Safe Haskell	None
Language	Haskell2010

Proto.Tensorflow.Core.Protobuf.TensorBundle

Documentation

data BundleEntryProto Source #

Constructors

BundleEntryProto
Fields _BundleEntryProto'dtype :: !DataType _BundleEntryProto'shape :: !(Maybe TensorShapeProto) _BundleEntryProto'shardId :: !Int32 _BundleEntryProto'offset :: !Int64 _BundleEntryProto'size :: !Int64 _BundleEntryProto'crc32c :: !Word32 _BundleEntryProto'slices :: ![TensorSliceProto]

Instances

Eq BundleEntryProto Source #
Methods (==) :: BundleEntryProto -> BundleEntryProto -> Bool # (/=) :: BundleEntryProto -> BundleEntryProto -> Bool #
Ord BundleEntryProto Source #
Methods compare :: BundleEntryProto -> BundleEntryProto -> Ordering # (<) :: BundleEntryProto -> BundleEntryProto -> Bool # (<=) :: BundleEntryProto -> BundleEntryProto -> Bool # (>) :: BundleEntryProto -> BundleEntryProto -> Bool # (>=) :: BundleEntryProto -> BundleEntryProto -> Bool # max :: BundleEntryProto -> BundleEntryProto -> BundleEntryProto # min :: BundleEntryProto -> BundleEntryProto -> BundleEntryProto #
Show BundleEntryProto Source #
Methods showsPrec :: Int -> BundleEntryProto -> ShowS # show :: BundleEntryProto -> String # showList :: [BundleEntryProto] -> ShowS #
Message BundleEntryProto Source #
Methods descriptor :: MessageDescriptor BundleEntryProto
Default BundleEntryProto Source #
Methods def :: BundleEntryProto
((~) * a Word32, (~) * b Word32, Functor f) => HasLens "crc32c" f BundleEntryProto BundleEntryProto a b Source #
Methods lensOf :: Proxy# Symbol "crc32c" -> (a -> f b) -> BundleEntryProto -> f BundleEntryProto
((~) * a DataType, (~) * b DataType, Functor f) => HasLens "dtype" f BundleEntryProto BundleEntryProto a b Source #
Methods lensOf :: Proxy# Symbol "dtype" -> (a -> f b) -> BundleEntryProto -> f BundleEntryProto
((~) * a (Maybe TensorShapeProto), (~) * b (Maybe TensorShapeProto), Functor f) => HasLens "maybe'shape" f BundleEntryProto BundleEntryProto a b Source #
Methods lensOf :: Proxy# Symbol "maybe'shape" -> (a -> f b) -> BundleEntryProto -> f BundleEntryProto
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "offset" f BundleEntryProto BundleEntryProto a b Source #
Methods lensOf :: Proxy# Symbol "offset" -> (a -> f b) -> BundleEntryProto -> f BundleEntryProto
((~) * a TensorShapeProto, (~) * b TensorShapeProto, Functor f) => HasLens "shape" f BundleEntryProto BundleEntryProto a b Source #
Methods lensOf :: Proxy# Symbol "shape" -> (a -> f b) -> BundleEntryProto -> f BundleEntryProto
((~) * a Int32, (~) * b Int32, Functor f) => HasLens "shardId" f BundleEntryProto BundleEntryProto a b Source #
Methods lensOf :: Proxy# Symbol "shardId" -> (a -> f b) -> BundleEntryProto -> f BundleEntryProto
((~) * a Int64, (~) * b Int64, Functor f) => HasLens "size" f BundleEntryProto BundleEntryProto a b Source #
Methods lensOf :: Proxy# Symbol "size" -> (a -> f b) -> BundleEntryProto -> f BundleEntryProto
((~) * a [TensorSliceProto], (~) * b [TensorSliceProto], Functor f) => HasLens "slices" f BundleEntryProto BundleEntryProto a b Source #
Methods lensOf :: Proxy# Symbol "slices" -> (a -> f b) -> BundleEntryProto -> f BundleEntryProto

data BundleHeaderProto Source #

Constructors

BundleHeaderProto
Fields _BundleHeaderProto'numShards :: !Int32 _BundleHeaderProto'endianness :: !BundleHeaderProto'Endianness _BundleHeaderProto'version :: !(Maybe VersionDef)

Instances

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

data BundleHeaderProto'Endianness Source #

Constructors

BundleHeaderProto'LITTLE
BundleHeaderProto'BIG

Instances

Bounded BundleHeaderProto'Endianness Source #
Methods minBound :: BundleHeaderProto'Endianness # maxBound :: BundleHeaderProto'Endianness #
Enum BundleHeaderProto'Endianness Source #
Methods succ :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness # pred :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness # toEnum :: Int -> BundleHeaderProto'Endianness # fromEnum :: BundleHeaderProto'Endianness -> Int # enumFrom :: BundleHeaderProto'Endianness -> [BundleHeaderProto'Endianness] # enumFromThen :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> [BundleHeaderProto'Endianness] # enumFromTo :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> [BundleHeaderProto'Endianness] # enumFromThenTo :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> [BundleHeaderProto'Endianness] #
Eq BundleHeaderProto'Endianness Source #
Methods (==) :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> Bool # (/=) :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> Bool #
Ord BundleHeaderProto'Endianness Source #
Methods compare :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> Ordering # (<) :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> Bool # (<=) :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> Bool # (>) :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> Bool # (>=) :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> Bool # max :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness # min :: BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness -> BundleHeaderProto'Endianness #
Show BundleHeaderProto'Endianness Source #
Methods showsPrec :: Int -> BundleHeaderProto'Endianness -> ShowS # show :: BundleHeaderProto'Endianness -> String # showList :: [BundleHeaderProto'Endianness] -> ShowS #
MessageEnum BundleHeaderProto'Endianness Source #
Methods maybeToEnum :: Int -> Maybe BundleHeaderProto'Endianness showEnum :: BundleHeaderProto'Endianness -> String readEnum :: String -> Maybe BundleHeaderProto'Endianness
FieldDefault BundleHeaderProto'Endianness Source #
Methods fieldDefault :: BundleHeaderProto'Endianness
Default BundleHeaderProto'Endianness Source #
Methods def :: BundleHeaderProto'Endianness

crc32c :: forall f s t a b. HasLens "crc32c" f s t a b => LensLike f s t a b Source #

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

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

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

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

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

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

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

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

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

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

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