ClusterMetrics

class ClusterMetrics(cluster_name=None, external_ip=None, cvm_i_ps=None, total_memory_size_bytes=None, current_memory_usage_size_bytes=None, provisioned_memory_usage_bytes=None, max_vm_memory_size_bytes=None, available_memory_size_bytes=None, largest_powered_off_vm_memory=None, total_v_cpu_count=None, current_used_v_cpu_count=None, provisioned_v_cpu_count=None, max_vm_v_cpu_size=None, available_v_cpu_count=None, largest_powered_off_vmv_cpu=None, total_cpu_hz=None, current_used_cpu_hz=None, provisioned_cpu_hz=None, total_storage_capacity_raw_bytes=None, total_storage_capacity_logical_bytes=None, total_storage_capacity_logical_with_savings_bytes=None, total_storage_usage_bytes=None, total_storage_available_bytes=None, total_storage_available_logical_bytes=None, ext_id=None, links=None, tenant_id=None, *args, **kwargs)

Bases: ExternalizableAbstractModel

Parameters:

• cluster_name – (cluster_name) Name of the cluster

• external_ip – (external_ip)

• cvm_i_ps – (cvm_i_ps) CVM IPs of the nodes in the cluster

• total_memory_size_bytes – (total_memory_size_bytes) Total memory size in bytes in the cluster

• current_memory_usage_size_bytes – (current_memory_usage_size_bytes) Total memory size in bytes currently being used by the active VMs

• provisioned_memory_usage_bytes – (provisioned_memory_usage_bytes) Total memory size in bytes provisioned for all the VMs

• max_vm_memory_size_bytes – (max_vm_memory_size_bytes) Largest possible memory size in bytes for the next VM that can be added

• available_memory_size_bytes – (available_memory_size_bytes) Total amount of available memory in bytes for deploying new VMs

• largest_powered_off_vm_memory – (largest_powered_off_vm_memory) Powered OFF VM with the largest memory size

• total_v_cpu_count – (total_v_cpu_count) Total number of vCPUs in the cluster

• current_used_v_cpu_count – (current_used_v_cpu_count) Total number of vCPUs currently being used by the active VMs

• provisioned_v_cpu_count – (provisioned_v_cpu_count) Total number of vCPUs provisioned for all the VMs

• max_vm_v_cpu_size – (max_vm_v_cpu_size) Largest possible VM size in vCPUs for the next VM that can be added

• available_v_cpu_count – (available_v_cpu_count) Total number of available VMs for deploying new VMs

• largest_powered_off_vmv_cpu – (largest_powered_off_vmv_cpu) Largest powered OFF VM in terms of vCPU count

• total_cpu_hz – (total_cpu_hz) Total amount of CPU in hertz in the cluster

• current_used_cpu_hz – (current_used_cpu_hz) Total amount of CPU in hertz currently being used by the active VMs

• provisioned_cpu_hz – (provisioned_cpu_hz) Total amount of CPU in hertz provisioned for all the VMs

• total_storage_capacity_raw_bytes – (total_storage_capacity_raw_bytes) Total storage in bytes capacity in the cluster

• total_storage_capacity_logical_bytes – (total_storage_capacity_logical_bytes) Total logical storage in bytes capacity after considering RF

• total_storage_capacity_logical_with_savings_bytes – (total_storage_capacity_logical_with_savings_bytes) Total logical storage capacity in bytes after accounting for savings from dedup, compressions,and erasure coding

• total_storage_usage_bytes – (total_storage_usage_bytes) Total raw storage usage by the cluster

• total_storage_available_bytes – (total_storage_available_bytes) Total raw storage bytes still available in the cluster

• total_storage_available_logical_bytes – (total_storage_available_logical_bytes) Total logical storage bytes still available in the cluster

property available_memory_size_bytes

Total amount of available memory in bytes for deploying new VMs

Type:

int

property available_v_cpu_count

Total number of available VMs for deploying new VMs

Type:

int

property cluster_name

Name of the cluster

Type:

str

property current_memory_usage_size_bytes

Total memory size in bytes currently being used by the active VMs

Type:

int

property current_used_cpu_hz

Total amount of CPU in hertz currently being used by the active VMs

Type:

int

property current_used_v_cpu_count

Total number of vCPUs currently being used by the active VMs

Type:

int

property cvm_i_ps

CVM IPs of the nodes in the cluster

Type:

list[ IPv4Address ]

property external_ip

Type:

IPv4Address

property largest_powered_off_vm_memory

Powered OFF VM with the largest memory size

Type:

int

property largest_powered_off_vmv_cpu

Largest powered OFF VM in terms of vCPU count

Type:

int

property max_vm_memory_size_bytes

Largest possible memory size in bytes for the next VM that can be added

Type:

int

property max_vm_v_cpu_size

Largest possible VM size in vCPUs for the next VM that can be added

Type:

int

property provisioned_cpu_hz

Total amount of CPU in hertz provisioned for all the VMs

Type:

int

property provisioned_memory_usage_bytes

Total memory size in bytes provisioned for all the VMs

Type:

int

property provisioned_v_cpu_count

Total number of vCPUs provisioned for all the VMs

Type:

int

to_dict()

Returns the model properties as a dictionary

to_str()

Returns the string representation of the model

property total_cpu_hz

Total amount of CPU in hertz in the cluster

Type:

int

property total_memory_size_bytes

Total memory size in bytes in the cluster

Type:

int

property total_storage_available_bytes

Total raw storage bytes still available in the cluster

Type:

int

property total_storage_available_logical_bytes

Total logical storage bytes still available in the cluster

Type:

int

property total_storage_capacity_logical_bytes

Total logical storage in bytes capacity after considering RF

Type:

int

property total_storage_capacity_logical_with_savings_bytes

Total logical storage capacity in bytes after accounting for savings from dedup, compressions,and erasure coding

Type:

int

property total_storage_capacity_raw_bytes

Total storage in bytes capacity in the cluster

Type:

int

property total_storage_usage_bytes

Total raw storage usage by the cluster

Type:

int

property total_v_cpu_count

Total number of vCPUs in the cluster

Type:

int