Cloud Eye OS Monitoring Metrics Supported by Workspace (with Agent Installed)

cpu_usage

(Agent) CPU Usage

CPU usage of the monitored object.

Unit: %

• Linux: Check metric value changes in file /proc/stat in a collection period. Run the top command to check the %Cpu(s) value.
• Windows: Obtain the metric value using the Windows API GetSystemTimes.

0–100%

Cloud desktop

1 minute

mem_usedPercent

(Agent) Memory Usage

Memory usage of the monitored object.

Unit: %

• Linux: Obtain the metric value from the /proc/meminfo file: (MemTotal - MemAvailable)/MemTotal
  • If MemAvailable is displayed in /proc/meminfo, MemUsedPercent = (MemTotal - MemAvailable)/MemTotal
  • If MemAvailable is not displayed in /proc/meminfo, MemUsedPercent = (MemTotal – MemFree – Buffers – Cached)/MemTotal
• Windows: The calculation formula is as follows: Used memory size/Total memory size x 100%.

0–100%

Cloud desktop

1 minute

net_bitRecv

(Agent) Outbound Bandwidth

Number of bits sent by this NIC per second.

Unit: bit/s

• Linux: Check metric value changes in file /proc/net/dev in a collection period.
• Windows: Use the MibIfRow object in the WMI to obtain network metric data.

≥ 0 bit/s

Cloud desktop

1 minute

net_bitSent

(Agent) Inbound Bandwidth

Number of bits received by this NIC per second.

Unit: bit/s

• Linux: Check metric value changes in file /proc/net/dev in a collection period.
• Windows: Use the MibIfRow object in the WMI to obtain network metric data.

≥ 0 bit/s

Cloud desktop

1 minute

net_packetRecv

(Agent) NIC Packet Receive Rate

Number of packets received by this NIC per second.

Unit: count/s

• Linux: Check metric value changes in file /proc/net/dev in a collection period.
• Windows: Use the MibIfRow object in the WMI to obtain network metric data.

≥ 0

Cloud desktop

1 minute

net_packetSent

(Agent) NIC Packet Send Rate

Number of packets sent by this NIC per second.

Unit: count/s

• Linux: Check metric value changes in file /proc/net/dev in a collection period.
• Windows: Use the MibIfRow object in the WMI to obtain network metric data.

≥ 0

Cloud desktop

1 minute

disk_free

(Agent) Available Disk Space

Available disk space on the monitored object.

Unit: GB

• Linux: Run the df -h command to check the value in the Avail column. The path of the mount point prefix cannot exceed 64 characters. It must start with a letter, and contain only digits, letters, hyphens (-), periods (.), and swung dashes (~).
• Windows: Obtain the metric value using the WMI API GetDiskFreeSpaceExW. The path of the mount point prefix cannot exceed 64 characters. It must start with a letter, and contain only digits, letters, hyphens (-), periods (.), and swung dashes (~).

≥ 0 GB

Cloud desktop

1 minute

disk_usedPercent

(Agent) Disk Usage

Percentage of total disk space that is used, which is calculated as follows: Disk Usage = Used Disk Space/Disk Storage Capacity.

Unit: %

• Linux: Obtain the metric value using the following formula: Disk Usage = Used Disk Space/Disk Capacity. The path of the mount point prefix cannot exceed 64 characters. It must start with a letter, and contain only digits, letters, hyphens (-), periods (.), and swung dashes (~).
• Windows: Obtain the metric value using the WMI API GetDiskFreeSpaceExW. The path of the mount point prefix cannot exceed 64 characters. It must start with a letter, and contain only digits, letters, hyphens (-), periods (.), and swung dashes (~).

0–100%

Cloud desktop

1 minute

disk_inodesUsedPercent

(Agent) Percentage of Total inode Used

Percentage of used inodes on the disk of the monitored object.

Unit: %

Linux: Run the df -i command to check the value in the IUse% column. The path of the mount point prefix cannot exceed 64 characters. It must start with a letter, and contain only digits, letters, hyphens (-), periods (.), and swung dashes (~).

0–100%

Cloud desktop

1 minute

disk_ioUtils

(Agent) Disk I/O Usage

Disk I/O usage of the monitored object.

Unit: %

• Linux:

  The disk I/O usage is calculated based on the data changes in the thirteenth column of the corresponding device in file /proc/diskstats in a collection period.

  The path of the mount point prefix cannot exceed 64 characters. It must start with a letter, and contain only digits, letters, hyphens (-), periods (.), and swung dashes (~).

• Windows does not support this metric.

0–100%

Cloud desktop

1 minute

gpu_aggregate_correctable

Aggregate Correctable ECC Errors

Aggregate correctable ECC errors on the GPU.

Unit: count

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

≥ 0

Cloud desktop

1 minute

gpu_aggregate_uncorrectable

Aggregate Uncorrectable ECC Errors

Aggregate uncorrectable ECC errors on the GPU.

Unit: count

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

≥ 0

Cloud desktop

1 minute

gpu_performance_state

(Agent) Performance Status

GPU performance of the monitored object.

Unit: none

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

P0-P15, P32

• P0: indicates the maximum performance status
• P15: indicates the minimum performance status
• P32: indicates the unknown performance status

Cloud desktop

1 minute

gpu_retired_page_double_bit

Retired Page Double Bit Errors

Number of retired page double-bit errors, which indicates the number of double-bit pages blocked by the GPU

Unit: count

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

≥ 0

Cloud desktop

1 minute

gpu_retired_page_single_bit

Retired Page Single Bit Errors

Number of retired page single-bit errors, which indicates the number of single-bit pages blocked by the GPU.

Unit: count

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

≥ 0

Cloud desktop

1 minute

gpu_status

GPU Health Status

Overall measurement of the GPU health.

Unit: none

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

• 0: healthy
• 1: subhealthy
• 2: faulty

Cloud desktop

1 minute

gpu_usage_decoder

Decoding Usage

Decoding capability usage of the GPU.

Unit: %

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

0–100%

Cloud desktop

1 minute

gpu_usage_encoder

Encoding Usage

Encoding capability usage of the GPU.

Unit: %

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

0–100%

Cloud desktop

1 minute

gpu_usage_gpu

(Agent) GPU Usage

GPU usage of the monitored object.

Unit: %

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

0–100%

Cloud desktop

1 minute

gpu_usage_mem

(Agent) GPU Memory Usage

GPU memory usage of the monitored object.

Unit: %

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

0–100%

Cloud desktop

1 minute

gpu_volatile_correctable

Volatile Correctable ECC Errors

Number of correctable ECC errors since the GPU is reset. The value is reset to 0 each time the GPU is reset.

Unit: count

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

≥ 0

Cloud desktop

1 minute

gpu_volatile_uncorrectable

Volatile Uncorrectable ECC Errors

Number of uncorrectable ECC errors since the GPU is reset. The value is reset to 0 each time the GPU is reset.

Unit: count

• Linux: Obtain the metric value using the libnvidia-ml.so.1 library file of the GPU.
• Windows: Obtain the metric value using the nvml.dll library of the GPU.

≥ 0

Cloud desktop

1 minute

load_average1

(Agent) 1-Minute Load Average

CPU load averaged from the last one minute.

Linux: Obtain the metric value from the number of logic CPUs in load1/ in file /proc/loadavg. You can run the top command to check the value of load1.

≥ 0

Cloud desktop

1 minute

load_average5

(Agent) 5-Minute Load Average

CPU load averaged from the last five minutes.

Linux: Obtain the metric value from the number of logic CPUs in load5/ in file /proc/loadavg. You can run the top command to check the value of load5.

≥ 0

Cloud desktop

1 minute

load_average15

(Agent) 15-Minute Load Average

CPU load averaged from the last 15 minutes.

Linux: Obtain the metric value from the number of logic CPUs in load15/ in file /proc/loadavg. You can run the top command to check the value of load15.

≥ 0

Cloud desktop

1 minute

net_tcp_total

(Agent) TCP TOTAL

Total number of TCP connections in all statuses.

Unit: count

• Linux: Obtain TCP connections in all statuses from the /proc/net/tcp file, and then collect the number of connections in each status.
• Windows: Obtain the metric value using the Windows API GetTcpTable2.

≥ 0

Cloud desktop

1 minute

net_tcp_established

(Agent) TCP ESTABLISHED

Number of TCP connections in the ESTABLISHED status.

Unit: count

• Linux: Obtain TCP connections in all statuses from the /proc/net/tcp file, and then collect the number of connections in each status.
• Windows: Obtain the metric value using the Windows API GetTcpTable2.

≥ 0

Cloud desktop

1 minute