mmm能做吗，有哪位前辈做过的请指点一二_百度知道
mmm能做吗，有哪位前辈做过的请指点一二
我有更好的答案
您的钱是直接打给系统匹配给您的会员，只需投资60元就可验证这个公平，一天利息是600元MMM互助理财社区是真的MMM是一个非营利的公益平台，最高援助6万简单的来说是以互相赠与模式来实现财富，一个月30天就赚1，资金完全是在参与的玩家手中流动，正义，其他的会员也是直接打款给您，在全球107个国家运行了4年现有参与互助会员1点3亿多，最短15天出局，比如您投资6万，在这里帮助别人的同时可以得到每月30%的利息14天就可提现，互助共赢财富的公益平台.8万， 每日利息1%，平台有非常严格的制度和反作弊系统，等您出局的时候，资金不经过平台，MMM会员之间互相援助转帐0风险，30天必须出局
选择合法正规是首要的。可以选择考虑无门槛，普通大众能接受，制度完善，合法正规，不伤人脉的事业。可以微信交流
bs3150我的微信
能做，我也在做，利，益，让人疯狂
你投了多少？
我投了六七万
里边很多内幕的，先了解+我，帮你指导
好的，号码多少
加我也可以，我名字是微信号
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出门在外也不愁哪位朋友、前辈帮我解一道初一数学题:关于x的方程a（2x+1)=12x+3b,分别求满足下列分别求满足下列条件时a、b的值.(1)方程有唯一解; (2)方程有无数解;（3）方程没有解.请务必列出详细的讨论过_百度作业帮
哪位朋友、前辈帮我解一道初一数学题:关于x的方程a（2x+1)=12x+3b,分别求满足下列分别求满足下列条件时a、b的值.(1)方程有唯一解; (2)方程有无数解;（3）方程没有解.请务必列出详细的讨论过程.
我爱上了訖4
打开再合并后即(2a-12)x=3b-a则（1)方程有唯一解时有2a-12≠0 3b-a随便是什么 即a≠6就满足条件 (2)方程有无数解时有2a-12=0 3b-a=0 即a=6 b=2(3）方程没有解时有2a-12=0 3b-a≠0 即a=6 b≠2
其他类似问题
兄弟，你这是一次函数，只有一个解！
x=a-3b/12-2a,（1）分母不为零时即a不等于6，方程有唯一解x=a-3b/12-2a（2）当分母分子都为零时即a=6,b=2时，x可以取任意值即方程有无数解（3）当分母为零，分子不为零时即a=6,b不等于2时无解
x=a-3b/12-2a,（1）分母不为零时即a不等于6，方程有唯一解x=a-3b/12-2a（2）当分母分子都为零时即a=6,b=2时，x可以取任意值即方程有无数解（3）当分母为零，分子不为零时即a=6,b不等于2时无解以上的回答希望对你有帮助！！希望你可以采纳！！祝你学习进步！！...
a（2x+1)=12x+3b→(2a-12)x=3b-a (1)方程有唯一解:2a-12≠0→a≠6(2)方程有无数2a-12=0→a=6
蛮简单的方程整理为（2a-12）x=3b-a& 当a不等于6时，x=(3b-a)/(2a-12)& 由于ab皆为常数，所以此时x有唯一解& 要使方程无数解，则方程变成恒等式即可，所以必须等式两边皆为零，所以，a=6即可，此时，b=2& 因此a=6&，b=2时，无数个解要使方程无解，只需等式两边恒不相等就行，这种情况让一边恒等于0而一边恒不等于0就行，所以2ax-12x=0&a=6&而等式右边恒不等于0，故b不能等于2即可一些数学符号不知道怎么打，希望能帮到你
将原方程整理为：2ax+a=12x＋3b(2a-12)x=3b-a①当2a-12≠0，即a≠6时，原方程有唯一解；②当2a-12=0且3b-a=0时，原方程有无数解，现求a、b的值：2a-12=0，解得a=6，3b-a=0，解得：b=2。综上，得：当a≠6时，原方程有唯一解；当a=6，b=2时，原方程有无数解...
x=a-3b/12-2a,（1）分母不为零时即a不等于6，方程有唯一解x=a-3b/12-2a（2）当分母分子都为零时即a=6,b=2时，x可以取任意值即方程有无数解（3）当分母为零，分子不为零时即a=6,b不等于2时无解以上的回答希望对你有帮助！！希望你可以采纳！！祝你学习进步！！...
扫描下载二维码哪位前辈有IOG换APG这方面的资料啊，有的... - 问通信专家
已关闭问题
哪位前辈有IOG换APG这方面的资料啊，有的话请发给我啊，谢谢了，急用啊，邮箱
有流程和LOG更好，谢谢了
&提问时间: 10:17&
IOG换APG流程
/bbs/viewthread.php?tid=222&highlight=iog%BB%BBapg我下载后是一堆我看不懂的东西，也不知道是附件有问题，楼主你看看APZ 21230/IOG20C to APZ 21233C/APG40 for non redundancy HLR on CN631 REVISION INFORMATION 22 INTRODUCTION 32.1. Scope 32.2. Implementation 33 REQUIREMENTS 43.1 Prerequisites 43.2 New Software 53.3 New hardware 53.4 Cables checking 53.5 Planning of Operational Call Test Procedures 53.6 Disturbances 64 MAIN IMPLEMENTATION, DAY 1 64.1 Check Exchange Status 64.2 Test CPT connection of APG and IOG 185 MAIN IMPLEMENTATION, DAY 2 195.1 Afternoon before the APG40 definition 195.2 Check Exchange Status of APZ 212 30 205.3 Block Reference clock in APZ 212 30 235.4 Final Preparation in APZ 212 30 235.5 Define and delete APG40 definition in APZ 212 30 275.6 Delete the IOG20C definition in SB-side 316 MAIN IMPLEMENTATION, DAY 3 346.1 Do final health Check 346.2 On IOG side 356.3 IPNA & IPNX verification Procedure, on APG side 386.4 IOG checking 396.5 Initiate the Function Change in APZ 212 30 / IOG20C 426.6 Initiate the Function Change in APZ 212 33C/APG40 436.7 Handling of CP-B RP busses (APT) 436.8 Test of the New Permanent RP Bus Cables 466.9 Clean-up before Activating APZ 212 30 476.10 Switch of APZ 212 30 CP-B to EX 476.11 Execution of Test Operation 1 486.12 Handling of Forlopp 496.13 Complete the APZ 212 33C Processor Upgrade 496.14 Normalize APZ 212 30 516.15 Verify that CPT is working in both APZs : 516.16 Perform a SAE Audit 516.17 Reestablish Contact with the OMC
and BOSS 526.18 Normalize a Reload File 526.19 Activation of STS 536.20 Perform Call test 2 537 FALL BACK PROCEDURES 538 REFERENCES 581 Revision InformationRevision Date
CommentPA1
Johan Pedersson
Technical & Procedure Direction Advisor 
Anton Wang
Document and procedure Preparation 
   2 Introduction2.1. ScopeThis document describes the procedure of combine APZ change from APZ 21230/IOG20C in operation to APZ 21233C/APG40 with corresponding applications.The starting point is a system with one IOG connected to an APZ 212 30/33. The IOG(s) and CP are completely replaced by a separate APG40 with APM, APIO, RDT, OHS and STS into a new cabinet combine APZ 212 33C/APG40.  
 2.2. ImplementationPreparations for the IO system replacement according below must be finished at least on day prior to cut over days. APG40 configure and verification should be finished earlier also.This procedure takes about 3 days work.Day 1. Test loading, IOG preparation and collect pre-check printout. Day 2. Final verification of APG and APZ 21233C.   
- Define APG  
- Transfer dump and final preparation in APG and APZ 21233C.   
- Delete IOG definitions in the CP dump.　　　　- verify OSS and BOSS connection of new APG40 cabinet.Day 3. APT bus changeover. Final APZ change to APZ 21233C/APG40.This Implementation Instruction is only to be used by experienced personnel with the proper authority,
including authority to use Central Processor Test (CPT) functions.3 REQUIREMENTS3.1 Prerequisites! Following situation must check##
The CP part of the exchange must be up to/higher the level of   - APZ 212 30/54 R2H (CN63 ACA9 ECA2)  ##
The APG must be up to the level of  - CM224##
The IOG must be up to the level of 1/ APX 101 01/A4 R1A   - SPG0: IOG20_21220_5_CNM219_A ##
Nxconfig or Spchange should make on APG follow the IP design plan##
APG configuration and verification should finish##
BOSS connection from OMC to APG must test before##
OSS connection from OMC to APG must test before##
Suggest Transfer the dump from IOG20C to APG40 by FTP way.##
Pay attention to RPB-0. This is only used in APZ 212 30 for IOG connection. In APZ 21233C/APG40, the slot for RPB-0 in RPHB magazine should be empty.##
Pay attention to IPN in DPRBP. It’s LRPBI should be 31. It’s PRPBI should be 10.##
There is only one fallback point. This is at step 6.10. ##
The CP shall be in working normal with A side EX and B side SB/WO##
The IOGs shall be in parallel operation with both sides WORKING/NORMAL##
An SP Backup shall exist for each IOG##
All links between the CP and the IOG(s) must be Working##
A local terminal to connect to the Central Processor Unit (CPU)   
ports on the CPU-board of the IOG must be available.##
The migration should take place during low traffic hours##
No other changes or test activities are in progress##
The system is free from major faults when the migration is initiated##
The alarm list shall be as clean as possible and as a minimum, free   
from all A1 alarms related to the CP or the SP##
The Maintenance Unit (MAU) in APZ 212 30/33 is not Fault Marked (FM)##
The file RELFSWn (where the n has a numerical value) is defined on IOG.  The value of n (the highest defined number for the defined RELFSW files)   
is known. At least two empty RELFSWx files are defined on APG40 that are   
used to create system backups during the migration##
The file RELCMDHDF is defined in APG40##
Non-Traffic Recording functions which are activated/started via timetable,  are not scheduled to be activated or started during the migration##
The APG40 system with APM, APIO, RDT, OHS and STS shall be on site,  installed and tested, powered up but not connected to the CP system.   
Please refer in Start Up and Test of APG40. In case of a dual AP  
configuration one APG40 with APM, APIO and STS and the second APG40   
with APM, RDT and OHS shall be on site, installed and tested, powered   
up but not connected to the CP system. ##
The site specific parameters of the APG40 system shall be configured##
A local craft terminal (LCT) to connect to the APG40s must be available##
External connection from APG such as Billing, OSS, BOSS must set   
up and verified before start this procedure##
External Alarm receiver must be defined and test before start this procedure##
New RP Bus Branch Index configuration must be studied by responsible ELS  
prior to the implementation3.2 New SoftwareThere is no new CP software needed for this procedure. 3.3 New hardwareAPZ 212 33C HWFollowing new magazine are needed for APZ change: QTY MAG type
POS=== =======================
=== 1 BFD 101 51/33 R4A
  1 BFD 508 006/4 R3A
CPUM3.4 Cables checkingThe following cables must be available on site: QTY
Cable type
=================
==============
===============
=============The new cables must be correctly labeled and have been tested with Cable Test Equipment (CATE) or similar equipment. Make sure that power is connected to the four power cables for the CPUM and APG. NOTE1: 'xxx' stands for the cable length, which depends on the distance between APG40 and APZ. NOTE2: The cables XCON1, XCON2, EXCON and 100BaseTx will be connected when the IPNA and IPNX boards were installed.NOTE3: The replace RP bus could insert into RPHMI board of APZ 21233C. But make sure it is broken from APT part.3.5 Planning of Operational Call Test ProceduresOn one occasions during the migration, operational tests should be performed to test the exchange's ability of carry traffic. There is also a period of supervision of the exchange after these tests.A detailed plan for the operational tests and the supervision time MUST BE prepared in advance by the responsible person3.6 DisturbancesIf no fault occurs in the new system, the described procedure will only result in  an operating disturbance corresponding to a large restart, during which all established connections will be lost. If a fault occurs during or after the switch of I/O system, manual switch back with large restart should be done. If a fault occurs after the APZ Hardware has been completely upgraded, manual restart with reload of the latest system backup on IOG20 should be done. If it is decided to fall back to the old APZ Hardware although the new HW was already in operation on CPU-A and CPU-B side, an additional switch back with  large restart should be done. However, this fall back is not recommended.Since need define APG for migration, there might raise some fake alarm in Day 2.  It can be cleared after the backup finished on APZ 21230/IOG20C.4 MAIN IMPLEMENTATION, Day 1
 4.1 Check Exchange Status4.1.1 Check all new boards for APZ 212 334.1.2 Check all new cables and labeling4.1.3 Do health check for new APG40## Log file please1. On both nodes 
date /t 
time /t 
hostname 
ipconfig 
spchange -dis 
prcstate 
net start 
cluster node 
cluster res 
cluster res | findstr -ive online 
cd /d c:program filesforceam_services 
fcc_amtest own -f 
fcc_amtest other -f 
swrprint 
swrsid 
raidutil -L raid 
ftpls 
vdls -n "Default FTP Site" 
net user 
net accounts 
userdump! Go to other node and re-send commands above again## Make sure you have done above commands for both node2. On active node 
prcstate## Must be active 
cpdlist -l 
cpfls -l 
cdhls -l 
afpls -l 
dfols 
ispprint 
bupprint -ca 
ipnaadm -list 
exalls 
exalls -l 
aldls 
cuals 
stmdbrt -p 
stmotls 
stmotls | find "YES" 
stmmp -L -l 
stmrp -L -l 
alist3. APG40audit netstat -anfcc_getbibUserdump"C:Program FilesDptmgrRaidutil" -L all"C:Program FilesDptmgrRaidutil" -Kmdutil enum_allftplsvdls -n "Default FTP Site"! Check if smo directory and virual directory defination, otherwise:mkdir L:FMSdatatmpsmocacls L:FMSdatatmpsmo /E /G XXXXXX:C vdcreate -n "Default FTP Site" -a smo -d L:FMSdatatmpsmo! Check if CDH physical directory defination, otherwise:mkdir K:AESdatacdhftp! If it's HLR## Confirm with EWANGHD#vdrm -n "Default FTP Site" -a responder#vdls -n "APIO_1"#vdls -n "APIO_2"attrib C:*.*cacls C:*.* /ccacls "C:Program FilesAP*.*" /ccacls "C:Program FilesAPACS*.*" /ccacls "C:Program FilesAPACSbin*.*" /ccacls "C:acs*.*" /ccacls "C:acslogs*.*" /ccacls "C:acsdata*.*" /ccacls "C:inetsrv*.*" /ccacls "K:images" /ccacls "K:images*.*" /ctype c:winntwin.ininet config workstationnet config serveripconfig /alltype e:boot.initype d:burinfo.txtdir c:dir /s k:images netdom querynetdom bdcnet usenet shareswrprintnet startnbtstat -ctype C:winntsystem32driversetclmhostscluster nodecluster groupcluster rescluster res | findstr -ive online## From Active node:ispprintcpdlist -lcpdlist -acualscpfdf! If EXCHVOLUME doesn’t exit mkdir L:FMSdataCPFEXCHVOLUMEcpflscpfls -lafpls  afpls -lcdhlscdhls -lcdhdslsexallsaldlsipnaadm -listhostnamecd C:tempdumplog applicationdel log.txtdumplog systemdel log.txtdumplog securitydel log.txt#from now on add by EWANGHD#check APG password and define password according requirment.Define account example:net user cdomc cdomc123 /add /comment:"CD OSS & LOCAL OMC USE" net localgroup ACSUSRG cdomc /addnet localgroup AESUSRG cdomc /addnet localgroup AESADMG cdomc /addnet localgroup APIOUSRG cdomc /addnet localgroup APLOCG cdomc /addnet localgroup CDHFTPUSRG cdomc /addnet localgroup CPUSRG cdomc /addnet localgroup CPADMG cdomc /add
 net localgroup CPSUSRG cdomc /add
 net localgroup FMSUSRG cdomc /addnet localgroup FMSADMG cdomc /addnet localgroup FTPUSRG cdomc /addnet localgroup MASUSRG cdomc /addnet localgroup MCSADMG cdomc /addnet localgroup MCSUSRG cdomc /addnet localgroup STSUSRG cdomc /addnet localgroup administrators cdomc /addnet accounts /sync# check OSS connection and BOSS system connection.4. Do APG SYSTEM BACKUP AND CREATE DDI FILE4.1.4 Do health check for IOG (APZ 2123x) on live site1. Print CP software record## Create log files for SWR following commandsLASIP: BLOCK=ALL;PCORP: BLOCK=ALL;PCECP: SUID=ALL;LAEIP: SUNAME=ALL;LAFBP: BCM=ALL;## Close log file2. Print IOG20 software record## Open Log file for future usedLASYP:SPG=0,VNODE=A;LASYP:SPG=0,VNODE=B;LASYP:SPG=1,VNODE=A;LASYP:SPG=1,VNODE=B;3. Print the CP hardware versionDPHIP;HGICP:NIMSI=ALL;4. Print RP bus configuration tableDPRBP;5. Verify CP state!DPWSP;DIRCP;DIRRP: RP=ALL;DIECP: INF=SPO;DIECP: INF=PAR;SYBHP;SYBFP: FILE;SYRIP: SURVEY;EXRPP: RP=ALL;EXEMP: RP=ALL, EM=ALL;ALLIP: ALCAT=APZ;ALLIP:PRCA=39;!If test system is active from any AT, then end test system from that terminal!ALALP;ALEXP;ALRDP;IOIFP;IOIOP: IO1=ALL;IOAFP: IO1=ALL;IOCDP;IOSYP;IOROP;INFUP;INFDP;## Keep file name from print out and generate commands file belowINFDP: DEST=INFSP: DEST=xxxx,FILE=INFUP: FILE=MCLOC:PSW=INIT,USR=SYSTEM;PTCOI;PTWSP;PTCOE;6. Print the state of the distributed group switch:
 GDSTP;GSSTP;7. Print the distributed Group Switch CLM Control Value:GDCVP;GSCVP;NTSTP: SNT=ALL;DTSTP: DIP=ALL; 8. ! Verify SP state!EXSLP: SPG=ALL;IMMCT: SPG=0;IMCSP;END;IMMCT: SPG=1;IMCSP;END;INMCT: SPG=0;INVOP;INVOP: VOL=RELVOLUMSW;INVOP: VOL=EXCHVOLUME;INVOP: VOL=END;9. !Command file to get printouts prior to an APG replacement!EXSLP:SPG=ALL;10. !Repeat for all SPGsIMLCT:SPG=0;ILLUP:LU=ALL;ILNPP:PORT=ALL;ILSPP;ILROP:ROT=ALL;ILRCP:RC=ALL;ILACP:ND=ALL;ILDNP:DEST=ALL;ILDAP:ODA=ALL;ILBUP;ILBUP:FILE=11. !Repeat for all files!ILDFP:IO=ALL;ILNAP:NAME=ALL;ILTEP:NTN=ALL;ILPCP;MCDVP;MCDCP:DIR=COM;MCDCP:DIR=USER;ILRGP:TRG=ALL;ILTTP;IMEDP:VOLUME=ALL;MCTLP;MCTXP;IMSPP;
 END;IMLCT:SPG=0;IMRLP;END;INMCT:SPG=0;INVOP;12. Print all volumesINFIP:VOL=RELVOLUMSW;INVOP:VOL=OMFZLIBORD;INFIP:VOL=EXCHVOLUME;INFIP:VOL=STATVOLUME;!ALL ???INFIP:FILE=XXXEND;
 IOIFP;13. Print detail file information for those files in IOIFP printoutINMCT:SPG=0;INFIP:FILE=INFIP:FILE=INFIP:FILE=INFIP:FILE=INFIP:FILE=INFIP:FILE=INFIP:FILE=INFIP:FILE=INFIP:FILE=INFIP:FILE=INFIP:FILE=END;INFDP;14. ## PRINT FOR EVERY DESTINATIONINFDP:DEST= INFDP:DEST= INFDP:DEST= INFDP:DEST= INFDP:DEST= INFDP:DEST= INFUP;15. ## PRINT EVERY FILES FROM PRINT OUTINFUP:FILE= INFUP:FILE= INFUP:FILE= INFUP:FILE= INFUP:FILE= INFUP:FILE= INFUP:FILE= INFUP:FILE= INFUP:FILE= INFUP:FILE= INFUP:FILE= INFSP:DEST=
,FILE= INFSP:DEST=
,FILE= INFSP:DEST=
,FILE= INFSP:DEST=
,FILE= INFSP:DEST=
,FILE=INFSP:DEST=
,FILE=INFSP:DEST=
,FILE= INFSP:DEST=
,FILE= INFSP:DEST=
,FILE= INFSP:DEST=
,FILE=INPFP;16. !Weekly test!DPRTP;17. !Command reading!IOCMP;18. Print CP measuring programs. Save printouts for later re-starting of MPs.## Note all MP with state RECORDING, MEASURING, and SCHEDULEDTRIDP:ALL;C7PPP:MP=ALL;C7TPP:MP=ALL;NEMPP:MP=ALL;PLSMP:MP=ALL;TRADP;TRATP:MP=ALL;TRCMP:MP=ALL;TRDMP:MP=ALL;TRRPP:MP=ALL;TRSMP;MTSMP:MP=ALL;MTDMP:MP=ALL;MTRMP:MP=ALL;MTESP:MP=ALL;MTRHP:MP=ALL;PLSMP:MP=ALL;SQMPP:MP=ALL;## Keep the print out for future use 
TRTSP:MP=## Print all MP which is usingEXJAP:APPL=ALL;EXTDP;IOAFP:IO1=ALL;IOIOP:IO1=ALL;IOLRP;IOROP;IOSYP;IOTAP;IOTGP;IOTTP;IOUAP:USER=ALL;IOUGP;ALACP;ALALP;ALCLP;ALDIP;ALEXP;ALRDP;ALLTP;ALRDP;ALRTP;ALSCP;ALSTP;LABUP;SYBTP;SYGPP;IOCTP:COMMAND=ALL; 19. Print STS dataIMLCT:SPG=0;SDDOP:OBJTYPE=ALL,AREA=OPER;SDRPP:RECPNM=ALL,OBJTYPE=ALL,DETAILED;SDRRP:RPTID=ALL,DETAILED;SDTPP:MP=ALL,DETAILED;SDFOP:RPTID=ALL;SDFSP:FILE=ALL;STMRP:RPTID=ALL,DETAILED;END;20. Print all the relative SAESAAEP:SAE=ALL;4.1.5 Define OD-2 on IOG for quicker file transfer from IOG20C to APG40IMLCT:SPG=0;IMHWP:NODE=A;IMHWP:NODE=B;END;INMCT:SPG=0;INMEP:NODE=A,IO=HD-1;INMEP:NODE=A,IO=HD-1;END;!CHECK IF OD_A OR OD_B ARE DEFINED, OTHERWISE STOP, TRANSFER THE DUMP BY OTHER WAY;IMMCT:SPG=0;IMCSP;END;IMLCT:SPG=0;IMHWI:NODE=B,UNIT=OD-2;END;IMLCT:SPG=0;IMHWP:NODE=A;IMHWP:NODE=B;IMHWI:NODE=A,UNIT=OD-2;END;BLSNI:SPG=0,NODE=B;IMMCT:SPG=0;IMCSP;END;SYRSI:NODE=A,SPG=0,RANK=RELOAD;IMMCT:SPG=0;IMCSP;END;IMLCT:SPG=0;IMHWP:NODE=A;IMHWP:NODE=B;END;BLSNE:SPG=0,NODE=B;IMMCT:SPG=0;IMCSP;END;INMCT:SPG=0;INMEI:NODE=A,IO=OD-2;END;INMCT:SPG=0;INMEI:NODE=B,IO=OD-2;END;4.1.6 Define necessary file on APG according to SPG printout21. Mandatory filescpfdfmkdir L:FMSdataCPFEXCHVOLUMEcpfdfcpfmkfile -c -l 2048 RELFSW0
RELVOLUMSWcpfmkfile -c -l 2048 RELFSW1
RELVOLUMSWcpfmkfile -c -l 2048 RELFSW2
RELVOLUMSWcpfmkfile -c -l 2048 RELFSW100
RELVOLUMSW  cpfmkfile -c -l 512
RELVOLUMSWcpfmkfile -l 32 INMPAR EXCHVOLUME22. Pick all the files from IOIFP printout, and refer to the INFIP for referencecpfmkfile -f inf
HPSDFOAFILE
EXCHVOLUMEcpfmkfile -f inf
EXCHVOLUMEcpfmkfile -f inf
EXCHVOLUME
 cpfmkfile -f inf
EXCHVOLUME
  23. Pick all the files from INFUP printout (except those that have already been defined and also the files in the STATVOLUME) and refer to the INFIP for reference. Also exclude those not in service in the INFSP printout filecpfmkfile -c -l 2048 xxxxx EXCHVOLUMEcpfmkfile -c -l 2048 xxxxx EXCHVOLUMEcpfmkfile -c -l 2048 xxxxx EXCHVOLUMEcpfmkfile -c -l 2048 xxxxx EXCHVOLUMEcpfmkfile -c -l 2048 xxxxx EXCHVOLUMEcpfmkfile -c -l 2048 HPSDFOBFILE EXCHVOLUME24. Define CDH destination## Take printout from INFDP## Those NOLINK type EQUIP should be defined as 'Responding'
 ## Those MTP
type EQUIP should be defined as 'Initiating'
 cdhls  ## Responding destinationcdhdef -f xxx.xxx.xxx.xxx -t FTPV2 -c r -x 50010 -h CDH NOLINKcdhdef -a xxx.xxx.xxx.xxx -s 100 -t BGWRPC STARGATE## Initiating destinationcdhdef -a xxx.xxx.xxx.xxx -t FTPV2
-r /apg/ncal2/SKT01H0/ -u apg OSScdhls!For R10, should use command “cdhdsls”!cdhdsdef
 cdhdsdef
 cdhver
 cdhver
 cdhdsls## Take printout from INFUP, Define the transfer queue, except those definitions not defined in APG40_CDH_Defination file.25. Define AFP transfer queueafplsafpdef -d 200
OSSafpdef -d 200
OSSafpdef -d 200
HPSDFOBFILE
OSSafpdef -d 200
OSSafpdef -d 200
OSSafpdef -d 200
OSSafpdef -d 900
-w S:STSDATADELIVERYBUFFDIR
OSSafPdef -d 900
-w S:STSDATADELIVERYBUFFDIR
OSSafpdef -d 43200 -w L:FMSDATACPFRELVOLUMSWRELCMDHDF
NOLINK26. Check all user need and verify passwordnet user27. Define STS 
stmdbrt -p 
stmotls 
stmotls | find "YES" 
stmmp -L -l 
stmrp -L -l 
alist4.2 Test CPT connection of APG and IOG1. Connect to APG40
 PTCOI;
 PTWSP;
 PTCOE;
 EXIT;
  
 If fail, check hardware and data in APG. Need to fix it before Day 3.2. Connect to IOG20
 Mcloc:usr=system,psw=
 PTCOI;
 PTWSP;
 PTCOE;
 EXIT;
  
 If fail, check hardware and data in APG. Need to fix it before Day 3.5 MAIN IMPLEMENTATION, Day 2  5.1 Afternoon before the APG40 definition!The following is done in the afternoon before the actual processor change. !Before the processor change procedure is started the ATs should be clearly labeled. !Note: It is important to have log files opened on all terminals that are used during this procedure. Some AT numbers have been used below as example.5.1.1 Some printouts  1
In APZ 212 30
From AT-2  Open a logfile  DPWSP;
Check that the CP is working   
parallel (A-side is EX, B-side is SB/WO). LASIP: BLOCK=ALL; PCORP: BLOCK=ALL; LAFBP: BCM=ALL;  PCECP: SUNAME=ALL;  LAEIP: SUNAME=ALL:   DIRCP;
CP Event Record. Check all CP events for past week.  DIECP:INF=SPO;  DIECP:INF=PAR;
  EXEDP:EMG=ALL,EM=ALL;
EMG data EXRPP:RP=ALL;
RP Data EXEMP: RP=ALL, EM=ALL;
EM DATA  DIRRP:RP=ALL;
RP Event record  LASSP: SPG=spg, VNODE=A, VERSION=1,SYSTEM=system, SIZE=ALL; LASYP:SPG=0,VNODE=A; LASYP:SPG=0,VNODE=B; Close logfile5.1.2 Creation of command files  1
In APZ 212 30
From AT-2##
Open a log file DTSTP.LOG!
Print all DIP states :
 DTSTP: DIP=ALL; 
DIGITAL PATH STATE##
Close the logfile.##
Open a log file NTSTP.LOG!
Print all SNT states :
 NTSTP: SNT=ALL;  
SWITCHING NETWORK TERMINAL STATE ##
Close the logfile.##
Open a log file IOROP.LOG !
Print the 'IO Routing Table' :
 IOROP;  
IO PRINTOUT ROUTING TABLE  Close the logfile. 
   2
Check all the DIP's and SNT's which are currently in state MBL.!
Prepare command files DTBLI.CMD and NTBLI.CMD for those MBL DIP's and SNT's. !
These files will be used to block those DIPs and SNTs in the standby side !
before FCSWI.  3
Prepare command file IOROL.IN according to above IOROP printout. !
During the upgrade, the IO Routing Table should be removed----------------------------------------------------------------------------------5.2 Check Exchange Status of APZ 212 30  1
In APZ 212 30
From AT-2 
Print the CP state :
 DPWSP;    
CP STATE  
Check that the CP is working parallel (A-side is EX, B-side is SB/WO).  2
In APZ 212 30
From AT-2 
Check the alarm status :
 ALLIP;  
ALARM LIST 
Repair any faults that may jeopardize the upgrade by using normal O&M  
procedures. Check that Test System is deactivated on all terminals.   
If necessary then deactivate Test System with command END TEST by   
using the terminal(s) pointed out in the alarm list.    3
In APZ 212 30
From AT-2 
Print disturbance lists :
 DIRCP; 
  
CP EVENT RECORDDIRRP: RP=ALL; 
  
RP EVENT RECORDDIREP: EMG=ALL; 
  
EMG ERROR RECORD  
If any problems are found, repair the fault.    4
In APZ 212 30
From AT-2 
Print Error Interrupt  
Information :
 DIECP: INF=SPO; 
  
ERROR INTERRUPT INFORMATIONDIECP: INF=PAR; 
  
ERROR INTERRUPT INFORMATION  
   5
In APZ 212 30
From AT-2 
Print a survey of available  
software recovery information :
 SYRIP:SURVEY; 
SOFTWARE RECOVERY SURVEY  6 In APZ 212 30
From AT-2 
Print all CP-SP links :
 EXSLP: SPG=ALL;  
SP LINK DATA 
All CP-SP links shall be in state working or manually blocked, not  
automatically or test blocked. 
In APZ 212 30
From AT-2 
  
Verify the SP state, both nodes shall be in a WORKING NORMAL state:  
 IMMCT:SPG= IMCSP; END; 
  
NODE CONFIGURATION STATUS 
All nodes shall be in a WORKING/NORMAL state.   8
In APZ 212 30
From AT-2 
Print the state of all RP's :
 EXRPP: RP=ALL; 
RP DATA 
No RP should be automatically blocked (AB) or separated (MS), if so  
they should be manually blocked (MB) by using command BLRPI or  
unseparated by using BLRPE.    9
In APZ 212 30
From AT-2 
Verify if blocks are loaded for
  
function change :
 FCSIP: BLOCK=ALL; 
FCLOADED SOFTWARE UNIT IDENTITY  
If block(s) are loaded, remove them by using command FCSUR.   10
In APZ 212 30
From AT-2 
Remove possibly previous loaded
  
FURAX/FGB :
 FCTAR;FCDCR; 11
In APZ 212 30
From AT-2 
Check available memory size 
(PS,RS and DS) :
 SASTP; 
  
STORE UTILIZATIONSAOSP; 
  
OPERATING SYSTEM AREA 5.3 Block Reference clock in APZ 212 30   1
In APZ 212 30
From AT-2 
In APZ 212 30, check if UTC  
A reference clock is connected.  CACLP;  2
In APZ 212 30
From AT-2 
IF UTC is connected 
Block the UTC Reference ClocksCABUI:URC= 
Printout 
EXECUTED----------------------------------------------------------------------------------5.4 Final Preparation in APZ 212 30  1
In APZ 212 30
From AT-2 
Print the CP state :
 DPWSP;   
CP STATE  
Check that the CP is working parallel (A-side is EX, B-side is SB/WO).  2
In APZ 212 30
From AT-2 
Deactivate the automatic dumping 
of DS variables :
 SYBUE; 
Alarm printout :
BACKUP INFORMATION FAULT 
FAULT CODE 34 
"FAULT CODE 23" is received if the function is already passive.  3
In APZ 212 30
From AT-2 
  
Block the automatic reloading 
function :
 SYRBI; 
Alarm printout :
BACKUP INFORMATION FAULT 
FAULT CODE 30  4
In APZ 212 30
  
  
Print backup in main store 
 SYBMP; 
EXTENT OF SYSTEM BACKUP  
COPY IN MAIN STORE 
Note the different settings to restore them after the upgrade. 
If active, passivate :
 SYBMS: STORE=NONE;  5
In APZ 212 30
From AT-2 
Stop the heartbeat to OMC :
 ALHBE;  
When there is no OMC-link connected to the exchange or the function  
was not active, FAULT CODE 25 FUNCTION NOT ACTIVATED is received.   6
In APZ 212 30
  
Stop alarm status to OMC :ALSTE;  
When there is no OMC-link connected to the exchange or the function  
was not active, FAULT CODE 25 FUNCTION NOT ACTIVATED is received.  7
In APZ 212 30
From AT-2    
Block all external links, e.g.
  
OMC links, link}