csh /opt/telorb/etc/ep_tftpd.conf&

/opt/telorb/codearchive/Unix_IDP/FileServerInterpreter_LM/scripts/FileServerInterpreter.io.csh -n io1&

# Start the dump daemon
/opt/telorb/codearchive/Unix_IDP/TftpDumpd_LM/scripts/dumpd.io.csh -s $DUMPDIR -i &


# Example
#/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 7 7001 -log &

/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 20 7001 -log &


/opt/telorb/codearchive/Unix_IDP/DicosSyslogClient_LM/scripts/DicosSyslogClient.io.csh -L -d 5 -m io1 -t 134.138.61.101-120  &
  
to10io1:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.61.101 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.62.101 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.61.102 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1
134.138.62.102 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1

Commands
--------
su telorb
cd /opt/telorb/codearchive/iom_scripts/
./configureTelORB.sh -c /opt/telorb/etc/telorb.conf

cd /opt/telorb/etc/
more dhcpd.pxe.conf
more start_services
more ep_tftpd.conf

Printouts from to10io1 after modifications
------------------------------------------
to10io1:etc>su telorb
Password: 
to10io1:etc>cd /opt/telorb/codearchive/iom_scripts/
to10io1:iom_scripts>./configureTelORB.sh -c /opt/telorb/etc/telorb.conf
On which IO-machine are you running [1/2] 1

creating /opt/telorb/etc/start_services ...
dicosprocessor1_0 dicosprocessor2_0
dicosprocessor1_0
dicosprocessor2_0
/opt/telorb/etc/start_services created

creating /opt/telorb/etc/stop_services ...
/opt/telorb/etc/stop_services created

creating /opt/telorb/etc/dhcpd.pxe.conf ...
/opt/telorb/etc/dhcpd.pxe.conf created

creating /opt/telorb/etc/start_dhcp ...
/opt/telorb/etc/start_dhcp created

creating /opt/telorb/etc/ep_tftpd.conf ...
/opt/telorb/etc/ep_tftpd.conf created
to10io1:iom_scripts>
to10io1:iom_scripts>
to10io1:iom_scripts>
to10io1:iom_scripts>
to10io1:iom_scripts>cd /opt/telorb/etc/
to10io1:etc>more dhcpd.pxe.conf
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.

option time-offset 3600;

# Ip address of timeservers 
option time-servers 134.138.62.26, 134.138.61.25;

# define site specific options
option epTftpdServerAddress    code 152 = ip-address;
option dumpServerAddress       code 153 = array of ip-address;
option consoleServerAddress    code 154 = array of ip-address;
option consoleServerPort       code 155 = unsigned integer 16;

# define the dicos processors
# wrap all the dicos processors into one shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks.

shared-network dicosProcessor {
   subnet 134.138.61.0 netmask 255.255.255.128 {
      option routers 134.138.61.1;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.61.127;
      next-server 134.138.61.25;
   }
   subnet 134.138.62.0 netmask 255.255.255.128 {
      option routers 134.138.62.1;
      option subnet-mask 255.255.255.128;
      option broadcast-address 134.138.62.127;
      next-server 134.138.62.25;
   }
   option dumpServerAddress    134.138.62.26, 134.138.61.25;
   option consoleServerAddress 134.138.61.25;
   option consoleServerPort    7000;

filename "telorb/ppro/plLoadable";
}

# define the processors
host p1_0 {
   hardware ethernet 00:80:50:01:4d:b4;
   fixed-address     134.138.61.31;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.25;
}

host p1_1 {
   hardware ethernet 00:80:50:01:5d:85;
   fixed-address     134.138.62.31;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.25;
}

host p2_0 {
   hardware ethernet 00:80:50:01:4d:a9;
   fixed-address     134.138.61.32;
# this processor is a loader
   option epTftpdServerAddress 134.138.61.25;
}

host p2_1 {
   hardware ethernet 00:80:50:01:5d:93;
   fixed-address     134.138.62.32;
# this processor is a loader
   option epTftpdServerAddress 134.138.62.25;
}

host p3_0 {
   hardware ethernet 00:80:50:01:20:c7;
   fixed-address     134.138.61.33;
}

host p3_1 {
   hardware ethernet 00:80:50:01:55:95;
   fixed-address     134.138.62.33;
}

host p4_0 {
   hardware ethernet 00:80:50:01:4d:91;
   fixed-address     134.138.61.34;
}

host p4_1 {
   hardware ethernet 00:80:50:01:55:9d;
   fixed-address     134.138.62.34;
}

host p5_0 {
   hardware ethernet 00:80:50:01:20:be;
   fixed-address     134.138.61.35;
}

host p5_1 {
   hardware ethernet 00:80:50:01:5d:7a;
   fixed-address     134.138.62.35;
}

host p6_0 {
   hardware ethernet 00:80:50:01:4d:a5;
   fixed-address     134.138.61.36;
}

host p6_1 {
   hardware ethernet 00:80:50:01:5d:b3;
   fixed-address     134.138.62.36;
}

host p7_0 {
   hardware ethernet 00:80:50:01:4d:e3;
   fixed-address     134.138.61.37;
}

host p7_1 {
   hardware ethernet 00:80:50:01:5d:34;
   fixed-address     134.138.62.37;
}

host p8_0 {
   hardware ethernet 00:80:50:01:22:02;
   fixed-address     134.138.61.38;
}

host p8_1 {
   hardware ethernet 00:80:50:01:5d:82;
   fixed-address     134.138.62.38;
}

host p9_0 {
   hardware ethernet 00:80:50:01:4d:bb;
   fixed-address     134.138.61.39;
}

host p9_1 {
   hardware ethernet 00:80:50:01:5d:a8;
   fixed-address     134.138.62.39;
}

host p10_0 {
   hardware ethernet 00:80:50:01:4d:95;
   fixed-address     134.138.61.40;
}

host p10_1 {
   hardware ethernet 00:80:50:01:5d:81;
   fixed-address     134.138.62.40;
}

host p11_0 {
   hardware ethernet 00:80:50:01:20:da;
   fixed-address     134.138.61.41;
}

host p11_1 {
   hardware ethernet 00:80:50:01:55:9c;
   fixed-address     134.138.62.41;
}

host p12_0 {
   hardware ethernet 00:80:50:00:cb:da;
   fixed-address     134.138.61.42;
}

host p12_1 {
   hardware ethernet 00:80:50:00:91:5b;
   fixed-address     134.138.62.42;
}

host p13_0 {
   hardware ethernet 00:80:50:01:4e:01;
   fixed-address     134.138.61.43;
}

host p13_1 {
   hardware ethernet 00:80:50:01:5d:6f;
   fixed-address     134.138.62.43;
}

host p14_0 {
   hardware ethernet 00:80:50:01:4d:b3;
   fixed-address     134.138.61.44;
}

host p14_1 {
   hardware ethernet 00:80:50:01:5d:6b;
   fixed-address     134.138.62.44;
}

host p15_0 {
   hardware ethernet 00:80:50:00:cd:e4;
   fixed-address     134.138.61.45;
}

host p15_1 {
   hardware ethernet 00:80:50:00:95:1e;
   fixed-address     134.138.62.45;
}

host p16_0 {
   hardware ethernet 00:80:50:01:4d:ad;
   fixed-address     134.138.61.46;
}

host p16_1 {
   hardware ethernet 00:80:50:01:5d:69;
   fixed-address     134.138.62.46;
}

host p17_0 {
   hardware ethernet 00:80:50:01:4d:8a;
   fixed-address     134.138.61.47;
}

host p17_1 {
   hardware ethernet 00:80:50:01:5d:70;
   fixed-address     134.138.62.47;
}

host p18_0 {
   hardware ethernet 00:80:50:01:20:cf;
   fixed-address     134.138.61.48;
}

host p18_1 {
   hardware ethernet 00:80:50:01:55:bc;
   fixed-address     134.138.62.48;
}

host p19_0 {
   hardware ethernet 00:80:50:01:4e:52;
   fixed-address     134.138.61.49;
}

host p19_1 {
   hardware ethernet 00:80:50:01:5d:71;
   fixed-address     134.138.62.49;
}

host p20_0 {
   hardware ethernet 00:80:50:01:26:62;
   fixed-address     134.138.61.50;
}

host p20_1 {
   hardware ethernet 00:80:50:00:95:7d;
   fixed-address     134.138.62.50;
}

to10io1:etc>more start_services
#!/bin/csh
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh

setenv DUMPDIR /opt/telorb/dumps

# Cleanup old mess
rm -rf /tmp/FileServerInterpreter.pid
rm -rf /tmp/DUCK-server-subscr.socket
rm -rf /tmp/DUCK-server.pid
rm -rf /tmp/DUCK-server.socket

# Settings for the file server
#rm -f /tmp/axe/*
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe

## Start the telorb services

/opt/telorb/codearchive/Unix_IDP/DUCKServer_LM/scripts/DUCK-server.io.csh  -th 134.138.61.31 -th 134.138.61.32 -hbt 10 -hbi 5 -rci 5&


/opt/telorb/codearchive/Unix_IDP/EpTftpd_LM/scripts/ep_tftpd.io.csh /opt/telorb/etc/ep_tftpd.conf&

/opt/telorb/codearchive/Unix_IDP/FileServerInterpreter_LM/scripts/FileServerInterpreter.io.csh -n io1&

# Start the dump daemon
/opt/telorb/codearchive/Unix_IDP/TftpDumpd_LM/scripts/dumpd.io.csh -s $DUMPDIR -i &


# Example
#/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 7 7001 -log &

/opt/telorb/codearchive/Unix_IDP/STSsw_LM/scripts/STSsw.io.csh 20 7001 -log &


/opt/telorb/codearchive/Unix_IDP/DicosSyslogClient_LM/scripts/DicosSyslogClient.io.csh -L -d 5 -m io1 -t 134.138.61.31-120  &
  
to10io1:etc>more ep_tftpd.conf
# Ip Address   Absoulte path to the bootload table for the lprocessor to load    Loading group name
134.138.61.31 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.62.31 /opt/telorb/axe/loadingGroup01_1/Processor1/bootLoadTable.0       loadingGroup01_1
134.138.61.32 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1
134.138.62.32 /opt/telorb/axe/loadingGroup01_1/Processor2/bootLoadTable.0       loadingGroup01_1


<!-- ------------------------------------ -->
<H4>Reconfigure ethernet switches for toX</H4>
- Log in to ethernet switch via serial cable connected e.g. between an IO
  processor and the target ethernet switch.
  Use e.g. `tip -9600 /dev/ttyb' to log in.
- Enter "admin" and password.
- Select "ip", "route", "display".
- "Enter IP Address [0.0.0.0]:" - Enter.
- "Enter mask [0.0.0.0]:" - Enter. - Check "Destination" "Default Route".

  Example of printout:
   There are 3 of 1024 possible Routing Table entries.

   Destination     Subnet mask    Metric Gateway         Status              TTL
   Default Route    --                -- 134.138.61.1    Static               --
   134.138.61.0    255.255.255.0      --  --             Direct               --
   134.138.61.20   255.255.255.255    --  --             Local                --
  End of example printout.

- Select "noDefault" to remove the "Default Route".
  (The default route must be removed to be able to modify the Subnet mask
  settings. If you have logged in to the ethernet switch directly from WWW,
  WS or via IO processor (telnet), the communication to the ethernet switch
  will be broken. This is why we use the serial cable connection.
  The "Default Route" does not have to be restored at the end of this
  procedure.)
- Select "display", Enter, Enter to verify the removal of the "Default
  Route".

- Select "quit", "interface", "summary". - "Select IP interfaces (1|all|?) [1]:" - Select "all".
- Check "Index", "IP Address", "Subnet Mask" and "VLAN index".

  Example of printout for to10:
    Index  IP address       Subnet mask      State  Type  VLAN index
        1  134.138.61.20    255.255.255.0    Up     VLAN  1           (VID: 1)
  End of example printout.

  Example of printout for to11:
    Index  Type        IP address       Subnet mask      State  VLAN index
        1  VLAN        134.138.63.20    255.255.255.0    Up              1
  End of example printout.

- Select "modify" to be able to modify the IP address and the subnet mask.
- "Select IP interface {1|?} [1]:" - Select IP interface, i.e. 1.
- "Enter IP address [134.138.61.20]:" - Enter new IP address, if required.
- "Enter subnet mask [255.255.255.0]:" - Enter new subnet mask, i.e.
  255.255.255.128.
- "Enter VLAN interface index {1|?} [1]:" - Enter VLAN interface index 1.
- Select "summary", "all" to verify changes.

  Example of printout for to10:
    Index  IP address       Subnet mask      State  Type  VLAN index
        1  134.138.61.20    255.255.255.128  Up     VLAN  1           (VID: 1)
  End of example printout.

  Example of printout for to11:
    Index  Type        IP address       Subnet mask      State  VLAN index
        1  VLAN        134.138.61.220   255.255.255.128  Up              1
  End of example printout.

- Select "quit", "route", "display", Enter, Enter.

  Example of printout for to10:
   There are 2 of 1024 possible Routing Table entries.

   Destination     Subnet mask    Metric Gateway         Status              TTL
   134.138.61.0    255.255.255.128    --  --             Direct               --
   134.138.61.20   255.255.255.255    --  --             Local                --
  End of example printout.

  Example of printout for to11:
   There are 2 of 1024 possible Routing Table entries.

   Destination      Subnet mask      Metric  Gateway          Status            
   134.138.61.128   255.255.255.128      --   --              Direct            
   134.138.61.220   255.255.255.255      --   --              Local
  End of example printout.

  (I don't know why the Subnet mask of 134.138.61.20 is not changed.)

- Select "quit", "quit", "logout" to log out from the ethernet switch.
- Move the serial cable to another ethernet switch and repeat procedure for
  all ethernet switches. (Just select "admin" and enter password and you are
  logged in to the other ethernet switch).
- After all ethernet switches are dealt with, exit tip by entering "~.".


<!-- ------------------------------------ -->
<H4>Reconfigure router</H4>
- Log in to router:
    telnet 134.138.17.2
      login   : admin
      password:      
          
/ % VLAN
/VLAN % ?      
/VLAN % gp

Group                                 Network Address  Proto/
 ID          Group Description       (IP Subnet Mask)  Encaps
(:VLAN ID)                           or (IPX Node Addr)
===== ============================== =============== ========
    1 Default GROUP (#1)             134.138.17.2      IP  /
                                       (ff.ff.ff.00 )   ETH2
    2 to6 net A                      134.138.76.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    3 to3 net A                      134.138.70.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    4 to3 net B                      134.138.74.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    5 to6 net B                      134.138.77.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    6 to7 net A                      134.138.67.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    7 to7 net B                      134.138.68.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    8 to8 net A                      134.138.81.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
    9 to8 net B                      134.138.82.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   10 to11 net A router              134.138.63.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   11 to11 net B router              134.138.64.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   12 to10 net A                     134.138.61.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   13 to10 net B                     134.138.62.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   14 to14 net A                     134.138.57.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   15 to14 net B                     134.138.58.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   16 to15 net A                     134.138.59.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   17 to15 net B                     134.138.60.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   19 to9 net A                      134.138.69.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   20 to9 net B                      134.138.71.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   21 to12 net A                     134.138.65.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
   22 to12 net B                     134.138.66.1      IP  /
                                       (ff.ff.ff.00 )   ETH2
  999 dummy

/VLAN % modvl 10
 Current values associated with GROUP 10.1 are as follows:

  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.63.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.63.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 4 = 134.138.61.129   
  New IP address generates new subnet and broadcast addresses.
  Enter '?' to view the changes.
   : ?
  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.129  
  5) IP Subnet Mask       - 255.255.0.0     
  6) IP Broadcast Address - 134.138.255.255 
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : 5=255.255.255.128
  New mask caused change in broadcast address.
   : ?
  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : save
/VLAN % modvl 11
 Current values associated with GROUP 11.1 are as follows:

  1) GROUP Number         - 11:1
  2) Description          - to11 net B router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.64.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.64.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 4 = 134.138.62.129
  New IP address generates new subnet and broadcast addresses.
  Enter '?' to view the changes.
   : ?
  1) GROUP Number         - 11:1
  2) Description          - to11 net B router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.129  
  5) IP Subnet Mask       - 255.255.0.0     
  6) IP Broadcast Address - 134.138.255.255 
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : 5=255.255.255.128
  New mask caused change in broadcast address.
   : ?
  1) GROUP Number         - 11:1
  2) Description          - to11 net B router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.62.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : save

/VLAN % modvl 12
 Current values associated with GROUP 12.1 are as follows:

  1) GROUP Number         - 12:1
  2) Description          - to10 net A
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.61.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 5 = 255.255.255.128
  New mask caused change in broadcast address.
   : ?
  1) GROUP Number         - 12:1
  2) Description          - to10 net A
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.1    
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.127  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : save
/VLAN % modvl 13
 Current values associated with GROUP 13.1 are as follows:

  1) GROUP Number         - 13:1
  2) Description          - to10 net B
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.1    
  5) IP Subnet Mask       - 255.255.255.0   
  6) IP Broadcast Address - 134.138.62.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : 5= 255.255.255.128
  New mask caused change in broadcast address.
   : ?
  1) GROUP Number         - 13:1
  2) Description          - to10 net B
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.1    
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.62.127  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

   : save
/VLAN % modvl 10
 Current values associated with GROUP 10.1 are as follows:

  1) GROUP Number         - 10:1
  2) Description          - to11 net A router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : quit
/VLAN % modvl 11
 Current values associated with GROUP 11.1 are as follows:

  1) GROUP Number         - 11:1
  2) Description          - to11 net B router
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.129  
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.62.255  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : quit
/VLAN % modvl 12
 Current values associated with GROUP 12.1 are as follows:

  1) GROUP Number         - 12:1
  2) Description          - to10 net A
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.61.1    
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.61.127  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : quit
/VLAN % modvl 13
 Current values associated with GROUP 13.1 are as follows:

  1) GROUP Number         - 13:1
  2) Description          - to10 net B
IP parameters:
  3) IP enabled           - Y
  4) IP Network Address   - 134.138.62.1    
  5) IP Subnet Mask       - 255.255.255.128 
  6) IP Broadcast Address - 134.138.62.127  
  7) Router Description   - 
  8) RIP Mode             - Silent
       {Active(a), Inactive(i), Deaf(d), Silent(s)}
  9) Routing disabled     - N
 10) NHRP enabled         - N
 11) Default Framing      - Ethernet II
       {Ethernet II(e), Ethernet 802.3(8)}
IPX parameters:
 12) IPX enabled          - N

(save/quit/cancel)
   : q
/VLAN % exit


<!-- ------------------------------------ -->
<H4>Verify net split</H4>
- From a local shell:
    ping 134.138.61.31
    ping 134.138.62.31
    ping 134.138.61.131
    ping 134.138.62.131
  These pings should not work.

- Physically connect the router to the TelORB system(s) which has(have) been
  reconfigured.

- From a local shell:
    ping 134.138.61.31
    ping 134.138.62.31
    ping 134.138.61.131
    ping 134.138.62.131
  These pings should work.

- From IO processors 1 and 2 in the TelORB system which occupies the network
  range 0-127:
    traceroute 134.138.61.31
     traceroute: Warning: Multiple interfaces found; using 134.138.61.25 @ exp0
     traceroute to 134.138.61.31 (134.138.61.31), 30 hops max, 40 byte packets
      1  134.138.61.31 (134.138.61.31)  0.533 ms  0.333 ms  0.269 ms

    traceroute 134.138.61.131
     traceroute: Warning: Multiple interfaces found; using 134.138.61.25 @ exp0
     traceroute to 134.138.61.131 (134.138.61.131), 30 hops max, 40 byte packets
      1  atmr1-b1.uab.ericsson.se (134.138.1.1)  5.863 ms  1.255 ms  1.321 ms
      2  134.138.1.2 (134.138.1.2)  1.013 ms  0.990 ms  0.983 ms
      3  134.138.16.11 (134.138.16.11)  1.741 ms  1.747 ms  1.731 ms
      4  xyplex1.uab.ericsson.se (134.138.17.2)  2.426 ms  2.299 ms  2.541 ms
      5  134.138.61.131 (134.138.61.131)  1.085 ms  1.160 ms  1.081 ms

    traceroute 134.138.62.31
     traceroute: Warning: Multiple interfaces found; using 134.138.61.25 @ exp0
     traceroute to 134.138.62.31 (134.138.62.31), 30 hops max, 40 byte packets
      1  134.138.62.31 (134.138.62.31)  0.779 ms  0.351 ms  0.271 ms

    traceroute 134.138.62.131
     traceroute: Warning: Multiple interfaces found; using 134.138.61.25 @ exp0
     traceroute to 134.138.62.131 (134.138.62.131), 30 hops max, 40 byte packets
      1  atmr1-b1.uab.ericsson.se (134.138.1.1)  5.533 ms  1.323 ms  1.226 ms
      2  134.138.1.2 (134.138.1.2)  2.452 ms  1.022 ms  1.019 ms
      3  134.138.16.11 (134.138.16.11)  1.796 ms  1.804 ms  1.796 ms
      4  xyplex1.uab.ericsson.se (134.138.17.2)  2.673 ms  2.721 ms  2.392 ms
      5  134.138.62.131 (134.138.62.131)  3.681 ms  1.096 ms  1.064 ms

- From IO processors 1 and 2 in the TelORB system which occupies the network
  range 128-255:
    traceroute 134.138.61.31
     traceroute: Warning: Multiple interfaces found; using 134.138.61.225 @ exp0
     traceroute to 134.138.61.31 (134.138.61.31), 30 hops max, 40 byte packets
      1  atmr1-b1.uab.ericsson.se (134.138.1.1)  6.083 ms  1.373 ms  1.328 ms
      2  134.138.1.2 (134.138.1.2)  1.835 ms  1.061 ms  0.964 ms
      3  134.138.16.11 (134.138.16.11)  1.718 ms  1.735 ms  1.771 ms
      4  xyplex1.uab.ericsson.se (134.138.17.2)  2.359 ms  2.521 ms  4.056 ms
      5  134.138.61.31 (134.138.61.31)  6.814 ms  1.051 ms  0.995 ms
    traceroute 134.138.61.131
     traceroute: Warning: Multiple interfaces found; using 134.138.61.225 @ exp0
     traceroute to 134.138.61.131 (134.138.61.131), 30 hops max, 40 byte packets
      1  134.138.61.131 (134.138.61.131)  0.551 ms  0.383 ms  0.341 ms
    traceroute 134.138.62.31
     traceroute: Warning: Multiple interfaces found; using 134.138.61.225 @ exp0
     traceroute to 134.138.62.31 (134.138.62.31), 30 hops max, 40 byte packets
      1  atmr1-b1.uab.ericsson.se (134.138.1.1)  1.567 ms  1.255 ms  1.229 ms
      2  134.138.1.2 (134.138.1.2)  2.431 ms  1.001 ms  1.223 ms
      3  134.138.16.11 (134.138.16.11)  1.703 ms  1.753 ms  1.761 ms
      4  xyplex1.uab.ericsson.se (134.138.17.2)  2.412 ms  2.359 ms  2.431 ms
      5  134.138.62.31 (134.138.62.31)  7.313 ms  1.039 ms  1.453 ms
    traceroute 134.138.62.131
     traceroute: Warning: Multiple interfaces found; using 134.138.61.225 @ exp0
     traceroute to 134.138.62.131 (134.138.62.131), 30 hops max, 40 byte packets
      1  134.138.62.131 (134.138.62.131)  0.813 ms  0.423 ms  0.356 ms

  (The traceroutes may also be used with e.g. 134.138.61.1 and 134.138.61.129.)


<!-- ------------------------------------ -->
<H4>Hints</H4>
ifconfig -a
      to10io1:/etc&gt;ifconfig -a
      lo0: flags=849&lt;UP,LOOPBACK,RUNNING,MULTICAST&gt; mtu 8232
              inet 127.0.0.1 netmask ff000000 
      exp0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
              inet 134.138.61.25 netmask ffffff00 broadcast 134.138.61.255
      exp1: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
              inet 134.138.62.25 netmask ffffff00 broadcast 134.138.62.255
      hme0: flags=863&lt;UP,BROADCAST,NOTRAILERS,RUNNING,MULTICAST&gt; mtu 1500
              inet 134.138.187.47 netmask fffff800 broadcast 134.138.191.255

su root
control-panel      (Opens GUI for net configuration)(Linux only?)


<!-- ------------------------------------ -->
<H4>Another way of splitting the networks</H4>
Use the same network addresses for one TelORB system

to10
----
Net A: 134.138.61.1   - 134.138.61.126      (0,127,128,255 reserved ; 1 probably
Net B: 134.138.61.129 - 134.138.61.254       also used)

to11
----
Net A: 134.138.62.1   - 134.138.62.126      (0,127,128,255 reserved ; 1 probably
Net B: 134.138.62.129 - 134.138.62.254       also used)

