Redundancy Configuration Manager, Version 2024.03.0
Introduction
This Release Notes identifies changes and issues related to this software release.
Release Lifecycle Milestones
Release Lifecycle Milestone |
Milestone |
Date |
---|---|---|
First Customer Ship |
FCS |
31-Jul-2024 |
End of Life |
EoL |
31-Jul-2024 |
End of Software Maintenance |
EoSM |
29-Jan-2026 |
End of Vulnerability and Security Support |
EoVSS |
29-Jan-2026 |
Last Date of Support |
LDoS |
31-Jan-2027 |
These milestones and the intervals between them are defined in the Cisco Ultra Cloud Core (UCC) Software Release Lifecycle Product Bulletin available on cisco.com.
Release Package Version Information
Software Packages |
Version |
---|---|
rcm.2024.03.0.SPA.tgz |
2024.03.0 |
NED package |
ncs-5.6.8-rcm-nc-2024.03.0 ncs-6.1-rcm-nc-2024.03.0 |
NSO |
5.6.8 6.1 |
Verified Compatibility
Products |
Version |
---|---|
Ultra Cloud Core SMI |
2024.03.1.12 |
CDL |
1.11.8.1 |
Ultra Cloud Core UPF |
2024.03.0 |
What's New in this Release
Features and Enhancements
This section covers a brief description of the features and enhancements introduced in this release. It also includes links to detailed documentation, where available.
Feature | Description |
---|---|
RCM allows network operators to generate a full memory dump of the applications or pods for analysis and troubleshooting purposes. In addition to logs and statistics, the full core dump eases debugging and provides better serviceability. This feature applies to both SMI and VM-based RCM deployments. You can generate core dump for the Controller, BFDMgr, CheckpointMgr, and ConfigMgr pods. You can use this debug command kubectl -n rcm exec -it pod_name -- kill -SIGUSR1 1 to generate a core dump for the required pod. The core dump must be generated upon request from your Cisco account representative only. Default Setting: Not Applicable |
|
UCS C220 M7 Server Qualification |
In this release, RCM is functionally qualified on the Cisco UCS C220 M7 server. The Cisco UCS C220 M7 Rack Server is a versatile general-purpose infrastructure and application server. This high-density, 1RU, 2-socket rack server delivers industry-leading performance and efficiency for a wide range of workloads, including virtualization and bare-metal applications. |
Behavior Changes
This section covers a brief description of behavior changes introduced in this release.
Behavior Change | Description | ||
---|---|---|---|
ClusterIP Service for Internal Communication |
RCM supports a clusterIP service for the Keepalived and BFDMgr host networking pods to listen on for internal requests. Previous Behavior: The Keepalived and BFDMgr pods listened on virtual IP address (VIP) for internal REST communication. New Behavior: The pods will now listen on the cluster IP address. You can configure custom ports in the RCM Ops Center to run multiple RCM instances in host and non-host networking modes. This release supports new CLI commands in Config mode to configure custom ports for the Keepalived and BFDMgr pods to listen on.
Example:
|
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Input Valid Range Values for VRRP Delay |
Previous Behavior: In the RCM Ops Center configuration, the VRRP delay parameter accepted the old default value of "0" seconds. New Behavior: The VRRP delay parameter accepts any value in seconds, that ranges from 1 to 86400. The value "0" is invalid with this release. This parameter is configured to delay the start of VRRP instance. Example:
Customer Impact: Prior to the RCM Ops Center upgrade, you must ensure that the vrrp-delay parameter has a value in the valid range. If "0" was used in the old configuration, use the no tuning-params vrrp-delay command to remove the configuration, and then perform Ops Center upgrade. |
||
Reset Stale Connections on Standby RCM |
Previous Behavior: This behavior was observed during RCM switchover:
New Behavior: The ConfigMgr pod will not restart in BACKUP state. Instead, it will clean up its internal state when RCM enters the non-MASTER state. This release introduces the following behavior during RCM switchover:
|
Installation and Upgrade Notes
This Release Note does not contain general installation and upgrade instructions. Refer to the existing installation documentation for specific installation and upgrade considerations.
RCM Ops Center Logging Levels
It is recommended to use the following logging levels for RCM Ops Center to ensure that logs do not overflow.
logging level application debug
logging level transaction debug
logging level tracing off
logging name infra.dpd.core level application off
logging name infra.dpd.core level transaction off
logging name infra.dpd.core level tracing off
logging name infra.application.core level application off
logging name infra.application.core level transaction off
logging name infra.application.core level tracing off
logging name infra.etcd_client.core level application warn
logging name infra.etcd_client.core level transaction warn
logging name infra.etcd_client.core level tracing off
logging name infra.virtual_msg_queue.core level application warn
logging name infra.virtual_msg_queue.core level transaction warn
logging name infra.virtual_msg_queue.core level tracing off
logging name infra.edr.core level application warn
logging name infra.edr.core level transaction warn
logging name infra.edr.core level tracing off
logging name infra.ipcstream.core level application warn
logging name infra.ipcstream.core level transaction warn
logging name infra.ipcstream.core level tracing off
logging name infra.memory_cache.core level application warn
logging name infra.memory_cache.core level transaction warn
logging name infra.memory_cache.core level tracing off
logging name infra.topology_lease.core level application warn
logging name infra.topology_lease.core level transaction warn
logging name infra.topology_lease.core level tracing off
logging name infra.ipc_action.core level application warn
logging name infra.ipc_action.core level transaction warn
logging name infra.ipc_action.core level tracing off
logging name infra.vrf_etcd_update.core level application warn
logging name infra.vrf_etcd_update.core level transaction warn
logging name infra.vrf_etcd_update.core level tracing off
logging name infra.config.core level application warn
logging name infra.config.core level transaction warn
logging name infra.config.core level tracing off
logging name infra.heap_dump.core level application warn
logging name infra.heap_dump.core level transaction warn
logging name infra.heap_dump.core level tracing off
logging name infra.resource_monitor.core level application warn
logging name infra.resource_monitor.core level transaction warn
logging name infra.resource_monitor.core level tracing off
logging name infra.topology.core level application warn
logging name infra.topology.core level transaction warn
logging name infra.topology.core level tracing off
logging name infra.transaction.core level application warn
logging name infra.transaction.core level transaction warn
logging name infra.transaction.core level tracing off
logging name infra.diagnostics.core level application warn
logging name infra.diagnostics.core level transaction warn
logging name infra.diagnostics.core level tracing off
Software Integrity Verification
To verify the integrity of the software image you have from Cisco, you can validate the SHA512 checksum information against the checksum identified by Cisco for the software.
Image checksum information is available through Cisco.com Software Download Details. To find the checksum, hover the mouse pointer over the software image you have downloaded.
The following screenshot is an example of a UPF release posted in the Software Download page.
At the bottom you find the SHA512 checksum, if you do not see the whole checksum you can expand it by pressing the "..." at the end.
To validate the information, calculate a SHA512 checksum using the information in Table 1 and verify that it matches either the one provided on the software download page.
To calculate a SHA512 checksum on your local desktop, refer to the following table.
Operating System |
SHA512 checksum calculation command examples |
---|---|
Microsoft Windows |
Open a command line window and type the following command:
|
Apple MAC |
Open a terminal window and type the following command:
|
Linux |
Open a terminal window and type the following command:
OR
|
NOTES: filename is the name of the file. extension is the file extension (for example, .zip or .tgz). |
If the SHA512 checksum matches, you can be sure that no one has tampered with the software image or the image has not been corrupted during download.
If the SHA512 checksum does not match, we advise you to not attempt upgrading any systems with the corrupted software image. Download the software again and verify the SHA512 checksum again. If there is a constant mismatch, please open a case with the Cisco Technical Assistance Center.
Certificate Validation
RCM software images are signed via x509 certificates. Please view the .README file packaged with the software for information and instructions on how to validate the certificates.
Open Bugs for this Release
There are no open bugs in this specific software release.
Resolved Bugs for this Release
The following table lists the resolved bugs in this specific software release.
Note |
This software release may contain resolved bugs first identified in other releases. Additional information for all bugs specific to this release are available in the Cisco Bug Search Tool. |
Bug ID |
Headline |
Behavior Change |
---|---|---|
ClusterIP service for BfdMgr and keepalived to listen on for internal requests |
Yes |
|
Resetting Stale Connections from Standby RCM Checkpointmgr to UPFs via new IPC |
Yes |
|
Ops-center crash due to vrrp-delay=0 in ops-center config |
Yes |
|
Checkpointmgr--1500 instance# is wrong in checkpoint stats o/p when"IsConnected":false for stdby UPF |
No |
Operator Notes
Cloud Native Product Version Numbering System
The show helm list command displays detailed information about the version of the cloud native product currently deployed.
The appropriate version number field increments after a version has been released. The new version numbering format is a contiguous sequential number that represents incremental changes between releases. This format facilitates identifying the changes between releases when using Bug Search Tool to research software releases.
Release Package Descriptions
The following table provides descriptions for the packages that are available with this release.
Software Packages |
Description |
---|---|
rcm.<version>.SPA.tgz |
The RCM offline release signature package. This package contains the RCM deployment software, NED package, as well as the release signature, certificate, and verification information. |
ncs-<nso_version>-rcm-nc-<version>.tar.gz |
The NETCONF NED package. This package includes all the yang files that are used for NF configuration. Note that NSO is used for NED file creation. |
Obtaining Documentation and Submitting a Service Request
For information on obtaining documentation, using the Cisco Bug Search Tool (BST), submitting a service request, and gathering additional information, refer to https://www.cisco.com/c/en/us/support/index.html.