bsc acceptance test procedures.doc

8/10/2019 BSC Acceptance Test Procedures.doc

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BSCHW Acceptance Test Procedures

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BSC Acceptance Test Procedures

Contents

1. APG43 Tests................................................................................................................3

1.1. APG43 HW structure...........................................................................................31.2. Initial APG43 tests...............................................................................................5

1.3. Test APIO SW and STS SW are installed and activated.....................................6

1.4. FAN test...............................................................................................................1.5. Test !" IO #evice.................................................................................................$

1.6. %!n"i&urati!n %'an&e "!r t'e SS( F!lder..........................................................$

1.). *ac+u, !" APG43 SW and Trans"er t! #-#....................................................1

1.. /est!re !" APG43 SW "r!0 #-#.....................................................................131.$. NSF Net!r+ Surveillance Functi!n testin&..................................................14

1.1. Fail!ver test ,rc!!t....................................................................................141.11. FTP test..........................................................................................................15

2. AP 212 55 Tests.......................................................................................................16

2.1 AP 212 55 HW c!n"i&urati!n..........................................................................16

2.2 anual Interventi!n 'en %P7A is 89.............................................................1)2.3 anual Interventi!n 'en %P7* is 89.............................................................1

2.4 anual Initiated S0all /estart..........................................................................2

2.5 anual Initiated :ar&e /estart..........................................................................21

2.6 Activate t'e %!00and :!&...............................................................................222.) anual Initiated :ar&e /estart it' /el!ad "r!0 S......................................23

2. anual Initiated :ar&e /estart it' /el!ad "r!0 File......................................26

2.$ F89 :!ad !n %P7A...........................................................................................22.1 F89 :!ad !n %P7*............................................................................................2$

2.11 Functi!n %'an&e et'!d II...............................................................................3

2.12 Initial :!adin& !" %P7A.....................................................................................322.13 Initial :!adin& !" %P7*.....................................................................................3)

3 APT Tests;..................................................................................................................43

3.1 %'ec+ !" /Ps and 8s......................................................................................433.2 Test !" %:.......................................................................................................43

3.3 Test !" 9.........................................................................................................45

3.4 Test !" (93....................................................................................................46

3.5 Final Test !" 9................................................................................................4)

3.6 Test !" /%.......................................................................................................43.) Test !" 8T...........................................................................................................4$

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1. APG43 Tests

1.1. APG43 HW structure

T'e APG43 c!ntains t'e "!ll!in& !ards< 'ic' are l!cated in an eG8. T'e eG8

0a&a=ine it' t'e APG43 ala>s c!ntain an AP 212 55.

APUB

T'e AP(* is a G8P !ard. APG43 c!ntains t! !ards< !ne ,er side.

Disk

T'e dis+ is a G8# !ard. APG43 c!ntains t! !ards< !ne ,er side.

DVD

T'e #-# is a G8# !ard. APG43 c!ntains !ne !,ti!nal !ard.

Alarm

T'e alar0 is a G8A !ard. APG43 c!ntains !ne !,ti!nal !ard.

Fi&ure 1 ? APG43 c!nnectivit>

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Fi&ure 2 ? APG43 c!nnectivit>

Fi&ure 3 ? *S% APG43 c!n"i&urati!n

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Fi&ure 4 ?APG43 e@ternal c!nnectivit>

1.2. Initial APG43 tests

:!&!n via re0!te des+t!, !ver t'e ,ulic net!r+ t!ards !t' sides !" t'e APG43.

*e"!re start !" test it s'!uld e veri"ied t'at t'e s>ste0 is runnin& n!r0all>.

1. :!&!n t! t'e active APG43 side.%'ec+ t'at >!u are c!nnected t! t'e active side;

%;BprcstatePrint!ut; active

2. Print t'e C%lusterDna0eE and t'e CH!stDna0eE "r!0 t'e active side;%;Bcluster /ver

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%;Bhostname

3. %'ec+ t'at all cluster &r!u,s are !nline;

%;Bcluster group

Print!ut; Status is listed "!r all availale res!urce &r!u,s.

4. %'ec+ t'at all cluster res!urces are !nline;

%;Bcluster res

Print!ut; :istin& status "!r all availale res!urces

5. %'ec+ t'at t'e ri&'t SW is installed;

%;Bswrprint

Print!ut;AP SOFTWARE CHARACTERISTICS

6. %'ec+ t'at t'e ri&'t ti0e =!ne is set;

%;Bmtln !p

). %'ec+ t'e date;

%;B"ate

Print!ut; T'e current date is; da> 00dd>>>>

8nter t'e ne date; 007dd7>>N!te; 8nter /8T(/N !r ne date.

. %'ec+ t'e ti0e;

%;BtimePrint!ut; T'e current ti0e is; '';00;ss

8nter t'e ne ti0e;

N!te; 8nter /8T(/N !r ne ti0e.

$. :ist all alar0s !n APG;

%;Balist

N!te; %lear all alar0s > usin& t'e a,,r!,riate OPI. S!0e alar0s 0i&'t n!t e cleared'ere due t! t'e 0issin& %P c!nnecti!n "!r e@a0,le AP SST8 %:O% NOT

SN%H/ONI8#").

1.3. Test APIO SW and STS SW are installed and activated

1. O,en a c!00and ,r!0,t;Start !# All Programs !# Accessories !# Comman" Prompt

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%;B"s"ls !a

T'e ,rint!ut 0ust c!ntain;no"e cp$

n!de a,1a !r a,1

%!nnect t! t'e %P t'r!u&' t'e A#7,!rts. (se t'e SW Win"i!l. -eri"> t'at t'e %P 7

AP c!nnecti!n is enaled.

%;B00l APAPJ

Print!ut;AP %AI&TE&A&CE 'ATA

2. Test !" %S.

%;Bcp"test !c

Print!ut; STATE 0ust 'ave t'e value CO&&ECTE'

Start an : sessi!n it' s,!ntane!us ,rint!uts.%;Bmml (a

KIOSPJPrint!ut; IO : S8/-I%8 #ATA

KIO%#PJ

Print!ut; IO %ONFIG(/ATION #ATA:eave t'e : sessi!n;

K89ITJ

3. Test !" FS.

%;Bcp)ls !ls

Print!ut; CP FI*E TA+*E

4. Test !" AS.

%;Bmml (a

KPTCOI,

%PT-PTWSP,

Print!ut; CP STAT.S

8nd t'e sessi!n;

%PTKPTCOE,

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5. Test !" %PS.

:ist all de"ined s>ste0 ac+u, "iles;

KS+FP0FI*EJ

/elease t'e ter0inal;

K%T/:7#B

Print!ut; SST8 *A%(P FI:8S

:eave t'e : sessi!n;

KE1ITJ

Print t'e ,ara0eters "!r ac+u, &enerati!n 'andlin&.

%;B2upls

I" an> value is "ault>< c'an&e it > usin& t'e c!00and 2up"e).

%;Bu,de" 7n K""rB 70 Ks"rB 7s Ksu,B

1.4. FAN test

T'is c'a,ter can e !0itted 'en t'e APG43 is delivered standal!ne< !r i" t'e "an

'as een tested earlier.

1. %!nnect t'e ,!er calin& t! t'e Fan surac+.

2. /eturn t! %entral Pr!cess!r %P 0!de.%;Be3it

3. a+e sure t'e alar0 list is e0,t>.KA**IP,

Print!ut;A*AR% *IST

4. Sitc' t! AP l!cal 0!de !n t'e AP 'ere t'e ,r!cedure is t! e d!ne.

KAP*OC,

T'e ,r!0,t c'an&es "r!0 K t! t'e S'ell ,r!0,t.

5. :!!sen !ne !" t'e "an units and ,ull it !ut< !r disc!nnect t'e ,!er t! t'e

Fans< !r disc!nnect t'e cale t! t'e "an surac+.

6. -eri"> t'at an alar0 is indicated > t'e s>ste0.

). /est!re t'e "an unit !r cale.


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. -eri"> t'at t'e alar0 'as ceased.

$. /e,eat ste, 1 !n ,a&e t! ste, !n ,a&e $ "!r all "ans in t'e 0a&a=ine (sin& t'e "an alar0 "uncti!n.

1.5. Test of IO Device

T'e test in t'is c'a,ter 0ust !nl> e d!ne i" t'e APG43 als! 'as &!t t'e APIO

SW installed< t'at is< it is !nl> "!r AP1.

In t'is test t'e c!nnecti!n ,!rts "!r A#7ter0inals are c'ec+ed and tested.

1. IO #evice in %P< Attriutes.

%;Bcp"list !l

2. Print %P7AP c!nnecti!ns.

%;Bcp"test !c3. %'an&e IO #evice in %P i" t'e test is n!t success"ul.

%;Bcp"change - 4 4 4#

4. /eturn t! %entral Pr!cess!r %P 0!de.%;Be3it

5. Print IO device tale.

KIOIOP0IO56A**,Print!ut;IO 'E7ICE 'ATA

6. Sitc' t! AP l!cal 0!de !n t'e AP 'ere t'e ,r!cedure is t! e

d!ne.

KAP*OC,

T'e ,r!0,t c'an&es "r!0 K t! t'e S'ell ,r!0,t

1.6. Congration C!ange for t!e SS #older

1. :!&!n t! t'e AP active side as a user it' ad0inistrat!r ri&'ts and c'ec+

t'at >!u are l!&&ed !n t! t'e active side.%;Bprcstate

2. :ist t'e APG43 c!n"i&urati!n t>,e "!r t'e SS( "!lder.

%;Bssuls !l

T'e ,rinted c!n"i&urati!n t>,e 0ust e *S%< S% !r H:/ "!r a One %P S>ste0.

%'ec+ t'at it is t'e c!rrect !ne< i" it is +n!n 'at it 0ust e. I" it is n!t +n!n !" t'e s>ste0 dis+ and c'ec+

t'at

c;acsdata*(/ e@ists.

%;B"ir /a" c08acs8"ata

Note: %reate t'e *(/ direct!r>< i" t'e direct!r> d!es n!t e@ist;

%;Bm9"ir c08acs8"ata8+.R

3. :!&!ut "r!0 t'e current active side.

%;Be3it

4. :!&!n t! t'e AP ,assive side as a user it' ad0inistrat!r ri&'ts and c'ec+ t'at>!u are

l!&&ed !n t! t'e ,assive side. %'ec+ current alar0s.

%;Bprcstate%;Bhostname

%;Balist

5. #is,la> a list !" direct!ries in t'e r!!t direct!r> !" t'e s>ste0 dis+ and c'ec+

T'at c;acsdata*(/ e@ists.

%;B"ir /a" c08acs8"ata

Note: %reate t'e *(/ direct!r>< i" t'e direct!r> d!es n!t e@ist;

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%;Bm9"ir c08acs8"ata8+.R

6. %'ec+ t'at direct!r> Ci0a&esE e@ists in ;. /e,lace KclusternameB it' t'e

Na0e !" t'e cluster. %'ec+ t'at t'e direct!ries C&o"eAE and C&o"e+E e@ist.

%;B"ir 88-clustername#8images

). Per"!r0 a c!0,lete ac+u, !" !t' sides. T'at is< data dis+ in"!r0ati!n is saved enterin& C:ENote 1: T'e ,rint!ut ... returned err!r 5 . . . . i&'t e received acc!rdin& t! T/

HH$1244. It is s!lved in ::-1.

Note 2: T'e created ac+u, arc'ives ill e aut!0aticall> veri"ied.Note 3: T'e ,r!cedure ill ta+e a,,r!@i0atel> !ne '!ur de,endin& !n s>ste0

l!ad.Note 4: T'e aut!0aticall> &enerated i0a&e na0e is;

sidena0eD##DHHSS.=i,

T'e aut!0aticall> &enerated arc'iveD"ilena0e is;;I0a&esN!deA*sidena0eD##DHHSS.=i,

Note : T'e te@t .2ur+ac9up one 2utton 2ac9up e3ecution complete". "!ll!ed >

a ,r!0,t 0ust e received

. Print t'e currentlast !,erati!n;

%;Bem)in)o

$. Is t'e currentlast !,erati!n in status P/O%8SSINGL

8S; Wait a 'ile "!r t'e c!,> ,r!cess t! "inis'. Pr!cessin& ti0e "!r 1 G* isa,,r!@i0atel> 22

0inutes.

NO; I" t'e APG43 c!ntains n! #-# !ard< c!ntinue it' t'e ne@t c'a,ter.

Ot'erise c!ntinue it' t'e ne@t ste,.

1. Insert an e0,t> #-# int! t'e APG43.

Note 1: T'e #-# 0ust e an a,,r!ved versi!n "!r APG43 #-# edia %!0,atiilit>

:ist.Note 2: A #-# !" t>,e #-#7/ 'as t! e c'!sen. T'is #-# 0ust e used "!r t'edeliver> t! t'e cust!0er.

11. Trans"er t'e ac+u, "ile "!r side A !n t'e #-#.

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%;Bem)cop: !m TO'7' 88-clustername#8images8&o"eA8-zipfile#

Note 1: Para0eter 4o 0ust e used< i" t'e #-# is !" t>,e /W< s! t'at t'e #-# is erasede"!re

data is c!,ied t! it.

Note 2: 8nter t'e c!00and "r!0 t'e active side.Note 3: :ale t'e #-# it' t'e na0e !" t'e APG43< t'e side na0e< and t'e date.

12. Print t'e currentlast !,erati!n;%;Bem)in)o

13. Is t'e currentlast !,erati!n in status P/O%8SSINGL

8S; Wait a 'ile "!r t'e c!,> ,r!cess t! "inis'. Pr!cessin& ti0e "!r 1 G* is

a,,r!@i0atel> 22 0inutes. T'en &! t! ste, 12 !n ,a&e 35.

NO; %!ntinue it' t'e ne@t ste,

14. %'ec+ t'e c!ntents !" t'e #-#;%;B"ir ;0

15. Insert an!t'er e0,t> #-# int! t'e APG43.

Note 1: T'e #-# 0ust e an a,,r!ved versi!n "!r APG43.#-# edia %!0,atiilit>

:ist.Note 2: A #-# !" t>,e #-#7/ 'as t! e c'!sen. T'is #-# 0ust e used "!r t'edeliver> t! t'e cust!0er.

16. Trans"er t'e ac+u, "ile "!r side * !n t'e #-#.

%;Bem)cop: 4m TO#-# 88-clustername#8images8&o"e+8-zipfile#

Note 1: Para0eter !o 0ust e used< i" t'e #-# is !" t>,e /W and i" it is n!t t'e sa0e

#-# as as used "!r side A< s! t'at t'e #-# is erased e"!re data is c!,ied t! it.Note 2: 8nter t'e c!00and "r!0 t'e active side.Note 3: :ale t'e #-# it' t'e na0e !" t'e APG43< t'e side na0e< and t'e date.

1). Print t'e currentlast !,erati!n;

%;Bem)in)o

1. Is t'e currentlast !,erati!n in status P/O%8SSINGL

8S; Wait a 'ile "!r t'e c!,> ,r!cess t! "inis'. Pr!cessin& ti0e "!r 1 G* isa,,r!@i0atel> 22 0inutes.

NO; %!ntinue it' t'e ne@t ste,.

1$. %'ec+ t'e c!ntents !" t'e #-#;

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%;B"ir ;0

1.,. -estore of AP(* SW fro D+D1. :!&!n t! t'e ,assive side.

2. a+e t'e ,assive side !ner t! t'e #-#.%;Bem)get

3. Insert a #-# it' t'e ac+u, "!r side A int! t'e APG43.

4. %!,> t'e =i, ac+u, "!r side A "r!0 t'e G; ,artiti!n #-# t! ;i0a&es.

%;Bcop: ;08-imagename for side A#4ip 88-clustername#8images8&o"eA

5. Insert a #-# it' t'e ac+u, "!r side * int! t'e APG43.

6. %!,> t'e =i, ac+u, "!r t'e side * "r!0 t'e G; ,artiti!n #-# t! ;i0a&es.

%;Bcop: ;08-imagename for side B#4ip 88-clustername#8images8&o"e+

). -eri"> t'e =i, ac+u,s "!r !t' sides.

%;B2urveri): !i 88-clustername#8images8&o"eA8-imagename for side A#4ip%;B2urveri): !i 88-clustername#8images8&o"e+8-imagename for side B#4ip

. Per"!r0 a rest!re t! t'e #; ,artiti!n !n t'e ,assive side.

%;B2urrestore !a 88-clustername#8images8&o"este0 it ta+es u, t! 1 0inutes until t'e net s'areis availale. (ntil t'e s'are is availale a ne ac+u, 0ust n!t e 0ade. (se

c!00and net share s:svol t! 0a+e sure t'at t'e s'are is availale.12. S'utd!n t'e ,assive side.

%;Bprc2oot !s

13. :!&!n t! t'e !t'er active side and rest!re t'is side.%;B2urrestore !r -imagename#

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Note: A"ter a rest!re !" t'e s>ste0 it ta+es u, t! 1 0inutes until t'e net s'are is

availale. (ntil t'e s'are is availale a ne ac+u, 0ust n!t e 0ade. (se c!00and

net share s:svol t! 0a+e sure t'at t'e s'are is availale.

14. -eri"> cluster and side res!urces are !nline a"ter rest!re

%;Bcluster resNote: It can ta+e s!0e ti0e e"!re t'e side res!urces are !nline.

15. /eset t'e !t'er side "r!0 t'e active side%;Bhwmreset !) !n other

Wait "!r t'e !t'er side t! re!!t and t'en l!&!n t! t'at side. %'ec+ t'at all cluster

res!urces are !nline.

%;Bcluster res > )in"str !ive online

16. %'ec+ t'at t'ere are t! #-#7/ versi!ns it' ac+u,s availale "!r deliver>

t! t'e cust!0er. T'e #-#s 0ust e stra,,ed t! t'e APG43 0a&a=ine

1./. 0S# 0et2or& Srveillance #nction) testing

34ternal 0et2or& Srveillance #nctionalit7 C!ec& if fnctionalit ag is active 78not active9 18active)

sing coandC:; '!a'rint acs


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1.11. #TP test

7 sing a S) #TP client9 sc! as t!at 'rovided = >S?DOS9o'en ' a session to t!e active node.

7 Dir and cd ft'vol if needed7 (oto t!e dedicated #TP director on t!e 0ode9 @:;ft'vol;7 'load an test le onto t!e director.7 34it session.7 O'en a ne2 session to t!e active node.7 C!ec& for test le and renae it.7 Do2nload le to ocal PC.7 34it session.7 C!ec& renaed le fro ocal PC.

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2. APZ 212 55 Tests

2.1 APZ 212 55 HW confguration

Fi&ure 5 ?AP !ards

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Tale 1 ? AP 212 55 calin&

B.B >anal Intervention 2!en CP?A is 3

1. %'ec+ t'e alar0 list.

KA**IPJ

Print!ut;A*AR% *IST

2. %'ec+ t'at t'e %P is in status WO. %P7A s'!uld e e@ecutive.

K'PWSPJPrint!ut; CP STATE

I" %P7A is n!t 89< sitc' t'e sides;

K'PSWI,

/elease t'e ter0inal > enterin& -CTR*!'#4Print!ut; CP STATE

3. Passivate t'e aut!0atic !ut,ut "uncti!n.KS+.EJ

4. a+e !ut,ut !" a s>ste0 ac+u, c!,> t! /8:FSW2.

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Note 1: *e sure "irst t'at >!u 'ave an unr!+en c'ain it'RE*FSW$ enterin& -CTR*!'#4Print!ut; CP 'IA;&OSIS

6. Select a sus,ected !ard "r!0 t'e list !" %P #IAGNOSIS ,rint!ut. Initiate

0anual interventi!n in t'e %P it' ,ara0eters !" t'e selected sus,ected !ard.KRE%CI0 %A;6magB PC+6PC+,

Print!ut; CP %A&.A* I&TER7E&TIO&Note 1: Per"!r0 acti!ns s,eci"ied in ,rint!ut CP %A&.A* I&TER7E&TIO&

I" t'e %P is "aultless Test /8S(:T M NO FA(:T< use t'e "!ll!in& ,ara0eters;

KRE%CI0 %A;6CP.B PC+6CP.+!+,Print!ut; %P AN(A: INT8/-8NTION

Note 2: Per"!r0 acti!ns s,eci"ied in ,rint!ut CP %A&.A* I&TER7E&TIO&

). a+e sure t'at %P7A is 89.K#PWSPJ

Print!ut; %P STAT8

. Initiate a re,air c'ec+.

K/8%%IJ

/elease t'e ter0inal > enterin& K%T/:7#B.Print!ut; %P /8PAI/

N!te; In AP 212 55 and AP 212 6< t'e s>ste0 ill ala>s 'ave t'e A side as

89 a"ter success"ul c!00and e@ecuti!n.

$. Activate t'e aut!0atic !ut,ut "uncti!n.

KS*(IJ


KA::IPJ

Print!ut; A:A/ :IST

2.3 >anal Intervention 2!en CP?% is 3

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1. Sitc' e@ecutive side. %P in WO state. %P7* s'!uld e e@ecutive.

K#PSWIJ

/elease t'e ter0inal > enterin& K%T/:7#B.Print!ut; %P STAT8

2. Initiate ,r!cedure "!r %P re,air.K/8P%IJ

/elease t'e ter0inal > enterin& K%T/:7#B.

Print!ut; %P #IAGNOSIS

3. Select a sus,ected !ard "r!0 t'e list !" %P #IAGNOSIS ,rint!ut. Initiate

0anual

interventi!n in %P it' ,ara0eters !" t'e selected sus,ected !ard.K/8%I; AGM0a&< P%*MP%*J

Print!ut; %P AN(A: INT8/-8NTION

Note 10Per"!r0 acti!ns s,eci"ied in ,rint!ut %P AN(A: INT8/-8NTIONI" t'e %P is "aultless Test /8S(:T M NO FA(:T< use t'e "!ll!in& ,ara0eters;

K/8%I; AGM%P(< P%*M%P(*7AJPrint!ut; %P AN(A: INT8/-8NTION

Note 20Per"!r0 acti!ns s,eci"ied in ,rint!ut %P AN(A: INT8/-8NTION

4. %'ec+ 'et'er %P7* is 89.

K#PWSPJ

Print!ut; %P STAT8I" %P7* is n!t 89< sitc' t'e sides;

K#PSWIJ

/elease t'e ter0inal > enterin& K%T/:7#B.Print!ut; %P STAT8

5. Initiate a re,air c'ec+.K/8%%IJ


Print!ut; %P /8PAI/

N!te; In AP 212 55 and AP 212 6< t'e s>ste0 ill ala>s 'ave t'e A side as89 a"ter success"ul c!00and e@ecuti!n.

6. %'ec+ 'et'er %P7A is 89.K#PWSPJ

Print!ut; %P STAT8

I" %P7A is n!t 89< sitc' t'e sides;K#PSWIJ


Print!ut; %P STAT8

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B. >anal Initiated Sall -estart

1. %'ec+ t'e alar0 list.KA::IPJ

Print!ut; A:A/ :IST

2. Print t'e restart escalati!n ind! "!r s0all restart.

KS/AP; SA::IN(T8SJ

Print!ut; SA:: SST8 /8STA/T WIN#OW

3. Order a s0all restart. %'ec+ t'at t'e restart de&ree is /AN SA:: and t'at

it is c!00and initiated.T'e ,rint!ut /8STA/T #ATA is directed t! t'e device de"ined "!r P/%AM32.

KS/8I; /ANMSA::< 89P:MOTH8/7T8STJ

Print!ut; /8STA/T #ATA

N!te; T'e ,rint!ut is n!r0all> received it'in 5 0inutes.

4. Order an!t'er s0all restart it'in SA::IN(T8S 0inutes "r!0 t'e "irst

!ne.%'ec+ t'at t'e restart de&ree is SA:: and c!00and initiated.

N! escalati!n "!r 0anual restarts.

T'e ,rint!ut /8STA/T #ATA is directed t! t'e device de"ined "!r P/%AM32.KS/8I; /ANMSA::< 89P:MOTH8/7T8STJ



5. %ease t'e alar0 SST8 /8STA/T.

KS/A8J

6. Wait until t'e %P state is WO. %'ec+ t'e alar0 list. N! ne (N89P8%T8#

alar0s s'!uld 'ave een added since e"!re t'e restart. 8@a0,le !" e@,ected

alar0s is alar0s c!ncernin& t'e restart itsel" !r t'e c!00and l!&.KA::IPJ

Print!ut; A:A/ :IST

). %'ec+ t'e %P event rec!rd. N! ne (N89P8%T8# event s'!uld 'ave

!ccurred in c!nuncti!n it' t'e restart. In"!r0ati!n a!ut t'e restart itsel" ill

e added. N! "ault t>,e s'!uld e indicated.

K#I/%PJ/elease t'e ter0inal > enterin& K%T/:7#B.

Print!ut; %P 8-8NT /8%O/#

. %'ec+ t'e /P event rec!rd. It c!ntains in"!r0ati!n a!ut c!00!n events< /P

events and 8 events. N! ne (N89P8%T8# events s'!uld 'ave !ccurred

in c!nuncti!n it' t'e restart. In"!r0ati!n a!ut t'e restart itsel" ill e addedas a c!00!n event. N! ne /P !r 8 events s'!uld 'ave een added.

2


21/50

K#I//P;/PMA::J

Print!ut; /P 8-8NT /8%O/#

B.5 >anal Initiated arge -estart


KA::IPJ

Print!ut; A:A/ :IST

2. Print t'e restart escalati!n ind! "!r lar&e restart.

KS/AP; :A/G8IN(T8SJPrint!ut; :A/G8 SST8 /8STA/T WIN#OW

3. Order a lar&e restart. Order t'at t'e restart de&ree is :A/G8 and t'at it isc!00and

initiated.T'e ,rint!ut /8STA/T #ATA is directed t! t'e device de"ined "!r P/%AM32.

KS/8I; /ANM:A/G8< 89P:MOTH8/7T8STJPrint!ut; /8STA/T #ATA


4. Order an!t'er lar&e restart it'in :A/G8IN(T8S 0inutes "r!0 t'e "irst

!ne. %'ec+ t'at t'e restart de&ree is :A/G8 and c!00and initiated.

N! escalati!n "!r 0anual restarts.T'e ,rint!ut /8STA/T #ATA is directed t! t'e device de"ined "!r P/%AM32.

KS/8I; /ANM:A/G8< 89P:MOTH8/7T8STJ

Print!ut; /8STA/T #ATAN!te; T'e ,rint!ut is n!r0all> received it'in 5 0inutes.

5. %ease t'e alar0 SST8 /8STA/T.

KS/A8J

6. Wait until %P state is WO. %'ec+ t'e alar0 list. N! ne (N89P8%T8#

restarts alar0s s'!uld 'ave een added since e"!re t'e restart.8@a0,le !" e@,ected alar0s is alar0s c!ncernin& t'e restart itsel" !r t'e

c!00and l!&.

KS/IP; S(/-8J

Print!ut; SOFTWA/8 /8%O-8/ S(/-8KA::IPJ

Print!ut; A:A/ :IST

). %'ec+ t'e %P event rec!rd. N! ne (N89P8%T8# events s'!uld 'ave

!ccurred in c!nuncti!n it' t'e restart. In"!r0ati!n a!ut t'e restart itsel" ill e

added. N! "ault t>,e s'!uld e indicated.K#I/%PJ

21


22/50



. %'ec+ t'e /P event rec!rd. It c!ntains in"!r0ati!n a!ut c!00!n events< /P

events and 8 events. N! ne (N89P8%T8# events s'!uld 'ave !ccurred in

c!nuncti!n it' t'e restart. In"!r0ati!n a!ut t'e restart itsel" ill e added as ac!00!n event. N! ne /P !r 8 events s'!uld 'ave een added.

K#I//P; /PMA::J

%!00and; /P 8-8NT /8%O/#

B.6 Activate t!e Coand og

1. Sitc' t! AP 0!de.

KAP:O%JN!te; T'e ,r!0,t c'an&es "r!0 K t! t'e S'ell ,r!0,t.

2. #eter0ine 'et'er t'e c!00and l!& "ile e@ists.

%;Bc,"ls 7ls /8:%#H#F

F!r a ulti,le %P s>ste0;%;Bc,ls 7l

%;Bc,"ls 7c, Kc,na0eB 7ls /8:%#H#F

I" it d!es n!t e@ist< create t'e c!00and l!& "ile.%;Bc,"0+"ile 7l 512 7c /8:%#H#F /8:-O:(SW

F!r a ulti,le %P s>ste0;

%;Bc,"0+"ile .c, Kc,na0eB 7l 512 7c /8:%#H#F /8:-O:(SWN!te; Kc,na0eB 0ust e ritten it' ca,ital letters.

/eturn t! %entral Pr!cess!r %P 0!de;

%;Be@it


KA::IPJ

Print!ut; A:A/ :IST%'ec+ 'et'er t'e alar0 ./8:OA# PA/A8T8/S IN-A:I#. is received. T'e

alar0 ./8:OA# PA/A8T8/ IN-A:I#. is received< i" t'e c!00and S%SI is

entered it'!ut t'e ,ara0eter SFN< it' t'e intenti!n t! create a ne c!00and

l!& su"ile re"erence "!r ac+u,< i" suc' a re"erence did n!t e@ist. Fault %!de 2 ist'en received in t'e alar0 ,rint!ut.

T'e c!00and S%SI it' t'e ,ara0eter SFN is !nl> acce,ted i" t'is alar0

e@ists. Ot'erise it is reected. T'e ,ara0eter SFN 0ust e used 'en n!re"erence t! a c!00and l!& su"ile e@ists "!r ac+u,.

4. %reate a c!00and l!& su"ile. I" t'e alar0 C/8:OA# PA/A8T8/SIN-A:I#E is n!t received< t'e ,ara0eter SFN 0ust e !0itted;

22


23/50

KS%SIJ

I" t'e alar0 C/8:OA# PA/A8T8/S IN-A:I#E is received< t'e ,ara0eter

SFN 0ust e used;KS%SI; SFNM1J

It 0i&'t t'en e necessar> t! "irst create t'e su"ile > enterin& t'e "!ll!in&

c!00ands;Sitc' t! AP 0!de.

KAP:O%J

%;Bc,"0+"ile /8:%#H#F 71.F!r a ulti,le %P s>ste0;

%;Bc,ls 7l

%;Bc,"0+"ile 7c, Kc,na0eB /8:%#H#F 71.

/eturn t! %P !de.%;Be@it

N!te; Kc,na0eB 0ust e ritten it' ca,ital letters.

5. Activate t'e c!00and l!&.KS%:IJ

/elease t'e ter0inal > enterin& K%T/:7#B.Wait "!r t'e result ,rint!ut.

Print!ut; %OAN# :OG A%TI-ATION /8S(:T

T'e c!00and l!& is activated.

B.$ >anal Initiated arge -estart 2it! -eload fro >S

T'is c'a,ter is !nl> "!r AP1< since AP2 d!es n!t 'ave APIO.anual Initiated :ar&e /estart it' /el!ad "r!0 ain St!re S.

1. Print t'e s>ste0 ac+u, "iles and 0a+e sure t'at /8:FSW2 can e

Overritten.

KS+FP0FI*E,/elease t'e ter0inal > enterin& -CTR*!'#4

KS+FP0FI*E6RE*FSW?,

/elease t'e ter0inal > enterin& -CTR*!'#4

Print!ut; SSTE% +AC.P FI*ES

2. T'e c!00and l!&&in& "uncti!n is initiated< i" it 'as n!t alread> een initiated.KSC*I,/elease t'e ter0inal > enterin& -CTR*!'#4

Print!ut; CO%%A&' *O; ACTI7ATIO& RES.*T

3. Passivate t'e aut!0atic !ut,ut !" t'e s>ste0 ac+u,.

KS+.E,Note: FA(:T %O#8 23 is received< i" it is alread> ,assive.

23


24/50

4. a+e a s>ste0 ac+u,. Wait "!r result ,rint!ut.

KS+.P0FI*E6RE*FSW?,/elease t'e ter0inal > enterin& -CTR*!'#4

Print!ut;+AC.P I&FOR%ATIO& O.TP.T PRO;RESS

Print!ut;+AC.P I&FOR%ATIO& O.TP.TWait until t'e ,rint!ut is "inis'ed.

5. /!tate t'e ac+u, "iles.

#urin& n!r0al !,erati!n t'at is< in a live e@c'an&e all t'e "iles /8:FSW enterin& K%T/:7#B.

I" ST(% is success"ull> e@ecuted< ,r!ceed it' t'e ne@t ste,. Ot'erisec!ntinue it' t'is ste,. At start7u, it 0i&'t n!t e all!ed t! r!tate t'e "ilesste0;

%;Bc,ls 7l%;Bc,"rena0e 7c, Kc,na0eB rel"s du00>

%;Bc,"rena0e 7c, Kc,na0eB rel"s2 rel"s

%;Bc,"rena0e 7c, Kc,na0eB du00> rel"s2

Note 2:Kc,na0eB 0ust e ritten it' ca,ital letters.

T'e c!ntents !" t'e "iles /8:FSW and /8:FSW2 are sa,,ed. /8:FSW

ill a"terards c!ntain t'e latest du0,./eturn t! %P !de.

%;Be@it

6. Activate aut!0atic< ,eri!dic !ut,ut t!ards t'e ac+u, in t'e S. T'e

,rede"ined rel!adin& "ile is /8:FSW.

KS*(IJT'e S is validated > S*(I< 'ic' 0eans t'at rel!ad is ,er"!r0ed "r!0 S.

I" n!t validated< t'e rel!ad ill e ,er"!r0ed "r!0 "ile.

). %'ec+ t'at S is validated.

K#PWSPJ

24


25/50

Print!ut; %P STAT8

*(A STAT8 0ust 'ave t'e value 1 i" S is validated.

. Print s>ste0 ac+u, c!,> in S.

KS*FP;SJ

/elease t'e ter0inal > enterin& K%T/:7#B.Print!ut; SST8 *A%(P FI:8S

$. Order a restart it' rel!ad. Wait "!r t'e rel!adin& t! "inis'. %'ec+ t'at a rel!adas ,er"!r0ed and t'at it as c!00and initiated.

T'e ,rint!ut /8STA/T #ATA is directed t! t'e device de"ined "!r P/%AM32.

KS/8I;/ANM/8:OA#,e s'!uld e indicated.

K#I/%PJ


25


26/50


15. %'ec+ t'e /P event rec!rd. It c!ntains in"!r0ati!n a!ut c!00!n events< /P

events and 8 events. N! ne (N89P8%T8# events s'!uld 'ave !ccurred inc!nuncti!n it' t'e restart. In"!r0ati!n a!ut t'e restart itsel" ill e added as a

c!00!n event. N! ne /P !r 8 events s'!uld 'ave een added.

K#I//P;/PMA::JPrint!ut; /P 8-8NT /8%O/#

B., >anal Initiated arge -estart 2it! -eload fro #ile

1. Print t'e s>ste0 ac+u, "iles and 0a+e sure t'at /8:FSW2 can e !verritten.

KS*FP;FI:8J/elease t'e ter0inal > enterin& K%T/:7#B.

KS*FP;FI:8M/8:FSW2J

/elease t'e ter0inal > enterin& K%T/:7#B.Print!ut; SST8 *A%(P FI:8S

2. T'e c!00and l!&&in& "uncti!n is initiated< i" it 'as n!t alread> een initiated.

KS%:IJ/elease t'e ter0inal > enterin& K%T/:7#B.


3. Passivate t'e aut!0atic !ut,ut !" t'e s>ste0 ac+u,.

KS*(8J

N!te; FA(:T %O#8 23 is received< i" it is alread> ,assive

4. a+e a s>ste0 ac+u,. Wait "!r t'e result ,rint!ut.

KS*(P; FI:8M/8:FSW2J/elease t'e ter0inal > enterin& K%T/:7#B.

Print!ut; *A%(P INFO/ATION O(TP(T P/OG/8SS

Print!ut; *A%(P INFO/ATION O(TP(T

Wait until t'e ,rint!ut is "inis'ed.

5. /!tate t'e ac+u, "iles.

KST(%J/elease t'e ter0inal > enterin& K%T/:7#B.

I" ST(% is success"ull> e@ecuted< ,r!ceed it' t'e ne@t ste,. Ot'erise

%!ntinue it' t'is ste,.

/!tate t'e rel!ad "iles 0anuall>.N!te 1; T'is ,r!cedure 0ust never e used in a live sitc'

Sitc' t! AP l!cal 0!de.

KAP:O%J/!tate "iles.

%;Bc,"rena0e rel"s du00>

%;Bc,"rena0e rel"s2 rel"s%;Bc,"rena0e rel"s1 rel"s2

26


27/50

%;Bc,"rena0e du00> rel"s1

F!r a ulti,le %P s>ste0;

%;Bc,ls 7l%;Bc,"rena0e 7c, Kc,na0eB rel"s du00>

%;Bc,"rena0e 7c, Kc,na0eB rel"s2 rel"s

%;Bc,"rena0e 7c, Kc,na0eB rel"s1 rel"s2%;Bc,"rena0e 7c, Kc,na0eB du00> rel"s1

N!te 2; Kc,na0eB 0ust e ritten it' ca,ital letters/eturn t! %P !de.

%;Be@it

6. Order a restart it' rel!ad. Wait "!r t'e rel!adin& t! "inis'. %'ec+ t'at a rel!adas ,er"!r0ed and t'at it as c!00and initiated.

T'e ,rint!ut /8STA/T #ATA is directed t! t'e device de"ined "!r P/%AM32.

KS/8I; /ANM/8:OA#< 89P:MOTH8/7T8STJ

Print!ut; /8STA/T #ATAN!te; Wait 2.1 0inutes "!r t'e rel!adin& t! "inis'. T'e ti0e is de,endent !" t'e

si=e !" t'e e@c'an&e.

). Print ti0e and "ile usa&e at t'e latest s>ste0 restart it' restart ran+ /8:OA#.

In"!r0ati!n is t'en &iven a!ut t'e rel!adin&.KS*/PJ

Print!ut; SST8 /8:OA#ING INFO/ATION

-eri"> t'at t'e rel!ad as ,er"!r0ed "r!0 t'e "ile /8:FSW.

. %ease t'e alar0 SST8 /8STA/T.

KS/A8J

$. Print t'e alar0 list. N! ne (N89P8%T8# alar0s s'!uld 'ave een added

since e"!re t'e restart. 8@a0,le !" e@,ected alar0s is alar0s c!ncernin& t'e

restart itsel" !r t'e c!00and l!&.KA::IPJ

Print!ut; A:A/ :IST

%'ec+ 'et'er t'e alar0 AN(A: 898%(TION OF %OAN# :OG

/8Q(I/8# is received.I" t'e alar0 is received< "!ll! t'e OPI .%!00and :!& File< anuall> 8@ecute.

1. %'ec+ t'e 8rr!r interru,t In"!r0ati!n. N! ne (N89P8%T8# events s'!uld'ave !ccurred in c!nuncti!n it' t'e restart. In"!r0ati!n a!ut t'e restart itsel"

ill e added. N! "ault t>,e s'!uld e indicated.

K#I/%PJ/elease t'e ter0inal > enterin& K%T/:7#B.


2)


28/50

11. %'ec+ t'e /P event rec!rd. It c!ntains in"!r0ati!n a!ut c!00!n events< /P

events and 8 events. N! ne (N89P8%T8# events s'!uld 'ave !ccurred in

c!nuncti!n it' t'e restart. In"!r0ati!n a!ut t'e restart itsel" ill e added as ac!00!n event. N! ne /P !r 8 events s'!uld 'ave een added.

K#I//P;/PMA::J

Print!ut; /P 8-8NT /8%O/#

B./ #3 oad on CP?A

1. #isc!nnect t'e %P7A !ard and t'e %P7* !ard "r!0 t'e eG8.Note 1:T'e !ards can e disc!nnected in an> !rder.Note 2:T'e !ards s'!uld !nl> e ,ulled !ut a "e centi0etres< n!t c!0,letel>

re0!ved "r!0 t'e 0a&a=ine.Note 3:A t!r@ renc' is needed t! disc!nnect t'e !ards.

2. #isc!nnect t'e ,!er t! A(* and ait 1 sec!nds.Note:(se t'e unc!nditi!nal ,!er sitc' !n t'e A(*. I" it d!es n!t 'ave an>

,!er sitc'< ,ull !ut t'e A( !ard.

3. /ec!nnect t'e %P7A !ard int! t'e eG8. Wait 2715 0inutes "!r t'e rel!ad t!

"inis'. T'e "!ll!in& e@c'an&e 'eader is an e@a0,le !" a ,rint!ut t'at can ereceived< i" t'e l!&!n atte0,t is success"ul. CF89E 0ust e received as %P state.

F89 55/8FD:S-1D%D$25 A#74 TI8 $11 PAG8 1

KNote 1:N!t'in& is received !n t'e %#( dis,la> 'en t'e rel!ad is "inis'ed< due

t! t'e "act t'at t'e dis,la> is c!nnected t! t'e A(*.

Note 2: T'e alar0 %P FA(:T is received due t! 0issin& A(*.

4. Set t'e ,r!&ra0 cl!c+.

K%A%:S; TI8M''00< #AT8M>>00ddJ

5. Order a s0all restart t! set t'e ti0e in all APT l!c+s< ! u""ers and ti0e

Rueues. Print!ut ter0inal de"ined "!r P/%AM32.

KS/8I; /ANMSA::< 89P:MOTH8/7T8STJPrint!ut; /8STA/T #ATA

KS/IP; S(/-8J

Print!ut; /8STA/T INFO/ATION

Note:T'e alar0 %P FA(:T rea,,ears due t! t'e s>ste0 restart.

6. /ec!nnect t'e ,!er t! A(*.Note:(se t'e unc!nditi!nal ,!er sitc' !n t'e A(*. I" it d!es n!t 'ave an>,!er sitc'< ,us' in t'e A( !ard.

). %ease t'e alar0 SST8 /8STA/T.KS/A8J

2


29/50

. %'ec+ t'e %P.

K/8%%IJ

/elease t'e ter0inal > enterin& K%T/:7#B.Print!ut; %P /8PAI/Note:T'e alar0 %P FA(:T ill n!t cease even t'!u&' /8%%I is success"ull>

c!0,leted.

$. /ec!nnect t'e %P7* !ard int! t'e eG8.

Wait 5 0inutes until %P dis,la> arrives t! 3$ ,'ase.

1. a+e a ,arallel start !" stand> %P7side< %P7*.

K/8%%IJ

/elease t'e ter0inal > enterin& K%T/:7#B.Print!ut; %P /8PAI/Note 1:In AP 212 55 and AP 212 6< t'e s>ste0 ill ala>s 'ave t'e A side

as 89 a"ter success"ul c!00and e@ecuti!n.

Note 2:T'e alar0 %P FA(:T ill cease.

11. Wait "!r %P t! return t! ,arallel !,erati!n.K#PWSPJ

Print!ut; %P STAT8

B.17 #3 oad on CP?%

1. #isc!nnect t'e %P7A !ard and t'e %P7* !ard "r!0 t'e eG8.

Note 1:T'e !ards can e disc!nnected in an> !rder.Note 2:T'e !ards s'!uld !nl> e ,ulled !ut a "e centi0eters< n!t c!0,letel>

re0!ved "r!0 t'e 0a&a=ine.Note 3:A t!r@ renc' is needed t! disc!nnect t'e !ards.

2. #isc!nnect t'e ,!er t! A(* and ait 1 sec!nds.

N!te; (se t'e unc!nditi!nal ,!er sitc' !n t'e A(*. I" it d!es n!t

'ave an> ,!er sitc'< ,ull !ut t'e A( !ard.

3. /ec!nnect t'e %P7* !ard int! t'e eG8.

Wait 2715 0inutes "!r t'e rel!ad t! "inis'.

T'e "!ll!in& e@c'an&e 'eader is an e@a0,le !" a ,rint!ut t'at can e received< i"t'e l!&!n atte0,t is success"ul. .F89. 0ust e received as %P state.

F89 55/8FD:S-1D%D$25 A#74 TI8 $11 PAG8 1

KNote 1:N!t'in& is received !n t'e %#( dis,la> 'en t'e rel!ad is "inis'ed< due

t! t'e "act t'at t'e dis,la> is c!nnected t! t'e A(*.Note 2: T'e alar0 %P FA(:T is received due t! 0issin& A(*.

2$


30/50

4. Set t'e ,r!&ra0 cl!c+.

K%A%:S; TI8M''00< #AT8M>>00ddJ

5. Order a s0all restart t! set t'e ti0e in all APT l!c+s< ! u""ers and ti0e

Queues. Print!ut ter0inal de"ined "!r P/%AM32.

KS/8I; /ANMSA::< 89P:MOTH8/7T8STJPrint!ut; /8STA/T #ATA

KS/IP; S(/-8J

Print!ut; /8STA/T INFO/ATIONNote; T'e alar0 %P FA(:T rea,,ears due t! t'e s>ste0 restart.

6. /ec!nnect t'e ,!er t! A(*.Note:(se t'e unc!nditi!nal ,!er sitc' !n t'e A(*. I" it d!es n!t 'ave an>,!er sitc'< ,us' in t'e A( !ard.

). %ease t'e alar0 SST8 /8STA/T.

KS/A8J

. %'ec+ t'e %P.K/8%%IJ


Print!ut; %P /8PAI/N!te; T'e alar0 %P FA(:T ill n!t cease even t'!u&' /8%%I is success"ull>

c!0,leted.

$. /ec!nnect t'e %P7A !ard int! t'e eG8.Wait 5 0inutes until %P dis,la> arrives t! 3$ ,'ase.

1. a+e a ,arallel start !" stand> %P7side< %P7A.K/8%%IJ


Print!ut; %P /8PAI/Note 1:In AP 212 55 and AP 212 6< t'e s>ste0 ill ala>s 'ave t'e

A side as 89 a"ter success"ul c!00and e@ecuti!n.Note 2:T'e alar0 %P FA(:T ill cease.

11. Wait "!r %P t! return t! ,arallel !,erati!n.

K#PWSPJ

Print!ut; %P STAT8

12. Initiate c!00and l!&&in&.

KS%:IJ/elease t'e ter0inal > enterin& K%T/:7#B.


3


31/50

B.11 #nction C!ange >et!od II

1. I" t'e aut!0atic si=e alterati!ns "uncti!n is active< 0a+e it ,assive.KSAO%PJ

KSAO%S; STAT8MPASSI-8J

2. Se,arate %P7S*.

KF%S8IJ

S0all restart !" t'e AP l!c+s is ,er"!r0ed in S* side

3. #eactivate t'e aut!0atic du0,in& !" #S variales.

KS*(8JNote:FA(:T %O#8 23 is received< i" it is alread> ,assive.

4. Set t'e F% 0!de.

KF%OS; O#8M(*NOT/SWIJ

5. Order data trans"er "r!0 %P789 t! %P7S*.

#eactivate t'e aut!0atic du0,in& !" #S varialesWait "!r t'e ,rint!ut.

KF%#ATJ

Print!ut; #ATA T/ANSF8/ /8S(:T

6. Sitc' t! AP 0!de.

KAP:O%J

N!te 1; T'e ,r!0,t c'an&es "r!0 K t! t'e S'ell ,r!0,t.%!nnect t! %P7S*.

%;B00l 7asF!r a ulti,le %P s>ste0;%;Bc,ls .l

%;B00l 7c, Kc,na0eB 7asNote 2:Kc,na0eB 0ust e ritten it' ca,ital letters.Note 3: T'e ,r!0,t c'an&es "r!0 t'e S'ell ,r!0,t t! K.

). Start t'e a,,licati!n l!c+s in %P7S*.KSATI; /8STA/TJ


. %!nnect t! %P789.8nd %P7S* ter0inal sessi!n.

K89ITJ

N!te 1; T'e ,r!0,t c'an&es "r!0 K t! t'e S'ell ,r!0,t./eturn t! %P 0!de.

%;Be@it

N!te 2; T'e ,r!0,t c'an&es "r!0 t'e S'ell 0!de t! K.

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$. Sitc' t'e %P sides.

KF%SWIJ

1. Per"!r0 a 0anual ac+u, c!,>.

KS*(P;FI:8J

/elease t'e ter0inal > enterin& K%T/:7#B.Print!ut; O(TP(T TO FI:8 /8:FSW2;

Acce,t t'e ,r!,!sed "ile and &ive !rder "!r e@ecuti!n it' se0ic!l!n J.

O/#8/8#/elease t'e ter0inal > enterin& K%T/:7#B.

Print!ut; *A%(P INFO/ATION O(TP(T P/OG/8SS

Print!ut; *A%(P INFO/ATION O(TP(T

Wait until t'e ,rint!ut is "inis'ed.

11. /!tate t'e rel!ad "iles.

KST(%J


12. a+e ,arallel start !" %P7S* side.K#PPAIJ


Print!ut; %P S* STA/T PASS8#Note; In AP 212 55 and AP 212 6< t'e s>ste0 ill ala>s 'ave t'e A side as

89 a"ter success"ul c!00and e@ecuti!n.

13. Activate t'e aut!0atic du0,in&.KS*(IJ

14. I" t'e aut!0atic si=e alterati!n "uncti!n as set t! ,assive in ste, 1< t'enactivate it.

KSAO%S;STAT8MA%TI-8J

2.12 Initial Loading o !P"A

Initial loading is performed to CP-side A. Then RECCI is usedto order CP in normal state.

1. Open mml session to CP-SB.

C:!mml -as

". Conne#t CPT.

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$PTCOI;

%. Ensure that the P&CI fun#tion is a#ti'e. The P&CI indi#ator ison( )hen the P&CI fun#tion is a#ti'e.

Che#* CP status:

#pt$PTWSP;

+. If CP-A is not CP-SB( use the follo)ing #ommand.

#pt$PTSWI;

,. Separate the CP.

#pt$PTSES;

. Stop program ee#ution.

#pt$PTPEE;

/. 0is#onne#t CPT :

#pt$PTCOE;

. Close mml session to CP-SB .

$EXIT;

Che#* if file RE23S455 eists:

C:!cpfls

Printout: CPF FILE TABLE

3or details of sele#ted RE23S455 file:

C:!cpfls -ls RELFSW99

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Open mml session to CP-SB .

C:!mml -as

5. Conne#t CPT.

$PTCOI;

16. Order an initial load.

#pt$PTCPL:CS=A,FILE=RELFSW99;

11. Release the IO terminal and )ait for the initial load to finish.

Enter on the IO terminal used for CPT.

1". Che#* the printouts from CPT 7this repeats for a fe) minutes8.

The follo)ing printouts ma9 e re#ei'ed.

Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE%STARTED

Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE% I"PRO!RESS

1%. If loading is su##essful( this printout ma9 appear:

Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE%FI"IS&ED

1+. If loading is not su##essful( #he#* the meaning of the fault#ode in PO0.

Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE%STOPPED

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Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE%STARTED

Printout: CPT ESSA!E ''' I"ITIAL I" PRO!RESSLOADI"! AB"ORAL

Sol'e the fault( and start again from step Error: Referen#esour#e not foundon pageError: Referen#e sour#e not found.

1,. 0is#onne#t CPT:

#pt$PTCOE;

1. Close mml session.

$EXIT;

1/. Open mml session to CP-SB.

C:!mml -as

1. 4ait for printout result 7RA"( S)STE START8 after loading

in CP-SB side( or the e#hange header.

Printout: S)STE STARTED 7if re#ei'ed8

15. Start the appli#ation lo#*s in CP-SB.

$S)ATI:RESTART;

Printout: S)STE RESTARTED

"6. Set Error Printout 3ormat to large format in CP-SB.

$DIEFC:FOR=*;

"1. Close mml session to CP-SB.

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$EXIT;

"". Open mml session to CP-E;.

C:!mml -a

"%. Conne#t CPT.

$PTCOI;

"+. S)it#h E;-side.

#pt$PTSWI;

",. 0is#onne#t CPT.

#pt$PTCOE;

". 4ait for a large restart in CP-E;( side A. Then the restart isre#ei'ed as a result of the Side S)it#h.


"/. Set the program #lo#* in CP-E;.

$CACLS:DATE=++mm,TIE=mm;

". Passi'it9 the P&CI fun#tion 9 pressing the P&CI utton onthe


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"5. Prepare output of a s9stem a#*up #op9 to RE23S4" 7 i.e. tothe highest defined reload file in an unro*en se>uen#e offiles8 :

$S)B$P:FILE;

Printout: O$TP$T TO FILE RELFSW*

A##ept the proposed file and gi'e order for ee#ution )ithsemi#olon 7?8.

ORDERED

Release the terminal 9 entering $CTR2-0!.

Printout: BAC($P I"FORATIO" O$TP$T PRO!RESS

Printout: BAC($P I"FORATIO" O$TP$T

4ait until finished.

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This se#tion is intended to ensure that initial loading has eentested onCP-B.

1. Open mml session to CP-SB( side B.

C:!mml -as

". Conne#t CPT.

$PTCOI;

%. A#ti'ate the P&CI fun#tion. The P&CI indi#ator is on( )hen theP&CI fun#tion is a#ti'e.

Che#* CP status:

#pt$PTWSP;

Printout: CP STATE

The states should e CP-A E; and CP-B SB4O.

+. Separate the CP.

#pt$PTSES;

,. Stop program ee#ution.

#pt$PTPEE;

. 0is#onne#t CPT.

#pt$PTCOE;

/. Close mml session to CP-SB .

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$EXIT;

Che#* if file RE23S455 eists:

C:!cpfls


3or details of sele#ted RE23S455 file:

C:!cpfls -ls RELFSW99

Printout: CP3 3I2E TAB2E

Open mml session to CP-SB .

C:!mml -as

. Conne#t CPT.

$PTCOI;

5. Order an initial load.

#pt$PTCPL:CS=B,FILE=RELFSW99;

16. Release the IO terminal and )ait for the initial load to finish.

Enter $CTRL-D! on the IO terminal used for CPT.

11. Che#* the printouts from CPT 7this repeats for a fe) minutes8.

The follo)ing printouts ma9 e re#ei'ed.

Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE%

STARTED

Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE% I"PRO!RESS

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1". If loading is not su##essful( #he#* the meaning of the fault#ode in PO0.

Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE%

STOPPED

Printout: CPT ESSA!E I"ITIAL LOADI"!#RELOCATABLE% STARTED

Printout: CPT ESSA!E ''' I"ITIAL LOADI"! PRO!RESSAB"ORAL

3i the fault( and start again from Step Error: Referen#esour#e not foundon pageError: Referen#e sour#e not found.

1%. If loading is su##essful( this printout ma9 appear:

Printout: CPT ESSA!E I"ITIAL LOADI"! #ABSOL$TE%FI"IS&ED

1+. 0is#onne#t CPT.

#pt$PTCOE;

1,. Close mml session.

$EXIT?

1. Open mml session to CP-SB.

C:!mml -as

1/. 4ait for printout result 7RA"( S)STE START8 after loadingin CP-SB side( or the e#hange header.

Printout: S)STE STARTED 7if re#ei'ed8

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1. Start the appli#ation lo#*s in CP-SB.

$S)ATI:RESTART;


15. Set Error Printout 3ormat to large format in CP-SB.

$DIEFC:FOR=*;

%%. Close mml session to CP-SB.

$EXIT;

%+. Open mml session to CP-E;.

C:!mml -a

%,. Conne#t CPT.

$PTCOI;

%. S)it#h E;-side.

#pt$PTSWI;

%/. 0is#onne#t CPT.

#pt$PTCOE;

%. 4ait for a large restart in CP-E;.


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%5. Set the program #lo#* in CP-E;.

$CACLS:DATE=++mm,TIE=mm;

+6. Passi'it9 the P&CI fun#tion on the


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Command:G"3TP+:2Tunit

Printout:"3TR4:TE" GR(:P 3&T!; 3TTE

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

%. "eblock !0M-< and make sure that !0M-< is &( and the other !0Ms are M40.

Command:G"40E+:2T!0M-. "eblock !0M-1.

Command:G"40E+:2T!0M-1

Printout:"3TR4:TE" GR(:P 3&T!; :2T "E40(!=2G RE3:0T

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

8. &ait until !0M-1 is &(, then block !0M-


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Command:G"TE+:2T!0M-


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Command:G"40E+:2T*M--. !heck the working state of the group switch. ll M:*/s should be working.

Command:G"3TP


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

3.5 Final )est o *(

This is the final test of *Ms.

Note:

ll units within the distributed group switch should be working before the final

test of *Ms is started.

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

1. 4lock *M in plane .

Command:G"40+:2T*M--. Repeat point 1 and % for all *Ms, both - and 4-plane.

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

8. !heck the working state of the group switch. ll *Ms should be working.

Command:G"3TP


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

4)


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3., )est o &!(

E9ternal 2etwork 3$nchroni#ation should be blocked during this test. These aretested later during the integration test of the e9change.

n this test the R!M connection to the !0Ms and the R!M data are checked and theR!M is deblocked. utomatic tests 6erif$ that the reference clock operates within

defined limits and puts the unit out of ser6ice if not.

Note:

R!M is an optional feature and might not e9ist in all switches.

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

1. 0oad all 2etwork 3$nchroni#ation commands from "T.

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

%. !heck if the R!M is defined and manuall$ blocked 'otherwise block it).

Command:233TP

Printout:!0(!= RE?ERE2!E 3TTE

Command:2340+R!MR!M-9

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

/. Print the network s$nchroni#ation data.

Command:23"P

Printout:!0(!= RE?ERE2!E 3:PERC3(2 "T

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

>. nitiate test of R!M. "uring test the freFuenc$ de6iation and wander of thereference clock is controlled against 6alues printed abo6e.

Command:23TE+R!MR!M-9

Printout:!0(!= RE?ERE2!E TE3T RE3:0T

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

8. "eblock the R!M if the test was successful. E9ternal clock references should

be left manuall$ blocked.

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Command:2340E+R!MR!M-9

Printout:2ET&(R= 3@2!;R(2T(2 M2:0 "E40(!=2G (? !0(!=-RE?ERE2!E E*E!:TE"

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

3.- )est o ')

E9change terminal should be checked during this test.

Note:

M3P 1D1 protection also is checked during this test. M3P 1D1 protection is

optional and can be omitted during configuration.

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

1. Perform loopback test of ET terminal on ("?.

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

%. !heck if the status of 3"P using command T3TP. Make sure that state for3"P is working. n the case of M3P 1D1 both M3 should be in working state.

Command:TP3TP+3"PH3"P nameI

Printout:3@2!;R(2(:3 "GT0 PT; 3TTE

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

/. n the case of M3P 1D1 protection disconnect cable on ("? from one port of

protected pair. Make sure that state for 3"P is working.



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

>. n the case of M3P 1D1 protection disconnect cable on ("? from other port ofprotected pair. Make sure that state for 3"P is working.



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

8. Repeat abo6e steps for all e9change terminals in the node.

4$
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