Last updated: May 8, 2003
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Last updated: May 8, 2003 |
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The file examples in this document are valid for
TSP 4.0 with Dicos OS, Linux OS (also on IOs) and
PXE loading (TelORB R14).
This page contains examples of most of the files that are necessary for running a TelORB system.
Update!!! The files in this example collection originates from TelORB system to28, which consists of 18 TelORB processors where P1, P2, P5, P6, P9, P10, P13, P14, P17 & P18 run with TelORB OS
and P3, P4, P7, P8, P11, P12, P15 & P16 run with Linux OS.
P1 & P10 are used as loaders (PLGLs).
P7, P11 & P15 have four interfaces (eth0-3).
The IP addresses of to28 are specified in TelORB Guidelines, below the heading "TelORB system to28" (not yet updated).
See "Build environment" below, to get information about which software that was used when the printouts were collected.
The following examples of TelORB and IO set up files are currently available:
General
TelORB system building files
Console windows and log files
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IO processor files
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source /home/dicostest/tosFiles/to28/TelORB-R14-Linux-Patch6/EnvSettings build_vip # Include Jambala HLR, SCP and Populator #epconfig s -r /home/dicostest/systest/Applications/JAMBALA2.0/APPLICATION/ On the IO processors, the following KickStart/TSP versions were used as seen in the file /opt/OS/kickstart/ks-io-ide.cfg on the IOs: KS_REV="R1A02" TSP_VERSION="TSP4, Drop3.4" On the IO processors, the following tools version was used as seen in the file /opt/telorb/codearchive/version: CXP901305.R1X01
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Some parts of this section is not valid yet!
Regarding the epct files, either include everything in one epct file or split
it up into several epct files for a better overview. The latter is used in these
guidelines.
o File for setting up the build environment with information about e.g. which AD
or test bed to build from, as well as information about which epct files to be
included when building the system:
- Envsettings
o File that includes what name the TelORB system will get after the initial
load.
Also, the file contains information about the zone identity if the TelORB
system is part of a network redundant system:
- name.epct (NAME, ZONE)
o Files that include TelORB processor MAC addresses:
- processor.epct (ADDRESS)
- dhcpd.pxe.conf
- telorb.conf (IO1 & IO2: /opt/telorb/etc/)
- networkAddresses (IO1: /opt/telorb/axe/loadingGroup01_1/)
(IO2: /opt/telorb/axe/loadingGroup01_2/)
(Automatically created at initial load)
o Files that include IP addresses:
- telorbData.epct (DorbIIOPHostName, DUMP_HOST_ID, ETHSW_ADDRESSES)
- dhcpd.pxe.conf
- hosts
- ep_tftpd.conf
o Files that include processor allocations to pools (dependent on the number of
TelORB processors):
- processor.epct (PROCESSOR)
- netred.epct (PROCESSOR)
- demo.epct (PROCESSOR)
- java.epct (PROCESSOR)
- omed.epct (PROCESSOR)
- pools.epct (PROCESSOR)
o Files that are dependent on the number of TelORB processors (also see previous
item, i.e. processor allocations to pools):
- dhcpd.pxe.conf (It is OK to include more processors than what
physically exist in the TelORB system. This is
however not valid for the processor.epct file)
- start_services (/opt/telorb/tools/bin/STSsw 7 7001 -log &)
(/opt/telorb/tools/bin/DicosSyslogClient -L -m io1
134.138.xx.101-107 > /opt/telorb/syslog &)
- README.txt (For starting consolelogs, located at e.g.
/home/telorb/toX/consolelogs on e.g. a local WS)
o File that includes settings depending on the number of cabinets in the system:
- telorbData.epct (ETHSW_ADDRESSES)
o Files that include information about which software IDPs/IDGs that are being
used:
- telorb.epct (SOFTWARE)
- netred.epct (SOFTWARE)
- demo.epct (SOFTWARE)
- java.epct (SOFTWARE)
- omed.epct (SOFTWARE)
- axmp.epct (SOFTWARE)
- servicePlatform.epct (SOFTWARE)
o Files that include initial data settings:
- telorbData.epct (INITIAL DATA)
- servicePlatform.epct (INITIAL DATA)
o File that includes information about where to put backups and where to reload
from:
- ep_tftpd.conf
# OS software ############# # For AD and tb setenv EP_WORKSPACE `pwd`/epws setenv DICOS_FILESYSTEM_ROOT `pwd`/axe # For Dicos releases, latest versions set Owndir=`pwd` #cd /ipims_dicos/ipims_dicos10/dists/TSP4.0/EarlyDrop3.4/TelORB-R14-Linux-Runtime3.4/ cd /home/dicostest/systest/tsp4.0/TelORB-R14-Linux-upto-patch6/TelORB-R14-Linux-Runtime3.4/ source setup.csh epconfig d -a #epconfig use APR/901268/3 R1B03 #cd /ipims_dicos/ipims_dicos10/dists/TSP4.0/EarlyDrop3.4/TelORB-R14-Linux-SDK3.4/ cd /home/dicostest/systest/tsp4.0/TelORB-R14-Linux-upto-patch6/TelORB-R14-Linux-SDK3.4 source setup.csh echo "Using TelORB Clusterware/OS APR/901268/3 `epgetattr Version APR/901268/3`" echo "Using TelORB Clusterware/OS APIs CRA/119741/1 `epgetattr Version CRA/119741/1`" echo "Using TelORB Clusterware/OS SDK CRA/119760/1 `epgetattr Version CRA/119760/1`" echo "Using TelORB Clusterware/OS Vega CRA/119761/1 `epgetattr Version CRA/119761/1`" cd $Owndir # For Dicos releases, latest versions, ipims_dicos #set Owndir=`pwd` #cd /ipims_dicos/ipims_dicos10/dists/TSP4.0/EarlyDrop3.4/TelORB-R14-Linux-Runtime3.4/ #source setup.csh #cd /ipims_dicos/ipims_dicos10/dists/TSP4.0/EarlyDrop3.4/TelORB-R14-Linux-SDK3.4/ #source setup.csh #cd $Owndir # Build commands ################ # Build with TelORB_Base + dicos + linux + demo2000 + FileServer alias build 'epct -t i486 -vFc -f loadingGroup01_1 -f loadingGroup01_2 -d ../axe r14_linux_mini_zone2.epct demo2000.epct' # Build with TelORB_Base + dicos + linux + demo2000 + FileServer alias build_vip 'epct -t i486 -vFc -f loadingGroup01_1 -f loadingGroup01_2 -d ../axe r14_linux_mini_zone2.epct demo2000.epct viptest.epct' # Build with TelORB_Base + dicos + linux + demo2000 + FileServer + VIPtest + DOI alias build_vip_doi 'epct -t i486 -vFc -f loadingGroup01_1 -f loadingGroup01_2 -d ../axe r14_linux_mini_zone2.epct demo2000.epct viptest.epct doi_stl.epct' # Build with TelORB_Base + dicos + linux + demo2000 + DOI alias build_doi 'epct -t i486 -vFc -f loadingGroup01_1 -f loadingGroup01_2 -d ../axe r14_linux_mini_zone2.epct demo2000.epct doi.epct' # Build with TelORB_Base + dicos + linux + demo2000 + jambala alias build_jambala 'epct -t i486 -vFc -f loadingGroup01_1 -f loadingGroup01_2 -d ../axe r14_linux_mini_zone2.epct demo2000.epct jambalaApplication.epct' # Build with TelORB_Base + dicos + linux + HelloWorld alias build_hello 'epct -t i486 -vFc -f loadingGroup01_1 -f loadingGroup01_2 -d ../axe r14_linux_mini_zone2.epct DicosJavaHello.epct' # Build commands for upgrade packages ##################################### # Upgrade... alias upgrade 'epct -t i486 -v -F -d ../axe -u ../axe/to28_Mini_TelORB_Linux_R14lp5.config r14_linux_mini_zone2.epct demo2000.epct viptest.epct' # Upgrade package, compare release with upgrade package #epct -t i486 -v -F -u /to28/to28io1/telorb/axe/loadingGroup01_1/R14Linuxp5ToR14Linuxp6Step2.config r14_linux_mini_zone2.epct demo2000.epct viptest.epct # Clear all epconfig settings ############################# # Application ############# #epconfig s -r /home/dicostest/systest/Applications/JAMBALA2.0/APPLICATION #Test programs ############## #C++Demo and JavaDemo #Testbed source /ipims_dicos/BS2/tbTEST1.3/IP_CONF_INFO/EnvSettings #Distribution #epconfig s -r /ipims_dicos/ipims_dicos10/dists/TSP4.0/EarlyDrop3.0.1/TelORB-R14-Linux-Runtime3.0.1/examples/ # Include vip test program epconfig s -r /home/dicostest/systest/test_programs/vipTest/DsSocket_IDP epconfig s -r /home/dicostest/systest/test_programs/vipTest/dsSocket/DicosServerProcess_LM #Testing LMs ############ #epconfig s -r /home/dicoshack/Hack/uabtoho/r14lp6/DicosKernel_LM/ #epconfig s -r /home/dicoshack/Hack/uabtoho/r14lp6/LinuxBasicLibrary_LM/ #epconfig s -r /home/dicoshack/Hack/uabtoho/R14lp5/De2SubLinux_LM/ #epconfig s -r /home/dicoshack/Hack/uabtoho/r14lp6/De2Sub_LM/ #epconfig s -r /home/dicoshack/Hack/uabtoho/R14lp5/De2SubJavaLinux_LM/ #epconfig s -r /home/dicoshack/Hack/uabtoho/R14lp5/De2SubJava_LM/ #epconfig s -r /home/dicoshack/Hack/uabtoho/R14Lp4/Linux/De2SubLinux_LM/ #epconfig s -r /home/dicoshack/Hack/uabtoho/R14lp5/LinuxBasicLibrary_LM/ #epconfig s -r /home/dicoshack/Hack/uabnasl/tbAD14/LinuxBasicLibrary_LM/ #epconfig s -r /home/dicoshack/Hack/uablrek/BUGS/HD68965-Compile-lp5/De2SubLinux_LM #Printing commands ################## #Print epconfig settings, except Jambala #epconfig l -v | grep -v JAMBALA2.0 #Print epconfig settings, except Jambala and test programs #epconfig l -v | grep -v JAMBALA2.0 | grep -v examples #Print which patch #printenv | grep CONFIG #Copying extras ############### alias copy_extras 'cp /ipims_dicos/BS2/tbTEST1.3/TEST_IDPG/TelORBManagerExtras_IDP/included/LM_D116-TelORBManager/jar/TelORBManagerExtras.jar /to28/to28io1/telorb/codearchive/Unix_IDP/included/LM_D115-TelORBManager/jar/;cp /ipims_dicos/BS2/tbTEST1.3/TEST_IDPG/TelORBManagerExtras_IDP/included/LM_D116-TelORBManager/jar/TelORBManagerExtras.jar /to28/to28io2/telorb/codearchive/Unix_IDP/included/LM_D115-TelORBManager/jar/' #Set another patch level than default setting ############################################# #epconfig use APR/901268/3 R1B05 #print current version #epgetattr Version APR/901268/3
//########################################################################### //# # //# epct file for TelORB R14 Linux, GEM-MINI, Zone 2 Rev.F # //# ======================================================================= # //# # //# This file contains settings for the following TelORB configuration # //# parameters: NAME, ZONE, PROCESSOR, SOFTWARE, INITIAL DATA and # //# ENVIRONMENT DATA. # //# # //# (To configure Zone 1 for GEM-MINI, use the file # //# r14_linux_mini_zone1.epct.template.) # //# # //# GEM-MINI consists of 21 Pentium processors of which 2 are used as IO # //# processors. # //# The two IO processors are located in magazine 1, slot 1 and in # //# magazine 2, slot 1. # //# The two TelORB processors, used as Dicos loaders, are located in # //# magazine 0, slot 9 and in magazine 1, slot 9. # //# # //# This file is divided into three main parts, namely "SITE DEPENDENT # //# PARAMETERS", "APPLICATION DEPENDENT PARAMETERS" and "PARAMETERS WHICH # //# MUST NOT BE CHANGED". # //# Site and application dependent parameter values must be adjusted to # //# suit the target zone towards which this file will be used. # //# # //# Additional SOFTWARE and PROCESSOR pools (which are not specified in # //# this file) should preferably be added in a separate epct file. # //# # //# Note that the IP addresses used in the epct template files are just # //# recommendations. # //# If they conflict with e.g. external IP addresses they may have to be # //# adjusted. # //# For information about the recommended IP addressing scheme, consult the # //# document "Internal IP addresses in TSP 4.0", doc no UAB/UT-02:004. # //# # //# When making changes in this file, note that the characters for comments # //# are as follows: # //# - For INITIAL DATA and ENVIRONMENT DATA, use the hash character (#). # //# - For the rest of the file, use double slash characters (//). # //# # //# For information about all valid TelORB Configuration Parameters for # //# TelORB R14, consult CPI Store at URL: http://cpistore.ericsson.se # //# # //# /uabmsu # //########################################################################### //########################################################################### //# SITE DEPENDENT PARAMETERS (Adjust these to match your site) # //########################################################################### // Parameter for Zone Name // ======================= // Adjust the following: // - NAME: Specify the name of the zone, e.g. Stockholm_GSM_UMTS_HLR_R1A. NAME to28_Mini_TelORB_Linux_R14lp6; //NAME LinuxBasicLibrary_LM_D85_rev_R1U01test; // Parameter for Software // ====================== // The parameter SOFTWARE is actually application dependent, but it has to be // executed before the PROCESSOR parameters, and it also has a strong connection // to the PROCESSOR pools. // Additional SOFTWARE (than what is specified below) should preferably be added // in a separate epct file. // // Adjust the following: // - If any of the TelORB processors will run with Linux OS, uncomment IDP/SU1 // and IDP/D38. // - If DBN disk logging will be used, uncomment IDP/D24. // - If VIP will be used, uncomment IDP/D32, IDP/D35, IDP/D48 and IDP/D49. // The rest of the IDPs should be uncommented. SOFTWARE IDP/MD14; // Dicos_IDP SOFTWARE IDP/MD16; // Ethernet_IDP SOFTWARE IDP/D13; // IntelPcProcessorManagement_IDP SOFTWARE IDP/D16; // FileSystemComponents_IDP SOFTWARE IDP/D22; // GemScbSupervision_IDP, GEM hardware supervision SOFTWARE IDP/D36; // UDCRemoteServer_IDP, Linux DBN client proxy SOFTWARE IDP/DUO2; // Net_IDP, show load on processors SOFTWARE IDP/MD11; // CommLinkUdpAdaptation_IDP, InterZone IPC (Optional) SOFTWARE IDP/MD18; // Java_IDP (Optional) SOFTWARE IDP/D2; // NetRed_IDP (Optional) SOFTWARE IDP/D30; // LinuxIntelPcProcessorManagement_IDP, Linux (Optional) SOFTWARE IDP/SU1; // TelorbLinux_IDP, Linux (Optional) SOFTWARE IDP/D38; // TelorbLinuxJava_IDP, Linux (Optional) SOFTWARE IDP/D24; // DiskLog_IDP, DBN disk logging (Optional) SOFTWARE IDP/D32; // NetInet_IDP, VIP (Optional) SOFTWARE IDP/D35; // NetInetProcess_IDP, VIP (Optional) SOFTWARE IDP/D48; // TelorbLinuxNetInet_IDP, VIP (Optional) SOFTWARE IDP/D49; // TelorbLinuxNetInetProcess_IDP, VIP (Optional) SOFTWARE IDP/D27; // NetRedMonitorSimulator_IDP (Optional) // Parameters for TelORB Processors // ================================ // Additional PROCESSOR pools (than what is specified below) should preferably // be added in a separate epct file. // // The TelORB processor names represent the physical processor board position in // the cabinet, e.g. TelORB processor Proc_m0_s9 is located in magazine 0, // slot 9. // For TelORB processors Proc_m0_s9 and Proc_m1_s9, the following apply: // - Specify MAC addresses, as described below. // - Do not change any other settings, since these processors should run with // Dicos and be Dicos loaders. // // Adjust the following: // - ADDRESS: Specify MAC addresses for eth0 and eth1 for each processor, e.g. // 00:a0:a5:50:01:db 00:a0:a5:50:01:dc. // - Specify which Operating System each processor should run with, as follows: // Dicos: The processor lines with the comment "// Dicos" should be // uncommented. // The processor lines with the comment "// Linux" should be // commented. // Linux: The processor lines with the comment "// Linux" should be // uncommented. // The processor lines with the comment "// Dicos" should be // commented. PROCESSOR Proc_m0_s3 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:4c:01:52 00:a0:a5:4c:01:53" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s5 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:8f 00:a0:a5:50:01:90" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s7 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:42 00:a0:a5:50:01:1f" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s9 INITIAL // Init. loader LOADER // Dicos TARGET i486 // Dicos TYPE IntelPc // Dicos ADDRESS "00:a0:a5:50:01:7d 00:a0:a5:50:01:7e" IN DicosCommonPool,DicosPlgLoaderPool,DicosDbReplicaPool,DicosQnPool,DicosUDCRemotePool,DicosNetRedPool,DicosNetRedConnectPool,NetRedMonitorSimulatorPool; // Dicos PROCESSOR Proc_m0_s11 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:77 00:a0:a5:50:02:78" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s13 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:d0 00:a0:a5:50:02:d2" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s15 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:6f 00:a0:a5:50:01:70" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s17 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:59 00:a0:a5:50:01:5a" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s19 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:db 00:a0:a5:50:01:dc" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s21 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:24 00:a0:a5:50:01:25" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s23 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:1d 00:a0:a5:50:01:1e" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux //Used as File Server //PROCESSOR Proc_m1_s5 // TARGET i486 // Dicos // TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux // ADDRESS "00:a0:a5:50:01:8f 00:a0:a5:50:01:90" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s9 LOADER // Init. loader TARGET i486 // Dicos TYPE IntelPc // Dicos ADDRESS "00:a0:a5:50:01:d7 00:a0:a5:50:01:d8" IN DicosCommonPool,DicosPlgLoaderPool,DicosDbReplicaPool,DicosQnPool,DicosUDCRemotePool,DicosNetRedPool,DicosNetRedConnectPool,NetRedMonitorSimulatorPool; // Dicos PROCESSOR Proc_m1_s11 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:61 00:a0:a5:50:01:62" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s13 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:0b 00:a0:a5:50:02:0c" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s15 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:04:64 00:a0:a5:50:04:65" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux //Network B is down at this slot position //PROCESSOR Proc_m1_s17 // TARGET i486 // Dicos // TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux // ADDRESS "00:a0:a5:4c:01:52 00:a0:a5:4c:01:53" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s19 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:53 00:a0:a5:50:02:54" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s21 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:03:40 00:a0:a5:50:03:41" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s23 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:29 00:a0:a5:50:02:2a" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux INITIAL DATA # Initial Data Parameter for Date and Time # ======================================== # Adjust the following: # - TIME_DST_DATES: Modify the dates to correspond to the Daylight Saving Times # for the valid year, at the zone location, e.g. # (2003033002,1, 2003102602,0). TIME_DST_DATES = (2003033002,1, 2003102602,0) # Pre-loads the DST database at # initial start. The dates are # the last Sunday in March and # October, respectively. # Default value: None. # Initial Data Parameters for DNS # =============================== # Adjust the following: # - NumericAddress_50: Adjust both IP addresses to correspond to the symbolic # hostname (DNS_SERVERS), which is specified in # SymbolicAddress_50, e.g. # 134.138.226.13:134.138.201.17. # - NumericAddress_51: Adjust the first IP address to correspond to the # symbolic hostname (io1), which is specified in # SymbolicAddress_51. This is the IP address of the # external interface of IO processor 1, e.g. # 134.138.187.95. # - NumericAddress_52: Adjust the first IP address to correspond to the # symbolic hostname (io2), which is specified in # SymbolicAddress_52. This is the IP address of the # external interface of IO processor 2, e.g. # 134.138.187.96. SymbolicAddress_50 = "DNS_SERVERS" # DNS for remote DNS NumericAddress_50 = "134.138.201.17" # servers. SymbolicAddress_51 = "io1" # DNS for IO proc. 1. NumericAddress_51 = "134.138.187.113:172.16.16.129:172.16.24.129" SymbolicAddress_52 = "io2" # DNS for IO proc. 2. NumericAddress_52 = "134.138.187.114:172.16.17.1:172.16.25.1" # Initial Data Parameters for Network Redundancy # ============================================== # Adjust the following: # - If Network Redundancy will be used, uncomment the "i4ddCommand..." lines. #i4ddCommand_200 = "route add -net 172.16.0.0 -netmask 255.255.248.0 172.16.16.31" #i4ddCommand_210 = "route add -net 172.16.8.0 -netmask 255.255.248.0 172.16.24.31" # Remote Zone 1 (to29) i4ddCommand_200 = "route add -net 172.16.0.0 -netmask 255.255.248.0 172.16.16.31" i4ddCommand_210 = "route add -net 172.16.8.0 -netmask 255.255.248.0 172.16.24.31" # Initial Data Parameters for VIP # =============================== # Currently, VIP can only be used on TelORB processors running with Dicos. # In this template, only one VIP address is considered and TelORB processors # Proc_m0_s17 and Proc_m0_s19 are configured for VIP usage. # # Adjust the following: # - If VIP will be used, uncomment the "i4ddCommand..." lines. # - i4ddCommand_300: Depending on your VIP router configurations, the IP # addresses of the VIP router links on the router end may # have to be modified, e.g. 192.168.61.1. # (If the VIP routers have not yet been configured, the # default values for the VIP router links, used in the # template, can be kept and later be used when configuring # the VIP routers.) # - i4ddCommand_310: Specify the VIP address of the zone, e.g. # 100.100.100.100. i4ddCommand_300 = "ddconfig i4dd0 Proc_m0_s17:eth2:192.168.76.1 Proc_m0_s17:eth3:192.168.77.2 Proc_m0_s19:eth2:192.168.76.2 Proc_m0_s19:eth3:192.168.77.1" i4ddCommand_310 = "ifconfig i4dd0 inet 134.138.71.28" i4ddCommand_320 = "route add default -interface i4dd0" SocketUserDistributionCfg_1 = "0x800:6:0:roundRobinDistributor" SocketUserDistributionCfg_2 = "0x800:17:0:roundRobinDistributor" # Initial Data Parameters for File Server(s) # ========================================== # Any of the PMD-ETH processor boards, which are not used as IO processors, may # be used as file servers. However, the processors which will be used as file # servers, must NOT be included in the TelORB cluster. It is therefore important # that the configuration of these processors are removed (//) in the section # "Parameters for TelORB Processors" in this file. # Actually, the DNS settings for the file server processors should also be # removed (#) in the section "Initial Data Parameters for DNS" in this file, # but this is not necessary. # In addition to this, some changes are necessary in the corresponding # telorb.conf file. See section "Configuration of File Server(s)" in the # telorb.conf file. # # If a file server will be used, uncomment the "FileSystemCommand..." lines # below "File server 1" and adjust the following: # - FileSystemCommand_320: Specify the IP addresses of eth0 (network A) and eth1 # (network B) on the processor used as file server, # e.g. # -o ipaddr=172.16.16.1 -o ipaddr=172.16.24.1. # Note: The IP addresses must be the same as specified # in the corresponding telorb.conf file. # # If a second file server will be used, uncomment the "FileSystemCommand..." # lines below "File server 2" and adjust the "FileSystemCommand_350" line in the # same way as for "File server 1". # # If more than two file servers will be used, just add further # "FileSystemCommand..." lines with valid FileServer number(s), rpc minor # numbers and IP addresses. # File server 1 FileSystemCommand_300 = "mkdir /FileServer1" FileSystemCommand_310 = "mknod -b /dev/rpc4 2 4" FileSystemCommand_320 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.133 -o ipaddr=172.16.24.133 /dev/rpc4 /FileServer1/ /data" # File server 2 #FileSystemCommand_330 = "mkdir /FileServer2" #FileSystemCommand_340 = "mknod -b /dev/rpc5 2 5" #FileSystemCommand_350 = "mount -t nfs -o uid=101 -o gid=501 -o ipaddr=aa7.bb7.cc5.dd7 -o ipaddr=aa8.bb8.cc8.dd8 /dev/rpc5 /FileServer2/ /data" ENDDATA //############################################################################## //# APPLICATION DEPENDENT PARAMETERS (Adjust these to match your applications) # //############################################################################## INITIAL DATA # Initial Data Parameters for Java # ================================ # Adjust the following: # - JAVA_CAPSULE_HEAP, JAVA_HEAP, JAVA_PERM_HEAP: Modify the sizes to suit your # applications. JAVA_CAPSULE_HEAP = 64 # Sets the size of the Java # Capsule Heap. # Default value: JAVA_HEAP + 12. # Recommended value: 64 MB (as # specified in UABtr05174). # With the present HotSpot JVM, # the JAVA_HEAP is not a part of # the JAVA_CAPSULE_HEAP. JAVA_HEAP = 30 # Sets the size available for # Java-code and Java-data. # Default value: 4 MB. # With the present HotSpot JVM, # the JAVA_HEAP is not a part of # the JAVA_CAPSULE_HEAP. JAVA_PERM_HEAP = 16 # Sets the size of the Java # Permanent Heap. # Default value: 4 MB (Vega). # Recommended value for target # systems: 16 MB. ENDDATA //########################################################################### //# PARAMETERS WHICH MUST NOT BE CHANGED (Do NOT adjust these) # //########################################################################### // Parameter for Zone Name (for Network Redundancy) // ================================================ ZONE 2; // Specifies the standby zone. INITIAL DATA # Initial Data Parameters for Loadmodule Size # =========================================== BOOT_buffer_size = 16000000 # Buffer size for BOOT. # Default value: 5 MB. # Recommended value for the # HotSpot JVM: 16 MB. LMD_buffer_size = 8000000 # Buffer size for the # LMDistributor process. # Default value: 3145728 byte. # Recommended value for the # HotSpot JVM: 8 MB. LMR_buffer_size = 8000000 # Buffer size for the # LMReceiver process. # Default value: 3145728 byte. # Recommended value for the # HotSpot JVM: 8 MB. # Initial Data Parameter for CORBA/IIOP # ===================================== DorbIIOPHostName = "172.16.16.9:172.16.24.137" # IP addresses of IIOP # gateway agents for # the system. # Use IP address of the # first Dicos loader # in Network A and IP # address of the second # Dicos loader in # Network B in own zone. # Initial Data Parameter for Error Dumping # ======================================== DUMP_DRIVER = "DumpDriverTftp" # The name of the driver for # remote dumps (to IO # processors). # Default value: None. # Initial Data Parameters for File System # ======================================= FileSystemCommand_200 = "mkdir /dev" FileSystemCommand_210 = "mkdir /loadingGroup01_1" FileSystemCommand_220 = "mknod -b /dev/rpc1 2 1" FileSystemCommand_230 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc1 /loadingGroup01_1/ /opt/telorb/axe/loadingGroup01_1" FileSystemCommand_240 = "mkdir /loadingGroup01_2" FileSystemCommand_250 = "mknod -b /dev/rpc2 2 2" FileSystemCommand_260 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.17.1 -o ipaddr=172.16.25.1 /dev/rpc2 /loadingGroup01_2/ /opt/telorb/axe/loadingGroup01_2" FileSystemCommand_270 = "mkdir /upgradePackages" FileSystemCommand_280 = "mknod -b /dev/rpc3 2 3" FileSystemCommand_290 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc3 /upgradePackages/ /opt/telorb/axe/upgradePackages" # Initial Data Parameters for DNS # =============================== SymbolicAddress_53 = "localhost:localhost.localdomain" # DNS for localhost,etc. NumericAddress_53 = "127.0.0.1" SymbolicAddress_54 = "GESB_A" # DNS for GESB_A. NumericAddress_54 = "172.16.17.23:172.16.25.23" SymbolicAddress_55 = "GESB_B" # DNS for GESB_B. NumericAddress_55 = "172.16.17.151:172.16.25.151" SymbolicAddress_56 = "SCB_0A" # DNS for SCB_0A. NumericAddress_56 = "172.16.16.32:172.16.24.32" SymbolicAddress_57 = "SCB_0B" # DNS for SCB_0B. NumericAddress_57 = "172.16.16.25:172.16.24.25" SymbolicAddress_58 = "SCB_1A" # DNS for SCB_1A. NumericAddress_58 = "172.16.16.160:172.16.24.160" SymbolicAddress_59 = "SCB_1B" # DNS for SCB_1B. NumericAddress_59 = "172.16.16.153:172.16.24.153" SymbolicAddress_60 = "SCB_2A" # DNS for SCB_2A. NumericAddress_60 = "172.16.17.32:172.16.25.32" SymbolicAddress_61 = "SCB_2B" # DNS for SCB_2B. NumericAddress_61 = "172.16.17.25:172.16.25.25" SymbolicAddress_62 = "SCB_3A" # DNS for SCB_3A. NumericAddress_62 = "172.16.17.160:172.16.25.160" SymbolicAddress_63 = "SCB_3B" # DNS for SCB_3B. NumericAddress_63 = "172.16.17.153:172.16.25.153" SymbolicAddress_64 = "Proc_m0_s3" # DNS for TelORB proc. NumericAddress_64 = "172.16.16.3:172.16.24.3" SymbolicAddress_65 = "Proc_m0_s5" # DNS for TelORB proc. NumericAddress_65 = "172.16.16.5:172.16.24.5" SymbolicAddress_66 = "Proc_m0_s7" # DNS for TelORB proc. NumericAddress_66 = "172.16.16.7:172.16.24.7" SymbolicAddress_67 = "Proc_m0_s9" # DNS for TelORB proc. NumericAddress_67 = "172.16.16.9:172.16.24.9" SymbolicAddress_68 = "Proc_m0_s11" # DNS for TelORB proc. NumericAddress_68 = "172.16.16.11:172.16.24.11" SymbolicAddress_69 = "Proc_m0_s13" # DNS for TelORB proc. NumericAddress_69 = "172.16.16.13:172.16.24.13" SymbolicAddress_70 = "Proc_m0_s15" # DNS for TelORB proc. NumericAddress_70 = "172.16.16.15:172.16.24.15" SymbolicAddress_71 = "Proc_m0_s17" # DNS for TelORB proc. NumericAddress_71 = "172.16.16.17:172.16.24.17" SymbolicAddress_72 = "Proc_m0_s19" # DNS for TelORB proc. NumericAddress_72 = "172.16.16.19:172.16.24.19" SymbolicAddress_73 = "Proc_m0_s21" # DNS for TelORB proc. NumericAddress_73 = "172.16.16.21:172.16.24.21" SymbolicAddress_74 = "Proc_m0_s23" # DNS for TelORB proc. NumericAddress_74 = "172.16.16.23:172.16.24.23" SymbolicAddress_75 = "Proc_m1_s9" # DNS for TelORB proc. NumericAddress_75 = "172.16.16.137:172.16.24.137" SymbolicAddress_76 = "Proc_m1_s11" # DNS for TelORB proc. NumericAddress_76 = "172.16.16.139:172.16.24.139" SymbolicAddress_77 = "Proc_m1_s13" # DNS for TelORB proc. NumericAddress_77 = "172.16.16.141:172.16.24.141" SymbolicAddress_78 = "Proc_m1_s15" # DNS for TelORB proc. NumericAddress_78 = "172.16.16.143:172.16.24.143" SymbolicAddress_79 = "Proc_m1_s17" # DNS for TelORB proc. NumericAddress_79 = "172.16.16.145:172.16.24.145" SymbolicAddress_80 = "Proc_m1_s19" # DNS for TelORB proc. NumericAddress_80 = "172.16.16.147:172.16.24.147" SymbolicAddress_81 = "Proc_m1_s21" # DNS for TelORB proc. NumericAddress_81 = "172.16.16.149:172.16.24.149" SymbolicAddress_82 = "Proc_m1_s23" # DNS for TelORB proc. NumericAddress_82 = "172.16.16.151:172.16.24.151" ENDDATA ENVIRONMENT DATA # Environment Data Parameters for GEM Cabinet Hardware Supervision # ================================================================ GEM_HWI_ENABLED = "1" # Enables the HW Inventory in # the TelORB Manager. # Default value: 0. GEM_SCB_ADDRESSES = "SCB_0A,SCB_0B,SCB_1A,SCB_1B,SCB_2A,SCB_2B,SCB_3A,SCB_3B" # List of supervised SCBs. # Default value: None. GEM_SCB_FANUNITS = "1,0,1,0,1,0,1,0" # Specifies how many fans that # are connected to each SCB. # Default value: None. GESB0 = "GESB_A,2,23,4" # Specifies the GESB name, # magazine number, slot position # and number of active SCB links # for GESB0. # Default value: None. GESB1 = "GESB_B,3,23,4" # Specifies the GESB name, # magazine number, slot position # and number of active SCB links # for GESB1. # Default value: None. # Environment Data Parameter for Alarm Panel # ========================================== AlarmPanelAddress = "172.16.16.129, 172.16.24.129, 172.16.17.1, 172.16.25.1" # IP addresses on IO processors # over networks A & B for the # RS232 bridge serving the alarm # panel. # Default values: # IP address: None, Port: 5500. ENDDATA //############################## End of file ##############################
Example of file contents:
//########################################################################### //# # //# epct file for TelORB R14 Linux, GEM-MINI, Zone 2 Rev.E # //# ======================================================================= # //# # //# This file contains settings for the following TelORB configuration # //# parameters: NAME, ZONE, PROCESSOR, SOFTWARE, INITIAL DATA and # //# ENVIRONMENT DATA. # //# # //# (To configure Zone 1 for GEM-MINI, use the file # //# r14_linux_mini_zone1.epct.template.) # //# # //# GEM-MINI consists of 21 Pentium processors of which 2 are used as IO # //# processors. # //# The two IO processors are located in magazine 1, slot 1 and in # //# magazine 2, slot 1. # //# The two TelORB processors, used as Dicos loaders, are located in # //# magazine 0, slot 9 and in magazine 1, slot 9. # //# # //# This file is divided into three main parts, namely "SITE DEPENDENT # //# PARAMETERS", "APPLICATION DEPENDENT PARAMETERS" and "PARAMETERS WHICH # //# MUST NOT BE CHANGED". # //# Site and application dependent parameter values must be adjusted to # //# suit the target zone towards which this file will be used. # //# # //# Additional SOFTWARE and PROCESSOR pools (which are not specified in # //# this file) should preferably be added in a separate epct file. # //# # //# Note that the IP addresses used in the epct template files are just # //# recommendations. # //# If they conflict with e.g. external IP addresses they may have to be # //# adjusted. # //# For information about the recommended IP addressing scheme, consult the # //# document "Internal IP addresses in TSP 4.0", doc no UAB/UT-02:004. # //# # //# When making changes in this file, note that the characters for comments # //# are as follows: # //# - For INITIAL DATA and ENVIRONMENT DATA, use the hash character (#). # //# - For the rest of the file, use double slash characters (//). # //# # //# For information about all existing TelORB Configuration Parameters for # //# TelORB R14, consult the official O&M documentation at URL: # //# http://telorb.uab.ericsson.se/Doc/R14_Doc/ # //# Configuration_Parameters_and_Tools_Staging_Area/wwhelp.htm # //# # //# /uabmsu # //########################################################################### //########################################################################### //# SITE DEPENDENT PARAMETERS (Adjust these to match your site) # //########################################################################### // Parameter for Zone Name // ======================= // Adjust the following: // - NAME: Specify the name of the zone, e.g. Stockholm_GSM_UMTS_HLR_R1A. NAME to28_Mini_TelORB_Linux_TSP4p5; // Parameter for Software // ====================== // The parameter SOFTWARE is actually application dependent, but it has to be // executed before the PROCESSOR parameters, and it also has a strong connection // to the PROCESSOR pools. // Additional SOFTWARE (than what is specified below) should preferably be added // in a separate epct file. // // Adjust the following: // - If any of the TelORB processors will run with Linux OS, uncomment IDP/SU1 // and IDP/D38. // - If DBN disk logging will be used, uncomment IDP/D24. // - If VIP will be used, uncomment IDP/D32, IDP/D35, IDP/D48 and IDP/D49. // The rest of the IDPs should be uncommented. SOFTWARE IDP/MD14; // Dicos_IDP SOFTWARE IDP/MD16; // Ethernet_IDP SOFTWARE IDP/D13; // IntelPcProcessorManagement_IDP SOFTWARE IDP/D16; // FileSystemComponents_IDP SOFTWARE IDP/D22; // GemScbSupervision_IDP, GEM hardware supervision SOFTWARE IDP/D36; // UDCRemoteServer_IDP, Linux DBN client proxy SOFTWARE IDP/DUO2; // Net_IDP, show load on processors SOFTWARE IDP/MD11; // CommLinkUdpAdaptation_IDP, InterZone IPC (Optional) SOFTWARE IDP/MD18; // Java_IDP (Optional) SOFTWARE IDP/D2; // NetRed_IDP (Optional) SOFTWARE IDP/D30; // LinuxIntelPcProcessorManagement_IDP, Linux (Optional) SOFTWARE IDP/SU1; // TelorbLinux_IDP, Linux (Optional) SOFTWARE IDP/D38; // TelorbLinuxJava_IDP, Linux (Optional) SOFTWARE IDP/D24; // DiskLog_IDP, DBN disk logging (Optional) SOFTWARE IDP/D32; // NetInet_IDP, VIP (Optional) SOFTWARE IDP/D35; // NetInetProcess_IDP, VIP (Optional) SOFTWARE IDP/D48; // TelorbLinuxNetInet_IDP, VIP (Optional) SOFTWARE IDP/D49; // TelorbLinuxNetInetProcess_IDP, VIP (Optional) // Parameters for TelORB Processors // ================================ // Additional PROCESSOR pools (than what is specified below) should preferably // be added in a separate epct file. // // The TelORB processor names represent the physical processor board position in // the cabinet, e.g. TelORB processor Proc_m0_s9 is located in magazine 0, // slot 9. // For TelORB processors Proc_m0_s9 and Proc_m1_s9, the following apply: // - Specify MAC addresses, as described below. // - Do not change any other settings, since these processors should run with // Dicos and be Dicos loaders. // // Adjust the following: // - ADDRESS: Specify MAC addresses for eth0 and eth1 for each processor, e.g. // 00:a0:a5:50:01:db 00:a0:a5:50:01:dc. // - Specify which Operating System each processor should run with, as follows: // Dicos: The processor lines with the comment "// Dicos" should be // uncommented. // The processor lines with the comment "// Linux" should be // commented. // Linux: The processor lines with the comment "// Linux" should be // uncommented. // The processor lines with the comment "// Dicos" should be // commented. PROCESSOR Proc_m0_s3 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:4c:01:52 00:a0:a5:4c:01:53" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s5 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:8f 00:a0:a5:50:01:90" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s7 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:42 00:a0:a5:50:01:1f" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s9 INITIAL // Init. loader LOADER // Dicos TARGET i486 // Dicos TYPE IntelPc // Dicos ADDRESS "00:a0:a5:50:01:7d 00:a0:a5:50:01:7e" IN DicosCommonPool,DicosPlgLoaderPool,DicosDbReplicaPool,DicosQnPool,DicosUDCRemotePool,DicosNetRedPool,DicosNetRedConnectPool; // Dicos PROCESSOR Proc_m0_s11 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:77 00:a0:a5:50:02:78" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s13 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:d0 00:a0:a5:50:02:d2" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s15 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:6f 00:a0:a5:50:01:70" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s17 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:59 00:a0:a5:50:01:5a" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s19 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:db 00:a0:a5:50:01:dc" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s21 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:24 00:a0:a5:50:01:25" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s23 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:1d 00:a0:a5:50:01:1e" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux //Used as File Server //PROCESSOR Proc_m1_s5 // TARGET i486 // Dicos // TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux // ADDRESS "00:a0:a5:50:01:8f 00:a0:a5:50:01:90" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s9 LOADER // Init. loader TARGET i486 // Dicos TYPE IntelPc // Dicos ADDRESS "00:a0:a5:50:01:d7 00:a0:a5:50:01:d8" IN DicosCommonPool,DicosPlgLoaderPool,DicosDbReplicaPool,DicosQnPool,DicosUDCRemotePool,DicosNetRedPool,DicosNetRedConnectPool; // Dicos PROCESSOR Proc_m1_s11 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:01:61 00:a0:a5:50:01:62" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s13 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:0b 00:a0:a5:50:02:0c" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s15 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:04:64 00:a0:a5:50:04:65" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux //Network B is down at this slot position //PROCESSOR Proc_m1_s17 // TARGET i486 // Dicos // TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux // ADDRESS "00:a0:a5:4c:01:52 00:a0:a5:4c:01:53" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s19 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:53 00:a0:a5:50:02:54" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s21 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:03:40 00:a0:a5:50:03:41" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s23 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:a0:a5:50:02:29 00:a0:a5:50:02:2a" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux INITIAL DATA # Initial Data Parameter for Date and Time # ======================================== # Adjust the following: # - TIME_DST_DATES: Modify the dates to correspond to the Daylight Saving Times, # for the valid year, at the zone location, e.g. # (2002033102,1, 2002102702,0). TIME_DST_DATES = (2002033102,1, 2002102702,0) # Pre-loads the DST database at # initial start. # Default value: None. # Initial Data Parameters for DNS # =============================== # Adjust the following: # - NumericAddress_50: Adjust both IP addresses to correspond to the symbolic # hostname (DNS_SERVERS), which is specified in # SymbolicAddress_50, e.g. # 134.138.226.13:134.138.201.17. # - NumericAddress_51: Adjust the first IP address to correspond to the # symbolic hostname (io1), which is specified in # SymbolicAddress_51. This is the IP address of the # external interface of IO processor 1, e.g. # 134.138.187.95. # - NumericAddress_52: Adjust the first IP address to correspond to the # symbolic hostname (io2), which is specified in # SymbolicAddress_52. This is the IP address of the # external interface of IO processor 2, e.g. # 134.138.187.96. SymbolicAddress_50 = "DNS_SERVERS" # DNS for remote DNS NumericAddress_50 = "134.138.201.17" # servers. SymbolicAddress_51 = "io1" # DNS for IO proc. 1. NumericAddress_51 = "134.138.187.113:172.16.16.129:172.16.24.129" SymbolicAddress_52 = "io2" # DNS for IO proc. 2. NumericAddress_52 = "134.138.187.114:172.16.17.1:172.16.25.1" # Initial Data Parameters for Network Redundancy # ============================================== # Adjust the following: # - If Network Redundancy will be used, uncomment the "i4ddCommand..." lines. i4ddCommand_200 = "route add -net 172.16.0.0 -netmask 255.255.248.0 172.16.16.31" i4ddCommand_210 = "route add -net 172.16.8.0 -netmask 255.255.248.0 172.16.24.31" # Initial Data Parameters for VIP # =============================== # Currently, VIP can only be used on TelORB processors running with Dicos. # In this template, only one VIP address is considered and TelORB processors # Proc_m0_s17 and Proc_m0_s19 are configured for VIP usage. # # Adjust the following: # - If VIP will be used, uncomment the "i4ddCommand..." lines. # - i4ddCommand_300: Depending on your VIP router configurations, the IP # addresses of the VIP router links on the router end may # have to be modified, e.g. 192.168.61.1. # (If the VIP routers have not yet been configured, the # default values for the VIP router links, used in the # template, can be kept and later be used when configuring # the VIP routers.) # - i4ddCommand_310: Specify the VIP address of the zone, e.g. # 100.100.100.100. i4ddCommand_300 = "ddconfig i4dd0 Proc_m0_s17:eth2:192.168.76.1 Proc_m0_s17:eth3:192.168.77.2 Proc_m0_s19:eth2:192.168.76.2 Proc_m0_s19:eth3:192.168.77.1" i4ddCommand_310 = "ifconfig i4dd0 inet 134.138.71.28" i4ddCommand_320 = "route add default -interface i4dd0" SocketUserDistributionCfg_1 = "0x800:6:0:roundRobinDistributor" SocketUserDistributionCfg_2 = "0x800:17:0:roundRobinDistributor" # Initial Data Parameters for File Server(s) # ========================================== # Any of the PMD-ETH processor boards, which are not used as IO processors, may # be used as file servers. However, the processors which will be used as file # servers, must NOT be included in the TelORB cluster. It is therefore important # that the configuration of these processors are removed (//) in the section # "Parameters for TelORB Processors" in this file. # Actually, the DNS settings for the file server processors should also be # removed (#) in the section "Initial Data Parameters for DNS" in this file, # but this is not necessary. # In addition to this, some changes are necessary in the corresponding # telorb.conf file. See section "Configuration of File Server(s)" in the # telorb.conf file. # # If a file server will be used, uncomment the "FileSystemCommand..." lines # below "File server 1" and adjust the following: # - FileSystemCommand_320: Specify the IP addresses of eth0 (network A) and eth1 # (network B) on the processor used as file server, # e.g. # -o ipaddr=172.16.16.1 -o ipaddr=172.16.24.1. # Note: The IP addresses must be the same as specified # in the corresponding telorb.conf file. # # If a second file server will be used, uncomment the "FileSystemCommand..." # lines below "File server 2" and adjust the "FileSystemCommand_350" line in the # same way as for "File server 1". # # If more than two file servers will be used, just add further # "FileSystemCommand..." lines with valid FileServer number(s), rpc minor # numbers and IP addresses. # File server 1 FileSystemCommand_300 = "mkdir /FileServer1" FileSystemCommand_310 = "mknod -b /dev/rpc4 2 4" FileSystemCommand_320 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.133 -o ipaddr=172.16.24.133 /dev/rpc4 /FileServer1/ /data" # File server 2 #FileSystemCommand_330 = "mkdir /FileServer2" #FileSystemCommand_340 = "mknod -b /dev/rpc5 2 5" #FileSystemCommand_350 = "mount -t nfs -o uid=101 -o gid=501 -o ipaddr=aa7.bb7.cc5.dd7 -o ipaddr=aa8.bb8.cc8.dd8 /dev/rpc5 /FileServer2/ /data" ENDDATA //############################################################################## //# APPLICATION DEPENDENT PARAMETERS (Adjust these to match your applications) # //############################################################################## INITIAL DATA # Initial Data Parameters for Java # ================================ # Adjust the following: # - JAVA_CAPSULE_HEAP, JAVA_HEAP, JAVA_PERM_HEAP: Modify the sizes to suit your # applications. JAVA_CAPSULE_HEAP = 64 # Sets the size of the Java # Capsule Heap. # Default value: JAVA_HEAP + 12. # Recommended value: 64 MB (as # specified in UABtr05174). # With the present HotSpot JVM, # the JAVA_HEAP is not a part of # the JAVA_CAPSULE_HEAP. JAVA_HEAP = 30 # Sets the size available for # Java-code and Java-data. # Default value: 4 MB. # With the present HotSpot JVM, # the JAVA_HEAP is not a part of # the JAVA_CAPSULE_HEAP. JAVA_PERM_HEAP = 16 # Sets the size of the Java # Permanent Heap. # Default value: 4 MB (Vega). # Recommended value for target # systems: 16 MB. ENDDATA //########################################################################### //# PARAMETERS WHICH MUST NOT BE CHANGED (Do NOT adjust these) # //########################################################################### // Parameter for Zone Name (for Network Redundancy) // ================================================ ZONE 2; // Specifies the standby zone. INITIAL DATA # Initial Data Parameters for Loadmodule Size # =========================================== BOOT_buffer_size = 16000000 # Buffer size for BOOT. # Default value: 5 MB. # Recommended value for the # HotSpot JVM: 16 MB. LMD_buffer_size = 8000000 # Buffer size for the # LMDistributor process. # Default value: 3145728 byte. # Recommended value for the # HotSpot JVM: 8 MB. LMR_buffer_size = 8000000 # Buffer size for the # LMReceiver process. # Default value: 3145728 byte. # Recommended value for the # HotSpot JVM: 8 MB. # Initial Data Parameter for CORBA/IIOP # ===================================== DorbIIOPHostName = "172.16.16.9:172.16.24.137" # IP addresses of IIOP # gateway agents for # the system. # Use IP address of the # first Dicos loader # in Network A and IP # address of the second # Dicos loader in # Network B in own zone. # Initial Data Parameter for Error Dumping # ======================================== DUMP_DRIVER = "DumpDriverTftp" # The name of the driver for # remote dumps (to IO # processors). # Default value: None. # Initial Data Parameters for File System # ======================================= FileSystemCommand_200 = "mkdir /dev" FileSystemCommand_210 = "mkdir /loadingGroup01_1" FileSystemCommand_220 = "mknod -b /dev/rpc1 2 1" FileSystemCommand_230 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc1 /loadingGroup01_1/ /opt/telorb/axe/loadingGroup01_1" FileSystemCommand_240 = "mkdir /loadingGroup01_2" FileSystemCommand_250 = "mknod -b /dev/rpc2 2 2" FileSystemCommand_260 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.17.1 -o ipaddr=172.16.25.1 /dev/rpc2 /loadingGroup01_2/ /opt/telorb/axe/loadingGroup01_2" FileSystemCommand_270 = "mkdir /upgradePackages" FileSystemCommand_280 = "mknod -b /dev/rpc3 2 3" FileSystemCommand_290 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc3 /upgradePackages/ /opt/telorb/axe/upgradePackages" # Additional File System mount points which require that "application_xx" directories are created on IO processor 1 below /opt/telorb/axe/ before the epct file is executed FileSystemCommand_351 = "mkdir /application_01" FileSystemCommand_352 = "mknod -b /dev/rpc6 2 6" FileSystemCommand_353 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc6 /application_01/ /opt/telorb/axe/application_01" FileSystemCommand_354 = "mkdir /application_02" FileSystemCommand_355 = "mknod -b /dev/rpc7 2 7" FileSystemCommand_356 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc7 /application_02/ /opt/telorb/axe/application_02" FileSystemCommand_360 = "mkdir /application_03" FileSystemCommand_370 = "mknod -b /dev/rpc8 2 8" FileSystemCommand_380 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc8 /application_03/ /opt/telorb/axe/application_03" FileSystemCommand_390 = "mkdir /application_04" FileSystemCommand_400 = "mknod -b /dev/rpc9 2 9" FileSystemCommand_410 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc9 /application_04/ /opt/telorb/axe/application_04" FileSystemCommand_420 = "mkdir /application_05" FileSystemCommand_430 = "mknod -b /dev/rpc10 2 10" FileSystemCommand_440 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc10 /application_05/ /opt/telorb/axe/application_05" #FileSystemCommand_450 = "mkdir /application_06" #FileSystemCommand_460 = "mknod -b /dev/rpc11 2 11" #FileSystemCommand_470 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc11 /application_06/ /opt/telorb/axe/application_06" #FileSystemCommand_480 = "mkdir /application_07" #FileSystemCommand_490 = "mknod -b /dev/rpc12 2 12" #FileSystemCommand_500 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc12 /application_07/ /opt/telorb/axe/application_07" #FileSystemCommand_510 = "mkdir /application_08" #FileSystemCommand_520 = "mknod -b /dev/rpc13 2 13" #FileSystemCommand_530 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc13 /application_08/ /opt/telorb/axe/application_08" #FileSystemCommand_540 = "mkdir /application_09" #FileSystemCommand_550 = "mknod -b /dev/rpc14 2 14" #FileSystemCommand_560 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc14 /application_09/ /opt/telorb/axe/application_09" #FileSystemCommand_570 = "mkdir /application_10" #FileSystemCommand_580 = "mknod -b /dev/rpc15 2 15" #FileSystemCommand_590 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc15 /application_10/ /opt/telorb/axe/application_10" #FileSystemCommand_600 = "mkdir /application_11" #FileSystemCommand_610 = "mknod -b /dev/rpc16 2 16" #FileSystemCommand_620 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc16 /application_11/ /opt/telorb/axe/application_11" #FileSystemCommand_8885 = "mkdir /application_12" #FileSystemCommand_8886 = "mknod -b /dev/rpc17 2 17" #FileSystemCommand_8887 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.16.129 -o ipaddr=172.16.24.129 /dev/rpc17 /application_12/ /opt/telorb/axe/application_12" # Initial Data Parameters for DNS # =============================== SymbolicAddress_53 = "localhost:localhost.localdomain" # DNS for localhost,etc. NumericAddress_53 = "127.0.0.1" SymbolicAddress_54 = "GESB_A" # DNS for GESB_A. NumericAddress_54 = "172.16.17.23:172.16.25.23" SymbolicAddress_55 = "GESB_B" # DNS for GESB_B. NumericAddress_55 = "172.16.17.151:172.16.25.151" SymbolicAddress_56 = "SCB_0A" # DNS for SCB_0A. NumericAddress_56 = "172.16.16.32:172.16.24.32" SymbolicAddress_57 = "SCB_0B" # DNS for SCB_0B. NumericAddress_57 = "172.16.16.25:172.16.24.25" SymbolicAddress_58 = "SCB_1A" # DNS for SCB_1A. NumericAddress_58 = "172.16.16.160:172.16.24.160" SymbolicAddress_59 = "SCB_1B" # DNS for SCB_1B. NumericAddress_59 = "172.16.16.153:172.16.24.153" SymbolicAddress_60 = "SCB_2A" # DNS for SCB_2A. NumericAddress_60 = "172.16.17.32:172.16.25.32" SymbolicAddress_61 = "SCB_2B" # DNS for SCB_2B. NumericAddress_61 = "172.16.17.25:172.16.25.25" SymbolicAddress_62 = "SCB_3A" # DNS for SCB_3A. NumericAddress_62 = "172.16.17.160:172.16.25.160" SymbolicAddress_63 = "SCB_3B" # DNS for SCB_3B. NumericAddress_63 = "172.16.17.153:172.16.25.153" SymbolicAddress_64 = "Proc_m0_s3" # DNS for TelORB proc. NumericAddress_64 = "172.16.16.3:172.16.24.3" SymbolicAddress_65 = "Proc_m0_s5" # DNS for TelORB proc. NumericAddress_65 = "172.16.16.5:172.16.24.5" SymbolicAddress_66 = "Proc_m0_s7" # DNS for TelORB proc. NumericAddress_66 = "172.16.16.7:172.16.24.7" SymbolicAddress_67 = "Proc_m0_s9" # DNS for TelORB proc. NumericAddress_67 = "172.16.16.9:172.16.24.9" SymbolicAddress_68 = "Proc_m0_s11" # DNS for TelORB proc. NumericAddress_68 = "172.16.16.11:172.16.24.11" SymbolicAddress_69 = "Proc_m0_s13" # DNS for TelORB proc. NumericAddress_69 = "172.16.16.13:172.16.24.13" SymbolicAddress_70 = "Proc_m0_s15" # DNS for TelORB proc. NumericAddress_70 = "172.16.16.15:172.16.24.15" SymbolicAddress_71 = "Proc_m0_s17" # DNS for TelORB proc. NumericAddress_71 = "172.16.16.17:172.16.24.17" SymbolicAddress_72 = "Proc_m0_s19" # DNS for TelORB proc. NumericAddress_72 = "172.16.16.19:172.16.24.19" SymbolicAddress_73 = "Proc_m0_s21" # DNS for TelORB proc. NumericAddress_73 = "172.16.16.21:172.16.24.21" SymbolicAddress_74 = "Proc_m0_s23" # DNS for TelORB proc. NumericAddress_74 = "172.16.16.23:172.16.24.23" SymbolicAddress_75 = "Proc_m1_s9" # DNS for TelORB proc. NumericAddress_75 = "172.16.16.137:172.16.24.137" SymbolicAddress_76 = "Proc_m1_s11" # DNS for TelORB proc. NumericAddress_76 = "172.16.16.139:172.16.24.139" SymbolicAddress_77 = "Proc_m1_s13" # DNS for TelORB proc. NumericAddress_77 = "172.16.16.141:172.16.24.141" SymbolicAddress_78 = "Proc_m1_s15" # DNS for TelORB proc. NumericAddress_78 = "172.16.16.143:172.16.24.143" SymbolicAddress_79 = "Proc_m1_s17" # DNS for TelORB proc. NumericAddress_79 = "172.16.16.145:172.16.24.145" SymbolicAddress_80 = "Proc_m1_s19" # DNS for TelORB proc. NumericAddress_80 = "172.16.16.147:172.16.24.147" SymbolicAddress_81 = "Proc_m1_s21" # DNS for TelORB proc. NumericAddress_81 = "172.16.16.149:172.16.24.149" SymbolicAddress_82 = "Proc_m1_s23" # DNS for TelORB proc. NumericAddress_82 = "172.16.16.151:172.16.24.151" ENDDATA ENVIRONMENT DATA # Environment Data Parameters for GEM Cabinet Hardware Supervision # ================================================================ GEM_HWI_ENABLED = "1" # Enables the HW Inventory in # the TelORB Manager. # Default value: 0. GEM_SCB_ADDRESSES = "SCB_0A,SCB_0B,SCB_1A,SCB_1B,SCB_2A,SCB_2B,SCB_3A,SCB_3B" # List of supervised SCBs. # Default value: None. GEM_SCB_FANUNITS = "1,0,1,0,1,0,1,0" # Specifies how many fans that # are connected to each SCB. # Default value: None. GESB0 = "GESB_A,2,23,4" # Specifies the GESB name, # magazine number, slot position # and number of active SCB links # for GESB0. # Default value: None. GESB1 = "GESB_B,3,23,4" # Specifies the GESB name, # magazine number, slot position # and number of active SCB links # for GESB1. # Default value: None. # Environment Data Parameter for Alarm Panel # ========================================== AlarmPanelAddress = "172.16.16.129, 172.16.24.129, 172.16.17.1, 172.16.25.1" # IP addresses on IO processors # over networks A & B for the # RS232 bridge serving the alarm # panel. # Default values: # IP address: None, Port: 5500. ENDDATA //############################## End of file ##############################
Example of file contents:
//########################################################################### //# # //# epct file for TelORB R14 Linux, GEM-MAXI, Zone 1 Rev.F # //# ======================================================================= # //# # //# This file contains settings for the following TelORB configuration # //# parameters: NAME, ZONE, PROCESSOR, SOFTWARE, INITIAL DATA and # //# ENVIRONMENT DATA. # //# # //# (To configure Zone 2 for GEM-MAXI, use the file # //# r14_linux_maxi_zone2.epct.template.) # //# # //# GEM-MAXI consists of 42 Pentium processors of which 2 are used as IO # //# processors. # //# The two IO processors are located in magazine 1, slot 1 and in # //# magazine 2, slot 1. # //# The two TelORB processors, used as Dicos loaders, are located in # //# magazine 0, slot 9 and in magazine 1, slot 9. # //# # //# This file is divided into three main parts, namely "SITE DEPENDENT # //# PARAMETERS", "APPLICATION DEPENDENT PARAMETERS" and "PARAMETERS WHICH # //# MUST NOT BE CHANGED". # //# Site and application dependent parameter values must be adjusted to # //# suit the target zone towards which this file will be used. # //# # //# Additional SOFTWARE and PROCESSOR pools (which are not specified in # //# this file) should preferably be added in a separate epct file. # //# # //# Note that the IP addresses used in the epct template files are just # //# recommendations. # //# If they conflict with e.g. external IP addresses they may have to be # //# adjusted. # //# For information about the recommended IP addressing scheme, consult the # //# document "Internal IP addresses in TSP 4.0", doc no UAB/UT-02:004. # //# # //# When making changes in this file, note that the characters for comments # //# are as follows: # //# - For INITIAL DATA and ENVIRONMENT DATA, use the hash character (#). # //# - For the rest of the file, use double slash characters (//). # //# # //# For information about all valid TelORB Configuration Parameters for # //# TelORB R14, consult CPI Store at URL: http://cpistore.ericsson.se # //# # //# /uabmsu # //########################################################################### //########################################################################### //# SITE DEPENDENT PARAMETERS (Adjust these to match your site) # //########################################################################### // Parameter for Zone Name // ======================= // Adjust the following: // - NAME: Specify the name of the zone, e.g. Stockholm_GSM_UMTS_HLR_R1A. NAME to13_maxi_system_r14lp7; // Parameter for Software // ====================== // The parameter SOFTWARE is actually application dependent, but it has to be // executed before the PROCESSOR parameters, and it also has a strong connection // to the PROCESSOR pools. // Additional SOFTWARE (than what is specified below) should preferably be added // in a separate epct file. // // Adjust the following: // - If any of the TelORB processors will run with Linux OS, uncomment IDP/SU1 // and IDP/D38. // - If DBN disk logging will be used, uncomment IDP/D24. // - If VIP will be used, uncomment IDP/D32, IDP/D35, IDP/D48 and IDP/D49. // The rest of the IDPs should be uncommented. SOFTWARE IDP/MD14; // Dicos_IDP SOFTWARE IDP/MD16; // Ethernet_IDP SOFTWARE IDP/D13; // IntelPcProcessorManagement_IDP SOFTWARE IDP/D16; // FileSystemComponents_IDP SOFTWARE IDP/D22; // GemScbSupervision_IDP, GEM hardware supervision SOFTWARE IDP/D36; // UDCRemoteServer_IDP, Linux DBN client proxy SOFTWARE IDP/DUO2; // Net_IDP, show load on processors SOFTWARE IDP/MD11; // CommLinkUdpAdaptation_IDP, InterZone IPC (Optional) SOFTWARE IDP/MD18; // Java_IDP (Optional) SOFTWARE IDP/D2; // NetRed_IDP (Optional) SOFTWARE IDP/D30; // LinuxIntelPcProcessorManagement_IDP, Linux (Optional) SOFTWARE IDP/SU1; // TelorbLinux_IDP, Linux (Optional) SOFTWARE IDP/D38; // TelorbLinuxJava_IDP, Linux (Optional) SOFTWARE IDP/D24; // DiskLog_IDP, DBN disk logging (Optional) SOFTWARE IDP/D32; // NetInet_IDP, VIP (Optional) SOFTWARE IDP/D35; // NetInetProcess_IDP, VIP (Optional) SOFTWARE IDP/D48; // TelorbLinuxNetInet_IDP, VIP (Optional) SOFTWARE IDP/D49; // TelorbLinuxNetInetProcess_IDP, VIP (Optional) SOFTWARE IDP/D27; // NetRedMonitorSimulator_IDP (Optional) // Parameters for TelORB Processors // ================================ // Additional PROCESSOR pools (than what is specified below) should preferably // be added in a separate epct file. // // The TelORB processor names represent the physical processor board position in // the cabinet, e.g. TelORB processor Proc_m0_s9 is located in magazine 0, // slot 9. // For TelORB processors Proc_m0_s9 and Proc_m1_s9, the following apply: // - Specify MAC addresses, as described below. // - Do not change any other settings, since these processors should run with // Dicos and be Dicos loaders. // // Adjust the following: // - ADDRESS: Specify MAC addresses for eth0 and eth1 for each processor, e.g. // 00:a0:a5:50:01:db 00:a0:a5:50:01:dc. // - Specify which Operating System each processor should run with, as follows: // Dicos: The processor lines with the comment "// Dicos" should be // uncommented. // The processor lines with the comment "// Linux" should be // commented. // Linux: The processor lines with the comment "// Linux" should be // uncommented. // The processor lines with the comment "// Dicos" should be // commented. // File server 1: //PROCESSOR Proc_m0_s1 // TARGET i486 // Dicos // TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux // ADDRESS "xx:xx:xx:xx:xx:xx xx:xx:xx:xx:xx:xx" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux // PMD: PROCESSOR Proc_m0_s5 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:b8 00:20:ce:c8:00:b9" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s9 INITIAL // Init. loader LOADER // Dicos TARGET i486 // Dicos TYPE IntelPc // Dicos ADDRESS "00:20:ce:c8:00:9c 00:20:ce:c8:00:9d" IN DicosCommonPool,DicosPlgLoaderPool,DicosDbReplicaPool,DicosQnPool,DicosUDCRemotePool,DicosNetRedPool,DicosNetRedConnectPool,NetRedMonitorSimulatorPool; // Dicos PROCESSOR Proc_m0_s11 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:5c 00:20:ce:c8:00:5d" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s13 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:30 00:20:ce:c8:00:31" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s15 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:7c 00:20:ce:c8:00:7d" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s17 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:8c 00:20:ce:c8:00:8d" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s19 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:a4 00:20:ce:c8:00:a5" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s21 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:e4 00:20:ce:c8:00:e5" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m0_s23 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:94 00:20:ce:c8:00:95" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux // PMD: PROCESSOR Proc_m1_s5 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:c0 00:20:ce:c8:00:c1" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s9 LOADER // Dicos TARGET i486 // Dicos TYPE IntelPc // Dicos ADDRESS "00:20:ce:c8:00:50 00:20:ce:c8:00:51" IN DicosCommonPool,DicosPlgLoaderPool,DicosDbReplicaPool,DicosQnPool,DicosUDCRemotePool,DicosNetRedPool,DicosNetRedConnectPool,NetRedMonitorSimulatorPool; // Dicos PROCESSOR Proc_m1_s11 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:88 00:20:ce:c8:00:89" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s13 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:70 00:20:ce:c8:00:71" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s15 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:58 00:20:ce:c8:00:59" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s17 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:44 00:20:ce:c8:00:45" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s19 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:68 00:20:ce:c8:00:69" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s21 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:dc 00:20:ce:c8:00:dd" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m1_s23 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:d8 00:20:ce:c8:00:d9" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux // PMD: PROCESSOR Proc_m3_s1 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:d0 00:20:ce:c8:00:d1" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s5 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:60 00:20:ce:c8:00:61" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s7 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:b0 00:20:ce:c8:00:b1" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s9 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:cc 00:20:ce:c8:00:cd" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s11 TARGET i486 // Dicos TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:c8 00:20:ce:c8:00:c9" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s13 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:6c 00:20:ce:c8:00:6d" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s15 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:84 00:20:ce:c8:00:85" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s17 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:78 00:20:ce:c8:00:79" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s19 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:64 00:20:ce:c8:00:65" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m3_s21 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:38 00:20:ce:c8:00:39" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux // File server 2: //PROCESSOR Proc_m4_s1 // TARGET i486 // Dicos // TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux // ADDRESS "xx:xx:xx:xx:xx:xx xx:xx:xx:xx:xx:xx" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s5 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:34 00:20:ce:c8:00:35" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s7 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:40 00:20:ce:c8:00:41" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s9 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:a0 00:20:ce:c8:00:a1" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s11 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:80 00:20:ce:c8:00:81" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s13 TARGET i486 // Dicos TYPE IntelPc // Dicos // LOADER // Linux // TARGET i486-linux // Linux // TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:3c 00:20:ce:c8:00:3d" IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos // IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s15 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:98 00:20:ce:c8:00:99" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s17 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:ac 00:20:ce:c8:00:ad" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s19 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:74 00:20:ce:c8:00:75" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s21 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:e0 00:20:ce:c8:00:e1" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux PROCESSOR Proc_m4_s23 // TARGET i486 // Dicos // TYPE IntelPc // Dicos LOADER // Linux TARGET i486-linux // Linux TYPE LinuxIntelPc // Linux ADDRESS "00:20:ce:c8:00:b4 00:20:ce:c8:00:b5" // IN DicosCommonPool,DicosUDCRemotePool,DicosNetRedPool; // Dicos IN UnixCommonPool; // Linux INITIAL DATA # Initial Data Parameter for Date and Time # ======================================== # Adjust the following: # - TIME_DST_DATES: Modify the dates to correspond to the Daylight Saving Times # for the valid year, at the zone location, e.g. # (2003033002,1, 2003102602,0). TIME_DST_DATES = (2003033002,1, 2003102602,0) # Pre-loads the DST database at # initial start. The dates are # the last Sunday in March and # October, respectively. # Default value: None. # Initial Data Parameters for DNS # =============================== # Adjust the following: # - NumericAddress_50: Adjust both IP addresses to correspond to the symbolic # hostname (DNS_SERVERS), which is specified in # SymbolicAddress_50, e.g. # 134.138.226.13:134.138.201.17. # - NumericAddress_51: Adjust the first IP address to correspond to the # symbolic hostname (io1), which is specified in # SymbolicAddress_51. This is the IP address of the # external interface of IO processor 1, e.g. # 134.138.187.95. # - NumericAddress_52: Adjust the first IP address to correspond to the # symbolic hostname (io2), which is specified in # SymbolicAddress_52. This is the IP address of the # external interface of IO processor 2, e.g. # 134.138.187.96. SymbolicAddress_50 = "DNS_SERVERS" # DNS for remote DNS NumericAddress_50 = "134.138.226.13:134.138.201.17" # servers. SymbolicAddress_51 = "io1" # DNS for IO proc. 1. NumericAddress_51 = "134.138.187.58:172.16.0.129:172.16.8.129" SymbolicAddress_52 = "io2" # DNS for IO proc. 2. NumericAddress_52 = "134.138.187.59:172.16.1.1:172.16.9.1" # Initial Data Parameters for Network Redundancy # ============================================== # Adjust the following: # - If Network Redundancy will be used, uncomment the "i4ddCommand..." lines. #i4ddCommand_200 = "route add -net 172.16.16.0 -netmask 255.255.248.0 172.16.0.31" #i4ddCommand_210 = "route add -net 172.16.24.0 -netmask 255.255.248.0 172.16.8.31" # Initial Data Parameters for VIP # =============================== # Currently, VIP can only be used on TelORB processors running with Dicos. # In this template, only one VIP address is considered and TelORB processors # Proc_m0_s17 and Proc_m0_s19 are configured for VIP usage. # # Adjust the following: # - If VIP will be used, uncomment the "i4ddCommand..." lines. # - i4ddCommand_300: Depending on your VIP router configurations, the IP # addresses of the VIP router links on the router end may # have to be modified, e.g. 192.168.61.1. # (If the VIP routers have not yet been configured, the # default values for the VIP router links, used in the # template, can be kept and later be used when configuring # the VIP routers.) # - i4ddCommand_310: Specify the VIP address of the zone, e.g. # 100.100.100.100. i4ddCommand_300 = "ddconfig i4dd0 Proc_m0_s15:eth2:192.168.76.1 Proc_m0_s15:eth3:192.168.77.2 Proc_m0_s17:eth2:192.168.76.2 Proc_m0_s17:eth3:192.168.77.1" i4ddCommand_310 = "ifconfig i4dd0 inet 134.138.71.13" i4ddCommand_320 = "route add default -interface i4dd0" SocketUserDistributionCfg_1 = "0x800:6:0:roundRobinDistributor" SocketUserDistributionCfg_2 = "0x800:17:0:roundRobinDistributor" # Initial Data Parameters for File Server(s) # ========================================== # Any of the PMD-ETH processor boards, which are not used as IO processors, may # be used as file servers. However, the processors which will be used as file # servers, must NOT be included in the TelORB cluster. It is therefore important # that the configuration of these processors are removed (//) in the section # "Parameters for TelORB Processors" in this file. # Actually, the DNS settings for the file server processors should also be # removed (#) in the section "Initial Data Parameters for DNS" in this file, # but this is not necessary. # In addition to this, some changes are necessary in the corresponding # telorb.conf file. See section "Configuration of File Server(s)" in the # telorb.conf file. # # If a file server will be used, uncomment the "FileSystemCommand..." lines # below "File server 1" and adjust the following: # - FileSystemCommand_320: Specify the IP addresses of eth0 (network A) and eth1 # (network B) on the processor used as file server, # e.g. # -o ipaddr=172.16.0.1 -o ipaddr=172.16.8.1. # Note: The IP addresses must be the same as specified # in the corresponding telorb.conf file. # # If a second file server will be used, uncomment the "FileSystemCommand..." # lines below "File server 2" and adjust the "FileSystemCommand_350" line in the # same way as for "File server 1". # # If more than two file servers will be used, just add further # "FileSystemCommand..." lines with valid FileServer number(s), rpc minor # numbers and IP addresses. # File server 1: FileSystemCommand_300 = "mkdir /FileServer1" FileSystemCommand_310 = "mknod -b /dev/rpc4 2 4" FileSystemCommand_320 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.0.1 -o ipaddr=172.16.8.1 /dev/rpc4 /FileServer1/ /data" # File server 2: FileSystemCommand_330 = "mkdir /FileServer2" FileSystemCommand_340 = "mknod -b /dev/rpc5 2 5" FileSystemCommand_350 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.2.1 -o ipaddr=172.16.10.1 /dev/rpc5 /FileServer2/ /data" ENDDATA //############################################################################## //# APPLICATION DEPENDENT PARAMETERS (Adjust these to match your applications) # //############################################################################## INITIAL DATA # Initial Data Parameters for Java # ================================ # Adjust the following: # - JAVA_CAPSULE_HEAP, JAVA_HEAP, JAVA_PERM_HEAP: Modify the sizes to suit your # applications. JAVA_CAPSULE_HEAP = 64 # Sets the size of the Java # Capsule Heap. # Default value: JAVA_HEAP + 12. # Recommended value: 64 MB (as # specified in UABtr05174). # With the present HotSpot JVM, # the JAVA_HEAP is not a part of # the JAVA_CAPSULE_HEAP. JAVA_HEAP = 30 # Sets the size available for # Java-code and Java-data. # Default value: 4 MB. # With the present HotSpot JVM, # the JAVA_HEAP is not a part of # the JAVA_CAPSULE_HEAP. JAVA_PERM_HEAP = 16 # Sets the size of the Java # Permanent Heap. # Default value: 4 MB (Vega). # Recommended value for target # systems: 16 MB. ENDDATA //########################################################################### //# PARAMETERS WHICH MUST NOT BE CHANGED (Do NOT adjust these) # //########################################################################### // Parameter for Zone Name (for Network Redundancy) // ================================================ ZONE 1; // Specifies the master zone. INITIAL DATA # Initial Data Parameters for Loadmodule Size # =========================================== BOOT_buffer_size = 16000000 # Buffer size for BOOT. # Default value: 5 MB. # Recommended value for the # HotSpot JVM: 16 MB. LMD_buffer_size = 8000000 # Buffer size for the # LMDistributor process. # Default value: 3145728 byte. # Recommended value for the # HotSpot JVM: 8 MB. LMR_buffer_size = 8000000 # Buffer size for the # LMReceiver process. # Default value: 3145728 byte. # Recommended value for the # HotSpot JVM: 8 MB. # Initial Data Parameter for CORBA/IIOP # ===================================== DorbIIOPHostName = "172.16.0.9:172.16.8.137" # IP addresses of IIOP # gateway agents for # the system. # Use IP address of the # first Dicos loader # in Network A and IP # address of the second # Dicos loader in # Network B in own zone. # Initial Data Parameter for Error Dumping # ======================================== DUMP_DRIVER = "DumpDriverTftp" # The name of the driver for # remote dumps (to IO # processors). # Default value: None. # Initial Data Parameters for File System # ======================================= FileSystemCommand_200 = "mkdir /dev" FileSystemCommand_210 = "mkdir /loadingGroup01_1" FileSystemCommand_220 = "mknod -b /dev/rpc1 2 1" FileSystemCommand_230 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.0.129 -o ipaddr=172.16.8.129 /dev/rpc1 /loadingGroup01_1/ /opt/telorb/axe/loadingGroup01_1" FileSystemCommand_240 = "mkdir /loadingGroup01_2" FileSystemCommand_250 = "mknod -b /dev/rpc2 2 2" FileSystemCommand_260 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.1.1 -o ipaddr=172.16.9.1 /dev/rpc2 /loadingGroup01_2/ /opt/telorb/axe/loadingGroup01_2" FileSystemCommand_270 = "mkdir /upgradePackages" FileSystemCommand_280 = "mknod -b /dev/rpc3 2 3" FileSystemCommand_290 = "mount -t nfs -o uid=44622 -o gid=33 -o ipaddr=172.16.0.129 -o ipaddr=172.16.8.129 /dev/rpc3 /upgradePackages/ /opt/telorb/axe/upgradePackages" # Initial Data Parameters for DNS # =============================== SymbolicAddress_53 = "localhost:localhost.localdomain" # DNS for localhost,etc. NumericAddress_53 = "127.0.0.1" SymbolicAddress_54 = "GESB_A" # DNS for GESB_A. NumericAddress_54 = "172.16.1.23:172.16.9.23" SymbolicAddress_55 = "GESB_B" # DNS for GESB_B. NumericAddress_55 = "172.16.1.151:172.16.9.151" SymbolicAddress_56 = "SCB_0A" # DNS for SCB_0A. NumericAddress_56 = "172.16.0.32:172.16.8.32" SymbolicAddress_57 = "SCB_0B" # DNS for SCB_0B. NumericAddress_57 = "172.16.0.25:172.16.8.25" SymbolicAddress_58 = "SCB_1A" # DNS for SCB_1A. NumericAddress_58 = "172.16.0.160:172.16.8.160" SymbolicAddress_59 = "SCB_1B" # DNS for SCB_1B. NumericAddress_59 = "172.16.0.153:172.16.8.153" SymbolicAddress_60 = "SCB_2A" # DNS for SCB_2A. NumericAddress_60 = "172.16.1.32:172.16.9.32" SymbolicAddress_61 = "SCB_2B" # DNS for SCB_2B. NumericAddress_61 = "172.16.1.25:172.16.9.25" SymbolicAddress_62 = "SCB_3A" # DNS for SCB_3A. NumericAddress_62 = "172.16.1.160:172.16.9.160" SymbolicAddress_63 = "SCB_3B" # DNS for SCB_3B. NumericAddress_63 = "172.16.1.153:172.16.9.153" SymbolicAddress_64 = "SCB_4A" # DNS for SCB_4A. NumericAddress_64 = "172.16.2.32:172.16.10.32" SymbolicAddress_65 = "SCB_4B" # DNS for SCB_4B. NumericAddress_65 = "172.16.2.25:172.16.10.25" SymbolicAddress_66 = "SCB_5A" # DNS for SCB_5A. NumericAddress_66 = "172.16.2.160:172.16.10.160" SymbolicAddress_67 = "SCB_5B" # DNS for SCB_5B. NumericAddress_67 = "172.16.2.153:172.16.10.153" SymbolicAddress_68 = "SCB_6A" # DNS for SCB_6A. NumericAddress_68 = "172.16.3.32:172.16.11.32" SymbolicAddress_69 = "SCB_6B" # DNS for SCB_6B. NumericAddress_69 = "172.16.3.25:172.16.11.25" SymbolicAddress_70 = "SCB_7A" # DNS for SCB_7A. NumericAddress_70 = "172.16.3.160:172.16.11.160" SymbolicAddress_71 = "SCB_7B" # DNS for SCB_7B. NumericAddress_71 = "172.16.3.153:172.16.11.153" SymbolicAddress_72 = "Proc_m0_s1" # DNS for TelORB proc. NumericAddress_72 = "172.16.0.1:172.16.8.1" SymbolicAddress_73 = "Proc_m0_s5" # DNS for TelORB proc. NumericAddress_73 = "172.16.0.5:172.16.8.5" SymbolicAddress_74 = "Proc_m0_s9" # DNS for TelORB proc. NumericAddress_74 = "172.16.0.9:172.16.8.9" SymbolicAddress_75 = "Proc_m0_s11" # DNS for TelORB proc. NumericAddress_75 = "172.16.0.11:172.16.8.11" SymbolicAddress_76 = "Proc_m0_s13" # DNS for TelORB proc. NumericAddress_76 = "172.16.0.13:172.16.8.13" SymbolicAddress_77 = "Proc_m0_s15" # DNS for TelORB proc. NumericAddress_77 = "172.16.0.15:172.16.8.15" SymbolicAddress_78 = "Proc_m0_s17" # DNS for TelORB proc. NumericAddress_78 = "172.16.0.17:172.16.8.17" SymbolicAddress_79 = "Proc_m0_s19" # DNS for TelORB proc. NumericAddress_79 = "172.16.0.19:172.16.8.19" SymbolicAddress_80 = "Proc_m0_s21" # DNS for TelORB proc. NumericAddress_80 = "172.16.0.21:172.16.8.21" SymbolicAddress_81 = "Proc_m0_s23" # DNS for TelORB proc. NumericAddress_81 = "172.16.0.23:172.16.8.23" SymbolicAddress_82 = "Proc_m1_s5" # DNS for TelORB proc. NumericAddress_82 = "172.16.0.133:172.16.8.133" SymbolicAddress_83 = "Proc_m1_s9" # DNS for TelORB proc. NumericAddress_83 = "172.16.0.137:172.16.8.137" SymbolicAddress_84 = "Proc_m1_s11" # DNS for TelORB proc. NumericAddress_84 = "172.16.0.139:172.16.8.139" SymbolicAddress_85 = "Proc_m1_s13" # DNS for TelORB proc. NumericAddress_85 = "172.16.0.141:172.16.8.141" SymbolicAddress_86 = "Proc_m1_s15" # DNS for TelORB proc. NumericAddress_86 = "172.16.0.143:172.16.8.143" SymbolicAddress_87 = "Proc_m1_s17" # DNS for TelORB proc. NumericAddress_87 = "172.16.0.145:172.16.8.145" SymbolicAddress_88 = "Proc_m1_s19" # DNS for TelORB proc. NumericAddress_88 = "172.16.0.147:172.16.8.147" SymbolicAddress_89 = "Proc_m1_s21" # DNS for TelORB proc. NumericAddress_89 = "172.16.0.149:172.16.8.149" SymbolicAddress_90 = "Proc_m1_s23" # DNS for TelORB proc. NumericAddress_90 = "172.16.0.151:172.16.8.151" SymbolicAddress_91 = "Proc_m3_s1" # DNS for TelORB proc. NumericAddress_91 = "172.16.1.131:172.16.9.131" SymbolicAddress_92 = "Proc_m3_s5" # DNS for TelORB proc. NumericAddress_92 = "172.16.1.133:172.16.9.133" SymbolicAddress_93 = "Proc_m3_s7" # DNS for TelORB proc. NumericAddress_93 = "172.16.1.135:172.16.9.135" SymbolicAddress_94 = "Proc_m3_s9" # DNS for TelORB proc. NumericAddress_94 = "172.16.1.137:172.16.9.137" SymbolicAddress_95 = "Proc_m3_s11" # DNS for TelORB proc. NumericAddress_95 = "172.16.1.139:172.16.9.139" SymbolicAddress_96 = "Proc_m3_s13" # DNS for TelORB proc. NumericAddress_96 = "172.16.1.141:172.16.9.141" SymbolicAddress_97 = "Proc_m3_s15" # DNS for TelORB proc. NumericAddress_97 = "172.16.1.143:172.16.9.143" SymbolicAddress_98 = "Proc_m3_s17" # DNS for TelORB proc. NumericAddress_98 = "172.16.1.145:172.16.9.145" SymbolicAddress_99 = "Proc_m3_s19" # DNS for TelORB proc. NumericAddress_99 = "172.16.1.147:172.16.9.147" SymbolicAddress_100 = "Proc_m3_s21" # DNS for TelORB proc. NumericAddress_100 = "172.16.1.149:172.16.9.149" SymbolicAddress_101 = "Proc_m4_s1" # DNS for TelORB proc. NumericAddress_101 = "172.16.2.1:172.16.10.1" SymbolicAddress_102 = "Proc_m4_s5" # DNS for TelORB proc. NumericAddress_102 = "172.16.2.3:172.16.10.3" SymbolicAddress_103 = "Proc_m4_s7" # DNS for TelORB proc. NumericAddress_103 = "172.16.2.7:172.16.10.7" SymbolicAddress_104 = "Proc_m4_s9" # DNS for TelORB proc. NumericAddress_104 = "172.16.2.9:172.16.10.9" SymbolicAddress_105 = "Proc_m4_s11" # DNS for TelORB proc. NumericAddress_105 = "172.16.2.11:172.16.10.11" SymbolicAddress_106 = "Proc_m4_s13" # DNS for TelORB proc. NumericAddress_106 = "172.16.2.13:172.16.10.13" SymbolicAddress_107 = "Proc_m4_s15" # DNS for TelORB proc. NumericAddress_107 = "172.16.2.15:172.16.10.15" SymbolicAddress_108 = "Proc_m4_s17" # DNS for TelORB proc. NumericAddress_108 = "172.16.2.17:172.16.10.17" SymbolicAddress_109 = "Proc_m4_s19" # DNS for TelORB proc. NumericAddress_109 = "172.16.2.19:172.16.10.19" SymbolicAddress_110 = "Proc_m4_s21" # DNS for TelORB proc. NumericAddress_110 = "172.16.2.21:172.16.10.21" SymbolicAddress_111 = "Proc_m4_s23" # DNS for TelORB proc. NumericAddress_111 = "172.16.2.23:172.16.10.23" ENDDATA ENVIRONMENT DATA # Environment Data Parameters for GEM Cabinet Hardware Supervision # ================================================================ GEM_HWI_ENABLED = "1" # Enables the HW Inventory in # the TelORB Manager. # Default value: 0. GEM_SCB_ADDRESSES = "SCB_0A,SCB_0B,SCB_1A,SCB_1B,SCB_2A,SCB_2B,SCB_3A,SCB_3B,SCB_4A,SCB_4B,SCB_5A,SCB_5B,SCB_6A,SCB_6B,SCB_7A,SCB_7B" # List of supervised SCBs. # Default value: None. GEM_SCB_FANUNITS = "1,0,1,0,1,0,1,0,1,0,1,0,1,0,1,0" # Specifies how many # fans that are # connected to each SCB. # Default value: None. GESB0 = "GESB_A,2,23,8" # Specifies the GESB name, # magazine number, slot position # and number of active SCB links # for GESB0. # Default value: None. GESB1 = "GESB_B,3,23,8" # Specifies the GESB name, # magazine number, slot position # and number of active SCB links # for GESB1. # Default value: None. # Environment Data Parameter for Alarm Panel # ========================================== AlarmPanelAddress = "172.16.0.129, 172.16.8.129, 172.16.1.1, 172.16.9.1" # IP addresses on IO processors # over networks A & B for the # RS232 bridge serving the alarm # panel. # Default values: # IP address: None, Port: 5500. ENDDATA //############################## End of file ##############################
SOFTWARE IDP/DEM101; // Demo2_IDP, Optional //Demo2000 NEW Dicos 9D9L 3.0.1 PROCESSOR Proc_m0_s3 ALSO IN De2SubNonCoLocatedPool; PROCESSOR Proc_m0_s5 ALSO IN De2SubNonCoLocatedPool; PROCESSOR Proc_m0_s7 ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool; PROCESSOR Proc_m0_s9 ALSO IN De2CoordPool,De2GwPool; PROCESSOR Proc_m0_s11 ALSO IN De2SubNonCoLocatedPool; PROCESSOR Proc_m0_s13 ALSO IN De2SubNonCoLocatedPool; PROCESSOR Proc_m0_s15 ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool; PROCESSOR Proc_m0_s17 ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool; PROCESSOR Proc_m0_s19 ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool; PROCESSOR Proc_m0_s21 ALSO IN De2SubNonCoLocatedPool; PROCESSOR Proc_m0_s23 ALSO IN De2SubNonCoLocatedPool; // Proc_m1_s5 used as File Server PROCESSOR Proc_m1_s9 ALSO IN De2CoordPool,De2GwPool; PROCESSOR Proc_m1_s11 ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool; PROCESSOR Proc_m1_s13 ALSO IN De2SubNonCoLocatedPool; PROCESSOR Proc_m1_s15 ALSO IN De2SubNonCoLocatedPool; //PROCESSOR Proc_m1_s17 ALSO IN De2SubNonCoLocatedPool; PROCESSOR Proc_m1_s19 ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool; PROCESSOR Proc_m1_s21 ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool; PROCESSOR Proc_m1_s23 ALSO IN De2SubNonCoLocatedPool; //------------------------------------------------------------- // Info from Michel //------------------------------------------------------------- // For all Dicos loader processors: //PROCESSOR Proc_m0_s9 ALSO IN De2CoordPool,De2GwPool; // For all Dicos non-loader processors: //PROCESSOR Proc_mX_sY ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool; // For all Linux processors: //PROCESSOR Proc_mX_sY ALSO IN De2SubNonCoLocatedPool; // For two Dicos non-loader processors, if no Linux processors are used // (do not execute Linux traffic in this case): //PROCESSOR Proc_mX_sY ALSO IN De2TGPool,De2DisPool,De2SubPool,De2PopPool,De2UnixAccessPool,De2SubNonCoLocatedPool;
Example of file contents:
SOFTWARE
IDP/DEA9990; // DemoApp_IDP, Optional
PROCESSOR Proc_m0_s5 ALSO IN TrafficGeneratorPool;
PROCESSOR Proc_m0_s7 ALSO IN TrafficGeneratorPool;
PROCESSOR Proc_m0_s11 ALSO IN ApplicationPool;
PROCESSOR Proc_m0_s13 ALSO IN ApplicationPool;
PROCESSOR Proc_m0_s15 ALSO IN ApplicationPool;
PROCESSOR Proc_m0_s17 ALSO IN ApplicationPool;
PROCESSOR Proc_m0_s19 ALSO IN ApplicationPool;
PROCESSOR Proc_m0_s21 ALSO IN ApplicationPool;
PROCESSOR Proc_m0_s23 ALSO IN ApplicationPool;
Not updated with the correct processor names nor the correct amount of TelORB processors with Dicos OS.
Example of file contents:
SOFTWARE IDP/D1; // JavaDemo_IDP, Optional PROCESSOR Processor1 ALSO IN JavaDemoTGPool; PROCESSOR Processor2 ALSO IN JavaDemoAppPool; //PROCESSOR Processor3 ALSO IN JavaDemoAppPool; //PROCESSOR Processor4 ALSO IN JavaDemoAppPool; PROCESSOR Processor5 ALSO IN JavaDemoAppPool; PROCESSOR Processor6 ALSO IN JavaDemoAppPool; //PROCESSOR Processor7 ALSO IN JavaDemoAppPool; //PROCESSOR Processor8 ALSO IN JavaDemoAppPool; PROCESSOR Processor9 ALSO IN JavaDemoAppPool; PROCESSOR Processor10 ALSO IN JavaDemoTGPool; //PROCESSOR Processor11 ALSO IN JavaDemoAppPool; //PROCESSOR Processor12 ALSO IN JavaDemoAppPool; PROCESSOR Processor13 ALSO IN JavaDemoAppPool; PROCESSOR Processor14 ALSO IN JavaDemoAppPool; //PROCESSOR Processor15 ALSO IN JavaDemoAppPool; //PROCESSOR Processor16 ALSO IN JavaDemoAppPool; PROCESSOR Processor17 ALSO IN JavaDemoAppPool; PROCESSOR Processor18 ALSO IN JavaDemoAppPool;
SOFTWARE IDP/DSS01; // DsTestServerProcess, for VIP test on Dicos, Optional SOFTWARE IDP/D51; // TcpTestServer, for VIP test on Linux, Optional // Dicos PROCESSOR Proc_m0_s7 ALSO IN DsTestServerPool; PROCESSOR Proc_m0_s9 ALSO IN DsTestClientPool; PROCESSOR Proc_m0_s15 ALSO IN DsTestServerPool; PROCESSOR Proc_m0_s17 ALSO IN DsTestServerPool; PROCESSOR Proc_m0_s19 ALSO IN DsTestServerPool; PROCESSOR Proc_m1_s9 ALSO IN DsTestClientPool; PROCESSOR Proc_m1_s11 ALSO IN DsTestServerPool; PROCESSOR Proc_m1_s19 ALSO IN DsTestServerPool; PROCESSOR Proc_m1_s21 ALSO IN DsTestServerPool; // Linux PROCESSOR Proc_m0_s3 ALSO IN LinuxInetServersPool; PROCESSOR Proc_m0_s5 ALSO IN LinuxInetServersPool; PROCESSOR Proc_m0_s11 ALSO IN LinuxInetServersPool; PROCESSOR Proc_m0_s13 ALSO IN LinuxInetServersPool; PROCESSOR Proc_m0_s21 ALSO IN LinuxInetServersPool; PROCESSOR Proc_m0_s23 ALSO IN LinuxInetServersPool; PROCESSOR Proc_m1_s13 ALSO IN LinuxInetServersPool; PROCESSOR Proc_m1_s15 ALSO IN LinuxInetServersPool; PROCESSOR Proc_m1_s23 ALSO IN LinuxInetServersPool; ENVIRONMENT DATA DsTest_disableClientProcess="1" DsTest_distributeServerPortsOnAllProcessors="0" DsTest_useOneSessionServerPerPort="0" DsTest_delayBetweenServerRestartsOnPort="0" DsTest_verboseLevel="0" ENDDATA
SOFTWARE IDP/D7; // Dtsrv_IDP (Dicos Test Server) SOFTWARE IDP/AXG471; // DatabaseGeneralTestPOTS_IDP SOFTWARE IDP/D19; // DtsrvDoiBasicTest_IDP SOFTWARE IDP/PL7; // JavaDpiFunctionTest_IDP SOFTWARE IDP/UDC100; // DoiTestProcsUdc_IDP SOFTWARE IDP/TestSTL; // TestSTL_IDP // Dicos processors PROCESSOR Proc_m0_s7 ALSO IN DoiTestPool,JavaTestPool; PROCESSOR Proc_m0_s9 ALSO IN DoiTestPool,JavaTestPool,DicosTestServerPool; PROCESSOR Proc_m0_s15 ALSO IN DoiTestPool,JavaTestPool; PROCESSOR Proc_m0_s17 ALSO IN DoiTestPool,JavaTestPool; PROCESSOR Proc_m0_s19 ALSO IN DoiTestPool,JavaTestPool; PROCESSOR Proc_m1_s9 ALSO IN DoiTestPool,JavaTestPool,DicosTestServerPool; PROCESSOR Proc_m1_s11 ALSO IN DoiTestPool,JavaTestPool; PROCESSOR Proc_m1_s19 ALSO IN DoiTestPool,JavaTestPool; PROCESSOR Proc_m1_s21 ALSO IN DoiTestPool,JavaTestPool; // Linux processors PROCESSOR Proc_m0_s3 ALSO IN DoiTestProcsPool; PROCESSOR Proc_m0_s5 ALSO IN DoiTestProcsPool; PROCESSOR Proc_m0_s11 ALSO IN DoiTestProcsPool; PROCESSOR Proc_m0_s13 ALSO IN DoiTestProcsPool; PROCESSOR Proc_m0_s21 ALSO IN DoiTestProcsPool; PROCESSOR Proc_m0_s23 ALSO IN DoiTestProcsPool; PROCESSOR Proc_m1_s13 ALSO IN DoiTestProcsPool; PROCESSOR Proc_m1_s15 ALSO IN DoiTestProcsPool; PROCESSOR Proc_m1_s23 ALSO IN DoiTestProcsPool;
SOFTWARE IDG/SERVICEPLATFORM, IDG/HLR, IDG/AC, IDG/SCP, IDP/POPULATOR; // ALLOCATE DfsCosNamingResponder_DUT TO DbaPool; INITIAL DATA # The following are our two SS7 Machines # Both rev A and rev B+ for the HLR application are required below #The_IP_Address = "134.138.59.40" #The_IP_Address_Dual = "134.138.60.40" #Count_IP_Port = 4 #The_IP_Port = 8001 # Old HLR (SSN5), HLR protocol rev A #The_IP_Port2 = 8002 # New HLR (SSN6), HLR protocol rev B+ #The_IP_Port3 = 8003 # AC (SSN10) #The_IP_Port4 = 8004 # SCP (SSN55) #The_Second_IP_Address = "134.138.59.41" #The_Second_IP_Address_Dual = "134.138.60.41" #Count_Second_IP_Port = 4 #The_Second_IP_Port = 8001 # Old HLR (SSN5), HLR protocol rev A #The_Second_IP_Port2 = 8002 # New HLR (SSN6), HLR protocol rev B+ #The_Second_IP_Port3 = 8003 # AC (SSN10) #The_Second_IP_Port4 = 8004 # SCP (SSN55) #Count_SS7_Activated = 2 MonitorTableSize = 16384 SignallerTableSize = 2048 MaxPortNamePublications = 4000 Ddb_majorTrace = (245) ENDDATA
PROCESSOR Proc_m0_s7 ALSO IN DistributorPool,HlrPool,AcPool,ScpPool,PopPool; PROCESSOR Proc_m0_s9 ALSO IN DbaPool,PopExePool; PROCESSOR Proc_m0_s15 ALSO IN DistributorPool,HlrPool,AcPool,ScpPool,PopPool; PROCESSOR Proc_m0_s17 ALSO IN DistributorPool,HlrPool,AcPool,ScpPool,PopPool; PROCESSOR Proc_m0_s19 ALSO IN DistributorPool,HlrPool,AcPool,ScpPool,PopPool; PROCESSOR Proc_m1_s9 ALSO IN DistributorPool,HlrPool,AcPool,ScpPool,PopPool; PROCESSOR Proc_m1_s11 ALSO IN DistributorPool,HlrPool,AcPool,ScpPool,PopPool; PROCESSOR Proc_m1_s19 ALSO IN DistributorPool,HlrPool,AcPool,ScpPool,PopPool; PROCESSOR Proc_m1_s21 ALSO IN DistributorPool,HlrPool,AcPool,ScpPool,PopPool;
total 0 lrwxrwxrwx 1 root root 15 May 13 2002 K03rhnsd -> ../init.d/rhnsd lrwxrwxrwx 1 root root 13 May 13 2002 K10xfs -> ../init.d/xfs lrwxrwxrwx 1 root root 13 May 13 2002 K15gpm -> ../init.d/gpm lrwxrwxrwx 1 root root 15 May 13 2002 K15httpd -> ../init.d/httpd lrwxrwxrwx 1 root root 16 May 13 2002 K20rstatd -> ../init.d/rstatd lrwxrwxrwx 1 root root 17 May 13 2002 K20rusersd -> ../init.d/rusersd lrwxrwxrwx 1 root root 16 May 13 2002 K20rwalld -> ../init.d/rwalld lrwxrwxrwx 1 root root 15 May 13 2002 K20rwhod -> ../init.d/rwhod lrwxrwxrwx 1 root root 19 May 13 2002 K34yppasswdd -> ../init.d/yppasswdd lrwxrwxrwx 1 root root 18 May 13 2002 K45arpwatch -> ../init.d/arpwatch lrwxrwxrwx 1 root root 15 May 13 2002 K45named -> ../init.d/named lrwxrwxrwx 1 root root 15 May 13 2002 K50snmpd -> ../init.d/snmpd lrwxrwxrwx 1 root root 13 May 13 2002 K50tux -> ../init.d/tux lrwxrwxrwx 1 root root 13 May 13 2002 K60lpd -> ../init.d/lpd lrwxrwxrwx 1 root root 16 May 13 2002 K65identd -> ../init.d/identd lrwxrwxrwx 1 root root 16 May 13 2002 K73ypbind -> ../init.d/ypbind lrwxrwxrwx 1 root root 14 May 13 2002 K74nscd -> ../init.d/nscd lrwxrwxrwx 1 root root 16 May 13 2002 K74ypserv -> ../init.d/ypserv lrwxrwxrwx 1 root root 15 May 13 2002 K95kudzu -> ../init.d/kudzu lrwxrwxrwx 1 root root 18 May 13 2002 S04corename -> ../init.d/corename lrwxrwxrwx 1 root root 21 May 13 2002 S04recovertime -> ../init.d/recovertime lrwxrwxrwx 1 root root 18 May 13 2002 S08ipchains -> ../init.d/ipchains lrwxrwxrwx 1 root root 17 May 13 2002 S10network -> ../init.d/network lrwxrwxrwx 1 root root 16 May 13 2002 S12syslog -> ../init.d/syslog lrwxrwxrwx 1 root root 17 May 13 2002 S13portmap -> ../init.d/portmap lrwxrwxrwx 1 root root 17 May 13 2002 S14nfslock -> ../init.d/nfslock lrwxrwxrwx 1 root root 18 May 13 2002 S17keytable -> ../init.d/keytable lrwxrwxrwx 1 root root 16 May 13 2002 S20random -> ../init.d/random lrwxrwxrwx 1 root root 15 May 13 2002 S25netfs -> ../init.d/netfs lrwxrwxrwx 1 root root 14 May 13 2002 S26apmd -> ../init.d/apmd lrwxrwxrwx 1 root root 16 May 13 2002 S28autofs -> ../init.d/autofs lrwxrwxrwx 1 root root 13 May 13 2002 S40atd -> ../init.d/atd lrwxrwxrwx 1 root root 14 May 13 2002 S55sshd -> ../init.d/sshd lrwxrwxrwx 1 root root 20 May 13 2002 S56rawdevices -> ../init.d/rawdevices lrwxrwxrwx 1 root root 16 May 13 2002 S56xinetd -> ../init.d/xinetd lrwxrwxrwx 1 root root 14 May 13 2002 S80isdn -> ../init.d/isdn lrwxrwxrwx 1 root root 15 May 13 2002 S80pppoe -> ../init.d/pppoe lrwxrwxrwx 1 root root 23 May 13 2002 S84kickstart-tsp -> ../init.d/kickstart-tsp lrwxrwxrwx 1 root root 31 Feb 6 15:49 S88TelorbServices -> /etc/rc.d/init.d/TelorbServices lrwxrwxrwx 1 root root 15 May 13 2002 S90crond -> ../init.d/crond lrwxrwxrwx 1 root root 17 May 13 2002 S95anacron -> ../init.d/anacron lrwxrwxrwx 1 root root 11 May 13 2002 S99local -> ../rc.localExample of file contents:
#!/bin/sh
#
# kickstart-tsp Update the TSP kickstart files
#
# chkconfig: - 84 14
# description: Update the TSP kickstart files
#
# Source function library.
. /etc/init.d/functions
[ -x /opt/OS/kickstart/update_ks_files ] || exit 0
# See how we were called.
case "$1" in
start)
echo -n $"Rebuilding KickStart files: "
/opt/OS/kickstart/update_ks_files
RETVAL=$?
echo
;;
stop)
RETVAL=0
;;
status)
RETVAL=0
;;
restart|reload)
start
RETVAL=1
;;
condrestart)
RETVAL=1
;;
*)
echo $"Usage: $0 {start|stop|restart|condrestart|status}"
exit 1
esac
exit $RETVAL
#EOF.
Example of file contents of /opt/OS/kickstart/update_ks_files
#!/bin/sh
set -e
# If anything goes wrong, make sure we notice....
trap "echo \"ERROR: Installation failed!\" 1>&2; trap \"\" EXIT SIGHUP SIGINT SIGQUIT ; exit 1" EXIT SIGHUP SIGINT SIGQUIT
KS_ETHIFS="$*"
TSPBASEDIR=/opt/OS
KSBASEDIR=${TSPBASEDIR}/kickstart
# Remove generated files
cleanup() {
rm -f $KSBASEDIR/*.tmp $KSBASEDIR/ks-io-*-eth?.cfg
rm -f $KSBASEDIR/*.tmp $KSBASEDIR/ks-io-*-hme?.cfg
rm -f $KSBASEDIR/*.tmp $KSBASEDIR/ks-fs-*-eth?.cfg
for iif in ${TSPBASEDIR}/IO-*.id ; do
if [ -L "${iif}" ]; then
rm "${iif}"
fi
done
for tif in ${TSPBASEDIR}/telorb-*.conf ; do
if [ -L "${tif}" ]; then
rm "${tif}"
fi
done
}
# Generate one KickStart file from a base file.
# $1 - Ethernet Interface Name
# $2 - Source file
# $3 - Destination file
# $4 - Server IP-address.
patch_ks() {
#echo 1:$1 2:$2 3:$3 4:$4
cp $2 $3.tmp
KS_NAME="`grep < $2 'KS_NAME='`" && KS_NAME=`echo $KS_NAME |sed 's/^KS_NAME="//g;s/"$//g'`
#echo KS_NAME=$KS_NAME `basename $KS_NAME .cfg`-$1.cfg
KS_PN=`grep < $2 '^KS_PN="'`
#KS_PN_NEW=`echo "$KS_PN" |sed -e 's/KS_PN="/KS_PN="m/g'`
KS_PN_NEW="${KS_PN}"
#echo $KS_PN KS_PN_NEW=$KS_PN_NEW
#echo 2=$2 3=$3.tmp
patch $3.tmp --quiet <<EOF
--- ks-io-ide.cfg Thu Apr 18 13:50:37 2002
+++ ks-ide-ethx.cfg Thu Apr 18 16:22:59 2002
@@ -7 +7 @@
-nfs --server 192.168.11.1 --dir /opt/redhat/linux/7.1/en/os/i386
+nfs --server $4 --dir /opt/redhat/linux/7.1/en/os/i386
@@ -56,2 +56,2 @@
-KS_NAME="${KS_NAME}"
-KS_PN="1/XXX 000 000"
+KS_NAME="`basename $3`"
+$KS_PN_NEW
@@ -92 +92 @@
-INSTALLSERVER=192.168.11.1
+INSTALLSERVER=$4
@@ -145 +145 @@
-CONFIGFILE="\$MNT/\$PKGDIR/IO.id"
+CONFIGFILE="\$MNT/\$PKGDIR/IO-$1.id"
@@ -174 +174 @@
- CONFIGFILE=\$MNT/\$PKGDIR/telorb.conf
+ CONFIGFILE=\$MNT/\$PKGDIR/telorb-$1.conf
EOF
cat >/dev/null <<EOF
EOF
mv $3.tmp $3
rm -f $3.tmp.orig
}
# Generate one KickStart file from a base file.
# $1 - Ethernet Interface Name
# $2 - Source file
# $3 - Destination file
# $4 - Server IP-address.
patch_fs_ks() {
#echo 1:$1 2:$2 3:$3 4:$4
cp $2 $3.tmp
KS_NAME="`grep < $2 'KS_NAME='`" && KS_NAME=`echo $KS_NAME |sed 's/^KS_NAME="//g;s/"$//g'`
#echo KS_NAME=$KS_NAME `basename $KS_NAME .cfg`-$1.cfg
KS_PN=`grep < $2 '^KS_PN="'`
#KS_PN_NEW=`echo "$KS_PN" |sed -e 's/KS_PN="/KS_PN="m/g'`
KS_PN_NEW="${KS_PN}"
#echo $KS_PN KS_PN_NEW=$KS_PN_NEW
#echo 2=$2 3=$3.tmp
patch $3.tmp --quiet <<EOF
--- ks-io-ide.cfg Thu Nov 29 15:08:45 2001
+++ ks-ide-ethx.cfg Thu Nov 29 19:23:17 2001
@@ -7 +7 @@
-nfs --server 192.168.11.1 --dir /opt/redhat/linux/7.1/en/os/i386
+nfs --server $4 --dir /opt/redhat/linux/7.1/en/os/i386
@@ -51,2 +51,2 @@
-KS_NAME="${KS_NAME}"
-$KS_PN
+KS_NAME="`basename $3`"
+$KS_PN_NEW
@@ -92 +92 @@
-INSTALLSERVER=192.168.11.1
+INSTALLSERVER=$4
@@ -174 +174 @@
- CONFIGFILE=\$MNT/\$PKGDIR/telorb.conf
+ CONFIGFILE=\$MNT/\$PKGDIR/telorb-$1.conf
EOF
cat >/dev/null <<EOF
EOF
mv $3.tmp $3
rm -f $3.tmp.orig
}
# Generate a KickStart file from a base file, for a interface.
# $1 - Ethernet Interface Name
# $2 - Source file
patch_ks_file_for_if() {
file=$KSBASEDIR/$2
newfile=$KSBASEDIR/`basename $file .cfg`-$1.cfg
SVR_IP=`/sbin/ifconfig $1 |awk '/inet addr:.* Bcast:.* Mask:.*/ {print $2}'|sed -e 's/addr://g'`
if [ -z "$SVR_IP=" ]; then
echo "No IP-address found for $1!" 1>&2
trap "" EXIT SIGHUP SIGINT SIGQUIT
exit 1
fi
patch_ks $1 $file $newfile $SVR_IP
}
# Generate a KickStart file from a base file, for a interface.
# $1 - Ethernet Interface Name
# $2 - Source file
patch_fs_ks_file_for_if() {
file=$KSBASEDIR/$2
newfile=$KSBASEDIR/`basename $file .cfg`-$1.cfg
SVR_IP=`/sbin/ifconfig $1 |awk '/inet addr:.* Bcast:.* Mask:.*/ {print $2}'|sed -e 's/addr://g'`
if [ -z "$SVR_IP=" ]; then
echo "No IP-address found for $1!" 1>&2
trap "" EXIT SIGHUP SIGINT SIGQUIT
exit 1
fi
patch_fs_ks $1 $file $newfile $SVR_IP
}
# generate kickstart files for a list of interfaces.
patch_ks_for_if() {
# for i in \
# ks-io-ide.cfg \
# ks-io-ide-raid0.cfg \
# ks-io-ide-raid1.cfg \
# ks-io-scsi.cfg \
# ks-io-scsi-raid0.cfg \
# ks-io-scsi-raid1.cfg
for i in \
ks-io-ide.cfg \
ks-io-scsi.cfg
do
#echo patch_ks_file_for_if $1 $i
patch_ks_file_for_if $1 $i
done
for i in \
ks-fs-ide.cfg \
ks-fs-scsi.cfg
do
patch_fs_ks_file_for_if $1 $i
done
}
# Remove old files
cleanup
# If cleanup was requested we are done now.
if [ "$1" = "--cleanup" ]; then
trap "" EXIT SIGHUP SIGINT SIGQUIT
exit 0;
fi
# Online help
if [ "$1" = "--help" ]; then
echo 1>&2 "update_ks_files [--cleanup|<ethernet interfaces>]"
echo 1>&2
trap "" EXIT SIGHUP SIGINT SIGQUIT
exit 0
fi
# Recreate files, generate KickStart files for all Ethernet interfaces
# unless a the a list of interfaces was provided.
if [ -z "$KS_ETHIFS" ]; then
KS_ETHIFS=`/sbin/ifconfig -a |awk '/^(eth|hme)[0123456789]+ / {print $1}'`
fi
for if in $KS_ETHIFS ; do
#echo patch_ks_for_if $if
patch_ks_for_if $if
if [ ! -f "${TSPBASEDIR}/IO-${if}.id" ]; then
ln -s IO.id "${TSPBASEDIR}/IO-${if}.id"
fi
if [ ! -f "${TSPBASEDIR}/telorb-${if}.conf" ]; then
ln -s telorb.conf "${TSPBASEDIR}/telorb-${if}.conf"
fi
done
# done
trap "" EXIT SIGHUP SIGINT SIGQUIT
exit 0
#!/bin/sh
# start/stop/restart all telorb-related services
#set -x
usage="Usage: /etc/rc.d/rc3.d/S88TelorbServices { start | stop | status | restart }"
if [ ! -d /opt/telorb/etc ]
then # /opt/telorb/tools/bin not mounted
exit
fi
# Start/stop/restart the telorb services start script
if [ $# -eq 1 ] ; then
case "$1" in
'start')
if [ -f /opt/telorb/etc/start_services ] ; then
echo su telorb
su telorb -c /opt/telorb/etc/start_services
fi
;;
'stop')
if [ -f /opt/telorb/etc/stop_services ] ; then
echo su telorb
su telorb -c /opt/telorb/etc/stop_services
fi
;;
'status')
if [ -f /opt/telorb/etc/status_services ] ; then
echo su telorb
su telorb -c /opt/telorb/etc/status_services
fi
;;
'restart')
if [ -f /opt/telorb/etc/stop_services ] ; then
echo su telorb
su telorb -c /opt/telorb/etc/stop_services
fi
if [ -f /opt/telorb/etc/start_services ] ; then
echo su telorb
su telorb -c /opt/telorb/etc/start_services
fi
;;
*)
echo $usage;;
esac
else
echo $usage
fi
total 500 -rwxrwxr-x 1 telorb telorb 1496 Jul 19 2002 applog.default -rwxrwxr-x 1 telorb telorb 279 Feb 6 15:50 crashcollector.conf -rw-r--r-- 1 root uab 417 Feb 6 15:52 dhcpd.leases -rwxrwxr-x 1 telorb telorb 16917 Feb 6 15:50 dhcpd.pxe.conf -rwxrwxr-x 1 telorb telorb 2220 Feb 6 15:50 ep_tftpd.conf -rwxrwxr-x 1 telorb telorb 173 Feb 6 15:51 exports -rwxrwxr-x 1 telorb telorb 171 Nov 20 12:58 exports_orginal -rwxrwxr-x 1 telorb telorb 183305 Oct 14 12:41 ksym.log -rw-r--r-- 1 telorb uab 675 Feb 6 15:50 localtime -rwxrwxr-x 1 telorb telorb 407 Feb 6 15:50 ntp.conf -rwxrwxr-x 1 telorb telorb 16 Feb 6 15:50 ntpstep-tickers -rwxrwxr-x 1 telorb telorb 6003 Feb 6 15:50 pxe.cf -rwxrwxr-x 1 telorb telorb 1418 Feb 6 15:50 rsyncd.conf -rwxrwxr-x 1 telorb telorb 2653 Feb 6 15:50 start_services -rwxrwxr-x 1 telorb telorb 1923 Feb 6 15:50 status_services -rwxrwxr-x 1 telorb telorb 2235 Feb 6 15:50 stop_services -rwxrwxr-x 1 telorb telorb 23183 Jan 16 15:07 telorb.conf -rwxrwxr-x 1 telorb telorb 838 Feb 6 15:50 transfermgr.conf -rwxrwxr-x 1 telorb telorb 171 Dec 12 12:33 uabexportsExample of file contents:
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.
# 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;
option telorbIpcDevice code 156 = unsigned integer 8;
option telorbHostsData code 157 = text;
option time-offset 3600;
# Ip address of timeservers
option time-servers 172.16.25.1, 172.16.16.129;
option ntp-servers 172.16.25.1, 172.16.16.129;
option dumpServerAddress 172.16.25.1, 172.16.16.129;
option consoleServerAddress 172.16.16.129;
option consoleServerPort 7000;
# PXE boot
class "pxeclient" {
match if substring (option vendor-class-identifier, 0, 9) = "PXEClient";
option vendor-class-identifier "PXEClient";
}
# define the dicos processors
# wrap all the dicos processors into two shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks (vip, external, ...).
shared-network dicosProcessor {
subnet 172.16.16.0 netmask 255.255.248.0 {
option routers 172.16.16.31;
option subnet-mask 255.255.248.0;
option broadcast-address 172.16.23.255;
next-server 172.16.16.129;
option telorbIpcDevice 10;
default-lease-time = ff:ff:ff:ff;
max-lease-time = ff:ff:ff:ff;
}
subnet 172.16.24.0 netmask 255.255.248.0 {
option routers 172.16.24.31;
option subnet-mask 255.255.248.0;
option broadcast-address 172.16.31.255;
next-server 172.16.24.129;
option telorbIpcDevice 10;
default-lease-time = ff:ff:ff:ff;
max-lease-time = ff:ff:ff:ff;
}
# define virtual-ip network
subnet 192.168.76.0 netmask 255.255.255.0 {
}
subnet 192.168.77.0 netmask 255.255.255.0 {
}
}
# this is a io-processor, entry used for kick-starting the io-processor
group {
host io1_0 {
hardware ethernet 00:a0:a5:4d:00:d5;
fixed-address 172.16.16.129;
filename "/opt/OS/kickstart/ks-io-scsi-eth0.cfg";
}
host io1_1 {
hardware ethernet 00:a0:a5:4d:00:d6;
fixed-address 172.16.24.129;
filename "/opt/OS/kickstart/ks-io-scsi-eth1.cfg";
}
}
# this is a io-processor, entry used for kick-starting the io-processor
group {
host io2_0 {
hardware ethernet 00:a0:a5:4d:00:f7;
fixed-address 172.16.17.1;
filename "/opt/OS/kickstart/ks-io-scsi-eth0.cfg";
}
host io2_1 {
hardware ethernet 00:a0:a5:4d:00:f8;
fixed-address 172.16.25.1;
filename "/opt/OS/kickstart/ks-io-scsi-eth1.cfg";
}
}
# file server entries
group {
host fs1_0 {
hardware ethernet 00:a0:a5:4c:01:20;
fixed-address 172.16.16.133;
filename "/opt/OS/kickstart/ks-fs-scsi-eth0.cfg";
}
host fs1_1 {
hardware ethernet 00:a0:a5:4c:01:21;
fixed-address 172.16.24.133;
filename "/opt/OS/kickstart/ks-fs-scsi-eth1.cfg";
}
}
# define dicosprocessors
group {
host dicosProc_m0_s7_0 {
hardware ethernet 00:a0:a5:50:01:42;
fixed-address 172.16.16.7;
}
host dicosProc_m0_s7_1 {
hardware ethernet 00:a0:a5:50:01:1f;
fixed-address 172.16.24.7;
}
host dicosProc_m0_s9_0 {
hardware ethernet 00:a0:a5:50:01:7d;
fixed-address 172.16.16.9;
# this processor is a loader
option epTftpdServerAddress 172.16.16.129;
}
host dicosProc_m0_s9_1 {
hardware ethernet 00:a0:a5:50:01:7e;
fixed-address 172.16.24.9;
# this processor is a loader
option epTftpdServerAddress 172.16.24.129;
}
host dicosProc_m0_s15_0 {
hardware ethernet 00:a0:a5:50:01:6f;
fixed-address 172.16.16.15;
}
host dicosProc_m0_s15_1 {
hardware ethernet 00:a0:a5:50:01:70;
fixed-address 172.16.24.15;
}
host dicosProc_m0_s17_0 {
hardware ethernet 00:a0:a5:50:01:59;
fixed-address 172.16.16.17;
}
host dicosProc_m0_s17_1 {
hardware ethernet 00:a0:a5:50:01:5a;
fixed-address 172.16.24.17;
}
host dicosProc_m0_s19_0 {
hardware ethernet 00:a0:a5:50:01:db;
fixed-address 172.16.16.19;
}
host dicosProc_m0_s19_1 {
hardware ethernet 00:a0:a5:50:01:dc;
fixed-address 172.16.24.19;
}
host dicosProc_m1_s9_0 {
hardware ethernet 00:a0:a5:50:01:d7;
fixed-address 172.16.16.137;
# this processor is a loader
option epTftpdServerAddress 172.16.16.129;
}
host dicosProc_m1_s9_1 {
hardware ethernet 00:a0:a5:50:01:d8;
fixed-address 172.16.24.137;
# this processor is a loader
option epTftpdServerAddress 172.16.24.129;
}
host dicosProc_m1_s11_0 {
hardware ethernet 00:a0:a5:50:01:61;
fixed-address 172.16.16.139;
}
host dicosProc_m1_s11_1 {
hardware ethernet 00:a0:a5:50:01:62;
fixed-address 172.16.24.139;
}
host dicosProc_m1_s19_0 {
hardware ethernet 00:a0:a5:50:02:53;
fixed-address 172.16.16.147;
}
host dicosProc_m1_s19_1 {
hardware ethernet 00:a0:a5:50:02:54;
fixed-address 172.16.24.147;
}
host dicosProc_m1_s21_0 {
hardware ethernet 00:a0:a5:50:03:40;
fixed-address 172.16.16.149;
}
host dicosProc_m1_s21_1 {
hardware ethernet 00:a0:a5:50:03:41;
fixed-address 172.16.24.149;
}
}
# define linuxprocessors
group {
host linuxProc_m0_s3_0 {
hardware ethernet 00:a0:a5:4c:01:52;
fixed-address 172.16.16.3;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.3 hn0
172.16.24.3 hn1
";
}
host linuxProc_m0_s3_1 {
hardware ethernet 00:a0:a5:4c:01:53;
fixed-address 172.16.24.3;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.3 hn0
172.16.16.3 hn1
";
}
host linuxProc_m0_s5_0 {
hardware ethernet 00:a0:a5:50:01:8f;
fixed-address 172.16.16.5;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.5 hn0
172.16.24.5 hn1
";
}
host linuxProc_m0_s5_1 {
hardware ethernet 00:a0:a5:50:01:90;
fixed-address 172.16.24.5;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.5 hn0
172.16.16.5 hn1
";
}
host linuxProc_m0_s11_0 {
hardware ethernet 00:a0:a5:50:02:77;
fixed-address 172.16.16.11;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.11 hn0
172.16.24.11 hn1
";
}
host linuxProc_m0_s11_1 {
hardware ethernet 00:a0:a5:50:02:78;
fixed-address 172.16.24.11;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.11 hn0
172.16.16.11 hn1
";
}
host linuxProc_m0_s13_0 {
hardware ethernet 00:a0:a5:50:02:d0;
fixed-address 172.16.16.13;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.13 hn0
172.16.24.13 hn1
";
}
host linuxProc_m0_s13_1 {
hardware ethernet 00:a0:a5:50:02:d2;
fixed-address 172.16.24.13;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.13 hn0
172.16.16.13 hn1
";
}
host linuxProc_m0_s21_0 {
hardware ethernet 00:a0:a5:50:01:24;
fixed-address 172.16.16.21;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.21 hn0
172.16.24.21 hn1
";
}
host linuxProc_m0_s21_1 {
hardware ethernet 00:a0:a5:50:01:25;
fixed-address 172.16.24.21;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.21 hn0
172.16.16.21 hn1
";
}
host linuxProc_m0_s23_0 {
hardware ethernet 00:a0:a5:50:01:1d;
fixed-address 172.16.16.23;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.23 hn0
172.16.24.23 hn1
";
}
host linuxProc_m0_s23_1 {
hardware ethernet 00:a0:a5:50:01:1e;
fixed-address 172.16.24.23;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.23 hn0
172.16.16.23 hn1
";
}
host linuxProc_m1_s13_0 {
hardware ethernet 00:a0:a5:50:02:0b;
fixed-address 172.16.16.141;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.141 hn0
172.16.24.141 hn1
";
}
host linuxProc_m1_s13_1 {
hardware ethernet 00:a0:a5:50:02:0c;
fixed-address 172.16.24.141;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.141 hn0
172.16.16.141 hn1
";
}
host linuxProc_m1_s15_0 {
hardware ethernet 00:a0:a5:50:04:64;
fixed-address 172.16.16.143;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.143 hn0
172.16.24.143 hn1
";
}
host linuxProc_m1_s15_1 {
hardware ethernet 00:a0:a5:50:04:65;
fixed-address 172.16.24.143;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.143 hn0
172.16.16.143 hn1
";
}
host linuxProc_m1_s23_0 {
hardware ethernet 00:a0:a5:50:02:29;
fixed-address 172.16.16.151;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.151 hn0
172.16.24.151 hn1
";
}
host linuxProc_m1_s23_1 {
hardware ethernet 00:a0:a5:50:02:2a;
fixed-address 172.16.24.151;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.151 hn0
172.16.16.151 hn1
";
}
}
# define dicosprocessors that have vip-interface
group {
host vip_dicosProc_m0_s17_2 {
hardware ethernet 00:80:37:8f:34:88;
fixed-address 192.168.76.80;
}
host vip_dicosProc_m0_s17_3 {
hardware ethernet 00:80:37:8f:34:89;
fixed-address 192.168.77.80;
}
host vip_dicosProc_m0_s19_2 {
hardware ethernet 00:80:37:8f:34:26;
fixed-address 192.168.76.81;
}
host vip_dicosProc_m0_s19_3 {
hardware ethernet 00:80:37:8f:34:27;
fixed-address 192.168.77.81;
}
}
# define GESB
group {
filename = "telorb/ppro/GESBROJ208410/config.txt";
host gesba_0 {
option dhcp-client-identifier = concat(00,"0.2.255.23:eth1");
fixed-address 172.16.17.23;
}
host gesba_0.1 {
option dhcp-client-identifier = concat(00,"0.2.255.23:eth1.1");
fixed-address 172.16.17.23;
}
host gesba_1 {
option dhcp-client-identifier = concat(00,"0.2.255.23:eth0");
fixed-address 172.16.25.23;
}
host gesba_1.1 {
option dhcp-client-identifier = concat(00,"0.2.255.23:eth0.1");
fixed-address 172.16.25.23;
}
host gesbb_0 {
option dhcp-client-identifier = concat(00,"0.3.255.23:eth1");
fixed-address 172.16.17.151;
}
host gesbb_0.1 {
option dhcp-client-identifier = concat(00,"0.3.255.23:eth1.1");
fixed-address 172.16.17.151;
}
host gesbb_1 {
option dhcp-client-identifier = concat(00,"0.3.255.23:eth0");
fixed-address 172.16.25.151;
}
host gesbb_1.1 {
option dhcp-client-identifier = concat(00,"0.3.255.23:eth0.1");
fixed-address 172.16.25.151;
}
}
# define SCB
group {
filename = "telorb/ppro/SCBRPROJ208423/config.txt";
host scb0a_0 {
option dhcp-client-identifier = concat(00,"0.0.255.0:eth1");
fixed-address 172.16.16.32;
}
host scb0a_0.1 {
option dhcp-client-identifier = concat(00,"0.0.255.0:eth1.1");
fixed-address 172.16.16.32;
}
host scb1a_0 {
option dhcp-client-identifier = concat(00,"0.1.255.0:eth1");
fixed-address 172.16.16.160;
}
host scb1a_0.1 {
option dhcp-client-identifier = concat(00,"0.1.255.0:eth1.1");
fixed-address 172.16.16.160;
}
host scb2a_0 {
option dhcp-client-identifier = concat(00,"0.2.255.0:eth1");
fixed-address 172.16.17.32;
}
host scb2a_0.1 {
option dhcp-client-identifier = concat(00,"0.2.255.0:eth1.1");
fixed-address 172.16.17.32;
}
host scb3a_0 {
option dhcp-client-identifier = concat(00,"0.3.255.0:eth1");
fixed-address 172.16.17.160;
}
host scb3a_0.1 {
option dhcp-client-identifier = concat(00,"0.3.255.0:eth1.1");
fixed-address 172.16.17.160;
}
host scb0a_1 {
option dhcp-client-identifier = concat(00,"0.0.255.0:eth0");
fixed-address 172.16.24.32;
}
host scb0a_1.1 {
option dhcp-client-identifier = concat(00,"0.0.255.0:eth0.1");
fixed-address 172.16.24.32;
}
host scb1a_1 {
option dhcp-client-identifier = concat(00,"0.1.255.0:eth0");
fixed-address 172.16.24.160;
}
host scb1a_1.1 {
option dhcp-client-identifier = concat(00,"0.1.255.0:eth0.1");
fixed-address 172.16.24.160;
}
host scb2a_1 {
option dhcp-client-identifier = concat(00,"0.2.255.0:eth0");
fixed-address 172.16.25.32;
}
host scb2a_1.1 {
option dhcp-client-identifier = concat(00,"0.2.255.0:eth0.1");
fixed-address 172.16.25.32;
}
host scb3a_1 {
option dhcp-client-identifier = concat(00,"0.3.255.0:eth0");
fixed-address 172.16.25.160;
}
host scb3a_1.1 {
option dhcp-client-identifier = concat(00,"0.3.255.0:eth0.1");
fixed-address 172.16.25.160;
}
host scb0b_0 {
option dhcp-client-identifier = concat(00,"0.0.255.25:eth1");
fixed-address 172.16.16.25;
}
host scb0b_0.1 {
option dhcp-client-identifier = concat(00,"0.0.255.25:eth1.1");
fixed-address 172.16.16.25;
}
host scb1b_0 {
option dhcp-client-identifier = concat(00,"0.1.255.25:eth1");
fixed-address 172.16.16.153;
}
host scb1b_0.1 {
option dhcp-client-identifier = concat(00,"0.1.255.25:eth1.1");
fixed-address 172.16.16.153;
}
host scb2b_0 {
option dhcp-client-identifier = concat(00,"0.2.255.25:eth1");
fixed-address 172.16.17.25;
}
host scb2b_0.1 {
option dhcp-client-identifier = concat(00,"0.2.255.25:eth1.1");
fixed-address 172.16.17.25;
}
host scb3b_0 {
option dhcp-client-identifier = concat(00,"0.3.255.25:eth1");
fixed-address 172.16.17.153;
}
host scb3b_0.1 {
option dhcp-client-identifier = concat(00,"0.3.255.25:eth1.1");
fixed-address 172.16.17.153;
}
host scb0b_1 {
option dhcp-client-identifier = concat(00,"0.0.255.25:eth0");
fixed-address 172.16.24.25;
}
host scb0b_1.1 {
option dhcp-client-identifier = concat(00,"0.0.255.25:eth0.1");
fixed-address 172.16.24.25;
}
host scb1b_1 {
option dhcp-client-identifier = concat(00,"0.1.255.25:eth0");
fixed-address 172.16.24.153;
}
host scb1b_1.1 {
option dhcp-client-identifier = concat(00,"0.1.255.25:eth0.1");
fixed-address 172.16.24.153;
}
host scb2b_1 {
option dhcp-client-identifier = concat(00,"0.2.255.25:eth0");
fixed-address 172.16.25.25;
}
host scb2b_1.1 {
option dhcp-client-identifier = concat(00,"0.2.255.25:eth0.1");
fixed-address 172.16.25.25;
}
host scb3b_1 {
option dhcp-client-identifier = concat(00,"0.3.255.25:eth0");
fixed-address 172.16.25.153;
}
host scb3b_1.1 {
option dhcp-client-identifier = concat(00,"0.3.255.25:eth0.1");
fixed-address 172.16.25.153;
}
}
# this is the dhcpd configuration file used by
# the ISC version 3 dhcpd.
# 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;
option telorbIpcDevice code 156 = unsigned integer 8;
option telorbHostsData code 157 = text;
option time-offset 3600;
# Ip address of timeservers
option time-servers 172.16.25.1, 172.16.16.129;
option ntp-servers 172.16.25.1, 172.16.16.129;
option dumpServerAddress 172.16.25.1, 172.16.16.129;
option consoleServerAddress 172.16.16.129;
option consoleServerPort 7000;
# PXE boot
class "pxeclient" {
match if substring (option vendor-class-identifier, 0, 9) = "PXEClient";
option vendor-class-identifier "PXEClient";
}
# define the dicos processors
# wrap all the dicos processors into two shared network in order to
# get dhcpd to answer bootp requests regarding interfaces on other
# networks (vip, external, ...).
shared-network dicosProcessor {
subnet 172.16.16.0 netmask 255.255.248.0 {
option routers 172.16.16.31;
option subnet-mask 255.255.248.0;
option broadcast-address 172.16.23.255;
next-server 172.16.17.1;
option telorbIpcDevice 10;
default-lease-time = ff:ff:ff:ff;
max-lease-time = ff:ff:ff:ff;
}
subnet 172.16.24.0 netmask 255.255.248.0 {
option routers 172.16.24.31;
option subnet-mask 255.255.248.0;
option broadcast-address 172.16.31.255;
next-server 172.16.25.1;
option telorbIpcDevice 10;
default-lease-time = ff:ff:ff:ff;
max-lease-time = ff:ff:ff:ff;
}
# define virtual-ip network
subnet 192.168.76.0 netmask 255.255.255.0 {
}
subnet 192.168.77.0 netmask 255.255.255.0 {
}
}
# this is a io-processor, entry used for kick-starting the io-processor
group {
host io1_0 {
hardware ethernet 00:a0:a5:4d:00:d5;
fixed-address 172.16.16.129;
filename "/opt/OS/kickstart/ks-io-scsi-eth0.cfg";
}
host io1_1 {
hardware ethernet 00:a0:a5:4d:00:d6;
fixed-address 172.16.24.129;
filename "/opt/OS/kickstart/ks-io-scsi-eth1.cfg";
}
}
# this is a io-processor, entry used for kick-starting the io-processor
group {
host io2_0 {
hardware ethernet 00:a0:a5:4d:00:f7;
fixed-address 172.16.17.1;
filename "/opt/OS/kickstart/ks-io-scsi-eth0.cfg";
}
host io2_1 {
hardware ethernet 00:a0:a5:4d:00:f8;
fixed-address 172.16.25.1;
filename "/opt/OS/kickstart/ks-io-scsi-eth1.cfg";
}
}
# file server entries
group {
host fs1_0 {
hardware ethernet 00:a0:a5:4c:01:20;
fixed-address 172.16.16.133;
filename "/opt/OS/kickstart/ks-fs-scsi-eth0.cfg";
}
host fs1_1 {
hardware ethernet 00:a0:a5:4c:01:21;
fixed-address 172.16.24.133;
filename "/opt/OS/kickstart/ks-fs-scsi-eth1.cfg";
}
}
# define dicosprocessors
group {
host dicosProc_m0_s7_0 {
hardware ethernet 00:a0:a5:50:01:42;
fixed-address 172.16.16.7;
}
host dicosProc_m0_s7_1 {
hardware ethernet 00:a0:a5:50:01:1f;
fixed-address 172.16.24.7;
}
host dicosProc_m0_s9_0 {
hardware ethernet 00:a0:a5:50:01:7d;
fixed-address 172.16.16.9;
# this processor is a loader
option epTftpdServerAddress 172.16.17.1;
}
host dicosProc_m0_s9_1 {
hardware ethernet 00:a0:a5:50:01:7e;
fixed-address 172.16.24.9;
# this processor is a loader
option epTftpdServerAddress 172.16.25.1;
}
host dicosProc_m0_s15_0 {
hardware ethernet 00:a0:a5:50:01:6f;
fixed-address 172.16.16.15;
}
host dicosProc_m0_s15_1 {
hardware ethernet 00:a0:a5:50:01:70;
fixed-address 172.16.24.15;
}
host dicosProc_m0_s17_0 {
hardware ethernet 00:a0:a5:50:01:59;
fixed-address 172.16.16.17;
}
host dicosProc_m0_s17_1 {
hardware ethernet 00:a0:a5:50:01:5a;
fixed-address 172.16.24.17;
}
host dicosProc_m0_s19_0 {
hardware ethernet 00:a0:a5:50:01:db;
fixed-address 172.16.16.19;
}
host dicosProc_m0_s19_1 {
hardware ethernet 00:a0:a5:50:01:dc;
fixed-address 172.16.24.19;
}
host dicosProc_m1_s9_0 {
hardware ethernet 00:a0:a5:50:01:d7;
fixed-address 172.16.16.137;
# this processor is a loader
option epTftpdServerAddress 172.16.17.1;
}
host dicosProc_m1_s9_1 {
hardware ethernet 00:a0:a5:50:01:d8;
fixed-address 172.16.24.137;
# this processor is a loader
option epTftpdServerAddress 172.16.25.1;
}
host dicosProc_m1_s11_0 {
hardware ethernet 00:a0:a5:50:01:61;
fixed-address 172.16.16.139;
}
host dicosProc_m1_s11_1 {
hardware ethernet 00:a0:a5:50:01:62;
fixed-address 172.16.24.139;
}
host dicosProc_m1_s19_0 {
hardware ethernet 00:a0:a5:50:02:53;
fixed-address 172.16.16.147;
}
host dicosProc_m1_s19_1 {
hardware ethernet 00:a0:a5:50:02:54;
fixed-address 172.16.24.147;
}
host dicosProc_m1_s21_0 {
hardware ethernet 00:a0:a5:50:03:40;
fixed-address 172.16.16.149;
}
host dicosProc_m1_s21_1 {
hardware ethernet 00:a0:a5:50:03:41;
fixed-address 172.16.24.149;
}
}
# define linuxprocessors
group {
host linuxProc_m0_s3_0 {
hardware ethernet 00:a0:a5:4c:01:52;
fixed-address 172.16.16.3;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.3 hn0
172.16.24.3 hn1
";
}
host linuxProc_m0_s3_1 {
hardware ethernet 00:a0:a5:4c:01:53;
fixed-address 172.16.24.3;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.3 hn0
172.16.16.3 hn1
";
}
host linuxProc_m0_s5_0 {
hardware ethernet 00:a0:a5:50:01:8f;
fixed-address 172.16.16.5;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.5 hn0
172.16.24.5 hn1
";
}
host linuxProc_m0_s5_1 {
hardware ethernet 00:a0:a5:50:01:90;
fixed-address 172.16.24.5;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.5 hn0
172.16.16.5 hn1
";
}
host linuxProc_m0_s11_0 {
hardware ethernet 00:a0:a5:50:02:77;
fixed-address 172.16.16.11;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.11 hn0
172.16.24.11 hn1
";
}
host linuxProc_m0_s11_1 {
hardware ethernet 00:a0:a5:50:02:78;
fixed-address 172.16.24.11;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.11 hn0
172.16.16.11 hn1
";
}
host linuxProc_m0_s13_0 {
hardware ethernet 00:a0:a5:50:02:d0;
fixed-address 172.16.16.13;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.13 hn0
172.16.24.13 hn1
";
}
host linuxProc_m0_s13_1 {
hardware ethernet 00:a0:a5:50:02:d2;
fixed-address 172.16.24.13;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.13 hn0
172.16.16.13 hn1
";
}
host linuxProc_m0_s21_0 {
hardware ethernet 00:a0:a5:50:01:24;
fixed-address 172.16.16.21;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.21 hn0
172.16.24.21 hn1
";
}
host linuxProc_m0_s21_1 {
hardware ethernet 00:a0:a5:50:01:25;
fixed-address 172.16.24.21;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.21 hn0
172.16.16.21 hn1
";
}
host linuxProc_m0_s23_0 {
hardware ethernet 00:a0:a5:50:01:1d;
fixed-address 172.16.16.23;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.23 hn0
172.16.24.23 hn1
";
}
host linuxProc_m0_s23_1 {
hardware ethernet 00:a0:a5:50:01:1e;
fixed-address 172.16.24.23;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.23 hn0
172.16.16.23 hn1
";
}
host linuxProc_m1_s13_0 {
hardware ethernet 00:a0:a5:50:02:0b;
fixed-address 172.16.16.141;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.141 hn0
172.16.24.141 hn1
";
}
host linuxProc_m1_s13_1 {
hardware ethernet 00:a0:a5:50:02:0c;
fixed-address 172.16.24.141;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.141 hn0
172.16.16.141 hn1
";
}
host linuxProc_m1_s15_0 {
hardware ethernet 00:a0:a5:50:04:64;
fixed-address 172.16.16.143;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.143 hn0
172.16.24.143 hn1
";
}
host linuxProc_m1_s15_1 {
hardware ethernet 00:a0:a5:50:04:65;
fixed-address 172.16.24.143;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.143 hn0
172.16.16.143 hn1
";
}
host linuxProc_m1_s23_0 {
hardware ethernet 00:a0:a5:50:02:29;
fixed-address 172.16.16.151;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.16.151 hn0
172.16.24.151 hn1
";
}
host linuxProc_m1_s23_1 {
hardware ethernet 00:a0:a5:50:02:2a;
fixed-address 172.16.24.151;
option telorbHostsData "
172.16.16.129 io1 io1net0
172.16.24.129 io1 io1net1
172.16.25.1 io2 io2net1
172.16.17.1 io2 io2net0
172.16.24.151 hn0
172.16.16.151 hn1
";
}
}
# define dicosprocessors that have vip-interface
group {
host vip_dicosProc_m0_s17_2 {
hardware ethernet 00:80:37:8f:34:88;
fixed-address 192.168.76.80;
}
host vip_dicosProc_m0_s17_3 {
hardware ethernet 00:80:37:8f:34:89;
fixed-address 192.168.77.80;
}
host vip_dicosProc_m0_s19_2 {
hardware ethernet 00:80:37:8f:34:26;
fixed-address 192.168.76.81;
}
host vip_dicosProc_m0_s19_3 {
hardware ethernet 00:80:37:8f:34:27;
fixed-address 192.168.77.81;
}
}
# define GESB
group {
filename = "telorb/ppro/GESBROJ208410/config.txt";
host gesba_0 {
option dhcp-client-identifier = concat(00,"0.2.255.23:eth1");
fixed-address 172.16.17.23;
}
host gesba_0.1 {
option dhcp-client-identifier = concat(00,"0.2.255.23:eth1.1");
fixed-address 172.16.17.23;
}
host gesba_1 {
option dhcp-client-identifier = concat(00,"0.2.255.23:eth0");
fixed-address 172.16.25.23;
}
host gesba_1.1 {
option dhcp-client-identifier = concat(00,"0.2.255.23:eth0.1");
fixed-address 172.16.25.23;
}
host gesbb_0 {
option dhcp-client-identifier = concat(00,"0.3.255.23:eth1");
fixed-address 172.16.17.151;
}
host gesbb_0.1 {
option dhcp-client-identifier = concat(00,"0.3.255.23:eth1.1");
fixed-address 172.16.17.151;
}
host gesbb_1 {
option dhcp-client-identifier = concat(00,"0.3.255.23:eth0");
fixed-address 172.16.25.151;
}
host gesbb_1.1 {
option dhcp-client-identifier = concat(00,"0.3.255.23:eth0.1");
fixed-address 172.16.25.151;
}
}
# define SCB
group {
filename = "telorb/ppro/SCBRPROJ208423/config.txt";
host scb0a_0 {
option dhcp-client-identifier = concat(00,"0.0.255.0:eth1");
fixed-address 172.16.16.32;
}
host scb0a_0.1 {
option dhcp-client-identifier = concat(00,"0.0.255.0:eth1.1");
fixed-address 172.16.16.32;
}
host scb1a_0 {
option dhcp-client-identifier = concat(00,"0.1.255.0:eth1");
fixed-address 172.16.16.160;
}
host scb1a_0.1 {
option dhcp-client-identifier = concat(00,"0.1.255.0:eth1.1");
fixed-address 172.16.16.160;
}
host scb2a_0 {
option dhcp-client-identifier = concat(00,"0.2.255.0:eth1");
fixed-address 172.16.17.32;
}
host scb2a_0.1 {
option dhcp-client-identifier = concat(00,"0.2.255.0:eth1.1");
fixed-address 172.16.17.32;
}
host scb3a_0 {
option dhcp-client-identifier = concat(00,"0.3.255.0:eth1");
fixed-address 172.16.17.160;
}
host scb3a_0.1 {
option dhcp-client-identifier = concat(00,"0.3.255.0:eth1.1");
fixed-address 172.16.17.160;
}
host scb0a_1 {
option dhcp-client-identifier = concat(00,"0.0.255.0:eth0");
fixed-address 172.16.24.32;
}
host scb0a_1.1 {
option dhcp-client-identifier = concat(00,"0.0.255.0:eth0.1");
fixed-address 172.16.24.32;
}
host scb1a_1 {
option dhcp-client-identifier = concat(00,"0.1.255.0:eth0");
fixed-address 172.16.24.160;
}
host scb1a_1.1 {
option dhcp-client-identifier = concat(00,"0.1.255.0:eth0.1");
fixed-address 172.16.24.160;
}
host scb2a_1 {
option dhcp-client-identifier = concat(00,"0.2.255.0:eth0");
fixed-address 172.16.25.32;
}
host scb2a_1.1 {
option dhcp-client-identifier = concat(00,"0.2.255.0:eth0.1");
fixed-address 172.16.25.32;
}
host scb3a_1 {
option dhcp-client-identifier = concat(00,"0.3.255.0:eth0");
fixed-address 172.16.25.160;
}
host scb3a_1.1 {
option dhcp-client-identifier = concat(00,"0.3.255.0:eth0.1");
fixed-address 172.16.25.160;
}
host scb0b_0 {
option dhcp-client-identifier = concat(00,"0.0.255.25:eth1");
fixed-address 172.16.16.25;
}
host scb0b_0.1 {
option dhcp-client-identifier = concat(00,"0.0.255.25:eth1.1");
fixed-address 172.16.16.25;
}
host scb1b_0 {
option dhcp-client-identifier = concat(00,"0.1.255.25:eth1");
fixed-address 172.16.16.153;
}
host scb1b_0.1 {
option dhcp-client-identifier = concat(00,"0.1.255.25:eth1.1");
fixed-address 172.16.16.153;
}
host scb2b_0 {
option dhcp-client-identifier = concat(00,"0.2.255.25:eth1");
fixed-address 172.16.17.25;
}
host scb2b_0.1 {
option dhcp-client-identifier = concat(00,"0.2.255.25:eth1.1");
fixed-address 172.16.17.25;
}
host scb3b_0 {
option dhcp-client-identifier = concat(00,"0.3.255.25:eth1");
fixed-address 172.16.17.153;
}
host scb3b_0.1 {
option dhcp-client-identifier = concat(00,"0.3.255.25:eth1.1");
fixed-address 172.16.17.153;
}
host scb0b_1 {
option dhcp-client-identifier = concat(00,"0.0.255.25:eth0");
fixed-address 172.16.24.25;
}
host scb0b_1.1 {
option dhcp-client-identifier = concat(00,"0.0.255.25:eth0.1");
fixed-address 172.16.24.25;
}
host scb1b_1 {
option dhcp-client-identifier = concat(00,"0.1.255.25:eth0");
fixed-address 172.16.24.153;
}
host scb1b_1.1 {
option dhcp-client-identifier = concat(00,"0.1.255.25:eth0.1");
fixed-address 172.16.24.153;
}
host scb2b_1 {
option dhcp-client-identifier = concat(00,"0.2.255.25:eth0");
fixed-address 172.16.25.25;
}
host scb2b_1.1 {
option dhcp-client-identifier = concat(00,"0.2.255.25:eth0.1");
fixed-address 172.16.25.25;
}
host scb3b_1 {
option dhcp-client-identifier = concat(00,"0.3.255.25:eth0");
fixed-address 172.16.25.153;
}
host scb3b_1.1 {
option dhcp-client-identifier = concat(00,"0.3.255.25:eth0.1");
fixed-address 172.16.25.153;
}
}
IO1: next-server 172.16.16.129; IO2: next-server 172.16.17.1; IO1: next-server 172.16.24.129; IO2: next-server 172.16.25.1; IO1: option epTftpdServerAddress 172.16.16.129; IO2: option epTftpdServerAddress 172.16.17.1; IO1: option epTftpdServerAddress 172.16.24.129; IO2: option epTftpdServerAddress 172.16.25.1; IO1: option epTftpdServerAddress 172.16.16.129; IO2: option epTftpdServerAddress 172.16.17.1; IO1: option epTftpdServerAddress 172.16.24.129; IO2: option epTftpdServerAddress 172.16.25.1;
- dhcptab (Without terminal server) - dhcptab.ts (With terminal server) - 134_138_57_0 - 134_138_58_0 - 134_138_184_0 (Only if a terminal server is being used)
total 80 -rw-r--r-- 1 root root 428 Feb 6 15:48 alarmbridge -rw-r--r-- 1 root root 297 Feb 6 15:47 chargen -rw-r--r-- 1 root root 317 Feb 6 15:47 chargen-udp -rw-r--r-- 1 root root 297 Feb 6 15:47 daytime -rw-r--r-- 1 root root 317 Feb 6 15:47 daytime-udp -rw-r--r-- 1 root root 289 Feb 6 15:47 echo -rw-r--r-- 1 root root 308 Feb 6 15:48 echo-udp -rw-r--r-- 1 root root 318 Feb 6 15:48 finger -rw-r--r-- 1 root root 458 Feb 6 15:48 mtftp -rw-r--r-- 1 root root 259 Feb 6 15:48 ntalk -rw-r--r-- 1 root root 359 Feb 6 15:48 rexec -rw-r--r-- 1 root root 376 Feb 6 15:48 rlogin -rw-r--r-- 1 root root 429 Feb 6 15:48 rsh -rw-r--r-- 1 root root 365 Feb 6 15:48 rsync -rw-r--r-- 1 root root 245 Feb 6 15:48 talk -rw-r--r-- 1 root root 303 Feb 6 15:48 telnet -rw-r--r-- 1 root root 200 Feb 6 15:48 tftp -rw-r--r-- 1 root root 321 Feb 6 15:48 time -rw-r--r-- 1 root root 317 Feb 6 15:48 time-udp -rw-r--r-- 1 root root 362 Feb 6 15:48 wu-ftpdExample of file contents:
#
# Simple configuration file for xinetd
#
# Some defaults, and include /etc/xinetd.d/
defaults
{
instances = 60
log_type = SYSLOG authpriv
log_on_success = HOST PID
log_on_failure = HOST
cps = 80 30
}
includedir /etc/xinetd.d
total 1908 -rw-r--r-- 1 root root 15221 Feb 28 2001 a2ps.cfg -rw-r--r-- 1 root root 2561 Feb 28 2001 a2ps-site.cfg -rw-r--r-- 1 root root 45 Dec 3 13:01 adjtime drwxr-xr-x 4 root root 4096 May 13 2002 alchemist -rw-r--r-- 1 root root 370 Apr 3 2001 anacrontab -rw------- 1 root root 1 Apr 4 2001 at.deny -rw-r--r-- 1 root root 210 Mar 3 2001 auto.master -rw-r--r-- 1 root root 574 Mar 3 2001 auto.misc -rw-r--r-- 1 root root 823 Feb 28 2001 bashrc drwxr-xr-x 3 root root 4096 Apr 7 2001 CORBA drwxr-xr-x 2 root root 4096 May 13 2002 cron.d drwxr-xr-x 2 root root 4096 Oct 14 12:42 cron.daily drwxr-xr-x 2 root root 4096 May 13 2002 cron.hourly drwxr-xr-x 2 root root 4096 May 13 2002 cron.monthly -rw-r--r-- 1 root root 255 Feb 27 2001 crontab drwxr-xr-x 2 root root 4096 May 13 2002 cron.weekly -rw-r--r-- 1 root root 380 Jul 25 2000 csh.cshrc -rw-r--r-- 1 root root 517 Mar 27 2001 csh.login drwxr-x--- 2 root root 4096 May 13 2002 default -rw-r--r-- 1 root root 1094 Jul 3 2000 devfsd.conf -rwxr-xr-x 1 root root 6270 Oct 4 2001 dhclient-script drwxr-xr-x 2 root root 4096 Mar 15 2001 dhcpc lrwxrwxrwx 1 root root 5 May 13 2002 dhcpcd -> dhcpc -rw-r--r-- 1 root root 0 Feb 6 15:49 dhcpd.leases -rw-r--r-- 1 root root 2434 Mar 14 2001 DIR_COLORS -rw-rw-r-- 1 root disk 0 Mar 11 2002 dumpdates -rw-r--r-- 1 root root 77 Nov 30 2000 esd.conf lrwxrwxrwx 1 root root 23 Feb 6 15:48 exports -> /opt/telorb/etc/exports -rw-r--r-- 1 root root 1246 Jul 13 2001 fdprm -rw-r--r-- 1 root root 46 Jun 27 2000 filesystems -rw-r--r-- 1 root root 994 Feb 6 15:48 fstab -rw-r--r-- 1 root root 500 Feb 6 15:47 ftpaccess -rw------- 1 root root 464 Mar 29 2001 ftpconversions -rw------- 1 root root 39 Mar 29 2001 ftpgroups -rw------- 1 root root 104 Mar 29 2001 ftphosts drwxr-xr-x 2 root root 4096 May 13 2002 gnome -rw-r--r-- 1 root root 1756 Apr 6 2001 gpm-root.conf -rw-r--r-- 1 root root 503 May 13 2002 group -rw------- 1 root root 513 May 13 2002 group- -r-------- 1 root root 418 May 13 2002 gshadow -rw------- 1 root root 425 May 13 2002 gshadow- drwxr-xr-x 2 root root 4096 May 13 2002 gtk -rw-r--r-- 1 root root 17 Jul 23 2000 host.conf -rw-r--r-- 1 root root 823 Oct 8 14:19 hosts -rw-r--r-- 1 root root 161 Jan 13 2000 hosts.allow -rw-r--r-- 1 root root 823 Oct 2 13:14 hosts.conv -rw-r--r-- 1 root root 347 Jan 13 2000 hosts.deny -rw-r--r-- 1 root root 839 Oct 2 11:01 hosts.Oct.02.2002_11:13 -rw-r--r-- 1 root root 839 Sep 24 17:55 hosts.orig drwxr-xr-x 2 root root 4096 May 13 2002 hotplug -rw-r--r-- 1 root root 8505 Mar 22 2001 htdig.conf drwxr-xr-x 3 root root 4096 Mar 29 2001 httpd -rw-r--r-- 1 root root 1756 Mar 5 2001 identd.conf drwxr-xr-x 2 root root 4096 May 13 2002 im -rw-r--r-- 1 root root 3376 Aug 12 2000 im_palette.pal -rw-r--r-- 1 root root 920 Aug 12 2000 im_palette-small.pal -rw-r--r-- 1 root root 224 Aug 12 2000 im_palette-tiny.pal -rw-r--r-- 1 root root 5464 Aug 12 2000 imrc -rw-r--r-- 1 root root 14580 May 13 2002 info-dir lrwxrwxrwx 1 root root 11 May 13 2002 init.d -> rc.d/init.d -rw-r--r-- 1 root root 658 Sep 21 2001 initlog.conf -rw-r--r-- 1 root root 1808 Jul 3 2002 inittab -rw-r--r-- 1 root root 546 Apr 7 2001 inputrc -rw------- 1 root root 60 Dec 3 13:04 ioctl.save drwxr-xr-x 2 root root 4096 May 13 2002 iproute2 drwxr-xr-x 2 root root 4096 May 13 2002 isdn -rw-r--r-- 1 root root 69 Dec 3 13:04 issue -rw-r--r-- 1 root root 68 Dec 3 13:04 issue.net -rw-r--r-- 1 root root 39 Apr 3 2001 kderc -rw-r--r-- 1 root root 610 Aug 1 2001 krb5.conf -rw-r--r-- 1 root root 3535 May 13 2002 ldap.conf -rw-r--r-- 1 root root 45646 May 13 2002 ld.so.cache -rw-r--r-- 1 root root 64 May 13 2002 ld.so.conf -rw-r--r-- 1 root root 274 May 13 2002 lilo.conf drwxr-xr-x 31 root root 4096 May 13 2002 locale lrwxrwxrwx 1 root root 25 Feb 6 15:49 localtime -> /opt/telorb/etc/localtime -rw-r--r-- 1 root root 1180 Mar 9 2001 login.defs -rw-r--r-- 1 root root 542 Jan 5 2001 logrotate.conf drwxr-xr-x 2 root root 4096 Oct 14 12:45 logrotate.d -rw-r--r-- 1 root root 17735 Jun 7 2001 lpd.conf -rw-r--r-- 1 root root 10617 Jun 7 2001 lpd.perms -rw-r--r-- 1 root root 5803 Aug 3 2000 ltrace.conf -rw-r--r-- 1 root root 129968 Mar 3 2001 lynx.cfg -r--r--r-- 1 root root 129935 Mar 3 2001 lynx.cfg.ja -rw-r--r-- 1 root root 9599 Mar 22 2001 mailcap -rw-r--r-- 1 root root 112 Aug 24 2000 mail.rc drwxr-xr-x 2 root root 4096 May 13 2002 makedev.d -rw-r--r-- 1 root root 3910 Aug 24 2001 man.config -rw-r--r-- 1 root root 4040 Nov 28 2000 manuf -rw-r--r-- 1 root root 50 Apr 2 2001 mc.global -rw-r--r-- 1 root root 2128 Mar 18 2001 mesa.conf drwxr-xr-x 2 root root 4096 May 13 2002 mgetty+sendfax -rw-r--r-- 1 root root 36823 Mar 16 2001 mime-magic -rw-r--r-- 1 root root 99960 Mar 16 2001 mime-magic.dat -rw-r--r-- 1 root root 7860 May 13 2002 mime.types -rw-r--r-- 1 root root 1048 May 4 2001 minicom.users -rw-r--r-- 1 root root 121 May 13 2002 minirc.dfl -rw-r--r-- 1 root root 313 Jun 28 2002 minirc.ttyS0 -rw-r--r-- 1 root root 34 May 13 2002 modules.conf -rw-r--r-- 1 root root 2752 Jul 4 2000 modules.devfs -rw-r--r-- 1 root root 1165 May 13 2002 motd -rw-r--r-- 1 root root 435 Jan 23 18:53 mtab -rw-r--r-- 1 root root 1309 Mar 19 2002 mtftpd.conf -rw-r--r-- 1 root root 781 May 13 2002 named.conf drwxr-xr-x 2 root root 4096 May 13 2002 nmh -rw-r--r-- 1 root root 1155 Apr 6 2001 nscd.conf -rw-r--r-- 1 root root 1750 May 13 2002 nsswitch.conf drwxr-xr-x 2 root root 4096 Feb 14 15:53 ntp lrwxrwxrwx 1 root root 24 Feb 6 15:49 ntp.conf -> /opt/telorb/etc/ntp.conf drwxr-xr-x 2 root root 4096 May 13 2002 openldap drwxr-xr-x 2 root root 4096 May 15 2000 opt drwxr-xr-x 2 root root 4096 May 13 2002 pam.d -rw-r--r-- 1 root root 595 Mar 16 2001 paper.config -rw-r--r-- 1 root root 981 Sep 27 18:10 passwd -rw------- 1 root root 1012 May 13 2002 passwd- -rw-r--r-- 1 root root 1362 Dec 12 2000 pbm2ppa.conf -rw-r--r-- 1 root root 24095 May 13 2002 php.ini -rw-r--r-- 1 root root 14342 Mar 16 2001 pine.conf -rw-r--r-- 1 root root 423 Mar 16 2001 pine.conf.fixed -rw-r--r-- 1 root root 6300 Dec 12 2000 pnm2ppa.conf drwxr-xr-x 4 root root 4096 May 13 2002 ppp -rw-r--r-- 1 root root 289 May 13 2002 printcap -rw-r--r-- 1 root root 137 Mar 28 2001 printcap.local -rw-r--r-- 1 root root 627 Jan 29 2001 profile drwxr-xr-x 2 root root 4096 May 13 2002 profile.d -rw-r--r-- 1 root root 5809 Jan 29 2001 protocols -rw-r--r-- 1 root root 134 Aug 30 2000 pwdb.conf lrwxrwxrwx 1 root root 22 Feb 6 15:48 pxe.cf -> /opt/telorb/etc/pxe.cf lrwxrwxrwx 1 root root 7 May 13 2002 rc -> rc.d/rc lrwxrwxrwx 1 root root 10 May 13 2002 rc0.d -> rc.d/rc0.d lrwxrwxrwx 1 root root 10 May 13 2002 rc1.d -> rc.d/rc1.d lrwxrwxrwx 1 root root 10 May 13 2002 rc2.d -> rc.d/rc2.d lrwxrwxrwx 1 root root 10 May 13 2002 rc3.d -> rc.d/rc3.d lrwxrwxrwx 1 root root 10 May 13 2002 rc4.d -> rc.d/rc4.d lrwxrwxrwx 1 root root 10 May 13 2002 rc5.d -> rc.d/rc5.d lrwxrwxrwx 1 root root 10 May 13 2002 rc6.d -> rc.d/rc6.d drwxr-xr-x 10 root root 4096 May 13 2002 rc.d lrwxrwxrwx 1 root root 13 May 13 2002 rc.local -> rc.d/rc.local lrwxrwxrwx 1 root root 15 May 13 2002 rc.sysinit -> rc.d/rc.sysinit -rw-r--r-- 1 root root 36 Apr 9 2001 redhat-release -rw-r--r-- 1 root root 0 May 13 2002 resolv.conf lrwxrwxrwx 1 root root 11 May 13 2002 rmt -> ../sbin/rmt -rw-r--r-- 1 root root 1199 May 13 2002 rndc.conf -rw-r--r-- 1 root root 1615 Dec 8 2001 rpc drwxr-xr-x 2 root root 4096 May 13 2002 rpm -r--r--r-- 1 root root 3820 Feb 13 2001 screenrc -rw------- 1 root root 120 May 13 2002 securetty drwxr-xr-x 3 root root 4096 May 13 2002 security -rw-r--r-- 1 root root 20195 Feb 20 2001 sensors.conf -rwxr-xr-x 1 root root 17731 May 13 2002 services drwxr-xr-x 2 root root 4096 May 13 2002 sgml -r-------- 1 root root 808 Sep 27 18:10 shadow -rw------- 1 root root 833 May 13 2002 shadow- -rw-r--r-- 1 root root 75 May 13 2002 shells drwxr-xr-x 4 root root 4096 May 13 2002 skel drwxr-xr-x 2 root root 4096 May 13 2002 snmp drwxr-xr-x 3 root root 4096 Apr 7 2001 sound drwxr-xr-x 2 root root 4096 May 13 2002 ssh -r--r----- 1 root root 294 Feb 23 2001 sudoers drwxr-xr-x 8 root root 4096 May 13 2002 sysconfig -rw-r--r-- 1 root root 289 Feb 6 15:48 sysctl.conf -rw-r--r-- 1 root root 1138 May 13 2002 syslog.conf -rw-r--r-- 1 root root 729360 Mar 14 2001 termcap -rw-r--r-- 1 root root 2598 Apr 4 2001 tux.mime.types -rw-r--r-- 1 root root 106 May 13 2002 version lrwxrwxrwx 1 root root 34 May 13 2002 vfontcap -> ../usr/share/VFlib/2.25.1/vfontcap -rw-r--r-- 1 root root 289 Sep 5 2001 warnquota.conf -rw-r--r-- 1 root root 3956 Jan 31 2001 wgetrc drwxr-xr-x 13 root root 4096 May 13 2002 X11 -rw-r--r-- 1 root root 289 May 13 2002 xinetd.conf drwxr-xr-x 2 root root 4096 Feb 6 15:48 xinetd.d -rw-r--r-- 1 root root 361 Jun 4 2001 yp.conf -rw-r--r-- 1 root root 1398 Mar 15 2001 ypserv.confExample of file contents:
# Do not remove the following line, or various programs # that require network functionality will fail. 127.0.0.1 localhost.localdomain localhost #172.17.16.129 to28io1.uab.ericsson.se to28io1 io1 to28io1net0 io1net0 #172.17.24.129 to28io1.uab.ericsson.se to28io1 io1 to28io1net1 io1net1 #172.17.25.1 to28io2.uab.ericsson.se to28io2 io2 to28io2net1 io2net1 #172.17.17.1 to28io2.uab.ericsson.se to28io2 io2 to28io2net0 io2net0 172.16.16.129 to28io1net0.uab.ericsson.se to28io1.uab.ericsson.se to28io1 io1 to28io1net0 io1net0 172.16.24.129 to28io1net1.uab.ericsson.se to28io1.uab.ericsson.se to28io1 io1 to28io1net1 io1net1 172.16.25.1 to28io2net1.uab.ericsson.se to28io2.uab.ericsson.se to28io2 io2 to28io2net1 io2net1 172.16.17.1 to28io2net0.uab.ericsson.se to28io2.uab.ericsson.se to28io2 io2 to28io2net0 io2net0
total 1904 -rw-r--r-- 1 root root 15221 Feb 28 2001 a2ps.cfg -rw-r--r-- 1 root root 2561 Feb 28 2001 a2ps-site.cfg -rw-r--r-- 1 root root 51 Feb 11 14:55 adjtime drwxr-xr-x 4 root root 4096 May 13 2002 alchemist -rw-r--r-- 1 root root 370 Apr 3 2001 anacrontab -rw------- 1 root root 1 Apr 4 2001 at.deny -rw-r--r-- 1 root root 210 Mar 3 2001 auto.master -rw-r--r-- 1 root root 574 Mar 3 2001 auto.misc -rw-r--r-- 1 root root 823 Feb 28 2001 bashrc drwxr-xr-x 3 root root 4096 Apr 7 2001 CORBA drwxr-xr-x 2 root root 4096 May 13 2002 cron.d drwxr-xr-x 2 root root 4096 May 13 2002 cron.daily drwxr-xr-x 2 root root 4096 May 13 2002 cron.hourly drwxr-xr-x 2 root root 4096 May 13 2002 cron.monthly -rw-r--r-- 1 root root 255 Feb 27 2001 crontab drwxr-xr-x 2 root root 4096 May 13 2002 cron.weekly -rw-r--r-- 1 root root 380 Jul 25 2000 csh.cshrc -rw-r--r-- 1 root root 517 Mar 27 2001 csh.login drwxr-x--- 2 root root 4096 May 13 2002 default -rw-r--r-- 1 root root 1094 Jul 3 2000 devfsd.conf -rwxr-xr-x 1 root root 6270 Oct 4 2001 dhclient-script drwxr-xr-x 2 root root 4096 Mar 15 2001 dhcpc lrwxrwxrwx 1 root root 5 May 13 2002 dhcpcd -> dhcpc -rw-r--r-- 1 root root 0 Feb 6 15:49 dhcpd.leases -rw-r--r-- 1 root root 2434 Mar 14 2001 DIR_COLORS -rw-rw-r-- 1 root disk 0 Mar 11 2002 dumpdates -rw-r--r-- 1 root root 77 Nov 30 2000 esd.conf lrwxrwxrwx 1 root root 23 Feb 6 15:48 exports -> /opt/telorb/etc/exports -rw-r--r-- 1 root root 1246 Jul 13 2001 fdprm -rw-r--r-- 1 root root 46 Jun 27 2000 filesystems -rw-r--r-- 1 root root 994 Feb 6 15:48 fstab -rw-r--r-- 1 root root 500 Feb 6 15:47 ftpaccess -rw------- 1 root root 464 Mar 29 2001 ftpconversions -rw------- 1 root root 39 Mar 29 2001 ftpgroups -rw------- 1 root root 104 Mar 29 2001 ftphosts drwxr-xr-x 2 root root 4096 May 13 2002 gnome -rw-r--r-- 1 root root 1756 Apr 6 2001 gpm-root.conf -rw-r--r-- 1 root root 503 May 13 2002 group -rw------- 1 root root 513 May 13 2002 group- -r-------- 1 root root 418 May 13 2002 gshadow -rw------- 1 root root 425 May 13 2002 gshadow- drwxr-xr-x 2 root root 4096 May 13 2002 gtk -rw-r--r-- 1 root root 17 Jul 23 2000 host.conf -rw-r--r-- 1 root root 823 Oct 8 14:26 hosts -rw-r--r-- 1 root root 161 Jan 13 2000 hosts.allow -rw-r--r-- 1 root root 823 Oct 2 13:24 hosts.conv -rw-r--r-- 1 root root 347 Jan 13 2000 hosts.deny -rw-r--r-- 1 root root 839 Oct 2 10:57 hosts.Oct.02.2002_11:23 -rw-r--r-- 1 root root 839 Sep 24 17:55 hosts.orig drwxr-xr-x 2 root root 4096 May 13 2002 hotplug -rw-r--r-- 1 root root 8505 Mar 22 2001 htdig.conf drwxr-xr-x 3 root root 4096 Mar 29 2001 httpd -rw-r--r-- 1 root root 1756 Mar 5 2001 identd.conf drwxr-xr-x 2 root root 4096 May 13 2002 im -rw-r--r-- 1 root root 3376 Aug 12 2000 im_palette.pal -rw-r--r-- 1 root root 920 Aug 12 2000 im_palette-small.pal -rw-r--r-- 1 root root 224 Aug 12 2000 im_palette-tiny.pal -rw-r--r-- 1 root root 5464 Aug 12 2000 imrc -rw-r--r-- 1 root root 14580 May 13 2002 info-dir lrwxrwxrwx 1 root root 11 May 13 2002 init.d -> rc.d/init.d -rw-r--r-- 1 root root 658 Sep 21 2001 initlog.conf -rw-r--r-- 1 root root 1808 May 13 2002 inittab -rw-r--r-- 1 root root 546 Apr 7 2001 inputrc -rw------- 1 root root 60 Feb 11 14:58 ioctl.save drwxr-xr-x 2 root root 4096 May 13 2002 iproute2 drwxr-xr-x 2 root root 4096 May 13 2002 isdn -rw-r--r-- 1 root root 69 Feb 11 14:59 issue -rw-r--r-- 1 root root 68 Feb 11 14:59 issue.net -rw-r--r-- 1 root root 39 Apr 3 2001 kderc -rw-r--r-- 1 root root 610 Aug 1 2001 krb5.conf -rw-r--r-- 1 root root 3535 May 13 2002 ldap.conf -rw-r--r-- 1 root root 45646 May 13 2002 ld.so.cache -rw-r--r-- 1 root root 64 May 13 2002 ld.so.conf -rw-r--r-- 1 root root 274 May 13 2002 lilo.conf drwxr-xr-x 31 root root 4096 May 13 2002 locale lrwxrwxrwx 1 root root 25 Feb 6 15:49 localtime -> /opt/telorb/etc/localtime -rw-r--r-- 1 root root 1180 Mar 9 2001 login.defs -rw-r--r-- 1 root root 542 Jan 5 2001 logrotate.conf drwxr-xr-x 2 root root 4096 May 13 2002 logrotate.d -rw-r--r-- 1 root root 17735 Jun 7 2001 lpd.conf -rw-r--r-- 1 root root 10617 Jun 7 2001 lpd.perms -rw-r--r-- 1 root root 5803 Aug 3 2000 ltrace.conf -rw-r--r-- 1 root root 129968 Mar 3 2001 lynx.cfg -r--r--r-- 1 root root 129935 Mar 3 2001 lynx.cfg.ja -rw-r--r-- 1 root root 9599 Mar 22 2001 mailcap -rw-r--r-- 1 root root 112 Aug 24 2000 mail.rc drwxr-xr-x 2 root root 4096 May 13 2002 makedev.d -rw-r--r-- 1 root root 3910 Aug 24 2001 man.config -rw-r--r-- 1 root root 4040 Nov 28 2000 manuf -rw-r--r-- 1 root root 50 Apr 2 2001 mc.global -rw-r--r-- 1 root root 2128 Mar 18 2001 mesa.conf drwxr-xr-x 2 root root 4096 May 13 2002 mgetty+sendfax -rw-r--r-- 1 root root 36823 Mar 16 2001 mime-magic -rw-r--r-- 1 root root 99960 Mar 16 2001 mime-magic.dat -rw-r--r-- 1 root root 7860 May 13 2002 mime.types -rw-r--r-- 1 root root 1048 May 4 2001 minicom.users -rw-r--r-- 1 root root 289 Dec 3 18:56 minirc.dfl -rw-r--r-- 1 root root 34 May 13 2002 modules.conf -rw-r--r-- 1 root root 2752 Jul 4 2000 modules.devfs -rw-r--r-- 1 root root 1165 May 13 2002 motd -rw-r--r-- 1 root root 339 Feb 11 14:58 mtab -rw-r--r-- 1 root root 1309 Mar 19 2002 mtftpd.conf -rw-r--r-- 1 root root 781 May 13 2002 named.conf drwxr-xr-x 2 root root 4096 May 13 2002 nmh -rw-r--r-- 1 root root 1155 Apr 6 2001 nscd.conf -rw-r--r-- 1 root root 1750 May 13 2002 nsswitch.conf drwxr-xr-x 2 root root 4096 Feb 14 16:44 ntp lrwxrwxrwx 1 root root 24 Feb 6 15:49 ntp.conf -> /opt/telorb/etc/ntp.conf drwxr-xr-x 2 root root 4096 May 13 2002 openldap drwxr-xr-x 2 root root 4096 May 15 2000 opt drwxr-xr-x 2 root root 4096 May 13 2002 pam.d -rw-r--r-- 1 root root 595 Mar 16 2001 paper.config -rw-r--r-- 1 root root 981 Sep 27 18:12 passwd -rw------- 1 root root 1012 May 13 2002 passwd- -rw-r--r-- 1 root root 1362 Dec 12 2000 pbm2ppa.conf -rw-r--r-- 1 root root 24095 May 13 2002 php.ini -rw-r--r-- 1 root root 14342 Mar 16 2001 pine.conf -rw-r--r-- 1 root root 423 Mar 16 2001 pine.conf.fixed -rw-r--r-- 1 root root 6300 Dec 12 2000 pnm2ppa.conf drwxr-xr-x 4 root root 4096 May 13 2002 ppp -rw-r--r-- 1 root root 289 May 13 2002 printcap -rw-r--r-- 1 root root 137 Mar 28 2001 printcap.local -rw-r--r-- 1 root root 627 Jan 29 2001 profile drwxr-xr-x 2 root root 4096 May 13 2002 profile.d -rw-r--r-- 1 root root 5809 Jan 29 2001 protocols -rw-r--r-- 1 root root 134 Aug 30 2000 pwdb.conf lrwxrwxrwx 1 root root 22 Feb 6 15:48 pxe.cf -> /opt/telorb/etc/pxe.cf lrwxrwxrwx 1 root root 7 May 13 2002 rc -> rc.d/rc lrwxrwxrwx 1 root root 10 May 13 2002 rc0.d -> rc.d/rc0.d lrwxrwxrwx 1 root root 10 May 13 2002 rc1.d -> rc.d/rc1.d lrwxrwxrwx 1 root root 10 May 13 2002 rc2.d -> rc.d/rc2.d lrwxrwxrwx 1 root root 10 May 13 2002 rc3.d -> rc.d/rc3.d lrwxrwxrwx 1 root root 10 May 13 2002 rc4.d -> rc.d/rc4.d lrwxrwxrwx 1 root root 10 May 13 2002 rc5.d -> rc.d/rc5.d lrwxrwxrwx 1 root root 10 May 13 2002 rc6.d -> rc.d/rc6.d drwxr-xr-x 10 root root 4096 May 13 2002 rc.d lrwxrwxrwx 1 root root 13 May 13 2002 rc.local -> rc.d/rc.local lrwxrwxrwx 1 root root 15 May 13 2002 rc.sysinit -> rc.d/rc.sysinit -rw-r--r-- 1 root root 36 Apr 9 2001 redhat-release -rw-r--r-- 1 root root 0 May 13 2002 resolv.conf lrwxrwxrwx 1 root root 11 May 13 2002 rmt -> ../sbin/rmt -rw-r--r-- 1 root root 1199 May 13 2002 rndc.conf -rw-r--r-- 1 root root 1615 Dec 8 2001 rpc drwxr-xr-x 2 root root 4096 May 13 2002 rpm -r--r--r-- 1 root root 3820 Feb 13 2001 screenrc -rw------- 1 root root 120 May 13 2002 securetty drwxr-xr-x 3 root root 4096 May 13 2002 security -rw-r--r-- 1 root root 20195 Feb 20 2001 sensors.conf -rwxr-xr-x 1 root root 17731 May 13 2002 services drwxr-xr-x 2 root root 4096 May 13 2002 sgml -r-------- 1 root root 808 Sep 27 18:12 shadow -rw------- 1 root root 833 May 13 2002 shadow- -rw-r--r-- 1 root root 75 May 13 2002 shells drwxr-xr-x 4 root root 4096 May 13 2002 skel drwxr-xr-x 2 root root 4096 May 13 2002 snmp drwxr-xr-x 3 root root 4096 Apr 7 2001 sound drwxr-xr-x 2 root root 4096 May 13 2002 ssh -r--r----- 1 root root 294 Feb 23 2001 sudoers drwxr-xr-x 8 root root 4096 May 13 2002 sysconfig -rw-r--r-- 1 root root 289 Feb 6 15:48 sysctl.conf -rw-r--r-- 1 root root 1138 May 13 2002 syslog.conf -rw-r--r-- 1 root root 729360 Mar 14 2001 termcap -rw-r--r-- 1 root root 2598 Apr 4 2001 tux.mime.types -rw-r--r-- 1 root root 106 May 13 2002 version lrwxrwxrwx 1 root root 34 May 13 2002 vfontcap -> ../usr/share/VFlib/2.25.1/vfontcap -rw-r--r-- 1 root root 289 Sep 5 2001 warnquota.conf -rw-r--r-- 1 root root 3956 Jan 31 2001 wgetrc drwxr-xr-x 13 root root 4096 May 13 2002 X11 -rw-r--r-- 1 root root 289 May 13 2002 xinetd.conf drwxr-xr-x 2 root root 4096 Feb 6 15:48 xinetd.d -rw-r--r-- 1 root root 361 Jun 4 2001 yp.conf -rw-r--r-- 1 root root 1398 Mar 15 2001 ypserv.confExample of file contents:
# Do not remove the following line, or various programs # that require network functionality will fail. 127.0.0.1 localhost.localdomain localhost #172.17.16.129 to28io1.uab.ericsson.se to28io1 io1 to28io1net0 io1net0 #172.17.24.129 to28io1.uab.ericsson.se to28io1 io1 to28io1net1 io1net1 #172.17.25.1 to28io2.uab.ericsson.se to28io2 io2 to28io2net1 io2net1 #172.17.17.1 to28io2.uab.ericsson.se to28io2 io2 to28io2net0 io2net0 172.16.16.129 to28io1net0.uab.ericsson.se to28io1.uab.ericsson.se to28io1 io1 to28io1net0 io1net0 172.16.24.129 to28io1net1.uab.ericsson.se to28io1.uab.ericsson.se to28io1 io1 to28io1net1 io1net1 172.16.25.1 to28io2net1.uab.ericsson.se to28io2.uab.ericsson.se to28io2 io2 to28io2net1 io2net1 172.16.17.1 to28io2net0.uab.ericsson.se to28io2.uab.ericsson.se to28io2 io2 to28io2net0 io2net0
total 500 -rwxrwxr-x 1 telorb telorb 1496 Jul 19 2002 applog.default -rwxrwxr-x 1 telorb telorb 279 Feb 6 15:50 crashcollector.conf -rw-r--r-- 1 root uab 417 Feb 6 15:52 dhcpd.leases -rwxrwxr-x 1 telorb telorb 16917 Feb 6 15:50 dhcpd.pxe.conf -rwxrwxr-x 1 telorb telorb 2220 Feb 6 15:50 ep_tftpd.conf -rwxrwxr-x 1 telorb telorb 211 Feb 11 18:08 exports -rwxrwxr-x 1 telorb telorb 183305 Oct 14 12:41 ksym.log -rw-r--r-- 1 telorb uab 675 Feb 6 15:50 localtime -rwxrwxr-x 1 telorb telorb 407 Feb 6 15:50 ntp.conf -rwxrwxr-x 1 telorb telorb 16 Feb 6 15:50 ntpstep-tickers -rwxrwxr-x 1 telorb telorb 6003 Feb 6 15:50 pxe.cf -rwxrwxr-x 1 telorb telorb 1418 Feb 6 15:50 rsyncd.conf -rwxrwxr-x 1 telorb telorb 2653 Feb 6 15:50 start_services -rwxrwxr-x 1 telorb telorb 1923 Feb 6 15:50 status_services -rwxrwxr-x 1 telorb telorb 2235 Feb 6 15:50 stop_services -rwxrwxr-x 1 telorb telorb 23183 Jan 16 15:07 telorb.conf -rwxrwxr-x 1 telorb telorb 838 Feb 6 15:50 transfermgr.conf -rwxrwxr-x 1 telorb telorb 171 Dec 12 12:33 uabexportsExample of file contents:
/opt/telorb 172.16.16.0/255.255.0.0(rw,sync) 172.16.24.0/255.255.0.0(rw,sync) 134.138.184.0/255.255.248.0(rw) /opt 172.16.16.0/255.255.0.0(ro) 172.16.24.0/255.255.0.0(ro)
# ******* PXE CONFIGURATION FILE ******* # Any Line starting with a '#' is treated as a comment line # and ignored. However, '#' must be the first character on # a line and no spaces before that are allowed. # ********** Telorb configuration info ************ # 1. Fill in the interface name of the interface to the otherworld, # in the Exclude_Network_Interface_List. # this is done because pxe should not serve the external nets. # The following entry is the name of the interface on which pxe is going # to skip. [Exclude_Interface_List] eth2 # This entry shows the base directory of the mtftpd. All file names/paths # will be relative to this directory. This is the same name that should # be used as the start up argument to the mtftpd daemon. [Mtftpd_Root_Directory] /tftpboot # Set the following entry to 0 if you have a DHCP server running on this # system. [UseDHCPPort] 0 # Set the entry below to zero if you don't want this system to act # as a PXE proxyDHCP [StartProxy] 1 # Set the entry below to zero if you don't want this system to act as a # PXE boot server [startBootService] 1 [MasterProxy] 1 # 0 - broadcast discovery is enabled; 1 - broadcast discovery is disabled [Discovery_BCast_Disabled] 0 # 0 - multicast discovery is enabled; 1 - multicast discovery is disabled [Discovery_MCast_Disabled] 0 # Multicast Discovery address. The boot server would listen on this address # for multicast boot server packets. [Discovery_MCast_Addr] 224.0.1.2 # Prompt to display on the user screen # format of this entry: timeout,<string> [Prompt] 1,Press F8 to view menu ... # This entry is set to 1 if the client should accept only responses # from servers in this list [Discovery_Server_List_Only] 0 # the format of the discovery_list entry is as follows # type of the server, # of entries, Ip address of each entry # separated by commas [Discovery_List] #3,2,192.215.100.49,192.215.100.99 #65535,1,192.215.100.45 #65535,2,134.138.184.201,192.168.100.100 # In some systems, the all '1' broadcast address 255.255.255.255 # won't work as the system will fail with a network unreachable message. # In those cases, you can use the 'route add -host 255.255.255.255 eth0' # command to add a route. Or else, you can define the host portion of the # address alone as '1' in the following entry. This entry is not # required if your system is set up to transmit # broadcast packets on 255.255.255.255 [Broadcast_ip_address] #134.138.191.255 # Architectures supported # format : <arch-type>,<arch-string> [PROC_ARCH] 0,X86PC # Boot server types supported [Service_Types] 14,Dicos 13,linux-tp 12,linux-install 3328,Dicos 0,BStrap # Menu string that will be displayed on the client screen # after F8 is pressed. # # HACK -- The second item can contain a comma separated list of ints # whithin brackets, "[131, 132, 133]". If the last byte in the ip-address # of the requesting client matches any of these, it will boot from the # second item by default. For example; 134.138.79.131 would boot from the # second item, but 134.138.79.135 would boot from the first for the list # in the example above. 010924/uablrek. [X86PC/UNDI/MENU] 14,Dicos pxe boot 13,Linux pxe boot [16.11, 16.13, 16.141, 16.143, 16.151, 16.21, 16.23, 16.3, 16.5, 24.11, 24.13, 24.141, 24.143, 24.151, 24.21, 24.23, 24.3, 24.5] 12,Linux install boot [16.129, 16.133, 17.1, 24.129, 24.133, 25.1] 0,Local Fot # Image file name for DOSUNDI boot server # format : <min layer #> <max layer #> <base file name> [X86PC/UNDI/Dicos/ImageFile_Name] 0 1 plPXE # Image file name for Linux-TP boot server type # format : <min layer #> <max layer #> <base file name> [X86PC/UNDI/linux-tp/ImageFile_Name] 0 2 linux # Image file name for Linux install (KickStart) boot server type # format : <min layer #> <max layer #> <base file name> [X86PC/UNDI/linux-install/ImageFile_Name] 0 2 linux # Image file name for BStrap boot server # format : <min layer #> <max layer #> <base file name> [X86PC/UNDI/BStrap/ImageFile_Name] 0 0 bstrap # List of plug-ins. The PXEClientTester is the plug-in that # validates received packets for PXE compliance. By default, this # plug-in is DISBALED. Remove the '#' in front of it, if you want # packet validation to happen [Parsers] # PXEClientTester PxeParser [Parsers/PxeParser/MainFunction] PxeParser [Parsers/PxeParser/DllPath] libPxeParser.so [Parsers/PXEClientTester/MainFunction] PXEClientTester [Parsers/PXEClientTester/DllPath] libpxeTester.so # Even if the PXEClientTester is loaded, you still need to # turn this flag to '1' for packet validation. [TestOn] 0 # Directory where the results of the packet validation by PXEClientTester # will be written to. Under this directory, there will be # sub-directories with the last 8 digits of the MAc address of # each client. [TestPath] /tmp # Option DLL for BStrap [X86PC/UNDI/BStrap/Vendor_Dll] libBstrapOpts.so # Fill in a NT server name that will be contacted by the client # to log back in for APitest [ServerName] #vviswana-desk2 # Specify whether the above server is in a domain or a workgroup [IsDomain] 0 # specify the name of the workgroup or domain of the server [Domain] starwars # All debug related stuff here # If this entry is set to 1, pxe services will write # more debug info to the system log using syslog() [DEBUG/PxeServices_DebugOutToWindow_On] 0 # If this entry is set to 1, pxe parser will write # more debug info to the system log using syslog() [DEBUG/PxeParsers_DebugOutToWindow_On] 0 # If this entry is set to 1, pxe services will write # more debug info to the file mentioned # under the entry [DEBUG/PxeServices_Debug_FileName] [DEBUG/PxeServices_DebugOutToFile_On] 0 # If this entry is set to 1, pxe parser will write # more debug info to the file mentioned # under the entry [DEBUG/PxeParsers_Debug_FileName] [DEBUG/PxeParsers_DebugOutToFile_On] 0 [DEBUG/PxeServices_Debug_FileName] /tmp/PxeServiceLog.txt [DEBUG/PxeParsers_Debug_FileName] /tmp/PxeParserLog.txt [End]
total 104 -rw-r--r-- 1 root root 3114 Jan 8 2001 apmd drwxr-xr-x 2 root root 4096 May 13 2002 apm-scripts -rw-r--r-- 1 root root 66 Feb 14 2001 arpwatch -rw-r--r-- 1 root root 41 May 13 2002 authconfig drwxr-xr-x 2 root root 4096 May 13 2002 cbq -rw-r--r-- 1 root root 43 May 13 2002 clock drwxr-xr-x 2 root root 4096 Sep 21 2001 console -rw-r--r-- 1 root root 11 May 13 2002 desktop -rw-r--r-- 1 root root 135 Oct 4 2001 dhcpd -rw-r--r-- 1 root root 0 Mar 1 2001 firewall -rw-r--r-- 1 root root 88 Apr 6 2001 gpm -rw-r--r-- 1 root root 1331 Jul 19 2000 harddisks -rw-r--r-- 1 root root 2684 May 13 2002 hwconf -rw-r--r-- 1 root root 53 May 13 2002 i18n -rw-r--r-- 1 root root 19 Mar 5 2001 identd -rw-r--r-- 1 root root 952 Dec 28 1999 init -rw-r--r-- 1 root root 151 Apr 2 2001 kudzu -rw-r--r-- 1 root root 382 Mar 15 2001 named -rw-r--r-- 1 root root 69 May 13 2002 network drwxr-xr-x 2 root root 4096 Oct 8 18:35 network-scripts -rw-r--r-- 1 root root 38 May 13 2002 pcmcia drwxr-xr-x 2 root root 4096 Apr 5 2001 provider -rw-r--r-- 1 root root 153 Jul 25 2000 rawdevices drwxr-xr-x 2 root root 4096 May 13 2002 rhn -rw-r--r-- 1 root root 914 May 13 2002 syslog -rw-r--r-- 1 root root 1546 Apr 4 2001 tux -rw-r--r-- 1 root root 41 Aug 29 2001 xinetdExample of file contents:
NETWORKING=yes HOSTNAME=to28io1.uab.ericsson.se GATEWAY=192.168.11.1
NETWORKING=yes HOSTNAME=to28io2.uab.ericsson.se GATEWAY=192.168.11.1
root:x:0:root bin:x:1:root,bin,daemon daemon:x:2:root,bin,daemon sys:x:3:root,bin,adm adm:x:4:root,adm,daemon tty:x:5: disk:x:6:root lp:x:7:daemon,lp mem:x:8: kmem:x:9: wheel:x:10:root mail:x:12:mail news:x:13:news uucp:x:14:uucp man:x:15: games:x:20: gopher:x:30: dip:x:40: nobody:x:99: users:x:100: floppy:x:19: nscd:x:28: utmp:x:22: mailnull:x:47: ident:x:98: rpc:x:32: rpcuser:x:29: xfs:x:43: gdm:x:42: apache:x:48: named:x:25: uab:x:33: dicosadm:x:404:telorb tsp:x:1024:tspuser telorb:x:501:telorb
root:x:0:0:root:/root:/bin/bash bin:x:1:1:bin:/bin: daemon:x:2:2:daemon:/sbin: adm:x:3:4:adm:/var/adm: lp:x:4:7:lp:/var/spool/lpd: sync:x:5:0:sync:/sbin:/bin/sync shutdown:x:6:0:shutdown:/sbin:/sbin/shutdown halt:x:7:0:halt:/sbin:/sbin/halt mail:x:8:12:mail:/var/spool/mail: news:x:9:13:news:/var/spool/news: uucp:x:10:14:uucp:/var/spool/uucp: operator:x:11:0:operator:/root: games:x:12:100:games:/usr/games: gopher:x:13:30:gopher:/usr/lib/gopher-data: nobody:x:99:99:Nobody:/: nscd:x:28:28:NSCD Daemon:/:/bin/false mailnull:x:47:47::/var/spool/mqueue:/dev/null ident:x:98:98:pident user:/:/bin/false rpc:x:32:32:Portmapper RPC user:/:/bin/false rpcuser:x:29:29:RPC Service User:/var/lib/nfs:/bin/false xfs:x:43:43:X Font Server:/etc/X11/fs:/bin/false gdm:x:42:42::/home/gdm:/bin/bash apache:x:48:48:Apache:/var/www:/bin/false named:x:25:25:Named:/var/named:/bin/false tspuser:x:1024:33:TSP example user:/home/tspuser:/bin/bash telorb:x:44622:33:TelORB user:/home/telorb:/bin/bash
########################################################################### # # # telorb.conf file for TelORB R14 Linux, GEM-MINI, Zone 2 Rev.F # # ======================================================================= # # # # This file contains configuration settings for the IO processors in a # # TelORB zone. # # # # (To configure Zone 1 for GEM-MINI, use the file # # r14_linux_mini_zone1.telorb.conf.template.) # # # # GEM-MINI consists of 21 Pentium processors of which 2 are used as IO # # processors. # # The two IO processors are located in magazine 1, slot 1 and in # # magazine 2, slot 1. # # The two TelORB processors, used as Dicos loaders, are located in # # magazine 0, slot 9 and in magazine 1, slot 9. # # # # This file is divided into two main parts, namely "SITE DEPENDENT # # CONFIGURATIONS" and "CONFIGURATIONS WHICH MUST NOT BE CHANGED". # # Site dependent configuration values must be adjusted to suit the target # # zone towards which this file will be used. # # # # Note that the IP addresses used in the telorb.conf template files are # # just recommendations. # # If they conflict with e.g. external IP addresses they may have to be # # adjusted. # # For information about the recommended IP addressing scheme, consult the # # document "Internal IP addresses in TSP 4.0", doc no UAB/UT-02:004. # # # # The same telorb.conf file should be used to configure both IO # # processors located in the same zone. # # # # /uabmsu # ########################################################################### ########################################################################### # SITE DEPENDENT CONFIGURATIONS (Adjust these to match your site) # ########################################################################### # Configuration of Internal Networks A & B (eth0 & eth1) on IO Processors # ======================================================================= # (To check the network interfaces, type "/sbin/ifconfig -a" or "ifconfig -a" # on the target IO processors.) # # Adjust the following: # - internal-network io1ethaddr0: Specify the MAC address of eth0 for IO1. # - internal-network io2ethaddr0: Specify the MAC address of eth0 for IO2. # - internal-network io1ethaddr1: Specify the MAC address of eth1 for IO1. # - internal-network io2ethaddr1: Specify the MAC address of eth1 for IO2. # (Example of MAC address: 00:a0:a5:4c:00:6e) # Network A (eth0): internal-network subnet0 172.16.16.0 internal-network netmask0 255.255.248.0 internal-network defaultgw0 172.16.16.31 internal-network bcast0 172.16.23.255 internal-network io1net0 172.16.16.129 internal-network io2net0 172.16.17.1 internal-network io1interfacename0 eth0 internal-network io1ethaddr0 00:a0:a5:4d:00:d5 internal-network io2interfacename0 eth0 internal-network io2ethaddr0 00:a0:a5:4d:00:f7 # Network B (eth1): internal-network subnet1 172.16.24.0 internal-network netmask1 255.255.248.0 internal-network defaultgw1 172.16.24.31 internal-network bcast1 172.16.31.255 internal-network io1net1 172.16.24.129 internal-network io2net1 172.16.25.1 internal-network io1interfacename1 eth1 internal-network io1ethaddr1 00:a0:a5:4d:00:d6 internal-network io2interfacename1 eth1 internal-network io2ethaddr1 00:a0:a5:4d:00:f8 # Configuration of External Networks (eth2 & eth3) on IO Processors # ================================================================= # (To check the network interfaces, type "/sbin/ifconfig -a" or "ifconfig -a" # on the target IO processors.) # # For eth2 on the IO processors, adjust the following: # - external-network subnet0: Subnet for eth2, e.g. 134.138.184.0. # - external-network netmask0: Netmask for eth2, e.g. 255.255.248.0. # - external-network defaultgw0: Default gateway for eth2, e.g. 134.138.184.1. # - external-network bcast0: Broadcast for eth2, e.g. 134.138.191.255. # - external-network io1net0: IP address of eth2, IO1, e.g. 134.138.187.95. # - external-network io2net0: IP address of eth2, IO2, e.g. 134.138.187.96. # # If eth3 will be used on the IO processors, uncomment the "external-network..." # lines for eth3 below and adjust the following: # - external-network subnet1: Subnet for eth3. # - external-network netmask1: Netmask for eth3. # - external-network defaultgw1: Default gateway for eth3. # - external-network bcast1: Broadcast for eth3. # - external-network io1net1: IP address of eth3 on IO1. # - external-network io2net1: IP address of eth3 on IO2. # eth2: external-network subnet0 134.138.184.0 external-network netmask0 255.255.248.0 external-network defaultgw0 134.138.184.1 external-network bcast0 134.138.191.255 external-network io1net0 134.138.187.113 external-network io2net0 134.138.187.114 external-network io1interfacename0 eth2 external-network io2interfacename0 eth2 # eth3: #external-network subnet1 aa7.bb7.cc7.dd7 #external-network netmask1 aa8.bb8.cc8.dd8 #external-network defaultgw1 aa9.bb9.cc9.dd9 #external-network bcast1 aaa.bba.cca.dda #external-network io1net1 aab.bbb.ccb.ddb #external-network io2net1 aac.bbc.ccc.ddc #external-network io1interfacename1 eth3 #external-network io2interfacename1 eth3 # Configuration of TelORB Processors (eth0 & eth1) # ================================================ # The TelORB processor names represent the physical processor board position in # the cabinet, e.g. TelORB processor Proc_m0_s9 is located in magazine 0, # slot 9. # For TelORB processors dicosProc_m0_s9 and dicosProc_m1_s9, the following # apply: # - Specify MAC addresses, as described below. # - Do not change any other settings, since these processors should run with # Dicos and be Dicos loaders (eptftp). # # Adjust the following: # - Specify MAC addresses for eth0 and eth1 for each processor, as follows: # eth_addr_for_eth0: MAC address for eth0, e.g. 00:a0:a5:4c:00:eb. # eth_addr_for_eth1: MAC address for eth1, e.g. 00:a0:a5:4c:00:ec. # - Define which Operating System each processor should run with, as follows: # Dicos: The processor lines should start with dicosProc, e.g. # dicosProc_m0_s15_0. # Linux: The processor lines should start with linuxProc, e.g. # linuxProc_m0_s15_0. # Since all processors with Linux OS are loaders, the eptftp line # where it says "Linux loader" should be uncommented. # (eptftp_server_net0/1 specifies that a TelORB processor is a # loader.) linuxProc_m0_s3_0 eth_addr_for_eth0 00:a0:a5:4c:01:52 linuxProc_m0_s3_0 ip_addr_for_eth0 172.16.16.3 linuxProc_m0_s3_0 eptftp_server_net0 # Linux loader linuxProc_m0_s3_1 eth_addr_for_eth1 00:a0:a5:4c:01:53 linuxProc_m0_s3_1 ip_addr_for_eth1 172.16.24.3 linuxProc_m0_s3_1 eptftp_server_net1 # Linux loader linuxProc_m0_s5_0 eth_addr_for_eth0 00:a0:a5:50:01:8f linuxProc_m0_s5_0 ip_addr_for_eth0 172.16.16.5 linuxProc_m0_s5_0 eptftp_server_net0 # Linux loader linuxProc_m0_s5_1 eth_addr_for_eth1 00:a0:a5:50:01:90 linuxProc_m0_s5_1 ip_addr_for_eth1 172.16.24.5 linuxProc_m0_s5_1 eptftp_server_net1 # Linux loader dicosProc_m0_s7_0 eth_addr_for_eth0 00:a0:a5:50:01:42 dicosProc_m0_s7_0 ip_addr_for_eth0 172.16.16.7 #linuxProc_m0_s7_0 eptftp_server_net0 # Linux loader dicosProc_m0_s7_1 eth_addr_for_eth1 00:a0:a5:50:01:1f dicosProc_m0_s7_1 ip_addr_for_eth1 172.16.24.7 #linuxProc_m0_s7_1 eptftp_server_net1 # Linux loader dicosProc_m0_s9_0 eth_addr_for_eth0 00:a0:a5:50:01:7d dicosProc_m0_s9_0 ip_addr_for_eth0 172.16.16.9 dicosProc_m0_s9_0 eptftp_server_net0 # Dicos loader dicosProc_m0_s9_1 eth_addr_for_eth1 00:a0:a5:50:01:7e dicosProc_m0_s9_1 ip_addr_for_eth1 172.16.24.9 dicosProc_m0_s9_1 eptftp_server_net1 # Dicos loader linuxProc_m0_s11_0 eth_addr_for_eth0 00:a0:a5:50:02:77 linuxProc_m0_s11_0 ip_addr_for_eth0 172.16.16.11 linuxProc_m0_s11_0 eptftp_server_net0 # Linux loader linuxProc_m0_s11_1 eth_addr_for_eth1 00:a0:a5:50:02:78 linuxProc_m0_s11_1 ip_addr_for_eth1 172.16.24.11 linuxProc_m0_s11_1 eptftp_server_net1 # Linux loader linuxProc_m0_s13_0 eth_addr_for_eth0 00:a0:a5:50:02:d0 linuxProc_m0_s13_0 ip_addr_for_eth0 172.16.16.13 linuxProc_m0_s13_0 eptftp_server_net0 # Linux loader linuxProc_m0_s13_1 eth_addr_for_eth1 00:a0:a5:50:02:d2 linuxProc_m0_s13_1 ip_addr_for_eth1 172.16.24.13 linuxProc_m0_s13_1 eptftp_server_net1 # Linux loader dicosProc_m0_s15_0 eth_addr_for_eth0 00:a0:a5:50:01:6f dicosProc_m0_s15_0 ip_addr_for_eth0 172.16.16.15 #linuxProc_m0_s15_0 eptftp_server_net0 # Linux loader dicosProc_m0_s15_1 eth_addr_for_eth1 00:a0:a5:50:01:70 dicosProc_m0_s15_1 ip_addr_for_eth1 172.16.24.15 #linuxProc_m0_s15_1 eptftp_server_net1 # Linux loader dicosProc_m0_s17_0 eth_addr_for_eth0 00:a0:a5:50:01:59 dicosProc_m0_s17_0 ip_addr_for_eth0 172.16.16.17 #linuxProc_m0_s17_0 eptftp_server_net0 # Linux loader dicosProc_m0_s17_1 eth_addr_for_eth1 00:a0:a5:50:01:5a dicosProc_m0_s17_1 ip_addr_for_eth1 172.16.24.17 #linuxProc_m0_s17_1 eptftp_server_net1 # Linux loader dicosProc_m0_s19_0 eth_addr_for_eth0 00:a0:a5:50:01:db dicosProc_m0_s19_0 ip_addr_for_eth0 172.16.16.19 #linuxProc_m0_s19_0 eptftp_server_net0 # Linux loader dicosProc_m0_s19_1 eth_addr_for_eth1 00:a0:a5:50:01:dc dicosProc_m0_s19_1 ip_addr_for_eth1 172.16.24.19 #linuxProc_m0_s19_1 eptftp_server_net1 # Linux loader linuxProc_m0_s21_0 eth_addr_for_eth0 00:a0:a5:50:01:24 linuxProc_m0_s21_0 ip_addr_for_eth0 172.16.16.21 linuxProc_m0_s21_0 eptftp_server_net0 # Linux loader linuxProc_m0_s21_1 eth_addr_for_eth1 00:a0:a5:50:01:25 linuxProc_m0_s21_1 ip_addr_for_eth1 172.16.24.21 linuxProc_m0_s21_1 eptftp_server_net1 # Linux loader linuxProc_m0_s23_0 eth_addr_for_eth0 00:a0:a5:50:01:1d linuxProc_m0_s23_0 ip_addr_for_eth0 172.16.16.23 linuxProc_m0_s23_0 eptftp_server_net0 # Linux loader linuxProc_m0_s23_1 eth_addr_for_eth1 00:a0:a5:50:01:1e linuxProc_m0_s23_1 ip_addr_for_eth1 172.16.24.23 linuxProc_m0_s23_1 eptftp_server_net1 # Linux loader # Used as File Server #linuxProc_m1_s5_0 eth_addr_for_eth0 00:a0:a5:50:01:8f #linuxProc_m1_s5_0 ip_addr_for_eth0 172.16.16.133 #linuxProc_m1_s5_0 eptftp_server_net0 # Linux loader #linuxProc_m1_s5_1 eth_addr_for_eth1 00:a0:a5:50:01:90 #linuxProc_m1_s5_1 ip_addr_for_eth1 172.16.24.133 #linuxProc_m1_s5_1 eptftp_server_net1 # Linux loader dicosProc_m1_s9_0 eth_addr_for_eth0 00:a0:a5:50:01:d7 dicosProc_m1_s9_0 ip_addr_for_eth0 172.16.16.137 dicosProc_m1_s9_0 eptftp_server_net0 # Dicos loader dicosProc_m1_s9_1 eth_addr_for_eth1 00:a0:a5:50:01:d8 dicosProc_m1_s9_1 ip_addr_for_eth1 172.16.24.137 dicosProc_m1_s9_1 eptftp_server_net1 # Dicos loader dicosProc_m1_s11_0 eth_addr_for_eth0 00:a0:a5:50:01:61 dicosProc_m1_s11_0 ip_addr_for_eth0 172.16.16.139 #linuxProc_m1_s11_0 eptftp_server_net0 # Linux loader dicosProc_m1_s11_1 eth_addr_for_eth1 00:a0:a5:50:01:62 dicosProc_m1_s11_1 ip_addr_for_eth1 172.16.24.139 #linuxProc_m1_s11_1 eptftp_server_net1 # Linux loader linuxProc_m1_s13_0 eth_addr_for_eth0 00:a0:a5:50:02:0b linuxProc_m1_s13_0 ip_addr_for_eth0 172.16.16.141 linuxProc_m1_s13_0 eptftp_server_net0 # Linux loader linuxProc_m1_s13_1 eth_addr_for_eth1 00:a0:a5:50:02:0c linuxProc_m1_s13_1 ip_addr_for_eth1 172.16.24.141 linuxProc_m1_s13_1 eptftp_server_net1 # Linux loader linuxProc_m1_s15_0 eth_addr_for_eth0 00:a0:a5:50:04:64 linuxProc_m1_s15_0 ip_addr_for_eth0 172.16.16.143 linuxProc_m1_s15_0 eptftp_server_net0 # Linux loader linuxProc_m1_s15_1 eth_addr_for_eth1 00:a0:a5:50:04:65 linuxProc_m1_s15_1 ip_addr_for_eth1 172.16.24.143 linuxProc_m1_s15_1 eptftp_server_net1 # Linux loader # Slot 17 is not used, network B faulty #linuxProc_m1_s17_0 eth_addr_for_eth0 00:a0:a5:50:02:53 #linuxProc_m1_s17_0 ip_addr_for_eth0 172.16.16.145 #linuxProc_m1_s17_0 eptftp_server_net0 # Linux loader #linuxProc_m1_s17_1 eth_addr_for_eth1 00:a0:a5:50:02:54 #linuxProc_m1_s17_1 ip_addr_for_eth1 172.16.24.145 #linuxProc_m1_s17_1 eptftp_server_net1 # Linux loader dicosProc_m1_s19_0 eth_addr_for_eth0 00:a0:a5:50:02:53 dicosProc_m1_s19_0 ip_addr_for_eth0 172.16.16.147 #linuxProc_m1_s19_0 eptftp_server_net0 # Linux loader dicosProc_m1_s19_1 eth_addr_for_eth1 00:a0:a5:50:02:54 dicosProc_m1_s19_1 ip_addr_for_eth1 172.16.24.147 #linuxProc_m1_s19_1 eptftp_server_net1 # Linux loader dicosProc_m1_s21_0 eth_addr_for_eth0 00:a0:a5:50:03:40 dicosProc_m1_s21_0 ip_addr_for_eth0 172.16.16.149 #linuxProc_m1_s21_0 eptftp_server_net0 # Linux loader dicosProc_m1_s21_1 eth_addr_for_eth1 00:a0:a5:50:03:41 dicosProc_m1_s21_1 ip_addr_for_eth1 172.16.24.149 #linuxProc_m1_s21_1 eptftp_server_net1 # Linux loader linuxProc_m1_s23_0 eth_addr_for_eth0 00:a0:a5:50:02:29 linuxProc_m1_s23_0 ip_addr_for_eth0 172.16.16.151 linuxProc_m1_s23_0 eptftp_server_net0 # Linux loader linuxProc_m1_s23_1 eth_addr_for_eth1 00:a0:a5:50:02:2a linuxProc_m1_s23_1 ip_addr_for_eth1 172.16.24.151 linuxProc_m1_s23_1 eptftp_server_net1 # Linux loader # Configuration of TelORB Processors with VIP interface (eth2 & eth3) # =================================================================== # Currently, VIP can only be used on TelORB processors running with Dicos. # In the template, TelORB processors Proc_m0_s1, Proc_m0_s5, Proc_m0_s13, # Proc_m0_s15, Proc_m0_s17, Proc_m0_s19, Proc_m1_s5, Proc_m1_s17 and # Proc_m1_s19 are prepared for VIP usage. # # Adjust the following for each VIP interface: # - vip-network vipnetX: Depending on your VIP router configurations, the IP # addresses of the VIP nets may have to be modified, # e.g. 192.168.61.0. # (If the VIP routers have not yet been configured, the # default values for the VIP nets, used in the template, # can be kept and later be used when configuring # the VIP routers.) # - ip_addr_for_vipX: Depending on your VIP router configurations, the IP # addresses of the VIP router links on the TelORB # processor end may have to be modified, e.g. # 192.168.61.2. # (If the VIP routers have not yet been configured, the # default values for the VIP router links, used in the # template, can be kept and later be used when # configuring the VIP routers.) # - eth_addr_for_vipX: Specify MAC addresses for eth2 and eth3, e.g. # vip_dicosProc_m0_s13_2 eth_addr_for_vip0 00:80:37:5e:ff:98 for eth2 # and # vip_dicosProc_m0_s13_3 eth_addr_for_vip1 00:80:37:5e:ff:99 for eth3. # - Specify which Operating System each TelORB processor with VIP interfaces # should run with, as follows: # Dicos: The processor lines should start with vip_dicosProc, e.g. # vip_dicosProc_m0_s17_2. # Linux: The processor lines should start with vip_linuxProc, e.g. # vip_linuxProc_m0_s17_2. This option is currently not valid! vip-network vipnet0 192.168.76.0 vip-network vipnetmask0 255.255.255.0 vip-network vipnet1 192.168.77.0 vip-network vipnetmask1 255.255.255.0 vip_dicosProc_m0_s17_2 ip_addr_for_vip0 192.168.76.80 vip_dicosProc_m0_s17_2 eth_addr_for_vip0 00:80:37:8f:34:88 vip_dicosProc_m0_s17_3 ip_addr_for_vip1 192.168.77.80 vip_dicosProc_m0_s17_3 eth_addr_for_vip1 00:80:37:8f:34:89 vip_dicosProc_m0_s19_2 ip_addr_for_vip0 192.168.76.81 vip_dicosProc_m0_s19_2 eth_addr_for_vip0 00:80:37:8f:34:26 vip_dicosProc_m0_s19_3 ip_addr_for_vip1 192.168.77.81 vip_dicosProc_m0_s19_3 eth_addr_for_vip1 00:80:37:8f:34:27 # Configuration of File Server(s) # =============================== # Any of the PMD-ETH processor boards, which are not used as IO processors, may # be used as file servers. However, the processors which will be used as file # servers, must NOT be included in the TelORB cluster. It is therefore important # that the configuration of these processors are removed (#) in the sections # "Configuration of TelORB Processors (eth0 & eth1)" and "Configuration of # TelORB Processors with VIP interface (eth2 & eth3)" in this file. # In addition to this, some changes are necessary in the corresponding # epct file. See section "Initial Data Parameters for File Server(s)" in the # epct file. # # If a file server will be used, uncomment the "internal-network..." lines # below "File server 1" and adjust the following: # - internal-network fs1net0: IP address of eth0 (network A) on the # processor used as file server, e.g. # 172.16.16.1. # Note: The IP address must be the same as # specified in the corresponding epct file. # - internal-network fs1ethaddr0: MAC address of eth0, e.g. 00:a0:a5:4c:68:6e. # - internal-network fs1net1: IP address of eth1 (network B), e.g. # 172.16.24.1. # Note: The IP address must be the same as # specified in the corresponding epct file. # - internal-network fs1ethaddr1: MAC address of eth1, e.g. 00:a0:a5:4c:68:6f. # # If a second file server will be used, uncomment the "internal-network..." # lines below "File server 2" and adjust the same lines as for "File server 1". # # If more than two file servers will be used, just add further # "internal-network..." lines with valid IP and MAC addresses. # File server 1: internal-network fs1net0 172.16.16.133 internal-network fs1interfacename0 eth0 internal-network fs1ethaddr0 00:a0:a5:4c:01:20 internal-network fs1net1 172.16.24.133 internal-network fs1interfacename1 eth1 internal-network fs1ethaddr1 00:a0:a5:4c:01:21 # File server 2: #internal-network fs2net0 a13.b13.c13.d13 #internal-network fs2interfacename0 eth0 #internal-network fs2ethaddr0 xx:xx:xx:xx:xx:xx #internal-network fs2net1 a14.b14.c14.d14 #internal-network fs2interfacename1 eth1 #internal-network fs2ethaddr1 xx:xx:xx:xx:xx:xx # Configuration of Time Zone # ========================== # Adjust the following: # - timezone: Specify the time zone where your system is located, e.g. # Japan or Australia/North. # The time zone files to choose from can be found in directory # /usr/share/zoneinfo/ (path valid for Linux) on the IO processors. timezone Europe/Stockholm # Configuration of External Time Server(s) # ======================================== # Adjust the following: # - timeserver: Specify the IP address of the external time server, e.g. # 134.138.128.17. # - If more than one external time server will be used, just add any number of # "timeserver" lines with valid IP addresses. timeserver 134.138.128.17 ########################################################################### # CONFIGURATIONS WHICH MUST NOT BE CHANGED (Do NOT adjust these) # ########################################################################### # Configuration of Internal Time Servers # ====================================== timeserver 172.16.16.129 # IO1, network A. timeserver 172.16.25.1 # IO2, network B. # Configuration of Port for the Software Terminal Server (STS) # ============================================================ tsport 7001 # Configuration of Console Server IP Address (for STS) # ==================================================== consserverip 172.16.16.129 # STS will run on IO1. # Configuration of Booting Procedure of TelORB Processors running with Dicos # ========================================================================== booting PXE # Configuration of NFS Mount Points # ================================= io1_share_nfs /opt/telorb io2_share_nfs /opt/telorb # Configuration of Network Redundancy # =================================== # The settings in this section relate to the Transfer Manager. telorb_cosnaming_host 172.16.16.9 # Sets IP addresses to be used telorb_cosnaming_host 172.16.24.137 # to access the TelORB CosNaming # IOR (in local zone). # Use IP addresses of the Dicos # loaders in own zone. telorb_local_zone_id 2 # Identifier for local zone. telorb_remote_zone_id 1 # Identifier for remote zone. interzone_peer 172.16.0.129:loadingGroup01_1 # IP address of IO1 in remote # zone, network A. interzone_peer 172.16.8.129:loadingGroup01_1 # IP address of IO1 in remote # zone, network B. interzone_peer 172.16.1.1:loadingGroup01_2 # IP address of IO2 in remote # zone, network A. interzone_peer 172.16.9.1:loadingGroup01_2 # IP address of IO2 in remote # zone, network B. peerzone-network subnet0 172.16.0.0 # Network address and netmask peerzone-network netmask0 255.255.248.0 # of remote zone, network A. peerzone-network subnet1 172.16.8.0 # Network address and netmask peerzone-network netmask1 255.255.248.0 # of remote zone, network B. io1_rsync_path /opt/telorb/axe/loadingGroup01_1 # rsync configuration for IO1 in # local zone. io2_rsync_path /opt/telorb/axe/loadingGroup01_2 # rsync configuration for IO2 in # local zone. # Configuration of GESBs/SCBs # =========================== # GESBs: internal-network gesba_0 172.16.17.23 internal-network gesba_1 172.16.25.23 internal-network gesbb_0 172.16.17.151 internal-network gesbb_1 172.16.25.151 # SCBs: internal-network scb0a_0 172.16.16.32 internal-network scb0a_1 172.16.24.32 internal-network scb0b_0 172.16.16.25 internal-network scb0b_1 172.16.24.25 internal-network scb1a_0 172.16.16.160 internal-network scb1a_1 172.16.24.160 internal-network scb1b_0 172.16.16.153 internal-network scb1b_1 172.16.24.153 internal-network scb2a_0 172.16.17.32 internal-network scb2a_1 172.16.25.32 internal-network scb2b_0 172.16.17.25 internal-network scb2b_1 172.16.25.25 internal-network scb3a_0 172.16.17.160 internal-network scb3a_1 172.16.25.160 internal-network scb3b_0 172.16.17.153 internal-network scb3b_1 172.16.25.153 ############################## End of file ##############################
########################################################################### # # # telorb.conf file for TelORB R14 Linux, GEM-MAXI, Zone 1 Rev.F # # ======================================================================= # # # # This file contains configuration settings for the IO processors in a # # TelORB zone. # # # # (To configure Zone 2 for GEM-MAXI, use the file # # r14_linux_maxi_zone2.telorb.conf.template.) # # # # GEM-MAXI consists of 42 Pentium processors of which 2 are used as IO # # processors. # # The two IO processors are located in magazine 1, slot 1 and in # # magazine 2, slot 1. # # The two TelORB processors, used as Dicos loaders, are located in # # magazine 0, slot 9 and in magazine 1, slot 9. # # # # This file is divided into two main parts, namely "SITE DEPENDENT # # CONFIGURATIONS" and "CONFIGURATIONS WHICH MUST NOT BE CHANGED". # # Site dependent configuration values must be adjusted to suit the target # # zone towards which this file will be used. # # # # Note that the IP addresses used in the telorb.conf template files are # # just recommendations. # # If they conflict with e.g. external IP addresses they may have to be # # adjusted. # # For information about the recommended IP addressing scheme, consult the # # document "Internal IP addresses in TSP 4.0", doc no UAB/UT-02:004. # # # # The same telorb.conf file should be used to configure both IO # # processors located in the same zone. # # # # /uabmsu # ########################################################################### ########################################################################### # SITE DEPENDENT CONFIGURATIONS (Adjust these to match your site) # ########################################################################### # Configuration of Internal Networks A & B (eth0 & eth1) on IO Processors # ======================================================================= # (To check the network interfaces, type "/sbin/ifconfig -a" or "ifconfig -a" # on the target IO processors.) # # Adjust the following: # - internal-network io1ethaddr0: Specify the MAC address of eth0 for IO1. # - internal-network io2ethaddr0: Specify the MAC address of eth0 for IO2. # - internal-network io1ethaddr1: Specify the MAC address of eth1 for IO1. # - internal-network io2ethaddr1: Specify the MAC address of eth1 for IO2. # (Example of MAC address: 00:a0:a5:4c:00:6e) hostnameprefix to13 dnsdomainname uab.ericsson.se # Network A (eth0): internal-network subnet0 172.16.0.0 internal-network netmask0 255.255.248.0 internal-network defaultgw0 172.16.0.31 internal-network bcast0 172.16.7.255 internal-network io1net0 172.16.0.129 internal-network io2net0 172.16.1.1 internal-network io1interfacename0 eth0 internal-network io1ethaddr0 00:20:ce:c8:00:d4 internal-network io2interfacename0 eth0 internal-network io2ethaddr0 00:20:ce:c8:00:4c # Network B (eth1): internal-network subnet1 172.16.8.0 internal-network netmask1 255.255.248.0 internal-network defaultgw1 172.16.8.31 internal-network bcast1 172.16.15.255 internal-network io1net1 172.16.8.129 internal-network io2net1 172.16.9.1 internal-network io1interfacename1 eth1 internal-network io1ethaddr1 00:20:ce:c8:00:d5 internal-network io2interfacename1 eth1 internal-network io2ethaddr1 00:20:ce:c8:00:4d # Configuration of External Networks (eth2 & eth3) on IO Processors # ================================================================= # (To check the network interfaces, type "/sbin/ifconfig -a" or "ifconfig -a" # on the target IO processors.) # # For eth2 on the IO processors, adjust the following: # - external-network subnet0: Subnet for eth2, e.g. 134.138.184.0. # - external-network netmask0: Netmask for eth2, e.g. 255.255.248.0. # - external-network defaultgw0: Default gateway for eth2, e.g. 134.138.184.1. # - external-network bcast0: Broadcast for eth2, e.g. 134.138.191.255. # - external-network io1net0: IP address of eth2, IO1, e.g. 134.138.187.95. # - external-network io2net0: IP address of eth2, IO2, e.g. 134.138.187.96. # # If eth3 will be used on the IO processors, uncomment the "external-network..." # lines for eth3 below and adjust the following: # - external-network subnet1: Subnet for eth3. # - external-network netmask1: Netmask for eth3. # - external-network defaultgw1: Default gateway for eth3. # - external-network bcast1: Broadcast for eth3. # - external-network io1net1: IP address of eth3 on IO1. # - external-network io2net1: IP address of eth3 on IO2. # eth2: external-network subnet0 134.138.184.0 external-network netmask0 255.255.248.0 external-network defaultgw0 134.138.184.1 external-network bcast0 134.138.191.255 external-network io1net0 134.138.187.58 external-network io2net0 134.138.187.59 external-network io1interfacename0 eth2 external-network io2interfacename0 eth2 # eth3: #external-network subnet1 aa7.bb7.cc7.dd7 #external-network netmask1 aa8.bb8.cc8.dd8 #external-network defaultgw1 aa9.bb9.cc9.dd9 #external-network bcast1 aaa.bba.cca.dda #external-network io1net1 aab.bbb.ccb.ddb #external-network io2net1 aac.bbc.ccc.ddc #external-network io1interfacename1 eth3 #external-network io2interfacename1 eth3 # Configuration of TelORB Processors (eth0 & eth1) # ================================================ # The TelORB processor names represent the physical processor board position in # the cabinet, e.g. TelORB processor Proc_m0_s9 is located in magazine 0, # slot 9. # For TelORB processors dicosProc_m0_s9 and dicosProc_m1_s9, the following # apply: # - Specify MAC addresses, as described below. # - Do not change any other settings, since these processors should run with # Dicos and be Dicos loaders (eptftp). # # Adjust the following: # - Specify MAC addresses for eth0 and eth1 for each processor, as follows: # eth_addr_for_eth0: MAC address for eth0, e.g. 00:a0:a5:4c:00:eb. # eth_addr_for_eth1: MAC address for eth1, e.g. 00:a0:a5:4c:00:ec. # - Define which Operating System each processor should run with, as follows: # Dicos: The processor lines should start with dicosProc, e.g. # dicosProc_m0_s15_0. # Linux: The processor lines should start with linuxProc, e.g. # linuxProc_m0_s15_0. # Since all processors with Linux OS are loaders, the eptftp line # where it says "Linux loader" should be uncommented. # (eptftp_server_net0/1 specifies that a TelORB processor is a # loader.) # File server 1: #dicosProc_m0_s1_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx #dicosProc_m0_s1_0 ip_addr_for_eth0 172.16.0.1 #linuxProc_m0_s1_0 eptftp_server_net0 # Linux loader #dicosProc_m0_s1_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx #dicosProc_m0_s1_1 ip_addr_for_eth1 172.16.8.1 #linuxProc_m0_s1_1 eptftp_server_net1 # Linux loader # PMD: linuxProc_m0_s5_0 eth_addr_for_eth0 00:20:ce:c8:00:b8 linuxProc_m0_s5_0 ip_addr_for_eth0 172.16.0.5 linuxProc_m0_s5_0 eptftp_server_net0 # Linux loader linuxProc_m0_s5_1 eth_addr_for_eth1 00:20:ce:c8:00:b9 linuxProc_m0_s5_1 ip_addr_for_eth1 172.16.8.5 linuxProc_m0_s5_1 eptftp_server_net1 # Linux loader dicosProc_m0_s9_0 eth_addr_for_eth0 00:20:ce:c8:00:9c dicosProc_m0_s9_0 ip_addr_for_eth0 172.16.0.9 dicosProc_m0_s9_0 eptftp_server_net0 # Dicos loader dicosProc_m0_s9_1 eth_addr_for_eth1 00:20:ce:c8:00:9d dicosProc_m0_s9_1 ip_addr_for_eth1 172.16.8.9 dicosProc_m0_s9_1 eptftp_server_net1 # Dicos loader dicosProc_m0_s11_0 eth_addr_for_eth0 00:20:ce:c8:00:5c dicosProc_m0_s11_0 ip_addr_for_eth0 172.16.0.11 #linuxProc_m0_s11_0 eptftp_server_net0 # Linux loader dicosProc_m0_s11_1 eth_addr_for_eth1 00:20:ce:c8:00:5d dicosProc_m0_s11_1 ip_addr_for_eth1 172.16.8.11 #linuxProc_m0_s11_1 eptftp_server_net1 # Linux loader dicosProc_m0_s13_0 eth_addr_for_eth0 00:20:ce:c8:00:30 dicosProc_m0_s13_0 ip_addr_for_eth0 172.16.0.13 #linuxProc_m0_s13_0 eptftp_server_net0 # Linux loader dicosProc_m0_s13_1 eth_addr_for_eth1 00:20:ce:c8:00:31 dicosProc_m0_s13_1 ip_addr_for_eth1 172.16.8.13 #linuxProc_m0_s13_1 eptftp_server_net1 # Linux loader dicosProc_m0_s15_0 eth_addr_for_eth0 00:20:ce:c8:00:7c dicosProc_m0_s15_0 ip_addr_for_eth0 172.16.0.15 #linuxProc_m0_s15_0 eptftp_server_net0 # Linux loader dicosProc_m0_s15_1 eth_addr_for_eth1 00:20:ce:c8:00:7d dicosProc_m0_s15_1 ip_addr_for_eth1 172.16.8.15 #linuxProc_m0_s15_1 eptftp_server_net1 # Linux loader dicosProc_m0_s17_0 eth_addr_for_eth0 00:20:ce:c8:00:8c dicosProc_m0_s17_0 ip_addr_for_eth0 172.16.0.17 #linuxProc_m0_s17_0 eptftp_server_net0 # Linux loader dicosProc_m0_s17_1 eth_addr_for_eth1 00:20:ce:c8:00:8d dicosProc_m0_s17_1 ip_addr_for_eth1 172.16.8.17 #linuxProc_m0_s17_1 eptftp_server_net1 # Linux loader linuxProc_m0_s19_0 eth_addr_for_eth0 00:20:ce:c8:00:a4 linuxProc_m0_s19_0 ip_addr_for_eth0 172.16.0.19 linuxProc_m0_s19_0 eptftp_server_net0 # Linux loader linuxProc_m0_s19_1 eth_addr_for_eth1 00:20:ce:c8:00:a5 linuxProc_m0_s19_1 ip_addr_for_eth1 172.16.8.19 linuxProc_m0_s19_1 eptftp_server_net1 # Linux loader linuxProc_m0_s21_0 eth_addr_for_eth0 00:20:ce:c8:00:e4 linuxProc_m0_s21_0 ip_addr_for_eth0 172.16.0.21 linuxProc_m0_s21_0 eptftp_server_net0 # Linux loader linuxProc_m0_s21_1 eth_addr_for_eth1 00:20:ce:c8:00:e5 linuxProc_m0_s21_1 ip_addr_for_eth1 172.16.8.21 linuxProc_m0_s21_1 eptftp_server_net1 # Linux loader linuxProc_m0_s23_0 eth_addr_for_eth0 00:20:ce:c8:00:94 linuxProc_m0_s23_0 ip_addr_for_eth0 172.16.0.23 linuxProc_m0_s23_0 eptftp_server_net0 # Linux loader linuxProc_m0_s23_1 eth_addr_for_eth1 00:20:ce:c8:00:95 linuxProc_m0_s23_1 ip_addr_for_eth1 172.16.8.23 linuxProc_m0_s23_1 eptftp_server_net1 # Linux loader # PMD: linuxProc_m1_s5_0 eth_addr_for_eth0 00:20:ce:c8:00:c0 linuxProc_m1_s5_0 ip_addr_for_eth0 172.16.0.133 linuxProc_m1_s5_0 eptftp_server_net0 # Linux loader linuxProc_m1_s5_1 eth_addr_for_eth1 00:20:ce:c8:00:c1 linuxProc_m1_s5_1 ip_addr_for_eth1 172.16.8.133 linuxProc_m1_s5_1 eptftp_server_net1 # Linux loader dicosProc_m1_s9_0 eth_addr_for_eth0 00:20:ce:c8:00:50 dicosProc_m1_s9_0 ip_addr_for_eth0 172.16.0.137 dicosProc_m1_s9_0 eptftp_server_net0 # Dicos loader dicosProc_m1_s9_1 eth_addr_for_eth1 00:20:ce:c8:00:51 dicosProc_m1_s9_1 ip_addr_for_eth1 172.16.8.137 dicosProc_m1_s9_1 eptftp_server_net1 # Dicos loader dicosProc_m1_s11_0 eth_addr_for_eth0 00:20:ce:c8:00:88 dicosProc_m1_s11_0 ip_addr_for_eth0 172.16.0.139 #linuxProc_m1_s11_0 eptftp_server_net0 # Linux loader dicosProc_m1_s11_1 eth_addr_for_eth1 00:20:ce:c8:00:89 dicosProc_m1_s11_1 ip_addr_for_eth1 172.16.8.139 #linuxProc_m1_s11_1 eptftp_server_net1 # Linux loader dicosProc_m1_s13_0 eth_addr_for_eth0 00:20:ce:c8:00:70 dicosProc_m1_s13_0 ip_addr_for_eth0 172.16.0.141 #linuxProc_m1_s13_0 eptftp_server_net0 # Linux loader dicosProc_m1_s13_1 eth_addr_for_eth1 00:20:ce:c8:00:71 dicosProc_m1_s13_1 ip_addr_for_eth1 172.16.8.141 #linuxProc_m1_s13_1 eptftp_server_net1 # Linux loader dicosProc_m1_s15_0 eth_addr_for_eth0 00:20:ce:c8:00:58 dicosProc_m1_s15_0 ip_addr_for_eth0 172.16.0.143 #linuxProc_m1_s15_0 eptftp_server_net0 # Linux loader dicosProc_m1_s15_1 eth_addr_for_eth1 00:20:ce:c8:00:59 dicosProc_m1_s15_1 ip_addr_for_eth1 172.16.8.143 #linuxProc_m1_s15_1 eptftp_server_net1 # Linux loader linuxProc_m1_s17_0 eth_addr_for_eth0 00:20:ce:c8:00:44 linuxProc_m1_s17_0 ip_addr_for_eth0 172.16.0.145 linuxProc_m1_s17_0 eptftp_server_net0 # Linux loader linuxProc_m1_s17_1 eth_addr_for_eth1 00:20:ce:c8:00:45 linuxProc_m1_s17_1 ip_addr_for_eth1 172.16.8.145 linuxProc_m1_s17_1 eptftp_server_net1 # Linux loader linuxProc_m1_s19_0 eth_addr_for_eth0 00:20:ce:c8:00:68 linuxProc_m1_s19_0 ip_addr_for_eth0 172.16.0.147 linuxProc_m1_s19_0 eptftp_server_net0 # Linux loader linuxProc_m1_s19_1 eth_addr_for_eth1 00:20:ce:c8:00:69 linuxProc_m1_s19_1 ip_addr_for_eth1 172.16.8.147 linuxProc_m1_s19_1 eptftp_server_net1 # Linux loader linuxProc_m1_s21_0 eth_addr_for_eth0 00:20:ce:c8:00:dc linuxProc_m1_s21_0 ip_addr_for_eth0 172.16.0.149 linuxProc_m1_s21_0 eptftp_server_net0 # Linux loader linuxProc_m1_s21_1 eth_addr_for_eth1 00:20:ce:c8:00:dd linuxProc_m1_s21_1 ip_addr_for_eth1 172.16.8.149 linuxProc_m1_s21_1 eptftp_server_net1 # Linux loader linuxProc_m1_s23_0 eth_addr_for_eth0 00:20:ce:c8:00:d8 linuxProc_m1_s23_0 ip_addr_for_eth0 172.16.0.151 linuxProc_m1_s23_0 eptftp_server_net0 # Linux loader linuxProc_m1_s23_1 eth_addr_for_eth1 00:20:ce:c8:00:d9 linuxProc_m1_s23_1 ip_addr_for_eth1 172.16.8.151 linuxProc_m1_s23_1 eptftp_server_net1 # Linux loader # PMD: linuxProc_m3_s1_0 eth_addr_for_eth0 00:20:ce:c8:00:d0 linuxProc_m3_s1_0 ip_addr_for_eth0 172.16.1.129 linuxProc_m3_s1_0 eptftp_server_net0 # Linux loader linuxProc_m3_s1_1 eth_addr_for_eth1 00:20:ce:c8:00:d1 linuxProc_m3_s1_1 ip_addr_for_eth1 172.16.9.129 linuxProc_m3_s1_1 eptftp_server_net1 # Linux loader dicosProc_m3_s5_0 eth_addr_for_eth0 00:20:ce:c8:00:60 dicosProc_m3_s5_0 ip_addr_for_eth0 172.16.1.133 #linuxProc_m3_s5_0 eptftp_server_net0 # Linux loader dicosProc_m3_s5_1 eth_addr_for_eth1 00:20:ce:c8:00:61 dicosProc_m3_s5_1 ip_addr_for_eth1 172.16.9.133 #linuxProc_m3_s5_1 eptftp_server_net1 # Linux loader dicosProc_m3_s7_0 eth_addr_for_eth0 00:20:ce:c8:00:b0 dicosProc_m3_s7_0 ip_addr_for_eth0 172.16.1.135 #linuxProc_m3_s7_0 eptftp_server_net0 # Linux loader dicosProc_m3_s7_1 eth_addr_for_eth1 00:20:ce:c8:00:b1 dicosProc_m3_s7_1 ip_addr_for_eth1 172.16.9.135 #linuxProc_m3_s7_1 eptftp_server_net1 # Linux loader dicosProc_m3_s9_0 eth_addr_for_eth0 00:20:ce:c8:00:cc dicosProc_m3_s9_0 ip_addr_for_eth0 172.16.1.137 #linuxProc_m3_s9_0 eptftp_server_net0 # Linux loader dicosProc_m3_s9_1 eth_addr_for_eth1 00:20:ce:c8:00:cd dicosProc_m3_s9_1 ip_addr_for_eth1 172.16.9.137 #linuxProc_m3_s9_1 eptftp_server_net1 # Linux loader dicosProc_m3_s11_0 eth_addr_for_eth0 00:20:ce:c8:00:c8 dicosProc_m3_s11_0 ip_addr_for_eth0 172.16.1.139 #linuxProc_m3_s11_0 eptftp_server_net0 # Linux loader dicosProc_m3_s11_1 eth_addr_for_eth1 00:20:ce:c8:00:c9 dicosProc_m3_s11_1 ip_addr_for_eth1 172.16.9.139 #linuxProc_m3_s11_1 eptftp_server_net1 # Linux loader dicosProc_m3_s13_0 eth_addr_for_eth0 00:20:ce:c8:00:6c dicosProc_m3_s13_0 ip_addr_for_eth0 172.16.1.141 #linuxProc_m3_s13_0 eptftp_server_net0 # Linux loader dicosProc_m3_s13_1 eth_addr_for_eth1 00:20:ce:c8:00:6d dicosProc_m3_s13_1 ip_addr_for_eth1 172.16.9.141 #linuxProc_m3_s13_1 eptftp_server_net1 # Linux loader linuxProc_m3_s15_0 eth_addr_for_eth0 00:20:ce:c8:00:84 linuxProc_m3_s15_0 ip_addr_for_eth0 172.16.1.143 linuxProc_m3_s15_0 eptftp_server_net0 # Linux loader linuxProc_m3_s15_1 eth_addr_for_eth1 00:20:ce:c8:00:85 linuxProc_m3_s15_1 ip_addr_for_eth1 172.16.9.143 linuxProc_m3_s15_1 eptftp_server_net1 # Linux loader linuxProc_m3_s17_0 eth_addr_for_eth0 00:20:ce:c8:00:78 linuxProc_m3_s17_0 ip_addr_for_eth0 172.16.1.145 linuxProc_m3_s17_0 eptftp_server_net0 # Linux loader linuxProc_m3_s17_1 eth_addr_for_eth1 00:20:ce:c8:00:79 linuxProc_m3_s17_1 ip_addr_for_eth1 172.16.9.145 linuxProc_m3_s17_1 eptftp_server_net1 # Linux loader linuxProc_m3_s19_0 eth_addr_for_eth0 00:20:ce:c8:00:64 linuxProc_m3_s19_0 ip_addr_for_eth0 172.16.1.147 linuxProc_m3_s19_0 eptftp_server_net0 # Linux loader linuxProc_m3_s19_1 eth_addr_for_eth1 00:20:ce:c8:00:65 linuxProc_m3_s19_1 ip_addr_for_eth1 172.16.9.147 linuxProc_m3_s19_1 eptftp_server_net1 # Linux loader linuxProc_m3_s21_0 eth_addr_for_eth0 00:20:ce:c8:00:38 linuxProc_m3_s21_0 ip_addr_for_eth0 172.16.1.149 linuxProc_m3_s21_0 eptftp_server_net0 # Linux loader linuxProc_m3_s21_1 eth_addr_for_eth1 00:20:ce:c8:00:39 linuxProc_m3_s21_1 ip_addr_for_eth1 172.16.9.149 linuxProc_m3_s21_1 eptftp_server_net1 # Linux loader # File server 2: #dicosProc_m4_s1_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx #dicosProc_m4_s1_0 ip_addr_for_eth0 172.16.2.1 #linuxProc_m4_s1_0 eptftp_server_net0 # Linux loader #dicosProc_m4_s1_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx #dicosProc_m4_s1_1 ip_addr_for_eth1 172.16.10.1 #linuxProc_m4_s1_1 eptftp_server_net1 # Linux loader dicosProc_m4_s5_0 eth_addr_for_eth0 00:20:ce:c8:00:34 dicosProc_m4_s5_0 ip_addr_for_eth0 172.16.2.5 #linuxProc_m4_s5_0 eptftp_server_net0 # Linux loader dicosProc_m4_s5_1 eth_addr_for_eth1 00:20:ce:c8:00:35 dicosProc_m4_s5_1 ip_addr_for_eth1 172.16.10.5 #linuxProc_m4_s5_1 eptftp_server_net1 # Linux loader dicosProc_m4_s7_0 eth_addr_for_eth0 00:20:ce:c8:00:40 dicosProc_m4_s7_0 ip_addr_for_eth0 172.16.2.7 #linuxProc_m4_s7_0 eptftp_server_net0 # Linux loader dicosProc_m4_s7_1 eth_addr_for_eth1 00:20:ce:c8:00:41 dicosProc_m4_s7_1 ip_addr_for_eth1 172.16.10.7 #linuxProc_m4_s7_1 eptftp_server_net1 # Linux loader dicosProc_m4_s9_0 eth_addr_for_eth0 00:20:ce:c8:00:a0 dicosProc_m4_s9_0 ip_addr_for_eth0 172.16.2.9 #linuxProc_m4_s9_0 eptftp_server_net0 # Linux loader dicosProc_m4_s9_1 eth_addr_for_eth1 00:20:ce:c8:00:a1 dicosProc_m4_s9_1 ip_addr_for_eth1 172.16.10.9 #linuxProc_m4_s9_1 eptftp_server_net1 # Linux loader dicosProc_m4_s11_0 eth_addr_for_eth0 00:20:ce:c8:00:80 dicosProc_m4_s11_0 ip_addr_for_eth0 172.16.2.11 #linuxProc_m4_s11_0 eptftp_server_net0 # Linux loader dicosProc_m4_s11_1 eth_addr_for_eth1 00:20:ce:c8:00:81 dicosProc_m4_s11_1 ip_addr_for_eth1 172.16.10.11 #linuxProc_m4_s11_1 eptftp_server_net1 # Linux loader dicosProc_m4_s13_0 eth_addr_for_eth0 00:20:ce:c8:00:3c dicosProc_m4_s13_0 ip_addr_for_eth0 172.16.2.13 #linuxProc_m4_s13_0 eptftp_server_net0 # Linux loader dicosProc_m4_s13_1 eth_addr_for_eth1 00:20:ce:c8:00:3d dicosProc_m4_s13_1 ip_addr_for_eth1 172.16.10.13 #linuxProc_m4_s13_1 eptftp_server_net1 # Linux loader linuxProc_m4_s15_0 eth_addr_for_eth0 00:20:ce:c8:00:98 linuxProc_m4_s15_0 ip_addr_for_eth0 172.16.2.15 linuxProc_m4_s15_0 eptftp_server_net0 # Linux loader linuxProc_m4_s15_1 eth_addr_for_eth1 00:20:ce:c8:00:99 linuxProc_m4_s15_1 ip_addr_for_eth1 172.16.10.15 linuxProc_m4_s15_1 eptftp_server_net1 # Linux loader linuxProc_m4_s17_0 eth_addr_for_eth0 00:20:ce:c8:00:ac linuxProc_m4_s17_0 ip_addr_for_eth0 172.16.2.17 linuxProc_m4_s17_0 eptftp_server_net0 # Linux loader linuxProc_m4_s17_1 eth_addr_for_eth1 00:20:ce:c8:00:ad linuxProc_m4_s17_1 ip_addr_for_eth1 172.16.10.17 linuxProc_m4_s17_1 eptftp_server_net1 # Linux loader linuxProc_m4_s19_0 eth_addr_for_eth0 00:20:ce:c8:00:74 linuxProc_m4_s19_0 ip_addr_for_eth0 172.16.2.19 linuxProc_m4_s19_0 eptftp_server_net0 # Linux loader linuxProc_m4_s19_1 eth_addr_for_eth1 00:20:ce:c8:00:75 linuxProc_m4_s19_1 ip_addr_for_eth1 172.16.10.19 linuxProc_m4_s19_1 eptftp_server_net1 # Linux loader linuxProc_m4_s21_0 eth_addr_for_eth0 00:20:ce:c8:00:e0 linuxProc_m4_s21_0 ip_addr_for_eth0 172.16.2.21 linuxProc_m4_s21_0 eptftp_server_net0 # Linux loader linuxProc_m4_s21_1 eth_addr_for_eth1 00:20:ce:c8:00:e1 linuxProc_m4_s21_1 ip_addr_for_eth1 172.16.10.21 linuxProc_m4_s21_1 eptftp_server_net1 # Linux loader linuxProc_m4_s23_0 eth_addr_for_eth0 00:20:ce:c8:00:b4 linuxProc_m4_s23_0 ip_addr_for_eth0 172.16.2.23 linuxProc_m4_s23_0 eptftp_server_net0 # Linux loader linuxProc_m4_s23_1 eth_addr_for_eth1 00:20:ce:c8:00:b5 linuxProc_m4_s23_1 ip_addr_for_eth1 172.16.10.23 linuxProc_m4_s23_1 eptftp_server_net1 # Linux loader # Configuration of TelORB Processors with VIP interface (eth2 & eth3) # =================================================================== # Currently, VIP can only be used on TelORB processors running with Dicos. # In the template, TelORB processors Proc_m0_s1, Proc_m0_s5, Proc_m0_s13, # Proc_m0_s15, Proc_m0_s17, Proc_m0_s19, Proc_m1_s5, Proc_m1_s17, Proc_m1_s19, # Proc_m3_s1, Proc_m3_s17, Proc_m3_s19, Proc_m4_s1, Proc_m4_s17 and # Proc_m4_s19 are prepared for VIP usage. # # Adjust the following for each VIP interface: # - vip-network vipnetX: Depending on your VIP router configurations, the IP # addresses of the VIP nets may have to be modified, # e.g. 192.168.61.0. # (If the VIP routers have not yet been configured, the # default values for the VIP nets, used in the template, # can be kept and later be used when configuring # the VIP routers.) # - ip_addr_for_vipX: Depending on your VIP router configurations, the IP # addresses of the VIP router links on the TelORB # processor end may have to be modified, e.g. # 192.168.61.2. # (If the VIP routers have not yet been configured, the # default values for the VIP router links, used in the # template, can be kept and later be used when # configuring the VIP routers.) # - eth_addr_for_vipX: Specify MAC addresses for eth2 and eth3, e.g. # vip_dicosProc_m0_s13_2 eth_addr_for_vip0 00:80:37:5e:ff:98 for eth2 # and # vip_dicosProc_m0_s13_3 eth_addr_for_vip1 00:80:37:5e:ff:99 for eth3. # - Specify which Operating System each TelORB processor with VIP interfaces # should run with, as follows: # Dicos: The processor lines should start with vip_dicosProc, e.g. # vip_dicosProc_m0_s17_2. # Linux: The processor lines should start with vip_linuxProc, e.g. # vip_linuxProc_m0_s17_2. This option is currently not valid! vip-network vipnet0 192.168.76.0 vip-network vipnetmask0 255.255.255.0 vip-network vipnet1 192.168.77.0 vip-network vipnetmask1 255.255.255.0 vip_dicosProc_m0_s15_2 ip_addr_for_vip0 192.168.76.120 vip_dicosProc_m0_s15_2 eth_addr_for_vip0 00:20:ce:c8:00:7e vip_dicosProc_m0_s15_3 ip_addr_for_vip1 192.168.77.120 vip_dicosProc_m0_s15_3 eth_addr_for_vip1 00:20:ce:c8:00:7f vip_dicosProc_m0_s17_2 ip_addr_for_vip0 192.168.76.121 vip_dicosProc_m0_s17_2 eth_addr_for_vip0 00:20:ce:c8:00:8e vip_dicosProc_m0_s17_3 ip_addr_for_vip1 192.168.77.121 vip_dicosProc_m0_s17_3 eth_addr_for_vip1 00:20:ce:c8:00:8f # Configuration of File Server(s) # =============================== # Any of the PMD-ETH processor boards, which are not used as IO processors, may # be used as file servers. However, the processors which will be used as file # servers, must NOT be included in the TelORB cluster. It is therefore important # that the configuration of these processors are removed (#) in the sections # "Configuration of TelORB Processors (eth0 & eth1)" and "Configuration of # TelORB Processors with VIP interface (eth2 & eth3)" in this file. # In addition to this, some changes are necessary in the corresponding # epct file. See section "Initial Data Parameters for File Server(s)" in the # epct file. # # If a file server will be used, uncomment the "internal-network..." lines # below "File server 1" and adjust the following: # - internal-network fs1net0: IP address of eth0 (network A) on the # processor used as file server, e.g. # 172.16.0.1. # Note: The IP address must be the same as # specified in the corresponding epct file. # - internal-network fs1ethaddr0: MAC address of eth0, e.g. 00:a0:a5:4c:68:6e. # - internal-network fs1net1: IP address of eth1 (network B), e.g. # 172.16.8.1. # Note: The IP address must be the same as # specified in the corresponding epct file. # - internal-network fs1ethaddr1: MAC address of eth1, e.g. 00:a0:a5:4c:68:6f. # # If a second file server will be used, uncomment the "internal-network..." # lines below "File server 2" and adjust the equivalent lines as for "File # server 1". # # If more than two file servers will be used, just add further # "internal-network..." lines with valid IP and MAC addresses. # File server 1: internal-network fs1net0 172.16.0.1 internal-network fs1interfacename0 eth0 internal-network fs1ethaddr0 00:20:ce:c8:00:bc internal-network fs1net1 172.16.8.1 internal-network fs1interfacename1 eth1 internal-network fs1ethaddr1 00:20:ce:c8:00:bd # File server 2: internal-network fs2net0 172.16.2.1 internal-network fs2interfacename0 eth0 internal-network fs2ethaddr0 00:20:ce:c8:00:c4 internal-network fs2net1 172.16.10.1 internal-network fs2interfacename1 eth1 internal-network fs2ethaddr1 00:20:ce:c8:00:c5 # Configuration of Time Zone # ========================== # Adjust the following: # - timezone: Specify the time zone where your system is located, e.g. # Japan or Australia/North. # The time zone files to choose from can be found in directory # /usr/share/zoneinfo/ (path valid for Linux) on the IO processors. timezone Europe/Stockholm # Configuration of External Time Server(s) # ======================================== # Adjust the following: # - timeserver: Specify the IP address of the external time server, e.g. # 134.138.128.17. # - If more than one external time server will be used, just add any number of # "timeserver" lines with valid IP addresses. timeserver 134.138.128.17 ########################################################################### # CONFIGURATIONS WHICH MUST NOT BE CHANGED (Do NOT adjust these) # ########################################################################### # Configuration of Internal Time Servers # ====================================== timeserver 172.16.0.129 # IO1, network A. timeserver 172.16.9.1 # IO2, network B. # Configuration of Port for the Software Terminal Server (STS) # ============================================================ tsport 7001 # Configuration of Console Server IP Address (for STS) # ==================================================== consserverip 172.16.0.129 # STS will run on IO1. # Configuration of Booting Procedure of TelORB Processors running with Dicos # ========================================================================== booting PXE # Configuration of NFS Mount Points # ================================= io1_share_nfs /opt/telorb io2_share_nfs /opt/telorb # Configuration of Network Redundancy # =================================== # The settings in this section relate to the Transfer Manager. telorb_cosnaming_host 172.16.0.9 # Sets IP addresses to be used telorb_cosnaming_host 172.16.8.137 # to access the TelORB CosNaming # IOR (in local zone). # Use IP addresses of the Dicos # loaders in own zone. telorb_local_zone_id 1 # Identifier for local zone. telorb_remote_zone_id 2 # Identifier for remote zone. interzone_peer 172.16.16.129:loadingGroup01_1 # IP address of IO1 in remote # zone, network A. interzone_peer 172.16.24.129:loadingGroup01_1 # IP address of IO1 in remote # zone, network B. interzone_peer 172.16.17.1:loadingGroup01_2 # IP address of IO2 in remote # zone, network A. interzone_peer 172.16.25.1:loadingGroup01_2 # IP address of IO2 in remote # zone, network B. peerzone-network subnet0 172.16.16.0 # Network address and netmask peerzone-network netmask0 255.255.248.0 # of remote zone, network A. peerzone-network subnet1 172.16.24.0 # Network address and netmask peerzone-network netmask1 255.255.248.0 # of remote zone, network B. io1_rsync_path /opt/telorb/axe/loadingGroup01_1 # rsync configuration for IO1 in # local zone. io2_rsync_path /opt/telorb/axe/loadingGroup01_2 # rsync configuration for IO2 in # local zone. # Configuration of GESBs/SCBs # =========================== # GESBs: internal-network gesba_0 172.16.1.23 internal-network gesba_1 172.16.9.23 internal-network gesbb_0 172.16.1.151 internal-network gesbb_1 172.16.9.151 # SCBs: internal-network scb0a_0 172.16.0.32 internal-network scb0a_1 172.16.8.32 internal-network scb0b_0 172.16.0.25 internal-network scb0b_1 172.16.8.25 internal-network scb1a_0 172.16.0.160 internal-network scb1a_1 172.16.8.160 internal-network scb1b_0 172.16.0.153 internal-network scb1b_1 172.16.8.153 internal-network scb2a_0 172.16.1.32 internal-network scb2a_1 172.16.9.32 internal-network scb2b_0 172.16.1.25 internal-network scb2b_1 172.16.9.25 internal-network scb3a_0 172.16.1.160 internal-network scb3a_1 172.16.9.160 internal-network scb3b_0 172.16.1.153 internal-network scb3b_1 172.16.9.153 internal-network scb4a_0 172.16.2.32 internal-network scb4a_1 172.16.10.32 internal-network scb4b_0 172.16.2.25 internal-network scb4b_1 172.16.10.25 internal-network scb5a_0 172.16.2.160 internal-network scb5a_1 172.16.10.160 internal-network scb5b_0 172.16.2.153 internal-network scb5b_1 172.16.10.153 internal-network scb6a_0 172.16.3.32 internal-network scb6a_1 172.16.11.32 internal-network scb6b_0 172.16.3.25 internal-network scb6b_1 172.16.11.25 internal-network scb7a_0 172.16.3.160 internal-network scb7a_1 172.16.11.160 internal-network scb7b_0 172.16.3.153 internal-network scb7b_1 172.16.11.153 ############################## End of file ##############################
########################################################################### # # # telorb.conf file for TelORB R14 Linux, GEM-MINI, Zone 2 Rev.F # # ======================================================================= # # # # This file contains configuration settings for the IO processors in a # # TelORB zone. # # # # (To configure Zone 1 for GEM-MINI, use the file # # r14_linux_mini_zone1.telorb.conf.template.) # # # # GEM-MINI consists of 21 Pentium processors of which 2 are used as IO # # processors. # # The two IO processors are located in magazine 1, slot 1 and in # # magazine 2, slot 1. # # The two TelORB processors, used as Dicos loaders, are located in # # magazine 0, slot 9 and in magazine 1, slot 9. # # # # This file is divided into two main parts, namely "SITE DEPENDENT # # CONFIGURATIONS" and "CONFIGURATIONS WHICH MUST NOT BE CHANGED". # # Site dependent configuration values must be adjusted to suit the target # # zone towards which this file will be used. # # # # Note that the IP addresses used in the telorb.conf template files are # # just recommendations. # # If they conflict with e.g. external IP addresses they may have to be # # adjusted. # # For information about the recommended IP addressing scheme, consult the # # document "Internal IP addresses in TSP 4.0", doc no UAB/UT-02:004. # # # # The same telorb.conf file should be used to configure both IO # # processors located in the same zone. # # # # /uabmsu # ########################################################################### ########################################################################### # SITE DEPENDENT CONFIGURATIONS (Adjust these to match your site) # ########################################################################### # Configuration of Internal Networks A & B (eth0 & eth1) on IO Processors # ======================================================================= # (To check the network interfaces, type "/sbin/ifconfig -a" or "ifconfig -a" # on the target IO processors.) # # Adjust the following: # - internal-network io1ethaddr0: Specify the MAC address of eth0 for IO1. # - internal-network io2ethaddr0: Specify the MAC address of eth0 for IO2. # - internal-network io1ethaddr1: Specify the MAC address of eth1 for IO1. # - internal-network io2ethaddr1: Specify the MAC address of eth1 for IO2. # (Example of MAC address: 00:a0:a5:4c:00:6e) # Network A (eth0): internal-network subnet0 172.16.16.0 internal-network netmask0 255.255.248.0 internal-network defaultgw0 172.16.16.31 internal-network bcast0 172.16.23.255 internal-network io1net0 172.16.16.129 internal-network io2net0 172.16.17.1 internal-network io1interfacename0 eth0 internal-network io1ethaddr0 xx:xx:xx:xx:xx:xx internal-network io2interfacename0 eth0 internal-network io2ethaddr0 xx:xx:xx:xx:xx:xx # Network B (eth1): internal-network subnet1 172.16.24.0 internal-network netmask1 255.255.248.0 internal-network defaultgw1 172.16.24.31 internal-network bcast1 172.16.31.255 internal-network io1net1 172.16.24.129 internal-network io2net1 172.16.25.1 internal-network io1interfacename1 eth1 internal-network io1ethaddr1 xx:xx:xx:xx:xx:xx internal-network io2interfacename1 eth1 internal-network io2ethaddr1 xx:xx:xx:xx:xx:xx # Configuration of External Networks (eth2 & eth3) on IO Processors # ================================================================= # (To check the network interfaces, type "/sbin/ifconfig -a" or "ifconfig -a" # on the target IO processors.) # # For eth2 on the IO processors, adjust the following: # - external-network subnet0: Subnet for eth2, e.g. 134.138.184.0. # - external-network netmask0: Netmask for eth2, e.g. 255.255.248.0. # - external-network defaultgw0: Default gateway for eth2, e.g. 134.138.184.1. # - external-network bcast0: Broadcast for eth2, e.g. 134.138.191.255. # - external-network io1net0: IP address of eth2, IO1, e.g. 134.138.187.95. # - external-network io2net0: IP address of eth2, IO2, e.g. 134.138.187.96. # # If eth3 will be used on the IO processors, uncomment the "external-network..." # lines for eth3 below and adjust the following: # - external-network subnet1: Subnet for eth3. # - external-network netmask1: Netmask for eth3. # - external-network defaultgw1: Default gateway for eth3. # - external-network bcast1: Broadcast for eth3. # - external-network io1net1: IP address of eth3 on IO1. # - external-network io2net1: IP address of eth3 on IO2. # eth2: external-network subnet0 aa1.bb1.cc1.dd1 external-network netmask0 aa2.bb2.cc2.dd2 external-network defaultgw0 aa3.bb3.cc3.dd3 external-network bcast0 aa4.bb4.cc4.dd4 external-network io1net0 aa5.bb5.cc5.dd5 external-network io2net0 aa6.bb6.cc6.dd6 external-network io1interfacename0 eth2 external-network io2interfacename0 eth2 # eth3: #external-network subnet1 aa7.bb7.cc7.dd7 #external-network netmask1 aa8.bb8.cc8.dd8 #external-network defaultgw1 aa9.bb9.cc9.dd9 #external-network bcast1 aaa.bba.cca.dda #external-network io1net1 aab.bbb.ccb.ddb #external-network io2net1 aac.bbc.ccc.ddc #external-network io1interfacename1 eth3 #external-network io2interfacename1 eth3 # Configuration of TelORB Processors (eth0 & eth1) # ================================================ # The TelORB processor names represent the physical processor board position in # the cabinet, e.g. TelORB processor Proc_m0_s9 is located in magazine 0, # slot 9. # For TelORB processors dicosProc_m0_s9 and dicosProc_m1_s9, the following # apply: # - Specify MAC addresses, as described below. # - Do not change any other settings, since these processors should run with # Dicos and be Dicos loaders (eptftp). # # Adjust the following: # - Specify MAC addresses for eth0 and eth1 for each processor, as follows: # eth_addr_for_eth0: MAC address for eth0, e.g. 00:a0:a5:4c:00:eb. # eth_addr_for_eth1: MAC address for eth1, e.g. 00:a0:a5:4c:00:ec. # - Define which Operating System each processor should run with, as follows: # Dicos: The processor lines should start with dicosProc, e.g. # dicosProc_m0_s15_0. # Linux: The processor lines should start with linuxProc, e.g. # linuxProc_m0_s15_0. # Since all processors with Linux OS are loaders, the eptftp line # where it says "Linux loader" should be uncommented. # (eptftp_server_net0/1 specifies that a TelORB processor is a # loader.) dicosProc_m0_s1_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s1_0 ip_addr_for_eth0 172.16.16.1 #linuxProc_m0_s1_0 eptftp_server_net0 # Linux loader dicosProc_m0_s1_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s1_1 ip_addr_for_eth1 172.16.24.1 #linuxProc_m0_s1_1 eptftp_server_net1 # Linux loader dicosProc_m0_s5_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s5_0 ip_addr_for_eth0 172.16.16.5 #linuxProc_m0_s5_0 eptftp_server_net0 # Linux loader dicosProc_m0_s5_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s5_1 ip_addr_for_eth1 172.16.24.5 #linuxProc_m0_s5_1 eptftp_server_net1 # Linux loader dicosProc_m0_s9_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s9_0 ip_addr_for_eth0 172.16.16.9 dicosProc_m0_s9_0 eptftp_server_net0 # Dicos loader dicosProc_m0_s9_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s9_1 ip_addr_for_eth1 172.16.24.9 dicosProc_m0_s9_1 eptftp_server_net1 # Dicos loader dicosProc_m0_s11_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s11_0 ip_addr_for_eth0 172.16.16.11 #linuxProc_m0_s11_0 eptftp_server_net0 # Linux loader dicosProc_m0_s11_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s11_1 ip_addr_for_eth1 172.16.24.11 #linuxProc_m0_s11_1 eptftp_server_net1 # Linux loader dicosProc_m0_s13_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s13_0 ip_addr_for_eth0 172.16.16.13 #linuxProc_m0_s13_0 eptftp_server_net0 # Linux loader dicosProc_m0_s13_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s13_1 ip_addr_for_eth1 172.16.24.13 #linuxProc_m0_s13_1 eptftp_server_net1 # Linux loader dicosProc_m0_s15_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s15_0 ip_addr_for_eth0 172.16.16.15 #linuxProc_m0_s15_0 eptftp_server_net0 # Linux loader dicosProc_m0_s15_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s15_1 ip_addr_for_eth1 172.16.24.15 #linuxProc_m0_s15_1 eptftp_server_net1 # Linux loader dicosProc_m0_s17_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s17_0 ip_addr_for_eth0 172.16.16.17 #linuxProc_m0_s17_0 eptftp_server_net0 # Linux loader dicosProc_m0_s17_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s17_1 ip_addr_for_eth1 172.16.24.17 #linuxProc_m0_s17_1 eptftp_server_net1 # Linux loader dicosProc_m0_s19_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s19_0 ip_addr_for_eth0 172.16.16.19 #linuxProc_m0_s19_0 eptftp_server_net0 # Linux loader dicosProc_m0_s19_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s19_1 ip_addr_for_eth1 172.16.24.19 #linuxProc_m0_s19_1 eptftp_server_net1 # Linux loader dicosProc_m0_s21_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s21_0 ip_addr_for_eth0 172.16.16.21 #linuxProc_m0_s21_0 eptftp_server_net0 # Linux loader dicosProc_m0_s21_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s21_1 ip_addr_for_eth1 172.16.24.21 #linuxProc_m0_s21_1 eptftp_server_net1 # Linux loader dicosProc_m0_s23_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m0_s23_0 ip_addr_for_eth0 172.16.16.23 #linuxProc_m0_s23_0 eptftp_server_net0 # Linux loader dicosProc_m0_s23_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m0_s23_1 ip_addr_for_eth1 172.16.24.23 #linuxProc_m0_s23_1 eptftp_server_net1 # Linux loader dicosProc_m1_s5_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s5_0 ip_addr_for_eth0 172.16.16.133 #linuxProc_m1_s5_0 eptftp_server_net0 # Linux loader dicosProc_m1_s5_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s5_1 ip_addr_for_eth1 172.16.24.133 #linuxProc_m1_s5_1 eptftp_server_net1 # Linux loader dicosProc_m1_s9_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s9_0 ip_addr_for_eth0 172.16.16.137 dicosProc_m1_s9_0 eptftp_server_net0 # Dicos loader dicosProc_m1_s9_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s9_1 ip_addr_for_eth1 172.16.24.137 dicosProc_m1_s9_1 eptftp_server_net1 # Dicos loader dicosProc_m1_s11_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s11_0 ip_addr_for_eth0 172.16.16.139 #linuxProc_m1_s11_0 eptftp_server_net0 # Linux loader dicosProc_m1_s11_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s11_1 ip_addr_for_eth1 172.16.24.139 #linuxProc_m1_s11_1 eptftp_server_net1 # Linux loader dicosProc_m1_s13_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s13_0 ip_addr_for_eth0 172.16.16.141 #linuxProc_m1_s13_0 eptftp_server_net0 # Linux loader dicosProc_m1_s13_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s13_1 ip_addr_for_eth1 172.16.24.141 #linuxProc_m1_s13_1 eptftp_server_net1 # Linux loader dicosProc_m1_s15_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s15_0 ip_addr_for_eth0 172.16.16.143 #linuxProc_m1_s15_0 eptftp_server_net0 # Linux loader dicosProc_m1_s15_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s15_1 ip_addr_for_eth1 172.16.24.143 #linuxProc_m1_s15_1 eptftp_server_net1 # Linux loader dicosProc_m1_s17_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s17_0 ip_addr_for_eth0 172.16.16.145 #linuxProc_m1_s17_0 eptftp_server_net0 # Linux loader dicosProc_m1_s17_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s17_1 ip_addr_for_eth1 172.16.24.145 #linuxProc_m1_s17_1 eptftp_server_net1 # Linux loader dicosProc_m1_s19_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s19_0 ip_addr_for_eth0 172.16.16.147 #linuxProc_m1_s19_0 eptftp_server_net0 # Linux loader dicosProc_m1_s19_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s19_1 ip_addr_for_eth1 172.16.24.147 #linuxProc_m1_s19_1 eptftp_server_net1 # Linux loader dicosProc_m1_s21_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s21_0 ip_addr_for_eth0 172.16.16.149 #linuxProc_m1_s21_0 eptftp_server_net0 # Linux loader dicosProc_m1_s21_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s21_1 ip_addr_for_eth1 172.16.24.149 #linuxProc_m1_s21_1 eptftp_server_net1 # Linux loader dicosProc_m1_s23_0 eth_addr_for_eth0 xx:xx:xx:xx:xx:xx dicosProc_m1_s23_0 ip_addr_for_eth0 172.16.16.151 #linuxProc_m1_s23_0 eptftp_server_net0 # Linux loader dicosProc_m1_s23_1 eth_addr_for_eth1 xx:xx:xx:xx:xx:xx dicosProc_m1_s23_1 ip_addr_for_eth1 172.16.24.151 #linuxProc_m1_s23_1 eptftp_server_net1 # Linux loader # Configuration of TelORB Processors with VIP interface (eth2 & eth3) # =================================================================== # Currently, VIP can only be used on TelORB processors running with Dicos. # In the template, TelORB processors Proc_m0_s1, Proc_m0_s5, Proc_m0_s13, # Proc_m0_s15, Proc_m0_s17, Proc_m0_s19, Proc_m1_s5, Proc_m1_s17 and # Proc_m1_s19 are prepared for VIP usage. # # Adjust the following for each VIP interface: # - vip-network vipnetX: Depending on your VIP router configurations, the IP # addresses of the VIP nets may have to be modified, # e.g. 192.168.61.0. # (If the VIP routers have not yet been configured, the # default values for the VIP nets, used in the template, # can be kept and later be used when configuring # the VIP routers.) # - ip_addr_for_vipX: Depending on your VIP router configurations, the IP # addresses of the VIP router links on the TelORB # processor end may have to be modified, e.g. # 192.168.61.2. # (If the VIP routers have not yet been configured, the # default values for the VIP router links, used in the # template, can be kept and later be used when # configuring the VIP routers.) # - eth_addr_for_vipX: Specify MAC addresses for eth2 and eth3, e.g. # vip_dicosProc_m0_s13_2 eth_addr_for_vip0 00:80:37:5e:ff:98 for eth2 # and # vip_dicosProc_m0_s13_3 eth_addr_for_vip1 00:80:37:5e:ff:99 for eth3. # - Specify which Operating System each TelORB processor with VIP interfaces # should run with, as follows: # Dicos: The processor lines should start with vip_dicosProc, e.g. # vip_dicosProc_m0_s17_2. # Linux: The processor lines should start with vip_linuxProc, e.g. # vip_linuxProc_m0_s17_2. This option is currently not valid! vip-network vipnet0 192.168.61.0 vip-network vipnetmask0 255.255.255.252 vip_dicosProc_m0_s1_2 ip_addr_for_vip0 192.168.61.2 vip_dicosProc_m0_s1_2 eth_addr_for_vip0 xx:xx:xx:xx:xx:xx vip-network vipnet1 192.168.62.0 vip-network vipnetmask1 255.255.255.252 vip_dicosProc_m0_s1_3 ip_addr_for_vip1 192.168.62.2 vip_dicosProc_m0_s1_3 eth_addr_for_vip1 xx:xx:xx:xx:xx:xx vip-network vipnet2 192.168.61.4 vip-network vipnetmask2 255.255.255.252 vip_dicosProc_m0_s5_2 ip_addr_for_vip2 192.168.61.6 vip_dicosProc_m0_s5_2 eth_addr_for_vip2 xx:xx:xx:xx:xx:xx vip-network vipnet3 192.168.62.4 vip-network vipnetmask3 255.255.255.252 vip_dicosProc_m0_s5_3 ip_addr_for_vip3 192.168.62.6 vip_dicosProc_m0_s5_3 eth_addr_for_vip3 xx:xx:xx:xx:xx:xx vip-network vipnet4 192.168.61.8 vip-network vipnetmask4 255.255.255.252 vip_dicosProc_m0_s13_2 ip_addr_for_vip4 192.168.61.10 vip_dicosProc_m0_s13_2 eth_addr_for_vip4 xx:xx:xx:xx:xx:xx vip-network vipnet5 192.168.62.8 vip-network vipnetmask5 255.255.255.252 vip_dicosProc_m0_s13_3 ip_addr_for_vip5 192.168.62.10 vip_dicosProc_m0_s13_3 eth_addr_for_vip5 xx:xx:xx:xx:xx:xx vip-network vipnet6 192.168.61.12 vip-network vipnetmask6 255.255.255.252 vip_dicosProc_m0_s15_2 ip_addr_for_vip6 192.168.61.14 vip_dicosProc_m0_s15_2 eth_addr_for_vip6 xx:xx:xx:xx:xx:xx vip-network vipnet7 192.168.62.12 vip-network vipnetmask7 255.255.255.252 vip_dicosProc_m0_s15_3 ip_addr_for_vip7 192.168.62.14 vip_dicosProc_m0_s15_3 eth_addr_for_vip7 xx:xx:xx:xx:xx:xx vip-network vipnet8 192.168.61.16 vip-network vipnetmask8 255.255.255.252 vip_dicosProc_m0_s17_2 ip_addr_for_vip8 192.168.61.18 vip_dicosProc_m0_s17_2 eth_addr_for_vip8 xx:xx:xx:xx:xx:xx vip-network vipnet9 192.168.62.16 vip-network vipnetmask9 255.255.255.252 vip_dicosProc_m0_s17_3 ip_addr_for_vip9 192.168.62.18 vip_dicosProc_m0_s17_3 eth_addr_for_vip9 xx:xx:xx:xx:xx:xx vip-network vipnet10 192.168.61.20 vip-network vipnetmask10 255.255.255.252 vip_dicosProc_m0_s19_2 ip_addr_for_vip10 192.168.61.22 vip_dicosProc_m0_s19_2 eth_addr_for_vip10 xx:xx:xx:xx:xx:xx vip-network vipnet11 192.168.62.20 vip-network vipnetmask11 255.255.255.252 vip_dicosProc_m0_s19_3 ip_addr_for_vip11 192.168.62.22 vip_dicosProc_m0_s19_3 eth_addr_for_vip11 xx:xx:xx:xx:xx:xx vip-network vipnet12 192.168.61.24 vip-network vipnetmask12 255.255.255.252 vip_dicosProc_m1_s5_2 ip_addr_for_vip12 192.168.61.26 vip_dicosProc_m1_s5_2 eth_addr_for_vip12 xx:xx:xx:xx:xx:xx vip-network vipnet13 192.168.62.24 vip-network vipnetmask13 255.255.255.252 vip_dicosProc_m1_s5_3 ip_addr_for_vip13 192.168.62.26 vip_dicosProc_m1_s5_3 eth_addr_for_vip13 xx:xx:xx:xx:xx:xx vip-network vipnet14 192.168.61.28 vip-network vipnetmask14 255.255.255.252 vip_dicosProc_m1_s17_2 ip_addr_for_vip14 192.168.61.30 vip_dicosProc_m1_s17_2 eth_addr_for_vip14 xx:xx:xx:xx:xx:xx vip-network vipnet15 192.168.62.28 vip-network vipnetmask15 255.255.255.252 vip_dicosProc_m1_s17_3 ip_addr_for_vip15 192.168.62.30 vip_dicosProc_m1_s17_3 eth_addr_for_vip15 xx:xx:xx:xx:xx:xx vip-network vipnet16 192.168.61.32 vip-network vipnetmask16 255.255.255.252 vip_dicosProc_m1_s19_2 ip_addr_for_vip16 192.168.61.34 vip_dicosProc_m1_s19_2 eth_addr_for_vip16 xx:xx:xx:xx:xx:xx vip-network vipnet17 192.168.62.32 vip-network vipnetmask17 255.255.255.252 vip_dicosProc_m1_s19_3 ip_addr_for_vip17 192.168.62.34 vip_dicosProc_m1_s19_3 eth_addr_for_vip17 xx:xx:xx:xx:xx:xx # Configuration of File Server(s) # =============================== # Any of the PMD-ETH processor boards, which are not used as IO processors, may # be used as file servers. However, the processors which will be used as file # servers, must NOT be included in the TelORB cluster. It is therefore important # that the configuration of these processors are removed (#) in the sections # "Configuration of TelORB Processors (eth0 & eth1)" and "Configuration of # TelORB Processors with VIP interface (eth2 & eth3)" in this file. # In addition to this, some changes are necessary in the corresponding # epct file. See section "Initial Data Parameters for File Server(s)" in the # epct file. # # If a file server will be used, uncomment the "internal-network..." lines # below "File server 1" and adjust the following: # - internal-network fs1net0: IP address of eth0 (network A) on the # processor used as file server, e.g. # 172.16.16.1. # Note: The IP address must be the same as # specified in the corresponding epct file. # - internal-network fs1ethaddr0: MAC address of eth0, e.g. 00:a0:a5:4c:68:6e. # - internal-network fs1net1: IP address of eth1 (network B), e.g. # 172.16.24.1. # Note: The IP address must be the same as # specified in the corresponding epct file. # - internal-network fs1ethaddr1: MAC address of eth1, e.g. 00:a0:a5:4c:68:6f. # # If a second file server will be used, uncomment the "internal-network..." # lines below "File server 2" and adjust the same lines as for "File server 1". # # If more than two file servers will be used, just add further # "internal-network..." lines with valid IP and MAC addresses. # File server 1: #internal-network fs1net0 a11.b11.c11.d11 #internal-network fs1interfacename0 eth0 #internal-network fs1ethaddr0 xx:xx:xx:xx:xx:xx #internal-network fs1net1 a12.b12.c12.d12 #internal-network fs1interfacename1 eth1 #internal-network fs1ethaddr1 xx:xx:xx:xx:xx:xx # File server 2: #internal-network fs2net0 a13.b13.c13.d13 #internal-network fs2interfacename0 eth0 #internal-network fs2ethaddr0 xx:xx:xx:xx:xx:xx #internal-network fs2net1 a14.b14.c14.d14 #internal-network fs2interfacename1 eth1 #internal-network fs2ethaddr1 xx:xx:xx:xx:xx:xx # Configuration of Time Zone # ========================== # Adjust the following: # - timezone: Specify the time zone where your system is located, e.g. # Japan or Australia/North. # The time zone files to choose from can be found in directory # /usr/share/zoneinfo/ (path valid for Linux) on the IO processors. timezone xxxxxx # Configuration of External Time Server(s) # ======================================== # Adjust the following: # - timeserver: Specify the IP address of the external time server, e.g. # 134.138.128.17. # - If more than one external time server will be used, just add any number of # "timeserver" lines with valid IP addresses. timeserver aad.bbd.ccd.ddd ########################################################################### # CONFIGURATIONS WHICH MUST NOT BE CHANGED (Do NOT adjust these) # ########################################################################### # Configuration of Internal Time Servers # ====================================== timeserver 172.16.16.129 # IO1, network A. timeserver 172.16.25.1 # IO2, network B. # Configuration of Port for the Software Terminal Server (STS) # ============================================================ tsport 7001 # Configuration of Console Server IP Address (for STS) # ==================================================== consserverip 172.16.16.129 # STS will run on IO1. # Configuration of Booting Procedure of TelORB Processors running with Dicos # ========================================================================== booting PXE # Configuration of NFS Mount Points # ================================= io1_share_nfs /opt/telorb io2_share_nfs /opt/telorb # Configuration of Network Redundancy # =================================== # The settings in this section relate to the Transfer Manager. telorb_cosnaming_host 172.16.16.9 # Sets IP addresses to be used telorb_cosnaming_host 172.16.24.137 # to access the TelORB CosNaming # IOR (in local zone). # Use IP addresses of the Dicos # loaders in own zone. telorb_local_zone_id 2 # Identifier for local zone. telorb_remote_zone_id 1 # Identifier for remote zone. interzone_peer 172.16.0.129:loadingGroup01_1 # IP address of IO1 in remote # zone, network A. interzone_peer 172.16.8.129:loadingGroup01_1 # IP address of IO1 in remote # zone, network B. interzone_peer 172.16.1.1:loadingGroup01_2 # IP address of IO2 in remote # zone, network A. interzone_peer 172.16.9.1:loadingGroup01_2 # IP address of IO2 in remote # zone, network B. peerzone-network subnet0 172.16.0.0 # Network address and netmask peerzone-network netmask0 255.255.248.0 # of remote zone, network A. peerzone-network subnet1 172.16.8.0 # Network address and netmask peerzone-network netmask1 255.255.248.0 # of remote zone, network B. io1_rsync_path /opt/telorb/axe/loadingGroup01_1 # rsync configuration for IO1 in # local zone. io2_rsync_path /opt/telorb/axe/loadingGroup01_2 # rsync configuration for IO2 in # local zone. # Configuration of GESBs/SCBs # =========================== # GESBs: internal-network gesba_0 172.16.17.23 internal-network gesba_1 172.16.25.23 internal-network gesbb_0 172.16.17.151 internal-network gesbb_1 172.16.25.151 # SCBs: internal-network scb0a_0 172.16.16.32 internal-network scb0a_1 172.16.24.32 internal-network scb0b_0 172.16.16.25 internal-network scb0b_1 172.16.24.25 internal-network scb1a_0 172.16.16.160 internal-network scb1a_1 172.16.24.160 internal-network scb1b_0 172.16.16.153 internal-network scb1b_1 172.16.24.153 internal-network scb2a_0 172.16.17.32 internal-network scb2a_1 172.16.25.32 internal-network scb2b_0 172.16.17.25 internal-network scb2b_1 172.16.25.25 internal-network scb3a_0 172.16.17.160 internal-network scb3a_1 172.16.25.160 internal-network scb3b_0 172.16.17.153 internal-network scb3b_1 172.16.25.153 ############################## End of file ##############################
#!/bin/csh -f
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh
cd /opt/telorb/codearchive/iom_scripts
if(`./checkGroup.sh telorb` != "") then
echo "To run this script you need to be member of the group telorb."
exit
endif
setenv DUMPDIR /opt/telorb/dumps
# Settings for ep-tftp
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe
# Settings for DicosAppLogClient
setenv DICOS_APPLOG_CFGDIR /opt/telorb/axe/loadingGroup01_1/mirrored/applogConfig
setenv PATH /usr/local/sbin:/usr/sbin:/sbin:/usr/local/bin:/bin:/usr/bin:/usr/X11R6/bin
## Start the dhcp
set EXEC=`./getIoBinPath SetUid D209`
$EXEC ./startDaemon.sh ./guardDhcp -f -lf /opt/telorb/etc/dhcpd.leases -cf /opt/telorb/etc/dhcpd.pxe.conf eth0 eth1&
## Start the telorb services
$EXEC ./startDaemon.sh ./guardDs -th 172.16.16.9 -th 172.16.16.137 -hbt 10 -hbi 5 -rci 5 >& /dev/null
$EXEC ./startDaemon.sh ./guardEptftp /opt/telorb/etc/ep_tftpd.conf >& /dev/null
$EXEC ./startDaemon.sh ./guardFsi -n io1 >& /dev/null
$EXEC ./startDaemon.sh ./guardCrashCo -i 172.16.16.129 -a 172.16.16.129 -b 172.16.17.1 -p -j -c /opt/telorb/etc/crashcollector.conf >& /dev/null
$EXEC ./startDaemon.sh ./guardDump -s $DUMPDIR -i >& /dev/null
$EXEC ./startDaemon.sh ./guardSts 18 7001 -log
$EXEC ./startDaemon.sh ./guardSysC -L -d 5 -m io1 -t 172.16.16.3-23 -t 172.16.16.137-151 >& /dev/null
$EXEC ./startDaemon.sh ./guardAppC -d 5 -m io1 -t 172.16.16.3-23 -t 172.16.16.137-151 >& /dev/null
$EXEC ./startDaemon.sh ./guardTrMgr /opt/telorb/etc/transfermgr.conf >& /dev/null
$EXEC ./startDaemon.sh ./guardPxe -d -f /opt/telorb/etc/pxe.cf >& /dev/null
$EXEC ./startDaemon.sh ./guardMirror -s 20 -i 172.16.17.1 -l 1 >& /dev/null
$EXEC ./startDaemon.sh ./guardNds 172.16.16.3 172.16.24.3 172.16.16.5 172.16.24.5 172.16.16.11 172.16.24.11 172.16.16.13 172.16.24.13 172.16.16.21 172.16.24.21 172.16.16.23 172.16.24.23 172.16.16.141 172.16.24.141 172.16.16.143 172.16.24.143 172.16.16.151 172.16.24.151 >& /dev/null
set STATUS = `$EXEC /etc/rc.d/rc3.d/../init.d/nfs status | /bin/grep "running"`
if("$STATUS" == "") then
$EXEC /etc/rc.d/rc3.d/../init.d/nfs start
else
echo "nfs is already running ..."
endif
set STATUS = `$EXEC /etc/rc.d/rc3.d/../init.d/ntpd status | /bin/grep "running"`
if("$STATUS" == "") then
$EXEC /etc/rc.d/rc3.d/../init.d/ntpd start
else
echo "ntpd is already running ..."
endif
echo /sbin/route add -net 172.16.0.0 netmask 255.255.248.0 gw 172.16.16.31
$EXEC /sbin/route add -net 172.16.0.0 netmask 255.255.248.0 gw 172.16.16.31
echo /sbin/route add -net 172.16.8.0 netmask 255.255.248.0 gw 172.16.24.31
$EXEC /sbin/route add -net 172.16.8.0 netmask 255.255.248.0 gw 172.16.24.31
#!/bin/csh -f
source /opt/telorb/codearchive/Unix_IDP/env/setup.csh
cd /opt/telorb/codearchive/iom_scripts
if(`./checkGroup.sh telorb` != "") then
echo "To run this script you need to be member of the group telorb."
exit
endif
setenv DUMPDIR /opt/telorb/dumps
# Settings for ep-tftp
setenv DICOS_FILESYSTEM_ROOT /opt/telorb/axe
# Settings for DicosAppLogClient
setenv DICOS_APPLOG_CFGDIR /opt/telorb/axe/loadingGroup01_2/mirrored/applogConfig
setenv PATH /usr/local/sbin:/usr/sbin:/sbin:/usr/local/bin:/bin:/usr/bin:/usr/X11R6/bin
## Start the dhcp
set EXEC=`./getIoBinPath SetUid D209`
$EXEC ./startDaemon.sh ./guardDhcp -f -lf /opt/telorb/etc/dhcpd.leases -cf /opt/telorb/etc/dhcpd.pxe.conf eth0 eth1&
## Start the telorb services
$EXEC ./startDaemon.sh ./guardDs -th 172.16.24.9 -th 172.16.24.137 -hbt 10 -hbi 5 -rci 5 >& /dev/null
$EXEC ./startDaemon.sh ./guardEptftp /opt/telorb/etc/ep_tftpd.conf >& /dev/null
$EXEC ./startDaemon.sh ./guardFsi -n io2 >& /dev/null
$EXEC ./startDaemon.sh ./guardCrashCo -i 172.16.17.1 -a 172.16.16.129 -b 172.16.17.1 -p -j -c /opt/telorb/etc/crashcollector.conf >& /dev/null
$EXEC ./startDaemon.sh ./guardDump -s $DUMPDIR -i >& /dev/null
$EXEC ./startDaemon.sh ./guardSysC -L -d 5 -m io2 -t 172.16.24.3-23 -t 172.16.24.137-151 >& /dev/null
$EXEC ./startDaemon.sh ./guardAppC -d 5 -m io2 -t 172.16.24.3-23 -t 172.16.24.137-151 >& /dev/null
$EXEC ./startDaemon.sh ./guardTrMgr /opt/telorb/etc/transfermgr.conf >& /dev/null
$EXEC ./startDaemon.sh ./guardPxe -d -f /opt/telorb/etc/pxe.cf >& /dev/null
$EXEC ./startDaemon.sh ./guardMirror -s 20 -i 172.16.16.129 -l 2 >& /dev/null
$EXEC ./startDaemon.sh ./guardNds 172.16.16.3 172.16.24.3 172.16.16.5 172.16.24.5 172.16.16.11 172.16.24.11 172.16.16.13 172.16.24.13 172.16.16.21 172.16.24.21 172.16.16.23 172.16.24.23 172.16.16.141 172.16.24.141 172.16.16.143 172.16.24.143 172.16.16.151 172.16.24.151 >& /dev/null
set STATUS = `$EXEC /etc/rc.d/rc3.d/../init.d/nfs status | /bin/grep "running"`
if("$STATUS" == "") then
$EXEC /etc/rc.d/rc3.d/../init.d/nfs start
else
echo "nfs is already running ..."
endif
set STATUS = `$EXEC /etc/rc.d/rc3.d/../init.d/ntpd status | /bin/grep "running"`
if("$STATUS" == "") then
$EXEC /etc/rc.d/rc3.d/../init.d/ntpd start
else
echo "ntpd is already running ..."
endif
echo /sbin/route add -net 172.16.0.0 netmask 255.255.248.0 gw 172.16.16.31
$EXEC /sbin/route add -net 172.16.0.0 netmask 255.255.248.0 gw 172.16.16.31
echo /sbin/route add -net 172.16.8.0 netmask 255.255.248.0 gw 172.16.24.31
$EXEC /sbin/route add -net 172.16.8.0 netmask 255.255.248.0 gw 172.16.24.31
# Ip Address Absolute path to the bootload table of all loaders Loading group name 172.16.16.3 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s3/bootLoadTable.0 loadingGroup01_1 172.16.24.3 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s3/bootLoadTable.0 loadingGroup01_1 172.16.16.5 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s5/bootLoadTable.0 loadingGroup01_1 172.16.24.5 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s5/bootLoadTable.0 loadingGroup01_1 172.16.16.9 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s9/bootLoadTable.0 loadingGroup01_1 172.16.24.9 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s9/bootLoadTable.0 loadingGroup01_1 172.16.16.11 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s11/bootLoadTable.0 loadingGroup01_1 172.16.24.11 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s11/bootLoadTable.0 loadingGroup01_1 172.16.16.13 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s13/bootLoadTable.0 loadingGroup01_1 172.16.24.13 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s13/bootLoadTable.0 loadingGroup01_1 172.16.16.21 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s21/bootLoadTable.0 loadingGroup01_1 172.16.24.21 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s21/bootLoadTable.0 loadingGroup01_1 172.16.16.23 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s23/bootLoadTable.0 loadingGroup01_1 172.16.24.23 /opt/telorb/axe/loadingGroup01_1/Proc_m0_s23/bootLoadTable.0 loadingGroup01_1 172.16.16.137 /opt/telorb/axe/loadingGroup01_1/Proc_m1_s9/bootLoadTable.0 loadingGroup01_1 172.16.24.137 /opt/telorb/axe/loadingGroup01_1/Proc_m1_s9/bootLoadTable.0 loadingGroup01_1 172.16.16.141 /opt/telorb/axe/loadingGroup01_1/Proc_m1_s13/bootLoadTable.0 loadingGroup01_1 172.16.24.141 /opt/telorb/axe/loadingGroup01_1/Proc_m1_s13/bootLoadTable.0 loadingGroup01_1 172.16.16.143 /opt/telorb/axe/loadingGroup01_1/Proc_m1_s15/bootLoadTable.0 loadingGroup01_1 172.16.24.143 /opt/telorb/axe/loadingGroup01_1/Proc_m1_s15/bootLoadTable.0 loadingGroup01_1 172.16.16.151 /opt/telorb/axe/loadingGroup01_1/Proc_m1_s23/bootLoadTable.0 loadingGroup01_1 172.16.24.151 /opt/telorb/axe/loadingGroup01_1/Proc_m1_s23/bootLoadTable.0 loadingGroup01_1
# Ip Address Absolute path to the bootload table of all loaders Loading group name 172.16.16.3 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s3/bootLoadTable.0 loadingGroup01_2 172.16.24.3 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s3/bootLoadTable.0 loadingGroup01_2 172.16.16.5 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s5/bootLoadTable.0 loadingGroup01_2 172.16.24.5 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s5/bootLoadTable.0 loadingGroup01_2 172.16.16.9 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s9/bootLoadTable.0 loadingGroup01_2 172.16.24.9 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s9/bootLoadTable.0 loadingGroup01_2 172.16.16.11 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s11/bootLoadTable.0 loadingGroup01_2 172.16.24.11 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s11/bootLoadTable.0 loadingGroup01_2 172.16.16.13 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s13/bootLoadTable.0 loadingGroup01_2 172.16.24.13 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s13/bootLoadTable.0 loadingGroup01_2 172.16.16.21 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s21/bootLoadTable.0 loadingGroup01_2 172.16.24.21 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s21/bootLoadTable.0 loadingGroup01_2 172.16.16.23 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s23/bootLoadTable.0 loadingGroup01_2 172.16.24.23 /opt/telorb/axe/loadingGroup01_2/Proc_m0_s23/bootLoadTable.0 loadingGroup01_2 172.16.16.137 /opt/telorb/axe/loadingGroup01_2/Proc_m1_s9/bootLoadTable.0 loadingGroup01_2 172.16.24.137 /opt/telorb/axe/loadingGroup01_2/Proc_m1_s9/bootLoadTable.0 loadingGroup01_2 172.16.16.141 /opt/telorb/axe/loadingGroup01_2/Proc_m1_s13/bootLoadTable.0 loadingGroup01_2 172.16.24.141 /opt/telorb/axe/loadingGroup01_2/Proc_m1_s13/bootLoadTable.0 loadingGroup01_2 172.16.16.143 /opt/telorb/axe/loadingGroup01_2/Proc_m1_s15/bootLoadTable.0 loadingGroup01_2 172.16.24.143 /opt/telorb/axe/loadingGroup01_2/Proc_m1_s15/bootLoadTable.0 loadingGroup01_2 172.16.16.151 /opt/telorb/axe/loadingGroup01_2/Proc_m1_s23/bootLoadTable.0 loadingGroup01_2 172.16.24.151 /opt/telorb/axe/loadingGroup01_2/Proc_m1_s23/bootLoadTable.0 loadingGroup01_2
1 4 00:a0:a5:50:01:7d 00:a0:a5:50:01:7e 1 1 00:a0:a5:4c:01:52 00:a0:a5:4c:01:53 1 2 00:a0:a5:50:01:8f 00:a0:a5:50:01:90 1 3 00:a0:a5:50:01:42 00:a0:a5:50:01:1f 1 5 00:a0:a5:50:02:77 00:a0:a5:50:02:78 1 6 00:a0:a5:50:02:d0 00:a0:a5:50:02:d2 1 7 00:a0:a5:50:01:6f 00:a0:a5:50:01:70 1 8 00:a0:a5:50:01:59 00:a0:a5:50:01:5a 1 9 00:a0:a5:50:01:db 00:a0:a5:50:01:dc 1 10 00:a0:a5:50:01:24 00:a0:a5:50:01:25 1 11 00:a0:a5:50:01:1d 00:a0:a5:50:01:1e 1 12 00:a0:a5:50:01:d7 00:a0:a5:50:01:d8 1 13 00:a0:a5:50:01:61 00:a0:a5:50:01:62 1 14 00:a0:a5:50:02:0b 00:a0:a5:50:02:0c 1 15 00:a0:a5:50:04:64 00:a0:a5:50:04:65 1 16 00:a0:a5:50:02:53 00:a0:a5:50:02:54 1 17 00:a0:a5:50:03:40 00:a0:a5:50:03:41 1 18 00:a0:a5:50:02:29 00:a0:a5:50:02:2a
xterm -ls -sb -fn 8x13 -geometry 72x12+40+200 -sl 10000 -title "linuxProc_m0_s3" -e tcsh -c 'telnet to28io1 7001' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+200 -sl 10000 -title "linuxProc_m0_s5" -e tcsh -c 'telnet to28io1 7002' & xterm -ls -sb -fn 8x13 -geometry 72x12+40+400 -sl 10000 -title "dicosProc_m0_s7" -e tcsh -c 'telnet to28io1 7003' & xterm -ls -sb -fn 8x13 -geometry 72x12+40+0 -sl 10000 -title "dicosProc_m0_s9_Loader" -e tcsh -c 'telnet to28io1 7004' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+400 -sl 10000 -title "linuxProc_m0_s11" -e tcsh -c 'telnet to28io1 7005' & xterm -ls -sb -fn 8x13 -geometry 72x12+40+600 -sl 10000 -title "linuxProc_m0_s13" -e tcsh -c 'telnet to28io1 7006' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+600 -sl 10000 -title "dicosProc_m0_s15" -e tcsh -c 'telnet to28io1 7007' & xterm -ls -sb -fn 8x13 -geometry 72x12+40+200 -sl 10000 -title "dicosProc_m0_s17" -e tcsh -c 'telnet to28io1 7008' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+200 -sl 10000 -title "dicosProc_m0_s19" -e tcsh -c 'telnet to28io1 7009' & xterm -ls -sb -fn 8x13 -geometry 72x12+40+400 -sl 10000 -title "linuxProc_m0_s21" -e tcsh -c 'telnet to28io1 7010' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+400 -sl 10000 -title "linuxProc_m0_s23" -e tcsh -c 'telnet to28io1 7011' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+0 -sl 10000 -title "dicosProc_m1_s9_Loader" -e tcsh -c 'telnet to28io1 7012' & xterm -ls -sb -fn 8x13 -geometry 72x12+40+600 -sl 10000 -title "dicosProc_m1_s11" -e tcsh -c 'telnet to28io1 7013' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+600 -sl 10000 -title "linuxProc_m1_s13" -e tcsh -c 'telnet to28io1 7014' & xterm -ls -sb -fn 8x13 -geometry 72x12+40+200 -sl 10000 -title "linuxProc_m1_s15" -e tcsh -c 'telnet to28io1 7015' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+400 -sl 10000 -title "dicosProc_m1_s19" -e tcsh -c 'telnet to28io1 7016' & xterm -ls -sb -fn 8x13 -geometry 72x12+40+600 -sl 10000 -title "dicosProc_m1_s21" -e tcsh -c 'telnet to28io1 7017' & xterm -ls -sb -fn 8x13 -geometry 72x12+660+600 -sl 10000 -title "linuxProc_m1_s23" -e tcsh -c 'telnet to28io1 7018' & #xterm -ls -sb -fn 8x13 -geometry 72x12+660+400 -sl 10000 -title "linuxProc_m1_s17" -e tcsh -c 'telnet to28io1 7015' &
# command lines must begin with a whitespace
to1ts1
unset interrupt
to1ts2
unset interrupt
to1ts3
unset interrupt
to1ts4
unset interrupt
to1ts5
unset interrupt
to1ts
unset interrupt
to2ts
unset interrupt
to3ts
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to4ts
unset interrupt
to5ts
unset interrupt
to6ts
unset interrupt
to7ts
unset interrupt
to8ts
unset interrupt
to9ts
unset interrupt
to10ts
unset interrupt
to11ts
unset interrupt
to12ts
unset interrupt
to13ts
unset interrupt
to14ts
unset interrupt
to15ts
unset interrupt
to1io1
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to2io1
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to3io1
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to4io1
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to5io1
unset interrupt
to6io1
unset interrupt
to7io1
unset interrupt
to7io2
unset interrupt
to8io1
unset interrupt
to8io2
unset interrupt
to9io1
unset interrupt
to10io1
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to11io1
unset interrupt
to12io1
unset interrupt
to13io1
unset interrupt
to14io1
unset interrupt
to14io2
unset interrupt
to15io1
unset interrupt
to16io1
unset interrupt
to20io1
unset interrupt
to21io1
unset interrupt
to22io1
unset interrupt
to23io1
unset interrupt
134.138.79.225
unset interrupt
to24io1
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to24io2
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to25io1
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to25io2
unset interrupt
to26io1
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to26io2
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to27io1
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to27io2
unset interrupt
to28io1
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to28io2
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to29io1
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to29io2
unset interrupt
to100io1
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to101io1
unset interrupt
to102io1
unset interrupt
to102io2
unset interrupt
to103io1
unset interrupt
to103io2
unset interrupt
to105io1
unset interrupt
to105io2
unset interrupt
to106io1
unset interrupt
to106io2
unset interrupt
teodor1
unset interrupt
tdemo1io1
unset interrupt
tdemo1io2
unset interrupt
tdemo2io1
unset interrupt
tdemo2io2
unset interrupt
ulinpc69i1
unset interrupt
to4io1
unset interrupt
to4io2
unset interrupt
to31io1
unset interrupt
to31io2
unset interrupt
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