Safe Haskell	None
Language	Haskell2010

Proto.Tensorflow.Core.Framework.StepStats

Documentation

data AllocationRecord Source #

Constructors

AllocationRecord
Fields _AllocationRecord'allocMicros :: !Int64 _AllocationRecord'allocBytes :: !Int64

Instances

Eq AllocationRecord Source #
Methods (==) :: AllocationRecord -> AllocationRecord -> Bool # (/=) :: AllocationRecord -> AllocationRecord -> Bool #
Ord AllocationRecord Source #
Methods compare :: AllocationRecord -> AllocationRecord -> Ordering # (<) :: AllocationRecord -> AllocationRecord -> Bool # (<=) :: AllocationRecord -> AllocationRecord -> Bool # (>) :: AllocationRecord -> AllocationRecord -> Bool # (>=) :: AllocationRecord -> AllocationRecord -> Bool # max :: AllocationRecord -> AllocationRecord -> AllocationRecord # min :: AllocationRecord -> AllocationRecord -> AllocationRecord #
Show AllocationRecord Source #
Methods showsPrec :: Int -> AllocationRecord -> ShowS # show :: AllocationRecord -> String # showList :: [AllocationRecord] -> ShowS #
Message AllocationRecord Source #
Methods descriptor :: MessageDescriptor AllocationRecord
Default AllocationRecord Source #
Methods def :: AllocationRecord
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "allocBytes" f AllocationRecord AllocationRecord a b Source #
Methods lensOf :: Proxy# Symbol "allocBytes" -> (a -> f b) -> AllocationRecord -> f AllocationRecord
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "allocMicros" f AllocationRecord AllocationRecord a b Source #
Methods lensOf :: Proxy# Symbol "allocMicros" -> (a -> f b) -> AllocationRecord -> f AllocationRecord

data AllocatorMemoryUsed Source #

Constructors

AllocatorMemoryUsed
Fields _AllocatorMemoryUsed'allocatorName :: !Text _AllocatorMemoryUsed'totalBytes :: !Int64 _AllocatorMemoryUsed'peakBytes :: !Int64 _AllocatorMemoryUsed'liveBytes :: !Int64 _AllocatorMemoryUsed'allocationRecords :: ![AllocationRecord] _AllocatorMemoryUsed'allocatorBytesInUse :: !Int64

Instances

Eq AllocatorMemoryUsed Source #
Methods (==) :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> Bool # (/=) :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> Bool #
Ord AllocatorMemoryUsed Source #
Methods compare :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> Ordering # (<) :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> Bool # (<=) :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> Bool # (>) :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> Bool # (>=) :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> Bool # max :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> AllocatorMemoryUsed # min :: AllocatorMemoryUsed -> AllocatorMemoryUsed -> AllocatorMemoryUsed #
Show AllocatorMemoryUsed Source #
Methods showsPrec :: Int -> AllocatorMemoryUsed -> ShowS # show :: AllocatorMemoryUsed -> String # showList :: [AllocatorMemoryUsed] -> ShowS #
Message AllocatorMemoryUsed Source #
Methods descriptor :: MessageDescriptor AllocatorMemoryUsed
Default AllocatorMemoryUsed Source #
Methods def :: AllocatorMemoryUsed
((~) * a [AllocationRecord], (~) * b [AllocationRecord], Functor f) => HasLens "allocationRecords" f AllocatorMemoryUsed AllocatorMemoryUsed a b Source #
Methods lensOf :: Proxy# Symbol "allocationRecords" -> (a -> f b) -> AllocatorMemoryUsed -> f AllocatorMemoryUsed
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "allocatorBytesInUse" f AllocatorMemoryUsed AllocatorMemoryUsed a b Source #
Methods lensOf :: Proxy# Symbol "allocatorBytesInUse" -> (a -> f b) -> AllocatorMemoryUsed -> f AllocatorMemoryUsed
((~) * a Text, (~) * b Text, Functor f) => HasLens "allocatorName" f AllocatorMemoryUsed AllocatorMemoryUsed a b Source #
Methods lensOf :: Proxy# Symbol "allocatorName" -> (a -> f b) -> AllocatorMemoryUsed -> f AllocatorMemoryUsed
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "liveBytes" f AllocatorMemoryUsed AllocatorMemoryUsed a b Source #
Methods lensOf :: Proxy# Symbol "liveBytes" -> (a -> f b) -> AllocatorMemoryUsed -> f AllocatorMemoryUsed
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "peakBytes" f AllocatorMemoryUsed AllocatorMemoryUsed a b Source #
Methods lensOf :: Proxy# Symbol "peakBytes" -> (a -> f b) -> AllocatorMemoryUsed -> f AllocatorMemoryUsed
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "totalBytes" f AllocatorMemoryUsed AllocatorMemoryUsed a b Source #
Methods lensOf :: Proxy# Symbol "totalBytes" -> (a -> f b) -> AllocatorMemoryUsed -> f AllocatorMemoryUsed

data DeviceStepStats Source #

Constructors

DeviceStepStats
Fields _DeviceStepStats'device :: !Text _DeviceStepStats'nodeStats :: ![NodeExecStats]

Instances

Eq DeviceStepStats Source #
Methods (==) :: DeviceStepStats -> DeviceStepStats -> Bool # (/=) :: DeviceStepStats -> DeviceStepStats -> Bool #
Ord DeviceStepStats Source #
Methods compare :: DeviceStepStats -> DeviceStepStats -> Ordering # (<) :: DeviceStepStats -> DeviceStepStats -> Bool # (<=) :: DeviceStepStats -> DeviceStepStats -> Bool # (>) :: DeviceStepStats -> DeviceStepStats -> Bool # (>=) :: DeviceStepStats -> DeviceStepStats -> Bool # max :: DeviceStepStats -> DeviceStepStats -> DeviceStepStats # min :: DeviceStepStats -> DeviceStepStats -> DeviceStepStats #
Show DeviceStepStats Source #
Methods showsPrec :: Int -> DeviceStepStats -> ShowS # show :: DeviceStepStats -> String # showList :: [DeviceStepStats] -> ShowS #
Message DeviceStepStats Source #
Methods descriptor :: MessageDescriptor DeviceStepStats
Default DeviceStepStats Source #
Methods def :: DeviceStepStats
((~) * a Text, (~) * b Text, Functor f) => HasLens "device" f DeviceStepStats DeviceStepStats a b Source #
Methods lensOf :: Proxy# Symbol "device" -> (a -> f b) -> DeviceStepStats -> f DeviceStepStats
((~) * a [NodeExecStats], (~) * b [NodeExecStats], Functor f) => HasLens "nodeStats" f DeviceStepStats DeviceStepStats a b Source #
Methods lensOf :: Proxy# Symbol "nodeStats" -> (a -> f b) -> DeviceStepStats -> f DeviceStepStats

data MemoryStats Source #

Constructors

MemoryStats
Fields _MemoryStats'tempMemorySize :: !Int64 _MemoryStats'persistentMemorySize :: !Int64 _MemoryStats'persistentTensorAllocIds :: ![Int64] _MemoryStats'deviceTempMemorySize :: !Int64 _MemoryStats'devicePersistentMemorySize :: !Int64 _MemoryStats'devicePersistentTensorAllocIds :: ![Int64]

Instances

Eq MemoryStats Source #
Methods (==) :: MemoryStats -> MemoryStats -> Bool # (/=) :: MemoryStats -> MemoryStats -> Bool #
Ord MemoryStats Source #
Methods compare :: MemoryStats -> MemoryStats -> Ordering # (<) :: MemoryStats -> MemoryStats -> Bool # (<=) :: MemoryStats -> MemoryStats -> Bool # (>) :: MemoryStats -> MemoryStats -> Bool # (>=) :: MemoryStats -> MemoryStats -> Bool # max :: MemoryStats -> MemoryStats -> MemoryStats # min :: MemoryStats -> MemoryStats -> MemoryStats #
Show MemoryStats Source #
Methods showsPrec :: Int -> MemoryStats -> ShowS # show :: MemoryStats -> String # showList :: [MemoryStats] -> ShowS #
Message MemoryStats Source #
Methods descriptor :: MessageDescriptor MemoryStats
Default MemoryStats Source #
Methods def :: MemoryStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "devicePersistentMemorySize" f MemoryStats MemoryStats a b Source #
Methods lensOf :: Proxy# Symbol "devicePersistentMemorySize" -> (a -> f b) -> MemoryStats -> f MemoryStats
((~) * a [Int64], (~) * b [Int64], Functor f) => HasLens "devicePersistentTensorAllocIds" f MemoryStats MemoryStats a b Source #
Methods lensOf :: Proxy# Symbol "devicePersistentTensorAllocIds" -> (a -> f b) -> MemoryStats -> f MemoryStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "deviceTempMemorySize" f MemoryStats MemoryStats a b Source #
Methods lensOf :: Proxy# Symbol "deviceTempMemorySize" -> (a -> f b) -> MemoryStats -> f MemoryStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "persistentMemorySize" f MemoryStats MemoryStats a b Source #
Methods lensOf :: Proxy# Symbol "persistentMemorySize" -> (a -> f b) -> MemoryStats -> f MemoryStats
((~) * a [Int64], (~) * b [Int64], Functor f) => HasLens "persistentTensorAllocIds" f MemoryStats MemoryStats a b Source #
Methods lensOf :: Proxy# Symbol "persistentTensorAllocIds" -> (a -> f b) -> MemoryStats -> f MemoryStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "tempMemorySize" f MemoryStats MemoryStats a b Source #
Methods lensOf :: Proxy# Symbol "tempMemorySize" -> (a -> f b) -> MemoryStats -> f MemoryStats

data NodeExecStats Source #

Constructors

NodeExecStats

Fields

_NodeExecStats'nodeName :: !Text
_NodeExecStats'allStartMicros :: !Int64
_NodeExecStats'opStartRelMicros :: !Int64
_NodeExecStats'opEndRelMicros :: !Int64
_NodeExecStats'allEndRelMicros :: !Int64
_NodeExecStats'memory :: ![AllocatorMemoryUsed]
_NodeExecStats'output :: ![NodeOutput]
_NodeExecStats'timelineLabel :: !Text
_NodeExecStats'scheduledMicros :: !Int64
_NodeExecStats'threadId :: !Word32
_NodeExecStats'referencedTensor :: ![AllocationDescription]
_NodeExecStats'memoryStats :: !(Maybe MemoryStats)

Instances

Eq NodeExecStats Source #
Methods (==) :: NodeExecStats -> NodeExecStats -> Bool # (/=) :: NodeExecStats -> NodeExecStats -> Bool #
Ord NodeExecStats Source #
Methods compare :: NodeExecStats -> NodeExecStats -> Ordering # (<) :: NodeExecStats -> NodeExecStats -> Bool # (<=) :: NodeExecStats -> NodeExecStats -> Bool # (>) :: NodeExecStats -> NodeExecStats -> Bool # (>=) :: NodeExecStats -> NodeExecStats -> Bool # max :: NodeExecStats -> NodeExecStats -> NodeExecStats # min :: NodeExecStats -> NodeExecStats -> NodeExecStats #
Show NodeExecStats Source #
Methods showsPrec :: Int -> NodeExecStats -> ShowS # show :: NodeExecStats -> String # showList :: [NodeExecStats] -> ShowS #
Message NodeExecStats Source #
Methods descriptor :: MessageDescriptor NodeExecStats
Default NodeExecStats Source #
Methods def :: NodeExecStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "allEndRelMicros" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "allEndRelMicros" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "allStartMicros" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "allStartMicros" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a (Maybe MemoryStats), (~) * b (Maybe MemoryStats), Functor f) => HasLens "maybe'memoryStats" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "maybe'memoryStats" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a [AllocatorMemoryUsed], (~) * b [AllocatorMemoryUsed], Functor f) => HasLens "memory" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "memory" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a MemoryStats, (~) * b MemoryStats, Functor f) => HasLens "memoryStats" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "memoryStats" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a Text, (~) * b Text, Functor f) => HasLens "nodeName" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "nodeName" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "opEndRelMicros" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "opEndRelMicros" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "opStartRelMicros" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "opStartRelMicros" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a [NodeOutput], (~) * b [NodeOutput], Functor f) => HasLens "output" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "output" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a [AllocationDescription], (~) * b [AllocationDescription], Functor f) => HasLens "referencedTensor" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "referencedTensor" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "scheduledMicros" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "scheduledMicros" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a Word32, (~) * b Word32, Functor f) => HasLens "threadId" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "threadId" -> (a -> f b) -> NodeExecStats -> f NodeExecStats
((~) * a Text, (~) * b Text, Functor f) => HasLens "timelineLabel" f NodeExecStats NodeExecStats a b Source #
Methods lensOf :: Proxy# Symbol "timelineLabel" -> (a -> f b) -> NodeExecStats -> f NodeExecStats

data NodeOutput Source #

Constructors

NodeOutput
Fields _NodeOutput'slot :: !Int32 _NodeOutput'tensorDescription :: !(Maybe TensorDescription)

Instances

Eq NodeOutput Source #
Methods (==) :: NodeOutput -> NodeOutput -> Bool # (/=) :: NodeOutput -> NodeOutput -> Bool #
Ord NodeOutput Source #
Methods compare :: NodeOutput -> NodeOutput -> Ordering # (<) :: NodeOutput -> NodeOutput -> Bool # (<=) :: NodeOutput -> NodeOutput -> Bool # (>) :: NodeOutput -> NodeOutput -> Bool # (>=) :: NodeOutput -> NodeOutput -> Bool # max :: NodeOutput -> NodeOutput -> NodeOutput # min :: NodeOutput -> NodeOutput -> NodeOutput #
Show NodeOutput Source #
Methods showsPrec :: Int -> NodeOutput -> ShowS # show :: NodeOutput -> String # showList :: [NodeOutput] -> ShowS #
Message NodeOutput Source #
Methods descriptor :: MessageDescriptor NodeOutput
Default NodeOutput Source #
Methods def :: NodeOutput
((~) * a (Maybe TensorDescription), (~) * b (Maybe TensorDescription), Functor f) => HasLens "maybe'tensorDescription" f NodeOutput NodeOutput a b Source #
Methods lensOf :: Proxy# Symbol "maybe'tensorDescription" -> (a -> f b) -> NodeOutput -> f NodeOutput
((~) * a Int32, (~) * b Int32, Functor f) => HasLens "slot" f NodeOutput NodeOutput a b Source #
Methods lensOf :: Proxy# Symbol "slot" -> (a -> f b) -> NodeOutput -> f NodeOutput
((~) * a TensorDescription, (~) * b TensorDescription, Functor f) => HasLens "tensorDescription" f NodeOutput NodeOutput a b Source #
Methods lensOf :: Proxy# Symbol "tensorDescription" -> (a -> f b) -> NodeOutput -> f NodeOutput

data StepStats Source #

Constructors

StepStats
Fields _StepStats'devStats :: ![DeviceStepStats]

Instances

Eq StepStats Source #
Methods (==) :: StepStats -> StepStats -> Bool # (/=) :: StepStats -> StepStats -> Bool #
Ord StepStats Source #
Methods compare :: StepStats -> StepStats -> Ordering # (<) :: StepStats -> StepStats -> Bool # (<=) :: StepStats -> StepStats -> Bool # (>) :: StepStats -> StepStats -> Bool # (>=) :: StepStats -> StepStats -> Bool # max :: StepStats -> StepStats -> StepStats # min :: StepStats -> StepStats -> StepStats #
Show StepStats Source #
Methods showsPrec :: Int -> StepStats -> ShowS # show :: StepStats -> String # showList :: [StepStats] -> ShowS #
Message StepStats Source #
Methods descriptor :: MessageDescriptor StepStats
Default StepStats Source #
Methods def :: StepStats
((~) * a [DeviceStepStats], (~) * b [DeviceStepStats], Functor f) => HasLens "devStats" f StepStats StepStats a b Source #
Methods lensOf :: Proxy# Symbol "devStats" -> (a -> f b) -> StepStats -> f StepStats

allEndRelMicros :: forall f s t a b. HasLens "allEndRelMicros" f s t a b => LensLike f s t a b Source #

allStartMicros :: forall f s t a b. HasLens "allStartMicros" f s t a b => LensLike f s t a b Source #

allocBytes :: forall f s t a b. HasLens "allocBytes" f s t a b => LensLike f s t a b Source #

allocMicros :: forall f s t a b. HasLens "allocMicros" f s t a b => LensLike f s t a b Source #

allocationRecords :: forall f s t a b. HasLens "allocationRecords" f s t a b => LensLike f s t a b Source #

allocatorBytesInUse :: forall f s t a b. HasLens "allocatorBytesInUse" f s t a b => LensLike f s t a b Source #

allocatorName :: forall f s t a b. HasLens "allocatorName" f s t a b => LensLike f s t a b Source #

devStats :: forall f s t a b. HasLens "devStats" f s t a b => LensLike f s t a b Source #

device :: forall f s t a b. HasLens "device" f s t a b => LensLike f s t a b Source #

devicePersistentMemorySize :: forall f s t a b. HasLens "devicePersistentMemorySize" f s t a b => LensLike f s t a b Source #

devicePersistentTensorAllocIds :: forall f s t a b. HasLens "devicePersistentTensorAllocIds" f s t a b => LensLike f s t a b Source #

deviceTempMemorySize :: forall f s t a b. HasLens "deviceTempMemorySize" f s t a b => LensLike f s t a b Source #

liveBytes :: forall f s t a b. HasLens "liveBytes" f s t a b => LensLike f s t a b Source #

maybe'memoryStats :: forall f s t a b. HasLens "maybe'memoryStats" f s t a b => LensLike f s t a b Source #

maybe'tensorDescription :: forall f s t a b. HasLens "maybe'tensorDescription" f s t a b => LensLike f s t a b Source #

memory :: forall f s t a b. HasLens "memory" f s t a b => LensLike f s t a b Source #

memoryStats :: forall f s t a b. HasLens "memoryStats" f s t a b => LensLike f s t a b Source #

nodeName :: forall f s t a b. HasLens "nodeName" f s t a b => LensLike f s t a b Source #

nodeStats :: forall f s t a b. HasLens "nodeStats" f s t a b => LensLike f s t a b Source #

opEndRelMicros :: forall f s t a b. HasLens "opEndRelMicros" f s t a b => LensLike f s t a b Source #

opStartRelMicros :: forall f s t a b. HasLens "opStartRelMicros" f s t a b => LensLike f s t a b Source #

output :: forall f s t a b. HasLens "output" f s t a b => LensLike f s t a b Source #

peakBytes :: forall f s t a b. HasLens "peakBytes" f s t a b => LensLike f s t a b Source #

persistentMemorySize :: forall f s t a b. HasLens "persistentMemorySize" f s t a b => LensLike f s t a b Source #

persistentTensorAllocIds :: forall f s t a b. HasLens "persistentTensorAllocIds" f s t a b => LensLike f s t a b Source #

referencedTensor :: forall f s t a b. HasLens "referencedTensor" f s t a b => LensLike f s t a b Source #

scheduledMicros :: forall f s t a b. HasLens "scheduledMicros" f s t a b => LensLike f s t a b Source #

slot :: forall f s t a b. HasLens "slot" f s t a b => LensLike f s t a b Source #

tempMemorySize :: forall f s t a b. HasLens "tempMemorySize" f s t a b => LensLike f s t a b Source #

tensorDescription :: forall f s t a b. HasLens "tensorDescription" f s t a b => LensLike f s t a b Source #

threadId :: forall f s t a b. HasLens "threadId" f s t a b => LensLike f s t a b Source #

timelineLabel :: forall f s t a b. HasLens "timelineLabel" f s t a b => LensLike f s t a b Source #

totalBytes :: forall f s t a b. HasLens "totalBytes" f s t a b => LensLike f s t a b Source #