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1. type NoInstanceForSub (tycls :: k) (expr :: k') = 'Text "There is no instance for " ':<>: 'ShowType tycls ':<>: 'Text " (" ':<>: 'ShowType expr ':<>: 'Text " :> ...)"

   servant	Servant.API.TypeErrors

   No instance exists for tycls (expr :> ...) because expr is not recognised.

2. transformStepWithAtto :: forall a (m :: Type -> Type) . Monad m => Parser a -> StepT m ByteString -> StepT m a

   servant	Servant.Types.SourceT

   No documentation available.

3. transformWithAtto :: forall (m :: Type -> Type) a . Monad m => Parser a -> SourceT m ByteString -> SourceT m a

   servant	Servant.Types.SourceT

   Transform using attoparsec parser. Note: parser should not accept empty input!

   >>> let parser = A.skipWhile A8.isSpace_w8 >> A.takeWhile1 A8.isDigit_w8
   

   >>> runExcept $ runSourceT $ transformWithAtto parser (source $ [fromString "1 2 3"])
   Right ["1","2","3"]
   

   >>> runExcept $ runSourceT $ transformWithAtto parser (source $ map fromString ["1", "2", "3"])
   Right ["123"]
   

   >>> runExcept $ runSourceT $ transformWithAtto parser (source $ map fromString ["1", "2 3", "4"])
   Right ["12","34"]
   

   >>> runExcept $ runSourceT $ transformWithAtto parser (source [fromString "foobar"])
   Left "Failed reading: takeWhile1"
   

4. package transformers-compat

   A small compatibility shim for the transformers library This package includes backported versions of types that were added to transformers in transformers 0.3, 0.4, and 0.5 for users who need strict transformers 0.2 or 0.3 compatibility to run on old versions of the platform, but also need those types. Those users should be able to just depend on transformers >= 0.2 and transformers-compat >= 0.3. Note: missing methods are not supplied, but this at least permits the types to be used.

5. defaultFormatOptions :: FormatOptions

   yaml	Data.Yaml

   No documentation available.

6. setFormat :: FormatOptions -> EncodeOptions -> EncodeOptions

   yaml	Data.Yaml

   Set the encoding formatting for the encoded YAML. By default, this is defaultFormatOptions.

7. DataFormatError :: String -> DecompressError

   zlib	Codec.Compression.GZip

   If the compressed data stream is corrupted in any way then you will get this error, for example if the input data just isn't a compressed zlib data stream. In particular if the data checksum turns out to be wrong then you will get all the decompressed data but this error at the end, instead of the normal successful StreamEnd.

8. DataFormatError :: String -> DecompressError

   zlib	Codec.Compression.Zlib

   If the compressed data stream is corrupted in any way then you will get this error, for example if the input data just isn't a compressed zlib data stream. In particular if the data checksum turns out to be wrong then you will get all the decompressed data but this error at the end, instead of the normal successful StreamEnd.

9. DataFormatError :: String -> DecompressError

   zlib	Codec.Compression.Zlib.Internal

   If the compressed data stream is corrupted in any way then you will get this error, for example if the input data just isn't a compressed zlib data stream. In particular if the data checksum turns out to be wrong then you will get all the decompressed data but this error at the end, instead of the normal successful StreamEnd.

10. gzipFormat :: Format

    zlib	Codec.Compression.Zlib.Internal

    The gzip format uses a header with a checksum and some optional meta-data about the compressed file. It is intended primarily for compressing individual files but is also sometimes used for network protocols such as HTTP. The format is described in detail in RFC #1952 http://www.ietf.org/rfc/rfc1952.txt

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