This option is to use with centralized database ( PostGreSQL or MySQL). Server_id - sets the name of the server (at most 10 characters). Connection string is not used for sqlite database. more pretty, scalable, interactive charts Ĭonnect_string = port is used for specific database, if port is not specified (typical port is 3306 for MySQL and 5432 for PostGreSQL).implemented ability to add custom plugins.improved notifications about hitting LVE limits (more informative and without false positives).lvestats-server saves “snapshots” of user’s processes and queries for each “incident” - added new lve-read-snapshot utility.lvestats-server emulates and tracks faults for CPU, IO, IOPS.CPU usage is calculated in terms of % of a single core (100% usage means one core).Old LVE-statistics functionality is hard to extend.

Notifications in old LVE-statistics are not accurate because they are based on average values for CPU, IO, IOPS.

what processes are running when user hits LVE limits.Example

Old LVE-statistics does not provide a way to determine a cause of LVE faults, i.e.

On 32 core servers usage is not visible for most users (as they are limited to 1 core).

100% CPU usage in old lve statistics means “all cores”.

So, such peak load will noExat be recorded and we need to store data with much higher precision. Data in old LVE-statistics is aggregated to 1-hour intervals. If user used 100% of CPU for 1 second within an hour, it is only 1-2% for a minute, and 0 for 5 minutes.

Old LVE-statistics store averages as integer numbers, as % of CPU usage.What features will be implemented in the future?.# General information and requirements # LVE-Stats 2 # General information and requirements

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