Basic commands

Contents1. Basic commands of APG40.............................................................................................................2

2. Basic commands of APG43.............................................................................................................9

3. Basic Commands of CP.................................................................................................................16

1. Basic commands of APG40

1. Check the node type

hwver

2. Check the name of the node

hostname

3. Check which node is active

prcstate

prcstate -l

Cluster-CCluster-C

4. Check the APG node status

cluster node < Both nodes should be UP >

5. Status for all available resource groups

cluster group < All resources group should be ONLINE >

6. Status of all AP resources

cluster res < All resources should be online >

cluster res |findstr –ive online <No resources should be listed

here>

7. Check the time of the APG

time /t < Time of both nodes should be same >

8. Chcek the time zone

w32tm /tz < Time zone in both nodes should be same >

9. Check the date of the APG

date /t < Date in both of nodes should be same >

time /t && date /t

10. Check Alarms

Alist < There should not be any major alarms present here >

11. Check the APG backup < Check the AP Node Backup in the data Disk >

dir M:\Images\NodeA dir M:\Images\NodeB

ORM:cd M:\Imagescd NodeA or cd NodeBdir

12. Check the CP backup in the APG

dir L:\FMS\data\CPF\RELVOLUMSW\RELFSW0 < Check the CP Backup data

Disk >

OR

L:cd L:\FMS\data\CPF\RELVOLUMSWcd RELFSW0dir

13. Check the data disk status

megarc –dispcfg –a0 < All disks should be online >

2. Basic commands of APG43 1. Check the hardware type of the APG

hwver

2. Check the name of the node.

hostname

3. Check which node is active

prcstate

prcstate -l

4. Check the APG node status- Both nodes should be up.

cluster node < Both nodes should be UP >

5. Status for all available resource groups- All resources group should be online.

cluster group < All resources group should be ONLINE >

6. Status of all AP resources – All resources should be online.

cluster res < All resources should be online >

cluster res |findstr –ive online <No resources should be listed

here>

7. Check the time of the APG- Time of both nodes should be same.

time /t < Time of both nodes should be same >

8. Chcek the time zone- Time zone of both nodes should be same.

w32tm /tz < Time zone of both nodes should be same >

9. Check the date of the APG- Date of both nodes should be same.

date /t < Date in both of nodes should be same >

time /t && date /t

10. Check Alarms

Alist < There should not be any major alarms present here >

11. Check the APG backup

dir K:\Images\NodeA < Check the AP Node Backup in the data Disk >dir K:\Images\NodeB

ORK:cd K:\Imagescd NodeA or cd NodeBdir

14. Check the CP backup in the APG

dir K:\FMS\data\CPF\RELVOLUMSW\RELFSW0 < Check the CP Node Backup in

the data Disk >

OR

K:cd K:\FMS\data\CPF\RELVOLUMSWcd RELFSW0dir

15. Check the data disk status

vxdisk list < All disks should be online >

3. Basic Commands of CP 1. Status of the CP

DPWSP; < Check both CPs are WO>

2. Alarm list of CP

ALLIP: ALCAT=APZ; <Check for any Critical alarms>

3. Check the APZ type

SAOSP; <Check for lines @ no. 47,48, 49 & 50>

4. Check the restart information

SYRIP:SURVEY; <Check for any restart event>

5. Check the CP processor load

PLLDP; <If Processor load more than 80, the same needs to be escalated>

6. Check CP backup in CP

SYBFP:FILE; <Check for Latest Backup(RELFSW0 should be of latest date)>

7. Status of the RP

EXRPP:RP=ALL; <All should be in WO state>

8. System clock

CACLP; <Check system clock time, should be in sync with AP clock>

9. Status of external clock for sync

NSSTP; <EXT clock should be in either EX or SB state, not ABL>

10. Configuration data of external clock

NSDAP; <Check for FDL,WDL there should not be any deviations>

11. Internal clock control value

GDCVP; <CONTRVALUE should be around 33K>

12. Status of group switch

GDSTP; <All should be WO state>

13. Status of cell(BSC only)

RLCRP:CELL=ALL; <BCCH should be 1>

14. Status of individual cell(BSC only)

RLCRP:CELL=CELLID; <Ch. STATE should not be in BLOC state>