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# Copyright (c) 2006-2025 Broadcom. All Rights Reserved.
# Broadcom Confidential. The term "Broadcom" refers to Broadcom Inc.
# and/or its subsidiaries.
# ******* WARNING - AUTO GENERATED CODE - DO NOT EDIT *******
from datetime import datetime
from typing import ClassVar
from typing import NoReturn
from typing import Optional
from pyVmomi.VmomiSupport import Enum
from pyVmomi.VmomiSupport import ManagedObject
from pyVmomi.VmomiSupport import long
from pyVmomi.vim import ElementDescription
from pyVmomi.vim import HistoricalInterval
from pyVmomi.vim import PerformanceDescription
from pyVmomi.vmodl import DynamicData
class PerformanceManager(ManagedObject):
class Format(Enum):
normal: ClassVar['Format'] = 'normal'
csv: ClassVar['Format'] = 'csv'
class ProviderSummary(DynamicData):
entity: ManagedObject
currentSupported: bool
summarySupported: bool
refreshRate: Optional[int] = None
class CounterInfo(DynamicData):
class RollupType(Enum):
average: ClassVar['RollupType'] = 'average'
maximum: ClassVar['RollupType'] = 'maximum'
minimum: ClassVar['RollupType'] = 'minimum'
latest: ClassVar['RollupType'] = 'latest'
summation: ClassVar['RollupType'] = 'summation'
none: ClassVar['RollupType'] = 'none'
class StatsType(Enum):
absolute: ClassVar['StatsType'] = 'absolute'
delta: ClassVar['StatsType'] = 'delta'
rate: ClassVar['StatsType'] = 'rate'
class Unit(Enum):
percent: ClassVar['Unit'] = 'percent'
kiloBytes: ClassVar['Unit'] = 'kiloBytes'
megaBytes: ClassVar['Unit'] = 'megaBytes'
gigaBytes: ClassVar['Unit'] = 'gigaBytes'
megaHertz: ClassVar['Unit'] = 'megaHertz'
number: ClassVar['Unit'] = 'number'
microsecond: ClassVar['Unit'] = 'microsecond'
millisecond: ClassVar['Unit'] = 'millisecond'
second: ClassVar['Unit'] = 'second'
kiloBytesPerSecond: ClassVar['Unit'] = 'kiloBytesPerSecond'
megaBytesPerSecond: ClassVar['Unit'] = 'megaBytesPerSecond'
watt: ClassVar['Unit'] = 'watt'
joule: ClassVar['Unit'] = 'joule'
teraBytes: ClassVar['Unit'] = 'teraBytes'
celsius: ClassVar['Unit'] = 'celsius'
nanosecond: ClassVar['Unit'] = 'nanosecond'
key: int
nameInfo: ElementDescription
groupInfo: ElementDescription
unitInfo: ElementDescription
rollupType: RollupType
statsType: StatsType
level: Optional[int] = None
perDeviceLevel: Optional[int] = None
associatedCounterId: list[int] = []
class MetricId(DynamicData):
counterId: int
instance: str
class QuerySpec(DynamicData):
entity: ManagedObject
startTime: Optional[datetime] = None
endTime: Optional[datetime] = None
maxSample: Optional[int] = None
metricId: list[MetricId] = []
intervalId: Optional[int] = None
format: Optional[str] = None
class SampleInfo(DynamicData):
timestamp: datetime
interval: int
class MetricSeries(DynamicData):
id: MetricId
class IntSeries(MetricSeries):
value: list[long] = []
class MetricSeriesCSV(MetricSeries):
value: Optional[str] = None
class EntityMetricBase(DynamicData):
entity: ManagedObject
class EntityMetric(EntityMetricBase):
sampleInfo: list[SampleInfo] = []
value: list[MetricSeries] = []
class EntityMetricCSV(EntityMetricBase):
sampleInfoCSV: str
value: list[MetricSeriesCSV] = []
class CompositeEntityMetric(DynamicData):
entity: Optional[EntityMetricBase] = None
childEntity: list[EntityMetricBase] = []
class CounterLevelMapping(DynamicData):
counterId: int
aggregateLevel: Optional[int] = None
perDeviceLevel: Optional[int] = None
@property
def description(self) -> PerformanceDescription: ...
@property
def historicalInterval(self) -> list[HistoricalInterval]: ...
@property
def perfCounter(self) -> list[CounterInfo]: ...
def QueryProviderSummary(self, entity: ManagedObject) -> ProviderSummary: ...
def QueryAvailableMetric(self, entity: ManagedObject, beginTime: Optional[datetime], endTime: Optional[datetime], intervalId: Optional[int]) -> list[MetricId]: ...
def QueryCounter(self, counterId: list[int]) -> list[CounterInfo]: ...
def QueryCounterByLevel(self, level: int) -> list[CounterInfo]: ...
def QueryStats(self, querySpec: list[QuerySpec]) -> list[EntityMetricBase]: ...
def QueryCompositeStats(self, querySpec: QuerySpec) -> CompositeEntityMetric: ...
def CreateHistoricalInterval(self, intervalId: HistoricalInterval) -> NoReturn: ...
def RemoveHistoricalInterval(self, samplePeriod: int) -> NoReturn: ...
def UpdateHistoricalInterval(self, interval: HistoricalInterval) -> NoReturn: ...
def UpdateCounterLevelMapping(self, counterLevelMap: list[CounterLevelMapping]) -> NoReturn: ...
def ResetCounterLevelMapping(self, counters: list[int]) -> NoReturn: ...
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