Class: NutanixVmm::VmmV40AhvStatsVmStatsTuple

Inherits:
ApiModelBase
  • Object
show all
Defined in:
lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb

Overview

A collection of VM stats.

Instance Attribute Summary collapse

Class Method Summary collapse

Instance Method Summary collapse

Methods inherited from ApiModelBase

_deserialize, #_to_hash, #to_body, #to_s

Constructor Details

#initialize(attributes = {}) ⇒ VmmV40AhvStatsVmStatsTuple

Initializes the object

Parameters:

  • attributes (Hash) (defaults to: {}) —

    Model attributes in the form of hash



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 469

def initialize(attributes = {})
  if (!attributes.is_a?(Hash))
    fail ArgumentError, "The input argument (attributes) must be a hash in `NutanixVmm::VmmV40AhvStatsVmStatsTuple` initialize method"
  end

  # check to see if the attribute exists and convert string to symbol for hash key
  acceptable_attribute_map = self.class.acceptable_attribute_map
  attributes = attributes.each_with_object({}) { |(k, v), h|
    if (!acceptable_attribute_map.key?(k.to_sym))
      fail ArgumentError, "`#{k}` is not a valid attribute in `NutanixVmm::VmmV40AhvStatsVmStatsTuple`. Please check the name to make sure it's valid. List of attributes: " + acceptable_attribute_map.keys.inspect
    end
    h[k.to_sym] = v
  }

  if attributes.key?(:'timestamp')
    self.timestamp = attributes[:'timestamp']
  end

  if attributes.key?(:'controller_avg_io_latency_micros')
    self.controller_avg_io_latency_micros = attributes[:'controller_avg_io_latency_micros']
  end

  if attributes.key?(:'controller_avg_read_io_latency_micros')
    self.controller_avg_read_io_latency_micros = attributes[:'controller_avg_read_io_latency_micros']
  end

  if attributes.key?(:'controller_avg_read_io_size_kb')
    self.controller_avg_read_io_size_kb = attributes[:'controller_avg_read_io_size_kb']
  end

  if attributes.key?(:'controller_avg_write_io_latency_micros')
    self.controller_avg_write_io_latency_micros = attributes[:'controller_avg_write_io_latency_micros']
  end

  if attributes.key?(:'controller_avg_write_io_size_kb')
    self.controller_avg_write_io_size_kb = attributes[:'controller_avg_write_io_size_kb']
  end

  if attributes.key?(:'controller_io_bandwidth_kbps')
    self.controller_io_bandwidth_kbps = attributes[:'controller_io_bandwidth_kbps']
  end

  if attributes.key?(:'controller_num_io')
    self.controller_num_io = attributes[:'controller_num_io']
  end

  if attributes.key?(:'controller_num_iops')
    self.controller_num_iops = attributes[:'controller_num_iops']
  end

  if attributes.key?(:'controller_num_random_io')
    self.controller_num_random_io = attributes[:'controller_num_random_io']
  end

  if attributes.key?(:'controller_num_read_io')
    self.controller_num_read_io = attributes[:'controller_num_read_io']
  end

  if attributes.key?(:'controller_num_read_iops')
    self.controller_num_read_iops = attributes[:'controller_num_read_iops']
  end

  if attributes.key?(:'controller_num_seq_io')
    self.controller_num_seq_io = attributes[:'controller_num_seq_io']
  end

  if attributes.key?(:'controller_num_write_io')
    self.controller_num_write_io = attributes[:'controller_num_write_io']
  end

  if attributes.key?(:'controller_num_write_iops')
    self.controller_num_write_iops = attributes[:'controller_num_write_iops']
  end

  if attributes.key?(:'controller_oplog_drain_dest_hdd_bytes')
    self.controller_oplog_drain_dest_hdd_bytes = attributes[:'controller_oplog_drain_dest_hdd_bytes']
  end

  if attributes.key?(:'controller_oplog_drain_dest_ssd_bytes')
    self.controller_oplog_drain_dest_ssd_bytes = attributes[:'controller_oplog_drain_dest_ssd_bytes']
  end

  if attributes.key?(:'controller_random_io_ppm')
    self.controller_random_io_ppm = attributes[:'controller_random_io_ppm']
  end

  if attributes.key?(:'controller_read_io_bandwidth_kbps')
    self.controller_read_io_bandwidth_kbps = attributes[:'controller_read_io_bandwidth_kbps']
  end

  if attributes.key?(:'controller_read_io_ppm')
    self.controller_read_io_ppm = attributes[:'controller_read_io_ppm']
  end

  if attributes.key?(:'controller_read_source_estore_hdd_local_bytes')
    self.controller_read_source_estore_hdd_local_bytes = attributes[:'controller_read_source_estore_hdd_local_bytes']
  end

  if attributes.key?(:'controller_read_source_estore_ssd_local_bytes')
    self.controller_read_source_estore_ssd_local_bytes = attributes[:'controller_read_source_estore_ssd_local_bytes']
  end

  if attributes.key?(:'controller_read_source_estore_hdd_remote_bytes')
    self.controller_read_source_estore_hdd_remote_bytes = attributes[:'controller_read_source_estore_hdd_remote_bytes']
  end

  if attributes.key?(:'controller_read_source_estore_ssd_remote_bytes')
    self.controller_read_source_estore_ssd_remote_bytes = attributes[:'controller_read_source_estore_ssd_remote_bytes']
  end

  if attributes.key?(:'controller_read_source_oplog_bytes')
    self.controller_read_source_oplog_bytes = attributes[:'controller_read_source_oplog_bytes']
  end

  if attributes.key?(:'controller_seq_io_ppm')
    self.controller_seq_io_ppm = attributes[:'controller_seq_io_ppm']
  end

  if attributes.key?(:'controller_shared_usage_bytes')
    self.controller_shared_usage_bytes = attributes[:'controller_shared_usage_bytes']
  end

  if attributes.key?(:'controller_snapshot_usage_bytes')
    self.controller_snapshot_usage_bytes = attributes[:'controller_snapshot_usage_bytes']
  end

  if attributes.key?(:'controller_storage_tier_ssd_usage_bytes')
    self.controller_storage_tier_ssd_usage_bytes = attributes[:'controller_storage_tier_ssd_usage_bytes']
  end

  if attributes.key?(:'controller_timespan_micros')
    self.controller_timespan_micros = attributes[:'controller_timespan_micros']
  end

  if attributes.key?(:'controller_total_io_size_kb')
    self.controller_total_io_size_kb = attributes[:'controller_total_io_size_kb']
  end

  if attributes.key?(:'controller_total_io_time_micros')
    self.controller_total_io_time_micros = attributes[:'controller_total_io_time_micros']
  end

  if attributes.key?(:'controller_total_read_io_size_kb')
    self.controller_total_read_io_size_kb = attributes[:'controller_total_read_io_size_kb']
  end

  if attributes.key?(:'controller_total_read_io_time_micros')
    self.controller_total_read_io_time_micros = attributes[:'controller_total_read_io_time_micros']
  end

  if attributes.key?(:'controller_total_transformed_usage_bytes')
    self.controller_total_transformed_usage_bytes = attributes[:'controller_total_transformed_usage_bytes']
  end

  if attributes.key?(:'controller_user_bytes')
    self.controller_user_bytes = attributes[:'controller_user_bytes']
  end

  if attributes.key?(:'controller_write_dest_estore_ssd_bytes')
    self.controller_write_dest_estore_ssd_bytes = attributes[:'controller_write_dest_estore_ssd_bytes']
  end

  if attributes.key?(:'controller_write_dest_estore_hdd_bytes')
    self.controller_write_dest_estore_hdd_bytes = attributes[:'controller_write_dest_estore_hdd_bytes']
  end

  if attributes.key?(:'controller_write_io_bandwidth_kbps')
    self.controller_write_io_bandwidth_kbps = attributes[:'controller_write_io_bandwidth_kbps']
  end

  if attributes.key?(:'controller_write_io_ppm')
    self.controller_write_io_ppm = attributes[:'controller_write_io_ppm']
  end

  if attributes.key?(:'controller_wss120_second_union_mb')
    self.controller_wss120_second_union_mb = attributes[:'controller_wss120_second_union_mb']
  end

  if attributes.key?(:'controller_wss120_second_read_mb')
    self.controller_wss120_second_read_mb = attributes[:'controller_wss120_second_read_mb']
  end

  if attributes.key?(:'controller_wss120_second_write_mb')
    self.controller_wss120_second_write_mb = attributes[:'controller_wss120_second_write_mb']
  end

  if attributes.key?(:'controller_wss3600_second_union_mb')
    self.controller_wss3600_second_union_mb = attributes[:'controller_wss3600_second_union_mb']
  end

  if attributes.key?(:'controller_wss3600_second_read_mb')
    self.controller_wss3600_second_read_mb = attributes[:'controller_wss3600_second_read_mb']
  end

  if attributes.key?(:'controller_wss3600_second_write_mb')
    self.controller_wss3600_second_write_mb = attributes[:'controller_wss3600_second_write_mb']
  end

  if attributes.key?(:'frame_buffer_usage_ppm')
    self.frame_buffer_usage_ppm = attributes[:'frame_buffer_usage_ppm']
  end

  if attributes.key?(:'gpu_usage_ppm')
    self.gpu_usage_ppm = attributes[:'gpu_usage_ppm']
  end

  if attributes.key?(:'guest_memory_usage_ppm')
    self.guest_memory_usage_ppm = attributes[:'guest_memory_usage_ppm']
  end

  if attributes.key?(:'hypervisor_avg_io_latency_micros')
    self.hypervisor_avg_io_latency_micros = attributes[:'hypervisor_avg_io_latency_micros']
  end

  if attributes.key?(:'hypervisor_cpu_ready_time_ppm')
    self.hypervisor_cpu_ready_time_ppm = attributes[:'hypervisor_cpu_ready_time_ppm']
  end

  if attributes.key?(:'hypervisor_cpu_usage_ppm')
    self.hypervisor_cpu_usage_ppm = attributes[:'hypervisor_cpu_usage_ppm']
  end

  if attributes.key?(:'hypervisor_io_bandwidth_kbps')
    self.hypervisor_io_bandwidth_kbps = attributes[:'hypervisor_io_bandwidth_kbps']
  end

  if attributes.key?(:'hypervisor_memory_balloon_reclaimed_bytes')
    self.hypervisor_memory_balloon_reclaimed_bytes = attributes[:'hypervisor_memory_balloon_reclaimed_bytes']
  end

  if attributes.key?(:'hypervisor_memory_balloon_reclaim_target_bytes')
    self.hypervisor_memory_balloon_reclaim_target_bytes = attributes[:'hypervisor_memory_balloon_reclaim_target_bytes']
  end

  if attributes.key?(:'hypervisor_memory_usage_ppm')
    self.hypervisor_memory_usage_ppm = attributes[:'hypervisor_memory_usage_ppm']
  end

  if attributes.key?(:'hypervisor_num_io')
    self.hypervisor_num_io = attributes[:'hypervisor_num_io']
  end

  if attributes.key?(:'hypervisor_num_iops')
    self.hypervisor_num_iops = attributes[:'hypervisor_num_iops']
  end

  if attributes.key?(:'hypervisor_num_read_iops')
    self.hypervisor_num_read_iops = attributes[:'hypervisor_num_read_iops']
  end

  if attributes.key?(:'hypervisor_num_read_io')
    self.hypervisor_num_read_io = attributes[:'hypervisor_num_read_io']
  end

  if attributes.key?(:'hypervisor_num_received_bytes')
    self.hypervisor_num_received_bytes = attributes[:'hypervisor_num_received_bytes']
  end

  if attributes.key?(:'hypervisor_num_receive_packets_dropped')
    self.hypervisor_num_receive_packets_dropped = attributes[:'hypervisor_num_receive_packets_dropped']
  end

  if attributes.key?(:'hypervisor_num_transmitted_bytes')
    self.hypervisor_num_transmitted_bytes = attributes[:'hypervisor_num_transmitted_bytes']
  end

  if attributes.key?(:'hypervisor_num_transmit_packets_dropped')
    self.hypervisor_num_transmit_packets_dropped = attributes[:'hypervisor_num_transmit_packets_dropped']
  end

  if attributes.key?(:'hypervisor_num_write_io')
    self.hypervisor_num_write_io = attributes[:'hypervisor_num_write_io']
  end

  if attributes.key?(:'hypervisor_num_write_iops')
    self.hypervisor_num_write_iops = attributes[:'hypervisor_num_write_iops']
  end

  if attributes.key?(:'hypervisor_read_io_bandwidth_kbps')
    self.hypervisor_read_io_bandwidth_kbps = attributes[:'hypervisor_read_io_bandwidth_kbps']
  end

  if attributes.key?(:'hypervisor_timespan_micros')
    self.hypervisor_timespan_micros = attributes[:'hypervisor_timespan_micros']
  end

  if attributes.key?(:'hypervisor_total_io_size_kb')
    self.hypervisor_total_io_size_kb = attributes[:'hypervisor_total_io_size_kb']
  end

  if attributes.key?(:'hypervisor_total_io_time_micros')
    self.hypervisor_total_io_time_micros = attributes[:'hypervisor_total_io_time_micros']
  end

  if attributes.key?(:'hypervisor_total_read_io_size_kb')
    self.hypervisor_total_read_io_size_kb = attributes[:'hypervisor_total_read_io_size_kb']
  end

  if attributes.key?(:'hypervisor_vm_running_time_usecs')
    self.hypervisor_vm_running_time_usecs = attributes[:'hypervisor_vm_running_time_usecs']
  end

  if attributes.key?(:'hypervisor_write_io_bandwidth_kbps')
    self.hypervisor_write_io_bandwidth_kbps = attributes[:'hypervisor_write_io_bandwidth_kbps']
  end

  if attributes.key?(:'memory_usage_bytes')
    self.memory_usage_bytes = attributes[:'memory_usage_bytes']
  end

  if attributes.key?(:'memory_usage_ppm')
    self.memory_usage_ppm = attributes[:'memory_usage_ppm']
  end

  if attributes.key?(:'num_vcpus_used_ppm')
    self.num_vcpus_used_ppm = attributes[:'num_vcpus_used_ppm']
  end

  if attributes.key?(:'check_score')
    self.check_score = attributes[:'check_score']
  end

  if attributes.key?(:'cluster')
    self.cluster = attributes[:'cluster']
  end

  if attributes.key?(:'hypervisor_type')
    self.hypervisor_type = attributes[:'hypervisor_type']
  end

  if attributes.key?(:'disk_usage_ppm')
    self.disk_usage_ppm = attributes[:'disk_usage_ppm']
  end

  if attributes.key?(:'disk_capacity_bytes')
    self.disk_capacity_bytes = attributes[:'disk_capacity_bytes']
  end

  if attributes.key?(:'hypervisor_swap_in_rate_kbps')
    self.hypervisor_swap_in_rate_kbps = attributes[:'hypervisor_swap_in_rate_kbps']
  end

  if attributes.key?(:'hypervisor_swap_out_rate_kbps')
    self.hypervisor_swap_out_rate_kbps = attributes[:'hypervisor_swap_out_rate_kbps']
  end

  if attributes.key?(:'memory_reserved_bytes')
    self.memory_reserved_bytes = attributes[:'memory_reserved_bytes']
  end
end

Instance Attribute Details

#check_score ⇒ Object

The VM NCC health check score.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 248

def check_score
  @check_score
end

#cluster ⇒ Object

The UUID of the cluster on which the VM resides.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 251

def cluster
  @cluster
end

#controller_avg_io_latency_micros ⇒ Object

The VM controller average I/O latency in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 23

def controller_avg_io_latency_micros
  @controller_avg_io_latency_micros
end

#controller_avg_read_io_latency_micros ⇒ Object

The VM controller average read I/O latency in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 26

def controller_avg_read_io_latency_micros
  @controller_avg_read_io_latency_micros
end

#controller_avg_read_io_size_kb ⇒ Object

The VM controller average read I/O size in kilobytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 29

def controller_avg_read_io_size_kb
  @controller_avg_read_io_size_kb
end

#controller_avg_write_io_latency_micros ⇒ Object

The VM controller average write I/O latency in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 32

def controller_avg_write_io_latency_micros
  @controller_avg_write_io_latency_micros
end

#controller_avg_write_io_size_kb ⇒ Object

The VM controller average write I/O size in kilobytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 35

def controller_avg_write_io_size_kb
  @controller_avg_write_io_size_kb
end

#controller_io_bandwidth_kbps ⇒ Object

The VM controller I/O bandwidth in kilobytes per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 38

def controller_io_bandwidth_kbps
  @controller_io_bandwidth_kbps
end

#controller_num_io ⇒ Object

The VM controller number of I/O requests.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 41

def controller_num_io
  @controller_num_io
end

#controller_num_iops ⇒ Object

The VM controller number of I/O operations per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 44

def controller_num_iops
  @controller_num_iops
end

#controller_num_random_io ⇒ Object

The VM controller number of random I/O.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 47

def controller_num_random_io
  @controller_num_random_io
end

#controller_num_read_io ⇒ Object

The VM controller number of read I/O.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 50

def controller_num_read_io
  @controller_num_read_io
end

#controller_num_read_iops ⇒ Object

The VM controller number of read I/O operations per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 53

def controller_num_read_iops
  @controller_num_read_iops
end

#controller_num_seq_io ⇒ Object

The VM controller number of sequential I/Os.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 56

def controller_num_seq_io
  @controller_num_seq_io
end

#controller_num_write_io ⇒ Object

The VM controller number of write I/O.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 59

def controller_num_write_io
  @controller_num_write_io
end

#controller_num_write_iops ⇒ Object

The VM controller number of write I/O operations per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 62

def controller_num_write_iops
  @controller_num_write_iops
end

#controller_oplog_drain_dest_hdd_bytes ⇒ Object

Amount of data in bytes drained to HDD tier of extent store by the VM controller.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 65

def controller_oplog_drain_dest_hdd_bytes
  @controller_oplog_drain_dest_hdd_bytes
end

#controller_oplog_drain_dest_ssd_bytes ⇒ Object

Amount of data in bytes drained to SSD tier of extent store by the VM controller.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 68

def controller_oplog_drain_dest_ssd_bytes
  @controller_oplog_drain_dest_ssd_bytes
end

#controller_random_io_ppm ⇒ Object

The VM controller number of random I/O PPM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 71

def controller_random_io_ppm
  @controller_random_io_ppm
end

#controller_read_io_bandwidth_kbps ⇒ Object

The VM controller number of read I/O bandwidth in kilobytes per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 74

def controller_read_io_bandwidth_kbps
  @controller_read_io_bandwidth_kbps
end

#controller_read_io_ppm ⇒ Object

The VM controller number of read I/O PPM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 77

def controller_read_io_ppm
  @controller_read_io_ppm
end

#controller_read_source_estore_hdd_local_bytes ⇒ Object

The VM disk controller number of bytes for local read source: HDD estore.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 80

def controller_read_source_estore_hdd_local_bytes
  @controller_read_source_estore_hdd_local_bytes
end

#controller_read_source_estore_hdd_remote_bytes ⇒ Object

The VM disk controller number of bytes for remote read source: HDD estore.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 86

def controller_read_source_estore_hdd_remote_bytes
  @controller_read_source_estore_hdd_remote_bytes
end

#controller_read_source_estore_ssd_local_bytes ⇒ Object

The VM disk controller number of bytes for local read source: SSD estore.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 83

def controller_read_source_estore_ssd_local_bytes
  @controller_read_source_estore_ssd_local_bytes
end

#controller_read_source_estore_ssd_remote_bytes ⇒ Object

The VM disk controller number of bytes for remote read source: SSD estore.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 89

def controller_read_source_estore_ssd_remote_bytes
  @controller_read_source_estore_ssd_remote_bytes
end

#controller_read_source_oplog_bytes ⇒ Object

The VM controller read source oplog in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 92

def controller_read_source_oplog_bytes
  @controller_read_source_oplog_bytes
end

#controller_seq_io_ppm ⇒ Object

The VM controller number of sequential I/O PPM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 95

def controller_seq_io_ppm
  @controller_seq_io_ppm
end

#controller_shared_usage_bytes ⇒ Object

The VM controller shared usage in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 98

def controller_shared_usage_bytes
  @controller_shared_usage_bytes
end

#controller_snapshot_usage_bytes ⇒ Object

The VM controller snapshot usage in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 101

def controller_snapshot_usage_bytes
  @controller_snapshot_usage_bytes
end

#controller_storage_tier_ssd_usage_bytes ⇒ Object

The VM controller total usage on SSD tier for the VM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 104

def controller_storage_tier_ssd_usage_bytes
  @controller_storage_tier_ssd_usage_bytes
end

#controller_timespan_micros ⇒ Object

The VM controller timespan in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 107

def controller_timespan_micros
  @controller_timespan_micros
end

#controller_total_io_size_kb ⇒ Object

The VM controller number of total I/O size in kilobytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 110

def controller_total_io_size_kb
  @controller_total_io_size_kb
end

#controller_total_io_time_micros ⇒ Object

The VM controller number of total I/O time in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 113

def controller_total_io_time_micros
  @controller_total_io_time_micros
end

#controller_total_read_io_size_kb ⇒ Object

The VM controller number of total read I/O size in kilobytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 116

def controller_total_read_io_size_kb
  @controller_total_read_io_size_kb
end

#controller_total_read_io_time_micros ⇒ Object

The VM controller number of total read I/O time in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 119

def controller_total_read_io_time_micros
  @controller_total_read_io_time_micros
end

#controller_total_transformed_usage_bytes ⇒ Object

The VM controller number of total transformed usage in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 122

def controller_total_transformed_usage_bytes
  @controller_total_transformed_usage_bytes
end

#controller_user_bytes ⇒ Object

The VM controller user bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 125

def controller_user_bytes
  @controller_user_bytes
end

#controller_write_dest_estore_hdd_bytes ⇒ Object

The VM controller write destination HDD estore in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 131

def controller_write_dest_estore_hdd_bytes
  @controller_write_dest_estore_hdd_bytes
end

#controller_write_dest_estore_ssd_bytes ⇒ Object

The VM controller write destination SSD estore in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 128

def controller_write_dest_estore_ssd_bytes
  @controller_write_dest_estore_ssd_bytes
end

#controller_write_io_bandwidth_kbps ⇒ Object

The VM controller write I/O bandwidth in kilobytes per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 134

def controller_write_io_bandwidth_kbps
  @controller_write_io_bandwidth_kbps
end

#controller_write_io_ppm ⇒ Object

The VM controller percentage of write I/O in parts per million.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 137

def controller_write_io_ppm
  @controller_write_io_ppm
end

#controller_wss120_second_read_mb ⇒ Object

The read working set size of the VM disk controller in megabytes, 2 minute measurement interval.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 143

def controller_wss120_second_read_mb
  @controller_wss120_second_read_mb
end

#controller_wss120_second_union_mb ⇒ Object

The combined working set size of the VM disk controller in megabytes, 2 minute measurement interval.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 140

def controller_wss120_second_union_mb
  @controller_wss120_second_union_mb
end

#controller_wss120_second_write_mb ⇒ Object

The write working set size of the VM disk controller in megabytes, 2 minute measurement interval.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 146

def controller_wss120_second_write_mb
  @controller_wss120_second_write_mb
end

#controller_wss3600_second_read_mb ⇒ Object

The read working set size of the VM disk controller in megabytes, 1 hour measurement interval.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 152

def controller_wss3600_second_read_mb
  @controller_wss3600_second_read_mb
end

#controller_wss3600_second_union_mb ⇒ Object

The combined working set size of the VM disk controller in megabytes, 1-hour measurement interval.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 149

def controller_wss3600_second_union_mb
  @controller_wss3600_second_union_mb
end

#controller_wss3600_second_write_mb ⇒ Object

The write working set size of the VM disk controller in megabytes, 1-hour measurement interval.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 155

def controller_wss3600_second_write_mb
  @controller_wss3600_second_write_mb
end

#disk_capacity_bytes ⇒ Object

The VM disk capacity in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 260

def disk_capacity_bytes
  @disk_capacity_bytes
end

#disk_usage_ppm ⇒ Object

The VM disk usage in PPM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 257

def disk_usage_ppm
  @disk_usage_ppm
end

#frame_buffer_usage_ppm ⇒ Object

The VM frame buffer usage in PPM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 158

def frame_buffer_usage_ppm
  @frame_buffer_usage_ppm
end

#gpu_usage_ppm ⇒ Object

The VM GPU usage in PPM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 161

def gpu_usage_ppm
  @gpu_usage_ppm
end

#guest_memory_usage_ppm ⇒ Object

The VM memory usage in percentage reported by a guest.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 164

def guest_memory_usage_ppm
  @guest_memory_usage_ppm
end

#hypervisor_avg_io_latency_micros ⇒ Object

The average I/O latency of the VM in microseconds



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 167

def hypervisor_avg_io_latency_micros
  @hypervisor_avg_io_latency_micros
end

#hypervisor_cpu_ready_time_ppm ⇒ Object

Percentage of time that the VM was ready, but could not get scheduled to run.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 170

def hypervisor_cpu_ready_time_ppm
  @hypervisor_cpu_ready_time_ppm
end

#hypervisor_cpu_usage_ppm ⇒ Object

The CPU usage of the VM in parts per million.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 173

def hypervisor_cpu_usage_ppm
  @hypervisor_cpu_usage_ppm
end

#hypervisor_io_bandwidth_kbps ⇒ Object

The I/O bandwidth of the VM in kilobytes per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 176

def hypervisor_io_bandwidth_kbps
  @hypervisor_io_bandwidth_kbps
end

#hypervisor_memory_balloon_reclaim_target_bytes ⇒ Object

The target memory balloon of the VM to be reclaimed in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 182

def hypervisor_memory_balloon_reclaim_target_bytes
  @hypervisor_memory_balloon_reclaim_target_bytes
end

#hypervisor_memory_balloon_reclaimed_bytes ⇒ Object

The memory balloon reclaimed by the VM in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 179

def hypervisor_memory_balloon_reclaimed_bytes
  @hypervisor_memory_balloon_reclaimed_bytes
end

#hypervisor_memory_usage_ppm ⇒ Object

Consolidated guest memory usage in percentage.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 185

def hypervisor_memory_usage_ppm
  @hypervisor_memory_usage_ppm
end

#hypervisor_num_io ⇒ Object

The number of I/O by the VM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 188

def hypervisor_num_io
  @hypervisor_num_io
end

#hypervisor_num_iops ⇒ Object

The number of I/O operations by the VM per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 191

def hypervisor_num_iops
  @hypervisor_num_iops
end

#hypervisor_num_read_io ⇒ Object

The number of read I/O operations by the VM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 197

def hypervisor_num_read_io
  @hypervisor_num_read_io
end

#hypervisor_num_read_iops ⇒ Object

The number of read I/O operations by the VM per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 194

def hypervisor_num_read_iops
  @hypervisor_num_read_iops
end

#hypervisor_num_receive_packets_dropped ⇒ Object

The number of packets dropped by the VM during reception.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 203

def hypervisor_num_receive_packets_dropped
  @hypervisor_num_receive_packets_dropped
end

#hypervisor_num_received_bytes ⇒ Object

The number of bytes received by the VM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 200

def hypervisor_num_received_bytes
  @hypervisor_num_received_bytes
end

#hypervisor_num_transmit_packets_dropped ⇒ Object

The number of packets dropped by the VM during transmission.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 209

def hypervisor_num_transmit_packets_dropped
  @hypervisor_num_transmit_packets_dropped
end

#hypervisor_num_transmitted_bytes ⇒ Object

The number of bytes transmitted by the VM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 206

def hypervisor_num_transmitted_bytes
  @hypervisor_num_transmitted_bytes
end

#hypervisor_num_write_io ⇒ Object

The number of write I/O by the VM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 212

def hypervisor_num_write_io
  @hypervisor_num_write_io
end

#hypervisor_num_write_iops ⇒ Object

The number of write I/O operations by the VM per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 215

def hypervisor_num_write_iops
  @hypervisor_num_write_iops
end

#hypervisor_read_io_bandwidth_kbps ⇒ Object

The number of read I/O bandwidth of the VM in kilobytes per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 218

def hypervisor_read_io_bandwidth_kbps
  @hypervisor_read_io_bandwidth_kbps
end

#hypervisor_swap_in_rate_kbps ⇒ Object

The swap in rate of the VM in kilobytes per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 263

def hypervisor_swap_in_rate_kbps
  @hypervisor_swap_in_rate_kbps
end

#hypervisor_swap_out_rate_kbps ⇒ Object

The swap out rate of the VM in kilobytes per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 266

def hypervisor_swap_out_rate_kbps
  @hypervisor_swap_out_rate_kbps
end

#hypervisor_timespan_micros ⇒ Object

The timespan of the VM in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 221

def hypervisor_timespan_micros
  @hypervisor_timespan_micros
end

#hypervisor_total_io_size_kb ⇒ Object

The total I/O size of the VM in kilobytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 224

def hypervisor_total_io_size_kb
  @hypervisor_total_io_size_kb
end

#hypervisor_total_io_time_micros ⇒ Object

The total I/O time of the VM in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 227

def hypervisor_total_io_time_micros
  @hypervisor_total_io_time_micros
end

#hypervisor_total_read_io_size_kb ⇒ Object

The total read I/O size of the VM in kilobytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 230

def hypervisor_total_read_io_size_kb
  @hypervisor_total_read_io_size_kb
end

#hypervisor_type ⇒ Object

Hypervisor type of the VM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 254

def hypervisor_type
  @hypervisor_type
end

#hypervisor_vm_running_time_usecs ⇒ Object

The running time of the VM in microseconds.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 233

def hypervisor_vm_running_time_usecs
  @hypervisor_vm_running_time_usecs
end

#hypervisor_write_io_bandwidth_kbps ⇒ Object

The write I/O bandwidth of the VM in kilobytes per second.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 236

def hypervisor_write_io_bandwidth_kbps
  @hypervisor_write_io_bandwidth_kbps
end

#memory_reserved_bytes ⇒ Object

The reserved memory of the VM in bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 269

def memory_reserved_bytes
  @memory_reserved_bytes
end

#memory_usage_bytes ⇒ Object

The VM memory usage bytes.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 239

def memory_usage_bytes
  @memory_usage_bytes
end

#memory_usage_ppm ⇒ Object

The VM memory usage in PPM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 242

def memory_usage_ppm
  @memory_usage_ppm
end

#num_vcpus_used_ppm ⇒ Object

The VM number of vCPUs used in PPM.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 245

def num_vcpus_used_ppm
  @num_vcpus_used_ppm
end

#timestamp ⇒ Object

The timestamp of a specific VM stats response data point.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 20

def timestamp
  @timestamp
end

Class Method Details

.acceptable_attribute_map ⇒ Object

Returns attribute mapping this model knows about



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 362

def self.acceptable_attribute_map
  attribute_map
end

.acceptable_attributes ⇒ Object

Returns all the JSON keys this model knows about



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 367

def self.acceptable_attributes
  acceptable_attribute_map.values
end

.attribute_map ⇒ Object

Attribute mapping from ruby-style variable name to JSON key.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 272

def self.attribute_map
  {
    :'timestamp' => :'timestamp',
    :'controller_avg_io_latency_micros' => :'controllerAvgIoLatencyMicros',
    :'controller_avg_read_io_latency_micros' => :'controllerAvgReadIoLatencyMicros',
    :'controller_avg_read_io_size_kb' => :'controllerAvgReadIoSizeKb',
    :'controller_avg_write_io_latency_micros' => :'controllerAvgWriteIoLatencyMicros',
    :'controller_avg_write_io_size_kb' => :'controllerAvgWriteIoSizeKb',
    :'controller_io_bandwidth_kbps' => :'controllerIoBandwidthKbps',
    :'controller_num_io' => :'controllerNumIo',
    :'controller_num_iops' => :'controllerNumIops',
    :'controller_num_random_io' => :'controllerNumRandomIo',
    :'controller_num_read_io' => :'controllerNumReadIo',
    :'controller_num_read_iops' => :'controllerNumReadIops',
    :'controller_num_seq_io' => :'controllerNumSeqIo',
    :'controller_num_write_io' => :'controllerNumWriteIo',
    :'controller_num_write_iops' => :'controllerNumWriteIops',
    :'controller_oplog_drain_dest_hdd_bytes' => :'controllerOplogDrainDestHddBytes',
    :'controller_oplog_drain_dest_ssd_bytes' => :'controllerOplogDrainDestSsdBytes',
    :'controller_random_io_ppm' => :'controllerRandomIoPpm',
    :'controller_read_io_bandwidth_kbps' => :'controllerReadIoBandwidthKbps',
    :'controller_read_io_ppm' => :'controllerReadIoPpm',
    :'controller_read_source_estore_hdd_local_bytes' => :'controllerReadSourceEstoreHddLocalBytes',
    :'controller_read_source_estore_ssd_local_bytes' => :'controllerReadSourceEstoreSsdLocalBytes',
    :'controller_read_source_estore_hdd_remote_bytes' => :'controllerReadSourceEstoreHddRemoteBytes',
    :'controller_read_source_estore_ssd_remote_bytes' => :'controllerReadSourceEstoreSsdRemoteBytes',
    :'controller_read_source_oplog_bytes' => :'controllerReadSourceOplogBytes',
    :'controller_seq_io_ppm' => :'controllerSeqIoPpm',
    :'controller_shared_usage_bytes' => :'controllerSharedUsageBytes',
    :'controller_snapshot_usage_bytes' => :'controllerSnapshotUsageBytes',
    :'controller_storage_tier_ssd_usage_bytes' => :'controllerStorageTierSsdUsageBytes',
    :'controller_timespan_micros' => :'controllerTimespanMicros',
    :'controller_total_io_size_kb' => :'controllerTotalIoSizeKb',
    :'controller_total_io_time_micros' => :'controllerTotalIoTimeMicros',
    :'controller_total_read_io_size_kb' => :'controllerTotalReadIoSizeKb',
    :'controller_total_read_io_time_micros' => :'controllerTotalReadIoTimeMicros',
    :'controller_total_transformed_usage_bytes' => :'controllerTotalTransformedUsageBytes',
    :'controller_user_bytes' => :'controllerUserBytes',
    :'controller_write_dest_estore_ssd_bytes' => :'controllerWriteDestEstoreSsdBytes',
    :'controller_write_dest_estore_hdd_bytes' => :'controllerWriteDestEstoreHddBytes',
    :'controller_write_io_bandwidth_kbps' => :'controllerWriteIoBandwidthKbps',
    :'controller_write_io_ppm' => :'controllerWriteIoPpm',
    :'controller_wss120_second_union_mb' => :'controllerWss120SecondUnionMb',
    :'controller_wss120_second_read_mb' => :'controllerWss120SecondReadMb',
    :'controller_wss120_second_write_mb' => :'controllerWss120SecondWriteMb',
    :'controller_wss3600_second_union_mb' => :'controllerWss3600SecondUnionMb',
    :'controller_wss3600_second_read_mb' => :'controllerWss3600SecondReadMb',
    :'controller_wss3600_second_write_mb' => :'controllerWss3600SecondWriteMb',
    :'frame_buffer_usage_ppm' => :'frameBufferUsagePpm',
    :'gpu_usage_ppm' => :'gpuUsagePpm',
    :'guest_memory_usage_ppm' => :'guestMemoryUsagePpm',
    :'hypervisor_avg_io_latency_micros' => :'hypervisorAvgIoLatencyMicros',
    :'hypervisor_cpu_ready_time_ppm' => :'hypervisorCpuReadyTimePpm',
    :'hypervisor_cpu_usage_ppm' => :'hypervisorCpuUsagePpm',
    :'hypervisor_io_bandwidth_kbps' => :'hypervisorIoBandwidthKbps',
    :'hypervisor_memory_balloon_reclaimed_bytes' => :'hypervisorMemoryBalloonReclaimedBytes',
    :'hypervisor_memory_balloon_reclaim_target_bytes' => :'hypervisorMemoryBalloonReclaimTargetBytes',
    :'hypervisor_memory_usage_ppm' => :'hypervisorMemoryUsagePpm',
    :'hypervisor_num_io' => :'hypervisorNumIo',
    :'hypervisor_num_iops' => :'hypervisorNumIops',
    :'hypervisor_num_read_iops' => :'hypervisorNumReadIops',
    :'hypervisor_num_read_io' => :'hypervisorNumReadIo',
    :'hypervisor_num_received_bytes' => :'hypervisorNumReceivedBytes',
    :'hypervisor_num_receive_packets_dropped' => :'hypervisorNumReceivePacketsDropped',
    :'hypervisor_num_transmitted_bytes' => :'hypervisorNumTransmittedBytes',
    :'hypervisor_num_transmit_packets_dropped' => :'hypervisorNumTransmitPacketsDropped',
    :'hypervisor_num_write_io' => :'hypervisorNumWriteIo',
    :'hypervisor_num_write_iops' => :'hypervisorNumWriteIops',
    :'hypervisor_read_io_bandwidth_kbps' => :'hypervisorReadIoBandwidthKbps',
    :'hypervisor_timespan_micros' => :'hypervisorTimespanMicros',
    :'hypervisor_total_io_size_kb' => :'hypervisorTotalIoSizeKb',
    :'hypervisor_total_io_time_micros' => :'hypervisorTotalIoTimeMicros',
    :'hypervisor_total_read_io_size_kb' => :'hypervisorTotalReadIoSizeKb',
    :'hypervisor_vm_running_time_usecs' => :'hypervisorVmRunningTimeUsecs',
    :'hypervisor_write_io_bandwidth_kbps' => :'hypervisorWriteIoBandwidthKbps',
    :'memory_usage_bytes' => :'memoryUsageBytes',
    :'memory_usage_ppm' => :'memoryUsagePpm',
    :'num_vcpus_used_ppm' => :'numVcpusUsedPpm',
    :'check_score' => :'checkScore',
    :'cluster' => :'cluster',
    :'hypervisor_type' => :'hypervisorType',
    :'disk_usage_ppm' => :'diskUsagePpm',
    :'disk_capacity_bytes' => :'diskCapacityBytes',
    :'hypervisor_swap_in_rate_kbps' => :'hypervisorSwapInRateKbps',
    :'hypervisor_swap_out_rate_kbps' => :'hypervisorSwapOutRateKbps',
    :'memory_reserved_bytes' => :'memoryReservedBytes'
  }
end

.build_from_hash(attributes) ⇒ Object

Builds the object from hash

Parameters:

  • attributes (Hash) —

    Model attributes in the form of hash

Returns:

  • (Object) —

    Returns the model itself



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 941

def self.build_from_hash(attributes)
  return nil unless attributes.is_a?(Hash)
  attributes = attributes.transform_keys(&:to_sym)
  transformed_hash = {}
  openapi_types.each_pair do |key, type|
    if attributes.key?(attribute_map[key]) && attributes[attribute_map[key]].nil?
      transformed_hash["#{key}"] = nil
    elsif type =~ /\AArray<(.*)>/i
      # check to ensure the input is an array given that the attribute
      # is documented as an array but the input is not
      if attributes[attribute_map[key]].is_a?(Array)
        transformed_hash["#{key}"] = attributes[attribute_map[key]].map { |v| _deserialize($1, v) }
      end
    elsif !attributes[attribute_map[key]].nil?
      transformed_hash["#{key}"] = _deserialize(type, attributes[attribute_map[key]])
    end
  end
  new(transformed_hash)
end

.openapi_nullable ⇒ Object

List of attributes with nullable: true



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 462

def self.openapi_nullable
  Set.new([
  ])
end

.openapi_types ⇒ Object

Attribute type mapping.



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 372

def self.openapi_types
  {
    :'timestamp' => :'Time',
    :'controller_avg_io_latency_micros' => :'Integer',
    :'controller_avg_read_io_latency_micros' => :'Integer',
    :'controller_avg_read_io_size_kb' => :'Integer',
    :'controller_avg_write_io_latency_micros' => :'Integer',
    :'controller_avg_write_io_size_kb' => :'Integer',
    :'controller_io_bandwidth_kbps' => :'Integer',
    :'controller_num_io' => :'Integer',
    :'controller_num_iops' => :'Integer',
    :'controller_num_random_io' => :'Integer',
    :'controller_num_read_io' => :'Integer',
    :'controller_num_read_iops' => :'Integer',
    :'controller_num_seq_io' => :'Integer',
    :'controller_num_write_io' => :'Integer',
    :'controller_num_write_iops' => :'Integer',
    :'controller_oplog_drain_dest_hdd_bytes' => :'Integer',
    :'controller_oplog_drain_dest_ssd_bytes' => :'Integer',
    :'controller_random_io_ppm' => :'Integer',
    :'controller_read_io_bandwidth_kbps' => :'Integer',
    :'controller_read_io_ppm' => :'Integer',
    :'controller_read_source_estore_hdd_local_bytes' => :'Integer',
    :'controller_read_source_estore_ssd_local_bytes' => :'Integer',
    :'controller_read_source_estore_hdd_remote_bytes' => :'Integer',
    :'controller_read_source_estore_ssd_remote_bytes' => :'Integer',
    :'controller_read_source_oplog_bytes' => :'Integer',
    :'controller_seq_io_ppm' => :'Integer',
    :'controller_shared_usage_bytes' => :'Integer',
    :'controller_snapshot_usage_bytes' => :'Integer',
    :'controller_storage_tier_ssd_usage_bytes' => :'Integer',
    :'controller_timespan_micros' => :'Integer',
    :'controller_total_io_size_kb' => :'Integer',
    :'controller_total_io_time_micros' => :'Integer',
    :'controller_total_read_io_size_kb' => :'Integer',
    :'controller_total_read_io_time_micros' => :'Integer',
    :'controller_total_transformed_usage_bytes' => :'Integer',
    :'controller_user_bytes' => :'Integer',
    :'controller_write_dest_estore_ssd_bytes' => :'Integer',
    :'controller_write_dest_estore_hdd_bytes' => :'Integer',
    :'controller_write_io_bandwidth_kbps' => :'Integer',
    :'controller_write_io_ppm' => :'Integer',
    :'controller_wss120_second_union_mb' => :'Integer',
    :'controller_wss120_second_read_mb' => :'Integer',
    :'controller_wss120_second_write_mb' => :'Integer',
    :'controller_wss3600_second_union_mb' => :'Integer',
    :'controller_wss3600_second_read_mb' => :'Integer',
    :'controller_wss3600_second_write_mb' => :'Integer',
    :'frame_buffer_usage_ppm' => :'Integer',
    :'gpu_usage_ppm' => :'Integer',
    :'guest_memory_usage_ppm' => :'Integer',
    :'hypervisor_avg_io_latency_micros' => :'Integer',
    :'hypervisor_cpu_ready_time_ppm' => :'Integer',
    :'hypervisor_cpu_usage_ppm' => :'Integer',
    :'hypervisor_io_bandwidth_kbps' => :'Integer',
    :'hypervisor_memory_balloon_reclaimed_bytes' => :'Integer',
    :'hypervisor_memory_balloon_reclaim_target_bytes' => :'Integer',
    :'hypervisor_memory_usage_ppm' => :'Integer',
    :'hypervisor_num_io' => :'Integer',
    :'hypervisor_num_iops' => :'Integer',
    :'hypervisor_num_read_iops' => :'Integer',
    :'hypervisor_num_read_io' => :'Integer',
    :'hypervisor_num_received_bytes' => :'Integer',
    :'hypervisor_num_receive_packets_dropped' => :'Integer',
    :'hypervisor_num_transmitted_bytes' => :'Integer',
    :'hypervisor_num_transmit_packets_dropped' => :'Integer',
    :'hypervisor_num_write_io' => :'Integer',
    :'hypervisor_num_write_iops' => :'Integer',
    :'hypervisor_read_io_bandwidth_kbps' => :'Integer',
    :'hypervisor_timespan_micros' => :'Integer',
    :'hypervisor_total_io_size_kb' => :'Integer',
    :'hypervisor_total_io_time_micros' => :'Integer',
    :'hypervisor_total_read_io_size_kb' => :'Integer',
    :'hypervisor_vm_running_time_usecs' => :'Integer',
    :'hypervisor_write_io_bandwidth_kbps' => :'Integer',
    :'memory_usage_bytes' => :'Integer',
    :'memory_usage_ppm' => :'Integer',
    :'num_vcpus_used_ppm' => :'Integer',
    :'check_score' => :'Integer',
    :'cluster' => :'String',
    :'hypervisor_type' => :'String',
    :'disk_usage_ppm' => :'Integer',
    :'disk_capacity_bytes' => :'Integer',
    :'hypervisor_swap_in_rate_kbps' => :'Integer',
    :'hypervisor_swap_out_rate_kbps' => :'Integer',
    :'memory_reserved_bytes' => :'Integer'
  }
end

Instance Method Details

#==(o) ⇒ Object

Checks equality by comparing each attribute.

Parameters:

  • Object (Object) —

    to be compared



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 837

def ==(o)
  return true if self.equal?(o)
  self.class == o.class &&
      timestamp == o.timestamp &&
      controller_avg_io_latency_micros == o.controller_avg_io_latency_micros &&
      controller_avg_read_io_latency_micros == o.controller_avg_read_io_latency_micros &&
      controller_avg_read_io_size_kb == o.controller_avg_read_io_size_kb &&
      controller_avg_write_io_latency_micros == o.controller_avg_write_io_latency_micros &&
      controller_avg_write_io_size_kb == o.controller_avg_write_io_size_kb &&
      controller_io_bandwidth_kbps == o.controller_io_bandwidth_kbps &&
      controller_num_io == o.controller_num_io &&
      controller_num_iops == o.controller_num_iops &&
      controller_num_random_io == o.controller_num_random_io &&
      controller_num_read_io == o.controller_num_read_io &&
      controller_num_read_iops == o.controller_num_read_iops &&
      controller_num_seq_io == o.controller_num_seq_io &&
      controller_num_write_io == o.controller_num_write_io &&
      controller_num_write_iops == o.controller_num_write_iops &&
      controller_oplog_drain_dest_hdd_bytes == o.controller_oplog_drain_dest_hdd_bytes &&
      controller_oplog_drain_dest_ssd_bytes == o.controller_oplog_drain_dest_ssd_bytes &&
      controller_random_io_ppm == o.controller_random_io_ppm &&
      controller_read_io_bandwidth_kbps == o.controller_read_io_bandwidth_kbps &&
      controller_read_io_ppm == o.controller_read_io_ppm &&
      controller_read_source_estore_hdd_local_bytes == o.controller_read_source_estore_hdd_local_bytes &&
      controller_read_source_estore_ssd_local_bytes == o.controller_read_source_estore_ssd_local_bytes &&
      controller_read_source_estore_hdd_remote_bytes == o.controller_read_source_estore_hdd_remote_bytes &&
      controller_read_source_estore_ssd_remote_bytes == o.controller_read_source_estore_ssd_remote_bytes &&
      controller_read_source_oplog_bytes == o.controller_read_source_oplog_bytes &&
      controller_seq_io_ppm == o.controller_seq_io_ppm &&
      controller_shared_usage_bytes == o.controller_shared_usage_bytes &&
      controller_snapshot_usage_bytes == o.controller_snapshot_usage_bytes &&
      controller_storage_tier_ssd_usage_bytes == o.controller_storage_tier_ssd_usage_bytes &&
      controller_timespan_micros == o.controller_timespan_micros &&
      controller_total_io_size_kb == o.controller_total_io_size_kb &&
      controller_total_io_time_micros == o.controller_total_io_time_micros &&
      controller_total_read_io_size_kb == o.controller_total_read_io_size_kb &&
      controller_total_read_io_time_micros == o.controller_total_read_io_time_micros &&
      controller_total_transformed_usage_bytes == o.controller_total_transformed_usage_bytes &&
      controller_user_bytes == o.controller_user_bytes &&
      controller_write_dest_estore_ssd_bytes == o.controller_write_dest_estore_ssd_bytes &&
      controller_write_dest_estore_hdd_bytes == o.controller_write_dest_estore_hdd_bytes &&
      controller_write_io_bandwidth_kbps == o.controller_write_io_bandwidth_kbps &&
      controller_write_io_ppm == o.controller_write_io_ppm &&
      controller_wss120_second_union_mb == o.controller_wss120_second_union_mb &&
      controller_wss120_second_read_mb == o.controller_wss120_second_read_mb &&
      controller_wss120_second_write_mb == o.controller_wss120_second_write_mb &&
      controller_wss3600_second_union_mb == o.controller_wss3600_second_union_mb &&
      controller_wss3600_second_read_mb == o.controller_wss3600_second_read_mb &&
      controller_wss3600_second_write_mb == o.controller_wss3600_second_write_mb &&
      frame_buffer_usage_ppm == o.frame_buffer_usage_ppm &&
      gpu_usage_ppm == o.gpu_usage_ppm &&
      guest_memory_usage_ppm == o.guest_memory_usage_ppm &&
      hypervisor_avg_io_latency_micros == o.hypervisor_avg_io_latency_micros &&
      hypervisor_cpu_ready_time_ppm == o.hypervisor_cpu_ready_time_ppm &&
      hypervisor_cpu_usage_ppm == o.hypervisor_cpu_usage_ppm &&
      hypervisor_io_bandwidth_kbps == o.hypervisor_io_bandwidth_kbps &&
      hypervisor_memory_balloon_reclaimed_bytes == o.hypervisor_memory_balloon_reclaimed_bytes &&
      hypervisor_memory_balloon_reclaim_target_bytes == o.hypervisor_memory_balloon_reclaim_target_bytes &&
      hypervisor_memory_usage_ppm == o.hypervisor_memory_usage_ppm &&
      hypervisor_num_io == o.hypervisor_num_io &&
      hypervisor_num_iops == o.hypervisor_num_iops &&
      hypervisor_num_read_iops == o.hypervisor_num_read_iops &&
      hypervisor_num_read_io == o.hypervisor_num_read_io &&
      hypervisor_num_received_bytes == o.hypervisor_num_received_bytes &&
      hypervisor_num_receive_packets_dropped == o.hypervisor_num_receive_packets_dropped &&
      hypervisor_num_transmitted_bytes == o.hypervisor_num_transmitted_bytes &&
      hypervisor_num_transmit_packets_dropped == o.hypervisor_num_transmit_packets_dropped &&
      hypervisor_num_write_io == o.hypervisor_num_write_io &&
      hypervisor_num_write_iops == o.hypervisor_num_write_iops &&
      hypervisor_read_io_bandwidth_kbps == o.hypervisor_read_io_bandwidth_kbps &&
      hypervisor_timespan_micros == o.hypervisor_timespan_micros &&
      hypervisor_total_io_size_kb == o.hypervisor_total_io_size_kb &&
      hypervisor_total_io_time_micros == o.hypervisor_total_io_time_micros &&
      hypervisor_total_read_io_size_kb == o.hypervisor_total_read_io_size_kb &&
      hypervisor_vm_running_time_usecs == o.hypervisor_vm_running_time_usecs &&
      hypervisor_write_io_bandwidth_kbps == o.hypervisor_write_io_bandwidth_kbps &&
      memory_usage_bytes == o.memory_usage_bytes &&
      memory_usage_ppm == o.memory_usage_ppm &&
      num_vcpus_used_ppm == o.num_vcpus_used_ppm &&
      check_score == o.check_score &&
      cluster == o.cluster &&
      hypervisor_type == o.hypervisor_type &&
      disk_usage_ppm == o.disk_usage_ppm &&
      disk_capacity_bytes == o.disk_capacity_bytes &&
      hypervisor_swap_in_rate_kbps == o.hypervisor_swap_in_rate_kbps &&
      hypervisor_swap_out_rate_kbps == o.hypervisor_swap_out_rate_kbps &&
      memory_reserved_bytes == o.memory_reserved_bytes
end

#eql?(o) ⇒ Boolean

Parameters:

  • Object (Object) —

    to be compared

Returns:

  • (Boolean)

See Also:

  • `==` method


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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 928

def eql?(o)
  self == o
end

#hash ⇒ Integer

Calculates hash code according to all attributes.

Returns:

  • (Integer) —

    Hash code



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 934

def hash
  [timestamp, controller_avg_io_latency_micros, controller_avg_read_io_latency_micros, controller_avg_read_io_size_kb, controller_avg_write_io_latency_micros, controller_avg_write_io_size_kb, controller_io_bandwidth_kbps, controller_num_io, controller_num_iops, controller_num_random_io, controller_num_read_io, controller_num_read_iops, controller_num_seq_io, controller_num_write_io, controller_num_write_iops, controller_oplog_drain_dest_hdd_bytes, controller_oplog_drain_dest_ssd_bytes, controller_random_io_ppm, controller_read_io_bandwidth_kbps, controller_read_io_ppm, controller_read_source_estore_hdd_local_bytes, controller_read_source_estore_ssd_local_bytes, controller_read_source_estore_hdd_remote_bytes, controller_read_source_estore_ssd_remote_bytes, controller_read_source_oplog_bytes, controller_seq_io_ppm, controller_shared_usage_bytes, controller_snapshot_usage_bytes, controller_storage_tier_ssd_usage_bytes, controller_timespan_micros, controller_total_io_size_kb, controller_total_io_time_micros, controller_total_read_io_size_kb, controller_total_read_io_time_micros, controller_total_transformed_usage_bytes, controller_user_bytes, controller_write_dest_estore_ssd_bytes, controller_write_dest_estore_hdd_bytes, controller_write_io_bandwidth_kbps, controller_write_io_ppm, controller_wss120_second_union_mb, controller_wss120_second_read_mb, controller_wss120_second_write_mb, controller_wss3600_second_union_mb, controller_wss3600_second_read_mb, controller_wss3600_second_write_mb, frame_buffer_usage_ppm, gpu_usage_ppm, guest_memory_usage_ppm, hypervisor_avg_io_latency_micros, hypervisor_cpu_ready_time_ppm, hypervisor_cpu_usage_ppm, hypervisor_io_bandwidth_kbps, hypervisor_memory_balloon_reclaimed_bytes, hypervisor_memory_balloon_reclaim_target_bytes, hypervisor_memory_usage_ppm, hypervisor_num_io, hypervisor_num_iops, hypervisor_num_read_iops, hypervisor_num_read_io, hypervisor_num_received_bytes, hypervisor_num_receive_packets_dropped, hypervisor_num_transmitted_bytes, hypervisor_num_transmit_packets_dropped, hypervisor_num_write_io, hypervisor_num_write_iops, hypervisor_read_io_bandwidth_kbps, hypervisor_timespan_micros, hypervisor_total_io_size_kb, hypervisor_total_io_time_micros, hypervisor_total_read_io_size_kb, hypervisor_vm_running_time_usecs, hypervisor_write_io_bandwidth_kbps, memory_usage_bytes, memory_usage_ppm, num_vcpus_used_ppm, check_score, cluster, hypervisor_type, disk_usage_ppm, disk_capacity_bytes, hypervisor_swap_in_rate_kbps, hypervisor_swap_out_rate_kbps, memory_reserved_bytes].hash
end

#list_invalid_properties ⇒ Object

Show invalid properties with the reasons. Usually used together with valid?

Returns:

  • Array for valid properties with the reasons



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 822

def list_invalid_properties
  warn '[DEPRECATED] the `list_invalid_properties` method is obsolete'
  invalid_properties = Array.new
  invalid_properties
end

#to_hash ⇒ Hash

Returns the object in the form of hash

Returns:

  • (Hash) —

    Returns the object in the form of hash



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 963

def to_hash
  hash = {}
  self.class.attribute_map.each_pair do |attr, param|
    value = self.send(attr)
    if value.nil?
      is_nullable = self.class.openapi_nullable.include?(attr)
      next if !is_nullable || (is_nullable && !instance_variable_defined?(:"@#{attr}"))
    end

    hash[param] = _to_hash(value)
  end
  hash
end

#valid? ⇒ Boolean

Check to see if the all the properties in the model are valid

Returns:

  • (Boolean) —

    true if the model is valid



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# File 'lib/nutanix_vmm/models/vmm_v40_ahv_stats_vm_stats_tuple.rb', line 830

def valid?
  warn '[DEPRECATED] the `valid?` method is obsolete'
  true
end