New-Basic-Faults-and-Their-Solution-2.pdf

1 RADIO TRANSMISSION TRANSCODER POOL SELF CONFIGURATION TIMEOUT 2 AP Reboot 3 Back up information fault 4 RP was in working state. 5 Seizure supervision 6 AP node down 7 D drive 8 IO printout destination 9 AP antivirus 10 Distributed group switch 11 K drive 12 APG backup 13 NIC not connected 14 COMMAND LOG BLOCKED 15 MIRRORED DISKS NOT REDUNDANT 16 M drive 17 C drive 18 Fake DIRCP 19 rrmap:trapool=all AP ANTI

16293247 Core Node Alarm To Be Cleared at GHBSC1 12054046

SSs

The re - distribution server (RDS) used to fetch antivirus signature updates for all the APG Nodes is still under testing and unles

As of now wrork is going on in NE circle..

Kindly refer to TT - 14242716 & 14223842

No outage but In worst case BSC take restart and outage of 30-45 min

aoce1241//vvnm124

net user administrator ab DLRHB05

old file has been delete

RXMDP:MOTY=RXOTS,DEV=RBLT2-1564;

The status in the rrpsp:trapool=all has been changed from halted to active, after confirming that RNOTRA and POOLACT are e

BSC health check up has been taken, both the nodes are up and working. Now the alarm has been ceased from both the node

The backp was present in RELFSW2, which has been rotated to the RELFSW0 through SYTUC command, and automatic bac

The RP was in working state previously,and alarm was present in APZ only,given repri, remri, recri to the faulty RP , and now it

No faults found in rasap command, logs are attached below, Also complete logs of APT is also attached in actions.( otherwise m

Nodes were fluctuated once just because of the AP reboot, now that alarm has been ceased from the APZ after taking all the B

Space has been created in D drive of both the nodes after deleting the unnessary files from the D drive. BSC health check up a No faults found in APZ and also all the AD's are in IDLE state in CPDLIST, logs are attached below.

Signature file has been downloaded successfully, The alarm has been ceased from the APZ, and complete BSC health check h NO faults found in GDSTP, logs are attached below.All the units are in working state.

The old APG backup's has been deleted from the K drive , and space has been created in K drive. The BSC health check up h

The APG backups of both the nodes have been taken.BSC health check up had been taken before trying the backup. complete

Alarm is ceased after taking apg health check up . & This alarm should be ignored when there is no redundant IP connectivity a

Command log activated successfully, BSC health check up has been taken after activating the logs, complete logs of the proce

Raidrebuild performed on the raids, those were in degraded state, BSC health checks up taken before and after the rebuild, no

The old APG backup's has been deleted from the M drive , and space has been created in M drive. The BSC health check up h

Space has been created in C drive of the node after deleting the unnessary files from the C drive. BSC health check up also ha This is an APG 43, and whenever we take CP backup in this node both the cp gets seprated and that’s why this CP event type

Block deblock to the corresponding MUX device has been given. now no device exist in rrmap:trapool=all, complete logs of the

In the GUI desktop window, in the Start menu select All Programs | Computer Associates | eTrust | eTrust Antivirus | eTrust An

Blk Deblk perfomed to corresponding Mux.. Fault cleared.. Logs attached in action ....

Antivirus update server is installing in Bharti OSS across pan india .

still under testing and unless and until it is tested and integrated successfully into the network, these alarms will persist.

Ashutosh // 09702900269

find site with dip

exrnp:rp=all; eac_esi_config -nelist hostname cluster node cluster group cluster res | findstr -ive online prcstate prcstate -l raidutil -L physical raidutil -L logical raidutil -L raid raidutil -L version cpdlist cpdlist -l aloglist alist swrprint | findstr "AGM" hwver vdls -n "default FTP Site" afpls megarc -Ldinfo -a0 -Lall sc query ACS_PRC_Clustercontrol vxdisk list DISTRIBUTED GROUP SWITCH STATE DPWSP; GDSTP; gsstp; GDCVP; GDCOP; GDCOP:UNIT=XM-A-0-0; NTSTP:SNT= NTSTP:SNT=ALL NTSTP:SNT=SNTETBT4-9&&-11; NTCOP:SNT=ALL; NTCOP:SNTP=TSM-2-4&&-7; NTCOP:SNT=SNTETET3-9&&-11; NTCOP:SNT=ET-0,DIPINF; NTCOP:SNT=ET155-4; NTCOP:SNT=ET-1&ET155-3; EXRPP:RP=ALL; EXEMP:EM=ALL,RP=32; DTSTP:DIP=ALL; RLCRP:CELL=ALL; NSSTP; NSDAP; C7LTP:LS=ALL; C7SPP:SP=ALL; PWNSP:SDIP=ALL;

SYRIP:SURVEY; PLLDP; C7LTP:LS=ALL; DBTSP:TAB=AXEPARS; STDSP:DETY=RALT2,BSC=ALL; STDSP:DETY=RTLTT2,BSC=ALL; RASAp; RACIP:dev=RALT2-349; C7SPP:SP=ALL; C7RSP:DEST=ALL; RRMBP:MSC=ALL;

IO PRINTOUT DESTINATION FAULTY aploc; alist cpdlist -l cpdremove AD-40 CPDINSERT -i :50000 -b -v (lists the printout categories ) AD- if fault repeats again and again cpdlist check sftwre version pcorp:block=missra; test system; end system; RADIO TRANSMISSION TRANSCODER POOL SELF CONFIGURATION TIMEOUT rrtpp:trapool=all; rrisp:trapool=all; rrpsp:trapool=all; rrpar; check alarm in allip , alarm will be cleared

RP Fault dbtsp:tab=rpsrpbspos; exhwp:rp=302,slot=?; TEBIC:LED=ON,RP=RP NO; TEBIC:LED=OFF; SARPI; allip:alcat=apz; expop:rp=rp no; Exrpp:rp=all; exemp:rp=40,em=all; blrpi:rp=RP NO,forced; blrpe:rp=RP NO;

repair rp repri:rp=rpno; remri:rp=rpno,pcb=; recri:rp=rpno; ntdcp:snt=etm2-5,subsnt=0; exrup:rp=296; exrui:rp=296,suid="3/CXC 146 1266/7300"; exnrp:rp=all; dbtsp:tab=rps501boards; dbtsp:tab=rps501boards,mastrp=160; dbtsp:tab=rpsrpigroups; DEVIATION IN SYBMP COMMAND sybmp; sybue; sybfp:file; sybup:file; sytuc; sybui:disc; sybmp; sybms:store=all;

GROUP SWITCH FAULT allip:alcat=apt,acl=a2; gdstp; gdbli:unit=; gdble:unit=; wiat for 1-2 hours , if fault not removed raise wo

DEVIATION IN DIRCP COMMAND DIRCP; allip:alcat=apz; DPWSP; syrtp; syrip:survey; rlcrp:cell=all; rrntp; sybfp:file; SYBUe; sybup:file; sytuc; sybui:disc; REPCI; REPCE; RECCI; syrip:survey;

DPWSP; sybfp:file; DIRCP; sybup:file; sytuc; sybui:disc; sybfp:file; sybmp;

Gb Links ( MIN) RRNTP; RRGBP:NCBD; RADEP:DEV= RTLTB2-1857; ntcop:snt=ETM2-2; dtstp:dip= 146RB2; c7ltp:ls=all; dtqup:dip=146RB2; RADRP:DEV= RTLTB2-1857 exrpp:rp=208 blrpi:rp=208,forced; blrpe:rp=208; RRVBI:NSVCI=2045; RRVBe:NSVCI=2045; rrgBP:NCBD; radrP:DEV=RTLTB2-356; exrpp:rp=240; blrpi:rp=240,forced; blrpe:rp=240; RRVBI:NSVCI=10133; RRVBE:NSVCI=10133; rrgbP:NCBD;

RRINP:NSECI=ALL; RRIRP:NSECI=ALL; rripp:ipadd=all; rlgrp:cell=all; an example is given in summary sheet

DEVIATION IN RABLP:DETY=ALL; RABLI:DETY=RTGPHDV;

LICENSE MANAGEMENT EVENT LOG OUTPUT ERROR FILENAME LMAFILE

FAULT TYPE FILENAME ERROR

either LMAFILE is incorrectly defined or is not defined in EXCHVOLUME cpfls cpfls -ls LMAFILE cpfmkfile -f inf -l 125 -r LMAFILE EXCHVOLUME

FAN MAGAZINE FAULT allip:alcat=apt,acl=a2; find the RP of FAN MAGAZINE and blk/dblk it blrpi:rp=240,forced; blrpe:rp=240; allip:alcat=apt,acl=a2;

DEVIATION IN RRPSP:TRAPOOL=ALL; if the state is halted make it active RRPSP:TRAPOOL=ALL; rrpar;

SEIZURE SUPERVISION OF DEVICES stdep:dev= if device are in idle state proceed as racip:dev= blodi:dev= exdae:dev= racie:dev= racii:dev= exdai blode c7rsp:dest=all; c7ltp:ls=all; c7spp:sp=all; rrmbp:msc=all; mgbsp:bsc=all; exdep:r=BSC Route,misc1=CIC;

rasap; rasar:dety=RALT2; STDEP:DEV=RTLTT2-3983;

c7rsp:dest=all; rassp:dety= RTLTB2;

rrpar:trapool=all; rrpsp; rrisp:trapool=all; in MSC if device is in inco : ctrai:dev=MRALT-13479 ; allip:alcat=apz,fid=yes; syfip:fid= H'000A-h'5967; syfri:fid=H'000A-h'5967,filenum=H'0001,ind=h'2993,block=MRRM; blodi:dev=MRALT-13479 ; blode:dev=MRALT-13479 ;

FILE NOTIFICATION, AP CDH, ACKNOWLEDGEMENT NOT RECEIVED primus id - SCS412057 allip:alcat=apz,acl=a3; cdhver OSSDEST2 cdhver -m OSSDEST2 allip:alcat=apz,acl=a3;

RADIO TRANSMISSION TRANSCODER AND RATE ADAPTER FAULT stdep:dev=RRTGD-9417; stdep:dev=RRTGD-9410&&-9420; rrtbi:dev=RRTGD-9413&&-9417,forced; rrtbe:dev=RRTGD-9413&&-9417; if fault not removed , blck/dblck the RP. radrp:dev=RTTGD-4101; ntstp:snt=RTTGS-16 ;

NETWORK SYNCRONISATION FAULT(TT-7026489) nsdap; nsstp; nsble:ext= nsbli:ext=

gdcvp; RAID DRIVES FAILED OR IN DEGRADED STATE (TT - 7025651) aploc; cluster node cluster group cluster res | findstr -ive online raidutil -L physical raidutil -L logical raidutil -a rebuild

Command Log Output Error FC 31

cluster res FMS_CPF_server /off /wait cluster res CPS_BUAP_parmgr /off /wait cluster res CPS_BUAP_filemgr /off /wait cluster res CPS_BUAP_loader /off /wait cluster res CPS_BUFTPD /off /wait cluster res CPS_BUSRV /off /wait cd L:\FMS\Data\CPF\RELVOLUMSW del RELCMDHDF.attribute rd /s /q RELCMDHDF cluster res FMS_CPF_server /on /wait cluster res CPS_BUAP_parmgr /on /wait cluster res CPS_BUAP_filemgr /on /wait cluster res CPS_BUAP_loader /on /wait cluster res CPS_BUFTPD /on /wait cluster res CPS_BUSRV /on /wait cpfmkfile -c -l 512 RELCMDHDF RELVOLUMSW -Alarm should be ceased.

RELOAD PARAMETERS INVALID cpfls -ls RELCMDHDF SYCSI:SFN=nnnnnnn; allip:alcat=apz;

CPT FAULT cluster res PMCrHW_1 /off /wait cluster res PMCrHW_1 /on /wait cluster res PMCrSDLC_1 /off /wait cluster res PMCrSDLC_1 /on /wait ptcoi; ptwsp;

CP FILE OUTPUT, AP CP FILE SYSTEM afpls afprm -z BCDCFILE OSSDEST1 afpls -ls BCDCFILE cdhls -l ossdest1 cdhver ossdest1 cluster res stmmp -L cluster res FMS_CPF_server /Off /WAIT cluster res FMS_CPF_server /On /WAIT afprm MTRFIL62 afpdef -r -1 -t 300 -d 60 -g pppp -j local MTRFIL61 OSSDEST8 cdhls -l

SYFDP Deviation SYFDP; SYFDC:START,AUTOREL=IMMREL; SYFDC:START,AUTOREL=24; SYFDC:START,AUTOREL=24,TIME=0400; SYFDC:STOP=DURATION; SYFDC:START,DURATION=24,ALARM=YES;

AP SYSTEM ANALYSIS if less space in M drive aploc; hostname M: M:\> cd images cd nodea dir del similarly do in node b prcstate -l

aploc; ipconfig

as above process , space can also be created in k drive if no files are present in k , than proceed as below for 2003 node main backup is in M drive and for NT node main backup is in K drive for 2003 node

check the status of main backup in M drive , if current backup is present than delete lo files in k drive allip:alcat=apz; aploc; ipconfig k: cd images cd nodea dir cd .. cd nodeb dir cd .. cd .. m: cd images cd nodea dir cd.. cd nodeb dir cd .. cd .. k: cd acs cd logs cd alog cd logfile dir del Logfile-2009-09-14-2125 dir cd \ c: mml allip:alcat=apz; print var/set var RTLTT2 TEst system; priNT VAR RTLTT2 h'341:42; set VAR RTLTT2 h'9A2:42=0; END TEST;

RALT2 exscp:dev=RALT2-8092; exsce:name=UDPRBSC-SGSN0,dev=RALT2-8092;

AP SYSTEM ANALYSIS ( creating space in G drive )

allip:alcat=apz; aploc; ipconfig checck the status of main backup

g: dir cd Ftpvol dir cd 17 april cd .. cd APG40 dir del 138,899,269 2003upgrade.zip cd .. ipconfig again checkup the main backup , it should not be affected allip:alcat=apz; IO STORAGE SPACE WARNING allip:alcat=apz,acl=a2;

This solution is applicable to APG40. The alarm IO STORAGE SPACE WARNING, STORAGE USAGE LIMIT REACHED maybe raised for large printout files in M:\M aploc; chkdsk M: Determine which files to remove. dir /s /o-s M:\MCS\data\ADH\printouts del M:\MCS\data\ADH\printouts\20040709_090224_000_R0397.prt If problem exist, stop and start cluster resource mcs_adh_adm cluster res mcs_adh_adm /off /wait cluster res mcs_adh_adm /on /wait allip:alcat=apz,acl=a2; RADIO TRANSMISSION TRANSCODER AND RATE ADAPTOR FAULT

RTTGS-55

TRAB RTTGD-14189

TRA CHANNEL FAULT

nttei:snt=RTTGS-55;

STATISTICS AND TRAFFIC MEASUREMENT FILE allip:alcat=apt,acl=a3; aploc; s: cd sts cd data cd del* dir stmmp -L

DEVIATION IN RAHEP COMMAND rahpp; rahep; rrntp; ntcop:snt=all; stdep:dev=RHDEV-7936&&-7967; radrp:dev=RHDEV-1024; blrpi:rp=105,forced; blrpe:rp=105; exrpp:rp=all; rahpp; rahep; rahii; rahep; trtsp:mp=0; rahpp; trtse:mp=0;

trtsi:mp=0,nrp=1,rpl=120,date=090131,ndays=365,time=0200; rahpp; rahep; trtsp:mp=0; rahep; acease -o 6022:7 C:\>alist C:\>cluster group C:\>cluster node C:\>cluster group CP Backup for APG43-7325988

DPWSP; aploc; ipconfig mml SYBMP; sybfp:file; cpfls sybup:file; hwver SYRAE; SYCLI; SYCLP; allip:alcat=apz; SYLAE; SYBUP:FILE=RELFSW2; SYBFP:FILE; SYTUC; SYBFP:FILE; sybue; SYBUI; SYBMS; SYBFP:FILE; allip:alcat=apz; DPWSP; INFII:INFII:FILE=RELFSW3,RLENGTH=2048,BLK=15,EXP=640,SIZE=16,TYPE=SEQ,FCLASS=CMP,

AP fault Mirror disc not redundant for APG43 allip:alcat=apz; aploc; cluster node cluster group hwver hwmls vxdisk list hwmls vxdisk list vxdisk -g datadisk reactivate Harddisk2 !diskB raidmgr -m vxdisk list alist exit; allip:alcat=apz; aploc; hwmls vxdisk list Mirror Disc not Redundant for APG40C/4 allip:alcat=apz; aploc; cluster node cluster group

cluster res | findstr -ive online hwver megarc -ldinfo -a0 -lall prcstate -l megarc -doRbld -a0 -RbldArray[0:02] megarc -showRbld -a0 megarc -ldinfo -a0 -lall Mirror Disc not Redundant for APG40C/2 allip:alcat=apz; aploc; cluster node cluster group cluster res | findstr -ive online hwver alist raidutil -L physical raidutil -L logical raidutil -L raid raidutil -a rebuild d0b0t1d0 raidutil -a rebuild (address of raidutil -L logical printout with status degrated) raidutil -L logical vxvol volinfo K: cpfls -ls LMAFILE alist

STATISTICS AND TRAFFIC MEASUREMENT FILE ACCESS FAULT allip:alcat=apt,acl=a3; alist stmmp -L s: CD STS cd data cd del* CD STS\data\Deliverybuffdir>dir cluster res stsmain /off /wait cluster res | findstr -ive online cluster res stsmain /on /wait NOTE:if stmmp -L FAULTY comes then try to OFF/ON the RES or give a BOOT to the NODE.

stmmp -S 1010 stmmp -R 1010 cluster res "Cluster Name" /on /wait SMALL RESTART IS PENDING

allip:alcat=apz; basic health checkup of APG and CP syrtp;

SEMIPERMANENT CONNECTION FAULT allip:alcat=apt; exscp:name=tnk001a_arc1; exscp:name =EDKZ_CONNECT-0; blck/deblck the devices generally fault diappears after sometime itself IPN FAULT do basic health check of CP and APG. OCINP:IPN=ALL; AP SYSTEM CLOCK NOT SYNCHRONIZED this alarm is generated when cp and apg time diff exceeds 600secs allip:alcat=apz; caclp; aploc; time /t time 11:14 PM cacls gdcvp; SWITCHING NETWORK TERMINAL FAULT block/deblock snt ntstp:snt=ETM2-4; ntbli:snt=ETM2-4; ntble:snt=ETM2-4; block/deblock mux device ntcop:snt=ETM2-4; gdcop:unit=XM-A-0-0; gdcop:unit=MUX34-A-0 gdstp block/deblock RP blrpi:rp=RP NO,forced; blrpe:rp=RP NO; APG BACKUP FAILED aploc;

burbackup -o burverify -d

DEVIATION IN SYFDP syfdc:START,AUTOREL=24; DEVIATION IN C7SUP:LS=ALL C7SUP:LS=ALL; c7ltp:ls=all; C7SUI:LS=3-9303;

emfcopy -m TOTAPE -o -u \\ Cluster ip \images\nodeA\AP0403251046A_20090206_104703.zip

AP SYSTEM CLOCK NOT SYNCHRONIZED Done c:\winnt\profiles\ossuser>time /t 5:57 AM c:\winnt\profiles\ossuser>exit; Disconnected from NE=RBSUD2,NODE=B WARNING: When disconnecting, it was discovered that no connection exists, i.e. a disconnection had already been done. TO FIX: Check program structure. aoel4278@rajapp2o> eaw RBSUD2

EXTERNAL ALARM RECEIVER FAULT (HANGED ALALRM) aploc; exalls exalls -l exalblk exal-1-9 exalrm exal-1-9 exaldef -o yes -s "MAINS FAIL" -C 8 -c 1 exal-1-9 exalclear exal-1-9 exaldeblk exal-1-9

cluster res MCS_ALEC_ADM /off /wait cluster res MCS_ALEC_ADM /on /wait COMMAND LOG BLOCKED FAULT CODE 155 allip:alcat=apz,acl=a2; sycli; allip:alcat=apz;

to check nodes which can be connected in an OSS eac_esi_config -nelist

rmap:trapool=amrfr,detailed RXMLP:NONMO; RRTPP:TRAPOOL=all; raepp:id=aterdroplevel;

SOFTWARE ERROR syrip:survey; syrtp;

syelp; syrae:event=no; lasip:bn=H'03C8;

MIN CHECK rrgbp:ncbd; radep:dev=dev1; ntcop:snt=etm no; dtstp:dip=dip no; radrp:dev=no; rrpcp:rpinfo; rrgbp:ncbd;

Deine a Transfer queue in Destination afpdef -r -1 -t 300 -d 60 -g pppp -j local RIRFIL00 OSSDEST5 TRH THRESOLD INCREASES gdstp; rrmap:trapool=all; aploc; cd .. rahlp; rahpp; trtsp:mp=1; allip:alcat=apt; rahii; allip:alcat=apt,acl=a3;

BACK UP INFORMATION FAULT Sybfp:file; Sybue; Sybup:file; Sytuc; Sybui:disc; cpfmkfile -l 2048 -c RELFSWX RELVOLUMSW cpfcp RELFSW2 RELFSWX cpfrm -r RELFSW2 Cpfls L:\FMS\data\CPF\RELVOLUMSW>DIR

cd log cd logfile cd acs cd data cd pds cd fms cd cpf cd ftpvol net start ssuls- -l ssuconfig for external alarms exalls exaldef -o yes/no -s exalblk exal 1-0 exaldeblk exalls -l exalch -o NO exal-1-0 Group Switch Card Replacement SARPI; GDSTP; EXEMP:EM=ALL,RP=ALL; BLRPI:RP=182,forced; tebic:led=on,rp=182; tebic:led=off; GDBLI:UNIT=CLM-1; expop:unit=name; BLRPE:RP=182; GDTEI:UNIT=CLM-1; GDBLE:UNIT=CLM-1; SARPE; expop:rp=226; dbtsp:tab=rpsrpbspos; RP CARD REPLACEMENT

•Find the position of faulty RP expop:rp=361; dbtsp:tab=rpsrpbspos; •Check The status of RP exrpp:rp=361; •Block the RP if it is not MBL blrpi:rp=361,forced;

•Inform the CP that regarding maitence work so that it may not switch. sarpi; •Turn ON and OFF LEDs tebic:led=on,rp=361; - It will ON all LED tebic:led=off; - It will off all LED but Faulty LED will glow. •NOW CHANGE THE RP - ask the BSC coordinator to replace the card. •Deblock the RP blrpe:rp=361; •Check The status of RP exrpp:rp=361; •END sarpi sarpe; raepp:id=aterdroplevel;

raepp:id=all; raepp:id=tradroplevel; rrmap:trapool=all,detailed; raepc:prop=tradroplevel-50; raepc:prop=tradroplevel-25; emfcopy -m TODVD -n K:\images\nodeA\AP091109405A_20100713_201836.zip nsble:sdip=8ETM2,MS=MS-0; nstei:sdip=8ETM2,MS=MS-0; nsbli:sdip=8ETM2,MS=MS-0;

stbsp:dety=RTLTT2; radep:dev=RTLTT2-1st device radep:dev=RTLTT2-2nd device ntcop:snt=ETM2-0; dtstp:dip=dipno; stdsp:dety=rtltt2,bsc=all; racip:dev=RTLTT2-2753 ; racip:dev=RTLTT2-2815; racip:atercic=7537 ; racip:atercic=7599 ; SIGNATUTRE FILE DOWNLOAD SIGNATURE FILE is DOWNLOAD through RDC from Start menu select All Programs | Computer Associates | eTrust | eTrust alarm ceased.

links connected through RP check all the nodes. shows in which of APG node we are shows stsatus of both the nodes shows stsatus of the cluster group shows stsatus of the cluster group which are offline shows the state of active APG node shows state of both the nodes and their working state

http://e-support.ericsson.se/reader_iview/ui/eserver.asp

for C/4 for APG43

The command is used to order printout of the CP working state. The command is used to order printout of DISTRIBUTED GROUP SWITCH STATE. The command is used to order printout of DISTRIBUTED GROUP SWITCH STATE FOR IOG NODE. The command is used to order printout of DISTRIBUTED GROUP SWITCH CLM CONTROL VALUE. The command is used to order printout of DISTRIBUTED GROUP SWITCH CONNECTION DATA. The command is used to order printout of DISTRIBUTED GROUP SWITCH CONNECTION DATA for specified mux unit. This command outputs the state of the switching network termina. This command outputs the state of all the switching network terminals. The command prints state information for switching network terminals of the type SNTETBT4 with the individu This command prints the connection data of the SNTs. The connected SNTs for the SNT connection points 4, 5, 6 and 7 in Time Switch Module (TSM) 2 is printed. The DIP and the devices that are connected to the individuals 9, 10 and 11 of SNT of the type SNTETET3 printe The connection data for the SNT ET-0 ordered with respect to the DIPs connected to the SNT are printed. The connection data of SNT with SUBSNTs and protection are printed. Also the equipping level, equipment pro The DIP, SNT connection point and the devices that are connected to the SNT 1 of type ET are printed. The SN

cpdinsert -i 10.111.50.70:50000 -b -v 32,35,37-46,48-49,51-53,55-58,69 -e crlf -n 40 AD-40

check EOP if it is 04 than proceed if 03 is in the end than delete the AD ( like B30A07B130C03A ) if All ad is in working condition. Alarm will Clear from Allip.

STATUS should be ACTIVE if it is halted make it active

to check all rp location

RP INTERCOMMUNICATION GROUP FAULT (EPS card and GESB card) DBTSP:TAB=RPSRPISUPERVS,state=down; rrpcp:rpinfo;

ALL ALL NO check backup in apg 43 c/2 stop process check backup iniceate backup register2 to 0 transfer

it will change o/p of sybmp;

take the printout of dircp check the state of CP check the software error , if any

check the backup state of CP stop automatic backup take mannual backup

check if any fault exists on CP repair CP

check BSC or BSC/TRC check state of NSVCI (ABL) find SNT connected to device find DIP attached to SNT check the state of DIP check the CCITT7 LINK SET STATE check DIGITAL PATH QUALITY find RP connected to device find state of RP block RP deblock RP block RADIO TRANSMISSION VIRTUAL CONNECTION deblock RADIO TRANSMISSION VIRTUAL CONNECTION again check state of NSVCI (ABL) find RP connected to other device find state of RP block RP deblock RP block other RADIO TRANSMISSION VIRTUAL CONNECTION deblock other RADIO TRANSMISSION VIRTUAL CONNECTION again check state of NSVCI (ABL)

change the active state to yes of the particular device type`

if incorrectly defined than delete and redefine , else define it

check alarm , if clear close TT

to check the state of devices. find cic and BSC name fpr RBLT2 and RTLTT2 , if RALT device are idle than find cic BSC name and MSC name

delete cic than redefine racii:dev,BSC=,MSC=;

it will show the MSC connected to BSC along with SP (signaling point) this command when fired in MSC shows all the BSC's connected to that MSC exdep:r=BSFZD1O,misc1=2833;

see the busy devices fire if 8-10 devices are busy , temporarily go

which all BSC's and MSC's are connected to the node

find the mux & associated associated devices to the blocked devices. blck/dblck the associated devices with the mux device.

check the status of SNT also

check the deviation with standard values. shows mode of three clocks , one clock should be executive(EX) and rest two should be standby(SB).

in this case all found OK in this case one out of three , was in degraded state rebuil was given to the degraded one (rebild given only to logical), rebuild takes a long time (about an hour)

Print the RELCMDHDF file details in APG40, and note down the last subfile number Initiate the creation of a new subfile by command, nnnnnnn should be 1 higher than the last subfile noted in the previous step. A Check the alarm

A TEMPORARY SUPERVISION with Automatic release of hanging software records is started A continuous supervision with Automatic release of hanging software records is started AUTOMATIC RELEASE OF HANGING SOFTWARE RECORDS SUPERVISION OF LONG DURATION FOR ACTIVE FORLOPPS

which node is active enter M drive enter images in M drive enter node A check availability of space delete old back up

it will show the state and working condition of both the nodes , if back up is in process it will show that also

IPN100 shows it is 2003 node , for NT node E will come in place of IPN

check the alarn in allip

delete all log files except present date's

alarm clears

check which node is ( IPN or 2003 )

find the date from the o/p of Directory of G:\Ftpvol if the above directory is empty , then check other directory mentioned in above same add

delete all old files check which node is ( IPN or 2003 ) alarm should now clear from allip

for large printout files in M:\MCS\data\ADH\printouts

Check the usage of M: drive.

it will show many files , last file should be of current date and contains information of stats , stats updates after every one hour

S:\STS\data\Deliverybuffdir>stmmp -L , status is running when stats is generating and in waiting state when stats is ready to be

state should be scheduled SNT should be in REARR EVAL not in LOW TRH CAP wheck weather BSC or TRC those SNT which are in LOW TRH CAP , find devices attached with them check the state of devices. find all the RP's attached to these devices block/deblock all the RP's attached

delete mp , then redefine date should be next day date - yy/mm/dd keep under observation for 1 day , close TT next day.

forcefully

it will show fault device block that device deblock that device fault removed , if not ( DEMUX DEVICE NOT ALLOWED) , check the device near to that device (6 before and 6 after) shows near devices block these devices deblock these devices state of devices should be busy o/p - fault cleared

This command will provide information of the devices with failure, the call drop % and the MHT. This command will be able to provide us with information regarding call drops per TRA device per day and time available number of devices in use and idle call drop level

check the devices block that device deblock that device check the alarm is removed or not , if not ( DEMUX DEVICE NOT ALLOWED) , check the device near to that device (6 before shows near devices block these devices deblock these devices state of devices should be busy check the alarm is removed or not device will be in busy state.

check the SUPSTATUS of TRAPOOL on which alarm is present OFF the trapool

ON the trapool alarm should be cleared

enter APG shows the transfer queue check the alarm

NOT ACCEPTED

FAULT CODE 29 APG43

it will take 1/2 to 45 mins to rebuild,megarc -doRbld -a0 -RbldArray[Chnl:Target]

check if file is defined which is in alist , else File was not found: LMAFILE define the file LMAFILE now alarm will be cleared from alist

chech the alarm Check the alarm in APLOC; Check all the MP are Running or not. It may be Waiting state for next stats go S drive and go the given path

Check Recent STS are coming in Every Hour or Not. Make OFF the Resources Check that some other Res become OFFLINE ,Which have to make ONLINE Make the RES Online

check the alarm in allip tells when will restart take place

check IPN status.

check CP time check apg time change time of apg to change time of CP , takes small restrat check Clock value it should be 29000 to 36000

net stop burserver

net start burserver burverify -d burbackup -o burverify -d

APG BACKUP COPY IN DVD

had already been done.

state for all reciever should be WO all MR and AC should be N N , N Y means fault is there block exal delete exal redefine exal deblock excal

This command will provide information of the devices with failure, the call drop % and the MHT. This command will be able to provide us with information regarding call drops per TRA device per day and time available number of devices in use and idle call drop level

software recovery action no restart should be pending

LIMITS FOR SOFTWARE ERROR INTENSITY check block in alex:if it is SAE related,DONOT GIVE SYRAE

corresponding RP RP attached/unattached state.

Associates | eTrust | eTrust Antivirus | eTrust Antivirus.

A for specified mux unit.

TBT4 with the individuals 9,10 and 11.

(TSM) 2 is printed. type SNTETET3 printed and the respective SNT connection point are printed. SNT are printed. g level, equipment protection and the SUBSNTs are printed. ET are printed. The SNT with SUBSNTs and protection, the equipping level, equipment protection and the SUBSNT is also p

ted in the previous step. Also it should be of seven digits.

tes after every one hour when stats is ready to be transferred to OSS

fore and 6 after)

ar to that device (6 before and 6 after)

ection and the SUBSNT is also printed.

SIMPLE COMMANDS hostname cluster node cluster group cluster res | findstr -ive online prcstate prcstate -l raidutil -L physical raidutil -L logical raidutil -L raid raidutil -L version cpdlist cpdlist -l aloglist alist swrprint | findstr "AGM" hwver vdls -n "default FTP Site" afpls megarc -Ldinfo -a0 -Lall (C4 Hardware) sc query ACS_PRC_Clustercontrol DISTRIBUTED GROUP SWITCH STATE DPWSP; GDSTP; gsstp; GDCVP; GDCOP; GDCOP:UNIT=XM-A-0-0; NTSTP:SNT= NTSTP:SNT=ALL NTSTP:SNT=SNTETBT4-9&&-11; NTCOP:SNT=ALL; NTCOP:SNTP=TSM-2-4&&-7; NTCOP:SNT=SNTETET3-9&&-11; NTCOP:SNT=ET-0,DIPINF; NTCOP:SNT=ET155-4;

NTCOP:SNT=ET-1&ET155-3; EXRPP:RP=ALL; EXEMP:EM=ALL,RP=32; DTSTP:DIP=ALL; RLCRP:CELL=ALL; NSSTP; NSDAP; C7LTP:LS=ALL; C7SPP:SP=ALL; PWNSP:SDIP=ALL; SYRIP:SURVEY; PLLDP; C7LTP:LS=ALL; DBTSP:TAB=AXEPARS; STDSP:DETY=RALT2,BSC=ALL; STDSP:DETY=RTLTT2,BSC=ALL; hwver COMMANDS DPWSP; GDSTP; GDCVP; GDCOP:UNIT=XM-A-0-0; NTSTP:SNT=ALL NTCOP:SNT=ALL; EXRPP:RP=ALL; EXEMP:EM=ALL,RP=32; DTSTP:DIP=ALL; RLCRP:CELL=ALL; NSSTP; NSDAP; C7LTP:LS=ALL; C7SPP:SP=ALL; PWNSP:SDIP=ALL; SYRIP:SURVEY; PLLDP; DBTSP:TAB=AXEPARS; STDSP:DETY=RALT2,BSC=ALL; STDSP:DETY=RTLTT2,BSC=ALL; hwver

IO PRINTOUT DESTINATION FAULTY aploc; alist cpdlist -l cpdremove AD-40 CPDINSERT -i :50000 -b -v (lists the printout categories ) AD- if fault repeats again and again cpdlist check sftwre version pcorp:block=missra;

RADIO TRANSMISSION TRANSCODER POOL SELF CONFIGURATION TIMEOUT rrpsp:trapool=all; rrpar; check alarm in allip , alarm will be cleared

RP Fault allip:alcat=apz; exrpp:rp=all; exemp:rp=40,em=all; blrpi:rp=RP NO,forced; blrpe:rp=RP NO; repair rp repri:rp=rpno; remri:rp=rpno,pcb=; recri:rp=rpno; exrup:rp=296; exrui:rp=296,suid="3/CXC 146 1266/7300"; DEVIATION IN SYBMP COMMAND sybmp;

sybue; sybfp:file; sybup:file; sytuc; sybui:disc; sybmp; sybms:store=all;

GROUP SWITCH FAULT allip:alcat=apt,acl=a2; gdstp; gdbli:unit=; gdble:unit=; wiat for 1-2 hours , if fault not removed raise wo gdstp;

DEVIATION IN DIRCP COMMAND DIRCP; allip:alcat=apz; RXBLI:MO=RXOTRX-TGNO-TRXNO,FORCE,SUBORD; RXBLI:MO=RXOTRX-TGNO-TRXNO,FORCE,SUBORD; RXBLI:MO=RXOTRX-TGNO-TRXNO,FORCE,SUBORD; RXBLI:MO=RXOTRX-TGNO-TRXNO,FORCE,SUBORD;

rrntp; sybfp:file; SYBUe; sybup:file; sytuc; sybui:disc; REPCI; REPCE; RECCI; syrip:survey; DPWSP; sybfp:file; DIRCP; sybup:file; sytuc; sybui:disc;

sybfp:file; sybmp;

Gb Links ( MIN) RRNTP; RRGBP:NCBD; RADEP:DEV= RTLTB2-1857; ntcop:snt=ETM2-2; dtstp:dip= 146RB2; c7ltp:ls=all; dtqup:dip=146RB2; RADRP:DEV= RTLTB2-1857 exrpp:rp=208 blrpi:rp=208,forced; blrpe:rp=208; RRVBI:NSVCI=2045; RRVBe:NSVCI=2045; rrgBP:NCBD; radrP:DEV=RTLTB2-356; exrpp:rp=240; blrpi:rp=240,forced; blrpe:rp=240; RRVBI:NSVCI=10133; RRVBE:NSVCI=10133; rrgbP:NCBD;

RRINP:NSECI=ALL; RRIRP:NSECI=ALL; rripp:ipadd=all; rlgrp:cell=all; an example is given in summary sheet

DEVIATION IN RABLP:DETY=ALL; RABLI:DETY=RTGPHDV;

LICENSE MANAGEMENT EVENT LOG OUTPUT ERROR

FILENAME LMAFILE

FAULT TYPE FILENAME ERROR

either LMAFILE is incorrectly defined or is not defined in EXCHVOLUME cpfls cpfls -ls LMAFILE cpfmkfile -f inf -l 125 -r LMAFILE EXCHVOLUME

FAN MAGAZINE FAULT allip:alcat=apt,acl=a2; find the RP of FAN MAGAZINE and blk/dblk it blrpi:rp=240,forced; blrpe:rp=240; allip:alcat=apt,acl=a2;

DEVIATION IN RRPSP:TRAPOOL=ALL; if the state is halted make it active RRPSP:TRAPOOL=ALL; rrpar;

SEIZURE SUPERVISION OF DEVICES stdep:dev= if device are in idle state proceed as racip:dev= blodi:dev= exdae:dev= racie:dev= racii:dev= exdai blode

c7rsp:dest=all; c7ltp:ls=all; c7spp:sp=all; rrmbp:msc=all; mgbsp:bsc=all; exdep:r=BSC Route,misc1=CIC;

rasap; rasar:dety=RALT2; STDEP:DEV=RTLTT2-3983; c7rsp:dest=all; rassp:dety= RTLTB2;

rrpar:trapool=all; rrpsp; rrisp:trapool=all; in MSC if device is in inco : ctrai:dev=MRALT-13479 ; syfip:fid= H'000A-h'5967; syfri:fid=H'000Ah'5967,filenum=H'0001,ind=h'2993,block=MRRM; blodi:dev=MRALT-13479 ; blode:dev=MRALT-13479 ;

FILE NOTIFICATION, AP CDH, ACKNOWLEDGEMENT NOT RECEIVED primus id - SCS412057

allip:alcat=apz,acl=a3; cdhver OSSDEST2 cdhver -m OSSDEST2 allip:alcat=apz,acl=a3;

RADIO TRANSMISSION TRANSCODER AND RATE ADAPTER FAULT stdep:dev=RRTGD-9417; stdep:dev=RRTGD-9410&&-9420; rrtbi:dev=RRTGD-9413&&-9417,forced; rrtbe:dev=RRTGD-9413&&-9417; if fault not removed , blck/dblck the RP. radrp:dev=RTTGD-4101; ntstp:snt=RTTGS-16 ; ntcop:snt=RTTGS-NO; NETWORK SYNCRONISATION FAULT(TT7026489) nsdap; nsstp; nsble:ext= nstei:ext= nsbli:ext= RAID DRIVES FAILED OR IN DEGRADED STATE (TT - 7025651) aploc; cluster node cluster group cluster res | findstr -ive online raidutil -L physical raidutil -L logical raidutil -a rebuild

Command Log Output Error FC 31

cluster res FMS_CPF_server /off /wait cluster res CPS_BUAP_parmgr /off /wait cluster res CPS_BUAP_filemgr /off /wait cluster res CPS_BUAP_loader /off /wait cluster res CPS_BUFTPD /off /wait cluster res CPS_BUSRV /off /wait cd L:\FMS\Data\CPF\RELVOLUMSW del RELCMDHDF.attribute rd /s /q RELCMDHDF cluster res FMS_CPF_server /on /wait cluster res CPS_BUAP_parmgr /on /wait cluster res CPS_BUAP_filemgr /on /wait cluster res CPS_BUAP_loader /on /wait cluster res CPS_BUFTPD /on /wait cluster res CPS_BUSRV /on /wait cpfmkfile -c -l 512 RELCMDHDF RELVOLUMSW -Alarm should be ceased.

RELOAD PARAMETERS INVALID cpfls -ls RELCMDHDF SYCSI:SFN=nnnnnnn; allip:alcat=apz;

CPT FAULT cluster res PMCrHW_1 /off /wait cluster res PMCrHW_1 /on /wait cluster res PMCrSDLC_1 /off /wait cluster res PMCrSDLC_1 /on /wait ptcoi; ptwsp; CP FILE OUTPUT, AP CP FILE SYSTEM afpls afprm -z BCDCFILE OSSDEST1 afpls -ls BCDCFILE

cdhls -l ossdest1 cdhver ossdest1 cluster res stmmp -L cluster res FMS_CPF_server /Off /WAIT cluster res FMS_CPF_server /On /WAIT afprm MTRFIL62 afpdef -r -1 -t 300 -d 60 -g pppp -j local MTRFIL61 OSSDEST8 cdhls -l

SYFDP Deviation SYFDP; SYFDC:START,AUTOREL=IMMREL; SYFDC:START,AUTOREL=24; SYFDC:START,AUTOREL=24,TIME=0400; SYFDC:STOP=DURATION; SYFDC:START,DURATION=24,ALARM=YES;

AP SYSTEM ANALYSIS if less space in M drive aploc; hostname M: M:\> cd images cd nodea dir del similarly do in node b prcstate -l

aploc; ipconfig

as above process , space can also be created in k drive

if no files are present in k , than proceed as below for 2003 node main backup is in M drive and for NT node main backup is in K drive for 2003 node check the status of main backup in M drive , if current backup is present than delete lo files in k drive allip:alcat=apz; aploc; ipconfig k: cd images cd nodea dir cd .. cd nodeb dir cd .. cd .. m: cd images cd nodea dir cd.. cd nodeb dir cd .. cd .. k: cd acs cd logs cd alog cd logfile dir del Logfile-2009-09-14-2125 dir cd \ c: mml allip:alcat=apz;

print var/set var RTLTT2 TEst system; priNT VAR RTLTT2 h'341:42; set VAR RTLTT2 h'9A2:42=0; END TEST;

RALT2 exscp:dev=RALT2-8092; exsce:name=UDPRBSC-SGSN0,dev=RALT28092; AP SYSTEM ANALYSIS ( creating space in G drive )

allip:alcat=apz; aploc; ipconfig checck the status of main backup

g: dir cd Ftpvol dir cd 17 april cd .. cd APG40 dir del 138,899,269 2003upgrade.zip cd .. ipconfig again checkup the main backup , it should not be affected allip:alcat=apz; IO STORAGE SPACE WARNING allip:alcat=apz,acl=a2;

This solution is applicable to APG40. The alarm IO STORAGE SPACE WARNING, STORAGE USAGE LIMIT REACHED maybe raised for large printout files in M:\MCS\data\ADH\printouts aploc; chkdsk M: Determine which files to remove. dir /s /o-s M:\MCS\data\ADH\printouts del M:\MCS\data\ADH\printouts\20040709_090224_00 0_R0397.prt If problem exist, stop and start cluster resource mcs_adh_adm cluster res mcs_adh_adm /off /wait cluster res mcs_adh_adm /on /wait allip:alcat=apz,acl=a2; RADIO TRANSMISSION TRANSCODER AND RATE ADAPTOR FAULT

RTTGS-55 TRAB RTTGD-14189 CHANNEL FAULT

TRA

nttei:snt=RTTGS-55;

STATISTICS AND TRAFFIC MEASUREMENT FILE allip:alcat=apt,acl=a3; aploc; s: cd sts cd data cd del* dir

stmmp -L

DEVIATION IN RAHEP COMMAND rahpp; rahep; rrntp; ntcop:snt=all; stdep:dev=RHDEV-7936&&-7967; radrp:dev=RHDEV-1024; blrpi:rp=105,forced; blrpe:rp=105; exrpp:rp=all; rahpp; rahep; rahii; rahep; trtsp:mp=0; rahpp; trtse:mp=0; trtsi:mp=0,nrp=1,rpl=120,date=090131,ndays=365,time =0200; rahpp; rahep; trtsp:mp=0; rahep; acease -o 6022:7 C:\>alist C:\>cluster group C:\>cluster node C:\>cluster group CP Backup for APG43-7325988 DPWSP; aploc; ipconfig mml SYBMP; sybfp:file; cpfls sybup:file; hwver SYRAE; SYCLI; SYCLP; allip:alcat=apz; SYLAE; SYBUP:FILE=RELFSW2; SYBFP:FILE; SYTUC; SYBFP:FILE; sybue; SYBUI; SYBMS; SYBFP:FILE; allip:alcat=apz; DPWSP; INFII:INFII:FILE=RELFSW3,RLENGTH=2048,BLK= 15,EXP=640,SIZE=16,TYPE=SEQ,FCLASS=CMP,

SP NODE RESTARTED ( IOG ) allip:alcat=apz; immct:spg=0; imcsp; imrdp:node=b; ALBLI:ALI=0; ALBLE:ALI=0; see CLEAN C DRIVE sheet to get LOG FILE FOR SP NODE RESTART AP NOT REDUNDENT aploc; cluster node cluster group cluster res | findstr -ive online hwver raidutil -L logical raidutil -L physical acease ALARM id raidutil -a rebuild d#b#t#d# hwver megarc -ldInfo -a0 -Lall megarc -doRbld -a0 -RbldArray[0:02]

SIZE ALTERATION dbtsp:tab=saactions; SAAII:SAE=348,NI=450; dbtsp:tab=saactions; saaep:sae=500; SAADI:SAE=348,NI=450; SAAII:SAE=501,BLOCK=C7CO,NI=55;

saaep:sae=466; dtqsr:dip=all,es,ses,sf; dtqsr:dip=all,unacc,degr; dtqsr:dip=all,unacc,degr;

LICENSE MANAGEMENT EVENT LOG OUTPUT ERROR cpfls -ls LMAFILE cpfmkfile -f inf -l 125 -r LMAFILE EXCHVOLUME cpfls -ls LMAFILE alist STATISTICS AND TRAFFIC MEASUREMENT FILE ACCESS FAULT allip:alcat=apt,acl=a3; alist stmmp -L s: CD STS cd data cd del* CD STS\data\Deliverybuffdir>dir cluster res stsmain /off /wait cluster res | findstr -ive online cluster res stsmain /on /wait NOTE:if stmmp -L FAULTY comes then try to OFF/ON the RES or give a BOOT to the NODE.

stmmp -S 1010 stmmp -R 1010 cluster res "Cluster Name" /on /wait SMALL RESTART IS PENDING allip:alcat=apz; basic health checkup of APG and CP syrtp;

SEMIPERMANENT CONNECTION FAULT allip:alcat=apt; exscp:name=tnk001a_arc1; exscp:name =EDKZ_CONNECT-0;

blck/deblck the devices generally fault diappears after sometime itself IPN FAULT do basic health check of CP and APG. OCINP:IPN=ALL; AP SYSTEM CLOCK NOT SYNCHRONIZED this alarm is generated when cp and apg time diff exceeds 600secs allip:alcat=apz; caclp; aploc; time /t time 11:14 PM cacls

SWITCHING NETWORK TERMINAL FAULT block/deblock snt ntstp:snt=ETM2-4; ntbli:snt=ETM2-4; ntble:snt=ETM2-4; block/deblock mux device ntcop:snt=ETM2-4; gdcop:unit=XM-A-0-0; gdcop:unit=MUX34-A-0 gdstp block/deblock RP blrpi:rp=RP NO,forced; blrpe:rp=RP NO; APG backup failed aploc; burbackup -o burverify -d

emfcopy -m TOTAPE -o -u \\ Cluster ip \images\nodeA\AP0403251046A_20090206_1047 03.zip DEVIATION IN SYFDP syfdc:START,AUTOREL=24; DEVIATION IN C7SUP:LS=ALL C7SUP:LS=ALL; c7ltp:ls=all; C7SUI:LS=3-9303;

AP SYSTEM CLOCK NOT SYNCHRONIZED Done c:\winnt\profiles\ossuser>time /t 5:57 AM c:\winnt\profiles\ossuser>exit; Disconnected from NE=RBSUD2,NODE=B WARNING: When disconnecting, it was discovered that no connection exists, i.e. a disconnection had already been done. TO FIX: Check program structure. aoel4278@rajapp2o> eaw RBSUD2

EXTERNAL ALARM RECEIVER FAULT (HANGED ALALRM) aploc; exalls exalls -l exalblk exal-1-0 exalrm exal-1-0 exaldef -o yes -s "MAINS FAIL" -C 8 -c 0 exal-1-0 exalclear exal-1-0 exaldeblk exal-1-0

cluster res MCS_ALEC_ADM /off /wait cluster res MCS_ALEC_ADM /on /wait COMMAND LOG BLOCKED FAULT CODE 155 allip:alcat=apz,acl=a2; sycli; allip:alcat=apz;

to check nodes which can be connected in an OSS eac_esi_config -nelist D:\>rmdir d:\ /s /q d:\SYSTEM~1 - Access is denied. D:\>echo y|cacls * /t /g administrators:f

shows in which of APG node we are / active node shows stsatus of both the nodes shows stsatus of the cluster group shows stsatus of the cluster group which are offline shows the state of active APG node shows state of both the nodes and their working state

The command is used to order printout of the CP working state. The command is used to order printout of DISTRIBUTED GROUP SWITCH STATE. The command is used to order printout of DISTRIBUTED GROUP SWITCH STATE FOR The command is used to order printout of DISTRIBUTED GROUP SWITCH CLM CONTROL VALUE The command is used to order printout of DISTRIBUTED GROUP SWITCH CONNECTION DATA. The command is used to order printout of DISTRIBUTED GROUP SWITCH This command outputs the state of the switching network termina. This command outputs the state of all the switching network terminals. The command prints state information for switching network terminals of the type SNTETBT4 with the individuals 9,10 and 11. This command prints the connection data of the SNTs. The connected SNTs for the SNT connection points 4, 5, 6 and 7 in Time Switch Module (TSM) 2 is printed. The DIP and the devices that are connected to the individuals 9, 10 and 11 of SNT of the type SNTETET3 printed and the respective SNT connection point are The connection data for the SNT ET-0 ordered with respect to the DIPs connected The connection data of SNT with SUBSNTs and protection are printed. Also the equipping level, equipment protection and the SUBSNTs are printed.

The DIP, SNT connection point and the devices that are connected to the SNT 1 of type ET are printed. The SNT with SUBSNTs and protection, the equipping level, equipment protection and the SUBSNT is also printed.

O/P working state of CP, state of MAU and name of standby CP prints the state of distributed group switch shows clk mode , control value, average value and fault case (if any) shows which multiplexers are connected to UNIT=XM-A-0-0 shows the state of all SNT(switching n/w terminals) shows data and state of RP and its twin prints the type of RP,devices associated (EM)with RP=32 and their state prints the type of dip and state of all dips prints all the cells in BSC , no of BCCH,CBCH,SDCCH and TCH channels alloted to each cell The states of all connected clock-references will be printed. The link set states are printed for all link sets. prints data for all the signaling points(SPs) it shows the state and network protection (standby,proctected or locked) for SDIPs prints software recovery information. prints load data information for the 12 control intervals The link set states are printed for all link sets. show all AXE parameters of BSC list information about the hardware version

cpdinsert -i 10.111.50.70:50000 -b -v 32,35,37-46,48-49,51-53,55-58,69 -e crlf -n 40 AD-40

check EOP if it is 04 than proceed if 03 is in the end than delete the AD ( like B30A07B130C03A )

STATUS should be ACTIVE if it is halted make it active

Alarms on APZ Status of RPs Status of Ems Blocked Unblocked

ALL ALL NO

it will change o/p of sybmp;

for unit testing

take the printout of dircp check the state of CP check the software error , if any

check the backup state of CP stop automatic backup take mannual backup saosp;,if version is 55,excute only sybui; check if any fault exists on CP repair CP

check BSC or BSC/TRC check state of NSVCI (ABL) find SNT connected to device find DIP attached to SNT check the state of DIP check the CCITT7 LINK SET STATE check DIGITAL PATH QUALITY find RP connected to device find state of RP block RP deblock RP block RADIO TRANSMISSION VIRTUAL CONNECTION deblock RADIO TRANSMISSION VIRTUAL CONNECTION again check state of NSVCI (ABL) find RP connected to other device find state of RP block RP deblock RP block other RADIO TRANSMISSION VIRTUAL CONNECTION deblock other RADIO TRANSMISSION VIRTUAL CONNECTION again check state of NSVCI (ABL)

change the active state to yes of the particular device type`

if incorrectly defined than delete and redefine , else define it

check alarm , if clear close TT

to check the state of devices.

find cic and BSC name fpr RBLT2 and RTLTT2 , if RALT device are idle than find cic BSC name and MS

delete cic than redefine racii:dev,BSC=,MSC=;

it will show the MSC connected to BSC along with SP (signaling point) this command when fired in MSC shows all the BSC's connected to that MSC exdep:r=BSFZD1O,misc1=2833;

see the busy devices fire if 8-10 devices are busy , temporarily go

which all BSC's and MSC's are connected to the node

find the mux & associated associated devices to the blocked devices. blck/dblck the associated devices with the mux device.

check the status of SNT also check the status of SNT also

check the deviation with standard values. shows mode of three clocks , one clock should be executive(EX) and rest two should be standby(SB). nsbli:sdip=1etm2,ms=ms-0;

for testing nsble:sdip=1etm2,ms=ms-0;

in this case all found OK in this case one out of three , was in degraded state rebuil was given to the degraded one (rebild given only to logical), rebuild takes a long time (about an hou

Print the RELCMDHDF file details in APG40, and note down the last subfile number Initiate the creation of a new subfile by command, nnnnnnn should be 1 higher than the last subfile noted in the previous step. Also it should be of seven digits. Check the alarm

A TEMPORARY SUPERVISION with Automatic release of hanging software records is started A continuous supervision with Automatic release of hanging software records is started AUTOMATIC RELEASE OF HANGING SOFTWARE RECORDS SUPERVISION OF LONG DURATION FOR ACTIVE FORLOPPS

which node is active enter M drive enter images in M drive enter node A check availability of space delete old back up

it will show the state and working condition of both the nodes , if back up is in process it will show that als

IPN100 shows it is 2003 node , for NT node E will come in place of IPN

check the alarn in allip

delete all log files except present date's

alarm clears

check which node is ( IPN or 2003 )

find the date from the o/p of Directory of G:\Ftpvol if the above directory is empty , then check other directory mentioned in above same add

delete all old files check which node is ( IPN or 2003 )

alarm should now clear from allip

Check the usage of M: drive.

it will show many files , last file should be of current date and contains information of stats ,

S:\STS\data\Deliverybuffdir>stmmp -L , status is running when stats is generating and in waiting state when stats is ready to be transferred to OSS

state should be scheduled SNT should be in REARR EVAL not in LOW TRH CAP wheck weather BSC or TRC those SNT which are in LOW TRH CAP , find devices attached with them check the state of devices. find all the RP's attached to these devices block/deblock all the RP's attached

delete mp , then redefine date should be next day date - yy/mm/dd keep under observation for 1 day , close TT next day.

forcefully

it will show fault device block that device deblock that device fault removed , if not ( DEMUX DEVICE NOT ALLOWED) , check the device near to that shows near devices block these devices deblock these devices state of devices should be busy o/p - fault cleared

check the devices block that device deblock that device check the alarm is removed or not , if not ( DEMUX DEVICE NOT ALLOWED) , check the device near to that device (6 before and 6 after) shows near devices block these devices deblock these devices state of devices should be busy check the alarm is removed or not device will be in busy state.

check the SUPSTATUS of TRAPOOL on which alarm is present OFF the trapool

ON the trapool alarm should be cleared

enter APG shows the transfer queue check the alarm

NOT ACCEPTED

FAULT CODE 29 APG43

Check status of both the node-NODE CONFIGURATION STATUS Block the ALI if ALI fault come Deblock the ALI

it will take 1/2 to 45 mins to rebuild,megarc -doRbld -a0 -RbldArray[Chnl:Target]

check sae INCREASE SAE

DECREASE SAE to increase value for local sae

if sae is 466 , blk/dblk dip

check if file is defined which is in alist , else File was not found: LMAFILE define the file LMAFILE now alarm will be cleared from alist

chech the alarm Check the alarm in APLOC; Check all the MP are Running or not. It may be Waiting state for next stats go S drive and go the given path

Check Recent STS are coming in Every Hour or Not. Make OFF the Resources Check that some other Res become OFFLINE ,Which have to make ONLINE Make the RES Online

check the alarm in allip tells when will restart take place

check IPN status.

check CP time check apg time change time time of apg to change time of CP , takes small restrat

to transfer into DAT.

state for all reciever should be WO all MR and AC should be N N , N Y means fault is there block exal delete exal redefine exal deblock excal

M CONTROL VALUE. NNECTION DATA.

ic BSC name and MSC name

d be standby(SB).

ng time (about an hour)

s is started

ss it will show that also

SOUTH CENTRAL Ap-1 Ap-2 Ap-3 KK1 KK2 KK3 PUNJAB NORTH Jk RAJ NEW HARYANA RAJ OLD Tamilnadu1 South Tamilnadu2 Chennai kerala AS North Central NE&UPW NEW UPW-O Delhi UPE-O UPE-N IDEA Etisalat-Delhi Etisalat-Mumbai

10.105.55.23 10.105.55.7 10.105.216.91 10.88.2.30 10.89.40.38 10.89.0.202 10.20.92.121 10.20.0.25 10.45.50.46 10.0.16.79 10.45.50.9 10.0.88.141 10.111.50.26 10.0.88.21 10.111.50.71 10.142.0.79 10.31.34.68 100.1.200.100 10.2.20.211 10.34.20.25 10.34.20.8 10.133.60.13 10.44.0.34 10.40.12.34

aoce1241

asdfg124

passwd

HARYANA Etisalat-Delhi Etisalat-Mumbai IDEA AS&RAJ NEW RAJ OLD

10.0.16.79 10.44.0.34 10.40.12.34 10.133.60.13 10.45.50.46 10.45.50.9

aoel5933 esaiboy esurdey aece1297 aece1297

10.105.55.21 10.105.55.5 10.105.216.115 10.89.40.35 10.88.2.60 10.89.0.190 10.20.92.120 10.20.0.21 10.45.50.42 10.0.16.120 10.45.50.21 10.0.88.140 10.111.50.22 10.0.88.20 10.111.50.70 10.142.0.78 10.31.34.66 100.1.200.30 10.2.20.151 10.34.20.21 10.34.20.4 10.44.0.2 10.40.12.2

hanuman123 gold@123 welcome123 beauty123 pepsi@123 heaven123 dcold@123 gurgaon@123 patna@123 asdf123 HOT@123 khatta123 mango123 welcome123 nice@123 mishra@123

aoce1358

aoel7198 aploc not running

aploc not running

eparnee apple@123 twist@123 asdf1234 esvxyaj////esvx@123india1985 india1985 MSDP 123@fun ongole@123 Monday@123 rajnew123 rajold123

ericsson@1122

eskjali aoc1358 emispan

1668

welcome123

summer@123

aoer6974

qwerty124

nov@12312

http://internal.ericsson.com/page/hub_indiasrilanka/employee/emp_info/emp_ref_scheme/current_vacancies/index.jsp http://e-support.ericsson.se/reader_iview/ui/eserver.asp

idea1234 welcome123 Yummy@123

esaiboy//etbom@123

rent_vacancies/index.jsp

C DRIVE CLEANING COMMANDS dir c:\winnt\user.dmp copy c:\winnt\user.dmp f:\acs\logs\core del c:\winnt\user.dmp cd /d c:\winnt\profiles dir *nt86* /A /s del *nt86* /s connect RDC: Start------programm-----Administrative Clear all Events--------Click No------

tools click----

yes

D Drive

rmdir d:\ /s /q echo y|cacls * /t /g administrators:f

D:\>del *.bak /s /a

K DRIVE CLEANING COMMANDS

allip:alcat=apz; aploc;

ipconfig k: cd images dir cd nodea dir cd .. cd nodeb dir cd .. del …………..zip file allip:alcat=apz; M DRIVE CLEANING COMMANDS

IPN100 shows it is 2003 node , for NT node E will come in place of IP

delete old file

if less space in M drive aploc; hostname M: M:\> cd images cd nodea dir del similarly do in node b prcstate -l aploc; G DRIVE CLEANING COMMANDS aploc; g: cd ftpvol cd lm cd .. cd APG40 dir del 2003upgrade_i386.zip ip mml

which node is active enter M drive enter images in M drive enter node A check availability of space delete old back up

it will show the state and working condition of both the nodes , if back

-----Event Log----------Always Tick on Security---------

del *.evt /s /a cd /d d:\winnt\profiles

dir *nt86* /A /s del *nt86* /s compact /C d:\winnt\$hf_mig$\*.* /s

◄

compact /C d:\ACS\data\FCH\current\*.* /s

cd alog cd logfile dir del Logfile-2009-09-14-2125 dir cd \ c: mml allip:alcat=apz;

king condition of both the nodes , if back up is in process it will show that also

C:\temp C:\acs\logs\core C:\acs\data\ftp C:\Inetsrv\Ftproot c:\Progra~1\CA\eTrust\InoculateIT\DB\SL* c:\Progra~1\CA\eTrust~1\DB\SL* C:\Progra~1\CA\eTrust\InoculateIT\ARCTEMP C:\Progra~1\CA\SharedComponents\ScanEngine\ArcTemp c:\acs\data\bur C:\winnt\system32\LogFiles\MSFTPSVC1 C:\winnt\system32\LogFiles\MSFTPSVC2 C:\winnt\system32\LogFiles\MSFTPSVC3 c:\winnt\user.dmp (moved in F:) c:\recycler *nt86* under c:\winnt\profiles c:\winnt\backup.log c:\winnt\$NTUninstall*$ deletion of unknown account

s it will show that also

blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev=

RTLTT2-6127 RTLTT2-6134 RTLTT2-6135 RTLTT2-6143 RTLTT2-6173 RTLTT2-6186 RTLTT2-6205 RTLTT2-6288 RTLTT2-6289 RTLTT2-6291 RTLTT2-6310 RTLTT2-6318 RTLTT2-6323 RTLTT2-6325 RTLTT2-6352 RTLTT2-6355 RTLTT2-6362 RTLTT2-6373 RTLTT2-6385 RTLTT2-6389 RTLTT2-6393 RTLTT2-6537 RTLTT2-6541 RTLTT2-6552 RTLTT2-6562 RTLTT2-6627 RTLTT2-6628 RTLTT2-6633 RTLTT2-6640 RTLTT2-6668 RTLTT2-6686 RTLTT2-6699 RTLTT2-6730 RTLTT2-6747 RTLTT2-6754 RTLTT2-6755 RTLTT2-6758 RTLTT2-6797 RTLTT2-6802 RTLTT2-7129 RTLTT2-7138 RTLTT2-7139 RTLTT2-7152 RTLTT2-7171 RTLTT2-7218 RTLTT2-7223 RTLTT2-7228 RTLTT2-7236 RTLTT2-7245 RTLTT2-7253 RTLTT2-7268 RTLTT2-7271

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exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev=

RTLTT2-6127 ; RTLTT2-6134 ; RTLTT2-6135 ; RTLTT2-6143 ; RTLTT2-6173 ; RTLTT2-6186 ; RTLTT2-6205 ; RTLTT2-6288 ; RTLTT2-6289 ; RTLTT2-6291 ; RTLTT2-6310 ; RTLTT2-6318 ; RTLTT2-6323 ; RTLTT2-6325 ; RTLTT2-6352 ; RTLTT2-6355 ; RTLTT2-6362 ; RTLTT2-6373 ; RTLTT2-6385 ; RTLTT2-6389 ; RTLTT2-6393 ; RTLTT2-6537 ; RTLTT2-6541 ; RTLTT2-6552 ; RTLTT2-6562 ; RTLTT2-6627 ; RTLTT2-6628 ; RTLTT2-6633 ; RTLTT2-6640 ; RTLTT2-6668 ; RTLTT2-6686 ; RTLTT2-6699 ; RTLTT2-6730 ; RTLTT2-6747 ; RTLTT2-6754 ; RTLTT2-6755 ; RTLTT2-6758 ; RTLTT2-6797 ; RTLTT2-6802 ; RTLTT2-7129 ; RTLTT2-7138 ; RTLTT2-7139 ; RTLTT2-7152 ; RTLTT2-7171 ; RTLTT2-7218 ; RTLTT2-7223 ; RTLTT2-7228 ; RTLTT2-7236 ; RTLTT2-7245 ; RTLTT2-7253 ; RTLTT2-7268 ; RTLTT2-7271 ;

exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev=

blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev=

RTLTT2-7273 RTLTT2-7274 RTLTT2-7281 RTLTT2-7294 RTLTT2-7298 RTLTT2-7305 RTLTT2-7314 RTLTT2-7337 RTLTT2-7344 RTLTT2-7388 RTLTT2-7401 RTLTT2-7407 RTLTT2-7409 RTLTT2-7411 RTLTT2-7418 RTLTT2-7419 RTLTT2-7437 RTLTT2-7502 RTLTT2-7511 RTLTT2-7513 RTLTT2-7524 RTLTT2-7527 RTLTT2-7534 RTLTT2-7550 RTLTT2-7562 RTLTT2-7570 RTLTT2-7612 RTLTT2-7620 RTLTT2-7626 RTLTT2-7629 RTLTT2-7658 RTLTT2-7701 RTLTT2-7736 RTLTT2-7741 RTLTT2-7756 RTLTT2-7765 RTLTT2-7767 RTLTT2-7797 RTLTT2-7800 RTLTT2-7801 RTLTT2-7825 RTLTT2-7829 RTLTT2-7842 RTLTT2-7843 RTLTT2-7848 RTLTT2-7849 RTLTT2-7857 RTLTT2-7880 RTLTT2-7885 RTLTT2-7898 RTLTT2-7906 RTLTT2-7907

; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;

exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev=

RTLTT2-7273 ; RTLTT2-7274 ; RTLTT2-7281 ; RTLTT2-7294 ; RTLTT2-7298 ; RTLTT2-7305 ; RTLTT2-7314 ; RTLTT2-7337 ; RTLTT2-7344 ; RTLTT2-7388 ; RTLTT2-7401 ; RTLTT2-7407 ; RTLTT2-7409 ; RTLTT2-7411 ; RTLTT2-7418 ; RTLTT2-7419 ; RTLTT2-7437 ; RTLTT2-7502 ; RTLTT2-7511 ; RTLTT2-7513 ; RTLTT2-7524 ; RTLTT2-7527 ; RTLTT2-7534 ; RTLTT2-7550 ; RTLTT2-7562 ; RTLTT2-7570 ; RTLTT2-7612 ; RTLTT2-7620 ; RTLTT2-7626 ; RTLTT2-7629 ; RTLTT2-7658 ; RTLTT2-7701 ; RTLTT2-7736 ; RTLTT2-7741 ; RTLTT2-7756 ; RTLTT2-7765 ; RTLTT2-7767 ; RTLTT2-7797 ; RTLTT2-7800 ; RTLTT2-7801 ; RTLTT2-7825 ; RTLTT2-7829 ; RTLTT2-7842 ; RTLTT2-7843 ; RTLTT2-7848 ; RTLTT2-7849 ; RTLTT2-7857 ; RTLTT2-7880 ; RTLTT2-7885 ; RTLTT2-7898 ; RTLTT2-7906 ; RTLTT2-7907 ;

exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev=

blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev=

RTLTT2-7910 RTLTT2-7937 RTLTT2-7953 RTLTT2-7983 RTLTT2-8001 RTLTT2-8012 RTLTT2-8018 RTLTT2-8019 RTLTT2-8033 RTLTT2-8049 RTLTT2-2800 RTLTT2-2804 RTLTT2-2806 RTLTT2-2819 RTLTT2-2823 RTLTT2-2836 RTLTT2-2837 RTLTT2-2838 RTLTT2-2839 RTLTT2-2840 RTLTT2-2843 RTLTT2-2856 RTLTT2-2870 RTLTT2-2884 RTLTT2-2886 RTLTT2-2895 RTLTT2-2897 RTLTT2-2900 RTLTT2-2934 RTLTT2-2938 RTLTT2-2954 RTLTT2-2960 RTLTT2-2962 RTLTT2-2975 RTLTT2-2986 RTLTT2-3010 RTLTT2-3019 RTLTT2-3027 RTLTT2-3032 RTLTT2-3036 RTLTT2-3048 RTLTT2-3050 RTLTT2-3074 RTLTT2-3079 RTLTT2-3080 RTLTT2-3082 RTLTT2-3087 RTLTT2-3099 RTLTT2-3105 RTLTT2-3116 RTLTT2-3123 RTLTT2-3130

; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;

exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev=

RTLTT2-7910 ; RTLTT2-7937 ; RTLTT2-7953 ; RTLTT2-7983 ; RTLTT2-8001 ; RTLTT2-8012 ; RTLTT2-8018 ; RTLTT2-8019 ; RTLTT2-8033 ; RTLTT2-8049 ; RTLTT2-2800 ; RTLTT2-2804 ; RTLTT2-2806 ; RTLTT2-2819 ; RTLTT2-2823 ; RTLTT2-2836 ; RTLTT2-2837 ; RTLTT2-2838 ; RTLTT2-2839 ; RTLTT2-2840 ; RTLTT2-2843 ; RTLTT2-2856 ; RTLTT2-2870 ; RTLTT2-2884 ; RTLTT2-2886 ; RTLTT2-2895 ; RTLTT2-2897 ; RTLTT2-2900 ; RTLTT2-2934 ; RTLTT2-2938 ; RTLTT2-2954 ; RTLTT2-2960 ; RTLTT2-2962 ; RTLTT2-2975 ; RTLTT2-2986 ; RTLTT2-3010 ; RTLTT2-3019 ; RTLTT2-3027 ; RTLTT2-3032 ; RTLTT2-3036 ; RTLTT2-3048 ; RTLTT2-3050 ; RTLTT2-3074 ; RTLTT2-3079 ; RTLTT2-3080 ; RTLTT2-3082 ; RTLTT2-3087 ; RTLTT2-3099 ; RTLTT2-3105 ; RTLTT2-3116 ; RTLTT2-3123 ; RTLTT2-3130 ;

exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev=

blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev=

RTLTT2-3135 RTLTT2-3139 RTLTT2-3145 RTLTT2-3151 RTLTT2-3154 RTLTT2-3157 RTLTT2-3164 RTLTT2-3169 RTLTT2-3170 RTLTT2-3171 RTLTT2-3175 RTLTT2-3191 RTLTT2-3193 RTLTT2-3198 RTLTT2-3202 RTLTT2-3206 RTLTT2-3207 RTLTT2-3219 RTLTT2-3222 RTLTT2-3223 RTLTT2-3233 RTLTT2-3239 RTLTT2-3245 RTLTT2-3246 RTLTT2-3247 RTLTT2-3248 RTLTT2-3251 RTLTT2-3258 RTLTT2-3279 RTLTT2-3280 RTLTT2-3284 RTLTT2-3286 RTLTT2-3287 RTLTT2-3291 RTLTT2-3293 RTLTT2-3318 RTLTT2-3333 RTLTT2-3335 RTLTT2-3337 RTLTT2-3340 RTLTT2-3354 RTLTT2-3357 RTLTT2-3358 RTLTT2-3362 RTLTT2-5251 RTLTT2-5252 RTLTT2-5253 RTLTT2-5254 RTLTT2-5256 RTLTT2-5257 RTLTT2-5258 RTLTT2-5259

; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;

exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev=

RTLTT2-3135 ; RTLTT2-3139 ; RTLTT2-3145 ; RTLTT2-3151 ; RTLTT2-3154 ; RTLTT2-3157 ; RTLTT2-3164 ; RTLTT2-3169 ; RTLTT2-3170 ; RTLTT2-3171 ; RTLTT2-3175 ; RTLTT2-3191 ; RTLTT2-3193 ; RTLTT2-3198 ; RTLTT2-3202 ; RTLTT2-3206 ; RTLTT2-3207 ; RTLTT2-3219 ; RTLTT2-3222 ; RTLTT2-3223 ; RTLTT2-3233 ; RTLTT2-3239 ; RTLTT2-3245 ; RTLTT2-3246 ; RTLTT2-3247 ; RTLTT2-3248 ; RTLTT2-3251 ; RTLTT2-3258 ; RTLTT2-3279 ; RTLTT2-3280 ; RTLTT2-3284 ; RTLTT2-3286 ; RTLTT2-3287 ; RTLTT2-3291 ; RTLTT2-3293 ; RTLTT2-3318 ; RTLTT2-3333 ; RTLTT2-3335 ; RTLTT2-3337 ; RTLTT2-3340 ; RTLTT2-3354 ; RTLTT2-3357 ; RTLTT2-3358 ; RTLTT2-3362 ; RTLTT2-748 ; RTLTT2-751 ; RTLTT2-765 ; RTLTT2-772 ; RTLTT2-774 ; RTLTT2-778 ; RTLTT2-780 ; RTLTT2-783 ;

exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev=

blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev= blodi:dev=

RTLTT2-5260 RTLTT2-5261 RTLTT2-5262 RTLTT2-5263 RTLTT2-5264 RTLTT2-5265 RTLTT2-5266 RTLTT2-5267 RTLTT2-5268 RTLTT2-5269 RTLTT2-5270 RTLTT2-5271 RTLTT2-5272 RTLTT2-5274 RTLTT2-5275 RTLTT2-5276 RTLTT2-5277 RTLTT2-5635 RTLTT2-5636 RTLTT2-5637 RTLTT2-5638 RTLTT2-5639 RTLTT2-5640 RTLTT2-5641 RTLTT2-5642 RTLTT2-5643 RTLTT2-5644 RTLTT2-5645 RTLTT2-5646 RTLTT2-5647 RTLTT2-5648 RTLTT2-5649 RTLTT2-5650 RTLTT2-5651 RTLTT2-5652 RTLTT2-5653 RTLTT2-5654 RTLTT2-5655 RTLTT2-5656 RTLTT2-5657 RTLTT2-5658 RTLTT2-5659 RTLTT2-5660 RTLTT2-5669 RTLTT2-5670 RTLTT2-5671 RTLTT2-5672 RTLTT2-5673 RTLTT2-5674 RTLTT2-5675 RTLTT2-5676 RTLTT2-5677

; ; ; ; ; ; ; ; ; ; ; ;

exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev= exdae:dev=

RTLTT2-1808 ; RTLTT2-4321 ; RTLTT2-6371 ; RTLTT2-6372 ; RTLTT2-6380 ; RTLTT2-6388 ; RTLTT2-6389 ; RTLTT2-6957 ; RTLTT2-6961 ; RTLTT2-6974 ; RTLTT2-7725 ; RTLTT2-7732 ;

exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev= exdai:dev=

RTLTT2-5678 RTLTT2-5679

RTLTT2-6127 ; RTLTT2-6134 ; RTLTT2-6135 ; RTLTT2-6143 ; RTLTT2-6173 ; RTLTT2-6186 ; RTLTT2-6205 ; RTLTT2-6288 ; RTLTT2-6289 ; RTLTT2-6291 ; RTLTT2-6310 ; RTLTT2-6318 ; RTLTT2-6323 ; RTLTT2-6325 ; RTLTT2-6352 ; RTLTT2-6355 ; RTLTT2-6362 ; RTLTT2-6373 ; RTLTT2-6385 ; RTLTT2-6389 ; RTLTT2-6393 ; RTLTT2-6537 ; RTLTT2-6541 ; RTLTT2-6552 ; RTLTT2-6562 ; RTLTT2-6627 ; RTLTT2-6628 ; RTLTT2-6633 ; RTLTT2-6640 ; RTLTT2-6668 ; RTLTT2-6686 ; RTLTT2-6699 ; RTLTT2-6730 ; RTLTT2-6747 ; RTLTT2-6754 ; RTLTT2-6755 ; RTLTT2-6758 ; RTLTT2-6797 ; RTLTT2-6802 ; RTLTT2-7129 ; RTLTT2-7138 ; RTLTT2-7139 ; RTLTT2-7152 ; RTLTT2-7171 ; RTLTT2-7218 ; RTLTT2-7223 ; RTLTT2-7228 ; RTLTT2-7236 ; RTLTT2-7245 ; RTLTT2-7253 ; RTLTT2-7268 ; RTLTT2-7271 ;

blode:dev= RTLTT2-6127 ; blode:dev= RTLTT2-6134 ; blode:dev= RTLTT2-6135 ; blode:dev= RTLTT2-6143 ; blode:dev= RTLTT2-6173 ; blode:dev= RTLTT2-6186 ; blode:dev= RTLTT2-6205 ; blode:dev= RTLTT2-6288 ; blode:dev= RTLTT2-6289 ; blode:dev= RTLTT2-6291 ; blode:dev= RTLTT2-6310 ; blode:dev= RTLTT2-6318 ; blode:dev= RTLTT2-6323 ; blode:dev= RTLTT2-6325 ; blode:dev= RTLTT2-6352 ; blode:dev= RTLTT2-6355 ; blode:dev= RTLTT2-6362 ; blode:dev= RTLTT2-6373 ; blode:dev= RTLTT2-6385 ; blode:dev= RTLTT2-6389 ; blode:dev= RTLTT2-6393 ; blode:dev= RTLTT2-6537 ; blode:dev= RTLTT2-6541 ; blode:dev= RTLTT2-6552 ; blode:dev= RTLTT2-6562 ; blode:dev= RTLTT2-6627 ; blode:dev= RTLTT2-6628 ; blode:dev= RTLTT2-6633 ; blode:dev= RTLTT2-6640 ; blode:dev= RTLTT2-6668 ; blode:dev= RTLTT2-6686 ; blode:dev= RTLTT2-6699 ; blode:dev= RTLTT2-6730 ; blode:dev= RTLTT2-6747 ; blode:dev= RTLTT2-6754 ; blode:dev= RTLTT2-6755 ; blode:dev= RTLTT2-6758 ; blode:dev= RTLTT2-6797 ; blode:dev= RTLTT2-6802 ; blode:dev= RTLTT2-7129 ; blode:dev= RTLTT2-7138 ; blode:dev= RTLTT2-7139 ; blode:dev= RTLTT2-7152 ; blode:dev= RTLTT2-7171 ; blode:dev= RTLTT2-7218 ; blode:dev= RTLTT2-7223 ; blode:dev= RTLTT2-7228 ; blode:dev= RTLTT2-7236 ; blode:dev= RTLTT2-7245 ; blode:dev= RTLTT2-7253 ; blode:dev= RTLTT2-7268 ; blode:dev= RTLTT2-7271 ;

66 67 68 69 70 71 72 73 74 75 76 78 90 91 92

10741214 10742816

122 123 124 125 126 127 130 131 132 133 134 135 136 137 138 139 140 151 152 153 154

stdep:dev= MRALT-11611 stdep:dev= MRALT-11612 stdep:dev= MRALT-11613 stdep:dev= MRALT-11614 stdep:dev= MRALT-11615

RTLTT2-7273 ; RTLTT2-7274 ; RTLTT2-7281 ; RTLTT2-7294 ; RTLTT2-7298 ; RTLTT2-7305 ; RTLTT2-7314 ; RTLTT2-7337 ; RTLTT2-7344 ; RTLTT2-7388 ; RTLTT2-7401 ; RTLTT2-7407 ; RTLTT2-7409 ; RTLTT2-7411 ; RTLTT2-7418 ; RTLTT2-7419 ; RTLTT2-7437 ; RTLTT2-7502 ; RTLTT2-7511 ; RTLTT2-7513 ; RTLTT2-7524 ; RTLTT2-7527 ; RTLTT2-7534 ; RTLTT2-7550 ; RTLTT2-7562 ; RTLTT2-7570 ; RTLTT2-7612 ; RTLTT2-7620 ; RTLTT2-7626 ; RTLTT2-7629 ; RTLTT2-7658 ; RTLTT2-7701 ; RTLTT2-7736 ; RTLTT2-7741 ; RTLTT2-7756 ; RTLTT2-7765 ; RTLTT2-7767 ; RTLTT2-7797 ; RTLTT2-7800 ; RTLTT2-7801 ; RTLTT2-7825 ; RTLTT2-7829 ; RTLTT2-7842 ; RTLTT2-7843 ; RTLTT2-7848 ; RTLTT2-7849 ; RTLTT2-7857 ; RTLTT2-7880 ; RTLTT2-7885 ; RTLTT2-7898 ; RTLTT2-7906 ; RTLTT2-7907 ;

blode:dev= RTLTT2-7273 ; blode:dev= RTLTT2-7274 ; blode:dev= RTLTT2-7281 ; blode:dev= RTLTT2-7294 ; blode:dev= RTLTT2-7298 ; blode:dev= RTLTT2-7305 ; blode:dev= RTLTT2-7314 ; blode:dev= RTLTT2-7337 ; blode:dev= RTLTT2-7344 ; blode:dev= RTLTT2-7388 ; blode:dev= RTLTT2-7401 ; blode:dev= RTLTT2-7407 ; blode:dev= RTLTT2-7409 ; blode:dev= RTLTT2-7411 ; blode:dev= RTLTT2-7418 ; blode:dev= RTLTT2-7419 ; blode:dev= RTLTT2-7437 ; blode:dev= RTLTT2-7502 ; blode:dev= RTLTT2-7511 ; blode:dev= RTLTT2-7513 ; blode:dev= RTLTT2-7524 ; blode:dev= RTLTT2-7527 ; blode:dev= RTLTT2-7534 ; blode:dev= RTLTT2-7550 ; blode:dev= RTLTT2-7562 ; blode:dev= RTLTT2-7570 ; blode:dev= RTLTT2-7612 ; blode:dev= RTLTT2-7620 ; blode:dev= RTLTT2-7626 ; blode:dev= RTLTT2-7629 ; blode:dev= RTLTT2-7658 ; blode:dev= RTLTT2-7701 ; blode:dev= RTLTT2-7736 ; blode:dev= RTLTT2-7741 ; blode:dev= RTLTT2-7756 ; blode:dev= RTLTT2-7765 ; blode:dev= RTLTT2-7767 ; blode:dev= RTLTT2-7797 ; blode:dev= RTLTT2-7800 ; blode:dev= RTLTT2-7801 ; blode:dev= RTLTT2-7825 ; blode:dev= RTLTT2-7829 ; blode:dev= RTLTT2-7842 ; blode:dev= RTLTT2-7843 ; blode:dev= RTLTT2-7848 ; blode:dev= RTLTT2-7849 ; blode:dev= RTLTT2-7857 ; blode:dev= RTLTT2-7880 ; blode:dev= RTLTT2-7885 ; blode:dev= RTLTT2-7898 ; blode:dev= RTLTT2-7906 ; blode:dev= RTLTT2-7907 ;

155 156

177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210

RTLTT2-7910 ; RTLTT2-7937 ; RTLTT2-7953 ; RTLTT2-7983 ; RTLTT2-8001 ; RTLTT2-8012 ; RTLTT2-8018 ; RTLTT2-8019 ; RTLTT2-8033 ; RTLTT2-8049 ; RTLTT2-2800 ; RTLTT2-2804 ; RTLTT2-2806 ; RTLTT2-2819 ; RTLTT2-2823 ; RTLTT2-2836 ; RTLTT2-2837 ; RTLTT2-2838 ; RTLTT2-2839 ; RTLTT2-2840 ; RTLTT2-2843 ; RTLTT2-2856 ; RTLTT2-2870 ; RTLTT2-2884 ; RTLTT2-2886 ; RTLTT2-2895 ; RTLTT2-2897 ; RTLTT2-2900 ; RTLTT2-2934 ; RTLTT2-2938 ; RTLTT2-2954 ; RTLTT2-2960 ; RTLTT2-2962 ; RTLTT2-2975 ; RTLTT2-2986 ; RTLTT2-3010 ; RTLTT2-3019 ; RTLTT2-3027 ; RTLTT2-3032 ; RTLTT2-3036 ; RTLTT2-3048 ; RTLTT2-3050 ; RTLTT2-3074 ; RTLTT2-3079 ; RTLTT2-3080 ; RTLTT2-3082 ; RTLTT2-3087 ; RTLTT2-3099 ; RTLTT2-3105 ; RTLTT2-3116 ; RTLTT2-3123 ; RTLTT2-3130 ;

blode:dev= RTLTT2-7910 ; blode:dev= RTLTT2-7937 ; blode:dev= RTLTT2-7953 ; blode:dev= RTLTT2-7983 ; blode:dev= RTLTT2-8001 ; blode:dev= RTLTT2-8012 ; blode:dev= RTLTT2-8018 ; blode:dev= RTLTT2-8019 ; blode:dev= RTLTT2-8033 ; blode:dev= RTLTT2-8049 ; blode:dev= RTLTT2-2800 ; blode:dev= RTLTT2-2804 ; blode:dev= RTLTT2-2806 ; blode:dev= RTLTT2-2819 ; blode:dev= RTLTT2-2823 ; blode:dev= RTLTT2-2836 ; blode:dev= RTLTT2-2837 ; blode:dev= RTLTT2-2838 ; blode:dev= RTLTT2-2839 ; blode:dev= RTLTT2-2840 ; blode:dev= RTLTT2-2843 ; blode:dev= RTLTT2-2856 ; blode:dev= RTLTT2-2870 ; blode:dev= RTLTT2-2884 ; blode:dev= RTLTT2-2886 ; blode:dev= RTLTT2-2895 ; blode:dev= RTLTT2-2897 ; blode:dev= RTLTT2-2900 ; blode:dev= RTLTT2-2934 ; blode:dev= RTLTT2-2938 ; blode:dev= RTLTT2-2954 ; blode:dev= RTLTT2-2960 ; blode:dev= RTLTT2-2962 ; blode:dev= RTLTT2-2975 ; blode:dev= RTLTT2-2986 ; blode:dev= RTLTT2-3010 ; blode:dev= RTLTT2-3019 ; blode:dev= RTLTT2-3027 ; blode:dev= RTLTT2-3032 ; blode:dev= RTLTT2-3036 ; blode:dev= RTLTT2-3048 ; blode:dev= RTLTT2-3050 ; blode:dev= RTLTT2-3074 ; blode:dev= RTLTT2-3079 ; blode:dev= RTLTT2-3080 ; blode:dev= RTLTT2-3082 ; blode:dev= RTLTT2-3087 ; blode:dev= RTLTT2-3099 ; blode:dev= RTLTT2-3105 ; blode:dev= RTLTT2-3116 ; blode:dev= RTLTT2-3123 ; blode:dev= RTLTT2-3130 ;

211 212 213 214 215 216 217 218 219 220 221 222 223 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 258 259 260 261 262 263 264 265 266

RTLTT2-3135 ; RTLTT2-3139 ; RTLTT2-3145 ; RTLTT2-3151 ; RTLTT2-3154 ; RTLTT2-3157 ; RTLTT2-3164 ; RTLTT2-3169 ; RTLTT2-3170 ; RTLTT2-3171 ; RTLTT2-3175 ; RTLTT2-3191 ; RTLTT2-3193 ; RTLTT2-3198 ; RTLTT2-3202 ; RTLTT2-3206 ; RTLTT2-3207 ; RTLTT2-3219 ; RTLTT2-3222 ; RTLTT2-3223 ; RTLTT2-3233 ; RTLTT2-3239 ; RTLTT2-3245 ; RTLTT2-3246 ; RTLTT2-3247 ; RTLTT2-3248 ; RTLTT2-3251 ; RTLTT2-3258 ; RTLTT2-3279 ; RTLTT2-3280 ; RTLTT2-3284 ; RTLTT2-3286 ; RTLTT2-3287 ; RTLTT2-3291 ; RTLTT2-3293 ; RTLTT2-3318 ; RTLTT2-3333 ; RTLTT2-3335 ; RTLTT2-3337 ; RTLTT2-3340 ; RTLTT2-3354 ; RTLTT2-3357 ; RTLTT2-3358 ; RTLTT2-3362 ; RTLTT2-748 ; RTLTT2-751 ; RTLTT2-765 ; RTLTT2-772 ; RTLTT2-774 ; RTLTT2-778 ; RTLTT2-780 ; RTLTT2-783 ;

blode:dev= RTLTT2-3135 ; blode:dev= RTLTT2-3139 ; blode:dev= RTLTT2-3145 ; blode:dev= RTLTT2-3151 ; blode:dev= RTLTT2-3154 ; blode:dev= RTLTT2-3157 ; blode:dev= RTLTT2-3164 ; blode:dev= RTLTT2-3169 ; blode:dev= RTLTT2-3170 ; blode:dev= RTLTT2-3171 ; blode:dev= RTLTT2-3175 ; blode:dev= RTLTT2-3191 ; blode:dev= RTLTT2-3193 ; blode:dev= RTLTT2-3198 ; blode:dev= RTLTT2-3202 ; blode:dev= RTLTT2-3206 ; blode:dev= RTLTT2-3207 ; blode:dev= RTLTT2-3219 ; blode:dev= RTLTT2-3222 ; blode:dev= RTLTT2-3223 ; blode:dev= RTLTT2-3233 ; blode:dev= RTLTT2-3239 ; blode:dev= RTLTT2-3245 ; blode:dev= RTLTT2-3246 ; blode:dev= RTLTT2-3247 ; blode:dev= RTLTT2-3248 ; blode:dev= RTLTT2-3251 ; blode:dev= RTLTT2-3258 ; blode:dev= RTLTT2-3279 ; blode:dev= RTLTT2-3280 ; blode:dev= RTLTT2-3284 ; blode:dev= RTLTT2-3286 ; blode:dev= RTLTT2-3287 ; blode:dev= RTLTT2-3291 ; blode:dev= RTLTT2-3293 ; blode:dev= RTLTT2-3318 ; blode:dev= RTLTT2-3333 ; blode:dev= RTLTT2-3335 ; blode:dev= RTLTT2-3337 ; blode:dev= RTLTT2-3340 ; blode:dev= RTLTT2-3354 ; blode:dev= RTLTT2-3357 ; blode:dev= RTLTT2-3358 ; blode:dev= RTLTT2-3362 ; blode:dev= RTLTT2-748 ; blode:dev= RTLTT2-751 ; blode:dev= RTLTT2-765 ; blode:dev= RTLTT2-772 ; blode:dev= RTLTT2-774 ; blode:dev= RTLTT2-778 ; blode:dev= RTLTT2-780 ; blode:dev= RTLTT2-783 ;

267 268 269 270 271 272 273 274 275 276 277

RTLTT2-1808 ; RTLTT2-4321 ; RTLTT2-6371 ; RTLTT2-6372 ; RTLTT2-6380 ; RTLTT2-6388 ; RTLTT2-6389 ; RTLTT2-6957 ; RTLTT2-6961 ; RTLTT2-6974 ; RTLTT2-7725 ; RTLTT2-7732 ;

blode:dev= RTLTT2-1808 ; blode:dev= RTLTT2-4321 ; blode:dev= RTLTT2-6371 ; blode:dev= RTLTT2-6372 ; blode:dev= RTLTT2-6380 ; blode:dev= RTLTT2-6388 ; blode:dev= RTLTT2-6389 ; blode:dev= RTLTT2-6957 ; blode:dev= RTLTT2-6961 ; blode:dev= RTLTT2-6974 ; blode:dev= RTLTT2-7725 ; blode:dev= RTLTT2-7732 ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ; blode:dev= ;

; ; ; ; ;

BSC HEALTH CHECKUP RLCRP:CELL=ALL; EXRPP:RP=ALL; GDSTP; C7LTP:LS=ALL; SYRIP:SURVEY; SYELP; DPWSP; ALLIP:ALCAT=APZ; ALLIP:ALCAT=APT; GDCVP; NSDAP; NSSTP; PWNSP:SDIP=ALL; NTSTP:SNT=ALL; EXEMP:EM=ALL,RP=ALL; NTCOP:SNT=ALL; PLLDP; RRTPP:TRAPOOL=ALL; DTSTP:DIP=ALL; TPSTP:SDIP=ALL; STBSP:DETY=RALT2;

dbtsp:tab=saactions;

BSC HEALTH CHECKUP RLCRP:CELL=ALL; EXRPP:RP=ALL; GDSTP; C7LTP:LS=ALL; SYRIP:SURVEY; SYELP; DPWSP; ALLIP:ALCAT=APZ; ALLIP:ALCAT=APT; GDCVP; NSDAP; NSSTP; PWNSP:SDIP=ALL; NTSTP:SNT=ALL; EXEMP:EM=ALL,RP=ALL;

NTCOP:SNT=ALL; PLLDP; RRTPP:TRAPOOL=ALL; DTSTP:DIP=ALL; TPSTP:SDIP=ALL; STBSP:DETY=RALT2;