Polycom Configuration File Generator Tool
Argimiro Krishnamoorthy
IP Phone Configurator is a tool that speeds up the initial configuration of large numbers of Polycom phones. For more information, see "Download the IP Phone Configurator utility" under "Polycom Related Files" on the SIP-Related Download Files page at -platforms/Pages/SIP-Related-Download-Files.aspx.
Using the template file the configuration tool makes phone-specific configuration files, basically, it just reformats the config options into one line separated by ampersands and attaches its custom header
ZTP can be found in devices and tools such as network switches, routers, wireless access points and firewalls. The goal is to enable IT personnel and network operators to install networking devices without manual intervention. Manual configuration takes time and is prone to human error -- especially if many devices must be configured at scale. ZTP is faster in this case, reduces the chance of error and ensures configuration consistency.
ZTP carries out the basic configuration, after which the switch can be deployed in an environment where custom configuration changes are made. ZTP can use a user-provided script to connect to a configuration management platform, such as Puppet, CFEngine, Chef or a custom tool.
Recent Changes October 17, 2023 Added nRmt doc and scripts October 6, 2023 New composite QoS document. Add UDP port. July 26, 2023 New composite QoS document. Misc fixes, add Fortinet policy mode. July 13, 2023 Add wireshark filters for public use. June 15, 2023 Update QoS documents for new ip range 103.129.102.0/23. January 12, 2023 Update QoS document, add Appendix O, Update policy generator script. May 18, 2022 Add Meraki SD-WAN Configuration Best Practices April 11, 2022 Add standalone Meraki API Tool Documentation April 11, 2022 Update of Meraki API Tool to add documentation into zipfile April 8, 2022 Update of Meraki API Tool to add Engine Version sanity checks April 6, 2022 Massive Update of Meraki API Tool March 21, 2022 Updated QoS Document Appendix S March 03, 2022 Initial Deployment of Meraki API Tool January 11, 2022 Primary QoS document updated in QoS section January 10, 2022 Post new Windows QoS updates in QoS section December 09, 2021 Post new Windows QoS updates in QoS section October 01, 2021 Fix for missing Appendix V. July 15, 2021 New QoS releases on QoS page. June 28, 2021 Add Polycom 6.0+ bulk reset tool June 02, 2021 New Panasonic TGP600 documentation June 02, 2021 Setting up DHCP for conditional vendor options June 02, 2021 New Polycom bulk migration documentation April 06, 2021 Post first cut of Panasonic TGP600 document February 25, 2021 Minor changes to Windows Policy Generator in QoS section, add verbiage February 23, 2021 Minor changes to Windows Policy Generator in QoS section, add post command delay February 22, 2021 Minor changes to Windows Policy Generator in QoS section February 12, 2021 Convert Windows Policy Generator in QoS section to ZIP file for download February 11, 2021 Add Windows Policy Generator in QoS section September 09, 2020 Update to version 1.1.0 of EMI/RFI remediation document. Test kit available for internal use. August 17, 2020 Update to version 1.0.0 of EMI/RFI remediation document. Minor changes made after consult with specialist engineer. August 15, 2020 Update to version 4.5.0 of QoS document. Added support for new RingCentral Address Allocation. August 14, 2020 Update Direct Connection Document and Add Peering Configuration Document. August 14, 2020 Update Fortinet/AWS docment to version 1.8. Added RCV support and new CIDR block allocation. August 5, 2020 Update to version 4.4.0 of QoS document. Added support for Engage product. July 9, 2020 Update to version 4.3.2 of QoS document. Added SonicWall support for RCV. July 7, 2020 Update to version 4.3.1 of QoS document. Added Mikrotik support. Support for SonicWall will be added in a few days and an update posted. July 2, 2020 Update to version 4.3.0 of QoS document. Adds support for RingCentral Video (RCV) based on new release scheduled for mid-July. Support for SonicWall and Mikrotik will be added in a few days and an update posted. June 20, 2020 Update to version 4.2.4 of QoS document. May 29, 2020 Update to Version 4.2.3 of QoS document. April 16, 2020 Updated to Version 1.6 of Fortinet AWS document. March 27, 2020 Updated Version 4.2.2 of composite document with updates. March 25, 2020 Created Version 4.2.0 of composite document with updates. January 29, 2020 Added V4.1.1 of QoS document with support for HP/Aruba switches in Appendix H. January 24, 2020 Added V1.5 of Fortinet document October 22, 2019 Added support for Cisco Zone Based Firewall (ZBF/ZFW) into Appendix B of QoS Configuration document.
The tool will update interface names to the new interface naming conventions used in the new devices. When converting the settings from the source to the destination, the tool will map the commands from interfaces in the source device to interfaces that would use the same role in the destination device. It will convert commands that are no longer supported to analogous commands from the newer devices. The tool will attempt to keep the same functionality between the original behavior and the behavior in the updated configuration.
The objective of this document is to show you how to use the migration tool to take configuration from a Sx200, Sx300, or Sx500 series switches and convert it to the appropriate Sx250, Sx350, and Sx550.
The generator creates the configuration to match the data model of the current NEXUS server installation, so for example, Component Types that are registered in the server are added as entity types in the configuration file (dm-configuration.xml). Each entity section has matching ToPlm and ToAltium sections and mapped parameters sourced from the matching component template (if available). Also included are project publishing sections to map the release package elements to the enterprise system.
Displays not being capable of doing so will regard the data as belonging to the mains (utility). The Inverter Output is then interpreted as utility #0 and Inverter Input as utility #1. These default instance numbers can be changed by a network configuration tool if necessary.
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