Enum Reference

Enum TypeValues
action_category

  • COMPLIANCE:

  • EFFICIENCY_IMPROVEMENT:

  • PERFORMANCE_ASSURANCE:

  • PREVENTION:

  • UNKNOWN:
action_state

  • ACCEPTED:

  • CLEARED:

  • FAILED:

  • FAILING:

  • IN_PROGRESS:

  • POST_IN_PROGRESS:

  • PRE_IN_PROGRESS:

  • QUEUED:

  • READY:

  • REJECTED:

  • SUCCEEDED:
action_type

  • ACTIVATE:

  • ALLOCATE:

  • BUY_RI:

  • DEACTIVATE:

  • DELETE:

  • MOVE:

  • NONE:

  • PROVISION:

  • RECONFIGURE:

  • RESIZE:

  • SCALE:

  • START:

  • SUSPEND:
attr_type

  • ENTITY_STATE:

  • NUM_VCPU:

  • VOLUME_ATTACHED:
entity_state

  • FAILOVER:

  • MAINTENANCE:

  • POWERED_OFF:

  • POWERED_ON:

  • SUSPENDED:

  • UNKNOWN:
entity_type

  • ACTION_MANAGER:

  • APPLICATION:

  • APPLICATION_COMPONENT:

  • APPLICATION_SERVER:

  • AVAILABILITY_ZONE:

  • BILLING_FAMILY:

  • BUSINESS:

  • BUSINESS_ACCOUNT:

  • BUSINESS_APPLICATION:

  • BUSINESS_ENTITY:

  • BUSINESS_TRANSACTION:

  • BUSINESS_USER:

  • CHASSIS:

  • CLOUD_COMMITMENT:

  • CLOUD_SERVICE:

  • COMPUTE_CLUSTER:

  • COMPUTE_RESOURCE:

  • COMPUTE_TIER:

  • CONTAINER:

  • CONTAINER_PLATFORM_CLUSTER:

  • CONTAINER_POD:

  • CONTAINER_SPEC:

  • DATABASE:

  • DATABASE_SERVER:

  • DATABASE_SERVER_TIER:

  • DATABASE_TIER:

  • DATACENTER:

  • DESIRED_RESERVED_INSTANCE:

  • DESKTOP_POOL:

  • DISK_ARRAY:

  • DISTRIBUTED_VIRTUAL_PORTGROUP:

  • DPOD:

  • GROUP:

  • HCI_PHYSICAL_MACHINE:

  • HYPERVISOR_SERVER:

  • INFRASTRUCTURE:

  • INTERNET:

  • IO_MODULE:

  • IP:

  • K8S_CLUSTER:

  • LICENSING_SERVICE:

  • LOAD_BALANCER:

  • LOGICAL_POOL:

  • MAC:

  • MOVER:

  • NAMESPACE:

  • NETWORK:

  • NETWORKING_ENDPOINT:

  • NODE_POOL:

  • OPERATOR:

  • PHYSICAL_MACHINE:

  • PORT:

  • PROCESSOR_POOL:

  • REGION:

  • RESERVED_INSTANCE:

  • RESERVED_INSTANCE_SPECIFICATION:

  • RESOURCE_GROUP:

  • RIGHT_SIZER:

  • SAVINGS:

  • SERVICE:

  • SERVICE_ENTITY_TEMPLATE:

  • SERVICE_PROVIDER:

  • STORAGE:

  • STORAGE_CLUSTER:

  • STORAGE_CONTROLLER:

  • STORAGE_TIER:

  • STORAGE_VOLUME:

  • SWITCH:

  • TARGET:

  • THIS_ENTITY:

  • THREE_TIER_APPLICATION:

  • VIEW_POD:

  • VIRTUAL_APPLICATION:

  • VIRTUAL_DATACENTER:

  • VIRTUAL_MACHINE:

  • VIRTUAL_VOLUME:

  • VLAN:

  • VM_SPEC:

  • VPOD:

  • WEB_SERVER:

  • WORKLOAD_CONTROLLER:

  • _NONE_:
environment_type

  • CLOUD:

  • HYBRID:

  • ON_PREM:

  • UNKNOWN_ENV:
metric_type

  • 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
severity

  • CRITICAL:

  • MAJOR:

  • MINOR:

  • NORMAL:
terminal_state

  • FAILED:

  • SUCCEEDED: