-- Hoogle documentation, generated by Haddock
-- See Hoogle, http://www.haskell.org/hoogle/


-- | Serialization/deserialization using Python Pickle format.
--   
--   This package implements serialization and deserialization of Python
--   objects using the Pickle format.
@package python-pickle
@version 0.3.0


-- | Very partial implementation of the Python Pickle Virtual Machine
--   (protocol 2): i.e. parses pickled data into opcodes, then executes the
--   opcodes to construct a (Haskell representation of a) Python object.
module Language.Python.Pickle

-- | Parse a pickled object to a list of opcodes.
parse :: ByteString -> Either String [OpCode]

-- | Unpickle (i.e. deserialize) a Python object. Protocols 0, 1, and 2 are
--   supported.
unpickle :: ByteString -> Either String Value

-- | Pickle (i.e. serialize) a Python object. Protocol 2 is used.
pickle :: Value -> ByteString
opcodes :: [Parser OpCode]
int :: Parser OpCode
binint :: Parser OpCode
binint1 :: Parser OpCode
binint2 :: Parser OpCode
long :: Parser OpCode
long1 :: Parser OpCode
long4 :: Parser OpCode
string' :: Parser OpCode
binstring :: Parser OpCode
shortBinstring :: Parser OpCode
binbytes :: Parser OpCode
shortBinbytes :: Parser OpCode
binbytes8 :: Parser OpCode
bytearray8 :: Parser OpCode
none :: Parser OpCode
true :: Parser OpCode
false :: Parser OpCode
newtrue :: Parser OpCode
newfalse :: Parser OpCode
unicode :: Parser OpCode
binunicode :: Parser OpCode
shortBinunicode :: Parser OpCode
binunicode8 :: Parser OpCode
float :: Parser OpCode
binfloat :: Parser OpCode
emptyList :: Parser OpCode
append :: Parser OpCode
appends :: Parser OpCode
list :: Parser OpCode
emptyTuple :: Parser OpCode
tuple :: Parser OpCode
tuple1 :: Parser OpCode
tuple2 :: Parser OpCode
tuple3 :: Parser OpCode
emptyDict :: Parser OpCode
dict :: Parser OpCode
setitem :: Parser OpCode
setitems :: Parser OpCode
emptySet :: Parser OpCode
additems :: Parser OpCode
frozenset :: Parser OpCode
pop :: Parser OpCode
dup :: Parser OpCode
mark :: Parser OpCode
popmark :: Parser OpCode
stackGlobal :: Parser OpCode
get' :: Parser OpCode
binget :: Parser OpCode
longBinget :: Parser OpCode
put' :: Parser OpCode
binput :: Parser OpCode
longBinput :: Parser OpCode
memoize :: Parser OpCode
ext1 :: Parser OpCode
ext2 :: Parser OpCode
ext4 :: Parser OpCode
global :: Parser OpCode
reduce :: Parser OpCode
build :: Parser OpCode
inst :: Parser OpCode
obj :: Parser OpCode
newobj :: Parser OpCode
newobjEx :: Parser OpCode
frame :: Parser OpCode
nextBuffer :: Parser OpCode
readonlyBuffer :: Parser OpCode
proto :: Parser OpCode
stop :: Parser OpCode
persid :: Parser OpCode
binpersid :: Parser OpCode
readSizedVal :: Integral i => ByteString -> Parser i -> (ByteString -> r) -> Parser r
decimalInt :: Parser Integer
doubleFloat :: Parser Double
decimalLong :: Parser Integer
decodeLong1 :: Parser Integer
decodeLong4 :: Parser Integer
byteStringLEToInteger :: ByteString -> Integer
stringnl :: Parser ByteString
stringnl' :: Parser ByteString
float8 :: Parser Double
anyInt32 :: Parser Int32
anyInt64 :: Parser Int64
uint2 :: Parser Integer
serialize :: OpCode -> Put
putFloat8 :: Double -> Put
putUint2 :: Integer -> Put
encodeLong1 :: Integer -> Put
data OpCode
INT :: Integer -> OpCode
BININT :: Integer -> OpCode
BININT1 :: Integer -> OpCode
BININT2 :: Integer -> OpCode
LONG :: Integer -> OpCode
LONG1 :: Integer -> OpCode
LONG4 :: Integer -> OpCode
STRING :: ByteString -> OpCode
BINSTRING :: ByteString -> OpCode
SHORT_BINSTRING :: ByteString -> OpCode
BINBYTES :: ByteString -> OpCode
SHORT_BINBYTES :: ByteString -> OpCode
BINBYTES8 :: ByteString -> OpCode
BYTEARRAY8 :: ByteString -> OpCode
NEXT_BUFFER :: OpCode
READONLY_BUFFER :: OpCode
NONE :: OpCode
NEWTRUE :: OpCode
NEWFALSE :: OpCode
UNICODE :: Text -> OpCode
BINUNICODE :: ByteString -> OpCode
SHORT_BINUNICODE :: ByteString -> OpCode
BINUNICODE8 :: ByteString -> OpCode
FLOAT :: Double -> OpCode
BINFLOAT :: Double -> OpCode
EMPTY_LIST :: OpCode
APPEND :: OpCode
APPENDS :: OpCode
LIST :: OpCode
EMPTY_TUPLE :: OpCode
TUPLE :: OpCode
TUPLE1 :: OpCode
TUPLE2 :: OpCode
TUPLE3 :: OpCode
EMPTY_DICT :: OpCode
DICT :: OpCode
SETITEM :: OpCode
SETITEMS :: OpCode
EMPTY_SET :: OpCode
ADDITEMS :: OpCode
FROZENSET :: OpCode
POP :: OpCode
DUP :: OpCode
MARK :: OpCode
POP_MARK :: OpCode
GET :: Int -> OpCode
BINGET :: Int -> OpCode
LONG_BINGET :: Integer -> OpCode
PUT :: Int -> OpCode
BINPUT :: Int -> OpCode
LONG_BINPUT :: Integer -> OpCode
MEMOIZE :: OpCode
EXT1 :: Int -> OpCode
EXT2 :: Int -> OpCode
EXT4 :: Int -> OpCode
GLOBAL :: ByteString -> ByteString -> OpCode
STACK_GLOBAL :: OpCode
REDUCE :: OpCode
BUILD :: OpCode
INST :: ByteString -> ByteString -> OpCode
OBJ :: OpCode
NEWOBJ :: OpCode
NEWOBJ_EX :: OpCode
PROTO :: Int -> OpCode
STOP :: OpCode
FRAME :: Int64 -> OpCode
PERSID :: ByteString -> OpCode
BINPERSID :: OpCode
data Value
Dict :: [(Value, Value)] -> Value
List :: [Value] -> Value
Tuple :: [Value] -> Value
Set :: Set Value -> Value
FrozenSet :: Set Value -> Value
None :: Value
Bool :: Bool -> Value
BinInt :: Integer -> Value
BinLong :: Integer -> Value
BinFloat :: Double -> Value
BinString :: ByteString -> Value
BinUnicode :: ByteString -> Value
ClassObject :: ByteString -> ByteString -> Value
ObjectInstance :: Value
MarkObject :: Value
unpickle' :: [OpCode] -> Either String Value
type Stack = [Value]
type Memo = IntMap Value
execute :: [OpCode] -> Stack -> Memo -> Either String Value
executePartial :: [OpCode] -> Stack -> Memo -> (Stack, Memo, [OpCode])
executeOne :: OpCode -> Stack -> Memo -> Either String (Stack, Memo)
eOneErr :: String -> Stack -> Memo -> Either String (Stack, Memo)
executeLookup :: Int -> Stack -> Memo -> Either String (Stack, Memo)
executeTuple :: [Value] -> Stack -> Memo -> Either String ([Value], Memo)
executeDict :: [(Value, Value)] -> Stack -> Memo -> Either String ([Value], Memo)
executeList :: [Value] -> Stack -> Memo -> Either String ([Value], Memo)
executeSetitem :: Stack -> Memo -> Either String ([Value], Memo)
executeSetitems :: [(Value, Value)] -> Stack -> Memo -> Either String ([Value], Memo)
executeAppend :: Stack -> Memo -> Either String ([Value], Memo)
executeAppends :: [Value] -> Stack -> Memo -> Either String ([Value], Memo)
executeFrozenSet :: Set Value -> Stack -> Memo -> Either String ([Value], Memo)
addToDict :: [(Value, Value)] -> Value -> Value
newtype Pickler a
Pickler :: WriterT [OpCode] (State (Map Value Int)) a -> Pickler a
[runP] :: Pickler a -> WriterT [OpCode] (State (Map Value Int)) a
runPickler :: Pickler () -> [OpCode]
pickle' :: Value -> Pickler ()
binput' :: Value -> Pickler ()
pickleDict :: [(Value, Value)] -> Pickler ()
pickleList :: [Value] -> Pickler ()
pickleTuple :: [Value] -> Pickler ()
pickleBinInt :: Integer -> Pickler ()
pickleBinLong :: Integer -> Pickler ()
pickleBinFloat :: Double -> Pickler ()
pickleBinString :: ByteString -> Pickler ()
pickleBinUnicode :: ByteString -> Pickler ()
dictGet :: Value -> Value -> Either String (Maybe Value)
dictGet' :: Value -> Value -> Either String Value
dictGetString :: Value -> ByteString -> Either String ByteString
class FromValue a
fromVal :: FromValue a => Value -> Maybe a
instance GHC.Show.Show Language.Python.Pickle.OpCode
instance GHC.Show.Show Language.Python.Pickle.Value
instance GHC.Classes.Ord Language.Python.Pickle.Value
instance GHC.Classes.Eq Language.Python.Pickle.Value
instance Control.Monad.State.Class.MonadState (Data.Map.Internal.Map Language.Python.Pickle.Value GHC.Types.Int) Language.Python.Pickle.Pickler
instance Control.Monad.Writer.Class.MonadWriter [Language.Python.Pickle.OpCode] Language.Python.Pickle.Pickler
instance GHC.Base.Monad Language.Python.Pickle.Pickler
instance GHC.Base.Applicative Language.Python.Pickle.Pickler
instance GHC.Base.Functor Language.Python.Pickle.Pickler
instance Language.Python.Pickle.FromValue GHC.Types.Int
instance Language.Python.Pickle.FromValue GHC.Num.Integer.Integer
instance Language.Python.Pickle.FromValue Data.ByteString.Internal.Type.ByteString
instance Language.Python.Pickle.FromValue GHC.Types.Double
instance Language.Python.Pickle.FromValue Data.Text.Internal.Text
instance Language.Python.Pickle.FromValue GHC.Types.Bool
instance Language.Python.Pickle.FromValue a => Language.Python.Pickle.FromValue [a]
instance (Language.Python.Pickle.FromValue a, GHC.Classes.Ord a) => Language.Python.Pickle.FromValue (Data.Set.Internal.Set a)
instance (Language.Python.Pickle.FromValue k, Language.Python.Pickle.FromValue v, GHC.Classes.Ord k) => Language.Python.Pickle.FromValue (Data.Map.Internal.Map k v)
instance (Language.Python.Pickle.FromValue a, Language.Python.Pickle.FromValue b) => Language.Python.Pickle.FromValue (a, b)
instance (Language.Python.Pickle.FromValue a, Language.Python.Pickle.FromValue b, Language.Python.Pickle.FromValue c) => Language.Python.Pickle.FromValue (a, b, c)
instance (Language.Python.Pickle.FromValue a, Language.Python.Pickle.FromValue b, Language.Python.Pickle.FromValue c, Language.Python.Pickle.FromValue d) => Language.Python.Pickle.FromValue (a, b, c, d)
instance (Language.Python.Pickle.FromValue a, Language.Python.Pickle.FromValue b, Language.Python.Pickle.FromValue c, Language.Python.Pickle.FromValue d, Language.Python.Pickle.FromValue e) => Language.Python.Pickle.FromValue (a, b, c, d, e)
instance (Language.Python.Pickle.FromValue a, Language.Python.Pickle.FromValue b, Language.Python.Pickle.FromValue c, Language.Python.Pickle.FromValue d, Language.Python.Pickle.FromValue e, Language.Python.Pickle.FromValue f) => Language.Python.Pickle.FromValue (a, b, c, d, e, f)
instance (Language.Python.Pickle.FromValue a, Language.Python.Pickle.FromValue b, Language.Python.Pickle.FromValue c, Language.Python.Pickle.FromValue d, Language.Python.Pickle.FromValue e, Language.Python.Pickle.FromValue f, Language.Python.Pickle.FromValue g) => Language.Python.Pickle.FromValue (a, b, c, d, e, f, g)