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2218 total results found

Prerrequisites

Xenserver

Machine running XenServer, with port 443/TCP open. Port 80/TCP (or the port where the http connections occur) must be enabled Have the Pandora FMS Data Server enabled Have the Pandora FMS Plugin Server enabled It is recommended that virtual machines ...

Parameters

Xenserver

Parameters -c <path_file_conf> o --conf <path_file_conf> Path to the plugin configuration file containing the configured parameters. --as_discovery_plugin <1|0> Run the plugin in discovery mode, it will show information about the ...

Manual execution

Xenserver

The plugin can be run manually by terminal to check its correct configuration before its subsequent installation in PandoraFMS. This has two parameters, -c or --conf (you can use whichever you prefer) to call the configuration conf file. For a correct configu...

Discovery

Xenserver

This plugin can be integrated with Pandora FMS Discovery. To do this, you must load the ".disco" package that you can download from the Pandora FMS library: https://pandorafms.com/library/ Once loaded, XenServer environments can be monitored by creating D...

Agents generated by the plugin

Xenserver

The plugin generates three types of agents: ● virtual machine (VM)● storage disk (SR)● XenServer (Host) Storage Repository (SR) type agents For each SR an agent will be generated, which will have a name of the type: XenSR_<name_of_SR> SR Agent ModulesFor e...

Discovery

Google Cloud Platform Compute Engine

This plugin can be integrated with Pandora FMS Discovery. To do this, you must load the ".disco" package that you can download from the Pandora FMS library: https://pandorafms.com/library/ Once loaded, Google Cloud Platform Compute Engine environments can...

Introduction

Google Cloud Platform Compute Engine

The purpose of this plugin is to monitor instances and areas of Google Cloud, using key metrics related to the CPU, networks, IOPS and disks that are essential to control and monitor these machines and to guarantee optimal performance, solve problems, plan sca...

Compatibility matrix

Google Cloud Platform Compute Engine

Systems where it has been tested Rocky linux, Fedora 34 Systems where it works Any linux system

Prerrequisites

Google Cloud Platform Compute Engine

Connectivity to the google APIThe plugin is a binary that contains packaged dependencies so it is not necessary to install any type of dependency for its use. Privileges The account used to authenticate when executing the plugin will require the following p...

Parameters and configuration

Google Cloud Platform Compute Engine

Parameters --conf Path to configuration file   Configuration file (--conf) agents_group_name = < Name of the target group for the created agents > threads = < Number of execution threads, each zone/instance will be equally distributed in the ...

Manual execution

Google Cloud Platform Compute Engine

The plugin execution format is as follows: ./pandora_gcp_ce --conf < path to configuration file >  For example: ./pandora_gcp_ce --conf /usr/share/pandora_server/util/plugin/gcp.conf The execution will return an output in JSON format with information about...

Agents and modules generated by the plugin

Google Cloud Platform Compute Engine

Running the plugin will create the following agents and modules: global agent <Name used with the parameter "stats_agent_name" or failing that "Google Cloud Platform" > modules GCP CE Instances count Number of total instances monitor...

Discovery

Azure Microsoft Compute

This plugin can be integrated with Pandora FMS Discovery. To do this, you must load the ".disco" package that you can download from the Pandora FMS library: https://pandorafms.com/library/ Once loaded, Azure Microsoft Compute environments can be monitored...

Introduction

Azure Microsoft Compute

The purpose of this plugin is to monitor instances and regions of Azure Microsoft Compute, using key metrics related to the CPU, networks, IOPS and disks that are essential to control and monitor these machines and to guarantee optimal performance, solve probl...

Compatibility matrix

Azure Microsoft Compute

Systems where it has been tested Rocky linux, Fedora 34 Systems where it works Any linux system

Prerrequisites

Azure Microsoft Compute

Azure API ConnectivityThe plugin is a binary that contains packaged dependencies so it is not necessary to install any type of dependency for its use. Credentials SUBSCRIPTION_ID  Go to your subscription, you can find the subscription ID, in the top...

Parameters and configuration

Azure Microsoft Compute

Parameters --conf Path to configuration file Configuration file (--conf) agents_group_name = < Name of the target group for the created agents > threads = < Number of execution threads, each zone/instance will be equally distributed in the num...

Manual execution

Azure Microsoft Compute

The plugin execution format is as follows: ./pandora_azure_mc --conf < path to configuration file > For example: ./pandora_azure_mc --conf /usr/share/pandora_server/util/plugin/azure.conf The execution will return an output in JSON format with information ...

Agents and modules generated by the plugin

Azure Microsoft Compute

Running the plugin will create the following agents and modules: Global agent < Name used with the parameter "stats_agent_name" or failing that "azure" > Modules Azure MC Instances count Number of total instances monitored by...

Introduction

AWS S3

This plugin aims to monitor AWS buckets, using metrics such as the number of objects and their size, which can help better track application costs and performance. The plugin connects to the AWS API and monitors buckets using the aforementioned metrics, gener...