=========== PacketCable =========== Major Features ============== odl-packetcable-policy-server ----------------------------- * **Feature URL:** https://git.opendaylight.org/gerrit/gitweb?p=packetcable.git;a=blob;f=features-packetcable-policy/features4-packetcable-policy/pom.xml;h=0945b9287711a1ce9a7bd6cc0b457607a3cd6248;hb=refs/heads/stable/nitrogen * **Feature Description:** Plugin that provides a PCMM model implementation based on CMTS structure and COPS protocol. It implements `RFC 2748 `. * **Top Level:** Yes * **User Facing:** Yes * **Experimental:** No * **CSIT Test:** https://jenkins.opendaylight.org/releng/view/packetcable/job/packetcable-csit-1node-pcmm-all-nitrogen/ Documentation ============= * **User Guide(s):** * :ref:`packetcable-user-guide` * **Developer Guide(s):** * :ref:`packetcable-dev-guide` Security Considerations ======================= * Do you have any external interfaces other than RESTCONF? No. * The PacketCable project interfaces to southbound devices using the COPS protocol. Securing communication on this interface is outslide the scope of this project. Quality Assurance ================= * `Link to Sonar Report `_ ( Test coverage percent - 53.41% ) * Link to CSIT Job: * https://jenkins.opendaylight.org/releng/view/packetcable/job/packetcable-csit-1node-pcmm-all-nitrogen/ * Other manual testing and QA information - The CSIT job runs the PacketCable plugin in a simple cable access controller emulation environment. The code is manually tested during the development cycle with an actual (controller). * Testing methodology. There is substantial unit testing executed in the project build process; CSIT testing is executed in an "emulated" cable access network environment. All product APIs are validated during the development cycle. CSIT testing would benefit from an upgrade to cover some of the post-Carbon feature additions. Migration --------- * Is it possible to migrate from the previous release? Yes Migration from PacketCable Carbon version to the Nitrogen version is accomplished by replacement of the PacketCable plugin components. * Any data stored in COPS models will need to be manually replicated. * All previous API calls will work with the new release. Compatibility ------------- * Is this release compatible with the previous release? Yes * Any API changes? No * Any configuration changes? No Bugs Fixed ---------- * List of Bugzilla bugs fixed since the previous release NONE * The only functional change for the Nitrogen release of Packetcable is the upgrade from Karaf3 to Karaf4. Known Issues ------------- * There are no known issues with the Carbon release of PacketCable End-of-life =========== * No PacketCable features or APIs are EOLed, deprecated, or removed in this release Standards ========= * The Packetcable plug-in implements a subset of the provisioning operations defined in these specifications. * CableLabs "PacketCable 1.5 Specification: MTA Device Provisioning" PKT-SP-PROV1.5-I04-090624 * COPS protocol RFC 2748 Release Mechanics ================= * Link to Packetcable Nitrogen release plan: * There were no major shifts in release schedule from the release plan