# en_US resources
# If you add entries manually try to keep them alphabetically sorted in every group, because the file will be reordered on the next execution of genPerfVmsg tool.
###
signature                                                         = "sIgNaTuRe"
###
###
history.PastDay.label                                             = "Past day"
history.PastDay.summary                                           = "Statistics over the past day"
history.PastHour.label                                            = "Past hour"
history.PastHour.summary                                          = "Statistics over the past hour"
history.PastMonth.label                                           = "Past month"
history.PastMonth.summary                                         = "Statistics over the past month"
history.PastWeek.label                                            = "Past week"
history.PastWeek.summary                                          = "Statistics over the past week"
history.PastYear.label                                            = "Past year"
history.PastYear.summary                                          = "Statistics over the past year"
###
###
stattype.absolute.label                                           = "Absolute"
stattype.absolute.summary                                         = "Absolute value"
stattype.delta.label                                              = "Delta"
stattype.delta.summary                                            = "Delta value"
stattype.fraction.label                                           = "Fraction"
stattype.fraction.summary                                         = "Fraction of something"
stattype.logn.label                                               = "LogN"
stattype.logn.summary                                             = "A natural logarithm"
stattype.rate.label                                               = "Rate"
stattype.rate.summary                                             = "Rate value"
stattype.raw.label                                                = "Raw"
stattype.raw.summary                                              = "Raw unprocessed value"
###
###
rollup.average.label                                              = "Average"
rollup.average.summary                                            = "Arithmetic mean value"
rollup.first.label                                                = "First"
rollup.first.summary                                              = "First value"
rollup.latest.label                                               = "Latest"
rollup.latest.summary                                             = "Last value"
rollup.max.label                                                  = "Maximum"
rollup.max.summary                                                = "Maximum value"
rollup.median.label                                               = "Median"
rollup.median.summary                                             = "The value separating the higher half of the data samples in the summarization period from the lower half"
rollup.min.label                                                  = "Minimum"
rollup.min.summary                                                = "Minimum value"
rollup.none.label                                                 = "None"
rollup.none.summary                                               = "No rollup"
rollup.percentile05.label                                         = "P05"
rollup.percentile05.summary                                       = "Percentile 5"
rollup.percentile90.label                                         = "P90"
rollup.percentile90.summary                                       = "Percentile 90"
rollup.percentile95.label                                         = "P95"
rollup.percentile95.summary                                       = "Percentile 95"
rollup.percentile99.label                                         = "P01"
rollup.percentile99.summary                                       = "Percentile 1"
rollup.summation.label                                            = "Summation"
rollup.summation.summary                                          = "Sum of all values"
###
###
unit.ampere.label                                                 = "A"
unit.ampere.summary                                               = "Electrical current in amperes"
unit.bit.label                                                    = "b"
unit.bit.summary                                                  = "Quantity of information in bits"
unit.bitspersecond.label                                          = "bps"
unit.bitspersecond.summary                                        = "Transmission speed in bits per second"
unit.byte.label                                                   = "B"
unit.byte.summary                                                 = "Quantity of information in bytes"
unit.bytespersecond.label                                         = "Bps"
unit.bytespersecond.summary                                       = "Transmission speed in bytes per second"
unit.candela.label                                                = "cd"
unit.candela.summary                                              = "Luminous intensity in candelas"
unit.celsius.label                                                = "℃"
unit.celsius.summary                                              = "Temperature in degrees Celsius"
unit.gram.label                                                   = "g"
unit.gram.summary                                                 = "Mass in grams"
unit.hertz.label                                                  = "Hz"
unit.hertz.summary                                                = "Frequency in hertz"
unit.joule.label                                                  = "J"
unit.joule.summary                                                = "Joule"
unit.kelvin.label                                                 = "K"
unit.kelvin.summary                                               = "Temperature in kelvins"
unit.kiloBytes.label                                              = "KB"
unit.kiloBytes.summary                                            = "Kilobyte"
unit.kiloBytesPerSecond.label                                     = "KBps"
unit.kiloBytesPerSecond.summary                                   = "Kilobytes per second"
unit.megaBytes.label                                              = "MB"
unit.megaBytes.summary                                            = "Megabyte"
unit.megaBytesPerSecond.label                                     = "MBps"
unit.megaBytesPerSecond.summary                                   = "Megabytes per second"
unit.megaHertz.label                                              = "MHz"
unit.megaHertz.summary                                            = "Megahertz"
unit.meter.label                                                  = "m"
unit.meter.summary                                                = "Length in meters"
unit.microsecond.label                                            = "µs"
unit.microsecond.summary                                          = "Microsecond"
unit.millisecond.label                                            = "ms"
unit.millisecond.summary                                          = "Millisecond"
unit.mole.label                                                   = "mol"
unit.mole.summary                                                 = "Amount of substance in moles"
unit.mps.label                                                    = "m/s"
unit.mps.summary                                                  = "Velocity in meters per second"
unit.mps2.label                                                   = "m/s2"
unit.mps2.summary                                                 = "Acceleration in meters per second squared"
unit.numPerSecond.label                                           = "num/s"
unit.numPerSecond.summary                                         = "Count per second"
unit.number.label                                                 = "num"
unit.number.summary                                               = "Number"
unit.percent.label                                                = "%"
unit.percent.summary                                              = "Percentage"
unit.revsperminute.label                                          = "rpm"
unit.revsperminute.summary                                        = "Rotation speed in revolutions per minute"
unit.second.label                                                 = "s"
unit.second.summary                                               = "Second"
unit.teraBytes.label                                              = "TB"
unit.teraBytes.summary                                            = "Terabyte"
unit.volt.label                                                   = "V"
unit.volt.summary                                                 = "Potential difference in volts"
unit.voltampere.label                                             = "VA"
unit.voltampere.summary                                           = "Electrical power in volt-amperes"
unit.watt.label                                                   = "W"
unit.watt.summary                                                 = "Watt"
###
###
unitfactor.atto.label                                             = "a"
unitfactor.atto.summary                                           = "Atto"
unitfactor.centi.label                                            = "c"
unitfactor.centi.summary                                          = "Centi"
unitfactor.deca.label                                             = "da"
unitfactor.deca.summary                                           = "Deca"
unitfactor.deci.label                                             = "d"
unitfactor.deci.summary                                           = "Deci"
unitfactor.exa.label                                              = "E"
unitfactor.exa.summary                                            = "Exa"
unitfactor.exbi.label                                             = "E"
unitfactor.exbi.summary                                           = "Exa"
unitfactor.femto.label                                            = "f"
unitfactor.femto.summary                                          = "Femto"
unitfactor.gibi.label                                             = "G"
unitfactor.gibi.summary                                           = "Giga"
unitfactor.giga.label                                             = "G"
unitfactor.giga.summary                                           = "Giga"
unitfactor.hecto.label                                            = "h"
unitfactor.hecto.summary                                          = "Hecto"
unitfactor.kibi.label                                             = "K"
unitfactor.kibi.summary                                           = "Kilo"
unitfactor.kilo.label                                             = "k"
unitfactor.kilo.summary                                           = "Kilo"
unitfactor.mebi.label                                             = "M"
unitfactor.mebi.summary                                           = "Mega"
unitfactor.mega.label                                             = "M"
unitfactor.mega.summary                                           = "Mega"
unitfactor.micro.label                                            = "µ"
unitfactor.micro.summary                                          = "Micro"
unitfactor.milli.label                                            = "m"
unitfactor.milli.summary                                          = "Milli"
unitfactor.nano.label                                             = "n"
unitfactor.nano.summary                                           = "Nano"
unitfactor.one.label                                              = ""
unitfactor.one.summary                                            = "One"
unitfactor.pebi.label                                             = "P"
unitfactor.pebi.summary                                           = "Peta"
unitfactor.peta.label                                             = "P"
unitfactor.peta.summary                                           = "Peta"
unitfactor.pico.label                                             = "p"
unitfactor.pico.summary                                           = "Pico"
unitfactor.tebi.label                                             = "T"
unitfactor.tebi.summary                                           = "Tera"
unitfactor.tera.label                                             = "T"
unitfactor.tera.summary                                           = "Tera"
unitfactor.yobi.label                                             = "Y"
unitfactor.yobi.summary                                           = "Yotta"
unitfactor.yocto.label                                            = "y"
unitfactor.yocto.summary                                          = "Yocto"
unitfactor.yotta.label                                            = "Y"
unitfactor.yotta.summary                                          = "Yotta"
unitfactor.zebi.label                                             = "Z"
unitfactor.zebi.summary                                           = "Zetta"
unitfactor.zepto.label                                            = "z"
unitfactor.zepto.summary                                          = "Zepto"
unitfactor.zetta.label                                            = "Z"
unitfactor.zetta.summary                                          = "Zetta"
###
###
attrname.adapter.label                                            = "Adapter"
attrname.adapter.summary                                          = "Identifier of the adapter, attached to this entity."
attrname.cpu.label                                                = "CPU"
attrname.cpu.summary                                              = "The CPU for which this stat is defined."
attrname.disk.label                                               = "Disk"
attrname.disk.summary                                             = "Disk identifier."
attrname.lag.label                                                = "LAG"
attrname.lag.summary                                              = "Link aggregation group identifier."
attrname.lun.label                                                = "LUN"
attrname.lun.summary                                              = "Logical unit number."
attrname.nic.label                                                = "Network Interface"
attrname.nic.summary                                              = "The network interface for which this stat is defined."
attrname.path.label                                               = "Path"
attrname.path.summary                                             = "Path to the object for which this stat is defined."
attrname.port.label                                               = "Port"
attrname.port.summary                                             = "Port identifier."
attrname.vds.label                                                = "VDS"
attrname.vds.summary                                              = "Virtual distributed switch identifier."
attrname.vm.label                                                 = "Virtual Machine"
attrname.vm.summary                                               = "The virtual machine for which this stat is defined."
###
###
attrtype.CLSTR.label                                              = "Cluster"
attrtype.CLSTR.summary                                            = "A group of entities providing stats."
attrtype.D.label                                                  = "Dynamic"
attrtype.D.summary                                                = "Dynamically allocated object type."
attrtype.DEVICE.label                                             = "Device"
attrtype.DEVICE.summary                                           = "Physical device attached to the OS."
attrtype.DISK.label                                               = "Disk"
attrtype.DISK.summary                                             = "Disk attached to the underlying OS."
attrtype.DSTORE.label                                             = "Datastore"
attrtype.DSTORE.summary                                           = "Datastore identifier."
attrtype.DVS.label                                                = "Distributed Virtual Switch"
attrtype.DVS.summary                                              = "Distributed virtual switch identifier."
attrtype.GROUP.label                                              = "Group"
attrtype.GROUP.summary                                            = "Group of entities."
attrtype.HOST.label                                               = "Host"
attrtype.HOST.summary                                             = "The entity from which this stat is obtained."
attrtype.LAG.label                                                = "vSwitch LAG"
attrtype.LAG.summary                                              = "Link aggregation group identifier."
attrtype.LUN.label                                                = "LUN"
attrtype.LUN.summary                                              = "Storage logical unit."
attrtype.MEMMNGR.label                                            = "Memory Manager"
attrtype.MEMMNGR.summary                                          = "An entity that manages one or more memory allocation areas."
attrtype.MEMPOOL.label                                            = "Memory Pool"
attrtype.MEMPOOL.summary                                          = "Memory area/heap/arena."
attrtype.PCPU.label                                               = "Physical CPU"
attrtype.PCPU.summary                                             = "Physical CPU."
attrtype.PNIC.label                                               = "Physical NIC"
attrtype.PNIC.summary                                             = "Physical network interface card."
attrtype.PORT.label                                               = "vSwitch port"
attrtype.PORT.summary                                             = "Virtual switch port identifier."
attrtype.PROCESS.label                                            = "Process"
attrtype.PROCESS.summary                                          = "General process (on VMkernel this is cartel)."
attrtype.RESPOOL.label                                            = "Resource Pool"
attrtype.RESPOOL.summary                                          = "Resource pool identifier."
attrtype.SADAPTER.label                                           = "Storage Adapter"
attrtype.SADAPTER.summary                                         = "Storage adapter on the host."
attrtype.SPATH.label                                              = "Storage Path"
attrtype.SPATH.summary                                            = "Path to a storage LUN."
attrtype.THREAD.label                                             = "Thread"
attrtype.THREAD.summary                                           = "Part of process (on VMkernel this is world)."
attrtype.VCPU.label                                               = "Virtual CPU"
attrtype.VCPU.summary                                             = "Virtual CPU."
attrtype.VDISK.label                                              = "Virtual Disk"
attrtype.VDISK.summary                                            = "Virtual disk."
attrtype.VM.label                                                 = "Virtual Machine"
attrtype.VM.summary                                               = "Virtual machine."
attrtype.VNIC.label                                               = "Virtual NIC"
attrtype.VNIC.summary                                             = "Virtual network interface card."
attrtype.VSWITCH.label                                            = "Virtual Switch"
attrtype.VSWITCH.summary                                          = "Virtual switch identifier."
###
###
group.clusterServices.label                                       = "Cluster services"
group.clusterServices.summary                                     = "Cluster services"
group.cpu.label                                                   = "CPU"
group.cpu.summary                                                 = "CPU"
group.datastore.label                                             = "Datastore"
group.datastore.summary                                           = "Datastore"
group.disk.label                                                  = "Disk"
group.disk.summary                                                = "Disk"
group.gpu.label                                                   = "GPU"
group.gpu.summary                                                 = "GPU"
group.hbr.label                                                   = "vSphere Replication"
group.hbr.summary                                                 = "vSphere Replication"
group.license.label                                               = "License"
group.license.summary                                             = "License"
group.managementAgent.label                                       = "Management agent"
group.managementAgent.summary                                     = "Management agent"
group.mem.label                                                   = "Memory"
group.mem.summary                                                 = "Memory"
group.net.label                                                   = "Network"
group.net.summary                                                 = "Network"
group.pmem.label                                                  = "PMEM"
group.pmem.summary                                                = "PMEM"
group.power.label                                                 = "Power"
group.power.summary                                               = "Power"
group.rescpu.label                                                = "Resource group CPU"
group.rescpu.summary                                              = "Resource group CPU"
group.storageAdapter.label                                        = "Storage adapter"
group.storageAdapter.summary                                      = "Storage adapter"
group.storagePath.label                                           = "Storage path"
group.storagePath.summary                                         = "Storage path"
group.sys.label                                                   = "System"
group.sys.summary                                                 = "System"
group.vcDebugInfo.label                                           = "vCenter debugging information"
group.vcDebugInfo.summary                                         = "vCenter debugging information"
group.vcResources.label                                           = "vCenter resource usage information"
group.vcResources.summary                                         = "vCenter resource usage information"
group.vflashModule.label                                          = "Virtual flash"
group.vflashModule.summary                                        = "Virtual flash module related statistical values"
group.virtualDisk.label                                           = "Virtual disk"
group.virtualDisk.summary                                         = "Virtual disk"
group.vmop.label                                                  = "Virtual machine operations"
group.vmop.summary                                                = "Virtual machine operations"
group.vsanDomObj.label                                            = "vSAN DOM Objects"
group.vsanDomObj.summary                                          = "vSAN DOM object related statistical values"
###
###
counter.clusterServices.clusterDrsScore.label                     = "DRS Score"
counter.clusterServices.clusterDrsScore.summary                   = "DRS score of the cluster"
counter.clusterServices.cpufairness.label                         = "CPU fairness"
counter.clusterServices.cpufairness.summary                       = "Fairness of distributed CPU resource allocation"
counter.clusterServices.effectivecpu.label                        = "Effective CPU resources"
counter.clusterServices.effectivecpu.summary                      = "Total available CPU resources of all hosts within a cluster"
counter.clusterServices.effectivemem.label                        = "Effective memory resources"
counter.clusterServices.effectivemem.summary                      = "Total amount of machine memory of all hosts in the cluster that is available for use for virtual machine memory and overhead memory"
counter.clusterServices.failover.label                            = "Current failover level"
counter.clusterServices.failover.summary                          = "vSphere HA number of failures that can be tolerated"
counter.clusterServices.memfairness.label                         = "Memory fairness"
counter.clusterServices.memfairness.summary                       = "Aggregate available memory resources of all the hosts within a cluster"
counter.clusterServices.vmDrsScore.label                          = "VM DRS Score"
counter.clusterServices.vmDrsScore.summary                        = "DRS score of the virtual machine"
###
counter.cpu.actav1.label                                          = "Active (1 min average)"
counter.cpu.actav1.summary                                        = "CPU active average over 1 minute"
counter.cpu.actav15.label                                         = "Active (15 min average)"
counter.cpu.actav15.summary                                       = "CPU active average over 15 minutes"
counter.cpu.actav5.label                                          = "Active (5 min average)"
counter.cpu.actav5.summary                                        = "CPU active average over 5 minutes"
counter.cpu.actpk1.label                                          = "Active (1 min peak)"
counter.cpu.actpk1.summary                                        = "CPU active peak over 1 minute"
counter.cpu.actpk15.label                                         = "Active (15 min peak)"
counter.cpu.actpk15.summary                                       = "CPU active peak over 15 minutes"
counter.cpu.actpk5.label                                          = "Active (5 min peak)"
counter.cpu.actpk5.summary                                        = "CPU active peak over 5 minutes"
counter.cpu.cache.l3.occupancy.label                              = "CPU L3 Cache Occupancy"
counter.cpu.cache.l3.occupancy.summary                            = "The amount of L3 cache the VM uses"
counter.cpu.cache.l3.occupancy.VM.label                           = "CPU L3 Cache Occupancy"
counter.cpu.cache.l3.occupancy.VM.summary                         = "The amount of L3 cache the VM uses"
counter.cpu.capacity.contention.label                             = "CPU Capacity Contention"
counter.cpu.capacity.contention.summary                           = "Percent of time the VM is unable to run because it is contending for access to the physical CPU(s)"
counter.cpu.capacity.contention.HOST.label                        = "CPU Capacity Contention"
counter.cpu.capacity.contention.HOST.summary                      = "Percent of time the VMs on this host are unable to run because they are contending for access to the physical CPU(s)"
counter.cpu.capacity.contention.VM.label                          = "CPU Capacity Contention"
counter.cpu.capacity.contention.VM.summary                        = "Percent of time the VM is unable to run because it is contending for access to the physical CPU(s)"
counter.cpu.capacity.demand.label                                 = "CPU Capacity Demand"
counter.cpu.capacity.demand.summary                               = "The amount of CPU resources a VM would use if there were no CPU contention"
counter.cpu.capacity.demand.HOST.label                            = "CPU Capacity Demand"
counter.cpu.capacity.demand.HOST.summary                          = "The amount of CPU resources VMs on this host would use if there were no CPU contention or CPU limit"
counter.cpu.capacity.demand.VM.label                              = "CPU Capacity Demand"
counter.cpu.capacity.demand.VM.summary                            = "The amount of CPU resources a VM would use if there were no CPU contention"
counter.cpu.capacity.demandPct.label                              = "CPU Capacity Demand"
counter.cpu.capacity.demandPct.summary                            = "The percent of CPU resources the virtual machines on this host would use if there were no CPU contention or CPU limit"
counter.cpu.capacity.entitlement.label                            = "CPU Capacity Entitlement"
counter.cpu.capacity.entitlement.summary                          = "CPU resources devoted by the ESXi scheduler to the virtual machines and resource pools"
counter.cpu.capacity.entitlement.VM.label                         = "CPU Capacity Entitlement"
counter.cpu.capacity.entitlement.VM.summary                       = "CPU resources devoted by the ESXi scheduler to the virtual machines and resource pools"
counter.cpu.capacity.provisioned.label                            = "CPU Capacity Provisioned"
counter.cpu.capacity.provisioned.summary                          = "Capacity in MHz of the physical CPU cores"
counter.cpu.capacity.provisioned.HOST.label                       = "CPU Capacity Provisioned"
counter.cpu.capacity.provisioned.HOST.summary                     = "Capacity in MHz of the physical CPU cores"
counter.cpu.capacity.usage.label                                  = "CPU Capacity Usage"
counter.cpu.capacity.usage.summary                                = "CPU usage as a percent during the interval"
counter.cpu.capacity.usage.HOST.label                             = "CPU Capacity Usage"
counter.cpu.capacity.usage.HOST.summary                           = "CPU usage in MHz during the interval"
counter.cpu.capacity.usage.VM.label                               = "CPU Capacity Usage"
counter.cpu.capacity.usage.VM.summary                             = "CPU usage as a percent during the interval"
counter.cpu.coreUtilization.label                                 = "Core Utilization"
counter.cpu.coreUtilization.summary                               = "CPU utilization of the corresponding core (if hyper-threading is enabled) as a percentage during the interval (A core is utilized if either or both of its logical CPUs are utilized)"
counter.cpu.corecount.contention.label                            = "CPU Core Count Contention"
counter.cpu.corecount.contention.summary                          = "Time the VM vCPU is ready to run, but is unable to run due to co-scheduling constraints"
counter.cpu.corecount.contention.HOST.label                       = "CPU Core Count Contention"
counter.cpu.corecount.contention.HOST.summary                     = "Aggregated time of all vCPUs which are ready to run, but is unable to run due to co-scheduling constraints, in percentage"
counter.cpu.corecount.contention.VM.label                         = "CPU Core Count Contention"
counter.cpu.corecount.contention.VM.summary                       = "Time the VM is ready to run, but is unable to run due to co-scheduling constraints"
counter.cpu.corecount.contention.VM.VCPU.label                    = "CPU Core Count Contention"
counter.cpu.corecount.contention.VM.VCPU.summary                  = "Time the VM is ready to run, but is unable to run due to co-scheduling constraints"
counter.cpu.corecount.provisioned.label                           = "CPU Core Count Provisioned"
counter.cpu.corecount.provisioned.summary                         = "The number of virtual processors provisioned to the entity"
counter.cpu.corecount.provisioned.HOST.label                      = "CPU Core Count Provisioned"
counter.cpu.corecount.provisioned.HOST.summary                    = "The number of physical cores provisioned to the entity"
counter.cpu.corecount.provisioned.VM.label                        = "CPU Core Count Provisioned"
counter.cpu.corecount.provisioned.VM.summary                      = "The number of virtual processors provisioned to the entity"
counter.cpu.corecount.usage.label                                 = "CPU Core Count Usage"
counter.cpu.corecount.usage.summary                               = "The number of virtual processors running on the host"
counter.cpu.corecount.usage.HOST.label                            = "CPU Core Count Usage"
counter.cpu.corecount.usage.HOST.summary                          = "The number of virtual processors running on the host"
counter.cpu.corecount.usagePct.label                              = "CPU Core Count Usage"
counter.cpu.corecount.usagePct.summary                            = "The number of virtual processors running on the host, as a percent of the number of physical cores"
counter.cpu.costop.label                                          = "Co-stop"
counter.cpu.costop.summary                                        = "Time the virtual machine is ready to run, but is unable to run due to co-scheduling constraints"
counter.cpu.cpuentitlement.label                                  = "Worst case allocation"
counter.cpu.cpuentitlement.summary                                = "Amount of CPU resources allocated to the virtual machine or resource pool, based on the total cluster capacity and the resource configuration of the resource hierarchy"
counter.cpu.demand.label                                          = "Demand"
counter.cpu.demand.summary                                        = "The amount of CPU resources a virtual machine would use if there were no CPU contention or CPU limit"
counter.cpu.demandEntitlementRatio.label                          = "Demand-to-entitlement ratio"
counter.cpu.demandEntitlementRatio.summary                        = "CPU resource entitlement to CPU demand ratio (in percents)"
counter.cpu.entitlement.label                                     = "Entitlement"
counter.cpu.entitlement.summary                                   = "CPU resources devoted by the ESX scheduler"
counter.cpu.extra.label                                           = "Extra"
counter.cpu.extra.summary                                         = "Extra CPU time"
counter.cpu.guaranteed.label                                      = "Guaranteed"
counter.cpu.guaranteed.summary                                    = "CPU time that is reserved for the entity"
counter.cpu.idle.label                                            = "Idle"
counter.cpu.idle.summary                                          = "Total time that the CPU spent in an idle state"
counter.cpu.latency.label                                         = "Latency"
counter.cpu.latency.summary                                       = "Percent of time the virtual machine is unable to run because it is contending for access to the physical CPU(s)"
counter.cpu.maxlimited.label                                      = "Max limited"
counter.cpu.maxlimited.summary                                    = "Time the virtual machine is ready to run, but is not run due to maxing out its CPU limit setting"
counter.cpu.overlap.label                                         = "Overlap"
counter.cpu.overlap.summary                                       = "Time the virtual machine was interrupted to perform system services on behalf of itself or other virtual machines"
counter.cpu.readiness.label                                       = "Readiness"
counter.cpu.readiness.summary                                     = "Percentage of time that the virtual machine was ready, but could not get scheduled to run on the physical CPU"
counter.cpu.ready.label                                           = "Ready"
counter.cpu.ready.summary                                         = "Time that the virtual machine was ready, but could not get scheduled to run on the physical CPU during last measurement interval"
counter.cpu.reserved.label                                        = "Reserved"
counter.cpu.reserved.summary                                      = "CPU reserved"
counter.cpu.reservedCapacity.label                                = "Reserved capacity"
counter.cpu.reservedCapacity.summary                              = "Total CPU capacity reserved by virtual machines"
counter.cpu.reservedcapacity.label                                = "Reserved capacity"
counter.cpu.reservedcapacity.summary                              = "Total CPU capacity reserved by virtual machines"
counter.cpu.run.label                                             = "Run"
counter.cpu.run.summary                                           = "Time the virtual machine is scheduled to run"
counter.cpu.runav1.label                                          = "Running (1 min average)"
counter.cpu.runav1.summary                                        = "CPU running average over 1 minute"
counter.cpu.runav15.label                                         = "Running (15 min average)"
counter.cpu.runav15.summary                                       = "CPU running average over 15 minutes"
counter.cpu.runav5.label                                          = "Running (5 min average)"
counter.cpu.runav5.summary                                        = "CPU running average over 5 minutes"
counter.cpu.swapwait.label                                        = "Swap wait"
counter.cpu.swapwait.summary                                      = "CPU time spent waiting for swap-in"
counter.cpu.system.label                                          = "System"
counter.cpu.system.summary                                        = "Amount of time spent on system processes on each virtual CPU in the virtual machine"
counter.cpu.totalCapacity.label                                   = "Total capacity"
counter.cpu.totalCapacity.summary                                 = "Total CPU capacity reserved by and available for virtual machines"
counter.cpu.totalmhz.label                                        = "Total"
counter.cpu.totalmhz.summary                                      = "Total amount of CPU resources of all hosts in the cluster"
counter.cpu.usage.label                                           = "Usage"
counter.cpu.usage.summary                                         = "CPU usage as a percentage during the interval"
counter.cpu.usage.vcpus.label                                     = "VCPU Usage"
counter.cpu.usage.vcpus.summary                                   = "Virtual CPU usage as a percentage during the interval"
counter.cpu.usagemhz.label                                        = "Usage in MHz"
counter.cpu.usagemhz.summary                                      = "CPU usage in megahertz during the interval"
counter.cpu.used.label                                            = "Used"
counter.cpu.used.summary                                          = "Total CPU usage"
counter.cpu.utilization.label                                     = "Utilization"
counter.cpu.utilization.summary                                   = "CPU utilization as a percentage during the interval (CPU usage and CPU utilization might be different due to power management technologies or hyper-threading)"
counter.cpu.wait.label                                            = "Wait"
counter.cpu.wait.summary                                          = "Total CPU time spent in wait state"
###
counter.datastore.datastoreIops.label                             = "Storage I/O Control aggregated IOPS"
counter.datastore.datastoreIops.summary                           = "Storage I/O Control aggregated IOPS"
counter.datastore.datastoreMaxQueueDepth.label                    = "Storage I/O Control datastore maximum queue depth"
counter.datastore.datastoreMaxQueueDepth.summary                  = "Storage I/O Control datastore maximum queue depth"
counter.datastore.datastoreNormalReadLatency.label                = "Storage DRS datastore normalized read latency"
counter.datastore.datastoreNormalReadLatency.summary              = "Storage DRS datastore normalized read latency"
counter.datastore.datastoreNormalWriteLatency.label               = "Storage DRS datastore normalized write latency"
counter.datastore.datastoreNormalWriteLatency.summary             = "Storage DRS datastore normalized write latency"
counter.datastore.datastoreReadBytes.label                        = "Storage DRS datastore bytes read"
counter.datastore.datastoreReadBytes.summary                      = "Storage DRS datastore bytes read"
counter.datastore.datastoreReadIops.label                         = "Storage DRS datastore read I/O rate"
counter.datastore.datastoreReadIops.summary                       = "Storage DRS datastore read I/O rate"
counter.datastore.datastoreReadLoadMetric.label                   = "Storage DRS datastore read workload metric"
counter.datastore.datastoreReadLoadMetric.summary                 = "Storage DRS datastore metric for read workload model"
counter.datastore.datastoreReadOIO.label                          = "Storage DRS datastore outstanding read requests"
counter.datastore.datastoreReadOIO.summary                        = "Storage DRS datastore outstanding read requests"
counter.datastore.datastoreVMObservedLatency.label                = "Datastore latency observed by VMs"
counter.datastore.datastoreVMObservedLatency.summary              = "The average datastore latency as seen by virtual machines"
counter.datastore.datastoreWriteBytes.label                       = "Storage DRS datastore bytes written"
counter.datastore.datastoreWriteBytes.summary                     = "Storage DRS datastore bytes written"
counter.datastore.datastoreWriteIops.label                        = "Storage DRS datastore write I/O rate"
counter.datastore.datastoreWriteIops.summary                      = "Storage DRS datastore write I/O rate"
counter.datastore.datastoreWriteLoadMetric.label                  = "Storage DRS datastore write workload metric"
counter.datastore.datastoreWriteLoadMetric.summary                = "Storage DRS datastore metric for write workload model"
counter.datastore.datastoreWriteOIO.label                         = "Storage DRS datastore outstanding write requests"
counter.datastore.datastoreWriteOIO.summary                       = "Storage DRS datastore outstanding write requests"
counter.datastore.maxTotalLatency.label                           = "Highest latency"
counter.datastore.maxTotalLatency.summary                         = "Highest latency value across all datastores used by the host"
counter.datastore.numberReadAveraged.label                        = "Average read requests per second"
counter.datastore.numberReadAveraged.summary                      = "Average number of read commands issued per second to the datastore during the collection interval"
counter.datastore.numberWriteAveraged.label                       = "Average write requests per second"
counter.datastore.numberWriteAveraged.summary                     = "Average number of write commands issued per second to the datastore during the collection interval"
counter.datastore.read.label                                      = "Read rate"
counter.datastore.read.summary                                    = "Rate of reading data from the datastore"
counter.datastore.siocActiveTimePercentage.label                  = "Storage I/O Control active time percentage"
counter.datastore.siocActiveTimePercentage.summary                = "Percentage of time Storage I/O Control actively controlled datastore latency"
counter.datastore.sizeNormalizedDatastoreLatency.label            = "Storage I/O Control normalized latency"
counter.datastore.sizeNormalizedDatastoreLatency.summary          = "Storage I/O Control size-normalized I/O latency"
counter.datastore.totalReadLatency.label                          = "Read latency"
counter.datastore.totalReadLatency.summary                        = "The average time a read from the datastore takes"
counter.datastore.totalWriteLatency.label                         = "Write latency"
counter.datastore.totalWriteLatency.summary                       = "The average time a write to the datastore takes"
counter.datastore.write.label                                     = "Write rate"
counter.datastore.write.summary                                   = "Rate of writing data to the datastore"
###
counter.disk.busResets.label                                      = "Bus resets"
counter.disk.busResets.summary                                    = "Number of SCSI-bus reset commands issued during the collection interval"
counter.disk.capacity.label                                       = "Capacity"
counter.disk.capacity.summary                                     = "Configured size of the datastore"
counter.disk.commands.label                                       = "Commands issued"
counter.disk.commands.summary                                     = "Number of SCSI commands issued during the collection interval"
counter.disk.commandsAborted.label                                = "Commands aborted"
counter.disk.commandsAborted.summary                              = "Number of SCSI commands aborted during the collection interval"
counter.disk.commandsAveraged.label                               = "Average commands issued per second"
counter.disk.commandsAveraged.summary                             = "Average number of SCSI commands issued per second during the collection interval"
counter.disk.deltaused.label                                      = "Overhead due to delta disk backings"
counter.disk.deltaused.summary                                    = "Storage overhead of a virtual machine or a datastore due to delta disk backings"
counter.disk.deviceLatency.label                                  = "Physical device command latency"
counter.disk.deviceLatency.summary                                = "Average amount of time, in milliseconds, to complete a SCSI command from the physical device"
counter.disk.deviceReadLatency.label                              = "Physical device read latency"
counter.disk.deviceReadLatency.summary                            = "Average amount of time, in milliseconds, to read from the physical device"
counter.disk.deviceWriteLatency.label                             = "Physical device write latency"
counter.disk.deviceWriteLatency.summary                           = "Average amount of time, in milliseconds, to write to the physical device"
counter.disk.kernelLatency.label                                  = "Kernel command latency"
counter.disk.kernelLatency.summary                                = "Average amount of time, in milliseconds, spent by VMkernel to process each SCSI command"
counter.disk.kernelReadLatency.label                              = "Kernel read latency"
counter.disk.kernelReadLatency.summary                            = "Average amount of time, in milliseconds, spent by VMkernel to process each SCSI read command"
counter.disk.kernelWriteLatency.label                             = "Kernel write latency"
counter.disk.kernelWriteLatency.summary                           = "Average amount of time, in milliseconds, spent by VMkernel to process each SCSI write command"
counter.disk.maxQueueDepth.label                                  = "Maximum queue depth"
counter.disk.maxQueueDepth.summary                                = "Maximum queue depth"
counter.disk.maxTotalLatency.label                                = "Highest latency"
counter.disk.maxTotalLatency.summary                              = "Highest latency value across all disks used by the host"
counter.disk.numberRead.label                                     = "Read requests"
counter.disk.numberRead.summary                                   = "Number of disk reads during the collection interval"
counter.disk.numberReadAveraged.label                             = "Average read requests per second"
counter.disk.numberReadAveraged.summary                           = "Average number of disk reads per second during the collection interval"
counter.disk.numberWrite.label                                    = "Write requests"
counter.disk.numberWrite.summary                                  = "Number of disk writes during the collection interval"
counter.disk.numberWriteAveraged.label                            = "Average write requests per second"
counter.disk.numberWriteAveraged.summary                          = "Average number of disk writes per second during the collection interval"
counter.disk.provisioned.label                                    = "Space potentially used"
counter.disk.provisioned.summary                                  = "Amount of storage set aside for use by a datastore or a virtual machine"
counter.disk.queueLatency.label                                   = "Queue command latency"
counter.disk.queueLatency.summary                                 = "Average amount of time spent in the VMkernel queue, per SCSI command, during the collection interval"
counter.disk.queueReadLatency.label                               = "Queue read latency"
counter.disk.queueReadLatency.summary                             = "Average amount of time spent in the VMkernel queue, per SCSI read command, during the collection interval"
counter.disk.queueWriteLatency.label                              = "Queue write latency"
counter.disk.queueWriteLatency.summary                            = "Average amount of time spent in the VMkernel queue, per SCSI write command, during the collection interval"
counter.disk.read.label                                           = "Read rate"
counter.disk.read.summary                                         = "Average number of kilobytes read from the disk each second during the collection interval"
counter.disk.scsiReservationCnflctsPct.label                      = "Disk SCSI Reservation Conflicts %"
counter.disk.scsiReservationCnflctsPct.summary                    = "Number of SCSI reservation conflicts for the LUN as a percent of total commands during the collection interval"
counter.disk.scsiReservationCnflctsPct.VM.LUN.label               = "Disk SCSI Reservation Conflicts %"
counter.disk.scsiReservationCnflctsPct.VM.LUN.summary             = "Number of SCSI reservation conflicts for the LUN as a percent of total commands during the collection interval"
counter.disk.scsiReservationConflicts.label                       = "Disk SCSI Reservation Conflicts"
counter.disk.scsiReservationConflicts.summary                     = "Number of SCSI reservation conflicts for the LUN during the collection interval"
counter.disk.scsiReservationConflicts.LUN.label                   = "Disk SCSI Reservation Conflicts"
counter.disk.scsiReservationConflicts.LUN.summary                 = "Number of SCSI reservation conflicts for the LUN during the collection interval"
counter.disk.scsiReservationConflicts.VM.LUN.label                = "Disk SCSI Reservation Conflicts"
counter.disk.scsiReservationConflicts.VM.LUN.summary              = "Number of SCSI reservation conflicts for the LUN during the collection interval"
counter.disk.throughput.contention.label                          = "Disk Throughput Contention"
counter.disk.throughput.contention.summary                        = "Average amount of time for an I/O operation to complete successfully"
counter.disk.throughput.contention.HOST.label                     = "Disk Throughput Contention"
counter.disk.throughput.contention.HOST.summary                   = "Average amount of time for an I/O operation to complete successfully"
counter.disk.throughput.contention.VM.label                       = "Disk Throughput Contention"
counter.disk.throughput.contention.VM.summary                     = "Average amount of time for an I/O operation to complete successfully"
counter.disk.throughput.usage.label                               = "Disk Throughput Usage"
counter.disk.throughput.usage.summary                             = "Aggregated disk I/O rate, including the rates for all virtual machines running on the host during the collection interval"
counter.disk.throughput.usage.HOST.label                          = "Disk Throughput Usage"
counter.disk.throughput.usage.HOST.summary                        = "Aggregated disk I/O rate, including the rates for all virtual machines running on the host during the collection interval"
counter.disk.throughput.usage.VM.label                            = "Disk Throughput Usage"
counter.disk.throughput.usage.VM.summary                          = "Aggregated disk I/O rate"
counter.disk.totalLatency.label                                   = "Command latency"
counter.disk.totalLatency.summary                                 = "Average amount of time taken during the collection interval to process a SCSI command issued by the guest OS to the virtual machine"
counter.disk.totalReadLatency.label                               = "Read latency"
counter.disk.totalReadLatency.summary                             = "Average amount of time taken during the collection interval to process a SCSI read command issued from the guest OS to the virtual machine"
counter.disk.totalWriteLatency.label                              = "Write latency"
counter.disk.totalWriteLatency.summary                            = "Average amount of time taken during the collection interval to process a SCSI write command issued by the guest OS to the virtual machine"
counter.disk.unshared.label                                       = "Space not shared"
counter.disk.unshared.summary                                     = "Amount of space associated exclusively with a virtual machine"
counter.disk.usage.label                                          = "Usage"
counter.disk.usage.summary                                        = "Aggregated disk I/O rate. For hosts, this metric includes the rates for all virtual machines running on the host during the collection interval."
counter.disk.used.label                                           = "Space actually used"
counter.disk.used.summary                                         = "Amount of space actually used by the virtual machine or the datastore"
counter.disk.write.label                                          = "Write rate"
counter.disk.write.summary                                        = "Average number of kilobytes written to disk each second during the collection interval"
###
counter.gpu.mem.usage.label                                       = "Memory usage"
counter.gpu.mem.usage.summary                                     = "The amount of GPU memory used in percentages of the total available"
counter.gpu.mem.used.label                                        = "Memory used"
counter.gpu.mem.used.summary                                      = "The amount of GPU memory used in kilobytes"
counter.gpu.temperature.label                                     = "Temperature"
counter.gpu.temperature.summary                                   = "The temperature of a GPU in degrees celsius"
counter.gpu.utilization.label                                     = "Utilization"
counter.gpu.utilization.summary                                   = "The utilization of a GPU in percentages"
###
counter.hbr.hbrNetRx.label                                        = "Replication Data Receive Rate"
counter.hbr.hbrNetRx.summary                                      = "Average amount of data received per second"
counter.hbr.hbrNetTx.label                                        = "Replication Data Transmit Rate"
counter.hbr.hbrNetTx.summary                                      = "Average amount of data transmitted per second"
counter.hbr.hbrNumVms.label                                       = "vSphere Replication VM Count"
counter.hbr.hbrNumVms.summary                                     = "Current number of replicated virtual machines"
###
counter.license.vdiVmAvail.label                                  = "Available VDI virtual machine licenses (per VM)"
counter.license.vdiVmAvail.summary                                = "The number of VDI virtual machine licenses that have not yet been checked out. This number is zero if all the purchased virtual machine licenses have been used."
counter.license.vdiVmExcess.label                                 = "Excess VDI virtual machine licenses (per VM)"
counter.license.vdiVmExcess.summary                               = "The number of VDI virtual machine licenses above the number purchased that are currently in use. If the current virtual machine count is less than the number purchased, this is zero."
###
counter.managementAgent.cpuUsage.label                            = "CPU usage"
counter.managementAgent.cpuUsage.summary                          = "Amount of Service Console CPU usage"
counter.managementAgent.memUsed.label                             = "Memory used"
counter.managementAgent.memUsed.summary                           = "Amount of total configured memory that is available for use"
counter.managementAgent.swapIn.label                              = "Memory swap in"
counter.managementAgent.swapIn.summary                            = "Amount of memory that is swapped in for the Service Console"
counter.managementAgent.swapOut.label                             = "Memory swap out"
counter.managementAgent.swapOut.summary                           = "Amount of memory that is swapped out for the Service Console"
counter.managementAgent.swapUsed.label                            = "Memory swap used"
counter.managementAgent.swapUsed.summary                          = "Sum of the memory swapped by all powered-on virtual machines on the host"
###
counter.mem.active.label                                          = "Active"
counter.mem.active.summary                                        = "Amount of guest physical memory that is being actively read or written by guest. Activeness is estimated by ESXi"
counter.mem.activewrite.label                                     = "Active write"
counter.mem.activewrite.summary                                   = "Amount of guest physical memory that is being actively written by guest. Activeness is estimated by ESXi"
counter.mem.capacity.contention.label                             = "Memory Capacity Contention"
counter.mem.capacity.contention.summary                           = "Percentage of time VMs are waiting to access swapped, compressed or ballooned memory"
counter.mem.capacity.contention.HOST.label                        = "Memory Capacity Contention"
counter.mem.capacity.contention.HOST.summary                      = "Percentage of time VMs are waiting to access swapped, compressed or ballooned memory"
counter.mem.capacity.contention.VM.label                          = "Memory Capacity Contention"
counter.mem.capacity.contention.VM.summary                        = "Percentage of time the VM is waiting to access swapped, compressed or ballooned memory"
counter.mem.capacity.entitlement.label                            = "Memory Capacity Entitlement"
counter.mem.capacity.entitlement.summary                          = "Amount of host physical memory the VM is entitled to, as determined by the ESXi scheduler"
counter.mem.capacity.entitlement.VM.label                         = "Memory Capacity Entitlement"
counter.mem.capacity.entitlement.VM.summary                       = "Amount of host physical memory the VM is entitled to, as determined by the ESXi scheduler"
counter.mem.capacity.provisioned.label                            = "Memory Capacity Provisioned"
counter.mem.capacity.provisioned.summary                          = "Total amount of memory available to the host"
counter.mem.capacity.provisioned.HOST.label                       = "Memory Capacity Provisioned"
counter.mem.capacity.provisioned.HOST.summary                     = "Total amount of memory available to the host"
counter.mem.capacity.provisioned.VM.label                         = "Memory Capacity Provisioned"
counter.mem.capacity.provisioned.VM.summary                       = "Total amount of memory configured for the VM"
counter.mem.capacity.usable.label                                 = "Memory Capacity Usable"
counter.mem.capacity.usable.summary                               = "Amount of physical memory available for use by virtual machines on this host"
counter.mem.capacity.usable.HOST.label                            = "Memory Capacity Usable"
counter.mem.capacity.usable.HOST.summary                          = "Amount of physical memory available for use by virtual machines on this host"
counter.mem.capacity.usage.label                                  = "Memory Capacity Usage"
counter.mem.capacity.usage.summary                                = "Amount of physical memory actively used"
counter.mem.capacity.usage.HOST.label                             = "Memory Capacity Usage"
counter.mem.capacity.usage.HOST.summary                           = "Amount of physical memory actively used"
counter.mem.capacity.usage.VM.label                               = "Memory Capacity Usage"
counter.mem.capacity.usage.VM.summary                             = "Amount of physical memory actively used"
counter.mem.compressed.label                                      = "Compressed"
counter.mem.compressed.summary                                    = "Guest physical memory pages that have undergone memory compression"
counter.mem.compressionRate.label                                 = "Compression rate"
counter.mem.compressionRate.summary                               = "Rate of guest physical memory page compression by ESXi"
counter.mem.consumed.label                                        = "Consumed"
counter.mem.consumed.summary                                      = "Amount of host physical memory consumed for backing up guest physical memory pages"
counter.mem.consumed.userworlds.label                             = "Memory Consumed by userworlds"
counter.mem.consumed.userworlds.summary                           = "Amount of physical memory consumed by userworlds on this host"
counter.mem.consumed.userworlds.HOST.label                        = "Memory Consumed by userworlds"
counter.mem.consumed.userworlds.HOST.summary                      = "Amount of physical memory consumed by userworlds on this host"
counter.mem.consumed.vms.label                                    = "Memory Consumed by VMs"
counter.mem.consumed.vms.summary                                  = "Amount of physical memory consumed by VMs on this host"
counter.mem.consumed.vms.HOST.label                               = "Memory Consumed by VMs"
counter.mem.consumed.vms.HOST.summary                             = "Amount of physical memory consumed by VMs on this host"
counter.mem.decompressionRate.label                               = "Decompression rate"
counter.mem.decompressionRate.summary                             = "Rate of guest physical memory decompression"
counter.mem.entitlement.label                                     = "Entitlement"
counter.mem.entitlement.summary                                   = "Amount of host physical memory the virtual machine deserves, as determined by ESXi"
counter.mem.granted.label                                         = "Granted"
counter.mem.granted.summary                                       = "Amount of host physical memory or physical memory that is mapped for a virtual machine or a host"
counter.mem.heap.label                                            = "Heap"
counter.mem.heap.summary                                          = "Virtual address space of ESXi that is dedicated to its heap"
counter.mem.heapfree.label                                        = "Heap free"
counter.mem.heapfree.summary                                      = "Free address space in the heap of ESXi. This is less than or equal to Heap"
counter.mem.latency.label                                         = "Page-fault latency"
counter.mem.latency.summary                                       = "Percentage of time the virtual machine spent waiting to swap in or decompress guest physical memory"
counter.mem.llSwapIn.label                                        = "Host cache swap in"
counter.mem.llSwapIn.summary                                      = "Amount of guest physical memory swapped in from host cache"
counter.mem.llSwapInRate.label                                    = "Host cache swap in rate"
counter.mem.llSwapInRate.summary                                  = "Rate at which guest physical memory is swapped in from the host swap cache"
counter.mem.llSwapOut.label                                       = "Host cache swap out"
counter.mem.llSwapOut.summary                                     = "Amount of guest physical memory swapped out to the host swap cache"
counter.mem.llSwapOutRate.label                                   = "Host cache swap out rate"
counter.mem.llSwapOutRate.summary                                 = "Rate at which guest physical memory is swapped out to the host swap cache"
counter.mem.llSwapUsed.label                                      = "Host cache consumed"
counter.mem.llSwapUsed.summary                                    = "Storage space consumed on the host swap cache for storing swapped guest physical memory pages"
counter.mem.lowfreethreshold.label                                = "Reclamation threshold"
counter.mem.lowfreethreshold.summary                              = "Threshold of free host physical memory below which ESXi will begin actively reclaiming memory from virtual machines by swapping, compression and ballooning"
counter.mem.mementitlement.label                                  = "Entitlement"
counter.mem.mementitlement.summary                                = "Memory allocation as calculated by the VMkernel scheduler based on current estimated demand and reservation, limit, and shares policies set for all virtual machines and resource pools in the host or cluster"
counter.mem.numa.local.label                                      = "NUMA local memory"
counter.mem.numa.local.summary                                    = "Amount of virtual machine memory (guest and system) allocated from home NUMA nodes of virtual machines"
counter.mem.numa.local.VM.label                                   = "NUMA local memory"
counter.mem.numa.local.VM.summary                                 = "Amount of virtual machine memory (guest and system) allocated from home NUMA nodes of virtual machines"
counter.mem.numa.locality.label                                   = "NUMA locality"
counter.mem.numa.locality.summary                                 = "Percentage of virtual machine memory that exists on home NUMA nodes of virtual machine. The following formula is used for calculation: NUMA local memory / (NUMA local memory + NUMA remote memory)"
counter.mem.numa.locality.VM.label                                = "NUMA locality"
counter.mem.numa.locality.VM.summary                              = "Percentage of virtual machine memory that exists on home NUMA nodes of virtual machine. The following formula is used for calculation: NUMA local memory / (NUMA local memory + NUMA remote memory)"
counter.mem.numa.migrations.label                                 = "NUMA migrations"
counter.mem.numa.migrations.summary                               = "Number of guest memory migrations done on this virtual machine between NUMA nodes of the host during the last measurement period"
counter.mem.numa.migrations.VM.label                              = "NUMA migrations"
counter.mem.numa.migrations.VM.summary                            = "Number of guest memory migrations done on this virtual machine between NUMA nodes of the host  during the last measurement period"
counter.mem.numa.remote.label                                     = "NUMA remote memory"
counter.mem.numa.remote.summary                                   = "Amount of virtual machine memory (guest and system) allocated on NUMA nodes remote to the virtual machines"
counter.mem.numa.remote.VM.label                                  = "NUMA remote memory"
counter.mem.numa.remote.VM.summary                                = "Amount of virtual machine memory (guest and system) allocated on NUMA nodes remote to the virtual machines"
counter.mem.overcommit.avg15min.label                             = "MEM overcommit avg in 15 min"
counter.mem.overcommit.avg15min.summary                           = "Ratio of total requested memory and the managed memory minus 1 over the past 15 minutes"
counter.mem.overcommit.avg15min.HOST.label                        = "MEM overcommit avg in 15 min"
counter.mem.overcommit.avg15min.HOST.summary                      = "Ratio of total requested memory and the managed memory minus 1 over the past 15 minutes"
counter.mem.overcommit.avg1min.label                              = "MEM overcommit avg in 1 min"
counter.mem.overcommit.avg1min.summary                            = "Ratio of total requested memory and the managed memory minus 1 over the past 1 minute"
counter.mem.overcommit.avg1min.HOST.label                         = "MEM overcommit avg in 1 min"
counter.mem.overcommit.avg1min.HOST.summary                       = "Ratio of total requested memory and the managed memory minus 1 over the past 1 minute"
counter.mem.overcommit.avg5min.label                              = "MEM overcommit avg in 5 min"
counter.mem.overcommit.avg5min.summary                            = "Ratio of total requested memory and the managed memory minus 1 over the past 5 minutes"
counter.mem.overcommit.avg5min.HOST.label                         = "MEM overcommit avg in 5 min"
counter.mem.overcommit.avg5min.HOST.summary                       = "Ratio of total requested memory and the managed memory minus 1 over the past 5 minutes"
counter.mem.overhead.label                                        = "Overhead consumed"
counter.mem.overhead.summary                                      = "Host physical memory consumed by ESXi data structures for running the virtual machines"
counter.mem.overheadMax.label                                     = "Overhead reserved"
counter.mem.overheadMax.summary                                   = "Host physical memory reserved by ESXi, for its data structures, for running the virtual machine"
counter.mem.overheadTouched.label                                 = "Overhead active"
counter.mem.overheadTouched.summary                               = "Estimate of the host physical memory, from Overhead consumed, that is actively read or written to by ESXi"
counter.mem.reservedCapacity.label                                = "Reservation consumed"
counter.mem.reservedCapacity.summary                              = "Memory reservation consumed by powered-on virtual machines"
counter.mem.reservedCapacityPct.label                             = "Memory Reserved Capacity %"
counter.mem.reservedCapacityPct.summary                           = "Percent of memory that has been reserved either through VMkernel use, by userworlds or due to VM memory reservations"
counter.mem.reservedCapacityPct.HOST.label                        = "Memory Reserved Capacity %"
counter.mem.reservedCapacityPct.HOST.summary                      = "Percent of memory that has been reserved either through VMkernel use, by userworlds or due to VM memory reservations"
counter.mem.shared.label                                          = "Shared"
counter.mem.shared.summary                                        = "Amount of guest physical memory that is shared within a single virtual machine or across virtual machines"
counter.mem.sharedcommon.label                                    = "Shared common"
counter.mem.sharedcommon.summary                                  = "Amount of host physical memory that backs shared guest physical memory (Shared)"
counter.mem.state.label                                           = "Free state"
counter.mem.state.summary                                         = "Current memory availability state of ESXi. Possible values are high, clear, soft, hard, low. The state value determines the techniques used for memory reclamation from virtual machines"
counter.mem.swapin.label                                          = "Swap in"
counter.mem.swapin.summary                                        = "Amount of guest physical memory that is swapped in from the swap space since the virtual machine has been powered on. This value is less than or equal to the 'Swap out' counter"
counter.mem.swapinRate.label                                      = "Swap in rate"
counter.mem.swapinRate.summary                                    = "Rate at which guest physical memory is swapped in from the swap space"
counter.mem.swapout.label                                         = "Swap out"
counter.mem.swapout.summary                                       = "Amount of guest physical memory that is swapped out from the virtual machine to its swap space since it has been powered on."
counter.mem.swapoutRate.label                                     = "Swap out rate"
counter.mem.swapoutRate.summary                                   = "Rate at which guest physical memory is swapped out to the swap space"
counter.mem.swapped.label                                         = "Swapped"
counter.mem.swapped.summary                                       = "Amount of guest physical memory that is swapped out to the swap space"
counter.mem.swaptarget.label                                      = "Swap target"
counter.mem.swaptarget.summary                                    = "Amount of memory that ESXi needs to reclaim by swapping"
counter.mem.swapused.label                                        = "Swap consumed"
counter.mem.swapused.summary                                      = "Swap storage space consumed"
counter.mem.sysUsage.label                                        = "VMkernel consumed"
counter.mem.sysUsage.summary                                      = "Amount of host physical memory consumed by VMkernel"
counter.mem.totalCapacity.label                                   = "Total reservation"
counter.mem.totalCapacity.summary                                 = "Total reservation, available and consumed, for powered-on virtual machines"
counter.mem.totalmb.label                                         = "Total"
counter.mem.totalmb.summary                                       = "Total amount of host physical memory of all hosts in the cluster that is available for virtual machine memory (physical memory for use by the guest OS) and virtual machine overhead memory"
counter.mem.unreserved.label                                      = "Reservation available"
counter.mem.unreserved.summary                                    = "Amount by which reservation can be raised"
counter.mem.usage.label                                           = "Host consumed %"
counter.mem.usage.summary                                         = "Percentage of host physical memory that has been consumed"
counter.mem.vmfs.pbc.capMissRatio.label                           = "VMFS PB Cache Capacity Miss Ratio"
counter.mem.vmfs.pbc.capMissRatio.summary                         = "Trailing average of the ratio of capacity misses to compulsory misses for the VMFS PB Cache"
counter.mem.vmfs.pbc.overhead.label                               = "VMFS PB Cache Overhead"
counter.mem.vmfs.pbc.overhead.summary                             = "Amount of VMFS heap used by the VMFS PB Cache"
counter.mem.vmfs.pbc.size.label                                   = "VMFS PB Cache Size"
counter.mem.vmfs.pbc.size.summary                                 = "Space used for holding VMFS Pointer Blocks in memory"
counter.mem.vmfs.pbc.sizeMax.label                                = "Maximum VMFS PB Cache Size"
counter.mem.vmfs.pbc.sizeMax.summary                              = "Maximum size the VMFS Pointer Block Cache can grow to"
counter.mem.vmfs.pbc.workingSet.label                             = "VMFS Working Set"
counter.mem.vmfs.pbc.workingSet.summary                           = "Amount of file blocks whose addresses are cached in the VMFS PB Cache"
counter.mem.vmfs.pbc.workingSetMax.label                          = "Maximum VMFS Working Set"
counter.mem.vmfs.pbc.workingSetMax.summary                        = "Maximum amount of file blocks whose addresses are cached in the VMFS PB Cache"
counter.mem.vmmemctl.label                                        = "Ballooned memory"
counter.mem.vmmemctl.summary                                      = "Amount of guest physical memory reclaimed from the virtual machine by the balloon driver in the guest"
counter.mem.vmmemctltarget.label                                  = "Balloon target"
counter.mem.vmmemctltarget.summary                                = "Desired amount of guest physical memory the balloon driver needs to reclaim, as determined by ESXi"
counter.mem.zero.label                                            = "Zero pages"
counter.mem.zero.summary                                          = "Guest physical memory pages whose content is 0x00"
counter.mem.zipSaved.label                                        = "Compression saved"
counter.mem.zipSaved.summary                                      = "Host physical memory, reclaimed from a virtual machine, by memory compression. This value is less than the value of 'Compressed' memory"
counter.mem.zipped.label                                          = "Compressed"
counter.mem.zipped.summary                                        = "Amount of guest physical memory pages compressed by ESXi"
###
counter.net.broadcastRx.label                                     = "Broadcast receives"
counter.net.broadcastRx.summary                                   = "Number of broadcast packets received during the sampling interval"
counter.net.broadcastTx.label                                     = "Broadcast transmits"
counter.net.broadcastTx.summary                                   = "Number of broadcast packets transmitted during the sampling interval"
counter.net.bytesRx.label                                         = "Data receive rate"
counter.net.bytesRx.summary                                       = "Average amount of data received per second"
counter.net.bytesTx.label                                         = "Data transmit rate"
counter.net.bytesTx.summary                                       = "Average amount of data transmitted per second"
counter.net.droppedRx.label                                       = "Receive packets dropped"
counter.net.droppedRx.summary                                     = "Number of receives dropped"
counter.net.droppedTx.label                                       = "Transmit packets dropped"
counter.net.droppedTx.summary                                     = "Number of transmits dropped"
counter.net.errorsRx.label                                        = "Packet receive errors"
counter.net.errorsRx.summary                                      = "Number of packets with errors received during the sampling interval"
counter.net.errorsTx.label                                        = "Packet transmit errors"
counter.net.errorsTx.summary                                      = "Number of packets with errors transmitted during the sampling interval"
counter.net.multicastRx.label                                     = "Multicast receives"
counter.net.multicastRx.summary                                   = "Number of multicast packets received during the sampling interval"
counter.net.multicastTx.label                                     = "Multicast transmits"
counter.net.multicastTx.summary                                   = "Number of multicast packets transmitted during the sampling interval"
counter.net.packetsRx.label                                       = "Packets received"
counter.net.packetsRx.summary                                     = "Number of packets received during the interval"
counter.net.packetsTx.label                                       = "Packets transmitted"
counter.net.packetsTx.summary                                     = "Number of packets transmitted during the interval"
counter.net.received.label                                        = "Data receive rate"
counter.net.received.summary                                      = "Average rate at which data was received during the interval"
counter.net.throughput.contention.label                           = "Net Throughput Contention"
counter.net.throughput.contention.summary                         = "The aggregate network droppped packets for the host"
counter.net.throughput.contention.HOST.label                      = "Net Throughput Contention"
counter.net.throughput.contention.HOST.summary                    = "The aggregate network droppped packets for the host"
counter.net.throughput.contention.PNIC.label                      = "pNic Throughput Contention"
counter.net.throughput.contention.PNIC.summary                    = "Count of pNic packet drops"
counter.net.throughput.contention.VM.label                        = "VM Throughput Contention"
counter.net.throughput.contention.VM.summary                      = "Count of vNic packet drops for this VM"
counter.net.throughput.contention.VM.VNIC.label                   = "vNic Throughput Contention"
counter.net.throughput.contention.VM.VNIC.summary                 = "Count of vNic packet drops"
counter.net.throughput.contention.VNIC.label                      = "vNic Throughput Contention"
counter.net.throughput.contention.VNIC.summary                    = "Count of vNic packet drops"
counter.net.throughput.droppedRx.label                            = "VDS Dropped Received Packets Throughput"
counter.net.throughput.droppedRx.summary                          = "Count of dropped received packets for this VDS"
counter.net.throughput.droppedRx.DVS.label                        = "VDS Dropped Received Packets Throughput"
counter.net.throughput.droppedRx.DVS.summary                      = "Count of dropped received packets for this VDS"
counter.net.throughput.droppedTx.label                            = "VDS Dropped Transmitted Packets Throughput"
counter.net.throughput.droppedTx.summary                          = "Count of dropped transmitted packets for this VDS"
counter.net.throughput.droppedTx.DVS.label                        = "VDS Dropped Transmitted Packets Throughput"
counter.net.throughput.droppedTx.DVS.summary                      = "Count of dropped transmitted packets for this VDS"
counter.net.throughput.packetsPerSec.label                        = "pNic Packets Received and Transmitted per Second"
counter.net.throughput.packetsPerSec.summary                      = "Average rate of packets received and transmitted per second"
counter.net.throughput.packetsPerSec.PNIC.label                   = "pNic Packets Received and Transmitted per Second"
counter.net.throughput.packetsPerSec.PNIC.summary                 = "Average rate of packets received and transmitted per second"
counter.net.throughput.pktsRx.label                               = "VDS Packets Throughput Received"
counter.net.throughput.pktsRx.summary                             = "The rate of received packets for this vDS"
counter.net.throughput.pktsRx.DVS.label                           = "VDS Packets Throughput Received"
counter.net.throughput.pktsRx.DVS.summary                         = "The rate of received packets for this vDS"
counter.net.throughput.pktsRxBroadcast.label                      = "VDS Broadcast Packets Throughput Received"
counter.net.throughput.pktsRxBroadcast.summary                    = "The rate of received Broadcast packets for this VDS"
counter.net.throughput.pktsRxBroadcast.DVS.label                  = "VDS Broadcast Packets Throughput Received"
counter.net.throughput.pktsRxBroadcast.DVS.summary                = "The rate of received Broadcast packets for this VDS"
counter.net.throughput.pktsRxMulticast.label                      = "VDS Multicast Packets Throughput Received"
counter.net.throughput.pktsRxMulticast.summary                    = "The rate of received Multicast packets for this VDS"
counter.net.throughput.pktsRxMulticast.DVS.label                  = "VDS Multicast Packets Throughput Received"
counter.net.throughput.pktsRxMulticast.DVS.summary                = "The rate of received Multicast packets for this VDS"
counter.net.throughput.pktsTx.label                               = "VDS Packets Throughput Transmitted"
counter.net.throughput.pktsTx.summary                             = "The rate of transmitted packets for this VDS"
counter.net.throughput.pktsTx.DVS.label                           = "VDS Packets Throughput Transmitted"
counter.net.throughput.pktsTx.DVS.summary                         = "The rate of transmitted packets for this VDS"
counter.net.throughput.pktsTxBroadcast.label                      = "VDS Broadcast Packets Throughput Transmitted"
counter.net.throughput.pktsTxBroadcast.summary                    = "The rate of transmitted Broadcast packets for this VDS"
counter.net.throughput.pktsTxBroadcast.DVS.label                  = "VDS Broadcast Packets Throughput Transmitted"
counter.net.throughput.pktsTxBroadcast.DVS.summary                = "The rate of transmitted Broadcast packets for this VDS"
counter.net.throughput.pktsTxMulticast.label                      = "VDS Multicast Packets Throughput Transmitted"
counter.net.throughput.pktsTxMulticast.summary                    = "The rate of transmitted Multicast packets for this VDS"
counter.net.throughput.pktsTxMulticast.DVS.label                  = "VDS Multicast Packets Throughput Transmitted"
counter.net.throughput.pktsTxMulticast.DVS.summary                = "The rate of transmitted Multicast packets for this VDS"
counter.net.throughput.provisioned.label                          = "Net Throughput Provisioned"
counter.net.throughput.provisioned.summary                        = "The maximum network bandwidth for the host"
counter.net.throughput.provisioned.HOST.label                     = "Net Throughput Provisioned"
counter.net.throughput.provisioned.HOST.summary                   = "The maximum network bandwidth for the host"
counter.net.throughput.provisioned.PNIC.label                     = "pNic Throughput Provisioned"
counter.net.throughput.provisioned.PNIC.summary                   = "Provisioned pNic I/O Throughput"
counter.net.throughput.usable.label                               = "Net Throughput Usable"
counter.net.throughput.usable.summary                             = "The current available network bandwidth for the host"
counter.net.throughput.usable.HOST.label                          = "Net Throughput Usable"
counter.net.throughput.usable.HOST.summary                        = "The current available network bandwidth for the host"
counter.net.throughput.usable.PNIC.label                          = "pNic Throughput Usable"
counter.net.throughput.usable.PNIC.summary                        = "Usable pNic I/O Throughput"
counter.net.throughput.usage.label                                = "Net Throughput Usage"
counter.net.throughput.usage.summary                              = "The current network bandwidth usage for the host"
counter.net.throughput.usage.HOST.label                           = "Net Throughput Usage"
counter.net.throughput.usage.HOST.summary                         = "The current network bandwidth usage for the host"
counter.net.throughput.usage.PNIC.label                           = "pNic Throughput Usage"
counter.net.throughput.usage.PNIC.summary                         = "Average pNic I/O rate"
counter.net.throughput.usage.VM.label                             = "VM Throughput Usage"
counter.net.throughput.usage.VM.summary                           = "Average vNic I/O rate for this VM"
counter.net.throughput.usage.VM.VNIC.label                        = "vNic Throughput Usage"
counter.net.throughput.usage.VM.VNIC.summary                      = "Average vNic I/O rate"
counter.net.throughput.usage.VNIC.label                           = "vNic Throughput Usage"
counter.net.throughput.usage.VNIC.summary                         = "Average vNic I/O rate"
counter.net.throughput.usage.ft.label                             = "pNic Throughput Usage for FT"
counter.net.throughput.usage.ft.summary                           = "Average pNic I/O rate for FT"
counter.net.throughput.usage.ft.PNIC.label                        = "pNic Throughput Usage for FT"
counter.net.throughput.usage.ft.PNIC.summary                      = "Average pNic I/O rate for FT"
counter.net.throughput.usage.hbr.label                            = "pNic Throughput Usage for HBR"
counter.net.throughput.usage.hbr.summary                          = "Average pNic I/O rate for HBR"
counter.net.throughput.usage.hbr.PNIC.label                       = "pNic Throughput Usage for HBR"
counter.net.throughput.usage.hbr.PNIC.summary                     = "Average pNic I/O rate for HBR"
counter.net.throughput.usage.iscsi.label                          = "pNic Throughput Usage for iSCSI"
counter.net.throughput.usage.iscsi.summary                        = "Average pNic I/O rate for iSCSI"
counter.net.throughput.usage.iscsi.PNIC.label                     = "pNic Throughput Usage for iSCSI"
counter.net.throughput.usage.iscsi.PNIC.summary                   = "Average pNic I/O rate for iSCSI"
counter.net.throughput.usage.nfs.label                            = "pNic Throughput Usage for NFS"
counter.net.throughput.usage.nfs.summary                          = "Average pNic I/O rate for NFS"
counter.net.throughput.usage.nfs.PNIC.label                       = "pNic Throughput Usage for NFS"
counter.net.throughput.usage.nfs.PNIC.summary                     = "Average pNic I/O rate for NFS"
counter.net.throughput.usage.vm.label                             = "pNic Throughput Usage for VMs"
counter.net.throughput.usage.vm.summary                           = "Average pNic I/O rate for VMs"
counter.net.throughput.usage.vm.PNIC.label                        = "pNic Throughput Usage for VMs"
counter.net.throughput.usage.vm.PNIC.summary                      = "Average pNic I/O rate for VMs"
counter.net.throughput.usage.vmotion.label                        = "pNic Throughput Usage for vMotion"
counter.net.throughput.usage.vmotion.summary                      = "Average pNic I/O rate for vMotion"
counter.net.throughput.usage.vmotion.PNIC.label                   = "pNic Throughput Usage for vMotion"
counter.net.throughput.usage.vmotion.PNIC.summary                 = "Average pNic I/O rate for vMotion"
counter.net.throughput.vds.droppedRx.label                        = "DVPort dropped received packets throughput"
counter.net.throughput.vds.droppedRx.summary                      = "Count of dropped received packets for this DVPort"
counter.net.throughput.vds.droppedRx.DVS.PORT.label               = "DVPort dropped received packets throughput"
counter.net.throughput.vds.droppedRx.DVS.PORT.summary             = "Count of dropped received packets for this DVPort"
counter.net.throughput.vds.droppedTx.label                        = "DVPort dropped transmitted packets throughput"
counter.net.throughput.vds.droppedTx.summary                      = "Count of dropped transmitted packets for this DVPort"
counter.net.throughput.vds.droppedTx.DVS.PORT.label               = "DVPort dropped transmitted packets throughput"
counter.net.throughput.vds.droppedTx.DVS.PORT.summary             = "Count of dropped transmitted packets for this DVPort"
counter.net.throughput.vds.lagDropRx.label                        = "LAG dropped received packets throughput"
counter.net.throughput.vds.lagDropRx.summary                      = "Count of dropped received packets for this LAG"
counter.net.throughput.vds.lagDropRx.DVS.LAG.label                = "LAG dropped received packets throughput"
counter.net.throughput.vds.lagDropRx.DVS.LAG.summary              = "Count of dropped received packets for this LAG"
counter.net.throughput.vds.lagDropTx.label                        = "LAG dropped transmitted packets throughput"
counter.net.throughput.vds.lagDropTx.summary                      = "Count of dropped transmitted packets for this LAG"
counter.net.throughput.vds.lagDropTx.DVS.LAG.label                = "LAG dropped transmitted packets throughput"
counter.net.throughput.vds.lagDropTx.DVS.LAG.summary              = "Count of dropped transmitted packets for this LAG"
counter.net.throughput.vds.lagRx.label                            = "LAG packets Throughput received"
counter.net.throughput.vds.lagRx.summary                          = "The rate of received packets for this LAG"
counter.net.throughput.vds.lagRx.DVS.LAG.label                    = "LAG packets Throughput received"
counter.net.throughput.vds.lagRx.DVS.LAG.summary                  = "The rate of received packets for this LAG"
counter.net.throughput.vds.lagRxBcast.label                       = "LAG Broadcast packets Throughput received"
counter.net.throughput.vds.lagRxBcast.summary                     = "The rate of received Broadcast packets for this LAG"
counter.net.throughput.vds.lagRxBcast.DVS.LAG.label               = "LAG Broadcast packets Throughput received"
counter.net.throughput.vds.lagRxBcast.DVS.LAG.summary             = "The rate of received Broadcast packets for this LAG"
counter.net.throughput.vds.lagRxMcast.label                       = "LAG multicast packets throughput received"
counter.net.throughput.vds.lagRxMcast.summary                     = "The rate of received multicast packets for this LAG"
counter.net.throughput.vds.lagRxMcast.DVS.LAG.label               = "LAG multicast packets throughput received"
counter.net.throughput.vds.lagRxMcast.DVS.LAG.summary             = "The rate of received multicast packets for this LAG"
counter.net.throughput.vds.lagTx.label                            = "LAG Packets Throughput Transmitted"
counter.net.throughput.vds.lagTx.summary                          = "The rate of transmitted packets for this LAG"
counter.net.throughput.vds.lagTx.DVS.LAG.label                    = "LAG Packets Throughput Transmitted"
counter.net.throughput.vds.lagTx.DVS.LAG.summary                  = "The rate of transmitted packets for this LAG"
counter.net.throughput.vds.lagTxBcast.label                       = "LAG Broadcast Packets Throughput Transmitted"
counter.net.throughput.vds.lagTxBcast.summary                     = "The rate of transmitted Broadcast packets for this LAG"
counter.net.throughput.vds.lagTxBcast.DVS.LAG.label               = "LAG Broadcast Packets Throughput Transmitted"
counter.net.throughput.vds.lagTxBcast.DVS.LAG.summary             = "The rate of transmitted Broadcast packets for this LAG"
counter.net.throughput.vds.lagTxMcast.label                       = "LAG Multicast Packets Throughput Transmitted"
counter.net.throughput.vds.lagTxMcast.summary                     = "The rate of transmitted Multicast packets for this LAG"
counter.net.throughput.vds.lagTxMcast.DVS.LAG.label               = "LAG Multicast Packets Throughput Transmitted"
counter.net.throughput.vds.lagTxMcast.DVS.LAG.summary             = "The rate of transmitted Multicast packets for this LAG"
counter.net.throughput.vds.pktsRx.label                           = "DVPort Packets Throughput Received"
counter.net.throughput.vds.pktsRx.summary                         = "The rate of received packets for this DVPort"
counter.net.throughput.vds.pktsRx.DVS.PORT.label                  = "DVPort Packets Throughput Received"
counter.net.throughput.vds.pktsRx.DVS.PORT.summary                = "The rate of received packets for this DVPort"
counter.net.throughput.vds.pktsRxBcast.label                      = "DVPort Broadcast Packets Throughput Received"
counter.net.throughput.vds.pktsRxBcast.summary                    = "The rate of received broadcast packets for this DVPort"
counter.net.throughput.vds.pktsRxBcast.DVS.PORT.label             = "DVPort Broadcast Packets Throughput Received"
counter.net.throughput.vds.pktsRxBcast.DVS.PORT.summary           = "The rate of received broadcast packets for this DVPort"
counter.net.throughput.vds.pktsRxMcast.label                      = "DVPort Multicast Packets Throughput Received"
counter.net.throughput.vds.pktsRxMcast.summary                    = "The rate of received multicast packets for this DVPort"
counter.net.throughput.vds.pktsRxMcast.DVS.PORT.label             = "DVPort Multicast Packets Throughput Received"
counter.net.throughput.vds.pktsRxMcast.DVS.PORT.summary           = "The rate of received multicast packets for this DVPort"
counter.net.throughput.vds.pktsTx.label                           = "DVPort Packets Throughput Transmitted"
counter.net.throughput.vds.pktsTx.summary                         = "The rate of transmitted packets for this DVPort"
counter.net.throughput.vds.pktsTx.DVS.PORT.label                  = "DVPort Packets Throughput Transmitted"
counter.net.throughput.vds.pktsTx.DVS.PORT.summary                = "The rate of transmitted packets for this DVPort"
counter.net.throughput.vds.pktsTxBcast.label                      = "DVPort Broadcast Packets Throughput Transmitted"
counter.net.throughput.vds.pktsTxBcast.summary                    = "The rate of transmitted broadcast packets for this DVPort"
counter.net.throughput.vds.pktsTxBcast.DVS.PORT.label             = "DVPort Broadcast Packets Throughput Transmitted"
counter.net.throughput.vds.pktsTxBcast.DVS.PORT.summary           = "The rate of transmitted broadcast packets for this DVPort"
counter.net.throughput.vds.pktsTxMcast.label                      = "DVPort Multicast Packets Throughput Transmitted"
counter.net.throughput.vds.pktsTxMcast.summary                    = "The rate of transmitted multicast packets for this DVPort"
counter.net.throughput.vds.pktsTxMcast.DVS.PORT.label             = "DVPort Multicast Packets Throughput Transmitted"
counter.net.throughput.vds.pktsTxMcast.DVS.PORT.summary           = "The rate of transmitted multicast packets for this DVPort"
counter.net.transmitted.label                                     = "Data transmit rate"
counter.net.transmitted.summary                                   = "Average rate at which data was transmitted during the interval"
counter.net.unknownProtos.label                                   = "Unknown protocol frames"
counter.net.unknownProtos.summary                                 = "Number of frames with unknown protocol received during the sampling interval"
counter.net.usage.label                                           = "Usage"
counter.net.usage.summary                                         = "Network utilization (combined transmit-rates and receive-rates) during the interval"
###
counter.pmem.available.reservation.label                          = "Persistent memory available reservation"
counter.pmem.available.reservation.summary                        = "Persistent memory available reservation on a host."
counter.pmem.drsmanaged.reservation.label                         = "Persistent memory reservation managed by DRS"
counter.pmem.drsmanaged.reservation.summary                       = "Persistent memory reservation managed by DRS on a host."
###
counter.power.capacity.usable.label                               = "Host Power Capacity Usable"
counter.power.capacity.usable.summary                             = "Current maximum allowed power usage"
counter.power.capacity.usable.HOST.label                          = "Host Power Capacity Usable"
counter.power.capacity.usable.HOST.summary                        = "Current maximum allowed power usage"
counter.power.capacity.usage.label                                = "Host Power Capacity Usage"
counter.power.capacity.usage.summary                              = "Current power usage"
counter.power.capacity.usage.HOST.label                           = "Host Power Capacity Usage"
counter.power.capacity.usage.HOST.summary                         = "Current power usage"
counter.power.capacity.usage.VM.label                             = "Power Capacity Usage"
counter.power.capacity.usage.VM.summary                           = "Current power usage"
counter.power.capacity.usagePct.label                             = "Host Power Capacity Provisioned"
counter.power.capacity.usagePct.summary                           = "Current power usage as a percentage of maximum allowed power"
counter.power.capacity.usagePct.HOST.label                        = "Host Power Capacity Provisioned"
counter.power.capacity.usagePct.HOST.summary                      = "Current power usage as a percentage of maximum allowed power"
counter.power.energy.label                                        = "Energy usage"
counter.power.energy.summary                                      = "Total energy used since last stats reset"
counter.power.power.label                                         = "Usage"
counter.power.power.summary                                       = "Current power usage"
counter.power.powerCap.label                                      = "Cap"
counter.power.powerCap.summary                                    = "Maximum allowed power usage"
###
counter.rescpu.actav1.label                                       = "Active (1 min average)"
counter.rescpu.actav1.summary                                     = "CPU active average over 1 minute"
counter.rescpu.actav15.label                                      = "Active (15 min average)"
counter.rescpu.actav15.summary                                    = "CPU active average over 15 minutes"
counter.rescpu.actav5.label                                       = "Active (5 min average)"
counter.rescpu.actav5.summary                                     = "CPU active average over 5 minutes"
counter.rescpu.actpk1.label                                       = "Active (1 min peak)"
counter.rescpu.actpk1.summary                                     = "CPU active peak over 1 minute"
counter.rescpu.actpk15.label                                      = "Active (15 min peak)"
counter.rescpu.actpk15.summary                                    = "CPU active peak over 15 minutes"
counter.rescpu.actpk5.label                                       = "Active (5 min peak)"
counter.rescpu.actpk5.summary                                     = "CPU active peak over 5 minutes"
counter.rescpu.maxLimited1.label                                  = "Throttled (1 min average)"
counter.rescpu.maxLimited1.summary                                = "Amount of CPU resources over the limit that were refused, average over 1 minute"
counter.rescpu.maxLimited15.label                                 = "Throttled (15 min average)"
counter.rescpu.maxLimited15.summary                               = "Amount of CPU resources over the limit that were refused, average over 15 minutes"
counter.rescpu.maxLimited5.label                                  = "Throttled (5 min average)"
counter.rescpu.maxLimited5.summary                                = "Amount of CPU resources over the limit that were refused, average over 5 minutes"
counter.rescpu.runav1.label                                       = "Running (1 min average)"
counter.rescpu.runav1.summary                                     = "CPU running average over 1 minute"
counter.rescpu.runav15.label                                      = "Running (15 min average)"
counter.rescpu.runav15.summary                                    = "CPU running average over 15 minutes"
counter.rescpu.runav5.label                                       = "Running (5 min average)"
counter.rescpu.runav5.summary                                     = "CPU running average over 5 minutes"
counter.rescpu.runpk1.label                                       = "Running (1 min peak)"
counter.rescpu.runpk1.summary                                     = "CPU running peak over 1 minute"
counter.rescpu.runpk15.label                                      = "Running (15 min peak)"
counter.rescpu.runpk15.summary                                    = "CPU running peak over 15 minutes"
counter.rescpu.runpk5.label                                       = "Running (5 min peak)"
counter.rescpu.runpk5.summary                                     = "CPU running peak over 5 minutes"
counter.rescpu.sampleCount.label                                  = "Group CPU sample count"
counter.rescpu.sampleCount.summary                                = "Group CPU sample count"
counter.rescpu.samplePeriod.label                                 = "Group CPU sample period"
counter.rescpu.samplePeriod.summary                               = "Group CPU sample period"
###
counter.storageAdapter.OIOsPct.label                              = "Storage Adapter Outstanding I/Os"
counter.storageAdapter.OIOsPct.summary                            = "The percent of I/Os that have been issued but have not yet completed"
counter.storageAdapter.OIOsPct.SADAPTER.label                     = "Storage Adapter Outstanding I/Os"
counter.storageAdapter.OIOsPct.SADAPTER.summary                   = "The percent of I/Os that have been issued but have not yet completed"
counter.storageAdapter.commandsAveraged.label                     = "Average commands issued per second"
counter.storageAdapter.commandsAveraged.summary                   = "Average number of commands issued per second by the storage adapter during the collection interval"
counter.storageAdapter.maxTotalLatency.label                      = "Highest latency"
counter.storageAdapter.maxTotalLatency.summary                    = "Highest latency value across all storage adapters used by the host"
counter.storageAdapter.numberReadAveraged.label                   = "Average read requests per second"
counter.storageAdapter.numberReadAveraged.summary                 = "Average number of read commands issued per second by the storage adapter during the collection interval"
counter.storageAdapter.numberWriteAveraged.label                  = "Average write requests per second"
counter.storageAdapter.numberWriteAveraged.summary                = "Average number of write commands issued per second by the storage adapter during the collection interval"
counter.storageAdapter.outstandingIOs.label                       = "Storage Adapter Outstanding I/Os"
counter.storageAdapter.outstandingIOs.summary                     = "The number of I/Os that have been issued but have not yet completed"
counter.storageAdapter.outstandingIOs.SADAPTER.label              = "Storage Adapter Outstanding I/Os"
counter.storageAdapter.outstandingIOs.SADAPTER.summary            = "The number of I/Os that have been issued but have not yet completed"
counter.storageAdapter.queueDepth.label                           = "Storage Adapter Queue Depth"
counter.storageAdapter.queueDepth.summary                         = "The maximum number of I/Os that can be outstanding at a given time"
counter.storageAdapter.queueDepth.SADAPTER.label                  = "Storage Adapter Queue Depth"
counter.storageAdapter.queueDepth.SADAPTER.summary                = "The maximum number of I/Os that can be outstanding at a given time"
counter.storageAdapter.queueLatency.label                         = "Storage Adapter Queue Command Latency"
counter.storageAdapter.queueLatency.summary                       = "Average amount of time spent in the VMkernel queue, per SCSI command, during the collection interval"
counter.storageAdapter.queueLatency.SADAPTER.label                = "Storage Adapter Queue Command Latency"
counter.storageAdapter.queueLatency.SADAPTER.summary              = "Average amount of time spent in the VMkernel queue, per SCSI command, during the collection interval"
counter.storageAdapter.queued.label                               = "Storage Adapter Number Queued"
counter.storageAdapter.queued.summary                             = "The current number of I/Os that are waiting to be issued"
counter.storageAdapter.queued.SADAPTER.label                      = "Storage Adapter Number Queued"
counter.storageAdapter.queued.SADAPTER.summary                    = "The current number of I/Os that are waiting to be issued"
counter.storageAdapter.read.label                                 = "Read rate"
counter.storageAdapter.read.summary                               = "Rate of reading data by the storage adapter"
counter.storageAdapter.throughput.cont.label                      = "Storage Adapter Throughput Contention"
counter.storageAdapter.throughput.cont.summary                    = "Average amount of time for an I/O operation to complete successfully"
counter.storageAdapter.throughput.cont.SADAPTER.label             = "Storage Adapter Throughput Contention"
counter.storageAdapter.throughput.cont.SADAPTER.summary           = "Average amount of time for an I/O operation to complete successfully"
counter.storageAdapter.throughput.usag.label                      = "Storage Adapter Throughput Usage"
counter.storageAdapter.throughput.usag.summary                    = "The storage adapter's I/O rate"
counter.storageAdapter.throughput.usag.SADAPTER.label             = "Storage Adapter Throughput Usage"
counter.storageAdapter.throughput.usag.SADAPTER.summary           = "The storage adapter's I/O rate"
counter.storageAdapter.totalReadLatency.label                     = "Read latency"
counter.storageAdapter.totalReadLatency.summary                   = "The average time a read by the storage adapter takes"
counter.storageAdapter.totalWriteLatency.label                    = "Write latency"
counter.storageAdapter.totalWriteLatency.summary                  = "The average time a write by the storage adapter takes"
counter.storageAdapter.write.label                                = "Write rate"
counter.storageAdapter.write.summary                              = "Rate of writing data by the storage adapter"
###
counter.storagePath.busResets.label                               = "Storage Path Bus Resets"
counter.storagePath.busResets.summary                             = "Number of SCSI-bus reset commands issued during the collection interval"
counter.storagePath.busResets.SPATH.label                         = "Storage Path Bus Resets"
counter.storagePath.busResets.SPATH.summary                       = "Number of SCSI-bus reset commands issued during the collection interval"
counter.storagePath.commandsAborted.label                         = "Storage Path Command Terminations"
counter.storagePath.commandsAborted.summary                       = "Number of SCSI commands terminated during the collection interval"
counter.storagePath.commandsAborted.SPATH.label                   = "Storage Path Command Terminations"
counter.storagePath.commandsAborted.SPATH.summary                 = "Number of SCSI commands terminated during the collection interval"
counter.storagePath.commandsAveraged.label                        = "Average commands issued per second"
counter.storagePath.commandsAveraged.summary                      = "Average number of commands issued per second on the storage path during the collection interval"
counter.storagePath.maxTotalLatency.label                         = "Highest latency"
counter.storagePath.maxTotalLatency.summary                       = "Highest latency value across all storage paths used by the host"
counter.storagePath.numberReadAveraged.label                      = "Average read requests per second"
counter.storagePath.numberReadAveraged.summary                    = "Average number of read commands issued per second on the storage path during the collection interval"
counter.storagePath.numberWriteAveraged.label                     = "Average write requests per second"
counter.storagePath.numberWriteAveraged.summary                   = "Average number of write commands issued per second on the storage path during the collection interval"
counter.storagePath.read.label                                    = "Read rate"
counter.storagePath.read.summary                                  = "Rate of reading data on the storage path"
counter.storagePath.throughput.cont.label                         = "Storage Path Throughput Contention"
counter.storagePath.throughput.cont.summary                       = "Average amount of time for an I/O operation to complete successfully"
counter.storagePath.throughput.cont.SPATH.label                   = "Storage Path Throughput Contention"
counter.storagePath.throughput.cont.SPATH.summary                 = "Average amount of time for an I/O operation to complete successfully"
counter.storagePath.throughput.usage.label                        = "Storage Path Throughput Usage"
counter.storagePath.throughput.usage.summary                      = "Storage path I/O rate"
counter.storagePath.throughput.usage.SPATH.label                  = "Storage Path Throughput Usage"
counter.storagePath.throughput.usage.SPATH.summary                = "Storage path I/O rate"
counter.storagePath.totalReadLatency.label                        = "Read latency"
counter.storagePath.totalReadLatency.summary                      = "The average time a read issued on the storage path takes"
counter.storagePath.totalWriteLatency.label                       = "Write latency"
counter.storagePath.totalWriteLatency.summary                     = "The average time a write issued on the storage path takes"
counter.storagePath.write.label                                   = "Write rate"
counter.storagePath.write.summary                                 = "Rate of writing data on the storage path"
###
counter.sys.cosDiskUsage.label                                    = "Disk space usage"
counter.sys.cosDiskUsage.summary                                  = "Disk space usage for each non-VMFS mount point"
counter.sys.diskUsage.label                                       = "Disk usage"
counter.sys.diskUsage.summary                                     = "Amount of disk space usage for each mount point"
counter.sys.heartbeat.label                                       = "Heartbeat"
counter.sys.heartbeat.summary                                     = "Number of heartbeats issued per virtual machine during the interval"
counter.sys.osUptime.label                                        = "OS Uptime"
counter.sys.osUptime.summary                                      = "Total time elapsed, in seconds, since last operating system boot-up"
counter.sys.resourceCpuAct1.label                                 = "Resource CPU active (1 min average)"
counter.sys.resourceCpuAct1.summary                               = "CPU active average over 1 minute of the system resource group"
counter.sys.resourceCpuAct5.label                                 = "Resource CPU active (5 min average)"
counter.sys.resourceCpuAct5.summary                               = "CPU active average over 5 minutes of the system resource group"
counter.sys.resourceCpuAllocMax.label                             = "Resource CPU allocation maximum (in MHz)"
counter.sys.resourceCpuAllocMax.summary                           = "CPU allocation limit (in MHz) of the system resource group"
counter.sys.resourceCpuAllocMin.label                             = "Resource CPU allocation minimum (in MHz)"
counter.sys.resourceCpuAllocMin.summary                           = "CPU allocation reservation (in MHz) of the system resource group"
counter.sys.resourceCpuAllocShares.label                          = "Resource CPU allocation shares"
counter.sys.resourceCpuAllocShares.summary                        = "CPU allocation shares of the system resource group"
counter.sys.resourceCpuMaxLimited1.label                          = "Resource CPU maximum limited (1 min)"
counter.sys.resourceCpuMaxLimited1.summary                        = "CPU maximum limited over 1 minute of the system resource group"
counter.sys.resourceCpuMaxLimited5.label                          = "Resource CPU maximum limited (5 min)"
counter.sys.resourceCpuMaxLimited5.summary                        = "CPU maximum limited over 5 minutes of the system resource group"
counter.sys.resourceCpuRun1.label                                 = "Resource CPU running (1 min. average)"
counter.sys.resourceCpuRun1.summary                               = "CPU running average over 1 minute of the system resource group"
counter.sys.resourceCpuRun5.label                                 = "Resource CPU running (5 min average)"
counter.sys.resourceCpuRun5.summary                               = "CPU running average over 5 minutes of the system resource group"
counter.sys.resourceCpuUsage.label                                = "Resource CPU usage ({rollupType})"
counter.sys.resourceCpuUsage.summary                              = "Amount of CPU used by the Service Console and other applications during the interval"
counter.sys.resourceFdUsage.label                                 = "File descriptors used"
counter.sys.resourceFdUsage.summary                               = "Number of file descriptors used by the system resource group"
counter.sys.resourceMemAllocMax.label                             = "Resource memory allocation maximum (in KB)"
counter.sys.resourceMemAllocMax.summary                           = "Memory allocation limit (in KB) of the system resource group"
counter.sys.resourceMemAllocMin.label                             = "Resource memory allocation minimum (in KB)"
counter.sys.resourceMemAllocMin.summary                           = "Memory allocation reservation (in KB) of the system resource group"
counter.sys.resourceMemAllocShares.label                          = "Resource memory allocation shares"
counter.sys.resourceMemAllocShares.summary                        = "Memory allocation shares of the system resource group"
counter.sys.resourceMemConsumed.label                             = "Resource memory consumed"
counter.sys.resourceMemConsumed.summary                           = "Memory consumed by the system resource group"
counter.sys.resourceMemCow.label                                  = "Resource memory shared"
counter.sys.resourceMemCow.summary                                = "Memory shared by the system resource group"
counter.sys.resourceMemMapped.label                               = "Resource memory mapped"
counter.sys.resourceMemMapped.summary                             = "Memory mapped by the system resource group"
counter.sys.resourceMemOverhead.label                             = "Resource memory overhead"
counter.sys.resourceMemOverhead.summary                           = "Overhead memory consumed by the system resource group"
counter.sys.resourceMemShared.label                               = "Resource memory share saved"
counter.sys.resourceMemShared.summary                             = "Memory saved due to sharing by the system resource group"
counter.sys.resourceMemSwapped.label                              = "Resource memory swapped"
counter.sys.resourceMemSwapped.summary                            = "Memory swapped out by the system resource group"
counter.sys.resourceMemTouched.label                              = "Resource memory touched"
counter.sys.resourceMemTouched.summary                            = "Memory touched by the system resource group"
counter.sys.resourceMemZero.label                                 = "Resource memory zero"
counter.sys.resourceMemZero.summary                               = "Zero filled memory used by the system resource group"
counter.sys.uptime.label                                          = "Uptime"
counter.sys.uptime.summary                                        = "Total time elapsed, in seconds, since last system startup"
###
counter.vcDebugInfo.activationlatencystats.label                  = "Activation latency"
counter.vcDebugInfo.activationlatencystats.summary                = "The latency of an activation operation in vCenter Server"
counter.vcDebugInfo.activationstats.label                         = "Activation count"
counter.vcDebugInfo.activationstats.summary                       = "Activation operations in vCenter Server"
counter.vcDebugInfo.hostsynclatencystats.label                    = "Host sync latency"
counter.vcDebugInfo.hostsynclatencystats.summary                  = "The latency of a host sync operation in vCenter Server"
counter.vcDebugInfo.hostsyncstats.label                           = "Host sync count"
counter.vcDebugInfo.hostsyncstats.summary                         = "The number of host sync operations in vCenter Server"
counter.vcDebugInfo.inventorystats.label                          = "Inventory statistics"
counter.vcDebugInfo.inventorystats.summary                        = "vCenter Server inventory statistics"
counter.vcDebugInfo.lockstats.label                               = "Locking statistics"
counter.vcDebugInfo.lockstats.summary                             = "vCenter Server locking statistics"
counter.vcDebugInfo.lrostats.label                                = "vCenter Server LRO statistics"
counter.vcDebugInfo.lrostats.summary                              = "vCenter Server LRO statistics"
counter.vcDebugInfo.miscstats.label                               = "Miscellaneous"
counter.vcDebugInfo.miscstats.summary                             = "Miscellaneous statistics"
counter.vcDebugInfo.morefregstats.label                           = "Managed object reference statistics"
counter.vcDebugInfo.morefregstats.summary                         = "Managed object reference counts in vCenter Server"
counter.vcDebugInfo.scoreboard.label                              = "Scoreboard statistics"
counter.vcDebugInfo.scoreboard.summary                            = "Object counts in vCenter Server"
counter.vcDebugInfo.sessionstats.label                            = "Session statistics"
counter.vcDebugInfo.sessionstats.summary                          = "The statistics of client sessions connected to vCenter Server"
counter.vcDebugInfo.systemstats.label                             = "System statistics"
counter.vcDebugInfo.systemstats.summary                           = "The statistics of vCenter Server as a running system such as thread statistics and heap statistics"
counter.vcDebugInfo.vcservicestats.label                          = "vCenter Server service statistics"
counter.vcDebugInfo.vcservicestats.summary                        = "vCenter service statistics such as events, alarms, and tasks"
###
counter.vcResources.cpuqueuelength.label                          = "CPU queue length"
counter.vcResources.cpuqueuelength.summary                        = "Processor queue length on the system where vCenter Server is running"
counter.vcResources.ctxswitchesrate.label                         = "Context switch rate"
counter.vcResources.ctxswitchesrate.summary                       = "Number of context switches per second on the system where vCenter Server is running"
counter.vcResources.diskqueuelength.label                         = "Disk queue length"
counter.vcResources.diskqueuelength.summary                       = "Disk queue length on the system where vCenter Server is running"
counter.vcResources.diskreadbytesrate.label                       = "Disk bytes read rate"
counter.vcResources.diskreadbytesrate.summary                     = "Number of bytes read from the disk per second on the system where vCenter Server is running"
counter.vcResources.diskreadsrate.label                           = "Disk read rate"
counter.vcResources.diskreadsrate.summary                         = "Number of disk reads per second on the system where vCenter Server is running"
counter.vcResources.diskwritebytesrate.label                      = "Disk bytes written rate"
counter.vcResources.diskwritebytesrate.summary                    = "Number of bytes written to the disk per second on the system where vCenter Server is running"
counter.vcResources.diskwritesrate.label                          = "Disk write rate"
counter.vcResources.diskwritesrate.summary                        = "Number of disk writes per second on the system where vCenter Server is running"
counter.vcResources.netqueuelength.label                          = "Network queue length"
counter.vcResources.netqueuelength.summary                        = "Network queue length on the system where vCenter Server is running"
counter.vcResources.packetrate.label                              = "Total packet rate"
counter.vcResources.packetrate.summary                            = "Number of total packets sent and received per second on the system where vCenter Server is running"
counter.vcResources.packetrecvrate.label                          = "Received packet rate"
counter.vcResources.packetrecvrate.summary                        = "Rate of the number of total packets received per second on the system where vCenter Server is running"
counter.vcResources.packetsentrate.label                          = "Sent packet rate"
counter.vcResources.packetsentrate.summary                        = "Number of total packets sent per second on the system where vCenter Server is running"
counter.vcResources.pagefaultrate.label                           = "Page fault rate"
counter.vcResources.pagefaultrate.summary                         = "Number of page faults per second on the system where vCenter Server is running"
counter.vcResources.physicalmemusage.label                        = "Physical memory"
counter.vcResources.physicalmemusage.summary                      = "Physical memory used by vCenter"
counter.vcResources.poolnonpagedbytes.label                       = "Pool non-paged bytes"
counter.vcResources.poolnonpagedbytes.summary                     = "Memory pooled for non-paged bytes on the system where vCenter Server is running"
counter.vcResources.poolpagedbytes.label                          = "Pool paged bytes"
counter.vcResources.poolpagedbytes.summary                        = "Memory pooled for paged bytes on the system where vCenter Server is running"
counter.vcResources.priviledgedcpuusage.label                     = "CPU privileged"
counter.vcResources.priviledgedcpuusage.summary                   = "CPU used by vCenter Server in privileged mode"
counter.vcResources.processcpuusage.label                         = "CPU process"
counter.vcResources.processcpuusage.summary                       = "Total CPU used by vCenter Server"
counter.vcResources.processhandles.label                          = "Process handles"
counter.vcResources.processhandles.summary                        = "Handles used by vCenter Server"
counter.vcResources.processthreads.label                          = "Process threads"
counter.vcResources.processthreads.summary                        = "Number of threads used by vCenter Server"
counter.vcResources.syscallsrate.label                            = "System call rate"
counter.vcResources.syscallsrate.summary                          = "Number of systems calls made per second on the system where vCenter Server is running"
counter.vcResources.systemcpuusage.label                          = "CPU system"
counter.vcResources.systemcpuusage.summary                        = "Total system CPU used on the system where vCenter Server in running"
counter.vcResources.systemnetusage.label                          = "Network usage"
counter.vcResources.systemnetusage.summary                        = "Total network bytes received and sent per second on the system where vCenter Server is running"
counter.vcResources.systemthreads.label                           = "System threads"
counter.vcResources.systemthreads.summary                         = "Number of threads on the system where vCenter Server is running"
counter.vcResources.usercpuusage.label                            = "CPU user"
counter.vcResources.usercpuusage.summary                          = "CPU used by vCenter Server in user mode"
counter.vcResources.virtualmemusage.label                         = "Virtual memory"
counter.vcResources.virtualmemusage.summary                       = "Virtual memory used by vCenter Server"
###
counter.vflashModule.numActiveVMDKs.label                         = "Number of caches controlled by the virtual flash module"
counter.vflashModule.numActiveVMDKs.summary                       = "Number of caches controlled by the virtual flash module"
###
counter.virtualDisk.busResets.label                               = "Virtual Disk Number of Resets"
counter.virtualDisk.busResets.summary                             = "Number of resets to a virtual disk"
counter.virtualDisk.busResets.VM.VDISK.label                      = "Virtual Disk Number of Resets"
counter.virtualDisk.busResets.VM.VDISK.summary                    = "Number of resets to a virtual disk"
counter.virtualDisk.commandsAborted.label                         = "Virtual Disk Number of Terminations"
counter.virtualDisk.commandsAborted.summary                       = "Number of terminations to a virtual disk"
counter.virtualDisk.commandsAborted.VM.VDISK.label                = "Virtual Disk Number of Terminations"
counter.virtualDisk.commandsAborted.VM.VDISK.summary              = "Number of terminations to a virtual disk"
counter.virtualDisk.largeSeeks.label                              = "Number of large seeks"
counter.virtualDisk.largeSeeks.summary                            = "Number of seeks during the interval that were greater than 8192 LBNs apart"
counter.virtualDisk.mediumSeeks.label                             = "Number of medium seeks"
counter.virtualDisk.mediumSeeks.summary                           = "Number of seeks during the interval that were between 64 and 8192 LBNs apart"
counter.virtualDisk.numAborts.label                               = "Number of virtual disk terminations"
counter.virtualDisk.numAborts.summary                             = "Number of virtual disk termination operations"
counter.virtualDisk.numResets.label                               = "Number of virtual disk resets"
counter.virtualDisk.numResets.summary                             = "Number of virtual disk reset operations"
counter.virtualDisk.numberReadAveraged.label                      = "Average read requests per second"
counter.virtualDisk.numberReadAveraged.summary                    = "Average number of read commands issued per second to the virtual disk during the collection interval"
counter.virtualDisk.numberWriteAveraged.label                     = "Average write requests per second"
counter.virtualDisk.numberWriteAveraged.summary                   = "Average number of write commands issued per second to the virtual disk during the collection interval"
counter.virtualDisk.read.label                                    = "Read rate"
counter.virtualDisk.read.summary                                  = "Rate of reading data from the virtual disk"
counter.virtualDisk.readIOSize.label                              = "Read request size"
counter.virtualDisk.readIOSize.summary                            = "Average read request size in bytes"
counter.virtualDisk.readLatencyUS.label                           = "Read Latency (us)"
counter.virtualDisk.readLatencyUS.summary                         = "Read latency in microseconds"
counter.virtualDisk.readLoadMetric.label                          = "Read workload metric"
counter.virtualDisk.readLoadMetric.summary                        = "Storage DRS virtual disk metric for the read workload model"
counter.virtualDisk.readOIO.label                                 = "Average number of outstanding read requests"
counter.virtualDisk.readOIO.summary                               = "Average number of outstanding read requests to the virtual disk during the collection interval"
counter.virtualDisk.smallSeeks.label                              = "Number of small seeks"
counter.virtualDisk.smallSeeks.summary                            = "Number of seeks during the interval that were less than 64 LBNs apart"
counter.virtualDisk.throughput.cont.label                         = "Virtual Disk Throughput Contention"
counter.virtualDisk.throughput.cont.summary                       = "Average amount of time for an I/O operation to complete successfully"
counter.virtualDisk.throughput.cont.VM.VDISK.label                = "Virtual Disk Throughput Contention"
counter.virtualDisk.throughput.cont.VM.VDISK.summary              = "Average amount of time for an I/O operation to complete successfully"
counter.virtualDisk.throughput.usage.label                        = "Virtual Disk Throughput Usage"
counter.virtualDisk.throughput.usage.summary                      = "Virtual disk I/O rate"
counter.virtualDisk.throughput.usage.VM.VDISK.label               = "Virtual Disk Throughput Usage"
counter.virtualDisk.throughput.usage.VM.VDISK.summary             = "Virtual disk I/O rate"
counter.virtualDisk.totalReadLatency.label                        = "Read latency"
counter.virtualDisk.totalReadLatency.summary                      = "The average time a read from the virtual disk takes"
counter.virtualDisk.totalWriteLatency.label                       = "Write latency"
counter.virtualDisk.totalWriteLatency.summary                     = "The average time a write to the virtual disk takes"
counter.virtualDisk.vFlashCacheIops.label                         = "Virtual Flash Read Cache I/Os per second for the virtual disk"
counter.virtualDisk.vFlashCacheIops.summary                       = "The average virtual Flash Read Cache I/Os per second value for the virtual disk"
counter.virtualDisk.vFlashCacheLatency.label                      = "Virtual Flash Read Cache latency for the virtual disk"
counter.virtualDisk.vFlashCacheLatency.summary                    = "The average virtual Flash Read Cache latency value for the virtual disk"
counter.virtualDisk.vFlashCacheThroughput.label                   = "Virtual Flash Read Cache throughput for virtual disk"
counter.virtualDisk.vFlashCacheThroughput.summary                 = "The average virtual Flash Read Cache throughput value for the virtual disk"
counter.virtualDisk.write.label                                   = "Write rate"
counter.virtualDisk.write.summary                                 = "Rate of writing data to the virtual disk"
counter.virtualDisk.writeIOSize.label                             = "Write request size"
counter.virtualDisk.writeIOSize.summary                           = "Average write request size in bytes"
counter.virtualDisk.writeLatencyUS.label                          = "Write Latency (us)"
counter.virtualDisk.writeLatencyUS.summary                        = "Write latency in microseconds"
counter.virtualDisk.writeLoadMetric.label                         = "Write workload metric"
counter.virtualDisk.writeLoadMetric.summary                       = "Storage DRS virtual disk metric for the write workload model"
counter.virtualDisk.writeOIO.label                                = "Average number of outstanding write requests"
counter.virtualDisk.writeOIO.summary                              = "Average number of outstanding write requests to the virtual disk during the collection interval"
###
counter.vmop.numChangeDS.label                                    = "VM datastore change count (non-powered-on VMs)"
counter.vmop.numChangeDS.summary                                  = "Number of datastore change operations for powered-off and suspended virtual machines"
counter.vmop.numChangeHost.label                                  = "VM host change count (non-powered-on VMs)"
counter.vmop.numChangeHost.summary                                = "Number of host change operations for powered-off and suspended VMs"
counter.vmop.numChangeHostDS.label                                = "VM host and datastore change count (non-powered-on VMs)"
counter.vmop.numChangeHostDS.summary                              = "Number of host and datastore change operations for powered-off and suspended virtual machines"
counter.vmop.numClone.label                                       = "VM clone count"
counter.vmop.numClone.summary                                     = "Number of virtual machine clone operations"
counter.vmop.numCreate.label                                      = "VM create count"
counter.vmop.numCreate.summary                                    = "Number of virtual machine create operations"
counter.vmop.numDeploy.label                                      = "VM template deploy count"
counter.vmop.numDeploy.summary                                    = "Number of virtual machine template deploy operations"
counter.vmop.numDestroy.label                                     = "VM delete count"
counter.vmop.numDestroy.summary                                   = "Number of virtual machine delete operations"
counter.vmop.numPoweroff.label                                    = "VM power off count"
counter.vmop.numPoweroff.summary                                  = "Number of virtual machine power off operations"
counter.vmop.numPoweron.label                                     = "VM power on count"
counter.vmop.numPoweron.summary                                   = "Number of virtual machine power on operations"
counter.vmop.numRebootGuest.label                                 = "VM guest reboot count"
counter.vmop.numRebootGuest.summary                               = "Number of virtual machine guest reboot operations"
counter.vmop.numReconfigure.label                                 = "VM reconfigure count"
counter.vmop.numReconfigure.summary                               = "Number of virtual machine reconfigure operations"
counter.vmop.numRegister.label                                    = "VM register count"
counter.vmop.numRegister.summary                                  = "Number of virtual machine register operations"
counter.vmop.numReset.label                                       = "VM reset count"
counter.vmop.numReset.summary                                     = "Number of virtual machine reset operations"
counter.vmop.numSVMotion.label                                    = "Storage vMotion count"
counter.vmop.numSVMotion.summary                                  = "Number of migrations with Storage vMotion (datastore change operations for powered-on VMs)"
counter.vmop.numShutdownGuest.label                               = "VM guest shutdown count"
counter.vmop.numShutdownGuest.summary                             = "Number of virtual machine guest shutdown operations"
counter.vmop.numStandbyGuest.label                                = "VM standby guest count"
counter.vmop.numStandbyGuest.summary                              = "Number of virtual machine standby guest operations"
counter.vmop.numSuspend.label                                     = "VM suspend count"
counter.vmop.numSuspend.summary                                   = "Number of virtual machine suspend operations"
counter.vmop.numUnregister.label                                  = "VM unregister count"
counter.vmop.numUnregister.summary                                = "Number of virtual machine unregister operations"
counter.vmop.numVMotion.label                                     = "vMotion count"
counter.vmop.numVMotion.summary                                   = "Number of migrations with vMotion (host change operations for powered-on VMs)"
counter.vmop.numXVMotion.label                                    = "VM host and datastore change count (powered-on VMs)"
counter.vmop.numXVMotion.summary                                  = "Number of host and datastore change operations for powered-on and suspended virtual machines"
###
counter.vsanDomObj.readAvgLatency.label                           = "Average read latency"
counter.vsanDomObj.readAvgLatency.summary                         = "Average read latency in ms"
counter.vsanDomObj.readCacheHitRate.label                         = "Cache hit rate"
counter.vsanDomObj.readCacheHitRate.summary                       = "Cache hit rate percentage"
counter.vsanDomObj.readCongestion.label                           = "Read congestion per sampling interval"
counter.vsanDomObj.readCongestion.summary                         = "Read congestion"
counter.vsanDomObj.readIops.label                                 = "Read IOPS"
counter.vsanDomObj.readIops.summary                               = "Read IOPS"
counter.vsanDomObj.readMaxLatency.label                           = "Max read latency"
counter.vsanDomObj.readMaxLatency.summary                         = "Max read latency in ms"
counter.vsanDomObj.readThroughput.label                           = "Read throughput"
counter.vsanDomObj.readThroughput.summary                         = "Read throughput in kBps"
counter.vsanDomObj.recoveryWriteAvgLatency.label                  = "Average recovery write latency"
counter.vsanDomObj.recoveryWriteAvgLatency.summary                = "Average recovery write latency in ms"
counter.vsanDomObj.recoveryWriteCongestion.label                  = "Recovery write congestion per sampling interval"
counter.vsanDomObj.recoveryWriteCongestion.summary                = "Recovery write congestion"
counter.vsanDomObj.recoveryWriteIops.label                        = "Recovery write IOPS"
counter.vsanDomObj.recoveryWriteIops.summary                      = "Recovery write IOPS"
counter.vsanDomObj.recoveryWriteMaxLatency.label                  = "Max recovery write latency"
counter.vsanDomObj.recoveryWriteMaxLatency.summary                = "Max recovery write latency in ms"
counter.vsanDomObj.recoveryWriteThroughput.label                  = "Recovery write through-put"
counter.vsanDomObj.recoveryWriteThroughput.summary                = "Recovery write through-put in kBps"
counter.vsanDomObj.writeAvgLatency.label                          = "Average write latency"
counter.vsanDomObj.writeAvgLatency.summary                        = "Average write latency in ms"
counter.vsanDomObj.writeCongestion.label                          = "Write congestion per sampling interval"
counter.vsanDomObj.writeCongestion.summary                        = "Write congestion"
counter.vsanDomObj.writeIops.label                                = "Write IOPS"
counter.vsanDomObj.writeIops.summary                              = "Write IOPS"
counter.vsanDomObj.writeMaxLatency.label                          = "Max write latency"
counter.vsanDomObj.writeMaxLatency.summary                        = "Max write latency in ms"
counter.vsanDomObj.writeThroughput.label                          = "Write throughput"
counter.vsanDomObj.writeThroughput.summary                        = "Write throughput in kBps"
