- Table of Contents
-
- H3C Router Software Upgrade Guide-6W100
- 00-Preface
- 01-About software upgrade
- 02-Upgrade restrictions and guidelines
- 03-Upgrade workflow
- 04-Preparing for the upgrade
- 05-Upgrading the BootWare
- 06-Upgrading the startup software
- 07-Installing patches and features
- 08-Verifying the upgrade
- 09-Rolling back the running software images
- 10-Troubleshooting
- 11-Appendix A Downloading the upgrade file
- 12-Appendix B Software upgrade record form
- 13-Appendix C Acronyms
- Related Documents
-
Title | Size | Download |
---|---|---|
08-Verifying the upgrade | 53.40 KB |
Contents
Verifying that the router is running the new BootWare image
Verifying that the router is running the new software images
Verifying that a patch or feature image is installed successfully
Verifying that the cards and subcards are in normal state (modular router)
Verifying that the router is in stable state
Verifying that the configuration has been recovered
Verifying that the services are normal
Verifying the upgrade
This chapter includes the following sections:
· Verifying that the router is running the new BootWare image
· Verifying that the router is running the new software images
· Verifying that a patch or feature image is installed successfully
· Verifying that the cards and subcards are in normal state (modular router)
· Verifying that the router is in stable state
· Verifying that the configuration has been recovered
· Verifying that the services are normal
Verifying that the router is running the new BootWare image
|
NOTE: The verification is required only if the BootWare image has been upgraded. |
Use one of the following methods:
· Reboot the router to check whether the router is running the new BootWare image.
If not, examine the upgrade steps and perform the upgrade steps again.
The command output might vary by router model. This section uses a CR16000-F router as an example.
...
****************************************************************************
* *
* BootWare, Version 1.51 *
* *
****************************************************************************
...
· Use the display version command to verify that the router is running the new BootWare image. If not, examine the upgrade steps and perform the upgrade steps again.
Verifying that the router is running the new software images
|
NOTE: The verification is required only if the startup software has been upgraded. |
# Use the display boot-loader command to check whether the router is running the new software images.
If not, examine the upgrade steps and perform the upgrade steps again.
The command output might vary by router model. This section uses a CR16000-F router as an example.
<Sysname>display boot-loader
Software images on slot 0:
Current software images:
cfa0:/CR16000-CMW710-BOOT-R8260P22.bin
cfa0:/CR16000-CMW710-SYSTEM-R8260P22.bin
Main startup software images:
cfa0:/CR16000-CMW710-BOOT-R8260P22.bin
cfa0:/CR16000-CMW710-SYSTEM-R8260P22.bin
Backup startup software images:
None
Verifying that a patch or feature image is installed successfully
|
NOTE: The verification is required only if a patch or feature image has been installed. |
# Use the display install active command to check whether a patch or feature image has been installed successfully.
If the command output does not have a patch or feature image, no patch or feature image has been installed or the patch or feature image installation fails.
The command output might vary by router model. This section uses a CR16000-F router as an example.
<Sysname>display install active
Active packages on slot 0:
cfa0:/CR16000-CMW710-BOOT-R8260P22.bin
cfa0:/CR16000-CMW710-SYSTEM-R8260P22.bin
cfa0:/CR16000-CMW710-SYSTEM-WEAK-R8260P22H01.bin
Active packages on slot 6:
cfa0:/CR16000-CMW710-BOOT-R8260P22.bin
cfa0:/CR16000-CMW710-SYSTEM-R8260P22.bin
cfa0:/CR16000-CMW710-SYSTEM-WEAK-R8260P22H01.bin
Active packages on slot 13:
cfa0:/CR16000-CMW710-BOOT-R8260P22.bin
cfa0:/CR16000-CMW710-SYSTEM-R8260P22.bin
cfa0:/CR16000-CMW710-SYSTEM-WEAK-R8260P22H01.bin
Verifying that the cards and subcards are in normal state (modular router)
# Use the display device command to check whether the cards and subcards are in normal state.
The Brd Status field indicates the card or subcard status.
The command output might vary by router model. This section uses a CR16000-F router as an example.
<Sysname>display device
Slot No. Brd Type Brd Status Software Version
0 CSR05SRP1P3 Master CR16000-CMW710-R8260P22
1 NONE Absent NONE
2 NONE Absent NONE
3 NONE Absent NONE
4 CSPEX-1504X Normal CR16000-CMW710-R8260P22
5 NONE Absent NONE
6 CSPEX-1504X Normal CR16000-CMW710-R8260P22
7 NONE Absent NONE
8 NONE Absent NONE
9 NONE Absent NONE
10 NONE Absent NONE
11 NONE Absent NONE
12 NONE Absent NONE
13 CSFC-08E1 Normal CR16000-CMW710-R8260P22
14 NONE Absent NONE
Verifying that the router is in stable state
# Use the display system stable state command to check whether the router is in stable state.
The router is stable if the System State field displays Stable.
The command output might vary by router model. This section uses a CR16000-F router as an example.
<Sysname> display system stable state
System state : Stable
Redundancy state : No redundancy
Slot CPU Role State
0 0 Active Stable
6 0 Other Stable
6 1 Other Stable
13 0 Other Stable
Verifying that the configuration has been recovered
# Use the display current-configuration command to view the current configuration.
# Use the display diff current-configuration startup-configuration command to check whether configurations are lost or modified.
Verifying that the services are normal
# Collect entries (such as routing entries, FIB entries, and MAC address entries) and compare them with the entries before the upgrade to check whether entries are lost.
# Check whether the service traffic before and after the upgrade is the same.
# Check whether the servers such as NMS servers are working correctly.
|
NOTE: Before verifying the services, do not execute the save command. |