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New – This monitor returns the number of new player connections since the start of this RSS interval.Total – This monitor returns the total number of players connected when the RSS report was written.Returns general statistics about how many new players are connected or disconnected. Keep in mind that this is only an average and the amount of memory allocated to each player can vary widely depending on the type of player and the type of media streamed. Memory_Per_Player – This monitor returns the allocated memory, in kB, divided by the number of currently connected media players.This memory is not included in the application memory allocation. Memory_Mapped_IO – This monitor returns the amount of memory, in units defined by a script, used for memory-mapped I/O when this report was written.Pages – This monitor returns the high-water mark for the amount of memory used, in pages.The maximum value is set by the -m command option. This number, which may have been reached in a preceding RSS period, never falls until the server is restarted. This should be close to the amount of application memory in use as reported by the operating system. Used_High_Watermark – This monitor returns the high-water mark for the amount of memory used, in units defined by a script.(This cache is internal to the server and unrelated to L1/L2 system memory cache.) Because these operations occur faster with less resource contention than non-cached memory functions, a higher percentage indicates greater server efficiency. Cache_Hit_Ratio – This monitor returns the percentage of memory operations during this RSS period that were carried out using the server’s memory cache.The difference represents memory that the server has reserved for use, but that is currently idle. This may be less than the amount of application memory reported by the operating system. Used – This monitor returns the amount of memory, in units defined by a script, in use by the server when the RSS report was written.Returns statistics about actual server memory usage, memory allocation according to the operating system, and allocated memory, in Kilobytes, divided by the number of currently connected media players at the time the RSS report was written. System – This monitor returns the total system CPU load, including CPU used by other applications.Kernel – This monitor returns the percentage of time used by the operating system kernel on behalf of the server.User – This monitor returns the percentage of time used by the server itself, not counting operating system time and kernel time.For machines with more processors, the number may fall short in representing the actual server load. For machines with up to 4 CPUs, these statistics provide an accurate guide to the server processing load. Returns the overall use of system processor time. The script in monitors automatically determine which log file is the most recent and will retrieve statistical information from it. The entire argument should be within in double brackets.

Rsslogs.* should be put at the end of the RSS folder path. Following is an example using the arguments field: (rmserver.cfg file, “RSS Logging” section)īefore using this template, the correct arguments should be set to all Linux/Unix monitors. By default, the RSS interval is set to one minute in the following folder. See ' Using SAM Min/Max/Average statistics data for creating threshold settings' in the SolarWinds Success Center.Īll Linux/Unix monitors retrieve statistical information from RSS log files which can be found here:Įach RSS configuration varies as to how many log files will be stored and how often this statistic will be updated. (Recommended) Monitor counters for a period of time to understand potential value ranges, and then set thresholds accordingly. SNMP installed on the target server and permission to monitor rmserver processes. SSH and Perl installed on the target server. It uses Perl scripts to get statistics from RSS log files and an SNMP process monitor for monitoring Universal Media Server process. This SAM application monitor template assesses the performance of the Real Helix Universal Media Server on Linux/Unix machines. Helix Universal Media Server (Linux/Unix)

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How to Install NPM and Other Orion Platform Products.Upgrading From the Orion Platform 2016.1 to 2019.4.Upgrading Your Orion Platform Deployment Using Microsoft Azure.Upgrading Isn't as Daunting as You May Think.

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Universal media server not opening