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Windows System

Description​

Gives OS specific information and metrics

system windows

Target​

Typical platform: Microsoft Windows

Operating system: Microsoft Windows

Prerequisites​

Leverages: WMI

Technology and protocols: WMI

Examples​

CLI​

metricshub HOSTNAME -t win -c +Windows --wmi -u USER

metricshub.yaml​

resourceGroups:
  <RESOURCE_GROUP>:
    resources:
      <HOSTNAME-ID>:
        attributes:
          host.name: <HOSTNAME> # Change with actual host name
          host.type: win
        connectors: [ +Windows ] # Optional, to load only this connector
        protocols:
          wmi:
            username: <USERNAME> # Change with actual credentials
            password: <PASSWORD> # Encrypted using metricshub-encrypt

Connector Activation Criteria​

The Windows System connector will be automatically activated, and its status will be reported as OK if all the below criteria are met:

  • The WMI query below succeeds:
    • Namespace: root\CIMv2
    • Query: SELECT * FROM Win32_OperatingSystem

Metrics​

TypeCollected MetricsSpecific Attributes
cpuhw.status{hw.type="cpu", state="present"}
system.cpu.time{system.cpu.state="idle"}
system.cpu.time{system.cpu.state="system"}
system.cpu.time{system.cpu.state="user"}
system.cpu.utilization{system.cpu.state="idle"}
system.cpu.utilization{system.cpu.state="system"}
system.cpu.utilization{system.cpu.state="user"}		id
name
system.cpu.logical_number
file_systemsystem.filesystem.usage{system.filesystem.state="free"}
system.filesystem.usage{system.filesystem.state="used"}
system.filesystem.utilization{system.filesystem.state="free"}
system.filesystem.utilization{system.filesystem.state="used"}		id
system.device
system.filesystem.type
system.filesystem.volumeName
memoryhw.status{hw.type="memory", state="present"}
system.memory.limit
system.memory.usage{system.memory.state="cached"}
system.memory.usage{system.memory.state="free"}
system.memory.usage{system.memory.state="used"}
system.memory.utilization{system.memory.state="cached"}
system.memory.utilization{system.memory.state="free"}
system.memory.utilization{system.memory.state="used"}		id
networkhw.status{hw.type="network", state="present"}
system.network.bandwidth.limit
system.network.dropped{network.io.direction="receive"}
system.network.dropped{network.io.direction="transmit"}
system.network.errors{network.io.direction="receive"}
system.network.errors{network.io.direction="transmit"}
system.network.io{network.io.direction="receive"}
system.network.io{network.io.direction="transmit"}
system.network.packets{network.io.direction="receive"}
system.network.packets{network.io.direction="transmit"}		id
network.interface.name
pagingsystem.paging.usage{system.paging.state="free"}
system.paging.usage{system.paging.state="used"}
system.paging.utilization{system.paging.state="free"}
system.paging.utilization{system.paging.state="used"}		id
system.device
paging_activitysystem.paging.faults{system.paging.type="major"}
system.paging.faults{system.paging.type="minor"}
system.paging.operations{system.paging.direction="in"}
system.paging.operations{system.paging.direction="out"}		id
physical_diskhw.status{hw.type="physical_disk", state="present"}
system.disk.io_time
system.disk.io{disk.io.direction="read"}
system.disk.io{disk.io.direction="write"}
system.disk.operation_time{disk.io.direction="read"}
system.disk.operation_time{disk.io.direction="write"}
system.disk.operations{disk.io.direction="read"}
system.disk.operations{disk.io.direction="write"}		id
system.device
systemsystem.uptimeid
name
os_version
serial_number
version