Workflow to upgrade a redundant Release 22.9 or later NFM-P system
Description
The following is the sequence of high-level actions required to upgrade a redundant NFM-P system at Release 22.9 or later.
Stages
Note: The Upgrade redundant system links lead to sections in To upgrade a redundant Release 22.9 or later NFM-P system.
Prepare system for upgrade | |
1 |
Perform To prepare for an NFM-P system upgrade from Release 22.9 or later. |
Upgrade redundant system | |
2 |
Check the available disk space; see Check pre-upgrade disk space. |
3 |
Stop and disable the standby main server; see Stop and disable standby main server [Main2]. |
4 |
If the system includes auxiliary servers, stop the [Aux2] auxiliary servers; see Stop auxiliary servers [Aux2]. |
5 |
Disable the system redundancy functions; see Disable database redundancy. |
6 |
Upgrade the standby main database, which becomes the new primary main database; see Upgrade standby main database [DB2]. |
7 |
Start the PKI server; see Start PKI server. |
8 |
Upgrade the standby main server; see Upgrade standby main server [Main2]. |
9 |
Configure the new primary main server; see Configure new primary main server [Main2]. |
10 |
If the NFM-P is integrated with an WS-NOC system, configure the integration; see Configure WS-NOC integration. |
11 |
If the NFM-P system includes one or more NSP analytics servers or Flow Collectors, stop each; see Stop NSP analytics servers, NSP Flow Collectors. |
12 |
If the NFM-P system includes auxiliary servers, upgrade the [Aux2] auxiliary servers; see Upgrade auxiliary servers [Aux2]. |
13 |
If the deployment includes an auxiliary database, upgrade the standby auxiliary database cluster; see Upgrade standby auxiliary database cluster. |
14 |
Stop and disable the original primary main server; see Stop and disable original primary main server [Main1]. Note: This stage marks the beginning of the network management outage. |
15 |
If the system includes one or more NSP Flow Collectors, upgrade each NSP Flow Collector Controller and Flow Collector; see Upgrade NSP Flow Collector Controllers, Flow Collectors. |
16 |
If the NFM-P system includes auxiliary servers, stop the [Aux1] auxiliary servers; see Stop auxiliary servers [Aux1]. |
17 |
Stop the original primary main database; see Stop original primary main database [DB1]. |
18 |
If the deployment includes an auxiliary database, stop the former primary auxiliary database cluster; see Stop former primary auxiliary database cluster. |
19 |
If the NFM-P is currently an independent deployment, integrate the NFM-P and the NSP cluster; see Integrate NFM-P and NSP cluster. |
20 |
Start the new primary main server; see Start new primary main server [Main2]. |
21 |
If the system includes auxiliary servers, start the [Aux2] auxiliary servers; see Start auxiliary servers [Aux2]. |
22 |
If the deployment includes an auxiliary database, activate the upgraded former standby auxiliary database cluster, see Activate upgraded former standby auxiliary database cluster. |
23 |
If the system includes one or more NSP analytics servers, upgrade each analytics server; see Perform NSP analytics server migration to NSP cluster. |
24 |
Upgrade or install at least one NFM-P single-user client or client delegate server; see Enable GUI client. Note: This stage marks the end of the network management outage. |
25 |
Perform sanity testing on the NFM-P system using a GUI client; see Test upgraded system using GUI client. |
26 |
Uninstall the original primary main database; see Uninstall original primary database [DB1]. |
27 |
Install the new standby main database; see Install new standby main database [DB1]. |
28 |
Reinstantiate the standby database; see Reinstantiate standby database. |
29 |
If the deployment includes an auxiliary database, upgrade the former primary auxiliary database cluster; see Upgrade former primary auxiliary database cluster. |
30 |
Upgrade the original primary main server as the new standby main server; see Upgrade original primary main server [Main1]. |
31 |
Configure the new standby main server; see Configure new standby main server [Main1]. |
32 |
If the NFM-P is integrated with an WS-NOC system, configure the integration; see Configure WS-NOC integration. |
33 |
If the NFM-P is currently an independent deployment, integrate the NFM-P and the NSP cluster; see Integrate NFM-P and NSP cluster. |
34 |
Start the new standby main server; see Start new standby main server [Main1]. |
35 |
If the system includes auxiliary servers, upgrade the [Aux1] auxiliary servers; see Upgrade auxiliary servers [Aux1]. |
36 |
If the system includes auxiliary servers, start the [Aux1] auxiliary servers; see Start auxiliary servers [Aux1]. |
37 |
If the deployment includes an auxiliary database, activate each cluster; see Disable auxiliary database maintenance mode. |
38 |
If the NSP deployment includes an auxiliary database, verify that the auxiliary database is functioning correctly; see Verify auxiliary database status. |
39 |
Recheck the available disk space; see Check post-upgrade disk space. |
40 |
Install or upgrade single-user GUI clients, as required; see Install or upgrade single-user GUI clients. |
41 |
Install or upgrade client delegate servers, as required; see Install or upgrade client delegate servers. |
42 |
Stop the PKI server; see Stop PKI server. |
43 |
If the NFM-P system has customized TLS version and cipher support, restore the custom TLS support settings; see Restore TLS version and cipher support configuration. |
44 |
Configure and enable firewalls, if required; see Configure and enable firewalls. |
Concurrent task execution
Some system upgrade operations require considerable time. To reduce the duration of a redundant system upgrade, you can perform some actions concurrently.
The following table lists the redundant system upgrade workflow tasks in a format that involves two operators, A and B, who perform tasks concurrently when possible.