metric_type Enum

The different types of metrics that Turbonomic discovers for entities.

• ACTIVE_SESSIONS:

  Count of the number of actively logged in sessions

  Units: Count

• BALLOONING:

  Number of kb the host is dedicated for ballooning

  Units: kilobytes

• BUFFER_COMMODITY:

  Utilization of a port buffer (fabric, UCS specific)

  Units: megabytes

• CONNECTION:

  Number of connections onto the application

  Units: Count

• COOLING:

• CPU:

  For Physical machine - usage of CPU (current column). For VM - consumed CPU on the host (consumed column).

  Units: MHz

• CPU_ALLOCATION:

  For VMs (consumed column) - VM buys from VDC or from desktop pool (VDI). For PMs - PMs sells to VDCs.

  Units: MHz

• CPU_HEADROOM:

  Number of VMs that can fit in all of the available CPU (on a cluster)

  Units: Count

• CPU_PROVISIONED:

  Capacity is based on the over-provisioned value in policy

  Units: MHz

• CPU_READY:

  Ready queue

  Units: ms

• DB_CACHE_HIT_RATE:

  The percentage of accesses that result in cache hits.

  Units: Percentage

• DB_MEM:

  DB mem utilization or DM capacity

  Units: kilobytes

• DTU:

  Capacity defined in the cloud

  Units: Count

• EXTENT:

  Internal

  Units: NA

• FLOW:

  Amount of network traffic per second between two nodes

  Units: kilobytes/sec

• FLOW_ALLOCATION:

  Units: bytes

• HEAP:

  Amount of heap configured for an application

  Units: kilobytes

• IMAGE_CPU:

  For VDI, usage of the business user

  Units: MHz

• IMAGE_MEM:

  For VDI, usage of the business user

  Units: kilobytes

• IMAGE_STORAGE:

  For VDI, usage of the business user

  Units: megabytes

• IO_THROUGHPUT:

  Amount of traffic through the IO adapter

  Units: kilobytes/sec

• MEM:

  Physical machine - usage of memory. VM - consumed memory.

  Units: kilobytes

• MEM_ALLOCATION:

  Physical machine - what the host provides to VDCs. VM (consumed column) - what the VM buys from VDC or desktop pool.

  Units: kilobytes

• MEM_HEADROOM:

  Number of VMs that can fit in the available memory on the cluster

  Units: Count

• MEM_PROVISIONED:

  Capacity, based on the over-provisioned value in policy

  Units: kilobytes

• NET_THROUGHPUT:

  Amount of traffic through the Network adapter

  Units: kilobytes/sec

• POOL_CPU:

  For VDI, usage of the desktop pool

  Units: MHz

• POOL_MEM:

  For VDI, usage of the desktop pool

  Units: kilobytes

• POOL_STORAGE:

  For VDI, usage of the desktop pool

  Units: megabytes

• PORT_CHANEL:

  Traffic on ports for UCS Mgr/HPE1

  Units: kilobytes/sec

• POWER:

• Q16_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q1_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q2_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q32_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q3_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q4_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q5_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q64_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q6_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q7_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• Q8_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• QN_VCPU:

  VM - Sum of the Ready Queue usage of all of the CPU on the VM. To normalize the value, divide it by the number of vCPU. Host - Average of the underlying Ready Queue values from all of the corresponding VMs with the same number of vCPUs.

  Units: ms

• REMAINING_GC_CAPACITY:

  Percentage of time not spent on garbage collection

  Units: Percentage

• RESPONSE_TIME:

  Application response

  Units: ms

• SLA_COMMODITY:

  User-defined value

  Units: Number

• STORAGE_ACCESS:

  Count of the number of I/O (read + write) within two discovery cycles

  Units: count

• STORAGE_ALLOCATION:

  Allocated storage

  Units: megabytes

• STORAGE_AMOUNT:

  Used storage

  Units: megabytes

• STORAGE_HEADROOM:

  Count of VM that can fit for the storage in a cluster in terms of storage

  Units: Count

• STORAGE_LATENCY:

  Acceptable latency. User can set capacity for most storage, is discovered for NetApp.

  Units: ms

• STORAGE_PROVISIONED:

  Capacity, based on the over-provisioned value in policy

  Units: megabytes

• SWAPPING:

  Memory swapping

  Units: bytes/sec

• THREADS:

  Threads in use

  Units: Count

• TOTAL_HEADROOM:

  Min value of CPU, Mem, IO, of the headrooms

  Units: Count

• TOTAL_SESSIONS:

  Total number of possible sessions

  Units: Count

• TRANSACTION:

  Transactions for the application

  Units: transactions/sec

• TRANSACTION_LOG:

  Size of the transaction log

  Units: megabytes

• VCPU:

  CPU for the VM

  Units: MHz

• VCPU_LIMIT_QUOTA:

  Units: millicores

• VCPU_REQUEST:

  Units: millicores

• VCPU_REQUEST_QUOTA:

  Units: millicores

• VMEM:

  Memory sold by a VM. Memory sold and bought for a container

  Units: kilobytes

• VMEM_LIMIT_QUOTA:

  Units: kilobytes

• VMEM_REQUEST:

  Units: kilobytes

• VMEM_REQUEST_QUOTA:

  Units: kilobytes

• VSTORAGE:

  Units: megabytes